library (scs8hd_ff_1.95v_-40C_rechar) {
  /* Models written by Liberate 19.2.1.215 from Cadence Design Systems, Inc. on Mon Jan 20 21:58:50 CST 2020 */
  technology (cmos);
  revision : "1.0000000";
  delay_model : table_lookup;
  capacitive_load_unit (1,pf);
  current_unit : "1mA";
  leakage_power_unit : "1nW";
  pulling_resistance_unit : "1kohm";
  time_unit : "1ns";
  voltage_unit : "1V";
  library_features (report_delay_calculation);
  voltage_map (vpwr, 1.95);
  voltage_map (VSS, 0);
  voltage_map (kapwr, 1.95);
  voltage_map (lowlvpwr, 1.95);
  voltage_map (vgnd, 0);
  voltage_map (vnb, 0);
  voltage_map (vpb, 1.95);
  voltage_map (vpwrin, 1.95);
  define (switching_power_split_model, library, string);
  define (driver_model, library, string);
  define (leakage_sim_opt, library, string);
  define (default_constraint_arc_mode, library, string);
  define (min_pulse_width_mode, library, string);
  define (default_arc_mode, library, string);
  define (def_sim_opt, library, string);
  define (simulator, library, string);
  define (violation_delay_degrade_pct, timing, string);
  define (sim_opt, timing, string);
  def_sim_opt : "POST=1 PROBE POST_VERSION=2001 INGOLD=2 NOMOD NOPAGE NUMDGT=10 MEASDGT=10 LIMPTS=500000 ICSWEEP=0 AUTOSTOP ALTCC=1 RUNLVL=5 ACCURATE=1 ABSVAR=1.000000e-03 RELVAR=1.000000e-02";
  default_arc_mode : "best_edges";
  default_cell_leakage_power : 0;
  default_constraint_arc_mode : "worst";
  default_fanout_load : 0;
  default_inout_pin_cap : 0;
  default_input_pin_cap : 0;
  default_leakage_power_density : 0;
  default_max_transition : 1.5;
  default_output_pin_cap : 0;
  driver_model : "ramp";
  in_place_swap_mode : match_footprint;
  input_threshold_pct_fall : 50;
  input_threshold_pct_rise : 50;
  leakage_sim_opt : "runlvl=5 accurate=1 method=bdf kcltest=1 gmin=1E-15 runlvl=5 accurate=1 method=bdf kcltest=1 gmin=1E-15";
  min_pulse_width_mode : "max";
  nom_process : 1;
  nom_temperature : -40;
  nom_voltage : 1.95;
  output_threshold_pct_fall : 50;
  output_threshold_pct_rise : 50;
  simulation : true;
  simulator : "HSPICE -- F-2011.09-SP2 32-BIT (Feb 27 2012)";
  slew_derate_from_library : 1;
  slew_lower_threshold_pct_fall : 20;
  slew_lower_threshold_pct_rise : 20;
  slew_upper_threshold_pct_fall : 80;
  slew_upper_threshold_pct_rise : 80;
  switching_power_split_model : "true";
  operating_conditions (scs8hd_ff_1.95v_-40C) {
    process : 1;
    temperature : -40;
    tree_type : balanced_tree;
    voltage : 1.95;
  }
  default_operating_conditions : scs8hd_ff_1.95v_-40C;
  bus_naming_style : "%s[%d]";
  lu_table_template (constraint_3_0_1) {
    variable_1 : related_pin_transition;
    index_1 ("1, 2, 3");
  }
  lu_table_template (del_1_7_7) {
    variable_1 : input_net_transition;
    variable_2 : total_output_net_capacitance;
    index_1 ("1, 2, 3, 4, 5, 6, 7");
    index_2 ("1, 2, 3, 4, 5, 6, 7");
  }
  lu_table_template (driver_waveform_template) {
    variable_1 : input_net_transition;
    variable_2 : normalized_voltage;
    index_1 ("1, 2");
    index_2 ("1, 2");
  }
  power_lut_template (power_inputs_1) {
    variable_1 : input_transition_time;
    index_1 ("1, 2, 3, 4, 5, 6, 7");
  }
  power_lut_template (power_outputs_1) {
    variable_1 : input_transition_time;
    variable_2 : total_output_net_capacitance;
    index_1 ("1, 2, 3, 4, 5, 6, 7");
    index_2 ("1, 2, 3, 4, 5, 6, 7");
  }
  lu_table_template (vio_3_3_1) {
    variable_1 : related_pin_transition;
    variable_2 : constrained_pin_transition;
    index_1 ("1, 2, 3");
    index_2 ("1, 2, 3");
  }
  normalized_driver_waveform (driver_waveform_template) {
    driver_waveform_name : "ramp";
    index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.5, 0.650743, 1.5");
    index_2 ("0, 0.5, 1");
    values ( \
      "0, 0.00833333, 0.0166667", \
      "0, 0.0192088, 0.0384176", \
      "0, 0.0442774, 0.0885549", \
      "0, 0.102062, 0.204124", \
      "0, 0.235259, 0.470518", \
      "0, 0.416667, 0.833333", \
      "0, 0.542286, 1.08457", \
      "0, 1.25, 2.5" \
    );
  }
  cell (scs8hd_a2111o_1) {
    area : 11.2608;
    cell_footprint : "a2111o";
    cell_leakage_power : 0.00388617;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0003327;
      when : "A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062256;
      when : "A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004612;
      when : "A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062296;
      when : "!A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0063827;
      when : "!A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062256;
      when : "!A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004616;
      when : "!A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062258;
      when : "!A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0003367;
      when : "!A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062256;
      when : "!A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004612;
      when : "!A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062296;
      when : "!A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0064146;
      when : "!A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062256;
      when : "!A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004616;
      when : "!A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062258;
      when : "!A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0003367;
      when : "!A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062256;
      when : "!A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004612;
      when : "!A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062296;
      when : "A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0064034;
      when : "A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062256;
      when : "A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004616;
      when : "A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062258;
      when : "A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0003367;
      when : "A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062256;
      when : "A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004612;
      when : "A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062257;
      when : "A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0005006;
      when : "A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062256;
      when : "A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004612;
      when : "A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062258;
      when : "A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.00388617;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2) | (B1) | (C1) | (D1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.231638;
      max_transition : 1.49937;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0514645, 0.0571594, 0.0708366, 0.104759, 0.192842, 0.431867, 1.09211", \
            "0.0548171, 0.0604859, 0.0741035, 0.107931, 0.196007, 0.435223, 1.0954", \
            "0.0633678, 0.0688948, 0.0822778, 0.115595, 0.203794, 0.442947, 1.10505", \
            "0.0775488, 0.0831872, 0.0965873, 0.129368, 0.217287, 0.456468, 1.11653", \
            "0.0886791, 0.09501, 0.108775, 0.141364, 0.22885, 0.468347, 1.131", \
            "0.077356, 0.0849948, 0.101126, 0.134624, 0.220982, 0.459833, 1.12307", \
            "-0.0001792, 0.0090142, 0.0289283, 0.0673257, 0.153223, 0.391861, 1.05487" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0167717, 0.0224816, 0.0378795, 0.081362, 0.202488, 0.54233, 1.49337", \
            "0.0166628, 0.0223037, 0.0377844, 0.0812216, 0.20252, 0.543219, 1.49313", \
            "0.0163737, 0.0219899, 0.037446, 0.0808979, 0.202721, 0.542916, 1.4916", \
            "0.0177691, 0.0230809, 0.0378139, 0.0807414, 0.202661, 0.543195, 1.49328", \
            "0.0210405, 0.0260896, 0.0397854, 0.0810237, 0.201903, 0.542453, 1.48969", \
            "0.0264199, 0.0325389, 0.0454166, 0.0832025, 0.203009, 0.541819, 1.49079", \
            "0.033958, 0.0412994, 0.0574366, 0.0918026, 0.204561, 0.544799, 1.49006" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.191788, 0.198233, 0.212697, 0.242287, 0.30264, 0.433103, 0.758889", \
            "0.194654, 0.201102, 0.215469, 0.245133, 0.305313, 0.435788, 0.761162", \
            "0.205071, 0.211365, 0.225697, 0.25548, 0.315615, 0.44614, 0.771984", \
            "0.229631, 0.236006, 0.250467, 0.279923, 0.340362, 0.470843, 0.796653", \
            "0.279674, 0.28609, 0.300406, 0.330268, 0.390555, 0.520806, 0.846554", \
            "0.366394, 0.373294, 0.388354, 0.419389, 0.482194, 0.614762, 0.941088", \
            "0.523584, 0.531096, 0.54772, 0.58212, 0.65016, 0.78879, 1.11845" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0261816, 0.0308829, 0.0418884, 0.0662528, 0.121783, 0.262076, 0.673023", \
            "0.0260541, 0.0307341, 0.0419506, 0.0658414, 0.121897, 0.262526, 0.66981", \
            "0.0260884, 0.0306431, 0.0417143, 0.0659069, 0.121936, 0.26234, 0.674622", \
            "0.0261799, 0.0308792, 0.0419846, 0.0660045, 0.121783, 0.262248, 0.673006", \
            "0.0264557, 0.0310298, 0.0421126, 0.0659247, 0.121075, 0.263241, 0.670591", \
            "0.0294391, 0.0343156, 0.0452891, 0.0712235, 0.125917, 0.265555, 0.670265", \
            "0.0366779, 0.0418291, 0.0536511, 0.0799603, 0.137264, 0.277465, 0.677472" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0544732, 0.0601752, 0.0738496, 0.107619, 0.1958, 0.434492, 1.09611", \
            "0.0580034, 0.0636703, 0.0772765, 0.111075, 0.199226, 0.438277, 1.09801", \
            "0.0662338, 0.0718144, 0.0852143, 0.118687, 0.206802, 0.445886, 1.10582", \
            "0.0807681, 0.0864287, 0.0997855, 0.132674, 0.220387, 0.45953, 1.12223", \
            "0.0947316, 0.101028, 0.114775, 0.147739, 0.234847, 0.474197, 1.13413", \
            "0.0906644, 0.0983503, 0.114464, 0.148448, 0.235343, 0.474354, 1.13532", \
            "0.0283191, 0.0373947, 0.0573798, 0.0961355, 0.183244, 0.421697, 1.08389" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0167642, 0.0224348, 0.0378575, 0.0812127, 0.202942, 0.543031, 1.4913", \
            "0.0166581, 0.0223209, 0.0377131, 0.0811282, 0.202764, 0.54283, 1.49236", \
            "0.0164226, 0.0220523, 0.0375295, 0.080925, 0.202876, 0.543144, 1.49312", \
            "0.0175128, 0.0229081, 0.0377246, 0.0806723, 0.20238, 0.541307, 1.49112", \
            "0.0206433, 0.0261385, 0.0398997, 0.0811955, 0.202102, 0.541684, 1.48913", \
            "0.0258397, 0.0318092, 0.0453692, 0.0834017, 0.202897, 0.542177, 1.48998", \
            "0.0334355, 0.040745, 0.0566167, 0.0921472, 0.20437, 0.544583, 1.48873" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.218138, 0.225238, 0.240905, 0.272944, 0.335081, 0.467636, 0.794149", \
            "0.222105, 0.229086, 0.244902, 0.276693, 0.338939, 0.47159, 0.798198", \
            "0.232676, 0.239657, 0.255445, 0.287198, 0.349505, 0.482137, 0.808909", \
            "0.255753, 0.262879, 0.278569, 0.310375, 0.372624, 0.505173, 0.831713", \
            "0.300744, 0.307794, 0.323701, 0.355623, 0.41785, 0.550439, 0.877561", \
            "0.378926, 0.38648, 0.402831, 0.435847, 0.499943, 0.63423, 0.961484", \
            "0.52276, 0.530844, 0.54819, 0.584538, 0.653187, 0.792588, 1.12327" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0304218, 0.0351839, 0.0463493, 0.0712117, 0.12638, 0.266823, 0.671306", \
            "0.0302736, 0.0351655, 0.0465979, 0.0712512, 0.126647, 0.265804, 0.671823", \
            "0.0303509, 0.0352217, 0.0465963, 0.0712779, 0.126666, 0.265705, 0.672263", \
            "0.0302348, 0.0353357, 0.0465566, 0.0712321, 0.126416, 0.266803, 0.67121", \
            "0.0304067, 0.0352431, 0.0464948, 0.0710077, 0.125353, 0.265574, 0.676603", \
            "0.0334311, 0.038401, 0.04989, 0.0752616, 0.129235, 0.268689, 0.676634", \
            "0.0394128, 0.0448252, 0.0567612, 0.0835509, 0.140677, 0.279153, 0.678654" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.040768, 0.0456297, 0.0579142, 0.0897985, 0.176217, 0.413805, 1.07621", \
            "0.0444562, 0.049259, 0.061476, 0.0934148, 0.179866, 0.417495, 1.07708", \
            "0.0528443, 0.0575917, 0.0696403, 0.101318, 0.187783, 0.425453, 1.08555", \
            "0.0630799, 0.0680241, 0.0800187, 0.111541, 0.197899, 0.435717, 1.09575", \
            "0.0656913, 0.0715467, 0.0841588, 0.115481, 0.202096, 0.440387, 1.10089", \
            "0.0408689, 0.0481852, 0.0633666, 0.0953578, 0.180959, 0.418781, 1.07907", \
            "-0.0601588, -0.0511749, -0.0317163, 0.005717, 0.0912596, 0.328511, 0.990357" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0138258, 0.0192161, 0.0345295, 0.0781766, 0.200148, 0.541875, 1.49303", \
            "0.013756, 0.0191264, 0.0344462, 0.0781052, 0.200578, 0.541428, 1.4891", \
            "0.0138478, 0.0191553, 0.0343644, 0.077977, 0.200351, 0.541114, 1.49002", \
            "0.0156899, 0.0205588, 0.0350484, 0.0780145, 0.20024, 0.542393, 1.49238", \
            "0.0192865, 0.0240599, 0.0372705, 0.0785431, 0.199914, 0.540681, 1.49346", \
            "0.0247683, 0.0304057, 0.0433291, 0.0810782, 0.201033, 0.540924, 1.48821", \
            "0.0325968, 0.0397919, 0.0549048, 0.0898821, 0.202637, 0.54458, 1.4972" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.152493, 0.158653, 0.172462, 0.200649, 0.258033, 0.38505, 0.709284", \
            "0.155875, 0.162024, 0.175715, 0.203977, 0.261364, 0.388369, 0.71265", \
            "0.166385, 0.172523, 0.186344, 0.214561, 0.27207, 0.398923, 0.72293", \
            "0.19037, 0.196527, 0.210199, 0.238576, 0.295913, 0.422887, 0.747419", \
            "0.240596, 0.246869, 0.260769, 0.289191, 0.34685, 0.473653, 0.798063", \
            "0.331062, 0.337848, 0.352858, 0.383388, 0.444853, 0.575071, 0.899934", \
            "0.518656, 0.526112, 0.543211, 0.57776, 0.645652, 0.782056, 1.10732" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0239772, 0.0284481, 0.0388246, 0.0625694, 0.116489, 0.25791, 0.667961", \
            "0.0238943, 0.0284401, 0.0391561, 0.0626965, 0.11653, 0.258022, 0.667731", \
            "0.0239398, 0.0284983, 0.0391395, 0.0621432, 0.116585, 0.257852, 0.674601", \
            "0.0238662, 0.0284738, 0.0389093, 0.0620095, 0.116632, 0.257985, 0.676281", \
            "0.0253641, 0.0297294, 0.0401484, 0.0632856, 0.116378, 0.258046, 0.672486", \
            "0.0296588, 0.0345067, 0.0451786, 0.0695285, 0.123904, 0.261806, 0.668663", \
            "0.0382879, 0.043432, 0.0550986, 0.0815672, 0.136219, 0.27232, 0.675753" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.038882, 0.0435064, 0.0553357, 0.0869471, 0.172814, 0.410468, 1.07096", \
            "0.0424424, 0.047059, 0.0589036, 0.090363, 0.176419, 0.413796, 1.07406", \
            "0.0503039, 0.0548585, 0.0664824, 0.0977969, 0.18382, 0.421188, 1.0809", \
            "0.0584402, 0.0632461, 0.075029, 0.106342, 0.192443, 0.430291, 1.09091", \
            "0.0579658, 0.0636985, 0.0761885, 0.107375, 0.193392, 0.430842, 1.09164", \
            "0.0274471, 0.0347347, 0.0499881, 0.0822587, 0.167565, 0.405524, 1.06482", \
            "-0.0842223, -0.0751205, -0.0554443, -0.0172489, 0.068306, 0.306631, 0.966294" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0130054, 0.0182872, 0.0335398, 0.077424, 0.200356, 0.542435, 1.49207", \
            "0.0129739, 0.0182494, 0.0335262, 0.0774782, 0.200387, 0.542502, 1.49466", \
            "0.0132955, 0.0185358, 0.033645, 0.0772617, 0.20014, 0.541906, 1.49301", \
            "0.0153135, 0.0200702, 0.034364, 0.0773751, 0.200293, 0.542218, 1.49328", \
            "0.0191416, 0.0239808, 0.0367215, 0.0779964, 0.199945, 0.541205, 1.49374", \
            "0.0248256, 0.0305815, 0.0433456, 0.0805863, 0.201277, 0.541124, 1.48953", \
            "0.0331252, 0.0404109, 0.0560613, 0.0908937, 0.202507, 0.544336, 1.49744" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.134891, 0.141062, 0.154813, 0.183004, 0.24053, 0.367379, 0.69148", \
            "0.137722, 0.143861, 0.157458, 0.185831, 0.243295, 0.370169, 0.694662", \
            "0.147597, 0.153733, 0.167446, 0.195875, 0.253093, 0.379973, 0.704078", \
            "0.172048, 0.178241, 0.191879, 0.220227, 0.277787, 0.404589, 0.728976", \
            "0.226264, 0.232527, 0.246508, 0.275288, 0.332837, 0.459851, 0.783944", \
            "0.330682, 0.3376, 0.352978, 0.384263, 0.445809, 0.57513, 0.900798", \
            "0.539277, 0.547058, 0.564734, 0.600434, 0.668576, 0.802489, 1.12982" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0239596, 0.0284596, 0.0391402, 0.0621862, 0.116554, 0.25786, 0.671663", \
            "0.0239156, 0.0284179, 0.0389497, 0.062124, 0.116613, 0.257758, 0.675728", \
            "0.024055, 0.0284518, 0.0391433, 0.0622022, 0.116611, 0.257884, 0.667406", \
            "0.0240263, 0.0284082, 0.0392457, 0.0621182, 0.116428, 0.257677, 0.674659", \
            "0.0258485, 0.0302937, 0.0406517, 0.063953, 0.117768, 0.257764, 0.668059", \
            "0.0318438, 0.0369127, 0.0477362, 0.0710636, 0.124841, 0.262691, 0.67184", \
            "0.0415901, 0.0463889, 0.058812, 0.0844304, 0.137406, 0.271466, 0.67418" \
          );
        }
      }
      timing () {
        related_pin : "D1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0342657, 0.0386716, 0.0500753, 0.0806245, 0.165846, 0.402454, 1.06271", \
            "0.0378798, 0.0422649, 0.0535991, 0.0843434, 0.169471, 0.407091, 1.06752", \
            "0.0446908, 0.0491389, 0.0605083, 0.0913833, 0.176461, 0.41326, 1.08803", \
            "0.0498083, 0.0546326, 0.0663119, 0.0974042, 0.182902, 0.419626, 1.08627", \
            "0.0449667, 0.0509929, 0.0637107, 0.0946431, 0.180554, 0.416604, 1.07937", \
            "0.0093863, 0.0170013, 0.0330835, 0.0651439, 0.150247, 0.388195, 1.04642", \
            "-0.108668, -0.09905, -0.0782645, -0.0384107, 0.047989, 0.284523, 0.946059" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0125032, 0.0178062, 0.0332275, 0.0771441, 0.200517, 0.543098, 1.49774", \
            "0.0125005, 0.0178401, 0.0331681, 0.0772852, 0.200368, 0.543583, 1.49414", \
            "0.0132495, 0.0183432, 0.0333756, 0.0772717, 0.200636, 0.543206, 1.49544", \
            "0.0157101, 0.0203134, 0.0343658, 0.0773379, 0.200001, 0.542011, 1.49937", \
            "0.0202506, 0.0248721, 0.0371998, 0.0781032, 0.199767, 0.540819, 1.4921", \
            "0.0262298, 0.0320554, 0.0454173, 0.0813667, 0.200726, 0.541278, 1.48882", \
            "0.0361441, 0.0437048, 0.0598521, 0.0953186, 0.20461, 0.541915, 1.48634" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.106418, 0.112578, 0.126279, 0.154688, 0.212216, 0.339062, 0.663094", \
            "0.107973, 0.114112, 0.127794, 0.15619, 0.213692, 0.340548, 0.664577", \
            "0.117122, 0.123178, 0.137011, 0.165422, 0.222942, 0.349716, 0.673982", \
            "0.143472, 0.149614, 0.163256, 0.191562, 0.248822, 0.375775, 0.699877", \
            "0.205347, 0.211637, 0.225495, 0.253727, 0.310811, 0.437785, 0.761979", \
            "0.313756, 0.321003, 0.336758, 0.368193, 0.427165, 0.557067, 0.881332", \
            "0.517805, 0.525897, 0.544119, 0.579831, 0.645697, 0.775932, 1.10388" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.023915, 0.0284083, 0.0392608, 0.0621003, 0.116331, 0.257612, 0.668902", \
            "0.0239395, 0.0284186, 0.0392196, 0.0620764, 0.116238, 0.257395, 0.667525", \
            "0.0239392, 0.0282638, 0.0391624, 0.0620608, 0.11605, 0.257496, 0.667562", \
            "0.0236586, 0.028029, 0.0388116, 0.0618802, 0.116467, 0.257793, 0.670971", \
            "0.0262979, 0.0306757, 0.0404196, 0.0634279, 0.116332, 0.258182, 0.669256", \
            "0.0340638, 0.0387036, 0.0493675, 0.0714812, 0.121835, 0.261988, 0.669053", \
            "0.0440944, 0.0492688, 0.0611618, 0.0855844, 0.135255, 0.267332, 0.674414" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0170202, 0.0190947, 0.0245345, 0.0384434, 0.0751781, 0.176531, 0.454543", \
            "0.0168883, 0.0189674, 0.0243965, 0.0382899, 0.0750057, 0.176499, 0.45432", \
            "0.0168745, 0.0189317, 0.0242961, 0.0380891, 0.0748082, 0.176299, 0.456158", \
            "0.0169902, 0.0189175, 0.0241025, 0.037791, 0.0748215, 0.176002, 0.454029", \
            "0.0182683, 0.0199285, 0.0245787, 0.0377548, 0.0744695, 0.17592, 0.456145", \
            "0.0204028, 0.0220087, 0.0266431, 0.0395179, 0.0752668, 0.175502, 0.456663", \
            "0.025685, 0.0272001, 0.0317738, 0.0444542, 0.080278, 0.180357, 0.459309" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0168622, 0.0152721, 0.0116559, 0.0009766, -0.0329263, -0.133489, -0.415484", \
            "0.0164173, 0.0148777, 0.0113411, 0.0006617, -0.0332637, -0.133842, -0.415851", \
            "0.0161517, 0.0145199, 0.0110645, 0.000298, -0.0336191, -0.134167, -0.416173", \
            "0.0160194, 0.0144656, 0.0108218, 0.0001282, -0.0338005, -0.134357, -0.416334", \
            "0.0159232, 0.0143392, 0.0106134, -2.33e-05, -0.034003, -0.134556, -0.416531", \
            "0.0192382, 0.0172514, 0.0121727, -0.0005935, -0.0341344, -0.13456, -0.416552", \
            "0.0250035, 0.0228672, 0.017556, 0.003991, -0.0325201, -0.133658, -0.415441" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0171594, 0.0192395, 0.0246706, 0.0385752, 0.0753159, 0.17577, 0.454836", \
            "0.0170387, 0.0191106, 0.0245286, 0.0384483, 0.0754925, 0.176565, 0.454598", \
            "0.0170454, 0.0190869, 0.0244764, 0.0382956, 0.0753068, 0.176398, 0.4544", \
            "0.0172231, 0.0191915, 0.0243996, 0.0379599, 0.0747032, 0.175369, 0.456144", \
            "0.0183554, 0.0200302, 0.0247649, 0.0381713, 0.0745007, 0.175952, 0.454169", \
            "0.0203528, 0.0219648, 0.0265736, 0.0395042, 0.0754284, 0.176162, 0.454823", \
            "0.0249578, 0.0266816, 0.0310551, 0.0438529, 0.0799781, 0.179828, 0.45966" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0206661, 0.0189609, 0.0151326, 0.0045353, -0.0292806, -0.129708, -0.41161", \
            "0.0205172, 0.0187487, 0.0149626, 0.0043462, -0.0294978, -0.129927, -0.411797", \
            "0.0201958, 0.0185823, 0.0148118, 0.0041844, -0.029671, -0.130094, -0.412098", \
            "0.0201803, 0.0184674, 0.0146228, 0.004008, -0.0298294, -0.130246, -0.41212", \
            "0.0199631, 0.0181805, 0.0145612, 0.0037931, -0.0299711, -0.130407, -0.412277", \
            "0.0229739, 0.0209478, 0.0156985, 0.0035615, -0.0300169, -0.130368, -0.412273", \
            "0.0297767, 0.0276423, 0.0222094, 0.0090065, -0.027741, -0.129232, -0.410914" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0149128, 0.0168146, 0.0218527, 0.0352562, 0.0719097, 0.171811, 0.452724", \
            "0.0148893, 0.0167655, 0.0217881, 0.0351828, 0.0718089, 0.171794, 0.450637", \
            "0.0149291, 0.0167711, 0.0217561, 0.0351034, 0.0717181, 0.171843, 0.450657", \
            "0.0149803, 0.016765, 0.0215635, 0.0348472, 0.0715611, 0.171647, 0.45274", \
            "0.0157956, 0.0174991, 0.0220836, 0.0349036, 0.0710575, 0.172392, 0.452941", \
            "0.0175171, 0.0192954, 0.0238608, 0.0367281, 0.0724148, 0.173108, 0.451409", \
            "0.0230034, 0.0245697, 0.0290101, 0.0419257, 0.0778715, 0.178387, 0.454823" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0144011, 0.0129365, 0.0094273, -0.0011392, -0.035336, -0.136056, -0.418055", \
            "0.0141095, 0.0126621, 0.0093098, -0.0013293, -0.0355884, -0.136316, -0.418315", \
            "0.0139457, 0.012344, 0.0091371, -0.0015393, -0.0357722, -0.136538, -0.418524", \
            "0.013844, 0.0123956, 0.0089473, -0.0016965, -0.0359308, -0.136652, -0.418618", \
            "0.0139613, 0.0122762, 0.0088822, -0.0018666, -0.0360418, -0.136801, -0.418775", \
            "0.0186553, 0.0166552, 0.0115672, -0.0015296, -0.0360239, -0.136658, -0.418664", \
            "0.0246392, 0.0226128, 0.0172351, 0.003604, -0.0331311, -0.134371, -0.4159" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0137123, 0.0155164, 0.0204359, 0.0337084, 0.0700236, 0.170247, 0.449097", \
            "0.0137783, 0.0155798, 0.0205029, 0.0337838, 0.0703806, 0.171282, 0.451423", \
            "0.0140124, 0.0157406, 0.0205739, 0.0338409, 0.0705002, 0.170514, 0.44921", \
            "0.0140573, 0.0157023, 0.0204418, 0.0335903, 0.0700238, 0.170444, 0.449288", \
            "0.014519, 0.016235, 0.020884, 0.0336869, 0.0699237, 0.170365, 0.448992", \
            "0.0162071, 0.0178342, 0.0224502, 0.0353414, 0.0714488, 0.171768, 0.450012", \
            "0.0212166, 0.0227774, 0.0271718, 0.0400376, 0.0761064, 0.176584, 0.453007" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.011973, 0.0105129, 0.0071829, -0.0034626, -0.0377134, -0.138463, -0.420494", \
            "0.0117111, 0.0102402, 0.0069373, -0.0037472, -0.0379725, -0.138758, -0.420775", \
            "0.0115364, 0.0100535, 0.0067185, -0.004047, -0.0381758, -0.138941, -0.420971", \
            "0.0113981, 0.0099231, 0.0065132, -0.0041564, -0.0383589, -0.139112, -0.421085", \
            "0.0115198, 0.0099552, 0.0062912, -0.004241, -0.0384685, -0.139238, -0.421147", \
            "0.0170946, 0.0150631, 0.0099147, -0.003553, -0.03792, -0.138513, -0.420492", \
            "0.0239076, 0.0217483, 0.0162214, 0.0024867, -0.0341563, -0.135304, -0.417055" \
          );
        }
      }
      internal_power () {
        related_pin : "D1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0100253, 0.0117494, 0.0164695, 0.0293509, 0.0654723, 0.165156, 0.446414", \
            "0.0099697, 0.0116944, 0.0163989, 0.0293567, 0.0655704, 0.165438, 0.444277", \
            "0.0098996, 0.0116068, 0.0162734, 0.0293277, 0.0655873, 0.166155, 0.443532", \
            "0.0101707, 0.0117131, 0.0164092, 0.0291618, 0.0655441, 0.165594, 0.445581", \
            "0.0106935, 0.0124376, 0.0170119, 0.0297104, 0.0655891, 0.165735, 0.445582", \
            "0.0129084, 0.0145178, 0.0191701, 0.0319181, 0.0673916, 0.167257, 0.446511", \
            "0.01975, 0.0211096, 0.0255461, 0.0381755, 0.0738321, 0.173471, 0.451775" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0109442, 0.0094802, 0.0061106, -0.004585, -0.038766, -0.139525, -0.42154", \
            "0.0106075, 0.0091493, 0.0057606, -0.0049298, -0.0391081, -0.139868, -0.421849", \
            "0.0104718, 0.0090138, 0.0055979, -0.0050806, -0.0392601, -0.139978, -0.421992", \
            "0.0105884, 0.0090413, 0.0057264, -0.0050601, -0.0392788, -0.140004, -0.421996", \
            "0.0116829, 0.0101097, 0.0064198, -0.004291, -0.0385953, -0.139316, -0.421293", \
            "0.0191005, 0.0170226, 0.0117589, -0.0017506, -0.0367503, -0.137387, -0.419392", \
            "0.0271847, 0.0249612, 0.019393, 0.0056036, -0.0308228, -0.13253, -0.4142" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002437;
      rise_capacitance : 0.002534;
      rise_capacitance_range (0.002534, 0.002534);
      fall_capacitance : 0.00234;
      fall_capacitance_range (0.00234, 0.00234);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0041871, -0.0041912, -0.0042006, -0.0041954, -0.0041835, -0.004156, -0.0040925" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052472, 0.0052527, 0.0052653, 0.0052675, 0.0052725, 0.0052841, 0.0053109" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002288;
      rise_capacitance : 0.002386;
      rise_capacitance_range (0.002386, 0.002386);
      fall_capacitance : 0.00219;
      fall_capacitance_range (0.00219, 0.00219);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044343, -0.0044338, -0.0044327, -0.004431, -0.0044272, -0.0044183, -0.0043978" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.004432, 0.0044311, 0.0044288, 0.0044306, 0.0044348, 0.0044445, 0.0044668" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00245;
      rise_capacitance : 0.002585;
      rise_capacitance_range (0.002585, 0.002585);
      fall_capacitance : 0.002316;
      fall_capacitance_range (0.002316, 0.002316);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.003959, -0.0040174, -0.0041519, -0.0041668, -0.0042013, -0.0042808, -0.004464" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046485, 0.0046359, 0.0046068, 0.0046079, 0.0046104, 0.0046162, 0.0046296" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002405;
      rise_capacitance : 0.002564;
      rise_capacitance_range (0.002564, 0.002564);
      fall_capacitance : 0.002246;
      fall_capacitance_range (0.002246, 0.002246);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.003852, -0.003943, -0.0041529, -0.0041583, -0.0041708, -0.0041996, -0.004266" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043217, 0.0043178, 0.004309, 0.0043098, 0.0043116, 0.0043159, 0.0043257" \
          );
        }
      }
    }
    pin (D1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002394;
      rise_capacitance : 0.002596;
      rise_capacitance_range (0.002596, 0.002596);
      fall_capacitance : 0.002191;
      fall_capacitance_range (0.002191, 0.002191);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0019419, -0.0019434, -0.0019468, -0.0019486, -0.0019529, -0.0019628, -0.0019856" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.002918, 0.002913, 0.0029015, 0.0029079, 0.0029225, 0.0029563, 0.0030341" \
          );
        }
      }
    }
  }
  cell (scs8hd_a2111o_2) {
    area : 12.512;
    cell_footprint : "a2111o";
    cell_leakage_power : 0.0044946;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062634;
      when : "!A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0125557;
      when : "!A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062598;
      when : "!A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004903;
      when : "!A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062599;
      when : "!A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0003714;
      when : "!A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062598;
      when : "!A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.00049;
      when : "!A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062627;
      when : "!A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0125889;
      when : "!A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062598;
      when : "!A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004903;
      when : "!A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062599;
      when : "!A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0003714;
      when : "!A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062598;
      when : "!A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.00049;
      when : "!A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.006258;
      when : "A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.012578;
      when : "A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062598;
      when : "A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004903;
      when : "A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062599;
      when : "A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0003714;
      when : "A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062598;
      when : "A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.00049;
      when : "A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062598;
      when : "A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0005364;
      when : "A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062598;
      when : "A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004897;
      when : "A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062605;
      when : "A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.000371;
      when : "A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062598;
      when : "A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004899;
      when : "A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0044946;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2) | (B1) | (C1) | (D1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.427561;
      max_transition : 1.50973;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0558676, 0.0601861, 0.0710329, 0.0982545, 0.173975, 0.399466, 1.08893", \
            "0.0590834, 0.0634628, 0.0742434, 0.101381, 0.177081, 0.402432, 1.09091", \
            "0.067355, 0.0716607, 0.0823426, 0.109238, 0.184777, 0.409966, 1.09793", \
            "0.0835469, 0.0879879, 0.098664, 0.12522, 0.200021, 0.425402, 1.11408", \
            "0.0977714, 0.102918, 0.114684, 0.141852, 0.216148, 0.44189, 1.13009", \
            "0.0909554, 0.0969782, 0.111308, 0.140897, 0.215286, 0.439364, 1.12845", \
            "0.0195406, 0.0263898, 0.0436008, 0.0795506, 0.155841, 0.379887, 1.06769" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0145736, 0.018312, 0.0292594, 0.062274, 0.167191, 0.492066, 1.49784", \
            "0.0144577, 0.0182984, 0.029113, 0.062329, 0.167143, 0.492731, 1.5004", \
            "0.0141458, 0.0179894, 0.0288836, 0.0620576, 0.166741, 0.493154, 1.50143", \
            "0.015491, 0.0191616, 0.0295328, 0.0620582, 0.166383, 0.492486, 1.49947", \
            "0.0189275, 0.0227549, 0.0329196, 0.0633155, 0.16664, 0.493337, 1.49772", \
            "0.0241192, 0.0290901, 0.0399036, 0.0681725, 0.167464, 0.493095, 1.49942", \
            "0.0321678, 0.0375933, 0.0511232, 0.0802137, 0.171278, 0.494855, 1.4971" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.229148, 0.234388, 0.247125, 0.275223, 0.333659, 0.459753, 0.779893", \
            "0.232212, 0.237429, 0.250149, 0.278279, 0.336628, 0.46279, 0.783003", \
            "0.242303, 0.247495, 0.260222, 0.288213, 0.346558, 0.472799, 0.792886", \
            "0.266495, 0.271702, 0.284414, 0.312369, 0.370837, 0.497136, 0.81717", \
            "0.316482, 0.321729, 0.334426, 0.362551, 0.421116, 0.547377, 0.867088", \
            "0.409793, 0.415174, 0.428367, 0.457154, 0.517466, 0.64533, 0.966082", \
            "0.579857, 0.585617, 0.599699, 0.631074, 0.695962, 0.830871, 1.15659" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0317285, 0.0349552, 0.0435596, 0.0647165, 0.112239, 0.237328, 0.62367", \
            "0.0316676, 0.0348948, 0.0435062, 0.0646805, 0.112616, 0.237373, 0.623453", \
            "0.0316927, 0.0348427, 0.0437792, 0.0646918, 0.112167, 0.237387, 0.623798", \
            "0.0315921, 0.0347929, 0.0435856, 0.0648206, 0.112237, 0.237756, 0.623537", \
            "0.0316666, 0.0348649, 0.0439491, 0.0648802, 0.112411, 0.23726, 0.624201", \
            "0.0350387, 0.038237, 0.0471024, 0.0678227, 0.116449, 0.23893, 0.625159", \
            "0.0426897, 0.0461172, 0.0549774, 0.0776413, 0.127282, 0.251076, 0.626541" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0591316, 0.0635286, 0.0743341, 0.10153, 0.177302, 0.402616, 1.09107", \
            "0.0625602, 0.0668616, 0.0776822, 0.104842, 0.180524, 0.40602, 1.09578", \
            "0.0705525, 0.0748399, 0.0855508, 0.112547, 0.188064, 0.413659, 1.10395", \
            "0.0860041, 0.0903706, 0.10107, 0.127893, 0.203161, 0.427868, 1.11675", \
            "0.102329, 0.107383, 0.119096, 0.146435, 0.220743, 0.445726, 1.13475", \
            "0.101902, 0.107873, 0.122032, 0.151559, 0.225906, 0.451343, 1.13913", \
            "0.0447819, 0.0515918, 0.0686323, 0.104628, 0.181291, 0.405304, 1.09385" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.014465, 0.018359, 0.0292346, 0.0623826, 0.167154, 0.492681, 1.50039", \
            "0.0144648, 0.0182727, 0.0291501, 0.0622675, 0.167145, 0.492385, 1.49925", \
            "0.0142673, 0.0180598, 0.0289276, 0.0620376, 0.166538, 0.492848, 1.50169", \
            "0.0149878, 0.0188435, 0.0293242, 0.0619588, 0.166854, 0.49169, 1.50043", \
            "0.0183267, 0.0220688, 0.0323388, 0.0631837, 0.166586, 0.492136, 1.50067", \
            "0.0230877, 0.0278457, 0.0388947, 0.0676783, 0.167273, 0.491617, 1.49928", \
            "0.0303446, 0.0358315, 0.0493413, 0.0799101, 0.17153, 0.493481, 1.49991" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.256029, 0.26171, 0.275354, 0.305857, 0.367193, 0.496035, 0.817898", \
            "0.260136, 0.265813, 0.279799, 0.309954, 0.371242, 0.500126, 0.821965", \
            "0.270691, 0.276407, 0.290301, 0.320612, 0.381772, 0.510663, 0.832511", \
            "0.293451, 0.299129, 0.312752, 0.343259, 0.404494, 0.533473, 0.85518", \
            "0.337958, 0.343683, 0.357613, 0.387711, 0.449406, 0.578239, 0.900057", \
            "0.419278, 0.424996, 0.439416, 0.470514, 0.533409, 0.663708, 0.985573", \
            "0.570993, 0.577155, 0.592312, 0.625516, 0.692703, 0.82849, 1.1551" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0356394, 0.0392717, 0.0484217, 0.0700457, 0.118024, 0.241519, 0.623086", \
            "0.0357754, 0.0394917, 0.0486142, 0.0707231, 0.118157, 0.24136, 0.624518", \
            "0.0356919, 0.0394399, 0.0485086, 0.0701785, 0.118156, 0.241375, 0.6242", \
            "0.0356368, 0.0392655, 0.0484237, 0.0700414, 0.118025, 0.241501, 0.622927", \
            "0.0356667, 0.0393545, 0.0486443, 0.0707157, 0.117749, 0.24068, 0.622664", \
            "0.038754, 0.042487, 0.0516684, 0.0732338, 0.121602, 0.242003, 0.627224", \
            "0.0452786, 0.049048, 0.0588253, 0.0814717, 0.132538, 0.25477, 0.63372" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0446295, 0.0483116, 0.0577567, 0.0830782, 0.156605, 0.380342, 1.07157", \
            "0.0482309, 0.0518749, 0.0613029, 0.0864908, 0.160503, 0.384946, 1.0726", \
            "0.0569428, 0.0605032, 0.0697665, 0.0947962, 0.168652, 0.392353, 1.07958", \
            "0.0697997, 0.0737327, 0.0833433, 0.108221, 0.181651, 0.406154, 1.09458", \
            "0.0763403, 0.0812063, 0.0922274, 0.117504, 0.190781, 0.415266, 1.10262", \
            "0.0574265, 0.0632589, 0.0770145, 0.105146, 0.177988, 0.402201, 1.09087", \
            "-0.0338041, -0.0270708, -0.0102787, 0.0249802, 0.100251, 0.322908, 1.0138" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0118491, 0.0153224, 0.0257722, 0.0590885, 0.164711, 0.491926, 1.50218", \
            "0.0117976, 0.0152543, 0.025733, 0.0589283, 0.164398, 0.492217, 1.50174", \
            "0.0117061, 0.0151579, 0.0256226, 0.0589963, 0.164712, 0.491123, 1.49966", \
            "0.0138506, 0.0171312, 0.0269359, 0.0592756, 0.164731, 0.490595, 1.50036", \
            "0.0176256, 0.0212988, 0.0305533, 0.0608033, 0.164503, 0.491229, 1.5015", \
            "0.0227999, 0.0272806, 0.0379968, 0.0655551, 0.165685, 0.49319, 1.49751", \
            "0.0308266, 0.0361997, 0.0493352, 0.0783948, 0.169937, 0.493078, 1.49574" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.184823, 0.189799, 0.201964, 0.228754, 0.284304, 0.406051, 0.722674", \
            "0.188332, 0.19335, 0.205501, 0.232186, 0.287661, 0.409486, 0.726253", \
            "0.198695, 0.203742, 0.215811, 0.242555, 0.298106, 0.419792, 0.736585", \
            "0.222368, 0.227368, 0.239541, 0.266137, 0.321894, 0.44357, 0.760307", \
            "0.274117, 0.279105, 0.291325, 0.318049, 0.373648, 0.495328, 0.811592", \
            "0.372566, 0.377905, 0.390794, 0.419235, 0.477853, 0.602241, 0.9195", \
            "0.571844, 0.577683, 0.591845, 0.623332, 0.68785, 0.818479, 1.13955" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0286449, 0.0316889, 0.0402169, 0.0603735, 0.107309, 0.229241, 0.618868", \
            "0.0285974, 0.0319229, 0.0402888, 0.0606461, 0.106526, 0.228846, 0.617488", \
            "0.0286319, 0.0319877, 0.0403626, 0.0603331, 0.107387, 0.229327, 0.616962", \
            "0.0286311, 0.0318372, 0.0401535, 0.0606021, 0.107259, 0.229486, 0.616775", \
            "0.0288534, 0.0320713, 0.0403897, 0.0609409, 0.10668, 0.229506, 0.621259", \
            "0.0340273, 0.0371887, 0.0461597, 0.066813, 0.112963, 0.233874, 0.622582", \
            "0.043939, 0.0473546, 0.0562456, 0.0774562, 0.126321, 0.24614, 0.625141" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0427431, 0.046226, 0.0553362, 0.0800951, 0.153306, 0.377255, 1.06511", \
            "0.0462819, 0.0497741, 0.0588503, 0.0836721, 0.15712, 0.380643, 1.07078", \
            "0.054652, 0.058086, 0.0671121, 0.0917599, 0.165125, 0.388933, 1.07695", \
            "0.065697, 0.0696138, 0.0789663, 0.103703, 0.176922, 0.400694, 1.0891", \
            "0.0691994, 0.0739991, 0.0849392, 0.110246, 0.183461, 0.406799, 1.09773", \
            "0.0451488, 0.0510238, 0.0646829, 0.0933226, 0.166029, 0.389437, 1.0796", \
            "-0.0560076, -0.0492765, -0.0322682, 0.0040479, 0.0791281, 0.302721, 0.991009" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0111733, 0.0145791, 0.0249227, 0.058267, 0.163967, 0.491977, 1.49928", \
            "0.0111067, 0.0145093, 0.0249122, 0.0583022, 0.164427, 0.490985, 1.50318", \
            "0.0112557, 0.0146596, 0.0249676, 0.0582009, 0.164421, 0.491368, 1.50306", \
            "0.0137308, 0.0168391, 0.0265289, 0.05885, 0.164206, 0.491948, 1.49973", \
            "0.0175939, 0.0211229, 0.0304107, 0.0604758, 0.164803, 0.492017, 1.50224", \
            "0.0228799, 0.0275632, 0.0384271, 0.065728, 0.165274, 0.491977, 1.50069", \
            "0.031574, 0.0370442, 0.0507601, 0.0800285, 0.16961, 0.4935, 1.49909" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.166639, 0.171688, 0.183828, 0.210442, 0.266211, 0.387852, 0.704144", \
            "0.169603, 0.174566, 0.186733, 0.21355, 0.269005, 0.390709, 0.707312", \
            "0.179194, 0.184189, 0.196353, 0.223091, 0.278596, 0.400122, 0.717014", \
            "0.203152, 0.208189, 0.220307, 0.247036, 0.302645, 0.424294, 0.741088", \
            "0.260255, 0.265055, 0.277109, 0.303978, 0.359608, 0.481108, 0.797455", \
            "0.374538, 0.379911, 0.39303, 0.421722, 0.480837, 0.604717, 0.921561", \
            "0.597642, 0.603884, 0.618553, 0.651138, 0.717154, 0.848161, 1.16905" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0286457, 0.0318452, 0.0401441, 0.0608267, 0.10738, 0.229604, 0.620314", \
            "0.0285976, 0.0317419, 0.0401741, 0.0603102, 0.10746, 0.229228, 0.616487", \
            "0.0286351, 0.0317952, 0.0401761, 0.0604791, 0.106466, 0.229236, 0.617065", \
            "0.0285879, 0.0319031, 0.0403732, 0.0605039, 0.107302, 0.229431, 0.618525", \
            "0.029142, 0.032286, 0.0407915, 0.0609227, 0.106326, 0.229177, 0.615902", \
            "0.0359437, 0.0393435, 0.047639, 0.0674865, 0.113917, 0.234714, 0.621807", \
            "0.0482155, 0.051457, 0.0605549, 0.0820092, 0.13078, 0.247502, 0.62355" \
          );
        }
      }
      timing () {
        related_pin : "D1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0379655, 0.0413406, 0.0501818, 0.0745215, 0.147368, 0.371862, 1.06037", \
            "0.0415701, 0.0449408, 0.053768, 0.0780775, 0.151067, 0.373998, 1.06185", \
            "0.0494532, 0.0528076, 0.0615997, 0.0858488, 0.158822, 0.382463, 1.08582", \
            "0.0579174, 0.0618447, 0.0711765, 0.0957013, 0.16853, 0.39221, 1.07878", \
            "0.0572665, 0.0621792, 0.0733984, 0.0986046, 0.171204, 0.395497, 1.08253", \
            "0.0280192, 0.0340737, 0.0481627, 0.0772515, 0.149773, 0.372919, 1.06253", \
            "-0.0790279, -0.0720953, -0.054573, -0.0172287, 0.0593064, 0.281991, 0.969265" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0106214, 0.0140164, 0.0243882, 0.05793, 0.164194, 0.493758, 1.50973", \
            "0.0106401, 0.0140069, 0.0244099, 0.0579288, 0.16433, 0.4921, 1.5004", \
            "0.0111318, 0.0144154, 0.0246624, 0.0578694, 0.164073, 0.494267, 1.50591", \
            "0.0139184, 0.0170043, 0.0264716, 0.0585879, 0.164459, 0.492652, 1.49864", \
            "0.0180337, 0.0218482, 0.0310253, 0.0604408, 0.164293, 0.492157, 1.50286", \
            "0.0238663, 0.0285366, 0.0399301, 0.0667217, 0.164922, 0.492058, 1.49625", \
            "0.0339149, 0.0389164, 0.0532387, 0.0838364, 0.171255, 0.493715, 1.4997" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.137437, 0.142461, 0.154607, 0.181487, 0.236941, 0.358787, 0.675495", \
            "0.139066, 0.144129, 0.156208, 0.182911, 0.238587, 0.360484, 0.676963", \
            "0.148006, 0.152974, 0.165101, 0.191961, 0.247768, 0.36926, 0.685865", \
            "0.173044, 0.177996, 0.189969, 0.21685, 0.272815, 0.394471, 0.710747", \
            "0.236741, 0.241566, 0.253357, 0.27959, 0.335212, 0.456064, 0.772468", \
            "0.358629, 0.364123, 0.377788, 0.407198, 0.465122, 0.588705, 0.906945", \
            "0.577598, 0.583793, 0.599154, 0.632666, 0.699843, 0.828779, 1.14861" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0286383, 0.0318991, 0.0406111, 0.0604827, 0.106617, 0.228711, 0.617787", \
            "0.0285901, 0.031987, 0.0401472, 0.0606659, 0.106571, 0.229476, 0.620232", \
            "0.028542, 0.0317411, 0.0404921, 0.0602032, 0.106066, 0.228889, 0.617087", \
            "0.0284473, 0.031704, 0.0403319, 0.0603056, 0.105799, 0.229255, 0.61656", \
            "0.0284792, 0.0317329, 0.0400595, 0.0602097, 0.105991, 0.229366, 0.616593", \
            "0.0387837, 0.0420435, 0.0503233, 0.070114, 0.114874, 0.233474, 0.617906", \
            "0.0516788, 0.0551254, 0.0647334, 0.0872897, 0.131306, 0.244634, 0.624262" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0224705, 0.0246757, 0.0314289, 0.0511217, 0.109505, 0.285972, 0.830974", \
            "0.0223327, 0.0245455, 0.0312896, 0.0510059, 0.109357, 0.286753, 0.830735", \
            "0.0222752, 0.0244751, 0.0311765, 0.0508568, 0.10909, 0.286626, 0.830831", \
            "0.0226159, 0.0247203, 0.0311222, 0.0505793, 0.1088, 0.285535, 0.828871", \
            "0.0241531, 0.026043, 0.0320098, 0.0506001, 0.108258, 0.285262, 0.828714", \
            "0.026645, 0.0284266, 0.0341493, 0.0526422, 0.109053, 0.285497, 0.829239", \
            "0.0330561, 0.0345251, 0.039975, 0.0580137, 0.114728, 0.289553, 0.830055" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0228076, 0.0201685, 0.0133614, -0.0038138, -0.0579023, -0.233722, -0.782443", \
            "0.0224981, 0.0199469, 0.0131247, -0.0040482, -0.0581985, -0.234039, -0.782722", \
            "0.0221325, 0.0194696, 0.0127304, -0.0044389, -0.0585241, -0.234355, -0.783045", \
            "0.0218871, 0.0194483, 0.012622, -0.0046237, -0.0587076, -0.234605, -0.783277", \
            "0.0216783, 0.0190848, 0.0123328, -0.0048911, -0.0590378, -0.234877, -0.783528", \
            "0.023229, 0.020495, 0.0129316, -0.004757, -0.0590027, -0.234819, -0.783533", \
            "0.0349321, 0.0320677, 0.0241718, 0.0033023, -0.0556602, -0.234004, -0.782518" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0229775, 0.0251889, 0.031941, 0.051682, 0.109985, 0.287401, 0.831376", \
            "0.022824, 0.0250014, 0.0317902, 0.0514888, 0.109842, 0.286357, 0.83129", \
            "0.02272, 0.0249045, 0.0316442, 0.0513045, 0.109608, 0.286191, 0.828314", \
            "0.0229714, 0.025084, 0.031602, 0.0510151, 0.109242, 0.286032, 0.829252", \
            "0.0244504, 0.0263301, 0.0322945, 0.0510883, 0.10879, 0.285969, 0.829035", \
            "0.0272933, 0.0290964, 0.034929, 0.0535203, 0.109825, 0.285862, 0.829735", \
            "0.0323582, 0.033903, 0.039443, 0.057979, 0.114452, 0.290088, 0.830774" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0272351, 0.0245077, 0.0174451, -0.0001999, -0.0539983, -0.229748, -0.778499", \
            "0.0271285, 0.0243795, 0.0171278, -0.0001234, -0.0541415, -0.229845, -0.778665", \
            "0.0269993, 0.0244059, 0.0173025, -0.0002572, -0.0543089, -0.230011, -0.778824", \
            "0.0268068, 0.0240945, 0.0170626, -0.0006325, -0.0544308, -0.230223, -0.778949", \
            "0.0266646, 0.0239357, 0.0167667, -0.0005873, -0.0547494, -0.23035, -0.779121", \
            "0.0272843, 0.0245032, 0.0171604, -0.0003203, -0.0545803, -0.230375, -0.77905", \
            "0.0401827, 0.0372079, 0.0292162, 0.00809, -0.0508773, -0.22917, -0.777681" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0206294, 0.0227756, 0.029239, 0.0485113, 0.10634, 0.282127, 0.825006", \
            "0.0205893, 0.0227331, 0.0292079, 0.0484142, 0.106139, 0.282655, 0.825433", \
            "0.0207387, 0.0228559, 0.0292448, 0.0483821, 0.106127, 0.282829, 0.827349", \
            "0.0208694, 0.0229219, 0.0291532, 0.048058, 0.105793, 0.281944, 0.825408", \
            "0.022109, 0.0240165, 0.0300734, 0.048053, 0.105561, 0.283024, 0.82537", \
            "0.0241563, 0.025965, 0.0318861, 0.05028, 0.106863, 0.283165, 0.827945", \
            "0.0304541, 0.031989, 0.0374738, 0.0556845, 0.112475, 0.287293, 0.82774" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0201377, 0.0175684, 0.0110823, -0.005645, -0.0597683, -0.235993, -0.784933", \
            "0.0198122, 0.0172802, 0.0108169, -0.0059604, -0.0600799, -0.236239, -0.785107", \
            "0.0195141, 0.0169612, 0.0104967, -0.0062304, -0.060272, -0.236472, -0.785258", \
            "0.0194024, 0.0168308, 0.0103284, -0.0063532, -0.0604625, -0.23665, -0.785414", \
            "0.0194709, 0.0169144, 0.0103659, -0.0064886, -0.0606117, -0.236844, -0.78563", \
            "0.0232436, 0.0205594, 0.0130825, -0.0063442, -0.0603269, -0.236631, -0.785499", \
            "0.0342084, 0.0313751, 0.023412, 0.0024551, -0.0563755, -0.234329, -0.783028" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0193611, 0.0214541, 0.0278237, 0.0469558, 0.10468, 0.280979, 0.82409", \
            "0.0194466, 0.0215711, 0.027883, 0.0470116, 0.104804, 0.281384, 0.823057", \
            "0.01973, 0.021783, 0.0280688, 0.0471319, 0.104866, 0.281509, 0.824027", \
            "0.0199007, 0.0220231, 0.0280897, 0.0468456, 0.104587, 0.280684, 0.82438", \
            "0.0207318, 0.0226434, 0.0286951, 0.0469447, 0.10453, 0.280606, 0.823485", \
            "0.0228829, 0.0246573, 0.0304416, 0.0489705, 0.105342, 0.282076, 0.823887", \
            "0.028818, 0.030419, 0.0357395, 0.0541881, 0.110405, 0.285439, 0.826899" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0175008, 0.0149802, 0.0084383, -0.0079694, -0.0621473, -0.238427, -0.787193", \
            "0.0172108, 0.0147136, 0.0082331, -0.0084286, -0.0624024, -0.238626, -0.787455", \
            "0.0173003, 0.0146914, 0.0079727, -0.008584, -0.0626923, -0.238859, -0.787708", \
            "0.0169482, 0.0144191, 0.0079302, -0.008754, -0.062931, -0.239064, -0.787861", \
            "0.0173169, 0.0144586, 0.0078896, -0.0085372, -0.0628844, -0.239209, -0.787995", \
            "0.0217375, 0.0189769, 0.0113746, -0.0086693, -0.0625076, -0.238492, -0.787378", \
            "0.0342933, 0.0313024, 0.0231848, 0.0018569, -0.0572889, -0.235443, -0.784196" \
          );
        }
      }
      internal_power () {
        related_pin : "D1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0158483, 0.0179294, 0.024186, 0.0430607, 0.10047, 0.278068, 0.823394", \
            "0.0158136, 0.0178995, 0.0241424, 0.0429812, 0.100479, 0.27551, 0.815962", \
            "0.015843, 0.017861, 0.0239628, 0.0428503, 0.100428, 0.27664, 0.817988", \
            "0.0160656, 0.0179548, 0.024053, 0.0426319, 0.100214, 0.276802, 0.819892", \
            "0.0169594, 0.0188866, 0.0249313, 0.0429188, 0.100342, 0.276488, 0.816068", \
            "0.019422, 0.0211731, 0.0269642, 0.0454019, 0.101719, 0.278176, 0.819977", \
            "0.0269728, 0.028466, 0.0338007, 0.0518979, 0.108182, 0.28447, 0.823864" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.016575, 0.0140632, 0.0076139, -0.009126, -0.0632325, -0.239364, -0.78829", \
            "0.0162677, 0.0137002, 0.0071693, -0.0094838, -0.0635092, -0.23979, -0.788401", \
            "0.0161945, 0.0135362, 0.0069936, -0.0097333, -0.0637953, -0.239895, -0.788657", \
            "0.0160824, 0.0135206, 0.0070598, -0.0096476, -0.0638459, -0.239953, -0.788766", \
            "0.0169672, 0.014323, 0.0077294, -0.0091034, -0.0633337, -0.239457, -0.788204", \
            "0.0245825, 0.0217873, 0.0141257, -0.0067117, -0.061165, -0.237544, -0.786354", \
            "0.0390987, 0.0362214, 0.0277774, 0.0055863, -0.0539571, -0.232581, -0.781229" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002482;
      rise_capacitance : 0.002585;
      rise_capacitance_range (0.002585, 0.002585);
      fall_capacitance : 0.002378;
      fall_capacitance_range (0.002378, 0.002378);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038702, -0.0038752, -0.0038867, -0.0038797, -0.0038635, -0.0038263, -0.0037404" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0051466, 0.0051464, 0.0051461, 0.0051486, 0.0051543, 0.0051674, 0.0051976" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002395;
      rise_capacitance : 0.002505;
      rise_capacitance_range (0.002505, 0.002505);
      fall_capacitance : 0.002286;
      fall_capacitance_range (0.002286, 0.002286);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004563, -0.0045628, -0.0045625, -0.004561, -0.0045578, -0.0045502, -0.0045327" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045755, 0.0045701, 0.0045576, 0.0045586, 0.004561, 0.0045666, 0.0045795" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002363;
      rise_capacitance : 0.002498;
      rise_capacitance_range (0.002498, 0.002498);
      fall_capacitance : 0.002228;
      fall_capacitance_range (0.002228, 0.002228);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0036234, -0.0036683, -0.0037719, -0.0037876, -0.0038236, -0.0039067, -0.0040982" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042366, 0.0042329, 0.0042244, 0.0042261, 0.0042298, 0.0042383, 0.0042581" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002476;
      rise_capacitance : 0.002642;
      rise_capacitance_range (0.002642, 0.002642);
      fall_capacitance : 0.00231;
      fall_capacitance_range (0.00231, 0.00231);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038211, -0.0039151, -0.0041317, -0.0041377, -0.0041514, -0.0041832, -0.0042563" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043013, 0.0042995, 0.0042952, 0.0042966, 0.0042996, 0.0043066, 0.0043228" \
          );
        }
      }
    }
    pin (D1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002457;
      rise_capacitance : 0.002674;
      rise_capacitance_range (0.002674, 0.002674);
      fall_capacitance : 0.002241;
      fall_capacitance_range (0.002241, 0.002241);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0019457, -0.0019431, -0.0019371, -0.0019368, -0.0019362, -0.0019347, -0.0019313" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0028347, 0.0028304, 0.0028207, 0.0028261, 0.0028385, 0.0028671, 0.002933" \
          );
        }
      }
    }
  }
  cell (scs8hd_a2111o_4) {
    area : 21.2704;
    cell_footprint : "a2111o";
    cell_leakage_power : 0.0123562;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0391262;
      when : "A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0010481;
      when : "A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0125372;
      when : "!A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0250271;
      when : "!A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0125256;
      when : "!A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0010515;
      when : "!A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0125251;
      when : "!A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0008635;
      when : "!A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0391262;
      when : "!A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0010479;
      when : "!A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0125369;
      when : "!A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0250786;
      when : "!A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0127651;
      when : "!A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0010515;
      when : "!A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0125248;
      when : "!A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0008635;
      when : "!A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0391262;
      when : "!A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0010479;
      when : "!A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0125369;
      when : "A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0250745;
      when : "A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0125249;
      when : "A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0010515;
      when : "A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0125279;
      when : "A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0008635;
      when : "A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0391262;
      when : "A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0010479;
      when : "A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0125248;
      when : "A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0012829;
      when : "A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0125216;
      when : "A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0010483;
      when : "A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0125326;
      when : "A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.000861;
      when : "A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0123562;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2) | (B1) | (C1) | (D1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.707712;
      max_transition : 1.50171;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0732631, 0.076765, 0.086558, 0.111731, 0.180719, 0.396485, 1.1137", \
            "0.0766312, 0.0801317, 0.089861, 0.114965, 0.183833, 0.400182, 1.11487", \
            "0.0851735, 0.0886385, 0.0982594, 0.123267, 0.192044, 0.407353, 1.12524", \
            "0.105076, 0.108511, 0.118012, 0.142669, 0.210706, 0.426745, 1.14195", \
            "0.129219, 0.132945, 0.142981, 0.168048, 0.235921, 0.451267, 1.16867", \
            "0.139379, 0.143695, 0.155473, 0.182739, 0.250383, 0.466209, 1.18057", \
            "0.0966536, 0.101433, 0.115153, 0.148198, 0.219345, 0.4339, 1.14919" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0188593, 0.0218508, 0.0308752, 0.0580398, 0.148161, 0.456087, 1.50041", \
            "0.0187385, 0.021746, 0.0307472, 0.0579336, 0.147835, 0.456937, 1.5004", \
            "0.0184145, 0.0215744, 0.0305311, 0.0576535, 0.147687, 0.456611, 1.50171", \
            "0.0187491, 0.0216856, 0.0304345, 0.057413, 0.147207, 0.456979, 1.49817", \
            "0.021739, 0.0246318, 0.0331503, 0.0588016, 0.147657, 0.456652, 1.49974", \
            "0.0274661, 0.0307739, 0.0396319, 0.0636875, 0.14897, 0.456208, 1.50067", \
            "0.0363847, 0.0401266, 0.0508034, 0.0763923, 0.153499, 0.458286, 1.49979" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.261147, 0.264778, 0.274931, 0.300036, 0.356095, 0.480741, 0.804315", \
            "0.263543, 0.267158, 0.277426, 0.302399, 0.358125, 0.483174, 0.806957", \
            "0.271856, 0.275473, 0.285675, 0.310564, 0.366493, 0.491347, 0.815126", \
            "0.293332, 0.296915, 0.306985, 0.33204, 0.387717, 0.512644, 0.83622", \
            "0.33911, 0.342739, 0.352999, 0.377707, 0.433696, 0.558658, 0.882349", \
            "0.424034, 0.427756, 0.438126, 0.463898, 0.521052, 0.647862, 0.972124", \
            "0.575874, 0.579862, 0.590892, 0.618342, 0.679546, 0.812282, 1.14313" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0348614, 0.037121, 0.0435318, 0.0616391, 0.106767, 0.229261, 0.618708", \
            "0.0348307, 0.0370769, 0.043927, 0.0619699, 0.106692, 0.228985, 0.618661", \
            "0.0348525, 0.0370977, 0.0438724, 0.0620536, 0.106552, 0.229436, 0.618764", \
            "0.0349053, 0.0372157, 0.0438533, 0.0620625, 0.106835, 0.229121, 0.619384", \
            "0.0347683, 0.0369963, 0.0440131, 0.0621688, 0.106802, 0.229109, 0.61881", \
            "0.0379958, 0.0401567, 0.0469881, 0.0656956, 0.110224, 0.23135, 0.619868", \
            "0.0449207, 0.0471657, 0.0541863, 0.0730013, 0.11937, 0.242922, 0.624861" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0760908, 0.0795651, 0.0892684, 0.11439, 0.183095, 0.399098, 1.11256", \
            "0.0786709, 0.0821504, 0.0918907, 0.117007, 0.185711, 0.400928, 1.11847", \
            "0.0845479, 0.0880711, 0.0977132, 0.122699, 0.191218, 0.407243, 1.12099", \
            "0.0972702, 0.10073, 0.110283, 0.135092, 0.203388, 0.418902, 1.13575", \
            "0.113216, 0.116865, 0.126857, 0.15193, 0.220386, 0.436189, 1.15039", \
            "0.115245, 0.119414, 0.13073, 0.157667, 0.226379, 0.442047, 1.15864", \
            "0.0614591, 0.0661758, 0.0797122, 0.111607, 0.18298, 0.397682, 1.11341" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0187374, 0.0217611, 0.0307682, 0.0579512, 0.147927, 0.456114, 1.50103", \
            "0.0187265, 0.0216949, 0.030732, 0.0580134, 0.147999, 0.456995, 1.50165", \
            "0.0185836, 0.0214956, 0.0305349, 0.0577478, 0.147949, 0.455754, 1.50104", \
            "0.0186397, 0.0216123, 0.030579, 0.0576204, 0.147769, 0.456348, 1.50138", \
            "0.0208713, 0.0237833, 0.0325962, 0.058767, 0.147825, 0.457116, 1.49869", \
            "0.0253905, 0.0285599, 0.0381083, 0.0626208, 0.148486, 0.456333, 1.50098", \
            "0.033261, 0.0368479, 0.0477172, 0.0732277, 0.15348, 0.458456, 1.49625" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.278543, 0.282468, 0.293567, 0.320224, 0.378676, 0.504754, 0.82963", \
            "0.282443, 0.286367, 0.297322, 0.324192, 0.382663, 0.508755, 0.833591", \
            "0.292614, 0.296578, 0.307623, 0.334309, 0.392914, 0.518831, 0.843253", \
            "0.314879, 0.318832, 0.329861, 0.35627, 0.414733, 0.541059, 0.865857", \
            "0.360036, 0.363959, 0.374981, 0.401748, 0.46023, 0.586506, 0.911387", \
            "0.444011, 0.448135, 0.459235, 0.486759, 0.546143, 0.673832, 0.998822", \
            "0.596671, 0.601019, 0.612944, 0.641683, 0.704855, 0.838534, 1.16934" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0380913, 0.0405293, 0.0476523, 0.0669827, 0.111744, 0.232019, 0.621438", \
            "0.0381103, 0.0405487, 0.0477337, 0.0670586, 0.111658, 0.231442, 0.621526", \
            "0.0381174, 0.0404087, 0.0479499, 0.0670016, 0.111363, 0.231549, 0.621558", \
            "0.0381096, 0.0405195, 0.0475154, 0.0662908, 0.111803, 0.231983, 0.622053", \
            "0.0381829, 0.0405215, 0.0475492, 0.0671959, 0.111959, 0.231776, 0.621124", \
            "0.0407384, 0.043234, 0.0505716, 0.0699455, 0.114495, 0.233763, 0.621791", \
            "0.0468469, 0.0493016, 0.0568663, 0.0760241, 0.123627, 0.243222, 0.626111" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0484523, 0.0510417, 0.0585334, 0.0798129, 0.14508, 0.358696, 1.0732", \
            "0.0520776, 0.0546724, 0.0621456, 0.0833733, 0.148771, 0.362777, 1.07533", \
            "0.0608502, 0.0634011, 0.0707728, 0.0917601, 0.156855, 0.371179, 1.08413", \
            "0.074813, 0.0775487, 0.0851036, 0.106128, 0.170855, 0.384545, 1.09722", \
            "0.0834166, 0.0866883, 0.095398, 0.116813, 0.181871, 0.395722, 1.10903", \
            "0.0679186, 0.0719067, 0.0827181, 0.107247, 0.171966, 0.385127, 1.0992", \
            "-0.0167293, -0.0120947, 0.0011146, 0.0315993, 0.100019, 0.312441, 1.0261" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0130042, 0.0154156, 0.0232366, 0.0499246, 0.141776, 0.452255, 1.496", \
            "0.0128977, 0.015302, 0.0232553, 0.0498556, 0.141916, 0.452994, 1.49468", \
            "0.012738, 0.0151629, 0.023046, 0.0496532, 0.141707, 0.452315, 1.49612", \
            "0.0146734, 0.0169198, 0.0243157, 0.0501985, 0.141746, 0.452788, 1.49634", \
            "0.0185809, 0.0208642, 0.0279526, 0.0520713, 0.142205, 0.452091, 1.49586", \
            "0.0240289, 0.0270585, 0.0351124, 0.0574487, 0.142763, 0.453055, 1.49439", \
            "0.0323245, 0.0359203, 0.0461247, 0.0702998, 0.147985, 0.453427, 1.49369" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.203928, 0.207374, 0.217086, 0.240568, 0.293123, 0.411471, 0.728607", \
            "0.206813, 0.210244, 0.219901, 0.243507, 0.295767, 0.414259, 0.731578", \
            "0.216085, 0.219552, 0.229175, 0.25273, 0.305215, 0.423553, 0.740952", \
            "0.237683, 0.241109, 0.250752, 0.274251, 0.3267, 0.44523, 0.762238", \
            "0.283942, 0.287384, 0.297041, 0.32051, 0.372978, 0.491594, 0.808945", \
            "0.369829, 0.37354, 0.38349, 0.40844, 0.463566, 0.584968, 0.903833", \
            "0.551716, 0.555641, 0.566698, 0.593613, 0.653373, 0.781209, 1.10544" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0305113, 0.032595, 0.0389861, 0.0570816, 0.100054, 0.218863, 0.613157", \
            "0.0305731, 0.0327023, 0.0390148, 0.0566834, 0.0992512, 0.218744, 0.612604", \
            "0.0305358, 0.0326123, 0.0389789, 0.0567316, 0.0997086, 0.219111, 0.61306", \
            "0.0305796, 0.0327014, 0.0390127, 0.0567705, 0.0992945, 0.218832, 0.613172", \
            "0.030811, 0.0330252, 0.0393519, 0.0570261, 0.0992414, 0.219159, 0.612804", \
            "0.0354451, 0.0377077, 0.0443685, 0.0619716, 0.104976, 0.223008, 0.613683", \
            "0.0443095, 0.0462651, 0.0529312, 0.0711551, 0.11635, 0.235369, 0.618691" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0497455, 0.0523971, 0.0599621, 0.0813002, 0.146372, 0.360936, 1.07554", \
            "0.0532581, 0.0558817, 0.0634737, 0.0847999, 0.149952, 0.36409, 1.07942", \
            "0.0616388, 0.0642566, 0.0717644, 0.092931, 0.158041, 0.372773, 1.08735", \
            "0.0747579, 0.0775327, 0.085212, 0.106606, 0.171887, 0.38608, 1.10096", \
            "0.0814709, 0.0847631, 0.0935658, 0.115508, 0.180571, 0.395388, 1.10971", \
            "0.0625683, 0.0666112, 0.0774691, 0.10225, 0.167366, 0.381812, 1.09723", \
            "-0.0307088, -0.0260413, -0.0126102, 0.0189487, 0.0882025, 0.300866, 1.01583" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0129551, 0.0154023, 0.0233277, 0.0498183, 0.141848, 0.454553, 1.49949", \
            "0.0129368, 0.0154081, 0.0233382, 0.049828, 0.141789, 0.453976, 1.5005", \
            "0.0128929, 0.0153946, 0.0232843, 0.0497559, 0.141748, 0.454493, 1.49988", \
            "0.0146996, 0.0170318, 0.0246873, 0.0504858, 0.142029, 0.45409, 1.49936", \
            "0.0186536, 0.0211117, 0.0282447, 0.0525112, 0.142399, 0.453566, 1.49968", \
            "0.0242453, 0.0273092, 0.0359532, 0.0583618, 0.143524, 0.454293, 1.49479", \
            "0.0335358, 0.037112, 0.0471802, 0.0720262, 0.149674, 0.455903, 1.49458" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.186584, 0.190024, 0.1997, 0.223296, 0.27555, 0.394089, 0.711389", \
            "0.18886, 0.192297, 0.201972, 0.225538, 0.277784, 0.396394, 0.714037", \
            "0.197723, 0.201146, 0.210751, 0.234269, 0.286674, 0.405193, 0.72227", \
            "0.220703, 0.224122, 0.23377, 0.257102, 0.309463, 0.428316, 0.745431", \
            "0.274693, 0.278276, 0.287892, 0.311427, 0.363824, 0.48223, 0.799562", \
            "0.382508, 0.386246, 0.3964, 0.421584, 0.477042, 0.598719, 0.917816", \
            "0.598071, 0.602164, 0.613738, 0.64193, 0.703743, 0.833472, 1.15718" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0305653, 0.032712, 0.0390217, 0.0566733, 0.0992897, 0.218689, 0.612861", \
            "0.0304071, 0.0325775, 0.0393644, 0.0564457, 0.100164, 0.218948, 0.61306", \
            "0.0305025, 0.0325938, 0.0391781, 0.0565355, 0.0997772, 0.21892, 0.613276", \
            "0.0304894, 0.03271, 0.038994, 0.0569131, 0.09995, 0.218705, 0.613119", \
            "0.0309217, 0.0330307, 0.0393396, 0.0567386, 0.0993866, 0.219428, 0.612676", \
            "0.037621, 0.0398167, 0.0464444, 0.0642455, 0.107286, 0.223954, 0.613302", \
            "0.0503968, 0.0522786, 0.0589897, 0.0773266, 0.12261, 0.237347, 0.619806" \
          );
        }
      }
      timing () {
        related_pin : "D1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0450025, 0.0476246, 0.055174, 0.0765199, 0.141383, 0.354836, 1.07044", \
            "0.0487232, 0.0513269, 0.0588384, 0.0801665, 0.145271, 0.358805, 1.07284", \
            "0.0570871, 0.0596783, 0.0671543, 0.0882751, 0.153326, 0.367514, 1.08064", \
            "0.0679227, 0.0707419, 0.0784658, 0.0998897, 0.164814, 0.37867, 1.09101", \
            "0.0717282, 0.0750956, 0.0841779, 0.10637, 0.171259, 0.385654, 1.10313", \
            "0.0499844, 0.0541418, 0.0654466, 0.0910293, 0.156588, 0.370015, 1.08391", \
            "-0.0439803, -0.0391992, -0.025349, 0.0074444, 0.0781617, 0.291093, 1.00387" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0126216, 0.0150907, 0.0229477, 0.0494307, 0.14147, 0.45234, 1.49772", \
            "0.0125939, 0.0150637, 0.022958, 0.0494152, 0.14119, 0.452793, 1.49969", \
            "0.0128746, 0.0152615, 0.0231085, 0.0494297, 0.141365, 0.453337, 1.49592", \
            "0.0149379, 0.0172776, 0.0248006, 0.0504362, 0.141623, 0.453622, 1.49343", \
            "0.0192587, 0.0216114, 0.0290285, 0.0526555, 0.142024, 0.453341, 1.50001", \
            "0.0253951, 0.0285098, 0.0370228, 0.0598826, 0.143508, 0.452972, 1.4949", \
            "0.0355316, 0.0392356, 0.0499973, 0.0764409, 0.151239, 0.455465, 1.49536" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.14443, 0.147872, 0.157536, 0.181127, 0.233683, 0.35235, 0.669479", \
            "0.145977, 0.149394, 0.159074, 0.182667, 0.235152, 0.353854, 0.671083", \
            "0.154567, 0.157984, 0.16764, 0.191208, 0.243767, 0.362452, 0.679732", \
            "0.179356, 0.182921, 0.192533, 0.216078, 0.268467, 0.387154, 0.704523", \
            "0.242879, 0.246219, 0.255519, 0.278652, 0.330795, 0.44864, 0.765769", \
            "0.366653, 0.37053, 0.381098, 0.406688, 0.46167, 0.581249, 0.899871", \
            "0.583472, 0.587684, 0.599554, 0.629153, 0.692617, 0.818726, 1.14126" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0305385, 0.0327077, 0.0389762, 0.0564988, 0.099223, 0.218555, 0.613095", \
            "0.0306228, 0.0327435, 0.0393367, 0.0566159, 0.0990579, 0.21876, 0.612968", \
            "0.0305104, 0.0327093, 0.0390694, 0.0567094, 0.0998833, 0.218746, 0.612683", \
            "0.030274, 0.0325771, 0.0392383, 0.056306, 0.0989876, 0.218726, 0.612314", \
            "0.0296847, 0.0317993, 0.0382535, 0.0557861, 0.0990037, 0.218836, 0.613405", \
            "0.0405613, 0.0426355, 0.0491345, 0.0656519, 0.106547, 0.222565, 0.614622", \
            "0.0553374, 0.0576906, 0.064626, 0.0827471, 0.125836, 0.234149, 0.618343" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0425658, 0.0449111, 0.0529188, 0.0793151, 0.163528, 0.442057, 1.37324", \
            "0.0423235, 0.0446066, 0.0525957, 0.0790336, 0.163083, 0.441525, 1.37355", \
            "0.0419429, 0.044272, 0.0522443, 0.0785755, 0.162864, 0.441559, 1.37355", \
            "0.0421524, 0.0443656, 0.0522807, 0.0781695, 0.162557, 0.440836, 1.37163", \
            "0.0438869, 0.0459638, 0.0530766, 0.0788699, 0.162321, 0.441059, 1.37302", \
            "0.0500084, 0.0520022, 0.0590051, 0.0834445, 0.163517, 0.44138, 1.37323", \
            "0.0605327, 0.0621995, 0.068415, 0.0923071, 0.174021, 0.449413, 1.37785" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0474043, 0.044432, 0.035333, 0.0121614, -0.0636405, -0.339043, -1.28246", \
            "0.0466617, 0.0437598, 0.0348163, 0.0116458, -0.0640072, -0.33959, -1.28291", \
            "0.045997, 0.0430143, 0.0339224, 0.0107275, -0.0649011, -0.340479, -1.28371", \
            "0.0451681, 0.0422583, 0.0331903, 0.0101259, -0.0655924, -0.341111, -1.28455", \
            "0.0446596, 0.0418602, 0.0327969, 0.0095762, -0.0663139, -0.341618, -1.28501", \
            "0.0453347, 0.0423305, 0.0331378, 0.0096344, -0.0662124, -0.3417, -1.28487", \
            "0.0684395, 0.0652187, 0.055306, 0.0266279, -0.0592068, -0.339919, -1.28289" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0435649, 0.0458367, 0.0537925, 0.0802398, 0.164038, 0.441962, 1.37441", \
            "0.0432165, 0.0455516, 0.0535855, 0.0799158, 0.16391, 0.442054, 1.37399", \
            "0.0428467, 0.0451835, 0.0531644, 0.0795543, 0.163418, 0.441358, 1.37376", \
            "0.0433207, 0.045646, 0.0536526, 0.0794841, 0.163578, 0.441573, 1.37277", \
            "0.045936, 0.0480665, 0.0551584, 0.0804937, 0.163275, 0.441819, 1.37477", \
            "0.0491244, 0.0511819, 0.0581728, 0.0828037, 0.164457, 0.44205, 1.37442", \
            "0.0598445, 0.0616066, 0.068257, 0.0920623, 0.174186, 0.449452, 1.37689" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0546478, 0.0516502, 0.0423809, 0.0195872, -0.0568893, -0.333466, -1.27752", \
            "0.0543917, 0.051313, 0.0425621, 0.0192353, -0.0572355, -0.333695, -1.27775", \
            "0.0543047, 0.0510667, 0.041802, 0.0181298, -0.0579219, -0.33399, -1.27806", \
            "0.0538206, 0.0508203, 0.0415758, 0.0179922, -0.0580712, -0.334411, -1.2785", \
            "0.0530785, 0.0502484, 0.0409462, 0.0177233, -0.0585365, -0.334881, -1.27866", \
            "0.0539713, 0.0507071, 0.0414289, 0.0180391, -0.058306, -0.334483, -1.27837", \
            "0.0781789, 0.075018, 0.0650455, 0.0359163, -0.0507282, -0.332538, -1.27618" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0388725, 0.0413429, 0.0494308, 0.0756712, 0.160372, 0.438807, 1.37079", \
            "0.0388242, 0.0413106, 0.0494, 0.0755888, 0.160146, 0.439245, 1.37336", \
            "0.0390088, 0.0414449, 0.0494764, 0.0754822, 0.160088, 0.439289, 1.37317", \
            "0.0392767, 0.0416932, 0.0495368, 0.0749239, 0.159488, 0.438901, 1.37087", \
            "0.0415179, 0.0436922, 0.0511672, 0.0750942, 0.159198, 0.438872, 1.37291", \
            "0.0455869, 0.0476764, 0.0548666, 0.0795346, 0.161792, 0.441111, 1.37251", \
            "0.0582838, 0.0600487, 0.0668855, 0.090487, 0.173012, 0.449839, 1.37949" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0399597, 0.0371835, 0.0285533, 0.0069561, -0.0689407, -0.346051, -1.28958", \
            "0.0395857, 0.0366837, 0.0280551, 0.006298, -0.0694469, -0.346495, -1.29018", \
            "0.0390993, 0.036212, 0.0275362, 0.0057374, -0.0701777, -0.347131, -1.29074", \
            "0.0387893, 0.0358993, 0.0272177, 0.0055531, -0.0704497, -0.347418, -1.29094", \
            "0.0389583, 0.0360445, 0.0273129, 0.0052226, -0.0708951, -0.347761, -1.29124", \
            "0.0443741, 0.0413453, 0.031904, 0.005097, -0.0708068, -0.347301, -1.29077", \
            "0.066622, 0.0634222, 0.0534116, 0.0249899, -0.0609039, -0.34172, -1.28535" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0370262, 0.03943, 0.0474036, 0.0735426, 0.158186, 0.437102, 1.37046", \
            "0.0371063, 0.0394959, 0.0475069, 0.0736111, 0.158258, 0.437646, 1.36923", \
            "0.0376357, 0.0400163, 0.0479292, 0.0738274, 0.158436, 0.437551, 1.37097", \
            "0.0378205, 0.0402029, 0.0477447, 0.0732722, 0.157831, 0.43701, 1.37139", \
            "0.0395112, 0.0417453, 0.0491858, 0.0733556, 0.157503, 0.437169, 1.37018", \
            "0.0432177, 0.0452989, 0.0525487, 0.0768157, 0.159207, 0.439302, 1.37121", \
            "0.0541214, 0.0556755, 0.0623713, 0.0863989, 0.168784, 0.445531, 1.37682" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.036306, 0.0334026, 0.0247271, 0.0030547, -0.0726295, -0.349496, -1.29302", \
            "0.0356943, 0.0328998, 0.0244176, 0.0025226, -0.0733133, -0.350047, -1.29358", \
            "0.0350784, 0.0323141, 0.0241327, 0.0022128, -0.0738506, -0.350606, -1.29399", \
            "0.035011, 0.0321061, 0.0233205, 0.0015204, -0.0743315, -0.351028, -1.29437", \
            "0.0348475, 0.0322613, 0.02352, 0.0013557, -0.0746667, -0.35139, -1.29468", \
            "0.0407131, 0.0375904, 0.0280788, 0.0023338, -0.0732638, -0.35003, -1.29356", \
            "0.0668067, 0.0635361, 0.0532097, 0.023925, -0.0613394, -0.34351, -1.28712" \
          );
        }
      }
      internal_power () {
        related_pin : "D1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0279603, 0.030371, 0.0384472, 0.0647827, 0.149497, 0.42883, 1.3619", \
            "0.0280883, 0.0304747, 0.0384087, 0.0646758, 0.149393, 0.428422, 1.36289", \
            "0.028095, 0.0304535, 0.0383364, 0.0643591, 0.149129, 0.428352, 1.35757", \
            "0.0285019, 0.0308001, 0.0384091, 0.0638418, 0.148524, 0.428039, 1.35626", \
            "0.0302354, 0.0323809, 0.0398625, 0.0644187, 0.147956, 0.427972, 1.36349", \
            "0.0342562, 0.0362922, 0.0434564, 0.0678633, 0.150449, 0.430058, 1.3641", \
            "0.0470302, 0.0486067, 0.0550647, 0.0784777, 0.160591, 0.437708, 1.36756" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0348306, 0.0319325, 0.0232556, 0.0016354, -0.0741213, -0.350725, -1.29394", \
            "0.0342913, 0.0313984, 0.0227893, 0.0009213, -0.0748617, -0.351308, -1.29461", \
            "0.0337703, 0.031009, 0.022371, 0.0004061, -0.0751433, -0.351774, -1.29499", \
            "0.0338486, 0.0308041, 0.0222363, 0.000427, -0.0752893, -0.351724, -1.29494", \
            "0.0348467, 0.0320023, 0.0233262, 0.0013282, -0.0746234, -0.351128, -1.29433", \
            "0.046807, 0.043673, 0.0339101, 0.0059277, -0.0705791, -0.347104, -1.29062", \
            "0.0734747, 0.0701966, 0.0597417, 0.0297889, -0.0564384, -0.339053, -1.28245" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004306;
      rise_capacitance : 0.004497;
      rise_capacitance_range (0.004497, 0.004497);
      fall_capacitance : 0.004115;
      fall_capacitance_range (0.004115, 0.004115);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0078514, -0.007863, -0.0078897, -0.0078776, -0.0078497, -0.0077852, -0.0076366" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.010335, 0.0103434, 0.0103628, 0.0103655, 0.0103715, 0.0103856, 0.0104181" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004487;
      rise_capacitance : 0.00477;
      rise_capacitance_range (0.00477, 0.00477);
      fall_capacitance : 0.004204;
      fall_capacitance_range (0.004204, 0.004204);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0091728, -0.0091625, -0.0091388, -0.00914, -0.009143, -0.0091496, -0.0091647" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.009209, 0.0092023, 0.0091868, 0.0091914, 0.0092019, 0.0092264, 0.0092828" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004543;
      rise_capacitance : 0.004819;
      rise_capacitance_range (0.004819, 0.004819);
      fall_capacitance : 0.004267;
      fall_capacitance_range (0.004267, 0.004267);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0076435, -0.0077266, -0.0079182, -0.0079549, -0.0080394, -0.0082344, -0.0086836" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0108756, 0.0108656, 0.0108427, 0.0108443, 0.0108482, 0.0108572, 0.010878" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004441;
      rise_capacitance : 0.004805;
      rise_capacitance_range (0.004805, 0.004805);
      fall_capacitance : 0.004077;
      fall_capacitance_range (0.004077, 0.004077);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0080183, -0.0081763, -0.0085406, -0.0085522, -0.0085789, -0.0086406, -0.0087826" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0093515, 0.0093491, 0.0093434, 0.0093384, 0.0093269, 0.0093005, 0.0092397" \
          );
        }
      }
    }
    pin (D1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004358;
      rise_capacitance : 0.004757;
      rise_capacitance_range (0.004757, 0.004757);
      fall_capacitance : 0.003959;
      fall_capacitance_range (0.003959, 0.003959);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038661, -0.0038603, -0.0038472, -0.0038444, -0.0038381, -0.0038234, -0.0037895" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0050835, 0.005074, 0.0050518, 0.0050724, 0.0051199, 0.0052294, 0.0054817" \
          );
        }
      }
    }
  }
  cell (scs8hd_a2111oi_0) {
    area : 8.7584;
    cell_footprint : "a2111oi";
    cell_leakage_power : 0.00416481;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0004358;
      when : "A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0079159;
      when : "A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0004541;
      when : "A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0079159;
      when : "A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004356;
      when : "A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.007916;
      when : "A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0002986;
      when : "A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0079159;
      when : "A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004358;
      when : "A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.007918;
      when : "!A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0004226;
      when : "!A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0079159;
      when : "!A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004359;
      when : "!A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.007916;
      when : "!A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0002989;
      when : "!A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0079159;
      when : "!A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004358;
      when : "!A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.007918;
      when : "!A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0005599;
      when : "!A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0079159;
      when : "!A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004359;
      when : "!A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.007916;
      when : "!A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0002989;
      when : "!A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0079159;
      when : "!A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004358;
      when : "!A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.007918;
      when : "A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0004945;
      when : "A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0079159;
      when : "A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0004359;
      when : "A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.007916;
      when : "A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0002989;
      when : "A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0079159;
      when : "A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.00416481;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1&!C1&!D1) | (!A2&!B1&!C1&!D1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.033884;
      max_transition : 1.47754;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.147173, 0.162414, 0.193495, 0.254809, 0.374882, 0.618244, 1.11387", \
            "0.149855, 0.165062, 0.19625, 0.258098, 0.378795, 0.625455, 1.11665", \
            "0.159656, 0.174961, 0.205764, 0.267344, 0.388554, 0.632906, 1.12326", \
            "0.182647, 0.197877, 0.228255, 0.288929, 0.411647, 0.654296, 1.14631", \
            "0.228443, 0.243843, 0.274401, 0.334831, 0.456257, 0.699057, 1.18989", \
            "0.301957, 0.319878, 0.355294, 0.423151, 0.549111, 0.793278, 1.28293", \
            "0.429736, 0.453476, 0.499291, 0.581883, 0.72753, 0.995204, 1.49243" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.114935, 0.134339, 0.174936, 0.256167, 0.418243, 0.749244, 1.41837", \
            "0.115032, 0.134315, 0.175052, 0.256193, 0.418512, 0.752485, 1.41595", \
            "0.114199, 0.135106, 0.174791, 0.256249, 0.418529, 0.747733, 1.41257", \
            "0.114781, 0.135276, 0.174929, 0.256266, 0.420681, 0.748234, 1.41318", \
            "0.121312, 0.139864, 0.179055, 0.25704, 0.41982, 0.747857, 1.41284", \
            "0.147347, 0.165991, 0.203785, 0.279795, 0.432149, 0.753156, 1.41414", \
            "0.213965, 0.232564, 0.270152, 0.347301, 0.500208, 0.802186, 1.43395" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0258824, 0.0293089, 0.0360047, 0.0488931, 0.0733747, 0.120155, 0.211261", \
            "0.0297521, 0.0330899, 0.0396199, 0.0523204, 0.0766424, 0.123397, 0.214402", \
            "0.0394681, 0.0427599, 0.0488546, 0.060928, 0.0846951, 0.131152, 0.222128", \
            "0.0524248, 0.0570448, 0.0655292, 0.0800528, 0.10493, 0.150446, 0.241013", \
            "0.0626556, 0.0686243, 0.0811763, 0.102492, 0.136451, 0.193302, 0.284787", \
            "0.0547626, 0.0638139, 0.0801824, 0.111636, 0.163189, 0.246198, 0.373823", \
            "-0.0082205, 0.0048313, 0.0292047, 0.0719616, 0.146875, 0.269039, 0.45769" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0286818, 0.0329269, 0.0412294, 0.056986, 0.0870654, 0.145621, 0.262791", \
            "0.0282375, 0.032389, 0.0405884, 0.056457, 0.0868256, 0.145781, 0.262966", \
            "0.0325286, 0.0357758, 0.0425852, 0.0567734, 0.0860749, 0.144839, 0.26314", \
            "0.0479424, 0.051486, 0.0577489, 0.0692807, 0.0928969, 0.146502, 0.262606", \
            "0.0739806, 0.0792386, 0.0877992, 0.103428, 0.130641, 0.174635, 0.273154", \
            "0.118008, 0.124755, 0.137902, 0.161078, 0.197607, 0.257556, 0.355063", \
            "0.19668, 0.207693, 0.227198, 0.259533, 0.313086, 0.399733, 0.533823" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.170551, 0.185765, 0.216506, 0.277204, 0.399769, 0.646754, 1.14545", \
            "0.174365, 0.189613, 0.220302, 0.282188, 0.404439, 0.651404, 1.15418", \
            "0.184698, 0.199896, 0.230484, 0.291987, 0.415055, 0.662747, 1.16071", \
            "0.206592, 0.221681, 0.252315, 0.313306, 0.436409, 0.684138, 1.18301", \
            "0.2486, 0.26392, 0.294457, 0.355428, 0.47814, 0.72736, 1.22504", \
            "0.316393, 0.333969, 0.368481, 0.43489, 0.561917, 0.809397, 1.3076", \
            "0.438255, 0.459747, 0.500715, 0.578363, 0.722788, 0.991137, 1.49566" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.138289, 0.158507, 0.20019, 0.282324, 0.448458, 0.783893, 1.46246", \
            "0.138285, 0.158657, 0.200144, 0.283484, 0.448859, 0.783925, 1.46398", \
            "0.138562, 0.15871, 0.199737, 0.282494, 0.448145, 0.783484, 1.45843", \
            "0.138791, 0.158757, 0.2001, 0.282336, 0.448875, 0.783334, 1.46241", \
            "0.143584, 0.163016, 0.203048, 0.283309, 0.448344, 0.785215, 1.46284", \
            "0.166637, 0.186295, 0.225819, 0.303709, 0.460889, 0.787274, 1.45865", \
            "0.227463, 0.246959, 0.286142, 0.365011, 0.522164, 0.833972, 1.47754" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0288267, 0.0322224, 0.0388669, 0.0516613, 0.0760979, 0.122895, 0.213901", \
            "0.0327181, 0.0360553, 0.0425988, 0.0552876, 0.0796534, 0.12634, 0.217335", \
            "0.0417369, 0.0451118, 0.051437, 0.0638379, 0.0879416, 0.134583, 0.22554", \
            "0.0554215, 0.0598035, 0.0678471, 0.0821177, 0.107185, 0.153773, 0.245036", \
            "0.0685562, 0.0747479, 0.0861939, 0.106005, 0.140049, 0.194725, 0.288352", \
            "0.0675547, 0.0765756, 0.0925582, 0.122311, 0.171696, 0.250246, 0.372345", \
            "0.0189738, 0.0320749, 0.0563571, 0.0991944, 0.171875, 0.287784, 0.468282" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.028474, 0.0326649, 0.0409632, 0.0567369, 0.086755, 0.145649, 0.262961", \
            "0.0280327, 0.0322356, 0.0403409, 0.0561985, 0.0865223, 0.145235, 0.262309", \
            "0.0309023, 0.0343894, 0.0416085, 0.0563539, 0.0861228, 0.145391, 0.262237", \
            "0.0433505, 0.0464806, 0.052883, 0.064714, 0.0906084, 0.146867, 0.261517", \
            "0.0677539, 0.0721778, 0.0788975, 0.0928241, 0.118618, 0.164356, 0.269396", \
            "0.107306, 0.113018, 0.123371, 0.142621, 0.175901, 0.231926, 0.327426", \
            "0.178245, 0.187054, 0.20239, 0.229673, 0.275648, 0.352554, 0.476217" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.111262, 0.124706, 0.151774, 0.204479, 0.310921, 0.524548, 0.954343", \
            "0.114424, 0.127901, 0.154828, 0.207951, 0.314531, 0.528732, 0.958878", \
            "0.124098, 0.137547, 0.164262, 0.217547, 0.323815, 0.538148, 0.970088", \
            "0.146393, 0.159586, 0.185929, 0.239219, 0.345122, 0.559494, 0.990841", \
            "0.188805, 0.204187, 0.232716, 0.286317, 0.392632, 0.605741, 1.04287", \
            "0.262819, 0.282997, 0.317732, 0.382644, 0.499787, 0.715527, 1.14648", \
            "0.416983, 0.441123, 0.487373, 0.568442, 0.711957, 0.960458, 1.405" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0982313, 0.115679, 0.151355, 0.222083, 0.366492, 0.657042, 1.24336", \
            "0.0982437, 0.115917, 0.151416, 0.222783, 0.366559, 0.65727, 1.24374", \
            "0.0981322, 0.115705, 0.151352, 0.223311, 0.366855, 0.659006, 1.2481", \
            "0.099125, 0.116412, 0.151092, 0.222738, 0.367554, 0.657876, 1.24505", \
            "0.114004, 0.129179, 0.161161, 0.229446, 0.368504, 0.659051, 1.24915", \
            "0.151156, 0.168036, 0.200088, 0.265325, 0.391592, 0.665537, 1.24367", \
            "0.222693, 0.240617, 0.277081, 0.346612, 0.479002, 0.739695, 1.27468" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0185814, 0.0208338, 0.0252122, 0.033624, 0.0498023, 0.0812384, 0.143677", \
            "0.0228614, 0.0249838, 0.029205, 0.0374921, 0.0535477, 0.0849709, 0.147338", \
            "0.0309583, 0.0336125, 0.0384691, 0.0468348, 0.0625608, 0.0937742, 0.156032", \
            "0.0387253, 0.0425341, 0.0497489, 0.0621308, 0.0824005, 0.114937, 0.176183", \
            "0.0396844, 0.0454113, 0.0556247, 0.0742346, 0.104231, 0.152466, 0.22518", \
            "0.0173752, 0.0258233, 0.0410999, 0.0682737, 0.113474, 0.184965, 0.295047", \
            "-0.070234, -0.0578481, -0.0360866, 0.0041864, 0.0724794, 0.1791, 0.341553" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0170596, 0.0197669, 0.0250551, 0.0354166, 0.0554718, 0.095442, 0.176815", \
            "0.0175124, 0.0199779, 0.0248805, 0.0349293, 0.0552876, 0.095676, 0.176528", \
            "0.0241054, 0.026051, 0.0296265, 0.0378362, 0.0559346, 0.0954144, 0.175975", \
            "0.037823, 0.0403896, 0.0452189, 0.0543872, 0.0689151, 0.10157, 0.177294", \
            "0.0599151, 0.0640009, 0.0714778, 0.0849941, 0.10731, 0.141089, 0.20105", \
            "0.0982781, 0.104586, 0.11603, 0.136221, 0.168172, 0.218745, 0.295716", \
            "0.168077, 0.177733, 0.195977, 0.225798, 0.273284, 0.348669, 0.463305" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0994865, 0.113386, 0.140092, 0.193858, 0.301284, 0.513887, 0.943581", \
            "0.101679, 0.115342, 0.142007, 0.196007, 0.303401, 0.523376, 0.947797", \
            "0.110781, 0.123893, 0.151292, 0.205102, 0.311363, 0.526022, 0.957106", \
            "0.133458, 0.146618, 0.17311, 0.226243, 0.333056, 0.547892, 0.979694", \
            "0.179764, 0.196514, 0.226317, 0.281054, 0.38773, 0.601561, 1.03503", \
            "0.265766, 0.287207, 0.324596, 0.394233, 0.516157, 0.731408, 1.16662", \
            "0.435721, 0.462794, 0.513683, 0.606193, 0.762418, 1.02764, 1.46836" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0980975, 0.11578, 0.150856, 0.222409, 0.367219, 0.657727, 1.24118", \
            "0.0984818, 0.115788, 0.150958, 0.222452, 0.366937, 0.66318, 1.24091", \
            "0.0981186, 0.11545, 0.151478, 0.222607, 0.366924, 0.657195, 1.24135", \
            "0.100138, 0.116833, 0.151399, 0.222782, 0.367334, 0.657777, 1.24331", \
            "0.122794, 0.137198, 0.166342, 0.230753, 0.368611, 0.659013, 1.24587", \
            "0.166283, 0.183898, 0.216098, 0.280535, 0.3999, 0.667272, 1.2491", \
            "0.232096, 0.253314, 0.294125, 0.373126, 0.513882, 0.764959, 1.28292" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0192781, 0.0212939, 0.0252595, 0.0330745, 0.0485163, 0.0792808, 0.141131", \
            "0.0231461, 0.0251352, 0.0290952, 0.0369055, 0.0523615, 0.0831466, 0.145054", \
            "0.0301702, 0.0328579, 0.0376522, 0.0460691, 0.0614151, 0.0920988, 0.154004", \
            "0.0357831, 0.0398999, 0.0472341, 0.0599038, 0.0806202, 0.11328, 0.174264", \
            "0.0330759, 0.0391947, 0.0503462, 0.0694199, 0.100404, 0.149552, 0.223231", \
            "0.0049447, 0.0139911, 0.0305419, 0.0594867, 0.106668, 0.180056, 0.291566", \
            "-0.0923488, -0.0787256, -0.0537988, -0.0108814, 0.0599207, 0.171039, 0.336912" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0147037, 0.0171843, 0.0220351, 0.031928, 0.0518579, 0.0921352, 0.173391", \
            "0.0151746, 0.0174011, 0.0220463, 0.0318817, 0.0518635, 0.0921208, 0.173382", \
            "0.0218059, 0.0236165, 0.0270763, 0.0350501, 0.052837, 0.0920762, 0.172907", \
            "0.033912, 0.037031, 0.0421997, 0.0514324, 0.0663952, 0.0986751, 0.173704", \
            "0.0554093, 0.0596701, 0.0673502, 0.0811221, 0.104143, 0.138743, 0.198352", \
            "0.0919213, 0.0990118, 0.111376, 0.131659, 0.164928, 0.216187, 0.293769", \
            "0.16024, 0.170866, 0.189695, 0.221403, 0.269193, 0.345681, 0.461076" \
          );
        }
      }
      timing () {
        related_pin : "D1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0693171, 0.0832999, 0.11074, 0.164608, 0.27109, 0.487654, 0.922246", \
            "0.0704214, 0.0841512, 0.111551, 0.165626, 0.273109, 0.48759, 0.91866", \
            "0.0793604, 0.0926397, 0.119467, 0.173185, 0.280415, 0.495644, 0.927056", \
            "0.105887, 0.117086, 0.142765, 0.195606, 0.303558, 0.51716, 0.947906", \
            "0.157512, 0.173248, 0.203497, 0.252196, 0.357971, 0.570496, 1.00526", \
            "0.243454, 0.265144, 0.305067, 0.375901, 0.494512, 0.703908, 1.1282", \
            "0.407272, 0.434262, 0.485479, 0.580103, 0.742395, 1.00833, 1.44139" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0964888, 0.114377, 0.151082, 0.222572, 0.367009, 0.659391, 1.24729", \
            "0.095691, 0.114061, 0.15018, 0.222124, 0.36688, 0.657933, 1.24397", \
            "0.0937446, 0.113227, 0.150012, 0.222418, 0.367418, 0.658371, 1.24341", \
            "0.0988544, 0.11543, 0.149039, 0.22074, 0.367919, 0.657506, 1.24508", \
            "0.124287, 0.14111, 0.170695, 0.232337, 0.367264, 0.658756, 1.25009", \
            "0.160175, 0.180973, 0.220098, 0.290517, 0.409986, 0.670261, 1.24194", \
            "0.227664, 0.252808, 0.300779, 0.389807, 0.539616, 0.797244, 1.30214" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0159282, 0.0178761, 0.0217785, 0.0295146, 0.0450929, 0.0761904, 0.138931", \
            "0.0198764, 0.0218563, 0.0256584, 0.0334587, 0.0490099, 0.0802235, 0.142836", \
            "0.0251228, 0.0281539, 0.0335983, 0.0426226, 0.0582929, 0.0891902, 0.152069", \
            "0.0282065, 0.0326357, 0.0410319, 0.0550867, 0.07698, 0.110289, 0.172791", \
            "0.0223021, 0.029299, 0.04182, 0.0629646, 0.0965469, 0.14698, 0.2226", \
            "-0.0100088, 0.0008558, 0.0199477, 0.051695, 0.101981, 0.178925, 0.292658", \
            "-0.11018, -0.0940577, -0.0652558, -0.0186903, 0.0567363, 0.173946, 0.344883" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0115383, 0.01397, 0.0191738, 0.028841, 0.0493909, 0.0902101, 0.172833", \
            "0.0127947, 0.0149222, 0.0195001, 0.0288645, 0.0491279, 0.0900319, 0.17201", \
            "0.0195689, 0.021907, 0.0256768, 0.0332885, 0.0511053, 0.0905827, 0.17285", \
            "0.0312678, 0.0345808, 0.0402514, 0.0497354, 0.0655853, 0.0982274, 0.173982", \
            "0.0519568, 0.0567468, 0.0653794, 0.0801231, 0.101886, 0.138954, 0.198723", \
            "0.0900073, 0.0968055, 0.109082, 0.130225, 0.16508, 0.214489, 0.292012", \
            "0.162185, 0.17279, 0.19142, 0.2229, 0.271417, 0.346885, 0.460196" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0122213, 0.0132267, 0.0152705, 0.0192391, 0.0271474, 0.0431898, 0.0752285", \
            "0.0119921, 0.013007, 0.0150605, 0.0190656, 0.0270391, 0.0432002, 0.0751532", \
            "0.0117963, 0.012786, 0.014816, 0.018828, 0.0268163, 0.0428798, 0.0751156", \
            "0.011678, 0.0126603, 0.0146482, 0.0186586, 0.0266769, 0.0426598, 0.0749311", \
            "0.0115723, 0.0125461, 0.0144965, 0.0184755, 0.0264295, 0.0424184, 0.0746889", \
            "0.0115986, 0.0125791, 0.0145474, 0.018425, 0.0263243, 0.0423577, 0.0744376", \
            "0.0122097, 0.0130941, 0.0149217, 0.0190141, 0.0268738, 0.0426514, 0.0746683" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0055669, 0.0046059, 0.0026606, -0.0012731, -0.0091722, -0.025112, -0.0574656", \
            "0.005442, 0.0044824, 0.0025446, -0.0013968, -0.0092778, -0.0252334, -0.057579", \
            "0.0053231, 0.0043608, 0.0024181, -0.0015154, -0.0094177, -0.0253387, -0.0577017", \
            "0.0051958, 0.0042461, 0.0022842, -0.001652, -0.0095289, -0.0254578, -0.0578145", \
            "0.0052069, 0.0042582, 0.0023003, -0.0016759, -0.0094897, -0.0254349, -0.057846", \
            "0.006248, 0.0052566, 0.0032182, -0.0008458, -0.0089498, -0.0252288, -0.0577249", \
            "0.0091831, 0.008146, 0.0061335, 0.0014486, -0.0069457, -0.0235494, -0.056571" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.014663, 0.0156291, 0.0175962, 0.0215, 0.0294162, 0.0453147, 0.0774076", \
            "0.0145454, 0.0155249, 0.0175006, 0.0214532, 0.0293509, 0.045283, 0.0773708", \
            "0.01442, 0.0153911, 0.01736, 0.021318, 0.0292639, 0.0451951, 0.0773039", \
            "0.0143491, 0.015307, 0.0172781, 0.0212035, 0.0291348, 0.0450905, 0.0772653", \
            "0.0142614, 0.0152231, 0.0171922, 0.0210937, 0.0290295, 0.0449581, 0.0771239", \
            "0.0143013, 0.0152552, 0.0171962, 0.0211068, 0.0289942, 0.0449354, 0.0770387", \
            "0.0150274, 0.0159317, 0.0177158, 0.0217512, 0.0296399, 0.0453487, 0.0772263" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0055617, 0.0045937, 0.0026436, -0.001286, -0.0091803, -0.0251218, -0.057471", \
            "0.0054508, 0.0044842, 0.0025458, -0.0013955, -0.0092905, -0.0252283, -0.0575894", \
            "0.005352, 0.0043776, 0.0024299, -0.0015009, -0.0093959, -0.0253472, -0.057703", \
            "0.0052332, 0.0042795, 0.0023629, -0.0015984, -0.0094941, -0.0254344, -0.0577661", \
            "0.005288, 0.0043208, 0.00236, -0.0015948, -0.0094782, -0.025457, -0.0578082", \
            "0.0061001, 0.0051101, 0.003124, -0.0009303, -0.0090015, -0.0252638, -0.0577192", \
            "0.0086563, 0.0075827, 0.0054251, 0.0012151, -0.0071629, -0.023744, -0.0567163" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0104621, 0.0114551, 0.0134786, 0.0174281, 0.0253703, 0.0413098, 0.0734122", \
            "0.0102938, 0.0112779, 0.0133115, 0.0172687, 0.0252571, 0.0412426, 0.0733833", \
            "0.010173, 0.0111504, 0.0131672, 0.0171563, 0.0250952, 0.041106, 0.0735769", \
            "0.0100956, 0.011076, 0.0130354, 0.0169962, 0.0249073, 0.0409157, 0.0731542", \
            "0.0100426, 0.0109956, 0.0129487, 0.0168736, 0.0248696, 0.0408102, 0.0732344", \
            "0.0101417, 0.0111168, 0.0130701, 0.0169718, 0.0248333, 0.0408884, 0.0728074", \
            "0.0119186, 0.012725, 0.0144463, 0.0182758, 0.0259885, 0.0416103, 0.0735741" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0032475, 0.0022851, 0.0003465, -0.0035662, -0.0114708, -0.0275018, -0.0599417", \
            "0.0032398, 0.0022761, 0.0003318, -0.0035741, -0.0114891, -0.0274998, -0.0599564", \
            "0.0032237, 0.0022651, 0.000341, -0.0035533, -0.0114477, -0.0274759, -0.0599163", \
            "0.0031834, 0.0022244, 0.0002777, -0.0036081, -0.0114918, -0.0275101, -0.0599626", \
            "0.0035411, 0.0025612, 0.0006183, -0.0033449, -0.0113354, -0.0274412, -0.0599117", \
            "0.0045221, 0.0034973, 0.0014968, -0.0025739, -0.0106753, -0.0269616, -0.0596567", \
            "0.0076776, 0.0065837, 0.0044508, 0.0001378, -0.0083561, -0.0249689, -0.0575843" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.009136, 0.0101607, 0.0121639, 0.0161898, 0.0241544, 0.0401947, 0.0722314", \
            "0.0089229, 0.0099296, 0.0119397, 0.0159777, 0.0240709, 0.0402241, 0.0722031", \
            "0.008782, 0.0097641, 0.0117947, 0.0157559, 0.0237837, 0.0398792, 0.0721347", \
            "0.0086741, 0.0096551, 0.0116348, 0.0155907, 0.0235388, 0.0397232, 0.0718818", \
            "0.0086174, 0.0095815, 0.011555, 0.0155107, 0.0234472, 0.0394244, 0.0716299", \
            "0.0091464, 0.0100665, 0.0119469, 0.0157731, 0.0236628, 0.0396164, 0.0718411", \
            "0.0111628, 0.0120439, 0.0139351, 0.0175664, 0.025163, 0.0407178, 0.0724983" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0024081, 0.0014522, -0.0004893, -0.0044026, -0.0123432, -0.0284233, -0.0609127", \
            "0.0024278, 0.0014828, -0.0004367, -0.0043424, -0.0122688, -0.0283269, -0.0608053", \
            "0.0025313, 0.0015908, -0.0003092, -0.0041958, -0.0121038, -0.0281446, -0.0606058", \
            "0.0025393, 0.0015707, -0.0004074, -0.0042854, -0.0121579, -0.0281699, -0.060609", \
            "0.0026748, 0.0017155, -0.0002078, -0.0041311, -0.012011, -0.0281353, -0.0606062", \
            "0.0035503, 0.0025281, 0.0005382, -0.0034792, -0.011545, -0.0277599, -0.0604158", \
            "0.0066379, 0.0055868, 0.0035334, -0.0005489, -0.0091898, -0.0261119, -0.0586214" \
          );
        }
      }
      internal_power () {
        related_pin : "D1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0083157, 0.0093364, 0.0114256, 0.0153994, 0.0233615, 0.0393435, 0.0715311", \
            "0.0080506, 0.0090825, 0.0111215, 0.0151695, 0.0232104, 0.0392567, 0.0713754", \
            "0.0079416, 0.0089194, 0.0109601, 0.0149449, 0.0229785, 0.0390447, 0.0712827", \
            "0.0080616, 0.0089715, 0.0109249, 0.0148777, 0.0228585, 0.038838, 0.0710906", \
            "0.0084996, 0.0093909, 0.0113448, 0.0150652, 0.0229986, 0.038775, 0.0711957", \
            "0.0096366, 0.0105664, 0.0124006, 0.0161128, 0.0236723, 0.0394379, 0.0713296", \
            "0.013543, 0.0143127, 0.016152, 0.0189328, 0.02634, 0.0422632, 0.0735919" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00100958, 0.00203851, 0.0041161, 0.00831108, 0.0167814, 0.0338845");
          values ( \
            "0.0001409, -0.0008272, -0.0027714, -0.006701, -0.014637, -0.0307235, -0.0632262", \
            "4.22e-05, -0.0008834, -0.0027969, -0.0066965, -0.0146088, -0.0306592, -0.0631455", \
            "-8.8e-05, -0.0009987, -0.0028964, -0.0067357, -0.0146267, -0.0306296, -0.0631078", \
            "-7.05e-05, -0.0009312, -0.0028678, -0.0068183, -0.014645, -0.0306181, -0.0630776", \
            "0.000161, -0.000808, -0.002759, -0.0066656, -0.0145649, -0.0305929, -0.063066", \
            "0.0015255, 0.0002767, -0.0018394, -0.0059449, -0.01391, -0.030218, -0.0628767", \
            "0.0050742, 0.0039222, 0.0016849, -0.0025611, -0.0113517, -0.0285197, -0.06154" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001938;
      rise_capacitance : 0.001982;
      rise_capacitance_range (0.001982, 0.001982);
      fall_capacitance : 0.001894;
      fall_capacitance_range (0.001894, 0.001894);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0031168, -0.0031126, -0.003103, -0.0030993, -0.0030906, -0.0030707, -0.0030248" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0037433, 0.0037451, 0.0037493, 0.0037496, 0.0037502, 0.0037515, 0.0037547" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001878;
      rise_capacitance : 0.001941;
      rise_capacitance_range (0.001941, 0.001941);
      fall_capacitance : 0.001815;
      fall_capacitance_range (0.001815, 0.001815);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0033185, -0.0033158, -0.0033096, -0.003309, -0.0033078, -0.0033049, -0.0032983" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.003318, 0.0033166, 0.0033134, 0.003313, 0.003312, 0.0033098, 0.0033047" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001803;
      rise_capacitance : 0.001888;
      rise_capacitance_range (0.001888, 0.001888);
      fall_capacitance : 0.001717;
      fall_capacitance_range (0.001717, 0.001717);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0025981, -0.0026359, -0.0027231, -0.0027329, -0.0027556, -0.0028078, -0.0029281" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030614, 0.0030544, 0.0030381, 0.0030389, 0.0030407, 0.0030449, 0.0030545" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001958;
      rise_capacitance : 0.002088;
      rise_capacitance_range (0.002088, 0.002088);
      fall_capacitance : 0.001828;
      fall_capacitance_range (0.001828, 0.001828);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0027753, -0.0028535, -0.0030339, -0.0030379, -0.0030473, -0.0030688, -0.0031184" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031713, 0.0031635, 0.0031455, 0.0031461, 0.0031474, 0.0031505, 0.0031576" \
          );
        }
      }
    }
    pin (D1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00183;
      rise_capacitance : 0.001969;
      rise_capacitance_range (0.001969, 0.001969);
      fall_capacitance : 0.001691;
      fall_capacitance_range (0.001691, 0.001691);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.00156, -0.0015605, -0.0015618, -0.0015617, -0.0015615, -0.001561, -0.00156" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.002184, 0.0021796, 0.0021695, 0.0021733, 0.0021818, 0.0022015, 0.002247" \
          );
        }
      }
    }
  }
  cell (scs8hd_a2111oi_1) {
    area : 10.0096;
    cell_footprint : "a2111oi";
    cell_leakage_power : 0.00325809;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062002;
      when : "!A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0003812;
      when : "A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0001216;
      when : "!A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0061986;
      when : "!A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0003814;
      when : "!A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0061987;
      when : "!A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0002881;
      when : "!A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0061986;
      when : "!A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0003812;
      when : "!A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062002;
      when : "!A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0001608;
      when : "!A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0061986;
      when : "!A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0003814;
      when : "!A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0061987;
      when : "!A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0002881;
      when : "!A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0061986;
      when : "!A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0003812;
      when : "!A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062002;
      when : "A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0001423;
      when : "A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0061986;
      when : "A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0003814;
      when : "A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0061987;
      when : "A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0002881;
      when : "A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0061986;
      when : "A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0003812;
      when : "A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0061987;
      when : "A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0004493;
      when : "A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0061986;
      when : "A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0003811;
      when : "A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0061989;
      when : "A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0002873;
      when : "A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0061986;
      when : "A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.00325809;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1&!C1&!D1) | (!A2&!B1&!C1&!D1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.046702;
      max_transition : 1.47855;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.155406, 0.167588, 0.193348, 0.246308, 0.358514, 0.595818, 1.09938", \
            "0.158084, 0.170341, 0.196016, 0.24941, 0.362405, 0.60061, 1.10487", \
            "0.168763, 0.18073, 0.206143, 0.259523, 0.37264, 0.611272, 1.11671", \
            "0.193608, 0.205655, 0.230443, 0.283384, 0.395825, 0.634148, 1.13946", \
            "0.242924, 0.255531, 0.280801, 0.333337, 0.446116, 0.683861, 1.18825", \
            "0.326948, 0.341129, 0.370738, 0.429727, 0.546532, 0.784712, 1.29728", \
            "0.479422, 0.49645, 0.532271, 0.603538, 0.739711, 1.0031, 1.51329" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.118182, 0.133631, 0.167086, 0.237071, 0.387725, 0.706479, 1.38534", \
            "0.118192, 0.134045, 0.167079, 0.237097, 0.387581, 0.706098, 1.38405", \
            "0.118347, 0.133615, 0.167136, 0.237615, 0.387974, 0.705647, 1.38328", \
            "0.11837, 0.133879, 0.166855, 0.237242, 0.387502, 0.707153, 1.38531", \
            "0.123532, 0.138178, 0.170878, 0.238849, 0.38885, 0.707987, 1.38414", \
            "0.147803, 0.162568, 0.19459, 0.260492, 0.400079, 0.711523, 1.39454", \
            "0.211158, 0.224545, 0.255873, 0.324652, 0.466593, 0.75992, 1.40643" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0215373, 0.0237804, 0.0284126, 0.037938, 0.0572158, 0.0960228, 0.175111", \
            "0.0252988, 0.027434, 0.0318859, 0.0411933, 0.0602698, 0.0989506, 0.177979", \
            "0.033444, 0.0358596, 0.0406224, 0.0495386, 0.0679808, 0.106102, 0.184911", \
            "0.0422558, 0.045572, 0.0521285, 0.0644578, 0.0858987, 0.123965, 0.201765", \
            "0.0446919, 0.0493411, 0.058165, 0.0759825, 0.106979, 0.157748, 0.242378", \
            "0.0207733, 0.0273153, 0.0400077, 0.0654957, 0.110352, 0.186239, 0.308284", \
            "-0.0770889, -0.0676106, -0.0475252, -0.0114565, 0.0524031, 0.163106, 0.341994" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0241205, 0.0270002, 0.032856, 0.044792, 0.0687641, 0.11753, 0.218493", \
            "0.024288, 0.0269194, 0.0324629, 0.0440946, 0.0681996, 0.117202, 0.218626", \
            "0.0305604, 0.0322559, 0.0364408, 0.0463874, 0.0683774, 0.116733, 0.217677", \
            "0.0451552, 0.0476712, 0.0527914, 0.0626598, 0.0793419, 0.120782, 0.217271", \
            "0.0699464, 0.0734288, 0.0805837, 0.0946009, 0.116058, 0.156853, 0.235745", \
            "0.112755, 0.117948, 0.127501, 0.145998, 0.177591, 0.231794, 0.323194", \
            "0.190694, 0.19806, 0.209936, 0.235942, 0.284046, 0.360882, 0.49074" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.187071, 0.199263, 0.225398, 0.279658, 0.395129, 0.640005, 1.16088", \
            "0.190536, 0.202777, 0.229096, 0.283619, 0.399515, 0.644971, 1.1662", \
            "0.20098, 0.213131, 0.239021, 0.294244, 0.410677, 0.655702, 1.17717", \
            "0.223989, 0.236297, 0.261894, 0.316772, 0.433559, 0.678087, 1.20016", \
            "0.268944, 0.28114, 0.306805, 0.361223, 0.477422, 0.723349, 1.24473", \
            "0.344213, 0.358092, 0.387148, 0.446245, 0.566008, 0.810988, 1.33256", \
            "0.485389, 0.501527, 0.534917, 0.603019, 0.737852, 1.00417, 1.53078" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.148022, 0.164026, 0.19871, 0.271737, 0.426999, 0.757974, 1.46077", \
            "0.1482, 0.16395, 0.199229, 0.271341, 0.4269, 0.758418, 1.46085", \
            "0.148276, 0.164483, 0.198756, 0.272007, 0.427683, 0.757855, 1.45986", \
            "0.147815, 0.164105, 0.198683, 0.272103, 0.427934, 0.758108, 1.46037", \
            "0.15175, 0.167458, 0.200647, 0.272914, 0.427547, 0.757486, 1.45801", \
            "0.174017, 0.18991, 0.222816, 0.292237, 0.439731, 0.759766, 1.4605", \
            "0.229784, 0.245396, 0.278548, 0.350001, 0.496689, 0.807431, 1.47855" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0252021, 0.0274236, 0.0320551, 0.0415505, 0.0607874, 0.0995714, 0.178582", \
            "0.0289683, 0.0311295, 0.0356667, 0.0450576, 0.0641662, 0.102882, 0.181859", \
            "0.0371104, 0.0394728, 0.0442252, 0.0533521, 0.07215, 0.110664, 0.189638", \
            "0.0471029, 0.050263, 0.0566664, 0.0687626, 0.0899323, 0.12883, 0.207802", \
            "0.0530493, 0.0576021, 0.0665814, 0.0830733, 0.113007, 0.163356, 0.248654", \
            "0.0364078, 0.0426548, 0.055238, 0.0803938, 0.123837, 0.19719, 0.315286", \
            "-0.0453056, -0.0358572, -0.0169453, 0.018915, 0.0821722, 0.190762, 0.365166" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0240419, 0.0269023, 0.0326637, 0.0446656, 0.0686306, 0.117389, 0.218004", \
            "0.0240587, 0.0267434, 0.0323826, 0.0443036, 0.068359, 0.11702, 0.217711", \
            "0.0282812, 0.0304802, 0.0351405, 0.0454893, 0.0680881, 0.116767, 0.218154", \
            "0.0415228, 0.0437118, 0.0482098, 0.0573068, 0.0755968, 0.119711, 0.217656", \
            "0.0647635, 0.0677958, 0.0739199, 0.0848819, 0.106889, 0.145431, 0.230802", \
            "0.103431, 0.107916, 0.116174, 0.131448, 0.159709, 0.210197, 0.298001", \
            "0.172858, 0.17862, 0.191706, 0.213964, 0.25392, 0.323603, 0.440734" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.1204, 0.131053, 0.153859, 0.200879, 0.300504, 0.514543, 0.963717", \
            "0.123335, 0.134204, 0.156743, 0.20402, 0.304746, 0.515605, 0.967676", \
            "0.134162, 0.144897, 0.166949, 0.214605, 0.315112, 0.531056, 0.973072", \
            "0.158401, 0.169112, 0.191142, 0.238113, 0.339414, 0.549897, 0.999457", \
            "0.207228, 0.218735, 0.24249, 0.289813, 0.388982, 0.602889, 1.05147", \
            "0.292562, 0.307112, 0.336965, 0.394091, 0.50328, 0.716022, 1.16317", \
            "0.473006, 0.492457, 0.529497, 0.603212, 0.734928, 0.980368, 1.44015" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.102528, 0.116413, 0.145841, 0.208763, 0.342748, 0.632084, 1.2426", \
            "0.102626, 0.116581, 0.145816, 0.208763, 0.343135, 0.629001, 1.23268", \
            "0.10266, 0.116555, 0.146221, 0.208892, 0.34296, 0.632556, 1.23159", \
            "0.103288, 0.117098, 0.146222, 0.209258, 0.344038, 0.631661, 1.23416", \
            "0.115722, 0.127379, 0.154534, 0.21391, 0.344003, 0.630572, 1.24208", \
            "0.151706, 0.164173, 0.19182, 0.248918, 0.366276, 0.635178, 1.23222", \
            "0.221228, 0.236302, 0.265179, 0.329519, 0.452999, 0.705388, 1.26152" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0167793, 0.0183528, 0.0216112, 0.0282625, 0.041711, 0.0690819, 0.12582", \
            "0.0209075, 0.0223642, 0.0254542, 0.0318966, 0.045208, 0.0725176, 0.12918", \
            "0.027549, 0.029489, 0.0333898, 0.0406365, 0.0536705, 0.0806272, 0.137258", \
            "0.0321163, 0.0349413, 0.0405277, 0.0512191, 0.0697063, 0.100229, 0.156456", \
            "0.0262882, 0.0305006, 0.0386157, 0.0542803, 0.0817862, 0.127291, 0.198209", \
            "-0.0107938, -0.0044503, 0.0076917, 0.0305804, 0.0710603, 0.138606, 0.246125", \
            "-0.130554, -0.121601, -0.103817, -0.0700699, -0.0100482, 0.090436, 0.24856" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0156434, 0.0176253, 0.0216296, 0.0296313, 0.0462016, 0.0813712, 0.154155", \
            "0.0167335, 0.0182874, 0.0218249, 0.0293112, 0.0462552, 0.0809558, 0.15397", \
            "0.0239387, 0.0253575, 0.0280532, 0.0338019, 0.0478804, 0.0808117, 0.153902", \
            "0.0367117, 0.0391834, 0.0429948, 0.0509718, 0.0642106, 0.0904198, 0.155847", \
            "0.0582087, 0.0612592, 0.0673191, 0.0788377, 0.0980749, 0.131338, 0.186828", \
            "0.0951529, 0.0998969, 0.108852, 0.124955, 0.154743, 0.202433, 0.279773", \
            "0.16284, 0.17006, 0.18394, 0.209134, 0.251519, 0.323636, 0.437495" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.102474, 0.113302, 0.136198, 0.183209, 0.283078, 0.498007, 0.940104", \
            "0.105352, 0.116047, 0.138615, 0.186068, 0.286713, 0.496832, 0.94423", \
            "0.115615, 0.126012, 0.148153, 0.196237, 0.295054, 0.506919, 0.955455", \
            "0.140362, 0.150692, 0.173064, 0.220292, 0.319945, 0.533897, 0.981978", \
            "0.192341, 0.20436, 0.229533, 0.277419, 0.377206, 0.588531, 1.03451", \
            "0.28919, 0.306921, 0.337675, 0.399157, 0.51229, 0.725436, 1.17542", \
            "0.49218, 0.512779, 0.555684, 0.634364, 0.782595, 1.03823, 1.49723" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.102216, 0.116376, 0.146177, 0.208829, 0.342098, 0.628845, 1.23099", \
            "0.102559, 0.116449, 0.145986, 0.208494, 0.343133, 0.627487, 1.23392", \
            "0.102506, 0.116126, 0.145598, 0.209464, 0.342959, 0.625737, 1.2318", \
            "0.104369, 0.117196, 0.146319, 0.209416, 0.342936, 0.628193, 1.23388", \
            "0.123058, 0.134407, 0.159441, 0.216364, 0.343711, 0.627738, 1.23334", \
            "0.164991, 0.179058, 0.206404, 0.262316, 0.374245, 0.637348, 1.2367", \
            "0.230782, 0.247111, 0.282688, 0.349618, 0.480483, 0.725526, 1.26343" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0167469, 0.0181581, 0.0211028, 0.0271468, 0.0397105, 0.0659507, 0.121411", \
            "0.0204299, 0.021798, 0.0246686, 0.0306931, 0.0432459, 0.0694739, 0.124956", \
            "0.0258572, 0.0278201, 0.0316473, 0.0387389, 0.0516497, 0.0777348, 0.13312", \
            "0.0281965, 0.0311607, 0.0369851, 0.0477247, 0.0663674, 0.0967601, 0.152372", \
            "0.018965, 0.0232635, 0.0318642, 0.0479828, 0.07593, 0.12204, 0.194646", \
            "-0.0237509, -0.0172022, -0.0044537, 0.0190418, 0.0609934, 0.130204, 0.239679", \
            "-0.153989, -0.144824, -0.125453, -0.0893525, -0.0262252, 0.0771791, 0.23928" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0136519, 0.0153348, 0.0189036, 0.0264544, 0.0424886, 0.0763736, 0.149467", \
            "0.0146363, 0.0161248, 0.0193249, 0.0264751, 0.0424658, 0.0766076, 0.149543", \
            "0.0213122, 0.0228598, 0.0257208, 0.0313155, 0.0447421, 0.0765563, 0.149423", \
            "0.0331555, 0.0356023, 0.0397453, 0.0474451, 0.0615823, 0.0873525, 0.15164", \
            "0.0530014, 0.0566691, 0.0628608, 0.074221, 0.0950185, 0.128155, 0.182394", \
            "0.088347, 0.0931896, 0.102664, 0.120495, 0.150387, 0.198637, 0.275903", \
            "0.154636, 0.161836, 0.176993, 0.202804, 0.24658, 0.317808, 0.429857" \
          );
        }
      }
      timing () {
        related_pin : "D1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0738649, 0.0848926, 0.107782, 0.155806, 0.255971, 0.471539, 0.921117", \
            "0.0750318, 0.0858252, 0.108591, 0.156841, 0.257709, 0.469893, 0.918191", \
            "0.0844571, 0.0949506, 0.11756, 0.165005, 0.265034, 0.477382, 0.926175", \
            "0.112119, 0.121823, 0.143127, 0.189685, 0.289219, 0.499935, 0.948311", \
            "0.171568, 0.183794, 0.207769, 0.252766, 0.349647, 0.559515, 1.00468", \
            "0.275064, 0.291446, 0.324288, 0.386344, 0.496442, 0.702064, 1.14585", \
            "0.476402, 0.497249, 0.539115, 0.620527, 0.771827, 1.03286, 1.47876" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.100622, 0.115158, 0.145398, 0.20881, 0.343051, 0.628673, 1.24291", \
            "0.0998303, 0.114484, 0.145102, 0.208641, 0.342375, 0.626067, 1.23073", \
            "0.0981818, 0.113227, 0.144125, 0.208241, 0.342246, 0.626524, 1.23102", \
            "0.101435, 0.114529, 0.143258, 0.207162, 0.342369, 0.626469, 1.23519", \
            "0.126179, 0.137483, 0.162685, 0.216486, 0.342271, 0.627365, 1.23187", \
            "0.163161, 0.179109, 0.210529, 0.274179, 0.383196, 0.638208, 1.23776", \
            "0.228253, 0.247486, 0.287762, 0.36599, 0.506844, 0.754961, 1.27894" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0146625, 0.0160311, 0.0188358, 0.024793, 0.0372301, 0.0635723, 0.119484", \
            "0.018095, 0.0196027, 0.0224538, 0.0284243, 0.0408337, 0.0672959, 0.123339", \
            "0.0216924, 0.0239513, 0.0282259, 0.0359462, 0.0493043, 0.0757287, 0.131589", \
            "0.0211749, 0.0246154, 0.0311193, 0.0429531, 0.0623446, 0.0945622, 0.150579", \
            "0.0076476, 0.0127151, 0.0224977, 0.0402679, 0.0706528, 0.118828, 0.192286", \
            "-0.0411955, -0.0335815, -0.0188349, 0.0072268, 0.0519619, 0.125379, 0.237634", \
            "-0.181381, -0.169739, -0.147456, -0.10737, -0.0389813, 0.0709816, 0.237849" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0107187, 0.012337, 0.0160926, 0.0235793, 0.0397081, 0.0742916, 0.14992", \
            "0.0124975, 0.0138273, 0.0169326, 0.0239272, 0.039724, 0.0747422, 0.148079", \
            "0.019284, 0.0208381, 0.0240413, 0.0296618, 0.0430736, 0.0748198, 0.147999", \
            "0.0307801, 0.0326723, 0.0372984, 0.0456235, 0.0603962, 0.0862216, 0.151629", \
            "0.0500245, 0.0535372, 0.0599003, 0.0732608, 0.0940602, 0.127053, 0.182904", \
            "0.0863443, 0.0911505, 0.100785, 0.118196, 0.148977, 0.197924, 0.275428", \
            "0.156654, 0.163827, 0.178781, 0.204155, 0.247576, 0.318411, 0.4322" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0174532, 0.0185728, 0.0209527, 0.0258318, 0.0362094, 0.0580804, 0.104572", \
            "0.017128, 0.0182332, 0.0206334, 0.0255535, 0.0360044, 0.0579526, 0.104492", \
            "0.0168792, 0.0179789, 0.020336, 0.0252452, 0.0357517, 0.0576995, 0.10443", \
            "0.0167254, 0.0178037, 0.0201161, 0.0249862, 0.035377, 0.0574006, 0.104221", \
            "0.0165996, 0.0176738, 0.019952, 0.0248448, 0.0352192, 0.0570945, 0.103723", \
            "0.0166303, 0.0177253, 0.0199956, 0.0248028, 0.0350751, 0.0570458, 0.103822", \
            "0.0175488, 0.0185153, 0.0206003, 0.0256071, 0.0357915, 0.0573098, 0.103845" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0095593, 0.0084963, 0.0062212, 0.0013728, -0.0089473, -0.0307991, -0.0775903", \
            "0.0094385, 0.0083631, 0.0060703, 0.0012207, -0.0090658, -0.0309404, -0.077735", \
            "0.0092692, 0.0082154, 0.0059364, 0.0011054, -0.0092438, -0.0311122, -0.0778934", \
            "0.0091338, 0.0080625, 0.0057808, 0.0009556, -0.0093696, -0.031202, -0.078033", \
            "0.009228, 0.0081714, 0.0059054, 0.0010027, -0.0093274, -0.0311859, -0.0780447", \
            "0.0109471, 0.0098228, 0.0074771, 0.0024501, -0.0081767, -0.0305878, -0.0777541", \
            "0.0158614, 0.0147092, 0.0115626, 0.0062189, -0.0048378, -0.027774, -0.0757622" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0213362, 0.0224138, 0.0247186, 0.0295787, 0.0398854, 0.0617477, 0.108256", \
            "0.0211297, 0.0222039, 0.0245507, 0.0294115, 0.039749, 0.061651, 0.108177", \
            "0.0209342, 0.0220146, 0.0243253, 0.0292013, 0.0395498, 0.0615279, 0.108089", \
            "0.0208012, 0.0218744, 0.0241572, 0.0290286, 0.0393765, 0.0613429, 0.107966", \
            "0.0206685, 0.0217575, 0.024026, 0.0288897, 0.0391803, 0.0610614, 0.107613", \
            "0.0206853, 0.0217773, 0.0240289, 0.0288466, 0.0391322, 0.0610258, 0.107614", \
            "0.0217988, 0.0227706, 0.0249506, 0.0298894, 0.0400947, 0.061618, 0.107884" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0100788, 0.0090137, 0.0067302, 0.0018676, -0.008426, -0.0302911, -0.0770747", \
            "0.0099204, 0.0088491, 0.0065765, 0.0017404, -0.0085807, -0.0304421, -0.0772254", \
            "0.0097949, 0.0087287, 0.0064553, 0.0015967, -0.0087222, -0.0306077, -0.0773974", \
            "0.0096108, 0.0085652, 0.0062671, 0.0014963, -0.0088611, -0.0306893, -0.0775065", \
            "0.0097857, 0.0086953, 0.0064014, 0.0014645, -0.0087586, -0.0307334, -0.0774664", \
            "0.0111742, 0.0100632, 0.007708, 0.0026969, -0.0078499, -0.0301667, -0.0772837", \
            "0.015328, 0.0141319, 0.0115743, 0.0062629, -0.0047451, -0.0276149, -0.0754938" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0149819, 0.0160949, 0.0184486, 0.0233327, 0.0337593, 0.0560895, 0.102968", \
            "0.01471, 0.015803, 0.0181628, 0.0230766, 0.0335485, 0.0557331, 0.102357", \
            "0.0145593, 0.0156702, 0.0179658, 0.0228495, 0.0332455, 0.0555906, 0.101989", \
            "0.0144503, 0.0155177, 0.017858, 0.0227258, 0.0330988, 0.0553641, 0.101762", \
            "0.0143703, 0.0154439, 0.017721, 0.0225824, 0.0329675, 0.0550421, 0.102161", \
            "0.0144726, 0.0155586, 0.0178494, 0.0226846, 0.0329091, 0.0548656, 0.101332", \
            "0.0168836, 0.0178217, 0.019842, 0.024789, 0.0346352, 0.0560272, 0.10233" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0065764, 0.0055065, 0.0032316, -0.0016133, -0.0118776, -0.0338437, -0.0808236", \
            "0.0065716, 0.0054985, 0.0032162, -0.0016351, -0.0119029, -0.0338515, -0.0808317", \
            "0.0065639, 0.0054948, 0.0032288, -0.0015962, -0.0118441, -0.0338136, -0.0807648", \
            "0.0065066, 0.0054762, 0.0031871, -0.0016406, -0.0119191, -0.033839, -0.0808256", \
            "0.0071068, 0.006023, 0.0037475, -0.0011378, -0.0115553, -0.0337696, -0.0806963", \
            "0.0085287, 0.0074741, 0.0051374, 7.75e-05, -0.0105082, -0.0328845, -0.0803484", \
            "0.0132831, 0.0120718, 0.0095268, 0.004194, -0.0068795, -0.0298343, -0.0769207" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0125892, 0.013713, 0.0160847, 0.0209704, 0.0313452, 0.0532795, 0.0998698", \
            "0.0123149, 0.0134467, 0.0157777, 0.0206889, 0.0311704, 0.0531595, 0.0998189", \
            "0.0121566, 0.0132159, 0.0155268, 0.0204883, 0.0308396, 0.0528666, 0.099572", \
            "0.0120272, 0.0131155, 0.0154036, 0.0203193, 0.0305981, 0.052608, 0.0996156", \
            "0.0119964, 0.0130683, 0.0153319, 0.0202189, 0.030515, 0.0523838, 0.0990629", \
            "0.0126088, 0.0136428, 0.0158449, 0.0205691, 0.0308169, 0.0527068, 0.0994289", \
            "0.0155889, 0.0164893, 0.0186505, 0.0232692, 0.0331815, 0.0544193, 0.100493" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0052931, 0.0042329, 0.0019692, -0.0028829, -0.0132049, -0.035272, -0.0823273", \
            "0.0053208, 0.004267, 0.0020261, -0.0027967, -0.0131186, -0.0351694, -0.0822191", \
            "0.0054322, 0.0043983, 0.0021679, -0.0026399, -0.0129329, -0.0349844, -0.0820329", \
            "0.0055632, 0.0045217, 0.0022623, -0.0026993, -0.0129695, -0.0349647, -0.0819843", \
            "0.0058437, 0.0047829, 0.0024827, -0.0023626, -0.0127235, -0.0348562, -0.0818991", \
            "0.0071972, 0.0060691, 0.0036773, -0.0011533, -0.0117774, -0.0341788, -0.0815589", \
            "0.0120474, 0.0102733, 0.0077887, 0.0024721, -0.0085745, -0.031528, -0.0794623" \
          );
        }
      }
      internal_power () {
        related_pin : "D1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0116051, 0.0127279, 0.0151253, 0.0201916, 0.0305827, 0.052644, 0.0999708", \
            "0.0112314, 0.012327, 0.0147469, 0.0197657, 0.0302415, 0.0523307, 0.0990392", \
            "0.0110536, 0.012185, 0.0144877, 0.0194161, 0.0298757, 0.0520028, 0.0987856", \
            "0.0111306, 0.0122008, 0.0144885, 0.0193384, 0.0296131, 0.0516044, 0.0984907", \
            "0.0117537, 0.0128039, 0.0150034, 0.0197358, 0.0298723, 0.051651, 0.0981654", \
            "0.0135375, 0.0145287, 0.0166686, 0.021345, 0.0312125, 0.0526958, 0.0990819", \
            "0.0184245, 0.0192953, 0.0212751, 0.0260661, 0.0362075, 0.0560982, 0.101427" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106504, 0.0022686, 0.00483228, 0.0102931, 0.021925, 0.0467019");
          values ( \
            "0.0017406, 0.0006631, -0.0016362, -0.0064968, -0.0168633, -0.0389437, -0.0860277", \
            "0.0016287, 0.000571, -0.0016731, -0.0065034, -0.0168219, -0.0388524, -0.0859176", \
            "0.0014661, 0.0004424, -0.0017814, -0.0065419, -0.016811, -0.0387924, -0.085845", \
            "0.0014763, 0.0004485, -0.0017541, -0.0066299, -0.0168001, -0.0387684, -0.0857921", \
            "0.0018277, 0.0007425, -0.001517, -0.0063704, -0.0166618, -0.0387741, -0.0856718", \
            "0.0035055, 0.0023201, -0.0001496, -0.0052511, -0.0158286, -0.0381288, -0.0854403", \
            "0.0089035, 0.0076565, 0.0050515, -0.0008689, -0.0123226, -0.0355593, -0.0835272" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002294;
      rise_capacitance : 0.002369;
      rise_capacitance_range (0.002369, 0.002369);
      fall_capacitance : 0.00222;
      fall_capacitance_range (0.00222, 0.00222);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0039088, -0.0039084, -0.0039076, -0.0039027, -0.0038915, -0.0038657, -0.0038063" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0050291, 0.0050286, 0.0050273, 0.0050271, 0.0050267, 0.0050257, 0.0050234" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002346;
      rise_capacitance : 0.00245;
      rise_capacitance_range (0.00245, 0.00245);
      fall_capacitance : 0.002242;
      fall_capacitance_range (0.002242, 0.002242);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045229, -0.004521, -0.0045167, -0.0045171, -0.004518, -0.00452, -0.0045246" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.004515, 0.0045156, 0.004517, 0.0045184, 0.0045218, 0.0045295, 0.0045473" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002431;
      rise_capacitance : 0.002559;
      rise_capacitance_range (0.002559, 0.002559);
      fall_capacitance : 0.002302;
      fall_capacitance_range (0.002302, 0.002302);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0039205, -0.0039781, -0.0041109, -0.0041256, -0.0041595, -0.0042378, -0.0044182" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045943, 0.0045828, 0.0045563, 0.0045549, 0.0045515, 0.0045437, 0.0045257" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002443;
      rise_capacitance : 0.002597;
      rise_capacitance_range (0.002597, 0.002597);
      fall_capacitance : 0.00229;
      fall_capacitance_range (0.00229, 0.00229);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038906, -0.0039715, -0.004158, -0.0041634, -0.0041759, -0.0042047, -0.0042711" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043154, 0.0043131, 0.004308, 0.0043082, 0.0043087, 0.0043099, 0.0043127" \
          );
        }
      }
    }
    pin (D1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002482;
      rise_capacitance : 0.002688;
      rise_capacitance_range (0.002688, 0.002688);
      fall_capacitance : 0.002277;
      fall_capacitance_range (0.002277, 0.002277);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0020256, -0.0020269, -0.0020301, -0.00203, -0.0020298, -0.0020294, -0.0020283" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030806, 0.0030786, 0.0030741, 0.0030806, 0.0030956, 0.0031301, 0.0032096" \
          );
        }
      }
    }
  }
  cell (scs8hd_a2111oi_2) {
    area : 15.0144;
    cell_footprint : "a2111oi";
    cell_leakage_power : 0.00757312;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0123966;
      when : "!A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0002443;
      when : "!A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0123934;
      when : "!A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0007588;
      when : "!A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0123932;
      when : "!A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0006488;
      when : "!A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0123931;
      when : "!A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0007572;
      when : "!A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0123966;
      when : "!A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0123998;
      when : "A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0010569;
      when : "A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0123933;
      when : "A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0007563;
      when : "A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0123938;
      when : "A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0341165;
      when : "A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0123932;
      when : "A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0007562;
      when : "A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0003045;
      when : "!A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0123934;
      when : "!A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0007588;
      when : "!A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0123931;
      when : "!A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0006488;
      when : "!A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0123931;
      when : "!A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0007558;
      when : "!A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0123966;
      when : "A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0003029;
      when : "A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0123934;
      when : "A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0007588;
      when : "A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0123936;
      when : "A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0006488;
      when : "A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0123931;
      when : "A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0007573;
      when : "A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.00757312;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1&!C1&!D1) | (!A2&!B1&!C1&!D1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.082407;
      max_transition : 1.49559;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.155384, 0.163892, 0.183133, 0.227645, 0.328192, 0.560503, 1.10193", \
            "0.157345, 0.165461, 0.185019, 0.229086, 0.330758, 0.564414, 1.11296", \
            "0.166349, 0.174481, 0.193738, 0.237754, 0.339794, 0.575906, 1.11745", \
            "0.188427, 0.196197, 0.215207, 0.258482, 0.359833, 0.592267, 1.13663", \
            "0.229987, 0.238339, 0.257772, 0.301136, 0.400895, 0.635037, 1.17692", \
            "0.296598, 0.306797, 0.328169, 0.377115, 0.484108, 0.718167, 1.25993", \
            "0.424851, 0.43636, 0.463967, 0.51997, 0.639612, 0.895524, 1.44711" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.110885, 0.121681, 0.146812, 0.205159, 0.341579, 0.658926, 1.40154", \
            "0.111078, 0.121692, 0.146813, 0.205276, 0.341528, 0.659498, 1.4095", \
            "0.111281, 0.121785, 0.146858, 0.205464, 0.342396, 0.660262, 1.40027", \
            "0.111564, 0.122124, 0.146995, 0.205637, 0.342503, 0.662565, 1.40321", \
            "0.117823, 0.127758, 0.151349, 0.207927, 0.342453, 0.659527, 1.40008", \
            "0.139201, 0.149794, 0.173799, 0.231731, 0.358447, 0.666142, 1.40091", \
            "0.198999, 0.208158, 0.231059, 0.284937, 0.415333, 0.715159, 1.42242" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0191294, 0.0206354, 0.0241145, 0.0319294, 0.0491953, 0.0868933, 0.170039", \
            "0.0231641, 0.0245712, 0.0278612, 0.0353678, 0.05237, 0.0898778, 0.172902", \
            "0.0314561, 0.0331695, 0.0368508, 0.0443913, 0.0604883, 0.0972556, 0.18007", \
            "0.0400558, 0.0423724, 0.0474658, 0.0577668, 0.0783829, 0.115842, 0.197641", \
            "0.0423376, 0.0447689, 0.0522061, 0.0675465, 0.0966913, 0.149391, 0.238722", \
            "0.0186177, 0.023658, 0.0335851, 0.0552548, 0.0970432, 0.173508, 0.304282", \
            "-0.0723801, -0.0660178, -0.0520611, -0.0221922, 0.0375443, 0.148178, 0.338924" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0231566, 0.025074, 0.0294908, 0.0393443, 0.0608219, 0.107783, 0.213837", \
            "0.0238914, 0.0255659, 0.0294388, 0.0387706, 0.060223, 0.107456, 0.213875", \
            "0.0311108, 0.0321787, 0.0349527, 0.0422055, 0.0607681, 0.106662, 0.213652", \
            "0.0455247, 0.0472142, 0.0512019, 0.0591592, 0.0745188, 0.112376, 0.213506", \
            "0.0711873, 0.0731705, 0.0781547, 0.0886199, 0.109347, 0.149182, 0.231939", \
            "0.114353, 0.117573, 0.124567, 0.139548, 0.169896, 0.221677, 0.320967", \
            "0.19195, 0.197147, 0.20875, 0.232255, 0.274894, 0.34936, 0.485234" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.193887, 0.202143, 0.221281, 0.266118, 0.369617, 0.608472, 1.1676", \
            "0.196229, 0.204545, 0.224092, 0.269501, 0.3725, 0.612633, 1.18006", \
            "0.206135, 0.214334, 0.233514, 0.27884, 0.382237, 0.623427, 1.18375", \
            "0.229019, 0.237166, 0.256477, 0.300596, 0.403899, 0.64458, 1.20561", \
            "0.275624, 0.283785, 0.302848, 0.347377, 0.44986, 0.689813, 1.25031", \
            "0.356348, 0.365739, 0.386808, 0.435364, 0.542665, 0.78357, 1.34197", \
            "0.505924, 0.516719, 0.541415, 0.597007, 0.717765, 0.978629, 1.54586" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.145125, 0.156644, 0.182088, 0.243424, 0.384696, 0.712063, 1.48097", \
            "0.145072, 0.156652, 0.18265, 0.243603, 0.383513, 0.712499, 1.48561", \
            "0.145478, 0.156218, 0.182145, 0.243517, 0.383672, 0.713368, 1.4805", \
            "0.145251, 0.156614, 0.182578, 0.242956, 0.383509, 0.711364, 1.48047", \
            "0.148934, 0.159541, 0.184543, 0.243791, 0.384426, 0.713376, 1.47775", \
            "0.169384, 0.179948, 0.204937, 0.26304, 0.397274, 0.717431, 1.48042", \
            "0.221472, 0.232592, 0.257197, 0.315376, 0.450792, 0.758787, 1.49559" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0227834, 0.024274, 0.0276995, 0.0354222, 0.0525699, 0.0901513, 0.173187", \
            "0.0265447, 0.0279854, 0.0313092, 0.0388944, 0.0558813, 0.0933374, 0.176354", \
            "0.0340234, 0.0356375, 0.0393001, 0.0471832, 0.0637055, 0.100808, 0.183697", \
            "0.0426678, 0.0448932, 0.0498131, 0.0598715, 0.0801052, 0.118274, 0.2011", \
            "0.0451371, 0.0483625, 0.0553074, 0.0698065, 0.0978215, 0.148651, 0.239898", \
            "0.0225936, 0.0271098, 0.036857, 0.0572967, 0.0982296, 0.17265, 0.299432", \
            "-0.0729022, -0.0665828, -0.0527419, -0.0222204, 0.0362609, 0.146684, 0.333913" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0230209, 0.0248759, 0.0291634, 0.0388847, 0.0604133, 0.107637, 0.214081", \
            "0.0234177, 0.0251266, 0.0290926, 0.0384438, 0.060041, 0.107358, 0.213705", \
            "0.0287939, 0.0299171, 0.0330881, 0.0410818, 0.0603569, 0.106586, 0.213516", \
            "0.0421961, 0.0435676, 0.0468953, 0.0544625, 0.0703083, 0.110793, 0.212909", \
            "0.0661118, 0.0680309, 0.0723214, 0.0819933, 0.100028, 0.13854, 0.226748", \
            "0.105428, 0.108031, 0.114274, 0.126361, 0.151799, 0.201225, 0.295045", \
            "0.177127, 0.180756, 0.188846, 0.207204, 0.242486, 0.312269, 0.435843" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.12479, 0.132497, 0.150222, 0.190692, 0.282686, 0.495766, 0.981567", \
            "0.126713, 0.134452, 0.151803, 0.191905, 0.283687, 0.49536, 0.9864", \
            "0.136686, 0.144146, 0.161415, 0.201042, 0.293206, 0.505312, 0.997654", \
            "0.160708, 0.167661, 0.184841, 0.223818, 0.313906, 0.526664, 1.01727", \
            "0.205596, 0.213655, 0.232136, 0.272338, 0.362891, 0.575468, 1.0646", \
            "0.279703, 0.289885, 0.313352, 0.362451, 0.466047, 0.680905, 1.17254", \
            "0.450231, 0.462708, 0.490234, 0.551673, 0.67616, 0.923785, 1.42876" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0981412, 0.10809, 0.130583, 0.184118, 0.308886, 0.599878, 1.27291", \
            "0.0984817, 0.107995, 0.130847, 0.18386, 0.307991, 0.596283, 1.27175", \
            "0.0985757, 0.108213, 0.130686, 0.184272, 0.308406, 0.596894, 1.27429", \
            "0.0990755, 0.10865, 0.131173, 0.184903, 0.309979, 0.597019, 1.27187", \
            "0.112685, 0.120723, 0.141401, 0.190881, 0.308676, 0.598965, 1.27404", \
            "0.145738, 0.155171, 0.17708, 0.227348, 0.337176, 0.607665, 1.27189", \
            "0.216473, 0.225115, 0.247836, 0.300713, 0.419407, 0.680194, 1.30037" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0155011, 0.016607, 0.0191268, 0.0247854, 0.037208, 0.0644206, 0.125241", \
            "0.01993, 0.0209182, 0.0232268, 0.0286074, 0.0407542, 0.067825, 0.128655", \
            "0.0263437, 0.0277795, 0.0309851, 0.0372691, 0.0493211, 0.0760501, 0.13656", \
            "0.0306808, 0.032721, 0.0372196, 0.0465242, 0.0641514, 0.0954386, 0.155439", \
            "0.0242973, 0.027341, 0.0340972, 0.0473889, 0.0735276, 0.119194, 0.198838", \
            "-0.0126701, -0.0084524, 0.0003489, 0.0202228, 0.058521, 0.127658, 0.244579", \
            "-0.133068, -0.127258, -0.113517, -0.0846482, -0.0294144, 0.0734677, 0.246651" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0152993, 0.0166015, 0.0197366, 0.0266324, 0.0418024, 0.0757717, 0.154364", \
            "0.0169048, 0.0179723, 0.0204691, 0.0265412, 0.041324, 0.0755563, 0.154378", \
            "0.0245358, 0.0255113, 0.0277268, 0.0318895, 0.0440382, 0.0753553, 0.154246", \
            "0.0374587, 0.0388371, 0.0417093, 0.0482574, 0.0613916, 0.0859444, 0.155844", \
            "0.0587338, 0.0608078, 0.0651726, 0.0747708, 0.093254, 0.127125, 0.185409", \
            "0.0962698, 0.0993282, 0.105435, 0.119776, 0.145987, 0.195377, 0.278823", \
            "0.164796, 0.170191, 0.180428, 0.201745, 0.241788, 0.311596, 0.431946" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.097586, 0.10555, 0.123011, 0.163002, 0.25466, 0.469256, 0.960216", \
            "0.100266, 0.107581, 0.124915, 0.164717, 0.256472, 0.46724, 0.958674", \
            "0.1094, 0.116723, 0.134045, 0.173779, 0.264081, 0.475435, 0.967698", \
            "0.132845, 0.140176, 0.157301, 0.19663, 0.286416, 0.497184, 0.988825", \
            "0.179304, 0.188181, 0.208393, 0.250453, 0.341288, 0.553223, 1.04213", \
            "0.269218, 0.281842, 0.306148, 0.359161, 0.467656, 0.683495, 1.17278", \
            "0.464089, 0.478134, 0.509579, 0.577916, 0.717938, 0.97835, 1.48738" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0979854, 0.10794, 0.130596, 0.184214, 0.30893, 0.599581, 1.28054", \
            "0.098121, 0.107857, 0.130828, 0.184202, 0.308054, 0.597046, 1.27377", \
            "0.0977932, 0.107456, 0.131212, 0.184378, 0.307175, 0.596127, 1.27171", \
            "0.100005, 0.109169, 0.131176, 0.184239, 0.307953, 0.595821, 1.27155", \
            "0.120394, 0.128891, 0.147897, 0.194715, 0.311182, 0.598332, 1.2698", \
            "0.157712, 0.168722, 0.190999, 0.241306, 0.348504, 0.60916, 1.27123", \
            "0.219346, 0.230506, 0.256348, 0.317158, 0.444921, 0.701272, 1.30682" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0149046, 0.0158485, 0.0179564, 0.0226728, 0.0331697, 0.0568, 0.111324", \
            "0.0188607, 0.0197787, 0.0217709, 0.0263302, 0.0367272, 0.060358, 0.114932", \
            "0.023473, 0.0248642, 0.0278004, 0.0338747, 0.0453391, 0.0687857, 0.123206", \
            "0.0250562, 0.0268591, 0.0313413, 0.0403118, 0.0573716, 0.0875501, 0.142622", \
            "0.0146947, 0.0176175, 0.0240001, 0.0373484, 0.0628366, 0.107692, 0.184068", \
            "-0.0296872, -0.0251879, -0.0157433, 0.0040396, 0.0425878, 0.110418, 0.224123", \
            "-0.161464, -0.154905, -0.140432, -0.110291, -0.0532158, 0.0488563, 0.218703" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0121465, 0.0132116, 0.0156607, 0.0212295, 0.0341848, 0.0647922, 0.13659", \
            "0.013686, 0.0144835, 0.016499, 0.0214938, 0.0340431, 0.0646891, 0.136535", \
            "0.0203551, 0.0212976, 0.0232768, 0.0275086, 0.0376266, 0.065158, 0.136523", \
            "0.0310914, 0.0325566, 0.0359113, 0.0419726, 0.0547015, 0.077545, 0.139321", \
            "0.0498651, 0.0519938, 0.0563684, 0.0660349, 0.0843201, 0.117404, 0.172397", \
            "0.0834249, 0.0867829, 0.093527, 0.107828, 0.134765, 0.182773, 0.262715", \
            "0.147141, 0.152343, 0.162973, 0.185165, 0.225344, 0.294684, 0.411985" \
          );
        }
      }
      timing () {
        related_pin : "D1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0591151, 0.0665049, 0.0837159, 0.123185, 0.214754, 0.424597, 0.914535", \
            "0.0610145, 0.0681053, 0.0848539, 0.124561, 0.216192, 0.431609, 0.921011", \
            "0.0713324, 0.0781605, 0.0942672, 0.1332, 0.22478, 0.435395, 0.929502", \
            "0.101353, 0.107038, 0.12158, 0.158744, 0.249082, 0.460496, 0.951679", \
            "0.158719, 0.167295, 0.185241, 0.22475, 0.310557, 0.520362, 1.00666", \
            "0.261018, 0.272239, 0.297832, 0.351837, 0.457005, 0.662524, 1.14847", \
            "0.464614, 0.478737, 0.510298, 0.57946, 0.720492, 0.989547, 1.48219" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0923305, 0.102771, 0.12741, 0.182635, 0.307307, 0.59567, 1.27183", \
            "0.0907832, 0.101555, 0.126135, 0.18223, 0.307237, 0.5986, 1.27352", \
            "0.0887647, 0.0989956, 0.124012, 0.180851, 0.308135, 0.596301, 1.27229", \
            "0.0940388, 0.103494, 0.124986, 0.178339, 0.306956, 0.59756, 1.27211", \
            "0.116287, 0.126779, 0.146785, 0.193212, 0.30817, 0.597722, 1.27223", \
            "0.147909, 0.159284, 0.185613, 0.243464, 0.355329, 0.610999, 1.27612", \
            "0.209612, 0.222515, 0.253035, 0.321754, 0.460788, 0.727902, 1.31699" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0123278, 0.0131669, 0.015068, 0.0194046, 0.0294272, 0.0526461, 0.106953", \
            "0.0153647, 0.0163851, 0.0186079, 0.0230526, 0.0330036, 0.0562243, 0.110548", \
            "0.0175677, 0.0191235, 0.0222742, 0.0290165, 0.0413245, 0.0646763, 0.118987", \
            "0.0149868, 0.0174885, 0.0224776, 0.0324887, 0.0506797, 0.0825273, 0.138088", \
            "-0.0014278, 0.0019799, 0.0093578, 0.024547, 0.0523572, 0.0999873, 0.177855", \
            "-0.0562714, -0.050936, -0.0394287, -0.0167428, 0.025023, 0.0965751, 0.2135", \
            "-0.207562, -0.199303, -0.181841, -0.147691, -0.08438, 0.0232289, 0.199846" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.008485, 0.0094927, 0.0118775, 0.0176358, 0.0309674, 0.0622991, 0.135542", \
            "0.0110491, 0.0117957, 0.0136267, 0.018549, 0.0311245, 0.0617096, 0.13593", \
            "0.0170687, 0.0182203, 0.0206068, 0.0257289, 0.0355461, 0.0633337, 0.135796", \
            "0.0272306, 0.028558, 0.0323311, 0.0392768, 0.0531016, 0.0765769, 0.13922", \
            "0.0448387, 0.0473701, 0.0521593, 0.0629415, 0.0821293, 0.116434, 0.17331", \
            "0.078584, 0.0819483, 0.0895954, 0.103995, 0.132466, 0.180565, 0.262062", \
            "0.145092, 0.149502, 0.161315, 0.183416, 0.222475, 0.292281, 0.409733" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.033006, 0.0344107, 0.0375178, 0.0447236, 0.0611909, 0.0992908, 0.188365", \
            "0.0323249, 0.0336874, 0.0368399, 0.0440746, 0.0607311, 0.0990499, 0.188985", \
            "0.0317909, 0.033098, 0.0361807, 0.0433996, 0.0602181, 0.0984858, 0.187735", \
            "0.0315201, 0.0328153, 0.035814, 0.0428967, 0.0595005, 0.0976667, 0.187057", \
            "0.0313042, 0.0325568, 0.03556, 0.0425589, 0.0589691, 0.0969407, 0.186135", \
            "0.0315215, 0.0327815, 0.0357775, 0.0426688, 0.0587673, 0.0969104, 0.185726", \
            "0.0350676, 0.0360896, 0.0386714, 0.0456278, 0.0613298, 0.0984343, 0.186401" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0164273, 0.0151763, 0.0121841, 0.0052371, -0.0110231, -0.0489091, -0.137987", \
            "0.0161331, 0.0148759, 0.0118995, 0.0048959, -0.0113433, -0.0492468, -0.138342", \
            "0.0157697, 0.014547, 0.0115325, 0.0046173, -0.0116915, -0.0495764, -0.138676", \
            "0.015386, 0.0141189, 0.0111549, 0.0043356, -0.0119231, -0.0498261, -0.13895", \
            "0.0156229, 0.0144, 0.0113759, 0.0043663, -0.0119653, -0.0498611, -0.138936", \
            "0.019354, 0.0179996, 0.0148465, 0.0074189, -0.0094402, -0.048416, -0.138253", \
            "0.0301298, 0.0287069, 0.0254322, 0.0178164, -0.0009703, -0.0415945, -0.133604" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0414682, 0.0427481, 0.0457792, 0.0528383, 0.0691279, 0.107086, 0.195763", \
            "0.0409197, 0.0422277, 0.0452606, 0.0524356, 0.0687634, 0.106847, 0.195525", \
            "0.04046, 0.0417753, 0.0447849, 0.0519362, 0.0683652, 0.106517, 0.19537", \
            "0.0402154, 0.0414981, 0.0444713, 0.0514606, 0.0678256, 0.10606, 0.195013", \
            "0.0399971, 0.0412754, 0.0442715, 0.0512233, 0.0675104, 0.105561, 0.194506", \
            "0.0400928, 0.0413966, 0.0443435, 0.0512287, 0.0674311, 0.105385, 0.194179", \
            "0.0417615, 0.0429151, 0.0459231, 0.0530063, 0.0690855, 0.106511, 0.194706" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0169981, 0.0157411, 0.0127518, 0.0058001, -0.0104699, -0.0483806, -0.137482", \
            "0.0167322, 0.015466, 0.01248, 0.0055334, -0.0107405, -0.0486516, -0.137731", \
            "0.0164888, 0.0152408, 0.0122693, 0.005298, -0.0110022, -0.0489269, -0.138038", \
            "0.0161007, 0.0148642, 0.011953, 0.0050078, -0.0111571, -0.0491191, -0.138233", \
            "0.0162409, 0.0149629, 0.0119639, 0.0050018, -0.011351, -0.0491765, -0.138289", \
            "0.0188558, 0.0175343, 0.0145366, 0.0072166, -0.0094397, -0.0480701, -0.137872", \
            "0.0264432, 0.0250155, 0.0217179, 0.0140077, -0.0034224, -0.0433299, -0.134655" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0294728, 0.0308782, 0.0340605, 0.0413347, 0.0580235, 0.0964538, 0.184847", \
            "0.0288455, 0.0301668, 0.033336, 0.0405192, 0.0571697, 0.0955723, 0.184528", \
            "0.0284443, 0.0297706, 0.0328212, 0.0399674, 0.0566593, 0.0948941, 0.18455", \
            "0.0282502, 0.0295282, 0.0325448, 0.0395441, 0.0559033, 0.0941579, 0.183505", \
            "0.0280896, 0.0293397, 0.0322939, 0.0393005, 0.0556342, 0.0939249, 0.182645", \
            "0.0284304, 0.0297128, 0.0326903, 0.0396181, 0.0557341, 0.09373, 0.182444", \
            "0.0343587, 0.035365, 0.0378162, 0.0446294, 0.0602184, 0.0969176, 0.184516" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0112755, 0.0100194, 0.0070343, 7.78e-05, -0.0161231, -0.0540829, -0.14348", \
            "0.0112028, 0.0099413, 0.006977, 2.74e-05, -0.0161952, -0.0541387, -0.143521", \
            "0.0111262, 0.0098751, 0.006861, -9.6e-06, -0.0162189, -0.0541552, -0.143528", \
            "0.0108471, 0.0095975, 0.0066278, -0.0002629, -0.0163671, -0.0542437, -0.143709", \
            "0.0120268, 0.0107434, 0.0077342, 0.0007525, -0.0156578, -0.0540003, -0.143538", \
            "0.0153564, 0.0140083, 0.0108188, 0.0035439, -0.0132914, -0.0520866, -0.142558", \
            "0.0261574, 0.0247668, 0.0208597, 0.0132047, -0.0037106, -0.0450876, -0.136688" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.02357, 0.0249455, 0.0280854, 0.0353084, 0.051921, 0.0900972, 0.179775", \
            "0.0230678, 0.0243783, 0.0275021, 0.034673, 0.0511586, 0.089693, 0.178952", \
            "0.0226762, 0.0239979, 0.0270816, 0.0342138, 0.0505537, 0.0888844, 0.177936", \
            "0.0224713, 0.0237761, 0.0267728, 0.0337977, 0.0501361, 0.0883298, 0.177419", \
            "0.0223576, 0.0236702, 0.0266249, 0.0336087, 0.049967, 0.088241, 0.176967", \
            "0.0240579, 0.0252806, 0.0281007, 0.0348179, 0.050814, 0.0886729, 0.176862", \
            "0.0312639, 0.0322846, 0.0347614, 0.0409633, 0.056217, 0.0926111, 0.180296" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.007747, 0.0064759, 0.0034996, -0.0034581, -0.0197392, -0.0579574, -0.14762", \
            "0.0078211, 0.0065593, 0.0036094, -0.0033136, -0.0195619, -0.0577348, -0.147398", \
            "0.0080699, 0.0068185, 0.0038991, -0.0029511, -0.0191478, -0.0573012, -0.1469", \
            "0.0082654, 0.0071422, 0.0041897, -0.0028994, -0.0191739, -0.0572681, -0.146828", \
            "0.0087996, 0.0075077, 0.0045173, -0.0024455, -0.0186879, -0.0569892, -0.146692", \
            "0.0115865, 0.0102587, 0.0071251, -0.0001172, -0.0167556, -0.0554558, -0.145794", \
            "0.0203725, 0.0189226, 0.015656, 0.0079432, -0.0092198, -0.0497259, -0.140843" \
          );
        }
      }
      internal_power () {
        related_pin : "D1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.020842, 0.0221938, 0.0253198, 0.0325271, 0.0489481, 0.0870458, 0.175803", \
            "0.0202405, 0.0215618, 0.0246766, 0.0318475, 0.0484251, 0.0867961, 0.175618", \
            "0.0200036, 0.0213249, 0.0243791, 0.0314381, 0.0480331, 0.0861978, 0.175345", \
            "0.020239, 0.0214605, 0.0244296, 0.0313619, 0.0476856, 0.0859383, 0.174785", \
            "0.0216635, 0.0228838, 0.0255847, 0.0322464, 0.0482274, 0.0860694, 0.174635", \
            "0.025141, 0.02629, 0.0290123, 0.0355264, 0.0509057, 0.0877444, 0.176178", \
            "0.0343003, 0.0353018, 0.0377254, 0.0437947, 0.0586687, 0.0945606, 0.181763" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
          values ( \
            "0.0007881, -0.0005068, -0.0035421, -0.0106471, -0.027125, -0.0654685, -0.155191", \
            "0.000583, -0.0006903, -0.0036742, -0.0106669, -0.0270225, -0.0652865, -0.154964", \
            "0.0002392, -0.0009863, -0.0038145, -0.0107037, -0.0269584, -0.0651039, -0.154729", \
            "0.0005893, -0.0008541, -0.0037496, -0.0105545, -0.026813, -0.0649307, -0.154517", \
            "0.0011815, 1.62e-05, -0.0031694, -0.0101009, -0.0263598, -0.0647381, -0.154327", \
            "0.0045689, 0.0031292, -0.0001024, -0.007602, -0.0245448, -0.0633399, -0.153594", \
            "0.0144599, 0.0129784, 0.0093041, 0.0013894, -0.0167166, -0.0579922, -0.149806" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004843;
      rise_capacitance : 0.005015;
      rise_capacitance_range (0.005015, 0.005015);
      fall_capacitance : 0.004671;
      fall_capacitance_range (0.004671, 0.004671);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0083933, -0.0083946, -0.0083977, -0.0083832, -0.0083496, -0.0082723, -0.0080941" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0110649, 0.011059, 0.0110455, 0.0110459, 0.0110466, 0.0110483, 0.0110524" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004466;
      rise_capacitance : 0.004682;
      rise_capacitance_range (0.004682, 0.004682);
      fall_capacitance : 0.004249;
      fall_capacitance_range (0.004249, 0.004249);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087054, -0.0087046, -0.0087028, -0.0087047, -0.008709, -0.008719, -0.008742" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087637, 0.0087503, 0.0087193, 0.0087236, 0.0087336, 0.0087563, 0.008809" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004417;
      rise_capacitance : 0.004728;
      rise_capacitance_range (0.004728, 0.004728);
      fall_capacitance : 0.004107;
      fall_capacitance_range (0.004107, 0.004107);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0071934, -0.0072869, -0.0075024, -0.0075389, -0.0076232, -0.0078175, -0.0082652" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0079221, 0.0079207, 0.0079174, 0.0079153, 0.0079102, 0.0078989, 0.0078728" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004783;
      rise_capacitance : 0.005145;
      rise_capacitance_range (0.005145, 0.005145);
      fall_capacitance : 0.004421;
      fall_capacitance_range (0.004421, 0.004421);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0078373, -0.0080066, -0.0083968, -0.008407, -0.0084305, -0.0084847, -0.0086094" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.008711, 0.0087136, 0.0087197, 0.0087144, 0.0087022, 0.0086738, 0.0086087" \
          );
        }
      }
    }
    pin (D1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004439;
      rise_capacitance : 0.004804;
      rise_capacitance_range (0.004804, 0.004804);
      fall_capacitance : 0.004073;
      fall_capacitance_range (0.004073, 0.004073);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0036819, -0.0036833, -0.0036866, -0.0036852, -0.0036818, -0.0036742, -0.0036565" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.005678, 0.0056739, 0.0056646, 0.0056771, 0.0057056, 0.0057717, 0.0059239" \
          );
        }
      }
    }
  }
  cell (scs8hd_a2111oi_4) {
    area : 27.5264;
    cell_footprint : "a2111oi";
    cell_leakage_power : 0.0172335;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.024794;
      when : "!A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0004871;
      when : "!A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0247831;
      when : "!A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0016289;
      when : "!A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.024798;
      when : "!A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0012853;
      when : "!A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0437858;
      when : "!A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.001626;
      when : "!A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.024794;
      when : "!A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.000608;
      when : "!A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0437858;
      when : "!A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0016289;
      when : "!A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0247822;
      when : "!A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0012853;
      when : "!A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0437858;
      when : "!A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.001626;
      when : "!A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.024794;
      when : "A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0005925;
      when : "A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0437858;
      when : "A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0016289;
      when : "A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0248005;
      when : "A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0012853;
      when : "A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0437858;
      when : "A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0016261;
      when : "A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0247833;
      when : "A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0020048;
      when : "A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0437858;
      when : "A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0016259;
      when : "A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.024794;
      when : "A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0012833;
      when : "A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0437858;
      when : "A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0016263;
      when : "A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0172335;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1&!C1&!D1) | (!A2&!B1&!C1&!D1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.150156;
      max_transition : 1.4947;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.157107, 0.162559, 0.176538, 0.213026, 0.302495, 0.532186, 1.12718", \
            "0.159155, 0.164711, 0.178908, 0.215618, 0.307736, 0.540348, 1.13396", \
            "0.168993, 0.174233, 0.188776, 0.225194, 0.317022, 0.548443, 1.14243", \
            "0.193587, 0.198783, 0.212821, 0.248804, 0.340087, 0.571852, 1.16768", \
            "0.242788, 0.247908, 0.262397, 0.298191, 0.388745, 0.619689, 1.22049", \
            "0.325235, 0.331346, 0.348276, 0.388589, 0.486559, 0.719314, 1.31358", \
            "0.471566, 0.48002, 0.501177, 0.553037, 0.666239, 0.926683, 1.5321" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.108589, 0.115553, 0.133195, 0.181312, 0.301996, 0.616781, 1.42755", \
            "0.108759, 0.115741, 0.133834, 0.180378, 0.303071, 0.618451, 1.429", \
            "0.108966, 0.115871, 0.133905, 0.180382, 0.301861, 0.615888, 1.42696", \
            "0.109181, 0.116139, 0.13362, 0.181414, 0.302915, 0.617355, 1.42672", \
            "0.114443, 0.120769, 0.137891, 0.182971, 0.302837, 0.616033, 1.4355", \
            "0.136767, 0.143571, 0.160475, 0.205276, 0.318276, 0.621339, 1.42816", \
            "0.197271, 0.203316, 0.218923, 0.263096, 0.377275, 0.671212, 1.44337" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0226518, 0.0239009, 0.0268544, 0.0343381, 0.0525193, 0.0952764, 0.198142", \
            "0.0266313, 0.02777, 0.0307032, 0.0379591, 0.0557402, 0.0983126, 0.200985", \
            "0.0357367, 0.0366779, 0.0401447, 0.0470203, 0.0639576, 0.105853, 0.208223", \
            "0.0454243, 0.0471275, 0.0513519, 0.0613819, 0.0819027, 0.124359, 0.22607", \
            "0.0495916, 0.0519315, 0.057599, 0.0713999, 0.100762, 0.159138, 0.267888", \
            "0.0279658, 0.0312014, 0.0392411, 0.0590331, 0.0996881, 0.184666, 0.339384", \
            "-0.0668128, -0.0622235, -0.0508215, -0.024274, 0.0363596, 0.157441, 0.383658" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0329995, 0.0346692, 0.0387673, 0.049076, 0.0741588, 0.134782, 0.286813", \
            "0.0326197, 0.0340548, 0.0380465, 0.0479216, 0.0732786, 0.13418, 0.286478", \
            "0.0372872, 0.0383485, 0.0418377, 0.0503793, 0.0732902, 0.133398, 0.286214", \
            "0.0492152, 0.0507636, 0.0548904, 0.0642341, 0.0844606, 0.137833, 0.28543", \
            "0.0724673, 0.0742506, 0.0794656, 0.0903721, 0.114553, 0.169076, 0.299917", \
            "0.11481, 0.117371, 0.123548, 0.138288, 0.172236, 0.235231, 0.37518", \
            "0.190322, 0.194228, 0.203688, 0.225709, 0.27305, 0.357405, 0.533376" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.194049, 0.199398, 0.213192, 0.249178, 0.339904, 0.57119, 1.16887", \
            "0.196931, 0.202793, 0.216724, 0.252174, 0.343011, 0.57781, 1.17711", \
            "0.207283, 0.212746, 0.226643, 0.262282, 0.353505, 0.588973, 1.18585", \
            "0.230403, 0.236161, 0.249924, 0.285415, 0.376417, 0.611328, 1.20891", \
            "0.276892, 0.282246, 0.296381, 0.331765, 0.422372, 0.655353, 1.2549", \
            "0.356126, 0.362277, 0.377734, 0.416523, 0.51298, 0.74728, 1.34576", \
            "0.503107, 0.510204, 0.528859, 0.573163, 0.680922, 0.936414, 1.54531" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.145953, 0.152996, 0.171036, 0.218671, 0.341799, 0.658631, 1.47847", \
            "0.145995, 0.152775, 0.171467, 0.218243, 0.340908, 0.660163, 1.47784", \
            "0.145682, 0.152757, 0.171442, 0.218636, 0.340876, 0.660103, 1.47589", \
            "0.146163, 0.152824, 0.171487, 0.218426, 0.341758, 0.659844, 1.47851", \
            "0.149218, 0.156169, 0.17399, 0.220027, 0.341176, 0.659479, 1.47856", \
            "0.169149, 0.175786, 0.194055, 0.239481, 0.35517, 0.66436, 1.47571", \
            "0.220764, 0.227484, 0.245447, 0.290009, 0.407964, 0.706759, 1.4947" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0264742, 0.0276903, 0.0306928, 0.038111, 0.0561967, 0.0989056, 0.201671", \
            "0.0296604, 0.0308562, 0.0337513, 0.0411381, 0.0588414, 0.101399, 0.204057", \
            "0.036231, 0.0374023, 0.0403163, 0.0475789, 0.0649869, 0.107446, 0.209957", \
            "0.0439741, 0.0455178, 0.0493293, 0.0580101, 0.0777622, 0.120424, 0.22316", \
            "0.046586, 0.048641, 0.0537462, 0.06589, 0.0919353, 0.144872, 0.252626", \
            "0.0237521, 0.026679, 0.0340818, 0.051309, 0.0886697, 0.163422, 0.302766", \
            "-0.0719849, -0.0678598, -0.0572694, -0.0324859, 0.0218261, 0.13095, 0.332629" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0327548, 0.0343077, 0.038393, 0.0486002, 0.0738324, 0.134482, 0.286657", \
            "0.0322923, 0.0339028, 0.037879, 0.047961, 0.0731647, 0.134098, 0.286424", \
            "0.0352913, 0.0364773, 0.0399368, 0.0492527, 0.0730947, 0.133543, 0.286419", \
            "0.045412, 0.0467697, 0.0501947, 0.0584785, 0.0801735, 0.135688, 0.286137", \
            "0.066713, 0.0681589, 0.0716064, 0.0806795, 0.102196, 0.155823, 0.29379", \
            "0.104448, 0.106318, 0.111292, 0.12299, 0.148656, 0.206807, 0.344143", \
            "0.174931, 0.177477, 0.183145, 0.200426, 0.235092, 0.307636, 0.463567" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.117785, 0.122842, 0.135569, 0.166608, 0.24681, 0.450043, 0.965507", \
            "0.120287, 0.125229, 0.137919, 0.169401, 0.249651, 0.451215, 0.970056", \
            "0.130704, 0.135322, 0.147556, 0.178619, 0.259081, 0.461488, 0.980863", \
            "0.153593, 0.158345, 0.17043, 0.201638, 0.280139, 0.482552, 1.0057", \
            "0.196534, 0.202134, 0.21548, 0.248523, 0.328125, 0.529502, 1.05052", \
            "0.270083, 0.276535, 0.293947, 0.333436, 0.425105, 0.634909, 1.15427", \
            "0.432684, 0.440994, 0.461525, 0.511168, 0.623463, 0.863585, 1.40378" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0911556, 0.0972948, 0.113266, 0.154563, 0.262268, 0.54053, 1.24983", \
            "0.0916197, 0.0974262, 0.113329, 0.154731, 0.262205, 0.536946, 1.2501", \
            "0.0916358, 0.0978327, 0.113251, 0.154537, 0.262314, 0.538145, 1.25", \
            "0.0925099, 0.0985231, 0.113924, 0.154885, 0.26117, 0.537567, 1.25211", \
            "0.10531, 0.111022, 0.124833, 0.162658, 0.264863, 0.537626, 1.25355", \
            "0.136238, 0.141655, 0.157459, 0.195955, 0.294059, 0.550168, 1.25033", \
            "0.208438, 0.214267, 0.228496, 0.266673, 0.369055, 0.621786, 1.27842" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0162767, 0.0171076, 0.0191246, 0.0241236, 0.0360176, 0.0643159, 0.133595", \
            "0.0206556, 0.0213873, 0.0232505, 0.0279721, 0.0395881, 0.0676777, 0.136913", \
            "0.027227, 0.0282546, 0.0307721, 0.0363961, 0.0483332, 0.0758549, 0.144629", \
            "0.031973, 0.0331215, 0.0366415, 0.0448986, 0.0619077, 0.0950444, 0.163622", \
            "0.0266075, 0.0286003, 0.0335303, 0.0452416, 0.0701444, 0.118625, 0.206586", \
            "-0.0098996, -0.0069983, -0.0006132, 0.0165382, 0.0530635, 0.124479, 0.2553", \
            "-0.127068, -0.122922, -0.11265, -0.089018, -0.0351459, 0.0699945, 0.262669" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0172221, 0.0182437, 0.0208079, 0.0272672, 0.0429644, 0.0817107, 0.181599", \
            "0.0182503, 0.0190717, 0.0213055, 0.0270738, 0.0424553, 0.0815784, 0.181732", \
            "0.0247144, 0.0255724, 0.027697, 0.0324704, 0.0451653, 0.0814575, 0.181656", \
            "0.0363183, 0.0374583, 0.0401394, 0.0462975, 0.0605179, 0.0919063, 0.182896", \
            "0.0566584, 0.0581601, 0.0618002, 0.0705251, 0.089213, 0.127966, 0.21049", \
            "0.092848, 0.0950931, 0.100531, 0.113514, 0.13951, 0.192522, 0.293771", \
            "0.158867, 0.162438, 0.171001, 0.192821, 0.2302, 0.305924, 0.444711" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0963883, 0.101286, 0.113562, 0.14575, 0.224488, 0.425849, 0.949488", \
            "0.0980464, 0.103062, 0.115782, 0.147535, 0.227777, 0.429728, 0.953575", \
            "0.108023, 0.112843, 0.124716, 0.155835, 0.235329, 0.441413, 0.962062", \
            "0.131751, 0.136406, 0.148722, 0.179292, 0.258917, 0.460802, 0.981333", \
            "0.176377, 0.182863, 0.197054, 0.232387, 0.313334, 0.515064, 1.0401", \
            "0.263213, 0.270953, 0.289648, 0.33418, 0.433198, 0.645218, 1.16499", \
            "0.460134, 0.469431, 0.492459, 0.548262, 0.675069, 0.933645, 1.47649" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0911347, 0.097158, 0.113014, 0.15492, 0.26133, 0.540331, 1.254", \
            "0.0911848, 0.097398, 0.11321, 0.154762, 0.262242, 0.538091, 1.25543", \
            "0.0911968, 0.0971346, 0.113016, 0.15441, 0.26158, 0.539023, 1.25453", \
            "0.0932787, 0.0988224, 0.11393, 0.15494, 0.262226, 0.538242, 1.24989", \
            "0.113413, 0.118734, 0.132395, 0.167556, 0.266282, 0.537098, 1.25665", \
            "0.150688, 0.156905, 0.172942, 0.213151, 0.308034, 0.553483, 1.25078", \
            "0.21249, 0.219557, 0.237478, 0.284085, 0.397198, 0.648607, 1.28312" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0156344, 0.0163247, 0.0180336, 0.022237, 0.0323271, 0.0570866, 0.119709", \
            "0.0194994, 0.0201558, 0.0217825, 0.0258466, 0.0358596, 0.0605872, 0.123255", \
            "0.0242537, 0.0252239, 0.027605, 0.0329527, 0.0442031, 0.0687519, 0.131381", \
            "0.0255956, 0.0269896, 0.0303356, 0.0381337, 0.0548032, 0.0867642, 0.150269", \
            "0.014244, 0.0162769, 0.0212645, 0.0328955, 0.05747, 0.105483, 0.191118", \
            "-0.0330682, -0.0304494, -0.0232179, -0.0058335, 0.0312517, 0.102413, 0.231819", \
            "-0.171264, -0.166766, -0.156357, -0.130338, -0.0740481, 0.0328458, 0.223325" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0128763, 0.0136415, 0.0156266, 0.0207261, 0.0337415, 0.0675789, 0.156295", \
            "0.0139932, 0.0146364, 0.016299, 0.02091, 0.0334952, 0.067663, 0.156214", \
            "0.0199873, 0.0207252, 0.0225144, 0.026913, 0.0372153, 0.0682621, 0.15632", \
            "0.0300426, 0.0310843, 0.0336806, 0.0398869, 0.0531303, 0.0806659, 0.158679", \
            "0.0479155, 0.0494713, 0.0531971, 0.0622838, 0.0807043, 0.117641, 0.189725", \
            "0.0811067, 0.0835218, 0.0893319, 0.102554, 0.129682, 0.18107, 0.276719", \
            "0.141698, 0.145462, 0.154507, 0.174651, 0.216291, 0.290075, 0.424966" \
          );
        }
      }
      timing () {
        related_pin : "D1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.052337, 0.0571648, 0.0697497, 0.101913, 0.18258, 0.3845, 0.910622", \
            "0.0544822, 0.0590345, 0.0710904, 0.102209, 0.183337, 0.389539, 0.907892", \
            "0.0651479, 0.0693264, 0.0802261, 0.110802, 0.19115, 0.397599, 0.916808", \
            "0.0955439, 0.0994832, 0.109169, 0.137067, 0.214765, 0.418696, 0.938279", \
            "0.15004, 0.155942, 0.170488, 0.203337, 0.277687, 0.478811, 0.993909", \
            "0.248762, 0.256557, 0.275577, 0.320998, 0.419299, 0.621336, 1.13882", \
            "0.450305, 0.459852, 0.482874, 0.539264, 0.669578, 0.940678, 1.46813" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.084714, 0.091615, 0.10878, 0.152289, 0.260834, 0.537442, 1.25476", \
            "0.0830173, 0.0898751, 0.107692, 0.151653, 0.260724, 0.540482, 1.25015", \
            "0.0808725, 0.0875158, 0.104738, 0.149814, 0.260415, 0.540288, 1.25245", \
            "0.087773, 0.093549, 0.108792, 0.148788, 0.259267, 0.539733, 1.25228", \
            "0.108216, 0.115815, 0.132481, 0.16784, 0.264151, 0.538497, 1.25028", \
            "0.136403, 0.144567, 0.163763, 0.211215, 0.31787, 0.554905, 1.25543", \
            "0.194165, 0.203564, 0.226285, 0.282283, 0.411332, 0.677795, 1.29508" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0114207, 0.0119954, 0.0134487, 0.0170047, 0.0256648, 0.0475437, 0.103948", \
            "0.0142562, 0.015013, 0.0167861, 0.0206123, 0.0292804, 0.0511492, 0.107592", \
            "0.0159242, 0.0170237, 0.019685, 0.0254846, 0.0371044, 0.0596887, 0.115913", \
            "0.0128804, 0.0144812, 0.018315, 0.0270845, 0.0444978, 0.0764198, 0.13524", \
            "-0.0047747, -0.0023786, 0.00336, 0.0164423, 0.0426732, 0.090935, 0.174736", \
            "-0.0618376, -0.0582338, -0.0495979, -0.0292799, 0.0104112, 0.0832702, 0.208649", \
            "-0.215883, -0.210229, -0.196479, -0.166087, -0.105356, 0.0054711, 0.192846" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0073234, 0.0079603, 0.0096198, 0.0140388, 0.0254911, 0.0553061, 0.131885", \
            "0.0101139, 0.0105225, 0.0117044, 0.0152446, 0.0256835, 0.0553492, 0.132087", \
            "0.0155832, 0.0163364, 0.0180259, 0.0223098, 0.0310746, 0.0565319, 0.132346", \
            "0.0246783, 0.0258233, 0.02823, 0.0342446, 0.0468648, 0.071552, 0.13558", \
            "0.0410378, 0.0426135, 0.0467499, 0.0557396, 0.073249, 0.10814, 0.170776", \
            "0.0737956, 0.0762282, 0.0821652, 0.0947497, 0.120139, 0.168973, 0.258315", \
            "0.1359, 0.13959, 0.149073, 0.16945, 0.206751, 0.277452, 0.402687" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0602982, 0.0618974, 0.0658863, 0.0763118, 0.102416, 0.169493, 0.342229", \
            "0.0591189, 0.0607405, 0.0647675, 0.0752736, 0.102092, 0.169918, 0.342078", \
            "0.0580832, 0.0596326, 0.0637163, 0.0742805, 0.100737, 0.168401, 0.341956", \
            "0.0574691, 0.0590019, 0.0630398, 0.0732574, 0.0998758, 0.167768, 0.34131", \
            "0.0569778, 0.0584546, 0.0623649, 0.0725998, 0.0988008, 0.1661, 0.341735", \
            "0.0569678, 0.0585508, 0.0624237, 0.0724783, 0.098369, 0.165618, 0.33903", \
            "0.0588795, 0.0602033, 0.0638436, 0.0747654, 0.100264, 0.166578, 0.338968" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0320431, 0.0305437, 0.0266616, 0.0165503, -0.0094749, -0.0766341, -0.250623", \
            "0.0315068, 0.0300005, 0.0261171, 0.0160215, -0.0099994, -0.077175, -0.251243", \
            "0.0308941, 0.0292997, 0.0255103, 0.015396, -0.0106436, -0.0777238, -0.251883", \
            "0.0298937, 0.0284514, 0.024717, 0.0148169, -0.0113403, -0.0783632, -0.252489", \
            "0.0298163, 0.0283308, 0.0245156, 0.0145455, -0.0114098, -0.078386, -0.252562", \
            "0.033805, 0.0322284, 0.0281887, 0.0175113, -0.0083719, -0.0776985, -0.2523", \
            "0.0467056, 0.0450209, 0.0406832, 0.0297157, 0.0016127, -0.0692946, -0.2481" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0780502, 0.0795456, 0.0834953, 0.0936789, 0.119469, 0.186476, 0.359202", \
            "0.0771517, 0.078822, 0.082658, 0.0928972, 0.118921, 0.186109, 0.359158", \
            "0.0764697, 0.0779916, 0.0818606, 0.0921233, 0.118259, 0.185645, 0.358561", \
            "0.0758472, 0.0774567, 0.0812878, 0.0914512, 0.11767, 0.185067, 0.358264", \
            "0.0754247, 0.0769338, 0.0808295, 0.0909311, 0.116939, 0.184118, 0.357479", \
            "0.0753001, 0.0768626, 0.0806951, 0.0907943, 0.116679, 0.183844, 0.357234", \
            "0.0778379, 0.0791831, 0.0832721, 0.0937808, 0.119388, 0.185691, 0.357756" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0350309, 0.0335223, 0.0296614, 0.0195551, -0.0064405, -0.0736023, -0.247659", \
            "0.0344258, 0.0329229, 0.0290364, 0.0189659, -0.0071019, -0.0742137, -0.248279", \
            "0.0338587, 0.0323332, 0.0284255, 0.0183342, -0.0077172, -0.0749199, -0.248908", \
            "0.0331273, 0.03168, 0.0278863, 0.0177455, -0.0083364, -0.0754262, -0.249511", \
            "0.0330272, 0.0315581, 0.0276847, 0.0175932, -0.0084561, -0.0753417, -0.249495", \
            "0.0365371, 0.0349771, 0.0309501, 0.0206605, -0.0060896, -0.0744928, -0.249107", \
            "0.0498571, 0.0481719, 0.0438333, 0.0327682, 0.0046099, -0.0658772, -0.244367" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0474926, 0.0491376, 0.0532732, 0.0635084, 0.0901049, 0.157447, 0.329929", \
            "0.0464276, 0.0480465, 0.052192, 0.062573, 0.0893407, 0.15634, 0.329669", \
            "0.0457059, 0.0472454, 0.0512396, 0.0614576, 0.0882979, 0.15568, 0.329242", \
            "0.0452638, 0.0468022, 0.050783, 0.0609678, 0.0870697, 0.154608, 0.328277", \
            "0.0448755, 0.0463834, 0.0502691, 0.0603281, 0.0864868, 0.153602, 0.327576", \
            "0.0452694, 0.0467046, 0.0506746, 0.0608268, 0.0865536, 0.153602, 0.326687", \
            "0.0547624, 0.0559737, 0.058992, 0.0682768, 0.0930057, 0.15847, 0.329383" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0225776, 0.021071, 0.0171803, 0.0071313, -0.0188818, -0.0859888, -0.260557", \
            "0.0224283, 0.0209166, 0.0170207, 0.0069634, -0.0190059, -0.0861609, -0.2607", \
            "0.0222888, 0.0208148, 0.0169796, 0.0069271, -0.0189976, -0.0861132, -0.260704", \
            "0.0217296, 0.0202937, 0.0164457, 0.0064552, -0.0193284, -0.0863145, -0.260876", \
            "0.0233892, 0.021874, 0.0179343, 0.0076756, -0.0188569, -0.0859577, -0.260583", \
            "0.0301587, 0.0285453, 0.0243718, 0.0138389, -0.0133114, -0.0822494, -0.259181", \
            "0.0483869, 0.0467192, 0.0423553, 0.0298491, 0.0011083, -0.0708163, -0.250405" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0392982, 0.0409297, 0.0450066, 0.0555443, 0.0817661, 0.148935, 0.322019", \
            "0.0382185, 0.0397986, 0.0439827, 0.0544136, 0.0812845, 0.148754, 0.32238", \
            "0.037628, 0.0391747, 0.0431176, 0.0533472, 0.0798772, 0.147631, 0.322046", \
            "0.0372131, 0.0387321, 0.0427465, 0.0528818, 0.0793326, 0.146937, 0.320523", \
            "0.0367808, 0.0382717, 0.0423095, 0.0523688, 0.078462, 0.1455, 0.321125", \
            "0.0393787, 0.0407199, 0.0444478, 0.0541513, 0.0795873, 0.146386, 0.319342", \
            "0.0531944, 0.054341, 0.0574033, 0.0660186, 0.0898565, 0.153777, 0.324116" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0170615, 0.0155634, 0.0116972, 0.0016763, -0.0242149, -0.0916171, -0.266526", \
            "0.0172217, 0.015744, 0.0118866, 0.001941, -0.0238775, -0.0912486, -0.266049", \
            "0.0176183, 0.0161579, 0.0123708, 0.0025529, -0.0231986, -0.0904397, -0.265224", \
            "0.0175656, 0.0160652, 0.0123434, 0.0023714, -0.0233802, -0.0904282, -0.26512", \
            "0.0191896, 0.0176809, 0.0137497, 0.0036812, -0.0223998, -0.090127, -0.264743", \
            "0.0257685, 0.0241802, 0.0201005, 0.0095407, -0.0176447, -0.0863341, -0.263198", \
            "0.0419656, 0.0402968, 0.0359443, 0.0248654, -0.0045328, -0.0757536, -0.254912" \
          );
        }
      }
      internal_power () {
        related_pin : "D1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0382771, 0.0399624, 0.0442652, 0.0548278, 0.0815438, 0.149081, 0.322223", \
            "0.0372955, 0.0388831, 0.0429859, 0.0533621, 0.0802149, 0.148896, 0.321808", \
            "0.0369336, 0.0384424, 0.042324, 0.0527058, 0.0792144, 0.147841, 0.322429", \
            "0.0374896, 0.0389457, 0.0429307, 0.0529176, 0.0789487, 0.146918, 0.320352", \
            "0.0401921, 0.0415769, 0.045283, 0.054943, 0.0802141, 0.146736, 0.319632", \
            "0.0468879, 0.048206, 0.0517534, 0.0613816, 0.0855252, 0.15056, 0.322162", \
            "0.0657188, 0.0667802, 0.0696155, 0.0780663, 0.10242, 0.166514, 0.334146" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
          values ( \
            "0.0019677, 0.0004494, -0.003489, -0.0136989, -0.0400621, -0.107772, -0.282828", \
            "0.0014836, 1.3e-06, -0.0038503, -0.0138668, -0.0399445, -0.107351, -0.282316", \
            "0.000863, -0.000575, -0.0042808, -0.0141929, -0.0399722, -0.107125, -0.281869", \
            "0.0011261, -0.0003264, -0.004059, -0.0139818, -0.0400293, -0.106878, -0.281561", \
            "0.0027338, 0.0011657, -0.0028429, -0.0129585, -0.0389326, -0.106565, -0.281199", \
            "0.0099884, 0.0083507, 0.0041989, -0.0077246, -0.0351475, -0.103749, -0.279837", \
            "0.0287507, 0.0268812, 0.0221534, 0.0106398, -0.019998, -0.092791, -0.272424" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008441;
      rise_capacitance : 0.008763;
      rise_capacitance_range (0.008763, 0.008763);
      fall_capacitance : 0.008118;
      fall_capacitance_range (0.008118, 0.008118);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0141492, -0.0141724, -0.0142259, -0.0141912, -0.0141112, -0.0139267, -0.0135014" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0204855, 0.0204801, 0.0204676, 0.0204736, 0.0204873, 0.0205189, 0.0205918" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008715;
      rise_capacitance : 0.009153;
      rise_capacitance_range (0.009153, 0.009153);
      fall_capacitance : 0.008278;
      fall_capacitance_range (0.008278, 0.008278);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0177201, -0.0177151, -0.0177036, -0.0177056, -0.0177102, -0.0177208, -0.0177452" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0177889, 0.0177842, 0.0177733, 0.0177718, 0.0177684, 0.0177606, 0.0177424" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008569;
      rise_capacitance : 0.009073;
      rise_capacitance_range (0.009073, 0.009073);
      fall_capacitance : 0.008065;
      fall_capacitance_range (0.008065, 0.008065);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0148082, -0.0149899, -0.0154089, -0.0154773, -0.0156351, -0.0159988, -0.0168371" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0212107, 0.0212211, 0.0212449, 0.0212473, 0.021253, 0.0212659, 0.0212958" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008438;
      rise_capacitance : 0.009083;
      rise_capacitance_range (0.009083, 0.009083);
      fall_capacitance : 0.007793;
      fall_capacitance_range (0.007793, 0.007793);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0156392, -0.0159697, -0.0167317, -0.0167554, -0.01681, -0.0169356, -0.0172253" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0185531, 0.018549, 0.0185393, 0.0185491, 0.0185718, 0.018624, 0.0187444" \
          );
        }
      }
    }
    pin (D1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00855;
      rise_capacitance : 0.00931;
      rise_capacitance_range (0.00931, 0.00931);
      fall_capacitance : 0.00779;
      fall_capacitance_range (0.00779, 0.00779);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0073406, -0.0073457, -0.0073573, -0.0073546, -0.0073485, -0.0073344, -0.0073019" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0082162, 0.0081954, 0.0081478, 0.0081781, 0.0082479, 0.008409, 0.0087802" \
          );
        }
      }
    }
  }
  cell (scs8hd_a211o_1) {
    area : 8.7584;
    cell_footprint : "a211o";
    cell_leakage_power : 0.00553623;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062225;
      when : "A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.000601;
      when : "A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062223;
      when : "A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0175691;
      when : "A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0062316;
      when : "!A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0063313;
      when : "!A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062224;
      when : "!A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0005158;
      when : "!A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0062316;
      when : "!A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.006364;
      when : "!A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062224;
      when : "!A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0005158;
      when : "!A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0062316;
      when : "A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0063601;
      when : "A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062224;
      when : "A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0005158;
      when : "A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.00553623;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2) | (B1) | (C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.232554;
      max_transition : 1.50695;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0479827, 0.0531583, 0.0656912, 0.0972624, 0.182585, 0.420057, 1.07729", \
            "0.0511795, 0.0563307, 0.0688282, 0.10041, 0.185809, 0.423402, 1.08168", \
            "0.0592143, 0.0643, 0.0766444, 0.108178, 0.193567, 0.431095, 1.09077", \
            "0.0711977, 0.076453, 0.0889965, 0.120487, 0.206009, 0.442545, 1.10434", \
            "0.0778654, 0.0838063, 0.0967586, 0.128133, 0.213807, 0.450315, 1.10877", \
            "0.0606276, 0.0680165, 0.0834275, 0.115575, 0.200059, 0.437107, 1.09413", \
            "-0.0247579, -0.0157991, 0.0036285, 0.0407223, 0.125015, 0.362476, 1.02059" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0156434, 0.0210512, 0.0361807, 0.0792441, 0.201599, 0.543954, 1.49533", \
            "0.0155421, 0.0209784, 0.0360824, 0.0791919, 0.201581, 0.544401, 1.49625", \
            "0.015456, 0.0208459, 0.035902, 0.079088, 0.201389, 0.543753, 1.4999", \
            "0.0168798, 0.0219435, 0.0365203, 0.0791402, 0.200988, 0.544209, 1.4958", \
            "0.0202323, 0.0252971, 0.0385736, 0.0798201, 0.201587, 0.542939, 1.4984", \
            "0.0256804, 0.0314131, 0.0443844, 0.0820011, 0.202067, 0.542352, 1.49646", \
            "0.0332589, 0.0404103, 0.0553897, 0.0904423, 0.204114, 0.546478, 1.49365" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.133291, 0.139002, 0.151905, 0.1784, 0.232764, 0.357106, 0.685016", \
            "0.1367, 0.142413, 0.155126, 0.181583, 0.23612, 0.360412, 0.688134", \
            "0.147526, 0.153111, 0.165956, 0.192381, 0.246846, 0.371108, 0.698817", \
            "0.17224, 0.177955, 0.190659, 0.217093, 0.271605, 0.395894, 0.723667", \
            "0.220873, 0.226765, 0.239881, 0.26662, 0.32153, 0.445975, 0.773767", \
            "0.30461, 0.311025, 0.325217, 0.354366, 0.412853, 0.540601, 0.868922", \
            "0.471956, 0.479109, 0.495458, 0.528694, 0.593105, 0.727009, 1.05624" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0208522, 0.0252279, 0.035248, 0.0578385, 0.110463, 0.255305, 0.681384", \
            "0.0207774, 0.0250408, 0.0352914, 0.0578184, 0.109944, 0.25563, 0.676217", \
            "0.0208087, 0.0250566, 0.0353279, 0.0577939, 0.110724, 0.255665, 0.676013", \
            "0.0207726, 0.0250619, 0.0352322, 0.0575983, 0.110239, 0.255247, 0.676143", \
            "0.0223836, 0.0265738, 0.0365993, 0.0585162, 0.110925, 0.254855, 0.680174", \
            "0.02643, 0.0311837, 0.041799, 0.064984, 0.118701, 0.259799, 0.676033", \
            "0.0351058, 0.0398607, 0.0513002, 0.076979, 0.131072, 0.269105, 0.680305" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0513695, 0.0565539, 0.06902, 0.100528, 0.185566, 0.422122, 1.08092", \
            "0.0546102, 0.05975, 0.072237, 0.103707, 0.18861, 0.425775, 1.08287", \
            "0.0620972, 0.0671598, 0.0794961, 0.110894, 0.196316, 0.432138, 1.09168", \
            "0.0738434, 0.0790855, 0.0916738, 0.122938, 0.208183, 0.445446, 1.10518", \
            "0.0817469, 0.0877647, 0.100983, 0.132602, 0.218014, 0.454711, 1.11304", \
            "0.0676613, 0.0750629, 0.0905332, 0.123214, 0.208161, 0.444559, 1.10337", \
            "-0.0101178, -0.0010785, 0.0182616, 0.0560122, 0.141648, 0.378405, 1.03667" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0155945, 0.0210847, 0.0361687, 0.0790969, 0.201075, 0.542272, 1.49871", \
            "0.0155538, 0.0209811, 0.0361107, 0.0791901, 0.201575, 0.544033, 1.49482", \
            "0.0153873, 0.0208052, 0.0358705, 0.0791053, 0.201609, 0.543721, 1.49969", \
            "0.0167201, 0.0218722, 0.036489, 0.0791732, 0.201294, 0.5431, 1.50026", \
            "0.020293, 0.0250378, 0.0385231, 0.0795491, 0.20142, 0.543031, 1.4987", \
            "0.0253857, 0.0311242, 0.0443012, 0.0819297, 0.202061, 0.543322, 1.49372", \
            "0.0325712, 0.0396556, 0.0557149, 0.0906547, 0.203857, 0.545588, 1.49535" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.155348, 0.161644, 0.175525, 0.203299, 0.259392, 0.385184, 0.713557", \
            "0.159082, 0.165363, 0.179278, 0.207262, 0.263142, 0.388857, 0.71707", \
            "0.169493, 0.175736, 0.18959, 0.217538, 0.273538, 0.399249, 0.727309", \
            "0.192115, 0.198373, 0.212037, 0.240119, 0.296178, 0.421916, 0.750263", \
            "0.236915, 0.243319, 0.257233, 0.285396, 0.34158, 0.467383, 0.795705", \
            "0.314243, 0.321204, 0.336242, 0.366682, 0.425654, 0.554255, 0.882841", \
            "0.479184, 0.486839, 0.503926, 0.537611, 0.60244, 0.735518, 1.0636" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0241244, 0.0286785, 0.0387104, 0.0610623, 0.113786, 0.257421, 0.676061", \
            "0.0242645, 0.028698, 0.0389034, 0.0612965, 0.113251, 0.256721, 0.676896", \
            "0.0242361, 0.0286871, 0.038774, 0.06102, 0.113873, 0.256294, 0.678302", \
            "0.0241838, 0.0286412, 0.0386905, 0.0614132, 0.113813, 0.257404, 0.676817", \
            "0.0252905, 0.0296691, 0.0402591, 0.0618167, 0.113846, 0.256754, 0.67778", \
            "0.0289774, 0.0337277, 0.0442947, 0.0680209, 0.120284, 0.261495, 0.678578", \
            "0.0361956, 0.0413571, 0.0530499, 0.0772247, 0.130706, 0.267724, 0.680927" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0385158, 0.0431199, 0.0550229, 0.0864479, 0.172158, 0.409214, 1.06809", \
            "0.0420681, 0.0466713, 0.0584891, 0.0898966, 0.175795, 0.412443, 1.07084", \
            "0.0497623, 0.054341, 0.0659856, 0.0973672, 0.183296, 0.420508, 1.07979", \
            "0.0576407, 0.0624604, 0.0741599, 0.105456, 0.191884, 0.428617, 1.08753", \
            "0.0574541, 0.0631721, 0.0755373, 0.106571, 0.192756, 0.430887, 1.09036", \
            "0.0299697, 0.0371844, 0.0522433, 0.0839028, 0.169246, 0.406138, 1.06791", \
            "-0.0717033, -0.062629, -0.0432614, -0.0059791, 0.0798159, 0.31817, 0.978372" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0129275, 0.0182494, 0.0335766, 0.0773991, 0.200133, 0.542473, 1.49454", \
            "0.0129064, 0.018211, 0.0335392, 0.0774169, 0.200438, 0.542757, 1.49543", \
            "0.0132291, 0.0184945, 0.0335818, 0.0774774, 0.200862, 0.544129, 1.49995", \
            "0.0151849, 0.0199709, 0.0344711, 0.0776559, 0.200729, 0.542931, 1.49777", \
            "0.0191045, 0.0235731, 0.0367017, 0.0782908, 0.200322, 0.543275, 1.49874", \
            "0.0245412, 0.0300523, 0.0430005, 0.0807171, 0.201034, 0.543748, 1.49781", \
            "0.0325585, 0.0398478, 0.0551721, 0.090314, 0.202996, 0.545273, 1.49304" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.101045, 0.106446, 0.118389, 0.143199, 0.19499, 0.316829, 0.643996", \
            "0.104931, 0.110197, 0.122293, 0.14697, 0.198842, 0.320591, 0.648091", \
            "0.115843, 0.121211, 0.133152, 0.157928, 0.209721, 0.331577, 0.658676", \
            "0.14098, 0.146361, 0.158391, 0.183297, 0.234932, 0.35666, 0.68386", \
            "0.191934, 0.19771, 0.210304, 0.236278, 0.289194, 0.411247, 0.738859", \
            "0.285601, 0.29221, 0.306437, 0.33545, 0.391616, 0.516969, 0.844133", \
            "0.474288, 0.481738, 0.498186, 0.531705, 0.595309, 0.724935, 1.05227" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0186961, 0.0227216, 0.0323397, 0.0537715, 0.10592, 0.250823, 0.686143", \
            "0.0186254, 0.0227321, 0.0322384, 0.0535112, 0.105643, 0.251487, 0.680183", \
            "0.0188242, 0.0227292, 0.0322662, 0.0537543, 0.105939, 0.250913, 0.674639", \
            "0.0187106, 0.022944, 0.0323055, 0.0530564, 0.105573, 0.250935, 0.67525", \
            "0.0216249, 0.0256609, 0.0353591, 0.0564102, 0.107534, 0.252741, 0.675472", \
            "0.0276163, 0.0320486, 0.0421848, 0.064318, 0.115388, 0.256437, 0.675223", \
            "0.0362473, 0.0411202, 0.0531441, 0.0770436, 0.127679, 0.263011, 0.677912" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0355574, 0.0401855, 0.0521257, 0.083594, 0.16922, 0.405895, 1.06839", \
            "0.039227, 0.0438401, 0.0556325, 0.0871043, 0.173027, 0.411154, 1.06816", \
            "0.0462974, 0.0509549, 0.0627603, 0.0940055, 0.180584, 0.420376, 1.08393", \
            "0.0525036, 0.0574297, 0.0692375, 0.100625, 0.186298, 0.42354, 1.09021", \
            "0.0507331, 0.0566884, 0.0694277, 0.100606, 0.186659, 0.423406, 1.08469", \
            "0.0229949, 0.0306855, 0.0466375, 0.0793024, 0.164337, 0.402488, 1.06152", \
            "-0.0748396, -0.065323, -0.0444399, -0.004101, 0.0822015, 0.320236, 0.979999" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0127547, 0.0180618, 0.0334382, 0.0776218, 0.201079, 0.542599, 1.50374", \
            "0.0127553, 0.0180842, 0.0333757, 0.077427, 0.201174, 0.543968, 1.49624", \
            "0.0134583, 0.0185486, 0.033622, 0.0774507, 0.200827, 0.545359, 1.50694", \
            "0.0156793, 0.0203779, 0.0346008, 0.0774919, 0.201381, 0.542831, 1.50485", \
            "0.0197988, 0.0246005, 0.0373146, 0.0784335, 0.200308, 0.543091, 1.50166", \
            "0.0262187, 0.0319273, 0.0452939, 0.0817939, 0.20156, 0.545084, 1.49847", \
            "0.035636, 0.0432799, 0.060422, 0.0954303, 0.205875, 0.547271, 1.49396" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0828073, 0.0882144, 0.1003, 0.124908, 0.1768, 0.298547, 0.625829", \
            "0.0853748, 0.0907989, 0.102854, 0.12761, 0.179289, 0.301169, 0.628763", \
            "0.0952605, 0.100676, 0.112722, 0.137579, 0.189166, 0.311031, 0.638654", \
            "0.122089, 0.1274, 0.139161, 0.163819, 0.215541, 0.337348, 0.664826", \
            "0.176033, 0.181864, 0.194515, 0.219996, 0.272911, 0.395447, 0.722354", \
            "0.267493, 0.27417, 0.289095, 0.317972, 0.373082, 0.497771, 0.825505", \
            "0.442215, 0.450021, 0.467265, 0.501135, 0.562758, 0.689716, 1.01811" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0186801, 0.0227462, 0.0323047, 0.0535741, 0.105657, 0.250934, 0.678228", \
            "0.0186683, 0.0227323, 0.0323119, 0.0535138, 0.105609, 0.251804, 0.678942", \
            "0.0187765, 0.0228793, 0.0322476, 0.0531481, 0.105462, 0.250665, 0.684783", \
            "0.0185547, 0.022752, 0.0322837, 0.0538298, 0.105784, 0.250885, 0.674362", \
            "0.0230499, 0.027053, 0.036324, 0.0566996, 0.107858, 0.251528, 0.675655", \
            "0.0299638, 0.0347955, 0.044879, 0.0664227, 0.1136, 0.256479, 0.681224", \
            "0.039836, 0.0449003, 0.0562628, 0.0796265, 0.125844, 0.26067, 0.680458" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0158658, 0.0177245, 0.0226545, 0.035809, 0.0719588, 0.173275, 0.452367", \
            "0.0157113, 0.0175671, 0.022485, 0.0356574, 0.0717994, 0.173102, 0.454362", \
            "0.0155819, 0.0174326, 0.0223661, 0.0355214, 0.0715677, 0.171965, 0.45412", \
            "0.0156072, 0.0173929, 0.0222779, 0.0353407, 0.0717649, 0.17207, 0.453584", \
            "0.0164127, 0.018082, 0.0227431, 0.0355818, 0.0714482, 0.173002, 0.451683", \
            "0.0187264, 0.0203425, 0.0249624, 0.0377493, 0.0730632, 0.172949, 0.452637", \
            "0.024285, 0.0258275, 0.0302344, 0.04309, 0.0790961, 0.17945, 0.456392" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.014121, 0.012755, 0.0094511, -0.0014278, -0.0364101, -0.137812, -0.421044", \
            "0.0137195, 0.0123386, 0.0090868, -0.0018612, -0.0367625, -0.13817, -0.421455", \
            "0.0134276, 0.0121205, 0.0087644, -0.0020985, -0.0370502, -0.138475, -0.421745", \
            "0.0133077, 0.011969, 0.0085923, -0.0023182, -0.037285, -0.138685, -0.421969", \
            "0.0133214, 0.0118935, 0.0083243, -0.0024673, -0.0373894, -0.138797, -0.422047", \
            "0.0184346, 0.01638, 0.0114034, -0.0017173, -0.0372708, -0.138575, -0.421841", \
            "0.0230598, 0.0209382, 0.0156853, 0.0021032, -0.0340883, -0.136069, -0.419023" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0164734, 0.0183263, 0.0232451, 0.0363499, 0.0722578, 0.172462, 0.452429", \
            "0.0163094, 0.0181629, 0.0230754, 0.0361672, 0.0721883, 0.173305, 0.452318", \
            "0.0161978, 0.0180282, 0.0229356, 0.0360658, 0.0720153, 0.172246, 0.452407", \
            "0.0162483, 0.0180505, 0.0228258, 0.0358991, 0.07198, 0.17226, 0.454195", \
            "0.016942, 0.0185848, 0.0232197, 0.0361575, 0.0722096, 0.173383, 0.452109", \
            "0.0189304, 0.0205384, 0.0250906, 0.0380179, 0.0736482, 0.173991, 0.455119", \
            "0.0250481, 0.0264676, 0.0309216, 0.0437763, 0.0796682, 0.179397, 0.458814" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0176804, 0.0162165, 0.0128653, 0.0020982, -0.0327014, -0.134029, -0.417239", \
            "0.0175161, 0.0160519, 0.0126218, 0.0017342, -0.0329966, -0.134233, -0.417564", \
            "0.0172839, 0.0157652, 0.0124123, 0.0015644, -0.033206, -0.13446, -0.417704", \
            "0.017095, 0.0156474, 0.0122199, 0.0014383, -0.033384, -0.13462, -0.417906", \
            "0.0171298, 0.0155444, 0.0122539, 0.0012146, -0.0334857, -0.134759, -0.417945", \
            "0.0222938, 0.0203379, 0.0152712, 0.0019446, -0.0331843, -0.134404, -0.417617", \
            "0.0282697, 0.0261679, 0.0208665, 0.0072635, -0.029382, -0.13117, -0.413828" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0137568, 0.0155728, 0.0205383, 0.0339029, 0.0702655, 0.171005, 0.451012", \
            "0.0137284, 0.0155482, 0.0204861, 0.0338476, 0.0705868, 0.170878, 0.450716", \
            "0.013773, 0.0155358, 0.0204057, 0.033763, 0.0702696, 0.171073, 0.451186", \
            "0.0138104, 0.0154539, 0.0202007, 0.0333803, 0.0700021, 0.170816, 0.450793", \
            "0.0144494, 0.0161382, 0.0207446, 0.0336015, 0.0699433, 0.170734, 0.453114", \
            "0.016567, 0.0181962, 0.0227836, 0.0356927, 0.0715749, 0.172157, 0.454185", \
            "0.0226825, 0.0242537, 0.0286642, 0.0414433, 0.0777463, 0.17788, 0.456125" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0124645, 0.0111339, 0.0080545, -0.0029682, -0.0382287, -0.139741, -0.422998", \
            "0.0122004, 0.0109522, 0.0077105, -0.0033251, -0.0385174, -0.139918, -0.423303", \
            "0.0120386, 0.0107197, 0.0075108, -0.0034561, -0.0387115, -0.140209, -0.423492", \
            "0.0118569, 0.0105784, 0.0073443, -0.003685, -0.0389093, -0.14037, -0.42362", \
            "0.0117648, 0.0103041, 0.0073414, -0.0037307, -0.0389413, -0.140415, -0.423679", \
            "0.0179623, 0.0160362, 0.0110202, -0.002255, -0.0380912, -0.1394, -0.422694", \
            "0.0237609, 0.0216203, 0.0162863, 0.0027215, -0.0339741, -0.135674, -0.418426" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0100427, 0.0118672, 0.0168391, 0.0301833, 0.0666018, 0.166455, 0.447827", \
            "0.0099538, 0.0117711, 0.0167002, 0.0300521, 0.0665098, 0.167589, 0.447535", \
            "0.0097639, 0.0115333, 0.0164074, 0.0297252, 0.0659797, 0.167691, 0.447943", \
            "0.0099778, 0.0115599, 0.0162785, 0.0294382, 0.0663986, 0.16614, 0.447862", \
            "0.0106353, 0.0123325, 0.0169618, 0.0298515, 0.0661256, 0.166876, 0.447673", \
            "0.0131954, 0.0148113, 0.0194689, 0.0323975, 0.0682639, 0.168902, 0.449104", \
            "0.0210115, 0.0225199, 0.0269829, 0.0397533, 0.0761043, 0.176502, 0.454338" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139175, 0.00387395, 0.0107832, 0.030015, 0.0835471, 0.232554");
          values ( \
            "0.0112427, 0.0099709, 0.0068033, -0.0042057, -0.0394909, -0.140908, -0.424228", \
            "0.0109058, 0.0096424, 0.006456, -0.0046064, -0.0398157, -0.141278, -0.424655", \
            "0.0107521, 0.0095054, 0.0062549, -0.004749, -0.0399987, -0.141517, -0.42473", \
            "0.0108534, 0.0095462, 0.0062802, -0.004725, -0.0399874, -0.141466, -0.424685", \
            "0.0118802, 0.0102609, 0.0069295, -0.0040095, -0.0392449, -0.14069, -0.423936", \
            "0.0193324, 0.017343, 0.0122503, -0.0009784, -0.0372874, -0.138478, -0.42172", \
            "0.0271996, 0.0249913, 0.0195631, 0.0062328, -0.0307228, -0.132446, -0.415324" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002448;
      rise_capacitance : 0.002564;
      rise_capacitance_range (0.002564, 0.002564);
      fall_capacitance : 0.002331;
      fall_capacitance_range (0.002331, 0.002331);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0041458, -0.0041452, -0.0041438, -0.0041376, -0.0041233, -0.0040902, -0.004014" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052777, 0.0052769, 0.0052751, 0.0052776, 0.0052833, 0.0052965, 0.0053268" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002452;
      rise_capacitance : 0.002596;
      rise_capacitance_range (0.002596, 0.002596);
      fall_capacitance : 0.002307;
      fall_capacitance_range (0.002307, 0.002307);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.00485, -0.0048479, -0.004843, -0.0048429, -0.0048428, -0.0048426, -0.0048421" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048622, 0.0048548, 0.0048376, 0.004836, 0.0048324, 0.004824, 0.0048045" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002427;
      rise_capacitance : 0.002574;
      rise_capacitance_range (0.002574, 0.002574);
      fall_capacitance : 0.00228;
      fall_capacitance_range (0.00228, 0.00228);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038399, -0.0039144, -0.0040861, -0.0040901, -0.0040991, -0.0041201, -0.0041683" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042192, 0.0042167, 0.004211, 0.0042085, 0.0042027, 0.0041894, 0.0041589" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002382;
      rise_capacitance : 0.002559;
      rise_capacitance_range (0.002559, 0.002559);
      fall_capacitance : 0.002205;
      fall_capacitance_range (0.002205, 0.002205);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.001866, -0.0018663, -0.0018671, -0.0018682, -0.0018707, -0.0018764, -0.0018896" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0029272, 0.0029256, 0.0029221, 0.0029292, 0.0029456, 0.0029833, 0.0030704" \
          );
        }
      }
    }
  }
  cell (scs8hd_a211o_2) {
    area : 10.0096;
    cell_footprint : "a211o";
    cell_leakage_power : 0.0057495;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062667;
      when : "!A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0124936;
      when : "!A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062572;
      when : "!A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0005522;
      when : "!A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0062669;
      when : "!A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0125275;
      when : "!A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062572;
      when : "!A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0005522;
      when : "!A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0062634;
      when : "A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0125237;
      when : "A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062572;
      when : "A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0005522;
      when : "A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0077704;
      when : "A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0006429;
      when : "A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062572;
      when : "A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0005515;
      when : "A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0057495;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2) | (B1) | (C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.426646;
      max_transition : 1.50163;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.053267, 0.0574058, 0.0675646, 0.093283, 0.166347, 0.389379, 1.07402", \
            "0.0563882, 0.0605004, 0.0706469, 0.0963683, 0.169407, 0.391918, 1.07978", \
            "0.0643128, 0.0683803, 0.0784883, 0.104054, 0.177081, 0.400228, 1.08509", \
            "0.0789823, 0.0832698, 0.0935637, 0.11916, 0.192208, 0.414743, 1.10078", \
            "0.0897614, 0.0948863, 0.10652, 0.132422, 0.205882, 0.428084, 1.11305", \
            "0.0784429, 0.0844935, 0.0986017, 0.127558, 0.200337, 0.42288, 1.1108", \
            "0.0028594, 0.0096329, 0.0268724, 0.0624505, 0.137502, 0.35953, 1.04438" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.0133691, 0.017, 0.0275356, 0.060169, 0.164963, 0.490931, 1.49618", \
            "0.0132471, 0.016958, 0.0274645, 0.0601076, 0.164753, 0.491621, 1.5005", \
            "0.013013, 0.0166926, 0.0272696, 0.0599919, 0.164878, 0.490612, 1.496", \
            "0.0146903, 0.0181607, 0.0282885, 0.060238, 0.164937, 0.490729, 1.49734", \
            "0.0182018, 0.022007, 0.0319719, 0.0620389, 0.164892, 0.491108, 1.49535", \
            "0.0231597, 0.0282311, 0.0388262, 0.066673, 0.1656, 0.491466, 1.49981", \
            "0.0314621, 0.0366103, 0.0502823, 0.0790587, 0.169907, 0.493243, 1.4979" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.158302, 0.163064, 0.174528, 0.199764, 0.251615, 0.36882, 0.686481", \
            "0.16175, 0.166469, 0.177947, 0.202933, 0.255033, 0.372227, 0.690168", \
            "0.172339, 0.177078, 0.188511, 0.213423, 0.265454, 0.382743, 0.700487", \
            "0.196878, 0.20169, 0.213069, 0.238085, 0.290138, 0.407337, 0.725369", \
            "0.248106, 0.252887, 0.26437, 0.289434, 0.341619, 0.458578, 0.776415", \
            "0.340215, 0.345415, 0.357904, 0.38483, 0.440338, 0.560822, 0.879562", \
            "0.520045, 0.525806, 0.539686, 0.570013, 0.631775, 0.759921, 1.07961" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.0235655, 0.0266763, 0.0349639, 0.0542438, 0.099773, 0.224138, 0.632164", \
            "0.0236055, 0.0266781, 0.034787, 0.0540929, 0.0993218, 0.225042, 0.631066", \
            "0.0236264, 0.0267453, 0.0347306, 0.0540446, 0.0997897, 0.224845, 0.630837", \
            "0.0235862, 0.0267859, 0.0350634, 0.0539972, 0.0993968, 0.225042, 0.631841", \
            "0.0244349, 0.0275228, 0.0355138, 0.0551501, 0.0994323, 0.224613, 0.630598", \
            "0.0290367, 0.0322223, 0.0409313, 0.0612648, 0.10571, 0.22944, 0.634768", \
            "0.0385424, 0.0420037, 0.0507128, 0.0719401, 0.118931, 0.240333, 0.633503" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.056752, 0.0608465, 0.0710378, 0.0967149, 0.16975, 0.392793, 1.07758", \
            "0.0599092, 0.0640313, 0.0741782, 0.0998495, 0.172889, 0.395944, 1.08074", \
            "0.0673212, 0.0713878, 0.0814982, 0.107047, 0.180277, 0.403463, 1.08686", \
            "0.0807521, 0.0849967, 0.0952029, 0.120881, 0.193742, 0.415915, 1.10381", \
            "0.0921423, 0.0972017, 0.108613, 0.134805, 0.207896, 0.430865, 1.1153", \
            "0.0835263, 0.0895067, 0.103514, 0.132259, 0.205299, 0.427657, 1.11142", \
            "0.0142091, 0.0210946, 0.0380433, 0.0736289, 0.149201, 0.372176, 1.05725" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.0133677, 0.0169706, 0.0275088, 0.0601726, 0.164733, 0.491223, 1.49853", \
            "0.013268, 0.016941, 0.0274884, 0.0601406, 0.164736, 0.491233, 1.49851", \
            "0.0131376, 0.0167833, 0.0273511, 0.0599328, 0.164633, 0.491568, 1.49966", \
            "0.0140492, 0.0177418, 0.0281528, 0.0602061, 0.164501, 0.491659, 1.50058", \
            "0.017316, 0.021267, 0.031225, 0.0618426, 0.164569, 0.490666, 1.49605", \
            "0.0222925, 0.0269226, 0.0381733, 0.0665678, 0.165838, 0.491207, 1.4996", \
            "0.0293911, 0.0349263, 0.0481896, 0.0783939, 0.16976, 0.493666, 1.49405" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.180223, 0.185487, 0.197909, 0.224847, 0.279224, 0.398109, 0.716797", \
            "0.184184, 0.18935, 0.201821, 0.228802, 0.28292, 0.402099, 0.721009", \
            "0.194559, 0.199667, 0.212145, 0.238917, 0.293278, 0.412374, 0.731221", \
            "0.217094, 0.222252, 0.234706, 0.261505, 0.315951, 0.43512, 0.753719", \
            "0.263265, 0.268445, 0.280916, 0.307697, 0.361932, 0.481096, 0.80012", \
            "0.346429, 0.352015, 0.365271, 0.393985, 0.450889, 0.572878, 0.892624", \
            "0.519019, 0.525037, 0.53963, 0.571203, 0.633915, 0.761906, 1.08408" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.026815, 0.0303309, 0.0390421, 0.0588468, 0.103872, 0.228145, 0.635273", \
            "0.0267387, 0.0301376, 0.0388248, 0.0591733, 0.103288, 0.228214, 0.631743", \
            "0.0268069, 0.0301661, 0.0387967, 0.0593079, 0.104001, 0.228205, 0.631337", \
            "0.026728, 0.0300995, 0.0388462, 0.0590091, 0.103631, 0.22781, 0.632648", \
            "0.0270571, 0.0304038, 0.0389898, 0.0587743, 0.102861, 0.228158, 0.635321", \
            "0.0314503, 0.0349558, 0.0438244, 0.0642935, 0.109495, 0.23174, 0.634678", \
            "0.0392467, 0.0426504, 0.0523984, 0.0739156, 0.120322, 0.242251, 0.634273" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.0418081, 0.0453223, 0.0543485, 0.0790398, 0.152122, 0.375007, 1.0601", \
            "0.0453742, 0.048864, 0.057876, 0.0825582, 0.155655, 0.378507, 1.06361", \
            "0.0537171, 0.057155, 0.0660742, 0.0904814, 0.163622, 0.386367, 1.07229", \
            "0.0645979, 0.0685281, 0.0779595, 0.102551, 0.175378, 0.398771, 1.08355", \
            "0.0685124, 0.0733817, 0.0844419, 0.109556, 0.182476, 0.40529, 1.09136", \
            "0.0470791, 0.0529743, 0.0668739, 0.0951394, 0.167432, 0.390665, 1.07752", \
            "-0.0437239, -0.0368569, -0.0197613, 0.0154135, 0.0912383, 0.314159, 0.998037" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.010662, 0.014021, 0.0242785, 0.0577326, 0.163811, 0.490241, 1.50082", \
            "0.0106494, 0.0140117, 0.024298, 0.0577185, 0.163839, 0.490142, 1.50084", \
            "0.0107769, 0.0140834, 0.0243351, 0.0577607, 0.16362, 0.491029, 1.49851", \
            "0.013345, 0.0164633, 0.0260108, 0.0581963, 0.163456, 0.490639, 1.49922", \
            "0.016956, 0.020619, 0.0299539, 0.0598244, 0.164292, 0.490346, 1.4966", \
            "0.0221404, 0.0268659, 0.0374803, 0.0650967, 0.164706, 0.492608, 1.49756", \
            "0.0306773, 0.0356899, 0.0495957, 0.0783822, 0.169118, 0.493064, 1.4985" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.121015, 0.125456, 0.136321, 0.159878, 0.208761, 0.321629, 0.638153", \
            "0.124886, 0.129391, 0.140151, 0.163744, 0.212463, 0.325538, 0.642076", \
            "0.135433, 0.139864, 0.150676, 0.174064, 0.223053, 0.336058, 0.652583", \
            "0.160361, 0.164799, 0.17561, 0.199171, 0.248136, 0.361088, 0.677651", \
            "0.21568, 0.220305, 0.231514, 0.255448, 0.304971, 0.417694, 0.733675", \
            "0.319219, 0.324233, 0.336641, 0.36326, 0.416968, 0.533595, 0.850188", \
            "0.519047, 0.524891, 0.538789, 0.569309, 0.630868, 0.754502, 1.07326" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.0207542, 0.0238341, 0.0314858, 0.0499487, 0.0933232, 0.218659, 0.632111", \
            "0.0207529, 0.0238654, 0.0316469, 0.0495081, 0.0934294, 0.219063, 0.633343", \
            "0.0206655, 0.023667, 0.0313877, 0.0499671, 0.0932403, 0.219126, 0.628902", \
            "0.0206723, 0.023689, 0.0314295, 0.0496677, 0.0932459, 0.218895, 0.631131", \
            "0.0228535, 0.0258723, 0.0336421, 0.051143, 0.0938536, 0.218822, 0.630882", \
            "0.0293599, 0.0328174, 0.0410173, 0.0603851, 0.10318, 0.223819, 0.631237", \
            "0.0400624, 0.0434094, 0.0521949, 0.0730419, 0.118401, 0.234855, 0.630014" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.0390332, 0.042524, 0.0516166, 0.0762889, 0.149464, 0.372515, 1.06043", \
            "0.042734, 0.0462097, 0.055292, 0.07999, 0.153276, 0.376282, 1.06031", \
            "0.0510722, 0.0545577, 0.0634962, 0.0879496, 0.161213, 0.386317, 1.07426", \
            "0.0609442, 0.0649896, 0.0745582, 0.0991381, 0.172278, 0.397824, 1.09014", \
            "0.0635687, 0.0686232, 0.0800806, 0.105476, 0.178034, 0.401749, 1.08848", \
            "0.0432048, 0.049315, 0.0636055, 0.0924435, 0.165237, 0.388613, 1.07407", \
            "-0.0420522, -0.0349976, -0.0171176, 0.0207976, 0.0974961, 0.32047, 1.00478" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.0105565, 0.0139469, 0.024258, 0.0575506, 0.163877, 0.491855, 1.50163", \
            "0.0105286, 0.0139641, 0.0242383, 0.0576751, 0.163889, 0.490733, 1.49956", \
            "0.0109042, 0.0142208, 0.0244403, 0.0575525, 0.16384, 0.493661, 1.50155", \
            "0.0135368, 0.016856, 0.0262855, 0.0582223, 0.163397, 0.491735, 1.49925", \
            "0.0175803, 0.0213752, 0.0308538, 0.0602115, 0.164021, 0.490179, 1.50148", \
            "0.0232696, 0.0281776, 0.0396492, 0.0664689, 0.164898, 0.490297, 1.49681", \
            "0.0331538, 0.0386571, 0.0525828, 0.0830013, 0.171926, 0.492899, 1.494" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.103715, 0.108173, 0.119009, 0.142629, 0.191362, 0.304491, 0.620695", \
            "0.106157, 0.110677, 0.121479, 0.145056, 0.193858, 0.306924, 0.623485", \
            "0.115802, 0.120232, 0.130998, 0.154526, 0.203419, 0.31646, 0.63303", \
            "0.14181, 0.14626, 0.15709, 0.180653, 0.229541, 0.3425, 0.659209", \
            "0.201429, 0.206077, 0.217187, 0.241134, 0.290356, 0.403447, 0.719773", \
            "0.303237, 0.308634, 0.321328, 0.349099, 0.402973, 0.519556, 0.836357", \
            "0.488216, 0.494242, 0.508997, 0.540981, 0.603869, 0.725609, 1.04497" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.0207382, 0.0236736, 0.0314308, 0.0494392, 0.093052, 0.218647, 0.630812", \
            "0.0207528, 0.0238703, 0.0314076, 0.0498479, 0.0937071, 0.218785, 0.631036", \
            "0.0206691, 0.0237272, 0.0315162, 0.0495909, 0.0926187, 0.218733, 0.631783", \
            "0.0207559, 0.023792, 0.0314533, 0.0496617, 0.0934349, 0.218947, 0.631047", \
            "0.0239725, 0.0270591, 0.0344509, 0.0517391, 0.0944976, 0.219924, 0.631279", \
            "0.0327582, 0.0360954, 0.0440888, 0.0630969, 0.104129, 0.22476, 0.631598", \
            "0.044617, 0.0478318, 0.0576228, 0.0783367, 0.121147, 0.233486, 0.630553" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.0208446, 0.0229602, 0.0293515, 0.0482781, 0.105562, 0.28082, 0.82288", \
            "0.0207139, 0.0228076, 0.0291759, 0.0481346, 0.105447, 0.281907, 0.821862", \
            "0.0206366, 0.0227082, 0.0290781, 0.0479811, 0.105297, 0.280599, 0.822464", \
            "0.0209076, 0.0229597, 0.0291599, 0.047793, 0.105153, 0.280951, 0.82394", \
            "0.0221324, 0.0240285, 0.0300677, 0.0479319, 0.104905, 0.281598, 0.822354", \
            "0.0243387, 0.0261189, 0.0318183, 0.0501624, 0.106284, 0.281862, 0.822724", \
            "0.0311425, 0.032635, 0.0380506, 0.0560569, 0.1126, 0.288347, 0.82577" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.0193565, 0.0169406, 0.0110473, -0.0050252, -0.0594574, -0.236133, -0.783871", \
            "0.0188979, 0.0164637, 0.0105388, -0.0053213, -0.0596897, -0.236464, -0.784161", \
            "0.0185516, 0.0161477, 0.0101638, -0.0057578, -0.060141, -0.236808, -0.784559", \
            "0.0184059, 0.015963, 0.0100813, -0.0059743, -0.0603346, -0.237068, -0.784742", \
            "0.0186198, 0.0161346, 0.010105, -0.0061517, -0.0605373, -0.23726, -0.784877", \
            "0.0242826, 0.0216099, 0.0148282, -0.0048965, -0.0603264, -0.237008, -0.784667", \
            "0.032425, 0.0296169, 0.0218908, 0.0014344, -0.0570031, -0.234941, -0.781971" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.0216734, 0.0237842, 0.0301751, 0.0490537, 0.106135, 0.281487, 0.822798", \
            "0.0214979, 0.0236132, 0.0299822, 0.0488819, 0.105993, 0.28135, 0.822632", \
            "0.0213512, 0.0234409, 0.0298062, 0.0487151, 0.105914, 0.281403, 0.824963", \
            "0.0215053, 0.0235753, 0.0296943, 0.0485157, 0.105833, 0.280855, 0.822159", \
            "0.0225902, 0.0244933, 0.0305332, 0.0485621, 0.105524, 0.281125, 0.822939", \
            "0.0248759, 0.026703, 0.0325695, 0.0505068, 0.106743, 0.282424, 0.826117", \
            "0.0318449, 0.0334586, 0.0389347, 0.0572576, 0.113658, 0.287931, 0.826397" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.0234424, 0.0209488, 0.0147665, -0.0014802, -0.055655, -0.232184, -0.77988", \
            "0.0232045, 0.0206461, 0.0144581, -0.001866, -0.0558226, -0.232456, -0.780122", \
            "0.0229896, 0.0204287, 0.0142266, -0.0019561, -0.0560889, -0.232663, -0.780349", \
            "0.0228436, 0.020261, 0.0140769, -0.0020273, -0.0564302, -0.232895, -0.780541", \
            "0.0228921, 0.0203312, 0.0138928, -0.002138, -0.0564484, -0.233052, -0.7806", \
            "0.0284636, 0.0257765, 0.018567, -0.0013977, -0.0561912, -0.232696, -0.780309", \
            "0.0378951, 0.035106, 0.0273845, 0.0077536, -0.0510484, -0.229408, -0.776815" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.0187837, 0.0208923, 0.0272528, 0.0464529, 0.104068, 0.280349, 0.821366", \
            "0.0187823, 0.0208809, 0.0272526, 0.0464103, 0.104051, 0.280355, 0.821294", \
            "0.0189485, 0.0210271, 0.0272927, 0.0461986, 0.10405, 0.280301, 0.823484", \
            "0.0190326, 0.0210695, 0.0272141, 0.0460776, 0.103782, 0.279654, 0.82356", \
            "0.0200137, 0.0219309, 0.0279788, 0.046033, 0.103567, 0.279887, 0.82327", \
            "0.0224597, 0.0242464, 0.0301385, 0.0485296, 0.105013, 0.281365, 0.821681", \
            "0.0298888, 0.0313243, 0.0367917, 0.0546359, 0.111369, 0.286248, 0.825422" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.0171962, 0.0148715, 0.0092561, -0.0064637, -0.0611973, -0.238081, -0.785794", \
            "0.0168726, 0.0145714, 0.0089866, -0.0067606, -0.0614186, -0.238425, -0.786088", \
            "0.0165295, 0.0142269, 0.008612, -0.007048, -0.0617087, -0.238674, -0.786337", \
            "0.0163319, 0.0140307, 0.008408, -0.0073047, -0.0619456, -0.238881, -0.786457", \
            "0.0168108, 0.0144023, 0.0085405, -0.0073813, -0.0620154, -0.238965, -0.786591", \
            "0.0249791, 0.0222885, 0.0150087, -0.0047193, -0.061191, -0.23799, -0.785659", \
            "0.0338747, 0.0310482, 0.0232053, 0.0026077, -0.0560929, -0.234302, -0.781631" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.0152461, 0.017355, 0.0237622, 0.0429743, 0.100581, 0.277968, 0.821988", \
            "0.0151962, 0.0172664, 0.0236738, 0.0428236, 0.100448, 0.276966, 0.815124", \
            "0.0151397, 0.0172194, 0.0234406, 0.0424304, 0.10025, 0.278083, 0.819818", \
            "0.0152652, 0.0172386, 0.0234497, 0.0419788, 0.0997578, 0.276288, 0.817786", \
            "0.0162902, 0.0181977, 0.0242999, 0.0423094, 0.0996242, 0.275929, 0.818435", \
            "0.0194717, 0.0212468, 0.0271889, 0.0451275, 0.101654, 0.27777, 0.819796", \
            "0.0278478, 0.0291632, 0.0346234, 0.0526387, 0.109156, 0.283883, 0.823321" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153988, 0.00474245, 0.0146056, 0.0449816, 0.138532, 0.426646");
          values ( \
            "0.015978, 0.0136556, 0.0080336, -0.0075596, -0.0621796, -0.239167, -0.786915", \
            "0.0157015, 0.0133782, 0.0076883, -0.0079718, -0.0625683, -0.239541, -0.787174", \
            "0.0154911, 0.0131457, 0.0075612, -0.0081737, -0.0627689, -0.239744, -0.787389", \
            "0.0155554, 0.0132225, 0.0077338, -0.0080596, -0.062677, -0.239678, -0.787193", \
            "0.0172345, 0.0148451, 0.0088549, -0.0073144, -0.0621786, -0.239163, -0.786805", \
            "0.0267141, 0.0240072, 0.0165995, -0.0029538, -0.0601192, -0.236996, -0.784634", \
            "0.0378094, 0.0349352, 0.0268412, 0.0065708, -0.0525505, -0.230938, -0.778301" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002373;
      rise_capacitance : 0.002487;
      rise_capacitance_range (0.002487, 0.002487);
      fall_capacitance : 0.002258;
      fall_capacitance_range (0.002258, 0.002258);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0039093, -0.0039146, -0.0039268, -0.0039199, -0.0039041, -0.0038675, -0.0037833" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.005228, 0.0052329, 0.0052442, 0.0052444, 0.005245, 0.0052464, 0.0052496" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002394;
      rise_capacitance : 0.002539;
      rise_capacitance_range (0.002539, 0.002539);
      fall_capacitance : 0.002248;
      fall_capacitance_range (0.002248, 0.002248);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0048343, -0.0048329, -0.0048297, -0.0048276, -0.0048227, -0.0048115, -0.0047855" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048486, 0.0048434, 0.0048314, 0.0048311, 0.0048305, 0.004829, 0.0048255" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002409;
      rise_capacitance : 0.002556;
      rise_capacitance_range (0.002556, 0.002556);
      fall_capacitance : 0.002261;
      fall_capacitance_range (0.002261, 0.002261);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0037903, -0.0038737, -0.0040662, -0.00407, -0.0040789, -0.0040993, -0.0041464" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042049, 0.0042028, 0.0041979, 0.0041979, 0.0041978, 0.0041975, 0.0041969" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002378;
      rise_capacitance : 0.002561;
      rise_capacitance_range (0.002561, 0.002561);
      fall_capacitance : 0.002195;
      fall_capacitance_range (0.002195, 0.002195);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018529, -0.0018449, -0.0018263, -0.0018266, -0.0018273, -0.0018288, -0.0018323" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027752, 0.0027733, 0.0027688, 0.0027754, 0.0027906, 0.0028256, 0.0029062" \
          );
        }
      }
    }
  }
  cell (scs8hd_a211o_4) {
    area : 17.5168;
    cell_footprint : "a211o";
    cell_leakage_power : 0.0112761;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0125404;
      when : "!A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.024993;
      when : "!A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0125377;
      when : "!A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0008862;
      when : "!A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0125404;
      when : "!A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0250545;
      when : "!A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0125377;
      when : "!A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0008862;
      when : "!A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0125405;
      when : "A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0250455;
      when : "A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0125377;
      when : "A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0008862;
      when : "A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0127557;
      when : "A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.001255;
      when : "A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0125373;
      when : "A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0008843;
      when : "A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0112761;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2) | (B1) | (C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.731516;
      max_transition : 1.50503;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0541079, 0.0569273, 0.065081, 0.0872472, 0.152945, 0.365537, 1.07733", \
            "0.0572563, 0.0600772, 0.0681967, 0.0903882, 0.155846, 0.368237, 1.07955", \
            "0.0651863, 0.0679907, 0.0759864, 0.0979037, 0.163358, 0.37611, 1.08821", \
            "0.0794253, 0.0822697, 0.0903405, 0.112195, 0.177198, 0.389619, 1.10049", \
            "0.0901329, 0.0934178, 0.102246, 0.124245, 0.189154, 0.402203, 1.11178", \
            "0.0779795, 0.0818589, 0.092509, 0.117152, 0.181266, 0.393164, 1.10426", \
            "-0.0010828, 0.0032776, 0.0159051, 0.046245, 0.114027, 0.325693, 1.0397" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.014911, 0.0174122, 0.0254322, 0.0516298, 0.141989, 0.451784, 1.49592", \
            "0.0148675, 0.0173605, 0.0253703, 0.0516023, 0.142007, 0.45106, 1.49641", \
            "0.014584, 0.0171249, 0.0250938, 0.051258, 0.14206, 0.45097, 1.49708", \
            "0.0159006, 0.0182938, 0.0260711, 0.0516552, 0.141896, 0.452174, 1.49951", \
            "0.0195111, 0.0217823, 0.0291896, 0.0531431, 0.142787, 0.452427, 1.50026", \
            "0.0248335, 0.0277, 0.0358166, 0.0583424, 0.142995, 0.452182, 1.4994", \
            "0.0338511, 0.0369946, 0.0467805, 0.0707641, 0.148731, 0.452756, 1.49872" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.180624, 0.183775, 0.192716, 0.214924, 0.265103, 0.38201, 0.710787", \
            "0.184221, 0.187358, 0.196353, 0.218583, 0.268699, 0.385572, 0.714295", \
            "0.194583, 0.19773, 0.206673, 0.228889, 0.279154, 0.396129, 0.725034", \
            "0.218445, 0.221565, 0.23051, 0.25275, 0.302912, 0.41989, 0.748509", \
            "0.267296, 0.270448, 0.27977, 0.301975, 0.352206, 0.469014, 0.797759", \
            "0.357074, 0.359868, 0.369874, 0.392853, 0.445818, 0.565713, 0.895602", \
            "0.53472, 0.538278, 0.548663, 0.574045, 0.631625, 0.758428, 1.0916" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0287079, 0.0307958, 0.0366969, 0.0530919, 0.0960838, 0.218756, 0.641115", \
            "0.0288093, 0.0306788, 0.0366053, 0.0538461, 0.0959765, 0.218828, 0.641756", \
            "0.0288526, 0.0307009, 0.0366782, 0.0535827, 0.0952871, 0.218962, 0.642499", \
            "0.0287775, 0.030696, 0.0369649, 0.0532203, 0.0959731, 0.218932, 0.642269", \
            "0.0292008, 0.0311816, 0.037318, 0.0533321, 0.0954063, 0.218756, 0.641267", \
            "0.0337067, 0.0354504, 0.0418435, 0.058456, 0.101439, 0.222664, 0.643393", \
            "0.042786, 0.0447506, 0.0511826, 0.0685472, 0.112662, 0.233868, 0.646465" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0576299, 0.0605168, 0.0686281, 0.0908496, 0.156257, 0.369208, 1.07963", \
            "0.0608612, 0.0636817, 0.0718052, 0.0939993, 0.159419, 0.371756, 1.08311", \
            "0.0684035, 0.0712137, 0.0792279, 0.101226, 0.166708, 0.378963, 1.08925", \
            "0.0821098, 0.0849677, 0.0930575, 0.114928, 0.179914, 0.392309, 1.10382", \
            "0.0944816, 0.0977365, 0.106575, 0.128959, 0.193725, 0.406931, 1.11934", \
            "0.087005, 0.0908664, 0.101457, 0.12625, 0.191299, 0.40328, 1.11406", \
            "0.0180192, 0.0224109, 0.0350512, 0.0653166, 0.133838, 0.346129, 1.05683" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0149228, 0.0174583, 0.0254453, 0.0516743, 0.14198, 0.451862, 1.49817", \
            "0.0148718, 0.0173721, 0.0253998, 0.0516079, 0.141989, 0.451058, 1.49539", \
            "0.0146656, 0.0171889, 0.0251655, 0.0514059, 0.141811, 0.45219, 1.5", \
            "0.0156944, 0.0180708, 0.0258704, 0.0516171, 0.141724, 0.451326, 1.49874", \
            "0.0187955, 0.0214005, 0.0287549, 0.0531301, 0.141872, 0.451633, 1.49862", \
            "0.0238689, 0.0268058, 0.0350052, 0.0580716, 0.143053, 0.45187, 1.49765", \
            "0.0315004, 0.0349636, 0.0455028, 0.0696125, 0.147874, 0.45373, 1.4995" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.183109, 0.186425, 0.19562, 0.218557, 0.268626, 0.382829, 0.709447", \
            "0.187567, 0.190817, 0.200136, 0.22305, 0.273099, 0.387302, 0.713652", \
            "0.199049, 0.202336, 0.211672, 0.234308, 0.284398, 0.398829, 0.725399", \
            "0.223758, 0.227016, 0.236349, 0.259185, 0.30901, 0.42341, 0.749978", \
            "0.273781, 0.277057, 0.286406, 0.309181, 0.359189, 0.473531, 0.80019", \
            "0.364903, 0.368307, 0.378195, 0.402366, 0.454862, 0.571872, 0.898722", \
            "0.541809, 0.545613, 0.556011, 0.582762, 0.640774, 0.764987, 1.09552" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0290298, 0.0310444, 0.0371389, 0.0541188, 0.0944167, 0.214999, 0.640835", \
            "0.0289026, 0.0309038, 0.0374325, 0.0540061, 0.0945222, 0.214635, 0.641048", \
            "0.0289535, 0.030958, 0.0371337, 0.0536446, 0.0946374, 0.214662, 0.641392", \
            "0.0288529, 0.0309413, 0.0375295, 0.0539246, 0.093703, 0.215105, 0.640805", \
            "0.0291614, 0.0311541, 0.0374774, 0.0539998, 0.0945042, 0.215008, 0.638961", \
            "0.0338279, 0.0360394, 0.0420864, 0.0589398, 0.100253, 0.218307, 0.641093", \
            "0.0427621, 0.0449322, 0.0518634, 0.0691808, 0.112089, 0.229578, 0.644582" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0417551, 0.0440497, 0.0507817, 0.0704954, 0.133402, 0.344025, 1.05428", \
            "0.0452321, 0.0475126, 0.0542401, 0.0738972, 0.136938, 0.347892, 1.05706", \
            "0.05345, 0.055706, 0.0623448, 0.0819271, 0.144905, 0.355904, 1.06556", \
            "0.0634503, 0.06597, 0.0729495, 0.0927952, 0.155923, 0.36695, 1.07768", \
            "0.0653443, 0.0684256, 0.076671, 0.0971345, 0.160199, 0.371248, 1.08329", \
            "0.0405521, 0.0443539, 0.054689, 0.0781736, 0.140949, 0.351469, 1.06165", \
            "-0.0576543, -0.0533524, -0.0407616, -0.0104204, 0.0562555, 0.266168, 0.975873" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0116333, 0.0139177, 0.0215441, 0.0479887, 0.139968, 0.451133, 1.49891", \
            "0.011627, 0.01388, 0.0214999, 0.0479549, 0.139862, 0.449893, 1.49811", \
            "0.0117643, 0.0140268, 0.0216397, 0.0480036, 0.139983, 0.450481, 1.49925", \
            "0.0140158, 0.0162034, 0.0232214, 0.0487391, 0.140095, 0.450449, 1.49648", \
            "0.0183482, 0.0204458, 0.0272823, 0.0506105, 0.140293, 0.450373, 1.49884", \
            "0.0240277, 0.0268914, 0.0349376, 0.0565528, 0.141369, 0.450918, 1.4958", \
            "0.0332415, 0.0364949, 0.0469163, 0.0706948, 0.146994, 0.45131, 1.49707" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.131495, 0.134397, 0.142689, 0.163121, 0.208778, 0.318408, 0.642834", \
            "0.134904, 0.137787, 0.146043, 0.166436, 0.212026, 0.321767, 0.646108", \
            "0.14504, 0.14796, 0.156207, 0.176582, 0.222194, 0.331811, 0.65613", \
            "0.169241, 0.172128, 0.180368, 0.200771, 0.246434, 0.35598, 0.680645", \
            "0.223062, 0.22607, 0.234501, 0.255354, 0.301409, 0.411291, 0.735663", \
            "0.326077, 0.329355, 0.338501, 0.361031, 0.411175, 0.524514, 0.849428", \
            "0.529965, 0.533687, 0.543912, 0.569279, 0.625778, 0.746637, 1.07371" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0237028, 0.0255637, 0.0313736, 0.0465928, 0.086747, 0.208294, 0.63828", \
            "0.0236787, 0.0255643, 0.0311192, 0.0464411, 0.0868807, 0.208183, 0.638008", \
            "0.0236516, 0.0255891, 0.0311648, 0.0467641, 0.0867759, 0.20844, 0.637495", \
            "0.0235471, 0.025428, 0.031107, 0.0465615, 0.0867325, 0.208192, 0.637815", \
            "0.0258749, 0.027737, 0.0334309, 0.0484244, 0.0879717, 0.20888, 0.637257", \
            "0.0325363, 0.0344699, 0.0401535, 0.0556635, 0.0956159, 0.214019, 0.638056", \
            "0.0438267, 0.0458678, 0.0518716, 0.0685283, 0.109698, 0.224346, 0.639984" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0402644, 0.0426625, 0.0496849, 0.0699177, 0.133345, 0.345453, 1.06466", \
            "0.0438472, 0.0462345, 0.053273, 0.0735137, 0.136965, 0.348554, 1.06077", \
            "0.0517951, 0.054157, 0.0611389, 0.0812841, 0.144789, 0.358665, 1.06538", \
            "0.0604285, 0.0630742, 0.070473, 0.0908686, 0.154551, 0.365723, 1.0825", \
            "0.0603368, 0.0635848, 0.0722934, 0.0935045, 0.157309, 0.368863, 1.08108", \
            "0.03233, 0.0362709, 0.0471533, 0.0717483, 0.135625, 0.347202, 1.05964", \
            "-0.0716102, -0.0671746, -0.0541142, -0.0222163, 0.0465046, 0.258196, 0.96723" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0118448, 0.0141719, 0.0218434, 0.0481181, 0.139872, 0.452475, 1.50299", \
            "0.0118541, 0.0142056, 0.0218669, 0.0481387, 0.140083, 0.450818, 1.50288", \
            "0.01227, 0.0145394, 0.0221753, 0.0482852, 0.139966, 0.45157, 1.49832", \
            "0.0149134, 0.0169783, 0.0240513, 0.0493136, 0.140192, 0.453115, 1.50503", \
            "0.0193952, 0.0216565, 0.0284795, 0.0515983, 0.140504, 0.451088, 1.50024", \
            "0.0255349, 0.0286062, 0.0367198, 0.0586161, 0.141596, 0.451798, 1.49952", \
            "0.0363142, 0.0395292, 0.0499871, 0.0749651, 0.149933, 0.453064, 1.50098" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.110231, 0.113137, 0.121366, 0.141892, 0.187607, 0.297068, 0.621486", \
            "0.112671, 0.115592, 0.123828, 0.144292, 0.190012, 0.299522, 0.624024", \
            "0.122016, 0.124916, 0.133178, 0.153541, 0.199249, 0.308814, 0.633188", \
            "0.149177, 0.152029, 0.16025, 0.180558, 0.226172, 0.335931, 0.660455", \
            "0.213015, 0.215956, 0.224318, 0.244588, 0.290128, 0.400017, 0.724347", \
            "0.32754, 0.330923, 0.340483, 0.364188, 0.414468, 0.526822, 0.852954", \
            "0.537679, 0.541427, 0.552323, 0.578909, 0.638093, 0.756718, 1.08399" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0235358, 0.0254269, 0.0311763, 0.04646, 0.0866612, 0.208445, 0.637571", \
            "0.0236544, 0.0254544, 0.0311165, 0.046665, 0.086189, 0.207718, 0.637357", \
            "0.0235565, 0.025582, 0.0313589, 0.0464506, 0.086685, 0.208399, 0.63821", \
            "0.0236079, 0.025362, 0.0310198, 0.0464105, 0.0867058, 0.208137, 0.637639", \
            "0.02625, 0.0280743, 0.0335303, 0.0484751, 0.0877633, 0.208254, 0.63918", \
            "0.0364277, 0.0382675, 0.0441144, 0.0600889, 0.0971014, 0.213133, 0.639477", \
            "0.050112, 0.0520045, 0.0578783, 0.0751019, 0.114806, 0.224273, 0.640409" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0401487, 0.042567, 0.0507839, 0.0777512, 0.164869, 0.452559, 1.41929", \
            "0.0398563, 0.0422679, 0.0505274, 0.0774874, 0.164661, 0.452657, 1.41945", \
            "0.0397833, 0.0422023, 0.0504339, 0.0772279, 0.164226, 0.452026, 1.4189", \
            "0.0400366, 0.042384, 0.0503174, 0.0766388, 0.163547, 0.45131, 1.41705", \
            "0.0423974, 0.0447246, 0.0522394, 0.0770428, 0.162775, 0.451277, 1.4174", \
            "0.0467644, 0.0487882, 0.0559772, 0.0811231, 0.164558, 0.452419, 1.41925", \
            "0.0581486, 0.0596045, 0.0661915, 0.0906324, 0.175142, 0.460225, 1.4244" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0404569, 0.0374065, 0.0289165, 0.006014, -0.0728036, -0.359642, -1.33731", \
            "0.0399558, 0.0370566, 0.0281323, 0.0055155, -0.0732745, -0.360116, -1.33781", \
            "0.0394364, 0.0366208, 0.0275958, 0.0049211, -0.0739035, -0.360688, -1.33825", \
            "0.0390181, 0.0360778, 0.0274128, 0.0044335, -0.0743432, -0.361101, -1.33868", \
            "0.0390166, 0.0362754, 0.0274826, 0.0044247, -0.0747045, -0.361428, -1.33897", \
            "0.0457057, 0.0428105, 0.0327812, 0.005301, -0.0746371, -0.361269, -1.33879", \
            "0.0619032, 0.0586639, 0.0497908, 0.0198949, -0.0675918, -0.357808, -1.33501" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0416231, 0.0440504, 0.0523094, 0.0793092, 0.166385, 0.453976, 1.42111", \
            "0.0412834, 0.0437225, 0.0519804, 0.0789036, 0.166042, 0.453956, 1.42066", \
            "0.0410096, 0.0434508, 0.0516688, 0.0785459, 0.165529, 0.453086, 1.41878", \
            "0.0409787, 0.0433567, 0.0513736, 0.0779676, 0.164851, 0.45279, 1.41922", \
            "0.0429578, 0.0451662, 0.0527905, 0.0778649, 0.163946, 0.452642, 1.41936", \
            "0.0470387, 0.0491038, 0.0563211, 0.081581, 0.165967, 0.453429, 1.41989", \
            "0.0573254, 0.0590717, 0.0657878, 0.090366, 0.175287, 0.46099, 1.42515" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0485094, 0.0457655, 0.0369887, 0.0140884, -0.0646249, -0.351798, -1.32948", \
            "0.0483798, 0.0454726, 0.0366797, 0.013968, -0.0650213, -0.352242, -1.32981", \
            "0.0478112, 0.0448294, 0.0360561, 0.0135668, -0.0653482, -0.35256, -1.33029", \
            "0.0475232, 0.0446184, 0.0358997, 0.0130811, -0.0657416, -0.352856, -1.33052", \
            "0.0476253, 0.044767, 0.0360522, 0.0131009, -0.0659912, -0.353186, -1.33068", \
            "0.0533455, 0.0502451, 0.0406918, 0.0130382, -0.0657447, -0.352892, -1.33052", \
            "0.0714131, 0.068178, 0.0574942, 0.029503, -0.0587243, -0.349102, -1.32631" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0359057, 0.0383089, 0.0462256, 0.0720966, 0.157459, 0.443552, 1.41068", \
            "0.0358433, 0.0382483, 0.0461676, 0.0720678, 0.157414, 0.444251, 1.40841", \
            "0.0360659, 0.0384138, 0.0461427, 0.0719306, 0.157446, 0.444305, 1.40864", \
            "0.0359778, 0.0383533, 0.0461591, 0.0715012, 0.157148, 0.443874, 1.40954", \
            "0.0378263, 0.0399852, 0.0475088, 0.0722474, 0.157674, 0.443992, 1.41003", \
            "0.0427213, 0.0447882, 0.0520435, 0.0765855, 0.161178, 0.447833, 1.41269", \
            "0.0559233, 0.0575721, 0.0643432, 0.0886557, 0.173144, 0.457203, 1.41913" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0365081, 0.0339397, 0.0256705, 0.0035307, -0.0757752, -0.363525, -1.34129", \
            "0.0358071, 0.0331833, 0.024921, 0.002887, -0.0761785, -0.364075, -1.342", \
            "0.0351604, 0.0328522, 0.0245656, 0.0025191, -0.0768246, -0.364691, -1.3425", \
            "0.0349906, 0.0322285, 0.0240006, 0.0020381, -0.0773629, -0.365096, -1.34281", \
            "0.0358017, 0.0330073, 0.024449, 0.0024045, -0.077384, -0.3653, -1.34292", \
            "0.0468375, 0.0437654, 0.0342874, 0.0067278, -0.0763012, -0.363486, -1.34119", \
            "0.0639444, 0.0608217, 0.0505875, 0.0225731, -0.0666508, -0.356672, -1.33348" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0284465, 0.0308512, 0.0389949, 0.065362, 0.151281, 0.438918, 1.40022", \
            "0.0283538, 0.0307819, 0.0388603, 0.0652101, 0.15125, 0.438756, 1.40677", \
            "0.0283531, 0.0307049, 0.0385677, 0.064729, 0.150927, 0.438499, 1.40031", \
            "0.0283321, 0.0306964, 0.0384704, 0.064215, 0.150327, 0.438319, 1.4079", \
            "0.0301479, 0.0322728, 0.0398025, 0.064771, 0.150701, 0.43791, 1.4067", \
            "0.0349923, 0.0370661, 0.0441563, 0.0688537, 0.153664, 0.441222, 1.40613", \
            "0.0494428, 0.0509603, 0.0573252, 0.0815313, 0.165215, 0.450446, 1.41403" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168466, 0.00567616, 0.0191248, 0.0644376, 0.217111, 0.731516");
          values ( \
            "0.0338398, 0.0310966, 0.0229393, 0.0010537, -0.0782783, -0.366094, -1.3439", \
            "0.0331125, 0.0303744, 0.0221693, 0.000211, -0.0791135, -0.366831, -1.34454", \
            "0.0325983, 0.0299189, 0.0217271, -0.0003469, -0.079604, -0.367471, -1.34516", \
            "0.0327943, 0.0298804, 0.0216064, -0.0005323, -0.0798605, -0.367688, -1.34519", \
            "0.0351973, 0.032387, 0.0238219, 0.0004923, -0.0788928, -0.366808, -1.34436", \
            "0.0491564, 0.0459993, 0.0362059, 0.0090047, -0.0745278, -0.362131, -1.33967", \
            "0.0689472, 0.0656028, 0.0551685, 0.0245758, -0.0634441, -0.353717, -1.3311" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.0044;
      rise_capacitance : 0.004594;
      rise_capacitance_range (0.004594, 0.004594);
      fall_capacitance : 0.004205;
      fall_capacitance_range (0.004205, 0.004205);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0076492, -0.007651, -0.0076552, -0.0076418, -0.0076109, -0.0075394, -0.0073748" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0099094, 0.0099084, 0.0099062, 0.0099073, 0.0099098, 0.0099158, 0.0099297" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004804;
      rise_capacitance : 0.005026;
      rise_capacitance_range (0.005026, 0.005026);
      fall_capacitance : 0.004582;
      fall_capacitance_range (0.004582, 0.004582);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0091532, -0.0091493, -0.0091402, -0.0091409, -0.0091427, -0.0091465, -0.0091554" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0091304, 0.0091359, 0.0091485, 0.0091492, 0.0091505, 0.0091539, 0.0091618" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00495;
      rise_capacitance : 0.005285;
      rise_capacitance_range (0.005285, 0.005285);
      fall_capacitance : 0.004615;
      fall_capacitance_range (0.004615, 0.004615);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0078374, -0.0079769, -0.0082984, -0.0083039, -0.0083167, -0.0083459, -0.0084134" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0085854, 0.0085821, 0.0085746, 0.0085703, 0.0085603, 0.0085375, 0.0084849" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004487;
      rise_capacitance : 0.004817;
      rise_capacitance_range (0.004817, 0.004817);
      fall_capacitance : 0.004158;
      fall_capacitance_range (0.004158, 0.004158);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0036879, -0.0036871, -0.0036851, -0.0036847, -0.0036836, -0.0036812, -0.0036757" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.005744, 0.0057425, 0.0057389, 0.0057513, 0.00578, 0.0058462, 0.0059989" \
          );
        }
      }
    }
  }
  cell (scs8hd_a211oi_1) {
    area : 7.5072;
    cell_footprint : "a211oi";
    cell_leakage_power : 0.00327552;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.006208;
      when : "!A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 6.33353e-05;
      when : "!A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0061987;
      when : "!A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0004921;
      when : "!A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.006208;
      when : "!A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 9.17806e-05;
      when : "!A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0061987;
      when : "!A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0004921;
      when : "!A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.006208;
      when : "A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 8.55261e-05;
      when : "A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0061987;
      when : "A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0004921;
      when : "A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0062037;
      when : "A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0005774;
      when : "A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0061987;
      when : "A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0004914;
      when : "A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.00327552;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1&!C1) | (!A2&!B1&!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.06959;
      max_transition : 1.49858;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0857309, 0.0955039, 0.1173, 0.165616, 0.274003, 0.514536, 1.06521", \
            "0.0894877, 0.0991838, 0.120926, 0.169396, 0.278516, 0.519783, 1.07054", \
            "0.1009, 0.110546, 0.131771, 0.180092, 0.289222, 0.531219, 1.0834", \
            "0.125768, 0.135047, 0.156302, 0.203831, 0.312355, 0.55805, 1.11301", \
            "0.169938, 0.181019, 0.205048, 0.254681, 0.362388, 0.605088, 1.15694", \
            "0.242922, 0.257333, 0.289304, 0.350865, 0.472938, 0.718589, 1.27371", \
            "0.394498, 0.414782, 0.455126, 0.534671, 0.689197, 0.973005, 1.53789" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0626994, 0.0750137, 0.103559, 0.167722, 0.315767, 0.644876, 1.39823", \
            "0.0628227, 0.0753315, 0.10355, 0.167881, 0.31561, 0.645056, 1.39859", \
            "0.0628552, 0.075485, 0.103583, 0.167859, 0.315725, 0.645099, 1.3986", \
            "0.064196, 0.0762536, 0.104103, 0.168021, 0.31532, 0.650055, 1.40179", \
            "0.0785647, 0.0898705, 0.114838, 0.173547, 0.314836, 0.645718, 1.40391", \
            "0.112392, 0.124265, 0.151468, 0.210598, 0.340057, 0.653119, 1.40699", \
            "0.186558, 0.19817, 0.224858, 0.289052, 0.42937, 0.722057, 1.4215" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0195208, 0.0221024, 0.0277203, 0.0396852, 0.0649467, 0.119744, 0.241691", \
            "0.0231546, 0.0255853, 0.0309741, 0.0427101, 0.0679247, 0.122656, 0.244803", \
            "0.0304433, 0.0333489, 0.0392207, 0.0505803, 0.0753356, 0.129766, 0.251756", \
            "0.0366694, 0.0407041, 0.0489779, 0.0648433, 0.0931762, 0.147256, 0.268967", \
            "0.0349055, 0.0403007, 0.0521721, 0.0749102, 0.116036, 0.184989, 0.308624", \
            "0.0058471, 0.0139874, 0.0306946, 0.0631032, 0.122894, 0.225468, 0.394193", \
            "-0.0947339, -0.0833145, -0.059461, -0.0136928, 0.0721857, 0.221899, 0.46936" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0201341, 0.0231674, 0.0298009, 0.0441819, 0.0753841, 0.145761, 0.305212", \
            "0.0202815, 0.023051, 0.0293204, 0.043666, 0.0752041, 0.145619, 0.305435", \
            "0.0265095, 0.0285974, 0.0333452, 0.0454704, 0.0751245, 0.145605, 0.30502", \
            "0.039082, 0.042081, 0.0486943, 0.0605391, 0.0846074, 0.147697, 0.304744", \
            "0.0600466, 0.0645535, 0.0734353, 0.0904573, 0.121199, 0.177928, 0.314414", \
            "0.0985064, 0.103679, 0.118023, 0.14175, 0.185934, 0.26163, 0.391986", \
            "0.163474, 0.173546, 0.193422, 0.229177, 0.293348, 0.402463, 0.582063" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.106936, 0.116655, 0.138541, 0.187822, 0.299124, 0.551585, 1.12496", \
            "0.111065, 0.120819, 0.142804, 0.192341, 0.304005, 0.556749, 1.13073", \
            "0.121893, 0.131554, 0.15349, 0.203017, 0.315018, 0.56858, 1.15105", \
            "0.144517, 0.154175, 0.176083, 0.225193, 0.336771, 0.589947, 1.16438", \
            "0.186107, 0.196959, 0.220573, 0.270936, 0.382936, 0.635359, 1.2095", \
            "0.256123, 0.269591, 0.29831, 0.358275, 0.481176, 0.735943, 1.31313", \
            "0.407747, 0.424211, 0.459223, 0.531283, 0.678496, 0.96478, 1.54779" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0833712, 0.096602, 0.125832, 0.19299, 0.345063, 0.691276, 1.47783", \
            "0.083363, 0.0966079, 0.12582, 0.192906, 0.345006, 0.691343, 1.47572", \
            "0.0832884, 0.0962033, 0.126052, 0.193199, 0.34563, 0.69066, 1.48158", \
            "0.0840275, 0.097009, 0.126031, 0.193112, 0.345095, 0.691207, 1.47726", \
            "0.095797, 0.107769, 0.134588, 0.198083, 0.346723, 0.691494, 1.47785", \
            "0.126332, 0.139266, 0.167581, 0.230358, 0.368107, 0.697112, 1.47762", \
            "0.191101, 0.204238, 0.233855, 0.300682, 0.447875, 0.758125, 1.49858" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0229445, 0.0255009, 0.0310852, 0.0430084, 0.0682492, 0.123048, 0.245188", \
            "0.026556, 0.0290421, 0.0345015, 0.0462831, 0.0715077, 0.126285, 0.248278", \
            "0.0337721, 0.036552, 0.0423849, 0.0541188, 0.0791978, 0.133995, 0.256105", \
            "0.0414409, 0.0454646, 0.0530484, 0.0684574, 0.0963504, 0.15174, 0.274088", \
            "0.0422501, 0.0478965, 0.059263, 0.0810903, 0.120322, 0.188844, 0.314517", \
            "0.01917, 0.0268979, 0.0430112, 0.0751946, 0.133054, 0.231756, 0.39532", \
            "-0.0686397, -0.0574212, -0.0347296, 0.0113446, 0.0957981, 0.241301, 0.479436" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0199305, 0.0229332, 0.0295444, 0.0439767, 0.075243, 0.14602, 0.305009", \
            "0.0199639, 0.0228059, 0.0292529, 0.0436457, 0.075206, 0.14578, 0.304843", \
            "0.0243958, 0.0268074, 0.0319111, 0.0449285, 0.0751191, 0.145572, 0.305268", \
            "0.0364192, 0.0386513, 0.0447151, 0.0565293, 0.0816007, 0.147247, 0.304891", \
            "0.0563524, 0.0600013, 0.0673555, 0.0827724, 0.110925, 0.168367, 0.310718", \
            "0.091217, 0.0964172, 0.10685, 0.128068, 0.166624, 0.237255, 0.367332", \
            "0.15508, 0.162625, 0.17847, 0.207355, 0.263158, 0.358508, 0.526454" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0596802, 0.0678985, 0.086154, 0.126812, 0.218192, 0.426881, 0.885436", \
            "0.0638661, 0.0718638, 0.0899675, 0.130376, 0.221365, 0.426625, 0.891965", \
            "0.075039, 0.08305, 0.100923, 0.140967, 0.231675, 0.437106, 0.903703", \
            "0.0994685, 0.108023, 0.126052, 0.166164, 0.257548, 0.463464, 0.927556", \
            "0.1415, 0.153151, 0.177297, 0.224472, 0.316215, 0.523601, 0.986131", \
            "0.221939, 0.238299, 0.270746, 0.334954, 0.447968, 0.661352, 1.12635", \
            "0.396686, 0.41678, 0.457976, 0.540234, 0.695406, 0.964058, 1.45361" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0511468, 0.0617361, 0.0857975, 0.140398, 0.265829, 0.548915, 1.18789", \
            "0.0511651, 0.0616358, 0.0858905, 0.140089, 0.263662, 0.545538, 1.19079", \
            "0.0512623, 0.0617955, 0.0857915, 0.140139, 0.264105, 0.545465, 1.19033", \
            "0.0572922, 0.0665376, 0.0884941, 0.140757, 0.265494, 0.546086, 1.19311", \
            "0.0793695, 0.0892548, 0.110154, 0.155395, 0.26826, 0.547941, 1.19047", \
            "0.117046, 0.128721, 0.153605, 0.206806, 0.310102, 0.559135, 1.19358", \
            "0.17795, 0.191392, 0.22255, 0.287395, 0.419784, 0.665753, 1.22278" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0149908, 0.0166446, 0.0202896, 0.0281931, 0.0456127, 0.0846175, 0.172866", \
            "0.0187223, 0.0203694, 0.0239, 0.0317513, 0.0491062, 0.0881319, 0.17638", \
            "0.0230778, 0.0255666, 0.0305807, 0.0399932, 0.0575063, 0.0963165, 0.184553", \
            "0.0239861, 0.0276557, 0.0349186, 0.0492423, 0.0740882, 0.115918, 0.204009", \
            "0.0137825, 0.0191148, 0.0299876, 0.0509996, 0.0879827, 0.149746, 0.24814", \
            "-0.027523, -0.0196514, -0.0038542, 0.0268915, 0.0814135, 0.172988, 0.321909", \
            "-0.149713, -0.137944, -0.11492, -0.0694838, 0.0106235, 0.147229, 0.365977" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0112063, 0.0131617, 0.0175549, 0.0274771, 0.0499919, 0.10127, 0.217929", \
            "0.0126178, 0.0142363, 0.0181417, 0.0274792, 0.0498574, 0.10127, 0.218023", \
            "0.0190919, 0.0210371, 0.0248635, 0.0322211, 0.0515662, 0.101241, 0.217937", \
            "0.0302212, 0.0327697, 0.0383043, 0.0487136, 0.0669745, 0.107776, 0.218125", \
            "0.0485671, 0.0525999, 0.0607497, 0.0760538, 0.103322, 0.148266, 0.237615", \
            "0.0812495, 0.0875269, 0.100074, 0.122489, 0.161663, 0.227383, 0.33386", \
            "0.14425, 0.153519, 0.171342, 0.204535, 0.262709, 0.357691, 0.512952" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0424257, 0.0507274, 0.0693555, 0.110456, 0.200988, 0.406031, 0.87098", \
            "0.0453335, 0.0532414, 0.0715251, 0.112358, 0.205182, 0.41171, 0.878623", \
            "0.0564991, 0.0638839, 0.0814971, 0.122032, 0.214375, 0.418564, 0.884447", \
            "0.0819736, 0.0908463, 0.108274, 0.147408, 0.23808, 0.44385, 0.908549", \
            "0.124677, 0.137163, 0.162081, 0.209413, 0.298462, 0.501417, 0.971226", \
            "0.203837, 0.219944, 0.253591, 0.319066, 0.436663, 0.644521, 1.10652", \
            "0.3665, 0.386609, 0.428613, 0.513441, 0.673822, 0.957538, 1.43323" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0504564, 0.0611832, 0.0856017, 0.140266, 0.2637, 0.547806, 1.19307", \
            "0.0499833, 0.0609561, 0.0853987, 0.140289, 0.266001, 0.550517, 1.1892", \
            "0.0501183, 0.0602666, 0.0846759, 0.14028, 0.265269, 0.547285, 1.18586", \
            "0.0619491, 0.0702412, 0.0905077, 0.140771, 0.265271, 0.546377, 1.19261", \
            "0.0818408, 0.0937831, 0.117683, 0.162194, 0.270409, 0.54837, 1.19447", \
            "0.114097, 0.129548, 0.160924, 0.220261, 0.330679, 0.566671, 1.19248", \
            "0.180917, 0.196591, 0.232295, 0.310579, 0.460306, 0.710564, 1.24579" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0127375, 0.0143308, 0.0178297, 0.0256195, 0.0431429, 0.0826504, 0.172893", \
            "0.0159143, 0.0177808, 0.0215132, 0.0293298, 0.0467866, 0.0864859, 0.177331", \
            "0.0184272, 0.0213395, 0.0270327, 0.0373624, 0.0554283, 0.0951608, 0.184781", \
            "0.0167729, 0.0210839, 0.0297387, 0.0454104, 0.0712711, 0.114547, 0.204716", \
            "0.0034758, 0.0096271, 0.022243, 0.0457995, 0.0855558, 0.148492, 0.250202", \
            "-0.0414011, -0.0318564, -0.013445, 0.0208967, 0.0799204, 0.176174, 0.327894", \
            "-0.165251, -0.151075, -0.122877, -0.0715564, 0.0147528, 0.156731, 0.381206" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0081767, 0.0101506, 0.0146898, 0.0248993, 0.0478115, 0.0997483, 0.220399", \
            "0.0105277, 0.0120336, 0.0156338, 0.0250578, 0.0474628, 0.100463, 0.218202", \
            "0.0166054, 0.0186123, 0.0228271, 0.0302936, 0.0499648, 0.100575, 0.220015", \
            "0.0267509, 0.0297546, 0.0356608, 0.0465866, 0.0661308, 0.106982, 0.218043", \
            "0.0450745, 0.0491606, 0.0577524, 0.0737145, 0.101151, 0.149338, 0.238962", \
            "0.079584, 0.0858145, 0.09833, 0.120441, 0.159745, 0.227176, 0.33312", \
            "0.147138, 0.156402, 0.174953, 0.207754, 0.264387, 0.358637, 0.514467" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.0125201, 0.0138021, 0.0166934, 0.0230791, 0.0375187, 0.0695451, 0.14272", \
            "0.0122081, 0.0134933, 0.0163697, 0.0228149, 0.0373355, 0.0694377, 0.14271", \
            "0.0119708, 0.0132109, 0.0160666, 0.0224666, 0.0370119, 0.0692093, 0.142668", \
            "0.0118728, 0.0130882, 0.0158663, 0.0222128, 0.0366731, 0.0693832, 0.14248", \
            "0.0117561, 0.0129816, 0.015721, 0.0219821, 0.036275, 0.0685747, 0.142203", \
            "0.0119202, 0.0131301, 0.0159309, 0.0221683, 0.0362537, 0.0686266, 0.142388", \
            "0.0152657, 0.0161454, 0.0184303, 0.0240185, 0.0382402, 0.0696739, 0.142916" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.0068342, 0.0056266, 0.0028757, -0.0033523, -0.0175293, -0.0499624, -0.123987", \
            "0.0066969, 0.0054864, 0.0027281, -0.0034999, -0.0176682, -0.0500958, -0.124115", \
            "0.0064862, 0.0052806, 0.0025556, -0.0036426, -0.0178, -0.0501969, -0.124243", \
            "0.006399, 0.0051874, 0.0024753, -0.0037452, -0.0178628, -0.0503012, -0.124321", \
            "0.0068467, 0.0056091, 0.0028393, -0.0034667, -0.0178535, -0.0501988, -0.124314", \
            "0.0086816, 0.0074226, 0.0044625, -0.0021105, -0.0167517, -0.0497783, -0.124001", \
            "0.0141735, 0.0127969, 0.0097598, 0.0026009, -0.0129525, -0.0467724, -0.122229" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.0164633, 0.0177023, 0.0204767, 0.026764, 0.0409363, 0.073142, 0.146435", \
            "0.0162482, 0.0174921, 0.0202779, 0.0266034, 0.0408218, 0.073069, 0.146199", \
            "0.016071, 0.017282, 0.0200779, 0.0263737, 0.0406427, 0.0728543, 0.146184", \
            "0.0159609, 0.0171723, 0.019953, 0.0262162, 0.0404597, 0.0727925, 0.146102", \
            "0.0158528, 0.0170719, 0.0198155, 0.0260775, 0.0402662, 0.072549, 0.145952", \
            "0.0160826, 0.0172935, 0.0200518, 0.0263334, 0.0404167, 0.0725176, 0.14582", \
            "0.0198924, 0.0208728, 0.0232003, 0.0287872, 0.0427832, 0.0742514, 0.14694" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.0071727, 0.0059684, 0.003217, -0.0030113, -0.017189, -0.0496038, -0.12364", \
            "0.0070361, 0.0058295, 0.0030763, -0.0031626, -0.0173317, -0.0497398, -0.123781", \
            "0.0068841, 0.0056911, 0.0029563, -0.003299, -0.0174501, -0.049871, -0.123907", \
            "0.0067232, 0.0055342, 0.0028265, -0.0033903, -0.0175565, -0.0499476, -0.123964", \
            "0.0071764, 0.0059468, 0.0031654, -0.0031535, -0.0175105, -0.0499153, -0.123984", \
            "0.0087897, 0.0075143, 0.0045944, -0.0019421, -0.0164989, -0.0494612, -0.123718", \
            "0.0141144, 0.0127151, 0.0094977, 0.0025409, -0.0129066, -0.0465988, -0.122075" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.0102982, 0.0115691, 0.0144566, 0.020867, 0.0352956, 0.0675571, 0.140728", \
            "0.0100491, 0.0113065, 0.0141738, 0.0205299, 0.0348736, 0.0672313, 0.141197", \
            "0.0098981, 0.0111365, 0.0139575, 0.02025, 0.0345951, 0.067023, 0.141058", \
            "0.0097886, 0.0110066, 0.0137947, 0.0200938, 0.0345124, 0.0667271, 0.14027", \
            "0.0098025, 0.0110246, 0.013752, 0.0200553, 0.0343277, 0.0668274, 0.13999", \
            "0.0109999, 0.0121286, 0.0147057, 0.0208705, 0.0347484, 0.0670131, 0.14078", \
            "0.0155066, 0.016373, 0.0185463, 0.0240387, 0.0376665, 0.0689673, 0.141896" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.0041572, 0.0029647, 0.000242, -0.0059902, -0.0202393, -0.0527831, -0.12692", \
            "0.0041174, 0.0029408, 0.0002449, -0.0059658, -0.0202091, -0.0527292, -0.126854", \
            "0.0041453, 0.0029823, 0.0002896, -0.0058685, -0.0200783, -0.0525791, -0.126675", \
            "0.0042775, 0.0030955, 0.0003655, -0.0059518, -0.0201486, -0.0526012, -0.126709", \
            "0.0046685, 0.0034465, 0.0006259, -0.0056542, -0.019928, -0.0525473, -0.126581", \
            "0.006716, 0.005393, 0.0024648, -0.0041124, -0.0187523, -0.0517524, -0.126255", \
            "0.0126113, 0.0112105, 0.0079444, 0.0010328, -0.0138455, -0.0486044, -0.124004" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.0090315, 0.0103447, 0.0132578, 0.0196605, 0.0339967, 0.0666007, 0.140345", \
            "0.0087153, 0.0099751, 0.0128515, 0.019287, 0.0339536, 0.0666973, 0.140016", \
            "0.0087274, 0.0099134, 0.0126684, 0.019029, 0.0335589, 0.06615, 0.139391", \
            "0.0088813, 0.0100505, 0.0127763, 0.0190152, 0.0333447, 0.0655946, 0.139807", \
            "0.0097648, 0.0108805, 0.0135587, 0.0195726, 0.033581, 0.0658811, 0.139646", \
            "0.012322, 0.013357, 0.0158276, 0.0216061, 0.0352156, 0.0668564, 0.140073", \
            "0.0193135, 0.0200184, 0.0221427, 0.0289503, 0.0405047, 0.0717718, 0.143331" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.0004063, -0.0007602, -0.0034525, -0.0096387, -0.0238767, -0.0564262, -0.130597", \
            "0.0002326, -0.0008875, -0.0035013, -0.0096653, -0.0238533, -0.0563508, -0.130497", \
            "5.89e-05, -0.001071, -0.0036869, -0.0097621, -0.0238854, -0.0563277, -0.130456", \
            "0.0002272, -0.0009305, -0.0036899, -0.00991, -0.0239256, -0.0563357, -0.130476", \
            "0.0008878, -0.0003144, -0.003211, -0.0095489, -0.0238098, -0.0562349, -0.13033", \
            "0.003847, 0.0021552, -0.0005751, -0.0078756, -0.0226794, -0.0556254, -0.130089", \
            "0.0110225, 0.0094081, 0.0059085, -0.0017134, -0.0175056, -0.0523206, -0.127765" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002424;
      rise_capacitance : 0.002493;
      rise_capacitance_range (0.002493, 0.002493);
      fall_capacitance : 0.002356;
      fall_capacitance_range (0.002356, 0.002356);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0039527, -0.0039564, -0.0039649, -0.0039586, -0.0039439, -0.00391, -0.0038319" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0050601, 0.0050639, 0.0050728, 0.0050737, 0.005076, 0.0050812, 0.0050932" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00237;
      rise_capacitance : 0.002468;
      rise_capacitance_range (0.002468, 0.002468);
      fall_capacitance : 0.002272;
      fall_capacitance_range (0.002272, 0.002272);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044545, -0.0044553, -0.004457, -0.0044579, -0.0044599, -0.0044647, -0.0044757" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044438, 0.0044492, 0.0044614, 0.0044632, 0.0044673, 0.0044767, 0.0044984" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002444;
      rise_capacitance : 0.00258;
      rise_capacitance_range (0.00258, 0.00258);
      fall_capacitance : 0.002309;
      fall_capacitance_range (0.002309, 0.002309);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0039104, -0.0039938, -0.0041861, -0.0041886, -0.0041943, -0.0042074, -0.0042378" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043076, 0.0043056, 0.004301, 0.0043016, 0.0043029, 0.0043061, 0.0043134" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002391;
      rise_capacitance : 0.002566;
      rise_capacitance_range (0.002566, 0.002566);
      fall_capacitance : 0.002217;
      fall_capacitance_range (0.002217, 0.002217);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018446, -0.0018461, -0.0018497, -0.001849, -0.0018474, -0.0018439, -0.0018357" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0029133, 0.0029106, 0.0029043, 0.0029101, 0.0029235, 0.0029546, 0.0030261" \
          );
        }
      }
    }
  }
  cell (scs8hd_a211oi_2) {
    area : 12.512;
    cell_footprint : "a211oi";
    cell_leakage_power : 0.00648704;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0124055;
      when : "!A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0001202;
      when : "!A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0124915;
      when : "!A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0009198;
      when : "!A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0124055;
      when : "!A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0001657;
      when : "!A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0124915;
      when : "!A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0009198;
      when : "!A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0124055;
      when : "A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0001634;
      when : "A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0123936;
      when : "A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0009198;
      when : "A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0123934;
      when : "A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0012704;
      when : "A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0114103;
      when : "A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0009168;
      when : "A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.00648704;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1&!C1) | (!A2&!B1&!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.126353;
      max_transition : 1.49236;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.083476, 0.0901307, 0.106926, 0.147083, 0.244766, 0.489125, 1.09719", \
            "0.0868978, 0.093695, 0.110123, 0.150992, 0.250072, 0.493628, 1.10435", \
            "0.0976433, 0.104245, 0.120367, 0.160357, 0.258958, 0.503742, 1.11433", \
            "0.120006, 0.12659, 0.142715, 0.182015, 0.279945, 0.52525, 1.13962", \
            "0.157423, 0.165084, 0.183992, 0.227014, 0.325536, 0.569714, 1.1864", \
            "0.219324, 0.229428, 0.253775, 0.305921, 0.419551, 0.669417, 1.28019", \
            "0.35435, 0.367516, 0.397971, 0.463943, 0.603711, 0.890411, 1.51498" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.05607, 0.0644117, 0.0860295, 0.138987, 0.272723, 0.608705, 1.44847", \
            "0.0562903, 0.0644381, 0.0857397, 0.139218, 0.273027, 0.609548, 1.4489", \
            "0.0561114, 0.0647038, 0.0855008, 0.13895, 0.272783, 0.608098, 1.44755", \
            "0.0579059, 0.06577, 0.0862715, 0.139183, 0.272426, 0.60865, 1.4533", \
            "0.0711717, 0.0788714, 0.0987836, 0.147157, 0.275227, 0.607623, 1.45776", \
            "0.100766, 0.108747, 0.129161, 0.179561, 0.302002, 0.617171, 1.45438", \
            "0.176367, 0.18303, 0.200837, 0.250079, 0.379596, 0.683897, 1.46953" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0182951, 0.0201925, 0.0247273, 0.0352248, 0.059205, 0.115239, 0.251846", \
            "0.0222463, 0.0239739, 0.0282331, 0.0384907, 0.0622585, 0.118289, 0.254894", \
            "0.0299991, 0.0321128, 0.0367308, 0.0468506, 0.0699894, 0.125864, 0.2623", \
            "0.0370683, 0.039968, 0.0462194, 0.0604049, 0.0880772, 0.14369, 0.279798", \
            "0.0361615, 0.0401929, 0.0496742, 0.0698035, 0.109691, 0.183235, 0.320581", \
            "0.0107801, 0.0164035, 0.0295813, 0.0580868, 0.115734, 0.222676, 0.410922", \
            "-0.0810356, -0.0730817, -0.0545824, -0.015509, 0.067698, 0.222226, 0.496604" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0210443, 0.0232439, 0.0284835, 0.0410301, 0.0706327, 0.143965, 0.328299", \
            "0.0211945, 0.023081, 0.0279951, 0.0402917, 0.0703775, 0.143919, 0.328243", \
            "0.0270232, 0.0288334, 0.0326355, 0.0426976, 0.0702604, 0.143576, 0.328289", \
            "0.0384832, 0.0410069, 0.0464438, 0.0576478, 0.0810848, 0.145969, 0.327592", \
            "0.0589516, 0.0621371, 0.0694281, 0.0848175, 0.115452, 0.176136, 0.335622", \
            "0.0956487, 0.100285, 0.110806, 0.133064, 0.175702, 0.257876, 0.409061", \
            "0.161664, 0.168906, 0.184882, 0.216926, 0.28017, 0.393609, 0.597995" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.108927, 0.115336, 0.131293, 0.170748, 0.268247, 0.511575, 1.12156", \
            "0.112695, 0.119142, 0.135217, 0.174988, 0.27293, 0.516671, 1.12675", \
            "0.123177, 0.129583, 0.1455, 0.185019, 0.283058, 0.527197, 1.13811", \
            "0.145703, 0.151993, 0.167886, 0.207132, 0.304902, 0.549156, 1.16354", \
            "0.187487, 0.194652, 0.212012, 0.252906, 0.350433, 0.594597, 1.2059", \
            "0.258244, 0.266894, 0.287762, 0.33643, 0.446272, 0.69456, 1.3054", \
            "0.406465, 0.417404, 0.443956, 0.503148, 0.634303, 0.916144, 1.53916" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0779195, 0.0864348, 0.108144, 0.161583, 0.295454, 0.631948, 1.47533", \
            "0.0779729, 0.086429, 0.108063, 0.162143, 0.295482, 0.631565, 1.47553", \
            "0.0781007, 0.0866255, 0.107819, 0.161422, 0.295559, 0.630129, 1.47125", \
            "0.078705, 0.087033, 0.108208, 0.161917, 0.295019, 0.630156, 1.47535", \
            "0.0897198, 0.0979775, 0.117284, 0.167547, 0.296555, 0.632226, 1.47304", \
            "0.117825, 0.126096, 0.146626, 0.197523, 0.32136, 0.638815, 1.47617", \
            "0.18264, 0.19091, 0.212772, 0.265624, 0.394244, 0.701381, 1.49236" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0227338, 0.0246151, 0.0290761, 0.0394537, 0.0633661, 0.119435, 0.255922", \
            "0.026331, 0.0281171, 0.0324397, 0.0427169, 0.0665323, 0.122571, 0.259007", \
            "0.0332886, 0.0353478, 0.0401018, 0.0502605, 0.0737838, 0.129815, 0.266172", \
            "0.0409768, 0.0436346, 0.0495853, 0.0629682, 0.089801, 0.146403, 0.282999", \
            "0.0418816, 0.045423, 0.05386, 0.0728916, 0.110321, 0.180439, 0.321507", \
            "0.0173056, 0.0226026, 0.0352621, 0.0626689, 0.117411, 0.218279, 0.397702", \
            "-0.0732591, -0.0652601, -0.0477327, -0.0079577, 0.0715427, 0.219747, 0.480029" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0207005, 0.0228583, 0.0280868, 0.0406333, 0.070439, 0.143925, 0.328698", \
            "0.0207321, 0.0227572, 0.0277566, 0.040239, 0.0702519, 0.143675, 0.32854", \
            "0.0250625, 0.0266944, 0.0306839, 0.0416774, 0.0702097, 0.143577, 0.328508", \
            "0.0361788, 0.037955, 0.042538, 0.0526716, 0.0770765, 0.144924, 0.328195", \
            "0.0560686, 0.0585464, 0.0637668, 0.0770391, 0.104731, 0.16619, 0.333437", \
            "0.0900907, 0.0934002, 0.101626, 0.119526, 0.15696, 0.229315, 0.384086", \
            "0.154213, 0.158866, 0.170761, 0.1961, 0.247585, 0.34741, 0.534405" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0584279, 0.0640167, 0.0777394, 0.111066, 0.194289, 0.399254, 0.914063", \
            "0.0625073, 0.0679864, 0.0814999, 0.114657, 0.196843, 0.40067, 0.910533", \
            "0.0736727, 0.0791507, 0.0923987, 0.125279, 0.20732, 0.411666, 0.922083", \
            "0.0967194, 0.102835, 0.116829, 0.149833, 0.231669, 0.439226, 0.946965", \
            "0.133546, 0.141789, 0.161113, 0.202101, 0.287239, 0.491218, 1.00515", \
            "0.203605, 0.214777, 0.242294, 0.295306, 0.405354, 0.622556, 1.13356", \
            "0.367485, 0.38126, 0.412976, 0.482356, 0.625623, 0.904744, 1.44454" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0445804, 0.0516702, 0.0697161, 0.114573, 0.227428, 0.513315, 1.23", \
            "0.0445955, 0.0517021, 0.0695456, 0.114588, 0.22741, 0.509179, 1.21698", \
            "0.0447895, 0.0521094, 0.0697645, 0.114515, 0.226939, 0.509787, 1.221", \
            "0.050951, 0.057201, 0.0733329, 0.115726, 0.227026, 0.51303, 1.22345", \
            "0.0712297, 0.0779494, 0.0947768, 0.132921, 0.233654, 0.5097, 1.22049", \
            "0.108306, 0.116147, 0.136507, 0.179608, 0.278554, 0.526654, 1.22261", \
            "0.169746, 0.17766, 0.199163, 0.252934, 0.373896, 0.634317, 1.25414" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0135133, 0.0146407, 0.0173263, 0.0236417, 0.0385197, 0.0746466, 0.164282", \
            "0.0173625, 0.018521, 0.021129, 0.0272555, 0.042034, 0.0781254, 0.167735", \
            "0.0215038, 0.0231734, 0.0270175, 0.0349071, 0.0505443, 0.0863801, 0.176166", \
            "0.0219681, 0.0244982, 0.0301329, 0.0421951, 0.0649685, 0.106289, 0.195599", \
            "0.0115083, 0.014973, 0.0235135, 0.0411195, 0.075059, 0.136109, 0.241182", \
            "-0.0292991, -0.0240625, -0.0124527, 0.0135026, 0.0643804, 0.15552, 0.311698", \
            "-0.149015, -0.141338, -0.123471, -0.0862201, -0.0118092, 0.122505, 0.354322" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0100407, 0.0113066, 0.0144439, 0.0220065, 0.0407836, 0.0880437, 0.207693", \
            "0.0118164, 0.0127379, 0.0152956, 0.0221668, 0.0406817, 0.0881825, 0.206897", \
            "0.0178084, 0.0191218, 0.0219633, 0.0279626, 0.0431684, 0.088238, 0.207177", \
            "0.0279847, 0.0296601, 0.0338636, 0.0426124, 0.0599595, 0.0963751, 0.207445", \
            "0.0448338, 0.047649, 0.0539747, 0.0666501, 0.0921655, 0.137666, 0.228346", \
            "0.0758232, 0.0800558, 0.0894298, 0.108896, 0.1453, 0.210555, 0.324178", \
            "0.135214, 0.141813, 0.156461, 0.185334, 0.239288, 0.33479, 0.498915" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0346403, 0.0402691, 0.054154, 0.0882846, 0.170399, 0.37897, 0.897342", \
            "0.0380725, 0.043324, 0.0566408, 0.0904398, 0.173032, 0.380313, 0.894042", \
            "0.0500729, 0.0549271, 0.0672273, 0.100095, 0.181959, 0.388423, 0.898821", \
            "0.0748945, 0.0812352, 0.0955506, 0.126782, 0.207789, 0.412309, 0.922204", \
            "0.116418, 0.12529, 0.145531, 0.187683, 0.270461, 0.473992, 0.980527", \
            "0.196652, 0.207947, 0.23448, 0.292388, 0.406912, 0.617895, 1.12142", \
            "0.365944, 0.38003, 0.412816, 0.48591, 0.639043, 0.93225, 1.45981" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.042799, 0.0501872, 0.068807, 0.114487, 0.227373, 0.512121, 1.22766", \
            "0.0419223, 0.0496299, 0.0685215, 0.114302, 0.227, 0.513152, 1.22921", \
            "0.0432332, 0.0498738, 0.0673761, 0.113941, 0.227373, 0.510154, 1.2239", \
            "0.0555747, 0.0613289, 0.0759002, 0.115671, 0.226749, 0.512008, 1.22144", \
            "0.070957, 0.0796542, 0.0996312, 0.140824, 0.236334, 0.510341, 1.21843", \
            "0.10061, 0.111355, 0.13613, 0.190224, 0.296465, 0.534988, 1.22045", \
            "0.160202, 0.171754, 0.202175, 0.267528, 0.409014, 0.675141, 1.27338" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0108628, 0.0118157, 0.0141404, 0.0197673, 0.0335782, 0.0680568, 0.154658", \
            "0.0133318, 0.0146647, 0.0175844, 0.0234419, 0.0372806, 0.0717142, 0.158413", \
            "0.0143427, 0.0164939, 0.020889, 0.0297887, 0.0456803, 0.0802652, 0.166734", \
            "0.0106901, 0.0137011, 0.0203143, 0.0337235, 0.0582847, 0.0998368, 0.186468", \
            "-0.0067767, -0.0022537, 0.0074456, 0.0271349, 0.0636811, 0.12711, 0.232099", \
            "-0.0593285, -0.0524398, -0.0377976, -0.0080362, 0.04703, 0.14139, 0.295803", \
            "-0.198443, -0.188295, -0.165747, -0.12082, -0.0390679, 0.100745, 0.333665" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0060429, 0.0070872, 0.0098766, 0.0171546, 0.0355047, 0.0814114, 0.195373", \
            "0.0088393, 0.0097823, 0.0118185, 0.0178846, 0.0352815, 0.0803588, 0.194315", \
            "0.0139286, 0.0152855, 0.0183937, 0.024864, 0.0390296, 0.0807561, 0.19571", \
            "0.0226385, 0.0246499, 0.0295369, 0.0391502, 0.0566648, 0.091158, 0.19646", \
            "0.0389618, 0.0421688, 0.0489132, 0.062498, 0.0883987, 0.133873, 0.219446", \
            "0.0705602, 0.0748892, 0.0848583, 0.104078, 0.14057, 0.205336, 0.319234", \
            "0.134003, 0.140333, 0.154976, 0.184311, 0.235594, 0.328315, 0.489071" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0224065, 0.0239908, 0.0278658, 0.0371737, 0.0601214, 0.117159, 0.260109", \
            "0.02182, 0.0233792, 0.0272181, 0.0367314, 0.0597722, 0.117287, 0.259878", \
            "0.0214149, 0.0228778, 0.0266527, 0.0359316, 0.0591234, 0.116549, 0.259811", \
            "0.0211983, 0.0226519, 0.0263338, 0.0355638, 0.0584711, 0.115964, 0.259356", \
            "0.0210323, 0.0224658, 0.0260985, 0.0351155, 0.0580113, 0.115203, 0.260186", \
            "0.021515, 0.0229068, 0.0264607, 0.0356196, 0.0581746, 0.115071, 0.25821", \
            "0.0289642, 0.0298846, 0.0326251, 0.0402249, 0.0623315, 0.118166, 0.259681" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0116616, 0.0102192, 0.0066303, -0.0024145, -0.0250837, -0.0822707, -0.226617", \
            "0.0113627, 0.0099209, 0.0063346, -0.0026973, -0.0253635, -0.0825688, -0.226886", \
            "0.0109963, 0.0095682, 0.0059951, -0.0029962, -0.0256357, -0.082767, -0.227148", \
            "0.0106227, 0.0092126, 0.0057856, -0.003189, -0.0257827, -0.0830029, -0.227262", \
            "0.0114158, 0.0099457, 0.0062431, -0.0029614, -0.0257805, -0.0829769, -0.227234", \
            "0.0152249, 0.0136688, 0.0097921, 0.000194, -0.0233917, -0.0818767, -0.226764", \
            "0.0264716, 0.0247664, 0.0205378, 0.0105999, -0.0154268, -0.0757486, -0.223409" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0317815, 0.0332647, 0.0369195, 0.0460374, 0.0687736, 0.125597, 0.268432", \
            "0.0312677, 0.0327564, 0.0364287, 0.0456709, 0.068502, 0.125437, 0.268326", \
            "0.0308623, 0.0323305, 0.0360051, 0.0452197, 0.0681201, 0.125196, 0.268082", \
            "0.0306352, 0.0321029, 0.0357165, 0.0448289, 0.0677167, 0.124843, 0.267951", \
            "0.0304, 0.0318384, 0.035455, 0.0445504, 0.0673524, 0.124394, 0.26745", \
            "0.030705, 0.0321155, 0.0357109, 0.0448822, 0.067413, 0.124297, 0.267237", \
            "0.0367656, 0.0379533, 0.041031, 0.0490751, 0.0711805, 0.127088, 0.268568" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0132772, 0.0118386, 0.0082365, -0.0008155, -0.023481, -0.0806899, -0.225047", \
            "0.0129665, 0.0115554, 0.0079565, -0.0010907, -0.0237583, -0.0809348, -0.225287", \
            "0.0127193, 0.0113038, 0.0077342, -0.0013333, -0.0239926, -0.0811869, -0.225567", \
            "0.0123911, 0.0109854, 0.0074248, -0.0015826, -0.024165, -0.081347, -0.225735", \
            "0.0131705, 0.0116994, 0.0080286, -0.0012044, -0.0240654, -0.0811593, -0.225583", \
            "0.0157109, 0.0141798, 0.0104296, 0.0009496, -0.0224682, -0.0806816, -0.225374", \
            "0.0249889, 0.0233376, 0.0192341, 0.0089661, -0.0156732, -0.0756498, -0.222712" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0173668, 0.018875, 0.0227102, 0.0320183, 0.0549828, 0.112778, 0.25703", \
            "0.0169763, 0.0184507, 0.0222159, 0.0315068, 0.0545682, 0.111707, 0.254862", \
            "0.0166788, 0.0181553, 0.021868, 0.0310246, 0.0539937, 0.111278, 0.254562", \
            "0.0165366, 0.0179744, 0.0216371, 0.0308161, 0.0537424, 0.11136, 0.255386", \
            "0.0164457, 0.0178784, 0.0215257, 0.0306246, 0.0534156, 0.110295, 0.253612", \
            "0.0188158, 0.0200579, 0.023494, 0.0320154, 0.0543674, 0.111108, 0.255053", \
            "0.0283259, 0.0292543, 0.0318278, 0.0391748, 0.0605091, 0.116486, 0.257705" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0084641, 0.0070447, 0.0034729, -0.0054939, -0.0281702, -0.0855353, -0.230088", \
            "0.0083281, 0.0069235, 0.0033885, -0.0055276, -0.0281969, -0.0855301, -0.230005", \
            "0.0081759, 0.0068013, 0.0033221, -0.0055114, -0.0280983, -0.0853859, -0.229848", \
            "0.0085735, 0.007115, 0.0035465, -0.005659, -0.0283105, -0.0854783, -0.229918", \
            "0.0097051, 0.0083051, 0.0043249, -0.0049167, -0.0277989, -0.085036, -0.229663", \
            "0.0136355, 0.0120569, 0.008118, -0.0015086, -0.0251687, -0.0835658, -0.228951", \
            "0.0254503, 0.0237774, 0.0195099, 0.009346, -0.0156896, -0.0751261, -0.223736" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0154658, 0.0170606, 0.0209396, 0.0304521, 0.0534924, 0.110969, 0.254367", \
            "0.0150196, 0.0165327, 0.0202564, 0.0297487, 0.0528712, 0.111021, 0.255409", \
            "0.0150971, 0.016565, 0.0200917, 0.0293288, 0.052335, 0.10977, 0.254424", \
            "0.0157283, 0.017105, 0.0205554, 0.0294749, 0.0520709, 0.109996, 0.253577", \
            "0.0172904, 0.0186271, 0.0220453, 0.0306757, 0.0529037, 0.109654, 0.252211", \
            "0.0227501, 0.0239518, 0.0270923, 0.0354183, 0.0568557, 0.112103, 0.253586", \
            "0.035972, 0.0368459, 0.0392465, 0.0462506, 0.0673357, 0.12172, 0.260204" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "-0.0002808, -0.0016835, -0.0052127, -0.0141947, -0.036924, -0.094385, -0.239028", \
            "-0.0005596, -0.0019404, -0.0054124, -0.0142149, -0.0368491, -0.0942131, -0.238793", \
            "-0.0008349, -0.0022639, -0.0056794, -0.0144031, -0.0367994, -0.0940836, -0.238641", \
            "-0.0006252, -0.0020327, -0.0054833, -0.0143114, -0.0369987, -0.0940742, -0.238584", \
            "0.0009586, -0.0004961, -0.0043497, -0.01336, -0.0361336, -0.0938396, -0.238447", \
            "0.0060637, 0.0043349, 3.37e-05, -0.0101113, -0.0342417, -0.0924403, -0.237308", \
            "0.0197173, 0.0177657, 0.0130376, 0.0018694, -0.0240576, -0.0860085, -0.232348" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004381;
      rise_capacitance : 0.004514;
      rise_capacitance_range (0.004514, 0.004514);
      fall_capacitance : 0.004247;
      fall_capacitance_range (0.004247, 0.004247);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0069566, -0.0069574, -0.0069592, -0.0069426, -0.0069044, -0.0068163, -0.0066132" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0103292, 0.0103422, 0.0103722, 0.0103711, 0.0103685, 0.0103625, 0.0103485" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004381;
      rise_capacitance : 0.004579;
      rise_capacitance_range (0.004579, 0.004579);
      fall_capacitance : 0.004182;
      fall_capacitance_range (0.004182, 0.004182);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087426, -0.0087423, -0.0087415, -0.0087396, -0.0087351, -0.0087247, -0.008701" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087728, 0.0087724, 0.0087713, 0.0087762, 0.0087873, 0.0088129, 0.0088718" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004405;
      rise_capacitance : 0.004684;
      rise_capacitance_range (0.004684, 0.004684);
      fall_capacitance : 0.004126;
      fall_capacitance_range (0.004126, 0.004126);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0081015, -0.008226, -0.0085129, -0.0085201, -0.0085369, -0.0085753, -0.0086639" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0091452, 0.0091496, 0.0091597, 0.009156, 0.0091473, 0.0091276, 0.009082" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004388;
      rise_capacitance : 0.004716;
      rise_capacitance_range (0.004716, 0.004716);
      fall_capacitance : 0.00406;
      fall_capacitance_range (0.00406, 0.00406);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.00385, -0.0038532, -0.0038607, -0.0038583, -0.0038527, -0.00384, -0.0038106" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052489, 0.0052434, 0.0052308, 0.0052508, 0.0052966, 0.0054025, 0.0056467" \
          );
        }
      }
    }
  }
  cell (scs8hd_a211oi_4) {
    area : 20.0192;
    cell_footprint : "a211oi";
    cell_leakage_power : 0.0160444;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0247873;
      when : "!A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0498507;
      when : "!A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0247831;
      when : "!A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0013922;
      when : "!A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0247866;
      when : "!A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0005095;
      when : "!A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0247831;
      when : "!A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0013922;
      when : "!A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0247866;
      when : "A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0004742;
      when : "A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0247831;
      when : "A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0013922;
      when : "A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0248134;
      when : "A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0020021;
      when : "A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0247832;
      when : "A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0013907;
      when : "A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0160444;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1&!C1) | (!A2&!B1&!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.196848;
      max_transition : 1.49756;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0998006, 0.104925, 0.117999, 0.151965, 0.242052, 0.48174, 1.12221", \
            "0.102894, 0.107915, 0.120798, 0.155529, 0.246041, 0.485785, 1.1279", \
            "0.113952, 0.118826, 0.131429, 0.165359, 0.256165, 0.49538, 1.13863", \
            "0.138966, 0.143538, 0.156098, 0.189882, 0.279176, 0.51892, 1.1679", \
            "0.183629, 0.189734, 0.204, 0.239742, 0.329256, 0.567963, 1.2131", \
            "0.260013, 0.267435, 0.284529, 0.328352, 0.430811, 0.675679, 1.32277", \
            "0.417907, 0.426613, 0.449543, 0.506151, 0.630719, 0.91043, 1.56927" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0694724, 0.0754998, 0.0922089, 0.137465, 0.260551, 0.590918, 1.4828", \
            "0.069501, 0.0757371, 0.0923375, 0.13769, 0.260611, 0.590407, 1.48363", \
            "0.0699263, 0.0759039, 0.0924285, 0.137551, 0.259823, 0.588877, 1.48047", \
            "0.0708015, 0.0765623, 0.0928878, 0.137722, 0.259894, 0.589028, 1.48385", \
            "0.0827682, 0.0880821, 0.103516, 0.144576, 0.262065, 0.589355, 1.47936", \
            "0.109608, 0.11513, 0.130917, 0.174388, 0.287026, 0.596694, 1.48562", \
            "0.182391, 0.186887, 0.201331, 0.243771, 0.358938, 0.659487, 1.49756" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0175183, 0.0186133, 0.0214909, 0.0289319, 0.0473124, 0.0926802, 0.209162", \
            "0.0215079, 0.0225066, 0.025208, 0.0323606, 0.0504844, 0.0957035, 0.212373", \
            "0.0281045, 0.0294083, 0.0328652, 0.0405681, 0.0581865, 0.102991, 0.219113", \
            "0.0333136, 0.0350723, 0.0398129, 0.0506347, 0.0737745, 0.120403, 0.236331", \
            "0.0288045, 0.0313236, 0.0377261, 0.0530138, 0.0862267, 0.151733, 0.276692", \
            "-0.0064785, -0.0029477, 0.0057468, 0.0273613, 0.0754631, 0.170768, 0.34783", \
            "-0.123141, -0.118203, -0.105841, -0.0755502, -0.0055015, 0.13274, 0.389163" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0223396, 0.0237102, 0.027399, 0.0370503, 0.0614937, 0.125005, 0.296174", \
            "0.0229828, 0.0241276, 0.0274473, 0.0364413, 0.0609331, 0.124799, 0.296588", \
            "0.0288103, 0.0300438, 0.0330571, 0.0403711, 0.0619311, 0.124322, 0.296254", \
            "0.0397736, 0.0411843, 0.0447573, 0.0537546, 0.0749973, 0.129594, 0.296317", \
            "0.0601827, 0.0620814, 0.0671753, 0.0788697, 0.104345, 0.162936, 0.309089", \
            "0.0967232, 0.0995667, 0.106047, 0.122783, 0.158187, 0.230646, 0.387633", \
            "0.163075, 0.167328, 0.179001, 0.20318, 0.253762, 0.354663, 0.555431" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.124007, 0.128519, 0.140826, 0.172608, 0.257723, 0.488833, 1.1052", \
            "0.127638, 0.132356, 0.144499, 0.176633, 0.26322, 0.492963, 1.10867", \
            "0.138849, 0.143311, 0.155701, 0.18812, 0.273558, 0.502657, 1.13123", \
            "0.163389, 0.167834, 0.179899, 0.212022, 0.297451, 0.526956, 1.14453", \
            "0.209727, 0.214609, 0.227577, 0.26062, 0.346304, 0.574956, 1.19385", \
            "0.287989, 0.293745, 0.308993, 0.348126, 0.444678, 0.678565, 1.29587", \
            "0.449341, 0.456577, 0.475396, 0.523324, 0.637579, 0.903629, 1.536" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0926195, 0.0982203, 0.114238, 0.157657, 0.275503, 0.594263, 1.45101", \
            "0.0923536, 0.0981574, 0.114498, 0.157588, 0.275549, 0.59262, 1.4508", \
            "0.0924823, 0.0986315, 0.114366, 0.157782, 0.275188, 0.592175, 1.45627", \
            "0.0928015, 0.0987006, 0.114584, 0.158043, 0.275503, 0.592961, 1.44983", \
            "0.102654, 0.10793, 0.122331, 0.163538, 0.276917, 0.591549, 1.45061", \
            "0.128174, 0.13425, 0.149562, 0.191559, 0.301071, 0.601515, 1.45035", \
            "0.191914, 0.197835, 0.213026, 0.25621, 0.369282, 0.661125, 1.46837" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0213031, 0.0223764, 0.0253092, 0.0326943, 0.0511018, 0.0964858, 0.213361", \
            "0.0245969, 0.0256719, 0.0284736, 0.0357468, 0.0539901, 0.0992927, 0.215618", \
            "0.0304548, 0.0317164, 0.0347767, 0.0424598, 0.0604069, 0.105637, 0.221862", \
            "0.0358814, 0.0375212, 0.0417064, 0.0517276, 0.0733193, 0.120048, 0.236693", \
            "0.0328996, 0.035179, 0.0410331, 0.055009, 0.0853176, 0.145975, 0.269917", \
            "0.0012789, 0.0044979, 0.0128503, 0.0328011, 0.0770161, 0.164484, 0.328364", \
            "-0.107175, -0.10279, -0.0908744, -0.0616824, 0.0027187, 0.131662, 0.369491" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0224614, 0.0238462, 0.0274693, 0.0370081, 0.0613973, 0.124999, 0.296769", \
            "0.0226571, 0.0239038, 0.0273, 0.0365388, 0.0610307, 0.124813, 0.296339", \
            "0.0269379, 0.02805, 0.0307758, 0.0388598, 0.0614463, 0.124539, 0.296299", \
            "0.0375078, 0.0386782, 0.0415941, 0.049584, 0.07024, 0.127976, 0.296024", \
            "0.0569444, 0.0583702, 0.0620536, 0.0718579, 0.0944631, 0.15075, 0.304473", \
            "0.0910625, 0.0931105, 0.0982553, 0.110702, 0.14081, 0.205615, 0.360285", \
            "0.153529, 0.157279, 0.164222, 0.183288, 0.223625, 0.309516, 0.488945" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0674241, 0.0715027, 0.0823311, 0.110869, 0.184644, 0.380248, 0.908396", \
            "0.0709468, 0.0749544, 0.0855666, 0.113823, 0.187794, 0.384643, 0.912985", \
            "0.0820789, 0.086035, 0.0964334, 0.124306, 0.197781, 0.397166, 0.929394", \
            "0.106311, 0.110432, 0.121105, 0.148665, 0.221937, 0.420499, 0.948558", \
            "0.147062, 0.15243, 0.166761, 0.200351, 0.277974, 0.474228, 1.00467", \
            "0.226361, 0.233672, 0.252539, 0.297944, 0.396174, 0.606785, 1.13515", \
            "0.409033, 0.418127, 0.441185, 0.497058, 0.623588, 0.888747, 1.44791" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0545031, 0.0595948, 0.0734932, 0.111134, 0.212423, 0.485866, 1.22802", \
            "0.0545419, 0.0596402, 0.0735327, 0.111168, 0.212016, 0.486414, 1.22222", \
            "0.0546685, 0.0597122, 0.073533, 0.11104, 0.211875, 0.486118, 1.2281", \
            "0.0596217, 0.0640851, 0.0768544, 0.112108, 0.212303, 0.48719, 1.22511", \
            "0.0789083, 0.0836831, 0.0974458, 0.129583, 0.219475, 0.484771, 1.22652", \
            "0.114009, 0.119257, 0.133922, 0.172053, 0.26501, 0.504328, 1.22353", \
            "0.174552, 0.180261, 0.195898, 0.239791, 0.348235, 0.60444, 1.25816" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0133727, 0.0140822, 0.0159435, 0.0206501, 0.0323329, 0.0621255, 0.141246", \
            "0.0171444, 0.0179113, 0.0198157, 0.0242926, 0.0358212, 0.0655967, 0.144781", \
            "0.020874, 0.0219502, 0.0246323, 0.0309611, 0.0441822, 0.0737755, 0.152632", \
            "0.0205642, 0.0221468, 0.0261557, 0.0354407, 0.0550461, 0.0924282, 0.171591", \
            "0.0073823, 0.0096606, 0.0154444, 0.0290379, 0.0582232, 0.114298, 0.216063", \
            "-0.0406849, -0.0377738, -0.0290991, -0.0089248, 0.0344398, 0.11752, 0.268852", \
            "-0.176801, -0.172196, -0.159424, -0.129857, -0.0665857, 0.0569681, 0.281442" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0105883, 0.0113649, 0.0134519, 0.0189555, 0.0336251, 0.0735899, 0.182498", \
            "0.01253, 0.0130772, 0.014705, 0.0194482, 0.033438, 0.073683, 0.182818", \
            "0.018392, 0.019199, 0.0212407, 0.0259011, 0.0373462, 0.0738752, 0.183014", \
            "0.028352, 0.0295111, 0.0321724, 0.0390253, 0.0536082, 0.0854121, 0.183913", \
            "0.0451722, 0.0468335, 0.0510977, 0.0611407, 0.082561, 0.124537, 0.20983", \
            "0.0753875, 0.078028, 0.08521, 0.100142, 0.131387, 0.191245, 0.303124", \
            "0.133367, 0.137859, 0.149102, 0.172494, 0.218392, 0.305296, 0.464464" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0422979, 0.04653, 0.0574577, 0.0863717, 0.161403, 0.357226, 0.885243", \
            "0.0449229, 0.0488898, 0.0596992, 0.088014, 0.163148, 0.360084, 0.888894", \
            "0.0562019, 0.0597973, 0.0697328, 0.0970048, 0.171558, 0.369274, 0.899775", \
            "0.0840219, 0.0884777, 0.098919, 0.123827, 0.196609, 0.394397, 0.923279", \
            "0.131653, 0.137645, 0.152803, 0.187641, 0.260582, 0.45449, 0.988", \
            "0.222499, 0.230236, 0.249846, 0.297775, 0.402346, 0.608015, 1.13314", \
            "0.414591, 0.424109, 0.4484, 0.508099, 0.645699, 0.930209, 1.47986" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0528734, 0.0580345, 0.0724502, 0.110799, 0.212529, 0.486223, 1.22803", \
            "0.0518726, 0.0573133, 0.0718442, 0.11051, 0.212334, 0.486692, 1.22367", \
            "0.0517853, 0.0567035, 0.0706047, 0.10943, 0.212836, 0.486282, 1.22713", \
            "0.0620368, 0.0668487, 0.0781695, 0.111887, 0.211817, 0.487247, 1.22541", \
            "0.0801073, 0.0860857, 0.101548, 0.136102, 0.222692, 0.487551, 1.23518", \
            "0.109345, 0.116525, 0.136025, 0.181442, 0.282228, 0.510775, 1.22907", \
            "0.168299, 0.176397, 0.197657, 0.255771, 0.382376, 0.646229, 1.2729" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0112194, 0.0118811, 0.0135985, 0.0179725, 0.0292704, 0.0593371, 0.140194", \
            "0.0137568, 0.0146435, 0.0168012, 0.0215573, 0.0328548, 0.0629163, 0.144093", \
            "0.0146753, 0.0160288, 0.0193353, 0.0265402, 0.0408546, 0.0712236, 0.152051", \
            "0.0102448, 0.0121384, 0.017016, 0.0277713, 0.0498333, 0.0896434, 0.171084", \
            "-0.009545, -0.0065919, 0.0003746, 0.0168081, 0.0497273, 0.109926, 0.215455", \
            "-0.0687836, -0.0643245, -0.0534317, -0.0294577, 0.0199626, 0.110388, 0.26793", \
            "-0.225223, -0.218624, -0.202098, -0.165544, -0.0909097, 0.0436634, 0.278647" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0065865, 0.0072791, 0.0093114, 0.0149202, 0.0301397, 0.0716317, 0.183136", \
            "0.0094081, 0.0100085, 0.0114645, 0.016079, 0.0302542, 0.0717302, 0.183424", \
            "0.0144043, 0.0153669, 0.0176525, 0.0230718, 0.0349468, 0.0720266, 0.183814", \
            "0.0234031, 0.0245389, 0.0279127, 0.0358788, 0.0518799, 0.0843077, 0.184775", \
            "0.0396542, 0.0416932, 0.0466676, 0.0573938, 0.080265, 0.12325, 0.210961", \
            "0.0707277, 0.0737364, 0.0804844, 0.0979756, 0.129116, 0.191279, 0.304695", \
            "0.134015, 0.138365, 0.147889, 0.172725, 0.219754, 0.307234, 0.468426" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0436354, 0.0454069, 0.050069, 0.0622868, 0.094881, 0.180856, 0.415494", \
            "0.042519, 0.0442657, 0.0489386, 0.0613806, 0.0942467, 0.180753, 0.415517", \
            "0.0417024, 0.0434025, 0.0479555, 0.0601198, 0.0927984, 0.179809, 0.413481", \
            "0.041308, 0.0429743, 0.0474422, 0.0594452, 0.0917718, 0.178916, 0.412888", \
            "0.0409946, 0.0426278, 0.0470227, 0.058835, 0.0910617, 0.177662, 0.41161", \
            "0.041366, 0.043042, 0.0473372, 0.0592773, 0.0911366, 0.177506, 0.412674", \
            "0.0500341, 0.0512645, 0.0547166, 0.0649325, 0.0965326, 0.18095, 0.412541" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0243346, 0.0227262, 0.0183401, 0.0065263, -0.0254532, -0.111956, -0.347234", \
            "0.0238325, 0.0222241, 0.0178353, 0.0060493, -0.0259146, -0.112474, -0.347757", \
            "0.023023, 0.0214416, 0.0172422, 0.0054225, -0.026483, -0.112979, -0.348327", \
            "0.0224302, 0.0208213, 0.0163474, 0.0046664, -0.0270715, -0.113476, -0.348705", \
            "0.0229154, 0.0212712, 0.0169262, 0.0049776, -0.0271172, -0.113586, -0.348926", \
            "0.0285068, 0.0267817, 0.0221131, 0.0097796, -0.023654, -0.112173, -0.348186", \
            "0.0453132, 0.0434723, 0.0385033, 0.0251834, -0.0096902, -0.102339, -0.340992" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0605593, 0.062224, 0.0666481, 0.0785396, 0.110496, 0.196743, 0.429897", \
            "0.0596799, 0.0613643, 0.0658121, 0.0778255, 0.110039, 0.196282, 0.429281", \
            "0.0589763, 0.0606319, 0.0650439, 0.0772021, 0.109356, 0.195802, 0.429179", \
            "0.0585564, 0.0601873, 0.0646042, 0.0765275, 0.108684, 0.19529, 0.428631", \
            "0.0582136, 0.0598116, 0.0641887, 0.0760911, 0.108227, 0.194664, 0.427915", \
            "0.0585865, 0.0601714, 0.0645639, 0.07647, 0.108353, 0.194448, 0.427692", \
            "0.066835, 0.0681898, 0.0719117, 0.0824966, 0.113988, 0.198798, 0.429596" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0274459, 0.0258368, 0.021461, 0.009609, -0.0223577, -0.108862, -0.344075", \
            "0.0268063, 0.0251982, 0.0208078, 0.0089827, -0.0229794, -0.109459, -0.344763", \
            "0.0261666, 0.0245832, 0.0201443, 0.0083878, -0.023613, -0.110151, -0.34545", \
            "0.0253536, 0.023773, 0.0194626, 0.0077998, -0.024143, -0.110651, -0.345937", \
            "0.0259317, 0.0242654, 0.0197698, 0.0078812, -0.0240623, -0.11043, -0.345747", \
            "0.0303305, 0.0286068, 0.0239887, 0.0116043, -0.0211572, -0.109446, -0.345336", \
            "0.0462057, 0.0444322, 0.0393556, 0.025916, -0.0091318, -0.100152, -0.340627" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0337699, 0.0355498, 0.0402567, 0.0527215, 0.0851153, 0.171627, 0.404278", \
            "0.0328353, 0.0345474, 0.0391812, 0.0515461, 0.0841364, 0.17098, 0.404491", \
            "0.0323363, 0.0339989, 0.0385039, 0.050667, 0.0830623, 0.170344, 0.404546", \
            "0.0319612, 0.033586, 0.0380607, 0.0500664, 0.0822312, 0.169997, 0.4031", \
            "0.0318393, 0.0334517, 0.0378856, 0.0497073, 0.0817104, 0.168153, 0.402236", \
            "0.0354382, 0.0369047, 0.0409652, 0.0523076, 0.0840085, 0.169344, 0.401966", \
            "0.0502303, 0.051312, 0.054445, 0.0639914, 0.0940928, 0.177434, 0.407657" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.015519, 0.0139128, 0.0095683, -0.0021979, -0.0341093, -0.121036, -0.356795", \
            "0.0154368, 0.013854, 0.0095412, -0.0021553, -0.0340072, -0.120889, -0.356619", \
            "0.0155784, 0.0140065, 0.0097273, -0.0018039, -0.0335204, -0.120233, -0.355996", \
            "0.0153182, 0.0137197, 0.009417, -0.002277, -0.0339688, -0.120468, -0.356084", \
            "0.017076, 0.0154163, 0.0109546, -0.000994, -0.033098, -0.120437, -0.355842", \
            "0.0235166, 0.0217304, 0.0171139, 0.0044318, -0.0289009, -0.117299, -0.354486", \
            "0.0429318, 0.0410376, 0.0356982, 0.0223271, -0.0129559, -0.103265, -0.346217" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0310971, 0.0329769, 0.0378331, 0.0505119, 0.0832025, 0.170482, 0.402865", \
            "0.0300474, 0.0317817, 0.0364607, 0.0489752, 0.0819153, 0.169072, 0.402791", \
            "0.0296556, 0.031317, 0.035798, 0.0478362, 0.0808022, 0.168126, 0.403201", \
            "0.0307613, 0.0323912, 0.036614, 0.0479816, 0.0803047, 0.167785, 0.401349", \
            "0.0331182, 0.0346534, 0.0398203, 0.0509891, 0.0812739, 0.167578, 0.403661", \
            "0.0418892, 0.0433234, 0.0472534, 0.0584626, 0.0893658, 0.171152, 0.403505", \
            "0.060315, 0.0613988, 0.0642479, 0.0739747, 0.10325, 0.184362, 0.410367" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0012173, -0.0004057, -0.0047771, -0.0166189, -0.048616, -0.135634, -0.371588", \
            "0.0006858, -0.0009088, -0.0051659, -0.0167861, -0.0484936, -0.135279, -0.371135", \
            "3.79e-05, -0.0014819, -0.0057444, -0.0171507, -0.0485267, -0.135112, -0.370757", \
            "0.0003204, -0.0012259, -0.0054111, -0.0170531, -0.0489016, -0.135175, -0.370694", \
            "0.0023456, 0.0005961, -0.0036286, -0.0159686, -0.0480537, -0.135134, -0.370548", \
            "0.0098695, 0.0083202, 0.002802, -0.009269, -0.04449, -0.132734, -0.369405", \
            "0.0311334, 0.0290536, 0.0233932, 0.0086198, -0.0287858, -0.122285, -0.36184" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008505;
      rise_capacitance : 0.008888;
      rise_capacitance_range (0.008888, 0.008888);
      fall_capacitance : 0.008122;
      fall_capacitance_range (0.008122, 0.008122);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0144759, -0.014485, -0.0145061, -0.014479, -0.0144166, -0.0142727, -0.0139411" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0196961, 0.0197023, 0.0197167, 0.019722, 0.0197344, 0.0197628, 0.0198285" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.009131;
      rise_capacitance : 0.009588;
      rise_capacitance_range (0.009588, 0.009588);
      fall_capacitance : 0.008673;
      fall_capacitance_range (0.008673, 0.008673);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0179159, -0.0179058, -0.0178825, -0.0178852, -0.0178914, -0.0179057, -0.0179388" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0179475, 0.0179399, 0.0179224, 0.017928, 0.0179411, 0.0179713, 0.018041" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.009255;
      rise_capacitance : 0.009839;
      rise_capacitance_range (0.009839, 0.009839);
      fall_capacitance : 0.00867;
      fall_capacitance_range (0.00867, 0.00867);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0157226, -0.0160809, -0.0169069, -0.0169214, -0.0169548, -0.0170319, -0.0172097" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0190425, 0.0190233, 0.0189788, 0.0189811, 0.0189862, 0.0189982, 0.0190255" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008675;
      rise_capacitance : 0.009331;
      rise_capacitance_range (0.009331, 0.009331);
      fall_capacitance : 0.00802;
      fall_capacitance_range (0.00802, 0.00802);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0076152, -0.0076121, -0.0076052, -0.0076023, -0.0075955, -0.00758, -0.0075442" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0096683, 0.0096693, 0.0096715, 0.0096839, 0.0097124, 0.0097782, 0.0099301" \
          );
        }
      }
    }
  }
  cell (scs8hd_a21bo_1) {
    area : 10.0096;
    cell_footprint : "a21bo";
    cell_leakage_power : 0.00568419;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0063631;
      when : "!A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.0063386;
      when : "!A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0063951;
      when : "!A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0063386;
      when : "!A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.0063916;
      when : "A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.0063386;
      when : "A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.000979;
      when : "A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0063289;
      when : "A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.00568419;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2) | (!B1N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.240794;
      max_transition : 1.50447;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0429954, 0.0476979, 0.0593211, 0.0898156, 0.174034, 0.409509, 1.06945", \
            "0.0459837, 0.0507023, 0.0623724, 0.0928701, 0.177556, 0.413811, 1.07575", \
            "0.0534453, 0.0581331, 0.0698324, 0.100329, 0.184627, 0.420526, 1.08125", \
            "0.0623342, 0.0672079, 0.0790182, 0.109828, 0.194164, 0.429873, 1.09077", \
            "0.0644666, 0.0700257, 0.0824222, 0.113078, 0.197886, 0.434162, 1.09286", \
            "0.042028, 0.0490512, 0.0637519, 0.0945144, 0.178951, 0.415242, 1.07634", \
            "-0.0470048, -0.0383003, -0.0194456, 0.0165704, 0.100244, 0.335618, 0.996997" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0136074, 0.0188108, 0.0334903, 0.0761708, 0.197851, 0.538586, 1.49426", \
            "0.0136635, 0.0187997, 0.0334505, 0.0762185, 0.198293, 0.540773, 1.49975", \
            "0.0137461, 0.0188644, 0.0334883, 0.0762706, 0.198365, 0.540627, 1.49936", \
            "0.0152744, 0.0201456, 0.0343471, 0.076598, 0.197757, 0.539447, 1.49635", \
            "0.01869, 0.023436, 0.0362711, 0.0770174, 0.19799, 0.540348, 1.49423", \
            "0.0238551, 0.0292279, 0.0415891, 0.0789837, 0.198888, 0.539254, 1.49505", \
            "0.0318785, 0.0384187, 0.0531216, 0.0875079, 0.200518, 0.541448, 1.49512" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0836315, 0.0884544, 0.0991557, 0.121313, 0.170318, 0.293799, 0.635637", \
            "0.0877807, 0.0924963, 0.103159, 0.125447, 0.174395, 0.298006, 0.640161", \
            "0.0990413, 0.103814, 0.114418, 0.136678, 0.185809, 0.309298, 0.651441", \
            "0.12451, 0.129029, 0.139652, 0.161944, 0.210926, 0.334324, 0.676787", \
            "0.170374, 0.175641, 0.187142, 0.211103, 0.261641, 0.385579, 0.727319", \
            "0.251974, 0.25803, 0.271275, 0.298597, 0.353217, 0.478302, 0.820381", \
            "0.421132, 0.428121, 0.443645, 0.475596, 0.536686, 0.666434, 1.00644" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0150158, 0.0188097, 0.0272912, 0.0479272, 0.101493, 0.257249, 0.70392", \
            "0.0150162, 0.0186639, 0.0273889, 0.0477298, 0.101512, 0.258545, 0.705449", \
            "0.0150089, 0.0188527, 0.027372, 0.0477352, 0.101429, 0.256822, 0.706085", \
            "0.0152599, 0.0190566, 0.0276716, 0.0480347, 0.101425, 0.256276, 0.712835", \
            "0.0182811, 0.0220799, 0.0313204, 0.0513158, 0.103853, 0.257774, 0.705872", \
            "0.0240005, 0.0283791, 0.0385066, 0.0593717, 0.110721, 0.261479, 0.707019", \
            "0.0322443, 0.0370689, 0.0481643, 0.0721781, 0.123013, 0.265317, 0.706696" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0461996, 0.0509398, 0.0625772, 0.0928167, 0.176762, 0.412156, 1.07221", \
            "0.0493201, 0.054042, 0.0656549, 0.0959779, 0.179949, 0.415354, 1.07537", \
            "0.0561329, 0.0608091, 0.072312, 0.102721, 0.186724, 0.422371, 1.08291", \
            "0.0655654, 0.0705153, 0.0823631, 0.112828, 0.197411, 0.433362, 1.09491", \
            "0.0692441, 0.0749368, 0.0876124, 0.118281, 0.202966, 0.439566, 1.09965", \
            "0.0499551, 0.0571134, 0.0720519, 0.104032, 0.188398, 0.423928, 1.08411", \
            "-0.0327629, -0.0239286, -0.0047828, 0.0322997, 0.117306, 0.354152, 1.0147" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0136319, 0.0188141, 0.03346, 0.0761509, 0.198339, 0.539689, 1.49757", \
            "0.0136171, 0.0187911, 0.0334543, 0.0761096, 0.198352, 0.539703, 1.49746", \
            "0.0136594, 0.0188169, 0.0335128, 0.0762341, 0.197826, 0.539541, 1.49549", \
            "0.0152443, 0.0200987, 0.0342376, 0.0764299, 0.198445, 0.540737, 1.50017", \
            "0.0185806, 0.0234981, 0.0363298, 0.0771221, 0.19763, 0.539876, 1.49815", \
            "0.0236996, 0.0292746, 0.0420683, 0.0793233, 0.199051, 0.538828, 1.49407", \
            "0.0310566, 0.0382279, 0.0531859, 0.0881897, 0.200893, 0.540886, 1.48957" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0985182, 0.103755, 0.115042, 0.138305, 0.188412, 0.312509, 0.654783", \
            "0.102943, 0.108153, 0.119589, 0.142734, 0.192784, 0.316815, 0.659104", \
            "0.113865, 0.119096, 0.130451, 0.153627, 0.203691, 0.327827, 0.670002", \
            "0.137553, 0.142766, 0.154197, 0.177394, 0.227434, 0.351559, 0.694662", \
            "0.182656, 0.188295, 0.200493, 0.224974, 0.275655, 0.39987, 0.741658", \
            "0.264962, 0.271379, 0.285175, 0.312626, 0.366396, 0.492222, 0.834493", \
            "0.435259, 0.442618, 0.458701, 0.490528, 0.550451, 0.679618, 1.02162" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0173084, 0.0210437, 0.029587, 0.0498957, 0.103346, 0.258069, 0.70496", \
            "0.0173146, 0.0213003, 0.0297109, 0.0501051, 0.103048, 0.258895, 0.707847", \
            "0.0174078, 0.0212471, 0.0299564, 0.0501096, 0.103072, 0.258476, 0.707308", \
            "0.0173299, 0.0212551, 0.0298792, 0.05007, 0.103302, 0.259584, 0.707725", \
            "0.0198825, 0.0238427, 0.0325619, 0.0522992, 0.105099, 0.257506, 0.704898", \
            "0.0252604, 0.0295172, 0.0390022, 0.0594976, 0.111259, 0.260803, 0.704619", \
            "0.0330692, 0.0376511, 0.0484205, 0.0717018, 0.121431, 0.265436, 0.707616" \
          );
        }
      }
      timing () {
        related_pin : "B1N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0883611, 0.092789, 0.104219, 0.135181, 0.219904, 0.456427, 1.11723", \
            "0.0923539, 0.0967959, 0.108213, 0.139119, 0.223838, 0.460198, 1.1211", \
            "0.103786, 0.108218, 0.119641, 0.150498, 0.235438, 0.471914, 1.13609", \
            "0.130764, 0.135188, 0.146588, 0.177439, 0.262397, 0.498821, 1.16197", \
            "0.177464, 0.182012, 0.193385, 0.224259, 0.309124, 0.54558, 1.20894", \
            "0.252483, 0.25736, 0.268915, 0.299784, 0.384535, 0.620516, 1.28569", \
            "0.388895, 0.39469, 0.406823, 0.437037, 0.52204, 0.75827, 1.41797" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0127185, 0.0176241, 0.0324272, 0.0756453, 0.197514, 0.540715, 1.50055", \
            "0.0127055, 0.0176299, 0.0324128, 0.0756772, 0.197509, 0.539509, 1.50014", \
            "0.0127087, 0.0176341, 0.032403, 0.0756606, 0.197331, 0.541405, 1.49875", \
            "0.0128421, 0.0177139, 0.0324982, 0.0756465, 0.197105, 0.541466, 1.50401", \
            "0.0139063, 0.0184847, 0.0328187, 0.0756358, 0.197328, 0.54152, 1.50447", \
            "0.0155736, 0.0200594, 0.0335968, 0.0759998, 0.197366, 0.538522, 1.49759", \
            "0.0179139, 0.0224681, 0.0350421, 0.0763879, 0.197388, 0.538817, 1.49398" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0744661, 0.0788586, 0.0885088, 0.10899, 0.155842, 0.278559, 0.621549", \
            "0.0781487, 0.0825286, 0.092169, 0.112659, 0.159492, 0.282053, 0.624066", \
            "0.0861176, 0.0904789, 0.100164, 0.120632, 0.167487, 0.290189, 0.633591", \
            "0.0959595, 0.100348, 0.109932, 0.130457, 0.177349, 0.299931, 0.643048", \
            "0.103099, 0.107475, 0.1171, 0.137585, 0.184493, 0.307187, 0.650528", \
            "0.0981532, 0.102582, 0.112275, 0.132873, 0.179987, 0.302627, 0.644079", \
            "0.0512025, 0.0560064, 0.0664638, 0.0877639, 0.135472, 0.258066, 0.600952" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0129839, 0.0164172, 0.0243095, 0.0442135, 0.0981278, 0.255148, 0.703014", \
            "0.0129728, 0.0164338, 0.0243315, 0.0439689, 0.0982161, 0.25693, 0.703298", \
            "0.013039, 0.0163931, 0.0242107, 0.0441523, 0.0980828, 0.255127, 0.706541", \
            "0.0130398, 0.0163607, 0.0244373, 0.0442782, 0.0982016, 0.255858, 0.706138", \
            "0.0131941, 0.0165351, 0.0244663, 0.0442764, 0.097763, 0.255224, 0.704774", \
            "0.0137649, 0.0170519, 0.0252482, 0.0446883, 0.0980782, 0.255156, 0.709655", \
            "0.016171, 0.0197696, 0.0274523, 0.0463915, 0.0992305, 0.255555, 0.714125" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109726, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0147214, 0.016488, 0.0213404, 0.0346611, 0.0720392, 0.175497, 0.466098", \
            "0.0145056, 0.0162863, 0.0211568, 0.0344928, 0.0715269, 0.176157, 0.468159", \
            "0.0143536, 0.0161232, 0.0209323, 0.0342969, 0.0714534, 0.175268, 0.466082", \
            "0.014337, 0.0160785, 0.0208318, 0.0341247, 0.0712828, 0.174968, 0.465481", \
            "0.015254, 0.0169528, 0.0216183, 0.0345346, 0.0715181, 0.176291, 0.466052", \
            "0.0177741, 0.0193929, 0.0240991, 0.036948, 0.0737132, 0.177323, 0.47012", \
            "0.0250334, 0.0264854, 0.0309739, 0.0441382, 0.0807234, 0.183802, 0.474177" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109726, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0123942, 0.0111321, 0.007666, -0.0042376, -0.0411601, -0.146142, -0.440487", \
            "0.0120456, 0.0107672, 0.0072887, -0.0045532, -0.0415126, -0.146484, -0.440829", \
            "0.0117588, 0.0104873, 0.0070147, -0.0048624, -0.0417719, -0.146778, -0.441049", \
            "0.0116327, 0.0103165, 0.0068025, -0.0051185, -0.0419996, -0.146998, -0.441259", \
            "0.0117537, 0.0099551, 0.0062807, -0.0052869, -0.0421228, -0.147065, -0.441337", \
            "0.0160164, 0.0141077, 0.0093345, -0.0041362, -0.0415053, -0.146107, -0.44031", \
            "0.0219981, 0.019877, 0.0145777, 0.0007727, -0.0368591, -0.141861, -0.435726" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109726, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0144659, 0.0162432, 0.0210889, 0.0343229, 0.0712475, 0.17487, 0.465424", \
            "0.0142811, 0.0160705, 0.0209054, 0.0341779, 0.0711152, 0.174758, 0.46528", \
            "0.0140949, 0.0158558, 0.0206203, 0.0339614, 0.070926, 0.174489, 0.46489", \
            "0.0139801, 0.0157534, 0.0205299, 0.033804, 0.0712068, 0.175422, 0.467375", \
            "0.0147004, 0.0164005, 0.0211536, 0.0341883, 0.0710989, 0.174714, 0.467751", \
            "0.0169286, 0.0185678, 0.023235, 0.0363993, 0.0733742, 0.176983, 0.467003", \
            "0.0238818, 0.0254199, 0.0299375, 0.0430962, 0.0801187, 0.183311, 0.471518" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109726, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0155539, 0.0141666, 0.0107392, -0.0009795, -0.0377613, -0.142719, -0.436982", \
            "0.0153517, 0.0139737, 0.0104949, -0.0012292, -0.0379858, -0.142954, -0.437056", \
            "0.0150995, 0.0137193, 0.0102917, -0.0014605, -0.0382213, -0.143199, -0.437153", \
            "0.0149768, 0.0135729, 0.0101515, -0.0016585, -0.0384116, -0.143318, -0.437527", \
            "0.014452, 0.0130487, 0.0098057, -0.0018333, -0.0384764, -0.143413, -0.437618", \
            "0.019927, 0.0180131, 0.0130118, -0.0004164, -0.0374504, -0.14218, -0.436407", \
            "0.0267258, 0.0246169, 0.0193095, 0.005546, -0.0321686, -0.13724, -0.430999" \
          );
        }
      }
      internal_power () {
        related_pin : "B1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109726, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0122592, 0.0142165, 0.0192862, 0.0328638, 0.0701709, 0.175101, 0.465188", \
            "0.0120703, 0.0140231, 0.0190958, 0.0327301, 0.0700227, 0.174927, 0.467431", \
            "0.0120369, 0.0139995, 0.01908, 0.0326637, 0.070286, 0.174926, 0.46535", \
            "0.0115447, 0.0135118, 0.0185773, 0.0321081, 0.0697144, 0.174453, 0.467245", \
            "0.010686, 0.0128363, 0.0181136, 0.0316477, 0.0690227, 0.174049, 0.466928", \
            "0.0109496, 0.0126735, 0.0175195, 0.0309812, 0.0686931, 0.172191, 0.464264", \
            "0.0111429, 0.0130548, 0.017796, 0.0310913, 0.0686483, 0.173739, 0.464103" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109726, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0112322, 0.0100401, 0.0065656, -0.0055862, -0.0427002, -0.147766, -0.441988", \
            "0.0111461, 0.0099387, 0.0064491, -0.005663, -0.0427975, -0.147816, -0.442071", \
            "0.0111494, 0.0099336, 0.0064711, -0.0056684, -0.0427688, -0.147822, -0.442071", \
            "0.0106873, 0.0094832, 0.0059846, -0.0061567, -0.0432616, -0.148288, -0.44254", \
            "0.0131089, 0.0114575, 0.0068311, -0.0063983, -0.0436482, -0.148634, -0.442873", \
            "0.0132748, 0.0116476, 0.0071199, -0.0061645, -0.0434694, -0.148588, -0.442807", \
            "0.0145977, 0.0129309, 0.008019, -0.005247, -0.0422557, -0.14747, -0.441653" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002453;
      rise_capacitance : 0.002564;
      rise_capacitance_range (0.002564, 0.002564);
      fall_capacitance : 0.002343;
      fall_capacitance_range (0.002343, 0.002343);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045734, -0.0045689, -0.0045584, -0.0045587, -0.0045594, -0.0045609, -0.0045644" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045726, 0.0045709, 0.0045669, 0.0045686, 0.0045726, 0.0045817, 0.0046029" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002456;
      rise_capacitance : 0.002588;
      rise_capacitance_range (0.002588, 0.002588);
      fall_capacitance : 0.002325;
      fall_capacitance_range (0.002325, 0.002325);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044798, -0.0044792, -0.0044778, -0.0044789, -0.0044813, -0.0044868, -0.0044996" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044748, 0.0044781, 0.0044856, 0.0044859, 0.0044867, 0.0044885, 0.0044925" \
          );
        }
      }
    }
    pin (B1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001846;
      rise_capacitance : 0.001924;
      rise_capacitance_range (0.001924, 0.001924);
      fall_capacitance : 0.001768;
      fall_capacitance_range (0.001768, 0.001768);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0019898, 0.0018983, 0.0016876, 0.0020934, 0.0030289, 0.005185, 0.0101552" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0105219, 0.010439, 0.010248, 0.0107103, 0.0117761, 0.0142328, 0.0198956" \
          );
        }
      }
    }
  }
  cell (scs8hd_a21bo_2) {
    area : 10.0096;
    cell_footprint : "a21bo";
    cell_leakage_power : 0.00797138;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0124553;
      when : "!A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.006351;
      when : "!A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0124785;
      when : "!A1&A2&B1N";
    }
    leakage_power () {
      value : 0.006351;
      when : "!A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.0124731;
      when : "A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.006351;
      when : "A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0009719;
      when : "A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0063392;
      when : "A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.00797138;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2) | (!B1N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.377207;
      max_transition : 1.504;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0539805, 0.0580992, 0.0685582, 0.0955817, 0.172155, 0.398833, 1.08232", \
            "0.0570455, 0.0611503, 0.0716189, 0.0986136, 0.17516, 0.401832, 1.0855", \
            "0.064677, 0.0687589, 0.0791571, 0.105987, 0.182477, 0.40982, 1.09182", \
            "0.0776615, 0.0818411, 0.0925049, 0.119409, 0.195725, 0.422992, 1.1083", \
            "0.0873837, 0.092314, 0.103606, 0.130578, 0.2071, 0.434135, 1.11752", \
            "0.076586, 0.0825597, 0.0962643, 0.125258, 0.200884, 0.4285, 1.11042", \
            "0.0078567, 0.0148073, 0.0319337, 0.066967, 0.144129, 0.370568, 1.05478" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0145219, 0.0183629, 0.0296813, 0.0643722, 0.173193, 0.502534, 1.50166", \
            "0.0144934, 0.0183876, 0.0296612, 0.064359, 0.173273, 0.502693, 1.50166", \
            "0.0144073, 0.0183122, 0.029625, 0.0643802, 0.173077, 0.503563, 1.49863", \
            "0.0159868, 0.019727, 0.0307837, 0.0648988, 0.172707, 0.503036, 1.50326", \
            "0.019583, 0.0233782, 0.0336432, 0.066233, 0.173181, 0.503951, 1.49922", \
            "0.0254537, 0.0299391, 0.0410301, 0.0701997, 0.174164, 0.503902, 1.50066", \
            "0.0340055, 0.0394504, 0.0532703, 0.0825693, 0.177137, 0.506103, 1.49861" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.100353, 0.104171, 0.113347, 0.133227, 0.174926, 0.275353, 0.562057", \
            "0.104769, 0.10854, 0.117781, 0.137739, 0.179335, 0.279694, 0.566531", \
            "0.115998, 0.119777, 0.129024, 0.14883, 0.190517, 0.29089, 0.578168", \
            "0.141423, 0.145186, 0.154423, 0.174313, 0.216023, 0.31632, 0.603462", \
            "0.192535, 0.196556, 0.206362, 0.22714, 0.269828, 0.370708, 0.657773", \
            "0.282694, 0.287225, 0.29828, 0.321701, 0.368792, 0.472602, 0.760122", \
            "0.457198, 0.462339, 0.475152, 0.502451, 0.557098, 0.66837, 0.956275" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0178728, 0.0205669, 0.0270563, 0.042512, 0.0827078, 0.200909, 0.582431", \
            "0.0178265, 0.0204429, 0.0270779, 0.0425578, 0.0825062, 0.201224, 0.58076", \
            "0.0177851, 0.0203859, 0.0269999, 0.0429689, 0.0825058, 0.201519, 0.577329", \
            "0.0179334, 0.0204143, 0.0272515, 0.0426399, 0.0824964, 0.201281, 0.578525", \
            "0.0206734, 0.0232167, 0.0304519, 0.0454815, 0.0846895, 0.202113, 0.579853", \
            "0.0275059, 0.0302894, 0.0373982, 0.0547417, 0.0928021, 0.20582, 0.581692", \
            "0.0387008, 0.0417143, 0.0492898, 0.0686807, 0.107889, 0.216155, 0.581691" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0569861, 0.061134, 0.0715768, 0.0985736, 0.175124, 0.402046, 1.08494", \
            "0.0602607, 0.0643858, 0.0748367, 0.101864, 0.178493, 0.405432, 1.08818", \
            "0.0678336, 0.0719358, 0.0823732, 0.109252, 0.185686, 0.41273, 1.09631", \
            "0.0812966, 0.0855257, 0.0961477, 0.122974, 0.199327, 0.426509, 1.11157", \
            "0.0935431, 0.0984656, 0.109834, 0.137048, 0.213401, 0.441125, 1.12401", \
            "0.0890205, 0.0949908, 0.108754, 0.137865, 0.213535, 0.441475, 1.12391", \
            "0.0332027, 0.0401534, 0.0571829, 0.0926396, 0.170358, 0.397422, 1.08289" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0144486, 0.0183688, 0.0296683, 0.0642111, 0.173064, 0.502419, 1.50126", \
            "0.0144871, 0.0183753, 0.0296711, 0.0643667, 0.17326, 0.502984, 1.50116", \
            "0.0144207, 0.0183464, 0.029642, 0.0642753, 0.172926, 0.503453, 1.50124", \
            "0.0155873, 0.019421, 0.0304653, 0.0646986, 0.172809, 0.502899, 1.50329", \
            "0.0191586, 0.0227821, 0.0333218, 0.0660695, 0.173177, 0.503058, 1.50147", \
            "0.0244375, 0.0289784, 0.0399308, 0.0701264, 0.17403, 0.503063, 1.49936", \
            "0.0321902, 0.0377857, 0.0517802, 0.0814757, 0.177732, 0.505032, 1.49482" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.113803, 0.117921, 0.127914, 0.149045, 0.191927, 0.293547, 0.580786", \
            "0.118549, 0.12271, 0.132662, 0.153696, 0.196687, 0.298243, 0.585686", \
            "0.129579, 0.13368, 0.143661, 0.164704, 0.207694, 0.309346, 0.596697", \
            "0.153338, 0.157445, 0.167407, 0.188507, 0.231508, 0.333153, 0.62068", \
            "0.202014, 0.206312, 0.216644, 0.238391, 0.282061, 0.384018, 0.671284", \
            "0.288857, 0.2937, 0.305019, 0.329334, 0.377013, 0.481694, 0.769261", \
            "0.457076, 0.462554, 0.47567, 0.503911, 0.558593, 0.669413, 0.95778" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0200578, 0.0228794, 0.0298114, 0.0454403, 0.0848444, 0.203241, 0.581465", \
            "0.020205, 0.0229119, 0.0298308, 0.0457869, 0.0850104, 0.203259, 0.583013", \
            "0.0200772, 0.0228837, 0.0297768, 0.0456601, 0.0849739, 0.203307, 0.581711", \
            "0.0200537, 0.0228858, 0.0297735, 0.0454414, 0.0850418, 0.203002, 0.583827", \
            "0.0223543, 0.0251401, 0.0321397, 0.0477387, 0.0864504, 0.203656, 0.578667", \
            "0.02833, 0.0313414, 0.0387264, 0.0551403, 0.0937122, 0.207174, 0.579851", \
            "0.0388084, 0.0419375, 0.0505541, 0.0685206, 0.108596, 0.216105, 0.58101" \
          );
        }
      }
      timing () {
        related_pin : "B1N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0971347, 0.100857, 0.11056, 0.13684, 0.212669, 0.439589, 1.12202", \
            "0.101474, 0.105207, 0.114898, 0.141163, 0.217016, 0.444008, 1.12767", \
            "0.113528, 0.117307, 0.126993, 0.153277, 0.229427, 0.456612, 1.14033", \
            "0.141518, 0.145267, 0.15496, 0.181203, 0.257244, 0.484012, 1.16611", \
            "0.19289, 0.196711, 0.206451, 0.232687, 0.308713, 0.535502, 1.21798", \
            "0.276228, 0.280383, 0.290475, 0.316779, 0.393146, 0.619613, 1.30543", \
            "0.427361, 0.432137, 0.443029, 0.469476, 0.545899, 0.772585, 1.45361" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0133846, 0.0169937, 0.0281662, 0.0633854, 0.172385, 0.504839, 1.50318", \
            "0.0134157, 0.0170668, 0.0280848, 0.0633944, 0.172364, 0.502955, 1.50034", \
            "0.0134206, 0.0170632, 0.0281178, 0.0633902, 0.171927, 0.503468, 1.50328", \
            "0.0134664, 0.0170749, 0.0282079, 0.0633545, 0.172072, 0.504898, 1.50002", \
            "0.0143332, 0.0178332, 0.028781, 0.0636713, 0.172347, 0.504521, 1.50244", \
            "0.0162159, 0.0197135, 0.0300915, 0.0642098, 0.172523, 0.501489, 1.504", \
            "0.018922, 0.022662, 0.032532, 0.0652262, 0.173227, 0.50263, 1.49833" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0858371, 0.089327, 0.0978128, 0.115796, 0.154604, 0.252496, 0.539293", \
            "0.089426, 0.0928848, 0.101354, 0.119375, 0.15815, 0.256055, 0.543008", \
            "0.096542, 0.10002, 0.108515, 0.126525, 0.165281, 0.263232, 0.550093", \
            "0.105211, 0.10869, 0.116852, 0.134929, 0.173712, 0.271593, 0.558895", \
            "0.110579, 0.114049, 0.122483, 0.140435, 0.179208, 0.277055, 0.564133", \
            "0.10212, 0.105622, 0.114014, 0.131958, 0.170794, 0.268723, 0.554835", \
            "0.0492334, 0.0528607, 0.0617791, 0.080272, 0.119249, 0.217439, 0.503643" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0149259, 0.017404, 0.0234916, 0.0382332, 0.0771506, 0.198635, 0.575303", \
            "0.0150342, 0.0175408, 0.0234411, 0.0384036, 0.0771602, 0.198692, 0.581181", \
            "0.0149151, 0.0173803, 0.0235178, 0.0382676, 0.0771717, 0.198639, 0.581287", \
            "0.0150152, 0.0175565, 0.0235135, 0.0382798, 0.0775544, 0.199119, 0.58024", \
            "0.0150918, 0.0174315, 0.0236254, 0.0381228, 0.0773802, 0.198711, 0.579124", \
            "0.0152483, 0.017697, 0.0238591, 0.0386883, 0.0775828, 0.198111, 0.578204", \
            "0.0173133, 0.0196143, 0.0259229, 0.0399091, 0.0785741, 0.198573, 0.579886" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0210114, 0.023038, 0.0291365, 0.0471453, 0.100057, 0.257368, 0.731399", \
            "0.0208382, 0.0228646, 0.0289771, 0.0469555, 0.0998929, 0.257224, 0.73133", \
            "0.0207144, 0.0227417, 0.0288028, 0.0466601, 0.099628, 0.257384, 0.731921", \
            "0.0207999, 0.0227621, 0.0286838, 0.0463766, 0.0992741, 0.257228, 0.730817", \
            "0.0217381, 0.0236362, 0.0293506, 0.0462963, 0.0988917, 0.256565, 0.731642", \
            "0.0242569, 0.0259844, 0.0316291, 0.0486837, 0.100469, 0.258065, 0.731689", \
            "0.0314288, 0.032951, 0.0383383, 0.0552376, 0.107101, 0.263456, 0.735828" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0170108, 0.0150046, 0.0097621, -0.0050682, -0.055598, -0.213904, -0.693328", \
            "0.0167456, 0.0147, 0.0094608, -0.0053376, -0.0558468, -0.21422, -0.693643", \
            "0.0164376, 0.0144236, 0.0091553, -0.0057182, -0.0561786, -0.214546, -0.694061", \
            "0.0162278, 0.0141762, 0.0089534, -0.0060424, -0.0565086, -0.214767, -0.694236", \
            "0.0164127, 0.0142873, 0.0090061, -0.0062181, -0.0567241, -0.214957, -0.694329", \
            "0.0223628, 0.0199674, 0.0135329, -0.0042705, -0.0565905, -0.214299, -0.693592", \
            "0.0295808, 0.0268871, 0.0194711, 0.0009307, -0.0520097, -0.210667, -0.689511" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0207325, 0.0227646, 0.0288791, 0.0468161, 0.099771, 0.257076, 0.730614", \
            "0.0205638, 0.0225973, 0.0286911, 0.0466974, 0.0996509, 0.256909, 0.730443", \
            "0.0204436, 0.0224888, 0.0285686, 0.0464659, 0.0994243, 0.256656, 0.731256", \
            "0.0203791, 0.0224307, 0.0283278, 0.0461159, 0.0990234, 0.256967, 0.730309", \
            "0.0212455, 0.0231268, 0.0288803, 0.0459722, 0.0985872, 0.256242, 0.730715", \
            "0.0235131, 0.0253192, 0.0310786, 0.0481787, 0.0999884, 0.257136, 0.73077", \
            "0.0297161, 0.0313343, 0.0368041, 0.0539792, 0.10605, 0.262501, 0.735128" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0200621, 0.0179417, 0.0125143, -0.0022806, -0.0526126, -0.2108, -0.690126", \
            "0.0198964, 0.0178124, 0.0124007, -0.0024041, -0.0527802, -0.210996, -0.690282", \
            "0.0197027, 0.0175658, 0.0121749, -0.0026139, -0.0529845, -0.211153, -0.690496", \
            "0.0195501, 0.0174191, 0.0119918, -0.0029008, -0.0532445, -0.211372, -0.690691", \
            "0.0198205, 0.0176313, 0.0120139, -0.003124, -0.0533339, -0.211456, -0.690762", \
            "0.025961, 0.0235598, 0.0170715, -0.0007932, -0.0530197, -0.210632, -0.689954", \
            "0.0332161, 0.0306206, 0.0236024, 0.0049507, -0.0480351, -0.206688, -0.685596" \
          );
        }
      }
      internal_power () {
        related_pin : "B1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0188323, 0.0208755, 0.0269559, 0.044838, 0.0975021, 0.255376, 0.726661", \
            "0.0187201, 0.0207657, 0.0268322, 0.0447311, 0.0973783, 0.255069, 0.729975", \
            "0.0187198, 0.0207842, 0.0268457, 0.0447308, 0.0973501, 0.254842, 0.73032", \
            "0.0184408, 0.0204967, 0.0265488, 0.0444017, 0.0970214, 0.254927, 0.726472", \
            "0.0183463, 0.0203895, 0.0264097, 0.0441261, 0.0967549, 0.254602, 0.726009", \
            "0.0182576, 0.0202019, 0.0259998, 0.0435058, 0.0963338, 0.253325, 0.728531", \
            "0.0197547, 0.0217613, 0.0273732, 0.0449602, 0.0979432, 0.255998, 0.726576" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0162507, 0.0143659, 0.0093499, -0.0055984, -0.0565647, -0.215003, -0.69436", \
            "0.0161497, 0.0142912, 0.0092136, -0.0057304, -0.0566777, -0.215112, -0.694464", \
            "0.0159858, 0.0140593, 0.0090659, -0.0058743, -0.0568525, -0.215288, -0.694616", \
            "0.0154449, 0.0135704, 0.0085085, -0.0064522, -0.0573894, -0.21581, -0.695122", \
            "0.0183835, 0.0164248, 0.0108177, -0.0063706, -0.0578666, -0.216317, -0.695617", \
            "0.01898, 0.0169969, 0.0114085, -0.0056144, -0.0578345, -0.216578, -0.695944", \
            "0.0201354, 0.0180271, 0.0126913, -0.0046602, -0.0566711, -0.215486, -0.69524" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002414;
      rise_capacitance : 0.00251;
      rise_capacitance_range (0.00251, 0.00251);
      fall_capacitance : 0.002318;
      fall_capacitance_range (0.002318, 0.002318);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046095, -0.0046048, -0.004594, -0.0045965, -0.0046021, -0.0046152, -0.0046452" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046002, 0.0045996, 0.0045982, 0.0045986, 0.0045996, 0.0046017, 0.0046068" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002373;
      rise_capacitance : 0.002481;
      rise_capacitance_range (0.002481, 0.002481);
      fall_capacitance : 0.002265;
      fall_capacitance_range (0.002265, 0.002265);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044543, -0.0044559, -0.0044595, -0.0044595, -0.0044594, -0.0044594, -0.004459" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044592, 0.0044578, 0.0044544, 0.0044544, 0.0044543, 0.0044539, 0.0044532" \
          );
        }
      }
    }
    pin (B1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001402;
      rise_capacitance : 0.00145;
      rise_capacitance_range (0.00145, 0.00145);
      fall_capacitance : 0.001353;
      fall_capacitance_range (0.001353, 0.001353);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.001993, 0.0019293, 0.0017824, 0.0021072, 0.0028558, 0.0045813, 0.0085589" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089224, 0.0088544, 0.0086977, 0.0090059, 0.0097162, 0.0113537, 0.015128" \
          );
        }
      }
    }
  }
  cell (scs8hd_a21bo_4) {
    area : 16.2656;
    cell_footprint : "a21bo";
    cell_leakage_power : 0.0189684;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0310961;
      when : "!A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.0125984;
      when : "!A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0311632;
      when : "!A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0125978;
      when : "!A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.0311484;
      when : "A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.0125988;
      when : "A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0079561;
      when : "A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0125886;
      when : "A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.0189684;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2) | (!B1N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.611582;
      max_transition : 1.5026;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.0512108, 0.0540806, 0.0622284, 0.0846034, 0.151443, 0.364073, 1.05708", \
            "0.0542082, 0.0571211, 0.0652571, 0.0876054, 0.154509, 0.367195, 1.06129", \
            "0.0617344, 0.0646007, 0.0726523, 0.0948791, 0.161539, 0.374851, 1.06807", \
            "0.0732281, 0.0761474, 0.0842861, 0.106621, 0.173236, 0.386542, 1.08044", \
            "0.0792949, 0.082637, 0.0914281, 0.114091, 0.180481, 0.39365, 1.08949", \
            "0.0616052, 0.0656409, 0.076271, 0.100768, 0.166703, 0.380028, 1.07239", \
            "-0.0224875, -0.0178662, -0.0049157, 0.0249974, 0.0934356, 0.305324, 0.998325" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.0145173, 0.0172945, 0.0259834, 0.0541881, 0.149684, 0.466399, 1.50046", \
            "0.0144864, 0.0172332, 0.0259714, 0.0541201, 0.149569, 0.466231, 1.49807", \
            "0.0144186, 0.0171766, 0.0259055, 0.0541099, 0.149971, 0.465613, 1.50021", \
            "0.0156899, 0.0183686, 0.0269595, 0.0547087, 0.149942, 0.465743, 1.49901", \
            "0.0190042, 0.0216556, 0.0297024, 0.0561103, 0.150891, 0.464717, 1.4984", \
            "0.0245001, 0.0277147, 0.0359018, 0.0604393, 0.1509, 0.467085, 1.50037", \
            "0.0324474, 0.0363149, 0.0471761, 0.0725774, 0.155453, 0.467622, 1.49943" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.11246, 0.115135, 0.12248, 0.140078, 0.17842, 0.26977, 0.534484", \
            "0.116834, 0.119489, 0.126824, 0.144543, 0.182845, 0.27416, 0.538722", \
            "0.127706, 0.130352, 0.137759, 0.155415, 0.193792, 0.285142, 0.549668", \
            "0.151868, 0.154523, 0.161804, 0.179472, 0.217876, 0.309248, 0.57391", \
            "0.201224, 0.203999, 0.211564, 0.22993, 0.269048, 0.360921, 0.625306", \
            "0.292567, 0.295616, 0.303943, 0.323849, 0.366566, 0.462276, 0.727833", \
            "0.477185, 0.480706, 0.489927, 0.51252, 0.561137, 0.66358, 0.931842" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.019523, 0.0213509, 0.0265933, 0.0399613, 0.0744062, 0.177086, 0.528261", \
            "0.0195613, 0.021398, 0.0263672, 0.0399354, 0.074404, 0.176924, 0.529643", \
            "0.0194849, 0.0213966, 0.026615, 0.0399007, 0.0742247, 0.177146, 0.529356", \
            "0.0195784, 0.0213994, 0.0265669, 0.0398685, 0.0742306, 0.177216, 0.529577", \
            "0.0217205, 0.023573, 0.0289222, 0.0422244, 0.0761287, 0.178067, 0.528151", \
            "0.0274552, 0.0293164, 0.0346149, 0.0490117, 0.0833386, 0.18271, 0.53081", \
            "0.0378938, 0.0399799, 0.0455404, 0.0611286, 0.09639, 0.193355, 0.533949" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.0547487, 0.0576371, 0.0657872, 0.0881093, 0.154975, 0.367594, 1.06157", \
            "0.0578524, 0.0607428, 0.0688695, 0.0912786, 0.157835, 0.371056, 1.06503", \
            "0.0649652, 0.0678382, 0.0759153, 0.0981934, 0.164797, 0.378035, 1.07119", \
            "0.0766351, 0.0796086, 0.0878021, 0.110109, 0.176915, 0.38989, 1.08393", \
            "0.0849821, 0.088351, 0.0972215, 0.1199, 0.186276, 0.399775, 1.09333", \
            "0.0721569, 0.0762106, 0.0869238, 0.111456, 0.17792, 0.39103, 1.08684", \
            "-0.0021002, 0.0025736, 0.0155785, 0.045859, 0.114946, 0.327322, 1.02411" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.0144841, 0.0172477, 0.0259777, 0.0541756, 0.149657, 0.466091, 1.4977", \
            "0.0145382, 0.0173145, 0.0259534, 0.0541111, 0.149931, 0.465164, 1.4971", \
            "0.0144543, 0.0172197, 0.0259076, 0.0541299, 0.149992, 0.465225, 1.4999", \
            "0.0154791, 0.0182843, 0.0267617, 0.054683, 0.149908, 0.466192, 1.49862", \
            "0.0186262, 0.0213607, 0.0294625, 0.0560788, 0.150149, 0.466104, 1.49838", \
            "0.0237133, 0.0268713, 0.0355452, 0.0606053, 0.151109, 0.465863, 1.49633", \
            "0.030888, 0.0346888, 0.0459309, 0.0717742, 0.155494, 0.468103, 1.4942" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.114543, 0.117286, 0.12476, 0.142577, 0.180127, 0.269519, 0.533557", \
            "0.119415, 0.122156, 0.129692, 0.147453, 0.184969, 0.274411, 0.538294", \
            "0.131008, 0.133748, 0.141284, 0.159024, 0.196565, 0.285946, 0.549914", \
            "0.156001, 0.158721, 0.166261, 0.184047, 0.221606, 0.310952, 0.574697", \
            "0.207955, 0.210778, 0.218611, 0.236952, 0.275139, 0.364963, 0.628971", \
            "0.301128, 0.304344, 0.312992, 0.333369, 0.375822, 0.469195, 0.733491", \
            "0.483859, 0.487527, 0.497471, 0.520944, 0.570158, 0.67045, 0.936601" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.019522, 0.0214315, 0.0267252, 0.039437, 0.0721205, 0.174611, 0.528446", \
            "0.0195138, 0.0214117, 0.0264838, 0.0394506, 0.0724057, 0.174448, 0.529142", \
            "0.0193874, 0.0212692, 0.0265401, 0.0394152, 0.0721657, 0.174675, 0.526726", \
            "0.019416, 0.0213855, 0.0265512, 0.0395031, 0.0724262, 0.174484, 0.52736", \
            "0.0215612, 0.0233976, 0.0287657, 0.0417511, 0.0739625, 0.174821, 0.529504", \
            "0.0276022, 0.0295967, 0.0353014, 0.0492102, 0.0814723, 0.179202, 0.528955", \
            "0.0380804, 0.0400896, 0.0459416, 0.0611749, 0.0952334, 0.189562, 0.531761" \
          );
        }
      }
      timing () {
        related_pin : "B1N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.0929925, 0.0955539, 0.102873, 0.124068, 0.189651, 0.401368, 1.09623", \
            "0.0978721, 0.100404, 0.107733, 0.128865, 0.194536, 0.407139, 1.10212", \
            "0.110267, 0.112827, 0.120157, 0.141356, 0.207005, 0.419097, 1.1123", \
            "0.139454, 0.14198, 0.14931, 0.170502, 0.236176, 0.448178, 1.14365", \
            "0.19327, 0.195876, 0.203316, 0.224602, 0.290341, 0.503368, 1.19666", \
            "0.283104, 0.285949, 0.293601, 0.31487, 0.381118, 0.593036, 1.28781", \
            "0.450107, 0.453178, 0.461833, 0.483492, 0.549376, 0.762091, 1.45303" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.0131024, 0.0156911, 0.0241232, 0.0528884, 0.148599, 0.465678, 1.50097", \
            "0.0130882, 0.0156226, 0.0241443, 0.052886, 0.148913, 0.464267, 1.5026", \
            "0.0130795, 0.0156783, 0.0241479, 0.0528512, 0.149085, 0.464763, 1.50008", \
            "0.0131355, 0.0157432, 0.0241929, 0.0528079, 0.148991, 0.465425, 1.49965", \
            "0.0140916, 0.0165769, 0.0248342, 0.0533579, 0.149121, 0.464559, 1.49913", \
            "0.0158481, 0.0182877, 0.0262422, 0.0540543, 0.14962, 0.464309, 1.50114", \
            "0.0186227, 0.0211706, 0.0287529, 0.0548861, 0.150016, 0.464911, 1.49906" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.0940186, 0.096403, 0.102952, 0.118441, 0.152682, 0.23875, 0.501399", \
            "0.0973496, 0.0997485, 0.106257, 0.121815, 0.156012, 0.242071, 0.504734", \
            "0.104276, 0.106663, 0.113098, 0.1286, 0.162836, 0.248939, 0.512072", \
            "0.11263, 0.114992, 0.121585, 0.136993, 0.171208, 0.25734, 0.520556", \
            "0.115702, 0.118044, 0.124566, 0.140028, 0.174235, 0.260233, 0.523454", \
            "0.100979, 0.103348, 0.109864, 0.125253, 0.159446, 0.245536, 0.508059", \
            "0.0329054, 0.0353709, 0.0420696, 0.0578851, 0.0924575, 0.178958, 0.441675" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.0152383, 0.0168819, 0.0217051, 0.033722, 0.0664465, 0.170074, 0.526105", \
            "0.0152214, 0.0168849, 0.0218615, 0.0335629, 0.0664788, 0.170143, 0.526144", \
            "0.0152959, 0.0169956, 0.0217976, 0.0338638, 0.0665386, 0.169977, 0.527198", \
            "0.0152892, 0.0169328, 0.0217106, 0.0338926, 0.066636, 0.169902, 0.525818", \
            "0.0153513, 0.0169183, 0.0216647, 0.0337099, 0.0666091, 0.17023, 0.525161", \
            "0.0156167, 0.017219, 0.0219039, 0.0341341, 0.0667117, 0.170419, 0.524282", \
            "0.017457, 0.0190671, 0.0236808, 0.0357091, 0.0678108, 0.171001, 0.526592" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.0370541, 0.0393294, 0.0468588, 0.0708922, 0.147177, 0.392046, 1.19047", \
            "0.0367112, 0.0390383, 0.0465803, 0.0706014, 0.146858, 0.391853, 1.18974", \
            "0.0365746, 0.0388839, 0.0463509, 0.0702486, 0.14646, 0.391408, 1.19042", \
            "0.0368154, 0.0390475, 0.0461389, 0.0696848, 0.14582, 0.39119, 1.18946", \
            "0.038265, 0.0403839, 0.0474356, 0.0699098, 0.145773, 0.390801, 1.19031", \
            "0.0428308, 0.0448368, 0.0516012, 0.0744414, 0.148361, 0.393817, 1.19151", \
            "0.0557379, 0.0574433, 0.0637801, 0.0858669, 0.159907, 0.402806, 1.19821" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.0347838, 0.0323232, 0.0250608, 0.0047877, -0.0654312, -0.310454, -1.11748", \
            "0.0343637, 0.0319223, 0.0245636, 0.004216, -0.0659004, -0.310893, -1.11796", \
            "0.0338244, 0.0314393, 0.0241852, 0.0037468, -0.0664386, -0.311466, -1.11842", \
            "0.0335095, 0.0309825, 0.0236815, 0.003268, -0.0669505, -0.311953, -1.1188", \
            "0.0339257, 0.0314194, 0.0237987, 0.0030334, -0.0672438, -0.31211, -1.11907", \
            "0.0432517, 0.040492, 0.032113, 0.0085218, -0.0668919, -0.310981, -1.11786", \
            "0.0571515, 0.0542576, 0.0441409, 0.0184999, -0.0570576, -0.304133, -1.11048" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.0379014, 0.040231, 0.0477215, 0.0717387, 0.147999, 0.392749, 1.19048", \
            "0.037511, 0.0398024, 0.0473132, 0.0714686, 0.147589, 0.392421, 1.19", \
            "0.0372524, 0.0395648, 0.0470286, 0.0709897, 0.147119, 0.391882, 1.19102", \
            "0.0370611, 0.0392962, 0.0466353, 0.0703701, 0.146416, 0.391579, 1.1897", \
            "0.0386764, 0.0408053, 0.0478558, 0.0703931, 0.146167, 0.391617, 1.18903", \
            "0.042614, 0.0446527, 0.0514918, 0.0737936, 0.147852, 0.39326, 1.19073", \
            "0.0538706, 0.0556532, 0.0620685, 0.0845082, 0.158851, 0.401995, 1.19738" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.0412349, 0.0390435, 0.0317043, 0.0113471, -0.0591406, -0.304343, -1.11127", \
            "0.0408425, 0.0386694, 0.0313781, 0.0109447, -0.0594081, -0.30465, -1.11156", \
            "0.040634, 0.0383225, 0.0310543, 0.0106303, -0.0598113, -0.304979, -1.11191", \
            "0.0402952, 0.0380082, 0.0306723, 0.0102546, -0.0603002, -0.305418, -1.11223", \
            "0.0412237, 0.0386917, 0.0311603, 0.0101518, -0.0604819, -0.305575, -1.11242", \
            "0.0499435, 0.0471869, 0.0388678, 0.0146308, -0.060256, -0.304556, -1.11121", \
            "0.0633471, 0.0603732, 0.0513312, 0.0256528, -0.050882, -0.297526, -1.1036" \
          );
        }
      }
      internal_power () {
        related_pin : "B1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.033035, 0.0353542, 0.0428192, 0.0664587, 0.14154, 0.385906, 1.18519", \
            "0.0328082, 0.0351183, 0.0426051, 0.0661246, 0.14131, 0.385453, 1.18543", \
            "0.0327679, 0.0350758, 0.0425389, 0.0661183, 0.141247, 0.385879, 1.18585", \
            "0.0321184, 0.0343689, 0.0418297, 0.065359, 0.140526, 0.384974, 1.18469", \
            "0.0315234, 0.03384, 0.0412591, 0.0647277, 0.140015, 0.384375, 1.18333", \
            "0.0318355, 0.0340142, 0.0410249, 0.0641226, 0.139703, 0.383446, 1.18189", \
            "0.0340528, 0.0360596, 0.043143, 0.0662216, 0.142092, 0.386143, 1.17939" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163512, 0.00534726, 0.0174869, 0.0571865, 0.187014, 0.611582");
          values ( \
            "0.0331976, 0.0310059, 0.0243565, 0.0041856, -0.0671583, -0.312814, -1.11979", \
            "0.0331228, 0.0308548, 0.0241119, 0.0040445, -0.0672909, -0.312939, -1.1199", \
            "0.0329727, 0.0308757, 0.0240277, 0.0039444, -0.0674085, -0.313013, -1.11997", \
            "0.0319939, 0.0297792, 0.0231512, 0.0029137, -0.0684217, -0.313995, -1.12089", \
            "0.0355211, 0.033149, 0.0260392, 0.0034051, -0.0692529, -0.314923, -1.12183", \
            "0.0376238, 0.0352932, 0.0282104, 0.0057146, -0.0688973, -0.315567, -1.1226", \
            "0.0404616, 0.0380273, 0.030654, 0.0077603, -0.0671672, -0.313739, -1.12131" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004445;
      rise_capacitance : 0.004641;
      rise_capacitance_range (0.004641, 0.004641);
      fall_capacitance : 0.004249;
      fall_capacitance_range (0.004249, 0.004249);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0083928, -0.0083925, -0.008392, -0.0083931, -0.0083958, -0.008402, -0.0084162" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0084101, 0.0084049, 0.0083929, 0.0083915, 0.0083883, 0.0083809, 0.0083639" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004809;
      rise_capacitance : 0.005038;
      rise_capacitance_range (0.005038, 0.005038);
      fall_capacitance : 0.004581;
      fall_capacitance_range (0.004581, 0.004581);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0092243, -0.0092118, -0.0091832, -0.0091821, -0.0091797, -0.0091741, -0.0091611" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.009193, 0.0091904, 0.0091844, 0.0091887, 0.0091986, 0.0092215, 0.0092743" \
          );
        }
      }
    }
    pin (B1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002388;
      rise_capacitance : 0.002513;
      rise_capacitance_range (0.002513, 0.002513);
      fall_capacitance : 0.002262;
      fall_capacitance_range (0.002262, 0.002262);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0047494, 0.004613, 0.0042987, 0.0049565, 0.006473, 0.0099687, 0.0180263" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0170284, 0.0169232, 0.0166806, 0.0173391, 0.0188569, 0.0223553, 0.0304197" \
          );
        }
      }
    }
  }
  cell (scs8hd_a21boi_0) {
    area : 7.5072;
    cell_footprint : "a21boi";
    cell_leakage_power : 0.0042271;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0002142;
      when : "!A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.008022;
      when : "!A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0003508;
      when : "!A1&A2&B1N";
    }
    leakage_power () {
      value : 0.008022;
      when : "!A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.0002857;
      when : "A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.008022;
      when : "A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0008814;
      when : "A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0080187;
      when : "A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.0042271;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&B1N) | (!A2&B1N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.070506;
      max_transition : 1.4941;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0557917, 0.0655812, 0.0873607, 0.1355, 0.242695, 0.487838, 1.04724", \
            "0.0598482, 0.0695398, 0.0912896, 0.140129, 0.249041, 0.494786, 1.06056", \
            "0.0709346, 0.080321, 0.101831, 0.150109, 0.259363, 0.504264, 1.05977", \
            "0.0939143, 0.104292, 0.125749, 0.173879, 0.281778, 0.526748, 1.09093", \
            "0.131188, 0.145407, 0.17398, 0.228409, 0.337422, 0.584481, 1.13878", \
            "0.193458, 0.213356, 0.254203, 0.330003, 0.462178, 0.712339, 1.27354", \
            "0.324279, 0.351562, 0.405324, 0.506423, 0.684823, 0.997682, 1.56967" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0410934, 0.0538613, 0.0829236, 0.149236, 0.299535, 0.64166, 1.42305", \
            "0.041115, 0.0538459, 0.0829861, 0.14924, 0.301171, 0.646441, 1.42734", \
            "0.0411948, 0.0539237, 0.0830414, 0.149258, 0.300793, 0.640922, 1.42767", \
            "0.0476035, 0.0583549, 0.0852994, 0.149137, 0.299481, 0.640736, 1.43252", \
            "0.0671623, 0.0789845, 0.105291, 0.161258, 0.301665, 0.642531, 1.41899", \
            "0.107168, 0.121191, 0.150734, 0.213192, 0.338842, 0.651067, 1.43045", \
            "0.176104, 0.192632, 0.228827, 0.303985, 0.451915, 0.746467, 1.44537" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0230678, 0.0269576, 0.035439, 0.053609, 0.093824, 0.18428, 0.389707", \
            "0.026342, 0.030226, 0.0386492, 0.0568747, 0.0971042, 0.187685, 0.39285", \
            "0.0339852, 0.038306, 0.0467396, 0.0648136, 0.104965, 0.195456, 0.401055", \
            "0.0413181, 0.0475977, 0.0600838, 0.0826954, 0.124193, 0.214332, 0.420039", \
            "0.0425652, 0.0519825, 0.0698989, 0.102923, 0.160947, 0.25916, 0.463376", \
            "0.0250747, 0.0379075, 0.063239, 0.111436, 0.196427, 0.338765, 0.568807", \
            "-0.0478612, -0.0295768, 0.0061156, 0.0756156, 0.198086, 0.40655, 0.739677" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0206619, 0.0251984, 0.0351886, 0.0579998, 0.110085, 0.229473, 0.502809", \
            "0.0204384, 0.0248018, 0.0349559, 0.0579009, 0.110318, 0.229177, 0.501753", \
            "0.0260361, 0.0290172, 0.0374168, 0.0584491, 0.110184, 0.229252, 0.501702", \
            "0.0386627, 0.0432098, 0.0526229, 0.0706166, 0.115093, 0.229959, 0.501788", \
            "0.0591163, 0.0668612, 0.0798032, 0.105147, 0.150367, 0.24521, 0.501714", \
            "0.0955492, 0.106129, 0.126199, 0.16208, 0.226259, 0.332832, 0.544244", \
            "0.162173, 0.176981, 0.207, 0.259618, 0.352058, 0.501632, 0.751324" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0663052, 0.075832, 0.0972259, 0.145456, 0.254839, 0.503974, 1.0719", \
            "0.0708091, 0.0804345, 0.102002, 0.150374, 0.259931, 0.509264, 1.07782", \
            "0.0818331, 0.0913744, 0.112884, 0.161411, 0.271216, 0.522458, 1.09013", \
            "0.104717, 0.114432, 0.135916, 0.18452, 0.294345, 0.543943, 1.1121", \
            "0.143287, 0.155984, 0.182304, 0.235751, 0.346466, 0.59656, 1.16415", \
            "0.20741, 0.22518, 0.261875, 0.330571, 0.462322, 0.717814, 1.29272", \
            "0.338016, 0.361355, 0.409079, 0.501866, 0.672289, 0.982075, 1.56622" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0528366, 0.0659308, 0.0956433, 0.163346, 0.317058, 0.666894, 1.46559", \
            "0.0528625, 0.0658869, 0.0959895, 0.163603, 0.316915, 0.666678, 1.46722", \
            "0.0529365, 0.0659645, 0.0956627, 0.163144, 0.317173, 0.66885, 1.4703", \
            "0.0570125, 0.0691793, 0.0972786, 0.163379, 0.317478, 0.666984, 1.46551", \
            "0.0752846, 0.0875912, 0.11397, 0.173729, 0.319473, 0.669489, 1.46819", \
            "0.114226, 0.128015, 0.158193, 0.220505, 0.353641, 0.677081, 1.47064", \
            "0.177718, 0.195446, 0.233325, 0.309221, 0.460153, 0.764747, 1.4941" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0254506, 0.0293159, 0.037752, 0.0559333, 0.096079, 0.186539, 0.3918", \
            "0.0289483, 0.032815, 0.0412205, 0.0594681, 0.0996318, 0.190119, 0.395804", \
            "0.0364676, 0.0407456, 0.0493567, 0.0676216, 0.10794, 0.19845, 0.404507", \
            "0.0458287, 0.0515039, 0.0632048, 0.0848339, 0.126925, 0.217593, 0.423435", \
            "0.0508848, 0.0594177, 0.0762167, 0.107759, 0.16307, 0.260944, 0.468115", \
            "0.0396131, 0.0518256, 0.0765583, 0.122913, 0.203838, 0.338527, 0.568176", \
            "-0.0182041, -0.0004142, 0.0348617, 0.102901, 0.221173, 0.419669, 0.738907" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.020631, 0.0250821, 0.0351202, 0.0579129, 0.110297, 0.2292, 0.502028", \
            "0.0204498, 0.0247564, 0.0349252, 0.0579028, 0.110202, 0.229367, 0.50116", \
            "0.0238691, 0.027469, 0.0364821, 0.0581064, 0.110262, 0.228856, 0.50256", \
            "0.0350074, 0.03914, 0.0476382, 0.0663287, 0.113435, 0.229464, 0.501851", \
            "0.0545997, 0.0606364, 0.072135, 0.0948091, 0.138775, 0.239746, 0.501867", \
            "0.0888557, 0.0969294, 0.113524, 0.144617, 0.20286, 0.303967, 0.53237", \
            "0.150211, 0.162622, 0.186299, 0.231239, 0.309994, 0.446892, 0.683114" \
          );
        }
      }
      timing () {
        related_pin : "B1N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0468824, 0.054166, 0.0704294, 0.106229, 0.187714, 0.372769, 0.795032", \
            "0.0504961, 0.0577002, 0.0737727, 0.109887, 0.191829, 0.375706, 0.804241", \
            "0.0574172, 0.0645032, 0.0806476, 0.116786, 0.199282, 0.385489, 0.805708", \
            "0.0650522, 0.0719478, 0.0879552, 0.123946, 0.206734, 0.391039, 0.818929", \
            "0.0690753, 0.0762432, 0.0918027, 0.127833, 0.20988, 0.394857, 0.818757", \
            "0.0579779, 0.0663166, 0.0824555, 0.118064, 0.198877, 0.384195, 0.805555", \
            "-0.0001935, 0.0105386, 0.0306983, 0.0682709, 0.149816, 0.335258, 0.756425" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0300819, 0.0400237, 0.0626512, 0.113522, 0.23011, 0.497796, 1.10678", \
            "0.0301238, 0.0400241, 0.0626428, 0.113737, 0.230953, 0.494487, 1.10138", \
            "0.0301752, 0.0399852, 0.0624269, 0.11365, 0.230322, 0.497794, 1.09743", \
            "0.0306917, 0.0402355, 0.0625738, 0.113297, 0.229749, 0.495569, 1.09934", \
            "0.0336178, 0.0422592, 0.0633174, 0.113681, 0.229296, 0.493974, 1.10522", \
            "0.0407654, 0.0487775, 0.0673224, 0.115299, 0.230159, 0.496875, 1.09763", \
            "0.0539135, 0.0630853, 0.0814923, 0.123564, 0.233839, 0.497487, 1.09669" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.057366, 0.0612756, 0.068682, 0.0829206, 0.111096, 0.171784, 0.309638", \
            "0.0615313, 0.0654358, 0.0728239, 0.0870234, 0.115226, 0.176036, 0.313471", \
            "0.0732259, 0.0770674, 0.0845468, 0.0988404, 0.12706, 0.18769, 0.325323", \
            "0.0985758, 0.102674, 0.110444, 0.1249, 0.153337, 0.214083, 0.351573", \
            "0.139505, 0.144317, 0.153401, 0.169279, 0.199016, 0.260424, 0.398083", \
            "0.207564, 0.213136, 0.224149, 0.24286, 0.274548, 0.336742, 0.475084", \
            "0.336801, 0.343491, 0.356583, 0.379318, 0.416561, 0.480422, 0.618309" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.016278, 0.0192874, 0.0258903, 0.0399016, 0.0728745, 0.149485, 0.331208", \
            "0.0162535, 0.019289, 0.0258263, 0.0398606, 0.0725712, 0.150454, 0.330954", \
            "0.0162728, 0.0192515, 0.0259257, 0.0398483, 0.0725238, 0.149795, 0.330021", \
            "0.0184331, 0.0214005, 0.0276355, 0.0412372, 0.073225, 0.150273, 0.330245", \
            "0.0239012, 0.0267913, 0.0329923, 0.0460101, 0.0763118, 0.151712, 0.329421", \
            "0.0310297, 0.0344368, 0.0414329, 0.054843, 0.0828964, 0.154803, 0.331293", \
            "0.0416691, 0.0457788, 0.0540283, 0.0688481, 0.0955718, 0.161331, 0.333989" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0071445, 0.0084541, 0.0113428, 0.0177009, 0.0320427, 0.0648934, 0.138883", \
            "0.0069106, 0.0082184, 0.0111176, 0.0175974, 0.0321817, 0.0651267, 0.139156", \
            "0.0067523, 0.0080152, 0.0108817, 0.0173046, 0.0319828, 0.0645791, 0.139588", \
            "0.0066634, 0.0078963, 0.0107046, 0.0171026, 0.0315516, 0.0643632, 0.139786", \
            "0.0065992, 0.0078324, 0.0106231, 0.0169675, 0.0314376, 0.0643139, 0.138612", \
            "0.0069533, 0.0080645, 0.0109806, 0.0172824, 0.0315708, 0.064299, 0.139485", \
            "0.0102536, 0.0110974, 0.01338, 0.0190408, 0.032877, 0.0651918, 0.13945" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0037722, 0.002576, -0.0001574, -0.0064321, -0.020839, -0.0537914, -0.129019", \
            "0.0036317, 0.0024491, -0.0002678, -0.00652, -0.0209153, -0.0538585, -0.129093", \
            "0.003474, 0.0023068, -0.0004097, -0.0066321, -0.0209858, -0.0539148, -0.129139", \
            "0.0034205, 0.0022392, -0.0005106, -0.0067415, -0.0210544, -0.0539732, -0.129193", \
            "0.003882, 0.0025414, -0.0002815, -0.0065878, -0.0210041, -0.0539202, -0.129197", \
            "0.0051357, 0.0038048, 0.0008384, -0.0057546, -0.0204514, -0.0536485, -0.129005", \
            "0.0091765, 0.0077228, 0.0045216, -0.0022638, -0.017989, -0.0519721, -0.127865" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0092453, 0.0104806, 0.0132588, 0.0195499, 0.0338519, 0.0663964, 0.140663", \
            "0.0091108, 0.0103497, 0.0131593, 0.0194771, 0.0338139, 0.0663566, 0.140676", \
            "0.0089958, 0.0102307, 0.013031, 0.0193672, 0.0337211, 0.0663788, 0.140552", \
            "0.0089383, 0.0101594, 0.0129361, 0.0192417, 0.0336012, 0.0662408, 0.140529", \
            "0.0088896, 0.010133, 0.0128906, 0.0192138, 0.0335173, 0.0660789, 0.140505", \
            "0.0092397, 0.0103787, 0.0132787, 0.0195259, 0.0338376, 0.0664414, 0.140803", \
            "0.0125215, 0.0135085, 0.0159112, 0.0215451, 0.0353739, 0.0676453, 0.141569" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0035153, 0.0023123, -0.0004345, -0.0067244, -0.0211429, -0.0540776, -0.129309", \
            "0.0033942, 0.0021969, -0.0005334, -0.0068165, -0.0212234, -0.0541604, -0.12939", \
            "0.003259, 0.002074, -0.0006551, -0.0069064, -0.0213045, -0.054221, -0.129455", \
            "0.003143, 0.0019536, -0.0007702, -0.0070084, -0.0213634, -0.0542713, -0.129493", \
            "0.0034679, 0.0022634, -0.0005424, -0.0069498, -0.0213677, -0.054284, -0.129495", \
            "0.0045052, 0.003216, 0.0002925, -0.0062688, -0.0208936, -0.0540771, -0.129375", \
            "0.0081081, 0.0066709, 0.0034786, -0.0035377, -0.0188515, -0.0526794, -0.128636" \
          );
        }
      }
      internal_power () {
        related_pin : "B1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.00617, 0.0074317, 0.0102653, 0.0165677, 0.0308752, 0.0635989, 0.138273", \
            "0.0060461, 0.007316, 0.0101485, 0.0164993, 0.0308803, 0.0632364, 0.137526", \
            "0.0060081, 0.0072427, 0.0100768, 0.0164447, 0.0308386, 0.0636005, 0.137469", \
            "0.0055421, 0.0067309, 0.0095338, 0.0158752, 0.0303292, 0.062883, 0.137273", \
            "0.0053225, 0.0065419, 0.0091753, 0.0155764, 0.0298672, 0.0626829, 0.137574", \
            "0.0052097, 0.0064412, 0.0091627, 0.0155135, 0.0296966, 0.0623553, 0.136674", \
            "0.0065293, 0.0076714, 0.0103974, 0.0165569, 0.0310479, 0.0633271, 0.137839" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0015369, 0.0005668, -0.001822, -0.0078629, -0.0222074, -0.0551814, -0.130476", \
            "0.0013556, 0.0004034, -0.0019824, -0.0080143, -0.0223586, -0.0553137, -0.130612", \
            "0.0014063, 0.0004577, -0.0019403, -0.0079477, -0.0222637, -0.0552385, -0.130516", \
            "0.0010902, 0.0001429, -0.0022639, -0.0082454, -0.0225035, -0.0554494, -0.130756", \
            "0.001229, 2.42e-05, -0.0027068, -0.0086244, -0.0228707, -0.0557686, -0.131023", \
            "0.0011989, -3.47e-05, -0.0027909, -0.0090455, -0.0233319, -0.0560016, -0.131255", \
            "0.0022573, 0.0009102, -0.0019839, -0.0088523, -0.0228382, -0.0556388, -0.130778" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00185;
      rise_capacitance : 0.0019;
      rise_capacitance_range (0.0019, 0.0019);
      fall_capacitance : 0.001801;
      fall_capacitance_range (0.001801, 0.001801);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0033189, -0.0033233, -0.0033333, -0.0033334, -0.0033339, -0.0033348, -0.0033371" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.00336, 0.0033537, 0.0033392, 0.0033398, 0.0033411, 0.0033441, 0.0033511" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001752;
      rise_capacitance : 0.001816;
      rise_capacitance_range (0.001816, 0.001816);
      fall_capacitance : 0.001688;
      fall_capacitance_range (0.001688, 0.001688);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.003155, -0.0031505, -0.0031401, -0.0031394, -0.0031379, -0.0031342, -0.0031259" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031501, 0.0031508, 0.0031524, 0.0031527, 0.0031533, 0.0031547, 0.0031579" \
          );
        }
      }
    }
    pin (B1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00172;
      rise_capacitance : 0.001787;
      rise_capacitance_range (0.001787, 0.001787);
      fall_capacitance : 0.001654;
      fall_capacitance_range (0.001654, 0.001654);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0012316, 0.0011456, 0.0009473, 0.0013628, 0.0023204, 0.0045278, 0.009616" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0093748, 0.0092858, 0.0090804, 0.0094762, 0.0103885, 0.0124915, 0.0173388" \
          );
        }
      }
    }
  }
  cell (scs8hd_a21boi_1) {
    area : 7.5072;
    cell_footprint : "a21boi";
    cell_leakage_power : 0.00331151;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 8.5989e-05;
      when : "!A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.006311;
      when : "!A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.000113;
      when : "!A1&A2&B1N";
    }
    leakage_power () {
      value : 0.006311;
      when : "!A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.0001048;
      when : "A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.006311;
      when : "A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0009522;
      when : "A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0063031;
      when : "A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.00331151;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&B1N) | (!A2&B1N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.105296;
      max_transition : 1.49637;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.0473038, 0.0546823, 0.0720539, 0.112848, 0.210299, 0.446767, 1.02273", \
            "0.0518111, 0.0590265, 0.076263, 0.117272, 0.215367, 0.452171, 1.03995", \
            "0.063564, 0.070673, 0.0875965, 0.128539, 0.2266, 0.463836, 1.03979", \
            "0.0866834, 0.0950011, 0.113044, 0.15368, 0.252471, 0.492121, 1.07047", \
            "0.12395, 0.135687, 0.160867, 0.210254, 0.310175, 0.547509, 1.12935", \
            "0.191468, 0.208012, 0.243587, 0.312295, 0.441479, 0.685515, 1.26579", \
            "0.345187, 0.366726, 0.412198, 0.503289, 0.67537, 0.982469, 1.58346" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.0322693, 0.0416965, 0.0645209, 0.119816, 0.25483, 0.584731, 1.38783", \
            "0.0323132, 0.0417297, 0.0645828, 0.119786, 0.254825, 0.584754, 1.38755", \
            "0.032627, 0.0419077, 0.0646069, 0.119898, 0.254662, 0.584433, 1.38789", \
            "0.0399037, 0.0477171, 0.0681269, 0.120604, 0.255709, 0.589203, 1.39428", \
            "0.0593319, 0.0682918, 0.0896602, 0.135694, 0.258334, 0.585187, 1.39308", \
            "0.096891, 0.107659, 0.132629, 0.185642, 0.301259, 0.593108, 1.38156", \
            "0.160744, 0.172851, 0.202239, 0.269799, 0.409027, 0.689432, 1.40826" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.0171847, 0.0198325, 0.0258365, 0.0395417, 0.0715831, 0.148273, 0.33437", \
            "0.0205492, 0.0230243, 0.0289071, 0.042546, 0.0745582, 0.151248, 0.337305", \
            "0.0256277, 0.0290619, 0.0361492, 0.0501263, 0.0819548, 0.158374, 0.344417", \
            "0.0283141, 0.0330207, 0.0430232, 0.0629616, 0.0996371, 0.17571, 0.36166", \
            "0.0210299, 0.0277963, 0.0424771, 0.0715452, 0.124748, 0.215755, 0.401049", \
            "-0.0132585, -0.0036626, 0.0172423, 0.0583784, 0.135541, 0.270191, 0.498333", \
            "-0.119859, -0.105987, -0.0768344, -0.0170017, 0.0938157, 0.29058, 0.620568" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.0147334, 0.0177149, 0.0247834, 0.0415893, 0.0825774, 0.182711, 0.426825", \
            "0.0153565, 0.0180316, 0.0246207, 0.0413818, 0.0825271, 0.183052, 0.426794", \
            "0.0214525, 0.0240058, 0.0294219, 0.0435844, 0.0824753, 0.182915, 0.427242", \
            "0.0325886, 0.0361686, 0.0438241, 0.0594839, 0.0914558, 0.183536, 0.426157", \
            "0.0502745, 0.0557419, 0.067498, 0.0889683, 0.129483, 0.207516, 0.428912", \
            "0.0829454, 0.0907124, 0.107497, 0.138803, 0.196862, 0.296704, 0.484725", \
            "0.143032, 0.15611, 0.18071, 0.226733, 0.30919, 0.451898, 0.694535" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.0608719, 0.068253, 0.0858748, 0.128126, 0.23032, 0.478812, 1.08433", \
            "0.0655702, 0.0729805, 0.0906528, 0.133074, 0.235492, 0.484176, 1.08937", \
            "0.0767364, 0.0840599, 0.10178, 0.144175, 0.246694, 0.49545, 1.10637", \
            "0.0999391, 0.107727, 0.125429, 0.167788, 0.270271, 0.519041, 1.13024", \
            "0.138834, 0.14881, 0.171884, 0.220176, 0.324098, 0.574975, 1.17876", \
            "0.20896, 0.222858, 0.253803, 0.316793, 0.443918, 0.698785, 1.30429", \
            "0.360478, 0.378292, 0.417876, 0.500386, 0.664291, 0.977595, 1.59733" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.0456867, 0.0555963, 0.0797216, 0.138499, 0.280856, 0.6276, 1.47192", \
            "0.045673, 0.0555842, 0.0797128, 0.138541, 0.280952, 0.627531, 1.46954", \
            "0.0458818, 0.055788, 0.079853, 0.13847, 0.281235, 0.627685, 1.47392", \
            "0.0505692, 0.0596752, 0.0821453, 0.138504, 0.281164, 0.626805, 1.47724", \
            "0.0687973, 0.0782872, 0.100314, 0.151226, 0.283602, 0.627909, 1.47303", \
            "0.104753, 0.115891, 0.141543, 0.196751, 0.322086, 0.636933, 1.47218", \
            "0.163158, 0.176434, 0.208026, 0.277126, 0.421932, 0.727142, 1.49637" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.0203008, 0.0229432, 0.0289279, 0.0425997, 0.0746217, 0.151394, 0.337346", \
            "0.0237342, 0.0262955, 0.0322396, 0.0459409, 0.0779691, 0.154656, 0.340821", \
            "0.0295979, 0.0327571, 0.0395832, 0.0536509, 0.0857538, 0.162617, 0.348765", \
            "0.0343592, 0.0388639, 0.0482856, 0.067288, 0.103417, 0.180761, 0.367124", \
            "0.0308258, 0.0374629, 0.0512047, 0.0789045, 0.130141, 0.220649, 0.409048", \
            "0.0028711, 0.012317, 0.0325422, 0.0732865, 0.14786, 0.277837, 0.501575", \
            "-0.0883045, -0.0747136, -0.0452161, 0.0134321, 0.123056, 0.312882, 0.633657" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.014747, 0.0176862, 0.0246625, 0.0415468, 0.082572, 0.182291, 0.42697", \
            "0.0150795, 0.0178024, 0.0245633, 0.0414117, 0.0824456, 0.183042, 0.427073", \
            "0.0197561, 0.0221495, 0.0278537, 0.0427987, 0.0823895, 0.182025, 0.427121", \
            "0.0302828, 0.0332334, 0.0400898, 0.0547213, 0.0884553, 0.182751, 0.426232", \
            "0.0478512, 0.0523771, 0.0613704, 0.0811908, 0.118262, 0.200433, 0.427617", \
            "0.0793348, 0.0854036, 0.0987349, 0.12627, 0.177407, 0.269801, 0.470236", \
            "0.13674, 0.146253, 0.166125, 0.203763, 0.275222, 0.404764, 0.632067" \
          );
        }
      }
      timing () {
        related_pin : "B1N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.0454843, 0.0509495, 0.0639734, 0.0946913, 0.169099, 0.349643, 0.78809", \
            "0.0492557, 0.0546749, 0.067653, 0.0986526, 0.173428, 0.352882, 0.792336", \
            "0.0574196, 0.0627819, 0.0756356, 0.106671, 0.182168, 0.361371, 0.80085", \
            "0.0673916, 0.0727642, 0.0854341, 0.116152, 0.191149, 0.372209, 0.810582", \
            "0.0744398, 0.0801044, 0.0927467, 0.123337, 0.19759, 0.378101, 0.817307", \
            "0.0673645, 0.0743063, 0.0882771, 0.118357, 0.192155, 0.372903, 0.810729", \
            "0.0148925, 0.023871, 0.04199, 0.0764702, 0.149394, 0.329391, 0.770466" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.023849, 0.0310351, 0.0487857, 0.0917156, 0.1974, 0.452299, 1.07064", \
            "0.0238664, 0.0309902, 0.0486888, 0.0919989, 0.197494, 0.450236, 1.07234", \
            "0.0240862, 0.0312218, 0.0487751, 0.0919027, 0.197484, 0.450356, 1.07197", \
            "0.0254122, 0.0321606, 0.0495084, 0.091779, 0.196654, 0.451988, 1.0707", \
            "0.0291367, 0.0352777, 0.0510109, 0.0923291, 0.196405, 0.452121, 1.0755", \
            "0.0367481, 0.0427173, 0.0568309, 0.0947376, 0.197414, 0.451929, 1.07245", \
            "0.049178, 0.0571435, 0.0714428, 0.106085, 0.201633, 0.453278, 1.07291" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.0608066, 0.064176, 0.0711265, 0.0843791, 0.110509, 0.167454, 0.303379", \
            "0.064832, 0.0682364, 0.0751611, 0.0883308, 0.114506, 0.171408, 0.307264", \
            "0.0764408, 0.0798362, 0.0867019, 0.0999702, 0.126159, 0.183093, 0.319074", \
            "0.102867, 0.106335, 0.113374, 0.126671, 0.152916, 0.209995, 0.345823", \
            "0.146325, 0.150293, 0.158693, 0.173983, 0.201995, 0.260047, 0.395511", \
            "0.21737, 0.221835, 0.231766, 0.250146, 0.281764, 0.341124, 0.477576", \
            "0.348688, 0.354152, 0.365718, 0.387187, 0.424447, 0.487935, 0.624186" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.0157961, 0.0183425, 0.0237018, 0.0353925, 0.0631128, 0.132952, 0.3098", \
            "0.0158845, 0.0183306, 0.0236423, 0.0354444, 0.0631498, 0.133502, 0.313833", \
            "0.0159528, 0.0182239, 0.0237133, 0.0353047, 0.0631135, 0.133311, 0.309657", \
            "0.01758, 0.0199845, 0.02497, 0.0363045, 0.0635215, 0.133855, 0.309956", \
            "0.0231987, 0.0258777, 0.0314068, 0.0426205, 0.0677609, 0.135035, 0.310053", \
            "0.0310711, 0.0340887, 0.0403554, 0.0523166, 0.0768025, 0.14003, 0.311908", \
            "0.0422832, 0.0455182, 0.0525863, 0.0664408, 0.0918482, 0.149749, 0.313908" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.0087501, 0.0102494, 0.0137497, 0.0219821, 0.0417416, 0.089584, 0.206223", \
            "0.0084722, 0.0099318, 0.0134203, 0.0217049, 0.0415755, 0.0894878, 0.206621", \
            "0.0083032, 0.009728, 0.0131335, 0.0213555, 0.0412745, 0.0893379, 0.206038", \
            "0.0082178, 0.0095924, 0.0129471, 0.0211463, 0.0411301, 0.0896417, 0.207545", \
            "0.0081488, 0.0095329, 0.0129537, 0.020997, 0.0408527, 0.0886391, 0.207132", \
            "0.0091529, 0.0103609, 0.0135036, 0.0216409, 0.0412083, 0.0893251, 0.205544", \
            "0.0149665, 0.0158305, 0.0183352, 0.0252418, 0.0439723, 0.0904109, 0.207428" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.0054358, 0.0040887, 0.000796, -0.0072506, -0.0269986, -0.075369, -0.193389", \
            "0.0052679, 0.0039357, 0.000665, -0.007389, -0.0271101, -0.0754748, -0.19348", \
            "0.005056, 0.0037437, 0.0004861, -0.0075162, -0.0272036, -0.0755388, -0.193542", \
            "0.0050898, 0.0037402, 0.0004718, -0.0075566, -0.0272543, -0.0755829, -0.193584", \
            "0.0057437, 0.0043357, 0.0009789, -0.0072622, -0.0271732, -0.0754491, -0.193526", \
            "0.0081403, 0.0066136, 0.0029538, -0.0056201, -0.026033, -0.0749944, -0.193241", \
            "0.0147392, 0.0137198, 0.0094326, 0.0004505, -0.0216557, -0.0718905, -0.191496" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.0121911, 0.0135895, 0.0169469, 0.0250626, 0.0447257, 0.0925424, 0.209055", \
            "0.0120018, 0.013405, 0.0167738, 0.0249229, 0.0446429, 0.092516, 0.208782", \
            "0.0118683, 0.0132538, 0.0166096, 0.0247531, 0.044517, 0.0924572, 0.208805", \
            "0.0117845, 0.0131618, 0.0164976, 0.0246116, 0.0443288, 0.0922515, 0.209272", \
            "0.0117237, 0.0130914, 0.0164633, 0.024557, 0.0442, 0.0920588, 0.208748", \
            "0.0126661, 0.0139131, 0.0172181, 0.0252869, 0.0448642, 0.0925439, 0.208946", \
            "0.0184063, 0.019442, 0.0221334, 0.0291881, 0.047856, 0.0949892, 0.210851" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.0052117, 0.0038608, 0.0005653, -0.0075046, -0.0272528, -0.0756169, -0.193653", \
            "0.0050544, 0.0037126, 0.0004314, -0.0076131, -0.0273703, -0.075694, -0.193749", \
            "0.0048813, 0.0035548, 0.0003001, -0.0077444, -0.0274634, -0.0757896, -0.193813", \
            "0.0049058, 0.0035158, 0.0001528, -0.0078516, -0.0275452, -0.0758317, -0.19384", \
            "0.0053757, 0.0040374, 0.0006373, -0.0075188, -0.0274566, -0.0757823, -0.193783", \
            "0.007319, 0.005821, 0.0022307, -0.0062639, -0.0265357, -0.0753668, -0.193587", \
            "0.0134081, 0.0117391, 0.0078646, -0.0013493, -0.0227703, -0.0727865, -0.192222" \
          );
        }
      }
      internal_power () {
        related_pin : "B1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.0070807, 0.0085069, 0.0119345, 0.0200478, 0.0398765, 0.0877463, 0.203839", \
            "0.0070143, 0.0084399, 0.0118457, 0.0200456, 0.0398111, 0.0873643, 0.203821", \
            "0.0070582, 0.008462, 0.0118485, 0.0200487, 0.0398431, 0.0874799, 0.203971", \
            "0.0066518, 0.0080263, 0.0113022, 0.0194401, 0.0392991, 0.0873659, 0.203555", \
            "0.0065172, 0.0078228, 0.0110431, 0.0191235, 0.0387324, 0.0868403, 0.20331", \
            "0.0065774, 0.0079055, 0.011226, 0.0191497, 0.0385409, 0.0865633, 0.203234", \
            "0.0078071, 0.0090927, 0.0123047, 0.0201809, 0.0396451, 0.0870699, 0.204305" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121958, 0.00297475, 0.00725588, 0.0176982, 0.0431688, 0.105296");
          values ( \
            "0.0018734, 0.0007226, -0.0020106, -0.009419, -0.0288188, -0.0770925, -0.195183", \
            "0.0017219, 0.0005267, -0.0022163, -0.0095664, -0.0289765, -0.0772272, -0.195246", \
            "0.0017572, 0.0005684, -0.0021917, -0.0095493, -0.0289259, -0.0771872, -0.195278", \
            "0.0014006, 0.000173, -0.0026185, -0.0099394, -0.0292893, -0.0774269, -0.195451", \
            "0.0018079, 0.0005362, -0.0027775, -0.01045, -0.0296044, -0.077807, -0.195831", \
            "0.0025067, 0.0010283, -0.0023777, -0.0105027, -0.0301193, -0.0781323, -0.196075", \
            "0.0040782, 0.002312, -0.0012561, -0.0096952, -0.029844, -0.0783446, -0.195467" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002343;
      rise_capacitance : 0.002419;
      rise_capacitance_range (0.002419, 0.002419);
      fall_capacitance : 0.002268;
      fall_capacitance_range (0.002268, 0.002268);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045693, -0.0045705, -0.0045732, -0.0045715, -0.0045674, -0.0045581, -0.0045367" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045853, 0.0045838, 0.0045803, 0.0045798, 0.0045787, 0.0045762, 0.0045703" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002307;
      rise_capacitance : 0.002408;
      rise_capacitance_range (0.002408, 0.002408);
      fall_capacitance : 0.002207;
      fall_capacitance_range (0.002207, 0.002207);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044604, -0.0044618, -0.0044652, -0.004466, -0.004468, -0.0044726, -0.0044832" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044593, 0.0044587, 0.0044573, 0.0044571, 0.0044569, 0.0044564, 0.0044551" \
          );
        }
      }
    }
    pin (B1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001744;
      rise_capacitance : 0.001815;
      rise_capacitance_range (0.001815, 0.001815);
      fall_capacitance : 0.001672;
      fall_capacitance_range (0.001672, 0.001672);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0023036, 0.0022172, 0.0020182, 0.0024179, 0.0033391, 0.0054624, 0.0103569" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0104281, 0.0103339, 0.0101169, 0.0104989, 0.0113794, 0.0134091, 0.0180877" \
          );
        }
      }
    }
  }
  cell (scs8hd_a21boi_2) {
    area : 11.2608;
    cell_footprint : "a21boi";
    cell_leakage_power : 0.00652716;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0125069;
      when : "A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.0001366;
      when : "!A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.012517;
      when : "!A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0002008;
      when : "!A1&A2&B1N";
    }
    leakage_power () {
      value : 0.012517;
      when : "!A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.000187;
      when : "A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.012517;
      when : "A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.001635;
      when : "A1&A2&B1N";
    }
    leakage_power () {
      value : 0.00652716;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&B1N) | (!A2&B1N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.177622;
      max_transition : 1.50174;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0488735, 0.0545212, 0.0687052, 0.104461, 0.197199, 0.439734, 1.09342", \
            "0.0534619, 0.058888, 0.0727943, 0.108902, 0.201531, 0.448525, 1.1056", \
            "0.0652988, 0.0705678, 0.0841818, 0.119721, 0.212492, 0.459268, 1.10199", \
            "0.0878163, 0.0940724, 0.108884, 0.14434, 0.236554, 0.481973, 1.12662", \
            "0.124054, 0.132046, 0.152372, 0.196654, 0.292663, 0.536574, 1.1883", \
            "0.191327, 0.203113, 0.231178, 0.291734, 0.415479, 0.668441, 1.3179", \
            "0.35079, 0.366196, 0.402218, 0.480913, 0.642255, 0.958889, 1.62532" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0303683, 0.0371856, 0.0558196, 0.104704, 0.233828, 0.575428, 1.4939", \
            "0.0304455, 0.037352, 0.0557976, 0.104547, 0.233746, 0.579451, 1.49278", \
            "0.0308141, 0.0375208, 0.0559443, 0.104622, 0.232849, 0.578853, 1.48266", \
            "0.0371479, 0.0432531, 0.0595888, 0.10565, 0.233341, 0.575697, 1.48649", \
            "0.0538538, 0.0610352, 0.0787436, 0.121032, 0.238213, 0.575496, 1.48475", \
            "0.0900114, 0.097472, 0.117112, 0.16522, 0.27911, 0.586139, 1.49047", \
            "0.155586, 0.162862, 0.18339, 0.239679, 0.374394, 0.675423, 1.50174" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0137397, 0.0154399, 0.0196455, 0.0297991, 0.054642, 0.118333, 0.286058", \
            "0.0174465, 0.0190883, 0.0229366, 0.0328431, 0.0576035, 0.121317, 0.288904", \
            "0.0217171, 0.0239534, 0.0292122, 0.0404896, 0.0650037, 0.128447, 0.29603", \
            "0.0225151, 0.02571, 0.0330911, 0.0493502, 0.0812729, 0.145774, 0.313109", \
            "0.011939, 0.0166549, 0.0274773, 0.0510575, 0.0978408, 0.183794, 0.351985", \
            "-0.0287028, -0.0222764, -0.0070617, 0.026338, 0.0944354, 0.220721, 0.443408", \
            "-0.149342, -0.140245, -0.11815, -0.0702268, 0.0283604, 0.211614, 0.5352" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0128259, 0.0146374, 0.0193616, 0.0312708, 0.0624051, 0.145694, 0.368599", \
            "0.0143416, 0.0157425, 0.0197313, 0.0310086, 0.0622579, 0.145526, 0.367939", \
            "0.0200937, 0.0218437, 0.0258904, 0.0349029, 0.0629321, 0.145627, 0.368411", \
            "0.0301059, 0.0324149, 0.0379461, 0.0505172, 0.0755824, 0.148271, 0.368754", \
            "0.0471289, 0.0503765, 0.0590081, 0.0760461, 0.111317, 0.178914, 0.373452", \
            "0.0770816, 0.0825096, 0.0948273, 0.121095, 0.170531, 0.264147, 0.440891", \
            "0.134333, 0.142712, 0.160848, 0.199065, 0.272571, 0.405029, 0.649039" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0617091, 0.0665145, 0.0790796, 0.111426, 0.196217, 0.419658, 1.01383", \
            "0.0664392, 0.0711584, 0.0837076, 0.116235, 0.201116, 0.426951, 1.02408", \
            "0.0782771, 0.0829981, 0.0954055, 0.127849, 0.212719, 0.436904, 1.03175", \
            "0.102934, 0.107944, 0.120551, 0.152885, 0.23767, 0.463826, 1.05757", \
            "0.144491, 0.151171, 0.168037, 0.20691, 0.294566, 0.519557, 1.11876", \
            "0.218256, 0.2278, 0.251198, 0.304491, 0.416234, 0.652202, 1.24801", \
            "0.382258, 0.394552, 0.424434, 0.493636, 0.642084, 0.940479, 1.56093" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0403287, 0.0467115, 0.0638407, 0.108691, 0.227221, 0.541014, 1.37652", \
            "0.0403068, 0.0467993, 0.063784, 0.108782, 0.227769, 0.543501, 1.37915", \
            "0.0403595, 0.0468791, 0.0639106, 0.109137, 0.227381, 0.540284, 1.37479", \
            "0.0447306, 0.05064, 0.0666288, 0.109475, 0.2276, 0.542844, 1.37791", \
            "0.0621578, 0.0684462, 0.0847437, 0.124112, 0.232628, 0.541001, 1.37625", \
            "0.0978168, 0.105432, 0.124239, 0.169236, 0.273972, 0.555006, 1.37682", \
            "0.155722, 0.164792, 0.187934, 0.244213, 0.371787, 0.65157, 1.4022" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0174696, 0.0191819, 0.023386, 0.0335331, 0.0583822, 0.122088, 0.289675", \
            "0.0209825, 0.0226116, 0.026683, 0.0367445, 0.0615998, 0.125308, 0.293012", \
            "0.0257583, 0.0279032, 0.0329957, 0.0441421, 0.0691208, 0.132886, 0.300836", \
            "0.0284942, 0.0315212, 0.0386397, 0.0540787, 0.0848128, 0.150383, 0.318702", \
            "0.0211756, 0.0254597, 0.0357427, 0.0582806, 0.103075, 0.186499, 0.359014", \
            "-0.0147975, -0.0086901, 0.0061685, 0.0390952, 0.104955, 0.226443, 0.443994", \
            "-0.124376, -0.115387, -0.0938483, -0.0458715, 0.0503244, 0.229628, 0.54576" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0130291, 0.0147838, 0.019368, 0.0311715, 0.0623063, 0.145722, 0.36788", \
            "0.0137359, 0.0152644, 0.0194851, 0.0310073, 0.0621879, 0.145872, 0.368316", \
            "0.019019, 0.0204072, 0.0239088, 0.0335725, 0.0624778, 0.145912, 0.36881", \
            "0.028835, 0.0306132, 0.0352108, 0.0458729, 0.0714406, 0.147327, 0.368056", \
            "0.0455281, 0.0481534, 0.0546835, 0.069552, 0.101008, 0.16969, 0.37197", \
            "0.0750983, 0.0789038, 0.0883606, 0.109318, 0.153583, 0.23877, 0.421094", \
            "0.129165, 0.13615, 0.149635, 0.181006, 0.243088, 0.360593, 0.588845" \
          );
        }
      }
      timing () {
        related_pin : "B1N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0522655, 0.0562387, 0.0662591, 0.0921584, 0.159567, 0.338142, 0.808561", \
            "0.0561593, 0.0600655, 0.0700883, 0.0959601, 0.163938, 0.343668, 0.815292", \
            "0.0652705, 0.0691261, 0.0790622, 0.104792, 0.172025, 0.350038, 0.821669", \
            "0.0800841, 0.0841131, 0.0940457, 0.119589, 0.186791, 0.365508, 0.83635", \
            "0.0934646, 0.0980936, 0.108548, 0.133642, 0.200811, 0.378949, 0.850725", \
            "0.0947263, 0.100355, 0.112892, 0.139223, 0.205331, 0.38296, 0.855187", \
            "0.0545311, 0.0614025, 0.0772668, 0.109805, 0.176996, 0.353102, 0.825005" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0218829, 0.0268408, 0.0402818, 0.0762796, 0.172594, 0.427171, 1.10052", \
            "0.0217804, 0.0268481, 0.0402607, 0.0763634, 0.172405, 0.427152, 1.10201", \
            "0.0218846, 0.0269178, 0.0403071, 0.0763293, 0.172349, 0.425599, 1.10148", \
            "0.0237879, 0.0284238, 0.0413077, 0.0765909, 0.171995, 0.427109, 1.10102", \
            "0.0280648, 0.0325816, 0.0443316, 0.0777808, 0.172226, 0.426311, 1.10329", \
            "0.0353254, 0.0402088, 0.0519126, 0.0822873, 0.173338, 0.426291, 1.10063", \
            "0.0469415, 0.0529717, 0.0663367, 0.0964019, 0.178857, 0.427817, 1.10009" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0764361, 0.0792833, 0.0856371, 0.0985966, 0.123346, 0.175014, 0.300166", \
            "0.0806287, 0.0834163, 0.0898119, 0.102792, 0.12752, 0.179225, 0.304413", \
            "0.0919222, 0.0947226, 0.100966, 0.11392, 0.138725, 0.190412, 0.315631", \
            "0.119656, 0.122387, 0.128698, 0.141583, 0.166031, 0.217753, 0.342776", \
            "0.172331, 0.175444, 0.182586, 0.196924, 0.223633, 0.276527, 0.401652", \
            "0.25525, 0.25923, 0.267407, 0.284435, 0.316261, 0.373074, 0.499487", \
            "0.400487, 0.404709, 0.414702, 0.434757, 0.472567, 0.538185, 0.666922" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.018156, 0.0198976, 0.0245683, 0.0339872, 0.0558778, 0.112479, 0.272583", \
            "0.0180406, 0.019964, 0.0243402, 0.0338469, 0.0560827, 0.112574, 0.271369", \
            "0.0181652, 0.0200788, 0.0243849, 0.0340199, 0.0559527, 0.112538, 0.271527", \
            "0.018377, 0.0202125, 0.0245984, 0.034101, 0.0564042, 0.112414, 0.2721", \
            "0.0242639, 0.0262199, 0.0309868, 0.0409119, 0.0607238, 0.114608, 0.271678", \
            "0.0335192, 0.0355224, 0.0409994, 0.0519257, 0.0737858, 0.123858, 0.274062", \
            "0.0459717, 0.0480677, 0.0542932, 0.066939, 0.091106, 0.139926, 0.281575" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0152593, 0.0169735, 0.0215078, 0.0330283, 0.0628068, 0.141217, 0.351763", \
            "0.0148222, 0.0164987, 0.0209199, 0.0325344, 0.0624106, 0.142039, 0.350279", \
            "0.0145342, 0.0161755, 0.0204863, 0.0319082, 0.0618056, 0.141565, 0.34909", \
            "0.0143616, 0.0159846, 0.0202364, 0.0315277, 0.0612094, 0.14006, 0.348825", \
            "0.0142233, 0.0158231, 0.0201507, 0.0312777, 0.0608841, 0.139371, 0.348031", \
            "0.0156967, 0.0170562, 0.0211266, 0.032172, 0.0618035, 0.139682, 0.349678", \
            "0.0260508, 0.0269088, 0.0297455, 0.0388423, 0.0665346, 0.143154, 0.350725" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0096659, 0.0081077, 0.003945, -0.0071247, -0.0367077, -0.115725, -0.326357", \
            "0.0093414, 0.0077994, 0.0036772, -0.0073442, -0.0369335, -0.115921, -0.326511", \
            "0.0089331, 0.0074083, 0.0033172, -0.0076314, -0.0371294, -0.116085, -0.326687", \
            "0.0089977, 0.0074428, 0.0033072, -0.0077447, -0.0372381, -0.116208, -0.32681", \
            "0.0102545, 0.0086032, 0.0042709, -0.0070885, -0.0370965, -0.116083, -0.326654", \
            "0.0143994, 0.0126124, 0.0079972, -0.0039019, -0.0347818, -0.115045, -0.326176", \
            "0.0262443, 0.0243467, 0.0192028, 0.006495, -0.0267271, -0.109205, -0.320885" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0217048, 0.0233333, 0.0276266, 0.0388633, 0.0684291, 0.146669, 0.354663", \
            "0.0212974, 0.0228987, 0.0272112, 0.0385278, 0.0681834, 0.146813, 0.355058", \
            "0.0210084, 0.0225974, 0.0268579, 0.0381236, 0.0678368, 0.146312, 0.354442", \
            "0.0208421, 0.0224375, 0.0266745, 0.0378543, 0.0674807, 0.145977, 0.354443", \
            "0.0206594, 0.0222427, 0.0265335, 0.0376936, 0.0671894, 0.145559, 0.35361", \
            "0.0217279, 0.0231912, 0.0274455, 0.038624, 0.0680118, 0.146323, 0.354148", \
            "0.0316667, 0.0328209, 0.0361094, 0.0456063, 0.0733831, 0.15026, 0.356751" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0104735, 0.0089168, 0.004754, -0.0063217, -0.035908, -0.114925, -0.325536", \
            "0.0101041, 0.0085662, 0.0044342, -0.0066094, -0.0361612, -0.115166, -0.32578", \
            "0.0096072, 0.0081322, 0.0040684, -0.0069027, -0.0364147, -0.115385, -0.325943", \
            "0.0094603, 0.007852, 0.0036938, -0.0073045, -0.0366282, -0.115507, -0.326037", \
            "0.0102932, 0.0086713, 0.0044806, -0.0067221, -0.0367078, -0.115523, -0.326076", \
            "0.0137344, 0.0120087, 0.0074629, -0.0043224, -0.0346978, -0.114836, -0.325653", \
            "0.0245018, 0.0225927, 0.0175527, 0.0048698, -0.0276361, -0.109818, -0.323307" \
          );
        }
      }
      internal_power () {
        related_pin : "B1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0113338, 0.0129623, 0.0172656, 0.0285967, 0.0584118, 0.137119, 0.344355", \
            "0.0113123, 0.0129399, 0.0172552, 0.0285772, 0.05837, 0.13657, 0.344591", \
            "0.0113891, 0.0130001, 0.0172694, 0.0285608, 0.0581705, 0.136463, 0.344433", \
            "0.0110747, 0.0126566, 0.01684, 0.027871, 0.0576239, 0.136661, 0.344053", \
            "0.0111396, 0.0126919, 0.0166743, 0.0275713, 0.0569446, 0.135881, 0.343584", \
            "0.0114464, 0.0129722, 0.0170462, 0.0277692, 0.0567073, 0.134952, 0.344073", \
            "0.0132426, 0.0146608, 0.0185784, 0.0295544, 0.0585585, 0.13569, 0.343899" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0020683, 0.0004793, -0.003218, -0.012898, -0.0411371, -0.119697, -0.330342", \
            "0.0019216, 0.0003859, -0.003304, -0.0130567, -0.0412273, -0.11979, -0.330416", \
            "0.0020273, 0.0004782, -0.0032995, -0.013038, -0.041229, -0.119769, -0.330385", \
            "0.0015833, 1.16e-05, -0.0037142, -0.0134909, -0.0415595, -0.120044, -0.330623", \
            "0.0018391, 0.0001668, -0.0041019, -0.0135619, -0.0418134, -0.120274, -0.330813", \
            "0.0055804, 0.0038536, -0.0010343, -0.0126609, -0.0423559, -0.120917, -0.331368", \
            "0.0096939, 0.0075684, 0.0020643, -0.0101985, -0.04049, -0.11951, -0.330077" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004455;
      rise_capacitance : 0.004628;
      rise_capacitance_range (0.004628, 0.004628);
      fall_capacitance : 0.004282;
      fall_capacitance_range (0.004282, 0.004282);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0083711, -0.0083716, -0.0083727, -0.0083688, -0.0083597, -0.0083389, -0.0082906" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0083775, 0.0083798, 0.0083852, 0.0083892, 0.0083986, 0.0084202, 0.0084701" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.0048;
      rise_capacitance : 0.005025;
      rise_capacitance_range (0.005025, 0.005025);
      fall_capacitance : 0.004575;
      fall_capacitance_range (0.004575, 0.004575);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0092123, -0.0092082, -0.0091989, -0.0091998, -0.009202, -0.0092071, -0.0092185" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0092014, 0.0092048, 0.0092126, 0.0092153, 0.0092215, 0.0092358, 0.0092689" \
          );
        }
      }
    }
    pin (B1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001641;
      rise_capacitance : 0.001707;
      rise_capacitance_range (0.001707, 0.001707);
      fall_capacitance : 0.001575;
      fall_capacitance_range (0.001575, 0.001575);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046903, 0.0046273, 0.0044821, 0.0048611, 0.0057348, 0.0077488, 0.0123912" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.013952, 0.0138444, 0.0135965, 0.0139575, 0.0147898, 0.0167081, 0.0211301" \
          );
        }
      }
    }
  }
  cell (scs8hd_a21boi_4) {
    area : 18.768;
    cell_footprint : "a21boi";
    cell_leakage_power : 0.0207698;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0445603;
      when : "!A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.0248238;
      when : "!A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.006615;
      when : "!A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0248235;
      when : "!A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.0065839;
      when : "A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.0248235;
      when : "A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0090959;
      when : "A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0248324;
      when : "A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.0207698;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&B1N) | (!A2&B1N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.288401;
      max_transition : 1.49744;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.0557118, 0.0596856, 0.0706217, 0.100115, 0.181684, 0.416234, 1.07798", \
            "0.0599142, 0.0636747, 0.074373, 0.104075, 0.186108, 0.41855, 1.08365", \
            "0.071609, 0.0752344, 0.0856452, 0.114921, 0.197439, 0.429795, 1.09551", \
            "0.0947935, 0.0989798, 0.110072, 0.139112, 0.220553, 0.453769, 1.12528", \
            "0.132373, 0.137849, 0.152987, 0.189246, 0.275373, 0.507881, 1.17585", \
            "0.203696, 0.211358, 0.231702, 0.28078, 0.391686, 0.636719, 1.30401", \
            "0.370781, 0.38071, 0.4068, 0.470086, 0.613131, 0.918615, 1.6074" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.0357969, 0.040627, 0.054676, 0.0943826, 0.20857, 0.539568, 1.47879", \
            "0.0359646, 0.040705, 0.0546282, 0.0946319, 0.20863, 0.535399, 1.48106", \
            "0.0362307, 0.0409692, 0.05464, 0.0947135, 0.208558, 0.536882, 1.48266", \
            "0.0414713, 0.0456638, 0.0581976, 0.0959535, 0.208828, 0.536101, 1.48597", \
            "0.0575373, 0.0622718, 0.0756977, 0.111815, 0.214487, 0.53707, 1.47999", \
            "0.0925209, 0.0976858, 0.11174, 0.151547, 0.255243, 0.548834, 1.48067", \
            "0.15903, 0.163857, 0.178827, 0.222314, 0.340313, 0.637067, 1.49744" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.014744, 0.0158723, 0.0190158, 0.0272155, 0.0485418, 0.106381, 0.27061", \
            "0.0185377, 0.0196064, 0.0223848, 0.0303062, 0.0514932, 0.109288, 0.273324", \
            "0.0231044, 0.0245669, 0.0284949, 0.0377351, 0.0588755, 0.11655, 0.280354", \
            "0.0246562, 0.0267434, 0.0319969, 0.0452783, 0.0740941, 0.133978, 0.297894", \
            "0.0143154, 0.0171725, 0.0246774, 0.0438063, 0.0856512, 0.16914, 0.336802", \
            "-0.0286175, -0.0246068, -0.0135971, 0.013372, 0.0745708, 0.196619, 0.424978", \
            "-0.153924, -0.148756, -0.133651, -0.0931015, -0.0058075, 0.171364, 0.506852" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.015958, 0.0171096, 0.0205131, 0.0300134, 0.0568455, 0.135451, 0.364606", \
            "0.0171275, 0.0180682, 0.0208885, 0.0296939, 0.056691, 0.135624, 0.364073", \
            "0.0226949, 0.023882, 0.026771, 0.0343261, 0.0577623, 0.135311, 0.364799", \
            "0.0324296, 0.0339771, 0.0379606, 0.0482663, 0.0719792, 0.139101, 0.364436", \
            "0.0495862, 0.0518163, 0.0581483, 0.0716073, 0.10377, 0.172403, 0.37102", \
            "0.0799202, 0.0842801, 0.092654, 0.113516, 0.158224, 0.250687, 0.442331", \
            "0.137427, 0.142985, 0.158693, 0.190539, 0.255132, 0.384871, 0.634937" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.0735506, 0.0769835, 0.086706, 0.113911, 0.189908, 0.407314, 1.03506", \
            "0.0778636, 0.0812682, 0.0909561, 0.118159, 0.195526, 0.412665, 1.03848", \
            "0.0892258, 0.0925852, 0.102207, 0.129411, 0.206194, 0.424511, 1.05079", \
            "0.113694, 0.117119, 0.126736, 0.15373, 0.23026, 0.448471, 1.07694", \
            "0.15634, 0.160814, 0.172981, 0.204755, 0.284426, 0.50318, 1.13096", \
            "0.234364, 0.240378, 0.256633, 0.298927, 0.398364, 0.629585, 1.25937", \
            "0.407144, 0.414638, 0.435168, 0.488653, 0.616253, 0.902902, 1.55568" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.0509479, 0.0554392, 0.0685385, 0.106328, 0.214142, 0.522385, 1.40842", \
            "0.0509413, 0.0553974, 0.0686456, 0.106125, 0.214247, 0.522185, 1.41013", \
            "0.0510661, 0.0554168, 0.0687097, 0.106137, 0.214158, 0.522123, 1.41021", \
            "0.0542274, 0.0584156, 0.0708876, 0.106873, 0.214036, 0.521268, 1.40812", \
            "0.0699365, 0.0745471, 0.0870778, 0.120732, 0.219067, 0.521877, 1.41062", \
            "0.103952, 0.109119, 0.123003, 0.160971, 0.258851, 0.535879, 1.4079", \
            "0.16247, 0.16816, 0.18476, 0.23048, 0.344212, 0.625622, 1.43272" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.018783, 0.019942, 0.0230528, 0.0312235, 0.0524986, 0.110431, 0.274638", \
            "0.0220386, 0.0231228, 0.0261135, 0.034182, 0.0554399, 0.11326, 0.277376", \
            "0.0266517, 0.0280394, 0.0316302, 0.0406009, 0.0620834, 0.120118, 0.284054", \
            "0.0292919, 0.0311457, 0.0361079, 0.0482124, 0.075059, 0.135372, 0.299997", \
            "0.0213349, 0.0239667, 0.0310787, 0.0485987, 0.0872079, 0.165469, 0.335822", \
            "-0.0171457, -0.0133726, -0.0030777, 0.022377, 0.0792507, 0.192389, 0.407858", \
            "-0.133559, -0.128077, -0.113197, -0.0757857, 0.0070821, 0.173969, 0.485914" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.0161557, 0.0172704, 0.0205279, 0.0299106, 0.0568484, 0.135417, 0.364585", \
            "0.0166686, 0.0176778, 0.0206769, 0.0296971, 0.0566948, 0.135388, 0.364636", \
            "0.021293, 0.0222482, 0.0248607, 0.0324722, 0.0574759, 0.135396, 0.364863", \
            "0.0309642, 0.0320195, 0.0351013, 0.0436603, 0.0667258, 0.137706, 0.364162", \
            "0.047916, 0.0495239, 0.0537786, 0.0651633, 0.0926847, 0.160896, 0.36846", \
            "0.0787591, 0.0807886, 0.0868667, 0.103421, 0.140892, 0.221948, 0.416433", \
            "0.13566, 0.138973, 0.147987, 0.171992, 0.22421, 0.336109, 0.564858" \
          );
        }
      }
      timing () {
        related_pin : "B1N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.0602849, 0.0630754, 0.0707034, 0.0918988, 0.151331, 0.320398, 0.809258", \
            "0.0637716, 0.0665599, 0.0741991, 0.0952571, 0.155109, 0.323437, 0.808244", \
            "0.0721622, 0.0749373, 0.0824898, 0.103537, 0.163165, 0.331426, 0.818679", \
            "0.086705, 0.0894789, 0.0970071, 0.117495, 0.176671, 0.345628, 0.831465", \
            "0.098595, 0.101664, 0.109377, 0.130322, 0.188927, 0.357536, 0.845041", \
            "0.0953157, 0.0991125, 0.108741, 0.130949, 0.188699, 0.357586, 0.84269", \
            "0.0449789, 0.0496074, 0.061668, 0.0895749, 0.149135, 0.316138, 0.800169" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.0258325, 0.0291827, 0.0392711, 0.0684442, 0.153319, 0.396133, 1.10115", \
            "0.0258232, 0.0292764, 0.0393598, 0.0685247, 0.153292, 0.396837, 1.09728", \
            "0.0258339, 0.0292618, 0.0393682, 0.0685002, 0.153382, 0.396723, 1.10278", \
            "0.027514, 0.0309225, 0.0404461, 0.0690159, 0.15311, 0.396265, 1.09833", \
            "0.0322306, 0.0351759, 0.0441114, 0.0706637, 0.153868, 0.396651, 1.09686", \
            "0.0398189, 0.0432027, 0.0520273, 0.0763954, 0.154561, 0.396578, 1.09423", \
            "0.0522688, 0.0564285, 0.0663724, 0.0920516, 0.162698, 0.398653, 1.09674" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.0723862, 0.0741074, 0.0785743, 0.0887275, 0.109825, 0.155379, 0.272684", \
            "0.076755, 0.078465, 0.0828578, 0.0931063, 0.114194, 0.159772, 0.276978", \
            "0.0883929, 0.0900866, 0.0945028, 0.104685, 0.125743, 0.171413, 0.288727", \
            "0.116893, 0.118578, 0.122939, 0.133039, 0.154078, 0.19979, 0.317041", \
            "0.1703, 0.172236, 0.177173, 0.188622, 0.211911, 0.258821, 0.376579", \
            "0.255931, 0.25818, 0.26399, 0.277377, 0.305235, 0.357368, 0.476609", \
            "0.409895, 0.412413, 0.419197, 0.435, 0.46754, 0.528817, 0.651624" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.0179349, 0.0190496, 0.0220968, 0.0294652, 0.0475512, 0.0982248, 0.252153", \
            "0.0180292, 0.0191518, 0.0220313, 0.0294678, 0.0477451, 0.0982997, 0.25231", \
            "0.0180563, 0.0192238, 0.0220865, 0.029483, 0.0478648, 0.0981942, 0.251894", \
            "0.0184126, 0.0195817, 0.0224368, 0.0298582, 0.0480125, 0.098416, 0.251855", \
            "0.0248897, 0.0261035, 0.0292783, 0.0367285, 0.0531787, 0.101326, 0.252343", \
            "0.0344963, 0.0358125, 0.0392295, 0.0478588, 0.0661974, 0.110577, 0.255133", \
            "0.0477664, 0.0490301, 0.0530828, 0.0623971, 0.0837172, 0.128502, 0.262378" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.0301205, 0.0321503, 0.0378414, 0.0534368, 0.0967271, 0.221309, 0.573786", \
            "0.0291303, 0.0311098, 0.0366661, 0.0523929, 0.0960022, 0.219545, 0.573479", \
            "0.0285508, 0.0304294, 0.035794, 0.0511885, 0.094894, 0.2188, 0.573002", \
            "0.0282393, 0.030053, 0.0353525, 0.0503992, 0.0936094, 0.217595, 0.576854", \
            "0.0279537, 0.0297549, 0.0350181, 0.0499797, 0.0927608, 0.216243, 0.571131", \
            "0.0311675, 0.0327382, 0.037459, 0.0516224, 0.0944909, 0.216389, 0.570501", \
            "0.0474578, 0.0484922, 0.0518595, 0.063461, 0.103201, 0.223211, 0.574799" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.0196427, 0.0178609, 0.0127689, -0.0020061, -0.044698, -0.168544, -0.526395", \
            "0.018939, 0.0172244, 0.0121227, -0.0025146, -0.0452366, -0.169024, -0.526859", \
            "0.0181933, 0.0164693, 0.0114278, -0.0031523, -0.0457225, -0.169369, -0.527387", \
            "0.0178471, 0.0160819, 0.0110586, -0.0036469, -0.0460728, -0.169681, -0.527504", \
            "0.01991, 0.0180689, 0.0127335, -0.0023768, -0.0460184, -0.169646, -0.527258", \
            "0.0268997, 0.0248437, 0.0190584, 0.0030449, -0.0415252, -0.167856, -0.526506", \
            "0.0469178, 0.0446982, 0.038619, 0.0211547, -0.0249683, -0.154658, -0.519792" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.0446962, 0.0465388, 0.0518326, 0.066959, 0.109725, 0.232489, 0.585699", \
            "0.0437376, 0.0455819, 0.0509002, 0.0660955, 0.109233, 0.232033, 0.585761", \
            "0.0429969, 0.0448137, 0.0500869, 0.065191, 0.10837, 0.231525, 0.585461", \
            "0.0426287, 0.0444264, 0.0496248, 0.0645745, 0.107613, 0.230991, 0.584991", \
            "0.0422699, 0.0441082, 0.0493521, 0.0641613, 0.107038, 0.230182, 0.58437", \
            "0.0448764, 0.0465559, 0.0514341, 0.065942, 0.108488, 0.231108, 0.58403", \
            "0.0605818, 0.061939, 0.0659898, 0.078456, 0.118316, 0.238668, 0.58814" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.0206571, 0.0188824, 0.0137616, -0.001034, -0.0437909, -0.167565, -0.525506", \
            "0.0199503, 0.0182052, 0.013119, -0.0015883, -0.0442823, -0.168084, -0.525927", \
            "0.0191874, 0.017463, 0.0124294, -0.0021052, -0.0446876, -0.168333, -0.526356", \
            "0.018375, 0.0166235, 0.0115996, -0.0029364, -0.0452034, -0.168734, -0.526593", \
            "0.0201522, 0.0183304, 0.0130903, -0.0018172, -0.0451843, -0.168489, -0.526368", \
            "0.0258084, 0.0238186, 0.0181943, 0.0024642, -0.0418494, -0.167578, -0.52603", \
            "0.0446073, 0.0424234, 0.0363449, 0.0190143, -0.0285348, -0.158318, -0.521435" \
          );
        }
      }
      internal_power () {
        related_pin : "B1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.0252249, 0.0270829, 0.03243, 0.0476331, 0.0907475, 0.214291, 0.56944", \
            "0.0251697, 0.0270289, 0.0323598, 0.0475868, 0.090668, 0.213921, 0.56676", \
            "0.025336, 0.0271744, 0.0324353, 0.0475739, 0.0907828, 0.213329, 0.570009", \
            "0.024632, 0.026442, 0.0314971, 0.0465209, 0.0896249, 0.212265, 0.565889", \
            "0.0245162, 0.0262124, 0.0309007, 0.0457275, 0.0882244, 0.211626, 0.567969", \
            "0.0246362, 0.0263527, 0.0313341, 0.0459157, 0.0874206, 0.210525, 0.564966", \
            "0.0284814, 0.0300297, 0.0348109, 0.0490677, 0.0903709, 0.211525, 0.566061" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
          values ( \
            "0.0075036, 0.0057488, 0.0009615, -0.01219, -0.0523619, -0.175073, -0.533051", \
            "0.0073688, 0.0056741, 0.0008392, -0.0124441, -0.0525509, -0.175221, -0.533193", \
            "0.0073646, 0.0056519, 0.0007986, -0.0123077, -0.0524098, -0.175218, -0.533102", \
            "0.0063851, 0.0046647, -0.0001916, -0.013525, -0.0535932, -0.176122, -0.533865", \
            "0.0066426, 0.0047647, -0.0005037, -0.0142837, -0.0544128, -0.176862, -0.534463", \
            "0.0118084, 0.009669, 0.0037306, -0.0119113, -0.0548513, -0.177945, -0.535454", \
            "0.0158568, 0.0135101, 0.0071822, -0.0096895, -0.0515342, -0.175223, -0.53244" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008601;
      rise_capacitance : 0.008964;
      rise_capacitance_range (0.008964, 0.008964);
      fall_capacitance : 0.008237;
      fall_capacitance_range (0.008237, 0.008237);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0166779, -0.0166705, -0.0166533, -0.0166462, -0.0166299, -0.0165919, -0.0165045" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0166958, 0.0166926, 0.0166852, 0.0166919, 0.0167073, 0.0167428, 0.0168246" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00925;
      rise_capacitance : 0.009733;
      rise_capacitance_range (0.009733, 0.009733);
      fall_capacitance : 0.008768;
      fall_capacitance_range (0.008768, 0.008768);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0179098, -0.0179405, -0.018011, -0.0180144, -0.0180224, -0.0180405, -0.0180824" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0179528, 0.0179796, 0.0180412, 0.0180432, 0.0180476, 0.018058, 0.0180818" \
          );
        }
      }
    }
    pin (B1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.0025;
      rise_capacitance : 0.002642;
      rise_capacitance_range (0.002642, 0.002642);
      fall_capacitance : 0.002358;
      fall_capacitance_range (0.002358, 0.002358);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0072001, 0.0070713, 0.0067743, 0.0075857, 0.0094563, 0.0137678, 0.0237065" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0257853, 0.0256055, 0.0251911, 0.026011, 0.0279009, 0.0322571, 0.0422987" \
          );
        }
      }
    }
  }
  cell (scs8hd_a21o_1) {
    area : 7.5072;
    cell_footprint : "a21o";
    cell_leakage_power : 0.00560594;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062335;
      when : "!A1&!A2&B1";
    }
    leakage_power () {
      value : 0.0063136;
      when : "!A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0062335;
      when : "!A1&A2&B1";
    }
    leakage_power () {
      value : 0.0063423;
      when : "!A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0062335;
      when : "A1&!A2&B1";
    }
    leakage_power () {
      value : 0.006333;
      when : "A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0062268;
      when : "A1&A2&B1";
    }
    leakage_power () {
      value : 0.0009313;
      when : "A1&A2&!B1";
    }
    leakage_power () {
      value : 0.00560594;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2) | (B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.234385;
      max_transition : 1.5064;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108255, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.0439935, 0.0489977, 0.0613096, 0.0931672, 0.179582, 0.417175, 1.07873", \
            "0.0470028, 0.0519953, 0.0642731, 0.0961276, 0.182348, 0.420687, 1.08377", \
            "0.0544062, 0.0593206, 0.0715162, 0.103161, 0.189326, 0.428327, 1.0892", \
            "0.0633782, 0.0684329, 0.0807071, 0.112294, 0.198341, 0.436767, 1.09952", \
            "0.0662735, 0.0719185, 0.0845523, 0.115755, 0.202166, 0.441412, 1.1028", \
            "0.0454591, 0.0525651, 0.0672897, 0.0986665, 0.184679, 0.422742, 1.08546", \
            "-0.0396673, -0.0308908, -0.0121509, 0.023927, 0.109732, 0.348096, 1.01185" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108255, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.0141583, 0.0194571, 0.0344884, 0.0779236, 0.20123, 0.544928, 1.50311", \
            "0.0141228, 0.0194386, 0.0344848, 0.0778408, 0.201171, 0.545812, 1.5064", \
            "0.0142561, 0.0195479, 0.0345143, 0.0778249, 0.20125, 0.544986, 1.50272", \
            "0.0155519, 0.0206501, 0.0353109, 0.0783262, 0.201074, 0.545291, 1.50497", \
            "0.018776, 0.0236861, 0.0369707, 0.0788304, 0.200944, 0.545572, 1.50189", \
            "0.0238445, 0.0293451, 0.0420041, 0.0804564, 0.201971, 0.544754, 1.50081", \
            "0.031602, 0.0384819, 0.0531962, 0.0883063, 0.203697, 0.547611, 1.49746" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108255, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.0763759, 0.0809711, 0.0911279, 0.112388, 0.159539, 0.279644, 0.61167", \
            "0.0808043, 0.0854029, 0.0955392, 0.116745, 0.16398, 0.284055, 0.616551", \
            "0.0925548, 0.0971437, 0.107283, 0.128471, 0.175718, 0.295877, 0.628655", \
            "0.118102, 0.122657, 0.132779, 0.154018, 0.201258, 0.321435, 0.654374", \
            "0.163051, 0.16813, 0.179381, 0.202277, 0.251206, 0.371759, 0.704339", \
            "0.242199, 0.248127, 0.261166, 0.287686, 0.340433, 0.462266, 0.794763", \
            "0.405808, 0.41285, 0.428151, 0.459646, 0.519723, 0.646385, 0.977225" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108255, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.0141587, 0.017639, 0.0258659, 0.0459623, 0.0985449, 0.250501, 0.686094", \
            "0.0141523, 0.0177875, 0.0259148, 0.0458631, 0.0983425, 0.252353, 0.686121", \
            "0.0141528, 0.0177879, 0.0259972, 0.0459637, 0.0982812, 0.251676, 0.687223", \
            "0.0146755, 0.0181472, 0.0262383, 0.0461929, 0.0982953, 0.250541, 0.686001", \
            "0.0176162, 0.0212974, 0.0300862, 0.0500201, 0.100695, 0.252471, 0.687693", \
            "0.0233164, 0.0275135, 0.0370478, 0.0583064, 0.107524, 0.254354, 0.687359", \
            "0.0320073, 0.0365364, 0.0475053, 0.0715227, 0.121063, 0.26048, 0.687798" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108255, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.047284, 0.0522864, 0.0645835, 0.0964527, 0.182455, 0.420179, 1.08188", \
            "0.0505702, 0.0555553, 0.0678774, 0.0996942, 0.186074, 0.424118, 1.08626", \
            "0.0578163, 0.0627663, 0.0749769, 0.106698, 0.192786, 0.430889, 1.09305", \
            "0.0685796, 0.0736745, 0.0860371, 0.117653, 0.204164, 0.442443, 1.10478", \
            "0.0750024, 0.0808131, 0.0937624, 0.125503, 0.211586, 0.45026, 1.11134", \
            "0.0613987, 0.0686273, 0.0838222, 0.116402, 0.2023, 0.440598, 1.10229", \
            "-0.0085534, 0.0003559, 0.0196276, 0.0569584, 0.143358, 0.382257, 1.04609" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108255, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.0141397, 0.0194813, 0.0345211, 0.0778502, 0.200592, 0.544209, 1.49984", \
            "0.0141487, 0.019467, 0.0345033, 0.0778908, 0.201373, 0.545257, 1.50518", \
            "0.0141936, 0.0194834, 0.0345016, 0.0777807, 0.200786, 0.545487, 1.50549", \
            "0.0155758, 0.020647, 0.0351639, 0.0780876, 0.201363, 0.545291, 1.50545", \
            "0.0188735, 0.0238942, 0.0371947, 0.0786959, 0.200549, 0.545067, 1.4997", \
            "0.0238847, 0.0296279, 0.0427483, 0.080925, 0.202189, 0.542611, 1.50372", \
            "0.0312839, 0.0384604, 0.0534741, 0.0892534, 0.203988, 0.547365, 1.49995" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108255, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.0902977, 0.0952187, 0.106144, 0.128344, 0.176541, 0.297332, 0.630176", \
            "0.0950849, 0.100089, 0.110997, 0.133066, 0.181339, 0.301987, 0.634932", \
            "0.106323, 0.111239, 0.122214, 0.144347, 0.192588, 0.313196, 0.646262", \
            "0.130307, 0.13529, 0.146186, 0.168279, 0.216544, 0.337215, 0.669432", \
            "0.174734, 0.18012, 0.191847, 0.215354, 0.264405, 0.385301, 0.718685", \
            "0.25288, 0.259078, 0.272499, 0.29916, 0.351131, 0.473289, 0.805986", \
            "0.411105, 0.4183, 0.434274, 0.46567, 0.524539, 0.650428, 0.983829" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108255, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.0165421, 0.0200575, 0.0284289, 0.0480689, 0.100256, 0.252979, 0.692888", \
            "0.0164484, 0.0200912, 0.0281541, 0.0481267, 0.100401, 0.251724, 0.688144", \
            "0.0164591, 0.0200372, 0.0284518, 0.0480499, 0.100406, 0.251595, 0.69025", \
            "0.0165369, 0.0202216, 0.0283457, 0.048218, 0.0998141, 0.25139, 0.687784", \
            "0.0190729, 0.0229916, 0.0313417, 0.050514, 0.102145, 0.252997, 0.691077", \
            "0.0246574, 0.0286119, 0.0380871, 0.0577982, 0.108327, 0.254248, 0.69238", \
            "0.0328208, 0.0374658, 0.0483634, 0.0711181, 0.119055, 0.260579, 0.688289" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108255, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.0304919, 0.0348533, 0.0462268, 0.0768565, 0.162077, 0.400607, 1.05975", \
            "0.0339339, 0.0382662, 0.0496297, 0.0804501, 0.167109, 0.40245, 1.07899", \
            "0.0392608, 0.0436583, 0.055137, 0.0859617, 0.171671, 0.408982, 1.07115", \
            "0.0424065, 0.0470605, 0.058455, 0.0894368, 0.174843, 0.414265, 1.08808", \
            "0.0362635, 0.0418182, 0.0540715, 0.0849847, 0.170492, 0.408152, 1.0724", \
            "0.0031656, 0.0104986, 0.0257063, 0.0572118, 0.142811, 0.379968, 1.04392", \
            "-0.10026, -0.0909928, -0.0707706, -0.0319308, 0.0546041, 0.292877, 0.954691" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108255, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.0117943, 0.0172645, 0.0328451, 0.0772088, 0.201263, 0.5465, 1.50317", \
            "0.0118335, 0.0172575, 0.0328546, 0.0775312, 0.201699, 0.54465, 1.50242", \
            "0.0126886, 0.0178462, 0.0331515, 0.0771648, 0.201522, 0.547766, 1.50045", \
            "0.0146732, 0.0193476, 0.0338315, 0.0772677, 0.200455, 0.545565, 1.50323", \
            "0.0188044, 0.0233537, 0.0360171, 0.0778881, 0.201204, 0.545036, 1.50404", \
            "0.0249565, 0.0305212, 0.043486, 0.0806509, 0.20169, 0.545965, 1.50154", \
            "0.0348761, 0.0424542, 0.0579927, 0.0935592, 0.205815, 0.545803, 1.49806" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108255, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.0501842, 0.0543671, 0.0634575, 0.0829732, 0.12815, 0.247798, 0.581087", \
            "0.0544006, 0.0585535, 0.0676289, 0.0871113, 0.132282, 0.251708, 0.585281", \
            "0.0664071, 0.0705106, 0.0796099, 0.0990528, 0.144346, 0.263908, 0.596223", \
            "0.0925778, 0.0968701, 0.106305, 0.126123, 0.171563, 0.291038, 0.625808", \
            "0.136119, 0.141223, 0.152068, 0.17357, 0.220343, 0.340533, 0.673253", \
            "0.214968, 0.220904, 0.233742, 0.25866, 0.306862, 0.427839, 0.76022", \
            "0.373264, 0.380161, 0.395114, 0.42466, 0.478397, 0.599152, 0.931941" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108255, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.0121411, 0.0153706, 0.0229353, 0.0421389, 0.0950825, 0.24971, 0.69291", \
            "0.0121066, 0.0153755, 0.0230807, 0.0422038, 0.0955138, 0.251873, 0.696292", \
            "0.0122121, 0.0153375, 0.023071, 0.0422207, 0.0953566, 0.249715, 0.686238", \
            "0.014021, 0.0172195, 0.0245129, 0.0431338, 0.0959247, 0.25106, 0.685705", \
            "0.0184742, 0.0219769, 0.0295406, 0.0472997, 0.0984328, 0.250138, 0.68597", \
            "0.0239479, 0.0280197, 0.0366649, 0.0546776, 0.102046, 0.252307, 0.687139", \
            "0.0330519, 0.0371315, 0.0477779, 0.0674179, 0.111051, 0.2548, 0.689137" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108256, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.0143241, 0.0161611, 0.0211515, 0.0346263, 0.0712883, 0.17366, 0.457462", \
            "0.014139, 0.0159786, 0.02096, 0.0344106, 0.0714461, 0.173447, 0.457177", \
            "0.0139624, 0.0157941, 0.0207257, 0.034141, 0.0709186, 0.173125, 0.456878", \
            "0.0139286, 0.0157418, 0.0205087, 0.0338286, 0.0705724, 0.17223, 0.454835", \
            "0.0148311, 0.0165292, 0.0212463, 0.0341363, 0.0706792, 0.173168, 0.457141", \
            "0.0173419, 0.0189691, 0.0236563, 0.0364075, 0.0726136, 0.17393, 0.45648", \
            "0.0240816, 0.0256573, 0.0302342, 0.0430595, 0.0795473, 0.181203, 0.461341" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108256, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.0113658, 0.0100642, 0.0065972, -0.0052524, -0.0415431, -0.143992, -0.429715", \
            "0.0110793, 0.0098362, 0.0063244, -0.0055544, -0.0418245, -0.144246, -0.430049", \
            "0.0108199, 0.0095615, 0.0060079, -0.0058634, -0.0420981, -0.144496, -0.430161", \
            "0.0106923, 0.0093597, 0.0057775, -0.0060972, -0.0423339, -0.144742, -0.430437", \
            "0.0111744, 0.0094122, 0.0050748, -0.0063445, -0.042466, -0.14482, -0.43054", \
            "0.0145595, 0.0126947, 0.0077975, -0.0053462, -0.0419043, -0.143827, -0.42954", \
            "0.0206852, 0.0186253, 0.0134334, -4.92e-05, -0.0368368, -0.13923, -0.424552" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108256, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.0146631, 0.0165054, 0.0214868, 0.0349736, 0.0718917, 0.172985, 0.455475", \
            "0.014497, 0.0163341, 0.0213238, 0.0347959, 0.0718057, 0.173834, 0.45759", \
            "0.0143205, 0.0161416, 0.0210752, 0.0345263, 0.0712837, 0.172875, 0.455455", \
            "0.0142268, 0.0160548, 0.020879, 0.0342183, 0.0712596, 0.173352, 0.457208", \
            "0.0148653, 0.0165655, 0.021291, 0.034361, 0.0708909, 0.173444, 0.454924", \
            "0.0169369, 0.0185874, 0.0232164, 0.03632, 0.0728769, 0.174363, 0.456463", \
            "0.0234172, 0.0249885, 0.0294673, 0.042453, 0.0789746, 0.180189, 0.461049" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108256, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.0149915, 0.0136097, 0.0101101, -0.0015764, -0.0377171, -0.140034, -0.425683", \
            "0.0147777, 0.0134434, 0.0099114, -0.0017881, -0.0379108, -0.14025, -0.425925", \
            "0.0146266, 0.0132166, 0.0097785, -0.0019651, -0.0381172, -0.140424, -0.426341", \
            "0.0145179, 0.0131676, 0.0096019, -0.0021559, -0.0382884, -0.140587, -0.42623", \
            "0.0143783, 0.012577, 0.0091705, -0.0023734, -0.0383737, -0.140685, -0.426313", \
            "0.018803, 0.0169085, 0.0120079, -0.0012066, -0.0375274, -0.139588, -0.425245", \
            "0.0251773, 0.0230682, 0.0178983, 0.0043883, -0.0324748, -0.134913, -0.420134" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108256, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.0092661, 0.0110495, 0.0158493, 0.028894, 0.0654465, 0.166586, 0.448775", \
            "0.0090543, 0.0108193, 0.0155984, 0.0287286, 0.0650155, 0.166327, 0.447867", \
            "0.0088151, 0.0105542, 0.0153384, 0.0284711, 0.064971, 0.167295, 0.446398", \
            "0.0090792, 0.0107515, 0.0153455, 0.0284007, 0.0648764, 0.165652, 0.447913", \
            "0.0102545, 0.0119296, 0.0165864, 0.0295, 0.0657998, 0.167839, 0.449632", \
            "0.0141546, 0.0157784, 0.0203773, 0.0333429, 0.0694888, 0.170365, 0.452437", \
            "0.0246166, 0.0263644, 0.0306957, 0.0434854, 0.079678, 0.179908, 0.460787" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139357, 0.0038841, 0.0108256, 0.0301724, 0.0840949, 0.234385");
          values ( \
            "0.0110019, 0.0098483, 0.0062597, -0.0059732, -0.0424144, -0.14486, -0.430592", \
            "0.0107228, 0.0095157, 0.0059032, -0.0062678, -0.0427193, -0.145181, -0.430882", \
            "0.0107191, 0.0094139, 0.0058169, -0.006376, -0.0428055, -0.145186, -0.430947", \
            "0.0109353, 0.0096208, 0.0059555, -0.006217, -0.0426002, -0.145001, -0.430699", \
            "0.0135333, 0.0117692, 0.0071381, -0.0053187, -0.0415476, -0.143908, -0.429599", \
            "0.0178779, 0.0159839, 0.0110739, -0.0020744, -0.0386647, -0.140609, -0.42629", \
            "0.0280192, 0.025905, 0.0209371, 0.0071021, -0.0299637, -0.132443, -0.417783" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002412;
      rise_capacitance : 0.002495;
      rise_capacitance_range (0.002495, 0.002495);
      fall_capacitance : 0.002329;
      fall_capacitance_range (0.002329, 0.002329);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0040024, -0.0040039, -0.0040074, -0.004001, -0.0039862, -0.0039522, -0.0038737" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0051149, 0.0051162, 0.0051192, 0.0051214, 0.0051265, 0.0051382, 0.0051651" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002338;
      rise_capacitance : 0.002436;
      rise_capacitance_range (0.002436, 0.002436);
      fall_capacitance : 0.002239;
      fall_capacitance_range (0.002239, 0.002239);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004472, -0.0044691, -0.0044625, -0.0044634, -0.0044653, -0.0044699, -0.0044803" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.004479, 0.004477, 0.0044725, 0.004471, 0.0044674, 0.0044592, 0.0044403" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.0025;
      rise_capacitance : 0.00265;
      rise_capacitance_range (0.00265, 0.00265);
      fall_capacitance : 0.00235;
      fall_capacitance_range (0.00235, 0.00235);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018592, -0.0018609, -0.0018648, -0.0018643, -0.0018633, -0.0018609, -0.0018554" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027547, 0.0027498, 0.0027386, 0.0027501, 0.0027766, 0.0028377, 0.0029785" \
          );
        }
      }
    }
  }
  cell (scs8hd_a21o_2) {
    area : 8.7584;
    cell_footprint : "a21o";
    cell_leakage_power : 0.00983533;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062672;
      when : "!A1&!A2&B1";
    }
    leakage_power () {
      value : 0.012469;
      when : "!A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0062706;
      when : "!A1&A2&B1";
    }
    leakage_power () {
      value : 0.0124994;
      when : "!A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0062699;
      when : "A1&!A2&B1";
    }
    leakage_power () {
      value : 0.0124885;
      when : "A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0214603;
      when : "A1&A2&B1";
    }
    leakage_power () {
      value : 0.0009577;
      when : "A1&A2&!B1";
    }
    leakage_power () {
      value : 0.00983533;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2) | (B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.404673;
      max_transition : 1.50343;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0510561, 0.055128, 0.0653336, 0.0915413, 0.166311, 0.391343, 1.07618", \
            "0.0540343, 0.0580861, 0.0682824, 0.0944718, 0.169501, 0.394444, 1.07965", \
            "0.0615951, 0.0656305, 0.0757854, 0.101855, 0.176493, 0.401779, 1.08603", \
            "0.0741503, 0.0783698, 0.0887194, 0.114841, 0.189728, 0.414363, 1.10046", \
            "0.0818197, 0.0868064, 0.0981899, 0.1245, 0.199438, 0.424349, 1.10977", \
            "0.0677012, 0.0736678, 0.087567, 0.116201, 0.190252, 0.416091, 1.1014", \
            "-0.0074559, -0.0006252, 0.0163411, 0.0514058, 0.12755, 0.35145, 1.03865" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0130338, 0.0168184, 0.0276654, 0.0611333, 0.167828, 0.497085, 1.49813", \
            "0.0130968, 0.0168078, 0.0276343, 0.061203, 0.168127, 0.495995, 1.50175", \
            "0.012994, 0.0167633, 0.0276521, 0.0611982, 0.167962, 0.49691, 1.49865", \
            "0.0146862, 0.0182477, 0.0287716, 0.0619126, 0.168207, 0.496488, 1.50106", \
            "0.0182639, 0.0219128, 0.031891, 0.0632219, 0.168318, 0.496966, 1.49783", \
            "0.0235071, 0.0280496, 0.0388276, 0.0674568, 0.169089, 0.498063, 1.49778", \
            "0.0316621, 0.0370796, 0.051002, 0.0801031, 0.172752, 0.498594, 1.49815" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0974809, 0.101452, 0.110987, 0.131665, 0.175428, 0.283051, 0.597034", \
            "0.101929, 0.105877, 0.115387, 0.136089, 0.179818, 0.287425, 0.60143", \
            "0.113286, 0.117251, 0.12675, 0.1474, 0.191069, 0.298659, 0.612092", \
            "0.139013, 0.14296, 0.152471, 0.173144, 0.216892, 0.324484, 0.638763", \
            "0.19044, 0.194605, 0.204721, 0.226436, 0.271166, 0.37927, 0.693359", \
            "0.28191, 0.286496, 0.297808, 0.32243, 0.371801, 0.483376, 0.796529", \
            "0.460446, 0.465849, 0.478925, 0.507481, 0.564778, 0.683024, 0.997989" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.01688, 0.0194877, 0.0264375, 0.0432447, 0.0861221, 0.217255, 0.641181", \
            "0.0168264, 0.0196336, 0.0265606, 0.0430839, 0.0862429, 0.217118, 0.640719", \
            "0.0168238, 0.0196437, 0.0265962, 0.0431942, 0.0859487, 0.217093, 0.639405", \
            "0.0167849, 0.0195167, 0.026488, 0.0431465, 0.0859751, 0.217166, 0.637368", \
            "0.0196309, 0.022487, 0.0296609, 0.0462178, 0.0881271, 0.217795, 0.635924", \
            "0.0262322, 0.0292611, 0.0368743, 0.0545164, 0.0966802, 0.222022, 0.637669", \
            "0.0365493, 0.0397584, 0.0483349, 0.0681069, 0.111944, 0.231154, 0.638802" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0544587, 0.0585377, 0.0687485, 0.0949841, 0.170005, 0.394745, 1.08044", \
            "0.0577451, 0.0617804, 0.0719894, 0.0982002, 0.172887, 0.398137, 1.08285", \
            "0.0652107, 0.0692564, 0.0794371, 0.105571, 0.180284, 0.405451, 1.09005", \
            "0.0782407, 0.0824788, 0.0929232, 0.11901, 0.193964, 0.419361, 1.10352", \
            "0.0892753, 0.0942159, 0.105653, 0.132313, 0.207081, 0.432005, 1.11985", \
            "0.0824919, 0.0884559, 0.102302, 0.131302, 0.205976, 0.430678, 1.1184", \
            "0.0224582, 0.0293493, 0.0463207, 0.0817135, 0.15867, 0.383657, 1.06833" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0130525, 0.0168341, 0.0276336, 0.0612576, 0.168186, 0.495636, 1.50159", \
            "0.0130091, 0.016796, 0.0276239, 0.0611365, 0.16807, 0.496477, 1.50204", \
            "0.012997, 0.0167772, 0.0276436, 0.0612535, 0.167722, 0.497032, 1.49813", \
            "0.0143136, 0.0179912, 0.0286046, 0.0616734, 0.168096, 0.496892, 1.50118", \
            "0.0177929, 0.0214301, 0.0316453, 0.0630782, 0.168201, 0.497099, 1.50177", \
            "0.0226806, 0.0271934, 0.0382696, 0.0673851, 0.169128, 0.496175, 1.50042", \
            "0.0300871, 0.0357531, 0.0492253, 0.0794908, 0.173008, 0.498641, 1.49616" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.111703, 0.116043, 0.12637, 0.148282, 0.193369, 0.302174, 0.616465", \
            "0.116498, 0.120807, 0.131144, 0.153145, 0.198169, 0.306983, 0.620679", \
            "0.127579, 0.131894, 0.142215, 0.164236, 0.209291, 0.318048, 0.63177", \
            "0.151491, 0.155815, 0.166175, 0.188215, 0.233325, 0.3421, 0.656384", \
            "0.200608, 0.205103, 0.215821, 0.238535, 0.284139, 0.393266, 0.707675", \
            "0.288552, 0.293573, 0.305214, 0.330518, 0.380579, 0.492579, 0.806372", \
            "0.458972, 0.464695, 0.47842, 0.507879, 0.56528, 0.682826, 0.998423" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0191982, 0.0221573, 0.0294973, 0.0463403, 0.0890015, 0.218722, 0.641962", \
            "0.0191329, 0.0220901, 0.0294042, 0.0461047, 0.088801, 0.218739, 0.638677", \
            "0.0191017, 0.0220629, 0.0293533, 0.0462436, 0.0888776, 0.21889, 0.642563", \
            "0.0190911, 0.0220742, 0.0293488, 0.0461948, 0.0889238, 0.218815, 0.63815", \
            "0.021288, 0.0242386, 0.0316828, 0.0480478, 0.0901943, 0.219336, 0.642037", \
            "0.0270274, 0.0301557, 0.0381981, 0.0557381, 0.0974598, 0.222333, 0.642212", \
            "0.0371239, 0.040575, 0.0492271, 0.0692534, 0.111411, 0.230989, 0.638215" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.035771, 0.0391729, 0.0481374, 0.0727249, 0.146247, 0.370626, 1.05788", \
            "0.0392856, 0.0426811, 0.0515992, 0.0762671, 0.14991, 0.373787, 1.05816", \
            "0.0467079, 0.0501894, 0.0591388, 0.0837544, 0.157264, 0.384019, 1.06717", \
            "0.0536293, 0.0575121, 0.0669736, 0.0917574, 0.165399, 0.391638, 1.07435", \
            "0.0525553, 0.0575094, 0.068516, 0.0938398, 0.167386, 0.392047, 1.08044", \
            "0.0270517, 0.033091, 0.047068, 0.0754162, 0.14867, 0.372687, 1.05666", \
            "-0.0644273, -0.0575062, -0.0400203, -0.0032861, 0.0731396, 0.297113, 0.980924" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0106087, 0.0140907, 0.0249727, 0.0595941, 0.167145, 0.497468, 1.50343", \
            "0.0105835, 0.0141404, 0.0250259, 0.0596066, 0.16778, 0.496767, 1.50055", \
            "0.0113263, 0.0147191, 0.0253189, 0.0594733, 0.166993, 0.497547, 1.50052", \
            "0.0139805, 0.0172239, 0.0270594, 0.0601761, 0.167154, 0.498399, 1.50211", \
            "0.018178, 0.0217988, 0.031072, 0.0617723, 0.167799, 0.49647, 1.50288", \
            "0.0240361, 0.0287309, 0.0394794, 0.0673596, 0.168306, 0.496844, 1.49941", \
            "0.0344603, 0.039948, 0.0537109, 0.0840635, 0.17497, 0.498686, 1.49675" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0660966, 0.0697286, 0.07844, 0.0971358, 0.13784, 0.243013, 0.557324", \
            "0.0699631, 0.0735754, 0.0822696, 0.100856, 0.141497, 0.246722, 0.560349", \
            "0.0813733, 0.0848958, 0.0934548, 0.112166, 0.152826, 0.258135, 0.571388", \
            "0.10979, 0.113361, 0.121933, 0.140407, 0.181094, 0.286342, 0.600277", \
            "0.16199, 0.166112, 0.176032, 0.19669, 0.239241, 0.344929, 0.659557", \
            "0.250838, 0.255727, 0.266977, 0.29144, 0.338208, 0.445839, 0.759984", \
            "0.420632, 0.426084, 0.439214, 0.467519, 0.522176, 0.632936, 0.946506" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0140966, 0.0165683, 0.0230469, 0.0386531, 0.0810462, 0.214216, 0.635064", \
            "0.0140943, 0.0165647, 0.0229701, 0.0386955, 0.0809569, 0.214519, 0.641763", \
            "0.0139903, 0.016567, 0.0231052, 0.0385296, 0.0808706, 0.214328, 0.642232", \
            "0.0145259, 0.0169621, 0.0234038, 0.0392094, 0.0814844, 0.215037, 0.641781", \
            "0.0199297, 0.0225856, 0.0294935, 0.0442739, 0.0844094, 0.214901, 0.637531", \
            "0.0272639, 0.0303246, 0.0377687, 0.0542015, 0.0926274, 0.21799, 0.640769", \
            "0.0375846, 0.0404367, 0.0488443, 0.0676562, 0.106486, 0.224096, 0.638848" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0195522, 0.0216049, 0.0279099, 0.0465078, 0.102102, 0.26976, 0.78177", \
            "0.0193757, 0.0214324, 0.0277068, 0.04633, 0.101998, 0.269414, 0.780356", \
            "0.0192872, 0.0213669, 0.0275861, 0.0461332, 0.101712, 0.269607, 0.781494", \
            "0.0193446, 0.0213324, 0.0274552, 0.0457659, 0.101334, 0.268877, 0.780931", \
            "0.0205239, 0.0224095, 0.0283005, 0.0458237, 0.101159, 0.268982, 0.781284", \
            "0.0231521, 0.024902, 0.0306241, 0.0483266, 0.102845, 0.270901, 0.781706", \
            "0.0307244, 0.0322153, 0.0376154, 0.0551205, 0.109675, 0.276259, 0.785695" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0162311, 0.014102, 0.0088075, -0.0066068, -0.0602774, -0.229323, -0.746683", \
            "0.0159148, 0.013864, 0.008501, -0.0068926, -0.0605889, -0.229687, -0.746943", \
            "0.0155483, 0.0135926, 0.0081944, -0.0072733, -0.060863, -0.229997, -0.747375", \
            "0.0153675, 0.0132579, 0.007926, -0.0075787, -0.0611599, -0.230238, -0.7475", \
            "0.0155949, 0.0134176, 0.0081146, -0.0077261, -0.0614079, -0.230384, -0.747634", \
            "0.021945, 0.0194543, 0.01267, -0.0059207, -0.0609134, -0.229638, -0.746848", \
            "0.0293623, 0.0266455, 0.0190014, -0.0004655, -0.0563533, -0.225643, -0.742581" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0200315, 0.0220934, 0.0283958, 0.0470052, 0.102612, 0.270113, 0.781686", \
            "0.0198785, 0.0219192, 0.0281974, 0.0468517, 0.102501, 0.270388, 0.78207", \
            "0.0197102, 0.0217933, 0.028038, 0.0466264, 0.102178, 0.269994, 0.781944", \
            "0.0197168, 0.021737, 0.0278752, 0.0462953, 0.101869, 0.269572, 0.780299", \
            "0.020707, 0.0226023, 0.028534, 0.0462955, 0.10161, 0.269535, 0.781205", \
            "0.0231014, 0.0248824, 0.0306043, 0.0483717, 0.102904, 0.270653, 0.782027", \
            "0.0298768, 0.0314249, 0.036834, 0.0546989, 0.109436, 0.276169, 0.78573" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0201705, 0.0179349, 0.0124512, -0.0029647, -0.0564543, -0.225321, -0.742762", \
            "0.0199621, 0.0177604, 0.012289, -0.0032047, -0.0566052, -0.225545, -0.742782", \
            "0.0198157, 0.017589, 0.012081, -0.0034011, -0.0567856, -0.225774, -0.742937", \
            "0.0196526, 0.0174199, 0.0118868, -0.0036196, -0.0570721, -0.225899, -0.743118", \
            "0.0199334, 0.0176821, 0.0119384, -0.0037227, -0.0570721, -0.225999, -0.743226", \
            "0.0265678, 0.0240093, 0.0170882, -0.0016277, -0.0565711, -0.225343, -0.742359", \
            "0.0340363, 0.0313301, 0.0239114, 0.0043442, -0.051669, -0.221106, -0.737826" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0146904, 0.0167512, 0.0228942, 0.0409969, 0.0957201, 0.262835, 0.774803", \
            "0.0145506, 0.0166004, 0.0227152, 0.0408455, 0.0957003, 0.262001, 0.77155", \
            "0.014387, 0.0163929, 0.0224208, 0.0405717, 0.0951694, 0.263164, 0.771362", \
            "0.0147008, 0.0165729, 0.022506, 0.0404175, 0.0955046, 0.263123, 0.771608", \
            "0.0158909, 0.0177813, 0.0236721, 0.0412025, 0.0961226, 0.263357, 0.775277", \
            "0.0196769, 0.0214529, 0.0271793, 0.0447757, 0.0988109, 0.266067, 0.776837", \
            "0.0306875, 0.0321928, 0.0373791, 0.0549217, 0.108887, 0.275008, 0.784017" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0160745, 0.0141454, 0.0090869, -0.0064729, -0.0605964, -0.229749, -0.747092", \
            "0.0157339, 0.0138034, 0.0087495, -0.0068513, -0.060999, -0.230214, -0.747441", \
            "0.0156718, 0.0136715, 0.0085661, -0.0071118, -0.0612096, -0.230353, -0.747563", \
            "0.0158401, 0.0137975, 0.0085609, -0.0067559, -0.0608725, -0.230011, -0.747275", \
            "0.0173419, 0.0150066, 0.0094777, -0.0062059, -0.0602936, -0.229345, -0.746568", \
            "0.0256221, 0.0231032, 0.0161656, -0.0024863, -0.057841, -0.226502, -0.743675", \
            "0.0363018, 0.0335453, 0.0261618, 0.0064775, -0.0498232, -0.218815, -0.73577" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002376;
      rise_capacitance : 0.002467;
      rise_capacitance_range (0.002467, 0.002467);
      fall_capacitance : 0.002284;
      fall_capacitance_range (0.002284, 0.002284);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038098, -0.0038164, -0.0038314, -0.003825, -0.00381, -0.0037757, -0.0036963" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0050893, 0.0050915, 0.0050964, 0.0050976, 0.0051007, 0.0051077, 0.0051239" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002316;
      rise_capacitance : 0.002425;
      rise_capacitance_range (0.002425, 0.002425);
      fall_capacitance : 0.002207;
      fall_capacitance_range (0.002207, 0.002207);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043955, -0.0043931, -0.0043876, -0.004388, -0.004389, -0.0043913, -0.0043964" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043941, 0.004393, 0.0043904, 0.0043904, 0.0043904, 0.0043906, 0.0043909" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002453;
      rise_capacitance : 0.002616;
      rise_capacitance_range (0.002616, 0.002616);
      fall_capacitance : 0.002289;
      fall_capacitance_range (0.002289, 0.002289);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018688, -0.0018716, -0.0018779, -0.0018767, -0.0018738, -0.0018673, -0.0018522" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0024925, 0.0024849, 0.0024673, 0.0024793, 0.0025069, 0.0025706, 0.0027173" \
          );
        }
      }
    }
  }
  cell (scs8hd_a21o_4) {
    area : 15.0144;
    cell_footprint : "a21o";
    cell_leakage_power : 0.0158404;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0125476;
      when : "!A1&!A2&B1";
    }
    leakage_power () {
      value : 0.0248995;
      when : "!A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0125476;
      when : "!A1&A2&B1";
    }
    leakage_power () {
      value : 0.0249662;
      when : "!A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0125476;
      when : "A1&!A2&B1";
    }
    leakage_power () {
      value : 0.0249514;
      when : "A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0125378;
      when : "A1&A2&B1";
    }
    leakage_power () {
      value : 0.0017256;
      when : "A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0158404;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2) | (B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.748911;
      max_transition : 1.50797;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193509, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.0497409, 0.0524246, 0.0601059, 0.0813902, 0.146265, 0.359695, 1.08072", \
            "0.0527306, 0.0554344, 0.0630929, 0.0844132, 0.149109, 0.363808, 1.08453", \
            "0.0602652, 0.0629226, 0.0705388, 0.0916516, 0.156509, 0.370471, 1.0917", \
            "0.0719589, 0.0747227, 0.0824517, 0.103758, 0.168248, 0.382769, 1.1036", \
            "0.0778972, 0.0810945, 0.0896478, 0.11137, 0.175749, 0.390003, 1.11138", \
            "0.0600876, 0.0639221, 0.0744116, 0.0984955, 0.163053, 0.376679, 1.09813", \
            "-0.0240717, -0.0197331, -0.0070646, 0.0226801, 0.0903357, 0.303258, 1.02499" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193509, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.0130182, 0.015508, 0.0232834, 0.0489477, 0.139575, 0.450297, 1.50381", \
            "0.0130592, 0.0155021, 0.023219, 0.0489162, 0.139646, 0.451064, 1.50296", \
            "0.0129962, 0.0154418, 0.0231663, 0.0490012, 0.139778, 0.450667, 1.50238", \
            "0.0143786, 0.0167444, 0.0242484, 0.0497236, 0.139709, 0.450664, 1.50214", \
            "0.0180116, 0.0201905, 0.0274871, 0.0512942, 0.140285, 0.450628, 1.49941", \
            "0.0231683, 0.0261815, 0.034159, 0.0560908, 0.141, 0.45083, 1.50304", \
            "0.0316167, 0.0348905, 0.0449828, 0.0693509, 0.145834, 0.451696, 1.49663" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193509, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.106864, 0.109489, 0.116927, 0.135116, 0.175659, 0.278204, 0.596126", \
            "0.111348, 0.113968, 0.121369, 0.139408, 0.180066, 0.282537, 0.600615", \
            "0.122744, 0.125359, 0.132756, 0.150974, 0.191636, 0.294047, 0.611385", \
            "0.148381, 0.15099, 0.158307, 0.176496, 0.217177, 0.319596, 0.637468", \
            "0.200166, 0.202893, 0.210608, 0.229406, 0.270897, 0.373724, 0.691887", \
            "0.293877, 0.296947, 0.305425, 0.326354, 0.37202, 0.478455, 0.796741", \
            "0.479474, 0.482968, 0.49266, 0.516644, 0.569345, 0.683768, 1.00375" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193509, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.0183642, 0.0201978, 0.025316, 0.0395438, 0.0768728, 0.195721, 0.62188", \
            "0.018409, 0.0202166, 0.0255976, 0.0394696, 0.0767316, 0.195319, 0.622145", \
            "0.0183911, 0.0202037, 0.0253029, 0.039198, 0.0765785, 0.195398, 0.618691", \
            "0.0184107, 0.0200901, 0.0253765, 0.0391688, 0.0767176, 0.195415, 0.622258", \
            "0.0206989, 0.022436, 0.0277241, 0.0415869, 0.078374, 0.196387, 0.622972", \
            "0.0271073, 0.0288825, 0.0342721, 0.0487864, 0.0862319, 0.200823, 0.61902", \
            "0.0378989, 0.0396726, 0.0453728, 0.0616194, 0.100814, 0.211511, 0.621991" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193509, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.0532276, 0.0559202, 0.063588, 0.0849002, 0.149518, 0.363786, 1.08453", \
            "0.0563981, 0.0590761, 0.0667491, 0.088021, 0.15282, 0.366412, 1.08791", \
            "0.0635223, 0.0661865, 0.0738286, 0.0950121, 0.159743, 0.373637, 1.09389", \
            "0.0752353, 0.0779954, 0.0858151, 0.107144, 0.171876, 0.385617, 1.10899", \
            "0.0834703, 0.0866655, 0.0953021, 0.117206, 0.181863, 0.396595, 1.11668", \
            "0.0701878, 0.0740437, 0.0844776, 0.108674, 0.173435, 0.387376, 1.10785", \
            "-0.0054558, -0.0010507, 0.01162, 0.0417015, 0.110077, 0.323018, 1.04687" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193509, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.0130625, 0.0155342, 0.0232382, 0.0490428, 0.139539, 0.450377, 1.50206", \
            "0.0131233, 0.0155195, 0.0232402, 0.0490723, 0.13935, 0.450292, 1.50332", \
            "0.0130068, 0.0154485, 0.0231925, 0.0489965, 0.139303, 0.450232, 1.50183", \
            "0.0142349, 0.0165833, 0.0241294, 0.0494947, 0.139415, 0.450495, 1.50496", \
            "0.0175524, 0.0200026, 0.0271654, 0.0512183, 0.140106, 0.450889, 1.49957", \
            "0.0226049, 0.0254907, 0.0338199, 0.0562128, 0.140936, 0.451047, 1.50218", \
            "0.029907, 0.033356, 0.0438454, 0.0681458, 0.145623, 0.451655, 1.49973" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193509, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.11383, 0.116585, 0.124348, 0.142959, 0.183221, 0.284726, 0.60206", \
            "0.118762, 0.121526, 0.129254, 0.147854, 0.188215, 0.289686, 0.607652", \
            "0.130831, 0.13358, 0.141327, 0.159883, 0.200214, 0.301743, 0.619", \
            "0.156957, 0.159708, 0.167452, 0.186064, 0.226469, 0.328044, 0.645395", \
            "0.211169, 0.214055, 0.222084, 0.241184, 0.282087, 0.384009, 0.701142", \
            "0.307889, 0.311089, 0.320001, 0.341526, 0.387081, 0.492554, 0.809663", \
            "0.494624, 0.498273, 0.508581, 0.533514, 0.586762, 0.699736, 1.01851" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193509, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.0192083, 0.0209429, 0.0263106, 0.0402186, 0.0761731, 0.194668, 0.621682", \
            "0.019165, 0.0210478, 0.0264221, 0.0398887, 0.076046, 0.194641, 0.622317", \
            "0.0190911, 0.0209401, 0.0263138, 0.0399348, 0.0762405, 0.194666, 0.621186", \
            "0.0190816, 0.0209471, 0.0263252, 0.0399981, 0.0760929, 0.19457, 0.619823", \
            "0.021155, 0.022991, 0.0284492, 0.0417942, 0.0774936, 0.194727, 0.620637", \
            "0.0274034, 0.0293697, 0.0351565, 0.049515, 0.0851133, 0.199211, 0.618344", \
            "0.0382582, 0.0400087, 0.0467151, 0.0624962, 0.100429, 0.209232, 0.620196" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193509, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.035306, 0.0375667, 0.0442867, 0.0641485, 0.1277, 0.341374, 1.06572", \
            "0.0388227, 0.0410592, 0.0477472, 0.0675899, 0.131349, 0.344789, 1.06859", \
            "0.0459855, 0.0482487, 0.0549095, 0.074641, 0.138568, 0.353906, 1.079", \
            "0.0523126, 0.0548622, 0.0617869, 0.081668, 0.145364, 0.358579, 1.07953", \
            "0.0494493, 0.0525, 0.0609439, 0.0815739, 0.144932, 0.358702, 1.08035", \
            "0.0197676, 0.0236721, 0.0342652, 0.0583758, 0.121726, 0.334949, 1.05769", \
            "-0.0816041, -0.0771528, -0.064193, -0.0328632, 0.035008, 0.248049, 0.967987" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193509, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.0103816, 0.012668, 0.0201926, 0.0467054, 0.138538, 0.450965, 1.50743", \
            "0.010389, 0.012655, 0.0202365, 0.0467287, 0.138638, 0.450444, 1.50687", \
            "0.0110645, 0.0132226, 0.0205932, 0.0467527, 0.138685, 0.452896, 1.50797", \
            "0.0134826, 0.0155412, 0.0223685, 0.0475538, 0.138244, 0.450221, 1.50091", \
            "0.0178284, 0.0201007, 0.0266854, 0.0494621, 0.139262, 0.449994, 1.50228", \
            "0.0236482, 0.0268577, 0.0345843, 0.0560685, 0.139909, 0.449542, 1.50158", \
            "0.0344646, 0.0372724, 0.0476774, 0.0726617, 0.1472, 0.452054, 1.49673" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193509, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.0686732, 0.0710363, 0.0777365, 0.0938219, 0.130564, 0.228656, 0.545831", \
            "0.0725124, 0.0748787, 0.0815249, 0.0975289, 0.134274, 0.23242, 0.54959", \
            "0.0840248, 0.0863591, 0.0932495, 0.10931, 0.145742, 0.243849, 0.56141", \
            "0.113235, 0.115584, 0.122105, 0.137903, 0.174582, 0.272621, 0.590483", \
            "0.168245, 0.170917, 0.178376, 0.195995, 0.234859, 0.333901, 0.649897", \
            "0.262776, 0.265907, 0.274528, 0.295423, 0.338611, 0.440332, 0.757907", \
            "0.444624, 0.448069, 0.457851, 0.482222, 0.533498, 0.639768, 0.956971" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193509, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.0146305, 0.0163049, 0.0211634, 0.0338162, 0.069562, 0.190439, 0.621693", \
            "0.0146818, 0.0163945, 0.0212793, 0.0337824, 0.0695652, 0.190415, 0.621826", \
            "0.0147329, 0.0162957, 0.0212235, 0.033804, 0.0697647, 0.190337, 0.620515", \
            "0.0148764, 0.0165054, 0.0213114, 0.0341798, 0.0698701, 0.19068, 0.621243", \
            "0.0204488, 0.0221117, 0.026946, 0.0396463, 0.0729089, 0.191527, 0.622842", \
            "0.0284475, 0.0302799, 0.0356736, 0.0494724, 0.0822502, 0.195118, 0.621238", \
            "0.039587, 0.0413522, 0.0470732, 0.0627177, 0.0974469, 0.202736, 0.621787" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193508, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.0367238, 0.0390867, 0.0472593, 0.07422, 0.162342, 0.45567, 1.44826", \
            "0.0364285, 0.0388289, 0.0469825, 0.0739157, 0.162167, 0.455771, 1.44788", \
            "0.0362907, 0.0386996, 0.0468288, 0.0735827, 0.161625, 0.455745, 1.44581", \
            "0.0363481, 0.0387058, 0.0467281, 0.07283, 0.160942, 0.454692, 1.44772", \
            "0.0382472, 0.0404281, 0.0479923, 0.0731499, 0.160831, 0.455005, 1.44552", \
            "0.0427064, 0.0447611, 0.0522779, 0.077856, 0.163642, 0.457878, 1.44929", \
            "0.0559005, 0.0576025, 0.0643303, 0.0891759, 0.174908, 0.466458, 1.45419" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193508, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.0326912, 0.0301408, 0.0223108, 0.0004122, -0.0819227, -0.377062, -1.37975", \
            "0.0321627, 0.0296857, 0.0218393, -8.16e-05, -0.0824966, -0.377666, -1.38033", \
            "0.0315997, 0.0291388, 0.0212918, -0.000741, -0.0830109, -0.378182, -1.38085", \
            "0.0312803, 0.0286462, 0.0208334, -0.0012168, -0.083614, -0.378651, -1.38117", \
            "0.0317617, 0.0290865, 0.0208819, -0.0015332, -0.0839643, -0.378816, -1.38149", \
            "0.0423321, 0.0393685, 0.0302, 0.0032481, -0.0838906, -0.37772, -1.38041", \
            "0.0552139, 0.0519863, 0.0421022, 0.0133009, -0.0755294, -0.371691, -1.37363" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193508, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.0381897, 0.0405563, 0.0487232, 0.0756989, 0.163835, 0.457094, 1.44973", \
            "0.0378137, 0.0402697, 0.0483961, 0.0753335, 0.163486, 0.457493, 1.44799", \
            "0.0375878, 0.0399876, 0.0481042, 0.0749067, 0.162971, 0.457213, 1.44632", \
            "0.0373498, 0.0396536, 0.0477872, 0.0742051, 0.16219, 0.455739, 1.44689", \
            "0.0391896, 0.0414348, 0.0490457, 0.0742293, 0.161718, 0.455889, 1.44865", \
            "0.0429639, 0.0452575, 0.0526342, 0.0776033, 0.163762, 0.458044, 1.44778", \
            "0.0538914, 0.0558248, 0.062727, 0.0878184, 0.173992, 0.46576, 1.45294" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193508, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.0405216, 0.0379147, 0.029986, 0.0079937, -0.0744468, -0.369566, -1.37223", \
            "0.0401652, 0.0375516, 0.029719, 0.0077155, -0.0746793, -0.369908, -1.37238", \
            "0.0398565, 0.0371758, 0.029324, 0.0072276, -0.0751348, -0.37024, -1.37286", \
            "0.0395457, 0.0369444, 0.0290026, 0.006943, -0.0755908, -0.370612, -1.3731", \
            "0.0399922, 0.0372215, 0.0290672, 0.0066193, -0.0757787, -0.370746, -1.37334", \
            "0.050213, 0.0472399, 0.0380896, 0.010953, -0.0758119, -0.370205, -1.37232", \
            "0.0636872, 0.0604631, 0.0504891, 0.0215639, -0.0674412, -0.363865, -1.36556" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193508, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.0270208, 0.029498, 0.0377239, 0.0643161, 0.151602, 0.445506, 1.43909", \
            "0.0268108, 0.0292581, 0.0374376, 0.064006, 0.151365, 0.445012, 1.44315", \
            "0.0266263, 0.0290291, 0.0369676, 0.0633311, 0.150957, 0.444753, 1.43926", \
            "0.026972, 0.0291707, 0.0367402, 0.0628094, 0.150249, 0.442331, 1.43104", \
            "0.0289632, 0.0310351, 0.0386575, 0.0643104, 0.151373, 0.44454, 1.43818", \
            "0.0360622, 0.0382498, 0.0454009, 0.0706193, 0.157346, 0.45025, 1.44011", \
            "0.0548392, 0.0563323, 0.0628754, 0.0875726, 0.172482, 0.462831, 1.45134" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169127, 0.0057208, 0.0193508, 0.0654551, 0.221405, 0.748911");
          values ( \
            "0.0321913, 0.0299435, 0.0226552, 0.000891, -0.0826182, -0.378122, -1.38083", \
            "0.0317, 0.0292461, 0.0220811, 0.0003681, -0.0830609, -0.37872, -1.38142", \
            "0.0313134, 0.0291019, 0.0218161, -7.4e-06, -0.0836071, -0.379043, -1.38174", \
            "0.0321415, 0.0297156, 0.022252, 0.0001099, -0.0830368, -0.378478, -1.3811", \
            "0.0341318, 0.0314443, 0.0234413, 0.001592, -0.0819986, -0.377067, -1.37977", \
            "0.0502428, 0.047185, 0.0378996, 0.010664, -0.0773964, -0.372132, -1.37465", \
            "0.0682802, 0.0650504, 0.0557498, 0.0256335, -0.0636812, -0.359668, -1.36163" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004433;
      rise_capacitance : 0.00463;
      rise_capacitance_range (0.00463, 0.00463);
      fall_capacitance : 0.004237;
      fall_capacitance_range (0.004237, 0.004237);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0076774, -0.007676, -0.0076728, -0.0076598, -0.0076297, -0.0075602, -0.0073999" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0097929, 0.0098035, 0.0098278, 0.009832, 0.0098418, 0.0098643, 0.0099163" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004811;
      rise_capacitance : 0.005041;
      rise_capacitance_range (0.005041, 0.005041);
      fall_capacitance : 0.004581;
      fall_capacitance_range (0.004581, 0.004581);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0091676, -0.0091617, -0.009148, -0.0091483, -0.0091487, -0.0091496, -0.0091517" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0091902, 0.0091807, 0.0091588, 0.0091623, 0.0091706, 0.0091898, 0.0092339" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004521;
      rise_capacitance : 0.004833;
      rise_capacitance_range (0.004833, 0.004833);
      fall_capacitance : 0.004209;
      fall_capacitance_range (0.004209, 0.004209);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0037934, -0.003798, -0.0038084, -0.0038054, -0.0037983, -0.0037821, -0.0037446" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0049875, 0.0049742, 0.0049436, 0.0049695, 0.0050295, 0.0051677, 0.0054863" \
          );
        }
      }
    }
  }
  cell (scs8hd_a21oi_1) {
    area : 5.0048;
    cell_footprint : "a21oi";
    cell_leakage_power : 0.00324108;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.00621;
      when : "!A1&!A2&B1";
    }
    leakage_power () {
      value : 2.96238e-05;
      when : "!A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.00621;
      when : "!A1&A2&B1";
    }
    leakage_power () {
      value : 5.37131e-05;
      when : "!A1&A2&!B1";
    }
    leakage_power () {
      value : 0.00621;
      when : "A1&!A2&B1";
    }
    leakage_power () {
      value : 4.76648e-05;
      when : "A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0062662;
      when : "A1&A2&B1";
    }
    leakage_power () {
      value : 0.0009014;
      when : "A1&A2&!B1";
    }
    leakage_power () {
      value : 0.00324108;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1) | (!A2&!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.101634;
      max_transition : 1.48928;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0477603, 0.0555431, 0.0735896, 0.115553, 0.215336, 0.455816, 1.03827", \
            "0.0522058, 0.0598547, 0.0778179, 0.12001, 0.22039, 0.461953, 1.04532", \
            "0.0642033, 0.0717637, 0.0892527, 0.131502, 0.231864, 0.473847, 1.06891", \
            "0.0881047, 0.096667, 0.115176, 0.156953, 0.25784, 0.501545, 1.0831", \
            "0.125431, 0.137779, 0.163082, 0.214043, 0.316121, 0.559234, 1.14155", \
            "0.191385, 0.209437, 0.245563, 0.317325, 0.447762, 0.693929, 1.28199", \
            "0.342417, 0.365936, 0.412603, 0.506279, 0.682166, 0.99827, 1.60018" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0322981, 0.0419885, 0.065557, 0.122431, 0.260571, 0.595581, 1.40829", \
            "0.0323862, 0.0419257, 0.0655984, 0.122679, 0.260584, 0.595234, 1.41124", \
            "0.0326883, 0.0421393, 0.0656079, 0.122949, 0.260567, 0.595327, 1.41136", \
            "0.0397405, 0.0478363, 0.068997, 0.123108, 0.261358, 0.598779, 1.40754", \
            "0.0595367, 0.0687796, 0.0899829, 0.137671, 0.264719, 0.597355, 1.40949", \
            "0.0976777, 0.109054, 0.134185, 0.190191, 0.306725, 0.608491, 1.41399", \
            "0.164149, 0.175685, 0.205731, 0.274974, 0.416397, 0.705534, 1.43224" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0177129, 0.020455, 0.0267009, 0.04082, 0.073465, 0.151081, 0.338381", \
            "0.0210342, 0.0236542, 0.0297769, 0.0438135, 0.0764291, 0.154138, 0.341558", \
            "0.0265245, 0.0299159, 0.0371632, 0.0513976, 0.0837133, 0.161416, 0.34846", \
            "0.0294653, 0.0343378, 0.0445369, 0.0647714, 0.101648, 0.178832, 0.366196", \
            "0.0229552, 0.0297645, 0.0448379, 0.0743305, 0.127912, 0.219247, 0.405562", \
            "-0.0104469, -0.000403, 0.0209815, 0.062841, 0.140572, 0.275868, 0.502669", \
            "-0.114821, -0.100707, -0.0709851, -0.0098366, 0.102521, 0.299796, 0.625381" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.014834, 0.0179336, 0.0252353, 0.0426877, 0.0848565, 0.186856, 0.434186", \
            "0.015295, 0.0180994, 0.0250883, 0.0426095, 0.0848946, 0.186657, 0.434069", \
            "0.0211075, 0.0237786, 0.0296223, 0.0445084, 0.0849, 0.186851, 0.435461", \
            "0.0316134, 0.0358986, 0.0439726, 0.0599428, 0.0930211, 0.187226, 0.434068", \
            "0.0495645, 0.0554127, 0.0677452, 0.0893155, 0.131016, 0.21086, 0.436192", \
            "0.0823551, 0.0903706, 0.107734, 0.140012, 0.198659, 0.300649, 0.491453", \
            "0.142765, 0.154961, 0.18009, 0.227508, 0.31223, 0.454978, 0.706449" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0613787, 0.068923, 0.0868515, 0.129524, 0.231966, 0.479672, 1.07939", \
            "0.0659035, 0.0735184, 0.0915449, 0.13444, 0.237294, 0.485836, 1.08695", \
            "0.077431, 0.0849209, 0.10285, 0.145591, 0.248524, 0.496801, 1.09679", \
            "0.101404, 0.109293, 0.127218, 0.169886, 0.272848, 0.521063, 1.12716", \
            "0.141104, 0.151497, 0.174572, 0.223497, 0.327756, 0.577664, 1.1767", \
            "0.21069, 0.225053, 0.256818, 0.321113, 0.447667, 0.703276, 1.30382", \
            "0.360905, 0.37959, 0.420489, 0.50514, 0.670967, 0.984242, 1.60039" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0454485, 0.0554492, 0.0797815, 0.138961, 0.282195, 0.628081, 1.4669", \
            "0.0454186, 0.0555678, 0.0799269, 0.139295, 0.282292, 0.628585, 1.467", \
            "0.0455399, 0.0555865, 0.0800356, 0.138982, 0.281258, 0.62795, 1.46722", \
            "0.0501502, 0.059325, 0.0821386, 0.139387, 0.282351, 0.628246, 1.47125", \
            "0.0687498, 0.0782719, 0.100492, 0.151751, 0.284914, 0.627455, 1.46815", \
            "0.105696, 0.117264, 0.142677, 0.199499, 0.322343, 0.637459, 1.46647", \
            "0.165425, 0.179484, 0.211467, 0.280907, 0.425774, 0.728605, 1.48928" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.020998, 0.0237585, 0.0299578, 0.0440487, 0.0766808, 0.154275, 0.341535", \
            "0.0244335, 0.0271184, 0.0332792, 0.0473517, 0.0800307, 0.157651, 0.345049", \
            "0.0303775, 0.0337162, 0.040662, 0.0550579, 0.0878245, 0.165615, 0.352868", \
            "0.0355104, 0.0401645, 0.0499026, 0.0690895, 0.105603, 0.183726, 0.371259", \
            "0.0327962, 0.0391554, 0.0535092, 0.0816112, 0.132739, 0.224351, 0.413445", \
            "0.0055358, 0.0150783, 0.0359427, 0.0768105, 0.15218, 0.282436, 0.507011", \
            "-0.0840403, -0.07015, -0.0406761, 0.0192929, 0.129377, 0.320578, 0.639454" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0147475, 0.0178104, 0.0251283, 0.0426272, 0.0849504, 0.187291, 0.434386", \
            "0.0149674, 0.0179088, 0.0250246, 0.0425129, 0.0848544, 0.187744, 0.433818", \
            "0.0196444, 0.0220247, 0.0280247, 0.0438216, 0.0847893, 0.187441, 0.434079", \
            "0.0298842, 0.0331253, 0.0402657, 0.0551918, 0.09064, 0.188161, 0.434504", \
            "0.0477945, 0.0520887, 0.0619509, 0.0821081, 0.119759, 0.204088, 0.435787", \
            "0.0789736, 0.0854422, 0.0990799, 0.126809, 0.179266, 0.273804, 0.477448", \
            "0.136377, 0.146253, 0.165931, 0.205389, 0.278725, 0.40809, 0.638784" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0240386, 0.0299462, 0.0438914, 0.07631, 0.153912, 0.340935, 0.786621", \
            "0.0285361, 0.0341022, 0.047533, 0.0801619, 0.158223, 0.343806, 0.790933", \
            "0.0406719, 0.0464256, 0.0591511, 0.0910133, 0.168858, 0.354538, 0.803719", \
            "0.0604804, 0.0692825, 0.0868101, 0.119193, 0.196026, 0.381389, 0.828352", \
            "0.0947043, 0.10702, 0.132025, 0.179177, 0.261145, 0.445061, 0.895566", \
            "0.162232, 0.177838, 0.211285, 0.277585, 0.397142, 0.597015, 1.04464", \
            "0.304278, 0.324567, 0.367971, 0.454705, 0.620174, 0.912651, 1.39429" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0231504, 0.030968, 0.0495724, 0.0942027, 0.203424, 0.467974, 1.09617", \
            "0.0227785, 0.0306915, 0.0494747, 0.0942901, 0.203198, 0.46482, 1.09674", \
            "0.0275942, 0.0336841, 0.0501287, 0.0941758, 0.20288, 0.464502, 1.10336", \
            "0.0398299, 0.0474752, 0.0621538, 0.0987848, 0.202321, 0.464337, 1.09852", \
            "0.0575668, 0.0681097, 0.0892566, 0.128817, 0.214959, 0.464383, 1.10559", \
            "0.0874921, 0.101332, 0.131058, 0.187639, 0.28576, 0.494529, 1.10095", \
            "0.151758, 0.166588, 0.200692, 0.278289, 0.418258, 0.657916, 1.16682" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0109598, 0.0127569, 0.0169481, 0.0267716, 0.0502557, 0.107123, 0.244383", \
            "0.0134354, 0.0158783, 0.0206013, 0.0304061, 0.0539044, 0.110575, 0.247473", \
            "0.0146109, 0.0183452, 0.0255639, 0.0383913, 0.062442, 0.119158, 0.256061", \
            "0.0116348, 0.0169707, 0.0277397, 0.0473761, 0.0800857, 0.138418, 0.276442", \
            "-0.0028345, 0.0046729, 0.0204453, 0.0487588, 0.0986335, 0.180487, 0.321433", \
            "-0.0473811, -0.0360358, -0.0135389, 0.0288274, 0.100622, 0.223209, 0.420702", \
            "-0.165573, -0.148787, -0.116116, -0.0542843, 0.0504478, 0.230231, 0.523697" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0061862, 0.0082756, 0.0136082, 0.0265088, 0.0572894, 0.132394, 0.313655", \
            "0.0091391, 0.0107067, 0.0147898, 0.026627, 0.0572226, 0.132232, 0.316223", \
            "0.0144751, 0.017122, 0.0220192, 0.0318051, 0.0588857, 0.132204, 0.315006", \
            "0.0235282, 0.0272044, 0.0347153, 0.0485447, 0.0731709, 0.136596, 0.314323", \
            "0.0402961, 0.0453384, 0.0560969, 0.0770559, 0.112404, 0.17036, 0.324502", \
            "0.072164, 0.0803048, 0.0955812, 0.124492, 0.17368, 0.259235, 0.401166", \
            "0.137389, 0.14812, 0.170963, 0.212375, 0.282864, 0.406307, 0.609109" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0076716, 0.0091429, 0.0126099, 0.020666, 0.0398911, 0.0861887, 0.198282", \
            "0.0073943, 0.0088343, 0.0122719, 0.0203927, 0.0397254, 0.0860947, 0.199315", \
            "0.0072133, 0.0086058, 0.0119733, 0.0201031, 0.0394275, 0.0859271, 0.198437", \
            "0.0071227, 0.0084865, 0.0118118, 0.0198216, 0.0392587, 0.0861796, 0.198653", \
            "0.0070877, 0.0084304, 0.0117338, 0.0196843, 0.0388803, 0.0857819, 0.197643", \
            "0.0078789, 0.0091038, 0.0123708, 0.0202694, 0.039334, 0.0855068, 0.198891", \
            "0.0133878, 0.0142634, 0.0167412, 0.023561, 0.0417912, 0.0872705, 0.199669" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0051748, 0.0038341, 0.0005975, -0.0072772, -0.026476, -0.0732228, -0.186673", \
            "0.004994, 0.0036777, 0.0004564, -0.007412, -0.0266115, -0.0733176, -0.186761", \
            "0.0047429, 0.0034327, 0.0002502, -0.0075674, -0.0267317, -0.0734104, -0.186845", \
            "0.004705, 0.0033904, 0.0001919, -0.0076411, -0.0267977, -0.0734678, -0.186884", \
            "0.0055033, 0.0039199, 0.0006273, -0.0074236, -0.0267416, -0.0733795, -0.186858", \
            "0.0075441, 0.0060377, 0.0024491, -0.0059092, -0.0257341, -0.0730059, -0.18665", \
            "0.0140611, 0.0121963, 0.0082879, -0.0004663, -0.0217343, -0.070117, -0.183746" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0117509, 0.0131383, 0.0164529, 0.0244019, 0.0435347, 0.089789, 0.201877", \
            "0.0115402, 0.0129196, 0.0162549, 0.0242451, 0.0434158, 0.0896835, 0.201663", \
            "0.0113698, 0.0127449, 0.0160686, 0.0240535, 0.0432477, 0.0896288, 0.201814", \
            "0.0112958, 0.0126505, 0.015948, 0.0238834, 0.0430742, 0.0894802, 0.201922", \
            "0.0112278, 0.0125889, 0.0158871, 0.0238513, 0.0428932, 0.0892205, 0.201195", \
            "0.0120114, 0.0132489, 0.016606, 0.0244319, 0.0434229, 0.089655, 0.201683", \
            "0.0174921, 0.0185031, 0.0212013, 0.0281153, 0.0462705, 0.09187, 0.203143" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0054969, 0.0041583, 0.0009128, -0.0069653, -0.0261727, -0.0729377, -0.186375", \
            "0.005325, 0.0039917, 0.0007635, -0.0070986, -0.0262925, -0.073055, -0.186474", \
            "0.0051058, 0.0037998, 0.0005962, -0.0072474, -0.0264159, -0.073133, -0.186555", \
            "0.0049644, 0.0036367, 0.0004285, -0.0073653, -0.0264874, -0.073204, -0.186605", \
            "0.0054994, 0.0040966, 0.0008318, -0.0071589, -0.0265287, -0.0731568, -0.186603", \
            "0.0073076, 0.0058575, 0.00236, -0.0059431, -0.0255958, -0.0727852, -0.186407", \
            "0.013192, 0.0115666, 0.0077049, -0.0012487, -0.0220288, -0.0703006, -0.185115" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0063267, 0.0078309, 0.011324, 0.0194223, 0.0388912, 0.085425, 0.197085", \
            "0.0061129, 0.0075407, 0.0109242, 0.0191032, 0.0386588, 0.0852613, 0.196939", \
            "0.0061392, 0.0074863, 0.0108088, 0.0187942, 0.0383704, 0.0850831, 0.197012", \
            "0.0065041, 0.0078125, 0.0109514, 0.0187989, 0.0380416, 0.084339, 0.196651", \
            "0.0076313, 0.0088658, 0.0119044, 0.019431, 0.0383263, 0.0846448, 0.197543", \
            "0.0108382, 0.0118573, 0.0146134, 0.0218247, 0.0401181, 0.0855743, 0.197554", \
            "0.0204682, 0.0207541, 0.0227317, 0.0285153, 0.0480618, 0.0921835, 0.201661" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "-0.0001013, -0.0013445, -0.004476, -0.0123068, -0.0315414, -0.0783362, -0.191839", \
            "-0.000279, -0.0015564, -0.0046235, -0.0123665, -0.0315446, -0.0782929, -0.191789", \
            "-0.0004412, -0.0017417, -0.0048385, -0.0125021, -0.0315972, -0.0782892, -0.191763", \
            "-0.0002192, -0.0015352, -0.0047756, -0.0126814, -0.0316584, -0.0782936, -0.19178", \
            "0.0009796, -0.0005393, -0.0040823, -0.0119303, -0.0314132, -0.078249, -0.19172", \
            "0.0044647, 0.0027134, -0.0011993, -0.0100981, -0.0301756, -0.0776036, -0.191399", \
            "0.0146823, 0.0121688, 0.0071521, -0.0027302, -0.0239027, -0.0740416, -0.189348" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002361;
      rise_capacitance : 0.002441;
      rise_capacitance_range (0.002441, 0.002441);
      fall_capacitance : 0.002282;
      fall_capacitance_range (0.002282, 0.002282);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0040642, -0.0040631, -0.0040606, -0.004055, -0.0040421, -0.0040122, -0.0039434" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.005195, 0.0051963, 0.0051995, 0.0051963, 0.0051889, 0.005172, 0.005133" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002316;
      rise_capacitance : 0.002421;
      rise_capacitance_range (0.002421, 0.002421);
      fall_capacitance : 0.002212;
      fall_capacitance_range (0.002212, 0.002212);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044764, -0.0044737, -0.0044676, -0.0044682, -0.0044694, -0.0044722, -0.0044788" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044704, 0.0044732, 0.0044796, 0.0044796, 0.0044797, 0.0044798, 0.00448" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002368;
      rise_capacitance : 0.002506;
      rise_capacitance_range (0.002506, 0.002506);
      fall_capacitance : 0.002231;
      fall_capacitance_range (0.002231, 0.002231);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.001869, -0.0018693, -0.00187, -0.0018704, -0.0018712, -0.0018732, -0.0018777" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031177, 0.0031097, 0.0030912, 0.0031033, 0.0031313, 0.0031957, 0.0033441" \
          );
        }
      }
    }
  }
  cell (scs8hd_a21oi_2) {
    area : 8.7584;
    cell_footprint : "a21oi";
    cell_leakage_power : 0.00642624;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0014749;
      when : "A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0123996;
      when : "!A1&!A2&B1";
    }
    leakage_power () {
      value : 7.68916e-05;
      when : "!A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0123996;
      when : "!A1&A2&B1";
    }
    leakage_power () {
      value : 0.0001394;
      when : "!A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0123996;
      when : "A1&!A2&B1";
    }
    leakage_power () {
      value : 0.000126;
      when : "A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0123939;
      when : "A1&A2&B1";
    }
    leakage_power () {
      value : 0.00642624;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1) | (!A2&!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.174876;
      max_transition : 1.49635;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0482701, 0.0538429, 0.068054, 0.103848, 0.196555, 0.44242, 1.08904", \
            "0.052924, 0.0583293, 0.072096, 0.108016, 0.200928, 0.444618, 1.08596", \
            "0.0650107, 0.0702381, 0.0838883, 0.119364, 0.213506, 0.458731, 1.09964", \
            "0.0884318, 0.0944865, 0.109231, 0.144497, 0.23754, 0.480693, 1.12403", \
            "0.125315, 0.13366, 0.153654, 0.197547, 0.293295, 0.538643, 1.18607", \
            "0.193875, 0.205225, 0.232925, 0.293018, 0.414952, 0.668305, 1.31451", \
            "0.352977, 0.3681, 0.403812, 0.481579, 0.644639, 0.96021, 1.62042" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0313972, 0.0382786, 0.0566167, 0.105232, 0.23395, 0.577488, 1.48904", \
            "0.0314256, 0.0382211, 0.0565947, 0.105258, 0.233399, 0.574667, 1.474", \
            "0.0317346, 0.0384612, 0.0566959, 0.105274, 0.23431, 0.577704, 1.47961", \
            "0.0383514, 0.0441264, 0.0602322, 0.106031, 0.234337, 0.57477, 1.47619", \
            "0.0555237, 0.062094, 0.079419, 0.121374, 0.237716, 0.574632, 1.48498", \
            "0.09118, 0.0989391, 0.118084, 0.164957, 0.279303, 0.583998, 1.4819", \
            "0.156962, 0.164299, 0.185301, 0.240499, 0.376943, 0.674819, 1.49635" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0142202, 0.01588, 0.0200058, 0.0299832, 0.0544864, 0.117196, 0.281749", \
            "0.0178782, 0.0194894, 0.023286, 0.0330347, 0.0574185, 0.120195, 0.284647", \
            "0.0222005, 0.0244424, 0.0296061, 0.0406424, 0.0648316, 0.127267, 0.291784", \
            "0.0234208, 0.0264982, 0.033856, 0.0495618, 0.0811181, 0.144685, 0.308997", \
            "0.0130334, 0.0174799, 0.0280821, 0.0514524, 0.0976156, 0.182506, 0.347929", \
            "-0.0278537, -0.0214923, -0.0061626, 0.0270332, 0.094225, 0.219114, 0.438971", \
            "-0.147995, -0.138868, -0.116799, -0.0692942, 0.0282498, 0.209587, 0.529198" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0124604, 0.0143102, 0.0190298, 0.0308732, 0.0618196, 0.143872, 0.361889", \
            "0.0138108, 0.0152464, 0.0192671, 0.0305671, 0.0616973, 0.144299, 0.362411", \
            "0.0194491, 0.0210764, 0.0252902, 0.0344078, 0.0622188, 0.144127, 0.361882", \
            "0.029157, 0.0316702, 0.0372553, 0.0497717, 0.0748846, 0.146476, 0.361999", \
            "0.0459628, 0.0495916, 0.0578197, 0.0754905, 0.110844, 0.17733, 0.367886", \
            "0.0765394, 0.0819315, 0.0942263, 0.120396, 0.169672, 0.263076, 0.436573", \
            "0.133345, 0.14168, 0.159959, 0.198361, 0.271387, 0.402207, 0.643492" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0610997, 0.0658978, 0.07846, 0.110839, 0.196331, 0.418757, 1.00971", \
            "0.0658381, 0.0706589, 0.0831673, 0.115691, 0.200542, 0.423865, 1.01909", \
            "0.0780212, 0.0827854, 0.0951362, 0.127512, 0.212407, 0.436107, 1.02804", \
            "0.103453, 0.108442, 0.120968, 0.153254, 0.238243, 0.461687, 1.05502", \
            "0.145809, 0.15256, 0.169064, 0.207591, 0.295268, 0.518817, 1.11146", \
            "0.22007, 0.229522, 0.252685, 0.305308, 0.416652, 0.652294, 1.24499", \
            "0.383972, 0.395992, 0.425763, 0.494701, 0.64116, 0.937473, 1.55396" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0413631, 0.0476906, 0.0645628, 0.109229, 0.22812, 0.54018, 1.36928", \
            "0.0412731, 0.0477192, 0.0646594, 0.109622, 0.227283, 0.539015, 1.37134", \
            "0.0413857, 0.0478239, 0.0646838, 0.109314, 0.227612, 0.539176, 1.36896", \
            "0.0456453, 0.0514719, 0.0672571, 0.109846, 0.227595, 0.539176, 1.36728", \
            "0.0631745, 0.0694782, 0.0851461, 0.124893, 0.232215, 0.538961, 1.37008", \
            "0.0992462, 0.106371, 0.12497, 0.169907, 0.273006, 0.553821, 1.36832", \
            "0.157812, 0.166578, 0.189685, 0.245898, 0.371428, 0.648082, 1.39589" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0179794, 0.0196454, 0.0237562, 0.0337406, 0.0582272, 0.120972, 0.285424", \
            "0.0214627, 0.0230666, 0.027066, 0.0369752, 0.0614722, 0.124237, 0.288719", \
            "0.026362, 0.0283943, 0.0334428, 0.0443463, 0.0689744, 0.131787, 0.296612", \
            "0.0291471, 0.0321165, 0.0392348, 0.0543848, 0.0848617, 0.149327, 0.314262", \
            "0.0220065, 0.0263021, 0.0366346, 0.0587536, 0.102745, 0.185019, 0.354852", \
            "-0.0137009, -0.0075355, 0.0071327, 0.0397078, 0.104816, 0.225016, 0.439382", \
            "-0.122347, -0.113714, -0.0923812, -0.0448555, 0.0509184, 0.22759, 0.539973" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0126721, 0.0144112, 0.0189528, 0.0308086, 0.0617744, 0.144082, 0.362791", \
            "0.0132468, 0.0148453, 0.0190875, 0.0306237, 0.0616764, 0.144192, 0.362326", \
            "0.0182783, 0.0197433, 0.023353, 0.0331139, 0.0621282, 0.144012, 0.362226", \
            "0.0280014, 0.0298631, 0.034445, 0.0454756, 0.0709326, 0.14561, 0.362422", \
            "0.044588, 0.0472462, 0.0541781, 0.0690289, 0.100356, 0.167823, 0.366069", \
            "0.0743285, 0.0782131, 0.0876922, 0.108864, 0.152593, 0.23709, 0.415487", \
            "0.128696, 0.134412, 0.149053, 0.180245, 0.242116, 0.359077, 0.581031" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0232978, 0.0272042, 0.0376004, 0.0642802, 0.132232, 0.312043, 0.792148", \
            "0.0279973, 0.0315549, 0.041542, 0.0678489, 0.136112, 0.315486, 0.785157", \
            "0.0402303, 0.0443982, 0.0538262, 0.0791194, 0.146911, 0.327348, 0.800491", \
            "0.0604661, 0.0668154, 0.08074, 0.108656, 0.175, 0.353193, 0.824463", \
            "0.0968291, 0.105331, 0.125008, 0.166254, 0.243296, 0.419301, 0.8893", \
            "0.171003, 0.181801, 0.207611, 0.264417, 0.37693, 0.576438, 1.04298", \
            "0.330487, 0.344039, 0.376654, 0.447868, 0.603089, 0.894162, 1.40673" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0209225, 0.0262047, 0.0401567, 0.0767024, 0.172288, 0.425882, 1.10024", \
            "0.0207189, 0.0259084, 0.0400107, 0.076356, 0.172254, 0.425308, 1.0958", \
            "0.0255798, 0.0295953, 0.0413706, 0.0761848, 0.172208, 0.426604, 1.1042", \
            "0.0365639, 0.0419242, 0.0544488, 0.0829339, 0.172052, 0.424991, 1.09703", \
            "0.0524563, 0.0602922, 0.0773041, 0.112813, 0.188176, 0.425775, 1.09673", \
            "0.0817455, 0.0905374, 0.112631, 0.162601, 0.261304, 0.4593, 1.09814", \
            "0.143639, 0.153775, 0.179771, 0.240969, 0.374271, 0.614954, 1.16261" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0099581, 0.0110127, 0.0136453, 0.0203143, 0.0375225, 0.0830771, 0.204207", \
            "0.0117274, 0.0133183, 0.0168082, 0.0237965, 0.0411134, 0.0864884, 0.207465", \
            "0.0116189, 0.0139768, 0.0193844, 0.0300226, 0.0493788, 0.09488, 0.215353", \
            "0.006212, 0.0096333, 0.017676, 0.0337409, 0.0632236, 0.113918, 0.234386", \
            "-0.0130981, -0.0079255, 0.0036231, 0.0270114, 0.0711637, 0.146498, 0.278829", \
            "-0.0677422, -0.0600706, -0.0429243, -0.0086847, 0.0562007, 0.169442, 0.363341", \
            "-0.2079, -0.197224, -0.171735, -0.120099, -0.0245863, 0.141944, 0.429087" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0050271, 0.0060771, 0.0091073, 0.0177128, 0.0402169, 0.0998467, 0.259279", \
            "0.0078425, 0.0089428, 0.0113549, 0.0184829, 0.0401128, 0.100045, 0.257944", \
            "0.0125612, 0.0143302, 0.01801, 0.025595, 0.0435285, 0.100579, 0.257906", \
            "0.0207256, 0.0233277, 0.0286552, 0.0400332, 0.0613093, 0.108044, 0.25841", \
            "0.0360035, 0.039773, 0.0477775, 0.0645899, 0.0941673, 0.150862, 0.273593", \
            "0.0661844, 0.0714849, 0.0832209, 0.105684, 0.15013, 0.230316, 0.366655", \
            "0.128309, 0.135673, 0.152948, 0.186351, 0.249747, 0.363299, 0.562324" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248205, 0.0658824, 0.174876");
          values ( \
            "0.0141595, 0.0159184, 0.0204071, 0.0317845, 0.0612757, 0.139562, 0.345659", \
            "0.0137298, 0.0153921, 0.0198141, 0.0312099, 0.0608168, 0.138362, 0.343058", \
            "0.013469, 0.0150782, 0.0193879, 0.0307023, 0.0603458, 0.138957, 0.344428", \
            "0.0132595, 0.0148898, 0.0191377, 0.0302837, 0.0599454, 0.137922, 0.342563", \
            "0.013211, 0.0147937, 0.0190345, 0.030003, 0.0593626, 0.137345, 0.344072", \
            "0.0145547, 0.0158999, 0.0199505, 0.0310097, 0.0601482, 0.137388, 0.343079", \
            "0.0246818, 0.0256638, 0.0283998, 0.0375785, 0.0651153, 0.141304, 0.344933" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248205, 0.0658824, 0.174876");
          values ( \
            "0.0090637, 0.0074989, 0.003383, -0.0075611, -0.0367495, -0.114586, -0.321592", \
            "0.0087669, 0.0072223, 0.0031099, -0.007806, -0.0369603, -0.114762, -0.321789", \
            "0.0083308, 0.0067917, 0.0027616, -0.0080709, -0.0371788, -0.114905, -0.321955", \
            "0.0082822, 0.0067393, 0.0026175, -0.0081752, -0.0372938, -0.115066, -0.322089", \
            "0.0095622, 0.0079629, 0.0037023, -0.0075403, -0.0371658, -0.11499, -0.321945", \
            "0.0136705, 0.0119376, 0.007332, -0.0044368, -0.0348821, -0.11398, -0.321516", \
            "0.0252209, 0.023341, 0.0182594, 0.0057525, -0.0269801, -0.108195, -0.316325" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248205, 0.0658824, 0.174876");
          values ( \
            "0.0222046, 0.0238109, 0.0280863, 0.0392385, 0.0684423, 0.145492, 0.350112", \
            "0.021777, 0.0233899, 0.0276467, 0.038843, 0.0681886, 0.145368, 0.349883", \
            "0.0214822, 0.0230896, 0.0272999, 0.0384925, 0.0678382, 0.145167, 0.350031", \
            "0.0213312, 0.0229124, 0.0271035, 0.0381927, 0.0674566, 0.144814, 0.349567", \
            "0.0211637, 0.0227572, 0.0269269, 0.0380193, 0.067296, 0.144411, 0.349338", \
            "0.0221015, 0.0235708, 0.0277887, 0.0388911, 0.0679686, 0.145222, 0.349305", \
            "0.0318129, 0.0329676, 0.0362772, 0.0458975, 0.0732128, 0.148785, 0.35177" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248205, 0.0658824, 0.174876");
          values ( \
            "0.0105046, 0.0089371, 0.0048094, -0.0061271, -0.0353249, -0.113151, -0.320187", \
            "0.0101374, 0.0085991, 0.0044989, -0.0064099, -0.0355724, -0.113397, -0.32041", \
            "0.0096383, 0.0081365, 0.0041001, -0.006758, -0.0358608, -0.113649, -0.320585", \
            "0.0093378, 0.0078096, 0.0037206, -0.0070692, -0.0360445, -0.113781, -0.320737", \
            "0.010295, 0.0086904, 0.004514, -0.0065686, -0.0362297, -0.11387, -0.320782", \
            "0.0136783, 0.011923, 0.0074023, -0.0041622, -0.034264, -0.113127, -0.320372", \
            "0.024239, 0.0223183, 0.0174072, 0.0048653, -0.0271744, -0.108139, -0.31795" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248205, 0.0658824, 0.174876");
          values ( \
            "0.0130517, 0.0147888, 0.0192857, 0.030853, 0.0603428, 0.137812, 0.342963", \
            "0.0127331, 0.0143211, 0.018672, 0.0300889, 0.0598159, 0.137999, 0.342326", \
            "0.0127757, 0.0143421, 0.0188225, 0.0298267, 0.0592353, 0.137752, 0.344282", \
            "0.0135007, 0.0156491, 0.0194555, 0.0301112, 0.0593206, 0.136488, 0.341372", \
            "0.0155188, 0.016904, 0.0207424, 0.0312842, 0.0598409, 0.136833, 0.341028", \
            "0.0215707, 0.0227303, 0.0261154, 0.0359564, 0.0637559, 0.138728, 0.342772", \
            "0.0366206, 0.037324, 0.0397927, 0.0480799, 0.0742954, 0.148012, 0.347774" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248205, 0.0658824, 0.174876");
          values ( \
            "-0.000911, -0.0023581, -0.0063173, -0.0171206, -0.0463483, -0.124347, -0.33156", \
            "-0.0012778, -0.0027183, -0.0066146, -0.0172637, -0.0463459, -0.124245, -0.331401", \
            "-0.001549, -0.0029736, -0.0070073, -0.0175778, -0.0464495, -0.124248, -0.331336", \
            "-0.000975, -0.0024449, -0.0067744, -0.0174967, -0.0467608, -0.124236, -0.331345", \
            "0.0010965, -0.000665, -0.0051592, -0.0163969, -0.046272, -0.124027, -0.331133", \
            "0.0079805, 0.005965, 0.0002728, -0.0124774, -0.0430463, -0.12213, -0.330467", \
            "0.0247077, 0.0217373, 0.0154168, 0.0011903, -0.0330737, -0.114161, -0.325358" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004455;
      rise_capacitance : 0.004628;
      rise_capacitance_range (0.004628, 0.004628);
      fall_capacitance : 0.004282;
      fall_capacitance_range (0.004282, 0.004282);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0077386, -0.0077417, -0.007749, -0.0077396, -0.007718, -0.0076684, -0.0075539" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0098736, 0.0098682, 0.0098558, 0.0098536, 0.0098484, 0.0098364, 0.009809" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004837;
      rise_capacitance : 0.005062;
      rise_capacitance_range (0.005062, 0.005062);
      fall_capacitance : 0.004613;
      fall_capacitance_range (0.004613, 0.004613);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0092151, -0.0092041, -0.0091787, -0.0091799, -0.0091828, -0.0091896, -0.0092049" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0091644, 0.0091693, 0.0091806, 0.0091829, 0.0091882, 0.0092004, 0.0092288" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004489;
      rise_capacitance : 0.004764;
      rise_capacitance_range (0.004764, 0.004764);
      fall_capacitance : 0.004215;
      fall_capacitance_range (0.004215, 0.004215);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038523, -0.0038512, -0.0038487, -0.0038493, -0.0038508, -0.0038543, -0.0038623" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.00465, 0.0046403, 0.004618, 0.0046424, 0.0046986, 0.0048284, 0.0051275" \
          );
        }
      }
    }
  }
  cell (scs8hd_a21oi_4) {
    area : 16.2656;
    cell_footprint : "a21oi";
    cell_leakage_power : 0.0171361;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0247931;
      when : "!A1&!A2&B1";
    }
    leakage_power () {
      value : 0.0344689;
      when : "!A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0247931;
      when : "!A1&A2&B1";
    }
    leakage_power () {
      value : 0.0003205;
      when : "!A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0247931;
      when : "A1&!A2&B1";
    }
    leakage_power () {
      value : 0.0002918;
      when : "A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.024786;
      when : "A1&A2&B1";
    }
    leakage_power () {
      value : 0.0028423;
      when : "A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0171361;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1) | (!A2&!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.296641;
      max_transition : 1.49693;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "0.0519408, 0.0557555, 0.0664577, 0.0955546, 0.177334, 0.4072, 1.08139", \
            "0.0561995, 0.059906, 0.0702444, 0.0996885, 0.181062, 0.412462, 1.08907", \
            "0.0682439, 0.0717939, 0.0818249, 0.110683, 0.192952, 0.424828, 1.09665", \
            "0.0921083, 0.0962498, 0.106995, 0.135891, 0.216698, 0.451549, 1.1174", \
            "0.130365, 0.135846, 0.151104, 0.187034, 0.272934, 0.506405, 1.17912", \
            "0.201577, 0.209307, 0.229765, 0.279691, 0.390468, 0.635838, 1.30808", \
            "0.368174, 0.378201, 0.404641, 0.468749, 0.616099, 0.92277, 1.61163" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "0.0344333, 0.0388748, 0.0523163, 0.0912275, 0.205276, 0.53109, 1.48085", \
            "0.0344266, 0.0389599, 0.0524569, 0.0916757, 0.204359, 0.532196, 1.48696", \
            "0.034786, 0.039181, 0.0525294, 0.0915997, 0.205167, 0.530142, 1.48139", \
            "0.0406286, 0.0445811, 0.0565665, 0.093037, 0.204623, 0.533217, 1.47629", \
            "0.0578409, 0.0621169, 0.0749298, 0.109695, 0.210452, 0.532862, 1.48241", \
            "0.0933059, 0.0982651, 0.112169, 0.150614, 0.25275, 0.543698, 1.47983", \
            "0.160558, 0.164608, 0.179522, 0.222603, 0.342995, 0.635337, 1.49693" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "0.0154331, 0.0165783, 0.0197013, 0.0279677, 0.0497155, 0.109618, 0.28001", \
            "0.0191494, 0.0201813, 0.0230318, 0.0310643, 0.0527113, 0.112593, 0.282931", \
            "0.023825, 0.0252974, 0.0290614, 0.0385618, 0.0601238, 0.119729, 0.290244", \
            "0.0251343, 0.027093, 0.0325983, 0.0462326, 0.0755904, 0.137258, 0.307388", \
            "0.0148543, 0.0177537, 0.0255733, 0.0451711, 0.0877359, 0.173207, 0.346731", \
            "-0.0276335, -0.0235731, -0.0122609, 0.015316, 0.0778916, 0.202809, 0.437078", \
            "-0.152282, -0.146363, -0.131368, -0.0899641, -0.0005958, 0.180306, 0.523305" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "0.0152104, 0.0164568, 0.0199675, 0.0297867, 0.0577206, 0.139767, 0.378613", \
            "0.0161394, 0.0171241, 0.0201508, 0.0294034, 0.0576123, 0.139795, 0.37909", \
            "0.0212939, 0.0225066, 0.0259516, 0.0337745, 0.0585653, 0.139477, 0.378797", \
            "0.0309308, 0.0326077, 0.0369118, 0.0473234, 0.0724936, 0.143044, 0.379088", \
            "0.0479406, 0.0503895, 0.0572936, 0.0712198, 0.104451, 0.175759, 0.384261", \
            "0.0781335, 0.0823835, 0.0915931, 0.113082, 0.159526, 0.25446, 0.453036", \
            "0.136168, 0.14187, 0.157512, 0.190594, 0.257083, 0.389603, 0.65047" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "0.0706005, 0.0740186, 0.0837253, 0.11111, 0.188634, 0.411994, 1.05617", \
            "0.0747989, 0.0782581, 0.088025, 0.115624, 0.193575, 0.416601, 1.06523", \
            "0.0865161, 0.0898493, 0.0995086, 0.127065, 0.205327, 0.428946, 1.07377", \
            "0.111658, 0.115058, 0.124688, 0.15202, 0.23027, 0.45365, 1.09862", \
            "0.154837, 0.159199, 0.17161, 0.203785, 0.284652, 0.508452, 1.15512", \
            "0.233222, 0.239337, 0.255732, 0.298653, 0.399646, 0.635593, 1.28503", \
            "0.405512, 0.413129, 0.434056, 0.48827, 0.619235, 0.9102, 1.58041" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "0.0503567, 0.0548481, 0.0678351, 0.105641, 0.215135, 0.530226, 1.44425", \
            "0.0503897, 0.0548206, 0.0679443, 0.105698, 0.214921, 0.530824, 1.44636", \
            "0.0504579, 0.0549746, 0.0678668, 0.105536, 0.215297, 0.530915, 1.44535", \
            "0.0538149, 0.057967, 0.0702864, 0.106274, 0.21497, 0.53055, 1.44326", \
            "0.0702486, 0.0745183, 0.086971, 0.120679, 0.220809, 0.530377, 1.44216", \
            "0.10494, 0.10969, 0.123453, 0.161151, 0.259969, 0.543948, 1.44435", \
            "0.163642, 0.169389, 0.185741, 0.23099, 0.346755, 0.633481, 1.46762" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "0.0194826, 0.0206007, 0.0237182, 0.0319826, 0.0537342, 0.113675, 0.284149", \
            "0.0226632, 0.0237501, 0.0267727, 0.034939, 0.0566432, 0.116508, 0.287094", \
            "0.0273455, 0.0287117, 0.032287, 0.041378, 0.0633324, 0.123302, 0.293993", \
            "0.0300418, 0.0319259, 0.0368795, 0.0491246, 0.0765026, 0.138592, 0.309822", \
            "0.02204, 0.0246815, 0.0318772, 0.0497347, 0.0890957, 0.169183, 0.345717", \
            "-0.0163946, -0.0125809, -0.0021805, 0.0240244, 0.0820939, 0.197792, 0.41898", \
            "-0.132467, -0.126904, -0.111714, -0.0734116, 0.0114564, 0.182054, 0.501812" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "0.0153402, 0.0165252, 0.0199104, 0.0296561, 0.057651, 0.139792, 0.378599", \
            "0.0157635, 0.0167904, 0.0199631, 0.0294748, 0.0576014, 0.139626, 0.378627", \
            "0.0201131, 0.021074, 0.0240177, 0.0321263, 0.0582571, 0.139659, 0.378601", \
            "0.029591, 0.0309047, 0.0341819, 0.0430659, 0.0673243, 0.141751, 0.378657", \
            "0.0465323, 0.0482736, 0.0525608, 0.0646946, 0.0935517, 0.164305, 0.381983", \
            "0.07691, 0.0797042, 0.0859686, 0.103246, 0.141972, 0.225686, 0.429127", \
            "0.134269, 0.137627, 0.147309, 0.17219, 0.225987, 0.340994, 0.577161" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "0.0247251, 0.0274502, 0.035338, 0.0573254, 0.118033, 0.289061, 0.783018", \
            "0.0291539, 0.031735, 0.0392035, 0.0605899, 0.121464, 0.297264, 0.791035", \
            "0.0416773, 0.0444314, 0.0513532, 0.0719041, 0.132255, 0.307692, 0.799077", \
            "0.0623667, 0.0665139, 0.0771896, 0.101407, 0.160276, 0.332105, 0.831804", \
            "0.0999207, 0.105606, 0.120602, 0.155887, 0.228379, 0.39591, 0.892967", \
            "0.177151, 0.183948, 0.203058, 0.250446, 0.355012, 0.556284, 1.04162", \
            "0.343317, 0.352102, 0.376059, 0.436209, 0.575048, 0.8649, 1.40457" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "0.0231859, 0.0268089, 0.0371882, 0.0671325, 0.152644, 0.398016, 1.11328", \
            "0.0228025, 0.0264489, 0.0370144, 0.066915, 0.152427, 0.399864, 1.11377", \
            "0.0273187, 0.0301395, 0.0387091, 0.0664312, 0.152277, 0.3993, 1.11107", \
            "0.0382909, 0.0423125, 0.052502, 0.0750746, 0.152647, 0.399101, 1.11522", \
            "0.0535899, 0.0586842, 0.0723768, 0.103439, 0.172513, 0.399783, 1.11751", \
            "0.0818502, 0.0881563, 0.10486, 0.147842, 0.238306, 0.437609, 1.1146", \
            "0.142957, 0.149686, 0.168687, 0.218427, 0.341973, 0.598873, 1.17951" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "0.0095307, 0.0102038, 0.0120608, 0.0171114, 0.0312188, 0.0716376, 0.18913", \
            "0.0111912, 0.0122277, 0.0148489, 0.0206607, 0.0348053, 0.0750978, 0.192055", \
            "0.0108352, 0.0123917, 0.0164225, 0.0252652, 0.0428707, 0.0834155, 0.199971", \
            "0.0049404, 0.0072267, 0.0129941, 0.0263793, 0.0533319, 0.10289, 0.220412", \
            "-0.0156397, -0.012254, -0.0036531, 0.0160655, 0.0561213, 0.130407, 0.263069", \
            "-0.0733783, -0.068252, -0.0556059, -0.0266589, 0.0326065, 0.143059, 0.342031", \
            "-0.220523, -0.212972, -0.194033, -0.151462, -0.0632934, 0.0986, 0.391024" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "0.0050045, 0.0056673, 0.0076993, 0.0141478, 0.0331142, 0.0873523, 0.245787", \
            "0.0077804, 0.0085189, 0.0104065, 0.0154374, 0.0331604, 0.0882181, 0.245336", \
            "0.0122735, 0.0133606, 0.0161294, 0.0225333, 0.0374511, 0.0882211, 0.245861", \
            "0.0202986, 0.0217521, 0.0258758, 0.0352753, 0.0546931, 0.0970104, 0.247762", \
            "0.0353795, 0.0374599, 0.0433878, 0.0574383, 0.0846961, 0.137653, 0.26308", \
            "0.0653517, 0.0684939, 0.0774235, 0.0958776, 0.135625, 0.211324, 0.356571", \
            "0.127108, 0.130738, 0.143016, 0.1726, 0.228561, 0.337804, 0.543083" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "0.0267254, 0.0287811, 0.0345612, 0.0503585, 0.0949071, 0.220644, 0.586535", \
            "0.0257613, 0.0277394, 0.0333416, 0.0493923, 0.0938475, 0.220481, 0.589485", \
            "0.025147, 0.0270613, 0.0324756, 0.0481518, 0.0929864, 0.219953, 0.585357", \
            "0.0248121, 0.0266623, 0.0320039, 0.0473555, 0.0914856, 0.220197, 0.58487", \
            "0.0245258, 0.0263903, 0.0316932, 0.0468758, 0.0908232, 0.21808, 0.586992", \
            "0.02783, 0.0293992, 0.0341461, 0.048622, 0.0919795, 0.218076, 0.585932", \
            "0.0442438, 0.0452831, 0.0486787, 0.0604048, 0.101247, 0.225241, 0.586917" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "0.0173209, 0.015541, 0.0103576, -0.0045901, -0.0481918, -0.175236, -0.544386", \
            "0.0166728, 0.0149196, 0.0098113, -0.0051212, -0.0486976, -0.175687, -0.544784", \
            "0.0158058, 0.0140634, 0.0090143, -0.0057468, -0.0492047, -0.176063, -0.545151", \
            "0.0155497, 0.013774, 0.008666, -0.0062693, -0.0496257, -0.176428, -0.545493", \
            "0.0174652, 0.0155888, 0.0102912, -0.0050974, -0.0495982, -0.176415, -0.545234", \
            "0.0243536, 0.0222216, 0.0164881, 0.0002073, -0.0452737, -0.174767, -0.544553", \
            "0.0440277, 0.041845, 0.0357134, 0.0180622, -0.0291838, -0.164413, -0.538142" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "0.0442293, 0.046074, 0.051427, 0.0667813, 0.110482, 0.236379, 0.600804", \
            "0.0432496, 0.0451157, 0.0505035, 0.0659512, 0.110007, 0.236139, 0.600692", \
            "0.0426218, 0.0444251, 0.0497852, 0.0651753, 0.109252, 0.235641, 0.600516", \
            "0.0422552, 0.0440723, 0.0493289, 0.0645304, 0.108508, 0.234979, 0.600637", \
            "0.041806, 0.0436687, 0.0490019, 0.0641273, 0.107782, 0.23408, 0.599307", \
            "0.0445317, 0.0461951, 0.051124, 0.0658756, 0.109415, 0.235176, 0.599055", \
            "0.0601228, 0.0614912, 0.065584, 0.0782859, 0.119277, 0.24221, 0.603553" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "0.0206969, 0.0189097, 0.0137236, -0.001261, -0.0448879, -0.171907, -0.540899", \
            "0.0200447, 0.0182663, 0.0131083, -0.0018163, -0.0453836, -0.172418, -0.541423", \
            "0.0192357, 0.0174809, 0.0124076, -0.0023604, -0.0458459, -0.172741, -0.541763", \
            "0.018419, 0.0166704, 0.0115794, -0.0031846, -0.0463104, -0.173142, -0.542123", \
            "0.0201408, 0.0183141, 0.0130049, -0.0021199, -0.0463818, -0.172921, -0.541992", \
            "0.0255265, 0.0236457, 0.0180016, 0.0020162, -0.0431426, -0.17205, -0.541594", \
            "0.0443754, 0.0422111, 0.0359914, 0.0183761, -0.0300183, -0.163019, -0.537293" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "0.0258475, 0.0278829, 0.0337044, 0.0498813, 0.0945977, 0.2206, 0.585345", \
            "0.0250617, 0.0269962, 0.0325884, 0.0484585, 0.0932492, 0.220862, 0.586027", \
            "0.0252173, 0.0270123, 0.0323443, 0.0476311, 0.0922786, 0.22007, 0.584638", \
            "0.0263983, 0.0281456, 0.0332143, 0.047942, 0.0915478, 0.219194, 0.587001", \
            "0.0316407, 0.0331899, 0.0377973, 0.0518866, 0.0938263, 0.217905, 0.586297", \
            "0.0425931, 0.0439336, 0.0481598, 0.0617979, 0.10368, 0.225468, 0.585", \
            "0.0676104, 0.0683372, 0.0710949, 0.0818562, 0.120679, 0.240185, 0.594169" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144937, 0.00420136, 0.0121787, 0.0353029, 0.102334, 0.296641");
          values ( \
            "-0.0005888, -0.002252, -0.0071556, -0.021808, -0.0653774, -0.192649, -0.562006", \
            "-0.0013619, -0.0029915, -0.0077615, -0.0221648, -0.0653915, -0.192472, -0.561742", \
            "-0.0019387, -0.0035048, -0.0085431, -0.022681, -0.0656316, -0.19248, -0.561603", \
            "-0.0011344, -0.0029811, -0.0078512, -0.0225402, -0.0661909, -0.192693, -0.561631", \
            "0.0027923, 0.0007071, -0.005096, -0.0209865, -0.0651655, -0.192539, -0.561281", \
            "0.013948, 0.0116205, 0.006484, -0.0128209, -0.0601225, -0.189572, -0.560373", \
            "0.0427258, 0.0401771, 0.0328013, 0.0145245, -0.0397382, -0.17378, -0.549417" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008589;
      rise_capacitance : 0.008945;
      rise_capacitance_range (0.008945, 0.008945);
      fall_capacitance : 0.008234;
      fall_capacitance_range (0.008234, 0.008234);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0144053, -0.0144035, -0.0143994, -0.0143794, -0.0143332, -0.0142268, -0.0139812" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0198846, 0.0198721, 0.0198432, 0.0198459, 0.0198525, 0.0198678, 0.0199029" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.009251;
      rise_capacitance : 0.009726;
      rise_capacitance_range (0.009726, 0.009726);
      fall_capacitance : 0.008775;
      fall_capacitance_range (0.008775, 0.008775);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0180846, -0.0181011, -0.018139, -0.0181403, -0.0181434, -0.0181504, -0.0181665" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0182506, 0.0182338, 0.0181952, 0.0182007, 0.0182135, 0.018243, 0.0183111" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008758;
      rise_capacitance : 0.009336;
      rise_capacitance_range (0.009336, 0.009336);
      fall_capacitance : 0.00818;
      fall_capacitance_range (0.00818, 0.00818);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0074384, -0.0074433, -0.0074547, -0.0074517, -0.0074447, -0.0074287, -0.0073916" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0080466, 0.0080368, 0.008014, 0.00805, 0.0081332, 0.0083247, 0.0087664" \
          );
        }
      }
    }
  }
  cell (scs8hd_a221o_1) {
    area : 10.0096;
    cell_footprint : "a221o";
    cell_leakage_power : 0.0071445;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062321;
      when : "!A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0062399;
      when : "!A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0062321;
      when : "!A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0062566;
      when : "!A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062321;
      when : "!A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0062618;
      when : "!A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0176264;
      when : "!A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0009316;
      when : "!A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0009316;
      when : "A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062198;
      when : "A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0007694;
      when : "A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0062214;
      when : "A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0014039;
      when : "A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.00622;
      when : "A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0012915;
      when : "A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0176258;
      when : "A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0207152;
      when : "A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062321;
      when : "!A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0062569;
      when : "!A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0062321;
      when : "!A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0062736;
      when : "!A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062321;
      when : "!A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0062788;
      when : "!A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0176264;
      when : "!A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0009316;
      when : "!A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062321;
      when : "A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0062626;
      when : "A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0062321;
      when : "A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0062793;
      when : "A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062321;
      when : "A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0062845;
      when : "A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0176264;
      when : "A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0071445;
    }
    pin (X) {
      direction : output;
      function : "(B1&B2) | (A1&A2) | (C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.211497;
      max_transition : 1.50228;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0540535, 0.0597385, 0.0731183, 0.106054, 0.193836, 0.433486, 1.09054", \
            "0.0574277, 0.0630822, 0.0764233, 0.109342, 0.197072, 0.4369, 1.09237", \
            "0.0660964, 0.0716683, 0.0848984, 0.117755, 0.205455, 0.444102, 1.10285", \
            "0.0812127, 0.08689, 0.100339, 0.133097, 0.22054, 0.459632, 1.11443", \
            "0.0946749, 0.10092, 0.114602, 0.147521, 0.234961, 0.473507, 1.13171", \
            "0.0899802, 0.0978802, 0.113678, 0.147407, 0.235105, 0.474513, 1.12868", \
            "0.0307905, 0.0404236, 0.0604055, 0.0988417, 0.186334, 0.425482, 1.08153" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0178534, 0.0238274, 0.0398456, 0.0845223, 0.209218, 0.552922, 1.50228", \
            "0.0177538, 0.0237416, 0.0396955, 0.0844434, 0.208973, 0.554394, 1.49935", \
            "0.0173996, 0.0234209, 0.0394584, 0.0842716, 0.209413, 0.554318, 1.49867", \
            "0.0186557, 0.0242384, 0.0398848, 0.0839609, 0.208698, 0.553548, 1.49882", \
            "0.0219419, 0.0273825, 0.0417631, 0.0847104, 0.209193, 0.554213, 1.49981", \
            "0.0277067, 0.0336451, 0.0472864, 0.0866054, 0.209726, 0.553298, 1.49693", \
            "0.0360763, 0.0434262, 0.0585426, 0.0951548, 0.211463, 0.55638, 1.49699" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.138651, 0.144522, 0.157291, 0.1835, 0.237465, 0.358959, 0.670608", \
            "0.142106, 0.147894, 0.160819, 0.18701, 0.240941, 0.362523, 0.6742", \
            "0.15266, 0.158507, 0.171396, 0.197343, 0.251385, 0.372858, 0.684694", \
            "0.176986, 0.182732, 0.195572, 0.221773, 0.275708, 0.397263, 0.708985", \
            "0.224784, 0.230794, 0.243912, 0.270528, 0.32488, 0.446603, 0.758576", \
            "0.302843, 0.309406, 0.323787, 0.352993, 0.411095, 0.536454, 0.849098", \
            "0.443295, 0.45076, 0.4676, 0.500718, 0.566137, 0.698928, 1.01385" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0205719, 0.024933, 0.0351291, 0.0579497, 0.110836, 0.25278, 0.661631", \
            "0.0207644, 0.0252082, 0.0352533, 0.0579759, 0.111585, 0.252315, 0.653017", \
            "0.020803, 0.0251355, 0.0350884, 0.0580058, 0.111731, 0.252518, 0.657515", \
            "0.0207893, 0.0250103, 0.0353414, 0.0579895, 0.111683, 0.25272, 0.653544", \
            "0.022065, 0.0267349, 0.0366074, 0.0595225, 0.11238, 0.253314, 0.653741", \
            "0.0263797, 0.0311278, 0.0421358, 0.0652481, 0.119907, 0.257073, 0.653147", \
            "0.0349027, 0.0398374, 0.0519242, 0.0785125, 0.133363, 0.269279, 0.658196" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0576239, 0.0632774, 0.0766453, 0.109317, 0.196368, 0.435065, 1.09283", \
            "0.0608667, 0.0665122, 0.0798277, 0.112521, 0.199388, 0.438657, 1.09288", \
            "0.0686136, 0.0741708, 0.0873695, 0.120118, 0.207006, 0.446277, 1.10077", \
            "0.0821776, 0.0878769, 0.101246, 0.133902, 0.220857, 0.460126, 1.11446", \
            "0.0945057, 0.100852, 0.114639, 0.147857, 0.235059, 0.47448, 1.13001", \
            "0.0875115, 0.0953101, 0.111337, 0.145338, 0.232482, 0.47084, 1.12454", \
            "0.020424, 0.0299996, 0.0501567, 0.0882273, 0.175551, 0.414578, 1.06957" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0178272, 0.0237953, 0.0397962, 0.0845803, 0.209495, 0.554075, 1.50211", \
            "0.01777, 0.0236974, 0.0397655, 0.0844661, 0.209396, 0.554148, 1.49799", \
            "0.0175347, 0.0234687, 0.0395993, 0.0841581, 0.209295, 0.554001, 1.49864", \
            "0.0184852, 0.0241986, 0.0397846, 0.0841191, 0.209232, 0.55457, 1.49837", \
            "0.021746, 0.0272118, 0.0418194, 0.0847194, 0.208867, 0.553381, 1.5022", \
            "0.0274183, 0.0334384, 0.0471661, 0.0867657, 0.209463, 0.552423, 1.49817", \
            "0.0350788, 0.0424833, 0.057985, 0.0944817, 0.211254, 0.555974, 1.49654" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.153016, 0.159289, 0.172779, 0.199016, 0.252508, 0.373418, 0.684656", \
            "0.157093, 0.163331, 0.176817, 0.203103, 0.256583, 0.377623, 0.689031", \
            "0.168326, 0.174571, 0.187985, 0.214344, 0.267847, 0.388919, 0.700414", \
            "0.19405, 0.200313, 0.213626, 0.240077, 0.293634, 0.414723, 0.726246", \
            "0.24703, 0.253405, 0.266792, 0.293497, 0.347287, 0.46843, 0.780012", \
            "0.337677, 0.344719, 0.359638, 0.388878, 0.446288, 0.570078, 0.881816", \
            "0.500527, 0.508597, 0.526246, 0.560596, 0.625302, 0.756577, 1.06879" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0229115, 0.0274975, 0.0377273, 0.0597805, 0.113075, 0.252755, 0.656302", \
            "0.0231209, 0.027662, 0.0378765, 0.0595078, 0.112758, 0.252723, 0.653463", \
            "0.0229765, 0.0278183, 0.0379972, 0.0595319, 0.112746, 0.252769, 0.653165", \
            "0.0229617, 0.0276103, 0.0379514, 0.0601709, 0.112702, 0.252789, 0.653174", \
            "0.0239141, 0.0285726, 0.0386875, 0.0604271, 0.113035, 0.253654, 0.653176", \
            "0.028058, 0.0328703, 0.0435949, 0.0673098, 0.119719, 0.257571, 0.65413", \
            "0.0369656, 0.0420642, 0.0544825, 0.0801461, 0.132689, 0.267738, 0.657502" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0526628, 0.0581565, 0.0713616, 0.10461, 0.19269, 0.431857, 1.08596", \
            "0.0558237, 0.0613011, 0.0745428, 0.107768, 0.195777, 0.434955, 1.08887", \
            "0.0637163, 0.0691574, 0.0822533, 0.115341, 0.203685, 0.443123, 1.098", \
            "0.0765511, 0.0820576, 0.095421, 0.128565, 0.216622, 0.455758, 1.10923", \
            "0.0853365, 0.0915048, 0.105176, 0.138216, 0.226446, 0.465316, 1.11844", \
            "0.0741826, 0.0818577, 0.0977653, 0.131601, 0.21882, 0.458413, 1.11048", \
            "0.0050509, 0.0147195, 0.035002, 0.0736637, 0.160644, 0.399528, 1.05349" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0162112, 0.0218914, 0.0375279, 0.0819939, 0.207337, 0.551801, 1.49583", \
            "0.0161928, 0.0218669, 0.0375372, 0.0820554, 0.207338, 0.55173, 1.49595", \
            "0.016127, 0.0218131, 0.0375252, 0.0821439, 0.207512, 0.551489, 1.49189", \
            "0.0175452, 0.023077, 0.0384437, 0.0824287, 0.207341, 0.551366, 1.49308", \
            "0.0208915, 0.0262354, 0.0405252, 0.0831856, 0.206971, 0.549538, 1.4898", \
            "0.0269505, 0.0324972, 0.0464701, 0.0854159, 0.207933, 0.549263, 1.48891", \
            "0.0355338, 0.0427466, 0.0579696, 0.0943919, 0.209346, 0.552935, 1.48897" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.118786, 0.124663, 0.13751, 0.163193, 0.216022, 0.336038, 0.647174", \
            "0.121877, 0.12775, 0.140422, 0.166295, 0.219239, 0.339098, 0.650175", \
            "0.131736, 0.13759, 0.150256, 0.176109, 0.229071, 0.348957, 0.660056", \
            "0.154778, 0.160659, 0.173383, 0.199229, 0.252147, 0.372135, 0.683119", \
            "0.200405, 0.206657, 0.220061, 0.247022, 0.300922, 0.421217, 0.73266", \
            "0.282744, 0.289693, 0.304657, 0.333923, 0.391804, 0.515856, 0.827381", \
            "0.448233, 0.456374, 0.473576, 0.50809, 0.573035, 0.701861, 1.01446" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0206791, 0.0250733, 0.0352068, 0.0575873, 0.109934, 0.250703, 0.652705", \
            "0.0206848, 0.0250569, 0.0352965, 0.0577155, 0.109885, 0.251187, 0.655228", \
            "0.0206769, 0.0250663, 0.0352441, 0.057695, 0.109777, 0.251075, 0.653928", \
            "0.0208672, 0.0253562, 0.035052, 0.0576482, 0.109756, 0.250465, 0.655933", \
            "0.0231553, 0.0279614, 0.037812, 0.0599989, 0.111294, 0.251866, 0.65272", \
            "0.0288378, 0.0334946, 0.0442425, 0.067736, 0.119406, 0.256067, 0.653661", \
            "0.0379846, 0.0429691, 0.0550895, 0.080916, 0.131669, 0.263479, 0.657198" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0558549, 0.0613275, 0.0745696, 0.10784, 0.19573, 0.434368, 1.08694", \
            "0.0590831, 0.0645912, 0.0778082, 0.110998, 0.19907, 0.437688, 1.08952", \
            "0.0663424, 0.0717928, 0.0849121, 0.11805, 0.206296, 0.44557, 1.1", \
            "0.077989, 0.0836051, 0.096962, 0.12998, 0.218319, 0.45784, 1.11263", \
            "0.0865049, 0.0927103, 0.106549, 0.139837, 0.22784, 0.466635, 1.11998", \
            "0.07383, 0.0814756, 0.0974051, 0.131722, 0.219436, 0.458955, 1.11322", \
            "-0.0019175, 0.0077814, 0.0279866, 0.0669166, 0.154959, 0.394402, 1.04868" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.016202, 0.0218703, 0.0375042, 0.0820133, 0.207036, 0.550466, 1.49391", \
            "0.0161823, 0.0218956, 0.0374994, 0.0821175, 0.207024, 0.549421, 1.49208", \
            "0.01613, 0.0218149, 0.037497, 0.0820747, 0.207576, 0.551829, 1.49491", \
            "0.0173519, 0.022804, 0.0381398, 0.0823501, 0.207601, 0.55166, 1.49363", \
            "0.0205631, 0.0260581, 0.0402796, 0.0831197, 0.206919, 0.549425, 1.49045", \
            "0.026117, 0.0319828, 0.046064, 0.0853948, 0.207774, 0.550171, 1.49389", \
            "0.0343597, 0.0416402, 0.0570027, 0.0938857, 0.209519, 0.552491, 1.48674" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.12964, 0.135845, 0.149134, 0.175088, 0.22775, 0.347216, 0.657987", \
            "0.133595, 0.139767, 0.153042, 0.179301, 0.231713, 0.351169, 0.662143", \
            "0.144607, 0.150774, 0.164028, 0.190264, 0.242718, 0.362174, 0.672918", \
            "0.170126, 0.176293, 0.189562, 0.215714, 0.268407, 0.387869, 0.699211", \
            "0.224808, 0.231189, 0.244909, 0.271608, 0.324344, 0.443871, 0.755079", \
            "0.321836, 0.329062, 0.34474, 0.37486, 0.431064, 0.553506, 0.864824", \
            "0.509122, 0.517738, 0.535918, 0.571346, 0.635708, 0.763321, 1.07532" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0224351, 0.0270101, 0.0368181, 0.0579465, 0.109819, 0.250237, 0.657306", \
            "0.0223251, 0.0267688, 0.0368157, 0.0577353, 0.109882, 0.249919, 0.658449", \
            "0.0222871, 0.0267971, 0.0368135, 0.0577974, 0.109881, 0.249409, 0.658205", \
            "0.02234, 0.0269001, 0.0369621, 0.05842, 0.109334, 0.250213, 0.652571", \
            "0.0241475, 0.0287015, 0.0386396, 0.0590945, 0.110621, 0.250854, 0.65432", \
            "0.0303211, 0.035084, 0.0457932, 0.0680365, 0.118606, 0.254997, 0.658935", \
            "0.0400899, 0.0453757, 0.0585943, 0.0832619, 0.13141, 0.262451, 0.656363" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0380014, 0.0430028, 0.0555932, 0.0883244, 0.175984, 0.414273, 1.07042", \
            "0.0416721, 0.0466253, 0.0591454, 0.0918551, 0.179629, 0.417773, 1.07405", \
            "0.0492088, 0.0541203, 0.0665859, 0.0992079, 0.187254, 0.426835, 1.0802", \
            "0.0567739, 0.0619529, 0.0744299, 0.106961, 0.195201, 0.434311, 1.087", \
            "0.056942, 0.0631485, 0.0764125, 0.108727, 0.196641, 0.436441, 1.09091", \
            "0.0335668, 0.0413884, 0.0576595, 0.0911552, 0.178456, 0.417923, 1.07288", \
            "-0.0557718, -0.0456544, -0.0241546, 0.0159329, 0.103798, 0.343202, 0.997705" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0138066, 0.0195013, 0.0356124, 0.0810152, 0.207272, 0.550493, 1.49989", \
            "0.0137991, 0.0195197, 0.0356102, 0.0810337, 0.207544, 0.550578, 1.49373", \
            "0.0143408, 0.0199453, 0.0357899, 0.081419, 0.20648, 0.551337, 1.49488", \
            "0.0164227, 0.0215555, 0.0367959, 0.0813009, 0.20645, 0.551508, 1.49483", \
            "0.020742, 0.0255208, 0.039287, 0.0820566, 0.206263, 0.550905, 1.49698", \
            "0.027351, 0.0331707, 0.0465406, 0.0851155, 0.207047, 0.550327, 1.49281", \
            "0.0375224, 0.0452478, 0.0615436, 0.0974443, 0.210473, 0.55252, 1.48719" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0726898, 0.0780817, 0.0897425, 0.113539, 0.163535, 0.281039, 0.59215", \
            "0.0761235, 0.0814744, 0.0931441, 0.116818, 0.16681, 0.284163, 0.595566", \
            "0.0870443, 0.0924061, 0.103992, 0.127744, 0.177719, 0.295077, 0.606416", \
            "0.115218, 0.120407, 0.131802, 0.155271, 0.205158, 0.322672, 0.633218", \
            "0.168297, 0.174207, 0.186852, 0.211576, 0.262573, 0.38069, 0.692086", \
            "0.256765, 0.263597, 0.278738, 0.307393, 0.36079, 0.480276, 0.79184", \
            "0.424759, 0.43291, 0.450526, 0.484412, 0.54533, 0.666614, 0.978282" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0179561, 0.0218825, 0.0310357, 0.0523892, 0.104461, 0.247523, 0.651554", \
            "0.0177929, 0.0219277, 0.0309779, 0.0522908, 0.103991, 0.247697, 0.651149", \
            "0.017678, 0.0219418, 0.0310502, 0.0521882, 0.103965, 0.248247, 0.650669", \
            "0.0177461, 0.0216074, 0.0309273, 0.0525283, 0.104227, 0.246945, 0.652383", \
            "0.0226206, 0.0268241, 0.03571, 0.0553852, 0.106724, 0.246539, 0.657871", \
            "0.029672, 0.0342096, 0.0444771, 0.064806, 0.112521, 0.250961, 0.652736", \
            "0.0394589, 0.044817, 0.0565695, 0.079296, 0.124761, 0.256082, 0.65559" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0164963, 0.0183388, 0.0230818, 0.035415, 0.0688512, 0.160694, 0.415152", \
            "0.016352, 0.0181928, 0.0229345, 0.0352663, 0.06868, 0.161363, 0.41281", \
            "0.0163029, 0.0181422, 0.0228793, 0.0352355, 0.068951, 0.160538, 0.414379", \
            "0.0163583, 0.0181186, 0.0227706, 0.0351471, 0.0686, 0.161207, 0.412437", \
            "0.0171394, 0.0187739, 0.0231635, 0.0354268, 0.0687055, 0.16058, 0.414337", \
            "0.0191679, 0.0207986, 0.0251972, 0.0372502, 0.0703076, 0.161694, 0.413882", \
            "0.0253014, 0.0268177, 0.0310315, 0.0432162, 0.0764856, 0.167795, 0.417889" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0168936, 0.0156995, 0.0128648, 0.003074, -0.0290299, -0.121801, -0.37711", \
            "0.0165898, 0.0154048, 0.012508, 0.0027043, -0.0294084, -0.122154, -0.3775", \
            "0.0162898, 0.0150581, 0.0122103, 0.0023625, -0.0297537, -0.122442, -0.377732", \
            "0.0160954, 0.014881, 0.0119831, 0.0021603, -0.0299543, -0.122678, -0.377898", \
            "0.015963, 0.0147645, 0.011782, 0.0020081, -0.030064, -0.122796, -0.378056", \
            "0.0214632, 0.0196679, 0.0149838, 0.0025204, -0.0300585, -0.12266, -0.377955", \
            "0.025851, 0.023885, 0.0189707, 0.0067635, -0.0273815, -0.120583, -0.375505" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0171715, 0.0190059, 0.0237393, 0.0359739, 0.0694077, 0.160786, 0.414835", \
            "0.0170159, 0.0188494, 0.0235826, 0.0358233, 0.0689881, 0.161467, 0.412752", \
            "0.0169237, 0.0187459, 0.0234718, 0.0357517, 0.069001, 0.161483, 0.412706", \
            "0.0169606, 0.0187452, 0.0234234, 0.0356379, 0.0690473, 0.161426, 0.412789", \
            "0.0176551, 0.0192727, 0.0235763, 0.0358323, 0.06929, 0.161499, 0.4148", \
            "0.0192412, 0.0208325, 0.0252168, 0.0373207, 0.0703879, 0.161515, 0.41349", \
            "0.0237391, 0.0252025, 0.0294154, 0.0413964, 0.074963, 0.166463, 0.417897" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.020312, 0.0190659, 0.0161259, 0.0060132, -0.0266434, -0.119995, -0.375575", \
            "0.0200532, 0.0187251, 0.0157206, 0.0057453, -0.0269005, -0.120239, -0.3758", \
            "0.0198204, 0.018589, 0.0154979, 0.0054882, -0.027145, -0.120467, -0.376008", \
            "0.0195706, 0.0183407, 0.0154067, 0.0052981, -0.0273025, -0.120604, -0.376136", \
            "0.0194931, 0.0182296, 0.0151787, 0.0052349, -0.027316, -0.120523, -0.37609", \
            "0.0242514, 0.0225492, 0.017685, 0.0051583, -0.027041, -0.12015, -0.37572", \
            "0.0290588, 0.0272119, 0.0222235, 0.0094142, -0.0248678, -0.118277, -0.373597" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.015138, 0.016936, 0.0217138, 0.0344323, 0.0687831, 0.161593, 0.415141", \
            "0.0150365, 0.0168249, 0.0215951, 0.0343013, 0.0686843, 0.161483, 0.415163", \
            "0.0149372, 0.0167206, 0.0214382, 0.034099, 0.0684271, 0.161211, 0.414973", \
            "0.0147338, 0.0164678, 0.021085, 0.0337282, 0.0678003, 0.160237, 0.412756", \
            "0.0154327, 0.0170798, 0.021508, 0.0338092, 0.0676638, 0.160408, 0.412731", \
            "0.0175313, 0.0191269, 0.0236966, 0.0358773, 0.0694525, 0.161421, 0.414249", \
            "0.0232175, 0.0247272, 0.0289615, 0.0411365, 0.0743289, 0.166726, 0.41916" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0127407, 0.0115065, 0.0085404, -0.0017648, -0.0343951, -0.127371, -0.382772", \
            "0.0124191, 0.0111665, 0.0081957, -0.0020433, -0.034725, -0.127728, -0.383095", \
            "0.0120997, 0.0108502, 0.0078612, -0.0023749, -0.0350426, -0.128038, -0.383397", \
            "0.011903, 0.0106523, 0.0075621, -0.0026287, -0.0352542, -0.128241, -0.383578", \
            "0.011626, 0.0105668, 0.0074232, -0.002746, -0.0353339, -0.128285, -0.38366", \
            "0.0174519, 0.0156293, 0.0108925, -0.0013483, -0.034595, -0.127506, -0.38294", \
            "0.0232863, 0.0213067, 0.0163199, 0.0036696, -0.0305757, -0.123841, -0.378795" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0155527, 0.0173383, 0.0221265, 0.0348385, 0.0688794, 0.161276, 0.415802", \
            "0.0154556, 0.0172565, 0.0220343, 0.0347647, 0.0687917, 0.161233, 0.413729", \
            "0.0153364, 0.0171198, 0.0218545, 0.034509, 0.0688698, 0.161668, 0.415184", \
            "0.015059, 0.0168169, 0.0214748, 0.0341223, 0.068468, 0.16131, 0.414798", \
            "0.015424, 0.0170874, 0.0216422, 0.0340282, 0.0678658, 0.160515, 0.412851", \
            "0.0167436, 0.0183589, 0.0228985, 0.0352286, 0.0688079, 0.161361, 0.415746", \
            "0.0213975, 0.0229214, 0.0272118, 0.0394476, 0.073184, 0.165261, 0.418117" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0163074, 0.0150677, 0.0120775, 0.0018976, -0.0307214, -0.123738, -0.379077", \
            "0.0161018, 0.0148541, 0.0118287, 0.0016726, -0.030962, -0.123952, -0.379296", \
            "0.0158756, 0.014546, 0.0116071, 0.0014429, -0.0311902, -0.12419, -0.37951", \
            "0.0156708, 0.0144011, 0.0113309, 0.001249, -0.0313827, -0.124336, -0.379589", \
            "0.0156414, 0.0142311, 0.0112174, 0.0010865, -0.0314324, -0.124402, -0.379732", \
            "0.0207702, 0.0189198, 0.0141737, 0.0015799, -0.0308836, -0.123821, -0.379171", \
            "0.0264621, 0.0249193, 0.0198999, 0.0070668, -0.0272529, -0.120582, -0.375748" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0097495, 0.0115586, 0.016382, 0.0290587, 0.0632699, 0.155272, 0.408127", \
            "0.0096653, 0.0114588, 0.0162512, 0.0289204, 0.0631678, 0.154135, 0.408728", \
            "0.009508, 0.0112278, 0.0159476, 0.0286005, 0.0625963, 0.155306, 0.406631", \
            "0.0095592, 0.0112021, 0.0157969, 0.0282744, 0.0624426, 0.154998, 0.409179", \
            "0.0104266, 0.0120897, 0.0166048, 0.0287987, 0.0626413, 0.154999, 0.408288", \
            "0.0128388, 0.0144691, 0.0189062, 0.0311365, 0.0645174, 0.156669, 0.411326", \
            "0.0205786, 0.0220494, 0.0262864, 0.0382138, 0.0714137, 0.163152, 0.416199" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0123675, 0.0111837, 0.0083825, -0.0017548, -0.0345158, -0.127511, -0.382817", \
            "0.0120381, 0.0108919, 0.0080627, -0.0021166, -0.0348141, -0.127816, -0.38315", \
            "0.0118794, 0.010743, 0.0079069, -0.0022755, -0.0349876, -0.127979, -0.383306", \
            "0.012109, 0.0109072, 0.0080338, -0.0022301, -0.0349799, -0.127929, -0.383199", \
            "0.0132212, 0.0116179, 0.008486, -0.0015551, -0.0342761, -0.127202, -0.382516", \
            "0.0204595, 0.0186021, 0.0139181, 0.0015296, -0.0322384, -0.12497, -0.380309", \
            "0.0285216, 0.0264441, 0.0214234, 0.0086393, -0.0254321, -0.118598, -0.373671" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002372;
      rise_capacitance : 0.002483;
      rise_capacitance_range (0.002483, 0.002483);
      fall_capacitance : 0.002261;
      fall_capacitance_range (0.002261, 0.002261);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0041465, -0.0041467, -0.0041473, -0.004141, -0.0041265, -0.0040931, -0.0040161" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053352, 0.0053366, 0.0053398, 0.0053414, 0.0053451, 0.0053535, 0.0053731" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002381;
      rise_capacitance : 0.002526;
      rise_capacitance_range (0.002526, 0.002526);
      fall_capacitance : 0.002235;
      fall_capacitance_range (0.002235, 0.002235);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0048097, -0.0048085, -0.004806, -0.0048058, -0.0048055, -0.0048048, -0.0048033" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048452, 0.0048375, 0.0048196, 0.0048193, 0.0048187, 0.0048173, 0.0048142" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00242;
      rise_capacitance : 0.002554;
      rise_capacitance_range (0.002554, 0.002554);
      fall_capacitance : 0.002287;
      fall_capacitance_range (0.002287, 0.002287);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004367, -0.0043658, -0.0043629, -0.0043577, -0.0043455, -0.0043175, -0.0042529" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053636, 0.0053644, 0.0053661, 0.0053666, 0.0053677, 0.0053703, 0.0053762" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002405;
      rise_capacitance : 0.002561;
      rise_capacitance_range (0.002561, 0.002561);
      fall_capacitance : 0.002249;
      fall_capacitance_range (0.002249, 0.002249);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045925, -0.0045919, -0.0045903, -0.0045906, -0.0045912, -0.0045927, -0.0045962" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045815, 0.0045815, 0.0045817, 0.0045813, 0.0045802, 0.0045779, 0.0045726" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002347;
      rise_capacitance : 0.002508;
      rise_capacitance_range (0.002508, 0.002508);
      fall_capacitance : 0.002185;
      fall_capacitance_range (0.002185, 0.002185);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018789, -0.0018818, -0.0018884, -0.0018873, -0.0018848, -0.0018791, -0.0018659" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0025468, 0.0025405, 0.002526, 0.0025386, 0.0025677, 0.0026349, 0.0027899" \
          );
        }
      }
    }
  }
  cell (scs8hd_a221o_2) {
    area : 11.2608;
    cell_footprint : "a221o";
    cell_leakage_power : 0.00903344;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062659;
      when : "!A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0245477;
      when : "A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0124339;
      when : "!A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0062659;
      when : "!A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0124506;
      when : "!A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062659;
      when : "!A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0124558;
      when : "!A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0214588;
      when : "!A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0009654;
      when : "!A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062659;
      when : "!A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0124518;
      when : "!A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0062619;
      when : "!A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0124694;
      when : "!A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062618;
      when : "!A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0124737;
      when : "!A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0214588;
      when : "!A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0009654;
      when : "!A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062659;
      when : "A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0124587;
      when : "A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0062605;
      when : "A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0124754;
      when : "A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062596;
      when : "A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0124806;
      when : "A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0214588;
      when : "A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0009654;
      when : "A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062562;
      when : "A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0008024;
      when : "A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0062643;
      when : "A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.001437;
      when : "A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.006386;
      when : "A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0013247;
      when : "A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0062561;
      when : "A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.00903344;
    }
    pin (X) {
      direction : output;
      function : "(B1&B2) | (A1&A2) | (C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.398264;
      max_transition : 1.50655;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0601613, 0.0646791, 0.0756692, 0.10285, 0.178256, 0.4045, 1.09075", \
            "0.0633901, 0.0678688, 0.0788363, 0.106011, 0.181369, 0.407521, 1.09358", \
            "0.0717549, 0.0761372, 0.0870409, 0.114143, 0.189456, 0.415629, 1.10159", \
            "0.0890075, 0.093545, 0.104459, 0.131442, 0.206166, 0.431877, 1.12089", \
            "0.106397, 0.111648, 0.123707, 0.150957, 0.225859, 0.451477, 1.13766", \
            "0.107272, 0.11356, 0.1282, 0.158056, 0.233053, 0.458276, 1.14359", \
            "0.0563078, 0.063604, 0.0814287, 0.118023, 0.194775, 0.419807, 1.10442" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0155578, 0.019562, 0.0307553, 0.064391, 0.170178, 0.498778, 1.50217", \
            "0.0154613, 0.0194911, 0.0306933, 0.0643575, 0.170511, 0.497946, 1.49957", \
            "0.0152882, 0.0192335, 0.0304508, 0.0641461, 0.170354, 0.498247, 1.4997", \
            "0.0163801, 0.0201774, 0.0309634, 0.0640878, 0.170381, 0.498933, 1.50381", \
            "0.0201159, 0.0239329, 0.0343729, 0.0658958, 0.170556, 0.498499, 1.50058", \
            "0.0257304, 0.0305777, 0.0414472, 0.0705166, 0.171418, 0.499117, 1.50248", \
            "0.0344848, 0.0398447, 0.0535929, 0.083208, 0.175475, 0.500834, 1.50008" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.161115, 0.165744, 0.177137, 0.201683, 0.252455, 0.367047, 0.672788", \
            "0.164857, 0.169519, 0.180783, 0.205371, 0.256189, 0.370938, 0.676641", \
            "0.17522, 0.179888, 0.191164, 0.215595, 0.266468, 0.381075, 0.686856", \
            "0.199454, 0.204103, 0.215418, 0.239905, 0.290671, 0.405515, 0.711132", \
            "0.250023, 0.254755, 0.266079, 0.29067, 0.341565, 0.456184, 0.762022", \
            "0.336251, 0.341384, 0.353646, 0.380293, 0.434588, 0.55278, 0.859493", \
            "0.490701, 0.49654, 0.51018, 0.540688, 0.601396, 0.728237, 1.03983" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0232311, 0.0264087, 0.0344738, 0.0536002, 0.0985184, 0.222234, 0.612277", \
            "0.023214, 0.0262607, 0.0345776, 0.0533702, 0.0980639, 0.221737, 0.610925", \
            "0.0232053, 0.0262554, 0.034454, 0.053608, 0.0985486, 0.222318, 0.612305", \
            "0.0231178, 0.0262322, 0.0343176, 0.0531889, 0.0980427, 0.222757, 0.61252", \
            "0.0240263, 0.027268, 0.0353642, 0.0540166, 0.0996767, 0.222648, 0.610492", \
            "0.0287121, 0.031861, 0.0405018, 0.0601535, 0.105185, 0.226737, 0.614322", \
            "0.0389508, 0.0421494, 0.0508312, 0.072087, 0.120208, 0.241089, 0.615628" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0636535, 0.0681347, 0.0791016, 0.106217, 0.181404, 0.407358, 1.09343", \
            "0.0668622, 0.0713261, 0.0822764, 0.109359, 0.184568, 0.41056, 1.09654", \
            "0.0744026, 0.0788271, 0.0897368, 0.11677, 0.191841, 0.417004, 1.10456", \
            "0.0890705, 0.0935716, 0.104601, 0.131604, 0.20663, 0.431861, 1.11762", \
            "0.104385, 0.109638, 0.121283, 0.149061, 0.224137, 0.449623, 1.13565", \
            "0.101852, 0.108094, 0.122391, 0.152193, 0.227413, 0.452916, 1.13843", \
            "0.0403546, 0.0476236, 0.0651207, 0.101177, 0.178326, 0.403071, 1.09041" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0155936, 0.0196246, 0.0307245, 0.0644523, 0.170515, 0.499341, 1.50303", \
            "0.0155193, 0.0195511, 0.0306658, 0.0643931, 0.170498, 0.499424, 1.50316", \
            "0.0153912, 0.0193304, 0.0305026, 0.0641482, 0.170143, 0.499301, 1.50058", \
            "0.0161096, 0.0199537, 0.030898, 0.0641162, 0.170494, 0.498659, 1.49983", \
            "0.0194439, 0.0231568, 0.0339094, 0.0656147, 0.170286, 0.499238, 1.49794", \
            "0.0246419, 0.0292806, 0.0401008, 0.0699351, 0.171433, 0.497962, 1.50143", \
            "0.0321154, 0.0378734, 0.0512324, 0.0813414, 0.17507, 0.499698, 1.49707" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.17483, 0.179901, 0.191864, 0.217438, 0.268627, 0.38327, 0.688592", \
            "0.179136, 0.184098, 0.19616, 0.221742, 0.27293, 0.387706, 0.693146", \
            "0.19044, 0.195415, 0.20744, 0.2329, 0.284216, 0.398908, 0.704333", \
            "0.21652, 0.221542, 0.233512, 0.258895, 0.310322, 0.425102, 0.730447", \
            "0.271679, 0.276671, 0.288641, 0.314241, 0.365672, 0.480319, 0.785733", \
            "0.371811, 0.377198, 0.389958, 0.417722, 0.472191, 0.589652, 0.895753", \
            "0.551518, 0.55768, 0.572408, 0.603846, 0.665935, 0.791818, 1.10001" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0251368, 0.0284918, 0.0371235, 0.0561823, 0.100717, 0.223381, 0.612239", \
            "0.0250899, 0.0285965, 0.0371378, 0.0559465, 0.100393, 0.223337, 0.611373", \
            "0.0251388, 0.0284195, 0.0368696, 0.0561534, 0.099783, 0.222722, 0.612322", \
            "0.0250969, 0.0286813, 0.0370252, 0.0560773, 0.100461, 0.223309, 0.612262", \
            "0.0253907, 0.0287525, 0.0373056, 0.0561137, 0.100296, 0.223086, 0.613054", \
            "0.0299806, 0.033465, 0.042095, 0.0624339, 0.106565, 0.227168, 0.612883", \
            "0.04039, 0.0439841, 0.0532663, 0.0746638, 0.122142, 0.241021, 0.617399" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0582893, 0.0625502, 0.0731594, 0.0998897, 0.17529, 0.401004, 1.08794", \
            "0.061456, 0.0656964, 0.0763168, 0.103078, 0.178622, 0.404215, 1.08984", \
            "0.0693532, 0.0736059, 0.084209, 0.110884, 0.186243, 0.411947, 1.09837", \
            "0.0849092, 0.0893347, 0.100066, 0.126808, 0.201771, 0.427858, 1.11558", \
            "0.0984466, 0.103648, 0.115432, 0.142822, 0.217927, 0.443927, 1.12946", \
            "0.094319, 0.100592, 0.115141, 0.145026, 0.220024, 0.446595, 1.13179", \
            "0.0362882, 0.0435796, 0.0615079, 0.0984905, 0.17582, 0.40006, 1.08756" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0142709, 0.018077, 0.0290191, 0.06243, 0.168726, 0.49722, 1.50098", \
            "0.0142659, 0.0180933, 0.0289822, 0.0623335, 0.168932, 0.497182, 1.49894", \
            "0.0142231, 0.0180085, 0.0289674, 0.0624143, 0.168894, 0.496726, 1.5004", \
            "0.0155813, 0.0193058, 0.0299328, 0.0629004, 0.168976, 0.497837, 1.50093", \
            "0.0195207, 0.0231441, 0.0333847, 0.0646678, 0.169388, 0.497855, 1.49892", \
            "0.025097, 0.029992, 0.0409551, 0.0696395, 0.170013, 0.496264, 1.49743", \
            "0.0342141, 0.0394014, 0.0532219, 0.0831497, 0.174625, 0.498264, 1.49505" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.141368, 0.146058, 0.157456, 0.182123, 0.232247, 0.345694, 0.650122", \
            "0.144676, 0.149353, 0.160747, 0.185329, 0.235515, 0.348979, 0.653567", \
            "0.154334, 0.158979, 0.170347, 0.194832, 0.245139, 0.358598, 0.663057", \
            "0.1771, 0.181857, 0.193191, 0.217651, 0.268158, 0.381409, 0.685848", \
            "0.226859, 0.231718, 0.243208, 0.268218, 0.318793, 0.432359, 0.736956", \
            "0.31787, 0.323085, 0.335824, 0.363217, 0.418021, 0.535413, 0.841029", \
            "0.494575, 0.500567, 0.515029, 0.546192, 0.608516, 0.733238, 1.04102" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0234307, 0.0264743, 0.0345239, 0.0534442, 0.0982563, 0.220342, 0.61167", \
            "0.0234073, 0.0264592, 0.0345295, 0.0533152, 0.0981712, 0.220718, 0.611844", \
            "0.0234161, 0.0264579, 0.0345165, 0.0538452, 0.0979068, 0.220446, 0.611768", \
            "0.0233914, 0.026626, 0.0346649, 0.0536021, 0.097774, 0.220612, 0.611931", \
            "0.0252628, 0.0283803, 0.0362289, 0.0551844, 0.0989688, 0.220523, 0.611306", \
            "0.0313914, 0.0347115, 0.0432592, 0.0623574, 0.10717, 0.226431, 0.612685", \
            "0.0426574, 0.045856, 0.0553296, 0.0768591, 0.12202, 0.237979, 0.613602" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0614397, 0.0657, 0.0763022, 0.103119, 0.17843, 0.404475, 1.08933", \
            "0.0647293, 0.0689942, 0.079609, 0.106348, 0.181762, 0.407407, 1.09414", \
            "0.0720733, 0.0763193, 0.0869489, 0.113655, 0.18922, 0.415173, 1.09992", \
            "0.0856192, 0.0899678, 0.100749, 0.12756, 0.20274, 0.428906, 1.11371", \
            "0.0983245, 0.103414, 0.115091, 0.142579, 0.217733, 0.44358, 1.12898", \
            "0.0922884, 0.0984217, 0.112691, 0.142444, 0.217475, 0.443472, 1.12968", \
            "0.0273086, 0.0345431, 0.0521137, 0.0884143, 0.166031, 0.391508, 1.07641" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0142901, 0.0180945, 0.0289969, 0.0624091, 0.168929, 0.497559, 1.49984", \
            "0.0142692, 0.018061, 0.0290145, 0.0624289, 0.168661, 0.496727, 1.50079", \
            "0.0142241, 0.0180268, 0.0289774, 0.0623583, 0.169098, 0.498004, 1.49777", \
            "0.0152207, 0.0189367, 0.0296928, 0.0627212, 0.168959, 0.497992, 1.49855", \
            "0.0186547, 0.0223257, 0.0327816, 0.0643292, 0.169193, 0.497711, 1.49873", \
            "0.0239612, 0.0286405, 0.0395002, 0.0691773, 0.170076, 0.496688, 1.49621", \
            "0.0318624, 0.0372366, 0.0510765, 0.0812479, 0.174236, 0.498706, 1.49219" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.149902, 0.154825, 0.166599, 0.191741, 0.242245, 0.354511, 0.658704", \
            "0.153995, 0.158916, 0.170686, 0.195826, 0.246335, 0.358637, 0.662803", \
            "0.164928, 0.169878, 0.181669, 0.206733, 0.257241, 0.369515, 0.673679", \
            "0.190389, 0.195282, 0.207117, 0.232266, 0.282663, 0.395057, 0.699108", \
            "0.247446, 0.252426, 0.264539, 0.289696, 0.339861, 0.452491, 0.756717", \
            "0.35372, 0.359214, 0.372327, 0.400301, 0.454832, 0.570785, 0.874529", \
            "0.552527, 0.558843, 0.573771, 0.606463, 0.669622, 0.793344, 1.09928" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0244669, 0.0278437, 0.0362856, 0.0544484, 0.0976613, 0.219428, 0.61365", \
            "0.024452, 0.0278314, 0.0362307, 0.0544179, 0.0977141, 0.219388, 0.613321", \
            "0.0244679, 0.0277098, 0.0359773, 0.0544583, 0.0977201, 0.219301, 0.612647", \
            "0.0244182, 0.0277042, 0.0360156, 0.0545708, 0.0977643, 0.219372, 0.610631", \
            "0.0255709, 0.0286833, 0.0370492, 0.0549379, 0.0976817, 0.219556, 0.612438", \
            "0.032234, 0.0357111, 0.0441334, 0.063121, 0.105746, 0.224303, 0.613158", \
            "0.0442392, 0.0479686, 0.057099, 0.0786625, 0.123088, 0.235632, 0.612467" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.041717, 0.04541, 0.0549921, 0.0807679, 0.155801, 0.381367, 1.06857", \
            "0.0453802, 0.0490825, 0.0586489, 0.0843848, 0.159454, 0.38535, 1.07162", \
            "0.0538684, 0.0575302, 0.0670204, 0.0926604, 0.167398, 0.392671, 1.08277", \
            "0.0648796, 0.0689469, 0.078851, 0.104483, 0.179647, 0.405018, 1.09094", \
            "0.0696515, 0.0746282, 0.0862673, 0.11255, 0.18716, 0.412379, 1.10371", \
            "0.0529847, 0.0592738, 0.0737424, 0.103024, 0.177948, 0.403426, 1.0909", \
            "-0.0247771, -0.0173763, 0.0009945, 0.0390978, 0.116074, 0.341399, 1.02621" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.011735, 0.0153251, 0.0261394, 0.0603549, 0.168496, 0.498346, 1.50353", \
            "0.0116723, 0.0153098, 0.026148, 0.0603905, 0.168011, 0.498616, 1.49903", \
            "0.0120182, 0.0155484, 0.026321, 0.0604197, 0.168916, 0.498349, 1.50431", \
            "0.0145754, 0.0179899, 0.0280225, 0.0611199, 0.168439, 0.49797, 1.50655", \
            "0.0189229, 0.0227976, 0.0324147, 0.0629336, 0.168226, 0.496873, 1.49999", \
            "0.0251454, 0.0298331, 0.0412089, 0.0686222, 0.169475, 0.496637, 1.49786", \
            "0.0353404, 0.0409033, 0.0547671, 0.0847731, 0.175343, 0.497523, 1.49305" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0896434, 0.0939718, 0.104406, 0.126874, 0.173395, 0.282318, 0.585134", \
            "0.093042, 0.0973768, 0.10779, 0.130145, 0.176792, 0.285708, 0.588659", \
            "0.103585, 0.107874, 0.118284, 0.140683, 0.187189, 0.296011, 0.598752", \
            "0.131057, 0.135295, 0.145669, 0.16791, 0.214471, 0.323282, 0.62657", \
            "0.190798, 0.195417, 0.206361, 0.229311, 0.276265, 0.385465, 0.688703", \
            "0.289492, 0.294843, 0.307413, 0.334702, 0.38663, 0.498654, 0.801683", \
            "0.467637, 0.473758, 0.488507, 0.520178, 0.580622, 0.698514, 1.00378" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0196299, 0.0224948, 0.0299664, 0.0475213, 0.0903178, 0.213443, 0.608634", \
            "0.0195296, 0.0226141, 0.030155, 0.0472929, 0.0906364, 0.213118, 0.608375", \
            "0.019444, 0.0224335, 0.0302499, 0.0473842, 0.0906227, 0.213536, 0.609675", \
            "0.0192301, 0.0221507, 0.0298083, 0.0476478, 0.0901752, 0.213814, 0.61124", \
            "0.0233004, 0.0262599, 0.0336637, 0.0506198, 0.0923038, 0.214591, 0.60867", \
            "0.0324258, 0.0356036, 0.0437425, 0.0624595, 0.101936, 0.218349, 0.610572", \
            "0.0446971, 0.0482286, 0.0571346, 0.0776019, 0.120429, 0.228523, 0.609429" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0220573, 0.024144, 0.0303704, 0.0485748, 0.102722, 0.267279, 0.770568", \
            "0.0219311, 0.0239879, 0.0302516, 0.0483927, 0.102631, 0.26849, 0.770338", \
            "0.0217506, 0.023826, 0.0300707, 0.0482845, 0.102503, 0.26801, 0.76997", \
            "0.0220462, 0.0240496, 0.0301535, 0.0481188, 0.102476, 0.266551, 0.769023", \
            "0.0233117, 0.0252482, 0.0310023, 0.0483853, 0.102297, 0.267522, 0.769918", \
            "0.0254964, 0.0272411, 0.0329304, 0.0507367, 0.103726, 0.268245, 0.769882", \
            "0.0323467, 0.0338529, 0.0391875, 0.0565079, 0.110211, 0.273954, 0.773511" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0214812, 0.0193103, 0.0139827, -0.0008862, -0.0518053, -0.217293, -0.725685", \
            "0.0211744, 0.0189122, 0.0137581, -0.0011487, -0.0520891, -0.217568, -0.726081", \
            "0.0208632, 0.0185693, 0.0133244, -0.0015247, -0.0524837, -0.217957, -0.726326", \
            "0.0205329, 0.0183262, 0.012936, -0.0018078, -0.0527199, -0.218216, -0.726534", \
            "0.0206969, 0.0184654, 0.0129825, -0.0019588, -0.0529397, -0.218433, -0.726754", \
            "0.0266324, 0.0241498, 0.0174578, -0.0010364, -0.052994, -0.218306, -0.726603", \
            "0.0345818, 0.0318656, 0.0246543, 0.0054218, -0.0492076, -0.216494, -0.724459" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0227406, 0.0247938, 0.0310202, 0.0492095, 0.103149, 0.267538, 0.770176", \
            "0.0225888, 0.0246585, 0.0308816, 0.0490742, 0.103056, 0.267439, 0.769852", \
            "0.0224211, 0.0244948, 0.0307359, 0.0488524, 0.102954, 0.267527, 0.772834", \
            "0.0225256, 0.0245404, 0.0306597, 0.0487762, 0.103041, 0.267754, 0.771899", \
            "0.0235242, 0.0254748, 0.031192, 0.0488685, 0.102852, 0.267897, 0.771991", \
            "0.0252115, 0.027098, 0.0328681, 0.0503737, 0.10364, 0.267987, 0.770622", \
            "0.0305724, 0.0321692, 0.0376194, 0.0548943, 0.108669, 0.272312, 0.771074" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0248998, 0.0226099, 0.0173751, 0.0023368, -0.0491432, -0.215271, -0.724042", \
            "0.0246986, 0.0224324, 0.0170335, 0.002009, -0.049373, -0.215545, -0.724284", \
            "0.0243929, 0.0221183, 0.0166554, 0.0018093, -0.0496127, -0.215846, -0.724511", \
            "0.0241628, 0.0219636, 0.0165481, 0.001555, -0.0498321, -0.215972, -0.724704", \
            "0.0242517, 0.0220144, 0.0165455, 0.0014863, -0.0498931, -0.216081, -0.724711", \
            "0.0285242, 0.0260472, 0.0192727, 0.0011373, -0.0497074, -0.215685, -0.724404", \
            "0.0379003, 0.0352606, 0.0279609, 0.0085967, -0.047015, -0.214304, -0.722503" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0206291, 0.0226755, 0.0289365, 0.0473771, 0.102445, 0.268263, 0.773822", \
            "0.0205296, 0.0225787, 0.0288367, 0.047286, 0.102241, 0.269028, 0.770313", \
            "0.0203714, 0.0224268, 0.0286543, 0.0470591, 0.102097, 0.267884, 0.773576", \
            "0.0205252, 0.0225496, 0.0285862, 0.0466644, 0.101662, 0.267593, 0.769756", \
            "0.0213668, 0.0232603, 0.0290947, 0.0466966, 0.101285, 0.266972, 0.770665", \
            "0.0237689, 0.0255722, 0.0312605, 0.0491708, 0.102503, 0.267584, 0.771627", \
            "0.0306756, 0.0321393, 0.0375335, 0.055199, 0.108375, 0.272747, 0.776089" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.017392, 0.0151855, 0.0097551, -0.0053651, -0.056953, -0.222843, -0.731363", \
            "0.0169801, 0.0147157, 0.0093367, -0.0056581, -0.0571509, -0.223147, -0.731596", \
            "0.0166984, 0.014368, 0.0089937, -0.0060023, -0.0575493, -0.223482, -0.731976", \
            "0.0164471, 0.0141931, 0.0087605, -0.006334, -0.0578941, -0.223798, -0.732219", \
            "0.0165283, 0.0142402, 0.0087123, -0.006371, -0.0579741, -0.223942, -0.732361", \
            "0.0237789, 0.0212355, 0.0145752, -0.0044075, -0.0575945, -0.223263, -0.731706", \
            "0.0324442, 0.0297268, 0.0222822, 0.0027612, -0.052791, -0.219999, -0.727894" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0210098, 0.0230758, 0.029289, 0.0477477, 0.102837, 0.268516, 0.771394", \
            "0.020939, 0.0229872, 0.0292356, 0.0476793, 0.102765, 0.268548, 0.774156", \
            "0.020765, 0.0228201, 0.0290541, 0.0474955, 0.102501, 0.269234, 0.769664", \
            "0.0207752, 0.0227893, 0.0288231, 0.0471476, 0.102099, 0.267922, 0.77087", \
            "0.0214244, 0.0233295, 0.0292003, 0.0468612, 0.101515, 0.267116, 0.770874", \
            "0.0232336, 0.0250519, 0.0307721, 0.0485576, 0.102228, 0.267714, 0.773996", \
            "0.0283289, 0.0298907, 0.0353556, 0.0527766, 0.107096, 0.271569, 0.772718" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.020932, 0.0186909, 0.0132973, -0.001842, -0.0532686, -0.21937, -0.727763", \
            "0.0207506, 0.0185076, 0.0130687, -0.0020128, -0.0534567, -0.219552, -0.72795", \
            "0.0205196, 0.0182957, 0.0127759, -0.0022275, -0.0536656, -0.21963, -0.728157", \
            "0.0201862, 0.0179539, 0.0125109, -0.0024694, -0.0538929, -0.21985, -0.728333", \
            "0.0203143, 0.0179879, 0.0128314, -0.0024292, -0.0539969, -0.220013, -0.728392", \
            "0.0266305, 0.0240747, 0.0171045, -0.0018703, -0.0536389, -0.219552, -0.727972", \
            "0.0363761, 0.0336284, 0.0261445, 0.0064743, -0.0492779, -0.21655, -0.724719" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0152282, 0.0173216, 0.0236109, 0.0421793, 0.0970861, 0.262821, 0.766523", \
            "0.015153, 0.0172612, 0.0235324, 0.0420554, 0.0969528, 0.262891, 0.761772", \
            "0.0150778, 0.0171288, 0.0232947, 0.0417526, 0.0967569, 0.26259, 0.766632", \
            "0.0151926, 0.0171941, 0.0232393, 0.0412846, 0.096318, 0.262349, 0.768706", \
            "0.0162558, 0.0181093, 0.0240349, 0.0416577, 0.096231, 0.261446, 0.766445", \
            "0.0191093, 0.0209244, 0.0266081, 0.0441721, 0.0980764, 0.263249, 0.766517", \
            "0.0272945, 0.0289999, 0.0341928, 0.051509, 0.105021, 0.270274, 0.773001" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0163977, 0.0142833, 0.0092632, -0.0053628, -0.0569598, -0.22309, -0.731386", \
            "0.0161142, 0.0140529, 0.0091136, -0.0056093, -0.0572149, -0.223361, -0.731653", \
            "0.015862, 0.0138113, 0.0088024, -0.0058327, -0.0574174, -0.223559, -0.731938", \
            "0.016021, 0.0139322, 0.0091207, -0.0057161, -0.0573134, -0.223403, -0.731778", \
            "0.0173127, 0.0151026, 0.0096819, -0.0051285, -0.0568752, -0.222974, -0.731365", \
            "0.0273849, 0.0248394, 0.0179064, -0.0004867, -0.0548919, -0.220856, -0.729312", \
            "0.0386352, 0.0358056, 0.0281994, 0.0085038, -0.0464929, -0.214013, -0.722284" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002356;
      rise_capacitance : 0.002467;
      rise_capacitance_range (0.002467, 0.002467);
      fall_capacitance : 0.002245;
      fall_capacitance_range (0.002245, 0.002245);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004142, -0.0041427, -0.0041442, -0.0041377, -0.0041226, -0.004088, -0.0040081" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053258, 0.0053258, 0.0053259, 0.0053289, 0.0053358, 0.005352, 0.0053894" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002368;
      rise_capacitance : 0.002516;
      rise_capacitance_range (0.002516, 0.002516);
      fall_capacitance : 0.002219;
      fall_capacitance_range (0.002219, 0.002219);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047964, -0.0047986, -0.0048037, -0.004804, -0.0048045, -0.0048059, -0.0048088" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048152, 0.0048109, 0.0048011, 0.004802, 0.004804, 0.004809, 0.0048203" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002401;
      rise_capacitance : 0.002537;
      rise_capacitance_range (0.002537, 0.002537);
      fall_capacitance : 0.002266;
      fall_capacitance_range (0.002266, 0.002266);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043845, -0.0043792, -0.0043669, -0.0043615, -0.004349, -0.0043201, -0.0042536" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053599, 0.0053618, 0.005366, 0.0053665, 0.0053677, 0.0053706, 0.0053774" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002392;
      rise_capacitance : 0.002554;
      rise_capacitance_range (0.002554, 0.002554);
      fall_capacitance : 0.002231;
      fall_capacitance_range (0.002231, 0.002231);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045872, -0.0045864, -0.0045846, -0.0045842, -0.0045835, -0.0045817, -0.0045778" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046095, 0.0046006, 0.0045801, 0.0045794, 0.0045776, 0.0045738, 0.0045649" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002321;
      rise_capacitance : 0.002487;
      rise_capacitance_range (0.002487, 0.002487);
      fall_capacitance : 0.002154;
      fall_capacitance_range (0.002154, 0.002154);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018799, -0.0018787, -0.0018758, -0.0018754, -0.0018743, -0.0018719, -0.0018663" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0025555, 0.0025457, 0.002523, 0.0025357, 0.0025653, 0.0026335, 0.0027908" \
          );
        }
      }
    }
  }
  cell (scs8hd_a221o_4) {
    area : 21.2704;
    cell_footprint : "a221o";
    cell_leakage_power : 0.018021;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0125316;
      when : "!A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0667491;
      when : "!A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0125317;
      when : "!A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0667581;
      when : "!A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0125326;
      when : "!A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.078987;
      when : "!A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0125238;
      when : "!A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0016956;
      when : "!A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0125327;
      when : "!A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0249332;
      when : "!A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0125332;
      when : "!A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0249682;
      when : "!A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0125327;
      when : "!A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0254174;
      when : "!A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0125238;
      when : "!A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0016956;
      when : "!A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0125327;
      when : "A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0249237;
      when : "A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0125327;
      when : "A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0249718;
      when : "A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0125327;
      when : "A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0255776;
      when : "A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0125238;
      when : "A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0016956;
      when : "A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.012536;
      when : "A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0013941;
      when : "A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0125231;
      when : "A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0022549;
      when : "A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0125237;
      when : "A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.002486;
      when : "A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0125243;
      when : "A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0016938;
      when : "A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.018021;
    }
    pin (X) {
      direction : output;
      function : "(B1&B2) | (A1&A2) | (C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.71229;
      max_transition : 1.50219;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0682758, 0.0715985, 0.080879, 0.105013, 0.172736, 0.389386, 1.11198", \
            "0.0715406, 0.0748669, 0.0841011, 0.108273, 0.175969, 0.392164, 1.1141", \
            "0.0799137, 0.0831856, 0.0923488, 0.116415, 0.18397, 0.400957, 1.12173", \
            "0.0981087, 0.101375, 0.110481, 0.13443, 0.201595, 0.418482, 1.13944", \
            "0.117873, 0.121446, 0.131105, 0.155141, 0.222265, 0.438646, 1.16213", \
            "0.121553, 0.12573, 0.137102, 0.163073, 0.230381, 0.446954, 1.17026", \
            "0.0717229, 0.0763738, 0.0898983, 0.121619, 0.191825, 0.406534, 1.12971" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0179496, 0.0207339, 0.0294766, 0.0560454, 0.14576, 0.454707, 1.50091", \
            "0.0178966, 0.0207402, 0.0294073, 0.0559414, 0.14581, 0.455665, 1.5012", \
            "0.0176097, 0.0204709, 0.0291741, 0.0558307, 0.14566, 0.455162, 1.50012", \
            "0.0180088, 0.0208393, 0.0292716, 0.0556652, 0.145407, 0.455456, 1.50153", \
            "0.0211707, 0.023844, 0.0318562, 0.0570985, 0.146116, 0.455041, 1.50205", \
            "0.0268227, 0.0300887, 0.0384878, 0.0621005, 0.147148, 0.454926, 1.50219", \
            "0.0358247, 0.0395461, 0.0496709, 0.073836, 0.152225, 0.456154, 1.49784" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.172908, 0.175947, 0.184361, 0.205241, 0.251845, 0.362011, 0.673217", \
            "0.176525, 0.179572, 0.188085, 0.20901, 0.255583, 0.365753, 0.676806", \
            "0.186714, 0.189724, 0.198225, 0.219, 0.265522, 0.375711, 0.686931", \
            "0.210934, 0.213947, 0.222345, 0.243137, 0.289742, 0.399911, 0.711231", \
            "0.262717, 0.265747, 0.274277, 0.295112, 0.34177, 0.452076, 0.763302", \
            "0.353455, 0.356688, 0.365816, 0.387801, 0.437797, 0.551723, 0.864181", \
            "0.515333, 0.518945, 0.529273, 0.554278, 0.610235, 0.732014, 1.04975" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.024481, 0.0264637, 0.0324852, 0.0482929, 0.0883291, 0.204144, 0.596807", \
            "0.0245571, 0.0265871, 0.0324938, 0.0479651, 0.0881789, 0.203547, 0.596603", \
            "0.0245219, 0.0264469, 0.0323038, 0.0480075, 0.0884296, 0.203919, 0.596875", \
            "0.024589, 0.0265487, 0.0323278, 0.0482224, 0.088013, 0.203981, 0.596238", \
            "0.0251968, 0.0271651, 0.0331051, 0.0483312, 0.0886447, 0.203992, 0.598242", \
            "0.0297692, 0.0316004, 0.0375357, 0.0541735, 0.0939902, 0.208311, 0.600466", \
            "0.0401263, 0.0421282, 0.048282, 0.0650279, 0.107841, 0.222824, 0.601067" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0718254, 0.0751579, 0.0844152, 0.108581, 0.175986, 0.392558, 1.11326", \
            "0.0746763, 0.0780604, 0.0872576, 0.111387, 0.178765, 0.395371, 1.11899", \
            "0.0810364, 0.0843234, 0.0935138, 0.117582, 0.185037, 0.400625, 1.12165", \
            "0.0938008, 0.0971082, 0.106287, 0.130205, 0.197596, 0.413484, 1.1354", \
            "0.10889, 0.112449, 0.122008, 0.146382, 0.213943, 0.430516, 1.15085", \
            "0.107309, 0.111444, 0.122596, 0.148813, 0.216654, 0.432692, 1.15503", \
            "0.0464443, 0.0511261, 0.0644894, 0.0958596, 0.166756, 0.38259, 1.10343" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0179415, 0.0208226, 0.0294814, 0.0560788, 0.145734, 0.455553, 1.49935", \
            "0.0179512, 0.020773, 0.0294373, 0.0560504, 0.145546, 0.455813, 1.49866", \
            "0.0177726, 0.0205575, 0.029196, 0.0558658, 0.14575, 0.455582, 1.49926", \
            "0.0179189, 0.0206398, 0.0292885, 0.0557615, 0.145342, 0.454646, 1.49917", \
            "0.0202828, 0.0231824, 0.0313469, 0.0569981, 0.145697, 0.455927, 1.49802", \
            "0.0254619, 0.0284606, 0.0373521, 0.0610968, 0.146969, 0.454469, 1.50016", \
            "0.0331263, 0.0372098, 0.047188, 0.072777, 0.151297, 0.457234, 1.49259" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.191818, 0.195121, 0.204402, 0.226682, 0.275151, 0.386657, 0.699281", \
            "0.196332, 0.199652, 0.208852, 0.231277, 0.279607, 0.391161, 0.703971", \
            "0.208075, 0.211373, 0.220577, 0.242957, 0.291304, 0.402872, 0.715669", \
            "0.234385, 0.237756, 0.246937, 0.269249, 0.317697, 0.429252, 0.741911", \
            "0.290317, 0.293614, 0.302921, 0.325301, 0.373838, 0.485344, 0.797909", \
            "0.394512, 0.398049, 0.407859, 0.431581, 0.482429, 0.596685, 0.910024", \
            "0.579326, 0.583262, 0.594298, 0.620939, 0.67863, 0.801766, 1.11953" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0275048, 0.0296351, 0.035783, 0.0525304, 0.0910746, 0.206325, 0.600857", \
            "0.0274683, 0.029517, 0.0361021, 0.0519802, 0.0916746, 0.206662, 0.60008", \
            "0.0274866, 0.0296518, 0.036084, 0.052576, 0.0916194, 0.206569, 0.601493", \
            "0.0273652, 0.0297693, 0.0357839, 0.0524322, 0.0920451, 0.206439, 0.6", \
            "0.0276173, 0.0297992, 0.036241, 0.0522753, 0.091765, 0.206114, 0.599929", \
            "0.0318948, 0.0340905, 0.0407569, 0.0574556, 0.0970848, 0.210065, 0.602953", \
            "0.0422944, 0.0443078, 0.0514126, 0.0692273, 0.110519, 0.222792, 0.603134" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0672709, 0.0704281, 0.0793307, 0.102878, 0.170239, 0.386405, 1.10763", \
            "0.0705088, 0.0736712, 0.0825452, 0.106134, 0.173249, 0.389828, 1.11172", \
            "0.0782724, 0.0814241, 0.0903011, 0.113859, 0.180989, 0.397559, 1.11824", \
            "0.0947404, 0.0979523, 0.106915, 0.130488, 0.197554, 0.414493, 1.13528", \
            "0.110481, 0.114015, 0.123434, 0.147528, 0.214924, 0.431591, 1.15185", \
            "0.10745, 0.111578, 0.122965, 0.14927, 0.216742, 0.433343, 1.15755", \
            "0.0447403, 0.0494196, 0.0630026, 0.0950893, 0.16571, 0.380649, 1.10254" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0165719, 0.0193879, 0.0277422, 0.0537573, 0.143323, 0.454552, 1.49812", \
            "0.0166243, 0.0193508, 0.0276356, 0.0538081, 0.143266, 0.454263, 1.50011", \
            "0.0165539, 0.0192427, 0.0276681, 0.0538079, 0.143462, 0.454492, 1.4986", \
            "0.0172375, 0.0199063, 0.0283007, 0.0542605, 0.143591, 0.454774, 1.49871", \
            "0.0205738, 0.0233314, 0.0313814, 0.0561176, 0.144703, 0.454961, 1.49526", \
            "0.0265138, 0.0295687, 0.0381961, 0.0614168, 0.145992, 0.453837, 1.49673", \
            "0.035706, 0.0393061, 0.0495352, 0.0751785, 0.151097, 0.455827, 1.49427" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.149454, 0.152477, 0.160974, 0.18179, 0.227776, 0.336169, 0.645927", \
            "0.15288, 0.15589, 0.164397, 0.185202, 0.231176, 0.33957, 0.649705", \
            "0.16298, 0.165982, 0.174659, 0.195305, 0.241381, 0.349782, 0.65996", \
            "0.188545, 0.191547, 0.200046, 0.220669, 0.266689, 0.375217, 0.685472", \
            "0.245785, 0.24883, 0.257343, 0.278185, 0.324167, 0.432637, 0.742451", \
            "0.351839, 0.35516, 0.364576, 0.387562, 0.437615, 0.55045, 0.860787", \
            "0.548953, 0.552713, 0.563586, 0.589915, 0.64789, 0.769856, 1.08411" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0242237, 0.0263187, 0.0322675, 0.0478505, 0.0869422, 0.20127, 0.596826", \
            "0.0243462, 0.026315, 0.0320153, 0.0475349, 0.0870918, 0.201326, 0.597806", \
            "0.0243539, 0.026331, 0.0320165, 0.0477044, 0.0870876, 0.201338, 0.597871", \
            "0.024339, 0.0263217, 0.0319887, 0.0479465, 0.087047, 0.201192, 0.598094", \
            "0.0255846, 0.0276693, 0.0332474, 0.0485534, 0.0877563, 0.20198, 0.597206", \
            "0.032695, 0.0346806, 0.0404873, 0.0564168, 0.0954869, 0.206901, 0.601055", \
            "0.0464466, 0.048269, 0.0542501, 0.0713672, 0.113144, 0.221174, 0.600797" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0712742, 0.0744691, 0.0833767, 0.106925, 0.174258, 0.390241, 1.11098", \
            "0.0745092, 0.0777129, 0.0865906, 0.110178, 0.177295, 0.393794, 1.11594", \
            "0.0812622, 0.084423, 0.0933115, 0.116886, 0.183993, 0.400454, 1.12336", \
            "0.0945248, 0.0977241, 0.10667, 0.130207, 0.197385, 0.413551, 1.13461", \
            "0.109823, 0.113328, 0.122896, 0.147058, 0.214387, 0.430966, 1.1529", \
            "0.109778, 0.113903, 0.125179, 0.151331, 0.219273, 0.436297, 1.15682", \
            "0.055733, 0.060457, 0.0736479, 0.106178, 0.177699, 0.394109, 1.11549" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0166466, 0.0193823, 0.0277387, 0.0537751, 0.143574, 0.453409, 1.49563", \
            "0.0166339, 0.0193378, 0.0276479, 0.0537998, 0.143312, 0.45417, 1.50024", \
            "0.0165263, 0.0193236, 0.0276078, 0.0538, 0.143368, 0.453824, 1.49968", \
            "0.0169759, 0.0196895, 0.0280819, 0.0540741, 0.14332, 0.453868, 1.49648", \
            "0.0197145, 0.022454, 0.030668, 0.0559384, 0.144059, 0.454174, 1.49951", \
            "0.0251093, 0.0281147, 0.0367117, 0.0608941, 0.145756, 0.452785, 1.49812", \
            "0.0333832, 0.0371513, 0.0478481, 0.0727465, 0.151014, 0.455068, 1.49079" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.171719, 0.175072, 0.184356, 0.206917, 0.255376, 0.365797, 0.677109", \
            "0.175672, 0.17899, 0.18832, 0.210872, 0.259255, 0.369809, 0.681157", \
            "0.186574, 0.189934, 0.199202, 0.221752, 0.270137, 0.380692, 0.691982", \
            "0.211205, 0.214509, 0.223887, 0.246391, 0.294791, 0.405393, 0.716719", \
            "0.265807, 0.26911, 0.278423, 0.300916, 0.349492, 0.460021, 0.771467", \
            "0.3689, 0.372427, 0.382583, 0.406993, 0.458989, 0.573013, 0.884508", \
            "0.561553, 0.565696, 0.577071, 0.605134, 0.664768, 0.787248, 1.102" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0277149, 0.0299354, 0.0363799, 0.0525965, 0.0914168, 0.204557, 0.59824", \
            "0.0278127, 0.0297747, 0.0360984, 0.0525264, 0.0908163, 0.20437, 0.601435", \
            "0.0277402, 0.0299953, 0.0364091, 0.0525171, 0.0911215, 0.204515, 0.598239", \
            "0.0277753, 0.0299453, 0.0361103, 0.0526702, 0.0915153, 0.204229, 0.598862", \
            "0.028357, 0.0305146, 0.0368816, 0.0525837, 0.0910518, 0.204927, 0.599117", \
            "0.0345601, 0.036743, 0.0430265, 0.0595586, 0.0979093, 0.209515, 0.600441", \
            "0.0476323, 0.0495112, 0.0563112, 0.0741576, 0.114657, 0.221567, 0.603149" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0437651, 0.0463301, 0.053755, 0.0749477, 0.140224, 0.356458, 1.07706", \
            "0.0473848, 0.0499426, 0.057353, 0.0784981, 0.143766, 0.360035, 1.08075", \
            "0.0555498, 0.0580878, 0.0654584, 0.0864496, 0.151764, 0.36727, 1.10217", \
            "0.0655059, 0.0682556, 0.0759345, 0.0971933, 0.162539, 0.378329, 1.11143", \
            "0.0679922, 0.0713638, 0.0802669, 0.102169, 0.167513, 0.383573, 1.10755", \
            "0.0451869, 0.0493118, 0.0604719, 0.0854223, 0.151255, 0.366222, 1.0858", \
            "-0.0473304, -0.0426199, -0.0289013, 0.0036881, 0.0733132, 0.287572, 1.00726" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0125415, 0.0149623, 0.0227628, 0.0492067, 0.141325, 0.454708, 1.50048", \
            "0.0124819, 0.0149518, 0.0227532, 0.0492569, 0.141311, 0.453512, 1.49925", \
            "0.0127993, 0.0151904, 0.0230154, 0.0493525, 0.141421, 0.452192, 1.49946", \
            "0.0150136, 0.0172719, 0.0246899, 0.0503928, 0.141316, 0.454126, 1.49877", \
            "0.0195035, 0.0217283, 0.0289671, 0.0525267, 0.141865, 0.452519, 1.49709", \
            "0.0260954, 0.0289694, 0.0371492, 0.0589945, 0.143069, 0.452196, 1.495", \
            "0.0364192, 0.0400857, 0.0505288, 0.0761703, 0.150177, 0.454581, 1.49387" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0937023, 0.096514, 0.104391, 0.123722, 0.166623, 0.271028, 0.57942", \
            "0.0967419, 0.0995454, 0.10747, 0.126767, 0.169694, 0.274036, 0.582378", \
            "0.106885, 0.109673, 0.117567, 0.136854, 0.179693, 0.284032, 0.592282", \
            "0.135066, 0.137846, 0.145642, 0.164788, 0.207675, 0.311903, 0.620404", \
            "0.197543, 0.200533, 0.208681, 0.228222, 0.271385, 0.37584, 0.684295", \
            "0.304539, 0.307906, 0.317263, 0.34012, 0.388038, 0.495027, 0.804951", \
            "0.500328, 0.504151, 0.515001, 0.541385, 0.597545, 0.710807, 1.02192" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0206112, 0.02265, 0.0281048, 0.042635, 0.0809233, 0.195375, 0.597378", \
            "0.0206816, 0.0226289, 0.0280291, 0.0425991, 0.080859, 0.195284, 0.59542", \
            "0.0205577, 0.0225148, 0.0281755, 0.0426284, 0.0807632, 0.19521, 0.59485", \
            "0.0201954, 0.0221773, 0.0279638, 0.0422796, 0.0807788, 0.19543, 0.597246", \
            "0.024286, 0.025987, 0.031693, 0.0452764, 0.0821178, 0.195855, 0.594746", \
            "0.033759, 0.0356435, 0.0417248, 0.0562647, 0.0911738, 0.199838, 0.597598", \
            "0.046823, 0.0485092, 0.0546609, 0.0715565, 0.109016, 0.210302, 0.596871" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0419195, 0.0442769, 0.0521334, 0.0781622, 0.162264, 0.442056, 1.38099", \
            "0.0416333, 0.0439593, 0.0518802, 0.0778584, 0.16209, 0.442344, 1.38185", \
            "0.0413033, 0.0436444, 0.0514881, 0.0774827, 0.161686, 0.441647, 1.3808", \
            "0.0415554, 0.0438685, 0.0517504, 0.0772569, 0.161395, 0.441222, 1.3814", \
            "0.0437417, 0.0458783, 0.0530641, 0.078005, 0.161156, 0.441355, 1.37966", \
            "0.0480723, 0.0500649, 0.0571997, 0.0812115, 0.163391, 0.442145, 1.38127", \
            "0.0591918, 0.0608348, 0.0673583, 0.0913679, 0.173868, 0.450943, 1.38622" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0425215, 0.0399016, 0.0320104, 0.0108708, -0.0657302, -0.345216, -1.29558", \
            "0.0419954, 0.0394024, 0.0314968, 0.0102953, -0.0662116, -0.345648, -1.2959", \
            "0.0413542, 0.0385303, 0.0306249, 0.0096253, -0.0671111, -0.346653, -1.29685", \
            "0.0406406, 0.0379396, 0.0300068, 0.0088539, -0.0677343, -0.347259, -1.29755", \
            "0.0406031, 0.0379785, 0.0299201, 0.0084436, -0.0682563, -0.347506, -1.29771", \
            "0.0483868, 0.0454581, 0.0364983, 0.0104322, -0.0684833, -0.347317, -1.29744", \
            "0.0641545, 0.0610038, 0.0514205, 0.0233934, -0.0619757, -0.344846, -1.2943" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0432028, 0.0455192, 0.0534453, 0.0794097, 0.163258, 0.44254, 1.38231", \
            "0.0429122, 0.0452556, 0.053183, 0.079149, 0.162996, 0.44217, 1.38096", \
            "0.0425723, 0.0449385, 0.0528232, 0.0788216, 0.162801, 0.442243, 1.3803", \
            "0.0427963, 0.0450614, 0.0529142, 0.0784957, 0.162625, 0.441557, 1.3805", \
            "0.044595, 0.0467913, 0.0541613, 0.0788318, 0.162302, 0.442143, 1.38144", \
            "0.0480564, 0.0501665, 0.0573741, 0.08201, 0.163941, 0.443097, 1.38145", \
            "0.0558093, 0.0577063, 0.0643154, 0.0884515, 0.171335, 0.44848, 1.38313" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0502196, 0.0475487, 0.0393321, 0.0179196, -0.0589573, -0.338956, -1.28957", \
            "0.0499615, 0.0472055, 0.03914, 0.0176109, -0.0593194, -0.339315, -1.28963", \
            "0.0495734, 0.0467775, 0.0387174, 0.0171436, -0.0597491, -0.339701, -1.29037", \
            "0.0491458, 0.0465722, 0.0381957, 0.0167948, -0.0600559, -0.340073, -1.29064", \
            "0.0489057, 0.0461901, 0.0378918, 0.0164191, -0.0605619, -0.340419, -1.29074", \
            "0.0525663, 0.0496202, 0.04061, 0.0154531, -0.0603856, -0.339803, -1.29033", \
            "0.0725087, 0.069356, 0.0596574, 0.0313809, -0.0547009, -0.338361, -1.28796" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0382058, 0.0404371, 0.0483821, 0.0745821, 0.159974, 0.441538, 1.38215", \
            "0.0379968, 0.040307, 0.0481781, 0.074388, 0.159803, 0.441649, 1.38086", \
            "0.0376676, 0.0400281, 0.0479012, 0.0740806, 0.159361, 0.441492, 1.38062", \
            "0.0379228, 0.0402057, 0.0480112, 0.0735653, 0.158702, 0.440192, 1.38118", \
            "0.0390822, 0.0412727, 0.0485464, 0.0734943, 0.157701, 0.439673, 1.37971", \
            "0.0429777, 0.0449953, 0.0521352, 0.0768683, 0.159182, 0.439773, 1.38047", \
            "0.0527321, 0.0542897, 0.0608496, 0.0847672, 0.16757, 0.446218, 1.38418" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0342636, 0.0316196, 0.0235694, 0.0020867, -0.0751588, -0.355341, -1.30581", \
            "0.0335916, 0.0308127, 0.0228818, 0.0017544, -0.0755715, -0.355981, -1.30631", \
            "0.0329598, 0.0301857, 0.0221912, 0.00116, -0.0763206, -0.356649, -1.30699", \
            "0.0323285, 0.0295247, 0.021549, 0.0003098, -0.0771453, -0.357211, -1.30782", \
            "0.0326452, 0.0299076, 0.0215285, -0.0001632, -0.0775747, -0.357783, -1.30795", \
            "0.0408945, 0.0378822, 0.0286441, 0.0016959, -0.0777975, -0.357448, -1.30746", \
            "0.0578982, 0.054647, 0.0447292, 0.0159575, -0.0702032, -0.353753, -1.30274" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0398427, 0.0421789, 0.0501179, 0.0763171, 0.161622, 0.443483, 1.38218", \
            "0.0397267, 0.0420554, 0.0499215, 0.0761839, 0.161542, 0.443241, 1.38243", \
            "0.0393883, 0.0417054, 0.0496003, 0.0757841, 0.161131, 0.442652, 1.38208", \
            "0.0393147, 0.0416121, 0.0495157, 0.0753371, 0.16048, 0.442274, 1.38166", \
            "0.0408213, 0.0430426, 0.0503713, 0.0750167, 0.159642, 0.441598, 1.3814", \
            "0.0436102, 0.0457143, 0.0529322, 0.0773967, 0.160136, 0.440923, 1.38258", \
            "0.052164, 0.0539961, 0.0604025, 0.084813, 0.168141, 0.44707, 1.38233" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0428929, 0.0401275, 0.0319418, 0.0099689, -0.0671927, -0.346864, -1.29718", \
            "0.0423436, 0.0396028, 0.031332, 0.0098348, -0.0674, -0.347313, -1.29751", \
            "0.0421569, 0.0394714, 0.0311971, 0.0094327, -0.0679659, -0.347552, -1.29787", \
            "0.0417576, 0.0388475, 0.0306849, 0.0088338, -0.0683755, -0.34801, -1.29821", \
            "0.0419292, 0.03917, 0.0308555, 0.0087714, -0.0686035, -0.348516, -1.29863", \
            "0.0485594, 0.0454902, 0.0362487, 0.0098569, -0.0682765, -0.347993, -1.29801", \
            "0.0682261, 0.0649856, 0.0550112, 0.0262037, -0.0602422, -0.343938, -1.29283" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0278204, 0.0302451, 0.038276, 0.0645855, 0.149455, 0.430443, 1.37155", \
            "0.0277946, 0.0302187, 0.0382019, 0.0643691, 0.149336, 0.430482, 1.3705", \
            "0.0277396, 0.0300814, 0.0379785, 0.0639825, 0.148955, 0.428248, 1.36767", \
            "0.0280232, 0.0303278, 0.0380439, 0.063235, 0.148041, 0.430079, 1.36731", \
            "0.0299759, 0.03215, 0.0396768, 0.0640163, 0.147908, 0.429294, 1.37141", \
            "0.0348946, 0.0369334, 0.0440827, 0.0683488, 0.152019, 0.432154, 1.3723", \
            "0.0499826, 0.0515821, 0.0580872, 0.0820952, 0.16377, 0.442243, 1.37694" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0313685, 0.0289356, 0.0213106, 0.0006922, -0.0763144, -0.356814, -1.30708", \
            "0.0308293, 0.0282995, 0.0206921, 0.0001564, -0.0769318, -0.357447, -1.3074", \
            "0.0301747, 0.0278437, 0.0203177, -0.0004341, -0.0774763, -0.357899, -1.30814", \
            "0.0304308, 0.0279566, 0.0203972, -0.0005131, -0.077571, -0.357855, -1.30812", \
            "0.0327806, 0.0300946, 0.0227242, 0.0010013, -0.0768077, -0.357165, -1.30726", \
            "0.0507155, 0.0476729, 0.0383842, 0.0113361, -0.0726791, -0.352557, -1.30256", \
            "0.0683658, 0.0651338, 0.0550869, 0.0262892, -0.0588755, -0.343052, -1.2928" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004531;
      rise_capacitance : 0.004718;
      rise_capacitance_range (0.004718, 0.004718);
      fall_capacitance : 0.004344;
      fall_capacitance_range (0.004344, 0.004344);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0077026, -0.0077047, -0.0077097, -0.0076963, -0.0076653, -0.0075942, -0.0074299" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0104731, 0.0104764, 0.010484, 0.0104863, 0.0104917, 0.0105043, 0.0105333" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004384;
      rise_capacitance : 0.004657;
      rise_capacitance_range (0.004657, 0.004657);
      fall_capacitance : 0.004111;
      fall_capacitance_range (0.004111, 0.004111);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0088551, -0.0088472, -0.0088291, -0.0088306, -0.0088341, -0.0088424, -0.0088612" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088916, 0.0088874, 0.0088778, 0.0088784, 0.00888, 0.0088836, 0.008892" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004299;
      rise_capacitance : 0.00452;
      rise_capacitance_range (0.00452, 0.00452);
      fall_capacitance : 0.004079;
      fall_capacitance_range (0.004079, 0.004079);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0070955, -0.0071016, -0.0071157, -0.0071, -0.0070637, -0.0069799, -0.0067869" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0103231, 0.0103175, 0.0103045, 0.0103061, 0.0103099, 0.0103185, 0.0103385" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004315;
      rise_capacitance : 0.004619;
      rise_capacitance_range (0.004619, 0.004619);
      fall_capacitance : 0.00401;
      fall_capacitance_range (0.00401, 0.00401);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087326, -0.008731, -0.0087271, -0.0087279, -0.0087294, -0.0087328, -0.0087406" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087756, 0.0087662, 0.0087445, 0.0087426, 0.0087384, 0.0087287, 0.0087064" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004438;
      rise_capacitance : 0.004751;
      rise_capacitance_range (0.004751, 0.004751);
      fall_capacitance : 0.004124;
      fall_capacitance_range (0.004124, 0.004124);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0037335, -0.0037497, -0.003787, -0.0037836, -0.0037756, -0.0037573, -0.003715" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.006074, 0.0060521, 0.0060016, 0.0060331, 0.0061061, 0.0062742, 0.0066618" \
          );
        }
      }
    }
  }
  cell (scs8hd_a221oi_1) {
    area : 8.7584;
    cell_footprint : "a221oi";
    cell_leakage_power : 0.00334153;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062107;
      when : "!A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 3.36432e-05;
      when : "!A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0062107;
      when : "!A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 5.03153e-05;
      when : "!A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062107;
      when : "!A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 5.55303e-05;
      when : "!A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0062034;
      when : "!A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0009101;
      when : "!A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062107;
      when : "!A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 4.88389e-05;
      when : "!A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0062107;
      when : "!A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 6.5511e-05;
      when : "!A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062107;
      when : "!A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 7.07255e-05;
      when : "!A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0062034;
      when : "!A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0009101;
      when : "!A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062107;
      when : "A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 5.10816e-05;
      when : "A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0062107;
      when : "A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 6.77537e-05;
      when : "A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062107;
      when : "A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 7.29682e-05;
      when : "A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0062034;
      when : "A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0009101;
      when : "A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062006;
      when : "A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0007514;
      when : "A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0061987;
      when : "A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0013855;
      when : "A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0061988;
      when : "A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.001273;
      when : "A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0062623;
      when : "A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0009055;
      when : "A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.00334153;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1&!C1) | (!A1&!B2&!C1) | (!A2&!B1&!C1) | (!A2&!B2&!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.075999;
      max_transition : 1.49082;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.100227, 0.109582, 0.130178, 0.176565, 0.282914, 0.527068, 1.08893", \
            "0.103729, 0.112797, 0.133784, 0.180707, 0.286925, 0.529094, 1.08747", \
            "0.114253, 0.123499, 0.143862, 0.190577, 0.297754, 0.539457, 1.09941", \
            "0.1385, 0.147497, 0.167781, 0.213749, 0.319706, 0.566426, 1.13126", \
            "0.182472, 0.192626, 0.215282, 0.262963, 0.368799, 0.612471, 1.17035", \
            "0.249788, 0.263184, 0.292826, 0.352112, 0.471759, 0.717057, 1.28029", \
            "0.377108, 0.395408, 0.433907, 0.51206, 0.665385, 0.951588, 1.52227" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.073461, 0.0849756, 0.112766, 0.176431, 0.322353, 0.66328, 1.44688", \
            "0.0733718, 0.0854135, 0.112661, 0.176275, 0.322225, 0.660594, 1.44209", \
            "0.0738635, 0.085159, 0.113063, 0.176287, 0.322951, 0.658886, 1.44199", \
            "0.0748642, 0.0862302, 0.113253, 0.176272, 0.321921, 0.663845, 1.44859", \
            "0.0887921, 0.0992432, 0.123254, 0.182902, 0.323433, 0.660641, 1.43791", \
            "0.124045, 0.135178, 0.161491, 0.219471, 0.348287, 0.66676, 1.44398", \
            "0.204049, 0.21452, 0.241276, 0.302447, 0.441327, 0.739049, 1.46017" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0224545, 0.0251412, 0.0311361, 0.0442021, 0.072308, 0.13387, 0.272532", \
            "0.0262128, 0.0287879, 0.0345459, 0.047406, 0.0754139, 0.136915, 0.275381", \
            "0.0348271, 0.0376352, 0.0434562, 0.0554823, 0.0831628, 0.144316, 0.282914", \
            "0.0441039, 0.0480466, 0.0564434, 0.0726126, 0.102182, 0.162619, 0.30073", \
            "0.0478822, 0.053313, 0.0655354, 0.0885682, 0.131182, 0.205348, 0.341852", \
            "0.0310275, 0.0388558, 0.0553802, 0.0881735, 0.150155, 0.257974, 0.438007", \
            "-0.0455893, -0.0346105, -0.0131373, 0.0348337, 0.123891, 0.281017, 0.539836" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0243148, 0.0274936, 0.0347308, 0.0505045, 0.0851192, 0.164099, 0.345265", \
            "0.0241557, 0.0271095, 0.0340967, 0.0500889, 0.0850509, 0.163989, 0.345632", \
            "0.0296862, 0.0318886, 0.0373289, 0.0511025, 0.0845742, 0.163544, 0.344443", \
            "0.0440971, 0.0471089, 0.0530795, 0.0655982, 0.0922413, 0.164703, 0.345442", \
            "0.0674688, 0.0719357, 0.080345, 0.0975706, 0.129118, 0.189636, 0.350044", \
            "0.109166, 0.114958, 0.127347, 0.151132, 0.196493, 0.278459, 0.417649", \
            "0.183969, 0.192966, 0.212095, 0.247616, 0.310016, 0.424661, 0.619612" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.113617, 0.12215, 0.141741, 0.18609, 0.287603, 0.521119, 1.05973", \
            "0.117656, 0.12631, 0.145854, 0.190504, 0.293284, 0.528029, 1.06663", \
            "0.128684, 0.137223, 0.15667, 0.201651, 0.30366, 0.538214, 1.08294", \
            "0.153176, 0.161645, 0.181114, 0.22538, 0.327347, 0.561747, 1.10133", \
            "0.200143, 0.209474, 0.230494, 0.275546, 0.377631, 0.611281, 1.15251", \
            "0.275391, 0.287532, 0.313662, 0.369296, 0.482655, 0.719507, 1.25896", \
            "0.415116, 0.431101, 0.466374, 0.537456, 0.679798, 0.957153, 1.51126" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0848998, 0.096708, 0.123078, 0.184463, 0.325459, 0.650894, 1.40071", \
            "0.0849434, 0.0964928, 0.123006, 0.184408, 0.326423, 0.652735, 1.402", \
            "0.0850047, 0.0967392, 0.12307, 0.184925, 0.326551, 0.652325, 1.40371", \
            "0.0856318, 0.0972938, 0.123399, 0.184584, 0.325696, 0.650603, 1.40269", \
            "0.0971362, 0.108083, 0.131474, 0.189573, 0.326376, 0.650517, 1.40138", \
            "0.130994, 0.142765, 0.167402, 0.224674, 0.350342, 0.657802, 1.4011", \
            "0.206168, 0.218072, 0.244979, 0.305094, 0.43865, 0.730505, 1.4284" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0259238, 0.0286186, 0.0345886, 0.0475804, 0.0756779, 0.137251, 0.275786", \
            "0.0295667, 0.032184, 0.0380445, 0.0509216, 0.0789396, 0.14051, 0.27909", \
            "0.0375345, 0.0403352, 0.0463665, 0.0588514, 0.0867393, 0.148211, 0.286824", \
            "0.0474202, 0.0511688, 0.0587178, 0.0746097, 0.104567, 0.166294, 0.304951", \
            "0.0525072, 0.0578203, 0.0691011, 0.0910993, 0.132237, 0.205109, 0.345967", \
            "0.0362331, 0.0437473, 0.0599681, 0.0925804, 0.152604, 0.25664, 0.432483", \
            "-0.0382498, -0.027252, -0.0038637, 0.0418029, 0.12972, 0.282679, 0.536559" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0240998, 0.0273529, 0.034534, 0.0503354, 0.0851792, 0.16398, 0.345066", \
            "0.023831, 0.0269071, 0.0340855, 0.0499029, 0.0848006, 0.163895, 0.345835", \
            "0.0277778, 0.0302678, 0.0362828, 0.050703, 0.0843234, 0.163594, 0.345882", \
            "0.0399299, 0.042565, 0.0489147, 0.0610871, 0.0900261, 0.16404, 0.345473", \
            "0.0621777, 0.0657208, 0.0730066, 0.0887194, 0.11886, 0.182289, 0.348297", \
            "0.0993009, 0.104192, 0.11476, 0.136463, 0.176469, 0.250991, 0.397909", \
            "0.166985, 0.174485, 0.18964, 0.218319, 0.275774, 0.378174, 0.557008" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0813349, 0.0906322, 0.111524, 0.158697, 0.266281, 0.513776, 1.0827", \
            "0.0843585, 0.0935013, 0.1146, 0.162148, 0.270477, 0.519808, 1.08804", \
            "0.0945231, 0.103406, 0.124203, 0.171813, 0.28018, 0.52867, 1.09928", \
            "0.117639, 0.126676, 0.147156, 0.194059, 0.303214, 0.551524, 1.12089", \
            "0.158484, 0.170562, 0.195271, 0.246315, 0.354578, 0.602049, 1.17774", \
            "0.23274, 0.247572, 0.280196, 0.347175, 0.474931, 0.725834, 1.29586", \
            "0.388935, 0.408625, 0.450702, 0.537161, 0.700754, 1.00556, 1.58853" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0706537, 0.0828764, 0.110771, 0.175514, 0.324916, 0.671834, 1.46339", \
            "0.0706683, 0.0825141, 0.111086, 0.17551, 0.324717, 0.671371, 1.46979", \
            "0.0707405, 0.0827901, 0.110973, 0.175616, 0.325373, 0.671398, 1.4696", \
            "0.0741176, 0.0855112, 0.111965, 0.17573, 0.326018, 0.670382, 1.46452", \
            "0.0948218, 0.106159, 0.129648, 0.186029, 0.327463, 0.669304, 1.47329", \
            "0.136072, 0.148128, 0.174718, 0.235107, 0.362199, 0.678118, 1.46736", \
            "0.202671, 0.216412, 0.249108, 0.321137, 0.466009, 0.766169, 1.49082" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.022768, 0.02513, 0.0304454, 0.0422089, 0.0683469, 0.127744, 0.263802", \
            "0.0260626, 0.0283928, 0.0336606, 0.0453763, 0.0715833, 0.130946, 0.267001", \
            "0.0332783, 0.0359619, 0.0416831, 0.0532671, 0.0791774, 0.138528, 0.274604", \
            "0.0396043, 0.0436309, 0.0518806, 0.0678779, 0.0977972, 0.156709, 0.29277", \
            "0.0381656, 0.0438498, 0.0558806, 0.0796179, 0.123208, 0.196472, 0.333636", \
            "0.0119696, 0.0202161, 0.0377976, 0.0722725, 0.135346, 0.245955, 0.427865", \
            "-0.0788315, -0.0670725, -0.0429224, 0.0071962, 0.099262, 0.259042, 0.525375" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0207334, 0.0234512, 0.0297914, 0.0443834, 0.0781184, 0.156024, 0.337158", \
            "0.0206542, 0.0232734, 0.0295318, 0.0441924, 0.0780893, 0.155927, 0.337108", \
            "0.0261023, 0.0281682, 0.0330972, 0.0459497, 0.0781773, 0.155981, 0.336918", \
            "0.0386028, 0.0416274, 0.047918, 0.0609281, 0.087015, 0.157717, 0.336279", \
            "0.0603909, 0.0646386, 0.0735829, 0.0910753, 0.124713, 0.185733, 0.342727", \
            "0.0984737, 0.104776, 0.117775, 0.14371, 0.191124, 0.272062, 0.414603", \
            "0.169272, 0.179613, 0.197571, 0.235409, 0.302858, 0.419488, 0.614933" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0944281, 0.102946, 0.122404, 0.166862, 0.268654, 0.503536, 1.04743", \
            "0.0982213, 0.106778, 0.126353, 0.171033, 0.273087, 0.507729, 1.04835", \
            "0.109284, 0.11775, 0.137272, 0.181885, 0.284201, 0.519253, 1.06", \
            "0.135008, 0.143442, 0.1628, 0.207206, 0.309259, 0.546017, 1.08553", \
            "0.186574, 0.196804, 0.218996, 0.265456, 0.367386, 0.603946, 1.14316", \
            "0.27526, 0.289683, 0.319953, 0.381194, 0.501909, 0.739723, 1.28163", \
            "0.455789, 0.473957, 0.513631, 0.596182, 0.754318, 1.04536, 1.60034" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0808589, 0.0924223, 0.119049, 0.180315, 0.32113, 0.644311, 1.39893", \
            "0.0808755, 0.0924297, 0.119064, 0.180124, 0.320294, 0.645393, 1.39098", \
            "0.0808919, 0.0924401, 0.119043, 0.180241, 0.319967, 0.645371, 1.39105", \
            "0.0825704, 0.0933428, 0.119537, 0.179929, 0.320788, 0.645644, 1.39168", \
            "0.102071, 0.11161, 0.133718, 0.18864, 0.321447, 0.644299, 1.39399", \
            "0.146059, 0.157883, 0.183457, 0.237761, 0.356959, 0.652576, 1.39183", \
            "0.214542, 0.229568, 0.262611, 0.330518, 0.469865, 0.745005, 1.41898" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0260083, 0.02841, 0.0337238, 0.0454563, 0.0716149, 0.130983, 0.267036", \
            "0.029326, 0.0316899, 0.0369818, 0.048746, 0.074947, 0.134335, 0.270583", \
            "0.0360563, 0.0387449, 0.0444145, 0.0562373, 0.0825222, 0.142002, 0.278191", \
            "0.0425802, 0.0463903, 0.0542368, 0.0697739, 0.0993219, 0.159497, 0.296094", \
            "0.0412576, 0.0469109, 0.0582646, 0.0812363, 0.122705, 0.196162, 0.336262", \
            "0.0145194, 0.0220889, 0.0390818, 0.0727095, 0.134772, 0.241167, 0.418278", \
            "-0.0824624, -0.0703935, -0.0454875, 0.0039963, 0.0955685, 0.251932, 0.510935" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0206058, 0.0233883, 0.0297719, 0.0443582, 0.078149, 0.155959, 0.337085", \
            "0.020448, 0.0231477, 0.029528, 0.0443028, 0.0781002, 0.156485, 0.335835", \
            "0.0241903, 0.0264626, 0.0319206, 0.0453101, 0.0779679, 0.155698, 0.336206", \
            "0.0355613, 0.0382191, 0.0439682, 0.0564276, 0.0844957, 0.157401, 0.335998", \
            "0.0553271, 0.0591684, 0.0664622, 0.0833821, 0.113562, 0.176954, 0.340751", \
            "0.0899873, 0.0950314, 0.106314, 0.128513, 0.170041, 0.245969, 0.393528", \
            "0.152605, 0.160024, 0.176918, 0.208638, 0.266689, 0.371776, 0.553707" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0408496, 0.0480599, 0.0642667, 0.101439, 0.186028, 0.382621, 0.828719", \
            "0.0443811, 0.0511324, 0.0674357, 0.105, 0.189085, 0.385332, 0.833584", \
            "0.0560545, 0.0626329, 0.0780522, 0.114517, 0.200159, 0.394902, 0.842184", \
            "0.0833549, 0.0909575, 0.106439, 0.141595, 0.225472, 0.420165, 0.866573", \
            "0.128337, 0.139355, 0.161969, 0.205697, 0.288406, 0.480261, 0.925584", \
            "0.208253, 0.222902, 0.253895, 0.316157, 0.430103, 0.625887, 1.06673", \
            "0.369658, 0.3884, 0.428082, 0.508716, 0.665545, 0.938321, 1.40842" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0525602, 0.0627546, 0.0854931, 0.137533, 0.256026, 0.530107, 1.15359", \
            "0.0517955, 0.062139, 0.0853508, 0.137608, 0.2556, 0.530592, 1.16111", \
            "0.0519542, 0.0616141, 0.0842109, 0.137036, 0.255996, 0.529558, 1.15995", \
            "0.0634933, 0.0712898, 0.0902683, 0.13761, 0.255315, 0.529532, 1.15312", \
            "0.0870463, 0.0971072, 0.118735, 0.160523, 0.261279, 0.528032, 1.15747", \
            "0.123047, 0.136382, 0.165652, 0.222145, 0.32468, 0.550993, 1.15234", \
            "0.188465, 0.204372, 0.240223, 0.316268, 0.462018, 0.698716, 1.21761" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0141551, 0.0157703, 0.0194671, 0.0277174, 0.046678, 0.090364, 0.19116", \
            "0.0175686, 0.0193795, 0.0230639, 0.0314352, 0.0504264, 0.0940973, 0.195043", \
            "0.0211995, 0.0239335, 0.0294796, 0.0398216, 0.0588993, 0.102604, 0.203097", \
            "0.0211766, 0.0251235, 0.0336901, 0.049423, 0.0765548, 0.122272, 0.223039", \
            "0.0103433, 0.0164648, 0.028861, 0.051858, 0.0930028, 0.159217, 0.268492", \
            "-0.0294164, -0.0206045, -0.0022698, 0.0318736, 0.0912286, 0.192665, 0.353616", \
            "-0.144388, -0.131216, -0.104006, -0.0537989, 0.0346773, 0.183042, 0.421409" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0103022, 0.0123368, 0.0170471, 0.0280998, 0.0530656, 0.112007, 0.246768", \
            "0.0122745, 0.0138932, 0.0179608, 0.0283712, 0.0530895, 0.111959, 0.246467", \
            "0.019068, 0.0209456, 0.025047, 0.0331197, 0.0548443, 0.111954, 0.245666", \
            "0.0304981, 0.0333985, 0.0386036, 0.0498776, 0.0697622, 0.117785, 0.246567", \
            "0.0493953, 0.0536517, 0.061918, 0.0777883, 0.106603, 0.156865, 0.262826", \
            "0.0858864, 0.0918755, 0.103784, 0.127155, 0.167215, 0.237933, 0.352772", \
            "0.157399, 0.16589, 0.183365, 0.215796, 0.27428, 0.374665, 0.541723" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0170201, 0.0183359, 0.0213006, 0.0280623, 0.043449, 0.078901, 0.160377", \
            "0.0166862, 0.0179707, 0.0209729, 0.027788, 0.0431233, 0.0783006, 0.160016", \
            "0.0164034, 0.0176851, 0.020643, 0.0274279, 0.0429402, 0.0781038, 0.159862", \
            "0.0162795, 0.0175225, 0.0204196, 0.027119, 0.0424495, 0.0782805, 0.160035", \
            "0.0162555, 0.0174875, 0.0203411, 0.0269449, 0.0422597, 0.0776785, 0.158597", \
            "0.016371, 0.0175919, 0.0204956, 0.0271113, 0.0421884, 0.0773698, 0.159029", \
            "0.0195681, 0.0205092, 0.0229521, 0.0289094, 0.0441908, 0.0786495, 0.159224" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0080618, 0.0068271, 0.0039666, -0.002627, -0.0177793, -0.0530279, -0.134736", \
            "0.0079199, 0.0066828, 0.0037974, -0.002781, -0.017934, -0.0531723, -0.134913", \
            "0.0077253, 0.0064991, 0.0036614, -0.0029424, -0.0180793, -0.0533074, -0.135036", \
            "0.0075932, 0.0063913, 0.0035198, -0.0030576, -0.0181785, -0.0534177, -0.135136", \
            "0.0080282, 0.0068003, 0.0038166, -0.0028423, -0.0181469, -0.0533949, -0.135114", \
            "0.0100028, 0.0086833, 0.0056498, -0.001282, -0.0169837, -0.0528348, -0.134854", \
            "0.016038, 0.0146119, 0.0115009, 0.003957, -0.0129338, -0.0497709, -0.131864" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0208461, 0.0220955, 0.0250031, 0.0316442, 0.0468963, 0.0819145, 0.162749", \
            "0.020589, 0.0218653, 0.0247668, 0.0314561, 0.046744, 0.0818576, 0.162798", \
            "0.0203716, 0.0216315, 0.0245231, 0.0312347, 0.0465546, 0.0816989, 0.162651", \
            "0.0202474, 0.0214902, 0.024367, 0.0310276, 0.0462963, 0.0815097, 0.162509", \
            "0.0202124, 0.0214549, 0.0243092, 0.0309326, 0.0460995, 0.0812429, 0.162256", \
            "0.020313, 0.0215468, 0.024423, 0.031068, 0.0461883, 0.0812246, 0.162058", \
            "0.0230777, 0.024148, 0.0267274, 0.0327409, 0.0478828, 0.0825476, 0.162933" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0085685, 0.0073325, 0.0044751, -0.002131, -0.0172861, -0.0525068, -0.134254", \
            "0.0084087, 0.0071698, 0.0043137, -0.0022654, -0.0174348, -0.0526569, -0.134419", \
            "0.0082703, 0.0070445, 0.0041962, -0.0024349, -0.0175622, -0.0527933, -0.134521", \
            "0.0080696, 0.0068525, 0.0040326, -0.0025183, -0.017662, -0.0528952, -0.134647", \
            "0.0084297, 0.0071722, 0.0042652, -0.0024514, -0.0176549, -0.0529171, -0.134659", \
            "0.0099041, 0.0085946, 0.0055945, -0.0011987, -0.0168252, -0.0525429, -0.134441", \
            "0.0148929, 0.0134559, 0.010178, 0.0029115, -0.0135164, -0.0500647, -0.133091" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0120374, 0.0133606, 0.01633, 0.023026, 0.0383126, 0.0736764, 0.154295", \
            "0.0116869, 0.0129919, 0.0160002, 0.0227409, 0.0381262, 0.0735108, 0.154936", \
            "0.0114056, 0.0126874, 0.0156542, 0.0223714, 0.0378144, 0.073345, 0.154727", \
            "0.0112453, 0.0125055, 0.0154245, 0.0221133, 0.0375875, 0.0727453, 0.153939", \
            "0.0111456, 0.0123826, 0.0152682, 0.0219185, 0.0372194, 0.0723658, 0.154605", \
            "0.01206, 0.0132121, 0.0159375, 0.0225004, 0.037584, 0.072773, 0.153517", \
            "0.0164103, 0.0173625, 0.0197325, 0.0256647, 0.0402906, 0.0746249, 0.155167" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0060018, 0.0047801, 0.0019465, -0.0046264, -0.0199128, -0.0552833, -0.137146", \
            "0.005897, 0.0046809, 0.0018513, -0.0047033, -0.0199468, -0.0553317, -0.137186", \
            "0.0057242, 0.0045246, 0.0017232, -0.0048131, -0.0200481, -0.0553717, -0.137232", \
            "0.005647, 0.0044194, 0.0016058, -0.0049574, -0.0201541, -0.055459, -0.137273", \
            "0.0060989, 0.0048449, 0.0019206, -0.0047046, -0.0200637, -0.055345, -0.137218", \
            "0.0079759, 0.0066376, 0.0035944, -0.0033096, -0.0190393, -0.0549312, -0.136931", \
            "0.0137358, 0.0123204, 0.0091504, 0.001705, -0.0141417, -0.0507496, -0.134739" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0157496, 0.0170142, 0.0199308, 0.0265526, 0.0417762, 0.0768296, 0.157974", \
            "0.0154944, 0.0167653, 0.0197026, 0.0263726, 0.0416423, 0.0767192, 0.157619", \
            "0.015283, 0.0165484, 0.0194684, 0.0261452, 0.0414534, 0.0765963, 0.157535", \
            "0.0151597, 0.0164154, 0.019303, 0.0259437, 0.0412305, 0.0763988, 0.157313", \
            "0.0150788, 0.0163078, 0.0191893, 0.0258013, 0.041039, 0.076168, 0.157206", \
            "0.0156128, 0.016817, 0.019646, 0.026176, 0.0414238, 0.0764319, 0.157311", \
            "0.019226, 0.0202713, 0.0227994, 0.028906, 0.0437203, 0.0780125, 0.15846" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0064465, 0.0052162, 0.002378, -0.004204, -0.0194668, -0.0548633, -0.136724", \
            "0.0063476, 0.0051296, 0.0023045, -0.0042609, -0.0195126, -0.0548847, -0.136748", \
            "0.0061711, 0.0049646, 0.0021617, -0.0043712, -0.0195904, -0.0549503, -0.136794", \
            "0.005929, 0.0047155, 0.0019477, -0.0045375, -0.0197119, -0.055029, -0.136823", \
            "0.0062003, 0.0049863, 0.002106, -0.0044738, -0.0198338, -0.0550806, -0.136871", \
            "0.0074641, 0.0061508, 0.0031674, -0.0036418, -0.0191735, -0.0548257, -0.136749", \
            "0.0119305, 0.0105852, 0.0073048, 4.07e-05, -0.0162333, -0.0527011, -0.135601" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.01185, 0.0131514, 0.0161259, 0.0228422, 0.0382932, 0.0734854, 0.154493", \
            "0.0115307, 0.0127904, 0.0158053, 0.0225822, 0.0379241, 0.0735951, 0.155246", \
            "0.0114176, 0.0126826, 0.0156052, 0.0222849, 0.037772, 0.0733529, 0.15503", \
            "0.0116384, 0.0128531, 0.0156753, 0.0222412, 0.0375338, 0.0730247, 0.153801", \
            "0.0125587, 0.0137364, 0.0164357, 0.0228305, 0.0378494, 0.0729153, 0.154386", \
            "0.0150978, 0.0161897, 0.0187676, 0.0249723, 0.0395255, 0.0735133, 0.154128", \
            "0.0237545, 0.0245286, 0.0269941, 0.0305131, 0.0447165, 0.0776459, 0.156726" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0006604, -0.0005604, -0.0033962, -0.0099709, -0.0252714, -0.0607064, -0.142638", \
            "0.0005149, -0.0006781, -0.0034663, -0.0099956, -0.0252302, -0.0606385, -0.142543", \
            "0.0003471, -0.0008376, -0.0036032, -0.0100724, -0.0252352, -0.0605948, -0.142461", \
            "0.000596, -0.0005818, -0.0035247, -0.0101524, -0.02529, -0.060553, -0.142432", \
            "0.0013059, 4.22e-05, -0.0030881, -0.0097789, -0.0251467, -0.0604072, -0.142289", \
            "0.0038582, 0.0024082, -0.0008098, -0.0080213, -0.0238709, -0.0597457, -0.141922", \
            "0.011462, 0.0098796, 0.0064887, -0.0014763, -0.0184549, -0.0564044, -0.139692" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002318;
      rise_capacitance : 0.002411;
      rise_capacitance_range (0.002411, 0.002411);
      fall_capacitance : 0.002226;
      fall_capacitance_range (0.002226, 0.002226);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0041329, -0.0041337, -0.0041356, -0.0041292, -0.0041144, -0.0040803, -0.0040017" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052696, 0.0052726, 0.0052794, 0.0052809, 0.0052843, 0.0052921, 0.0053101" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002306;
      rise_capacitance : 0.002431;
      rise_capacitance_range (0.002431, 0.002431);
      fall_capacitance : 0.002181;
      fall_capacitance_range (0.002181, 0.002181);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046754, -0.0046747, -0.0046731, -0.0046723, -0.0046705, -0.0046662, -0.0046563" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046886, 0.0046857, 0.004679, 0.0046791, 0.0046794, 0.0046801, 0.0046817" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002361;
      rise_capacitance : 0.002481;
      rise_capacitance_range (0.002481, 0.002481);
      fall_capacitance : 0.002241;
      fall_capacitance_range (0.002241, 0.002241);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043263, -0.0043263, -0.0043264, -0.0043209, -0.0043082, -0.0042789, -0.0042115" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053231, 0.0053259, 0.0053326, 0.0053339, 0.0053368, 0.0053434, 0.0053588" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002365;
      rise_capacitance : 0.002517;
      rise_capacitance_range (0.002517, 0.002517);
      fall_capacitance : 0.002212;
      fall_capacitance_range (0.002212, 0.002212);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045643, -0.0045654, -0.0045679, -0.0045678, -0.0045674, -0.0045664, -0.0045643" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.004577, 0.0045723, 0.0045617, 0.0045628, 0.0045655, 0.0045718, 0.0045861" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002294;
      rise_capacitance : 0.002449;
      rise_capacitance_range (0.002449, 0.002449);
      fall_capacitance : 0.002138;
      fall_capacitance_range (0.002138, 0.002138);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018942, -0.0018927, -0.0018893, -0.0018893, -0.0018891, -0.0018888, -0.001888" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0022567, 0.0022527, 0.0022433, 0.002254, 0.0022786, 0.0023353, 0.002466" \
          );
        }
      }
    }
  }
  cell (scs8hd_a221oi_2) {
    area : 15.0144;
    cell_footprint : "a221oi";
    cell_leakage_power : 0.0123548;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0013148;
      when : "A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.012394;
      when : "A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.002375;
      when : "A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0123946;
      when : "A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0025892;
      when : "A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0123977;
      when : "A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.00191;
      when : "A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0124277;
      when : "!A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0267821;
      when : "!A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0124278;
      when : "!A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0268019;
      when : "!A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0124281;
      when : "!A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0391223;
      when : "!A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0238176;
      when : "!A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0019129;
      when : "!A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0124269;
      when : "!A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0267977;
      when : "!A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0124283;
      when : "!A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0002392;
      when : "!A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0124283;
      when : "!A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.000222;
      when : "!A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0238176;
      when : "!A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0019129;
      when : "!A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0124272;
      when : "A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0390889;
      when : "A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0124283;
      when : "A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0002212;
      when : "A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0124283;
      when : "A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0006795;
      when : "A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0123939;
      when : "A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0019129;
      when : "A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0124058;
      when : "A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0123548;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1&!C1) | (!A1&!B2&!C1) | (!A2&!B1&!C1) | (!A2&!B2&!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.13093;
      max_transition : 1.49839;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0938318, 0.100351, 0.116024, 0.154122, 0.247112, 0.478242, 1.06305", \
            "0.0977169, 0.10422, 0.119841, 0.158115, 0.251728, 0.483434, 1.06845", \
            "0.109856, 0.115956, 0.131503, 0.16928, 0.263382, 0.495936, 1.08319", \
            "0.136645, 0.142901, 0.158095, 0.195952, 0.289181, 0.524947, 1.10716", \
            "0.185598, 0.193417, 0.211155, 0.250698, 0.344031, 0.577396, 1.16179", \
            "0.264438, 0.275326, 0.298216, 0.349445, 0.45806, 0.695172, 1.28417", \
            "0.40993, 0.423659, 0.455748, 0.527638, 0.668036, 0.952638, 1.5539" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0611666, 0.0688362, 0.0884551, 0.13956, 0.267928, 0.591274, 1.41215", \
            "0.0613918, 0.0691074, 0.0885682, 0.139823, 0.267958, 0.591255, 1.41227", \
            "0.0616508, 0.0691283, 0.0889348, 0.139484, 0.268023, 0.592932, 1.41437", \
            "0.062532, 0.0700605, 0.0893275, 0.140405, 0.268395, 0.594743, 1.40782", \
            "0.076024, 0.0824688, 0.10012, 0.145728, 0.269102, 0.593816, 1.40975", \
            "0.11102, 0.117754, 0.135331, 0.181927, 0.295834, 0.598943, 1.41334", \
            "0.194056, 0.200483, 0.217938, 0.266736, 0.383757, 0.67246, 1.43017" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0159946, 0.0176207, 0.021574, 0.0310125, 0.0528899, 0.103967, 0.227677", \
            "0.0202118, 0.0216439, 0.0252725, 0.034325, 0.0559299, 0.106855, 0.230346", \
            "0.0268984, 0.0287028, 0.0330618, 0.0427213, 0.0634322, 0.113866, 0.237108", \
            "0.0323891, 0.0352248, 0.0413769, 0.0546526, 0.0804279, 0.131176, 0.253789", \
            "0.0285087, 0.032557, 0.0413548, 0.0602219, 0.097812, 0.167032, 0.293043", \
            "-0.0033963, 0.0017654, 0.0139459, 0.0408298, 0.0951734, 0.195811, 0.373098", \
            "-0.113376, -0.106, -0.0886589, -0.050393, 0.0272659, 0.174203, 0.433746" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0177822, 0.0198676, 0.0249819, 0.0368934, 0.0645273, 0.130741, 0.297194", \
            "0.0190029, 0.020735, 0.025104, 0.0363707, 0.0641647, 0.13084, 0.297179", \
            "0.0257177, 0.027297, 0.0313801, 0.0398857, 0.0645642, 0.130477, 0.296858", \
            "0.0380218, 0.0401435, 0.0449099, 0.0555403, 0.0773526, 0.134062, 0.296963", \
            "0.0594777, 0.0623215, 0.0689028, 0.0829793, 0.111266, 0.167292, 0.30862", \
            "0.0963456, 0.100561, 0.110136, 0.129825, 0.169339, 0.24498, 0.387122", \
            "0.163205, 0.169578, 0.184141, 0.214221, 0.270824, 0.376439, 0.569905" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.110569, 0.11628, 0.130594, 0.165548, 0.252223, 0.470585, 1.02087", \
            "0.114815, 0.120613, 0.134778, 0.169932, 0.257296, 0.475312, 1.02547", \
            "0.126994, 0.132696, 0.146909, 0.182251, 0.269216, 0.489738, 1.03995", \
            "0.153841, 0.159535, 0.173721, 0.208627, 0.296495, 0.51445, 1.06537", \
            "0.20564, 0.211976, 0.227574, 0.263786, 0.351289, 0.569252, 1.1206", \
            "0.289642, 0.297957, 0.31788, 0.363789, 0.464697, 0.687868, 1.24306", \
            "0.44105, 0.452302, 0.479475, 0.542037, 0.673689, 0.941052, 1.50982" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.073657, 0.0807563, 0.0998835, 0.148113, 0.268817, 0.574781, 1.3458", \
            "0.0733215, 0.0808978, 0.100096, 0.147705, 0.26878, 0.572746, 1.34452", \
            "0.0735229, 0.0811872, 0.0997373, 0.147911, 0.269071, 0.574851, 1.3443", \
            "0.0744222, 0.0813731, 0.100345, 0.148237, 0.269654, 0.573656, 1.34458", \
            "0.0851528, 0.0921348, 0.108711, 0.153269, 0.270486, 0.573806, 1.34462", \
            "0.119769, 0.126908, 0.144252, 0.189215, 0.298485, 0.581861, 1.34451", \
            "0.197184, 0.205035, 0.224461, 0.272297, 0.38808, 0.656757, 1.36687" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0198658, 0.0215181, 0.0254868, 0.0348794, 0.0567548, 0.10782, 0.231267", \
            "0.0237264, 0.025277, 0.0290778, 0.0382982, 0.0600038, 0.110975, 0.23443", \
            "0.030492, 0.0324026, 0.0368957, 0.0463615, 0.0676577, 0.118461, 0.241774", \
            "0.0372351, 0.0397912, 0.0457823, 0.0586378, 0.0839985, 0.135847, 0.259491", \
            "0.0368896, 0.040424, 0.0486049, 0.0669219, 0.102862, 0.169622, 0.299187", \
            "0.0098428, 0.0148293, 0.0266599, 0.0533054, 0.105343, 0.2028, 0.374312", \
            "-0.0890352, -0.0823552, -0.0650894, -0.0269111, 0.0499973, 0.19363, 0.444855" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0180789, 0.0200414, 0.0251021, 0.0369212, 0.0645531, 0.130885, 0.297489", \
            "0.0185071, 0.0203509, 0.024959, 0.0364254, 0.0642248, 0.130808, 0.296795", \
            "0.0239561, 0.025434, 0.0291534, 0.038767, 0.0641891, 0.130495, 0.297464", \
            "0.0360941, 0.0379217, 0.0417537, 0.0513137, 0.0731754, 0.132693, 0.297004", \
            "0.0567644, 0.0589393, 0.0638145, 0.0760776, 0.101936, 0.157146, 0.30515", \
            "0.0912709, 0.094494, 0.102292, 0.118636, 0.153025, 0.222309, 0.362739", \
            "0.15412, 0.158983, 0.170181, 0.195213, 0.242427, 0.33931, 0.51398" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0721042, 0.0788247, 0.0952355, 0.135326, 0.232973, 0.478033, 1.09623", \
            "0.0755026, 0.081842, 0.0982386, 0.138493, 0.236851, 0.483177, 1.10123", \
            "0.0868056, 0.0931716, 0.10909, 0.148897, 0.248296, 0.497022, 1.11453", \
            "0.112694, 0.119282, 0.135051, 0.174432, 0.272762, 0.519484, 1.13837", \
            "0.157246, 0.166057, 0.186753, 0.231568, 0.33085, 0.576562, 1.19581", \
            "0.235395, 0.24755, 0.276314, 0.337794, 0.461219, 0.714887, 1.33571", \
            "0.415891, 0.431254, 0.466885, 0.545527, 0.710742, 1.02033, 1.6557" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0587456, 0.0670199, 0.0881746, 0.1419, 0.277232, 0.61745, 1.47922", \
            "0.0588204, 0.0668948, 0.0882502, 0.141866, 0.276197, 0.618676, 1.47947", \
            "0.0588853, 0.0669878, 0.0881021, 0.141782, 0.277931, 0.619704, 1.48219", \
            "0.0621324, 0.0699195, 0.0895871, 0.142639, 0.277692, 0.618144, 1.47913", \
            "0.0826455, 0.0903309, 0.108918, 0.154128, 0.280376, 0.61852, 1.47821", \
            "0.123911, 0.132699, 0.153653, 0.203709, 0.320458, 0.627136, 1.48478", \
            "0.191403, 0.201252, 0.225245, 0.285904, 0.42659, 0.718578, 1.49839" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0169859, 0.0184647, 0.0220189, 0.0303492, 0.0500975, 0.0983025, 0.218443", \
            "0.0204975, 0.0218493, 0.0252289, 0.033436, 0.0531387, 0.101216, 0.221491", \
            "0.0256544, 0.0274884, 0.0318117, 0.0408086, 0.0603749, 0.108401, 0.228629", \
            "0.027536, 0.0301742, 0.0362004, 0.0495853, 0.0757156, 0.125725, 0.245514", \
            "0.0177376, 0.0216927, 0.0306126, 0.0500618, 0.0881831, 0.157616, 0.285725", \
            "-0.0250672, -0.0194576, -0.0067498, 0.0217144, 0.0783988, 0.181665, 0.361216", \
            "-0.153166, -0.144935, -0.12579, -0.0851942, -0.0020298, 0.149038, 0.414673" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0150045, 0.0166742, 0.0207943, 0.0307496, 0.0558842, 0.119804, 0.282631", \
            "0.0156396, 0.0170748, 0.0207436, 0.0304863, 0.0558851, 0.120067, 0.281726", \
            "0.0212501, 0.0227937, 0.0263179, 0.0342754, 0.056816, 0.120056, 0.281713", \
            "0.0317512, 0.0337681, 0.0387347, 0.049118, 0.0704594, 0.124441, 0.282826", \
            "0.0499495, 0.0532955, 0.0599488, 0.0743165, 0.104064, 0.16087, 0.294227", \
            "0.0828391, 0.087411, 0.0977263, 0.119936, 0.160584, 0.237203, 0.378058", \
            "0.144157, 0.151479, 0.168393, 0.198623, 0.260096, 0.369683, 0.559904" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0857033, 0.0915269, 0.105638, 0.140829, 0.228259, 0.447846, 1.00381", \
            "0.0894788, 0.0951632, 0.109453, 0.144846, 0.232729, 0.452757, 1.00714", \
            "0.100834, 0.106432, 0.120671, 0.155696, 0.243711, 0.464048, 1.02668", \
            "0.126122, 0.131785, 0.145841, 0.180842, 0.268533, 0.489039, 1.04904", \
            "0.173747, 0.180723, 0.197885, 0.236975, 0.325422, 0.545971, 1.10135", \
            "0.258735, 0.268386, 0.290924, 0.342227, 0.450648, 0.678784, 1.23409", \
            "0.44295, 0.455027, 0.48409, 0.549829, 0.691398, 0.971855, 1.54844" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0687824, 0.0764561, 0.0957505, 0.144026, 0.265842, 0.57261, 1.34691", \
            "0.0688369, 0.076401, 0.0958819, 0.14417, 0.265295, 0.572594, 1.34751", \
            "0.0688613, 0.0767118, 0.0956924, 0.144024, 0.2659, 0.572664, 1.35432", \
            "0.0711003, 0.0784787, 0.0967772, 0.144333, 0.26528, 0.572257, 1.3504", \
            "0.0893499, 0.0965827, 0.1132, 0.155202, 0.269906, 0.573115, 1.3472", \
            "0.129185, 0.137057, 0.156484, 0.202061, 0.307753, 0.584278, 1.34756", \
            "0.191204, 0.201116, 0.225423, 0.281322, 0.408571, 0.676035, 1.37596" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0205514, 0.0220256, 0.0255723, 0.033889, 0.0536586, 0.101815, 0.222044", \
            "0.0239526, 0.0253854, 0.0288596, 0.0371629, 0.056922, 0.105054, 0.225374", \
            "0.0293771, 0.0311153, 0.0352818, 0.0443784, 0.0642581, 0.11257, 0.232888", \
            "0.0325332, 0.0351416, 0.0410633, 0.0536901, 0.0788355, 0.129528, 0.25013", \
            "0.0252423, 0.0290482, 0.0376101, 0.0562722, 0.0930034, 0.160755, 0.289244", \
            "-0.0128189, -0.0073877, 0.0052683, 0.0325927, 0.0870581, 0.186338, 0.360227", \
            "-0.131023, -0.122999, -0.104654, -0.0639284, 0.0160683, 0.163917, 0.4203" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0149957, 0.0166231, 0.0206868, 0.0306827, 0.0559948, 0.120094, 0.282072", \
            "0.0152994, 0.016782, 0.0206096, 0.0305175, 0.0557967, 0.120001, 0.281915", \
            "0.0199432, 0.0214554, 0.0247139, 0.0330726, 0.056406, 0.119897, 0.282033", \
            "0.0302414, 0.0319028, 0.0360368, 0.0453036, 0.0661703, 0.123189, 0.281925", \
            "0.0479987, 0.0504561, 0.0560885, 0.0686115, 0.095095, 0.149268, 0.290374", \
            "0.079753, 0.083197, 0.0912473, 0.108966, 0.145037, 0.21481, 0.353456", \
            "0.138355, 0.143594, 0.155879, 0.181596, 0.232616, 0.328968, 0.508019" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0292414, 0.0337645, 0.045416, 0.0754416, 0.150188, 0.335085, 0.808818", \
            "0.0334227, 0.037561, 0.04874, 0.0784618, 0.153342, 0.338838, 0.81266", \
            "0.0461842, 0.0499784, 0.0602878, 0.0886898, 0.163042, 0.348365, 0.823295", \
            "0.0697431, 0.0756613, 0.089026, 0.116422, 0.18815, 0.3731, 0.839963", \
            "0.109861, 0.118028, 0.13676, 0.17641, 0.252189, 0.436064, 0.902027", \
            "0.187981, 0.198318, 0.222111, 0.275679, 0.383633, 0.582535, 1.04778", \
            "0.353003, 0.365663, 0.395664, 0.463031, 0.605827, 0.884724, 1.38328" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0375178, 0.044531, 0.062188, 0.105224, 0.210855, 0.472159, 1.13982", \
            "0.0364549, 0.0437726, 0.0616299, 0.105237, 0.21074, 0.471913, 1.13956", \
            "0.0392119, 0.0451554, 0.0612413, 0.104101, 0.210089, 0.471863, 1.13995", \
            "0.0521062, 0.0579037, 0.0713014, 0.107879, 0.209207, 0.471702, 1.13286", \
            "0.0679706, 0.0758625, 0.0946527, 0.135118, 0.221885, 0.471453, 1.13285", \
            "0.0973741, 0.106613, 0.129969, 0.181916, 0.28425, 0.501833, 1.13305", \
            "0.158493, 0.168624, 0.194273, 0.255434, 0.391651, 0.648179, 1.19529" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0105996, 0.0115282, 0.0137908, 0.019274, 0.0328109, 0.0668135, 0.152278", \
            "0.0129578, 0.014255, 0.0171186, 0.0228952, 0.0363797, 0.0703417, 0.156205", \
            "0.0138883, 0.0157874, 0.0202319, 0.0289636, 0.0450202, 0.0785962, 0.164394", \
            "0.0101106, 0.0131335, 0.0195517, 0.0325875, 0.0567519, 0.098632, 0.18324", \
            "-0.0067923, -0.0025741, 0.0066137, 0.0259349, 0.0623381, 0.125023, 0.228582", \
            "-0.058472, -0.0521141, -0.0379311, -0.0095085, 0.0443456, 0.137128, 0.291155", \
            "-0.195499, -0.185909, -0.164775, -0.121522, -0.0427762, 0.0958189, 0.324507" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.005999, 0.0069868, 0.009667, 0.016705, 0.0341533, 0.0794842, 0.190968", \
            "0.0088475, 0.0097527, 0.0117436, 0.0175421, 0.0341096, 0.0786087, 0.19204", \
            "0.0139808, 0.0153436, 0.0184427, 0.0248015, 0.0381733, 0.0788481, 0.192366", \
            "0.0230252, 0.0247017, 0.0291435, 0.0387352, 0.0555431, 0.0893694, 0.19215", \
            "0.0390657, 0.0421967, 0.0483326, 0.06153, 0.0864122, 0.130621, 0.216812", \
            "0.0708641, 0.0750457, 0.0846549, 0.103886, 0.139507, 0.203416, 0.315872", \
            "0.134862, 0.142074, 0.155154, 0.184019, 0.235016, 0.32602, 0.487618" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0279213, 0.0294872, 0.0333111, 0.0428498, 0.0665279, 0.125215, 0.273733", \
            "0.0274108, 0.028956, 0.0327632, 0.0423666, 0.066205, 0.125031, 0.273717", \
            "0.0270797, 0.0285695, 0.0323117, 0.0417922, 0.0655799, 0.124677, 0.273535", \
            "0.0268958, 0.0283649, 0.0320427, 0.0414218, 0.0651307, 0.124567, 0.273336", \
            "0.0267105, 0.0281765, 0.0318741, 0.0411261, 0.0645866, 0.123963, 0.2726", \
            "0.0267654, 0.0282271, 0.0319091, 0.0413053, 0.0644496, 0.123433, 0.272878", \
            "0.0309036, 0.0320202, 0.035081, 0.0434051, 0.0664953, 0.125141, 0.273288" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0149518, 0.0135156, 0.0098782, 0.0006165, -0.0226893, -0.0816923, -0.231707", \
            "0.0147379, 0.0132823, 0.0096125, 0.0003787, -0.0229431, -0.0819802, -0.231979", \
            "0.0144016, 0.0128778, 0.0093563, 0.0001039, -0.023233, -0.0822315, -0.232244", \
            "0.0140825, 0.0125571, 0.0089467, -0.000235, -0.023367, -0.0824501, -0.232444", \
            "0.0148804, 0.013381, 0.0096251, 0.0001263, -0.0233604, -0.0823782, -0.232472", \
            "0.0179568, 0.0164115, 0.0125233, 0.0028434, -0.0212352, -0.081581, -0.231971", \
            "0.027727, 0.0260874, 0.0218912, 0.0119802, -0.0144248, -0.076334, -0.22919" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0364588, 0.037914, 0.0416347, 0.0509445, 0.0742993, 0.133083, 0.281602", \
            "0.0359901, 0.0374801, 0.0411933, 0.0505741, 0.0739975, 0.13297, 0.281447", \
            "0.0356405, 0.0370799, 0.0408637, 0.0501926, 0.0736897, 0.132746, 0.281195", \
            "0.0354572, 0.0369183, 0.0405745, 0.0498809, 0.0733964, 0.132321, 0.281076", \
            "0.0352217, 0.0367078, 0.0403746, 0.0496482, 0.0730318, 0.131895, 0.280649", \
            "0.0352272, 0.0366783, 0.040374, 0.0497819, 0.0731425, 0.131894, 0.280665", \
            "0.0389614, 0.0402082, 0.0434136, 0.0518959, 0.0752095, 0.133654, 0.28142" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0167673, 0.0153306, 0.0116772, 0.0024404, -0.0208824, -0.0798913, -0.229896", \
            "0.0164679, 0.0150178, 0.0113583, 0.0021121, -0.0212049, -0.0802396, -0.230222", \
            "0.0161034, 0.0146841, 0.0110676, 0.0018086, -0.0215403, -0.0805911, -0.230612", \
            "0.0157133, 0.0143047, 0.0106948, 0.0015591, -0.0217655, -0.0807436, -0.230791", \
            "0.0163431, 0.0148664, 0.011158, 0.0016959, -0.0216684, -0.0806933, -0.230723", \
            "0.0187779, 0.0172808, 0.0134344, 0.0037985, -0.0201374, -0.0802256, -0.230534", \
            "0.0272882, 0.0257277, 0.0215049, 0.0111409, -0.0140487, -0.075582, -0.228165" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0177844, 0.0193523, 0.0232551, 0.032873, 0.0563095, 0.115197, 0.263929", \
            "0.0172638, 0.0187939, 0.0226605, 0.0322554, 0.0559122, 0.115509, 0.263736", \
            "0.0169044, 0.0184284, 0.0222213, 0.0316611, 0.0556221, 0.114598, 0.263594", \
            "0.0167208, 0.0182008, 0.0219162, 0.0312547, 0.0550323, 0.114132, 0.263216", \
            "0.0165137, 0.0179799, 0.0216804, 0.0309787, 0.0544174, 0.113391, 0.262768", \
            "0.0177477, 0.0190901, 0.0225725, 0.0316818, 0.054794, 0.113836, 0.263543", \
            "0.0250967, 0.0261435, 0.0289602, 0.0368972, 0.0593622, 0.116521, 0.265128" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0093255, 0.0078879, 0.0042592, -0.0049173, -0.0282635, -0.0875785, -0.237959", \
            "0.009165, 0.0077243, 0.0041148, -0.0050297, -0.0283532, -0.0876635, -0.237949", \
            "0.0088352, 0.0074376, 0.0038679, -0.0052108, -0.028487, -0.0877173, -0.238003", \
            "0.008674, 0.0072488, 0.0037138, -0.0053977, -0.0285817, -0.0878273, -0.238143", \
            "0.0095669, 0.0080338, 0.0042924, -0.0049837, -0.0286805, -0.0875589, -0.23797", \
            "0.0126814, 0.011143, 0.0072008, -0.0024512, -0.026647, -0.0867604, -0.237508", \
            "0.0222604, 0.0205741, 0.0164857, 0.0060839, -0.0191048, -0.0797829, -0.234541" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.026026, 0.0275278, 0.0312587, 0.0406381, 0.0639799, 0.122809, 0.271148", \
            "0.0255329, 0.0270371, 0.0307896, 0.0402079, 0.0637508, 0.122671, 0.271274", \
            "0.0252138, 0.0266482, 0.0303529, 0.0397694, 0.0632859, 0.122372, 0.271805", \
            "0.0249901, 0.0264368, 0.0301399, 0.039443, 0.0629552, 0.122066, 0.270966", \
            "0.0247583, 0.0262036, 0.0299547, 0.0392171, 0.0625529, 0.121554, 0.270434", \
            "0.0261261, 0.0275024, 0.0310008, 0.0401502, 0.0632991, 0.122131, 0.270427", \
            "0.0341603, 0.0353263, 0.0383696, 0.0463843, 0.0688869, 0.125941, 0.27341" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0109256, 0.0094833, 0.005847, -0.0033482, -0.0267149, -0.0860072, -0.236339", \
            "0.0107127, 0.0092847, 0.0056751, -0.0034873, -0.0268062, -0.0861089, -0.236412", \
            "0.0103452, 0.0089384, 0.0054065, -0.0036917, -0.0269445, -0.0862023, -0.236485", \
            "0.0099726, 0.0085785, 0.0050001, -0.0040591, -0.0271955, -0.0863231, -0.236562", \
            "0.0107759, 0.0094012, 0.005694, -0.0035603, -0.0271719, -0.0862792, -0.236484", \
            "0.0135589, 0.0120376, 0.0081453, -0.0014901, -0.0255372, -0.0854672, -0.236146", \
            "0.0233323, 0.0215409, 0.0172983, 0.0068462, -0.018643, -0.080543, -0.233226" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0162515, 0.0178491, 0.0217415, 0.0313696, 0.0551979, 0.11415, 0.264787", \
            "0.0158215, 0.0173367, 0.021156, 0.0307664, 0.054671, 0.113853, 0.264567", \
            "0.0158813, 0.017327, 0.0211636, 0.0304663, 0.0541293, 0.113386, 0.264339", \
            "0.0167606, 0.0184868, 0.0219415, 0.0308277, 0.0539889, 0.112975, 0.261888", \
            "0.0190865, 0.020389, 0.0237952, 0.03248, 0.0550731, 0.113553, 0.263018", \
            "0.0250339, 0.0262026, 0.0292673, 0.0375455, 0.0594503, 0.116696, 0.264248", \
            "0.0401647, 0.0408019, 0.0431722, 0.0503384, 0.0714878, 0.126898, 0.270845" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "-1.43e-05, -0.0014607, -0.0051323, -0.0144645, -0.0379618, -0.0973915, -0.247872", \
            "-0.0003862, -0.0018137, -0.0054033, -0.0145391, -0.0379232, -0.097256, -0.247669", \
            "-0.0008075, -0.0021563, -0.0057462, -0.0148013, -0.0379726, -0.0971394, -0.247502", \
            "-0.0002379, -0.001885, -0.0055111, -0.0145663, -0.0380483, -0.0971478, -0.247382", \
            "0.0016467, 0.0001334, -0.0037621, -0.0136189, -0.0372195, -0.0967944, -0.246987", \
            "0.0079165, 0.0061265, 0.0017164, -0.0088498, -0.033968, -0.0945784, -0.245505", \
            "0.0251383, 0.0223585, 0.0175957, 0.0060126, -0.0210365, -0.0861208, -0.238163" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004327;
      rise_capacitance : 0.004521;
      rise_capacitance_range (0.004521, 0.004521);
      fall_capacitance : 0.004132;
      fall_capacitance_range (0.004132, 0.004132);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0072107, -0.0072128, -0.0072177, -0.0072057, -0.0071777, -0.0071133, -0.0069649" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0098379, 0.0098455, 0.0098632, 0.0098632, 0.009863, 0.009863, 0.0098628" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004764;
      rise_capacitance : 0.004998;
      rise_capacitance_range (0.004998, 0.004998);
      fall_capacitance : 0.00453;
      fall_capacitance_range (0.00453, 0.00453);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0091318, -0.00912, -0.0090929, -0.0090945, -0.0090979, -0.0091057, -0.0091237" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.009081, 0.0090914, 0.0091153, 0.0091179, 0.0091238, 0.0091378, 0.0091699" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004329;
      rise_capacitance : 0.004583;
      rise_capacitance_range (0.004583, 0.004583);
      fall_capacitance : 0.004075;
      fall_capacitance_range (0.004075, 0.004075);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0074049, -0.0074101, -0.007422, -0.0074085, -0.0073771, -0.0073047, -0.0071378" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.009939, 0.0099482, 0.0099693, 0.0099723, 0.0099794, 0.0099957, 0.0100334" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004803;
      rise_capacitance : 0.005095;
      rise_capacitance_range (0.005095, 0.005095);
      fall_capacitance : 0.004511;
      fall_capacitance_range (0.004511, 0.004511);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.00938, -0.0093778, -0.009373, -0.0093741, -0.0093764, -0.0093818, -0.0093942" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0093898, 0.0093916, 0.0093956, 0.0093941, 0.0093905, 0.0093824, 0.0093638" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004386;
      rise_capacitance : 0.004714;
      rise_capacitance_range (0.004714, 0.004714);
      fall_capacitance : 0.004058;
      fall_capacitance_range (0.004058, 0.004058);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038205, -0.0038211, -0.0038226, -0.0038207, -0.0038163, -0.0038061, -0.0037827" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0051235, 0.0051129, 0.0050885, 0.0051128, 0.0051691, 0.0052988, 0.0055978" \
          );
        }
      }
    }
  }
  cell (scs8hd_a221oi_4) {
    area : 26.2752;
    cell_footprint : "a221oi";
    cell_leakage_power : 0.0225356;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0248078;
      when : "!A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0498144;
      when : "!A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0248083;
      when : "!A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.049861;
      when : "!A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0248064;
      when : "!A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0745337;
      when : "!A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0247839;
      when : "!A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0032438;
      when : "!A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0248084;
      when : "!A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0498575;
      when : "!A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0248069;
      when : "!A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0005211;
      when : "!A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0248069;
      when : "!A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0004811;
      when : "!A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0247839;
      when : "!A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0032438;
      when : "!A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0248066;
      when : "A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0744991;
      when : "A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0248069;
      when : "A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0004813;
      when : "A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0248069;
      when : "A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0003287;
      when : "A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0247839;
      when : "A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0032438;
      when : "A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0248069;
      when : "A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0023502;
      when : "A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0247865;
      when : "A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0041186;
      when : "A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0247849;
      when : "A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0045417;
      when : "A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0247834;
      when : "A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0032416;
      when : "A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0225356;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1&!C1) | (!A1&!B2&!C1) | (!A2&!B1&!C1) | (!A2&!B2&!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.22523;
      max_transition : 1.49761;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.105779, 0.110362, 0.122528, 0.154818, 0.240451, 0.474549, 1.11991", \
            "0.109186, 0.11376, 0.12618, 0.158923, 0.245751, 0.479532, 1.12558", \
            "0.120648, 0.125074, 0.137255, 0.169782, 0.256809, 0.491516, 1.14468", \
            "0.147333, 0.151557, 0.163799, 0.195492, 0.282379, 0.517639, 1.16437", \
            "0.197648, 0.202887, 0.215993, 0.249824, 0.336638, 0.573628, 1.22357", \
            "0.280891, 0.287462, 0.304445, 0.347613, 0.447029, 0.688126, 1.33848", \
            "0.431972, 0.441073, 0.465147, 0.523075, 0.653348, 0.938803, 1.60234" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.070353, 0.0758059, 0.0905407, 0.133132, 0.250664, 0.577937, 1.47965", \
            "0.0707008, 0.076024, 0.0908415, 0.133193, 0.251695, 0.57654, 1.47959", \
            "0.0709543, 0.0763511, 0.0909787, 0.133139, 0.251493, 0.580783, 1.48222", \
            "0.0715982, 0.0768621, 0.091709, 0.133631, 0.25172, 0.576579, 1.47816", \
            "0.0831779, 0.0879249, 0.10108, 0.139714, 0.253108, 0.578624, 1.48203", \
            "0.115776, 0.120551, 0.133857, 0.173052, 0.278567, 0.585267, 1.47801", \
            "0.196346, 0.200981, 0.213184, 0.251303, 0.359736, 0.65363, 1.49614" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.018075, 0.0191982, 0.0223393, 0.0304243, 0.0510114, 0.102702, 0.238533", \
            "0.0220734, 0.0231208, 0.0260291, 0.033849, 0.0541074, 0.105609, 0.240886", \
            "0.0290915, 0.0304257, 0.0339035, 0.0424153, 0.0618108, 0.112963, 0.247939", \
            "0.0350904, 0.0369116, 0.0418102, 0.0533022, 0.0781345, 0.130107, 0.264473", \
            "0.0326259, 0.035107, 0.041629, 0.0577088, 0.09305, 0.164101, 0.304922", \
            "-7.55e-05, 0.003519, 0.0126622, 0.0351748, 0.0858574, 0.188857, 0.383447", \
            "-0.113132, -0.10877, -0.0951029, -0.0628853, 0.0086334, 0.159134, 0.442526" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0240633, 0.0256215, 0.0298333, 0.0409031, 0.0691674, 0.14319, 0.347252", \
            "0.0244595, 0.0258087, 0.0295659, 0.0401228, 0.0685231, 0.1429, 0.347381", \
            "0.0302119, 0.031506, 0.0346369, 0.0435519, 0.0689317, 0.142511, 0.347196", \
            "0.0409002, 0.0425194, 0.04687, 0.0568253, 0.0812869, 0.14611, 0.346462", \
            "0.0622683, 0.0642453, 0.0695313, 0.0821285, 0.110927, 0.177392, 0.356626", \
            "0.0998474, 0.102703, 0.110113, 0.12745, 0.165172, 0.246365, 0.429388", \
            "0.168646, 0.172639, 0.183133, 0.209306, 0.264399, 0.373451, 0.595563" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.120119, 0.12396, 0.134407, 0.162848, 0.240262, 0.450267, 1.03644", \
            "0.124132, 0.12802, 0.138553, 0.167229, 0.244997, 0.455259, 1.0408", \
            "0.135727, 0.139549, 0.150285, 0.179159, 0.25634, 0.467964, 1.05023", \
            "0.162508, 0.166242, 0.176784, 0.205314, 0.282651, 0.494111, 1.07606", \
            "0.214365, 0.218665, 0.230081, 0.259691, 0.337433, 0.548157, 1.13014", \
            "0.300552, 0.305896, 0.320104, 0.356684, 0.446397, 0.663429, 1.24875", \
            "0.457639, 0.464685, 0.483547, 0.532525, 0.646068, 0.905597, 1.50718" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0822914, 0.0873808, 0.100921, 0.139099, 0.245925, 0.538288, 1.35322", \
            "0.0823743, 0.0874578, 0.100984, 0.139201, 0.245932, 0.538333, 1.35358", \
            "0.0824941, 0.0873803, 0.101081, 0.139364, 0.245708, 0.540133, 1.35383", \
            "0.0828884, 0.0877442, 0.101392, 0.139295, 0.245855, 0.539507, 1.35149", \
            "0.0922581, 0.0967543, 0.109128, 0.144855, 0.247186, 0.540324, 1.35289", \
            "0.123415, 0.128059, 0.14104, 0.176904, 0.273605, 0.54882, 1.35224", \
            "0.198291, 0.202895, 0.216374, 0.254641, 0.35457, 0.620174, 1.37367" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0221701, 0.0233571, 0.0264293, 0.0346012, 0.0551326, 0.106902, 0.24239", \
            "0.0256084, 0.0267363, 0.0297294, 0.0376808, 0.0580187, 0.109499, 0.245114", \
            "0.0319221, 0.0332035, 0.0364823, 0.0446541, 0.0646557, 0.116176, 0.251425", \
            "0.0383316, 0.0400065, 0.0443517, 0.0547217, 0.0782898, 0.130807, 0.266263", \
            "0.0373067, 0.0395955, 0.0456462, 0.0602791, 0.0928349, 0.158718, 0.299885", \
            "0.008675, 0.0118697, 0.0203787, 0.041507, 0.0884584, 0.183453, 0.364279", \
            "-0.095566, -0.0909758, -0.0790478, -0.0484512, 0.01984, 0.159046, 0.42034" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0242727, 0.0257892, 0.029888, 0.0408672, 0.0691033, 0.143172, 0.347228", \
            "0.0241918, 0.0257284, 0.0296292, 0.0402894, 0.0687109, 0.143047, 0.347001", \
            "0.02824, 0.0294214, 0.0329303, 0.0422408, 0.0688206, 0.142621, 0.347188", \
            "0.0389248, 0.0402432, 0.0437211, 0.0526129, 0.0770243, 0.145267, 0.346998", \
            "0.0587291, 0.0603206, 0.06445, 0.0750239, 0.10146, 0.166163, 0.352953", \
            "0.0943883, 0.0965028, 0.10193, 0.115559, 0.14787, 0.222339, 0.404238", \
            "0.158669, 0.161427, 0.169295, 0.189509, 0.233338, 0.328604, 0.534963" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0779074, 0.0823315, 0.094797, 0.127399, 0.213379, 0.448889, 1.09867", \
            "0.080743, 0.0852413, 0.0973076, 0.130038, 0.218258, 0.45487, 1.10597", \
            "0.0916675, 0.0957516, 0.107671, 0.140181, 0.227535, 0.465002, 1.11621", \
            "0.117259, 0.121656, 0.133346, 0.164953, 0.251884, 0.489305, 1.14925", \
            "0.162718, 0.168181, 0.182899, 0.220035, 0.308863, 0.545822, 1.20672", \
            "0.24285, 0.250987, 0.271893, 0.321664, 0.433652, 0.67971, 1.33155", \
            "0.426002, 0.435928, 0.461977, 0.526665, 0.671563, 0.979097, 1.65061" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0630486, 0.0686936, 0.0838443, 0.12696, 0.24575, 0.572643, 1.47789", \
            "0.0631499, 0.0685924, 0.0839313, 0.126785, 0.24623, 0.573826, 1.47924", \
            "0.0632112, 0.0685736, 0.0839638, 0.126938, 0.245705, 0.574092, 1.4768", \
            "0.0659969, 0.0712852, 0.085459, 0.127001, 0.24594, 0.572542, 1.48762", \
            "0.0853141, 0.0908656, 0.104414, 0.140443, 0.250453, 0.573769, 1.4836", \
            "0.124357, 0.130165, 0.145546, 0.186176, 0.290292, 0.583444, 1.47909", \
            "0.193402, 0.199686, 0.217109, 0.265242, 0.385973, 0.67678, 1.49761" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0200652, 0.0211879, 0.0240866, 0.0316456, 0.0510682, 0.102478, 0.24271", \
            "0.0233726, 0.024421, 0.0272667, 0.034732, 0.0541548, 0.105313, 0.245032", \
            "0.0294304, 0.0307612, 0.0341669, 0.042264, 0.0614532, 0.112664, 0.252173", \
            "0.032682, 0.0346613, 0.0394773, 0.0511034, 0.0766467, 0.12982, 0.26968", \
            "0.0246368, 0.0273116, 0.0342891, 0.0512888, 0.0887523, 0.163062, 0.309368", \
            "-0.0166648, -0.0128348, -0.0026638, 0.0219867, 0.0770509, 0.186378, 0.389381", \
            "-0.143359, -0.137797, -0.123156, -0.0875173, -0.0064915, 0.153292, 0.45302" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0195084, 0.0207742, 0.0241995, 0.0335897, 0.0595562, 0.132395, 0.335657", \
            "0.019417, 0.0205791, 0.0238575, 0.033172, 0.0594578, 0.132408, 0.335235", \
            "0.024329, 0.025589, 0.0287013, 0.0365089, 0.0603553, 0.13242, 0.335278", \
            "0.0341672, 0.0357, 0.0397628, 0.0499231, 0.0733451, 0.136336, 0.335506", \
            "0.0527527, 0.0549157, 0.0606001, 0.0737163, 0.104218, 0.169425, 0.344505", \
            "0.0856397, 0.0890162, 0.0972587, 0.116968, 0.158031, 0.242581, 0.419785", \
            "0.147604, 0.152648, 0.165282, 0.194506, 0.255633, 0.373826, 0.600206" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.098011, 0.101914, 0.112547, 0.141584, 0.219869, 0.434381, 1.03307", \
            "0.101068, 0.105011, 0.115961, 0.14498, 0.224671, 0.439375, 1.03211", \
            "0.111757, 0.115636, 0.126284, 0.155461, 0.234559, 0.450161, 1.04725", \
            "0.13686, 0.140719, 0.151266, 0.180081, 0.259409, 0.474814, 1.07597", \
            "0.186894, 0.191474, 0.203798, 0.236063, 0.31562, 0.531169, 1.12714", \
            "0.275431, 0.281644, 0.298452, 0.339886, 0.4383, 0.663485, 1.26376", \
            "0.467169, 0.474876, 0.495509, 0.54856, 0.675016, 0.9509, 1.56803" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0792708, 0.084391, 0.098555, 0.137652, 0.246018, 0.543782, 1.37138", \
            "0.079141, 0.084283, 0.0983967, 0.137469, 0.245949, 0.544978, 1.37112", \
            "0.0793247, 0.0845841, 0.0983901, 0.137753, 0.245798, 0.543891, 1.37259", \
            "0.0806884, 0.0854741, 0.0991717, 0.137874, 0.245872, 0.544548, 1.37657", \
            "0.0983034, 0.102615, 0.114672, 0.148821, 0.249929, 0.544981, 1.37009", \
            "0.13698, 0.142319, 0.156359, 0.193708, 0.288705, 0.556888, 1.3748", \
            "0.201384, 0.207738, 0.224697, 0.269758, 0.382955, 0.6484, 1.39318" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0255952, 0.0266811, 0.0295867, 0.037137, 0.0564853, 0.107806, 0.24752", \
            "0.0285719, 0.0296629, 0.032532, 0.040085, 0.059511, 0.110876, 0.250394", \
            "0.034, 0.0352322, 0.038392, 0.0463733, 0.0658924, 0.117276, 0.257134", \
            "0.0379327, 0.0396495, 0.043931, 0.0547257, 0.0784194, 0.131932, 0.27251", \
            "0.0315068, 0.0338723, 0.0402137, 0.0556808, 0.089936, 0.158913, 0.306028", \
            "-0.00652, -0.0029706, 0.0063418, 0.0290931, 0.0796052, 0.180053, 0.369757", \
            "-0.126381, -0.121106, -0.107579, -0.0738545, 0.0008921, 0.149778, 0.425609" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0194171, 0.0206411, 0.0240118, 0.033452, 0.0595994, 0.132557, 0.335272", \
            "0.0193228, 0.0205173, 0.0238812, 0.0333171, 0.0594945, 0.132518, 0.3353", \
            "0.0229989, 0.0240233, 0.0269546, 0.035207, 0.059983, 0.132434, 0.335241", \
            "0.0325011, 0.0337333, 0.0371296, 0.045941, 0.0687889, 0.135038, 0.335295", \
            "0.0508873, 0.0525197, 0.056611, 0.067885, 0.0941326, 0.158156, 0.341447", \
            "0.0835218, 0.0858618, 0.0918823, 0.107409, 0.141838, 0.217316, 0.393476", \
            "0.144444, 0.147403, 0.156711, 0.178575, 0.227133, 0.327652, 0.535687" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0318152, 0.0349147, 0.0437051, 0.0683262, 0.135339, 0.315351, 0.816484", \
            "0.0358727, 0.0387654, 0.0469825, 0.0707261, 0.137723, 0.319305, 0.821248", \
            "0.0483586, 0.0509989, 0.0585534, 0.0811141, 0.147467, 0.33048, 0.826621", \
            "0.0738018, 0.07761, 0.0871803, 0.110078, 0.173681, 0.354988, 0.850594", \
            "0.117107, 0.122537, 0.136358, 0.169814, 0.239733, 0.415449, 0.913273", \
            "0.201357, 0.208019, 0.225991, 0.270524, 0.370839, 0.567601, 1.05844", \
            "0.378144, 0.386728, 0.409042, 0.464439, 0.595373, 0.874312, 1.40194" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0412228, 0.0461872, 0.0591294, 0.0945791, 0.188153, 0.441656, 1.14144", \
            "0.0404436, 0.0450638, 0.0581796, 0.0939235, 0.18812, 0.440623, 1.14825", \
            "0.0420235, 0.0461974, 0.0581821, 0.092406, 0.187428, 0.442612, 1.1432", \
            "0.0554242, 0.05874, 0.0681761, 0.0974588, 0.185963, 0.442017, 1.13922", \
            "0.0709354, 0.076263, 0.0905092, 0.124948, 0.200792, 0.440499, 1.14327", \
            "0.100787, 0.107353, 0.124279, 0.167003, 0.262288, 0.473684, 1.14175", \
            "0.161089, 0.167755, 0.188517, 0.237626, 0.361292, 0.626603, 1.2002" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0106018, 0.0112308, 0.0128986, 0.0172564, 0.0287866, 0.0601972, 0.146614", \
            "0.0130267, 0.0138922, 0.0160579, 0.0208437, 0.0323474, 0.0636642, 0.150106", \
            "0.0139141, 0.0152395, 0.0184454, 0.0257751, 0.0405618, 0.0721006, 0.1587", \
            "0.0098303, 0.0117465, 0.0164597, 0.0271597, 0.0495368, 0.0910041, 0.177544", \
            "-0.0084983, -0.0057067, 0.001297, 0.0174971, 0.0508417, 0.113089, 0.221815", \
            "-0.0639397, -0.0597323, -0.0491277, -0.0252683, 0.0248956, 0.117185, 0.281519", \
            "-0.210292, -0.203994, -0.188039, -0.151636, -0.0784746, 0.0609172, 0.303982" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0062933, 0.0069398, 0.0088378, 0.0142686, 0.0295709, 0.0716952, 0.187953", \
            "0.0091243, 0.0097429, 0.0111302, 0.0154887, 0.0295039, 0.0720596, 0.188667", \
            "0.0141666, 0.0149828, 0.0172921, 0.0226384, 0.0342458, 0.072196, 0.188482", \
            "0.0228039, 0.0242924, 0.0276063, 0.0354012, 0.0513728, 0.0834888, 0.189703", \
            "0.0391415, 0.0407493, 0.0456666, 0.0566385, 0.0796136, 0.123564, 0.212518", \
            "0.0699891, 0.073024, 0.0802089, 0.0963406, 0.129283, 0.192563, 0.308027", \
            "0.132672, 0.13743, 0.148778, 0.17273, 0.220738, 0.311379, 0.477056" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0539881, 0.0558076, 0.0606882, 0.0738471, 0.109409, 0.207234, 0.477415", \
            "0.0529418, 0.0547478, 0.0596897, 0.073044, 0.109192, 0.206904, 0.477101", \
            "0.0521931, 0.0539457, 0.0587609, 0.0720604, 0.108362, 0.206423, 0.476942", \
            "0.0517973, 0.0534725, 0.0582205, 0.0712329, 0.107308, 0.205526, 0.476704", \
            "0.0514063, 0.0530624, 0.0577907, 0.0705834, 0.106298, 0.205167, 0.475937", \
            "0.0513213, 0.0530383, 0.0576855, 0.0706778, 0.106243, 0.20387, 0.474293", \
            "0.0576068, 0.0589327, 0.0627684, 0.074123, 0.109347, 0.20655, 0.476171" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0294958, 0.0278168, 0.0231912, 0.0103664, -0.02509, -0.122999, -0.395649", \
            "0.0289996, 0.0273235, 0.0227219, 0.0099156, -0.0255362, -0.123536, -0.396095", \
            "0.0283248, 0.0266437, 0.0221236, 0.0094103, -0.0260622, -0.124017, -0.396626", \
            "0.0276585, 0.0260023, 0.0215006, 0.0087938, -0.0264913, -0.124516, -0.397128", \
            "0.0280042, 0.0263111, 0.0218393, 0.0090189, -0.0264612, -0.124301, -0.397099", \
            "0.0333752, 0.0316013, 0.026688, 0.0132052, -0.0234035, -0.123265, -0.396543", \
            "0.0499591, 0.0479057, 0.0419472, 0.0273285, -0.0112784, -0.114298, -0.392363" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0713128, 0.0730355, 0.0776652, 0.0906514, 0.125992, 0.223778, 0.493849", \
            "0.0703781, 0.0721657, 0.0768725, 0.089883, 0.125404, 0.223278, 0.493036", \
            "0.0696606, 0.0713774, 0.0760945, 0.0891392, 0.124846, 0.222762, 0.492824", \
            "0.069228, 0.0709191, 0.0756545, 0.088565, 0.124192, 0.222119, 0.492882", \
            "0.0688166, 0.0705401, 0.0751735, 0.0880823, 0.12349, 0.221401, 0.492007", \
            "0.0688746, 0.0705699, 0.0752625, 0.0882908, 0.123604, 0.221476, 0.49183", \
            "0.0748678, 0.0762832, 0.0804357, 0.0921406, 0.127308, 0.224538, 0.492678" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0329218, 0.0312463, 0.0265965, 0.013766, -0.0216785, -0.119597, -0.39224", \
            "0.0323172, 0.0306318, 0.0259984, 0.0131505, -0.022285, -0.12025, -0.392854", \
            "0.0317122, 0.0300591, 0.0254074, 0.0126093, -0.0228627, -0.120854, -0.393454", \
            "0.0309281, 0.0292897, 0.0247543, 0.0119049, -0.0234899, -0.121428, -0.39401", \
            "0.0308865, 0.0292089, 0.0245441, 0.0117541, -0.0233402, -0.121283, -0.393892", \
            "0.0357347, 0.0339737, 0.0290994, 0.015771, -0.0206773, -0.120172, -0.393266", \
            "0.0507211, 0.0487936, 0.0437211, 0.0291982, -0.0093587, -0.11191, -0.389283" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0341239, 0.0359527, 0.0410263, 0.0543941, 0.0902597, 0.187914, 0.458211", \
            "0.0329382, 0.0347651, 0.0397754, 0.0532321, 0.0898695, 0.188267, 0.457876", \
            "0.0320874, 0.0338566, 0.0387225, 0.0521059, 0.0882887, 0.187077, 0.457997", \
            "0.0316504, 0.0333359, 0.0381352, 0.0512393, 0.0874716, 0.185829, 0.459989", \
            "0.031227, 0.0328986, 0.0376667, 0.0505181, 0.086255, 0.18445, 0.455646", \
            "0.0331121, 0.0347241, 0.0391391, 0.0517291, 0.0868982, 0.184831, 0.455204", \
            "0.045257, 0.0464771, 0.0500103, 0.0607272, 0.09448, 0.1897, 0.459067" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0175214, 0.0158517, 0.011254, -0.0014698, -0.0368368, -0.135226, -0.408441", \
            "0.0171606, 0.0155074, 0.0109672, -0.0017088, -0.0370071, -0.135425, -0.408624", \
            "0.0166889, 0.015092, 0.0105514, -0.0020412, -0.0372562, -0.135544, -0.408699", \
            "0.0160841, 0.0143888, 0.0099639, -0.002645, -0.0376556, -0.13584, -0.408784", \
            "0.0171863, 0.0154593, 0.010679, -0.0022555, -0.0376126, -0.135762, -0.408778", \
            "0.0223629, 0.0205269, 0.015532, 0.002082, -0.0344657, -0.134606, -0.40811", \
            "0.0392697, 0.0371234, 0.0318926, 0.017886, -0.0226362, -0.12546, -0.403719" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.051676, 0.0534095, 0.0581617, 0.0711301, 0.106636, 0.204373, 0.474546", \
            "0.0506273, 0.0523934, 0.0572067, 0.0702705, 0.106104, 0.203893, 0.473836", \
            "0.0497349, 0.0514565, 0.0562444, 0.0693345, 0.105281, 0.203544, 0.473653", \
            "0.049279, 0.051037, 0.0556554, 0.068615, 0.10435, 0.202582, 0.473327", \
            "0.0489203, 0.0505638, 0.0552731, 0.0681633, 0.103781, 0.201763, 0.472965", \
            "0.0507924, 0.0523848, 0.0569517, 0.0695927, 0.104798, 0.202448, 0.472766", \
            "0.0639869, 0.0653415, 0.0691888, 0.0801966, 0.114253, 0.20884, 0.476469" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0217525, 0.0200866, 0.0155013, 0.0027799, -0.0326192, -0.131072, -0.404281", \
            "0.0213791, 0.0197291, 0.0151639, 0.0025038, -0.0327906, -0.131185, -0.404404", \
            "0.0207369, 0.0191157, 0.0145551, 0.0020029, -0.0331519, -0.131428, -0.404537", \
            "0.0197631, 0.0181783, 0.0136789, 0.0012549, -0.0336328, -0.131692, -0.404705", \
            "0.0208531, 0.0191922, 0.0145387, 0.001811, -0.0339088, -0.131811, -0.4046", \
            "0.0255144, 0.0237116, 0.0188482, 0.0055187, -0.0310165, -0.130771, -0.40399", \
            "0.0415802, 0.0395706, 0.0342106, 0.0199812, -0.0188842, -0.121973, -0.399801" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0328205, 0.034667, 0.0397816, 0.0534953, 0.0899946, 0.188056, 0.459428", \
            "0.0320021, 0.0338303, 0.0387201, 0.0519508, 0.0886531, 0.187468, 0.46118", \
            "0.0318381, 0.0335573, 0.0382714, 0.0512432, 0.087373, 0.18699, 0.459579", \
            "0.0330274, 0.0346577, 0.0390402, 0.0516822, 0.0871287, 0.185903, 0.456439", \
            "0.0370097, 0.0385727, 0.0429423, 0.0552521, 0.0895396, 0.186047, 0.458791", \
            "0.0490558, 0.0504415, 0.0544894, 0.0632297, 0.0966297, 0.190645, 0.459608", \
            "0.0711864, 0.0721778, 0.0751655, 0.0852232, 0.116674, 0.210072, 0.467904" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138435, 0.00383285, 0.010612, 0.0293815, 0.0813485, 0.22523");
          values ( \
            "0.0012446, -0.0003964, -0.0050359, -0.0178686, -0.0535061, -0.152086, -0.425552", \
            "0.0004539, -0.0011695, -0.0056618, -0.0182189, -0.0534582, -0.151839, -0.425182", \
            "-0.0002585, -0.0020155, -0.0062473, -0.018706, -0.053769, -0.151702, -0.424857", \
            "0.0002223, -0.0013651, -0.0057442, -0.0179536, -0.0536109, -0.151634, -0.424635", \
            "0.0034105, 0.0015585, -0.0034258, -0.0167197, -0.0524566, -0.151301, -0.424077", \
            "0.0135387, 0.0120299, 0.005948, -0.0087072, -0.047001, -0.147766, -0.422677", \
            "0.0417948, 0.0394432, 0.0331584, 0.0169482, -0.02287, -0.133523, -0.413638" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008433;
      rise_capacitance : 0.008827;
      rise_capacitance_range (0.008827, 0.008827);
      fall_capacitance : 0.008038;
      fall_capacitance_range (0.008038, 0.008038);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0142319, -0.0142453, -0.0142762, -0.0142485, -0.0141849, -0.0140381, -0.0136997" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0196842, 0.0196652, 0.0196215, 0.0196241, 0.0196304, 0.0196447, 0.0196776" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.009164;
      rise_capacitance : 0.009623;
      rise_capacitance_range (0.009623, 0.009623);
      fall_capacitance : 0.008704;
      fall_capacitance_range (0.008704, 0.008704);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0179633, -0.0179663, -0.0179734, -0.0179741, -0.0179758, -0.0179796, -0.0179881" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0180121, 0.0180121, 0.0180121, 0.0180089, 0.0180016, 0.0179848, 0.0179459" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008383;
      rise_capacitance : 0.008834;
      rise_capacitance_range (0.008834, 0.008834);
      fall_capacitance : 0.007933;
      fall_capacitance_range (0.007933, 0.007933);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0135853, -0.0136008, -0.0136364, -0.0136111, -0.0135527, -0.0134179, -0.0131071" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0198861, 0.0198824, 0.0198737, 0.0198805, 0.0198964, 0.0199331, 0.0200174" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008915;
      rise_capacitance : 0.009451;
      rise_capacitance_range (0.009451, 0.009451);
      fall_capacitance : 0.008379;
      fall_capacitance_range (0.008379, 0.008379);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0181623, -0.0181602, -0.0181555, -0.0181576, -0.0181626, -0.0181739, -0.0181999" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0182741, 0.0182548, 0.0182102, 0.0182081, 0.0182033, 0.0181923, 0.0181668" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008608;
      rise_capacitance : 0.009271;
      rise_capacitance_range (0.009271, 0.009271);
      fall_capacitance : 0.007946;
      fall_capacitance_range (0.007946, 0.007946);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0073856, -0.0073901, -0.0074006, -0.007396, -0.0073856, -0.0073616, -0.0073062" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0083474, 0.0083346, 0.008305, 0.0083408, 0.0084232, 0.0086132, 0.0090513" \
          );
        }
      }
    }
  }
  cell (scs8hd_a222oi_1) {
    area : 10.0096;
    cell_footprint : "a222oi";
    cell_leakage_power : 0.0057308;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0001289;
      when : "!A1&!A2&!B1&!B2&!C1&C2";
    }
    leakage_power () {
      value : 2.33795e-05;
      when : "!A1&!A2&!B1&!B2&!C1&!C2";
    }
    leakage_power () {
      value : 0.0124299;
      when : "!A1&!A2&!B1&!B2&C1&C2";
    }
    leakage_power () {
      value : 0.0001366;
      when : "!A1&!A2&!B1&!B2&C1&!C2";
    }
    leakage_power () {
      value : 0.0003169;
      when : "!A1&!A2&!B1&B2&!C1&C2";
    }
    leakage_power () {
      value : 0.0002114;
      when : "!A1&!A2&!B1&B2&!C1&!C2";
    }
    leakage_power () {
      value : 0.0124299;
      when : "!A1&!A2&!B1&B2&C1&C2";
    }
    leakage_power () {
      value : 0.0003247;
      when : "!A1&!A2&!B1&B2&C1&!C2";
    }
    leakage_power () {
      value : 0.0002646;
      when : "!A1&!A2&B1&!B2&!C1&C2";
    }
    leakage_power () {
      value : 0.0001592;
      when : "!A1&!A2&B1&!B2&!C1&!C2";
    }
    leakage_power () {
      value : 0.0124299;
      when : "!A1&!A2&B1&!B2&C1&C2";
    }
    leakage_power () {
      value : 0.0002724;
      when : "!A1&!A2&B1&!B2&C1&!C2";
    }
    leakage_power () {
      value : 0.0075454;
      when : "!A1&!A2&B1&B2&!C1&C2";
    }
    leakage_power () {
      value : 0.0010837;
      when : "!A1&!A2&B1&B2&!C1&!C2";
    }
    leakage_power () {
      value : 0.0238185;
      when : "!A1&!A2&B1&B2&C1&C2";
    }
    leakage_power () {
      value : 0.0075453;
      when : "!A1&!A2&B1&B2&C1&!C2";
    }
    leakage_power () {
      value : 0.0002998;
      when : "!A1&A2&!B1&!B2&!C1&C2";
    }
    leakage_power () {
      value : 0.0001943;
      when : "!A1&A2&!B1&!B2&!C1&!C2";
    }
    leakage_power () {
      value : 0.0124299;
      when : "!A1&A2&!B1&!B2&C1&C2";
    }
    leakage_power () {
      value : 0.0003076;
      when : "!A1&A2&!B1&!B2&C1&!C2";
    }
    leakage_power () {
      value : 0.0004878;
      when : "!A1&A2&!B1&B2&!C1&C2";
    }
    leakage_power () {
      value : 0.0003823;
      when : "!A1&A2&!B1&B2&!C1&!C2";
    }
    leakage_power () {
      value : 0.0124299;
      when : "!A1&A2&!B1&B2&C1&C2";
    }
    leakage_power () {
      value : 0.0004956;
      when : "!A1&A2&!B1&B2&C1&!C2";
    }
    leakage_power () {
      value : 0.0004355;
      when : "!A1&A2&B1&!B2&!C1&C2";
    }
    leakage_power () {
      value : 0.0003301;
      when : "!A1&A2&B1&!B2&!C1&!C2";
    }
    leakage_power () {
      value : 0.0124299;
      when : "!A1&A2&B1&!B2&C1&C2";
    }
    leakage_power () {
      value : 0.0004433;
      when : "!A1&A2&B1&!B2&C1&!C2";
    }
    leakage_power () {
      value : 0.0075454;
      when : "!A1&A2&B1&B2&!C1&C2";
    }
    leakage_power () {
      value : 0.0010837;
      when : "!A1&A2&B1&B2&!C1&!C2";
    }
    leakage_power () {
      value : 0.0238185;
      when : "!A1&A2&B1&B2&C1&C2";
    }
    leakage_power () {
      value : 0.0075453;
      when : "!A1&A2&B1&B2&C1&!C2";
    }
    leakage_power () {
      value : 0.0002072;
      when : "A1&!A2&!B1&!B2&!C1&C2";
    }
    leakage_power () {
      value : 0.0001018;
      when : "A1&!A2&!B1&!B2&!C1&!C2";
    }
    leakage_power () {
      value : 0.0124299;
      when : "A1&!A2&!B1&!B2&C1&C2";
    }
    leakage_power () {
      value : 0.000215;
      when : "A1&!A2&!B1&!B2&C1&!C2";
    }
    leakage_power () {
      value : 0.0003953;
      when : "A1&!A2&!B1&B2&!C1&C2";
    }
    leakage_power () {
      value : 0.0002898;
      when : "A1&!A2&!B1&B2&!C1&!C2";
    }
    leakage_power () {
      value : 0.0124299;
      when : "A1&!A2&!B1&B2&C1&C2";
    }
    leakage_power () {
      value : 0.0123998;
      when : "A1&A2&!B1&B2&C1&C2";
    }
    leakage_power () {
      value : 0.0078493;
      when : "A1&A2&!B1&B2&C1&!C2";
    }
    leakage_power () {
      value : 0.0079863;
      when : "A1&A2&B1&!B2&!C1&C2";
    }
    leakage_power () {
      value : 0.0014886;
      when : "A1&A2&B1&!B2&!C1&!C2";
    }
    leakage_power () {
      value : 0.012394;
      when : "A1&A2&B1&!B2&C1&C2";
    }
    leakage_power () {
      value : 0.007986;
      when : "A1&A2&B1&!B2&C1&!C2";
    }
    leakage_power () {
      value : 0.0075424;
      when : "A1&A2&B1&B2&!C1&C2";
    }
    leakage_power () {
      value : 0.0010805;
      when : "A1&A2&B1&B2&!C1&!C2";
    }
    leakage_power () {
      value : 0.0238185;
      when : "A1&A2&B1&B2&C1&C2";
    }
    leakage_power () {
      value : 0.0075423;
      when : "A1&A2&B1&B2&C1&!C2";
    }
    leakage_power () {
      value : 0.0004031;
      when : "A1&!A2&!B1&B2&C1&!C2";
    }
    leakage_power () {
      value : 0.000343;
      when : "A1&!A2&B1&!B2&!C1&C2";
    }
    leakage_power () {
      value : 0.0002375;
      when : "A1&!A2&B1&!B2&!C1&!C2";
    }
    leakage_power () {
      value : 0.0124299;
      when : "A1&!A2&B1&!B2&C1&C2";
    }
    leakage_power () {
      value : 0.0003508;
      when : "A1&!A2&B1&!B2&C1&!C2";
    }
    leakage_power () {
      value : 0.0075454;
      when : "A1&!A2&B1&B2&!C1&C2";
    }
    leakage_power () {
      value : 0.0010837;
      when : "A1&!A2&B1&B2&!C1&!C2";
    }
    leakage_power () {
      value : 0.0238185;
      when : "A1&!A2&B1&B2&C1&C2";
    }
    leakage_power () {
      value : 0.0075453;
      when : "A1&!A2&B1&B2&C1&!C2";
    }
    leakage_power () {
      value : 0.0073728;
      when : "A1&A2&!B1&!B2&!C1&C2";
    }
    leakage_power () {
      value : 0.000756;
      when : "A1&A2&!B1&!B2&!C1&!C2";
    }
    leakage_power () {
      value : 0.0123939;
      when : "A1&A2&!B1&!B2&C1&C2";
    }
    leakage_power () {
      value : 0.0073728;
      when : "A1&A2&!B1&!B2&C1&!C2";
    }
    leakage_power () {
      value : 0.0078493;
      when : "A1&A2&!B1&B2&!C1&C2";
    }
    leakage_power () {
      value : 0.0013333;
      when : "A1&A2&!B1&B2&!C1&!C2";
    }
    leakage_power () {
      value : 0.0057308;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1&!C1) | (!A1&!B1&!C2) | (!A1&!B2&!C1) | (!A2&!B1&!C1) | (!A1&!B2&!C2) | (!A2&!B1&!C2) | (!A2&!B2&!C1) | (!A2&!B2&!C2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.090647;
      max_transition : 1.49503;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0947572, 0.102777, 0.121342, 0.164358, 0.263718, 0.49994, 1.06095", \
            "0.0989218, 0.106939, 0.125582, 0.168987, 0.269875, 0.505929, 1.06689", \
            "0.11106, 0.11898, 0.137361, 0.180699, 0.281461, 0.518283, 1.07962", \
            "0.138847, 0.146597, 0.164612, 0.207636, 0.308929, 0.549628, 1.10852", \
            "0.19192, 0.201188, 0.222271, 0.266153, 0.366492, 0.603507, 1.16603", \
            "0.276198, 0.290645, 0.318822, 0.378922, 0.494433, 0.733923, 1.29639", \
            "0.408166, 0.430492, 0.473018, 0.56126, 0.725038, 1.02235, 1.60146" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0746148, 0.0847256, 0.108679, 0.166438, 0.303611, 0.628204, 1.40058", \
            "0.0746876, 0.0847761, 0.108732, 0.166631, 0.304035, 0.629355, 1.40245", \
            "0.0748404, 0.0849288, 0.108902, 0.166603, 0.30334, 0.628142, 1.40211", \
            "0.0757531, 0.0855033, 0.109071, 0.167141, 0.304517, 0.632949, 1.40357", \
            "0.0895899, 0.0981839, 0.118653, 0.171623, 0.304033, 0.628665, 1.40302", \
            "0.133663, 0.142939, 0.164578, 0.21494, 0.330987, 0.635189, 1.40101", \
            "0.22756, 0.23834, 0.263202, 0.320604, 0.443401, 0.71771, 1.42203" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0245251, 0.0275802, 0.034551, 0.0501504, 0.0844844, 0.161786, 0.341187", \
            "0.0283699, 0.0313034, 0.0380982, 0.0534459, 0.0876913, 0.164949, 0.344167", \
            "0.0377042, 0.0405953, 0.0471604, 0.061851, 0.0956614, 0.172872, 0.352059", \
            "0.0499972, 0.0541305, 0.0630284, 0.080886, 0.115082, 0.191453, 0.370585", \
            "0.0590294, 0.0648808, 0.0775384, 0.102448, 0.150538, 0.235966, 0.413201", \
            "0.0505603, 0.0582991, 0.0763674, 0.113523, 0.1835, 0.307509, 0.517665", \
            "-0.0130895, -0.0013512, 0.0244974, 0.0762199, 0.179466, 0.361772, 0.667069" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.026849, 0.0305064, 0.0390216, 0.0577923, 0.100264, 0.198734, 0.431193", \
            "0.0264074, 0.0299834, 0.0382555, 0.0572947, 0.0998934, 0.199152, 0.431752", \
            "0.0307692, 0.0335344, 0.0404794, 0.0574914, 0.0994863, 0.198555, 0.433312", \
            "0.0454207, 0.0486251, 0.0561037, 0.0694828, 0.104419, 0.198764, 0.433149", \
            "0.0696029, 0.0743877, 0.0852155, 0.103931, 0.139844, 0.216826, 0.433063", \
            "0.111002, 0.119029, 0.132175, 0.158992, 0.211696, 0.30225, 0.483985", \
            "0.182277, 0.192333, 0.213278, 0.254856, 0.328708, 0.462314, 0.688885" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.107175, 0.114977, 0.132711, 0.174945, 0.274428, 0.510224, 1.07078", \
            "0.111762, 0.119687, 0.137587, 0.180045, 0.279615, 0.515708, 1.07622", \
            "0.123843, 0.131463, 0.149351, 0.191991, 0.291853, 0.52805, 1.09103", \
            "0.150024, 0.157635, 0.175714, 0.217769, 0.317736, 0.554231, 1.1158", \
            "0.200636, 0.209254, 0.228991, 0.272413, 0.372074, 0.610366, 1.17042", \
            "0.281411, 0.293444, 0.31954, 0.375355, 0.489213, 0.728594, 1.29424", \
            "0.406197, 0.424054, 0.463618, 0.5437, 0.698635, 0.995192, 1.56642" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0865566, 0.0967443, 0.120798, 0.178648, 0.315908, 0.641492, 1.41617", \
            "0.0866258, 0.0968434, 0.120824, 0.179343, 0.315882, 0.641623, 1.41445", \
            "0.0864599, 0.0965917, 0.12063, 0.178551, 0.315925, 0.641452, 1.41967", \
            "0.0870397, 0.0969108, 0.121308, 0.178379, 0.315992, 0.64153, 1.41868", \
            "0.0992222, 0.107645, 0.129439, 0.183832, 0.316451, 0.644115, 1.41626", \
            "0.141012, 0.150064, 0.172748, 0.223478, 0.342436, 0.648127, 1.41986", \
            "0.2313, 0.24245, 0.267167, 0.325535, 0.450118, 0.734797, 1.43716" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0281679, 0.0311966, 0.0381482, 0.0536702, 0.0880441, 0.165342, 0.34454", \
            "0.0321123, 0.0350838, 0.0419311, 0.0573518, 0.0916218, 0.168942, 0.348182", \
            "0.0412975, 0.0442881, 0.050916, 0.0660635, 0.100113, 0.177331, 0.35667", \
            "0.0549127, 0.058848, 0.0674452, 0.0847526, 0.119708, 0.197084, 0.376465", \
            "0.0682577, 0.0735185, 0.0856503, 0.110116, 0.156459, 0.241345, 0.421347", \
            "0.0680379, 0.0760934, 0.0937089, 0.129181, 0.196309, 0.314998, 0.522879", \
            "0.024001, 0.0355828, 0.0609571, 0.113253, 0.21214, 0.387782, 0.681968" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0266728, 0.0303745, 0.0388303, 0.0576864, 0.100017, 0.199175, 0.432207", \
            "0.0262684, 0.0298436, 0.0383582, 0.0571825, 0.0999432, 0.198609, 0.43246", \
            "0.0291045, 0.0321298, 0.0395793, 0.057247, 0.0994609, 0.197978, 0.430868", \
            "0.0412843, 0.0442103, 0.0508441, 0.0654266, 0.102628, 0.198546, 0.430985", \
            "0.0636031, 0.0673512, 0.0762338, 0.0930622, 0.128551, 0.210956, 0.432155", \
            "0.101087, 0.106514, 0.118077, 0.14177, 0.188643, 0.27619, 0.46808", \
            "0.167181, 0.174866, 0.19188, 0.225671, 0.292446, 0.410668, 0.625334" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0711812, 0.0789441, 0.0975232, 0.139462, 0.238913, 0.474028, 1.03255", \
            "0.0748114, 0.0828433, 0.100955, 0.143744, 0.243617, 0.479435, 1.03952", \
            "0.0863337, 0.0941237, 0.111889, 0.155264, 0.256486, 0.492041, 1.0513", \
            "0.112921, 0.120585, 0.138788, 0.181322, 0.280986, 0.51732, 1.0769", \
            "0.161884, 0.17239, 0.195135, 0.242471, 0.343244, 0.578533, 1.13847", \
            "0.238112, 0.254758, 0.28907, 0.3577, 0.485156, 0.724659, 1.28863", \
            "0.386783, 0.408536, 0.455766, 0.551975, 0.730769, 1.0465, 1.62348" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0682115, 0.0785234, 0.10234, 0.159805, 0.295485, 0.618244, 1.38672", \
            "0.0682654, 0.0782365, 0.102182, 0.159487, 0.295681, 0.618363, 1.39138", \
            "0.0683458, 0.0783867, 0.102229, 0.160072, 0.297411, 0.619392, 1.38949", \
            "0.0710039, 0.0807181, 0.103267, 0.160013, 0.295575, 0.619046, 1.38624", \
            "0.0952823, 0.103192, 0.12192, 0.170518, 0.29774, 0.618935, 1.38833", \
            "0.146277, 0.156341, 0.178917, 0.229255, 0.340446, 0.627102, 1.39012", \
            "0.231146, 0.243263, 0.272268, 0.338098, 0.46983, 0.737828, 1.41231" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.024387, 0.0270577, 0.0331522, 0.047099, 0.0790574, 0.153935, 0.330672", \
            "0.0278096, 0.0304641, 0.0365248, 0.0504165, 0.0823677, 0.15715, 0.333889", \
            "0.0357841, 0.0386858, 0.0449133, 0.0585362, 0.0902895, 0.165019, 0.341793", \
            "0.0443959, 0.0486366, 0.0576777, 0.0756239, 0.109608, 0.183959, 0.360684", \
            "0.0471324, 0.0532281, 0.0663346, 0.0925881, 0.141208, 0.228004, 0.403163", \
            "0.028542, 0.0369336, 0.0561559, 0.0952225, 0.167705, 0.29489, 0.507162", \
            "-0.050022, -0.0382007, -0.0100481, 0.0467056, 0.152204, 0.338787, 0.651436" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0223313, 0.025458, 0.0328636, 0.0501588, 0.091415, 0.189278, 0.422087", \
            "0.0220288, 0.0251545, 0.0325056, 0.0500514, 0.0916127, 0.189213, 0.423083", \
            "0.0266779, 0.0290928, 0.0352375, 0.0508947, 0.0913187, 0.189524, 0.423493", \
            "0.0396235, 0.0427703, 0.0503365, 0.0642736, 0.0977627, 0.189121, 0.421793", \
            "0.062162, 0.0667641, 0.0763767, 0.0962321, 0.135223, 0.210695, 0.424715", \
            "0.0996302, 0.10653, 0.121367, 0.151472, 0.205184, 0.299438, 0.477221", \
            "0.169404, 0.177988, 0.199338, 0.242225, 0.323291, 0.458264, 0.685777" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0886074, 0.0964749, 0.115233, 0.159333, 0.263325, 0.510146, 1.0962", \
            "0.0925793, 0.100472, 0.11965, 0.163792, 0.267986, 0.514856, 1.10074", \
            "0.103536, 0.111398, 0.130248, 0.174616, 0.279712, 0.526118, 1.11241", \
            "0.129274, 0.137165, 0.156065, 0.200118, 0.304594, 0.551851, 1.13834", \
            "0.179814, 0.189742, 0.21201, 0.259086, 0.363631, 0.610762, 1.19883", \
            "0.260498, 0.274965, 0.306585, 0.371646, 0.495706, 0.749522, 1.34071", \
            "0.414494, 0.433675, 0.476445, 0.566915, 0.740154, 1.0527, 1.6561" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0847489, 0.0952383, 0.120919, 0.180774, 0.323771, 0.663112, 1.47094", \
            "0.0847129, 0.0955549, 0.12105, 0.181439, 0.32364, 0.66338, 1.47154", \
            "0.0848287, 0.0952639, 0.120611, 0.180804, 0.325054, 0.663422, 1.46998", \
            "0.0862178, 0.0967345, 0.121198, 0.180937, 0.323885, 0.663451, 1.46959", \
            "0.107521, 0.116102, 0.13697, 0.19025, 0.325155, 0.663459, 1.47462", \
            "0.158823, 0.169552, 0.193769, 0.246408, 0.361682, 0.672502, 1.47458", \
            "0.238976, 0.253343, 0.284855, 0.353222, 0.492327, 0.767006, 1.49503" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0281282, 0.0307806, 0.0369007, 0.050819, 0.0828034, 0.157562, 0.334489", \
            "0.031706, 0.0343604, 0.040465, 0.054435, 0.0864253, 0.161268, 0.33809", \
            "0.0393881, 0.0422526, 0.0485239, 0.0624651, 0.0945592, 0.169485, 0.34623", \
            "0.048919, 0.05295, 0.0614345, 0.0786809, 0.113058, 0.188358, 0.365488", \
            "0.0539213, 0.0598241, 0.0720797, 0.0974627, 0.144597, 0.230492, 0.409142", \
            "0.0397849, 0.0483947, 0.0667438, 0.103708, 0.174021, 0.295274, 0.50446", \
            "-0.0295332, -0.0168673, 0.010627, 0.0654313, 0.168982, 0.34892, 0.647706" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0222477, 0.0253823, 0.0327536, 0.0501492, 0.0912847, 0.189682, 0.423529", \
            "0.0220348, 0.025164, 0.0325403, 0.0500681, 0.0914575, 0.189478, 0.421932", \
            "0.0250201, 0.0275461, 0.0341925, 0.0504556, 0.0914058, 0.189713, 0.422873", \
            "0.0360735, 0.0390878, 0.0455199, 0.0596869, 0.0955635, 0.189955, 0.423084", \
            "0.0560373, 0.060439, 0.069111, 0.0871711, 0.122924, 0.204397, 0.424233", \
            "0.0909831, 0.0966566, 0.109234, 0.134517, 0.181968, 0.271593, 0.461276", \
            "0.154019, 0.162418, 0.179986, 0.216348, 0.283098, 0.405908, 0.619075" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0430952, 0.0507199, 0.0686121, 0.110281, 0.208684, 0.438268, 0.981366", \
            "0.0460673, 0.0535316, 0.071457, 0.113765, 0.210917, 0.443684, 0.990752", \
            "0.0570338, 0.0641831, 0.081187, 0.122846, 0.221684, 0.453583, 0.99655", \
            "0.0838382, 0.0921283, 0.108706, 0.148367, 0.245701, 0.478001, 1.02083", \
            "0.125527, 0.137243, 0.162193, 0.212122, 0.306685, 0.535409, 1.0827", \
            "0.195791, 0.212197, 0.247189, 0.317901, 0.447709, 0.678641, 1.22392", \
            "0.329855, 0.351053, 0.397227, 0.492818, 0.677052, 0.997434, 1.55438" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0537699, 0.0643299, 0.0890168, 0.146892, 0.283142, 0.60529, 1.37518", \
            "0.0531108, 0.063873, 0.0890292, 0.14726, 0.283037, 0.60933, 1.37047", \
            "0.0532042, 0.0633208, 0.0878858, 0.146715, 0.284198, 0.608827, 1.37584", \
            "0.0654723, 0.0734126, 0.0935758, 0.146732, 0.282346, 0.60668, 1.36804", \
            "0.0912232, 0.102003, 0.124382, 0.17016, 0.288021, 0.607589, 1.37764", \
            "0.130388, 0.144891, 0.178573, 0.236677, 0.350927, 0.624638, 1.37658", \
            "0.202871, 0.220171, 0.26007, 0.34427, 0.499166, 0.777112, 1.41179" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.01944, 0.0218793, 0.0276533, 0.0412246, 0.0729207, 0.148089, 0.327485", \
            "0.0228355, 0.0253361, 0.0311405, 0.0447213, 0.0763329, 0.151584, 0.330038", \
            "0.0287187, 0.0321619, 0.0390367, 0.0531134, 0.0848705, 0.160523, 0.338541", \
            "0.0336276, 0.0385018, 0.0485973, 0.0687461, 0.104566, 0.179222, 0.358882", \
            "0.0313753, 0.0382774, 0.0536645, 0.0829501, 0.136066, 0.225396, 0.402733", \
            "0.0088775, 0.0191325, 0.0415996, 0.0851739, 0.162965, 0.295014, 0.511256", \
            "-0.0691979, -0.0534724, -0.0205053, 0.0430199, 0.154332, 0.349035, 0.667375" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0155336, 0.0187395, 0.0262199, 0.0438159, 0.0859961, 0.185396, 0.423311", \
            "0.0161628, 0.0190148, 0.0261714, 0.0439173, 0.0863285, 0.18519, 0.421828", \
            "0.0224947, 0.0250307, 0.0306314, 0.0455617, 0.0862893, 0.185455, 0.421799", \
            "0.0345744, 0.0377623, 0.0456132, 0.0609414, 0.0933697, 0.187192, 0.423356", \
            "0.0553625, 0.0601762, 0.0713209, 0.094217, 0.131812, 0.206971, 0.423477", \
            "0.0925974, 0.100194, 0.116106, 0.146761, 0.199862, 0.294981, 0.475508", \
            "0.16522, 0.177282, 0.199103, 0.240297, 0.318826, 0.453612, 0.683932" \
          );
        }
      }
      timing () {
        related_pin : "C2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0563065, 0.0637935, 0.0814332, 0.122632, 0.219639, 0.450838, 0.996571", \
            "0.0596373, 0.06717, 0.0849241, 0.126373, 0.223785, 0.453831, 1.00677", \
            "0.0703401, 0.0776264, 0.0948951, 0.136486, 0.233913, 0.466288, 1.01171", \
            "0.0984251, 0.105559, 0.121946, 0.162624, 0.259716, 0.492074, 1.03721", \
            "0.147989, 0.158425, 0.180631, 0.226535, 0.321245, 0.550504, 1.09943", \
            "0.229598, 0.243756, 0.275975, 0.341535, 0.464604, 0.694689, 1.2375", \
            "0.381073, 0.399915, 0.441487, 0.530868, 0.706125, 1.01726, 1.56481" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0664386, 0.0768836, 0.102037, 0.160534, 0.297647, 0.625411, 1.40099", \
            "0.065839, 0.0767582, 0.101723, 0.160398, 0.297799, 0.623667, 1.40203", \
            "0.0652209, 0.0756794, 0.101464, 0.160236, 0.297769, 0.625784, 1.4006", \
            "0.0731084, 0.0822396, 0.104393, 0.159914, 0.29769, 0.625914, 1.39796", \
            "0.099884, 0.110029, 0.132108, 0.179594, 0.301446, 0.623501, 1.40189", \
            "0.141224, 0.155093, 0.185375, 0.244951, 0.358047, 0.640965, 1.39836", \
            "0.20705, 0.225468, 0.265949, 0.349218, 0.505924, 0.785241, 1.44498" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0226149, 0.0250473, 0.0307981, 0.0441896, 0.0759126, 0.151086, 0.330375", \
            "0.0259485, 0.0284708, 0.0342735, 0.0478795, 0.0795769, 0.154587, 0.334338", \
            "0.0318382, 0.0349858, 0.0417983, 0.055788, 0.0879024, 0.163027, 0.342097", \
            "0.0368889, 0.0416079, 0.0512424, 0.0702612, 0.106107, 0.182023, 0.361674", \
            "0.0351751, 0.0424314, 0.056466, 0.0845878, 0.134981, 0.224122, 0.405029", \
            "0.0119899, 0.022225, 0.0438956, 0.0854185, 0.159892, 0.287319, 0.501101", \
            "-0.0681719, -0.0531962, -0.0209195, 0.0406252, 0.151086, 0.336974, 0.642044" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0155387, 0.0186291, 0.0262846, 0.0438458, 0.0859812, 0.185502, 0.42314", \
            "0.0158567, 0.0187531, 0.0261474, 0.0441919, 0.0860551, 0.186783, 0.422391", \
            "0.020366, 0.0228652, 0.0289239, 0.045059, 0.086378, 0.186902, 0.421721", \
            "0.0309604, 0.0341373, 0.0407212, 0.0556885, 0.0911382, 0.185998, 0.42353", \
            "0.0501923, 0.0545434, 0.0632423, 0.0820479, 0.118333, 0.201678, 0.423104", \
            "0.0845932, 0.0903976, 0.103034, 0.128431, 0.176805, 0.269685, 0.461533", \
            "0.150264, 0.158001, 0.175106, 0.210625, 0.277583, 0.398085, 0.613685" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.018644, 0.0200115, 0.0231994, 0.0307071, 0.048196, 0.0897119, 0.188312", \
            "0.0183305, 0.0197108, 0.022915, 0.0304838, 0.0482988, 0.0896311, 0.188269", \
            "0.0181061, 0.019459, 0.0226871, 0.0301718, 0.0478005, 0.0894733, 0.188234", \
            "0.0179933, 0.0193105, 0.0224387, 0.029908, 0.0476987, 0.0895732, 0.188007", \
            "0.0178784, 0.0191777, 0.0223015, 0.029683, 0.0472927, 0.0888644, 0.187762", \
            "0.0178559, 0.0191775, 0.0223226, 0.0297725, 0.0472086, 0.0889597, 0.187503", \
            "0.0186137, 0.0198837, 0.0227521, 0.0299534, 0.0475686, 0.0887901, 0.188111" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0102864, 0.0089773, 0.0058903, -0.0014657, -0.0189005, -0.0606127, -0.160252", \
            "0.0101568, 0.0088434, 0.0057453, -0.0016162, -0.0190393, -0.0607383, -0.160393", \
            "0.0099372, 0.0086907, 0.0055773, -0.001784, -0.019202, -0.0609143, -0.160541", \
            "0.0098101, 0.0085143, 0.005446, -0.0019208, -0.0193416, -0.0610185, -0.160633", \
            "0.0099564, 0.0086607, 0.0055261, -0.0017993, -0.0192895, -0.0610172, -0.160761", \
            "0.0113301, 0.0100118, 0.0067963, -0.0008195, -0.0187309, -0.0608473, -0.160554", \
            "0.0151835, 0.0137573, 0.0104239, 0.002983, -0.016263, -0.0590587, -0.159385" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0224257, 0.0237426, 0.0268583, 0.0342183, 0.0516812, 0.0932045, 0.191661", \
            "0.0222566, 0.0235713, 0.0267075, 0.0341134, 0.0515932, 0.0930615, 0.191728", \
            "0.0220999, 0.0234097, 0.026544, 0.0339271, 0.0514992, 0.0929758, 0.191528", \
            "0.0219685, 0.023293, 0.0264377, 0.0337819, 0.0513388, 0.0929148, 0.191477", \
            "0.0218752, 0.0231886, 0.0263052, 0.0336702, 0.0511266, 0.0926844, 0.191366", \
            "0.0218416, 0.0231721, 0.0263278, 0.0337161, 0.0511954, 0.0927486, 0.191216", \
            "0.0227916, 0.023975, 0.0269492, 0.0340324, 0.0515973, 0.0934923, 0.191701" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0107931, 0.0094948, 0.0063945, -0.0009686, -0.0183978, -0.060097, -0.15977", \
            "0.0106381, 0.0093359, 0.0062385, -0.0011116, -0.0185507, -0.0602568, -0.159924", \
            "0.0105063, 0.0092044, 0.0060872, -0.0012528, -0.0186915, -0.0604107, -0.160056", \
            "0.0103044, 0.0090357, 0.0059964, -0.0013495, -0.01884, -0.0604997, -0.160155", \
            "0.0104364, 0.0091146, 0.0059868, -0.0014724, -0.0188193, -0.0605619, -0.16024", \
            "0.0115394, 0.0101681, 0.0069846, -0.0005022, -0.0183538, -0.0604173, -0.16011", \
            "0.0148996, 0.013458, 0.0100808, 0.0021888, -0.0161056, -0.0588364, -0.159427" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0133367, 0.0146812, 0.0179295, 0.0253314, 0.0429055, 0.0843982, 0.182968", \
            "0.0129773, 0.0143605, 0.0175719, 0.0251113, 0.0427262, 0.0843426, 0.183587", \
            "0.012744, 0.014103, 0.0172637, 0.0249019, 0.04277, 0.084154, 0.182861", \
            "0.0125962, 0.0139256, 0.0170642, 0.0245698, 0.0421521, 0.0838796, 0.182722", \
            "0.0124776, 0.0137887, 0.0168976, 0.0243132, 0.0419816, 0.0834772, 0.182306", \
            "0.0127229, 0.0139855, 0.0170823, 0.024492, 0.0420587, 0.0837738, 0.183039", \
            "0.0153333, 0.0164313, 0.0191554, 0.0259846, 0.0433031, 0.084759, 0.182893" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0072038, 0.0059117, 0.0028401, -0.0045004, -0.0220717, -0.0639488, -0.163757", \
            "0.0071285, 0.0058463, 0.002774, -0.0045721, -0.0220937, -0.0639948, -0.16378", \
            "0.0069706, 0.0056972, 0.0026415, -0.0046514, -0.0221659, -0.0640263, -0.163818", \
            "0.0068484, 0.0055672, 0.0025233, -0.0047823, -0.0222765, -0.064092, -0.163859", \
            "0.0071628, 0.0058461, 0.0027109, -0.0047533, -0.0221852, -0.0640636, -0.163879", \
            "0.0084038, 0.0070584, 0.0038199, -0.0037883, -0.0217118, -0.0638829, -0.163741", \
            "0.0125111, 0.0110577, 0.0077371, -0.0002612, -0.0180993, -0.0612785, -0.162534" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0168901, 0.0182217, 0.0213444, 0.0287087, 0.0461859, 0.0876285, 0.186131", \
            "0.0166634, 0.0179898, 0.0211472, 0.0285518, 0.0460885, 0.0875751, 0.186173", \
            "0.0164737, 0.0177739, 0.0209173, 0.0283548, 0.0459338, 0.0874834, 0.186202", \
            "0.0163298, 0.0176497, 0.0207541, 0.0281572, 0.0457531, 0.0873607, 0.185935", \
            "0.0162042, 0.0175084, 0.0206351, 0.0280393, 0.0456005, 0.0871181, 0.18576", \
            "0.0165418, 0.01781, 0.0209243, 0.028247, 0.0456071, 0.0872456, 0.185878", \
            "0.019672, 0.0207707, 0.0235274, 0.0305223, 0.0475081, 0.0881773, 0.186522" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0078436, 0.0065536, 0.0034786, -0.0038593, -0.0214356, -0.0633111, -0.163127", \
            "0.0077468, 0.0064701, 0.0034029, -0.0039323, -0.0214622, -0.0633831, -0.16317", \
            "0.0075932, 0.0063172, 0.0032749, -0.0040291, -0.0215514, -0.0634194, -0.163193", \
            "0.0073568, 0.006106, 0.0030759, -0.0041759, -0.0216355, -0.0634653, -0.163234", \
            "0.0075898, 0.0063377, 0.0032254, -0.0041889, -0.021762, -0.0635252, -0.163274", \
            "0.0087245, 0.0073259, 0.0041298, -0.0034058, -0.0212142, -0.063344, -0.163181", \
            "0.0127134, 0.011255, 0.0077985, -0.0002786, -0.0187806, -0.0616079, -0.162305" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0079805, 0.0093801, 0.0126204, 0.0201351, 0.0378613, 0.0792295, 0.178747", \
            "0.0075553, 0.0089459, 0.0122441, 0.0198475, 0.0375004, 0.0796955, 0.178363", \
            "0.0073571, 0.0087089, 0.0118816, 0.0194706, 0.0373922, 0.0793718, 0.178673", \
            "0.0075884, 0.0088609, 0.0120043, 0.0192583, 0.0368292, 0.0790591, 0.177545", \
            "0.0081517, 0.0093938, 0.0123514, 0.0196112, 0.0369221, 0.0788063, 0.178389", \
            "0.010232, 0.0113993, 0.0142286, 0.0211873, 0.0380916, 0.078827, 0.178401", \
            "0.0158358, 0.0169024, 0.0200756, 0.0257345, 0.042853, 0.0838955, 0.179148" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.004459, 0.0032015, 0.0001689, -0.0071576, -0.0247418, -0.0667043, -0.166575", \
            "0.0043043, 0.0030732, 7.02e-05, -0.0071909, -0.0247179, -0.0666269, -0.166495", \
            "0.0041287, 0.0028817, -8.35e-05, -0.0073237, -0.0247421, -0.0666001, -0.166422", \
            "0.0039467, 0.002798, -0.0001714, -0.0074097, -0.0248312, -0.0666547, -0.16642", \
            "0.0044502, 0.0032454, 0.0001723, -0.0071216, -0.0248121, -0.0666343, -0.166436", \
            "0.0066266, 0.0049207, 0.0014823, -0.0063011, -0.0242611, -0.066503, -0.166325", \
            "0.0124404, 0.0107499, 0.0069751, -0.0016829, -0.0206747, -0.0642729, -0.165142" \
          );
        }
      }
      internal_power () {
        related_pin : "C2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0115761, 0.0129102, 0.0160738, 0.0234796, 0.0409618, 0.0824272, 0.180906", \
            "0.0112652, 0.0126178, 0.0157984, 0.0232686, 0.040828, 0.0824139, 0.180995", \
            "0.0110726, 0.0124064, 0.015534, 0.0230427, 0.0406628, 0.082241, 0.180828", \
            "0.0111483, 0.0124373, 0.015522, 0.0228868, 0.0404422, 0.0820372, 0.180707", \
            "0.0118878, 0.0131444, 0.0160952, 0.0233352, 0.0405841, 0.0820274, 0.180662", \
            "0.0140388, 0.0152044, 0.0181189, 0.0251157, 0.0419616, 0.0825994, 0.180975", \
            "0.0216124, 0.0225335, 0.0232626, 0.0296475, 0.0467842, 0.0859444, 0.182865" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0048013, 0.0035258, 0.0004756, -0.0068757, -0.0244853, -0.0664584, -0.166333", \
            "0.004634, 0.0033914, 0.0003917, -0.0068975, -0.0244352, -0.0663696, -0.166247", \
            "0.0043782, 0.0031498, 0.0001884, -0.0070069, -0.0244579, -0.0663251, -0.166177", \
            "0.0042945, 0.0029646, -5.51e-05, -0.0072378, -0.0245957, -0.0663878, -0.166164", \
            "0.0045464, 0.0032525, 0.0001521, -0.0071625, -0.0247185, -0.0664836, -0.166212", \
            "0.0061711, 0.0047102, 0.0013491, -0.0063838, -0.0242031, -0.0663348, -0.166115", \
            "0.0118076, 0.0101385, 0.0063226, -0.0022988, -0.0214339, -0.0645585, -0.165234" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002208;
      rise_capacitance : 0.002276;
      rise_capacitance_range (0.002276, 0.002276);
      fall_capacitance : 0.002141;
      fall_capacitance_range (0.002141, 0.002141);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038164, -0.0038147, -0.0038108, -0.0038059, -0.0037945, -0.0037682, -0.0037078" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0049755, 0.0049707, 0.0049597, 0.0049605, 0.0049622, 0.0049662, 0.0049754" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002231;
      rise_capacitance : 0.002335;
      rise_capacitance_range (0.002335, 0.002335);
      fall_capacitance : 0.002128;
      fall_capacitance_range (0.002128, 0.002128);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004406, -0.0044064, -0.0044075, -0.0044058, -0.004402, -0.0043931, -0.0043728" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044012, 0.0044035, 0.0044088, 0.0044103, 0.0044138, 0.0044218, 0.0044401" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00226;
      rise_capacitance : 0.002357;
      rise_capacitance_range (0.002357, 0.002357);
      fall_capacitance : 0.002162;
      fall_capacitance_range (0.002162, 0.002162);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0041124, -0.0041136, -0.0041164, -0.0041113, -0.0040997, -0.0040728, -0.0040108" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0050852, 0.0050849, 0.0050843, 0.0050853, 0.0050874, 0.0050924, 0.0051037" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002305;
      rise_capacitance : 0.002453;
      rise_capacitance_range (0.002453, 0.002453);
      fall_capacitance : 0.002156;
      fall_capacitance_range (0.002156, 0.002156);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046558, -0.0046543, -0.004651, -0.0046508, -0.0046505, -0.0046497, -0.0046478" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046505, 0.0046492, 0.0046463, 0.0046468, 0.0046478, 0.0046502, 0.0046556" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002303;
      rise_capacitance : 0.002433;
      rise_capacitance_range (0.002433, 0.002433);
      fall_capacitance : 0.002173;
      fall_capacitance_range (0.002173, 0.002173);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043882, -0.0043888, -0.0043902, -0.0043853, -0.0043741, -0.0043481, -0.0042883" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053342, 0.0053346, 0.0053354, 0.0053358, 0.0053369, 0.0053392, 0.0053448" \
          );
        }
      }
    }
    pin (C2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002325;
      rise_capacitance : 0.002492;
      rise_capacitance_range (0.002492, 0.002492);
      fall_capacitance : 0.002157;
      fall_capacitance_range (0.002157, 0.002157);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047216, -0.0047221, -0.0047232, -0.0047231, -0.0047228, -0.0047221, -0.0047205" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0047198, 0.0047188, 0.0047165, 0.0047148, 0.0047109, 0.0047019, 0.0046813" \
          );
        }
      }
    }
  }
  cell (scs8hd_a22o_1) {
    area : 8.7584;
    cell_footprint : "a22o";
    cell_leakage_power : 0.00763838;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0075701;
      when : "A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0062333;
      when : "!A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0062189;
      when : "!A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124526;
      when : "!A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0062349;
      when : "!A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0062503;
      when : "!A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0062359;
      when : "!A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124526;
      when : "!A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0062519;
      when : "!A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.006256;
      when : "A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0062417;
      when : "A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124526;
      when : "A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0062577;
      when : "A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0075793;
      when : "A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0011117;
      when : "A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124146;
      when : "A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.00763838;
    }
    pin (X) {
      direction : output;
      function : "(B1&B2) | (A1&A2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.211497;
      max_transition : 1.50251;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0517154, 0.0569836, 0.0696436, 0.101592, 0.188452, 0.427468, 1.08352", \
            "0.0548296, 0.0601259, 0.0728209, 0.10481, 0.192075, 0.431656, 1.08565", \
            "0.0628642, 0.0681231, 0.0807928, 0.112948, 0.200046, 0.439133, 1.09598", \
            "0.0754481, 0.0809037, 0.0939019, 0.126381, 0.213235, 0.451602, 1.10633", \
            "0.0847758, 0.0909221, 0.104269, 0.136916, 0.224286, 0.462687, 1.11732", \
            "0.0752761, 0.0829049, 0.0985443, 0.13128, 0.218326, 0.457827, 1.1111", \
            "0.0120365, 0.0215594, 0.041518, 0.0792888, 0.166029, 0.404391, 1.05979" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0165825, 0.022353, 0.0380406, 0.0827389, 0.208365, 0.553455, 1.4985", \
            "0.0165627, 0.0223225, 0.0380617, 0.0827131, 0.2082, 0.552745, 1.49997", \
            "0.0164653, 0.0222132, 0.0379481, 0.0825643, 0.208615, 0.554407, 1.50252", \
            "0.0178631, 0.023367, 0.0389097, 0.0828295, 0.207841, 0.55263, 1.49951", \
            "0.0212941, 0.0264843, 0.0408079, 0.0836766, 0.207967, 0.553272, 1.49854", \
            "0.0272627, 0.03294, 0.0462144, 0.0858801, 0.208734, 0.5521, 1.49536", \
            "0.0359352, 0.0432871, 0.0588517, 0.0945434, 0.211076, 0.554891, 1.49363" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.084519, 0.0895453, 0.10065, 0.123805, 0.172913, 0.289363, 0.600451", \
            "0.0888346, 0.0938658, 0.104969, 0.128104, 0.177224, 0.293669, 0.604801", \
            "0.100132, 0.105078, 0.116256, 0.139412, 0.188494, 0.305014, 0.615865", \
            "0.125499, 0.130504, 0.141602, 0.164753, 0.213908, 0.330417, 0.641706", \
            "0.171906, 0.177416, 0.189608, 0.214482, 0.265342, 0.382611, 0.693025", \
            "0.247787, 0.25423, 0.268531, 0.297497, 0.35344, 0.473245, 0.783811", \
            "0.397965, 0.405556, 0.421961, 0.455793, 0.520112, 0.64688, 0.954985" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0158363, 0.0198836, 0.0290621, 0.05074, 0.102673, 0.247274, 0.659226", \
            "0.0157865, 0.0197392, 0.0290487, 0.0506414, 0.102683, 0.247288, 0.659618", \
            "0.0158092, 0.019799, 0.0291678, 0.0504472, 0.102643, 0.246724, 0.659794", \
            "0.016186, 0.0200093, 0.0295003, 0.0508736, 0.103008, 0.247328, 0.657381", \
            "0.0194155, 0.0235265, 0.0331143, 0.0542842, 0.105583, 0.247606, 0.658995", \
            "0.0255441, 0.0302458, 0.0411643, 0.0640758, 0.114764, 0.251305, 0.660603", \
            "0.0340371, 0.039251, 0.0514226, 0.0778502, 0.129221, 0.260748, 0.657324" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0554435, 0.060722, 0.0733499, 0.10504, 0.191233, 0.429691, 1.0855", \
            "0.058558, 0.0638168, 0.076479, 0.108245, 0.194285, 0.432545, 1.08712", \
            "0.0656518, 0.0709051, 0.0834953, 0.115418, 0.202125, 0.440872, 1.0978", \
            "0.0772445, 0.0827181, 0.0956306, 0.127762, 0.214456, 0.452779, 1.10809", \
            "0.0855212, 0.0916521, 0.105334, 0.138026, 0.225021, 0.464382, 1.12032", \
            "0.0730674, 0.0806925, 0.0964825, 0.130304, 0.217359, 0.455545, 1.11285", \
            "5.19e-05, 0.0095609, 0.0294863, 0.0675105, 0.154855, 0.393095, 1.04745" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0165812, 0.022362, 0.0380022, 0.0827355, 0.208439, 0.553892, 1.50004", \
            "0.0166232, 0.0223052, 0.0380437, 0.0826485, 0.207712, 0.551973, 1.49822", \
            "0.0165155, 0.0222518, 0.0379653, 0.0826365, 0.20862, 0.55439, 1.5016", \
            "0.0177103, 0.0233265, 0.0388657, 0.0829067, 0.20828, 0.552965, 1.49623", \
            "0.0212573, 0.026562, 0.0406947, 0.0837005, 0.207916, 0.554389, 1.50207", \
            "0.0268534, 0.0326372, 0.0462945, 0.0857575, 0.20922, 0.552599, 1.50197", \
            "0.0348119, 0.042096, 0.0574519, 0.0937704, 0.210326, 0.554346, 1.49635" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0944543, 0.0995871, 0.110826, 0.133715, 0.182526, 0.29878, 0.609502", \
            "0.0990776, 0.104285, 0.11544, 0.13836, 0.187202, 0.303461, 0.614063", \
            "0.110966, 0.116194, 0.127363, 0.150277, 0.199147, 0.315426, 0.626184", \
            "0.137945, 0.143165, 0.154431, 0.177387, 0.226333, 0.342606, 0.65353", \
            "0.191532, 0.197217, 0.209451, 0.233869, 0.283863, 0.400188, 0.711144", \
            "0.281093, 0.287978, 0.302454, 0.331111, 0.385319, 0.504909, 0.815755", \
            "0.453067, 0.460805, 0.478043, 0.512135, 0.575508, 0.699482, 1.01043" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.01733, 0.0214243, 0.0305719, 0.0517413, 0.103445, 0.246526, 0.655505", \
            "0.0173501, 0.0214975, 0.0305689, 0.0516685, 0.103447, 0.24645, 0.6538", \
            "0.0175109, 0.0215415, 0.0306317, 0.0519058, 0.103425, 0.246234, 0.655491", \
            "0.0173853, 0.0215104, 0.030703, 0.0519994, 0.103152, 0.247441, 0.66129", \
            "0.0202709, 0.0244582, 0.0338672, 0.0542511, 0.105163, 0.247423, 0.656458", \
            "0.0267763, 0.0315883, 0.0426262, 0.0638516, 0.114422, 0.25104, 0.660226", \
            "0.0357778, 0.0411104, 0.0532174, 0.0795114, 0.12926, 0.260363, 0.65682" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0449638, 0.0502976, 0.0632714, 0.0961471, 0.183955, 0.422159, 1.07565", \
            "0.0481848, 0.053503, 0.0664274, 0.099346, 0.186956, 0.425865, 1.07885", \
            "0.055648, 0.0609023, 0.0737481, 0.106444, 0.194208, 0.435598, 1.09035", \
            "0.0646452, 0.0701224, 0.0832783, 0.116234, 0.203882, 0.444003, 1.0983", \
            "0.0686245, 0.0749622, 0.0885989, 0.121388, 0.209475, 0.44923, 1.1007", \
            "0.0530497, 0.0610532, 0.0775677, 0.111076, 0.198514, 0.438056, 1.09403", \
            "-0.0180897, -0.0080401, 0.013364, 0.0538227, 0.141638, 0.380416, 1.03247" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0153546, 0.0209997, 0.0366505, 0.0815697, 0.206578, 0.551684, 1.49342", \
            "0.0153333, 0.0210027, 0.0366921, 0.0814699, 0.206312, 0.551846, 1.49392", \
            "0.0156254, 0.0213304, 0.0368102, 0.0816284, 0.207265, 0.552652, 1.50127", \
            "0.01752, 0.0229132, 0.037977, 0.0821037, 0.207826, 0.55261, 1.5006", \
            "0.0217374, 0.0266286, 0.0406107, 0.0829148, 0.206858, 0.550825, 1.49175", \
            "0.0281685, 0.0340303, 0.0477658, 0.0857581, 0.207692, 0.549376, 1.49304", \
            "0.0384712, 0.046341, 0.0620632, 0.0980611, 0.211244, 0.551476, 1.48771" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0641555, 0.0689633, 0.0792275, 0.100464, 0.146681, 0.261331, 0.572326", \
            "0.0677181, 0.0724758, 0.0828437, 0.103931, 0.150201, 0.264787, 0.575209", \
            "0.0786767, 0.0834538, 0.0937008, 0.114949, 0.161214, 0.275739, 0.58591", \
            "0.105913, 0.110705, 0.121105, 0.142371, 0.188582, 0.303083, 0.61399", \
            "0.152372, 0.158082, 0.169873, 0.193152, 0.241306, 0.356723, 0.666309", \
            "0.230062, 0.236764, 0.251135, 0.278483, 0.329269, 0.445708, 0.757148", \
            "0.378861, 0.386639, 0.403785, 0.436539, 0.495589, 0.613972, 0.924347" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.015121, 0.0188761, 0.0271418, 0.0471079, 0.0985014, 0.244422, 0.659857", \
            "0.0151311, 0.0187276, 0.0271967, 0.0470742, 0.0982193, 0.244274, 0.655482", \
            "0.0150626, 0.018838, 0.0271447, 0.0470256, 0.0981582, 0.24535, 0.658444", \
            "0.0162754, 0.0198239, 0.0278377, 0.0475145, 0.0983516, 0.244003, 0.657307", \
            "0.0211105, 0.0249594, 0.033772, 0.0523453, 0.101744, 0.246322, 0.656093", \
            "0.0279608, 0.0323307, 0.0419904, 0.061731, 0.107884, 0.247418, 0.660751", \
            "0.0381584, 0.042979, 0.054452, 0.076885, 0.121765, 0.252361, 0.656433" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0481068, 0.0534363, 0.0663948, 0.0993714, 0.187162, 0.426182, 1.07749", \
            "0.0513988, 0.0567043, 0.0696274, 0.102612, 0.190124, 0.428626, 1.08095", \
            "0.0582667, 0.063528, 0.0764044, 0.109138, 0.197343, 0.436068, 1.09267", \
            "0.067824, 0.0733506, 0.0864228, 0.119343, 0.207321, 0.445749, 1.0997", \
            "0.0730429, 0.0793818, 0.0932139, 0.126134, 0.214258, 0.453606, 1.10497", \
            "0.0589468, 0.0670254, 0.0835345, 0.117909, 0.205511, 0.444389, 1.09835", \
            "-0.010222, -0.0001983, 0.021026, 0.0618937, 0.150897, 0.39035, 1.04344" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0153508, 0.0209992, 0.0366914, 0.0814926, 0.20729, 0.552239, 1.48962", \
            "0.0153232, 0.020993, 0.0366927, 0.08134, 0.20719, 0.552027, 1.49497", \
            "0.0155426, 0.0211131, 0.0367195, 0.0816119, 0.207493, 0.55343, 1.49525", \
            "0.0172309, 0.0226501, 0.0377083, 0.0818787, 0.20712, 0.551309, 1.49901", \
            "0.0211419, 0.0264573, 0.0404067, 0.0827011, 0.2063, 0.550738, 1.49287", \
            "0.0275112, 0.0335006, 0.0474262, 0.0857919, 0.207575, 0.549032, 1.48831", \
            "0.0367347, 0.0445292, 0.0606816, 0.0972724, 0.211378, 0.552073, 1.48693" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0729891, 0.0779985, 0.0886633, 0.109978, 0.15639, 0.270909, 0.581346", \
            "0.0769054, 0.0818997, 0.0925522, 0.114015, 0.160373, 0.275133, 0.585567", \
            "0.0881892, 0.0931874, 0.103811, 0.125221, 0.171655, 0.28633, 0.59681", \
            "0.116145, 0.121014, 0.131562, 0.153, 0.199412, 0.31414, 0.624448", \
            "0.167817, 0.173672, 0.185883, 0.209101, 0.256463, 0.371307, 0.682422", \
            "0.252387, 0.259434, 0.274207, 0.301811, 0.352075, 0.468252, 0.779067", \
            "0.409945, 0.418184, 0.435733, 0.469174, 0.526874, 0.643886, 0.954812" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0165379, 0.0201331, 0.028345, 0.0478366, 0.0987067, 0.245116, 0.657385", \
            "0.0167235, 0.0202763, 0.0284371, 0.0477116, 0.0987413, 0.245437, 0.65811", \
            "0.0165077, 0.0200597, 0.0284569, 0.0478876, 0.098567, 0.245889, 0.652809", \
            "0.0169005, 0.0205736, 0.0286588, 0.0482917, 0.0988355, 0.245538, 0.655312", \
            "0.0219821, 0.0257576, 0.0338161, 0.0518511, 0.101265, 0.245443, 0.654505", \
            "0.0292448, 0.0338347, 0.0433552, 0.0618238, 0.107652, 0.247396, 0.659737", \
            "0.0395428, 0.0449326, 0.055592, 0.0763043, 0.119267, 0.251763, 0.65636" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0162546, 0.0179334, 0.0224351, 0.0345633, 0.0679274, 0.15982, 0.412012", \
            "0.0160524, 0.0177514, 0.0222583, 0.0344106, 0.0680474, 0.160325, 0.413937", \
            "0.0158989, 0.0175979, 0.0221243, 0.034305, 0.0679894, 0.16031, 0.413624", \
            "0.0158951, 0.0175881, 0.0220325, 0.0343225, 0.0677994, 0.159623, 0.411765", \
            "0.0166462, 0.0182871, 0.0225714, 0.0346238, 0.0679097, 0.159861, 0.411996", \
            "0.0188913, 0.0205019, 0.024893, 0.0368532, 0.0700818, 0.161398, 0.413908", \
            "0.0259256, 0.0274457, 0.0317588, 0.0437783, 0.0768425, 0.168124, 0.418338" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0138586, 0.0128821, 0.0100145, -0.0002968, -0.0333611, -0.126421, -0.381739", \
            "0.0135476, 0.0125443, 0.0096767, -0.0006434, -0.03369, -0.126741, -0.382062", \
            "0.0132454, 0.0121598, 0.0093455, -0.000998, -0.0340141, -0.127059, -0.382331", \
            "0.0131013, 0.011972, 0.0091159, -0.0012602, -0.0342587, -0.127266, -0.382557", \
            "0.0129006, 0.011175, 0.008552, -0.0015233, -0.0344216, -0.127401, -0.382669", \
            "0.0184082, 0.0166129, 0.0119919, -0.0003533, -0.0338483, -0.126542, -0.381809", \
            "0.0241799, 0.0222249, 0.0173193, 0.0046374, -0.0292931, -0.122393, -0.377246" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0170709, 0.018752, 0.0232449, 0.0352649, 0.0683555, 0.160016, 0.412039", \
            "0.016887, 0.0185837, 0.0230913, 0.0351152, 0.0682484, 0.159995, 0.412212", \
            "0.0167176, 0.0184118, 0.0228988, 0.0349792, 0.0684846, 0.160613, 0.413766", \
            "0.0165588, 0.0182505, 0.0226865, 0.0349231, 0.0682218, 0.159888, 0.411893", \
            "0.0170447, 0.0186569, 0.0230914, 0.0351558, 0.06836, 0.160901, 0.414023", \
            "0.01851, 0.0201011, 0.0245066, 0.0367189, 0.0701076, 0.161501, 0.415126", \
            "0.0235818, 0.0250669, 0.0292481, 0.0412075, 0.0745547, 0.166513, 0.418045" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0171888, 0.016113, 0.0131655, 0.0025136, -0.0309332, -0.124253, -0.379659", \
            "0.0169116, 0.0158036, 0.0128974, 0.002246, -0.0311856, -0.124498, -0.379841", \
            "0.0166523, 0.0155367, 0.0125906, 0.001953, -0.0314484, -0.124746, -0.380147", \
            "0.0164238, 0.0152991, 0.0123408, 0.0017675, -0.0316188, -0.124845, -0.380239", \
            "0.0159323, 0.0148112, 0.0121121, 0.0016839, -0.0315353, -0.124778, -0.380191", \
            "0.0215996, 0.020061, 0.0152411, 0.0026209, -0.0307334, -0.123954, -0.379433", \
            "0.026881, 0.0249401, 0.0200458, 0.007259, -0.02695, -0.120231, -0.375553" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0138986, 0.0156803, 0.0204678, 0.0331023, 0.0670005, 0.16017, 0.411817", \
            "0.0137618, 0.0155372, 0.0202978, 0.032928, 0.0668576, 0.159853, 0.411416", \
            "0.0135678, 0.0152953, 0.0199881, 0.0326216, 0.0666632, 0.159551, 0.414317", \
            "0.0134578, 0.0151578, 0.0197764, 0.03229, 0.066659, 0.159029, 0.41403", \
            "0.0143478, 0.015994, 0.0204623, 0.0326521, 0.066299, 0.159746, 0.41192", \
            "0.0170462, 0.0186366, 0.0231014, 0.0352777, 0.0687166, 0.160724, 0.415446", \
            "0.0255346, 0.0270066, 0.0312351, 0.0432386, 0.0766779, 0.167901, 0.420723" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0102773, 0.0091074, 0.0057737, -0.0053582, -0.0389259, -0.132077, -0.387394", \
            "0.0099014, 0.0086226, 0.005361, -0.0057427, -0.0392966, -0.132431, -0.387693", \
            "0.009647, 0.0084249, 0.0050858, -0.0060224, -0.0395391, -0.132682, -0.38801", \
            "0.0099633, 0.0085696, 0.0051905, -0.0059542, -0.0394674, -0.132546, -0.387859", \
            "0.0114728, 0.0097896, 0.0053872, -0.0052448, -0.0386739, -0.131738, -0.387043", \
            "0.0163713, 0.0145765, 0.0099218, -0.0024718, -0.0363442, -0.129133, -0.384456", \
            "0.0250047, 0.022937, 0.0180073, 0.005294, -0.0288109, -0.122145, -0.377238" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.0142737, 0.0160522, 0.0208348, 0.0334812, 0.0677169, 0.159888, 0.41205", \
            "0.0141184, 0.0158923, 0.0206544, 0.0333079, 0.0675422, 0.159554, 0.414501", \
            "0.0138466, 0.0156028, 0.0203327, 0.0329482, 0.067209, 0.160107, 0.412598", \
            "0.0136448, 0.0153752, 0.0199535, 0.0325184, 0.0665471, 0.158652, 0.413746", \
            "0.0141952, 0.0158605, 0.0204036, 0.0326394, 0.0664076, 0.159661, 0.411787", \
            "0.0163187, 0.0179847, 0.0224391, 0.0348092, 0.0685714, 0.160165, 0.413616", \
            "0.023663, 0.0251318, 0.0294289, 0.0413761, 0.0748586, 0.166684, 0.419489" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
          values ( \
            "0.013802, 0.0124778, 0.0092303, -0.001807, -0.0352855, -0.128371, -0.383726", \
            "0.0135387, 0.012227, 0.0089594, -0.0020751, -0.0355484, -0.128603, -0.383929", \
            "0.01333, 0.0120223, 0.0087644, -0.0022899, -0.0357237, -0.128822, -0.384115", \
            "0.0136219, 0.012222, 0.008865, -0.0021802, -0.0356578, -0.128699, -0.383975", \
            "0.0142991, 0.0125725, 0.0092167, -0.0015007, -0.0348809, -0.127935, -0.383235", \
            "0.0201819, 0.0183744, 0.0136475, 0.0011842, -0.0325783, -0.125421, -0.380761", \
            "0.0302192, 0.0281707, 0.0230892, 0.0103312, -0.0237141, -0.116817, -0.372059" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002375;
      rise_capacitance : 0.002473;
      rise_capacitance_range (0.002473, 0.002473);
      fall_capacitance : 0.002276;
      fall_capacitance_range (0.002276, 0.002276);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0040369, -0.004038, -0.0040405, -0.0040341, -0.0040194, -0.0039856, -0.0039074" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052755, 0.0052759, 0.0052769, 0.0052773, 0.0052781, 0.0052799, 0.0052842" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002422;
      rise_capacitance : 0.00256;
      rise_capacitance_range (0.00256, 0.00256);
      fall_capacitance : 0.002284;
      fall_capacitance_range (0.002284, 0.002284);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0048701, -0.0048704, -0.0048711, -0.0048713, -0.0048716, -0.0048726, -0.0048746" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048838, 0.0048852, 0.0048885, 0.0048909, 0.0048966, 0.0049095, 0.0049394" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002438;
      rise_capacitance : 0.002562;
      rise_capacitance_range (0.002562, 0.002562);
      fall_capacitance : 0.002315;
      fall_capacitance_range (0.002315, 0.002315);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042393, -0.0042377, -0.0042338, -0.0042299, -0.0042207, -0.0041995, -0.0041506" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052709, 0.0052706, 0.0052699, 0.0052707, 0.0052726, 0.0052771, 0.0052873" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002362;
      rise_capacitance : 0.002512;
      rise_capacitance_range (0.002512, 0.002512);
      fall_capacitance : 0.002213;
      fall_capacitance_range (0.002213, 0.002213);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044786, -0.00448, -0.0044834, -0.0044826, -0.0044807, -0.0044763, -0.0044663" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044782, 0.0044775, 0.0044758, 0.0044764, 0.0044779, 0.0044814, 0.0044892" \
          );
        }
      }
    }
  }
  cell (scs8hd_a22o_2) {
    area : 10.0096;
    cell_footprint : "a22o";
    cell_leakage_power : 0.0123252;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.001138;
      when : "A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0314711;
      when : "A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0075996;
      when : "A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.012428;
      when : "!A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0124137;
      when : "!A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124842;
      when : "!A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0124297;
      when : "!A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.012446;
      when : "!A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0124316;
      when : "!A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124843;
      when : "!A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0124476;
      when : "!A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0124528;
      when : "A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0124384;
      when : "A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124843;
      when : "A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0124545;
      when : "A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0075997;
      when : "A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0123252;
    }
    pin (X) {
      direction : output;
      function : "(B1&B2) | (A1&A2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.400095;
      max_transition : 1.50624;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0580334, 0.062245, 0.0726401, 0.0988685, 0.173039, 0.398595, 1.08758", \
            "0.0612033, 0.065384, 0.0757916, 0.102018, 0.176255, 0.401822, 1.08856", \
            "0.0690822, 0.0732445, 0.0836635, 0.109822, 0.184217, 0.409455, 1.09729", \
            "0.0844791, 0.0888044, 0.0994275, 0.125761, 0.200008, 0.425645, 1.11192", \
            "0.0982672, 0.103372, 0.115049, 0.142085, 0.216617, 0.442023, 1.12931", \
            "0.0947824, 0.100973, 0.11535, 0.144812, 0.219316, 0.444795, 1.13184", \
            "0.0399265, 0.0470756, 0.0647657, 0.100964, 0.178052, 0.402645, 1.09136" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0148834, 0.0186647, 0.0295217, 0.062829, 0.169354, 0.498731, 1.50457", \
            "0.0148704, 0.0186303, 0.0294782, 0.0628048, 0.169375, 0.498781, 1.50388", \
            "0.0147209, 0.0185426, 0.0294798, 0.0628481, 0.169216, 0.497797, 1.50327", \
            "0.0162587, 0.0198668, 0.0304102, 0.0633099, 0.169347, 0.498952, 1.50108", \
            "0.0200103, 0.0238717, 0.0339582, 0.0650912, 0.169739, 0.498426, 1.50287", \
            "0.0258816, 0.0306197, 0.041388, 0.0700227, 0.170868, 0.498523, 1.50083", \
            "0.0351395, 0.0403071, 0.0536842, 0.0837858, 0.174961, 0.500036, 1.49814" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.100308, 0.104278, 0.114033, 0.135492, 0.181076, 0.289811, 0.596629", \
            "0.104747, 0.108699, 0.118344, 0.139757, 0.185476, 0.294174, 0.601383", \
            "0.115942, 0.119907, 0.129649, 0.150859, 0.19664, 0.30533, 0.612608", \
            "0.141791, 0.145731, 0.155483, 0.176841, 0.222614, 0.33124, 0.638746", \
            "0.19444, 0.198642, 0.208894, 0.231239, 0.278057, 0.387007, 0.694589", \
            "0.282372, 0.287261, 0.299006, 0.324716, 0.377099, 0.490237, 0.798021", \
            "0.4461, 0.451713, 0.465084, 0.49524, 0.556405, 0.67859, 0.989536" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0170415, 0.0197841, 0.0270737, 0.0450119, 0.0889703, 0.216211, 0.623279", \
            "0.0169477, 0.0199488, 0.0272602, 0.0450447, 0.088925, 0.216474, 0.62609", \
            "0.0169939, 0.0199534, 0.0272664, 0.0450056, 0.0889371, 0.216471, 0.626538", \
            "0.0170517, 0.0199381, 0.0272205, 0.0450424, 0.089135, 0.216467, 0.626044", \
            "0.0198361, 0.0228054, 0.0302249, 0.0475494, 0.0911041, 0.217331, 0.626779", \
            "0.0269396, 0.0300951, 0.0381921, 0.0572288, 0.101019, 0.222927, 0.626495", \
            "0.0373345, 0.0406604, 0.0494086, 0.0719912, 0.117892, 0.236223, 0.624926" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0616011, 0.0658065, 0.0762139, 0.102364, 0.176356, 0.401552, 1.08816", \
            "0.0647231, 0.068907, 0.0792965, 0.105476, 0.179471, 0.404567, 1.09281", \
            "0.0718683, 0.0760225, 0.0864372, 0.112578, 0.186725, 0.412026, 1.09878", \
            "0.0851285, 0.089404, 0.100006, 0.126419, 0.200592, 0.426073, 1.112", \
            "0.0971256, 0.102117, 0.113848, 0.140789, 0.21538, 0.440235, 1.12771", \
            "0.0897999, 0.0959296, 0.110115, 0.139495, 0.214016, 0.439409, 1.12874", \
            "0.0230284, 0.0301888, 0.047639, 0.0833749, 0.160502, 0.384977, 1.07096" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0148032, 0.0186583, 0.0295391, 0.062765, 0.169229, 0.498663, 1.50375", \
            "0.0148769, 0.0186132, 0.0295117, 0.0627771, 0.1693, 0.498419, 1.50424", \
            "0.0147215, 0.0185341, 0.0294404, 0.0628539, 0.169202, 0.498637, 1.50282", \
            "0.0157893, 0.0194898, 0.0302996, 0.0632194, 0.169342, 0.498937, 1.49995", \
            "0.0194335, 0.0233146, 0.03337, 0.0648967, 0.169588, 0.49756, 1.50266", \
            "0.0247989, 0.0292881, 0.0402348, 0.0697544, 0.170374, 0.497274, 1.50296", \
            "0.0326294, 0.0384062, 0.0517482, 0.081614, 0.17417, 0.498716, 1.4977" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.109567, 0.11382, 0.123947, 0.145766, 0.191325, 0.29992, 0.607439", \
            "0.114361, 0.118607, 0.128735, 0.150567, 0.196146, 0.304759, 0.612266", \
            "0.126311, 0.130547, 0.140663, 0.162508, 0.208097, 0.316704, 0.623943", \
            "0.153792, 0.158027, 0.168168, 0.189868, 0.235689, 0.344356, 0.651653", \
            "0.212727, 0.2171, 0.227709, 0.250098, 0.296536, 0.405439, 0.711876", \
            "0.314922, 0.320006, 0.332335, 0.358455, 0.410306, 0.523387, 0.83109", \
            "0.502787, 0.50873, 0.523284, 0.553845, 0.615247, 0.737424, 1.04753" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.018414, 0.0212984, 0.0287314, 0.0462398, 0.0900058, 0.216879, 0.626081", \
            "0.0184135, 0.021295, 0.0287296, 0.0462272, 0.0900184, 0.216893, 0.626179", \
            "0.0184193, 0.0212943, 0.0287191, 0.0462781, 0.0900761, 0.217063, 0.627163", \
            "0.0183564, 0.0214557, 0.0290508, 0.0465179, 0.0900372, 0.216374, 0.627145", \
            "0.020624, 0.0235854, 0.0309373, 0.0480082, 0.0913583, 0.216808, 0.62328", \
            "0.0277117, 0.0309247, 0.0391307, 0.0578849, 0.100694, 0.221788, 0.626863", \
            "0.0388071, 0.0423268, 0.0517399, 0.0738091, 0.118354, 0.235246, 0.626983" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0513489, 0.05543, 0.0657492, 0.092199, 0.167137, 0.392945, 1.08139", \
            "0.0546233, 0.0587047, 0.0690227, 0.0954506, 0.170316, 0.39644, 1.08411", \
            "0.0625561, 0.0666181, 0.0768742, 0.103111, 0.178058, 0.40402, 1.09334", \
            "0.0753492, 0.079699, 0.0903346, 0.116953, 0.191695, 0.419689, 1.10253", \
            "0.0848073, 0.0900236, 0.102099, 0.129174, 0.204194, 0.430193, 1.11992", \
            "0.0770342, 0.0833728, 0.098169, 0.128318, 0.202941, 0.428611, 1.11505", \
            "0.0183612, 0.0257452, 0.0441608, 0.082111, 0.160472, 0.38538, 1.07069" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0139155, 0.0176314, 0.0283877, 0.0618398, 0.16831, 0.497024, 1.50404", \
            "0.0139207, 0.0176325, 0.0283827, 0.061822, 0.168448, 0.498454, 1.50349", \
            "0.013856, 0.0176495, 0.0283887, 0.0618799, 0.168375, 0.498733, 1.50414", \
            "0.0160847, 0.0197101, 0.0301302, 0.062718, 0.168591, 0.498466, 1.49933", \
            "0.0203321, 0.0243333, 0.0341201, 0.0647273, 0.168851, 0.497214, 1.49998", \
            "0.0263932, 0.0311802, 0.0423715, 0.0708123, 0.170326, 0.4964, 1.49759", \
            "0.0366937, 0.0421568, 0.0564896, 0.0858455, 0.176161, 0.500052, 1.49645" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.079034, 0.0829375, 0.0924375, 0.112537, 0.155554, 0.261155, 0.567733", \
            "0.0826649, 0.0865553, 0.0960262, 0.116331, 0.159282, 0.264916, 0.571637", \
            "0.0934357, 0.0973531, 0.106786, 0.126981, 0.169952, 0.275606, 0.581902", \
            "0.121136, 0.125005, 0.134317, 0.154425, 0.197426, 0.303125, 0.610026", \
            "0.175128, 0.179535, 0.190021, 0.212079, 0.256294, 0.362683, 0.669789", \
            "0.262979, 0.268104, 0.280607, 0.306673, 0.35678, 0.465589, 0.77281", \
            "0.422265, 0.428185, 0.442518, 0.473487, 0.532862, 0.648942, 0.955582" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0164196, 0.0192909, 0.0263344, 0.0426237, 0.0848663, 0.212825, 0.627079", \
            "0.0164752, 0.0191442, 0.0260827, 0.0426054, 0.0848999, 0.212647, 0.626769", \
            "0.016344, 0.0193069, 0.0262332, 0.0426799, 0.0846849, 0.212739, 0.623156", \
            "0.016481, 0.019361, 0.0262804, 0.0426121, 0.0853505, 0.212863, 0.620413", \
            "0.0217073, 0.0245982, 0.0316827, 0.0477569, 0.0884454, 0.213732, 0.62259", \
            "0.0302787, 0.0334159, 0.0417284, 0.0587407, 0.097881, 0.218529, 0.626192", \
            "0.0423635, 0.0458643, 0.054667, 0.0753535, 0.116296, 0.227912, 0.623963" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0545032, 0.0586077, 0.0689378, 0.0953604, 0.170269, 0.39636, 1.0812", \
            "0.057869, 0.0619534, 0.0722869, 0.0987293, 0.173884, 0.399565, 1.08626", \
            "0.0653121, 0.0693727, 0.0796635, 0.105953, 0.180775, 0.407138, 1.09797", \
            "0.0775865, 0.0818771, 0.0925043, 0.11901, 0.193914, 0.419615, 1.11202", \
            "0.087797, 0.0929419, 0.1048, 0.13214, 0.206989, 0.432707, 1.1175", \
            "0.0815116, 0.0877162, 0.102273, 0.132231, 0.207264, 0.433229, 1.11924", \
            "0.0244348, 0.0317638, 0.0498286, 0.0871, 0.16623, 0.392263, 1.07692" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0138697, 0.017634, 0.0284214, 0.0616995, 0.168534, 0.497539, 1.5035", \
            "0.0139281, 0.0176326, 0.0284007, 0.0618208, 0.168592, 0.497917, 1.50179", \
            "0.0138879, 0.0175748, 0.0284174, 0.0617661, 0.168539, 0.498396, 1.50259", \
            "0.0154861, 0.0191684, 0.0296819, 0.0624069, 0.16836, 0.499824, 1.50624", \
            "0.0193493, 0.0231181, 0.0334603, 0.0642717, 0.16856, 0.497107, 1.49858", \
            "0.0250189, 0.030016, 0.0409182, 0.0699475, 0.169825, 0.496329, 1.49914", \
            "0.0338754, 0.0396831, 0.0544424, 0.0838885, 0.175334, 0.498489, 1.49391" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0866698, 0.0908078, 0.100608, 0.121304, 0.164324, 0.269794, 0.576534", \
            "0.0907183, 0.0948237, 0.104573, 0.125245, 0.168241, 0.273715, 0.580883", \
            "0.101595, 0.105705, 0.1155, 0.136112, 0.179241, 0.284662, 0.591767", \
            "0.129742, 0.133794, 0.143559, 0.164026, 0.207148, 0.312618, 0.619011", \
            "0.187551, 0.192101, 0.202815, 0.225001, 0.269146, 0.374623, 0.681678", \
            "0.281342, 0.286773, 0.299507, 0.326245, 0.375798, 0.48444, 0.791434", \
            "0.448602, 0.454667, 0.469439, 0.501385, 0.561068, 0.676098, 0.982381" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0175791, 0.0206025, 0.0274666, 0.0432345, 0.0852271, 0.212901, 0.626511", \
            "0.0176577, 0.0206282, 0.0274154, 0.0437375, 0.0852548, 0.212752, 0.623101", \
            "0.0175476, 0.020591, 0.0277316, 0.0433914, 0.0849422, 0.212605, 0.623106", \
            "0.0176859, 0.0205205, 0.0275568, 0.0434699, 0.0851608, 0.212593, 0.627698", \
            "0.0221662, 0.025173, 0.0320512, 0.0473507, 0.0874948, 0.213324, 0.620703", \
            "0.0310745, 0.0341553, 0.0427134, 0.0599682, 0.0978539, 0.21716, 0.626746", \
            "0.0428607, 0.0464051, 0.0556732, 0.0761897, 0.115147, 0.226625, 0.624014" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0222057, 0.0242324, 0.0302809, 0.048254, 0.102535, 0.268254, 0.77603", \
            "0.0220549, 0.0240772, 0.0301295, 0.0480941, 0.102415, 0.268151, 0.77276", \
            "0.0218733, 0.0238816, 0.029959, 0.0479483, 0.10233, 0.268001, 0.775853", \
            "0.0220432, 0.024025, 0.029974, 0.0478849, 0.102277, 0.267963, 0.772953", \
            "0.0230557, 0.0249448, 0.0307023, 0.0480788, 0.102271, 0.267802, 0.772977", \
            "0.0255873, 0.0273686, 0.0330506, 0.0505436, 0.104119, 0.269018, 0.777363", \
            "0.0327563, 0.0343323, 0.0398233, 0.0573238, 0.110927, 0.275422, 0.779918" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0180164, 0.0160555, 0.0113974, -0.0031157, -0.0553773, -0.222499, -0.733507", \
            "0.0177345, 0.0158258, 0.0111903, -0.0033738, -0.0556646, -0.222825, -0.733769", \
            "0.0174857, 0.0155372, 0.0108892, -0.0037678, -0.0560274, -0.223178, -0.734138", \
            "0.0171392, 0.0151704, 0.0105527, -0.0041462, -0.056401, -0.223394, -0.734359", \
            "0.0171715, 0.015161, 0.0103302, -0.0044079, -0.0566088, -0.223558, -0.734501", \
            "0.02529, 0.0228609, 0.0162761, -0.0021068, -0.0563484, -0.222828, -0.733834", \
            "0.032517, 0.02988, 0.022725, 0.0035523, -0.0517661, -0.219083, -0.729746" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0229726, 0.0249767, 0.0310245, 0.0489512, 0.103073, 0.268574, 0.772998", \
            "0.0228102, 0.0248333, 0.0308847, 0.0488219, 0.102952, 0.268414, 0.776103", \
            "0.0226138, 0.0246329, 0.0307106, 0.048653, 0.10277, 0.267972, 0.773554", \
            "0.0226568, 0.0246394, 0.0305291, 0.0485201, 0.102771, 0.268293, 0.773313", \
            "0.0234787, 0.0253821, 0.031187, 0.0484583, 0.102669, 0.269142, 0.772784", \
            "0.0252487, 0.0270739, 0.0327728, 0.0503517, 0.103774, 0.268917, 0.773589", \
            "0.030534, 0.0322114, 0.0374965, 0.0550448, 0.108944, 0.272869, 0.777679" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0213329, 0.019348, 0.0145423, -0.0002027, -0.0528492, -0.220289, -0.731468", \
            "0.0210878, 0.0191026, 0.0142968, -0.0004408, -0.0531086, -0.220503, -0.731686", \
            "0.0208305, 0.0188352, 0.0140291, -0.0007009, -0.0533617, -0.220713, -0.73193", \
            "0.0206996, 0.0186552, 0.0138219, -0.000959, -0.0535984, -0.221005, -0.732035", \
            "0.0208656, 0.0187162, 0.0137574, -0.0011514, -0.053663, -0.22105, -0.732077", \
            "0.0281839, 0.0258301, 0.01917, 0.0005373, -0.0532611, -0.220443, -0.731498", \
            "0.0354586, 0.0328279, 0.0263515, 0.006393, -0.0493269, -0.217274, -0.728182" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0199667, 0.02205, 0.0283157, 0.0468419, 0.101879, 0.267727, 0.774483", \
            "0.0198832, 0.0219642, 0.0282364, 0.0467433, 0.101809, 0.26831, 0.774283", \
            "0.0198182, 0.0218728, 0.0280733, 0.04641, 0.101551, 0.267865, 0.77428", \
            "0.0198752, 0.0218791, 0.027864, 0.0460469, 0.101046, 0.26763, 0.773396", \
            "0.0210672, 0.0229709, 0.0288974, 0.0463463, 0.101025, 0.268852, 0.77346", \
            "0.023807, 0.0255953, 0.0312445, 0.0488516, 0.102671, 0.26845, 0.774874", \
            "0.0325899, 0.0341015, 0.0393832, 0.0565561, 0.11013, 0.274956, 0.778144" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0146217, 0.0125935, 0.0077161, -0.0075911, -0.0608508, -0.228159, -0.739183", \
            "0.0142374, 0.0122435, 0.0072972, -0.0079337, -0.0611284, -0.228451, -0.739434", \
            "0.0138693, 0.0119436, 0.0069819, -0.0083188, -0.0614412, -0.228805, -0.739802", \
            "0.0143708, 0.0123652, 0.0072816, -0.0081899, -0.0614696, -0.228792, -0.739745", \
            "0.0149958, 0.0128057, 0.0074167, -0.0078633, -0.0609655, -0.228231, -0.739213", \
            "0.0238558, 0.0213728, 0.014649, -0.0039579, -0.0587991, -0.225687, -0.736737", \
            "0.0346114, 0.0318722, 0.0244746, 0.004974, -0.0506847, -0.21841, -0.729101" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0203914, 0.0224481, 0.0286807, 0.0471787, 0.102264, 0.268321, 0.777705", \
            "0.0202484, 0.0223214, 0.0285791, 0.0471005, 0.102096, 0.26845, 0.774604", \
            "0.0201241, 0.0221759, 0.0284004, 0.0467715, 0.101817, 0.268457, 0.774413", \
            "0.0199906, 0.021998, 0.0280439, 0.0463459, 0.101373, 0.269083, 0.774251", \
            "0.0208124, 0.0227189, 0.0286055, 0.0463106, 0.100939, 0.268602, 0.773905", \
            "0.0231564, 0.0249566, 0.0306914, 0.0484132, 0.102352, 0.268397, 0.774554", \
            "0.0305859, 0.0321658, 0.0376134, 0.0549635, 0.109029, 0.274204, 0.777719" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0181365, 0.0162185, 0.0110957, -0.0041451, -0.0572898, -0.224603, -0.735477", \
            "0.0179371, 0.0159254, 0.010907, -0.0043516, -0.0574923, -0.224711, -0.735737", \
            "0.0176492, 0.0156998, 0.010659, -0.004605, -0.0577681, -0.224989, -0.735959", \
            "0.0180752, 0.0160152, 0.0109097, -0.0045003, -0.0575949, -0.225029, -0.735904", \
            "0.0189287, 0.0167952, 0.0114361, -0.0040176, -0.0571567, -0.224329, -0.735274", \
            "0.0278464, 0.0253378, 0.0185263, -0.000178, -0.054811, -0.221989, -0.732977", \
            "0.0375213, 0.0348542, 0.0274775, 0.0080292, -0.0476253, -0.215671, -0.726308" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002365;
      rise_capacitance : 0.002469;
      rise_capacitance_range (0.002469, 0.002469);
      fall_capacitance : 0.002261;
      fall_capacitance_range (0.002261, 0.002261);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0041033, -0.0041054, -0.0041102, -0.0041055, -0.0040947, -0.0040696, -0.0040118" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053017, 0.005303, 0.0053058, 0.0053078, 0.0053127, 0.0053239, 0.0053496" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002402;
      rise_capacitance : 0.002544;
      rise_capacitance_range (0.002544, 0.002544);
      fall_capacitance : 0.00226;
      fall_capacitance_range (0.00226, 0.00226);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0048427, -0.0048416, -0.0048389, -0.0048389, -0.0048391, -0.0048392, -0.0048395" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048776, 0.0048706, 0.0048547, 0.004856, 0.0048594, 0.0048672, 0.0048851" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002423;
      rise_capacitance : 0.002556;
      rise_capacitance_range (0.002556, 0.002556);
      fall_capacitance : 0.002289;
      fall_capacitance_range (0.002289, 0.002289);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042814, -0.0042819, -0.0042829, -0.0042771, -0.0042636, -0.0042328, -0.0041615" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053097, 0.005311, 0.0053139, 0.0053143, 0.0053154, 0.0053181, 0.0053242" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002362;
      rise_capacitance : 0.002518;
      rise_capacitance_range (0.002518, 0.002518);
      fall_capacitance : 0.002206;
      fall_capacitance_range (0.002206, 0.002206);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045213, -0.0045221, -0.0045239, -0.0045235, -0.0045224, -0.0045201, -0.0045146" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045171, 0.0045161, 0.0045136, 0.0045135, 0.0045134, 0.0045131, 0.0045125" \
          );
        }
      }
    }
  }
  cell (scs8hd_a22o_4) {
    area : 17.5168;
    cell_footprint : "a22o";
    cell_leakage_power : 0.0344413;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0249451;
      when : "A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0143784;
      when : "A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0017799;
      when : "A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.025241;
      when : "A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0146818;
      when : "A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0591445;
      when : "!A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0591236;
      when : "!A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0249393;
      when : "!A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0714705;
      when : "!A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0249722;
      when : "!A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0591396;
      when : "!A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0249394;
      when : "!A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0249672;
      when : "!A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0249665;
      when : "A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0714328;
      when : "A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0249395;
      when : "A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0344413;
    }
    pin (X) {
      direction : output;
      function : "(B1&B2) | (A1&A2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.729685;
      max_transition : 1.50635;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0528303, 0.055607, 0.063576, 0.0854676, 0.150862, 0.365388, 1.08788", \
            "0.0558287, 0.0586073, 0.0665624, 0.0884438, 0.154024, 0.369429, 1.08874", \
            "0.0633692, 0.0661252, 0.0740311, 0.095701, 0.16129, 0.375908, 1.09579", \
            "0.0759414, 0.0787803, 0.0867703, 0.108626, 0.174023, 0.388844, 1.10825", \
            "0.0834867, 0.0867602, 0.0954848, 0.117661, 0.182971, 0.397917, 1.11779", \
            "0.0675421, 0.071449, 0.082069, 0.106707, 0.172011, 0.386087, 1.10965", \
            "-0.0147419, -0.0103569, 0.0025196, 0.03263, 0.10101, 0.314493, 1.03434" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0142702, 0.0167821, 0.0247501, 0.0507244, 0.141216, 0.451793, 1.50162", \
            "0.014214, 0.0166752, 0.0246537, 0.0506254, 0.141348, 0.452643, 1.50113", \
            "0.0140619, 0.0166299, 0.0245069, 0.0505943, 0.141437, 0.45248, 1.49981", \
            "0.0153624, 0.017808, 0.0255114, 0.0511926, 0.141539, 0.452467, 1.49846", \
            "0.0189508, 0.0214003, 0.0287136, 0.0528209, 0.142232, 0.45264, 1.49989", \
            "0.0242922, 0.0275065, 0.0353389, 0.057995, 0.143073, 0.45388, 1.49987", \
            "0.0329027, 0.0362299, 0.04681, 0.0704469, 0.147729, 0.453941, 1.49456" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.103719, 0.106236, 0.113419, 0.131299, 0.172265, 0.275076, 0.586904", \
            "0.108438, 0.110958, 0.118117, 0.135932, 0.176991, 0.279839, 0.591719", \
            "0.120543, 0.123067, 0.130181, 0.147918, 0.188957, 0.291765, 0.603787", \
            "0.147961, 0.150459, 0.157614, 0.175357, 0.216434, 0.319277, 0.631482", \
            "0.204829, 0.20749, 0.214915, 0.233392, 0.27521, 0.378603, 0.691001", \
            "0.30293, 0.305995, 0.31441, 0.335138, 0.382447, 0.490883, 0.802978", \
            "0.488266, 0.491664, 0.501282, 0.525482, 0.58043, 0.699424, 1.01535" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0173122, 0.0190361, 0.0242524, 0.0384836, 0.0770772, 0.193678, 0.602357", \
            "0.0173091, 0.0191155, 0.0242126, 0.0385446, 0.0768388, 0.193539, 0.604836", \
            "0.0173789, 0.0191841, 0.024436, 0.0384358, 0.0767737, 0.193836, 0.605531", \
            "0.0173485, 0.0191207, 0.0244367, 0.0383956, 0.0768123, 0.193601, 0.607226", \
            "0.0198369, 0.0216769, 0.0270047, 0.0409346, 0.0785383, 0.194126, 0.60685", \
            "0.027273, 0.0290291, 0.0344815, 0.050412, 0.0875641, 0.200385, 0.605693", \
            "0.0389036, 0.0411348, 0.0466449, 0.0638587, 0.105484, 0.215462, 0.60695" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0566891, 0.0595137, 0.0674717, 0.0893274, 0.154932, 0.369354, 1.08883", \
            "0.0598836, 0.0626567, 0.0706315, 0.0925061, 0.158036, 0.372633, 1.09151", \
            "0.0671438, 0.0699149, 0.0778241, 0.0995913, 0.165113, 0.379453, 1.09962", \
            "0.0797131, 0.0825557, 0.0906875, 0.112463, 0.177807, 0.39313, 1.11247", \
            "0.089698, 0.0929198, 0.101731, 0.124138, 0.189349, 0.405018, 1.12429", \
            "0.0787861, 0.0826903, 0.0933001, 0.118006, 0.183416, 0.398344, 1.11782", \
            "0.0060662, 0.0105012, 0.023297, 0.0538249, 0.123083, 0.337587, 1.0591" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0142468, 0.0167965, 0.0246822, 0.050566, 0.141512, 0.451897, 1.50068", \
            "0.0142903, 0.016762, 0.024667, 0.050715, 0.14138, 0.452456, 1.49731", \
            "0.0141546, 0.016675, 0.0245877, 0.0506374, 0.141091, 0.452174, 1.50111", \
            "0.0152609, 0.0176417, 0.0254818, 0.0510479, 0.141484, 0.452682, 1.5004", \
            "0.0183491, 0.0208793, 0.028471, 0.052722, 0.141685, 0.452125, 1.50081", \
            "0.0236064, 0.0265675, 0.034819, 0.0578768, 0.143097, 0.451748, 1.49972", \
            "0.0312585, 0.0347598, 0.045301, 0.0702494, 0.14788, 0.454566, 1.49617" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.109936, 0.112568, 0.120031, 0.138237, 0.17881, 0.280417, 0.59244", \
            "0.11489, 0.117522, 0.12498, 0.143137, 0.183759, 0.285497, 0.597535", \
            "0.127319, 0.129956, 0.137388, 0.155531, 0.196156, 0.297898, 0.609728", \
            "0.15504, 0.157667, 0.165149, 0.183252, 0.223997, 0.325634, 0.637722", \
            "0.213642, 0.216433, 0.224131, 0.242813, 0.284213, 0.385977, 0.69754", \
            "0.314012, 0.317219, 0.325936, 0.34756, 0.394327, 0.501083, 0.813562", \
            "0.499272, 0.502931, 0.513209, 0.53835, 0.593747, 0.710619, 1.02592" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0179942, 0.0198097, 0.0250892, 0.0392562, 0.076383, 0.192043, 0.606515", \
            "0.018045, 0.0199255, 0.0253752, 0.0389137, 0.0759525, 0.192028, 0.606299", \
            "0.0180542, 0.0198008, 0.0253863, 0.0390735, 0.075889, 0.192087, 0.606053", \
            "0.0180091, 0.0198295, 0.0251698, 0.0389292, 0.0761624, 0.192318, 0.606969", \
            "0.0203204, 0.0221895, 0.0273733, 0.041056, 0.0774975, 0.192377, 0.60354", \
            "0.0276324, 0.0295919, 0.035305, 0.0503546, 0.0868018, 0.197724, 0.607132", \
            "0.0392805, 0.0412844, 0.0474713, 0.0643651, 0.106065, 0.212937, 0.60484" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0455094, 0.0481331, 0.0556905, 0.0767858, 0.141042, 0.355508, 1.07415", \
            "0.0485814, 0.0512054, 0.0587299, 0.0797692, 0.144368, 0.357857, 1.07818", \
            "0.055861, 0.058414, 0.0659587, 0.0869505, 0.151531, 0.367964, 1.08489", \
            "0.0646395, 0.0674483, 0.0752158, 0.0965097, 0.161115, 0.376087, 1.10521", \
            "0.0655865, 0.0689371, 0.0778943, 0.0998488, 0.164549, 0.379468, 1.09968", \
            "0.0403667, 0.0443862, 0.0554265, 0.0804099, 0.145622, 0.359044, 1.0789", \
            "-0.0561143, -0.0516412, -0.0383838, -0.0061131, 0.0632695, 0.277488, 0.995989" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0131453, 0.0155464, 0.0234213, 0.0494181, 0.140603, 0.452621, 1.50635", \
            "0.0130992, 0.0155817, 0.023418, 0.0494395, 0.140557, 0.453901, 1.49919", \
            "0.0133698, 0.0158459, 0.0235875, 0.0494622, 0.14066, 0.452168, 1.50051", \
            "0.0153218, 0.0176541, 0.0251261, 0.0506095, 0.140879, 0.453274, 1.50038", \
            "0.0196227, 0.0222557, 0.0294041, 0.0527026, 0.141376, 0.450905, 1.50505", \
            "0.0258803, 0.0288917, 0.0372829, 0.0593881, 0.142739, 0.452329, 1.49938", \
            "0.0366393, 0.039924, 0.0505449, 0.0763822, 0.150508, 0.45368, 1.4956" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0865833, 0.0891714, 0.0964394, 0.114171, 0.153531, 0.253548, 0.564488", \
            "0.0900522, 0.0925985, 0.099851, 0.117493, 0.15702, 0.256886, 0.568003", \
            "0.101122, 0.103672, 0.110897, 0.128561, 0.168004, 0.268041, 0.578577", \
            "0.130082, 0.132646, 0.139857, 0.157399, 0.196866, 0.296798, 0.607906", \
            "0.191964, 0.19476, 0.202513, 0.221279, 0.261577, 0.362087, 0.673394", \
            "0.29771, 0.30096, 0.309945, 0.331878, 0.377884, 0.48198, 0.793657", \
            "0.495097, 0.498566, 0.508948, 0.534272, 0.589133, 0.699812, 1.01181" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0182006, 0.0199491, 0.0248808, 0.0384477, 0.0746275, 0.190526, 0.605032", \
            "0.0181334, 0.0198988, 0.0251418, 0.0383939, 0.0743586, 0.190516, 0.606221", \
            "0.0182107, 0.019814, 0.0251667, 0.0382565, 0.0742567, 0.190426, 0.605676", \
            "0.0181499, 0.0199269, 0.024954, 0.0382615, 0.0742201, 0.190269, 0.605925", \
            "0.0229435, 0.0246265, 0.0296863, 0.042666, 0.0773215, 0.191456, 0.606392", \
            "0.0326693, 0.0345091, 0.0400817, 0.0544205, 0.0881259, 0.196123, 0.603754", \
            "0.0452227, 0.0472723, 0.0531888, 0.0693559, 0.105855, 0.207181, 0.60411" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.049282, 0.0518733, 0.059457, 0.0804936, 0.144834, 0.359064, 1.08003", \
            "0.0524812, 0.055092, 0.0626635, 0.0837007, 0.147799, 0.362148, 1.08131", \
            "0.0592082, 0.0618046, 0.0693259, 0.0902532, 0.154545, 0.368155, 1.10053", \
            "0.0682775, 0.0710358, 0.0789605, 0.100291, 0.164934, 0.380339, 1.10955", \
            "0.0710911, 0.0744359, 0.0833889, 0.105655, 0.170232, 0.384048, 1.10766", \
            "0.049507, 0.0535296, 0.064558, 0.0900206, 0.155414, 0.369998, 1.09241", \
            "-0.0395663, -0.0350174, -0.0215929, 0.0107746, 0.0814687, 0.295408, 1.01313" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0131126, 0.0156137, 0.0233921, 0.0493786, 0.140221, 0.452612, 1.50464", \
            "0.0131522, 0.0155562, 0.0234232, 0.0494109, 0.140597, 0.452564, 1.50359", \
            "0.0132544, 0.0156713, 0.02348, 0.0493645, 0.140586, 0.452522, 1.50346", \
            "0.0151678, 0.0175432, 0.0250536, 0.0503069, 0.140494, 0.452146, 1.50303", \
            "0.0191911, 0.02151, 0.0290655, 0.0525109, 0.141238, 0.451904, 1.5042", \
            "0.0247708, 0.0278981, 0.0363874, 0.0590784, 0.142835, 0.452484, 1.49817", \
            "0.0342817, 0.0378103, 0.0488731, 0.0738937, 0.150531, 0.454577, 1.49861" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0878249, 0.0904453, 0.0978143, 0.115445, 0.153944, 0.252341, 0.563761", \
            "0.091553, 0.0941612, 0.101548, 0.119139, 0.157589, 0.256116, 0.567519", \
            "0.102725, 0.105341, 0.112717, 0.130299, 0.168752, 0.267213, 0.578573", \
            "0.131568, 0.134194, 0.141472, 0.15895, 0.197406, 0.295993, 0.606737", \
            "0.193247, 0.196113, 0.204019, 0.222777, 0.261922, 0.361009, 0.671695", \
            "0.298052, 0.301431, 0.310692, 0.333025, 0.378372, 0.479984, 0.791266", \
            "0.491263, 0.495064, 0.505721, 0.531922, 0.586486, 0.694664, 1.00596" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.017913, 0.019548, 0.0247527, 0.0374784, 0.072311, 0.189042, 0.60718", \
            "0.0178365, 0.0195517, 0.0246582, 0.0377021, 0.0725051, 0.188864, 0.602904", \
            "0.0179045, 0.0195475, 0.0246948, 0.0376119, 0.0722967, 0.188797, 0.60569", \
            "0.0178251, 0.0196192, 0.0247198, 0.0380006, 0.0723739, 0.188499, 0.60759", \
            "0.0221797, 0.0239465, 0.0291866, 0.0415527, 0.075147, 0.189102, 0.607609", \
            "0.0313521, 0.0333319, 0.0391837, 0.0532061, 0.0852921, 0.193487, 0.606732", \
            "0.0434372, 0.0454133, 0.051879, 0.0688042, 0.103175, 0.202319, 0.604111" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0396869, 0.0420204, 0.0501421, 0.0767064, 0.163391, 0.450131, 1.41485", \
            "0.0394019, 0.0417807, 0.0498555, 0.0764119, 0.16311, 0.450281, 1.41496", \
            "0.0392217, 0.0416057, 0.0496316, 0.0760841, 0.162591, 0.449989, 1.41332", \
            "0.0392847, 0.0416273, 0.049481, 0.0754812, 0.16165, 0.449574, 1.41294", \
            "0.0412877, 0.0435134, 0.050945, 0.075511, 0.161586, 0.449081, 1.41502", \
            "0.0456737, 0.0478617, 0.0549226, 0.0800024, 0.164413, 0.451925, 1.41578", \
            "0.0581091, 0.0597835, 0.0666554, 0.0906082, 0.175418, 0.45969, 1.42063" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0356541, 0.0330662, 0.0258552, 0.0054304, -0.0738726, -0.361504, -1.33665", \
            "0.0351241, 0.0327145, 0.0253727, 0.005003, -0.0743383, -0.362035, -1.3372", \
            "0.0345862, 0.0322378, 0.0248933, 0.0043465, -0.0749655, -0.362374, -1.33762", \
            "0.0342786, 0.0318558, 0.0244505, 0.0038178, -0.0754076, -0.362775, -1.33799", \
            "0.034843, 0.0322997, 0.0245361, 0.003366, -0.0759201, -0.36328, -1.33833", \
            "0.0469143, 0.0440325, 0.0350708, 0.008314, -0.0765314, -0.362834, -1.33766", \
            "0.0615041, 0.0583393, 0.0485442, 0.0203794, -0.0673208, -0.357194, -1.33147" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0414727, 0.0438989, 0.0519031, 0.0785302, 0.164952, 0.452435, 1.4152", \
            "0.0410983, 0.0435152, 0.0515926, 0.0781193, 0.164641, 0.452033, 1.41553", \
            "0.0408068, 0.0431909, 0.0512528, 0.0777404, 0.164221, 0.451679, 1.41567", \
            "0.0407175, 0.0430766, 0.0509946, 0.0771993, 0.163617, 0.450558, 1.41622", \
            "0.0424616, 0.0446423, 0.0522298, 0.0769867, 0.1631, 0.450744, 1.4157", \
            "0.046282, 0.0484793, 0.0556005, 0.0804762, 0.16499, 0.451956, 1.41708", \
            "0.057046, 0.0588057, 0.0657181, 0.0902955, 0.174997, 0.459952, 1.42102" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0440699, 0.0415293, 0.034129, 0.0136525, -0.0656807, -0.353428, -1.32839", \
            "0.0438196, 0.0414182, 0.0339419, 0.0133139, -0.0659266, -0.353652, -1.32871", \
            "0.0433953, 0.0408375, 0.0333437, 0.0128176, -0.066382, -0.354027, -1.32914", \
            "0.043031, 0.040424, 0.0330824, 0.0124662, -0.0668427, -0.354425, -1.32941", \
            "0.0436107, 0.0410451, 0.0331124, 0.0119228, -0.0673469, -0.354764, -1.32971", \
            "0.0556329, 0.0527005, 0.0435681, 0.0168274, -0.067712, -0.354315, -1.32905", \
            "0.0697799, 0.0665936, 0.0567644, 0.0281768, -0.0592066, -0.348572, -1.32258" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.033838, 0.0361871, 0.0441733, 0.070365, 0.156105, 0.442733, 1.4147", \
            "0.0336732, 0.036056, 0.0439589, 0.0700946, 0.155817, 0.442671, 1.4016", \
            "0.0335005, 0.035735, 0.043645, 0.0695529, 0.155374, 0.440694, 1.40075", \
            "0.0335102, 0.035856, 0.0435848, 0.0689706, 0.154717, 0.442529, 1.40139", \
            "0.0353748, 0.0375415, 0.0450529, 0.0696482, 0.154855, 0.441545, 1.40803", \
            "0.0409765, 0.0429385, 0.0501045, 0.0746379, 0.158563, 0.444944, 1.40913", \
            "0.0555914, 0.0570196, 0.0634957, 0.0881038, 0.171347, 0.455391, 1.41638" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0285719, 0.0261614, 0.0183899, -0.0031126, -0.0836561, -0.37175, -1.34668", \
            "0.0281317, 0.0255566, 0.0179282, -0.003966, -0.0845289, -0.372544, -1.34754", \
            "0.0275923, 0.025002, 0.0173788, -0.0044516, -0.0848557, -0.372995, -1.34804", \
            "0.0279197, 0.0253119, 0.017433, -0.0044847, -0.0850924, -0.373089, -1.34815", \
            "0.0301482, 0.0274409, 0.0191201, -0.003607, -0.084429, -0.372148, -1.34716", \
            "0.0452337, 0.0421238, 0.0326141, 0.0057631, -0.0805353, -0.367853, -1.34272", \
            "0.0625805, 0.0590617, 0.0487347, 0.0193512, -0.0686989, -0.357693, -1.3322" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0356124, 0.0379599, 0.0459439, 0.0720966, 0.157403, 0.443639, 1.40971", \
            "0.0353978, 0.0377363, 0.0457326, 0.071838, 0.157331, 0.44353, 1.40889", \
            "0.0350584, 0.0373388, 0.0452905, 0.0712816, 0.156915, 0.441529, 1.40575", \
            "0.0347956, 0.0370745, 0.044856, 0.0705177, 0.156208, 0.443138, 1.40436", \
            "0.0364838, 0.0386448, 0.0461428, 0.0709474, 0.156559, 0.442605, 1.408", \
            "0.0409044, 0.0429648, 0.0501883, 0.0753597, 0.159718, 0.446534, 1.40909", \
            "0.0561481, 0.057775, 0.0643515, 0.088698, 0.173082, 0.457072, 1.41573" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0367514, 0.0343106, 0.0266382, 0.0051041, -0.0757266, -0.363843, -1.33873", \
            "0.036141, 0.0336859, 0.0260058, 0.0044739, -0.0763509, -0.364529, -1.33952", \
            "0.0357521, 0.0332674, 0.0255964, 0.003915, -0.0768286, -0.364823, -1.33977", \
            "0.0363922, 0.033874, 0.0262616, 0.0041857, -0.0768804, -0.364989, -1.33982", \
            "0.0382823, 0.0356401, 0.0275079, 0.0049098, -0.0760198, -0.363908, -1.33892", \
            "0.0530232, 0.050043, 0.0407507, 0.0135448, -0.071665, -0.359281, -1.33426", \
            "0.0747765, 0.0714631, 0.0608779, 0.031318, -0.056137, -0.345554, -1.3197" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004379;
      rise_capacitance : 0.004582;
      rise_capacitance_range (0.004582, 0.004582);
      fall_capacitance : 0.004177;
      fall_capacitance_range (0.004177, 0.004177);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0072174, -0.0072175, -0.0072174, -0.0072039, -0.0071725, -0.0071003, -0.0069338" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0098553, 0.0098527, 0.009847, 0.0098507, 0.009859, 0.0098785, 0.0099233" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004805;
      rise_capacitance : 0.005044;
      rise_capacitance_range (0.005044, 0.005044);
      fall_capacitance : 0.004568;
      fall_capacitance_range (0.004568, 0.004568);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0091056, -0.0091006, -0.0090889, -0.0090901, -0.0090926, -0.0090985, -0.009112" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0091017, 0.0091051, 0.009113, 0.0091103, 0.0091041, 0.0090899, 0.0090573" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00443;
      rise_capacitance : 0.00471;
      rise_capacitance_range (0.00471, 0.00471);
      fall_capacitance : 0.00415;
      fall_capacitance_range (0.00415, 0.00415);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0073992, -0.0074057, -0.0074203, -0.00741, -0.0073859, -0.0073306, -0.0072028" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.00996, 0.0099593, 0.0099579, 0.0099581, 0.0099586, 0.0099598, 0.0099626" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004953;
      rise_capacitance : 0.005281;
      rise_capacitance_range (0.005281, 0.005281);
      fall_capacitance : 0.004625;
      fall_capacitance_range (0.004625, 0.004625);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0095581, -0.0095552, -0.0095485, -0.0095462, -0.0095409, -0.0095287, -0.0095002" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0095787, 0.0095725, 0.0095582, 0.009557, 0.0095541, 0.0095477, 0.0095328" \
          );
        }
      }
    }
  }
  cell (scs8hd_a22oi_1) {
    area : 7.5072;
    cell_footprint : "a22oi";
    cell_leakage_power : 0.00484999;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 2.68394e-05;
      when : "!A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 1.24552e-05;
      when : "!A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124299;
      when : "!A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 2.8499e-05;
      when : "!A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 4.17732e-05;
      when : "!A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 2.73892e-05;
      when : "!A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124299;
      when : "!A1&A2&B1&B2";
    }
    leakage_power () {
      value : 4.34322e-05;
      when : "!A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 4.47607e-05;
      when : "A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 3.03774e-05;
      when : "A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124299;
      when : "A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 4.64211e-05;
      when : "A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0075502;
      when : "A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.001089;
      when : "A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0238188;
      when : "A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0075502;
      when : "A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.00484999;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1) | (!A1&!B2) | (!A2&!B1) | (!A2&!B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.119944;
      max_transition : 1.49918;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0572326, 0.0640058, 0.0808613, 0.120812, 0.220043, 0.466137, 1.07843", \
            "0.0613605, 0.0681743, 0.08467, 0.125844, 0.22499, 0.471486, 1.08408", \
            "0.072552, 0.0791975, 0.0956758, 0.136136, 0.236342, 0.483111, 1.10383", \
            "0.0965118, 0.103625, 0.120374, 0.160785, 0.26147, 0.511216, 1.12759", \
            "0.135541, 0.145396, 0.168554, 0.216728, 0.317676, 0.564407, 1.18544", \
            "0.199786, 0.214833, 0.24733, 0.314348, 0.445073, 0.697523, 1.31372", \
            "0.339628, 0.35852, 0.401658, 0.491578, 0.665991, 0.987597, 1.62293" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0516576, 0.0604561, 0.0829248, 0.13898, 0.276082, 0.61849, 1.47305", \
            "0.0517014, 0.0604405, 0.0826447, 0.138107, 0.27559, 0.617459, 1.47123", \
            "0.0519179, 0.0606258, 0.0826961, 0.137863, 0.276061, 0.618114, 1.47813", \
            "0.0575799, 0.0652889, 0.0855361, 0.138517, 0.276516, 0.621959, 1.47644", \
            "0.0817976, 0.0892562, 0.108798, 0.153671, 0.279196, 0.618236, 1.47943", \
            "0.126829, 0.135958, 0.158314, 0.208703, 0.32488, 0.631341, 1.4737", \
            "0.201421, 0.212071, 0.239103, 0.304036, 0.440914, 0.729524, 1.49918" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0229634, 0.0256915, 0.0322977, 0.0480008, 0.0856994, 0.178022, 0.407197", \
            "0.0262213, 0.0289379, 0.0354662, 0.0510517, 0.088704, 0.181108, 0.410215", \
            "0.033503, 0.0366335, 0.0435028, 0.0587764, 0.096279, 0.188783, 0.41779", \
            "0.0401294, 0.0446514, 0.0546693, 0.0753188, 0.114368, 0.206269, 0.435172", \
            "0.040159, 0.0465622, 0.0608797, 0.0908807, 0.147499, 0.249889, 0.477856", \
            "0.018213, 0.0270089, 0.0474742, 0.0904241, 0.173327, 0.321482, 0.577394", \
            "-0.0645355, -0.0513382, -0.0217837, 0.0403029, 0.157771, 0.373866, 0.745257" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0213993, 0.0245602, 0.032466, 0.052202, 0.101339, 0.223408, 0.529144", \
            "0.0212673, 0.0243763, 0.0321557, 0.0519188, 0.101283, 0.223334, 0.529456", \
            "0.0267958, 0.0291343, 0.0354402, 0.0531238, 0.101142, 0.223818, 0.528563", \
            "0.0395062, 0.0429004, 0.05112, 0.0668741, 0.107302, 0.223972, 0.529989", \
            "0.0614695, 0.0662577, 0.0769192, 0.0996094, 0.143876, 0.240921, 0.528885", \
            "0.0995199, 0.106604, 0.122084, 0.154144, 0.216858, 0.329273, 0.570198", \
            "0.170402, 0.182138, 0.20355, 0.250323, 0.339103, 0.496637, 0.77401" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0651753, 0.0714108, 0.0869272, 0.12513, 0.219503, 0.453706, 1.03734", \
            "0.0695582, 0.0760626, 0.0915896, 0.130023, 0.224901, 0.460498, 1.0424", \
            "0.081046, 0.0872702, 0.10285, 0.141316, 0.236023, 0.470747, 1.06286", \
            "0.106117, 0.112538, 0.128113, 0.166663, 0.261351, 0.496276, 1.08023", \
            "0.14998, 0.158778, 0.17922, 0.223875, 0.319094, 0.554092, 1.14381", \
            "0.223375, 0.236086, 0.265251, 0.326532, 0.445556, 0.688641, 1.27523", \
            "0.374891, 0.391272, 0.429137, 0.511237, 0.675048, 0.986022, 1.58957" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0581576, 0.0667595, 0.0879318, 0.140337, 0.271386, 0.59876, 1.41189", \
            "0.0582482, 0.0666482, 0.0876813, 0.140256, 0.271752, 0.599658, 1.41192", \
            "0.0582412, 0.066713, 0.0879611, 0.140764, 0.271185, 0.597224, 1.41511", \
            "0.06234, 0.0700602, 0.0897077, 0.140569, 0.272257, 0.597432, 1.41013", \
            "0.0848519, 0.0923656, 0.110332, 0.154678, 0.274707, 0.597243, 1.4178", \
            "0.129752, 0.138486, 0.160181, 0.208569, 0.31551, 0.6121, 1.41344", \
            "0.200104, 0.210734, 0.2386, 0.301455, 0.434067, 0.711703, 1.43893" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0262455, 0.0290048, 0.0356098, 0.0512443, 0.0889322, 0.181244, 0.410481", \
            "0.0295563, 0.0322881, 0.0388515, 0.0545414, 0.0921884, 0.184621, 0.414078", \
            "0.0364968, 0.0395495, 0.0464953, 0.0621741, 0.0998751, 0.192455, 0.421375", \
            "0.0438741, 0.0480726, 0.0575537, 0.0773275, 0.117391, 0.210417, 0.439867", \
            "0.0447648, 0.0508231, 0.0645993, 0.0932939, 0.14804, 0.250464, 0.481437", \
            "0.0236944, 0.0324329, 0.0521195, 0.0942479, 0.174333, 0.317526, 0.574542", \
            "-0.0562874, -0.043948, -0.015135, 0.045669, 0.162036, 0.37105, 0.729533" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0212368, 0.0244856, 0.0324331, 0.0519923, 0.101253, 0.224198, 0.530391", \
            "0.02107, 0.0242037, 0.0321467, 0.0519742, 0.101003, 0.223461, 0.528534", \
            "0.0250016, 0.027551, 0.0343816, 0.0525515, 0.101068, 0.223735, 0.52951", \
            "0.036506, 0.039391, 0.0466233, 0.062645, 0.105164, 0.223087, 0.52915", \
            "0.0562677, 0.0602771, 0.0699591, 0.0898476, 0.133197, 0.236024, 0.529", \
            "0.0912453, 0.0970474, 0.110071, 0.138342, 0.193517, 0.302816, 0.559206", \
            "0.154524, 0.163931, 0.183137, 0.222602, 0.29976, 0.444601, 0.711664" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0394918, 0.0461351, 0.0619892, 0.101058, 0.196632, 0.429895, 1.02098", \
            "0.0429703, 0.049404, 0.0653186, 0.104625, 0.199409, 0.438882, 1.0327", \
            "0.0541388, 0.0605092, 0.0760673, 0.114855, 0.210809, 0.445667, 1.03028", \
            "0.0792824, 0.0871726, 0.104058, 0.141467, 0.237063, 0.474355, 1.0617", \
            "0.119345, 0.130676, 0.155546, 0.205723, 0.300505, 0.535056, 1.12209", \
            "0.191347, 0.206551, 0.240969, 0.31173, 0.444673, 0.683744, 1.26444", \
            "0.335325, 0.355043, 0.399585, 0.493868, 0.681219, 1.01596, 1.61442" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0416815, 0.0505374, 0.0724372, 0.127456, 0.264298, 0.601288, 1.45018", \
            "0.041695, 0.0505539, 0.0725593, 0.127315, 0.262892, 0.603096, 1.44921", \
            "0.0431865, 0.0511905, 0.0722427, 0.126749, 0.263943, 0.600232, 1.44371", \
            "0.0570755, 0.0634797, 0.0805681, 0.128733, 0.263516, 0.603448, 1.44668", \
            "0.0809194, 0.0907246, 0.112167, 0.155514, 0.270561, 0.602411, 1.44491", \
            "0.119591, 0.13235, 0.16148, 0.22192, 0.335868, 0.620519, 1.44512", \
            "0.187631, 0.205681, 0.243946, 0.324697, 0.488524, 0.774075, 1.47862" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0186105, 0.0211253, 0.0273053, 0.0424254, 0.0798196, 0.17246, 0.404294", \
            "0.0217756, 0.0243111, 0.0305157, 0.045613, 0.0830757, 0.176015, 0.405615", \
            "0.0266237, 0.0301641, 0.0378236, 0.0534271, 0.0907611, 0.183823, 0.414758", \
            "0.028857, 0.0340266, 0.0452156, 0.0677166, 0.109042, 0.201442, 0.431713", \
            "0.0222353, 0.0296865, 0.0457698, 0.0790747, 0.139683, 0.243103, 0.472457", \
            "-0.0094248, 0.0013872, 0.0247305, 0.0731453, 0.160757, 0.314324, 0.573831", \
            "-0.105353, -0.0896284, -0.0552429, 0.0137232, 0.140296, 0.362563, 0.741184" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.015047, 0.018262, 0.0263865, 0.046251, 0.0972189, 0.221087, 0.531579", \
            "0.0158648, 0.0187386, 0.0263454, 0.0464591, 0.0970969, 0.221087, 0.528053", \
            "0.022476, 0.0252519, 0.031207, 0.0482073, 0.0959898, 0.220804, 0.529922", \
            "0.0341977, 0.0380717, 0.0464637, 0.0636552, 0.103302, 0.219605, 0.534764", \
            "0.0546148, 0.0600069, 0.0719946, 0.0952788, 0.141309, 0.238827, 0.529094", \
            "0.0931218, 0.100487, 0.116685, 0.150652, 0.212767, 0.327167, 0.571589", \
            "0.167859, 0.178512, 0.202016, 0.246598, 0.33661, 0.493022, 0.776076" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0489417, 0.0552703, 0.0706574, 0.108527, 0.202037, 0.434392, 1.01289", \
            "0.0526017, 0.0589359, 0.0744948, 0.112623, 0.206517, 0.438957, 1.01761", \
            "0.0639011, 0.0699468, 0.0853, 0.123483, 0.218134, 0.450314, 1.0288", \
            "0.0913322, 0.0981713, 0.113465, 0.150969, 0.24459, 0.477095, 1.05819", \
            "0.138314, 0.148133, 0.170312, 0.215575, 0.308827, 0.54096, 1.12173", \
            "0.217038, 0.231324, 0.262468, 0.328805, 0.455252, 0.69045, 1.26561", \
            "0.372617, 0.389976, 0.430507, 0.519088, 0.699296, 1.02396, 1.61347" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0502353, 0.0588777, 0.0800473, 0.133266, 0.264529, 0.592305, 1.40994", \
            "0.0503145, 0.0587612, 0.0799833, 0.133024, 0.264881, 0.592319, 1.40959", \
            "0.0505273, 0.0588046, 0.0799706, 0.133306, 0.265155, 0.594365, 1.41199", \
            "0.0616136, 0.0680024, 0.0857888, 0.134257, 0.265502, 0.594045, 1.4127", \
            "0.0880736, 0.0972176, 0.11648, 0.157716, 0.271902, 0.594496, 1.41521", \
            "0.127827, 0.140152, 0.168853, 0.226048, 0.333202, 0.611795, 1.4146", \
            "0.192993, 0.20933, 0.247091, 0.32945, 0.486241, 0.760459, 1.45085" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0218841, 0.0244235, 0.0305773, 0.0456733, 0.0828717, 0.175234, 0.405716", \
            "0.0250903, 0.0276791, 0.0339222, 0.04927, 0.0864537, 0.17876, 0.409122", \
            "0.0302664, 0.0336252, 0.041, 0.0567593, 0.0943693, 0.187123, 0.417451", \
            "0.0337705, 0.0385699, 0.0492404, 0.0706533, 0.112261, 0.205168, 0.438303", \
            "0.028737, 0.0360137, 0.0516866, 0.0837134, 0.141192, 0.246378, 0.477905", \
            "-0.0002904, 0.0102678, 0.033293, 0.0797343, 0.164501, 0.312202, 0.572983", \
            "-0.092577, -0.0766118, -0.0426793, 0.0249235, 0.149196, 0.365338, 0.729945" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0150823, 0.0183278, 0.026397, 0.0465248, 0.0960473, 0.220185, 0.529115", \
            "0.0154628, 0.0185204, 0.02638, 0.0464542, 0.096024, 0.219562, 0.528261", \
            "0.0204717, 0.0231425, 0.0295681, 0.0476307, 0.0968932, 0.220095, 0.52838", \
            "0.0315728, 0.0346051, 0.0420554, 0.0588263, 0.101636, 0.220469, 0.528588", \
            "0.0506318, 0.0551083, 0.065244, 0.0873069, 0.129407, 0.233418, 0.533044", \
            "0.0859564, 0.0918034, 0.105461, 0.134317, 0.191072, 0.298589, 0.559575", \
            "0.152355, 0.160428, 0.178524, 0.219098, 0.295906, 0.440419, 0.709721" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0124775, 0.0139501, 0.0176127, 0.0264354, 0.0482717, 0.102407, 0.237285", \
            "0.0121407, 0.013614, 0.0172459, 0.0261899, 0.0481004, 0.102329, 0.237189", \
            "0.0118554, 0.0133352, 0.0169533, 0.0258903, 0.0479863, 0.102164, 0.237423", \
            "0.0117495, 0.0131646, 0.0167237, 0.0256248, 0.0476676, 0.1025, 0.23687", \
            "0.0117163, 0.0131344, 0.0167061, 0.0254594, 0.0473433, 0.101563, 0.237869", \
            "0.0125665, 0.0140465, 0.0174612, 0.0261065, 0.0477796, 0.101716, 0.236685", \
            "0.0183853, 0.0194074, 0.0222116, 0.0298229, 0.050528, 0.103293, 0.238176" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0076222, 0.006228, 0.0027451, -0.005985, -0.0278548, -0.0825541, -0.219019", \
            "0.0074542, 0.0060669, 0.0026043, -0.0061192, -0.0279999, -0.0826793, -0.219134", \
            "0.0072223, 0.0058433, 0.0024146, -0.0062827, -0.028114, -0.0827766, -0.219231", \
            "0.0072291, 0.0058512, 0.0023535, -0.0063795, -0.0281842, -0.0828218, -0.219281", \
            "0.0078104, 0.0063269, 0.0027691, -0.0061173, -0.0281085, -0.0827828, -0.219289", \
            "0.0100861, 0.0085416, 0.0047345, -0.0045417, -0.0269908, -0.0822543, -0.218899", \
            "0.016846, 0.0151729, 0.0110401, 0.0010323, -0.0213765, -0.0789254, -0.217189" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0161904, 0.0176285, 0.0211711, 0.0299555, 0.0517313, 0.105807, 0.240492", \
            "0.0158998, 0.017365, 0.0209151, 0.0297911, 0.051596, 0.105681, 0.240425", \
            "0.0156697, 0.0170963, 0.0206889, 0.0295068, 0.0514246, 0.105571, 0.24045", \
            "0.0155512, 0.0169792, 0.0205042, 0.0293268, 0.0511637, 0.105384, 0.240269", \
            "0.01551, 0.0169294, 0.0204659, 0.0292866, 0.0510274, 0.105173, 0.240405", \
            "0.0161957, 0.0176876, 0.0212012, 0.0298647, 0.0513322, 0.105333, 0.240385", \
            "0.0217527, 0.0229025, 0.0258294, 0.0335883, 0.0543397, 0.10779, 0.241631" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.008051, 0.0066482, 0.003161, -0.0055692, -0.0274445, -0.0821508, -0.218608", \
            "0.0078757, 0.0064807, 0.0030122, -0.0057113, -0.0275819, -0.082268, -0.218725", \
            "0.0077041, 0.006321, 0.0028537, -0.0058267, -0.0277008, -0.0823611, -0.218815", \
            "0.0075497, 0.0061569, 0.002711, -0.0059636, -0.0277848, -0.0824229, -0.218881", \
            "0.007961, 0.0065428, 0.0029955, -0.0058771, -0.0277437, -0.0824404, -0.2189", \
            "0.0097154, 0.0081894, 0.004445, -0.004684, -0.0270042, -0.0820774, -0.218664", \
            "0.0156057, 0.0138959, 0.0097972, -7.46e-05, -0.0235693, -0.0798159, -0.217539" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.007217, 0.0087438, 0.0124023, 0.0213709, 0.0433385, 0.0972319, 0.232962", \
            "0.0068217, 0.0083018, 0.0119664, 0.0210387, 0.0429208, 0.0972175, 0.232217", \
            "0.0066154, 0.0080592, 0.0116881, 0.0206462, 0.0428329, 0.0969776, 0.231827", \
            "0.0069089, 0.0083621, 0.0117856, 0.0204524, 0.0424829, 0.0971947, 0.232876", \
            "0.007754, 0.0091053, 0.0124688, 0.0209547, 0.0424959, 0.0968682, 0.232621", \
            "0.0105483, 0.0117632, 0.0149516, 0.0230379, 0.0440488, 0.0971157, 0.231581", \
            "0.0181146, 0.0191687, 0.0230145, 0.0294542, 0.0500714, 0.104355, 0.233779" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0052722, 0.0039106, 0.0004545, -0.0082939, -0.0302063, -0.0849497, -0.221514", \
            "0.0051139, 0.0037725, 0.0003615, -0.0083241, -0.0301826, -0.0848945, -0.221449", \
            "0.004904, 0.0035748, 0.0001724, -0.0084537, -0.030264, -0.0849279, -0.221418", \
            "0.0048113, 0.003459, 7.17e-05, -0.0085777, -0.0303255, -0.0849695, -0.221431", \
            "0.0056065, 0.0041776, 0.0006604, -0.0084027, -0.0303553, -0.084871, -0.221376", \
            "0.0083194, 0.0066351, 0.0026591, -0.0068098, -0.0293585, -0.0845801, -0.221228", \
            "0.0162745, 0.0144063, 0.009851, -0.0005916, -0.0241558, -0.0817139, -0.219611" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.011042, 0.0124985, 0.016069, 0.0248635, 0.0466089, 0.100669, 0.235321", \
            "0.0106993, 0.0121577, 0.0157645, 0.0246495, 0.0464769, 0.100582, 0.235266", \
            "0.0105373, 0.0119317, 0.015529, 0.0243799, 0.0463196, 0.100507, 0.235264", \
            "0.0106801, 0.0120696, 0.0155811, 0.024291, 0.0460952, 0.10042, 0.235199", \
            "0.0116104, 0.0129525, 0.0163479, 0.0248111, 0.046371, 0.100246, 0.235335", \
            "0.0142892, 0.0155672, 0.0187404, 0.0270885, 0.0480613, 0.100854, 0.23537", \
            "0.0236163, 0.0253148, 0.0253862, 0.0329613, 0.0536828, 0.104944, 0.236978" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124634, 0.00310675, 0.00774416, 0.0193038, 0.0481183, 0.119944");
          values ( \
            "0.0056561, 0.0042947, 0.0008368, -0.0079004, -0.0298353, -0.0845891, -0.221146", \
            "0.0054636, 0.0041265, 0.0007278, -0.0079395, -0.0298119, -0.0845334, -0.22106", \
            "0.0051697, 0.0038565, 0.0004904, -0.0080954, -0.0298695, -0.084539, -0.221041", \
            "0.0050872, 0.0036541, 0.0002091, -0.0083519, -0.0300258, -0.0846164, -0.22106", \
            "0.0054617, 0.0040194, 0.0004828, -0.0082697, -0.0301584, -0.0847119, -0.221095", \
            "0.0077101, 0.006093, 0.0021309, -0.0071256, -0.0294694, -0.0844308, -0.221039", \
            "0.0148663, 0.0130168, 0.0085407, -0.0019533, -0.0259453, -0.0822619, -0.219852" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002371;
      rise_capacitance : 0.002457;
      rise_capacitance_range (0.002457, 0.002457);
      fall_capacitance : 0.002285;
      fall_capacitance_range (0.002285, 0.002285);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042809, -0.004281, -0.0042811, -0.0042758, -0.0042636, -0.0042356, -0.0041709" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052853, 0.0052885, 0.005296, 0.0052952, 0.0052934, 0.0052891, 0.0052793" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002381;
      rise_capacitance : 0.002502;
      rise_capacitance_range (0.002502, 0.002502);
      fall_capacitance : 0.002259;
      fall_capacitance_range (0.002259, 0.002259);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047414, -0.0047404, -0.0047382, -0.0047377, -0.0047363, -0.0047333, -0.0047263" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0047337, 0.0047374, 0.0047459, 0.0047469, 0.0047492, 0.0047545, 0.0047665" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002379;
      rise_capacitance : 0.002499;
      rise_capacitance_range (0.002499, 0.002499);
      fall_capacitance : 0.002259;
      fall_capacitance_range (0.002259, 0.002259);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042891, -0.0042902, -0.0042926, -0.0042868, -0.0042733, -0.0042423, -0.0041707" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053121, 0.0053168, 0.0053278, 0.0053273, 0.0053261, 0.0053235, 0.0053175" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002342;
      rise_capacitance : 0.002495;
      rise_capacitance_range (0.002495, 0.002495);
      fall_capacitance : 0.00219;
      fall_capacitance_range (0.00219, 0.00219);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045168, -0.0045205, -0.004529, -0.0045285, -0.0045274, -0.0045248, -0.0045187" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045217, 0.0045203, 0.004517, 0.0045181, 0.0045208, 0.0045269, 0.0045411" \
          );
        }
      }
    }
  }
  cell (scs8hd_a22oi_2) {
    area : 12.512;
    cell_footprint : "a22oi";
    cell_leakage_power : 0.015675;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0190957;
      when : "!A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0190879;
      when : "!A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0248084;
      when : "!A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0313203;
      when : "!A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0001104;
      when : "!A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0190957;
      when : "!A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0248084;
      when : "!A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0001085;
      when : "!A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0001185;
      when : "A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0313203;
      when : "A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0248084;
      when : "A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0001171;
      when : "A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.014683;
      when : "A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0018491;
      when : "A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0247848;
      when : "A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0146833;
      when : "A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.015675;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1) | (!A1&!B2) | (!A2&!B1) | (!A2&!B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.231638;
      max_transition : 1.49873;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0506391, 0.0551056, 0.0670257, 0.0986399, 0.184418, 0.423716, 1.07934", \
            "0.0549466, 0.0594165, 0.0712126, 0.10336, 0.189427, 0.426421, 1.08293", \
            "0.0670716, 0.0712809, 0.082943, 0.114635, 0.201178, 0.44449, 1.10367", \
            "0.0922942, 0.0972185, 0.109615, 0.141141, 0.228229, 0.465405, 1.12265", \
            "0.130707, 0.138167, 0.156443, 0.197965, 0.288254, 0.526015, 1.1839", \
            "0.195052, 0.205377, 0.23226, 0.293537, 0.417118, 0.668788, 1.33047", \
            "0.336375, 0.350789, 0.387121, 0.468502, 0.641642, 0.978057, 1.66277" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.038149, 0.0436757, 0.0589648, 0.101094, 0.218464, 0.548314, 1.45396", \
            "0.0382981, 0.0437202, 0.0590452, 0.101062, 0.218371, 0.544483, 1.44821", \
            "0.0385746, 0.0438314, 0.0591031, 0.101007, 0.218156, 0.549704, 1.45501", \
            "0.0449943, 0.0491567, 0.0626226, 0.102103, 0.219291, 0.544112, 1.44696", \
            "0.0681519, 0.0728368, 0.0863568, 0.120552, 0.223484, 0.545094, 1.44848", \
            "0.112418, 0.118273, 0.134368, 0.176171, 0.274274, 0.556585, 1.4567", \
            "0.192096, 0.197646, 0.215415, 0.267022, 0.394471, 0.669585, 1.47313" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0204704, 0.022461, 0.0277879, 0.0413515, 0.0767559, 0.172408, 0.436175", \
            "0.023787, 0.0257152, 0.0308745, 0.0444145, 0.0797447, 0.175395, 0.43917", \
            "0.030538, 0.0326909, 0.0386383, 0.0520407, 0.0872226, 0.1829, 0.446746", \
            "0.0359481, 0.0392787, 0.0474537, 0.0660128, 0.105389, 0.200552, 0.464137", \
            "0.0324515, 0.0370071, 0.0493078, 0.0768338, 0.132918, 0.242741, 0.504901", \
            "0.0045921, 0.0112272, 0.0281354, 0.0667565, 0.150264, 0.310009, 0.601929", \
            "-0.0898749, -0.0824473, -0.0576566, -0.0011634, 0.116833, 0.34815, 0.772766" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0191243, 0.0213792, 0.0275506, 0.0442273, 0.0905185, 0.219225, 0.578775", \
            "0.0189804, 0.0210783, 0.0270664, 0.0440405, 0.090452, 0.219993, 0.57871", \
            "0.0242427, 0.0266117, 0.0312326, 0.0457083, 0.0902816, 0.219926, 0.579508", \
            "0.0351634, 0.0381765, 0.0445117, 0.0606773, 0.0977287, 0.219526, 0.578698", \
            "0.0546335, 0.0581108, 0.0680982, 0.0888657, 0.135626, 0.239034, 0.579561", \
            "0.0885032, 0.0940638, 0.107798, 0.138464, 0.200621, 0.32568, 0.616413", \
            "0.151672, 0.161291, 0.181787, 0.225386, 0.315422, 0.487153, 0.81682" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0646138, 0.0688373, 0.0804025, 0.111794, 0.197734, 0.438109, 1.09719", \
            "0.0691431, 0.0734817, 0.0851092, 0.116829, 0.203018, 0.441389, 1.10231", \
            "0.0812845, 0.0855308, 0.0970251, 0.128686, 0.215145, 0.453656, 1.1145", \
            "0.108077, 0.112379, 0.123925, 0.155352, 0.242339, 0.480488, 1.14138", \
            "0.154392, 0.160381, 0.176213, 0.21403, 0.302581, 0.541201, 1.20985", \
            "0.229736, 0.23875, 0.261916, 0.316543, 0.43305, 0.683302, 1.34479", \
            "0.386197, 0.397912, 0.428397, 0.502147, 0.665365, 0.988608, 1.6758" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0509036, 0.0563815, 0.0717529, 0.114072, 0.232286, 0.56259, 1.47238", \
            "0.0508241, 0.0563275, 0.0717691, 0.114363, 0.232654, 0.561345, 1.47292", \
            "0.0509915, 0.056293, 0.0715632, 0.114482, 0.232788, 0.560767, 1.47194", \
            "0.0546397, 0.0595761, 0.0740053, 0.11483, 0.233341, 0.56141, 1.47152", \
            "0.0762352, 0.0810916, 0.0944489, 0.129641, 0.236439, 0.56036, 1.47855", \
            "0.121025, 0.127214, 0.143427, 0.184055, 0.28244, 0.571889, 1.47173", \
            "0.19343, 0.200723, 0.221797, 0.27491, 0.399359, 0.676854, 1.494" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0248151, 0.0268013, 0.0320662, 0.0456375, 0.0810261, 0.176656, 0.440573", \
            "0.0280751, 0.0300422, 0.0352372, 0.0487822, 0.084207, 0.179795, 0.443786", \
            "0.0344275, 0.0367077, 0.0422619, 0.0559631, 0.091407, 0.187238, 0.450929", \
            "0.0405112, 0.0436309, 0.0512986, 0.0690256, 0.107676, 0.204099, 0.468298", \
            "0.0390202, 0.0431471, 0.0542714, 0.0797513, 0.133431, 0.242094, 0.507539", \
            "0.0120705, 0.0183804, 0.0343737, 0.0714606, 0.150277, 0.301116, 0.59513", \
            "-0.0813316, -0.0721671, -0.0488511, 0.0055637, 0.119818, 0.341241, 0.745368" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0189187, 0.0211203, 0.0273141, 0.04407, 0.0904732, 0.219674, 0.578264", \
            "0.0187956, 0.0210124, 0.0270989, 0.0440002, 0.0903342, 0.219311, 0.578588", \
            "0.0226485, 0.0244498, 0.0294993, 0.0450272, 0.090411, 0.219821, 0.578134", \
            "0.0327879, 0.0349618, 0.0408122, 0.0554371, 0.0951204, 0.219426, 0.57949", \
            "0.0516438, 0.0544005, 0.0619251, 0.0807213, 0.12316, 0.232612, 0.578866", \
            "0.0841976, 0.0883811, 0.0988797, 0.124527, 0.179562, 0.297733, 0.604828", \
            "0.143979, 0.150172, 0.16624, 0.202873, 0.278836, 0.432666, 0.747289" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.029074, 0.0334522, 0.0451275, 0.0760542, 0.158861, 0.390987, 1.03224", \
            "0.0330476, 0.0371204, 0.0486025, 0.0795662, 0.164121, 0.396167, 1.02804", \
            "0.0452017, 0.0490812, 0.059952, 0.0902642, 0.173752, 0.403838, 1.03815", \
            "0.0671658, 0.0731282, 0.0873936, 0.11812, 0.200591, 0.43046, 1.0781", \
            "0.104102, 0.112423, 0.13291, 0.178284, 0.267002, 0.495779, 1.13287", \
            "0.175802, 0.186993, 0.214738, 0.277779, 0.406285, 0.648047, 1.27812", \
            "0.32427, 0.338606, 0.374494, 0.457845, 0.636937, 0.981566, 1.62478" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0277285, 0.0330988, 0.04835, 0.0904473, 0.206664, 0.532754, 1.43178", \
            "0.0274181, 0.0330181, 0.0483963, 0.0901931, 0.207949, 0.535218, 1.42648", \
            "0.0308692, 0.0353823, 0.0488394, 0.0903815, 0.206719, 0.529012, 1.43242", \
            "0.0441711, 0.0495177, 0.0610343, 0.0949949, 0.206547, 0.529772, 1.43128", \
            "0.0637363, 0.0707806, 0.0880663, 0.125633, 0.218271, 0.530952, 1.43588", \
            "0.0957784, 0.105304, 0.129539, 0.185327, 0.288803, 0.551553, 1.43291", \
            "0.163781, 0.174695, 0.20261, 0.273477, 0.42235, 0.703664, 1.46672" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0150337, 0.0167395, 0.0213561, 0.0336677, 0.0672235, 0.159922, 0.417734", \
            "0.0180029, 0.0198469, 0.0244216, 0.0368031, 0.0706457, 0.163721, 0.421493", \
            "0.0206637, 0.0233573, 0.0300045, 0.0445417, 0.07809, 0.171351, 0.428645", \
            "0.0194371, 0.0234108, 0.0334177, 0.054693, 0.0962692, 0.189347, 0.448574", \
            "0.0071731, 0.0127808, 0.0270776, 0.0578737, 0.119448, 0.230659, 0.488074", \
            "-0.0342631, -0.0262408, -0.0059464, 0.0390659, 0.126794, 0.292971, 0.584401", \
            "-0.149979, -0.137507, -0.107771, -0.0425535, 0.083129, 0.323834, 0.753219" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0108457, 0.0129458, 0.0189612, 0.035447, 0.081198, 0.206983, 0.557743", \
            "0.0123479, 0.0141096, 0.0193562, 0.0353131, 0.0808667, 0.207344, 0.559271", \
            "0.0179695, 0.020285, 0.0258467, 0.0386462, 0.0813312, 0.207816, 0.558847", \
            "0.0279005, 0.0308589, 0.0381066, 0.0549281, 0.0907196, 0.2078, 0.560849", \
            "0.0456186, 0.050159, 0.060131, 0.0829714, 0.128183, 0.228835, 0.55857", \
            "0.079578, 0.0859149, 0.10001, 0.131436, 0.194618, 0.318234, 0.599625", \
            "0.147356, 0.156231, 0.17721, 0.220034, 0.307923, 0.4781, 0.801119" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0431469, 0.0474438, 0.0588006, 0.0896634, 0.173449, 0.405547, 1.04969", \
            "0.0468757, 0.0509856, 0.062477, 0.0934543, 0.177687, 0.409761, 1.05741", \
            "0.0584605, 0.0624442, 0.0735519, 0.104429, 0.188783, 0.422018, 1.06616", \
            "0.0858018, 0.0907039, 0.102777, 0.132599, 0.216043, 0.44874, 1.0934", \
            "0.131639, 0.138555, 0.156068, 0.196467, 0.282749, 0.514078, 1.15968", \
            "0.214129, 0.223324, 0.24752, 0.305059, 0.426994, 0.66754, 1.3052", \
            "0.377504, 0.389475, 0.420554, 0.496551, 0.668674, 1.0066, 1.65994" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0406732, 0.0461162, 0.0615684, 0.104141, 0.222832, 0.550737, 1.46307", \
            "0.0404737, 0.0460559, 0.0614337, 0.103982, 0.222693, 0.550871, 1.46651", \
            "0.0410832, 0.0463606, 0.06122, 0.104047, 0.222424, 0.551247, 1.46611", \
            "0.0529113, 0.0572129, 0.0692483, 0.106776, 0.222245, 0.5512, 1.46505", \
            "0.0758688, 0.0823712, 0.0982138, 0.134537, 0.231564, 0.551629, 1.46398", \
            "0.110418, 0.11924, 0.142194, 0.194066, 0.297635, 0.571517, 1.46327", \
            "0.170206, 0.182168, 0.211949, 0.284447, 0.435914, 0.716748, 1.49873" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0194089, 0.0211147, 0.0256376, 0.0379343, 0.0713638, 0.164152, 0.421988", \
            "0.0222691, 0.0240771, 0.0287604, 0.0411501, 0.0747426, 0.167678, 0.425447", \
            "0.0256722, 0.028195, 0.0341606, 0.0480454, 0.0822546, 0.175038, 0.433267", \
            "0.0258283, 0.0294137, 0.0382652, 0.0577917, 0.0981283, 0.192425, 0.452536", \
            "0.0147085, 0.0203855, 0.0332868, 0.0623711, 0.119578, 0.229572, 0.489275", \
            "-0.0256239, -0.0175408, 0.0019081, 0.0445436, 0.12906, 0.283793, 0.577538", \
            "-0.139977, -0.12811, -0.0991061, -0.0360162, 0.087552, 0.315166, 0.722293" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0109699, 0.0130799, 0.0189281, 0.0353235, 0.0806917, 0.207507, 0.558956", \
            "0.0117231, 0.0136134, 0.0191252, 0.0353688, 0.0808952, 0.20692, 0.558413", \
            "0.0166531, 0.0185193, 0.0235006, 0.0373357, 0.0811478, 0.207093, 0.557904", \
            "0.0266044, 0.0289304, 0.0347663, 0.0493653, 0.0874787, 0.207497, 0.567433", \
            "0.0441487, 0.0473338, 0.0552112, 0.0744969, 0.116065, 0.221987, 0.559299", \
            "0.0781093, 0.0820096, 0.0926132, 0.117515, 0.172773, 0.28803, 0.587399", \
            "0.142709, 0.148227, 0.162598, 0.196968, 0.271405, 0.423202, 0.731456" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0195697, 0.0214078, 0.0264263, 0.0398237, 0.0760977, 0.177783, 0.456073", \
            "0.0189732, 0.0207949, 0.025806, 0.039263, 0.0758421, 0.17619, 0.455014", \
            "0.0185686, 0.0202999, 0.025189, 0.0385441, 0.075269, 0.176988, 0.454741", \
            "0.0183411, 0.0200512, 0.0248331, 0.0380902, 0.0749065, 0.175413, 0.454641", \
            "0.018128, 0.0198477, 0.0245906, 0.0377501, 0.0740935, 0.174581, 0.454154", \
            "0.0192338, 0.0207823, 0.0257262, 0.0385628, 0.0744647, 0.175383, 0.45574", \
            "0.0297293, 0.0308052, 0.0340678, 0.0450661, 0.0792322, 0.177967, 0.457076" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0130017, 0.0113173, 0.0066909, -0.0062357, -0.0424337, -0.143575, -0.425373", \
            "0.0126514, 0.0109833, 0.0063669, -0.0064948, -0.0427097, -0.143853, -0.4256", \
            "0.012167, 0.0106025, 0.0059698, -0.0068853, -0.0429937, -0.14405, -0.425888", \
            "0.0119274, 0.0102744, 0.005677, -0.0071162, -0.0431744, -0.144192, -0.425931", \
            "0.0134551, 0.011716, 0.0065905, -0.0068351, -0.0428394, -0.144047, -0.425975", \
            "0.0172444, 0.015363, 0.0102246, -0.0036247, -0.0410573, -0.143296, -0.425147", \
            "0.0291202, 0.027146, 0.0215904, 0.0067141, -0.0309994, -0.136242, -0.422333" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0287891, 0.0305515, 0.0353173, 0.0483673, 0.0845779, 0.184666, 0.462819", \
            "0.0283282, 0.0301336, 0.0348967, 0.0481325, 0.0842888, 0.184524, 0.462869", \
            "0.0279918, 0.0297821, 0.0344782, 0.0476913, 0.084054, 0.184422, 0.462821", \
            "0.0277834, 0.029488, 0.034205, 0.0473381, 0.0837629, 0.184157, 0.462596", \
            "0.0275404, 0.029241, 0.0339932, 0.0470785, 0.0833512, 0.183608, 0.462402", \
            "0.0281915, 0.0299956, 0.0348582, 0.0477222, 0.0836924, 0.184066, 0.462188", \
            "0.0374522, 0.0387957, 0.042587, 0.0539726, 0.0883458, 0.186556, 0.464892" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0148804, 0.0131872, 0.0085284, -0.004415, -0.0406265, -0.14178, -0.423543", \
            "0.014534, 0.0128695, 0.0082217, -0.0046977, -0.0408917, -0.142001, -0.423828", \
            "0.0141558, 0.0124934, 0.0078803, -0.0049992, -0.041151, -0.142245, -0.424061", \
            "0.0137262, 0.0120821, 0.0074988, -0.0052646, -0.0413474, -0.142383, -0.424174", \
            "0.0146524, 0.0129275, 0.0081925, -0.0049113, -0.04125, -0.142255, -0.424074", \
            "0.0175021, 0.015697, 0.0106902, -0.0029286, -0.0399048, -0.141778, -0.423896", \
            "0.0277077, 0.0256929, 0.0203379, 0.0054835, -0.0335196, -0.137701, -0.422007" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0085698, 0.0105057, 0.0156372, 0.0291331, 0.0655265, 0.166084, 0.444802", \
            "0.0079391, 0.0097723, 0.0148316, 0.028412, 0.0655694, 0.166636, 0.444127", \
            "0.0077237, 0.0095064, 0.0144451, 0.0277717, 0.0645629, 0.165435, 0.444317", \
            "0.0085096, 0.0100978, 0.0147239, 0.0275771, 0.0638575, 0.164719, 0.444514", \
            "0.0101471, 0.0117108, 0.0160404, 0.028551, 0.0643146, 0.165109, 0.446136", \
            "0.0171538, 0.0185838, 0.0225816, 0.0347521, 0.068952, 0.168076, 0.445228", \
            "0.0298661, 0.0308594, 0.0342809, 0.0461434, 0.0778182, 0.175007, 0.44905" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0064627, 0.0049198, 0.0004656, -0.0123776, -0.0486491, -0.149989, -0.432036", \
            "0.006099, 0.0045573, 0.000149, -0.0125375, -0.0486728, -0.149919, -0.431909", \
            "0.0056559, 0.0041443, -0.0002352, -0.0129051, -0.0487825, -0.149905, -0.431859", \
            "0.0056909, 0.0041268, -0.0006192, -0.0132599, -0.0491572, -0.150078, -0.431897", \
            "0.0074732, 0.0055242, 0.0007732, -0.0123306, -0.049169, -0.149969, -0.431857", \
            "0.0130278, 0.0116829, 0.0051713, -0.0093582, -0.0469703, -0.14938, -0.431108", \
            "0.0284168, 0.0255661, 0.0191997, 0.0027455, -0.038097, -0.14422, -0.429003" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0179451, 0.0196997, 0.0245502, 0.0377326, 0.0739436, 0.174079, 0.452339", \
            "0.0172086, 0.0189746, 0.0238792, 0.0372149, 0.0736338, 0.173913, 0.452719", \
            "0.0169459, 0.0187044, 0.0234136, 0.0367893, 0.0732333, 0.173877, 0.452397", \
            "0.0172091, 0.0189112, 0.0235795, 0.0365941, 0.0727876, 0.17339, 0.452299", \
            "0.0188856, 0.0204681, 0.0250101, 0.0377005, 0.0733081, 0.173088, 0.451835", \
            "0.0254217, 0.0265435, 0.030832, 0.0433849, 0.0778367, 0.175899, 0.450881", \
            "0.0376043, 0.0389549, 0.0435307, 0.0550838, 0.0887625, 0.187157, 0.458013" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
          values ( \
            "0.0084162, 0.0068469, 0.0023247, -0.0105812, -0.0469028, -0.148246, -0.430305", \
            "0.0079356, 0.0064089, 0.002015, -0.0107018, -0.0468934, -0.148159, -0.430186", \
            "0.0073659, 0.00586, 0.0014347, -0.0111075, -0.0470478, -0.14818, -0.430126", \
            "0.0073293, 0.005706, 0.0009741, -0.0116277, -0.0474105, -0.148339, -0.430174", \
            "0.0082536, 0.0065293, 0.0017511, -0.0113267, -0.0476481, -0.14847, -0.430233", \
            "0.0125411, 0.0104991, 0.0051371, -0.0090055, -0.0462775, -0.148222, -0.430059", \
            "0.0260528, 0.0237286, 0.0174217, 0.0013035, -0.0394241, -0.144144, -0.42813" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004278;
      rise_capacitance : 0.004429;
      rise_capacitance_range (0.004429, 0.004429);
      fall_capacitance : 0.004126;
      fall_capacitance_range (0.004126, 0.004126);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0068955, -0.0068979, -0.0069035, -0.0068898, -0.0068582, -0.0067853, -0.0066173" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102701, 0.0102813, 0.0103071, 0.0103079, 0.0103101, 0.0103151, 0.0103266" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004355;
      rise_capacitance : 0.00457;
      rise_capacitance_range (0.00457, 0.00457);
      fall_capacitance : 0.004139;
      fall_capacitance_range (0.004139, 0.004139);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087752, -0.0087728, -0.0087675, -0.0087688, -0.008772, -0.0087793, -0.008796" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088884, 0.0088574, 0.0087859, 0.0087898, 0.0087991, 0.0088204, 0.0088696" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004313;
      rise_capacitance : 0.004525;
      rise_capacitance_range (0.004525, 0.004525);
      fall_capacitance : 0.004102;
      fall_capacitance_range (0.004102, 0.004102);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0069515, -0.0069523, -0.0069541, -0.0069412, -0.0069111, -0.0068419, -0.0066823" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102773, 0.010275, 0.0102698, 0.010268, 0.0102641, 0.0102552, 0.0102347" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004314;
      rise_capacitance : 0.004596;
      rise_capacitance_range (0.004596, 0.004596);
      fall_capacitance : 0.004033;
      fall_capacitance_range (0.004033, 0.004033);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087238, -0.0087229, -0.008721, -0.0087218, -0.0087233, -0.0087267, -0.0087347" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.008758, 0.0087501, 0.008732, 0.0087341, 0.0087389, 0.0087502, 0.0087761" \
          );
        }
      }
    }
  }
  cell (scs8hd_a22oi_4) {
    area : 21.2704;
    cell_footprint : "a22oi";
    cell_leakage_power : 0.02907;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0344403;
      when : "!A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0344146;
      when : "!A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0495743;
      when : "!A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0589953;
      when : "!A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0002779;
      when : "!A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0344404;
      when : "!A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0495741;
      when : "!A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0002814;
      when : "!A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0003037;
      when : "A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0589953;
      when : "A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0495741;
      when : "A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0002952;
      when : "A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0280433;
      when : "A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0029724;
      when : "A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0342263;
      when : "A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0287108;
      when : "A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.02907;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1) | (!A1&!B2) | (!A2&!B1) | (!A2&!B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.398264;
      max_transition : 1.49644;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0543548, 0.0575277, 0.0666782, 0.0931429, 0.169723, 0.400787, 1.10849", \
            "0.0587689, 0.0618431, 0.0710709, 0.0978524, 0.175347, 0.40675, 1.10907", \
            "0.0711995, 0.0741843, 0.0830703, 0.109467, 0.187037, 0.419832, 1.12247", \
            "0.0985948, 0.102014, 0.111301, 0.137709, 0.215527, 0.447783, 1.15169", \
            "0.143288, 0.14814, 0.161763, 0.196931, 0.278963, 0.513263, 1.21635", \
            "0.216394, 0.224003, 0.244931, 0.297623, 0.412165, 0.661407, 1.36583", \
            "0.372906, 0.382792, 0.411195, 0.483037, 0.647659, 0.9815, 1.71667" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0398787, 0.0434486, 0.054706, 0.0890916, 0.193096, 0.509358, 1.47887", \
            "0.0399492, 0.0435558, 0.0546213, 0.0891062, 0.193495, 0.510675, 1.47154", \
            "0.0400108, 0.0436793, 0.0547393, 0.0888083, 0.193046, 0.50971, 1.47279", \
            "0.044587, 0.0477466, 0.0577869, 0.089986, 0.193917, 0.509794, 1.47521", \
            "0.0666487, 0.070038, 0.0795873, 0.108016, 0.198722, 0.510754, 1.47577", \
            "0.111038, 0.114825, 0.126694, 0.160306, 0.248486, 0.522572, 1.47381", \
            "0.195345, 0.198522, 0.21045, 0.251058, 0.3632, 0.630277, 1.49169" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0203614, 0.0217385, 0.0257924, 0.0369115, 0.0676939, 0.156391, 0.423685", \
            "0.0237746, 0.0250896, 0.0289752, 0.0400128, 0.0707417, 0.15959, 0.426783", \
            "0.0305579, 0.0320633, 0.0365538, 0.0478227, 0.0782524, 0.167327, 0.434406", \
            "0.0351267, 0.0374224, 0.0436555, 0.0599251, 0.0963205, 0.184961, 0.451931", \
            "0.0302503, 0.0334344, 0.0425031, 0.0658344, 0.118582, 0.227407, 0.493755", \
            "-0.003325, 0.001211, 0.0140421, 0.0468408, 0.124221, 0.283275, 0.591717", \
            "-0.113509, -0.107107, -0.0892953, -0.0406619, 0.0698879, 0.301999, 0.750007" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0204341, 0.0219676, 0.026521, 0.0402149, 0.0819484, 0.210426, 0.605618", \
            "0.0202275, 0.0216236, 0.0259716, 0.0398152, 0.0818532, 0.210634, 0.605696", \
            "0.0251907, 0.0266395, 0.0304724, 0.0421266, 0.0817417, 0.210714, 0.60543", \
            "0.0350532, 0.0371993, 0.042097, 0.055728, 0.0915218, 0.211401, 0.605257", \
            "0.0532795, 0.0559238, 0.0629644, 0.0819408, 0.125031, 0.233641, 0.605135", \
            "0.0857235, 0.0895626, 0.100172, 0.126714, 0.186214, 0.315338, 0.64507", \
            "0.145117, 0.151062, 0.168239, 0.207826, 0.29249, 0.467157, 0.836184" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0682896, 0.0711925, 0.0798359, 0.105275, 0.18138, 0.409623, 1.10338", \
            "0.0728453, 0.0758031, 0.08455, 0.11017, 0.186144, 0.415185, 1.10931", \
            "0.0851108, 0.0879946, 0.0966219, 0.122366, 0.198623, 0.427451, 1.12339", \
            "0.112231, 0.115201, 0.123885, 0.149536, 0.225796, 0.456308, 1.14983", \
            "0.161127, 0.165097, 0.17652, 0.207564, 0.286763, 0.516176, 1.21652", \
            "0.242289, 0.248145, 0.264897, 0.309452, 0.414204, 0.657708, 1.35366", \
            "0.40924, 0.416885, 0.438863, 0.498601, 0.644477, 0.960337, 1.68323" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0539307, 0.0575215, 0.0685707, 0.102398, 0.20598, 0.52163, 1.4787", \
            "0.0538026, 0.0573706, 0.0684698, 0.102322, 0.205461, 0.520218, 1.48003", \
            "0.0539627, 0.0574995, 0.0685004, 0.102346, 0.205507, 0.520366, 1.47815", \
            "0.0567477, 0.060046, 0.0703582, 0.102848, 0.206182, 0.521895, 1.48037", \
            "0.0763039, 0.0795316, 0.0892481, 0.117378, 0.211023, 0.521365, 1.48458", \
            "0.119209, 0.122962, 0.134668, 0.16743, 0.255562, 0.532402, 1.47887", \
            "0.192648, 0.197489, 0.211289, 0.253302, 0.363184, 0.63309, 1.49644" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0243246, 0.0256869, 0.0297003, 0.040777, 0.0715411, 0.160274, 0.427532", \
            "0.0273142, 0.0286825, 0.0326049, 0.0436439, 0.0743682, 0.163432, 0.430451", \
            "0.0328277, 0.0343808, 0.0385039, 0.049814, 0.0805445, 0.16953, 0.436762", \
            "0.0376303, 0.0395809, 0.0451805, 0.0597622, 0.0940756, 0.183984, 0.451388", \
            "0.0335355, 0.0363103, 0.044077, 0.0650655, 0.112459, 0.215894, 0.48545", \
            "0.0004501, 0.0043611, 0.0160619, 0.0460608, 0.115652, 0.258719, 0.559045", \
            "-0.106596, -0.100778, -0.0841361, -0.0404672, 0.0615231, 0.271834, 0.68" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0201995, 0.0216777, 0.026249, 0.0399986, 0.081819, 0.210519, 0.6056", \
            "0.0201151, 0.0215622, 0.0260332, 0.0398444, 0.0818258, 0.210828, 0.60557", \
            "0.0235079, 0.024807, 0.0287485, 0.0411698, 0.0818691, 0.210659, 0.605641", \
            "0.0326835, 0.0342049, 0.0383891, 0.050953, 0.0875788, 0.21109, 0.605486", \
            "0.0506463, 0.0525037, 0.0575841, 0.0730944, 0.112447, 0.225257, 0.605574", \
            "0.0818857, 0.0847482, 0.0921785, 0.112781, 0.163036, 0.28269, 0.628967", \
            "0.140015, 0.143852, 0.15551, 0.18528, 0.252191, 0.405411, 0.764316" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0287393, 0.0317233, 0.040522, 0.0656565, 0.137713, 0.356046, 1.01107", \
            "0.0327589, 0.035647, 0.0441781, 0.0692018, 0.142135, 0.363979, 1.01722", \
            "0.0454667, 0.0479911, 0.0558647, 0.0798663, 0.15323, 0.37254, 1.02799", \
            "0.0684958, 0.0725488, 0.0835948, 0.109519, 0.181264, 0.39969, 1.06204", \
            "0.108627, 0.114333, 0.130056, 0.168398, 0.249878, 0.466424, 1.12423", \
            "0.18718, 0.194851, 0.215532, 0.26936, 0.388756, 0.625133, 1.28033", \
            "0.351109, 0.360786, 0.389049, 0.459505, 0.625357, 0.96651, 1.64381" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.026691, 0.0303736, 0.0414466, 0.0748755, 0.176118, 0.487407, 1.42384", \
            "0.0263088, 0.0300641, 0.041344, 0.0750358, 0.176696, 0.486704, 1.41934", \
            "0.0292947, 0.0321894, 0.0419919, 0.0746056, 0.176505, 0.486932, 1.42445", \
            "0.0424014, 0.0459712, 0.0548172, 0.0809596, 0.17619, 0.484841, 1.42827", \
            "0.061434, 0.0661952, 0.0794605, 0.111338, 0.190858, 0.485813, 1.42402", \
            "0.0936681, 0.099689, 0.117482, 0.162441, 0.259948, 0.508722, 1.42942", \
            "0.158044, 0.165419, 0.186597, 0.246177, 0.383051, 0.660863, 1.45516" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.014611, 0.0157798, 0.0191394, 0.0288876, 0.0573208, 0.143259, 0.404948", \
            "0.0175583, 0.0188511, 0.0223051, 0.0321572, 0.0607321, 0.14666, 0.407767", \
            "0.0196766, 0.0216048, 0.0268621, 0.0394297, 0.0683506, 0.154837, 0.415734", \
            "0.0171821, 0.0200357, 0.0277167, 0.0461559, 0.0851497, 0.172455, 0.433965", \
            "0.0017931, 0.0059016, 0.0170767, 0.0441419, 0.102639, 0.214413, 0.475253", \
            "-0.0466961, -0.0407416, -0.0245516, 0.0140091, 0.0994153, 0.265339, 0.5726", \
            "-0.177614, -0.16877, -0.144965, -0.0886213, 0.0344234, 0.276253, 0.728983" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0105077, 0.011925, 0.0162782, 0.0295499, 0.0700197, 0.192259, 0.564245", \
            "0.0122684, 0.0133565, 0.0171118, 0.0295744, 0.070051, 0.192131, 0.564907", \
            "0.0173718, 0.0189535, 0.0233594, 0.0342726, 0.0707506, 0.192813, 0.564645", \
            "0.0268993, 0.0289174, 0.034801, 0.0496126, 0.0833762, 0.193616, 0.566703", \
            "0.0439952, 0.0468943, 0.0547664, 0.0747421, 0.117956, 0.220013, 0.566971", \
            "0.0770011, 0.0811774, 0.0915533, 0.11882, 0.179681, 0.30542, 0.610004", \
            "0.141189, 0.146546, 0.162929, 0.202887, 0.285536, 0.455732, 0.817348" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0443929, 0.0472383, 0.0556853, 0.0804125, 0.153517, 0.37383, 1.04404", \
            "0.0479604, 0.0507801, 0.0592784, 0.084116, 0.157767, 0.378746, 1.04802", \
            "0.0592497, 0.0619523, 0.0702839, 0.0952151, 0.169458, 0.38994, 1.06127", \
            "0.0877151, 0.0907881, 0.0997721, 0.123273, 0.196793, 0.419033, 1.08862", \
            "0.135997, 0.140548, 0.153453, 0.186807, 0.264403, 0.48319, 1.15293", \
            "0.223754, 0.229722, 0.247455, 0.294718, 0.405564, 0.640496, 1.30711", \
            "0.399989, 0.40778, 0.430308, 0.492298, 0.646388, 0.979037, 1.67007" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0424287, 0.0460286, 0.0570716, 0.090669, 0.193537, 0.505086, 1.45615", \
            "0.0423319, 0.0459984, 0.0569446, 0.0905713, 0.193622, 0.505727, 1.45283", \
            "0.0426196, 0.0461813, 0.0566461, 0.0905523, 0.193515, 0.504267, 1.45389", \
            "0.0535252, 0.0564434, 0.0650357, 0.0941979, 0.193518, 0.506537, 1.45436", \
            "0.0755174, 0.079794, 0.0917125, 0.122514, 0.20498, 0.504623, 1.45561", \
            "0.109256, 0.115432, 0.132318, 0.175476, 0.272987, 0.527572, 1.45646", \
            "0.168631, 0.176372, 0.198324, 0.257377, 0.394216, 0.675926, 1.48605" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0187104, 0.0198277, 0.0232061, 0.0329327, 0.0614228, 0.147234, 0.410945", \
            "0.0212138, 0.022496, 0.0259863, 0.0358542, 0.0645487, 0.150822, 0.411848", \
            "0.0236096, 0.0253637, 0.0299791, 0.0416152, 0.0708322, 0.157138, 0.420703", \
            "0.0222025, 0.0247099, 0.0314131, 0.047671, 0.0840322, 0.171956, 0.435949", \
            "0.0081976, 0.011835, 0.0216541, 0.0459461, 0.0977025, 0.204021, 0.468003", \
            "-0.0387734, -0.0333657, -0.0186986, 0.0167885, 0.0934958, 0.244451, 0.545532", \
            "-0.167633, -0.159543, -0.137821, -0.0846548, 0.0272922, 0.247457, 0.661512" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0106044, 0.0120274, 0.0163049, 0.0296016, 0.0700654, 0.192181, 0.566747", \
            "0.0114601, 0.0126888, 0.0166652, 0.0295657, 0.0699475, 0.192266, 0.565084", \
            "0.0161097, 0.0173303, 0.0211304, 0.0322616, 0.0705681, 0.192529, 0.56671", \
            "0.0255936, 0.0271718, 0.031411, 0.043517, 0.0780491, 0.193052, 0.565327", \
            "0.04286, 0.0447884, 0.0505752, 0.0659743, 0.104736, 0.209477, 0.567346", \
            "0.0759494, 0.0786203, 0.0857489, 0.106153, 0.15547, 0.272376, 0.593985", \
            "0.141008, 0.144406, 0.153833, 0.181776, 0.246793, 0.391717, 0.72864" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0375452, 0.0397177, 0.0460468, 0.0647583, 0.119282, 0.284457, 0.788134", \
            "0.0363823, 0.0385187, 0.0449013, 0.0637505, 0.119013, 0.284145, 0.786596", \
            "0.0355163, 0.0375466, 0.0438035, 0.0622217, 0.117777, 0.283618, 0.786583", \
            "0.0350639, 0.0370576, 0.0430833, 0.0614144, 0.117182, 0.282935, 0.785771", \
            "0.0345875, 0.0365289, 0.0425458, 0.0606735, 0.115591, 0.281309, 0.785315", \
            "0.0356684, 0.0377229, 0.0434837, 0.0612805, 0.11569, 0.282225, 0.784655", \
            "0.0489448, 0.0502248, 0.0545053, 0.0694203, 0.12147, 0.283885, 0.788517" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.023976, 0.0220613, 0.0162115, -0.0015818, -0.0559093, -0.222404, -0.730378", \
            "0.0233866, 0.0214821, 0.0156527, -0.0021179, -0.0564565, -0.222862, -0.730901", \
            "0.0224669, 0.020572, 0.0148543, -0.0027897, -0.0569343, -0.223204, -0.731307", \
            "0.0218153, 0.0199297, 0.0142342, -0.0033889, -0.0574002, -0.223672, -0.731528", \
            "0.0227609, 0.0207814, 0.0147331, -0.0032289, -0.0576828, -0.223524, -0.731473", \
            "0.0288251, 0.026722, 0.0204075, 0.0014351, -0.0545569, -0.222529, -0.730976", \
            "0.0460678, 0.0437546, 0.0368832, 0.0167613, -0.0399144, -0.214834, -0.725657" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.055817, 0.0577803, 0.0638445, 0.0818353, 0.136149, 0.301106, 0.802511", \
            "0.054879, 0.0568729, 0.0629102, 0.0811169, 0.135741, 0.300896, 0.802417", \
            "0.0540313, 0.0560222, 0.0620201, 0.0802744, 0.135011, 0.300344, 0.80198", \
            "0.0535019, 0.0555484, 0.0615354, 0.0795983, 0.134257, 0.30013, 0.80195", \
            "0.0531021, 0.0550405, 0.0609585, 0.0790767, 0.133719, 0.299017, 0.801421", \
            "0.0543577, 0.0563384, 0.0620208, 0.0799745, 0.13413, 0.299724, 0.80171", \
            "0.0684078, 0.0699332, 0.0746648, 0.0902174, 0.1419, 0.303967, 0.805104" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.027032, 0.025108, 0.0192266, 0.0014305, -0.0529329, -0.219419, -0.727375", \
            "0.0264186, 0.0245023, 0.0186505, 0.0009025, -0.0534708, -0.219896, -0.727905", \
            "0.0257411, 0.0238489, 0.0180381, 0.000314, -0.0539582, -0.220316, -0.728262", \
            "0.024824, 0.0229638, 0.0172292, -0.0002674, -0.0542982, -0.220625, -0.728512", \
            "0.0263154, 0.024362, 0.0184012, 0.0004877, -0.0542042, -0.220342, -0.728329", \
            "0.0309842, 0.0288834, 0.0226645, 0.0040488, -0.0516389, -0.219584, -0.727735", \
            "0.048311, 0.0460067, 0.0390783, 0.0189102, -0.0400155, -0.211802, -0.72388" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0159, 0.018157, 0.0248068, 0.0439704, 0.0988915, 0.265725, 0.765726", \
            "0.0146824, 0.0168529, 0.0234291, 0.0424473, 0.0981501, 0.264481, 0.765413", \
            "0.0142233, 0.0162104, 0.0224236, 0.0410601, 0.096862, 0.264989, 0.765715", \
            "0.0148948, 0.0168135, 0.0226814, 0.0409756, 0.0956554, 0.262447, 0.76968", \
            "0.0177752, 0.0195784, 0.025235, 0.0423305, 0.0961727, 0.262408, 0.764575", \
            "0.0272655, 0.0288545, 0.0335531, 0.0497118, 0.102803, 0.265209, 0.768549", \
            "0.0476397, 0.0494617, 0.0533819, 0.0681134, 0.116644, 0.276145, 0.772208" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0101607, 0.008409, 0.0028885, -0.0146013, -0.0691483, -0.236019, -0.744471", \
            "0.0094459, 0.0077145, 0.0023048, -0.0149065, -0.0690822, -0.235819, -0.744196", \
            "0.0086808, 0.0068862, 0.0014949, -0.015602, -0.0692944, -0.235731, -0.743993", \
            "0.0085143, 0.0067191, 0.0011048, -0.0161612, -0.0698192, -0.235936, -0.743994", \
            "0.0112407, 0.0091617, 0.0030356, -0.0148908, -0.070152, -0.235904, -0.743786", \
            "0.0196195, 0.01719, 0.0100453, -0.0100907, -0.0669838, -0.234945, -0.742652", \
            "0.0432178, 0.0402143, 0.0319826, 0.008825, -0.0530251, -0.227132, -0.737093" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0346041, 0.0366455, 0.0427951, 0.0611278, 0.115637, 0.280635, 0.782418", \
            "0.0332393, 0.0353012, 0.0415002, 0.059823, 0.114897, 0.28014, 0.781867", \
            "0.032415, 0.0344454, 0.04054, 0.0588777, 0.114254, 0.279914, 0.781881", \
            "0.0332707, 0.0352845, 0.0412488, 0.0585882, 0.11333, 0.280164, 0.781392", \
            "0.0358317, 0.0376678, 0.0433667, 0.0607117, 0.11415, 0.278959, 0.781329", \
            "0.044488, 0.0461302, 0.0516288, 0.0680725, 0.11949, 0.281922, 0.781621", \
            "0.0677568, 0.0693089, 0.0747135, 0.0881777, 0.139592, 0.304914, 0.787609" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0139622, 0.0122098, 0.0066922, -0.0108442, -0.0653781, -0.232257, -0.740689", \
            "0.0130892, 0.0113984, 0.0060395, -0.0111576, -0.0653346, -0.232022, -0.740407", \
            "0.0120454, 0.010261, 0.004932, -0.0119844, -0.065667, -0.232017, -0.740279", \
            "0.0115012, 0.0096679, 0.0040768, -0.0130559, -0.0664787, -0.232318, -0.740282", \
            "0.0136469, 0.0116224, 0.0055935, -0.0123621, -0.0669614, -0.232681, -0.740478", \
            "0.0210168, 0.0187298, 0.01189, -0.0078096, -0.0643362, -0.232119, -0.740103", \
            "0.0445836, 0.0419008, 0.0339729, 0.0112584, -0.0512066, -0.22478, -0.736751" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008327;
      rise_capacitance : 0.008637;
      rise_capacitance_range (0.008637, 0.008637);
      fall_capacitance : 0.008016;
      fall_capacitance_range (0.008016, 0.008016);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0138687, -0.0138746, -0.0138882, -0.0138628, -0.0138042, -0.0136692, -0.0133577" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0201838, 0.0201931, 0.0202145, 0.0202146, 0.0202149, 0.0202154, 0.0202169" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008603;
      rise_capacitance : 0.009057;
      rise_capacitance_range (0.009057, 0.009057);
      fall_capacitance : 0.00815;
      fall_capacitance_range (0.00815, 0.00815);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0172785, -0.0172841, -0.0172968, -0.0172988, -0.017303, -0.0173128, -0.0173353" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0173582, 0.0173546, 0.0173463, 0.0173402, 0.0173263, 0.017294, 0.0172197" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008501;
      rise_capacitance : 0.008901;
      rise_capacitance_range (0.008901, 0.008901);
      fall_capacitance : 0.008101;
      fall_capacitance_range (0.008101, 0.008101);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0141774, -0.0141773, -0.0141769, -0.0141552, -0.0141053, -0.01399, -0.0137242" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0205123, 0.0204993, 0.0204691, 0.0204722, 0.0204791, 0.0204951, 0.0205322" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008641;
      rise_capacitance : 0.009237;
      rise_capacitance_range (0.009237, 0.009237);
      fall_capacitance : 0.008045;
      fall_capacitance_range (0.008045, 0.008045);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0174225, -0.0174295, -0.0174455, -0.0174445, -0.0174422, -0.0174367, -0.017424" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0175038, 0.0174839, 0.0174379, 0.0174378, 0.0174376, 0.0174372, 0.0174362" \
          );
        }
      }
    }
  }
  cell (scs8hd_a2bb2o_1) {
    area : 10.0096;
    cell_footprint : "a2bb2o";
    cell_leakage_power : 0.00375217;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0003678;
      when : "!A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0003678;
      when : "!A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0003559;
      when : "!A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0003678;
      when : "!A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0064939;
      when : "!A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0064209;
      when : "!A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 6.1863e-05;
      when : "!A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0065667;
      when : "!A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0064916;
      when : "A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0064186;
      when : "A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 5.95787e-05;
      when : "A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0065645;
      when : "A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0064825;
      when : "A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0064095;
      when : "A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 5.04582e-05;
      when : "A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0065553;
      when : "A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.00375217;
    }
    pin (X) {
      direction : output;
      function : "(B1&B2) | (!A1N&!A2N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.206919;
      max_transition : 1.50505;
      timing () {
        related_pin : "A1N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.133407, 0.138715, 0.151632, 0.184877, 0.273858, 0.514237, 1.16986", \
            "0.137249, 0.142586, 0.155515, 0.188775, 0.277727, 0.518628, 1.17314", \
            "0.147441, 0.152767, 0.165572, 0.198981, 0.288141, 0.5285, 1.18407", \
            "0.170405, 0.175726, 0.188702, 0.22196, 0.310994, 0.550646, 1.20566", \
            "0.21656, 0.22195, 0.234856, 0.268304, 0.35735, 0.597087, 1.2514", \
            "0.303396, 0.309021, 0.322183, 0.355468, 0.444581, 0.684742, 1.35233", \
            "0.475087, 0.481117, 0.494792, 0.527868, 0.61721, 0.857366, 1.51103" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.016716, 0.022135, 0.037953, 0.0837625, 0.20952, 0.55547, 1.49836", \
            "0.0167448, 0.022188, 0.0380004, 0.0837538, 0.209688, 0.554151, 1.50223", \
            "0.0167349, 0.0221968, 0.0380027, 0.0836109, 0.209359, 0.554873, 1.49787", \
            "0.0168283, 0.022205, 0.0380373, 0.0838253, 0.209451, 0.555432, 1.50189", \
            "0.0174295, 0.0227543, 0.0382995, 0.0840892, 0.20959, 0.555466, 1.50044", \
            "0.0186961, 0.0238177, 0.0390116, 0.0843245, 0.209833, 0.554804, 1.50408", \
            "0.0208902, 0.0262323, 0.0405011, 0.0849088, 0.210842, 0.554099, 1.49694" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.102631, 0.108083, 0.119897, 0.143267, 0.191517, 0.30582, 0.6103", \
            "0.106051, 0.111473, 0.123255, 0.146663, 0.194933, 0.309259, 0.613778", \
            "0.112419, 0.117852, 0.129609, 0.153116, 0.201303, 0.315619, 0.6201", \
            "0.119632, 0.125053, 0.136809, 0.160216, 0.208374, 0.322622, 0.627129", \
            "0.122444, 0.127843, 0.139598, 0.162948, 0.211049, 0.324997, 0.629901", \
            "0.105646, 0.111071, 0.122771, 0.146107, 0.19433, 0.308213, 0.612126", \
            "0.0327661, 0.0382182, 0.0500404, 0.0734971, 0.121841, 0.235949, 0.540606" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0190667, 0.0230705, 0.031969, 0.0517552, 0.101472, 0.242554, 0.64437", \
            "0.0189534, 0.0229415, 0.0318696, 0.0521999, 0.101503, 0.24309, 0.643603", \
            "0.0190037, 0.02303, 0.032174, 0.0518184, 0.101581, 0.24253, 0.644184", \
            "0.018964, 0.0229202, 0.0322251, 0.0520205, 0.102009, 0.243089, 0.641727", \
            "0.0190987, 0.0230508, 0.0319938, 0.0519161, 0.101179, 0.242197, 0.640881", \
            "0.0191203, 0.023128, 0.0322533, 0.0519134, 0.101871, 0.242584, 0.642626", \
            "0.019884, 0.0238701, 0.0330128, 0.0528506, 0.102287, 0.242978, 0.640805" \
          );
        }
      }
      timing () {
        related_pin : "A2N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.125638, 0.130937, 0.143811, 0.177241, 0.26617, 0.506036, 1.16187", \
            "0.128306, 0.133564, 0.146454, 0.179875, 0.268991, 0.509539, 1.16589", \
            "0.138343, 0.143685, 0.156617, 0.189844, 0.278921, 0.519039, 1.17515", \
            "0.164989, 0.170298, 0.183168, 0.216632, 0.305494, 0.545552, 1.20131", \
            "0.219927, 0.225258, 0.238194, 0.271731, 0.360541, 0.601259, 1.25455", \
            "0.313049, 0.318838, 0.33187, 0.365337, 0.454434, 0.694372, 1.35231", \
            "0.488481, 0.494892, 0.50858, 0.541777, 0.63104, 0.871214, 1.52476" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0167294, 0.0221632, 0.0379909, 0.0837477, 0.209685, 0.554555, 1.50428", \
            "0.0166854, 0.0221814, 0.0379836, 0.0837878, 0.209165, 0.555754, 1.50045", \
            "0.0166858, 0.0221459, 0.0379814, 0.0838161, 0.209633, 0.554325, 1.50319", \
            "0.016811, 0.0222031, 0.0379764, 0.0837492, 0.209659, 0.554088, 1.50505", \
            "0.0174658, 0.0229414, 0.0384799, 0.0840409, 0.20975, 0.555628, 1.50321", \
            "0.0191262, 0.0243692, 0.0393682, 0.0843132, 0.210189, 0.553521, 1.50162", \
            "0.0217115, 0.0268841, 0.0410564, 0.0848683, 0.210882, 0.553907, 1.49323" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0992293, 0.104637, 0.116337, 0.139729, 0.187599, 0.301775, 0.606045", \
            "0.102656, 0.108113, 0.119816, 0.143208, 0.191065, 0.305259, 0.609798", \
            "0.108458, 0.113823, 0.125579, 0.148827, 0.196985, 0.311182, 0.616184", \
            "0.113803, 0.119255, 0.130947, 0.154183, 0.202317, 0.316339, 0.621499", \
            "0.112147, 0.117536, 0.129258, 0.152612, 0.200794, 0.31492, 0.619296", \
            "0.0902497, 0.0956381, 0.107257, 0.130522, 0.178594, 0.292547, 0.596825", \
            "0.0085028, 0.013987, 0.0257766, 0.0493644, 0.0975496, 0.211612, 0.516454" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0188574, 0.0228424, 0.0318972, 0.0514347, 0.101419, 0.242971, 0.647895", \
            "0.0189923, 0.0228364, 0.0318645, 0.0514797, 0.101585, 0.243037, 0.643852", \
            "0.0188221, 0.0230255, 0.0317858, 0.0514579, 0.101494, 0.242488, 0.64838", \
            "0.0189122, 0.023006, 0.0320291, 0.0516631, 0.10107, 0.241156, 0.641584", \
            "0.0189396, 0.0229524, 0.0319521, 0.0519186, 0.100755, 0.241345, 0.640401", \
            "0.0190921, 0.0230815, 0.0321305, 0.0518794, 0.101636, 0.243194, 0.642248", \
            "0.0203051, 0.024229, 0.0333273, 0.0528528, 0.102497, 0.243173, 0.642757" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0567413, 0.0624727, 0.0760988, 0.109701, 0.198601, 0.438788, 1.09313", \
            "0.0603072, 0.0660186, 0.0796207, 0.113304, 0.202224, 0.442991, 1.09886", \
            "0.0682805, 0.0739919, 0.0874896, 0.121079, 0.21, 0.450213, 1.10458", \
            "0.0825865, 0.0884574, 0.102176, 0.13573, 0.224321, 0.464628, 1.11868", \
            "0.0975647, 0.104137, 0.118455, 0.152183, 0.240789, 0.48153, 1.13618", \
            "0.098917, 0.107031, 0.123764, 0.158515, 0.246956, 0.487474, 1.14296", \
            "0.0544992, 0.0644068, 0.085696, 0.125557, 0.214919, 0.454836, 1.11173" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0171695, 0.0229769, 0.0388318, 0.0837665, 0.210214, 0.555963, 1.50181", \
            "0.0171486, 0.0229593, 0.038814, 0.0836894, 0.210359, 0.556873, 1.50294", \
            "0.0170808, 0.0229422, 0.0388531, 0.0838321, 0.210171, 0.555684, 1.49794", \
            "0.0183378, 0.0240744, 0.0394119, 0.0839882, 0.209732, 0.554835, 1.49944", \
            "0.0219768, 0.0275194, 0.042215, 0.0851192, 0.209986, 0.556381, 1.50124", \
            "0.0277829, 0.0340279, 0.0485538, 0.0883146, 0.210706, 0.554097, 1.498", \
            "0.036344, 0.0443804, 0.0608555, 0.0987583, 0.213649, 0.55745, 1.49598" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.140336, 0.146807, 0.160745, 0.188094, 0.240903, 0.358458, 0.66153", \
            "0.144703, 0.15122, 0.165202, 0.192446, 0.245273, 0.36281, 0.665923", \
            "0.155223, 0.161681, 0.175591, 0.202876, 0.255794, 0.373249, 0.676179", \
            "0.177422, 0.183768, 0.197676, 0.225101, 0.278101, 0.395682, 0.698865", \
            "0.224323, 0.230907, 0.245043, 0.272507, 0.325891, 0.443544, 0.746916", \
            "0.308596, 0.315968, 0.331324, 0.361452, 0.417946, 0.537833, 0.84144", \
            "0.470193, 0.47861, 0.496368, 0.530697, 0.593676, 0.717925, 1.02239" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0256552, 0.0303162, 0.0400254, 0.0609022, 0.110716, 0.247253, 0.639806", \
            "0.0255882, 0.0302419, 0.040227, 0.0615195, 0.111164, 0.246388, 0.64608", \
            "0.0257074, 0.030455, 0.0400991, 0.0613374, 0.110995, 0.246909, 0.644052", \
            "0.0256877, 0.0300919, 0.039957, 0.0609993, 0.111119, 0.247284, 0.641849", \
            "0.0271104, 0.031672, 0.0413341, 0.0623369, 0.111429, 0.247101, 0.639929", \
            "0.0325306, 0.0374065, 0.0478371, 0.069416, 0.118365, 0.250363, 0.638748", \
            "0.0421289, 0.0477577, 0.0595667, 0.0823909, 0.131694, 0.258416, 0.641707" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0540403, 0.0597696, 0.0733569, 0.107061, 0.195777, 0.436318, 1.09144", \
            "0.0573733, 0.063112, 0.0767022, 0.11036, 0.199568, 0.439361, 1.09349", \
            "0.0657522, 0.0714278, 0.0849195, 0.118419, 0.207612, 0.448543, 1.10173", \
            "0.0797223, 0.0855803, 0.0992811, 0.132931, 0.221754, 0.46247, 1.11751", \
            "0.0916823, 0.0982452, 0.112424, 0.146015, 0.23492, 0.475277, 1.1305", \
            "0.0860499, 0.0941756, 0.110671, 0.145506, 0.233656, 0.474806, 1.12804", \
            "0.0276857, 0.0376167, 0.0588515, 0.0987292, 0.18697, 0.428307, 1.08362" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0171567, 0.0230055, 0.0387925, 0.0836217, 0.209652, 0.556069, 1.50298", \
            "0.017164, 0.0229791, 0.0388018, 0.0837608, 0.210015, 0.555523, 1.49733", \
            "0.0170872, 0.0229303, 0.0388679, 0.0838485, 0.210435, 0.55635, 1.49925", \
            "0.0186771, 0.0243315, 0.0398935, 0.0841865, 0.210316, 0.556358, 1.50262", \
            "0.022522, 0.0281136, 0.0423709, 0.0851617, 0.209769, 0.555905, 1.50188", \
            "0.0287781, 0.0352343, 0.0492491, 0.0881595, 0.211344, 0.554353, 1.50023", \
            "0.0379106, 0.046088, 0.0618708, 0.0984716, 0.213464, 0.558295, 1.49779" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.122045, 0.127994, 0.141027, 0.166761, 0.218271, 0.334407, 0.637214", \
            "0.12562, 0.131492, 0.14434, 0.17028, 0.221808, 0.337985, 0.6405", \
            "0.135607, 0.141514, 0.154419, 0.180285, 0.231932, 0.348065, 0.650987", \
            "0.15913, 0.165027, 0.17793, 0.203757, 0.255353, 0.371499, 0.674571", \
            "0.207892, 0.21403, 0.227427, 0.253737, 0.305758, 0.422127, 0.725232", \
            "0.294135, 0.300811, 0.315713, 0.344991, 0.400791, 0.519949, 0.823062", \
            "0.459906, 0.467509, 0.484675, 0.518459, 0.58118, 0.705462, 1.00982" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0224494, 0.0268375, 0.0367095, 0.0574039, 0.107615, 0.244202, 0.639212", \
            "0.0223659, 0.0267073, 0.0363077, 0.0575364, 0.10746, 0.245411, 0.637276", \
            "0.0224486, 0.0267851, 0.036561, 0.0574003, 0.107472, 0.245339, 0.639931", \
            "0.0224543, 0.0269473, 0.0367445, 0.0573544, 0.107568, 0.245305, 0.64027", \
            "0.0247621, 0.0291494, 0.038797, 0.0596925, 0.108612, 0.245896, 0.637541", \
            "0.0309657, 0.0356488, 0.0459053, 0.0679396, 0.117555, 0.249416, 0.64127", \
            "0.0410238, 0.0458985, 0.0574429, 0.0812703, 0.131232, 0.257658, 0.640217" \
          );
        }
      }
      internal_power () {
        related_pin : "A1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.011035, 0.0128183, 0.0176451, 0.030186, 0.0635299, 0.15408, 0.401026", \
            "0.0109679, 0.0127527, 0.0175762, 0.0301169, 0.0634095, 0.153949, 0.400986", \
            "0.0109966, 0.0127866, 0.0175442, 0.0300866, 0.0634471, 0.153903, 0.400808", \
            "0.0106992, 0.0124957, 0.0173205, 0.0298823, 0.0631367, 0.153596, 0.400548", \
            "0.0102195, 0.0119979, 0.0167793, 0.0293747, 0.0626572, 0.153165, 0.39874", \
            "0.0105231, 0.0121847, 0.0167107, 0.0290948, 0.0624695, 0.152862, 0.398977", \
            "0.0114831, 0.013081, 0.0175927, 0.0299572, 0.0630137, 0.153907, 0.39933" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0096216, 0.0080634, 0.0043607, -0.0066566, -0.0393604, -0.130386, -0.379572", \
            "0.0095147, 0.0079505, 0.004241, -0.0067413, -0.0394324, -0.130483, -0.379699", \
            "0.0093845, 0.0078463, 0.004126, -0.00695, -0.0395971, -0.130606, -0.37978", \
            "0.0089758, 0.007428, 0.0037087, -0.0073194, -0.0400145, -0.131045, -0.380144", \
            "0.0102386, 0.0085624, 0.0041582, -0.0077246, -0.040473, -0.13154, -0.380693", \
            "0.0108587, 0.0092194, 0.0047469, -0.007263, -0.040512, -0.13184, -0.381034", \
            "0.0115411, 0.0098478, 0.0053182, -0.0065385, -0.0400201, -0.131413, -0.380892" \
          );
        }
      }
      internal_power () {
        related_pin : "A2N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0106901, 0.0124663, 0.0172619, 0.0298136, 0.0630781, 0.15341, 0.400575", \
            "0.0105994, 0.0123717, 0.0171542, 0.0297213, 0.0629814, 0.153511, 0.40086", \
            "0.0106087, 0.0123928, 0.0172295, 0.0297781, 0.0630085, 0.153325, 0.400424", \
            "0.0103545, 0.0121504, 0.0169383, 0.0294805, 0.0627955, 0.153124, 0.400514", \
            "0.0102622, 0.01199, 0.0167614, 0.0293154, 0.0626281, 0.153209, 0.398824", \
            "0.0105167, 0.012193, 0.0166244, 0.029065, 0.0624505, 0.152701, 0.400262", \
            "0.0116602, 0.0132941, 0.017807, 0.0300525, 0.0632077, 0.154375, 0.399314" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0094167, 0.0079247, 0.004375, -0.0066902, -0.0394153, -0.130499, -0.379711", \
            "0.0093262, 0.0078574, 0.0042964, -0.0067496, -0.0394629, -0.130582, -0.379809", \
            "0.0092303, 0.0077754, 0.0041736, -0.0068017, -0.0395465, -0.130583, -0.379824", \
            "0.0088682, 0.0073804, 0.0037875, -0.0072201, -0.0399596, -0.131048, -0.38025", \
            "0.0104691, 0.0087928, 0.0044128, -0.0076078, -0.0403998, -0.131509, -0.380688", \
            "0.01102, 0.0093913, 0.0050117, -0.0071135, -0.040419, -0.131716, -0.380947", \
            "0.0116385, 0.0099719, 0.0056692, -0.0063816, -0.0397026, -0.131242, -0.380604" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0117262, 0.0134589, 0.0181403, 0.0306201, 0.0640995, 0.1545, 0.400982", \
            "0.0116496, 0.0133911, 0.0180584, 0.0305447, 0.0639824, 0.154336, 0.400849", \
            "0.0115926, 0.0133186, 0.017966, 0.0304272, 0.063839, 0.154195, 0.400357", \
            "0.0115587, 0.0132661, 0.0178128, 0.030223, 0.0636058, 0.154129, 0.400587", \
            "0.0119984, 0.0136411, 0.017931, 0.0301627, 0.0634037, 0.154158, 0.400689", \
            "0.0131763, 0.0147641, 0.0191816, 0.0312427, 0.0643143, 0.154271, 0.400986", \
            "0.0166575, 0.0181488, 0.0224093, 0.0342913, 0.0675898, 0.157593, 0.402356" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0118053, 0.0101473, 0.0063767, -0.004478, -0.0368973, -0.127915, -0.377153", \
            "0.0117613, 0.0100996, 0.006323, -0.004598, -0.0369896, -0.127986, -0.377212", \
            "0.0116759, 0.0100142, 0.0061921, -0.0047131, -0.0371544, -0.128088, -0.377302", \
            "0.0115114, 0.0098843, 0.0060598, -0.0048306, -0.0372627, -0.12819, -0.37741", \
            "0.0117106, 0.0100006, 0.006111, -0.0048611, -0.0373318, -0.128287, -0.377459", \
            "0.0151705, 0.0132626, 0.0083843, -0.0040894, -0.0369274, -0.127954, -0.377134", \
            "0.0189035, 0.01722, 0.0120627, -0.0010554, -0.0345681, -0.12566, -0.374742" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0120853, 0.0138254, 0.0184781, 0.0310018, 0.0644213, 0.154778, 0.401322", \
            "0.0119851, 0.0137235, 0.0183887, 0.030889, 0.0642443, 0.154613, 0.400753", \
            "0.0119381, 0.0136621, 0.0183043, 0.0307014, 0.0641169, 0.154548, 0.402876", \
            "0.011929, 0.0136378, 0.0181129, 0.0305266, 0.0639348, 0.154433, 0.40092", \
            "0.0124651, 0.0141039, 0.0184616, 0.0305847, 0.0637766, 0.154327, 0.401149", \
            "0.0138645, 0.0154412, 0.0197079, 0.0318319, 0.0647734, 0.154861, 0.401626", \
            "0.0175809, 0.0190437, 0.0233988, 0.0352632, 0.0683315, 0.158549, 0.403298" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0096929, 0.0080983, 0.0044949, -0.0064575, -0.0390293, -0.129999, -0.379328", \
            "0.0095237, 0.007883, 0.004203, -0.006646, -0.0391695, -0.130218, -0.379533", \
            "0.0092889, 0.0077224, 0.003988, -0.0068768, -0.0393993, -0.13045, -0.379685", \
            "0.0091324, 0.0075724, 0.0038684, -0.0070902, -0.0395946, -0.130628, -0.379907", \
            "0.0092162, 0.0075366, 0.003747, -0.00717, -0.0396822, -0.130724, -0.379956", \
            "0.0126493, 0.0106385, 0.0058218, -0.0065269, -0.0394195, -0.130367, -0.37958", \
            "0.016208, 0.0141245, 0.009063, -0.0036201, -0.0369292, -0.128285, -0.377311" \
          );
        }
      }
    }
    pin (A1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001429;
      rise_capacitance : 0.001466;
      rise_capacitance_range (0.001466, 0.001466);
      fall_capacitance : 0.001391;
      fall_capacitance_range (0.001391, 0.001391);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0017188, 0.0016683, 0.0015518, 0.0017943, 0.0023533, 0.0036417, 0.0066117" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0100056, 0.0099326, 0.0097642, 0.0099416, 0.0103507, 0.0112937, 0.0134673" \
          );
        }
      }
    }
    pin (A2N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00152;
      rise_capacitance : 0.001621;
      rise_capacitance_range (0.001621, 0.001621);
      fall_capacitance : 0.001419;
      fall_capacitance_range (0.001419, 0.001419);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0009933, 0.0009407, 0.0008194, 0.0011016, 0.0017522, 0.0032517, 0.0067081" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089825, 0.0089101, 0.0087432, 0.0090075, 0.0096169, 0.0110214, 0.0142589" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001562;
      rise_capacitance : 0.001602;
      rise_capacitance_range (0.001602, 0.001602);
      fall_capacitance : 0.001521;
      fall_capacitance_range (0.001521, 0.001521);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0023784, -0.0023761, -0.0023708, -0.0023715, -0.0023731, -0.0023767, -0.0023853" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0023802, 0.0023788, 0.0023755, 0.002375, 0.0023739, 0.0023714, 0.0023655" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001654;
      rise_capacitance : 0.001691;
      rise_capacitance_range (0.001691, 0.001691);
      fall_capacitance : 0.001618;
      fall_capacitance_range (0.001618, 0.001618);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0026243, -0.0026224, -0.0026179, -0.002619, -0.0026213, -0.0026268, -0.0026394" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0026245, 0.0026219, 0.0026158, 0.0026164, 0.0026178, 0.0026211, 0.0026286" \
          );
        }
      }
    }
  }
  cell (scs8hd_a2bb2o_2) {
    area : 11.2608;
    cell_footprint : "a2bb2o";
    cell_leakage_power : 0.013436;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0083186;
      when : "!A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0083186;
      when : "!A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0083151;
      when : "!A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0083186;
      when : "!A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0205745;
      when : "!A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0205007;
      when : "!A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0088008;
      when : "!A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0206487;
      when : "!A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0131101;
      when : "A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0130364;
      when : "A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0013364;
      when : "A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0131842;
      when : "A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0205716;
      when : "A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0204979;
      when : "A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.008798;
      when : "A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0206458;
      when : "A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.013436;
    }
    pin (X) {
      direction : output;
      function : "(B1&B2) | (!A1N&!A2N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.396433;
      max_transition : 1.50591;
      timing () {
        related_pin : "A1N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.128723, 0.132885, 0.142956, 0.168915, 0.244127, 0.470737, 1.15924", \
            "0.133268, 0.137441, 0.147505, 0.173462, 0.248636, 0.474558, 1.16274", \
            "0.144162, 0.148264, 0.158395, 0.184341, 0.259645, 0.485307, 1.17238", \
            "0.168088, 0.172159, 0.182276, 0.20825, 0.283471, 0.509333, 1.19836", \
            "0.214545, 0.218705, 0.228939, 0.25496, 0.330181, 0.55562, 1.24999", \
            "0.298916, 0.303477, 0.314117, 0.340135, 0.415541, 0.641448, 1.32983", \
            "0.463731, 0.468706, 0.479995, 0.506539, 0.581804, 0.807408, 1.49203" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.0147035, 0.0181459, 0.0284502, 0.0618059, 0.168935, 0.498818, 1.50138", \
            "0.014682, 0.0181764, 0.0284407, 0.0617709, 0.169095, 0.498519, 1.50274", \
            "0.0146658, 0.0180797, 0.028463, 0.0617728, 0.16915, 0.497358, 1.50111", \
            "0.014621, 0.0181444, 0.0284435, 0.0618234, 0.168966, 0.498547, 1.50591", \
            "0.0150641, 0.0187164, 0.0288481, 0.0621981, 0.169066, 0.497812, 1.49983", \
            "0.016379, 0.0200373, 0.0298735, 0.0626025, 0.169164, 0.497284, 1.50371", \
            "0.0187333, 0.0221953, 0.0321527, 0.0636822, 0.170229, 0.497289, 1.49518" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.105796, 0.10984, 0.119529, 0.140334, 0.183459, 0.287554, 0.588676", \
            "0.109346, 0.113349, 0.123102, 0.143857, 0.187022, 0.291279, 0.5922", \
            "0.116812, 0.120849, 0.130524, 0.151389, 0.194476, 0.298582, 0.599734", \
            "0.125957, 0.129958, 0.13968, 0.160509, 0.203677, 0.30788, 0.609107", \
            "0.131247, 0.135278, 0.144981, 0.165714, 0.208783, 0.312884, 0.614213", \
            "0.119026, 0.122949, 0.132631, 0.15336, 0.196534, 0.300516, 0.600787", \
            "0.0564924, 0.0602755, 0.0700567, 0.0908933, 0.134182, 0.238406, 0.539433" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.0180478, 0.0209193, 0.0279724, 0.0439077, 0.0847322, 0.208503, 0.604766", \
            "0.0181134, 0.0207649, 0.027742, 0.043939, 0.0848637, 0.208534, 0.607106", \
            "0.0180911, 0.020946, 0.0278775, 0.0437622, 0.0848048, 0.208529, 0.610439", \
            "0.0181037, 0.0209227, 0.0280062, 0.0438966, 0.0848342, 0.209315, 0.608263", \
            "0.0179739, 0.0207482, 0.0277299, 0.0437302, 0.0840434, 0.208109, 0.605278", \
            "0.0181526, 0.0210698, 0.0281712, 0.0440286, 0.0848258, 0.208308, 0.605737", \
            "0.0187655, 0.0214876, 0.0285446, 0.044834, 0.0852454, 0.208996, 0.607354" \
          );
        }
      }
      timing () {
        related_pin : "A2N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.119854, 0.124036, 0.134095, 0.160048, 0.235262, 0.460824, 1.14802", \
            "0.123108, 0.127193, 0.137276, 0.16324, 0.238483, 0.464984, 1.15193", \
            "0.133476, 0.137635, 0.147712, 0.17367, 0.24895, 0.475357, 1.16358", \
            "0.159694, 0.163904, 0.173973, 0.199927, 0.27527, 0.501153, 1.18773", \
            "0.210054, 0.214301, 0.224479, 0.250536, 0.325688, 0.551865, 1.23631", \
            "0.295789, 0.300314, 0.310797, 0.336797, 0.412087, 0.637904, 1.33177", \
            "0.458041, 0.463053, 0.474304, 0.500862, 0.576065, 0.802432, 1.48684" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.0146593, 0.0181603, 0.0284133, 0.0617591, 0.169114, 0.49795, 1.5014", \
            "0.0145808, 0.018102, 0.0284449, 0.0617936, 0.168681, 0.498621, 1.50589", \
            "0.0147374, 0.0181269, 0.0284478, 0.0618299, 0.168686, 0.49868, 1.501", \
            "0.0147475, 0.0182169, 0.0284745, 0.0618363, 0.169135, 0.497746, 1.49971", \
            "0.0152735, 0.0187704, 0.0290459, 0.0623059, 0.16917, 0.498556, 1.50226", \
            "0.0164892, 0.0199519, 0.0299366, 0.0626494, 0.169244, 0.496179, 1.50176", \
            "0.018874, 0.0227037, 0.0324442, 0.0638465, 0.169729, 0.496796, 1.49747" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.10092, 0.104892, 0.114552, 0.135105, 0.177987, 0.282095, 0.583095", \
            "0.104493, 0.108508, 0.118148, 0.138708, 0.181633, 0.285705, 0.586748", \
            "0.111172, 0.115193, 0.124808, 0.145438, 0.188379, 0.292313, 0.59351", \
            "0.117538, 0.121558, 0.131218, 0.151791, 0.194699, 0.2988, 0.599867", \
            "0.118386, 0.122403, 0.131964, 0.152667, 0.195677, 0.299773, 0.600908", \
            "0.101121, 0.105093, 0.11477, 0.135339, 0.178274, 0.282276, 0.582712", \
            "0.0322238, 0.0362991, 0.0458139, 0.0669734, 0.110019, 0.21411, 0.514809" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.0179, 0.0206587, 0.027595, 0.0439518, 0.0841734, 0.207829, 0.607157", \
            "0.0179324, 0.0207811, 0.0278113, 0.0438206, 0.0841982, 0.207773, 0.607195", \
            "0.0178828, 0.0207841, 0.0276195, 0.0435525, 0.0843598, 0.20811, 0.608697", \
            "0.018011, 0.020647, 0.0276049, 0.0435371, 0.084409, 0.207739, 0.60812", \
            "0.0179811, 0.0208471, 0.0277139, 0.0437054, 0.0838206, 0.208303, 0.604841", \
            "0.0181353, 0.0208878, 0.0278679, 0.0436982, 0.0843013, 0.208459, 0.606966", \
            "0.0192235, 0.0219633, 0.028872, 0.0446653, 0.0853761, 0.208695, 0.606957" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.0720446, 0.0767871, 0.0881827, 0.115898, 0.191904, 0.418576, 1.10284", \
            "0.0754675, 0.0801943, 0.0916349, 0.119424, 0.195075, 0.421479, 1.10957", \
            "0.0835714, 0.0882522, 0.0996538, 0.127424, 0.203147, 0.43047, 1.11492", \
            "0.100577, 0.105321, 0.116729, 0.144454, 0.220269, 0.446551, 1.13124", \
            "0.123838, 0.129208, 0.141666, 0.170302, 0.245881, 0.473, 1.15799", \
            "0.139941, 0.146318, 0.161271, 0.192318, 0.268212, 0.494419, 1.17888", \
            "0.12267, 0.129861, 0.147911, 0.185469, 0.265061, 0.491109, 1.1781" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.0163754, 0.0204609, 0.0314272, 0.064611, 0.170364, 0.500185, 1.49869", \
            "0.0163707, 0.0203953, 0.0315619, 0.064632, 0.170352, 0.499346, 1.50343", \
            "0.0163396, 0.0204645, 0.031543, 0.0646247, 0.170087, 0.500236, 1.49848", \
            "0.0166995, 0.0207472, 0.0318848, 0.0647574, 0.170212, 0.500223, 1.49732", \
            "0.0201112, 0.0244621, 0.0352068, 0.066861, 0.170671, 0.499897, 1.50074", \
            "0.0258277, 0.0307384, 0.0424486, 0.0725344, 0.172518, 0.498319, 1.50099", \
            "0.0344678, 0.0400644, 0.0547549, 0.0853745, 0.177131, 0.501479, 1.49953" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.135692, 0.140391, 0.151764, 0.176121, 0.224595, 0.334361, 0.635596", \
            "0.140587, 0.145284, 0.156665, 0.181032, 0.229466, 0.339256, 0.64059", \
            "0.151234, 0.155996, 0.167329, 0.191617, 0.240109, 0.349875, 0.65109", \
            "0.173494, 0.17819, 0.189425, 0.213899, 0.262659, 0.372241, 0.673726", \
            "0.221473, 0.226347, 0.237847, 0.262117, 0.311142, 0.420965, 0.72201", \
            "0.307345, 0.312551, 0.324844, 0.351975, 0.404501, 0.517356, 0.818834", \
            "0.464773, 0.470674, 0.484872, 0.515656, 0.575669, 0.695283, 0.998123" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.024416, 0.027504, 0.0355002, 0.0531913, 0.0952433, 0.215284, 0.607442", \
            "0.0245179, 0.0275381, 0.0354286, 0.0534004, 0.095115, 0.215486, 0.606994", \
            "0.0244885, 0.0276522, 0.035519, 0.0533401, 0.0952051, 0.215427, 0.607834", \
            "0.024523, 0.0275396, 0.0357915, 0.0532275, 0.0947704, 0.215102, 0.606158", \
            "0.0259634, 0.0290765, 0.0368007, 0.0544566, 0.0958306, 0.216235, 0.606913", \
            "0.0318139, 0.0350396, 0.043125, 0.0621671, 0.103662, 0.2197, 0.60862", \
            "0.043522, 0.0467461, 0.0556745, 0.075851, 0.118216, 0.231105, 0.605853" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.0694265, 0.0741468, 0.085544, 0.113262, 0.189203, 0.416022, 1.09995", \
            "0.0726038, 0.0773512, 0.0887635, 0.116483, 0.192421, 0.418704, 1.10397", \
            "0.0807075, 0.0854001, 0.0968348, 0.124551, 0.200521, 0.427095, 1.11205", \
            "0.0989615, 0.103718, 0.115195, 0.142901, 0.21854, 0.44514, 1.13072", \
            "0.120597, 0.126105, 0.138858, 0.167012, 0.242833, 0.468793, 1.15574", \
            "0.130731, 0.137222, 0.152529, 0.183741, 0.260139, 0.486404, 1.17102", \
            "0.10041, 0.107775, 0.126045, 0.16413, 0.243663, 0.467991, 1.15388" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.0164319, 0.020473, 0.031413, 0.0646109, 0.170346, 0.500267, 1.49751", \
            "0.0164469, 0.0204798, 0.0315074, 0.0645685, 0.170286, 0.500173, 1.49916", \
            "0.0164146, 0.0204181, 0.0314072, 0.0645986, 0.17044, 0.499852, 1.4996", \
            "0.0171706, 0.0211631, 0.0321261, 0.0648083, 0.170439, 0.499733, 1.50072", \
            "0.0212843, 0.0253063, 0.0360466, 0.0675031, 0.170717, 0.499124, 1.50138", \
            "0.027543, 0.0324861, 0.0443177, 0.0733283, 0.172859, 0.498477, 1.50111", \
            "0.0373266, 0.0429506, 0.0574538, 0.0875637, 0.178421, 0.501087, 1.49938" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.120088, 0.124471, 0.135014, 0.157818, 0.204308, 0.31174, 0.612338", \
            "0.124616, 0.12899, 0.139543, 0.162241, 0.208875, 0.31629, 0.616856", \
            "0.13544, 0.139768, 0.150275, 0.17303, 0.219544, 0.327103, 0.62749", \
            "0.159486, 0.163858, 0.174211, 0.197028, 0.243596, 0.35103, 0.651243", \
            "0.211163, 0.215705, 0.226505, 0.24969, 0.2969, 0.404373, 0.705191", \
            "0.302519, 0.307411, 0.319256, 0.345238, 0.396763, 0.507386, 0.808164", \
            "0.467644, 0.473379, 0.487108, 0.517034, 0.576564, 0.695685, 0.996855" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.0216503, 0.0246302, 0.032173, 0.0498364, 0.0914335, 0.212136, 0.603608", \
            "0.0216501, 0.0246346, 0.0320972, 0.0496068, 0.091347, 0.211853, 0.603663", \
            "0.021671, 0.0245066, 0.0320451, 0.0494481, 0.091418, 0.212196, 0.605631", \
            "0.0216433, 0.0246412, 0.0321779, 0.0491259, 0.091136, 0.212588, 0.606344", \
            "0.023833, 0.0266623, 0.034093, 0.0512574, 0.0925168, 0.213132, 0.607299", \
            "0.030864, 0.0338331, 0.0413296, 0.0594484, 0.101075, 0.217163, 0.606247", \
            "0.0430875, 0.0464963, 0.0551029, 0.0756416, 0.117513, 0.228884, 0.605967" \
          );
        }
      }
      internal_power () {
        related_pin : "A1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.0174154, 0.0194768, 0.0256425, 0.043943, 0.0986444, 0.26356, 0.763952", \
            "0.0173397, 0.0194036, 0.0255507, 0.0438333, 0.0985599, 0.263212, 0.764111", \
            "0.0173909, 0.0194089, 0.0255893, 0.0438788, 0.0986006, 0.263159, 0.764616", \
            "0.0170832, 0.0190789, 0.0252832, 0.0435637, 0.0982438, 0.263077, 0.765014", \
            "0.0164403, 0.0184478, 0.0246318, 0.0429093, 0.0975747, 0.262129, 0.761054", \
            "0.0166957, 0.0186441, 0.0246399, 0.0422124, 0.0972792, 0.26151, 0.763008", \
            "0.017599, 0.0195067, 0.0254267, 0.0432756, 0.0982413, 0.263324, 0.761515" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.0132326, 0.0111844, 0.0056526, -0.0100738, -0.0627006, -0.228331, -0.734251", \
            "0.0131485, 0.0110172, 0.0055019, -0.0100856, -0.0627701, -0.22839, -0.734141", \
            "0.0130436, 0.0108884, 0.0054833, -0.0101774, -0.0628846, -0.228505, -0.734365", \
            "0.0125857, 0.0104889, 0.0049824, -0.0106681, -0.0633903, -0.229071, -0.734826", \
            "0.014464, 0.0121955, 0.006117, -0.011161, -0.0639573, -0.22965, -0.735388", \
            "0.0163193, 0.0141329, 0.0081635, -0.0096711, -0.0637652, -0.229946, -0.735743", \
            "0.0172747, 0.0148388, 0.0087647, -0.0088964, -0.0630431, -0.229355, -0.735453" \
          );
        }
      }
      internal_power () {
        related_pin : "A2N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.017105, 0.019163, 0.0253134, 0.043662, 0.0983368, 0.262854, 0.764198", \
            "0.0170418, 0.0190392, 0.0252214, 0.043505, 0.0981619, 0.263085, 0.763944", \
            "0.0170416, 0.0190873, 0.0252489, 0.0435553, 0.0981701, 0.263129, 0.76335", \
            "0.0167148, 0.0187711, 0.024916, 0.0431929, 0.0979007, 0.262707, 0.763635", \
            "0.0165219, 0.0185589, 0.0246334, 0.0429348, 0.0974914, 0.262394, 0.760635", \
            "0.0166751, 0.0186071, 0.0245686, 0.0421544, 0.0973666, 0.261515, 0.762375", \
            "0.0179724, 0.0198968, 0.0256786, 0.0434896, 0.0982779, 0.264111, 0.761984" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.0130977, 0.0109308, 0.0055057, -0.0100248, -0.0627598, -0.228475, -0.734242", \
            "0.0129539, 0.0108582, 0.0054997, -0.0101213, -0.0627809, -0.228583, -0.734276", \
            "0.012883, 0.0108627, 0.0054742, -0.010183, -0.062843, -0.228511, -0.734432", \
            "0.0124022, 0.0102772, 0.0048938, -0.0106796, -0.063427, -0.229133, -0.73493", \
            "0.0149044, 0.0127472, 0.0066255, -0.0111447, -0.06395, -0.22974, -0.735527", \
            "0.0162631, 0.0140408, 0.00815, -0.0097135, -0.0639555, -0.230109, -0.735944", \
            "0.0172092, 0.0149512, 0.0088415, -0.0090871, -0.0630924, -0.22937, -0.735622" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.0184404, 0.0204433, 0.026533, 0.044838, 0.0995627, 0.264289, 0.763916", \
            "0.0183398, 0.0203457, 0.0264608, 0.0447176, 0.0995435, 0.264713, 0.764014", \
            "0.0182386, 0.0201988, 0.0263233, 0.0445312, 0.09928, 0.264278, 0.766208", \
            "0.018386, 0.0203501, 0.0262622, 0.0443949, 0.0990992, 0.264045, 0.763456", \
            "0.0189943, 0.0209774, 0.0266631, 0.0446168, 0.0988986, 0.263676, 0.7631", \
            "0.0207192, 0.0227098, 0.0283937, 0.0458033, 0.0994627, 0.26357, 0.763688", \
            "0.0253339, 0.02683, 0.0323175, 0.0498648, 0.103523, 0.267363, 0.765093" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.0172516, 0.01498, 0.0090798, -0.006694, -0.0589221, -0.224434, -0.730285", \
            "0.0172007, 0.0148924, 0.008978, -0.0068033, -0.0590175, -0.224504, -0.730346", \
            "0.0171303, 0.014903, 0.0089465, -0.0069116, -0.0591405, -0.22464, -0.730465", \
            "0.0170124, 0.0146968, 0.0087913, -0.0071231, -0.0593564, -0.22475, -0.730544", \
            "0.0173684, 0.0150573, 0.0089594, -0.0070966, -0.0594942, -0.224921, -0.730664", \
            "0.0228559, 0.0202967, 0.0133595, -0.0047203, -0.0588733, -0.224442, -0.730273", \
            "0.0296826, 0.0270303, 0.0189369, -0.0007395, -0.0560379, -0.222404, -0.727857" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.0188857, 0.0208627, 0.0269481, 0.0452526, 0.100005, 0.264753, 0.764207", \
            "0.0187559, 0.0207533, 0.0268632, 0.045134, 0.0999104, 0.264827, 0.768021", \
            "0.0186005, 0.0205818, 0.0266911, 0.0449703, 0.099662, 0.264368, 0.763366", \
            "0.018706, 0.0207084, 0.0267364, 0.0448329, 0.0994795, 0.264426, 0.765312", \
            "0.0197191, 0.0215503, 0.0272393, 0.0447967, 0.0991655, 0.263741, 0.764889", \
            "0.0218945, 0.0235921, 0.0291778, 0.0466154, 0.100363, 0.264195, 0.764986", \
            "0.0273281, 0.0286909, 0.0339057, 0.0508948, 0.104617, 0.268227, 0.765692" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152114, 0.00462775, 0.0140789, 0.0428322, 0.130308, 0.396433");
          values ( \
            "0.0150607, 0.0127829, 0.0071161, -0.0085212, -0.0609465, -0.226491, -0.732553", \
            "0.0149063, 0.0126302, 0.0069623, -0.0086989, -0.0611261, -0.226668, -0.732687", \
            "0.0146482, 0.0124141, 0.0067412, -0.0088997, -0.0613157, -0.226952, -0.732879", \
            "0.0144397, 0.0122621, 0.0065895, -0.0092466, -0.0616164, -0.22719, -0.733046", \
            "0.0147688, 0.0124252, 0.0065153, -0.0093131, -0.0617585, -0.227358, -0.733154", \
            "0.0208024, 0.0182189, 0.0113745, -0.0072956, -0.0615134, -0.226948, -0.73282", \
            "0.0265537, 0.0238178, 0.0162705, -0.0033531, -0.0586944, -0.224975, -0.730372" \
          );
        }
      }
    }
    pin (A1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001673;
      rise_capacitance : 0.001733;
      rise_capacitance_range (0.001733, 0.001733);
      fall_capacitance : 0.001613;
      fall_capacitance_range (0.001613, 0.001613);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0036047, 0.0035286, 0.0033532, 0.0036347, 0.0042838, 0.0057801, 0.009229" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.011578, 0.0114994, 0.0113182, 0.011527, 0.0120085, 0.0131184, 0.0156768" \
          );
        }
      }
    }
    pin (A2N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001764;
      rise_capacitance : 0.001885;
      rise_capacitance_range (0.001885, 0.001885);
      fall_capacitance : 0.001643;
      fall_capacitance_range (0.001643, 0.001643);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0024774, 0.0023968, 0.0022109, 0.0025849, 0.0034467, 0.0054335, 0.0100133" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0100079, 0.0099219, 0.0097238, 0.0100808, 0.010904, 0.0128014, 0.017175" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001766;
      rise_capacitance : 0.001832;
      rise_capacitance_range (0.001832, 0.001832);
      fall_capacitance : 0.001701;
      fall_capacitance_range (0.001701, 0.001701);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0031884, -0.0031885, -0.0031888, -0.0031886, -0.0031877, -0.0031858, -0.0031814" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031905, 0.0031886, 0.0031842, 0.0031859, 0.00319, 0.0031995, 0.0032213" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001854;
      rise_capacitance : 0.001907;
      rise_capacitance_range (0.001907, 0.001907);
      fall_capacitance : 0.0018;
      fall_capacitance_range (0.0018, 0.0018);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0034623, -0.0034661, -0.0034751, -0.0034741, -0.0034717, -0.0034661, -0.0034531" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0034787, 0.0034738, 0.0034625, 0.0034624, 0.0034624, 0.0034624, 0.0034624" \
          );
        }
      }
    }
  }
  cell (scs8hd_a2bb2o_4) {
    area : 20.0192;
    cell_footprint : "a2bb2o";
    cell_leakage_power : 0.0416182;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0649107;
      when : "A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0791379;
      when : "A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0127274;
      when : "!A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0127261;
      when : "!A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0127171;
      when : "!A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0127274;
      when : "!A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0373464;
      when : "!A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0791223;
      when : "!A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0141246;
      when : "!A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0373529;
      when : "!A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0256992;
      when : "A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0785611;
      when : "A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0024774;
      when : "A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0257056;
      when : "A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0914328;
      when : "A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0791222;
      when : "A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0416182;
    }
    pin (X) {
      direction : output;
      function : "(B1&B2) | (!A1N&!A2N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.661021;
      max_transition : 1.5092;
      timing () {
        related_pin : "A1N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.115501, 0.118008, 0.125318, 0.146677, 0.213699, 0.431677, 1.1509", \
            "0.120044, 0.122556, 0.129891, 0.151294, 0.218118, 0.435906, 1.15669", \
            "0.131466, 0.133994, 0.141281, 0.162601, 0.229556, 0.447499, 1.16769", \
            "0.15601, 0.158526, 0.16585, 0.1872, 0.254066, 0.472175, 1.19248", \
            "0.202376, 0.204923, 0.212288, 0.233626, 0.300581, 0.51799, 1.23657", \
            "0.290699, 0.293435, 0.300885, 0.322286, 0.389373, 0.606809, 1.32509", \
            "0.473236, 0.47617, 0.484066, 0.5055, 0.572258, 0.790286, 1.50801" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0132608, 0.0156497, 0.0235935, 0.0512732, 0.145501, 0.460037, 1.50318", \
            "0.0132033, 0.0155905, 0.0236041, 0.051252, 0.145389, 0.459586, 1.50385", \
            "0.0131922, 0.0156066, 0.0235804, 0.0512425, 0.145418, 0.461008, 1.50584", \
            "0.0132266, 0.0156153, 0.0236122, 0.0512675, 0.14518, 0.460863, 1.50722", \
            "0.0137767, 0.0161217, 0.0240276, 0.0514141, 0.145561, 0.46014, 1.50302", \
            "0.0148072, 0.0170484, 0.0247431, 0.0518659, 0.146339, 0.458379, 1.5038", \
            "0.0166626, 0.0190124, 0.026177, 0.0523249, 0.146643, 0.459464, 1.50044" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0867684, 0.0891926, 0.0958579, 0.11174, 0.146992, 0.238724, 0.526209", \
            "0.0901792, 0.0925767, 0.0992174, 0.115077, 0.150482, 0.242173, 0.529647", \
            "0.096231, 0.0986346, 0.105273, 0.121147, 0.156578, 0.248268, 0.535754", \
            "0.101164, 0.103568, 0.110179, 0.125996, 0.161394, 0.253036, 0.540774", \
            "0.0973855, 0.0997578, 0.106412, 0.122284, 0.157629, 0.249176, 0.536693", \
            "0.0675671, 0.0699595, 0.0766119, 0.0924758, 0.127822, 0.219392, 0.506714", \
            "-0.0319825, -0.0295679, -0.0228515, -0.0068891, 0.0286046, 0.120433, 0.40791" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.015452, 0.017192, 0.0218101, 0.0342041, 0.0680025, 0.178274, 0.561729", \
            "0.0154625, 0.0171277, 0.022066, 0.0339797, 0.0678434, 0.178124, 0.564659", \
            "0.0154679, 0.017162, 0.0220333, 0.0339394, 0.0678432, 0.178113, 0.564565", \
            "0.0154213, 0.0170522, 0.0219404, 0.0341167, 0.0680342, 0.178136, 0.561702", \
            "0.0154997, 0.0171399, 0.0220862, 0.0340144, 0.0680708, 0.178115, 0.56207", \
            "0.0155356, 0.0172062, 0.0220574, 0.0341843, 0.0681277, 0.178456, 0.560516", \
            "0.0162251, 0.0178929, 0.0226106, 0.0347349, 0.0683655, 0.17881, 0.565799" \
          );
        }
      }
      timing () {
        related_pin : "A2N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.103771, 0.106285, 0.113606, 0.135015, 0.201855, 0.419603, 1.13809", \
            "0.107014, 0.109523, 0.116869, 0.138246, 0.205151, 0.42318, 1.14148", \
            "0.118131, 0.120641, 0.127981, 0.149312, 0.216282, 0.434272, 1.15301", \
            "0.146356, 0.148834, 0.156162, 0.177516, 0.2443, 0.462364, 1.18402", \
            "0.200403, 0.202897, 0.210282, 0.231642, 0.298553, 0.515948, 1.24093", \
            "0.296651, 0.299286, 0.306893, 0.32813, 0.395157, 0.612684, 1.33089", \
            "0.485974, 0.489022, 0.496963, 0.518316, 0.585584, 0.803309, 1.52074" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0131903, 0.015591, 0.0235863, 0.051186, 0.145321, 0.459252, 1.5092", \
            "0.0131953, 0.0156043, 0.0236089, 0.0511879, 0.145123, 0.459469, 1.50679", \
            "0.0132146, 0.015609, 0.0236063, 0.0512723, 0.145184, 0.459514, 1.50833", \
            "0.0132503, 0.0156512, 0.0235938, 0.0512441, 0.145509, 0.460496, 1.50528", \
            "0.0137898, 0.0162212, 0.0240362, 0.0514269, 0.145306, 0.459986, 1.50802", \
            "0.0151978, 0.0175214, 0.0249921, 0.0519293, 0.145922, 0.458312, 1.50391", \
            "0.0173576, 0.01962, 0.0269026, 0.0526658, 0.146269, 0.459826, 1.49751" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0876665, 0.0900863, 0.0967567, 0.112649, 0.147951, 0.239838, 0.528108", \
            "0.0909391, 0.0933566, 0.100024, 0.115917, 0.151231, 0.243127, 0.531387", \
            "0.0962532, 0.0986507, 0.105337, 0.121167, 0.156612, 0.248431, 0.536557", \
            "0.0993833, 0.101797, 0.108442, 0.12423, 0.15976, 0.251576, 0.539994", \
            "0.0927132, 0.0951115, 0.101775, 0.117559, 0.153047, 0.245019, 0.533192", \
            "0.0599212, 0.0623157, 0.0689792, 0.0848403, 0.120136, 0.211937, 0.499763", \
            "-0.0447417, -0.0422741, -0.0354876, -0.0194117, 0.0162629, 0.108439, 0.396455" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0154245, 0.0171667, 0.0217554, 0.0341728, 0.0680317, 0.178744, 0.56311", \
            "0.015424, 0.0171636, 0.0217551, 0.0341817, 0.0680298, 0.178638, 0.563177", \
            "0.0154166, 0.0170778, 0.0217951, 0.0341528, 0.0679433, 0.178897, 0.567111", \
            "0.0155417, 0.0172129, 0.0219459, 0.0342611, 0.0681366, 0.178923, 0.563229", \
            "0.0154775, 0.0171543, 0.0218511, 0.0341147, 0.0679843, 0.178551, 0.561064", \
            "0.0157325, 0.0173061, 0.0222488, 0.0344432, 0.0680739, 0.178911, 0.561342", \
            "0.0171095, 0.0188307, 0.0236218, 0.0354394, 0.0691045, 0.179101, 0.564607" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0555837, 0.0583909, 0.0664198, 0.0888172, 0.156273, 0.374963, 1.0942", \
            "0.0587472, 0.0615463, 0.0695842, 0.0919885, 0.159536, 0.377776, 1.09742", \
            "0.065906, 0.068709, 0.076711, 0.0989933, 0.166493, 0.384827, 1.10495", \
            "0.0778827, 0.0807622, 0.0888586, 0.111163, 0.178689, 0.396571, 1.11858", \
            "0.0866319, 0.08995, 0.0988126, 0.121469, 0.188719, 0.408118, 1.12725", \
            "0.0743808, 0.0783797, 0.0892088, 0.114193, 0.18106, 0.399827, 1.12116", \
            "0.0009692, 0.0056879, 0.0188079, 0.0495167, 0.119308, 0.337092, 1.05919" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.014268, 0.0169111, 0.025185, 0.0524911, 0.146472, 0.461761, 1.50455", \
            "0.0142748, 0.0168893, 0.0251693, 0.0524631, 0.146176, 0.461398, 1.50504", \
            "0.0141979, 0.0168356, 0.0251406, 0.0524837, 0.146335, 0.461385, 1.50581", \
            "0.0153444, 0.0178608, 0.0259971, 0.0529742, 0.146667, 0.46077, 1.50615", \
            "0.0186702, 0.0213027, 0.0289362, 0.0544503, 0.146692, 0.460955, 1.50447", \
            "0.0239444, 0.0271784, 0.0352965, 0.0591309, 0.147939, 0.460179, 1.50399", \
            "0.0316588, 0.0354158, 0.0458541, 0.0707504, 0.152578, 0.46233, 1.49961" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.116499, 0.119331, 0.127073, 0.145492, 0.184509, 0.279459, 0.567402", \
            "0.121298, 0.124094, 0.131871, 0.15028, 0.189204, 0.284346, 0.571932", \
            "0.132991, 0.135784, 0.143553, 0.161923, 0.200814, 0.295998, 0.583681", \
            "0.158137, 0.160939, 0.168683, 0.187026, 0.226103, 0.321258, 0.608681", \
            "0.210454, 0.21338, 0.221559, 0.240407, 0.280114, 0.375372, 0.663395", \
            "0.304471, 0.307726, 0.316749, 0.337909, 0.381777, 0.480436, 0.768631", \
            "0.488983, 0.492708, 0.502925, 0.527351, 0.578472, 0.684115, 0.973737" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0201082, 0.0220279, 0.0273689, 0.0404747, 0.0741195, 0.182561, 0.565693", \
            "0.0200036, 0.021879, 0.0272126, 0.0402503, 0.074414, 0.182638, 0.562397", \
            "0.0201514, 0.022042, 0.0275194, 0.0405487, 0.0744269, 0.182407, 0.561788", \
            "0.0200829, 0.0220258, 0.0275068, 0.0404009, 0.0740741, 0.18226, 0.562334", \
            "0.0220985, 0.0241104, 0.0294125, 0.042317, 0.0758181, 0.183209, 0.565762", \
            "0.0282573, 0.0301213, 0.0358184, 0.0497803, 0.0832205, 0.187224, 0.566067", \
            "0.0387884, 0.0406754, 0.0472448, 0.0634462, 0.0976407, 0.197441, 0.565521" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0517794, 0.054576, 0.0626203, 0.0849552, 0.152727, 0.371085, 1.0906", \
            "0.0547377, 0.0575524, 0.0655865, 0.0879543, 0.15548, 0.374223, 1.09355", \
            "0.0622, 0.0649903, 0.0729676, 0.0951958, 0.162766, 0.381016, 1.10264", \
            "0.0738791, 0.0767302, 0.0848246, 0.107149, 0.174496, 0.393017, 1.11214", \
            "0.0800901, 0.083356, 0.0920103, 0.114745, 0.181868, 0.400473, 1.11994", \
            "0.0627514, 0.0667476, 0.0774169, 0.101938, 0.168606, 0.386913, 1.10683", \
            "-0.0207558, -0.016119, -0.0030659, 0.0271384, 0.0964116, 0.314469, 1.03356" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0142935, 0.0168658, 0.0251862, 0.0525552, 0.1464, 0.461512, 1.5046", \
            "0.0142614, 0.0168481, 0.025198, 0.0524367, 0.146449, 0.461722, 1.50466", \
            "0.0141678, 0.0167782, 0.0251382, 0.0524276, 0.146651, 0.461197, 1.50604", \
            "0.0154918, 0.0180431, 0.0261481, 0.0530605, 0.146697, 0.461356, 1.50403", \
            "0.0189432, 0.0214315, 0.0290793, 0.0545382, 0.147162, 0.461081, 1.50057", \
            "0.024524, 0.0278397, 0.0357827, 0.0590364, 0.147906, 0.461602, 1.5043", \
            "0.0336066, 0.036753, 0.0469708, 0.0717379, 0.151777, 0.46264, 1.50174" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.108838, 0.111504, 0.118888, 0.13664, 0.175768, 0.271639, 0.559269", \
            "0.113318, 0.115971, 0.123328, 0.141083, 0.180166, 0.27597, 0.563767", \
            "0.124531, 0.127167, 0.134524, 0.152338, 0.191325, 0.287227, 0.574985", \
            "0.149629, 0.15226, 0.159628, 0.177414, 0.216572, 0.312309, 0.600452", \
            "0.200574, 0.203358, 0.210992, 0.229573, 0.269419, 0.36583, 0.6535", \
            "0.294113, 0.297154, 0.305606, 0.325995, 0.36961, 0.469673, 0.758239", \
            "0.479747, 0.483193, 0.492906, 0.516419, 0.566954, 0.674088, 0.963744" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0191818, 0.0209927, 0.026313, 0.0396318, 0.0747659, 0.183364, 0.564836", \
            "0.0191915, 0.0210097, 0.026329, 0.0393786, 0.0747728, 0.183473, 0.564707", \
            "0.0191542, 0.0209253, 0.0263182, 0.0395621, 0.0749269, 0.183396, 0.564255", \
            "0.0191656, 0.021095, 0.0263047, 0.0397026, 0.0746409, 0.183766, 0.564952", \
            "0.0216343, 0.0233995, 0.0284488, 0.0419594, 0.0765752, 0.184106, 0.562719", \
            "0.0278094, 0.0294682, 0.0348285, 0.0492067, 0.0841367, 0.188514, 0.566133", \
            "0.0386279, 0.040518, 0.0461862, 0.0612377, 0.0983647, 0.199569, 0.565216" \
          );
        }
      }
      internal_power () {
        related_pin : "A1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0335231, 0.036, 0.0440169, 0.0693352, 0.14963, 0.412482, 1.28104", \
            "0.0332461, 0.0357266, 0.0437913, 0.069055, 0.149237, 0.412152, 1.28074", \
            "0.0334253, 0.0359165, 0.0439526, 0.0692404, 0.149489, 0.412659, 1.282", \
            "0.0323454, 0.0348327, 0.0428994, 0.0681147, 0.148338, 0.41139, 1.28098", \
            "0.0303112, 0.0328187, 0.0408835, 0.0660981, 0.146354, 0.409276, 1.27286", \
            "0.0303215, 0.0325949, 0.0400529, 0.0645608, 0.145768, 0.407323, 1.27162", \
            "0.0329098, 0.0351581, 0.0425179, 0.0670277, 0.148166, 0.411586, 1.27526" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0332972, 0.0311604, 0.024272, 0.0032873, -0.0722349, -0.3356, -1.21253", \
            "0.0331191, 0.0308557, 0.0240643, 0.0030665, -0.0724077, -0.335659, -1.21262", \
            "0.0331415, 0.0310232, 0.0240278, 0.0030377, -0.0725206, -0.335644, -1.21257", \
            "0.0319639, 0.0297135, 0.0229094, 0.0019812, -0.0735396, -0.336837, -1.21374", \
            "0.0362222, 0.0338382, 0.0266129, 0.0032799, -0.0747798, -0.338146, -1.21496", \
            "0.0372741, 0.0349416, 0.0279301, 0.0044808, -0.0744443, -0.33822, -1.21565", \
            "0.0394432, 0.0370949, 0.0298956, 0.0067587, -0.0725482, -0.337278, -1.21437" \
          );
        }
      }
      internal_power () {
        related_pin : "A2N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0329197, 0.0353957, 0.0435076, 0.0687202, 0.148928, 0.411759, 1.28164", \
            "0.0325415, 0.0350108, 0.0430252, 0.0683556, 0.148542, 0.411256, 1.2803", \
            "0.0326629, 0.0351306, 0.043131, 0.0684225, 0.148658, 0.411349, 1.28114", \
            "0.0320267, 0.034455, 0.0425513, 0.0678139, 0.148007, 0.410808, 1.27561", \
            "0.0308576, 0.0332711, 0.0413625, 0.0665619, 0.146834, 0.409721, 1.27888", \
            "0.0314431, 0.0335968, 0.0410615, 0.0655679, 0.146598, 0.408389, 1.27268", \
            "0.0326289, 0.0348013, 0.0419336, 0.066418, 0.14701, 0.411059, 1.27489" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0339236, 0.0318538, 0.0249701, 0.0041408, -0.071403, -0.334928, -1.21196", \
            "0.0338053, 0.0317441, 0.0248579, 0.0040325, -0.0715113, -0.334944, -1.21206", \
            "0.0336908, 0.0314186, 0.0245713, 0.0038511, -0.0716429, -0.335107, -1.21222", \
            "0.0325102, 0.0303197, 0.0234495, 0.0025844, -0.0729345, -0.336363, -1.21343", \
            "0.0367181, 0.0343979, 0.0272297, 0.0038638, -0.0743397, -0.337504, -1.21487", \
            "0.0376434, 0.0353073, 0.0281983, 0.0049399, -0.0738829, -0.33816, -1.21556", \
            "0.040294, 0.0378521, 0.0305489, 0.0070933, -0.0721174, -0.336443, -1.21418" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0384496, 0.0407944, 0.0485897, 0.073907, 0.154875, 0.417686, 1.28572", \
            "0.0380687, 0.0404561, 0.0482472, 0.0735002, 0.154491, 0.417641, 1.28581", \
            "0.0377957, 0.0401516, 0.0479496, 0.0730404, 0.153888, 0.417157, 1.28497", \
            "0.0376976, 0.0399831, 0.047702, 0.0723392, 0.153058, 0.416512, 1.28473", \
            "0.0392511, 0.0414393, 0.0487571, 0.0722117, 0.152469, 0.416066, 1.28481", \
            "0.0427266, 0.0448271, 0.0520044, 0.0759571, 0.154654, 0.41765, 1.28567", \
            "0.0542405, 0.0560475, 0.0627838, 0.086025, 0.165144, 0.426427, 1.29141" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0426251, 0.0401643, 0.0327458, 0.0115942, -0.0632171, -0.326216, -1.20308", \
            "0.0420846, 0.0397082, 0.0322234, 0.0110875, -0.0633953, -0.326411, -1.20352", \
            "0.0418296, 0.0392783, 0.0318439, 0.0106075, -0.0638489, -0.326815, -1.20393", \
            "0.0414295, 0.0388921, 0.0314955, 0.0101673, -0.0642517, -0.327236, -1.20423", \
            "0.041809, 0.0392237, 0.0321164, 0.0101362, -0.0646504, -0.327564, -1.20446", \
            "0.0509118, 0.0481208, 0.0395757, 0.0145585, -0.0646834, -0.326347, -1.20331", \
            "0.0643891, 0.0613714, 0.0520755, 0.0254901, -0.0553047, -0.319725, -1.19575" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0376713, 0.0400052, 0.0478563, 0.0731061, 0.154038, 0.417221, 1.28529", \
            "0.0373827, 0.0397138, 0.0475199, 0.0728249, 0.153838, 0.416827, 1.28506", \
            "0.0372451, 0.0395977, 0.0473723, 0.0724297, 0.153249, 0.416645, 1.28495", \
            "0.0373014, 0.0395594, 0.0471815, 0.0715979, 0.152374, 0.416122, 1.28495", \
            "0.0390144, 0.0411888, 0.0484436, 0.0720035, 0.152247, 0.41603, 1.2841", \
            "0.0433671, 0.0456078, 0.0526667, 0.0765727, 0.155179, 0.418205, 1.28715", \
            "0.0563024, 0.0580712, 0.0646643, 0.0879774, 0.166578, 0.427551, 1.29296" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165645, 0.00548763, 0.0181799, 0.0602282, 0.19953, 0.661021");
          values ( \
            "0.0356077, 0.0330624, 0.0257926, 0.0049591, -0.0695814, -0.332834, -1.20955", \
            "0.0351686, 0.032663, 0.0253655, 0.0044262, -0.0701244, -0.333215, -1.21016", \
            "0.0346595, 0.0322808, 0.0248258, 0.0039556, -0.0706249, -0.33373, -1.21046", \
            "0.0342538, 0.0318546, 0.0243708, 0.0032872, -0.0713362, -0.334243, -1.21118", \
            "0.034734, 0.0321956, 0.0244411, 0.0032473, -0.0716107, -0.334379, -1.21144", \
            "0.0444552, 0.0416141, 0.0330063, 0.0079422, -0.0716735, -0.333422, -1.21038", \
            "0.0568216, 0.053763, 0.0444227, 0.0179057, -0.062562, -0.326961, -1.20297" \
          );
        }
      }
    }
    pin (A1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004906;
      rise_capacitance : 0.005153;
      rise_capacitance_range (0.005153, 0.005153);
      fall_capacitance : 0.004659;
      fall_capacitance_range (0.004659, 0.004659);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0049335, 0.0046894, 0.004127, 0.0050549, 0.0071936, 0.0121236, 0.0234874" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.031314, 0.0310886, 0.030569, 0.0312656, 0.0328715, 0.036573, 0.0451054" \
          );
        }
      }
    }
    pin (A2N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004462;
      rise_capacitance : 0.00475;
      rise_capacitance_range (0.00475, 0.00475);
      fall_capacitance : 0.004174;
      fall_capacitance_range (0.004174, 0.004174);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0012886, 0.0011287, 0.00076, 0.0017157, 0.0039186, 0.0089963, 0.020701" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0258974, 0.0256464, 0.025068, 0.0260343, 0.0282621, 0.0333971, 0.0452338" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004784;
      rise_capacitance : 0.005016;
      rise_capacitance_range (0.005016, 0.005016);
      fall_capacitance : 0.004553;
      fall_capacitance_range (0.004553, 0.004553);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0092284, -0.0092208, -0.0092032, -0.009204, -0.0092058, -0.0092095, -0.0092183" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0091875, 0.0091973, 0.0092201, 0.0092229, 0.0092292, 0.0092441, 0.0092783" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004394;
      rise_capacitance : 0.004589;
      rise_capacitance_range (0.004589, 0.004589);
      fall_capacitance : 0.0042;
      fall_capacitance_range (0.0042, 0.0042);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0083326, -0.0083376, -0.0083491, -0.0083548, -0.0083678, -0.0083977, -0.0084666" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0083625, 0.0083541, 0.0083349, 0.0083356, 0.0083371, 0.0083408, 0.0083492" \
          );
        }
      }
    }
  }
  cell (scs8hd_a2bb2oi_1) {
    area : 8.7584;
    cell_footprint : "a2bb2oi";
    cell_leakage_power : 0.00499874;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062598;
      when : "A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0062403;
      when : "A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0070391;
      when : "A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0062699;
      when : "A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0062633;
      when : "!A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0062633;
      when : "!A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0062557;
      when : "!A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0062633;
      when : "!A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0062797;
      when : "!A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0062603;
      when : "!A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.007059;
      when : "!A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0062896;
      when : "!A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0006167;
      when : "A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0005972;
      when : "A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0013959;
      when : "A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0006268;
      when : "A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.00499874;
    }
    pin (Y) {
      direction : output;
      function : "(A1N&!B1) | (A1N&!B2) | (A2N&!B1) | (A2N&!B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.095225;
      max_transition : 1.49344;
      timing () {
        related_pin : "A1N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0458244, 0.0518168, 0.0659617, 0.0987289, 0.175387, 0.355462, 0.788871", \
            "0.0493291, 0.0553103, 0.0694073, 0.102163, 0.178333, 0.359646, 0.790844", \
            "0.0564834, 0.0623576, 0.0761684, 0.108663, 0.185101, 0.366117, 0.798503", \
            "0.0635924, 0.0693595, 0.0829649, 0.115179, 0.191969, 0.373368, 0.803696", \
            "0.065047, 0.0708521, 0.0840994, 0.11609, 0.192225, 0.37323, 0.806556", \
            "0.0458259, 0.0522658, 0.0659214, 0.0970675, 0.17267, 0.353775, 0.785394", \
            "-0.0326689, -0.0244426, -0.0077199, 0.0247444, 0.0999289, 0.2808, 0.71371" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0261438, 0.0339216, 0.0526169, 0.0972865, 0.203205, 0.457117, 1.06822", \
            "0.0261615, 0.0340339, 0.0527289, 0.0974439, 0.203387, 0.458702, 1.06733", \
            "0.0262356, 0.0339358, 0.0526425, 0.0972188, 0.20362, 0.458231, 1.07078", \
            "0.026684, 0.0343307, 0.052988, 0.0972731, 0.203276, 0.458162, 1.06785", \
            "0.0287619, 0.0356746, 0.0533733, 0.097662, 0.20295, 0.457609, 1.06924", \
            "0.0347477, 0.0407946, 0.0563389, 0.098258, 0.204234, 0.457923, 1.06467", \
            "0.0451896, 0.0517512, 0.0666709, 0.104367, 0.206052, 0.459738, 1.06423" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0699044, 0.0733165, 0.0801367, 0.0931719, 0.11842, 0.170991, 0.2921", \
            "0.0746001, 0.0779836, 0.0847598, 0.0978571, 0.123047, 0.175722, 0.296732", \
            "0.0852815, 0.0886941, 0.0955062, 0.108569, 0.133782, 0.18638, 0.307389", \
            "0.107703, 0.11112, 0.118011, 0.131214, 0.156591, 0.209247, 0.330352", \
            "0.146761, 0.150559, 0.158142, 0.172732, 0.19969, 0.253576, 0.374961", \
            "0.220883, 0.225206, 0.234057, 0.250745, 0.280634, 0.336192, 0.457946", \
            "0.372102, 0.377077, 0.387464, 0.407189, 0.442284, 0.503576, 0.627323" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0158013, 0.0184638, 0.0237021, 0.0353318, 0.0614259, 0.124188, 0.279995", \
            "0.0158292, 0.0183988, 0.0235972, 0.0353251, 0.0612042, 0.12405, 0.279911", \
            "0.0158617, 0.018504, 0.0237115, 0.0352347, 0.0613361, 0.124241, 0.281439", \
            "0.01691, 0.0193129, 0.0245276, 0.0361044, 0.061729, 0.12421, 0.279292", \
            "0.020352, 0.0229671, 0.028683, 0.039989, 0.0653412, 0.126268, 0.280093", \
            "0.0262797, 0.0292, 0.0352259, 0.0475255, 0.0726305, 0.131101, 0.282378", \
            "0.0359219, 0.0390385, 0.0458326, 0.0603936, 0.0855644, 0.141339, 0.287225" \
          );
        }
      }
      timing () {
        related_pin : "A2N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.041994, 0.0478623, 0.0615769, 0.0932527, 0.167952, 0.348509, 0.778154", \
            "0.0453529, 0.0511528, 0.0647544, 0.096553, 0.172536, 0.354063, 0.7874", \
            "0.0508021, 0.0565187, 0.0699989, 0.101864, 0.177975, 0.359986, 0.798834", \
            "0.054452, 0.0601028, 0.0736429, 0.105344, 0.181488, 0.363627, 0.795233", \
            "0.0504556, 0.0561071, 0.0693247, 0.100843, 0.17658, 0.356421, 0.787184", \
            "0.0217478, 0.0285903, 0.0422768, 0.0733528, 0.148728, 0.328667, 0.758773", \
            "-0.0759706, -0.0670706, -0.0490545, -0.0150569, 0.0602204, 0.241398, 0.67243" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0260233, 0.0338879, 0.0526175, 0.0971356, 0.203557, 0.46054, 1.06461", \
            "0.0259952, 0.0339059, 0.0526509, 0.0969848, 0.203957, 0.45969, 1.07395", \
            "0.026211, 0.0339406, 0.0525567, 0.0969839, 0.204041, 0.459691, 1.07286", \
            "0.02674, 0.0343957, 0.0529246, 0.0972592, 0.20323, 0.457809, 1.07523", \
            "0.0295315, 0.0362091, 0.0535811, 0.0975447, 0.203278, 0.457334, 1.0701", \
            "0.036727, 0.0430529, 0.0583424, 0.0991918, 0.204453, 0.457268, 1.06601", \
            "0.0495594, 0.0565095, 0.0723158, 0.109101, 0.208503, 0.461839, 1.06568" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0615277, 0.0649395, 0.0717811, 0.0848052, 0.11008, 0.162653, 0.283813", \
            "0.0650259, 0.0684486, 0.0752813, 0.0883199, 0.113526, 0.166176, 0.287458", \
            "0.0762085, 0.079522, 0.0863507, 0.0994557, 0.124698, 0.17731, 0.298558", \
            "0.102297, 0.105701, 0.112606, 0.125747, 0.151214, 0.203891, 0.325092", \
            "0.147471, 0.15141, 0.159312, 0.173885, 0.200513, 0.254397, 0.375825", \
            "0.227901, 0.232538, 0.241771, 0.258617, 0.287781, 0.341947, 0.464265", \
            "0.389194, 0.394463, 0.405131, 0.425029, 0.45904, 0.517041, 0.637977" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0157306, 0.0184, 0.0236004, 0.0353427, 0.0614529, 0.124161, 0.280133", \
            "0.0158366, 0.0183771, 0.0235463, 0.0352532, 0.0612647, 0.124327, 0.280077", \
            "0.0158929, 0.0183094, 0.0236076, 0.0352494, 0.0612905, 0.124236, 0.279359", \
            "0.0173916, 0.0197788, 0.0250793, 0.0363345, 0.0617157, 0.123809, 0.279702", \
            "0.0224319, 0.0249958, 0.0301996, 0.0410386, 0.0656395, 0.126701, 0.283771", \
            "0.029119, 0.0319805, 0.0380926, 0.0492867, 0.0721267, 0.129845, 0.283157", \
            "0.03927, 0.0425166, 0.0491537, 0.0617703, 0.0848436, 0.137747, 0.284717" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0655956, 0.0734248, 0.0918701, 0.135473, 0.239132, 0.486931, 1.08071", \
            "0.0702125, 0.0780457, 0.0965777, 0.140445, 0.244192, 0.4921, 1.09107", \
            "0.081419, 0.0891753, 0.107545, 0.151428, 0.255694, 0.504047, 1.09772", \
            "0.104693, 0.112678, 0.131103, 0.174673, 0.278805, 0.527153, 1.12506", \
            "0.143956, 0.15418, 0.17732, 0.22641, 0.331263, 0.579882, 1.17421", \
            "0.214885, 0.22896, 0.259736, 0.323156, 0.448263, 0.702449, 1.29684", \
            "0.369127, 0.386955, 0.426135, 0.507241, 0.668144, 0.974548, 1.58365" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0504938, 0.0610718, 0.0863946, 0.147269, 0.291354, 0.637214, 1.46993", \
            "0.0505701, 0.0611145, 0.0864859, 0.146973, 0.291897, 0.637801, 1.4666", \
            "0.0506408, 0.0611071, 0.0863556, 0.147255, 0.292156, 0.638434, 1.46849", \
            "0.0548287, 0.0646548, 0.0885078, 0.147491, 0.291341, 0.638444, 1.46787", \
            "0.0727059, 0.0825945, 0.105904, 0.158814, 0.294484, 0.638887, 1.47034", \
            "0.108579, 0.120144, 0.146414, 0.202839, 0.329755, 0.647145, 1.47073", \
            "0.167429, 0.181063, 0.212554, 0.282092, 0.426376, 0.732757, 1.49344" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0201167, 0.0226848, 0.0284216, 0.0412667, 0.0707643, 0.140145, 0.305355", \
            "0.0235707, 0.0260546, 0.0317343, 0.0445931, 0.0740977, 0.143443, 0.30869", \
            "0.0294226, 0.032491, 0.0390353, 0.052319, 0.0819055, 0.151362, 0.316895", \
            "0.0341537, 0.0384285, 0.0476173, 0.0656483, 0.0993738, 0.169408, 0.335309", \
            "0.0302834, 0.0366753, 0.0500126, 0.0765285, 0.124554, 0.209097, 0.376698", \
            "0.0013887, 0.0107302, 0.0304051, 0.0690724, 0.139535, 0.261416, 0.466725", \
            "-0.0919792, -0.0787475, -0.0502915, 0.005917, 0.10926, 0.287782, 0.584373" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0147081, 0.0175498, 0.0241881, 0.0399516, 0.0775357, 0.167842, 0.384245", \
            "0.0150389, 0.0176851, 0.0240649, 0.0397568, 0.0775437, 0.168034, 0.384317", \
            "0.0197354, 0.0222627, 0.0273877, 0.0412437, 0.0774948, 0.16801, 0.384048", \
            "0.0301602, 0.033232, 0.0397041, 0.0531611, 0.0840358, 0.168197, 0.38377", \
            "0.0479587, 0.0522669, 0.0609375, 0.0793665, 0.11407, 0.187249, 0.386488", \
            "0.0792483, 0.0853979, 0.0980262, 0.124322, 0.171695, 0.259352, 0.432885", \
            "0.137898, 0.146816, 0.165499, 0.202013, 0.268512, 0.388048, 0.5969" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0497239, 0.0574375, 0.0752216, 0.116385, 0.212921, 0.443042, 0.995013", \
            "0.0542479, 0.0617211, 0.0794188, 0.12061, 0.217687, 0.448485, 0.999552", \
            "0.0660315, 0.0735278, 0.0907426, 0.132045, 0.230019, 0.462994, 1.01973", \
            "0.0899817, 0.0984159, 0.116492, 0.157122, 0.254259, 0.484689, 1.0415", \
            "0.12818, 0.139954, 0.1652, 0.214107, 0.312677, 0.544609, 1.09526", \
            "0.19696, 0.213718, 0.248723, 0.316171, 0.442688, 0.680518, 1.23337", \
            "0.354666, 0.376015, 0.421072, 0.510199, 0.677925, 0.98043, 1.55118" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0348037, 0.0445519, 0.0678394, 0.123636, 0.256591, 0.575722, 1.34609", \
            "0.0348237, 0.044546, 0.0677641, 0.123358, 0.256759, 0.576102, 1.34687", \
            "0.0351838, 0.0445341, 0.0678231, 0.123932, 0.257317, 0.58054, 1.35175", \
            "0.0418353, 0.0499418, 0.0710921, 0.124059, 0.256843, 0.576631, 1.35148", \
            "0.0614383, 0.0705829, 0.0922571, 0.138444, 0.260649, 0.578195, 1.34656", \
            "0.0993315, 0.110353, 0.135391, 0.188761, 0.302295, 0.585586, 1.34928", \
            "0.164078, 0.176417, 0.204737, 0.272199, 0.410512, 0.686107, 1.37036" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0170242, 0.0195899, 0.025363, 0.0382332, 0.0677674, 0.137098, 0.302423", \
            "0.0204054, 0.0228037, 0.0283812, 0.0412069, 0.0707104, 0.140048, 0.30534", \
            "0.0255746, 0.028817, 0.0355696, 0.048777, 0.0779044, 0.147223, 0.312447", \
            "0.0279528, 0.0325295, 0.0421471, 0.0608673, 0.0953581, 0.164375, 0.329189", \
            "0.0201697, 0.0267038, 0.0408516, 0.0685014, 0.118509, 0.203129, 0.368403", \
            "-0.0154895, -0.0061126, 0.0139869, 0.0530942, 0.125361, 0.251624, 0.462766", \
            "-0.125625, -0.112247, -0.0842499, -0.0269556, 0.0780402, 0.261446, 0.566584" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0146829, 0.0175992, 0.0243055, 0.0399963, 0.077587, 0.167475, 0.384385", \
            "0.0153345, 0.0178959, 0.0240917, 0.0398021, 0.0775153, 0.167202, 0.383803", \
            "0.0212857, 0.0237929, 0.0290322, 0.0421351, 0.0774723, 0.167374, 0.384292", \
            "0.0322083, 0.0358446, 0.043309, 0.0579483, 0.086998, 0.168997, 0.383996", \
            "0.0504423, 0.055526, 0.0667918, 0.0870923, 0.125284, 0.195464, 0.387891", \
            "0.0829222, 0.0904652, 0.106569, 0.136215, 0.190961, 0.283797, 0.449607", \
            "0.1441, 0.155971, 0.178562, 0.222641, 0.301272, 0.43464, 0.65951" \
          );
        }
      }
      internal_power () {
        related_pin : "A1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119931, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0067851, 0.0082586, 0.0116743, 0.0196187, 0.0381756, 0.0819284, 0.186548", \
            "0.0066903, 0.0081531, 0.0115154, 0.0194665, 0.038018, 0.0818514, 0.186554", \
            "0.00672, 0.0081747, 0.0114925, 0.0193733, 0.0379415, 0.0819071, 0.186571", \
            "0.0061659, 0.0075625, 0.0108425, 0.0186273, 0.037205, 0.0811896, 0.185912", \
            "0.0057054, 0.0070313, 0.0101234, 0.0178963, 0.0362017, 0.0802481, 0.185025", \
            "0.0056885, 0.0071098, 0.0102472, 0.0179249, 0.0359885, 0.0797965, 0.184561", \
            "0.0071964, 0.0084936, 0.0115835, 0.0190457, 0.0374077, 0.0806948, 0.185491" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119931, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0012057, 0.000183, -0.0022315, -0.0087564, -0.0263848, -0.0701626, -0.175652", \
            "0.0011011, 1.36e-05, -0.0023363, -0.008847, -0.0265078, -0.0702797, -0.175734", \
            "0.0011533, 0.0001596, -0.0022963, -0.0088166, -0.0264255, -0.0701897, -0.17569", \
            "0.0005392, -0.000522, -0.0029698, -0.0094943, -0.0270487, -0.0707996, -0.176274", \
            "0.0005602, -0.0007412, -0.003806, -0.0107459, -0.0279716, -0.0716281, -0.177081", \
            "0.0015211, 0.0001508, -0.0030012, -0.0105478, -0.0286242, -0.0720577, -0.177463", \
            "0.0033382, 0.0018013, -0.0012961, -0.0090641, -0.0273736, -0.0712278, -0.176609" \
          );
        }
      }
      internal_power () {
        related_pin : "A2N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119931, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0067973, 0.0082207, 0.0114647, 0.0191631, 0.037182, 0.0809962, 0.184494", \
            "0.0067189, 0.0081263, 0.011403, 0.0190183, 0.0373749, 0.0811011, 0.185781", \
            "0.0067189, 0.0081028, 0.0113113, 0.0190103, 0.0374357, 0.0812031, 0.185109", \
            "0.0059906, 0.0073544, 0.0105851, 0.0181815, 0.0365219, 0.0800527, 0.185383", \
            "0.0055582, 0.0068731, 0.0100342, 0.0175686, 0.0357267, 0.0794807, 0.183453", \
            "0.005555, 0.0069062, 0.0099354, 0.0175648, 0.0355111, 0.0791718, 0.18346", \
            "0.0070566, 0.0083368, 0.0114101, 0.0188075, 0.0369593, 0.080054, 0.184711" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119931, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.001386, 0.0003982, -0.0019973, -0.008569, -0.0262314, -0.0699943, -0.175476", \
            "0.0011457, 9.65e-05, -0.0022913, -0.0088175, -0.0264598, -0.0702284, -0.175758", \
            "0.0012627, 0.0001758, -0.0022179, -0.0087199, -0.0263501, -0.0700889, -0.175605", \
            "0.0008301, -0.0002923, -0.00275, -0.0092833, -0.02684, -0.0705752, -0.176068", \
            "0.0011956, -0.0001346, -0.0032955, -0.0101927, -0.0273258, -0.0710139, -0.176444", \
            "0.0021837, 0.0008225, -0.0023624, -0.0099201, -0.0281105, -0.0715684, -0.176893", \
            "0.0041418, 0.0025166, -0.0008779, -0.0088714, -0.0272072, -0.0711112, -0.176444" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119931, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0120963, 0.0134537, 0.0166712, 0.0242996, 0.042457, 0.0859187, 0.190189", \
            "0.0119034, 0.0132662, 0.0164909, 0.0241693, 0.0423827, 0.0858987, 0.190047", \
            "0.0117526, 0.0131021, 0.0163103, 0.0239667, 0.0422215, 0.0857709, 0.189956", \
            "0.0116846, 0.0130083, 0.0162158, 0.0238247, 0.0420418, 0.085638, 0.190018", \
            "0.0116115, 0.0129596, 0.0161417, 0.0237965, 0.0419387, 0.0854455, 0.189663", \
            "0.0124434, 0.013653, 0.0169773, 0.024468, 0.042527, 0.0858982, 0.189836", \
            "0.0180632, 0.0190694, 0.0216653, 0.0282733, 0.0455417, 0.0882637, 0.191378" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119931, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.005428, 0.004118, 0.0009656, -0.0065998, -0.0248848, -0.0688117, -0.174255", \
            "0.0052748, 0.0039683, 0.0008354, -0.0067287, -0.0249659, -0.0688829, -0.174377", \
            "0.0050881, 0.0038108, 0.0006977, -0.0068451, -0.0250544, -0.0689774, -0.17445", \
            "0.0051054, 0.0037507, 0.0005421, -0.0069595, -0.025161, -0.0690252, -0.174485", \
            "0.0055089, 0.0041704, 0.0009645, -0.0067026, -0.0251324, -0.0689967, -0.17447", \
            "0.0074397, 0.0059812, 0.0025941, -0.0053824, -0.0241515, -0.0685311, -0.174243", \
            "0.0134413, 0.0118349, 0.0081014, -0.0005829, -0.0203772, -0.0658717, -0.172823" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119931, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0085043, 0.0099478, 0.0133075, 0.021059, 0.0393376, 0.0828675, 0.187967", \
            "0.0082258, 0.0096499, 0.0129747, 0.020765, 0.0391588, 0.0827703, 0.188049", \
            "0.008062, 0.0094323, 0.0126898, 0.0205096, 0.0389282, 0.0832764, 0.188412", \
            "0.0079678, 0.0093015, 0.0125291, 0.0202248, 0.0384966, 0.0822755, 0.188238", \
            "0.0079015, 0.0092549, 0.0125091, 0.0200949, 0.0382988, 0.082382, 0.187184", \
            "0.0088146, 0.0099859, 0.013185, 0.0206707, 0.0387958, 0.0824245, 0.187399", \
            "0.0144541, 0.0153202, 0.0177379, 0.0241886, 0.0415097, 0.0842037, 0.188175" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119931, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
          values ( \
            "0.0057975, 0.0044885, 0.0013435, -0.0062148, -0.0244911, -0.0683882, -0.173872", \
            "0.0056328, 0.0043408, 0.0011952, -0.0063359, -0.0245893, -0.068476, -0.173961", \
            "0.0054044, 0.0041266, 0.0010339, -0.0064786, -0.0246794, -0.0685604, -0.174032", \
            "0.0054443, 0.004145, 0.0010446, -0.0065501, -0.0247359, -0.0686256, -0.174066", \
            "0.0061126, 0.0047384, 0.0014964, -0.0062395, -0.0246409, -0.0684979, -0.173994", \
            "0.008427, 0.0069677, 0.0034721, -0.0045879, -0.0234753, -0.068016, -0.173716", \
            "0.0153596, 0.0135041, 0.0096417, 0.0012773, -0.0191172, -0.0647356, -0.171639" \
          );
        }
      }
    }
    pin (A1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002387;
      rise_capacitance : 0.002487;
      rise_capacitance_range (0.002487, 0.002487);
      fall_capacitance : 0.002287;
      fall_capacitance_range (0.002287, 0.002287);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0039518, 0.003844, 0.0035955, 0.0041703, 0.0054954, 0.0085499, 0.0155906" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0165998, 0.0164959, 0.0162566, 0.0167008, 0.017725, 0.0200857, 0.0255272" \
          );
        }
      }
    }
    pin (A2N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002514;
      rise_capacitance : 0.002682;
      rise_capacitance_range (0.002682, 0.002682);
      fall_capacitance : 0.002345;
      fall_capacitance_range (0.002345, 0.002345);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0024156, 0.0023104, 0.0020679, 0.0027645, 0.0043702, 0.0080714, 0.0166027" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0139994, 0.0139189, 0.0137333, 0.014409, 0.0159666, 0.0195568, 0.0278326" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00234;
      rise_capacitance : 0.002449;
      rise_capacitance_range (0.002449, 0.002449);
      fall_capacitance : 0.002231;
      fall_capacitance_range (0.002231, 0.002231);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004446, -0.0044472, -0.0044499, -0.0044499, -0.00445, -0.0044501, -0.0044503" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044419, 0.0044442, 0.0044496, 0.0044502, 0.0044515, 0.0044545, 0.0044615" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002427;
      rise_capacitance : 0.002511;
      rise_capacitance_range (0.002511, 0.002511);
      fall_capacitance : 0.002344;
      fall_capacitance_range (0.002344, 0.002344);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046833, -0.0046843, -0.0046866, -0.0046866, -0.0046867, -0.0046868, -0.0046872" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046945, 0.0046951, 0.0046963, 0.0046954, 0.0046932, 0.0046881, 0.0046765" \
          );
        }
      }
    }
  }
  cell (scs8hd_a2bb2oi_2) {
    area : 15.0144;
    cell_footprint : "a2bb2oi";
    cell_leakage_power : 0.0156365;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.012547;
      when : "!A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0125477;
      when : "!A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0125371;
      when : "!A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.012547;
      when : "!A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0125606;
      when : "!A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0391415;
      when : "!A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0139884;
      when : "!A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0125663;
      when : "!A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0010663;
      when : "A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0388928;
      when : "A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0024941;
      when : "A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0010719;
      when : "A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0125495;
      when : "A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0391407;
      when : "A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0139773;
      when : "A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0125551;
      when : "A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0156365;
    }
    pin (Y) {
      direction : output;
      function : "(A1N&!B1) | (A1N&!B2) | (A2N&!B1) | (A2N&!B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.177622;
      max_transition : 1.49748;
      timing () {
        related_pin : "A1N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0409157, 0.0447381, 0.0546333, 0.080063, 0.146981, 0.324672, 0.795812", \
            "0.0443642, 0.048133, 0.0580199, 0.0835522, 0.150288, 0.328099, 0.799201", \
            "0.0509984, 0.0546799, 0.0644513, 0.0900606, 0.156861, 0.334122, 0.806807", \
            "0.0564336, 0.0601612, 0.0700349, 0.0956902, 0.162985, 0.340282, 0.812221", \
            "0.0538946, 0.057731, 0.0672028, 0.0924901, 0.159583, 0.337296, 0.809929", \
            "0.0243959, 0.0291129, 0.0394891, 0.0646299, 0.131043, 0.308627, 0.779257", \
            "-0.0788135, -0.0728703, -0.0594887, -0.0318124, 0.0343823, 0.211877, 0.684198" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0210051, 0.0261801, 0.0399459, 0.0760673, 0.171495, 0.423766, 1.09772", \
            "0.0209384, 0.0261695, 0.0398096, 0.075855, 0.171395, 0.424659, 1.09753", \
            "0.0210227, 0.026234, 0.0398678, 0.0760925, 0.17139, 0.423556, 1.0993", \
            "0.0215872, 0.0266296, 0.0400942, 0.0760765, 0.171393, 0.424351, 1.09788", \
            "0.0237182, 0.0283035, 0.0408792, 0.076324, 0.171827, 0.424294, 1.09727", \
            "0.0287526, 0.0333106, 0.044538, 0.0775491, 0.172128, 0.424253, 1.09497", \
            "0.0368824, 0.0421643, 0.0545554, 0.0843434, 0.174111, 0.42528, 1.09457" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.081715, 0.08429, 0.0901492, 0.102348, 0.126686, 0.178742, 0.304849", \
            "0.085972, 0.0885688, 0.0944283, 0.106538, 0.130935, 0.183026, 0.309151", \
            "0.0972462, 0.0998334, 0.105675, 0.11775, 0.142188, 0.194275, 0.320335", \
            "0.121699, 0.124245, 0.130115, 0.142253, 0.166639, 0.218756, 0.344739", \
            "0.164366, 0.167187, 0.173647, 0.186866, 0.213003, 0.26674, 0.393062", \
            "0.245174, 0.248374, 0.25568, 0.270888, 0.30006, 0.356436, 0.485122", \
            "0.418427, 0.422137, 0.430501, 0.447954, 0.481437, 0.543821, 0.674745" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0147955, 0.0166425, 0.0209636, 0.0310739, 0.0539883, 0.112057, 0.27327", \
            "0.0148435, 0.0165441, 0.0208143, 0.0310561, 0.0538636, 0.112316, 0.273275", \
            "0.0147494, 0.0165887, 0.020894, 0.0309058, 0.0539982, 0.111972, 0.273349", \
            "0.0152415, 0.0170143, 0.0213781, 0.031015, 0.0542915, 0.112081, 0.272774", \
            "0.0182529, 0.0200127, 0.0246584, 0.0349562, 0.057734, 0.114772, 0.272275", \
            "0.0236636, 0.0257416, 0.0306398, 0.0420618, 0.0645349, 0.120927, 0.275703", \
            "0.0312977, 0.0336414, 0.0390592, 0.0514469, 0.076173, 0.130314, 0.280136" \
          );
        }
      }
      timing () {
        related_pin : "A2N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0375092, 0.0414937, 0.0518551, 0.078327, 0.145891, 0.324294, 0.799541", \
            "0.0409398, 0.0448439, 0.0550495, 0.0814112, 0.149098, 0.329278, 0.79975", \
            "0.0461579, 0.0500008, 0.0601076, 0.0863597, 0.154487, 0.332575, 0.805316", \
            "0.0492594, 0.0530191, 0.0628216, 0.0889293, 0.156881, 0.335233, 0.812462", \
            "0.0435125, 0.0474484, 0.0572617, 0.0828349, 0.150589, 0.329017, 0.803852", \
            "0.0100584, 0.0150614, 0.0259298, 0.0516431, 0.118739, 0.29752, 0.769663", \
            "-0.0987905, -0.0923176, -0.0777252, -0.0475971, 0.0199127, 0.19828, 0.672848" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0206815, 0.0258268, 0.0396848, 0.0760421, 0.171314, 0.42565, 1.10049", \
            "0.0206893, 0.0258906, 0.0396782, 0.0760461, 0.171153, 0.426685, 1.09412", \
            "0.0209688, 0.0260917, 0.0396539, 0.0759401, 0.171377, 0.423376, 1.0964", \
            "0.021684, 0.0265429, 0.0400176, 0.0759866, 0.171357, 0.42499, 1.10169", \
            "0.0245208, 0.0288523, 0.041245, 0.0763051, 0.171805, 0.423804, 1.09963", \
            "0.0307022, 0.0351473, 0.0465497, 0.0784886, 0.17211, 0.424486, 1.09436", \
            "0.0405244, 0.046275, 0.0591809, 0.0890715, 0.176341, 0.427251, 1.09569" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0638064, 0.0663568, 0.0722311, 0.0843512, 0.108444, 0.160117, 0.284909", \
            "0.0671063, 0.069654, 0.0754306, 0.0875088, 0.111766, 0.16338, 0.288213", \
            "0.0781416, 0.0806843, 0.0864995, 0.0985458, 0.122798, 0.174358, 0.299166", \
            "0.105689, 0.108196, 0.113903, 0.12596, 0.150131, 0.201756, 0.326525", \
            "0.15459, 0.157543, 0.164143, 0.177421, 0.202915, 0.255988, 0.381461", \
            "0.241535, 0.244939, 0.252634, 0.268302, 0.296805, 0.351166, 0.478232", \
            "0.415044, 0.419039, 0.428071, 0.446456, 0.480548, 0.540275, 0.667222" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0145679, 0.0163841, 0.0206622, 0.0305754, 0.053716, 0.111281, 0.270169", \
            "0.0145885, 0.0164644, 0.0208099, 0.0306774, 0.0535906, 0.111175, 0.270808", \
            "0.0146581, 0.0164168, 0.0206727, 0.030717, 0.0535582, 0.111232, 0.27012", \
            "0.0155138, 0.017261, 0.0213431, 0.0313116, 0.0541302, 0.111529, 0.270406", \
            "0.0200848, 0.0220027, 0.0266463, 0.0360242, 0.0575085, 0.114117, 0.270923", \
            "0.0264628, 0.0286288, 0.0337689, 0.0436813, 0.064969, 0.117755, 0.273319", \
            "0.0358029, 0.038028, 0.0437317, 0.0556449, 0.078018, 0.127196, 0.275622" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.060929, 0.0657303, 0.0782305, 0.110561, 0.195037, 0.419946, 1.01229", \
            "0.0655104, 0.0703459, 0.0828799, 0.115451, 0.200333, 0.424667, 1.01962", \
            "0.0774338, 0.0822144, 0.0946017, 0.126916, 0.211921, 0.436092, 1.02977", \
            "0.102469, 0.10748, 0.120016, 0.152314, 0.237713, 0.461183, 1.05657", \
            "0.144251, 0.150965, 0.167335, 0.206736, 0.294225, 0.520264, 1.1128", \
            "0.218742, 0.228133, 0.25133, 0.303879, 0.415576, 0.651009, 1.24577", \
            "0.383251, 0.395033, 0.424726, 0.493142, 0.640282, 0.939827, 1.55633" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0415003, 0.0477312, 0.0645815, 0.108968, 0.22689, 0.539556, 1.37288", \
            "0.0413985, 0.0478323, 0.0645548, 0.109102, 0.227265, 0.540617, 1.37303", \
            "0.0415832, 0.0478909, 0.0647091, 0.109343, 0.226948, 0.540209, 1.37127", \
            "0.0460029, 0.0517391, 0.0673488, 0.109642, 0.227486, 0.54039, 1.36938", \
            "0.0639632, 0.0699784, 0.0857895, 0.125321, 0.231962, 0.540273, 1.37016", \
            "0.0996975, 0.106957, 0.125691, 0.169884, 0.273669, 0.552686, 1.37256", \
            "0.157636, 0.166603, 0.189597, 0.245891, 0.371446, 0.651178, 1.3963" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0183342, 0.0200118, 0.0242023, 0.0342936, 0.0592156, 0.123337, 0.292167", \
            "0.0218051, 0.0234267, 0.0274957, 0.0375434, 0.062478, 0.126683, 0.295489", \
            "0.026675, 0.0288331, 0.0338032, 0.0449231, 0.0699708, 0.134214, 0.303288", \
            "0.0295834, 0.0324581, 0.0395655, 0.0549283, 0.085728, 0.151774, 0.320994", \
            "0.0223699, 0.026533, 0.0368124, 0.0593181, 0.104152, 0.187847, 0.361635", \
            "-0.0136923, -0.007506, 0.0072773, 0.0402291, 0.106281, 0.228303, 0.446861", \
            "-0.123075, -0.114127, -0.0923808, -0.0444039, 0.0521652, 0.232264, 0.549197" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0130994, 0.0148414, 0.0194586, 0.0315273, 0.0633226, 0.148498, 0.375534", \
            "0.0135854, 0.0152024, 0.0195044, 0.0312829, 0.0633184, 0.148647, 0.375857", \
            "0.0184967, 0.0199699, 0.0238606, 0.03382, 0.0636027, 0.148837, 0.375703", \
            "0.0283296, 0.0302381, 0.0350324, 0.0460762, 0.0724622, 0.150385, 0.376046", \
            "0.0452431, 0.0480036, 0.0547771, 0.0697416, 0.102401, 0.172395, 0.379404", \
            "0.0747966, 0.0787755, 0.0882943, 0.109874, 0.154543, 0.241454, 0.428778", \
            "0.129785, 0.136083, 0.150672, 0.182188, 0.244607, 0.364989, 0.590151" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0475832, 0.0530535, 0.0670383, 0.102977, 0.195013, 0.437622, 1.08218", \
            "0.0521794, 0.057472, 0.0712702, 0.107244, 0.199865, 0.444093, 1.0897", \
            "0.0640917, 0.0692728, 0.082849, 0.118414, 0.211065, 0.454945, 1.11428", \
            "0.0869685, 0.0932064, 0.108008, 0.143366, 0.235302, 0.479448, 1.14131", \
            "0.123274, 0.132133, 0.152255, 0.196123, 0.292071, 0.535668, 1.19308", \
            "0.192237, 0.203682, 0.231331, 0.29178, 0.413707, 0.667995, 1.31853", \
            "0.351825, 0.367078, 0.402823, 0.481112, 0.641641, 0.958154, 1.6228" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0307707, 0.0376428, 0.0557865, 0.104374, 0.23201, 0.572234, 1.47975", \
            "0.0308198, 0.0376628, 0.0558646, 0.104445, 0.232039, 0.574102, 1.48257", \
            "0.0311909, 0.037927, 0.055869, 0.104368, 0.231956, 0.572279, 1.48607", \
            "0.037936, 0.0435791, 0.0597451, 0.105411, 0.232609, 0.573018, 1.4877", \
            "0.0556422, 0.061851, 0.0791162, 0.121099, 0.23751, 0.573913, 1.48642", \
            "0.0916213, 0.099054, 0.117834, 0.165231, 0.27813, 0.584095, 1.48369", \
            "0.156321, 0.164198, 0.1841, 0.240404, 0.373875, 0.67656, 1.49748" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0144764, 0.0161649, 0.0203394, 0.0304452, 0.0553962, 0.119559, 0.288407", \
            "0.0180941, 0.019699, 0.0235593, 0.0334648, 0.0582978, 0.122483, 0.291372", \
            "0.0223887, 0.0243173, 0.0296153, 0.0409007, 0.0655365, 0.129547, 0.298423", \
            "0.0232987, 0.026264, 0.0338867, 0.0501344, 0.0818454, 0.146571, 0.31527", \
            "0.0126305, 0.0170789, 0.0279167, 0.0513578, 0.0977965, 0.183341, 0.354136", \
            "-0.0288181, -0.0224411, -0.0070887, 0.0264618, 0.0946983, 0.221076, 0.44465", \
            "-0.149939, -0.140762, -0.118713, -0.0705906, 0.0281277, 0.212305, 0.53658" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0128899, 0.0147132, 0.0194903, 0.0315429, 0.0633115, 0.148308, 0.375232", \
            "0.0141366, 0.0156006, 0.0197495, 0.031276, 0.063348, 0.148586, 0.375437", \
            "0.0195496, 0.0215755, 0.0256501, 0.035191, 0.0638716, 0.148637, 0.37588", \
            "0.0294321, 0.0318546, 0.0374928, 0.0501751, 0.0763509, 0.151135, 0.375996", \
            "0.0462862, 0.0498217, 0.0583846, 0.0758364, 0.111604, 0.182449, 0.380855", \
            "0.076555, 0.0819749, 0.0943605, 0.12005, 0.170419, 0.265402, 0.446808", \
            "0.13331, 0.141483, 0.160621, 0.199632, 0.273437, 0.405408, 0.651156" \
          );
        }
      }
      internal_power () {
        related_pin : "A1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.012102, 0.0137648, 0.0180939, 0.0293588, 0.0588096, 0.13715, 0.346066", \
            "0.0119765, 0.0136389, 0.0179796, 0.0292562, 0.0587419, 0.137149, 0.346034", \
            "0.0121642, 0.0137843, 0.0181327, 0.0294172, 0.0590045, 0.137468, 0.346074", \
            "0.011005, 0.01264, 0.0169682, 0.0281974, 0.0578988, 0.136432, 0.345113", \
            "0.0105956, 0.012164, 0.0161776, 0.0270404, 0.0567898, 0.135175, 0.343794", \
            "0.0102317, 0.0117944, 0.015912, 0.0269119, 0.0558607, 0.134483, 0.342234", \
            "0.0124819, 0.0140129, 0.0179741, 0.0289238, 0.0577788, 0.135548, 0.343458" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "-0.000785, -0.0021272, -0.0051742, -0.0137644, -0.0410711, -0.119458, -0.330113", \
            "-0.0010702, -0.0023767, -0.0054418, -0.014012, -0.0413502, -0.119716, -0.330327", \
            "-0.0008697, -0.0022037, -0.0052529, -0.0138817, -0.0411894, -0.119546, -0.330188", \
            "-0.0017423, -0.0031178, -0.0062936, -0.0149781, -0.0422549, -0.120528, -0.331106", \
            "-0.0033965, -0.0050245, -0.0091998, -0.0173579, -0.0440338, -0.122129, -0.332738", \
            "0.0011692, -0.0005415, -0.0048904, -0.015896, -0.0453215, -0.123296, -0.333685", \
            "0.0046165, 0.0027489, -0.0018679, -0.0135247, -0.0433947, -0.122348, -0.332694" \
          );
        }
      }
      internal_power () {
        related_pin : "A2N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0125809, 0.014322, 0.0188984, 0.0305277, 0.0602402, 0.139337, 0.34861", \
            "0.0125246, 0.0142374, 0.018714, 0.0303369, 0.0601616, 0.139421, 0.346322", \
            "0.0124587, 0.0141322, 0.0185482, 0.0300575, 0.06019, 0.138469, 0.346488", \
            "0.0114789, 0.0131083, 0.0173762, 0.028684, 0.0587954, 0.137413, 0.347805", \
            "0.0106438, 0.0122499, 0.0164268, 0.0273651, 0.0572407, 0.135978, 0.345712", \
            "0.0106554, 0.0122139, 0.0162483, 0.0273862, 0.056658, 0.135609, 0.344175", \
            "0.0133139, 0.014789, 0.0188738, 0.0297135, 0.0587669, 0.136864, 0.345796" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "-0.0004622, -0.0017531, -0.0047542, -0.0134603, -0.0407423, -0.1191, -0.32978", \
            "-0.0007777, -0.0021299, -0.0051574, -0.0137538, -0.0411252, -0.11943, -0.330068", \
            "-0.0006526, -0.0019384, -0.0049953, -0.0136045, -0.0409431, -0.119235, -0.329861", \
            "-0.0012433, -0.002622, -0.0058135, -0.0144697, -0.0417042, -0.119949, -0.330524", \
            "-0.0007498, -0.0023754, -0.0063794, -0.0161268, -0.0425993, -0.12064, -0.33117", \
            "0.0048025, 0.0030824, -0.0013003, -0.0123659, -0.0416897, -0.119945, -0.330159", \
            "0.0051439, 0.0035112, -0.0012376, -0.0130242, -0.0429022, -0.121724, -0.331854" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0223163, 0.0239448, 0.0282317, 0.039481, 0.0690446, 0.147305, 0.355231", \
            "0.0218622, 0.023493, 0.0278095, 0.03912, 0.0687897, 0.147154, 0.355066", \
            "0.0215399, 0.0231338, 0.0273785, 0.0386644, 0.0684033, 0.146961, 0.355203", \
            "0.0213408, 0.0229432, 0.0271774, 0.0383673, 0.0680599, 0.146657, 0.354773", \
            "0.0211585, 0.0227449, 0.0269668, 0.0382875, 0.0678444, 0.146242, 0.35442", \
            "0.0223536, 0.02383, 0.0280687, 0.0392302, 0.0686454, 0.146745, 0.35465", \
            "0.0324919, 0.0336725, 0.0369386, 0.0464248, 0.0741705, 0.151125, 0.357504" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0103313, 0.0087732, 0.0046205, -0.006429, -0.0359885, -0.115005, -0.325568", \
            "0.0099726, 0.0084312, 0.0043113, -0.0067, -0.0362284, -0.115223, -0.325795", \
            "0.0095076, 0.0080049, 0.0039502, -0.0069818, -0.036454, -0.115424, -0.325981", \
            "0.0092094, 0.0076531, 0.0035796, -0.007387, -0.03671, -0.115588, -0.326174", \
            "0.0103291, 0.0087304, 0.0045106, -0.0066947, -0.0365888, -0.115465, -0.326011", \
            "0.0136601, 0.0119293, 0.0073539, -0.0043875, -0.0347776, -0.114876, -0.3257", \
            "0.0245051, 0.0227722, 0.0177006, 0.0047966, -0.0276376, -0.10983, -0.323197" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0153591, 0.0171086, 0.0216131, 0.0331468, 0.0627699, 0.141149, 0.349391", \
            "0.0149473, 0.0166198, 0.0210583, 0.0326314, 0.0624432, 0.141587, 0.350834", \
            "0.0146895, 0.0163215, 0.0206258, 0.0320593, 0.0619108, 0.140716, 0.349787", \
            "0.014495, 0.0161256, 0.0203859, 0.0316622, 0.0613309, 0.140174, 0.349642", \
            "0.0144105, 0.0159722, 0.0202371, 0.0314092, 0.0610814, 0.139519, 0.348865", \
            "0.0159789, 0.0172658, 0.0212933, 0.032402, 0.0617835, 0.140307, 0.349964", \
            "0.0264031, 0.0272797, 0.0301159, 0.0392904, 0.0667924, 0.14386, 0.350885" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133063, 0.00354116, 0.00942396, 0.0250797, 0.0667436, 0.177622");
          values ( \
            "0.0095227, 0.0079696, 0.0038302, -0.007208, -0.0367768, -0.115778, -0.32638", \
            "0.0092461, 0.007677, 0.0035532, -0.0074383, -0.0369985, -0.115983, -0.326592", \
            "0.0087869, 0.0073289, 0.0032625, -0.007703, -0.0372093, -0.116117, -0.326737", \
            "0.00878, 0.0072472, 0.0030792, -0.0079112, -0.0372465, -0.116275, -0.326856", \
            "0.0101805, 0.0085562, 0.0042, -0.0071182, -0.03718, -0.115999, -0.326714", \
            "0.0143742, 0.0125908, 0.0079878, -0.0039999, -0.0347563, -0.11508, -0.326085", \
            "0.0263273, 0.024381, 0.019233, 0.0064937, -0.026591, -0.10926, -0.321444" \
          );
        }
      }
    }
    pin (A1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004618;
      rise_capacitance : 0.004913;
      rise_capacitance_range (0.004913, 0.004913);
      fall_capacitance : 0.004323;
      fall_capacitance_range (0.004323, 0.004323);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0065545, 0.0062992, 0.0057108, 0.0066723, 0.0088887, 0.0139975, 0.0257736" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0315873, 0.0313552, 0.0308199, 0.0315076, 0.0330929, 0.0367472, 0.0451705" \
          );
        }
      }
    }
    pin (A2N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004477;
      rise_capacitance : 0.004798;
      rise_capacitance_range (0.004798, 0.004798);
      fall_capacitance : 0.004156;
      fall_capacitance_range (0.004156, 0.004156);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0017942, 0.0016622, 0.0013579, 0.0023676, 0.004695, 0.01006, 0.0224267" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0258682, 0.0256819, 0.0252522, 0.026266, 0.0286029, 0.0339896, 0.0464061" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004802;
      rise_capacitance : 0.005029;
      rise_capacitance_range (0.005029, 0.005029);
      fall_capacitance : 0.004575;
      fall_capacitance_range (0.004575, 0.004575);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.009274, -0.0092797, -0.009293, -0.0092946, -0.0092985, -0.0093075, -0.0093281" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0092786, 0.0092881, 0.0093099, 0.0093114, 0.0093146, 0.0093224, 0.0093402" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004356;
      rise_capacitance : 0.004531;
      rise_capacitance_range (0.004531, 0.004531);
      fall_capacitance : 0.004181;
      fall_capacitance_range (0.004181, 0.004181);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0083439, -0.0083459, -0.0083506, -0.0083478, -0.0083415, -0.0083269, -0.008293" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0083619, 0.0083554, 0.0083405, 0.0083444, 0.0083534, 0.0083742, 0.0084223" \
          );
        }
      }
    }
  }
  cell (scs8hd_a2bb2oi_4) {
    area : 26.2752;
    cell_footprint : "a2bb2oi";
    cell_leakage_power : 0.0304557;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0251234;
      when : "!A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0251229;
      when : "!A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0251133;
      when : "!A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0251234;
      when : "!A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0251248;
      when : "!A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.074502;
      when : "!A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0276369;
      when : "!A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0251626;
      when : "!A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0019461;
      when : "A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.073597;
      when : "A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0044582;
      when : "A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0019834;
      when : "A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0251155;
      when : "A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0745016;
      when : "A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0276268;
      when : "A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0251526;
      when : "A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0304557;
    }
    pin (Y) {
      direction : output;
      function : "(A1N&!B1) | (A1N&!B2) | (A2N&!B1) | (A2N&!B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.307627;
      max_transition : 1.50174;
      timing () {
        related_pin : "A1N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0444223, 0.0469604, 0.0539863, 0.0736565, 0.13052, 0.297704, 0.786948", \
            "0.047893, 0.0503601, 0.0574489, 0.0772245, 0.134181, 0.301339, 0.790368", \
            "0.0550231, 0.0575501, 0.0645446, 0.0845344, 0.141992, 0.309412, 0.799021", \
            "0.0611421, 0.0636708, 0.0706835, 0.0909368, 0.148455, 0.315485, 0.804335", \
            "0.0592674, 0.0616891, 0.0688969, 0.0890179, 0.146783, 0.313898, 0.802657", \
            "0.0307161, 0.0338148, 0.0415756, 0.0617138, 0.118922, 0.285809, 0.773102", \
            "-0.0725236, -0.0685892, -0.0585383, -0.0353294, 0.0218675, 0.189792, 0.676735" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0228099, 0.0260294, 0.0357419, 0.0641097, 0.146297, 0.385017, 1.08157", \
            "0.0227679, 0.0260847, 0.0357594, 0.0640056, 0.146252, 0.384954, 1.08159", \
            "0.0229143, 0.0261641, 0.0358271, 0.0641513, 0.146181, 0.38451, 1.08211", \
            "0.023469, 0.0266724, 0.0362371, 0.0644444, 0.146155, 0.385051, 1.08136", \
            "0.0253867, 0.0284616, 0.0373051, 0.0646435, 0.146915, 0.384273, 1.07902", \
            "0.0304878, 0.0333678, 0.0413119, 0.0664809, 0.147153, 0.385401, 1.07977", \
            "0.0386822, 0.0420261, 0.0512662, 0.0744444, 0.149159, 0.386931, 1.07855" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.087657, 0.0895209, 0.0943281, 0.105549, 0.129436, 0.183438, 0.323717", \
            "0.0917386, 0.0935935, 0.0984091, 0.109505, 0.133451, 0.187528, 0.327678", \
            "0.102887, 0.104723, 0.109496, 0.120631, 0.144505, 0.198623, 0.338731", \
            "0.12695, 0.128788, 0.133561, 0.144644, 0.16868, 0.222854, 0.363242", \
            "0.17049, 0.172524, 0.177677, 0.189778, 0.215311, 0.270961, 0.411586", \
            "0.254145, 0.256429, 0.262033, 0.275635, 0.30397, 0.363072, 0.505506", \
            "0.432165, 0.434696, 0.441192, 0.456477, 0.488706, 0.553017, 0.698682" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0161277, 0.0174735, 0.0208858, 0.030008, 0.0527232, 0.115282, 0.301882", \
            "0.0161763, 0.0174567, 0.0209071, 0.0298686, 0.0528831, 0.115288, 0.302517", \
            "0.0160432, 0.017358, 0.0210438, 0.0298879, 0.0528915, 0.115172, 0.302266", \
            "0.0164791, 0.0177999, 0.0213271, 0.0302436, 0.053039, 0.115035, 0.301781", \
            "0.0190264, 0.0203725, 0.0240066, 0.0332752, 0.0559527, 0.117481, 0.30262", \
            "0.0241473, 0.0258909, 0.02973, 0.0393204, 0.0626556, 0.122879, 0.304529", \
            "0.0318163, 0.0333728, 0.0375428, 0.0481519, 0.0726895, 0.131951, 0.308684" \
          );
        }
      }
      timing () {
        related_pin : "A2N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0410036, 0.0437077, 0.051317, 0.072389, 0.130963, 0.299286, 0.787779", \
            "0.0444286, 0.0470609, 0.0545856, 0.0756761, 0.134169, 0.302306, 0.793658", \
            "0.0496805, 0.0523223, 0.0597317, 0.0807109, 0.139653, 0.311412, 0.797712", \
            "0.0526788, 0.0552047, 0.0625515, 0.0834765, 0.142598, 0.312618, 0.800292", \
            "0.0463251, 0.0490425, 0.0562306, 0.0766246, 0.135582, 0.304404, 0.79426", \
            "0.0109253, 0.0142717, 0.022775, 0.0435608, 0.101606, 0.270922, 0.760052", \
            "-0.102737, -0.0984895, -0.0875019, -0.062019, -0.0035716, 0.16648, 0.657358" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0222607, 0.0256216, 0.0353944, 0.06392, 0.146071, 0.385834, 1.07917", \
            "0.0222194, 0.0256219, 0.0354145, 0.0638711, 0.146019, 0.384547, 1.08042", \
            "0.0226769, 0.0258458, 0.0355772, 0.063861, 0.146154, 0.386153, 1.07641", \
            "0.0232386, 0.0264791, 0.0360092, 0.0645284, 0.145994, 0.386302, 1.08076", \
            "0.0257471, 0.0285905, 0.0374684, 0.0644762, 0.146574, 0.384034, 1.08223", \
            "0.0323237, 0.0351075, 0.043117, 0.067389, 0.147218, 0.385574, 1.07865", \
            "0.0416402, 0.0453707, 0.0550282, 0.0791677, 0.151986, 0.387904, 1.07908" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0712158, 0.0730578, 0.0777914, 0.0888793, 0.112553, 0.165704, 0.303232", \
            "0.0744073, 0.0762412, 0.0810065, 0.0920048, 0.115714, 0.168916, 0.306598", \
            "0.0853447, 0.0871634, 0.0918827, 0.102905, 0.126602, 0.179762, 0.317369", \
            "0.113513, 0.115418, 0.120093, 0.131027, 0.154498, 0.207793, 0.345523", \
            "0.1659, 0.167958, 0.173258, 0.185217, 0.210233, 0.265217, 0.403681", \
            "0.257985, 0.260442, 0.266539, 0.280668, 0.309234, 0.365521, 0.506116", \
            "0.441816, 0.444544, 0.451556, 0.468011, 0.501332, 0.563498, 0.70352" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0159156, 0.0172296, 0.0206023, 0.0294103, 0.052057, 0.113072, 0.295889", \
            "0.0157689, 0.0170651, 0.0206973, 0.0295376, 0.0520705, 0.112994, 0.295654", \
            "0.0157805, 0.0170298, 0.0205686, 0.0294751, 0.0517582, 0.113105, 0.295491", \
            "0.0163143, 0.0177299, 0.0209521, 0.0297187, 0.0523213, 0.113073, 0.295373", \
            "0.0211721, 0.0224916, 0.0259157, 0.034366, 0.0557405, 0.115641, 0.296286", \
            "0.0279406, 0.0292317, 0.0332564, 0.0427125, 0.063545, 0.120015, 0.298728", \
            "0.0372275, 0.0389062, 0.0432709, 0.0535869, 0.075743, 0.12896, 0.301399" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.066431, 0.0696917, 0.078859, 0.104712, 0.178168, 0.390264, 1.00749", \
            "0.0708508, 0.0741066, 0.0833157, 0.10936, 0.183156, 0.39555, 1.01505", \
            "0.0825689, 0.085826, 0.0949136, 0.120805, 0.194803, 0.40984, 1.02575", \
            "0.107758, 0.110999, 0.120151, 0.145984, 0.220102, 0.432719, 1.05178", \
            "0.150481, 0.154774, 0.16664, 0.197771, 0.275477, 0.488863, 1.11232", \
            "0.22781, 0.233653, 0.250095, 0.292035, 0.391032, 0.618601, 1.24016", \
            "0.398726, 0.406218, 0.426918, 0.48075, 0.608904, 0.894931, 1.54174" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0459284, 0.0499683, 0.0619838, 0.0970374, 0.199164, 0.495111, 1.36017", \
            "0.0459316, 0.0499842, 0.0620028, 0.0969673, 0.199468, 0.494485, 1.36224", \
            "0.0461003, 0.0501116, 0.0621365, 0.0969744, 0.19895, 0.497726, 1.36141", \
            "0.0498937, 0.0537346, 0.0647884, 0.0980142, 0.198896, 0.495185, 1.36074", \
            "0.0663479, 0.0705579, 0.0819557, 0.113004, 0.205774, 0.495416, 1.36503", \
            "0.101554, 0.10595, 0.119053, 0.154382, 0.247062, 0.511946, 1.36085", \
            "0.159709, 0.16538, 0.18136, 0.224209, 0.33522, 0.605287, 1.38417" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0202257, 0.0213763, 0.0245763, 0.0330228, 0.0553904, 0.11766, 0.296436", \
            "0.0233015, 0.0244268, 0.027539, 0.0359363, 0.0583613, 0.120469, 0.299856", \
            "0.0279464, 0.029341, 0.0329798, 0.0422512, 0.0649194, 0.127337, 0.30605", \
            "0.030526, 0.0323986, 0.0375344, 0.0501006, 0.0780011, 0.142544, 0.322169", \
            "0.0225416, 0.0252511, 0.0326045, 0.0508415, 0.0910253, 0.172851, 0.357714", \
            "-0.015603, -0.0116618, -0.0010029, 0.0253569, 0.0845096, 0.203169, 0.431054", \
            "-0.130268, -0.124643, -0.109304, -0.0707983, 0.0155238, 0.189392, 0.51712" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0154482, 0.0165797, 0.0200892, 0.0302155, 0.0598455, 0.147451, 0.404324", \
            "0.0156835, 0.0167916, 0.0200906, 0.0300115, 0.059787, 0.147308, 0.404385", \
            "0.0198815, 0.0209348, 0.0238857, 0.0325767, 0.0603253, 0.147418, 0.404205", \
            "0.0292976, 0.0304047, 0.034059, 0.043552, 0.069269, 0.149555, 0.404344", \
            "0.0457614, 0.0475203, 0.0523625, 0.065134, 0.0953209, 0.170845, 0.40759", \
            "0.0759462, 0.0784385, 0.0851153, 0.10283, 0.143051, 0.233419, 0.450904", \
            "0.131482, 0.135755, 0.145275, 0.171159, 0.226665, 0.34603, 0.597684" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0523711, 0.0560918, 0.0667985, 0.0960868, 0.178605, 0.414415, 1.09438", \
            "0.0565764, 0.0602962, 0.0706921, 0.100284, 0.183166, 0.417868, 1.09975", \
            "0.0686048, 0.0721298, 0.0822643, 0.111062, 0.193304, 0.43169, 1.11318", \
            "0.092023, 0.096233, 0.107485, 0.136098, 0.218461, 0.456578, 1.13881", \
            "0.130681, 0.136237, 0.151316, 0.187984, 0.274942, 0.510759, 1.19584", \
            "0.20193, 0.209779, 0.230539, 0.281381, 0.393913, 0.643295, 1.33283", \
            "0.369197, 0.379305, 0.406106, 0.471506, 0.619289, 0.933336, 1.6391" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0336116, 0.0381792, 0.0514202, 0.090318, 0.204025, 0.531263, 1.48334", \
            "0.0336977, 0.0382109, 0.0514424, 0.0901239, 0.203487, 0.530233, 1.48354", \
            "0.0341515, 0.0384042, 0.0515438, 0.0904153, 0.203273, 0.531285, 1.48338", \
            "0.0400029, 0.0438019, 0.0554433, 0.0917371, 0.202912, 0.533711, 1.48234", \
            "0.0570864, 0.0613058, 0.0740706, 0.108554, 0.209019, 0.529357, 1.48764", \
            "0.0931831, 0.0978227, 0.111907, 0.150175, 0.252506, 0.541305, 1.48889", \
            "0.159518, 0.16439, 0.178829, 0.222978, 0.341235, 0.635605, 1.50174" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0159855, 0.0171607, 0.0203785, 0.0288487, 0.0512781, 0.113556, 0.292094", \
            "0.0196113, 0.0206588, 0.0236279, 0.0319215, 0.0542641, 0.11662, 0.295245", \
            "0.0241914, 0.0256963, 0.0297602, 0.0393501, 0.0616559, 0.123705, 0.302476", \
            "0.0256798, 0.0275757, 0.0332474, 0.047111, 0.077241, 0.141145, 0.319907", \
            "0.0151499, 0.0182208, 0.0262455, 0.0460783, 0.0900681, 0.17749, 0.360333", \
            "-0.0276789, -0.0231519, -0.0116901, 0.0164677, 0.0805221, 0.208565, 0.450724", \
            "-0.152138, -0.146011, -0.129675, -0.0896026, 0.0025454, 0.190277, 0.54462" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0153226, 0.0165261, 0.0201373, 0.0302987, 0.059904, 0.147438, 0.404271", \
            "0.016006, 0.0170612, 0.0202197, 0.0299471, 0.0596979, 0.147225, 0.404274", \
            "0.0210166, 0.0224603, 0.0257433, 0.0341234, 0.0606827, 0.147259, 0.404334", \
            "0.0303498, 0.0322308, 0.0366831, 0.0479269, 0.0741332, 0.150361, 0.404461", \
            "0.0468917, 0.0498367, 0.0561979, 0.0714372, 0.106109, 0.182118, 0.408202", \
            "0.0765852, 0.0812628, 0.0907242, 0.112922, 0.161016, 0.260301, 0.474863", \
            "0.133335, 0.139173, 0.154018, 0.187389, 0.257261, 0.396177, 0.667793" \
          );
        }
      }
      internal_power () {
        related_pin : "A1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0236331, 0.0254672, 0.0307791, 0.045964, 0.0901074, 0.220112, 0.600918", \
            "0.0233799, 0.0252452, 0.0305898, 0.0457972, 0.0900753, 0.220039, 0.600758", \
            "0.0238454, 0.0256748, 0.0310226, 0.0464091, 0.0908581, 0.220878, 0.601239", \
            "0.0218294, 0.0236592, 0.0289752, 0.044448, 0.089139, 0.219089, 0.599472", \
            "0.0207416, 0.0224492, 0.0276636, 0.0422221, 0.0870452, 0.216603, 0.596796", \
            "0.020034, 0.0217719, 0.0269207, 0.0420376, 0.0860456, 0.216045, 0.593593", \
            "0.0236214, 0.0253966, 0.0302443, 0.0453023, 0.090429, 0.219607, 0.597586" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0033359, 0.0018043, -0.0027058, -0.015085, -0.055655, -0.185826, -0.569927", \
            "0.0027867, 0.0011175, -0.0033032, -0.0156747, -0.056286, -0.186414, -0.570487", \
            "0.0031975, 0.0016771, -0.0029321, -0.015402, -0.0559317, -0.185992, -0.570076", \
            "0.0015604, -0.0001198, -0.0048245, -0.017146, -0.0578186, -0.187761, -0.57176", \
            "-0.0031971, -0.0047816, -0.0094966, -0.0210502, -0.0611209, -0.190712, -0.574577", \
            "0.0031669, 0.0013055, -0.0043556, -0.019694, -0.0640166, -0.193052, -0.576558", \
            "0.0093053, 0.0071315, 0.0010439, -0.0152467, -0.0606468, -0.192052, -0.574246" \
          );
        }
      }
      internal_power () {
        related_pin : "A2N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0249455, 0.0269895, 0.0328328, 0.0490487, 0.0944388, 0.225302, 0.603459", \
            "0.0247772, 0.026793, 0.0325438, 0.0487581, 0.0939624, 0.224237, 0.606453", \
            "0.0245665, 0.0265019, 0.0321105, 0.0482579, 0.0937331, 0.22477, 0.603321", \
            "0.022434, 0.0242374, 0.0300208, 0.0458084, 0.0915537, 0.223464, 0.601802", \
            "0.0210485, 0.022899, 0.0280258, 0.0429188, 0.0891231, 0.220056, 0.599495", \
            "0.0206946, 0.0225032, 0.0278183, 0.0430999, 0.088121, 0.218789, 0.598671", \
            "0.025509, 0.0272477, 0.0322772, 0.0473284, 0.090755, 0.221035, 0.600938" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0039449, 0.0023122, -0.0021211, -0.0144707, -0.0550658, -0.184983, -0.568949", \
            "0.0032307, 0.0016432, -0.0028744, -0.0150742, -0.0555682, -0.185563, -0.569522", \
            "0.0035931, 0.0018586, -0.002478, -0.0147905, -0.055239, -0.185184, -0.569081", \
            "0.0021575, 0.0009891, -0.0037765, -0.0161704, -0.0563728, -0.186186, -0.570029", \
            "-0.0008202, -0.0026445, -0.0073158, -0.0188161, -0.0585105, -0.188015, -0.571737", \
            "0.0089281, 0.0047639, -0.0008175, -0.0163163, -0.0604115, -0.189579, -0.573166", \
            "0.0108215, 0.008654, 0.00245, -0.0138447, -0.0592802, -0.190454, -0.572468" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0443763, 0.0463171, 0.0517271, 0.0673169, 0.112211, 0.242411, 0.621648", \
            "0.0434182, 0.0453317, 0.050795, 0.0665448, 0.11172, 0.242063, 0.621674", \
            "0.0428011, 0.0446046, 0.0500303, 0.0657522, 0.111096, 0.241796, 0.621265", \
            "0.0423725, 0.0442221, 0.0496031, 0.0651384, 0.110303, 0.241033, 0.62072", \
            "0.0419832, 0.0438087, 0.0492748, 0.064786, 0.109761, 0.240354, 0.621514", \
            "0.0436702, 0.0455496, 0.0512951, 0.0663984, 0.111168, 0.241312, 0.619972", \
            "0.0615257, 0.0628351, 0.0669559, 0.0798391, 0.120925, 0.248959, 0.626239" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0207036, 0.0189017, 0.0136598, -0.0016348, -0.0464718, -0.177858, -0.561855", \
            "0.0199942, 0.018221, 0.0130068, -0.0022107, -0.0469629, -0.178341, -0.562256", \
            "0.0191488, 0.0174165, 0.0122746, -0.002805, -0.047467, -0.178748, -0.562618", \
            "0.0184393, 0.0165958, 0.0114874, -0.0035459, -0.0479424, -0.179033, -0.562897", \
            "0.0201526, 0.0183006, 0.012908, -0.0025203, -0.0478764, -0.178916, -0.562614", \
            "0.0262016, 0.0241556, 0.0184032, 0.0020535, -0.0444839, -0.177523, -0.561963", \
            "0.0453616, 0.0431332, 0.0366863, 0.019098, -0.0307207, -0.168374, -0.557574" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0300133, 0.0320702, 0.0379438, 0.0540702, 0.0998657, 0.23049, 0.609126", \
            "0.0290458, 0.0310225, 0.0367622, 0.0530226, 0.0992497, 0.229448, 0.609142", \
            "0.0284262, 0.030353, 0.035847, 0.0519601, 0.0976417, 0.229659, 0.608837", \
            "0.0280817, 0.0299676, 0.0353581, 0.0511055, 0.0963889, 0.229365, 0.608214", \
            "0.0277846, 0.0296325, 0.0350874, 0.050564, 0.0955885, 0.226401, 0.609532", \
            "0.0310573, 0.0326145, 0.03745, 0.0522593, 0.0969468, 0.226977, 0.608959", \
            "0.0477758, 0.0487866, 0.052325, 0.0640687, 0.105778, 0.233556, 0.611095" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145818, 0.0042526, 0.0124022, 0.0361693, 0.105483, 0.307627");
          values ( \
            "0.0196973, 0.017883, 0.0126608, -0.0026097, -0.0474391, -0.178826, -0.562782", \
            "0.0190337, 0.0172616, 0.0120829, -0.0031487, -0.0478819, -0.179157, -0.563198", \
            "0.018198, 0.0164804, 0.0113683, -0.0036722, -0.0483196, -0.179551, -0.563522", \
            "0.017824, 0.0162647, 0.011054, -0.0041745, -0.0486479, -0.179845, -0.563696", \
            "0.020162, 0.0183727, 0.012841, -0.0028134, -0.0483113, -0.179542, -0.563471", \
            "0.0269908, 0.0249488, 0.0191328, 0.0024958, -0.0441585, -0.177831, -0.562633", \
            "0.0469499, 0.0447579, 0.038533, 0.0204154, -0.0297678, -0.167364, -0.557252" \
          );
        }
      }
    }
    pin (A1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008819;
      rise_capacitance : 0.00929;
      rise_capacitance_range (0.00929, 0.00929);
      fall_capacitance : 0.008347;
      fall_capacitance_range (0.008347, 0.008347);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0109086, 0.0104262, 0.0093144, 0.0109938, 0.0148649, 0.0237881, 0.0443566" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0627775, 0.0622311, 0.060972, 0.0621257, 0.0647851, 0.0709152, 0.0850455" \
          );
        }
      }
    }
    pin (A2N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008837;
      rise_capacitance : 0.009527;
      rise_capacitance_range (0.009527, 0.009527);
      fall_capacitance : 0.008147;
      fall_capacitance_range (0.008147, 0.008147);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0026414, 0.0024092, 0.0018737, 0.003604, 0.0075925, 0.0167862, 0.0379782" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0511795, 0.050719, 0.0496578, 0.051473, 0.055657, 0.0653017, 0.087533" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.009191;
      rise_capacitance : 0.009648;
      rise_capacitance_range (0.009648, 0.009648);
      fall_capacitance : 0.008733;
      fall_capacitance_range (0.008733, 0.008733);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.018026, -0.0180238, -0.0180184, -0.0180118, -0.0179966, -0.0179615, -0.0178806" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0180523, 0.018053, 0.0180546, 0.0180519, 0.0180456, 0.018031, 0.0179974" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008533;
      rise_capacitance : 0.008885;
      rise_capacitance_range (0.008885, 0.008885);
      fall_capacitance : 0.008181;
      fall_capacitance_range (0.008181, 0.008181);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0165915, -0.0165907, -0.0165885, -0.0165814, -0.0165649, -0.0165269, -0.0164392" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.016649, 0.0166426, 0.0166276, 0.0166334, 0.0166469, 0.0166779, 0.0167492" \
          );
        }
      }
    }
  }
  cell (scs8hd_a311o_1) {
    area : 10.0096;
    cell_footprint : "a311o";
    cell_leakage_power : 0.00463685;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.00623;
      when : "!A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0062694;
      when : "!A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062224;
      when : "!A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.000501;
      when : "!A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.00623;
      when : "!A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0062696;
      when : "!A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062224;
      when : "!A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.000501;
      when : "!A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.00623;
      when : "!A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0062699;
      when : "!A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062224;
      when : "!A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.000501;
      when : "!A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.00623;
      when : "!A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0063039;
      when : "!A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062224;
      when : "!A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.000501;
      when : "!A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.00623;
      when : "A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0062763;
      when : "A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062224;
      when : "A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.000501;
      when : "A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.00623;
      when : "A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0062994;
      when : "A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062224;
      when : "A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.000501;
      when : "A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.00623;
      when : "A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0063022;
      when : "A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062224;
      when : "A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.000501;
      when : "A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062324;
      when : "A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0007595;
      when : "A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062224;
      when : "A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0005005;
      when : "A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.00463685;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2&A3) | (B1) | (C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.189524;
      max_transition : 1.50236;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0625831, 0.0690154, 0.0838234, 0.118794, 0.20908, 0.451419, 1.10239", \
            "0.065433, 0.0718805, 0.0866813, 0.121689, 0.212066, 0.454165, 1.10447", \
            "0.0730169, 0.0794098, 0.0941525, 0.129108, 0.219538, 0.46104, 1.11026", \
            "0.0871539, 0.0935115, 0.108395, 0.143294, 0.233564, 0.474864, 1.12368", \
            "0.0990143, 0.105736, 0.120659, 0.155564, 0.245898, 0.487313, 1.13708", \
            "0.0895773, 0.0977536, 0.113994, 0.149439, 0.23977, 0.481333, 1.12986", \
            "0.0158866, 0.0257551, 0.0463855, 0.0846346, 0.174234, 0.416385, 1.06674" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0210314, 0.0275832, 0.0446336, 0.0904128, 0.21804, 0.565619, 1.50236", \
            "0.020974, 0.0274972, 0.0445125, 0.0904452, 0.217809, 0.565494, 1.50087", \
            "0.0206496, 0.0271965, 0.0441381, 0.090317, 0.218209, 0.56431, 1.4978", \
            "0.0211404, 0.0276719, 0.0445641, 0.0900859, 0.218143, 0.564365, 1.4981", \
            "0.0238593, 0.0298901, 0.0455975, 0.0910291, 0.217567, 0.565747, 1.5023", \
            "0.0292158, 0.0355043, 0.0502123, 0.0922351, 0.218599, 0.56437, 1.49609", \
            "0.0376378, 0.0450063, 0.0610499, 0.0999677, 0.219705, 0.567236, 1.49273" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.136411, 0.142236, 0.154827, 0.179759, 0.229619, 0.339447, 0.615407", \
            "0.14008, 0.14593, 0.158503, 0.183294, 0.233391, 0.343102, 0.619168", \
            "0.151082, 0.156894, 0.169425, 0.194288, 0.244184, 0.354029, 0.630104", \
            "0.176504, 0.182183, 0.194704, 0.219736, 0.269658, 0.379425, 0.655926", \
            "0.228305, 0.234209, 0.247008, 0.27211, 0.322471, 0.432322, 0.708733", \
            "0.31783, 0.324252, 0.338074, 0.365748, 0.419343, 0.532414, 0.809412", \
            "0.486738, 0.494207, 0.510363, 0.542314, 0.60287, 0.722529, 1.00009" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0212697, 0.0254768, 0.0352398, 0.0559812, 0.105219, 0.231577, 0.592913", \
            "0.0213183, 0.0256461, 0.0351928, 0.0560944, 0.105028, 0.231921, 0.59218", \
            "0.0212787, 0.0254178, 0.0352925, 0.0566044, 0.105215, 0.231656, 0.593389", \
            "0.0211439, 0.0256654, 0.0353562, 0.0566528, 0.105172, 0.232129, 0.591764", \
            "0.0225168, 0.0268463, 0.0363241, 0.0570816, 0.105933, 0.23198, 0.591708", \
            "0.0264376, 0.0310451, 0.0415098, 0.0631772, 0.112816, 0.236151, 0.589398", \
            "0.0351156, 0.039897, 0.0513772, 0.0756625, 0.12577, 0.247309, 0.591918" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0677376, 0.0741388, 0.0889061, 0.123611, 0.2132, 0.454145, 1.10435", \
            "0.0707298, 0.0771607, 0.0919079, 0.126647, 0.2164, 0.457154, 1.10716", \
            "0.0779868, 0.0843576, 0.0990595, 0.133837, 0.223744, 0.46503, 1.11474", \
            "0.091725, 0.0981928, 0.112834, 0.147693, 0.237414, 0.47837, 1.1284", \
            "0.104907, 0.111831, 0.127001, 0.162162, 0.252247, 0.493146, 1.14229", \
            "0.0981498, 0.106447, 0.123361, 0.159343, 0.249015, 0.490189, 1.13955", \
            "0.0277908, 0.0379142, 0.0589232, 0.0988172, 0.189324, 0.430532, 1.0805" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.020958, 0.0275568, 0.0445005, 0.0904778, 0.217908, 0.565367, 1.50179", \
            "0.0209679, 0.0275347, 0.0444471, 0.0904309, 0.217965, 0.563609, 1.49865", \
            "0.0207467, 0.0272948, 0.0443444, 0.0903948, 0.217568, 0.565313, 1.50081", \
            "0.0213462, 0.0277179, 0.0445196, 0.090256, 0.21762, 0.565402, 1.50234", \
            "0.024052, 0.0301402, 0.0459979, 0.0908257, 0.217726, 0.563682, 1.49758", \
            "0.0297692, 0.0362249, 0.0510519, 0.0927604, 0.218611, 0.564363, 1.49974", \
            "0.0377743, 0.0456788, 0.0623025, 0.100735, 0.219678, 0.567602, 1.49337" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.164357, 0.170878, 0.184683, 0.211587, 0.26372, 0.375506, 0.652304", \
            "0.168148, 0.17466, 0.188392, 0.215457, 0.267546, 0.379295, 0.656382", \
            "0.179081, 0.185588, 0.199493, 0.226469, 0.278404, 0.390223, 0.667002", \
            "0.204036, 0.21053, 0.224297, 0.251238, 0.30341, 0.415162, 0.692282", \
            "0.255705, 0.262272, 0.27617, 0.303071, 0.35515, 0.466951, 0.744211", \
            "0.349077, 0.356169, 0.370966, 0.400138, 0.454984, 0.569217, 0.846319", \
            "0.526385, 0.534255, 0.551746, 0.584877, 0.645957, 0.765884, 1.04503" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0250609, 0.0296954, 0.0394637, 0.0609273, 0.108975, 0.234967, 0.591547", \
            "0.0250716, 0.0296575, 0.0398563, 0.0608437, 0.108935, 0.234544, 0.589904", \
            "0.0250626, 0.0297507, 0.0396757, 0.0612103, 0.108852, 0.234916, 0.591321", \
            "0.0252702, 0.0296811, 0.0397713, 0.0606609, 0.109081, 0.235057, 0.591596", \
            "0.0259819, 0.0302557, 0.0402047, 0.061158, 0.109969, 0.235573, 0.592093", \
            "0.0294983, 0.0343847, 0.0450115, 0.0670936, 0.115266, 0.239114, 0.591975", \
            "0.0375955, 0.0426641, 0.0543275, 0.0776773, 0.127236, 0.248064, 0.59337" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.071765, 0.0781902, 0.0929765, 0.127583, 0.216283, 0.457432, 1.10831", \
            "0.0744073, 0.080845, 0.0955937, 0.130221, 0.219151, 0.460118, 1.11095", \
            "0.0801264, 0.0865082, 0.101192, 0.135772, 0.224999, 0.465878, 1.11584", \
            "0.09112, 0.0975721, 0.11229, 0.146987, 0.236534, 0.476614, 1.12662", \
            "0.10214, 0.109032, 0.1244, 0.159619, 0.249454, 0.490903, 1.13989", \
            "0.0932893, 0.101681, 0.118936, 0.155498, 0.245204, 0.486567, 1.13493", \
            "0.0200853, 0.0303739, 0.0519051, 0.0924547, 0.182919, 0.42418, 1.07167" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0209667, 0.0275744, 0.0446215, 0.0904697, 0.218203, 0.564782, 1.5021", \
            "0.0209928, 0.0275915, 0.0444797, 0.0904865, 0.21798, 0.565239, 1.50221", \
            "0.020829, 0.0273564, 0.0444681, 0.0904415, 0.217847, 0.565624, 1.50218", \
            "0.0213152, 0.027745, 0.0445433, 0.0903525, 0.217627, 0.564762, 1.50116", \
            "0.023927, 0.0303192, 0.0461785, 0.0910593, 0.21764, 0.565847, 1.50189", \
            "0.0299711, 0.0365094, 0.051673, 0.0931918, 0.218414, 0.563621, 1.4996", \
            "0.0380127, 0.045994, 0.0627362, 0.101682, 0.220189, 0.567029, 1.49621" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.188074, 0.195171, 0.209949, 0.237807, 0.290149, 0.401593, 0.67815", \
            "0.191818, 0.198857, 0.213628, 0.241538, 0.293419, 0.405471, 0.682283", \
            "0.202578, 0.209558, 0.224351, 0.251908, 0.304198, 0.416344, 0.693224", \
            "0.227155, 0.234173, 0.248918, 0.276812, 0.328898, 0.441085, 0.718112", \
            "0.278063, 0.285099, 0.299795, 0.327743, 0.380379, 0.492404, 0.76933", \
            "0.372855, 0.380303, 0.39652, 0.426597, 0.481723, 0.595985, 0.872952", \
            "0.553593, 0.562084, 0.580325, 0.614481, 0.676019, 0.794928, 1.07409" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0284978, 0.0335754, 0.0441497, 0.0652574, 0.11365, 0.237953, 0.59627", \
            "0.0285825, 0.0336068, 0.0439685, 0.0652845, 0.113947, 0.238338, 0.591956", \
            "0.0286072, 0.033631, 0.043994, 0.0656303, 0.114037, 0.238396, 0.593042", \
            "0.0285868, 0.0335877, 0.0439178, 0.0659853, 0.113988, 0.238355, 0.59179", \
            "0.0287456, 0.0339709, 0.0446621, 0.0653887, 0.113341, 0.238041, 0.591162", \
            "0.0327751, 0.0379024, 0.0492973, 0.0712726, 0.118163, 0.241479, 0.595819", \
            "0.0406977, 0.0463013, 0.0583037, 0.0817252, 0.129109, 0.250885, 0.596935" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0416931, 0.0468957, 0.0601142, 0.0939913, 0.182719, 0.420055, 1.05886", \
            "0.0451775, 0.0503743, 0.0635448, 0.0973775, 0.186175, 0.423631, 1.06263", \
            "0.0529384, 0.0580803, 0.0710681, 0.104761, 0.19388, 0.431512, 1.06875", \
            "0.0609291, 0.0662395, 0.0792352, 0.113043, 0.202736, 0.44014, 1.07888", \
            "0.0617375, 0.0675682, 0.0809203, 0.114263, 0.203482, 0.442305, 1.08147", \
            "0.0350523, 0.0424678, 0.0579047, 0.0914967, 0.179952, 0.418213, 1.05828", \
            "-0.0656167, -0.0560679, -0.0365737, 0.0014398, 0.0898777, 0.327194, 0.964983" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0151046, 0.0213158, 0.0384143, 0.0854348, 0.21162, 0.553546, 1.47398", \
            "0.0150913, 0.0213455, 0.0383362, 0.0854308, 0.211663, 0.553735, 1.47432", \
            "0.0153816, 0.0214681, 0.0384409, 0.0854506, 0.212082, 0.551936, 1.47192", \
            "0.0169916, 0.02259, 0.0390541, 0.0854084, 0.212254, 0.554086, 1.47165", \
            "0.0204583, 0.0256914, 0.0407389, 0.0858101, 0.211624, 0.553341, 1.4731", \
            "0.0264863, 0.0321775, 0.0458895, 0.0874607, 0.212845, 0.552813, 1.47136", \
            "0.0353435, 0.0426484, 0.0586803, 0.095186, 0.214197, 0.555644, 1.47736" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0967457, 0.102025, 0.113371, 0.135773, 0.182061, 0.288002, 0.563061", \
            "0.100894, 0.106221, 0.117405, 0.139978, 0.186172, 0.292185, 0.567261", \
            "0.112282, 0.117574, 0.128784, 0.151301, 0.197562, 0.303624, 0.578437", \
            "0.138134, 0.143412, 0.154745, 0.177365, 0.223533, 0.329496, 0.605309", \
            "0.189805, 0.195511, 0.207715, 0.231534, 0.279067, 0.38515, 0.66064", \
            "0.283563, 0.290089, 0.304026, 0.331133, 0.381979, 0.491417, 0.76771", \
            "0.472301, 0.479784, 0.496157, 0.527938, 0.586245, 0.700388, 0.97492" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0182745, 0.0224745, 0.0309993, 0.0510617, 0.0984172, 0.226917, 0.592881", \
            "0.0184502, 0.0222098, 0.0311348, 0.0509868, 0.0980714, 0.22727, 0.588186", \
            "0.0182839, 0.0222142, 0.031081, 0.0510434, 0.0984236, 0.22674, 0.590877", \
            "0.0183999, 0.0224038, 0.0312453, 0.0512222, 0.0982166, 0.227181, 0.590271", \
            "0.0212156, 0.0252866, 0.0342841, 0.0538715, 0.0999553, 0.227309, 0.58919", \
            "0.0272287, 0.0318421, 0.0415141, 0.0619675, 0.10826, 0.231398, 0.589456", \
            "0.035952, 0.0408868, 0.0519865, 0.0747763, 0.120346, 0.238897, 0.589746" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.038563, 0.0438361, 0.0570468, 0.0907555, 0.179829, 0.417804, 1.0542", \
            "0.0422422, 0.0474716, 0.0606054, 0.0945409, 0.1834, 0.421507, 1.06145", \
            "0.0494457, 0.0546668, 0.0677181, 0.101332, 0.191148, 0.430893, 1.07081", \
            "0.0560126, 0.0613812, 0.0743802, 0.108126, 0.197075, 0.434942, 1.07259", \
            "0.0552548, 0.0614961, 0.0750707, 0.108695, 0.197553, 0.436922, 1.07542", \
            "0.0295717, 0.0374173, 0.0534461, 0.0877665, 0.176509, 0.414792, 1.05511", \
            "-0.0650064, -0.0547711, -0.0333859, 0.00684, 0.0954161, 0.333363, 0.972498" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0149834, 0.0211278, 0.0382093, 0.0854537, 0.213124, 0.554223, 1.46887", \
            "0.0150253, 0.0212079, 0.0382555, 0.0851517, 0.213226, 0.55661, 1.47212", \
            "0.0155252, 0.0215378, 0.0383029, 0.0853134, 0.213823, 0.556608, 1.48259", \
            "0.0173625, 0.0229251, 0.0391601, 0.0852405, 0.212526, 0.554265, 1.47409", \
            "0.0215437, 0.0267688, 0.0412514, 0.0860271, 0.211614, 0.554359, 1.47344", \
            "0.0281593, 0.0339887, 0.0482439, 0.0883289, 0.212884, 0.553605, 1.47231", \
            "0.0385919, 0.0463555, 0.0624855, 0.0997609, 0.216066, 0.555145, 1.46748" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0796536, 0.0849963, 0.0963561, 0.118936, 0.165206, 0.271238, 0.5466", \
            "0.0825512, 0.0878555, 0.0992274, 0.121751, 0.168045, 0.274162, 0.549972", \
            "0.0927199, 0.0980267, 0.109346, 0.131906, 0.178309, 0.284334, 0.559643", \
            "0.119764, 0.124974, 0.13607, 0.158647, 0.204935, 0.310907, 0.586795", \
            "0.172575, 0.178427, 0.190846, 0.21433, 0.261925, 0.368738, 0.643372", \
            "0.261985, 0.268802, 0.283496, 0.311108, 0.361082, 0.469406, 0.746202", \
            "0.434532, 0.442547, 0.459632, 0.49205, 0.549623, 0.660244, 0.936423" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0184478, 0.0222712, 0.0312407, 0.0508322, 0.0983384, 0.226824, 0.588896", \
            "0.0182867, 0.0222567, 0.0311657, 0.0508364, 0.0981938, 0.2262, 0.591031", \
            "0.0183541, 0.0223688, 0.0312103, 0.0509474, 0.0982737, 0.226814, 0.591822", \
            "0.0183677, 0.0224068, 0.031186, 0.0512031, 0.0982619, 0.227368, 0.592623", \
            "0.023034, 0.0270336, 0.0354761, 0.0546016, 0.100987, 0.228199, 0.591491", \
            "0.0299298, 0.0343579, 0.0442659, 0.062941, 0.107068, 0.230916, 0.591692", \
            "0.0395282, 0.0447944, 0.0559026, 0.0777562, 0.119741, 0.236938, 0.591503" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0153652, 0.0170953, 0.021541, 0.0330775, 0.0638544, 0.14688, 0.370587", \
            "0.015234, 0.016945, 0.0214046, 0.0329635, 0.0637295, 0.146762, 0.370459", \
            "0.0150935, 0.0168142, 0.0212844, 0.0328443, 0.063603, 0.146611, 0.37047", \
            "0.0150783, 0.0167237, 0.0211658, 0.032755, 0.063532, 0.146454, 0.370199", \
            "0.0157588, 0.0173262, 0.0214924, 0.0329046, 0.0634894, 0.1466, 0.370029", \
            "0.0172599, 0.018872, 0.0230463, 0.0343495, 0.0648375, 0.147419, 0.370849", \
            "0.0221036, 0.0235798, 0.0277605, 0.0391801, 0.069672, 0.152302, 0.373926" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0149511, 0.0137242, 0.0109177, 0.0014905, -0.0281843, -0.111974, -0.338324", \
            "0.0146193, 0.0134573, 0.0105565, 0.0012059, -0.0285511, -0.112301, -0.338656", \
            "0.0142921, 0.0131141, 0.0101997, 0.0008306, -0.0288808, -0.112659, -0.338994", \
            "0.0140146, 0.0128571, 0.0099271, 0.000577, -0.0291345, -0.112919, -0.339247", \
            "0.0139579, 0.0127294, 0.0097525, 0.0003841, -0.0293213, -0.113097, -0.33941", \
            "0.0182755, 0.0165253, 0.0122893, 0.000642, -0.0292721, -0.112957, -0.339296", \
            "0.0221264, 0.0202128, 0.0155444, 0.0037404, -0.0274345, -0.111456, -0.337327" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0162485, 0.017938, 0.0223655, 0.0338006, 0.0643171, 0.147194, 0.370549", \
            "0.0160935, 0.0178073, 0.0222253, 0.0336718, 0.0642364, 0.146961, 0.370513", \
            "0.015914, 0.0176356, 0.0220768, 0.0335504, 0.064135, 0.146931, 0.370477", \
            "0.0159016, 0.0176007, 0.0219486, 0.033514, 0.0641718, 0.146992, 0.370396", \
            "0.0165226, 0.0180976, 0.0221984, 0.0337421, 0.0643421, 0.147259, 0.370472", \
            "0.0178214, 0.0193776, 0.0235759, 0.0349573, 0.0654188, 0.147473, 0.373025", \
            "0.0217737, 0.0232605, 0.0273845, 0.0386086, 0.0694492, 0.151862, 0.373337" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0179733, 0.0166955, 0.0137901, 0.0046565, -0.0247998, -0.108454, -0.334755", \
            "0.0176917, 0.0164166, 0.0135982, 0.0043474, -0.0250951, -0.108754, -0.335033", \
            "0.017447, 0.0161462, 0.0132296, 0.0039898, -0.0254121, -0.109063, -0.335357", \
            "0.0172266, 0.0158577, 0.0130051, 0.0037547, -0.0256827, -0.109311, -0.3356", \
            "0.0171144, 0.0157579, 0.0128078, 0.0035543, -0.0258848, -0.109513, -0.335773", \
            "0.0208835, 0.019088, 0.0147903, 0.0030226, -0.0259366, -0.109504, -0.335772", \
            "0.025228, 0.0233192, 0.0188303, 0.0068266, -0.0243251, -0.108341, -0.334229" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0167055, 0.0184028, 0.0228485, 0.0342275, 0.0645482, 0.146894, 0.372118", \
            "0.016541, 0.0182546, 0.0226748, 0.03411, 0.0643949, 0.146846, 0.372039", \
            "0.0163417, 0.0180606, 0.0224892, 0.0338952, 0.0642624, 0.146792, 0.370136", \
            "0.0162436, 0.0179293, 0.0223414, 0.0337894, 0.0643556, 0.14691, 0.370281", \
            "0.0166764, 0.0182379, 0.0223636, 0.0338161, 0.0644237, 0.147125, 0.370369", \
            "0.0177237, 0.0192769, 0.0234873, 0.0348091, 0.0652352, 0.14752, 0.371042", \
            "0.0214623, 0.022875, 0.0269455, 0.0381287, 0.0687617, 0.150986, 0.372287" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0208927, 0.0195798, 0.0166537, 0.0071291, -0.0230097, -0.107495, -0.334361", \
            "0.020634, 0.0193096, 0.0163771, 0.0068649, -0.0232334, -0.10772, -0.334569", \
            "0.0203466, 0.0190418, 0.0160792, 0.0066209, -0.0235132, -0.107958, -0.334802", \
            "0.020123, 0.0188218, 0.0158609, 0.0063556, -0.0237249, -0.108148, -0.33494", \
            "0.020025, 0.0187077, 0.0157318, 0.0061803, -0.0237817, -0.108172, -0.334942", \
            "0.0232734, 0.0214679, 0.017102, 0.0060949, -0.0234233, -0.107645, -0.334464", \
            "0.0291488, 0.0272324, 0.0224952, 0.0104495, -0.0212922, -0.105638, -0.332438" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0135959, 0.0153249, 0.01991, 0.0318026, 0.0629872, 0.1463, 0.371913", \
            "0.0135257, 0.0152578, 0.0198253, 0.0317099, 0.0629074, 0.146207, 0.371837", \
            "0.0135186, 0.0151913, 0.019699, 0.0315537, 0.0627738, 0.146261, 0.369985", \
            "0.0133646, 0.0150704, 0.0195003, 0.0311455, 0.0624591, 0.145903, 0.369786", \
            "0.0139093, 0.0155373, 0.0198074, 0.0312839, 0.0624236, 0.146625, 0.371595", \
            "0.0157989, 0.0174099, 0.0216541, 0.0331818, 0.0639034, 0.147184, 0.373011", \
            "0.0214738, 0.0229387, 0.0271646, 0.0383676, 0.0693653, 0.152121, 0.374822" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0133415, 0.0121501, 0.0092642, -0.0004713, -0.0307879, -0.114849, -0.341244", \
            "0.0130743, 0.0117931, 0.0090283, -0.0007265, -0.0310607, -0.115094, -0.341522", \
            "0.0128048, 0.0115845, 0.0088004, -0.0009207, -0.0312632, -0.115309, -0.34173", \
            "0.012632, 0.0114315, 0.0085641, -0.0011385, -0.0314337, -0.115459, -0.341833", \
            "0.0122405, 0.0110107, 0.0083423, -0.0012687, -0.0314764, -0.115472, -0.341822", \
            "0.0177672, 0.0160255, 0.0116097, -2.92e-05, -0.0306855, -0.114548, -0.340949", \
            "0.0228022, 0.0209261, 0.0163172, 0.0044481, -0.0268182, -0.110916, -0.336911" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0097074, 0.0114664, 0.0160536, 0.0279007, 0.0590593, 0.142719, 0.366425", \
            "0.0096086, 0.0113587, 0.0159153, 0.0277489, 0.058934, 0.143078, 0.365744", \
            "0.009409, 0.011104, 0.0156157, 0.0274453, 0.0587232, 0.142645, 0.368566", \
            "0.009415, 0.0110674, 0.0154336, 0.0272019, 0.0586223, 0.142712, 0.366287", \
            "0.0100809, 0.011718, 0.0160239, 0.0275413, 0.0585208, 0.142054, 0.367025", \
            "0.0125038, 0.0140632, 0.0182425, 0.029756, 0.0604981, 0.143652, 0.367475", \
            "0.0197389, 0.0212673, 0.0253008, 0.0366237, 0.0670008, 0.149412, 0.372921" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
          values ( \
            "0.0117789, 0.0106507, 0.0078164, -0.0018777, -0.0321173, -0.116108, -0.342456", \
            "0.0114769, 0.0102999, 0.0074922, -0.0022176, -0.032437, -0.116423, -0.342769", \
            "0.0113166, 0.0102304, 0.007348, -0.0023645, -0.0325806, -0.116561, -0.342911", \
            "0.0114274, 0.01027, 0.0073647, -0.0020867, -0.0323781, -0.116318, -0.342664", \
            "0.0121236, 0.0106451, 0.0077202, -0.0017155, -0.0319012, -0.115827, -0.342196", \
            "0.0188639, 0.0170789, 0.0126262, 0.000925, -0.0300079, -0.113718, -0.340081", \
            "0.0263505, 0.0243656, 0.0199624, 0.0076607, -0.0236251, -0.107728, -0.333865" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002296;
      rise_capacitance : 0.002383;
      rise_capacitance_range (0.002383, 0.002383);
      fall_capacitance : 0.00221;
      fall_capacitance_range (0.00221, 0.00221);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0036162, -0.0036186, -0.003624, -0.0036165, -0.0035993, -0.0035595, -0.0034677" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.005123, 0.0051241, 0.0051265, 0.0051268, 0.0051273, 0.0051285, 0.0051312" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00232;
      rise_capacitance : 0.00242;
      rise_capacitance_range (0.00242, 0.00242);
      fall_capacitance : 0.00222;
      fall_capacitance_range (0.00222, 0.00222);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045284, -0.0045239, -0.0045134, -0.004515, -0.0045189, -0.0045277, -0.0045481" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052758, 0.0052794, 0.0052876, 0.0053074, 0.005353, 0.0054581, 0.0057004" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002397;
      rise_capacitance : 0.00255;
      rise_capacitance_range (0.00255, 0.00255);
      fall_capacitance : 0.002243;
      fall_capacitance_range (0.002243, 0.002243);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004895, -0.0048945, -0.0048935, -0.0048937, -0.0048944, -0.0048958, -0.0048991" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0049061, 0.0049063, 0.0049069, 0.0049079, 0.0049103, 0.0049158, 0.0049286" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00241;
      rise_capacitance : 0.002554;
      rise_capacitance_range (0.002554, 0.002554);
      fall_capacitance : 0.002267;
      fall_capacitance_range (0.002267, 0.002267);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0039024, -0.0039603, -0.0040938, -0.0040993, -0.0041119, -0.0041411, -0.0042083" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042196, 0.0042186, 0.0042161, 0.0042131, 0.0042061, 0.0041902, 0.0041533" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002315;
      rise_capacitance : 0.002481;
      rise_capacitance_range (0.002481, 0.002481);
      fall_capacitance : 0.002149;
      fall_capacitance_range (0.002149, 0.002149);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018917, -0.0018927, -0.001895, -0.001894, -0.0018917, -0.0018864, -0.0018743" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031014, 0.0030994, 0.0030947, 0.0031025, 0.0031206, 0.0031622, 0.0032582" \
          );
        }
      }
    }
  }
  cell (scs8hd_a311o_2) {
    area : 11.2608;
    cell_footprint : "a311o";
    cell_leakage_power : 0.00601911;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0005337;
      when : "A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062577;
      when : "A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0007877;
      when : "A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062578;
      when : "A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0005332;
      when : "A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.006265;
      when : "!A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0124678;
      when : "!A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062578;
      when : "!A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0005337;
      when : "!A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.006265;
      when : "!A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.012468;
      when : "!A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062578;
      when : "!A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0005337;
      when : "!A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.006265;
      when : "!A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0124683;
      when : "!A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062578;
      when : "!A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0005337;
      when : "!A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062643;
      when : "!A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.012503;
      when : "!A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062578;
      when : "!A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0005337;
      when : "!A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.006265;
      when : "A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0124747;
      when : "A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062578;
      when : "A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0005337;
      when : "A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062638;
      when : "A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0124991;
      when : "A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062578;
      when : "A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0005337;
      when : "A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062622;
      when : "A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0125033;
      when : "A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062578;
      when : "A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.00601911;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2&A3) | (B1) | (C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.39918;
      max_transition : 1.5047;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0693922, 0.0743359, 0.0864246, 0.11521, 0.191724, 0.420037, 1.11353", \
            "0.0721467, 0.0771669, 0.0892257, 0.117998, 0.19463, 0.423077, 1.11666", \
            "0.0794142, 0.0843523, 0.0963664, 0.125098, 0.201837, 0.430586, 1.12382", \
            "0.0956943, 0.100627, 0.112618, 0.141348, 0.217649, 0.446459, 1.138", \
            "0.112363, 0.117849, 0.130407, 0.159349, 0.23576, 0.463848, 1.15732", \
            "0.109783, 0.116166, 0.131011, 0.161948, 0.238618, 0.466203, 1.16218", \
            "0.0455895, 0.052956, 0.0710736, 0.108049, 0.186443, 0.413805, 1.10798" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0175582, 0.0218596, 0.0334484, 0.0666367, 0.171538, 0.498933, 1.5031", \
            "0.017598, 0.0218888, 0.0333844, 0.0667203, 0.171504, 0.499401, 1.50415", \
            "0.0173875, 0.021701, 0.0332663, 0.066576, 0.171251, 0.500113, 1.50266", \
            "0.0177376, 0.0219318, 0.0335084, 0.0664902, 0.170976, 0.499217, 1.49859", \
            "0.0208401, 0.0250136, 0.0358336, 0.0681572, 0.171452, 0.499364, 1.50414", \
            "0.0267592, 0.0316836, 0.0425954, 0.0721177, 0.172694, 0.498575, 1.50248", \
            "0.035124, 0.0411258, 0.0546043, 0.0846855, 0.17639, 0.501369, 1.49873" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.170043, 0.174895, 0.186527, 0.211911, 0.2634, 0.377769, 0.679391", \
            "0.173996, 0.178804, 0.190488, 0.215652, 0.267467, 0.38176, 0.683687", \
            "0.184818, 0.189605, 0.201292, 0.226581, 0.278055, 0.392396, 0.694257", \
            "0.210201, 0.214995, 0.226636, 0.251908, 0.30361, 0.417787, 0.719313", \
            "0.264189, 0.269082, 0.280661, 0.305891, 0.357768, 0.471791, 0.773475", \
            "0.363807, 0.369023, 0.381525, 0.408347, 0.463239, 0.580176, 0.882929", \
            "0.549355, 0.555222, 0.569324, 0.599675, 0.660951, 0.786336, 1.09038" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0255064, 0.0286882, 0.036865, 0.0559629, 0.100262, 0.218979, 0.599028", \
            "0.0255605, 0.0285953, 0.0367572, 0.0560823, 0.0999456, 0.218923, 0.598189", \
            "0.0255222, 0.0285743, 0.037026, 0.0561363, 0.100446, 0.218863, 0.598557", \
            "0.025543, 0.0286186, 0.0370246, 0.0562379, 0.100005, 0.219247, 0.599422", \
            "0.025953, 0.0291613, 0.0372956, 0.0565219, 0.10054, 0.219515, 0.594326", \
            "0.0306409, 0.0338088, 0.0421052, 0.0619502, 0.105587, 0.223418, 0.59778", \
            "0.0409852, 0.0441847, 0.0530267, 0.0737089, 0.121249, 0.236464, 0.602495" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0741166, 0.0790988, 0.0911504, 0.119906, 0.196243, 0.423697, 1.12002", \
            "0.0771372, 0.082058, 0.0941126, 0.122826, 0.19935, 0.42781, 1.1195", \
            "0.0842665, 0.0892152, 0.101244, 0.129892, 0.206482, 0.434954, 1.12676", \
            "0.0992292, 0.104184, 0.116296, 0.14494, 0.221149, 0.448796, 1.14225", \
            "0.11645, 0.121951, 0.134644, 0.163909, 0.240508, 0.468388, 1.16165", \
            "0.115987, 0.122498, 0.137576, 0.168586, 0.245552, 0.474326, 1.16932", \
            "0.0545972, 0.0620391, 0.0802161, 0.117635, 0.196733, 0.424418, 1.11728" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0174362, 0.0217607, 0.0333701, 0.0667349, 0.171406, 0.499167, 1.50292", \
            "0.017422, 0.0217887, 0.0334011, 0.0666038, 0.171095, 0.499433, 1.49864", \
            "0.0173697, 0.0216673, 0.0332568, 0.066587, 0.170949, 0.49949, 1.49866", \
            "0.0176676, 0.0219465, 0.0333911, 0.0665218, 0.170891, 0.497982, 1.50348", \
            "0.020648, 0.0248011, 0.035898, 0.0679057, 0.171565, 0.498936, 1.50407", \
            "0.025944, 0.030854, 0.0423276, 0.0722427, 0.17277, 0.497623, 1.50298", \
            "0.0338366, 0.0395879, 0.0534482, 0.0842133, 0.176561, 0.501797, 1.49574" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.197867, 0.203196, 0.215952, 0.243456, 0.297961, 0.414955, 0.718246", \
            "0.201818, 0.207155, 0.219961, 0.247402, 0.302239, 0.419088, 0.72234", \
            "0.212808, 0.21811, 0.230919, 0.258168, 0.312954, 0.43, 0.733256", \
            "0.237922, 0.243297, 0.256058, 0.28348, 0.338156, 0.455197, 0.758545", \
            "0.290807, 0.296105, 0.309001, 0.336427, 0.391152, 0.508157, 0.811588", \
            "0.393504, 0.398998, 0.412573, 0.44146, 0.498282, 0.617436, 0.921355", \
            "0.585768, 0.591903, 0.606737, 0.638998, 0.702381, 0.828785, 1.13546" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0294537, 0.0329714, 0.0417152, 0.0617782, 0.104822, 0.223456, 0.60278", \
            "0.0293517, 0.0327533, 0.0415907, 0.0610772, 0.10486, 0.223728, 0.601598", \
            "0.0293662, 0.0326653, 0.0414875, 0.0613473, 0.105809, 0.223376, 0.597342", \
            "0.0293738, 0.0326697, 0.04156, 0.061041, 0.104906, 0.223781, 0.600868", \
            "0.0293811, 0.032711, 0.0415223, 0.0616785, 0.105604, 0.222995, 0.6013", \
            "0.0337538, 0.0372658, 0.0462208, 0.0669012, 0.109857, 0.226874, 0.597929", \
            "0.0428517, 0.0464251, 0.0557311, 0.0771546, 0.12394, 0.239342, 0.603802" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0776502, 0.0826149, 0.0946687, 0.123436, 0.199723, 0.427382, 1.12023", \
            "0.0802818, 0.0852235, 0.0972838, 0.126036, 0.202328, 0.429978, 1.12283", \
            "0.0858983, 0.0908559, 0.102871, 0.131579, 0.2078, 0.435394, 1.12821", \
            "0.0974517, 0.102409, 0.114446, 0.14315, 0.219568, 0.446965, 1.14123", \
            "0.111159, 0.116689, 0.129444, 0.158728, 0.235309, 0.462991, 1.15834", \
            "0.107196, 0.113661, 0.128681, 0.160037, 0.237127, 0.465029, 1.15672", \
            "0.040855, 0.0483608, 0.0667032, 0.104208, 0.183523, 0.410903, 1.1045" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0175361, 0.0218265, 0.0334206, 0.0666735, 0.171409, 0.499779, 1.5042", \
            "0.0175197, 0.0218088, 0.0334004, 0.0666745, 0.171413, 0.499742, 1.50424", \
            "0.0174186, 0.0217882, 0.0333436, 0.0665352, 0.171508, 0.499118, 1.50352", \
            "0.0176007, 0.0218742, 0.0335128, 0.0664837, 0.171372, 0.499905, 1.50436", \
            "0.020196, 0.0246998, 0.0356697, 0.0680228, 0.171331, 0.499465, 1.50315", \
            "0.0255376, 0.0304717, 0.0422195, 0.0726357, 0.172902, 0.499055, 1.49883", \
            "0.0333054, 0.0392294, 0.0535424, 0.0843475, 0.177214, 0.500419, 1.4976" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.209771, 0.215345, 0.22859, 0.257109, 0.31192, 0.428492, 0.731423", \
            "0.213973, 0.219593, 0.232959, 0.261233, 0.316231, 0.432859, 0.735956", \
            "0.225237, 0.230795, 0.244317, 0.272596, 0.327814, 0.444084, 0.747012", \
            "0.250457, 0.256031, 0.269443, 0.297863, 0.352958, 0.469291, 0.771969", \
            "0.303264, 0.308845, 0.322206, 0.350538, 0.405699, 0.522441, 0.825328", \
            "0.406622, 0.412496, 0.426539, 0.456317, 0.513233, 0.631792, 0.935047", \
            "0.602476, 0.609003, 0.6243, 0.657195, 0.720473, 0.845881, 1.1515" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0309695, 0.0345801, 0.0435285, 0.063216, 0.106366, 0.224115, 0.601604", \
            "0.0311187, 0.0346454, 0.0440303, 0.0634295, 0.106896, 0.223844, 0.602134", \
            "0.0310754, 0.0345626, 0.0440052, 0.0633939, 0.10599, 0.223913, 0.602644", \
            "0.0310792, 0.0346493, 0.0436931, 0.0636172, 0.106256, 0.224057, 0.602022", \
            "0.0311085, 0.0345959, 0.0437736, 0.0634003, 0.107087, 0.223142, 0.596324", \
            "0.0349949, 0.0385553, 0.0480246, 0.0683824, 0.11095, 0.22626, 0.598921", \
            "0.0439132, 0.0476074, 0.0575738, 0.0792364, 0.123922, 0.237846, 0.604015" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0445376, 0.0482379, 0.0578072, 0.0838247, 0.159583, 0.387181, 1.08092", \
            "0.0480369, 0.0516768, 0.0612598, 0.0871881, 0.162881, 0.390885, 1.08157", \
            "0.0563474, 0.0599821, 0.0694487, 0.0952391, 0.170863, 0.398889, 1.09006", \
            "0.0677787, 0.0717584, 0.0815994, 0.107195, 0.182826, 0.410534, 1.10322", \
            "0.0726405, 0.0775027, 0.0885792, 0.11487, 0.19034, 0.419073, 1.1111", \
            "0.0520176, 0.0580413, 0.0720785, 0.100895, 0.175568, 0.403289, 1.09476", \
            "-0.0387918, -0.0315773, -0.0140496, 0.0216923, 0.09817, 0.325974, 1.01754" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0117675, 0.0153441, 0.0260973, 0.0604851, 0.168044, 0.496954, 1.49956", \
            "0.0117052, 0.0153606, 0.0261489, 0.0604839, 0.168129, 0.49729, 1.49499", \
            "0.0118518, 0.0153722, 0.0261667, 0.0603498, 0.167707, 0.496597, 1.49818", \
            "0.0141578, 0.0174394, 0.0275574, 0.0609171, 0.168294, 0.495064, 1.49787", \
            "0.0180658, 0.0217689, 0.0312964, 0.0622805, 0.167811, 0.496905, 1.49859", \
            "0.0238981, 0.0286, 0.0389336, 0.0671523, 0.168782, 0.495282, 1.49232", \
            "0.0329101, 0.0381811, 0.0514446, 0.0806197, 0.172464, 0.498986, 1.49561" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.118433, 0.122852, 0.133474, 0.15619, 0.202925, 0.310594, 0.609292", \
            "0.122689, 0.12707, 0.137707, 0.160337, 0.207118, 0.314767, 0.613717", \
            "0.133874, 0.138241, 0.148852, 0.171669, 0.218243, 0.325891, 0.624832", \
            "0.159715, 0.164117, 0.174721, 0.197465, 0.244366, 0.351872, 0.650689", \
            "0.216736, 0.221424, 0.232178, 0.255646, 0.302953, 0.410585, 0.70925", \
            "0.322153, 0.327302, 0.339441, 0.365362, 0.417017, 0.52822, 0.827853", \
            "0.524672, 0.530409, 0.544635, 0.574639, 0.634325, 0.752983, 1.05386" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0209471, 0.0238473, 0.0314092, 0.0488961, 0.0898629, 0.209262, 0.591315", \
            "0.0208238, 0.0238187, 0.0314073, 0.0488024, 0.0905594, 0.209232, 0.59785", \
            "0.0208437, 0.0238129, 0.0314527, 0.0485444, 0.0905961, 0.209358, 0.598124", \
            "0.0209124, 0.0239925, 0.0316693, 0.048793, 0.0900923, 0.209264, 0.597862", \
            "0.0230072, 0.0260026, 0.0333629, 0.05034, 0.0918373, 0.209925, 0.592765", \
            "0.0299353, 0.0329579, 0.0408881, 0.0596889, 0.100218, 0.215065, 0.59842", \
            "0.0411774, 0.0444244, 0.0530665, 0.0730242, 0.117186, 0.226126, 0.594568" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.041593, 0.0453089, 0.0549924, 0.0809804, 0.156551, 0.384456, 1.0763", \
            "0.045301, 0.0490211, 0.0586424, 0.0846142, 0.16061, 0.388273, 1.08237", \
            "0.0536276, 0.0573044, 0.0668392, 0.0927065, 0.168405, 0.396966, 1.08752", \
            "0.0638753, 0.0679479, 0.0779649, 0.103779, 0.179507, 0.409687, 1.10626", \
            "0.0678105, 0.0729035, 0.0844091, 0.11086, 0.185966, 0.414445, 1.10672", \
            "0.0488045, 0.0551045, 0.0696072, 0.0988879, 0.174077, 0.401677, 1.09475", \
            "-0.0345436, -0.0271673, -0.0087777, 0.0288234, 0.107249, 0.333909, 1.02638" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0117318, 0.0153361, 0.0261715, 0.0603465, 0.167757, 0.496753, 1.50454", \
            "0.0116804, 0.0153414, 0.026189, 0.0604102, 0.168413, 0.497114, 1.49771", \
            "0.0119968, 0.0155894, 0.0263287, 0.060446, 0.168798, 0.500076, 1.49153", \
            "0.0144956, 0.0180152, 0.0280067, 0.0610881, 0.168399, 0.499762, 1.5047", \
            "0.0190164, 0.0226886, 0.0320992, 0.0628257, 0.167815, 0.497077, 1.49699", \
            "0.0250668, 0.0298118, 0.0410996, 0.0684588, 0.169321, 0.495886, 1.49497", \
            "0.0351605, 0.0409228, 0.0549403, 0.0840445, 0.174835, 0.498023, 1.49215" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.10134, 0.105794, 0.116414, 0.139256, 0.185874, 0.293542, 0.592475", \
            "0.10417, 0.108621, 0.119192, 0.142072, 0.188716, 0.296411, 0.595309", \
            "0.114075, 0.118477, 0.129058, 0.15184, 0.198724, 0.306392, 0.605243", \
            "0.140391, 0.14479, 0.155483, 0.178256, 0.225068, 0.332776, 0.631225", \
            "0.200023, 0.204684, 0.215739, 0.239031, 0.28615, 0.394282, 0.693138", \
            "0.301569, 0.306917, 0.319817, 0.346993, 0.398849, 0.509687, 0.809387", \
            "0.486329, 0.492404, 0.507152, 0.538866, 0.599852, 0.716972, 1.01751" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0208369, 0.0239857, 0.0316199, 0.0487139, 0.0904286, 0.208921, 0.594158", \
            "0.0209157, 0.0239877, 0.031542, 0.0486948, 0.0905418, 0.209353, 0.59812", \
            "0.0209043, 0.0239663, 0.0316072, 0.0486433, 0.0896607, 0.209127, 0.594729", \
            "0.020792, 0.0237658, 0.031294, 0.0489873, 0.0904031, 0.209306, 0.593427", \
            "0.0243442, 0.0272646, 0.0348443, 0.0516076, 0.0916505, 0.209884, 0.592962", \
            "0.0336352, 0.0367543, 0.0451736, 0.0631678, 0.101883, 0.215119, 0.591795", \
            "0.0461058, 0.0495592, 0.0583468, 0.0786377, 0.119861, 0.22525, 0.596022" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.021495, 0.0234986, 0.0296138, 0.0478212, 0.101994, 0.267034, 0.770578", \
            "0.0213216, 0.0233318, 0.0294568, 0.0476549, 0.10187, 0.268362, 0.770675", \
            "0.0211489, 0.0231496, 0.0292881, 0.0475053, 0.101773, 0.268112, 0.770318", \
            "0.0212801, 0.0232698, 0.0292648, 0.0474652, 0.101767, 0.267901, 0.770594", \
            "0.0224869, 0.0243539, 0.0300078, 0.0475501, 0.101533, 0.266728, 0.770267", \
            "0.0248036, 0.0265654, 0.032187, 0.049742, 0.102955, 0.267576, 0.774165", \
            "0.0299053, 0.031684, 0.0367302, 0.0542802, 0.10792, 0.272293, 0.77284" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0197162, 0.0173549, 0.0117115, -0.0035842, -0.0549508, -0.220759, -0.730279", \
            "0.0192899, 0.0169689, 0.0112858, -0.0038206, -0.0551608, -0.22101, -0.730523", \
            "0.0189863, 0.0166737, 0.0110725, -0.0042502, -0.0555768, -0.221374, -0.730843", \
            "0.0186659, 0.0163146, 0.0108766, -0.0045713, -0.0559121, -0.221674, -0.731308", \
            "0.0186715, 0.0163564, 0.0106612, -0.005003, -0.0561948, -0.221966, -0.731402", \
            "0.0230151, 0.0204874, 0.0136794, -0.004717, -0.0561667, -0.221781, -0.731297", \
            "0.0313121, 0.0285951, 0.0212333, 0.0018356, -0.053433, -0.220834, -0.729638" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0220842, 0.0241089, 0.030257, 0.0483864, 0.10244, 0.267177, 0.77382", \
            "0.0219417, 0.0239567, 0.0301353, 0.0482127, 0.102291, 0.268227, 0.770102", \
            "0.0217492, 0.0237406, 0.0299445, 0.0480631, 0.102173, 0.268133, 0.770007", \
            "0.02179, 0.0237676, 0.0298505, 0.04801, 0.102222, 0.26721, 0.770261", \
            "0.0228164, 0.0246668, 0.0304271, 0.0481474, 0.102091, 0.267161, 0.770459", \
            "0.0248338, 0.0266014, 0.0323005, 0.0495687, 0.103031, 0.267325, 0.774173", \
            "0.0292548, 0.0308026, 0.0362823, 0.0535082, 0.107471, 0.272803, 0.776069" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0227454, 0.0204429, 0.0145739, -0.0009297, -0.0520682, -0.217578, -0.727081", \
            "0.0227575, 0.0202732, 0.0144107, -0.0012264, -0.0523061, -0.217818, -0.727298", \
            "0.0221317, 0.0198164, 0.0139172, -0.0013923, -0.0525839, -0.218142, -0.727671", \
            "0.0220841, 0.0196611, 0.0137732, -0.0018683, -0.0529649, -0.218449, -0.727873", \
            "0.0218109, 0.019435, 0.0133358, -0.0020179, -0.0532313, -0.218711, -0.728119", \
            "0.0247081, 0.0221257, 0.0151609, -0.0021317, -0.0532008, -0.21871, -0.728167", \
            "0.0345042, 0.0318386, 0.0243987, 0.0048447, -0.0506304, -0.217951, -0.726651" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.02237, 0.0243847, 0.0304865, 0.0486803, 0.102494, 0.26677, 0.770307", \
            "0.022234, 0.0242356, 0.0303492, 0.048543, 0.102373, 0.266667, 0.770189", \
            "0.0219811, 0.0240104, 0.0301541, 0.0483002, 0.10223, 0.266562, 0.769798", \
            "0.0219867, 0.0239577, 0.0300248, 0.0481491, 0.102265, 0.266981, 0.773609", \
            "0.0229248, 0.0248256, 0.030537, 0.0481481, 0.102248, 0.267063, 0.77331", \
            "0.0243606, 0.0261881, 0.0319056, 0.0492723, 0.102887, 0.26714, 0.771017", \
            "0.0291873, 0.0308064, 0.0361899, 0.0538691, 0.106853, 0.271238, 0.77033" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0263688, 0.0238771, 0.0179612, 0.0024202, -0.0490161, -0.215294, -0.725255", \
            "0.0260637, 0.0236922, 0.0181429, 0.0023717, -0.0492264, -0.215517, -0.72542", \
            "0.0258449, 0.0234425, 0.0176545, 0.0019962, -0.0495873, -0.215747, -0.725639", \
            "0.0256732, 0.0232799, 0.0173184, 0.0017947, -0.049811, -0.21596, -0.725903", \
            "0.0254413, 0.0230406, 0.0171678, 0.0014887, -0.050013, -0.216117, -0.725981", \
            "0.0274058, 0.0248405, 0.0177889, 0.0015885, -0.049688, -0.215763, -0.725679", \
            "0.0395775, 0.0368551, 0.0295951, 0.0097826, -0.0462712, -0.214284, -0.724087" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0192123, 0.0212992, 0.0275926, 0.0461619, 0.101268, 0.267112, 0.774468", \
            "0.0192006, 0.0212364, 0.0275101, 0.0460326, 0.101156, 0.268299, 0.771154", \
            "0.0192224, 0.0212794, 0.027514, 0.0459441, 0.101032, 0.266899, 0.770506", \
            "0.0192398, 0.0212582, 0.0273131, 0.0455781, 0.100651, 0.266774, 0.770695", \
            "0.0200813, 0.0219779, 0.0278671, 0.0455678, 0.100222, 0.266356, 0.774208", \
            "0.0222331, 0.024062, 0.0298194, 0.0477456, 0.101457, 0.266971, 0.770974", \
            "0.0287025, 0.0301975, 0.0356234, 0.0531912, 0.107069, 0.272975, 0.773563" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0172763, 0.0150781, 0.0098936, -0.0050839, -0.0569635, -0.223373, -0.733197", \
            "0.0169614, 0.0147955, 0.0095263, -0.0052743, -0.0571902, -0.223679, -0.733352", \
            "0.0167589, 0.0145615, 0.0092862, -0.0056428, -0.0574433, -0.223918, -0.733591", \
            "0.0166008, 0.0144333, 0.0092108, -0.0058504, -0.0577138, -0.224145, -0.733745", \
            "0.0169135, 0.0146645, 0.0091573, -0.00583, -0.0577078, -0.224137, -0.733821", \
            "0.0245958, 0.0220793, 0.0153962, -0.0032922, -0.057094, -0.223425, -0.733006", \
            "0.0318778, 0.029203, 0.0218826, 0.0024267, -0.0530091, -0.220287, -0.729472" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0153295, 0.0174207, 0.0237666, 0.0423667, 0.0974477, 0.264674, 0.771677", \
            "0.01533, 0.0174281, 0.0236645, 0.0422375, 0.097373, 0.262913, 0.769264", \
            "0.015265, 0.0172821, 0.0234776, 0.0419366, 0.0971175, 0.264603, 0.763498", \
            "0.0153075, 0.0173293, 0.0233516, 0.0415015, 0.096554, 0.262798, 0.768511", \
            "0.0161633, 0.0180763, 0.0240281, 0.0415915, 0.0961371, 0.26274, 0.763603", \
            "0.0188333, 0.0206367, 0.0263813, 0.0439365, 0.0979175, 0.263, 0.768023", \
            "0.0268057, 0.028256, 0.0337181, 0.0510977, 0.104557, 0.268946, 0.774072" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0158293, 0.013762, 0.0085493, -0.0064483, -0.0583025, -0.224665, -0.734284", \
            "0.0156162, 0.0134563, 0.0081251, -0.0067461, -0.0585759, -0.224973, -0.734597", \
            "0.0153602, 0.013201, 0.0080734, -0.007029, -0.0588302, -0.225185, -0.734745", \
            "0.015525, 0.0133376, 0.0080332, -0.0070973, -0.0587274, -0.225053, -0.734658", \
            "0.016613, 0.0143533, 0.0086894, -0.0064452, -0.0583156, -0.22466, -0.734266", \
            "0.0260075, 0.0234302, 0.0168838, -0.0020448, -0.0566137, -0.222686, -0.732307", \
            "0.0368488, 0.0340079, 0.0263375, 0.0065242, -0.048481, -0.216328, -0.7258" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002299;
      rise_capacitance : 0.002388;
      rise_capacitance_range (0.002388, 0.002388);
      fall_capacitance : 0.002209;
      fall_capacitance_range (0.002209, 0.002209);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038097, -0.0038125, -0.0038192, -0.0038126, -0.0037974, -0.0037624, -0.0036819" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.005088, 0.0050889, 0.0050909, 0.0050928, 0.0050971, 0.0051071, 0.00513" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002318;
      rise_capacitance : 0.002428;
      rise_capacitance_range (0.002428, 0.002428);
      fall_capacitance : 0.002208;
      fall_capacitance_range (0.002208, 0.002208);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044642, -0.0044572, -0.0044409, -0.0044423, -0.0044454, -0.0044525, -0.0044689" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052902, 0.0052987, 0.0053182, 0.0053367, 0.0053793, 0.0054776, 0.0057041" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002359;
      rise_capacitance : 0.002505;
      rise_capacitance_range (0.002505, 0.002505);
      fall_capacitance : 0.002213;
      fall_capacitance_range (0.002213, 0.002213);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047866, -0.0047858, -0.0047837, -0.0047835, -0.004783, -0.0047817, -0.0047788" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048109, 0.0048025, 0.0047832, 0.0047834, 0.0047839, 0.0047852, 0.0047881" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002324;
      rise_capacitance : 0.002461;
      rise_capacitance_range (0.002461, 0.002461);
      fall_capacitance : 0.002186;
      fall_capacitance_range (0.002186, 0.002186);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038615, -0.0039152, -0.0040392, -0.0040425, -0.00405, -0.0040674, -0.0041075" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0041592, 0.0041589, 0.0041583, 0.0041583, 0.0041586, 0.0041591, 0.0041602" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002287;
      rise_capacitance : 0.002461;
      rise_capacitance_range (0.002461, 0.002461);
      fall_capacitance : 0.002112;
      fall_capacitance_range (0.002112, 0.002112);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018688, -0.0018702, -0.0018733, -0.0018717, -0.0018683, -0.0018602, -0.0018417" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030783, 0.003074, 0.0030643, 0.0030723, 0.0030907, 0.0031332, 0.003231" \
          );
        }
      }
    }
  }
  cell (scs8hd_a311o_4) {
    area : 20.0192;
    cell_footprint : "a311o";
    cell_leakage_power : 0.0149842;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0125753;
      when : "!A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0249441;
      when : "!A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0125636;
      when : "!A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0010959;
      when : "!A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0125757;
      when : "!A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0249441;
      when : "!A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0125636;
      when : "!A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0010959;
      when : "!A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0125757;
      when : "!A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0249437;
      when : "!A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0125636;
      when : "!A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0010959;
      when : "!A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0125753;
      when : "!A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0249828;
      when : "!A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0125636;
      when : "!A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0010959;
      when : "!A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0125743;
      when : "A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0789955;
      when : "A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0125636;
      when : "A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0010959;
      when : "A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.012575;
      when : "A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0254822;
      when : "A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0125636;
      when : "A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0010959;
      when : "A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0125741;
      when : "A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0255507;
      when : "A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0125636;
      when : "A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0010959;
      when : "A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0125637;
      when : "A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0019368;
      when : "A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0125642;
      when : "A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0389457;
      when : "A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0149842;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2&A3) | (B1) | (C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.584116;
      max_transition : 1.49907;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0828724, 0.0868934, 0.0977987, 0.125, 0.1962, 0.41193, 1.10872", \
            "0.0856447, 0.0897064, 0.100653, 0.127796, 0.199056, 0.414377, 1.11098", \
            "0.0928844, 0.0968635, 0.107773, 0.134894, 0.206189, 0.42163, 1.11664", \
            "0.110518, 0.114493, 0.1253, 0.152383, 0.223238, 0.439154, 1.13295", \
            "0.132819, 0.136889, 0.147741, 0.174658, 0.246023, 0.460946, 1.15617", \
            "0.143156, 0.147695, 0.159809, 0.187721, 0.258621, 0.474012, 1.17102", \
            "0.105939, 0.110908, 0.124883, 0.157979, 0.230167, 0.444361, 1.13927" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0217772, 0.0253683, 0.0356799, 0.0649966, 0.158322, 0.471777, 1.49759", \
            "0.0218396, 0.0253873, 0.0356256, 0.0648506, 0.158372, 0.471819, 1.495", \
            "0.0216061, 0.0252533, 0.0354617, 0.06468, 0.158181, 0.470756, 1.49821", \
            "0.0214099, 0.0250385, 0.0351778, 0.064666, 0.157864, 0.470582, 1.49833", \
            "0.0228624, 0.0263066, 0.0363477, 0.0653464, 0.158748, 0.470147, 1.49632", \
            "0.0281456, 0.0314553, 0.0412761, 0.0686375, 0.159493, 0.471996, 1.49907", \
            "0.0362389, 0.0401422, 0.051735, 0.079456, 0.163681, 0.47204, 1.4941" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.178846, 0.18204, 0.190777, 0.211611, 0.25689, 0.358265, 0.62571", \
            "0.183232, 0.186437, 0.19512, 0.216006, 0.261163, 0.362546, 0.630089", \
            "0.193101, 0.196327, 0.204977, 0.225636, 0.271062, 0.372457, 0.639864", \
            "0.214751, 0.217961, 0.226604, 0.247316, 0.292578, 0.393989, 0.661287", \
            "0.259622, 0.262798, 0.271474, 0.292218, 0.337621, 0.438931, 0.706276", \
            "0.339591, 0.343042, 0.352121, 0.373869, 0.421383, 0.525787, 0.794816", \
            "0.493866, 0.497623, 0.507526, 0.531421, 0.583525, 0.694457, 0.966955" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0266417, 0.028776, 0.0347956, 0.0496695, 0.0872659, 0.189282, 0.518372", \
            "0.0266682, 0.0286712, 0.0346902, 0.0498788, 0.0873488, 0.189181, 0.518483", \
            "0.0266906, 0.0287036, 0.0344927, 0.0500323, 0.0879927, 0.189321, 0.518369", \
            "0.0266868, 0.0287349, 0.0347619, 0.0496913, 0.0870946, 0.189198, 0.518423", \
            "0.0271139, 0.0291455, 0.0352496, 0.0500716, 0.0881437, 0.188957, 0.517936", \
            "0.0310021, 0.0332678, 0.0389349, 0.0546098, 0.0926976, 0.192734, 0.520553", \
            "0.0395696, 0.041645, 0.0478998, 0.0637342, 0.103232, 0.204881, 0.524776" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0900025, 0.0940523, 0.104925, 0.132126, 0.203061, 0.418187, 1.11412", \
            "0.0930205, 0.0970871, 0.10805, 0.135248, 0.206019, 0.421676, 1.1149", \
            "0.100229, 0.104309, 0.115121, 0.142285, 0.213328, 0.428398, 1.12416", \
            "0.116363, 0.120326, 0.13104, 0.158087, 0.228786, 0.443985, 1.13664", \
            "0.138927, 0.143048, 0.154127, 0.181397, 0.252479, 0.468179, 1.16187", \
            "0.150233, 0.154849, 0.167213, 0.195928, 0.267247, 0.482757, 1.17823", \
            "0.109745, 0.114866, 0.129184, 0.162473, 0.2371, 0.45226, 1.1448" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0217742, 0.0253633, 0.0356202, 0.0650293, 0.15822, 0.471564, 1.49722", \
            "0.0217982, 0.0253188, 0.0355559, 0.0650094, 0.158255, 0.471052, 1.49847", \
            "0.0216633, 0.0252389, 0.0355073, 0.064706, 0.158298, 0.471766, 1.49603", \
            "0.0215349, 0.025189, 0.0354339, 0.0646824, 0.158, 0.47046, 1.49883", \
            "0.0231582, 0.0267888, 0.0367641, 0.0656283, 0.158548, 0.471301, 1.49321", \
            "0.0277694, 0.0315557, 0.0420831, 0.0693924, 0.159846, 0.471254, 1.49512", \
            "0.0356864, 0.0398049, 0.0517642, 0.0808674, 0.16438, 0.472616, 1.49769" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.211911, 0.215482, 0.225151, 0.248027, 0.296358, 0.400218, 0.669277", \
            "0.215727, 0.219295, 0.22897, 0.251907, 0.30046, 0.404112, 0.673403", \
            "0.226017, 0.229575, 0.239239, 0.262076, 0.310454, 0.414458, 0.683261", \
            "0.249652, 0.25321, 0.262873, 0.28571, 0.334101, 0.438073, 0.707242", \
            "0.299687, 0.303248, 0.312955, 0.335757, 0.384293, 0.488314, 0.757479", \
            "0.396536, 0.3997, 0.409897, 0.433728, 0.483985, 0.590181, 0.859879", \
            "0.577014, 0.581087, 0.592107, 0.618129, 0.673164, 0.785572, 1.06055" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.03067, 0.032897, 0.0392915, 0.0555699, 0.0926226, 0.193864, 0.52047", \
            "0.0307131, 0.0330134, 0.0392449, 0.0555279, 0.0937582, 0.194077, 0.52025", \
            "0.030795, 0.0330021, 0.0393231, 0.0558614, 0.0927344, 0.193937, 0.521968", \
            "0.0305724, 0.0328954, 0.0392996, 0.0553836, 0.0926965, 0.193538, 0.519513", \
            "0.0307672, 0.0330939, 0.039611, 0.0555834, 0.0923813, 0.193968, 0.520299", \
            "0.0344635, 0.0367219, 0.0435378, 0.0600443, 0.0977071, 0.196189, 0.522379", \
            "0.0428505, 0.0452398, 0.0521161, 0.0690656, 0.109974, 0.208978, 0.525253" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0930956, 0.0971481, 0.108114, 0.135326, 0.205961, 0.420918, 1.11356", \
            "0.0952711, 0.0993276, 0.110292, 0.137403, 0.208294, 0.422569, 1.11805", \
            "0.0994254, 0.103473, 0.114406, 0.141515, 0.212386, 0.426744, 1.11993", \
            "0.108286, 0.1123, 0.123071, 0.150113, 0.220943, 0.435502, 1.12813", \
            "0.119811, 0.123968, 0.135086, 0.162444, 0.23351, 0.448954, 1.14194", \
            "0.118227, 0.122766, 0.134912, 0.163597, 0.235325, 0.450453, 1.14319", \
            "0.0574644, 0.062559, 0.0766999, 0.109796, 0.184749, 0.39987, 1.09518" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0218606, 0.0254334, 0.0356179, 0.0650296, 0.15827, 0.470517, 1.49861", \
            "0.0217468, 0.0253824, 0.0356816, 0.0648714, 0.158421, 0.471911, 1.49669", \
            "0.0217568, 0.0253274, 0.0355735, 0.0647756, 0.158254, 0.470232, 1.49881", \
            "0.0217566, 0.0252451, 0.0356266, 0.065099, 0.158216, 0.470429, 1.49887", \
            "0.0227456, 0.0264972, 0.0365898, 0.0657869, 0.158572, 0.470593, 1.49822", \
            "0.0268091, 0.0305059, 0.0409277, 0.0687927, 0.159632, 0.470549, 1.49892", \
            "0.0340436, 0.0382205, 0.0503301, 0.0792551, 0.164163, 0.472342, 1.49556" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.22853, 0.232385, 0.242676, 0.266883, 0.317235, 0.421992, 0.692086", \
            "0.232983, 0.236786, 0.247184, 0.271387, 0.321663, 0.426604, 0.69687", \
            "0.244632, 0.248447, 0.258793, 0.28299, 0.333433, 0.438285, 0.708538", \
            "0.26939, 0.27321, 0.283567, 0.307741, 0.358075, 0.463107, 0.733388", \
            "0.32063, 0.32442, 0.334774, 0.358931, 0.409378, 0.514574, 0.784914", \
            "0.42115, 0.425147, 0.435911, 0.460979, 0.51295, 0.619755, 0.890819", \
            "0.609972, 0.614317, 0.62598, 0.653252, 0.710465, 0.824055, 1.09914" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0335686, 0.0360385, 0.043225, 0.0598315, 0.0966108, 0.196708, 0.52416", \
            "0.033746, 0.0361273, 0.0430927, 0.0596979, 0.097657, 0.196304, 0.523059", \
            "0.0336728, 0.0361284, 0.0428653, 0.060026, 0.0972556, 0.196049, 0.522122", \
            "0.0336668, 0.0360069, 0.0429037, 0.0597045, 0.0971015, 0.196304, 0.522591", \
            "0.0335708, 0.0361009, 0.0431762, 0.059767, 0.096744, 0.197059, 0.522408", \
            "0.0371262, 0.0396391, 0.0462733, 0.0638057, 0.100846, 0.199198, 0.523173", \
            "0.045527, 0.0478213, 0.0549789, 0.0729264, 0.113219, 0.209944, 0.526296" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0442313, 0.0468441, 0.0543164, 0.0755136, 0.141006, 0.352517, 1.04064", \
            "0.0476756, 0.0502899, 0.0577699, 0.0789871, 0.144595, 0.356517, 1.04516", \
            "0.0557622, 0.0583448, 0.0657963, 0.0869977, 0.152607, 0.364378, 1.05305", \
            "0.0661963, 0.0689787, 0.076683, 0.0980396, 0.163844, 0.375787, 1.06392", \
            "0.0695023, 0.0728265, 0.0814126, 0.103382, 0.169162, 0.380512, 1.0698", \
            "0.0469961, 0.0511489, 0.0619199, 0.0859481, 0.1515, 0.363717, 1.0503", \
            "-0.047359, -0.0425091, -0.0291737, 0.0013562, 0.0691662, 0.280667, 0.966643" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.012874, 0.0156053, 0.0245114, 0.0535264, 0.150008, 0.464493, 1.48399", \
            "0.0128644, 0.015609, 0.0244984, 0.0535202, 0.150048, 0.464061, 1.47912", \
            "0.0129737, 0.0157394, 0.0245418, 0.0533865, 0.150064, 0.464461, 1.48082", \
            "0.0148302, 0.0174289, 0.0257283, 0.0540656, 0.149844, 0.464422, 1.48301", \
            "0.0185884, 0.0212259, 0.0289925, 0.0554874, 0.150328, 0.463086, 1.48188", \
            "0.0241334, 0.0273944, 0.0359448, 0.0602617, 0.151039, 0.464526, 1.48372", \
            "0.0324577, 0.0364201, 0.0471997, 0.0728251, 0.15589, 0.464976, 1.48295" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.131435, 0.134402, 0.142467, 0.161483, 0.202738, 0.297554, 0.560394", \
            "0.135116, 0.138062, 0.146117, 0.165193, 0.206353, 0.301232, 0.563916", \
            "0.145617, 0.148556, 0.15657, 0.175632, 0.216889, 0.311691, 0.574276", \
            "0.170016, 0.172984, 0.180936, 0.199983, 0.241393, 0.336046, 0.598869", \
            "0.222335, 0.225395, 0.233576, 0.253246, 0.295082, 0.390143, 0.652652", \
            "0.320577, 0.323952, 0.332992, 0.354364, 0.399635, 0.499133, 0.763336", \
            "0.517331, 0.521062, 0.531285, 0.555515, 0.607459, 0.714181, 0.98135" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0221662, 0.0242312, 0.0296185, 0.0439659, 0.079228, 0.179166, 0.515744", \
            "0.022237, 0.0240597, 0.0296172, 0.0436969, 0.0792685, 0.17926, 0.513849", \
            "0.0222255, 0.0240864, 0.0296074, 0.0438221, 0.0787553, 0.17911, 0.514714", \
            "0.0222357, 0.0242157, 0.0298567, 0.0438343, 0.0786765, 0.179035, 0.514688", \
            "0.024399, 0.0263056, 0.0319208, 0.045679, 0.0805728, 0.180407, 0.513973", \
            "0.0310195, 0.0328836, 0.0389052, 0.0535626, 0.089151, 0.185434, 0.516393", \
            "0.0415571, 0.0435903, 0.0498936, 0.0657836, 0.10269, 0.197702, 0.518238" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0402644, 0.0429223, 0.0506212, 0.0726088, 0.139535, 0.353023, 1.04367", \
            "0.0439603, 0.0466078, 0.0542526, 0.0761732, 0.143081, 0.35628, 1.04734", \
            "0.0518188, 0.0544561, 0.0620828, 0.0838018, 0.150701, 0.365084, 1.06076", \
            "0.0604227, 0.0632784, 0.0710196, 0.0928392, 0.159729, 0.374065, 1.07122", \
            "0.0608052, 0.0642532, 0.0731038, 0.0954331, 0.161747, 0.375417, 1.06383", \
            "0.0357601, 0.0400166, 0.0510526, 0.0764158, 0.14265, 0.355568, 1.04639", \
            "-0.0610909, -0.056128, -0.0422797, -0.0103554, 0.0598859, 0.271554, 0.96199" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.012512, 0.0151953, 0.0239985, 0.0531617, 0.149715, 0.464153, 1.48751", \
            "0.012438, 0.0152379, 0.0240517, 0.0531933, 0.149886, 0.465031, 1.48485", \
            "0.0129019, 0.0156008, 0.0243334, 0.0531549, 0.149941, 0.464702, 1.48339", \
            "0.0148932, 0.0174449, 0.0257867, 0.0539426, 0.14992, 0.465225, 1.48798", \
            "0.0190205, 0.0217228, 0.0295956, 0.0555763, 0.150138, 0.462925, 1.48202", \
            "0.0250685, 0.0285581, 0.0373539, 0.0614649, 0.151172, 0.464928, 1.48234", \
            "0.0345822, 0.0385373, 0.0495429, 0.076517, 0.15755, 0.465949, 1.48298" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.10532, 0.108294, 0.116347, 0.135486, 0.176884, 0.271524, 0.534418", \
            "0.108027, 0.110992, 0.119005, 0.138053, 0.179354, 0.27427, 0.5373", \
            "0.118079, 0.121014, 0.129031, 0.148163, 0.189412, 0.284289, 0.547217", \
            "0.144796, 0.147733, 0.155706, 0.174793, 0.215992, 0.310929, 0.573537", \
            "0.20662, 0.209665, 0.217869, 0.237133, 0.278605, 0.373765, 0.636382", \
            "0.314144, 0.317726, 0.327174, 0.349489, 0.395513, 0.49313, 0.758189", \
            "0.510711, 0.51501, 0.525797, 0.551357, 0.605298, 0.709212, 0.975691" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0221966, 0.0241797, 0.0299241, 0.0437735, 0.0788902, 0.179037, 0.514942", \
            "0.0220858, 0.0241822, 0.0296757, 0.0439928, 0.0791706, 0.178884, 0.513734", \
            "0.0222407, 0.024079, 0.0296603, 0.0438849, 0.0792441, 0.178975, 0.513929", \
            "0.0221257, 0.0240689, 0.029673, 0.0436518, 0.0790663, 0.179152, 0.513949", \
            "0.0252835, 0.0272141, 0.0325017, 0.0458427, 0.0803074, 0.179749, 0.5141", \
            "0.0347904, 0.0367746, 0.042422, 0.0572083, 0.0905896, 0.18479, 0.516809", \
            "0.0472398, 0.0490669, 0.0554084, 0.0726002, 0.107089, 0.196308, 0.518035" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0394353, 0.0415149, 0.0485728, 0.0714581, 0.143672, 0.377598, 1.13723", \
            "0.0390591, 0.0412428, 0.0482763, 0.0711227, 0.143416, 0.377377, 1.13597", \
            "0.0387172, 0.0408485, 0.0478784, 0.0707946, 0.143201, 0.377023, 1.13594", \
            "0.0387581, 0.0409051, 0.047927, 0.0705452, 0.143063, 0.376869, 1.13615", \
            "0.0397647, 0.0418428, 0.0486275, 0.0714007, 0.143315, 0.376958, 1.13538", \
            "0.0451132, 0.0469806, 0.0534658, 0.0755206, 0.145551, 0.3783, 1.1372", \
            "0.0566125, 0.0581788, 0.0642227, 0.0860583, 0.156863, 0.386103, 1.14232" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0385569, 0.0358149, 0.0281207, 0.0083504, -0.0573687, -0.289937, -1.05759", \
            "0.0383229, 0.0356476, 0.0278371, 0.0080928, -0.0577019, -0.29011, -1.05781", \
            "0.0375745, 0.0348961, 0.0271678, 0.0076792, -0.0582466, -0.290738, -1.05827", \
            "0.0370606, 0.0344279, 0.0266597, 0.0068927, -0.0589273, -0.291406, -1.05899", \
            "0.0370161, 0.0343785, 0.0265443, 0.0065863, -0.0594376, -0.291874, -1.05943", \
            "0.044425, 0.0416229, 0.0331061, 0.0093071, -0.0596481, -0.291576, -1.05915", \
            "0.0588993, 0.055927, 0.0468789, 0.0217665, -0.0521746, -0.288744, -1.05541" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0416657, 0.0438192, 0.0507608, 0.073663, 0.145668, 0.378712, 1.1377", \
            "0.0413348, 0.0434938, 0.0505549, 0.0734138, 0.145431, 0.378469, 1.13734", \
            "0.0409705, 0.043127, 0.0501473, 0.0730861, 0.145136, 0.378313, 1.13729", \
            "0.0410356, 0.0431531, 0.050127, 0.0728118, 0.145106, 0.378337, 1.13651", \
            "0.0416479, 0.0436859, 0.0506297, 0.073578, 0.145041, 0.378924, 1.13662", \
            "0.0456582, 0.0475763, 0.0541166, 0.0758786, 0.146358, 0.378978, 1.13721", \
            "0.0526254, 0.0542603, 0.0604545, 0.0816929, 0.152944, 0.384323, 1.13915" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0461593, 0.0433705, 0.0353231, 0.0152189, -0.0504495, -0.28271, -1.05048", \
            "0.0459363, 0.0432878, 0.0351457, 0.0148518, -0.0509721, -0.283323, -1.05084", \
            "0.0450648, 0.0422627, 0.0342274, 0.0143082, -0.0515858, -0.283791, -1.05149", \
            "0.0445, 0.0417003, 0.0335659, 0.0134134, -0.0522444, -0.28457, -1.05201", \
            "0.0439298, 0.0411142, 0.0331615, 0.012968, -0.0530676, -0.285199, -1.05272", \
            "0.0458118, 0.0431063, 0.0344994, 0.0122944, -0.0529617, -0.285023, -1.05273", \
            "0.0647589, 0.0617434, 0.0526583, 0.0271288, -0.0473989, -0.283926, -1.05097" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0418301, 0.0439313, 0.0510184, 0.0738792, 0.145738, 0.378054, 1.13632", \
            "0.041525, 0.0437178, 0.0507509, 0.0736209, 0.145496, 0.37792, 1.13624", \
            "0.0411926, 0.0433404, 0.0503796, 0.0732792, 0.145197, 0.377582, 1.13536", \
            "0.0410786, 0.0432506, 0.0500998, 0.0728876, 0.144935, 0.377646, 1.13544", \
            "0.0416745, 0.0436153, 0.0505541, 0.0730801, 0.144932, 0.378156, 1.13639", \
            "0.0451124, 0.047034, 0.0536316, 0.0754948, 0.145649, 0.378638, 1.13753", \
            "0.0517306, 0.0535375, 0.0596866, 0.080993, 0.152254, 0.383776, 1.13808" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0529449, 0.050072, 0.0421218, 0.0216784, -0.0448533, -0.277926, -1.0463", \
            "0.052682, 0.0500918, 0.0419586, 0.0212756, -0.0451089, -0.278239, -1.04645", \
            "0.0525996, 0.0496933, 0.0416123, 0.0212533, -0.0453767, -0.278518, -1.04697", \
            "0.0520817, 0.0492108, 0.0412037, 0.020675, -0.0457235, -0.278907, -1.04715", \
            "0.051568, 0.0488447, 0.040704, 0.020262, -0.0462641, -0.279236, -1.04749", \
            "0.0522804, 0.0494556, 0.041072, 0.0206256, -0.0457255, -0.278654, -1.04698", \
            "0.0739251, 0.0709024, 0.0617882, 0.0360539, -0.0377733, -0.276216, -1.04462" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0361128, 0.0383846, 0.0456029, 0.0682178, 0.140326, 0.373696, 1.13292", \
            "0.0360207, 0.0382886, 0.0455272, 0.0681524, 0.140254, 0.373677, 1.13234", \
            "0.0362475, 0.038478, 0.0456399, 0.0682577, 0.140548, 0.374016, 1.13278", \
            "0.0361602, 0.0383556, 0.0454141, 0.0678833, 0.140222, 0.373946, 1.13295", \
            "0.0377549, 0.0398536, 0.0467349, 0.0683975, 0.140709, 0.374204, 1.13276", \
            "0.0425065, 0.0445163, 0.0511592, 0.0727549, 0.143747, 0.377848, 1.13564", \
            "0.055509, 0.0572786, 0.0634412, 0.0847007, 0.155833, 0.387233, 1.14272" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0333739, 0.0308839, 0.0234851, 0.0045257, -0.062025, -0.296059, -1.06429", \
            "0.0329293, 0.030439, 0.0230176, 0.003758, -0.0625192, -0.29656, -1.06459", \
            "0.0325337, 0.0299876, 0.0225699, 0.0034878, -0.0631109, -0.296927, -1.06502", \
            "0.0321814, 0.0297388, 0.0223583, 0.0029924, -0.0635377, -0.297343, -1.06536", \
            "0.0326623, 0.0300684, 0.0224478, 0.0028579, -0.0635854, -0.29749, -1.06549", \
            "0.0434999, 0.0407158, 0.0323828, 0.0084743, -0.0623924, -0.29562, -1.06378", \
            "0.0605227, 0.0574654, 0.0482893, 0.0228249, -0.0515669, -0.288463, -1.05573" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0274632, 0.0298286, 0.0374017, 0.0611576, 0.134846, 0.369704, 1.13067", \
            "0.0275051, 0.0298453, 0.0373543, 0.0610108, 0.134755, 0.370061, 1.13002", \
            "0.0274413, 0.0297223, 0.0370561, 0.060411, 0.134234, 0.369717, 1.12658", \
            "0.0275982, 0.02983, 0.0369196, 0.0597942, 0.133356, 0.367949, 1.1264", \
            "0.0294959, 0.0316105, 0.0385893, 0.0604558, 0.133781, 0.368821, 1.12643", \
            "0.0338821, 0.0358995, 0.0423972, 0.0646464, 0.136321, 0.371955, 1.1314", \
            "0.0480505, 0.0496602, 0.0557615, 0.0769082, 0.148191, 0.380373, 1.13783" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162265, 0.00526599, 0.0170897, 0.0554612, 0.179988, 0.584116");
          values ( \
            "0.0322501, 0.0295756, 0.0224586, 0.0032366, -0.0631904, -0.296801, -1.06479", \
            "0.0316886, 0.0291844, 0.0218749, 0.0026697, -0.0635549, -0.297283, -1.06542", \
            "0.0314735, 0.028979, 0.0215865, 0.0024454, -0.063845, -0.297648, -1.06565", \
            "0.0315765, 0.0290999, 0.0217573, 0.0023614, -0.0639714, -0.297644, -1.06549", \
            "0.0342227, 0.031718, 0.0239914, 0.0040001, -0.0627668, -0.2965, -1.06442", \
            "0.0491019, 0.0461945, 0.0374826, 0.0129892, -0.0590059, -0.292075, -1.06001", \
            "0.068088, 0.0657529, 0.0563279, 0.0302675, -0.0449039, -0.28227, -1.05002" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004273;
      rise_capacitance : 0.004412;
      rise_capacitance_range (0.004412, 0.004412);
      fall_capacitance : 0.004134;
      fall_capacitance_range (0.004134, 0.004134);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0069566, -0.0069636, -0.0069796, -0.0069651, -0.0069318, -0.0068549, -0.0066777" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102897, 0.0102885, 0.0102858, 0.0102798, 0.0102659, 0.010234, 0.0101603" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00433;
      rise_capacitance : 0.004501;
      rise_capacitance_range (0.004501, 0.004501);
      fall_capacitance : 0.004158;
      fall_capacitance_range (0.004158, 0.004158);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087769, -0.0087732, -0.0087646, -0.0087634, -0.0087604, -0.0087535, -0.0087378" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0103671, 0.0103725, 0.0103851, 0.0104218, 0.0105066, 0.0107022, 0.011153" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004401;
      rise_capacitance : 0.004679;
      rise_capacitance_range (0.004679, 0.004679);
      fall_capacitance : 0.004124;
      fall_capacitance_range (0.004124, 0.004124);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0089547, -0.0089537, -0.0089514, -0.0089517, -0.0089524, -0.0089538, -0.0089571" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089766, 0.0089692, 0.008952, 0.008953, 0.0089558, 0.0089621, 0.0089767" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00439;
      rise_capacitance : 0.004714;
      rise_capacitance_range (0.004714, 0.004714);
      fall_capacitance : 0.004065;
      fall_capacitance_range (0.004065, 0.004065);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0078076, -0.0079628, -0.0083206, -0.0083289, -0.0083482, -0.0083926, -0.0084948" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0091162, 0.0091105, 0.0090974, 0.0090941, 0.0090867, 0.0090697, 0.0090304" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004355;
      rise_capacitance : 0.004718;
      rise_capacitance_range (0.004718, 0.004718);
      fall_capacitance : 0.003991;
      fall_capacitance_range (0.003991, 0.003991);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038176, -0.0038202, -0.0038263, -0.0038233, -0.0038165, -0.0038008, -0.0037644" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045863, 0.0045774, 0.004557, 0.0045749, 0.0046165, 0.0047123, 0.004933" \
          );
        }
      }
    }
  }
  cell (scs8hd_a311oi_1) {
    area : 8.7584;
    cell_footprint : "a311oi";
    cell_leakage_power : 0.00326385;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062043;
      when : "A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0007678;
      when : "A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0061987;
      when : "A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.000485;
      when : "A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062072;
      when : "!A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 6.50674e-05;
      when : "!A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0061987;
      when : "!A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0004859;
      when : "!A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062072;
      when : "!A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 6.52581e-05;
      when : "!A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0061987;
      when : "!A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0004859;
      when : "!A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062072;
      when : "!A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 6.54438e-05;
      when : "!A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0061987;
      when : "!A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0004859;
      when : "!A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062072;
      when : "!A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 9.62713e-05;
      when : "!A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0061987;
      when : "!A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0004859;
      when : "!A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062072;
      when : "A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 7.18085e-05;
      when : "A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0061987;
      when : "A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0004859;
      when : "A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062072;
      when : "A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 9.12097e-05;
      when : "A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0061987;
      when : "A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0004859;
      when : "A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062072;
      when : "A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 8.98945e-05;
      when : "A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0061987;
      when : "A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0004859;
      when : "A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.00326385;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1&!C1) | (!A2&!B1&!C1) | (!A3&!B1&!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.063181;
      max_transition : 1.49763;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.0921324, 0.102285, 0.124465, 0.172469, 0.27764, 0.510744, 1.03204", \
            "0.0956402, 0.105601, 0.127857, 0.176331, 0.28187, 0.51596, 1.03713", \
            "0.10698, 0.11656, 0.138316, 0.18628, 0.292414, 0.527034, 1.05008", \
            "0.132291, 0.142129, 0.163455, 0.211069, 0.317167, 0.554176, 1.07798", \
            "0.178566, 0.18974, 0.213991, 0.263241, 0.368746, 0.602537, 1.12535", \
            "0.255165, 0.270266, 0.302322, 0.363478, 0.48182, 0.718965, 1.24048", \
            "0.408527, 0.429104, 0.470762, 0.551574, 0.702075, 0.978944, 1.51246" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.0648608, 0.0775669, 0.106306, 0.16967, 0.312508, 0.632033, 1.34071", \
            "0.0647477, 0.0776133, 0.106192, 0.169668, 0.312433, 0.629535, 1.34418", \
            "0.0653388, 0.0776529, 0.10598, 0.170036, 0.312706, 0.629976, 1.33993", \
            "0.0660388, 0.0788392, 0.106421, 0.170049, 0.312374, 0.631367, 1.34587", \
            "0.0803312, 0.0915174, 0.116578, 0.175176, 0.312879, 0.630653, 1.34297", \
            "0.113611, 0.125739, 0.153361, 0.211711, 0.337147, 0.637181, 1.34635", \
            "0.190213, 0.202698, 0.229824, 0.291882, 0.428887, 0.708254, 1.36667" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.0231348, 0.0262589, 0.0328266, 0.0464194, 0.0748223, 0.135279, 0.267472", \
            "0.0264234, 0.0293946, 0.0357523, 0.0492261, 0.0775024, 0.137874, 0.270183", \
            "0.0343182, 0.037481, 0.0437211, 0.0565112, 0.0843233, 0.144558, 0.276724", \
            "0.0420822, 0.0464678, 0.0550164, 0.0717439, 0.101622, 0.161078, 0.293038", \
            "0.0422236, 0.0480303, 0.0606824, 0.0842277, 0.126651, 0.198399, 0.330537", \
            "0.0162316, 0.0241305, 0.0415973, 0.0754748, 0.137185, 0.242447, 0.415457", \
            "-0.0818672, -0.069912, -0.0470675, 0.0018456, 0.09048, 0.243315, 0.490435" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.0260696, 0.0296012, 0.0370836, 0.0531217, 0.0882453, 0.166457, 0.34019", \
            "0.0254247, 0.0287411, 0.0361845, 0.052734, 0.0879814, 0.166011, 0.340193", \
            "0.0300583, 0.032679, 0.0387455, 0.0534227, 0.0876971, 0.166149, 0.341011", \
            "0.0422927, 0.04623, 0.0527548, 0.0665004, 0.0949162, 0.167176, 0.340498", \
            "0.063817, 0.0686681, 0.0784283, 0.0965383, 0.130478, 0.193318, 0.346225", \
            "0.102184, 0.110646, 0.123677, 0.148494, 0.194595, 0.275875, 0.416658", \
            "0.170212, 0.18075, 0.20138, 0.238269, 0.304252, 0.418968, 0.607496" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.119151, 0.12975, 0.152779, 0.203959, 0.317664, 0.570462, 1.136", \
            "0.122787, 0.133347, 0.156612, 0.208146, 0.32217, 0.57568, 1.14145", \
            "0.133717, 0.144154, 0.1673, 0.218807, 0.333017, 0.586859, 1.15391", \
            "0.158054, 0.16844, 0.191347, 0.242516, 0.356516, 0.610721, 1.17764", \
            "0.205402, 0.216697, 0.241012, 0.29237, 0.406305, 0.659717, 1.22641", \
            "0.286182, 0.300254, 0.330032, 0.390758, 0.513861, 0.769041, 1.33585", \
            "0.448457, 0.466912, 0.50443, 0.579937, 0.728804, 1.01637, 1.59118" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.090472, 0.104509, 0.135639, 0.205046, 0.359293, 0.70396, 1.47898", \
            "0.0905877, 0.104717, 0.135675, 0.204958, 0.35981, 0.704846, 1.47892", \
            "0.0905327, 0.104518, 0.135445, 0.204659, 0.359203, 0.70449, 1.47915", \
            "0.0912003, 0.104782, 0.135643, 0.204408, 0.359232, 0.705285, 1.47844", \
            "0.101196, 0.113602, 0.14237, 0.208244, 0.360101, 0.70547, 1.47857", \
            "0.131731, 0.14514, 0.175049, 0.238957, 0.378275, 0.710838, 1.47782", \
            "0.200846, 0.215215, 0.246025, 0.313404, 0.458198, 0.768177, 1.49763" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.0272978, 0.0303409, 0.0368495, 0.0504, 0.0787683, 0.139103, 0.271245", \
            "0.0306152, 0.0335931, 0.0399899, 0.0534608, 0.0817456, 0.1421, 0.274534", \
            "0.0381754, 0.041242, 0.0476608, 0.0608384, 0.0889902, 0.149385, 0.28162", \
            "0.0468485, 0.0509497, 0.0592658, 0.0756877, 0.105805, 0.166235, 0.298605", \
            "0.0493005, 0.0554455, 0.0672594, 0.0899045, 0.131232, 0.202802, 0.337733", \
            "0.0265339, 0.0349051, 0.0522805, 0.0855918, 0.145579, 0.247973, 0.417112", \
            "-0.064334, -0.0523539, -0.0275931, 0.0202056, 0.107483, 0.257313, 0.502506" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.0257324, 0.0292119, 0.0367906, 0.0528874, 0.0880963, 0.166035, 0.340012", \
            "0.0254562, 0.0287958, 0.0362876, 0.0526539, 0.0878368, 0.166008, 0.341056", \
            "0.0289613, 0.0316672, 0.038129, 0.0530599, 0.0877003, 0.166012, 0.340673", \
            "0.0406447, 0.0435371, 0.0504235, 0.063352, 0.0929572, 0.167019, 0.340838", \
            "0.061297, 0.065193, 0.0733192, 0.0899945, 0.121623, 0.185801, 0.345008", \
            "0.0971598, 0.103126, 0.114632, 0.138018, 0.178689, 0.255024, 0.397542", \
            "0.162945, 0.171222, 0.187524, 0.218527, 0.2773, 0.37976, 0.55583" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.127387, 0.136983, 0.158727, 0.206407, 0.312416, 0.548995, 1.07775", \
            "0.131821, 0.141625, 0.16341, 0.211454, 0.317493, 0.55404, 1.08317", \
            "0.142786, 0.152132, 0.174131, 0.222401, 0.328721, 0.566405, 1.09409", \
            "0.164838, 0.174505, 0.196425, 0.244395, 0.350879, 0.587956, 1.11697", \
            "0.20884, 0.218912, 0.24179, 0.289781, 0.396351, 0.633007, 1.16185", \
            "0.28243, 0.295456, 0.322071, 0.378124, 0.493011, 0.731713, 1.26099", \
            "0.435623, 0.450796, 0.483191, 0.55003, 0.686323, 0.953739, 1.49326" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.100526, 0.113615, 0.14276, 0.207727, 0.353237, 0.676394, 1.40232", \
            "0.10065, 0.113609, 0.142582, 0.207925, 0.352952, 0.677171, 1.40258", \
            "0.100571, 0.113886, 0.142921, 0.208554, 0.352965, 0.67701, 1.40004", \
            "0.100999, 0.113777, 0.142739, 0.208202, 0.353316, 0.677362, 1.40087", \
            "0.110078, 0.122016, 0.14931, 0.211773, 0.35387, 0.677216, 1.39872", \
            "0.13896, 0.151895, 0.179628, 0.240991, 0.373444, 0.682571, 1.4027", \
            "0.201396, 0.215094, 0.244681, 0.308983, 0.448665, 0.743876, 1.42637" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.0299514, 0.033, 0.0394605, 0.0530205, 0.0812896, 0.141697, 0.273845", \
            "0.0329487, 0.0359549, 0.0423667, 0.0558483, 0.0840805, 0.144497, 0.276742", \
            "0.0393375, 0.04237, 0.0487423, 0.0620175, 0.0902382, 0.150565, 0.28289", \
            "0.0479841, 0.0517418, 0.0593084, 0.0744045, 0.103707, 0.164283, 0.296727", \
            "0.0511761, 0.0563722, 0.0673066, 0.0879059, 0.125893, 0.193843, 0.327897", \
            "0.0318876, 0.0393204, 0.0546212, 0.0850664, 0.139722, 0.233381, 0.392469", \
            "-0.05114, -0.0400915, -0.0177537, 0.0261149, 0.107114, 0.243726, 0.468647" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.0254895, 0.0289528, 0.0365003, 0.0528467, 0.0880429, 0.166102, 0.34026", \
            "0.0251581, 0.0286672, 0.0363032, 0.0525965, 0.0878915, 0.165775, 0.340174", \
            "0.0273142, 0.030305, 0.0372366, 0.0526619, 0.0877454, 0.16593, 0.340373", \
            "0.0374123, 0.0401514, 0.0467269, 0.0598298, 0.0912159, 0.16654, 0.340197", \
            "0.0578796, 0.061472, 0.068606, 0.0832884, 0.113978, 0.179821, 0.343295", \
            "0.0944789, 0.0987678, 0.10841, 0.128096, 0.165575, 0.236957, 0.382956", \
            "0.160949, 0.167766, 0.181363, 0.207649, 0.259027, 0.351233, 0.517421" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.0574547, 0.0651986, 0.0822445, 0.119621, 0.202398, 0.386263, 0.789346", \
            "0.0617476, 0.0692502, 0.0862531, 0.123727, 0.205697, 0.388393, 0.794785", \
            "0.0731567, 0.0807889, 0.0974773, 0.134612, 0.217426, 0.398938, 0.806044", \
            "0.0980467, 0.106299, 0.123184, 0.160065, 0.242553, 0.425837, 0.834896", \
            "0.140118, 0.151727, 0.174224, 0.218307, 0.302096, 0.485697, 0.894824", \
            "0.220446, 0.236281, 0.26734, 0.326621, 0.434162, 0.626175, 1.03724", \
            "0.39606, 0.415421, 0.455465, 0.533134, 0.677725, 0.929128, 1.36005" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.0479984, 0.0579845, 0.0804766, 0.130563, 0.244314, 0.497466, 1.05328", \
            "0.0480034, 0.0579191, 0.0804668, 0.130999, 0.242501, 0.493397, 1.05777", \
            "0.048066, 0.0581245, 0.0804496, 0.130734, 0.244191, 0.494491, 1.05467", \
            "0.0540631, 0.0629076, 0.0831832, 0.131033, 0.243772, 0.496848, 1.056", \
            "0.0761304, 0.0855425, 0.104994, 0.146046, 0.248084, 0.49607, 1.06345", \
            "0.113751, 0.125047, 0.148561, 0.196226, 0.293742, 0.510741, 1.05785", \
            "0.174637, 0.187736, 0.216354, 0.277909, 0.402703, 0.624945, 1.1091" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.0147859, 0.0164138, 0.01993, 0.0273924, 0.0435722, 0.0791374, 0.15831", \
            "0.0184912, 0.0201195, 0.0235034, 0.0309033, 0.0470578, 0.0826408, 0.161795", \
            "0.0226928, 0.0251751, 0.0300291, 0.0390443, 0.0554282, 0.0907868, 0.169896", \
            "0.0233452, 0.0268983, 0.034025, 0.0477579, 0.0713023, 0.110384, 0.189339", \
            "0.0121234, 0.0179816, 0.0286205, 0.0486033, 0.0837864, 0.140698, 0.233759", \
            "-0.0298337, -0.0220501, -0.006744, 0.0229137, 0.074319, 0.160712, 0.299517", \
            "-0.15438, -0.142924, -0.120496, -0.0769179, -0.0006684, 0.127283, 0.332185" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.0109381, 0.0128374, 0.0170715, 0.0264411, 0.0472277, 0.0939207, 0.198622", \
            "0.0124387, 0.0139863, 0.0177021, 0.0264729, 0.0471842, 0.0939566, 0.198582", \
            "0.0188253, 0.0207311, 0.0244262, 0.0314332, 0.0490877, 0.0940276, 0.198051", \
            "0.0298778, 0.0326014, 0.0377026, 0.0476934, 0.0652489, 0.101468, 0.198854", \
            "0.0478621, 0.0519062, 0.0598032, 0.074323, 0.100379, 0.143317, 0.221604", \
            "0.0803565, 0.0864976, 0.0987502, 0.120394, 0.157456, 0.219636, 0.317949", \
            "0.142615, 0.151774, 0.169175, 0.201185, 0.255811, 0.345652, 0.491018" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.040555, 0.0484414, 0.0658176, 0.103484, 0.186343, 0.370354, 0.776652", \
            "0.0436313, 0.0512671, 0.0680713, 0.105715, 0.189545, 0.371176, 0.784825", \
            "0.0547493, 0.0618, 0.0781392, 0.114989, 0.198464, 0.38196, 0.79127", \
            "0.0799844, 0.0886295, 0.105385, 0.141083, 0.222331, 0.406551, 0.817773", \
            "0.122079, 0.134176, 0.158118, 0.202863, 0.284145, 0.465106, 0.874607", \
            "0.200787, 0.216189, 0.248458, 0.310368, 0.42028, 0.609197, 1.01043", \
            "0.362352, 0.381998, 0.422241, 0.501922, 0.651832, 0.913805, 1.34387" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.0472028, 0.0574938, 0.0802336, 0.130678, 0.242739, 0.494664, 1.05594", \
            "0.0471157, 0.0571162, 0.0799512, 0.130433, 0.243619, 0.494113, 1.0653", \
            "0.0474384, 0.0570253, 0.0794201, 0.130661, 0.244232, 0.494084, 1.0557", \
            "0.0594502, 0.0673016, 0.0859285, 0.131438, 0.242681, 0.496601, 1.05644", \
            "0.0786844, 0.0903228, 0.113204, 0.154709, 0.250724, 0.495867, 1.06119", \
            "0.110572, 0.125558, 0.155611, 0.214249, 0.31074, 0.519523, 1.05584", \
            "0.177095, 0.193652, 0.226417, 0.298764, 0.436291, 0.673702, 1.12932" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.0123868, 0.0139311, 0.0173007, 0.0246789, 0.0409217, 0.0770593, 0.157851", \
            "0.0154306, 0.0173532, 0.0209914, 0.0283758, 0.0446107, 0.0808532, 0.161899", \
            "0.0178038, 0.0207098, 0.0262382, 0.0361622, 0.053208, 0.0894911, 0.170136", \
            "0.0158621, 0.0201734, 0.0286687, 0.0437178, 0.0683315, 0.10896, 0.189372", \
            "0.0020434, 0.008323, 0.0206754, 0.0429124, 0.0811718, 0.140485, 0.23675", \
            "-0.0431442, -0.0337653, -0.0155335, 0.017892, 0.0730995, 0.1642, 0.305848", \
            "-0.167869, -0.153776, -0.126528, -0.0777922, 0.0050681, 0.139031, 0.348883" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
          values ( \
            "0.0078937, 0.0098248, 0.0141568, 0.023708, 0.0449178, 0.0922613, 0.200533", \
            "0.0103967, 0.0117536, 0.0152168, 0.0239999, 0.0451343, 0.0929186, 0.199091", \
            "0.0163231, 0.0184512, 0.022341, 0.0295984, 0.0473005, 0.092571, 0.199126", \
            "0.0265886, 0.0293091, 0.0350306, 0.0455774, 0.0645039, 0.101061, 0.200269", \
            "0.0445136, 0.0485048, 0.0571189, 0.0721582, 0.0982772, 0.143832, 0.221785", \
            "0.0787375, 0.0849021, 0.0968087, 0.118977, 0.155552, 0.219172, 0.318729", \
            "0.146252, 0.155313, 0.173424, 0.204536, 0.258564, 0.347233, 0.491302" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282045, 0.0631814");
          values ( \
            "0.0126428, 0.0139183, 0.016708, 0.0226902, 0.0359096, 0.0655179, 0.130991", \
            "0.0123335, 0.013571, 0.0163459, 0.0224187, 0.0357386, 0.0652085, 0.130867", \
            "0.0120621, 0.0132824, 0.0160122, 0.0220502, 0.035418, 0.0650342, 0.130852", \
            "0.0119114, 0.0131107, 0.0157734, 0.0217749, 0.0350208, 0.0646828, 0.13067", \
            "0.0117839, 0.0129822, 0.0155987, 0.0215076, 0.0347705, 0.0642496, 0.130239", \
            "0.0118864, 0.013046, 0.0157406, 0.0216533, 0.0346672, 0.0641933, 0.129874", \
            "0.0145204, 0.0154508, 0.0176517, 0.0229908, 0.0361019, 0.0651793, 0.130595" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282045, 0.0631814");
          values ( \
            "0.0069565, 0.0057775, 0.0031609, -0.0026888, -0.0158209, -0.0453288, -0.111674", \
            "0.0068288, 0.0056653, 0.0030097, -0.0028381, -0.0159417, -0.0454733, -0.111803", \
            "0.0066238, 0.0054722, 0.0028867, -0.0029827, -0.0161051, -0.0456142, -0.111956", \
            "0.0064715, 0.0053024, 0.0026997, -0.0031232, -0.0161892, -0.0457261, -0.11204", \
            "0.0066851, 0.0055001, 0.0028404, -0.0030727, -0.0162179, -0.0456313, -0.112051", \
            "0.008326, 0.0070661, 0.0042995, -0.0018048, -0.0153238, -0.0453207, -0.111851", \
            "0.0131243, 0.011781, 0.0089348, 0.0025297, -0.012095, -0.0428206, -0.109345" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282045, 0.0631814");
          values ( \
            "0.0158388, 0.0170359, 0.0197133, 0.0256226, 0.0387774, 0.0680547, 0.133721", \
            "0.0155379, 0.0167472, 0.0194421, 0.0254058, 0.0386128, 0.0679831, 0.133664", \
            "0.0152338, 0.0164233, 0.0191041, 0.0251039, 0.0383555, 0.0678076, 0.133511", \
            "0.0150719, 0.0162547, 0.0188947, 0.0248266, 0.0380523, 0.0675683, 0.133385", \
            "0.0149064, 0.0161011, 0.0187123, 0.024618, 0.0377779, 0.0672191, 0.133055", \
            "0.0148745, 0.0160582, 0.0187127, 0.0246041, 0.037725, 0.0670161, 0.13279", \
            "0.0169221, 0.0179525, 0.0203084, 0.0258435, 0.0388781, 0.0678893, 0.133041" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282045, 0.0631814");
          values ( \
            "0.007178, 0.0060082, 0.003381, -0.0024767, -0.0156109, -0.0451352, -0.111476", \
            "0.0070321, 0.0058605, 0.0032379, -0.0026165, -0.0157435, -0.0452754, -0.111612", \
            "0.0068954, 0.005726, 0.003096, -0.0027756, -0.0158938, -0.0454286, -0.11176", \
            "0.0067109, 0.0055555, 0.0029642, -0.0028832, -0.0159657, -0.0455113, -0.11187", \
            "0.0069404, 0.005783, 0.003082, -0.0029091, -0.0159993, -0.0455139, -0.111868", \
            "0.0081053, 0.0068757, 0.0041166, -0.0018933, -0.015322, -0.0452372, -0.111719", \
            "0.0120932, 0.0107634, 0.0078198, 0.0013788, -0.0125952, -0.0431496, -0.110621" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282045, 0.0631814");
          values ( \
            "0.0198282, 0.0210056, 0.0236451, 0.0295576, 0.0426892, 0.0720291, 0.137654", \
            "0.019654, 0.0208482, 0.0234998, 0.029433, 0.0425828, 0.0719598, 0.137632", \
            "0.019487, 0.0206784, 0.0233486, 0.0292631, 0.0424519, 0.0718713, 0.137595", \
            "0.0193707, 0.0205662, 0.0232159, 0.0291173, 0.0423259, 0.0717666, 0.137477", \
            "0.019275, 0.0204691, 0.0230842, 0.029001, 0.0421486, 0.0716026, 0.137288", \
            "0.0194133, 0.0206313, 0.0232848, 0.0292114, 0.042264, 0.071568, 0.137255", \
            "0.0224875, 0.0234995, 0.0258349, 0.0311678, 0.0443075, 0.0731037, 0.138232" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282045, 0.0631814");
          values ( \
            "0.0070098, 0.0058397, 0.0032052, -0.002658, -0.0157759, -0.0453117, -0.111649", \
            "0.0068593, 0.0056817, 0.0030597, -0.0028047, -0.015926, -0.0454526, -0.111795", \
            "0.0067015, 0.0055224, 0.0029094, -0.002953, -0.0160865, -0.0456071, -0.111956", \
            "0.0065257, 0.0053694, 0.0027772, -0.0030742, -0.0161724, -0.0456909, -0.112048", \
            "0.006771, 0.0055896, 0.0029579, -0.003081, -0.0161899, -0.0456878, -0.112058", \
            "0.0080305, 0.0067893, 0.0040665, -0.0020534, -0.0154425, -0.0453706, -0.111874", \
            "0.0125828, 0.0112812, 0.008358, 0.0018035, -0.0122765, -0.0428962, -0.110465" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282045, 0.0631814");
          values ( \
            "0.0102034, 0.011446, 0.0141985, 0.0202606, 0.0336051, 0.0633258, 0.128538", \
            "0.0099652, 0.011195, 0.0139168, 0.0199608, 0.0331962, 0.0626841, 0.128465", \
            "0.009824, 0.0110537, 0.0137215, 0.0197217, 0.0331195, 0.0625253, 0.128369", \
            "0.0097217, 0.0109063, 0.0135602, 0.0194995, 0.0328376, 0.062598, 0.12841", \
            "0.0097362, 0.0109228, 0.0135245, 0.0194407, 0.0326987, 0.0623945, 0.128699", \
            "0.0108912, 0.0119839, 0.0144347, 0.0201615, 0.0331534, 0.0624526, 0.128236", \
            "0.0154029, 0.016239, 0.0182904, 0.023427, 0.0362787, 0.0649824, 0.129186" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282045, 0.0631814");
          values ( \
            "0.0038569, 0.0027003, 9.74e-05, -0.0057574, -0.0189472, -0.0485697, -0.115025", \
            "0.0038085, 0.0026628, 8.49e-05, -0.0057495, -0.0189159, -0.0485269, -0.114973", \
            "0.0038357, 0.002705, 0.0001445, -0.005656, -0.0188021, -0.0483912, -0.114786", \
            "0.0039866, 0.0028417, 0.0002131, -0.0057379, -0.0188798, -0.0484372, -0.11484", \
            "0.0045403, 0.0031743, 0.0004828, -0.0054468, -0.0186664, -0.0482937, -0.114755", \
            "0.0063442, 0.005062, 0.0022283, -0.0039433, -0.0175798, -0.0476081, -0.114419", \
            "0.0120792, 0.0107329, 0.0075831, 0.0010799, -0.0127506, -0.0444784, -0.112072" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282045, 0.0631814");
          values ( \
            "0.0088678, 0.0101318, 0.0129348, 0.0190325, 0.0322609, 0.0618496, 0.12793", \
            "0.0085641, 0.0097967, 0.0125255, 0.0186047, 0.0320297, 0.061572, 0.128407", \
            "0.0085851, 0.0097482, 0.0123621, 0.0183088, 0.0318584, 0.0613502, 0.127519", \
            "0.0087327, 0.0098832, 0.0124879, 0.0183389, 0.0314729, 0.0613602, 0.126853", \
            "0.0096415, 0.0107082, 0.0132749, 0.0189355, 0.0318717, 0.0612257, 0.127541", \
            "0.0122261, 0.0132191, 0.015555, 0.02109, 0.03358, 0.0623183, 0.127324", \
            "0.0192469, 0.0199868, 0.0219172, 0.0279614, 0.0389084, 0.0678879, 0.130985" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282045, 0.0631814");
          values ( \
            "7.05e-05, -0.0010625, -0.0036286, -0.0094443, -0.0226254, -0.0522709, -0.118748", \
            "-7.27e-05, -0.001197, -0.0036886, -0.0094827, -0.0226041, -0.0522055, -0.118652", \
            "-0.000279, -0.0013791, -0.0038754, -0.0095936, -0.0226494, -0.0521911, -0.118611", \
            "-0.0001407, -0.0012364, -0.0038524, -0.0097213, -0.0226877, -0.0521959, -0.118592", \
            "0.0006451, -0.0005888, -0.0032541, -0.0093862, -0.022562, -0.0520889, -0.118608", \
            "0.0033363, 0.0019344, -0.0011196, -0.0075974, -0.0213682, -0.0514479, -0.118199", \
            "0.0107377, 0.0092149, 0.005825, -0.0009392, -0.0161349, -0.0479888, -0.115872" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002386;
      rise_capacitance : 0.00246;
      rise_capacitance_range (0.00246, 0.00246);
      fall_capacitance : 0.002311;
      fall_capacitance_range (0.002311, 0.002311);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0040305, -0.0040339, -0.0040418, -0.0040352, -0.00402, -0.0039849, -0.003904" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0051452, 0.0051443, 0.0051422, 0.0051447, 0.0051503, 0.0051633, 0.0051932" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002344;
      rise_capacitance : 0.002432;
      rise_capacitance_range (0.002432, 0.002432);
      fall_capacitance : 0.002257;
      fall_capacitance_range (0.002257, 0.002257);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043417, -0.0043367, -0.004325, -0.0043248, -0.0043243, -0.0043231, -0.0043203" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052756, 0.0053002, 0.0053567, 0.0053758, 0.0054199, 0.0055215, 0.0057556" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002304;
      rise_capacitance : 0.002409;
      rise_capacitance_range (0.002409, 0.002409);
      fall_capacitance : 0.002198;
      fall_capacitance_range (0.002198, 0.002198);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044752, -0.0044665, -0.0044462, -0.0044455, -0.0044438, -0.0044399, -0.0044309" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044397, 0.004444, 0.004454, 0.0044517, 0.0044462, 0.0044338, 0.004405" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002377;
      rise_capacitance : 0.002507;
      rise_capacitance_range (0.002507, 0.002507);
      fall_capacitance : 0.002247;
      fall_capacitance_range (0.002247, 0.002247);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0039565, -0.0040365, -0.0042211, -0.0042227, -0.0042263, -0.0042348, -0.0042543" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043592, 0.0043549, 0.0043451, 0.0043436, 0.0043403, 0.0043325, 0.0043147" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002324;
      rise_capacitance : 0.002494;
      rise_capacitance_range (0.002494, 0.002494);
      fall_capacitance : 0.002155;
      fall_capacitance_range (0.002155, 0.002155);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018714, -0.0018727, -0.0018756, -0.0018747, -0.0018726, -0.0018679, -0.0018571" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0029805, 0.0029775, 0.0029705, 0.0029772, 0.0029925, 0.0030278, 0.0031093" \
          );
        }
      }
    }
  }
  cell (scs8hd_a311oi_2) {
    area : 15.0144;
    cell_footprint : "a311oi";
    cell_leakage_power : 0.00819398;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0124053;
      when : "!A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0267763;
      when : "!A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0123977;
      when : "!A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0009142;
      when : "!A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0124051;
      when : "!A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0267763;
      when : "!A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0123977;
      when : "!A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0009142;
      when : "!A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0124051;
      when : "!A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0001458;
      when : "!A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0123943;
      when : "!A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0009142;
      when : "!A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0124051;
      when : "!A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0001953;
      when : "!A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0123943;
      when : "!A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0009142;
      when : "!A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0124051;
      when : "A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0004833;
      when : "A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0123943;
      when : "A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0009142;
      when : "A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0124051;
      when : "A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0001852;
      when : "A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0123943;
      when : "A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0009142;
      when : "A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0124051;
      when : "A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0001998;
      when : "A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0123943;
      when : "A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0009142;
      when : "A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.012394;
      when : "A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0017445;
      when : "A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.012394;
      when : "A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0009105;
      when : "A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.00819398;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1&!C1) | (!A2&!B1&!C1) | (!A3&!B1&!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.118113;
      max_transition : 1.48856;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0960482, 0.103001, 0.120021, 0.160472, 0.257845, 0.498046, 1.08896", \
            "0.0989747, 0.106027, 0.122939, 0.164005, 0.262243, 0.502505, 1.09122", \
            "0.109065, 0.115764, 0.132494, 0.173108, 0.271069, 0.513541, 1.09993", \
            "0.131921, 0.138659, 0.154722, 0.194541, 0.292161, 0.532244, 1.12283", \
            "0.1724, 0.179847, 0.198124, 0.240222, 0.337431, 0.576805, 1.17323", \
            "0.237934, 0.247727, 0.270897, 0.321381, 0.432093, 0.675578, 1.2666", \
            "0.367856, 0.381745, 0.413606, 0.477869, 0.615484, 0.89365, 1.49755" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0640334, 0.0726536, 0.094317, 0.147663, 0.280272, 0.610827, 1.4237", \
            "0.0641148, 0.072741, 0.0942156, 0.147578, 0.280518, 0.608363, 1.42374", \
            "0.0642213, 0.0728456, 0.0948182, 0.147595, 0.279523, 0.610773, 1.42105", \
            "0.0652073, 0.0737636, 0.0946456, 0.147777, 0.279754, 0.606923, 1.41748", \
            "0.0775236, 0.0856471, 0.105163, 0.15398, 0.280873, 0.607348, 1.42664", \
            "0.105857, 0.113753, 0.134476, 0.185054, 0.306647, 0.615049, 1.42273", \
            "0.182246, 0.189049, 0.208834, 0.256829, 0.3825, 0.680529, 1.44364" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0283035, 0.0308769, 0.03707, 0.0511175, 0.0831565, 0.157348, 0.33601", \
            "0.0315987, 0.0341113, 0.0401552, 0.0541551, 0.0860099, 0.16034, 0.338977", \
            "0.0408694, 0.0432259, 0.0486338, 0.0619484, 0.0935513, 0.167506, 0.346823", \
            "0.0532926, 0.0561944, 0.0637274, 0.0797374, 0.11173, 0.18563, 0.364108", \
            "0.0602837, 0.0642931, 0.0751716, 0.0979139, 0.143533, 0.228019, 0.405429", \
            "0.0471803, 0.0535019, 0.0681604, 0.0998058, 0.165148, 0.287919, 0.503619", \
            "-0.0243587, -0.0165338, 0.0034909, 0.0474843, 0.140924, 0.316475, 0.631305" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0372864, 0.0399337, 0.0467988, 0.0632185, 0.102928, 0.201836, 0.447839", \
            "0.0356867, 0.0384186, 0.045519, 0.0625527, 0.10274, 0.201616, 0.447818", \
            "0.0382346, 0.0406089, 0.0466913, 0.0620376, 0.102072, 0.201516, 0.447906", \
            "0.0498341, 0.0530423, 0.0595928, 0.0740998, 0.107544, 0.201247, 0.448014", \
            "0.0724172, 0.0764006, 0.0849499, 0.103228, 0.141913, 0.221848, 0.449707", \
            "0.112151, 0.118458, 0.130333, 0.155828, 0.208272, 0.304916, 0.505191", \
            "0.185364, 0.193106, 0.210563, 0.247486, 0.317406, 0.453735, 0.699746" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.121108, 0.127713, 0.144074, 0.183739, 0.282467, 0.525478, 1.12659", \
            "0.125096, 0.131781, 0.14833, 0.188771, 0.287431, 0.530815, 1.13244", \
            "0.135973, 0.142498, 0.159015, 0.19927, 0.298025, 0.540886, 1.14181", \
            "0.160293, 0.16689, 0.183211, 0.223355, 0.321995, 0.565421, 1.16677", \
            "0.207831, 0.214894, 0.232604, 0.273117, 0.371719, 0.614449, 1.22009", \
            "0.289598, 0.298478, 0.31921, 0.367419, 0.476038, 0.721334, 1.32327", \
            "0.443374, 0.455059, 0.48296, 0.544908, 0.677824, 0.958242, 1.57008" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0868411, 0.0954764, 0.117732, 0.172041, 0.306935, 0.643292, 1.4717", \
            "0.0866603, 0.0955434, 0.117763, 0.172785, 0.306985, 0.641548, 1.47178", \
            "0.0867673, 0.0959684, 0.117769, 0.171919, 0.306733, 0.640567, 1.46799", \
            "0.0873464, 0.0960887, 0.117792, 0.17257, 0.307218, 0.640893, 1.47019", \
            "0.0964776, 0.104176, 0.124397, 0.17632, 0.307548, 0.641022, 1.47018", \
            "0.123374, 0.131987, 0.153182, 0.20483, 0.328214, 0.645835, 1.46799", \
            "0.191832, 0.201005, 0.222707, 0.275578, 0.404597, 0.706268, 1.48856" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0332315, 0.0357417, 0.0418455, 0.0558175, 0.0877586, 0.162014, 0.340631", \
            "0.0361075, 0.0385734, 0.044585, 0.0584819, 0.0903496, 0.164634, 0.34333", \
            "0.0427231, 0.0452863, 0.051165, 0.0648197, 0.0965284, 0.170733, 0.349716", \
            "0.0525625, 0.0554751, 0.0623474, 0.077917, 0.110721, 0.185198, 0.364393", \
            "0.0582066, 0.0623077, 0.0720022, 0.0924957, 0.134164, 0.216611, 0.397607", \
            "0.0415408, 0.0473611, 0.0608774, 0.0903754, 0.150307, 0.261787, 0.468533", \
            "-0.0402092, -0.0320138, -0.0127556, 0.0292559, 0.115574, 0.277926, 0.565734" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.036407, 0.0391673, 0.0461189, 0.0626934, 0.102833, 0.20161, 0.447842", \
            "0.0359218, 0.0386574, 0.0455341, 0.062321, 0.102474, 0.201537, 0.44835", \
            "0.0375735, 0.040089, 0.0464042, 0.0623209, 0.102224, 0.201516, 0.448373", \
            "0.0468847, 0.049323, 0.0556212, 0.0695549, 0.105688, 0.201674, 0.447863", \
            "0.0671422, 0.0697071, 0.0765096, 0.0924185, 0.128074, 0.214228, 0.449434", \
            "0.103926, 0.107666, 0.117107, 0.138885, 0.181534, 0.271167, 0.483388", \
            "0.170003, 0.175927, 0.189391, 0.217354, 0.27733, 0.392607, 0.620141" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.140962, 0.147482, 0.163278, 0.20292, 0.299402, 0.537363, 1.12726", \
            "0.14468, 0.151317, 0.167837, 0.207339, 0.304133, 0.544152, 1.13786", \
            "0.155822, 0.162427, 0.178662, 0.218366, 0.315367, 0.55373, 1.14383", \
            "0.178458, 0.184793, 0.201419, 0.241005, 0.33845, 0.577325, 1.16769", \
            "0.224005, 0.231073, 0.24791, 0.287403, 0.384455, 0.623084, 1.21986", \
            "0.302671, 0.310363, 0.330198, 0.375646, 0.481222, 0.722475, 1.31274", \
            "0.456721, 0.466739, 0.490586, 0.546427, 0.670427, 0.94064, 1.54168" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.106288, 0.115096, 0.136842, 0.190234, 0.322617, 0.652158, 1.46484", \
            "0.106604, 0.11515, 0.136793, 0.190426, 0.322938, 0.653206, 1.46837", \
            "0.106346, 0.115125, 0.136712, 0.190257, 0.322598, 0.650931, 1.46648", \
            "0.106773, 0.115358, 0.136919, 0.190592, 0.32304, 0.65215, 1.46534", \
            "0.113843, 0.121937, 0.142445, 0.193887, 0.323655, 0.652291, 1.47057", \
            "0.139749, 0.148888, 0.169336, 0.22037, 0.34334, 0.657569, 1.46431", \
            "0.203154, 0.211633, 0.233217, 0.285899, 0.413586, 0.714029, 1.48431" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0368454, 0.0394337, 0.0454254, 0.059413, 0.0912735, 0.165552, 0.344562", \
            "0.0396103, 0.0421805, 0.048161, 0.0620938, 0.0939429, 0.168047, 0.347156", \
            "0.0450119, 0.0475022, 0.0533752, 0.0670986, 0.098883, 0.172976, 0.351884", \
            "0.0530314, 0.0556545, 0.0622468, 0.0767718, 0.109031, 0.183209, 0.362123", \
            "0.0568582, 0.0604354, 0.0692051, 0.0875212, 0.125857, 0.205153, 0.385236", \
            "0.0382642, 0.0433682, 0.0549468, 0.0811015, 0.13503, 0.236739, 0.435118", \
            "-0.0470231, -0.0397835, -0.0228138, 0.0155343, 0.0933878, 0.239791, 0.501285" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0361033, 0.0388315, 0.0457608, 0.0624421, 0.102477, 0.201335, 0.447888", \
            "0.0357244, 0.0384878, 0.0454546, 0.0622584, 0.102564, 0.201529, 0.448417", \
            "0.0365987, 0.0392378, 0.0458082, 0.0621264, 0.102319, 0.201508, 0.448217", \
            "0.0438452, 0.0462608, 0.0520662, 0.0669557, 0.104344, 0.201507, 0.447899", \
            "0.0626957, 0.0652758, 0.0712372, 0.0858286, 0.120779, 0.20987, 0.449305", \
            "0.0997478, 0.103178, 0.110772, 0.127609, 0.166851, 0.255355, 0.472899", \
            "0.16925, 0.173179, 0.18263, 0.207066, 0.257427, 0.360394, 0.583553" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0604614, 0.0656538, 0.0786876, 0.109763, 0.186533, 0.374909, 0.834356", \
            "0.0642008, 0.0693252, 0.0821629, 0.113504, 0.189086, 0.374849, 0.833363", \
            "0.0753393, 0.0803913, 0.0930747, 0.123711, 0.19919, 0.385631, 0.850018", \
            "0.0988305, 0.10446, 0.117404, 0.148025, 0.223282, 0.408851, 0.873194", \
            "0.136959, 0.14448, 0.161877, 0.199825, 0.278669, 0.464957, 0.923851", \
            "0.210712, 0.220446, 0.244371, 0.293858, 0.394897, 0.594613, 1.05721", \
            "0.379422, 0.392051, 0.42121, 0.484564, 0.615654, 0.872079, 1.36316" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.047022, 0.0535564, 0.0705256, 0.112361, 0.216337, 0.475824, 1.12168", \
            "0.0466885, 0.0535902, 0.0704137, 0.112391, 0.215884, 0.47377, 1.11305", \
            "0.0469131, 0.0536981, 0.07054, 0.112509, 0.215665, 0.47453, 1.12126", \
            "0.0526296, 0.0585402, 0.0738578, 0.113448, 0.216201, 0.474144, 1.12046", \
            "0.0726435, 0.0790903, 0.0946243, 0.130413, 0.222784, 0.47478, 1.11354", \
            "0.10964, 0.116979, 0.134884, 0.175842, 0.268654, 0.492162, 1.11434", \
            "0.171079, 0.179062, 0.198673, 0.247573, 0.358246, 0.59881, 1.1564" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0146911, 0.015851, 0.0186006, 0.0250661, 0.0401456, 0.0763772, 0.165322", \
            "0.0185799, 0.019729, 0.022319, 0.0286013, 0.0435856, 0.0797666, 0.168759", \
            "0.0230715, 0.024778, 0.0285362, 0.0364495, 0.051967, 0.0879293, 0.176845", \
            "0.0241687, 0.0265674, 0.0321855, 0.0440169, 0.0665335, 0.107463, 0.196007", \
            "0.0137285, 0.0173149, 0.0255195, 0.0428424, 0.0764628, 0.137371, 0.241189", \
            "-0.028103, -0.0230265, -0.0113397, 0.0140084, 0.0637957, 0.154017, 0.309023", \
            "-0.151283, -0.143744, -0.126339, -0.0897574, -0.01667, 0.116242, 0.344107" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0115285, 0.0128565, 0.0160384, 0.0238435, 0.042867, 0.090651, 0.207971", \
            "0.0129408, 0.0139972, 0.0166911, 0.0238284, 0.0427881, 0.0904355, 0.208049", \
            "0.0193922, 0.0205922, 0.023421, 0.0291713, 0.0451029, 0.0902938, 0.208041", \
            "0.0298707, 0.0317032, 0.0358193, 0.0443554, 0.0614984, 0.0983532, 0.209016", \
            "0.0481561, 0.0508263, 0.0568064, 0.0694809, 0.0941414, 0.139509, 0.229335", \
            "0.0809328, 0.0850368, 0.0941277, 0.113406, 0.148948, 0.212991, 0.325234", \
            "0.142707, 0.149106, 0.163927, 0.191341, 0.244059, 0.338145, 0.501193" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0385645, 0.0438551, 0.0570923, 0.0888251, 0.165698, 0.35223, 0.814292", \
            "0.0415819, 0.0466665, 0.0593475, 0.0906495, 0.167316, 0.353096, 0.814284", \
            "0.0528855, 0.0574766, 0.0693965, 0.10042, 0.176634, 0.362609, 0.821962", \
            "0.0786691, 0.0843666, 0.0976976, 0.126811, 0.201014, 0.387003, 0.846142", \
            "0.12144, 0.129649, 0.148772, 0.188014, 0.264756, 0.448667, 0.909999", \
            "0.203557, 0.213687, 0.238619, 0.292661, 0.399635, 0.59552, 1.04767", \
            "0.373096, 0.386424, 0.417424, 0.486238, 0.630011, 0.904119, 1.38739" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0456576, 0.0527099, 0.0700269, 0.112202, 0.216339, 0.473157, 1.1129", \
            "0.0450204, 0.0521077, 0.0697578, 0.112149, 0.216, 0.473425, 1.11596", \
            "0.0456662, 0.0521245, 0.0687377, 0.111731, 0.216615, 0.472049, 1.11282", \
            "0.0575587, 0.0631107, 0.0766373, 0.113977, 0.215708, 0.473795, 1.11222", \
            "0.075183, 0.0844257, 0.101857, 0.139287, 0.225353, 0.474444, 1.11999", \
            "0.106475, 0.116453, 0.1397, 0.190046, 0.288215, 0.501594, 1.11243", \
            "0.166739, 0.177654, 0.204333, 0.267311, 0.400253, 0.647382, 1.17808" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0119325, 0.012951, 0.0154136, 0.0213038, 0.0356544, 0.0709308, 0.158607", \
            "0.0147482, 0.0160704, 0.0189909, 0.0249432, 0.0393614, 0.0746509, 0.162293", \
            "0.0165603, 0.0185662, 0.0228597, 0.0316848, 0.047855, 0.0830017, 0.170641", \
            "0.0135673, 0.0164398, 0.0232123, 0.0365261, 0.0606352, 0.10287, 0.190407", \
            "-0.0024681, 0.0018252, 0.01172, 0.0308886, 0.0682886, 0.130658, 0.235404", \
            "-0.0527785, -0.0461855, -0.0320104, -0.0026797, 0.0522525, 0.146553, 0.303631", \
            "-0.188546, -0.178867, -0.156675, -0.112716, -0.0312829, 0.105926, 0.338651" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0072431, 0.0084609, 0.0115022, 0.0192473, 0.038198, 0.0853826, 0.203247", \
            "0.0099749, 0.0108115, 0.0130915, 0.0197394, 0.0382449, 0.0855745, 0.204973", \
            "0.0154477, 0.0168565, 0.0201792, 0.0265046, 0.0413663, 0.0857192, 0.201434", \
            "0.0248691, 0.027197, 0.0315814, 0.0407075, 0.0588205, 0.0947603, 0.203486", \
            "0.042057, 0.0449903, 0.0515409, 0.0655123, 0.0905781, 0.135886, 0.224403", \
            "0.0752176, 0.0795944, 0.0891241, 0.108409, 0.14552, 0.210273, 0.319839", \
            "0.141087, 0.148158, 0.161505, 0.190433, 0.243083, 0.333693, 0.496993" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0251709, 0.0267173, 0.0304814, 0.0395542, 0.0614663, 0.115392, 0.247284", \
            "0.0244594, 0.0260389, 0.0297928, 0.0390073, 0.0611533, 0.114583, 0.247955", \
            "0.023817, 0.025314, 0.0290334, 0.0381642, 0.0602882, 0.115013, 0.247229", \
            "0.0234379, 0.0248719, 0.0284907, 0.0374782, 0.0594265, 0.11355, 0.246886", \
            "0.0231564, 0.0246037, 0.0281263, 0.0368531, 0.0586912, 0.112574, 0.247507", \
            "0.0234405, 0.0248078, 0.0283925, 0.0371318, 0.058689, 0.11224, 0.244998", \
            "0.028901, 0.029963, 0.0327583, 0.0404486, 0.0618262, 0.11451, 0.24588" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0140505, 0.0126528, 0.0091576, 0.0004701, -0.0209929, -0.0746519, -0.208507", \
            "0.0137532, 0.0123316, 0.008832, 0.0002032, -0.0212767, -0.0749449, -0.208769", \
            "0.0133584, 0.0119703, 0.0085353, -0.0001157, -0.021577, -0.0751906, -0.209048", \
            "0.0130556, 0.0116851, 0.0083034, -0.0003721, -0.0218533, -0.0754376, -0.209252", \
            "0.0133821, 0.0119532, 0.0084181, -0.0003172, -0.0216549, -0.0754139, -0.209334", \
            "0.0163978, 0.0149486, 0.0112552, 0.0022128, -0.0201929, -0.0745621, -0.208901", \
            "0.0262221, 0.0245576, 0.0206409, 0.0114175, -0.013318, -0.069816, -0.205947" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0317896, 0.0332312, 0.0367579, 0.0454968, 0.067054, 0.120401, 0.252869", \
            "0.0313289, 0.0327843, 0.0363466, 0.0452129, 0.0668508, 0.120293, 0.252805", \
            "0.0307606, 0.0322288, 0.0357937, 0.0446597, 0.0664667, 0.120028, 0.252649", \
            "0.030391, 0.0318017, 0.0353518, 0.0441471, 0.0659074, 0.119598, 0.252438", \
            "0.0300417, 0.0314569, 0.0349747, 0.0436807, 0.0653138, 0.118986, 0.251907", \
            "0.0298692, 0.0312741, 0.0348109, 0.0436432, 0.0650669, 0.118521, 0.25125", \
            "0.0323816, 0.0336233, 0.0368187, 0.0448989, 0.0665762, 0.119553, 0.251429" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0150696, 0.0136589, 0.010154, 0.0014669, -0.0200193, -0.0736401, -0.207518", \
            "0.0147799, 0.0133656, 0.0098764, 0.0012016, -0.0202719, -0.0739493, -0.207764", \
            "0.014501, 0.0130951, 0.0095872, 0.0009419, -0.0205728, -0.074205, -0.208104", \
            "0.014179, 0.0127748, 0.0093468, 0.0007043, -0.0207293, -0.0743783, -0.20824", \
            "0.014277, 0.0128333, 0.0093287, 0.0006901, -0.0207483, -0.0742485, -0.208186", \
            "0.0161839, 0.0147245, 0.0111153, 0.0022114, -0.0197951, -0.0741162, -0.208138", \
            "0.0230379, 0.0214269, 0.0176351, 0.0080816, -0.0151232, -0.0707464, -0.206337" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0404567, 0.0418891, 0.0454107, 0.0541298, 0.0756917, 0.12912, 0.261696", \
            "0.0400985, 0.0415034, 0.0450611, 0.0538526, 0.0755064, 0.128919, 0.261582", \
            "0.0396767, 0.0411296, 0.044673, 0.0534886, 0.0751755, 0.128672, 0.261324", \
            "0.0394101, 0.0407958, 0.0443527, 0.0531611, 0.0748903, 0.128461, 0.261074", \
            "0.0391654, 0.0406081, 0.0440937, 0.0528231, 0.0745517, 0.128109, 0.260842", \
            "0.0392491, 0.0407485, 0.0442847, 0.0530877, 0.0745546, 0.12796, 0.260598", \
            "0.0433812, 0.0446251, 0.0477303, 0.0557887, 0.0773533, 0.130118, 0.261847" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0147529, 0.0133438, 0.0098473, 0.0011807, -0.0203024, -0.0739796, -0.20779", \
            "0.0144817, 0.0130804, 0.0095811, 0.0009056, -0.0205845, -0.0741967, -0.208135", \
            "0.0141838, 0.0127976, 0.0092798, 0.0006368, -0.0208539, -0.0744648, -0.208383", \
            "0.013901, 0.0125158, 0.0090081, 0.0004143, -0.0210371, -0.0746922, -0.20858", \
            "0.013913, 0.0125039, 0.009043, 0.000408, -0.0210066, -0.0746142, -0.208485", \
            "0.0160576, 0.0145782, 0.0109211, 0.0019558, -0.0200458, -0.0742516, -0.208283", \
            "0.0239093, 0.0222882, 0.0182979, 0.0087885, -0.0144294, -0.0702025, -0.206077" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0194826, 0.0210055, 0.0247692, 0.0337249, 0.0556037, 0.109355, 0.243732", \
            "0.0189664, 0.0204268, 0.0241071, 0.0331902, 0.0550909, 0.108816, 0.241667", \
            "0.0186271, 0.0200708, 0.0236897, 0.0325999, 0.0544251, 0.108348, 0.243227", \
            "0.0184486, 0.0198775, 0.023421, 0.032238, 0.0540377, 0.107682, 0.242381", \
            "0.018394, 0.0198286, 0.0233375, 0.0320122, 0.0537166, 0.107569, 0.24017", \
            "0.0209185, 0.0221752, 0.0253895, 0.033662, 0.0548009, 0.108072, 0.240883", \
            "0.0310704, 0.0319859, 0.0344764, 0.0416014, 0.0616299, 0.113887, 0.244474" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0086956, 0.007305, 0.0038494, -0.0047679, -0.0262878, -0.0800966, -0.214185", \
            "0.0085539, 0.0071791, 0.0037392, -0.0048142, -0.0263428, -0.0801351, -0.214174", \
            "0.0084289, 0.0070772, 0.0036982, -0.0048314, -0.0262705, -0.0800236, -0.214026", \
            "0.0084999, 0.0071041, 0.0036558, -0.00498, -0.0264593, -0.0800802, -0.214043", \
            "0.0096972, 0.0082332, 0.004638, -0.0041441, -0.0257447, -0.0799393, -0.213928", \
            "0.0139656, 0.0124108, 0.0086457, -0.0006182, -0.0231291, -0.0780576, -0.212994", \
            "0.0262836, 0.0245972, 0.0203777, 0.0105113, -0.0131421, -0.0707369, -0.20701" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "0.0161403, 0.0176746, 0.0214957, 0.0306254, 0.0526369, 0.106116, 0.239306", \
            "0.0156039, 0.0170731, 0.0206888, 0.029769, 0.0518979, 0.105745, 0.238749", \
            "0.0154852, 0.0168892, 0.0203792, 0.0293615, 0.0514182, 0.10521, 0.238339", \
            "0.0159006, 0.0172155, 0.0206682, 0.029427, 0.0509097, 0.104625, 0.237753", \
            "0.0175481, 0.018822, 0.0222502, 0.0305291, 0.0516008, 0.104951, 0.238793", \
            "0.022294, 0.023474, 0.026548, 0.0345334, 0.0551653, 0.107034, 0.238342", \
            "0.0349788, 0.0357442, 0.0380567, 0.0455159, 0.0647954, 0.117592, 0.245736" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
          values ( \
            "-0.0002957, -0.0016487, -0.0050346, -0.0136003, -0.0351432, -0.0890386, -0.223234", \
            "-0.0005556, -0.0018923, -0.0051851, -0.013632, -0.0350713, -0.0888639, -0.223008", \
            "-0.0008696, -0.0022225, -0.0054616, -0.0139056, -0.0351537, -0.0888235, -0.222879", \
            "-0.0005243, -0.0018212, -0.0053941, -0.013996, -0.0351536, -0.0888463, -0.222817", \
            "0.0008319, -0.0006827, -0.0043243, -0.0128651, -0.0348957, -0.0884375, -0.222687", \
            "0.0058465, 0.004136, 0.0004004, -0.0097393, -0.0325944, -0.0872926, -0.222096", \
            "0.0200876, 0.0179705, 0.013331, 0.0023212, -0.0221225, -0.0807858, -0.215881" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004428;
      rise_capacitance : 0.004509;
      rise_capacitance_range (0.004509, 0.004509);
      fall_capacitance : 0.004347;
      fall_capacitance_range (0.004347, 0.004347);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0078371, -0.0078395, -0.0078452, -0.0078342, -0.0078088, -0.0077501, -0.0076148" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0105094, 0.0105163, 0.0105323, 0.0105335, 0.0105363, 0.0105427, 0.0105574" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004324;
      rise_capacitance : 0.004466;
      rise_capacitance_range (0.004466, 0.004466);
      fall_capacitance : 0.004182;
      fall_capacitance_range (0.004182, 0.004182);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087117, -0.0087069, -0.0086959, -0.0086971, -0.0087, -0.0087063, -0.008721" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102008, 0.0102173, 0.0102556, 0.010296, 0.010389, 0.0106035, 0.0110979" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004361;
      rise_capacitance : 0.004569;
      rise_capacitance_range (0.004569, 0.004569);
      fall_capacitance : 0.004153;
      fall_capacitance_range (0.004153, 0.004153);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0086596, -0.0086588, -0.0086568, -0.0086577, -0.0086596, -0.0086642, -0.0086745" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0086893, 0.008679, 0.0086552, 0.008656, 0.008658, 0.0086622, 0.0086724" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004393;
      rise_capacitance : 0.004643;
      rise_capacitance_range (0.004643, 0.004643);
      fall_capacitance : 0.004143;
      fall_capacitance_range (0.004143, 0.004143);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0080791, -0.0081844, -0.0084272, -0.0084365, -0.0084581, -0.0085076, -0.0086217" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088373, 0.0088356, 0.0088317, 0.0088297, 0.0088249, 0.0088141, 0.0087893" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00438;
      rise_capacitance : 0.004699;
      rise_capacitance_range (0.004699, 0.004699);
      fall_capacitance : 0.004062;
      fall_capacitance_range (0.004062, 0.004062);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038275, -0.0038235, -0.0038144, -0.0038137, -0.0038121, -0.0038085, -0.0038001" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0065841, 0.0065741, 0.0065509, 0.0065712, 0.0066178, 0.0067255, 0.0069737" \
          );
        }
      }
    }
  }
  cell (scs8hd_a311oi_4) {
    area : 26.2752;
    cell_footprint : "a311oi";
    cell_leakage_power : 0.0179826;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0247942;
      when : "!A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0498194;
      when : "!A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0247824;
      when : "!A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0016325;
      when : "!A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0247943;
      when : "!A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0498194;
      when : "!A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0247836;
      when : "!A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0016325;
      when : "!A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0247942;
      when : "!A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0003407;
      when : "!A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0247836;
      when : "!A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0016325;
      when : "!A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0247942;
      when : "!A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0004643;
      when : "!A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0030793;
      when : "A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0437863;
      when : "A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.042935;
      when : "A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0247833;
      when : "!A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0016325;
      when : "!A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0247942;
      when : "A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0009842;
      when : "A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0247836;
      when : "A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0016325;
      when : "A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0247942;
      when : "A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0004929;
      when : "A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0247826;
      when : "A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0016325;
      when : "A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0247942;
      when : "A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0004677;
      when : "A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0247835;
      when : "A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0016325;
      when : "A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0247837;
      when : "A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0179826;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1&!C1) | (!A2&!B1&!C1) | (!A3&!B1&!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.184031;
      max_transition : 1.49766;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.107293, 0.112178, 0.12548, 0.158861, 0.245358, 0.469035, 1.06737", \
            "0.109972, 0.115051, 0.127861, 0.161792, 0.24833, 0.477297, 1.0784", \
            "0.119733, 0.124624, 0.137403, 0.171203, 0.258492, 0.485096, 1.08574", \
            "0.142716, 0.147481, 0.159599, 0.192373, 0.279016, 0.506831, 1.11368", \
            "0.184573, 0.189684, 0.203801, 0.238129, 0.324255, 0.550985, 1.15424", \
            "0.253542, 0.260064, 0.277491, 0.317828, 0.415923, 0.647846, 1.24961", \
            "0.391245, 0.400119, 0.422991, 0.475451, 0.593781, 0.858602, 1.47496" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.072052, 0.0782929, 0.094282, 0.137834, 0.254394, 0.563045, 1.38847", \
            "0.072394, 0.0781354, 0.0944901, 0.137872, 0.253573, 0.566768, 1.39484", \
            "0.0725756, 0.0786117, 0.0944496, 0.138131, 0.254047, 0.563046, 1.39231", \
            "0.0734287, 0.0792024, 0.094867, 0.13829, 0.253688, 0.566511, 1.39414", \
            "0.0847007, 0.09021, 0.105167, 0.144603, 0.256159, 0.564127, 1.39001", \
            "0.110988, 0.116318, 0.131544, 0.172693, 0.280708, 0.572321, 1.38866", \
            "0.185808, 0.189928, 0.203547, 0.240617, 0.348533, 0.635198, 1.41119" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0292256, 0.0309192, 0.0354832, 0.0466458, 0.0736281, 0.139881, 0.308304", \
            "0.0325733, 0.0342109, 0.0386354, 0.0495895, 0.0765705, 0.142674, 0.311615", \
            "0.0417688, 0.043331, 0.0471829, 0.0574555, 0.0838749, 0.149907, 0.31824", \
            "0.0544716, 0.0566315, 0.0620246, 0.0745784, 0.102549, 0.167495, 0.336122", \
            "0.0618733, 0.0649195, 0.0724514, 0.0904844, 0.130076, 0.208976, 0.377497", \
            "0.0467, 0.0508369, 0.0613982, 0.0868875, 0.143232, 0.257504, 0.471989", \
            "-0.0312696, -0.0257182, -0.0114522, 0.0233824, 0.103332, 0.267249, 0.579836" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0426678, 0.0443743, 0.0493685, 0.0622754, 0.0959504, 0.185218, 0.425477", \
            "0.0408811, 0.0427448, 0.0478005, 0.0611999, 0.0953819, 0.18492, 0.426009", \
            "0.0427246, 0.0443519, 0.0488092, 0.0609923, 0.0942277, 0.184706, 0.425985", \
            "0.0536893, 0.055634, 0.0606699, 0.0725941, 0.101172, 0.184779, 0.425874", \
            "0.0744566, 0.076952, 0.0834422, 0.0989326, 0.1325, 0.209306, 0.428575", \
            "0.116253, 0.119747, 0.128473, 0.147624, 0.192741, 0.285166, 0.491155", \
            "0.189145, 0.194385, 0.207386, 0.236163, 0.296371, 0.424737, 0.673034" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.139686, 0.144387, 0.157037, 0.189801, 0.276564, 0.506955, 1.12207", \
            "0.143075, 0.147851, 0.160666, 0.193871, 0.281272, 0.512234, 1.12792", \
            "0.153219, 0.15799, 0.170796, 0.204604, 0.292164, 0.523923, 1.14016", \
            "0.176947, 0.181578, 0.194108, 0.227527, 0.316269, 0.549305, 1.16541", \
            "0.224657, 0.229662, 0.242674, 0.275979, 0.363569, 0.595149, 1.21316", \
            "0.306958, 0.312913, 0.327846, 0.366585, 0.462585, 0.697645, 1.31483", \
            "0.46728, 0.474796, 0.494073, 0.541729, 0.656525, 0.920489, 1.55012" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.101803, 0.108211, 0.124967, 0.169796, 0.288615, 0.608117, 1.45791", \
            "0.102027, 0.108393, 0.125059, 0.169792, 0.288663, 0.607254, 1.4569", \
            "0.102068, 0.108292, 0.125069, 0.169689, 0.289503, 0.606321, 1.45908", \
            "0.102508, 0.108536, 0.125129, 0.169626, 0.289109, 0.608675, 1.46003", \
            "0.109195, 0.115126, 0.130861, 0.173739, 0.289912, 0.606551, 1.45852", \
            "0.133881, 0.139822, 0.156192, 0.198849, 0.310649, 0.614395, 1.46084", \
            "0.197907, 0.203814, 0.219594, 0.261371, 0.375292, 0.669299, 1.47748" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0350619, 0.0367411, 0.0410188, 0.0520532, 0.0790622, 0.14498, 0.31413", \
            "0.0378084, 0.0394054, 0.0438141, 0.0547071, 0.0815453, 0.147533, 0.31594", \
            "0.0440874, 0.0457639, 0.0500043, 0.0606054, 0.0872759, 0.153163, 0.322089", \
            "0.0534146, 0.0553981, 0.0604661, 0.0726693, 0.100245, 0.166526, 0.335766", \
            "0.0588065, 0.0614383, 0.0680079, 0.0842626, 0.119723, 0.194768, 0.365687", \
            "0.0398329, 0.0435384, 0.0530011, 0.075539, 0.126831, 0.229481, 0.429738", \
            "-0.0488498, -0.043619, -0.0301174, 0.0029914, 0.0760167, 0.225416, 0.507817" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0416301, 0.0434765, 0.048438, 0.0614381, 0.0954753, 0.185004, 0.426211", \
            "0.0410585, 0.0427492, 0.0477807, 0.0609581, 0.0950712, 0.184746, 0.426991", \
            "0.0423942, 0.0442502, 0.0487776, 0.0614174, 0.0946875, 0.184637, 0.425944", \
            "0.051131, 0.0528445, 0.0573178, 0.0689809, 0.0989537, 0.184933, 0.425993", \
            "0.0707335, 0.0726962, 0.0771455, 0.0896756, 0.121413, 0.200267, 0.428216", \
            "0.10842, 0.110939, 0.117466, 0.132971, 0.170037, 0.254801, 0.463689", \
            "0.177424, 0.181023, 0.190129, 0.211741, 0.260355, 0.368571, 0.599509" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.164791, 0.16951, 0.181988, 0.214998, 0.302245, 0.533464, 1.14924", \
            "0.168658, 0.173439, 0.186042, 0.219083, 0.3063, 0.536521, 1.14984", \
            "0.179149, 0.183947, 0.196542, 0.229891, 0.317533, 0.549781, 1.16431", \
            "0.201958, 0.206724, 0.218809, 0.252534, 0.340025, 0.571452, 1.18584", \
            "0.247207, 0.251973, 0.264543, 0.297676, 0.384995, 0.615838, 1.23121", \
            "0.32556, 0.331068, 0.345148, 0.383104, 0.476805, 0.709953, 1.32433", \
            "0.486658, 0.493178, 0.509993, 0.552754, 0.659834, 0.916013, 1.53983" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.128646, 0.134954, 0.151578, 0.196172, 0.315521, 0.634581, 1.48338", \
            "0.128623, 0.134995, 0.151616, 0.196448, 0.315171, 0.631793, 1.47979", \
            "0.128658, 0.134969, 0.151537, 0.196204, 0.315089, 0.635214, 1.48081", \
            "0.128733, 0.135039, 0.151989, 0.195989, 0.315458, 0.633861, 1.48224", \
            "0.134143, 0.140183, 0.15617, 0.199234, 0.316296, 0.632224, 1.483", \
            "0.15645, 0.162726, 0.179467, 0.221545, 0.333299, 0.639468, 1.48132", \
            "0.213902, 0.220145, 0.236422, 0.278471, 0.394135, 0.688429, 1.49766" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0382791, 0.0399784, 0.0443854, 0.0553714, 0.0822409, 0.148078, 0.316511", \
            "0.0407349, 0.0423297, 0.0467419, 0.057653, 0.0844266, 0.150358, 0.318943", \
            "0.0449501, 0.0466067, 0.0508662, 0.0616464, 0.0883016, 0.154134, 0.323167", \
            "0.0507171, 0.0524946, 0.0570488, 0.0684818, 0.0957957, 0.161802, 0.330635", \
            "0.0519548, 0.0542733, 0.0601707, 0.0742103, 0.10596, 0.176955, 0.347374", \
            "0.0278882, 0.0311714, 0.0388171, 0.0587129, 0.103155, 0.193145, 0.381715", \
            "-0.0701196, -0.0655336, -0.0536803, -0.0249721, 0.03897, 0.169019, 0.415448" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.041225, 0.0431076, 0.0480509, 0.0611775, 0.0952215, 0.184925, 0.426849", \
            "0.0409045, 0.042605, 0.0476222, 0.0608347, 0.0950106, 0.184788, 0.426061", \
            "0.041404, 0.0432222, 0.0480181, 0.0608427, 0.0947744, 0.18472, 0.426107", \
            "0.0474409, 0.0491452, 0.0535085, 0.0655917, 0.0972053, 0.185196, 0.426197", \
            "0.0648447, 0.0664165, 0.0708952, 0.0821828, 0.112325, 0.194792, 0.427251", \
            "0.101365, 0.103361, 0.107893, 0.121191, 0.153535, 0.234622, 0.453771", \
            "0.170364, 0.173186, 0.180503, 0.197879, 0.23716, 0.330534, 0.549108" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0690607, 0.0729114, 0.0835097, 0.110613, 0.180008, 0.362194, 0.846773", \
            "0.0722456, 0.0761067, 0.0864358, 0.113002, 0.183938, 0.370106, 0.852484", \
            "0.0830279, 0.0868473, 0.0966802, 0.123208, 0.192841, 0.377861, 0.864814", \
            "0.106548, 0.110541, 0.120681, 0.146912, 0.216223, 0.398603, 0.886212", \
            "0.14593, 0.151057, 0.164219, 0.196345, 0.270299, 0.452563, 0.943592", \
            "0.223658, 0.230521, 0.247922, 0.290535, 0.383211, 0.581515, 1.06688", \
            "0.404208, 0.412773, 0.434475, 0.486661, 0.604535, 0.852724, 1.37312" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0549227, 0.0599378, 0.0730722, 0.108789, 0.20336, 0.455633, 1.12891", \
            "0.0550122, 0.0599546, 0.0735566, 0.108317, 0.203274, 0.458692, 1.13403", \
            "0.0551311, 0.0600528, 0.0732716, 0.108779, 0.203214, 0.456555, 1.13321", \
            "0.0600289, 0.0645749, 0.0766995, 0.109654, 0.203389, 0.456067, 1.13228", \
            "0.0798382, 0.0844864, 0.096812, 0.127691, 0.21093, 0.456012, 1.13281", \
            "0.115539, 0.120835, 0.134314, 0.169933, 0.256777, 0.47549, 1.13129", \
            "0.17706, 0.182323, 0.19696, 0.235973, 0.33733, 0.572663, 1.17203" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0150037, 0.0157361, 0.0176597, 0.0224784, 0.0345202, 0.0651817, 0.145903", \
            "0.018888, 0.0196188, 0.0214104, 0.0260415, 0.0379342, 0.0685709, 0.149178", \
            "0.0233619, 0.0244119, 0.0271128, 0.0332809, 0.0463303, 0.0766865, 0.157219", \
            "0.0242098, 0.0257754, 0.0296831, 0.0388674, 0.0583929, 0.0957715, 0.176346", \
            "0.01261, 0.0148578, 0.020576, 0.0340962, 0.0631799, 0.119419, 0.220422", \
            "-0.0332149, -0.0296718, -0.0215902, -0.0014537, 0.0417746, 0.124955, 0.276483", \
            "-0.165662, -0.160702, -0.148471, -0.119687, -0.0553754, 0.0684327, 0.289846" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0119997, 0.0128357, 0.0150345, 0.0207447, 0.0358563, 0.0765616, 0.186086", \
            "0.0132169, 0.013884, 0.0157241, 0.0209048, 0.0356899, 0.0765692, 0.185787", \
            "0.0192743, 0.020107, 0.0221407, 0.0269521, 0.0389463, 0.076805, 0.186394", \
            "0.0294787, 0.0305259, 0.0333597, 0.040337, 0.0554385, 0.0871169, 0.186602", \
            "0.0470038, 0.0487171, 0.0532374, 0.0634562, 0.084545, 0.127263, 0.21188", \
            "0.078729, 0.0815378, 0.0886613, 0.103825, 0.134867, 0.194877, 0.306406", \
            "0.138357, 0.142704, 0.153229, 0.176618, 0.224135, 0.310722, 0.471636" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0429659, 0.0469724, 0.0574657, 0.0847849, 0.155916, 0.341196, 0.828729", \
            "0.0455688, 0.0493481, 0.059611, 0.0861353, 0.156601, 0.340297, 0.832212", \
            "0.0566362, 0.0601926, 0.0696853, 0.0956191, 0.165237, 0.349143, 0.840822", \
            "0.0842784, 0.088403, 0.0986149, 0.122338, 0.190711, 0.373971, 0.859361", \
            "0.130714, 0.136467, 0.150883, 0.184411, 0.25459, 0.436084, 0.92177", \
            "0.219197, 0.226539, 0.245679, 0.291252, 0.391328, 0.584938, 1.06315", \
            "0.405262, 0.414414, 0.43786, 0.494487, 0.625647, 0.898346, 1.41176" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0537098, 0.0589042, 0.0722225, 0.108154, 0.203727, 0.458266, 1.13273", \
            "0.0527592, 0.0580471, 0.0719193, 0.108212, 0.202814, 0.455585, 1.13959", \
            "0.052653, 0.0573002, 0.0705892, 0.107611, 0.202685, 0.456254, 1.13199", \
            "0.0630247, 0.0672559, 0.0783713, 0.110152, 0.202285, 0.456007, 1.13196", \
            "0.0808228, 0.0868037, 0.10213, 0.135675, 0.214282, 0.456113, 1.13435", \
            "0.109628, 0.117174, 0.136006, 0.180055, 0.27558, 0.485059, 1.13197", \
            "0.168871, 0.178006, 0.196824, 0.249783, 0.374872, 0.631254, 1.19192" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.011374, 0.0119895, 0.0135913, 0.0176489, 0.0281689, 0.0558645, 0.129738", \
            "0.0140256, 0.014869, 0.0168991, 0.0212903, 0.0317672, 0.0594674, 0.133325", \
            "0.0153005, 0.0165372, 0.0195924, 0.0263108, 0.0399533, 0.067923, 0.141825", \
            "0.011269, 0.0131223, 0.0177394, 0.0280294, 0.0484944, 0.0864044, 0.16126", \
            "-0.0073456, -0.0045632, 0.0022323, 0.0176136, 0.0486396, 0.105811, 0.205264", \
            "-0.0642014, -0.0599869, -0.0495479, -0.026797, 0.0204017, 0.105722, 0.254492", \
            "-0.214893, -0.208469, -0.192879, -0.157788, -0.0885213, 0.0407861, 0.262574" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0067053, 0.0073897, 0.0093293, 0.0145386, 0.0286115, 0.0662096, 0.167231", \
            "0.0094761, 0.0100509, 0.0114195, 0.015651, 0.0286656, 0.0662291, 0.166955", \
            "0.014422, 0.0153179, 0.0175605, 0.0227138, 0.0333882, 0.0669789, 0.16575", \
            "0.02321, 0.0245763, 0.0277511, 0.0349538, 0.0501731, 0.0794958, 0.168098", \
            "0.0397778, 0.0413499, 0.0460918, 0.0564483, 0.077879, 0.118778, 0.197048", \
            "0.0710895, 0.073841, 0.0809154, 0.0960579, 0.126766, 0.186131, 0.292129", \
            "0.133674, 0.137789, 0.148742, 0.171862, 0.216673, 0.299408, 0.448886" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0466622, 0.0484245, 0.0531745, 0.0650431, 0.0963083, 0.177146, 0.393728", \
            "0.0454267, 0.0471937, 0.0518995, 0.064028, 0.0953005, 0.177926, 0.394488", \
            "0.0441912, 0.0458804, 0.050476, 0.0625896, 0.0940436, 0.176296, 0.393567", \
            "0.0433983, 0.0450825, 0.0494856, 0.0612537, 0.0924564, 0.174956, 0.392811", \
            "0.0428548, 0.0444991, 0.0487972, 0.0602578, 0.0911867, 0.173127, 0.391293", \
            "0.0430492, 0.0446112, 0.0490184, 0.0604015, 0.0908719, 0.172154, 0.389849", \
            "0.0516978, 0.0529527, 0.056278, 0.0661851, 0.0959835, 0.175801, 0.390951" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0274757, 0.0258977, 0.0216497, 0.0103286, -0.0200413, -0.101228, -0.319681", \
            "0.0269176, 0.0253227, 0.0210722, 0.0096919, -0.0205827, -0.101794, -0.32022", \
            "0.026084, 0.0245016, 0.0202714, 0.0090545, -0.0212361, -0.102446, -0.320902", \
            "0.0253863, 0.0238382, 0.0196446, 0.0083949, -0.021838, -0.102949, -0.321326", \
            "0.0255429, 0.0239679, 0.0197413, 0.0084661, -0.0217417, -0.102868, -0.321407", \
            "0.0301442, 0.0284417, 0.0238399, 0.0118342, -0.0196254, -0.101825, -0.320937", \
            "0.0462817, 0.0444266, 0.0394379, 0.0264479, -0.007259, -0.0931596, -0.316606" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0602434, 0.0618653, 0.0662519, 0.0776315, 0.108079, 0.18891, 0.405196", \
            "0.059301, 0.0609106, 0.0653114, 0.0769178, 0.107606, 0.188837, 0.4052", \
            "0.0581311, 0.0598137, 0.0641735, 0.0759429, 0.106801, 0.188359, 0.404862", \
            "0.0573173, 0.058905, 0.0632654, 0.0747951, 0.105625, 0.187336, 0.404331", \
            "0.0565939, 0.0582032, 0.0624658, 0.0739124, 0.104525, 0.186143, 0.403257", \
            "0.0561343, 0.0577474, 0.0620582, 0.0735627, 0.103784, 0.185025, 0.40203", \
            "0.0600758, 0.0614394, 0.0652425, 0.0756308, 0.106574, 0.186623, 0.402093" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0296187, 0.0280065, 0.0237883, 0.0124224, -0.0179036, -0.0990971, -0.317449", \
            "0.0290555, 0.0274515, 0.0232079, 0.0118654, -0.0184683, -0.0996546, -0.318073", \
            "0.028474, 0.0268484, 0.0226246, 0.0112337, -0.0190682, -0.100277, -0.318704", \
            "0.0278304, 0.0262698, 0.0221071, 0.0108531, -0.0195198, -0.100618, -0.319092", \
            "0.0276894, 0.0261185, 0.0218586, 0.0104472, -0.0195594, -0.100648, -0.319084", \
            "0.0309993, 0.029351, 0.0249439, 0.0133431, -0.0178218, -0.100141, -0.319108", \
            "0.0427289, 0.0409368, 0.0361962, 0.0237191, -0.0090459, -0.0938169, -0.315819" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0771738, 0.0788033, 0.0830686, 0.0944134, 0.124889, 0.206043, 0.422266", \
            "0.0764159, 0.0780186, 0.0823919, 0.0938526, 0.124374, 0.205608, 0.421812", \
            "0.0757254, 0.0773853, 0.0816881, 0.093179, 0.123747, 0.205203, 0.421644", \
            "0.0751192, 0.0767961, 0.0810965, 0.0925505, 0.123239, 0.204546, 0.421441", \
            "0.0746687, 0.0762494, 0.0806253, 0.0920301, 0.122568, 0.204093, 0.420903", \
            "0.0747895, 0.0763655, 0.0807921, 0.092076, 0.122471, 0.203612, 0.420598", \
            "0.0812724, 0.0826875, 0.0865234, 0.0969305, 0.127765, 0.207354, 0.422567" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0290592, 0.0275024, 0.0232196, 0.0118904, -0.0184357, -0.0996646, -0.318071", \
            "0.0284974, 0.0268913, 0.0226427, 0.0113057, -0.0190169, -0.100235, -0.318687", \
            "0.0278447, 0.0262741, 0.0220011, 0.0106876, -0.0196177, -0.100833, -0.319175", \
            "0.0273073, 0.0257627, 0.0215647, 0.0102599, -0.0200571, -0.101249, -0.319674", \
            "0.027134, 0.0255443, 0.0213943, 0.0100575, -0.0200845, -0.101283, -0.319728", \
            "0.0307968, 0.0292246, 0.0247142, 0.0131378, -0.0179386, -0.100379, -0.319157", \
            "0.0443356, 0.0425151, 0.0376749, 0.0251241, -0.0078705, -0.0928689, -0.315143" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0349084, 0.0366523, 0.0413067, 0.0534043, 0.0843623, 0.16579, 0.382558", \
            "0.0338012, 0.0355048, 0.0400195, 0.0519445, 0.083569, 0.166068, 0.383507", \
            "0.0331293, 0.0348066, 0.0391761, 0.0509658, 0.0819109, 0.164364, 0.382463", \
            "0.0327533, 0.0343909, 0.0386863, 0.0502657, 0.0811311, 0.162735, 0.38182", \
            "0.0325691, 0.0341285, 0.038384, 0.0499377, 0.0803612, 0.161565, 0.378833", \
            "0.0364719, 0.0379104, 0.0417803, 0.0526251, 0.0824417, 0.162807, 0.379008", \
            "0.0529773, 0.0539862, 0.0570136, 0.065997, 0.0942263, 0.172153, 0.385796" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0167936, 0.0152084, 0.0109935, -0.0002543, -0.0305458, -0.112137, -0.330989", \
            "0.0166411, 0.0150948, 0.0109149, -0.0002848, -0.0304953, -0.112026, -0.330838", \
            "0.0166278, 0.0150823, 0.0109798, -6.69e-05, -0.030142, -0.111595, -0.330436", \
            "0.0165035, 0.0149333, 0.0107449, -0.0004948, -0.0305465, -0.111833, -0.330423", \
            "0.0185988, 0.0168698, 0.0125375, 0.0011106, -0.0293672, -0.111219, -0.330064", \
            "0.0252585, 0.0234435, 0.0190569, 0.0068015, -0.0248626, -0.10819, -0.328543", \
            "0.0459324, 0.0440645, 0.0392411, 0.0262577, -0.0088307, -0.0955968, -0.317097" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0328451, 0.0346566, 0.0394316, 0.0515269, 0.0830972, 0.165301, 0.381805", \
            "0.0318299, 0.0335376, 0.0381093, 0.0500778, 0.0814288, 0.163652, 0.383742", \
            "0.0314793, 0.0331394, 0.0374411, 0.0490668, 0.0802043, 0.16254, 0.38086", \
            "0.0327053, 0.0342438, 0.038417, 0.0493379, 0.0799698, 0.161489, 0.379093", \
            "0.0351582, 0.0366464, 0.0406305, 0.0515037, 0.0809529, 0.161523, 0.379585", \
            "0.0428759, 0.0442158, 0.0479723, 0.0582948, 0.0876398, 0.165456, 0.379819", \
            "0.0639577, 0.0651116, 0.0681429, 0.0774305, 0.103938, 0.180449, 0.389579" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0008431, -0.0007093, -0.004889, -0.0161493, -0.0464569, -0.128081, -0.347156", \
            "0.0003197, -0.0012753, -0.0053169, -0.0163469, -0.0462899, -0.12771, -0.346684", \
            "-0.0004444, -0.001917, -0.0058214, -0.016652, -0.0465093, -0.127583, -0.346342", \
            "-4.28e-05, -0.0014906, -0.0055304, -0.0169685, -0.0466017, -0.127654, -0.346323", \
            "0.0021257, 0.0004188, -0.0040144, -0.0155876, -0.0459361, -0.127568, -0.346079", \
            "0.0102314, 0.00831, 0.0033562, -0.0093919, -0.0417924, -0.124941, -0.345068", \
            "0.0331315, 0.0310413, 0.0255011, 0.0114383, -0.0225626, -0.113227, -0.337365" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008421;
      rise_capacitance : 0.008613;
      rise_capacitance_range (0.008613, 0.008613);
      fall_capacitance : 0.008228;
      fall_capacitance_range (0.008228, 0.008228);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0151426, -0.0151453, -0.0151515, -0.0151253, -0.0150649, -0.0149257, -0.014605" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0205457, 0.0205481, 0.0205536, 0.0205539, 0.0205546, 0.0205561, 0.0205596" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008412;
      rise_capacitance : 0.008687;
      rise_capacitance_range (0.008687, 0.008687);
      fall_capacitance : 0.008137;
      fall_capacitance_range (0.008137, 0.008137);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0173268, -0.0173312, -0.0173415, -0.0173398, -0.0173359, -0.0173269, -0.0173063" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0207025, 0.0207113, 0.0207317, 0.0208105, 0.0209922, 0.0214111, 0.0223767" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008601;
      rise_capacitance : 0.009031;
      rise_capacitance_range (0.009031, 0.009031);
      fall_capacitance : 0.00817;
      fall_capacitance_range (0.00817, 0.00817);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0173242, -0.0173186, -0.0173057, -0.0173075, -0.0173113, -0.0173202, -0.0173407" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0173541, 0.017341, 0.0173108, 0.0173068, 0.0172974, 0.0172758, 0.0172258" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008427;
      rise_capacitance : 0.008935;
      rise_capacitance_range (0.008935, 0.008935);
      fall_capacitance : 0.00792;
      fall_capacitance_range (0.00792, 0.00792);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0155493, -0.0158251, -0.0164607, -0.0164804, -0.0165259, -0.0166308, -0.0168726" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0179894, 0.0179825, 0.0179665, 0.0179635, 0.0179565, 0.0179405, 0.0179037" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008601;
      rise_capacitance : 0.009307;
      rise_capacitance_range (0.009307, 0.009307);
      fall_capacitance : 0.007895;
      fall_capacitance_range (0.007895, 0.007895);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0074524, -0.0074561, -0.0074646, -0.0074611, -0.0074531, -0.0074345, -0.0073917" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0090218, 0.0090073, 0.0089737, 0.0090064, 0.0090817, 0.0092551, 0.0096552" \
          );
        }
      }
    }
  }
  cell (scs8hd_a31o_1) {
    area : 8.7584;
    cell_footprint : "a31o";
    cell_leakage_power : 0.00592044;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062277;
      when : "!A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0062367;
      when : "!A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0062277;
      when : "!A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 0.0062369;
      when : "!A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0062277;
      when : "!A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0062372;
      when : "!A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0062277;
      when : "!A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0062669;
      when : "!A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0062277;
      when : "A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0062436;
      when : "A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0062277;
      when : "A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 0.0062649;
      when : "A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0062277;
      when : "A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0062686;
      when : "A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0062237;
      when : "A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0011546;
      when : "A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.00592044;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2&A3) | (B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.215159;
      max_transition : 1.5027;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0535604, 0.0591168, 0.072235, 0.104662, 0.191737, 0.431637, 1.09163", \
            "0.0563335, 0.0619116, 0.0750883, 0.107526, 0.194935, 0.435367, 1.09377", \
            "0.0635814, 0.0691513, 0.0823018, 0.114814, 0.201984, 0.441702, 1.10164", \
            "0.0746708, 0.0803258, 0.093451, 0.126418, 0.213615, 0.453253, 1.11274", \
            "0.0814474, 0.087499, 0.101112, 0.133731, 0.221588, 0.460921, 1.1203", \
            "0.0656651, 0.0731068, 0.0885588, 0.12155, 0.208928, 0.448984, 1.10697", \
            "-0.0132195, -0.003836, 0.0155784, 0.0526718, 0.13935, 0.379216, 1.04019" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.01706, 0.0229284, 0.0384611, 0.0823062, 0.207247, 0.552378, 1.50051", \
            "0.0171009, 0.0228753, 0.0384404, 0.0821888, 0.207029, 0.551713, 1.49766", \
            "0.016971, 0.02279, 0.0383177, 0.0822788, 0.20722, 0.552434, 1.50064", \
            "0.0177679, 0.0235661, 0.0392279, 0.0825943, 0.207347, 0.552387, 1.5019", \
            "0.0206628, 0.02595, 0.0404265, 0.0834693, 0.206858, 0.550524, 1.49586", \
            "0.0261755, 0.0314866, 0.045053, 0.0853206, 0.207952, 0.550752, 1.49553", \
            "0.0345814, 0.0414485, 0.0561577, 0.0922021, 0.208999, 0.554018, 1.49646" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.087717, 0.0926271, 0.10327, 0.1252, 0.172434, 0.2884, 0.602127", \
            "0.0919843, 0.0968701, 0.107505, 0.129406, 0.176673, 0.292616, 0.606501", \
            "0.103646, 0.108508, 0.119196, 0.141055, 0.188315, 0.304258, 0.618058", \
            "0.130086, 0.134932, 0.14564, 0.167469, 0.214783, 0.330703, 0.645285", \
            "0.179612, 0.184974, 0.196607, 0.219851, 0.268494, 0.384526, 0.69787", \
            "0.264525, 0.27084, 0.284532, 0.311346, 0.363965, 0.482238, 0.796368", \
            "0.434008, 0.441212, 0.457002, 0.488798, 0.548661, 0.672176, 0.984006" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0156395, 0.0192914, 0.0277047, 0.0479586, 0.0990644, 0.244083, 0.652184", \
            "0.0156487, 0.0192619, 0.0278154, 0.0480815, 0.0991367, 0.244684, 0.653086", \
            "0.0156461, 0.0195221, 0.0278458, 0.0480797, 0.0991386, 0.244741, 0.659955", \
            "0.0157932, 0.0194297, 0.0279452, 0.0480972, 0.0991153, 0.244288, 0.652498", \
            "0.0186955, 0.0226086, 0.0313903, 0.0510375, 0.101077, 0.243309, 0.653764", \
            "0.0244293, 0.0287956, 0.0386346, 0.0594002, 0.108632, 0.247664, 0.654442", \
            "0.0329441, 0.0376492, 0.0489397, 0.0725702, 0.122174, 0.253484, 0.654465" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0581593, 0.0637274, 0.0768633, 0.108962, 0.195232, 0.434106, 1.09285", \
            "0.0611445, 0.0667063, 0.0798396, 0.112033, 0.198413, 0.437553, 1.0971", \
            "0.0681021, 0.0736289, 0.0867207, 0.118983, 0.206047, 0.444773, 1.10431", \
            "0.0796053, 0.0853367, 0.0987713, 0.131409, 0.218307, 0.457525, 1.11712", \
            "0.0876543, 0.0939278, 0.107888, 0.141042, 0.228487, 0.467466, 1.12658", \
            "0.0735447, 0.0813107, 0.0974729, 0.13154, 0.219062, 0.45911, 1.11815", \
            "-0.0039885, 0.0050996, 0.0256301, 0.0642538, 0.152236, 0.391702, 1.04947" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0171241, 0.0228413, 0.0384413, 0.0823622, 0.206601, 0.551513, 1.50025", \
            "0.0170794, 0.0228745, 0.0384442, 0.0822797, 0.206493, 0.550517, 1.49762", \
            "0.0170141, 0.0227517, 0.0383911, 0.0821739, 0.206682, 0.551669, 1.50195", \
            "0.0180571, 0.0237581, 0.0390754, 0.0825308, 0.207285, 0.551293, 1.49714", \
            "0.0211448, 0.0266297, 0.0410432, 0.0832826, 0.20694, 0.551225, 1.49622", \
            "0.0266012, 0.0324433, 0.0462349, 0.085486, 0.208039, 0.550978, 1.50083", \
            "0.0348667, 0.0423629, 0.0576995, 0.093769, 0.208995, 0.553469, 1.49475" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.106721, 0.112195, 0.123877, 0.146957, 0.195699, 0.312438, 0.626148", \
            "0.111134, 0.116596, 0.128139, 0.151349, 0.200124, 0.316808, 0.631319", \
            "0.122772, 0.128247, 0.139849, 0.162957, 0.211732, 0.328467, 0.643059", \
            "0.149015, 0.154468, 0.166084, 0.189261, 0.238024, 0.354773, 0.668135", \
            "0.201569, 0.20736, 0.219584, 0.243659, 0.293183, 0.409951, 0.723692", \
            "0.294773, 0.301443, 0.315756, 0.343098, 0.39624, 0.513892, 0.827651", \
            "0.476215, 0.483968, 0.500945, 0.533527, 0.593465, 0.716998, 1.03124" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0184554, 0.0223188, 0.0313075, 0.0507116, 0.101525, 0.244465, 0.652869", \
            "0.0184642, 0.0223443, 0.0312502, 0.0506436, 0.101308, 0.243976, 0.652984", \
            "0.0184232, 0.0223473, 0.030912, 0.0507099, 0.101645, 0.244043, 0.652932", \
            "0.0184966, 0.0224316, 0.0311305, 0.0507405, 0.1017, 0.244108, 0.652585", \
            "0.0206881, 0.0247748, 0.0335419, 0.0530476, 0.102654, 0.244364, 0.652939", \
            "0.0265241, 0.0309236, 0.0405656, 0.0607523, 0.108824, 0.248768, 0.657288", \
            "0.0348352, 0.0398929, 0.0512296, 0.0735061, 0.122281, 0.254357, 0.655798" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.061539, 0.0671239, 0.080263, 0.112202, 0.198015, 0.436793, 1.0967", \
            "0.064205, 0.0697932, 0.0828972, 0.114907, 0.200607, 0.438986, 1.0981", \
            "0.0696627, 0.0752181, 0.0882309, 0.12037, 0.206493, 0.44504, 1.10412", \
            "0.0791706, 0.0848832, 0.0982297, 0.130698, 0.217441, 0.456485, 1.11597", \
            "0.0859253, 0.0923729, 0.106396, 0.13947, 0.226635, 0.46526, 1.12412", \
            "0.0705358, 0.0783906, 0.0948041, 0.129251, 0.216245, 0.456654, 1.11689", \
            "-0.0096325, 0.0001287, 0.0207133, 0.0599792, 0.147893, 0.386659, 1.04403" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0171175, 0.0228329, 0.0384066, 0.0823528, 0.207232, 0.552748, 1.50251", \
            "0.0170646, 0.0228602, 0.038426, 0.082359, 0.206608, 0.550629, 1.49675", \
            "0.0170313, 0.0228342, 0.0384067, 0.0823732, 0.207244, 0.552451, 1.50179", \
            "0.0180207, 0.0236502, 0.0391039, 0.08242, 0.207379, 0.552687, 1.5027", \
            "0.021154, 0.0266838, 0.0411906, 0.0834701, 0.206673, 0.550883, 1.49544", \
            "0.0270646, 0.0329379, 0.0470502, 0.0860761, 0.207284, 0.550011, 1.4977", \
            "0.0353472, 0.0428504, 0.0583822, 0.095395, 0.209589, 0.552532, 1.49399" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.113105, 0.118703, 0.130302, 0.153293, 0.20144, 0.317722, 0.632202", \
            "0.117815, 0.123365, 0.135033, 0.158036, 0.206145, 0.322343, 0.636799", \
            "0.129602, 0.135193, 0.146797, 0.169758, 0.217913, 0.334117, 0.648463", \
            "0.155675, 0.161276, 0.173038, 0.195999, 0.244184, 0.360446, 0.674388", \
            "0.209409, 0.215301, 0.227704, 0.251442, 0.299855, 0.416149, 0.730291", \
            "0.305026, 0.311811, 0.326082, 0.352988, 0.405054, 0.523402, 0.836682", \
            "0.489997, 0.497842, 0.514893, 0.547081, 0.605407, 0.72724, 1.04162" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.019579, 0.0236133, 0.0316608, 0.0510416, 0.101048, 0.246396, 0.658292", \
            "0.0195933, 0.0238145, 0.0319674, 0.0514108, 0.101009, 0.243901, 0.66018", \
            "0.0195166, 0.0233539, 0.0316421, 0.0513043, 0.101111, 0.24617, 0.655601", \
            "0.019523, 0.0236165, 0.0318233, 0.0512593, 0.101287, 0.245155, 0.652759", \
            "0.0214271, 0.0253518, 0.0338515, 0.0529509, 0.10229, 0.244186, 0.653017", \
            "0.0269485, 0.0314969, 0.0405199, 0.0603671, 0.108264, 0.248321, 0.659021", \
            "0.0356596, 0.0407816, 0.0519863, 0.0736694, 0.120078, 0.253233, 0.65629" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0335541, 0.0383759, 0.0508619, 0.0835658, 0.171625, 0.410622, 1.07316", \
            "0.0370979, 0.0418536, 0.0542453, 0.0869045, 0.17474, 0.414061, 1.07548", \
            "0.0433766, 0.0481545, 0.0602668, 0.0930923, 0.181025, 0.422388, 1.08349", \
            "0.048252, 0.053237, 0.0654286, 0.0979116, 0.186341, 0.426901, 1.08352", \
            "0.0450948, 0.0507693, 0.0635986, 0.0958395, 0.184135, 0.424136, 1.08564", \
            "0.0170575, 0.0246018, 0.0400596, 0.0724129, 0.160126, 0.400112, 1.06123", \
            "-0.0777797, -0.0679405, -0.0472247, -0.0084338, 0.0793466, 0.320405, 0.977933" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0127462, 0.0185069, 0.0347223, 0.0804691, 0.206023, 0.548646, 1.49951", \
            "0.0127629, 0.0185189, 0.0348224, 0.0807188, 0.206877, 0.549701, 1.49335", \
            "0.0134353, 0.018949, 0.0349591, 0.0803517, 0.20515, 0.553006, 1.49949", \
            "0.0152451, 0.020346, 0.0356256, 0.0803562, 0.206215, 0.552085, 1.49454", \
            "0.0193598, 0.0240944, 0.0375161, 0.0809886, 0.205155, 0.549374, 1.50261", \
            "0.0259297, 0.0314368, 0.0443445, 0.0829797, 0.206537, 0.550335, 1.49719", \
            "0.0361051, 0.0434331, 0.0588276, 0.094425, 0.209514, 0.551402, 1.48611" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0509707, 0.0551181, 0.0640783, 0.083173, 0.127015, 0.241372, 0.55568", \
            "0.0552439, 0.0593609, 0.0683066, 0.0874539, 0.131326, 0.2458, 0.559839", \
            "0.0675688, 0.0716831, 0.0806236, 0.099706, 0.143639, 0.25812, 0.572258", \
            "0.094443, 0.0988472, 0.108182, 0.127441, 0.171622, 0.285997, 0.599272", \
            "0.139219, 0.144466, 0.155423, 0.176629, 0.222224, 0.337318, 0.650327", \
            "0.217789, 0.224001, 0.23731, 0.262543, 0.310062, 0.425772, 0.739366", \
            "0.374085, 0.38172, 0.397743, 0.428609, 0.483772, 0.599857, 0.914451" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0123695, 0.0155738, 0.0232688, 0.0422259, 0.0937129, 0.242538, 0.654874", \
            "0.0124664, 0.0156206, 0.0231036, 0.0421308, 0.0936743, 0.243066, 0.652998", \
            "0.0124664, 0.0156051, 0.0231183, 0.0420736, 0.0937852, 0.241632, 0.658211", \
            "0.0143227, 0.0173979, 0.0246563, 0.0430965, 0.0937053, 0.24302, 0.651434", \
            "0.0188328, 0.0222929, 0.0300183, 0.0475049, 0.0971223, 0.241566, 0.65761", \
            "0.0248392, 0.0289816, 0.0378263, 0.0554535, 0.101534, 0.243903, 0.65433", \
            "0.0344697, 0.0394085, 0.0499259, 0.0709023, 0.112852, 0.248008, 0.655157" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0143958, 0.0160945, 0.0206694, 0.0329736, 0.0668232, 0.1602, 0.417437", \
            "0.0142096, 0.0159305, 0.020523, 0.0328589, 0.0669839, 0.160747, 0.419349", \
            "0.0140653, 0.0157978, 0.0204073, 0.0327492, 0.0666427, 0.159965, 0.417098", \
            "0.0140312, 0.0157485, 0.020216, 0.0326348, 0.0665987, 0.159776, 0.419131", \
            "0.0147224, 0.0163524, 0.0208073, 0.0329234, 0.0667231, 0.16032, 0.41757", \
            "0.0165431, 0.0181768, 0.0226223, 0.0346402, 0.0683532, 0.160963, 0.41884", \
            "0.0222966, 0.0238574, 0.0281959, 0.0404122, 0.0739511, 0.167232, 0.423329" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.011981, 0.0107157, 0.0074224, -0.003638, -0.0374378, -0.131958, -0.392204", \
            "0.0116728, 0.0104179, 0.0071038, -0.0039521, -0.0377747, -0.132332, -0.392544", \
            "0.0113572, 0.0101272, 0.0067737, -0.0042902, -0.0381085, -0.132655, -0.392814", \
            "0.0111689, 0.0098837, 0.0065489, -0.0045828, -0.0383587, -0.132889, -0.393051", \
            "0.010342, 0.0090445, 0.0060519, -0.0048828, -0.0385415, -0.133086, -0.39322", \
            "0.0146222, 0.0129531, 0.0082802, -0.0041648, -0.0383037, -0.132535, -0.392648", \
            "0.0190911, 0.0173333, 0.0124416, -0.0003778, -0.0348274, -0.129414, -0.389184" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.014894, 0.0166156, 0.021191, 0.0333799, 0.0670135, 0.160278, 0.41737", \
            "0.0147518, 0.0164742, 0.0210472, 0.0332642, 0.0668893, 0.160252, 0.417508", \
            "0.0146048, 0.0163203, 0.020881, 0.0331554, 0.067081, 0.160808, 0.419147", \
            "0.0144863, 0.0162022, 0.020718, 0.0330547, 0.066849, 0.160117, 0.417556", \
            "0.0149704, 0.0165961, 0.0209866, 0.0333383, 0.0669819, 0.160464, 0.41766", \
            "0.0162202, 0.017836, 0.0223968, 0.0346325, 0.0681575, 0.160613, 0.41786", \
            "0.0209493, 0.022229, 0.026787, 0.0390998, 0.0730495, 0.165802, 0.420097" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0147517, 0.0134222, 0.0101591, -0.0007788, -0.034366, -0.128851, -0.38895", \
            "0.0144306, 0.0130952, 0.0098737, -0.0010556, -0.0346597, -0.129146, -0.389261", \
            "0.0141248, 0.0127828, 0.0095024, -0.0013826, -0.0349643, -0.129463, -0.38958", \
            "0.0138944, 0.0125457, 0.0092471, -0.0016281, -0.035228, -0.129683, -0.389747", \
            "0.0135423, 0.0122389, 0.0090461, -0.001878, -0.0354375, -0.129894, -0.389971", \
            "0.0175101, 0.0157156, 0.0110321, -0.0014754, -0.0353475, -0.129552, -0.389619", \
            "0.0217218, 0.0197565, 0.0148799, 0.0021058, -0.0323928, -0.126936, -0.386632" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0150775, 0.0168025, 0.0213646, 0.0335228, 0.0667775, 0.160378, 0.418277", \
            "0.0149482, 0.0166609, 0.0212209, 0.0333482, 0.0667218, 0.159601, 0.4169", \
            "0.014728, 0.0164459, 0.0210006, 0.0331466, 0.0665889, 0.160344, 0.418502", \
            "0.0145536, 0.0162736, 0.0207594, 0.0330741, 0.0666718, 0.160436, 0.418309", \
            "0.0150302, 0.0166878, 0.0210489, 0.0332519, 0.066878, 0.16023, 0.417321", \
            "0.0162906, 0.0178898, 0.022357, 0.0345247, 0.0682662, 0.16054, 0.419163", \
            "0.020965, 0.022345, 0.026688, 0.0386976, 0.072354, 0.165182, 0.422119" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0184136, 0.0170533, 0.0136909, 0.0025663, -0.03134, -0.125987, -0.386256", \
            "0.0181127, 0.016829, 0.0134308, 0.002336, -0.0315706, -0.126294, -0.386487", \
            "0.0178985, 0.0164673, 0.0131497, 0.0020775, -0.0318066, -0.126515, -0.386731", \
            "0.0176734, 0.0162899, 0.0129569, 0.0018406, -0.0319751, -0.126683, -0.386887", \
            "0.0175578, 0.0161425, 0.0127355, 0.0017186, -0.0320285, -0.126659, -0.386866", \
            "0.0214746, 0.0196637, 0.0149423, 0.0023058, -0.0316738, -0.1262, -0.386353", \
            "0.0264281, 0.0244586, 0.0194498, 0.0066221, -0.0281002, -0.123119, -0.382999" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0093577, 0.0111925, 0.0160442, 0.0289459, 0.0632899, 0.156917, 0.415226", \
            "0.0091758, 0.0109821, 0.0157891, 0.02858, 0.0632829, 0.157378, 0.413796", \
            "0.0088702, 0.0106208, 0.0154332, 0.0281281, 0.0622095, 0.156527, 0.414724", \
            "0.0090184, 0.0106045, 0.0152651, 0.0278112, 0.0623549, 0.156455, 0.413879", \
            "0.009899, 0.0115367, 0.0161103, 0.0284986, 0.0628249, 0.156734, 0.41482", \
            "0.0129622, 0.0145922, 0.0190728, 0.031432, 0.0653185, 0.159039, 0.419025", \
            "0.0216651, 0.0233279, 0.0276362, 0.039781, 0.0735454, 0.166794, 0.422748" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0096017, 0.0083659, 0.0048888, -0.0066787, -0.0408621, -0.135493, -0.395743", \
            "0.0092908, 0.008041, 0.0045455, -0.0070354, -0.0411874, -0.135825, -0.395938", \
            "0.0091972, 0.0079089, 0.0044321, -0.0071615, -0.0412887, -0.135904, -0.396012", \
            "0.0092832, 0.0079288, 0.0043894, -0.007086, -0.0411712, -0.135787, -0.395945", \
            "0.0115166, 0.0097909, 0.0053221, -0.0063866, -0.0403188, -0.134866, -0.395039", \
            "0.015157, 0.0133802, 0.0087342, -0.0038012, -0.0380337, -0.132214, -0.392398", \
            "0.0242128, 0.0223399, 0.0174036, 0.0042848, -0.0298242, -0.124379, -0.384233" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002365;
      rise_capacitance : 0.002448;
      rise_capacitance_range (0.002448, 0.002448);
      fall_capacitance : 0.002282;
      fall_capacitance_range (0.002282, 0.002282);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038773, -0.003879, -0.0038831, -0.0038765, -0.0038611, -0.0038257, -0.0037442" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0050827, 0.0050799, 0.0050736, 0.0050755, 0.00508, 0.0050903, 0.0051141" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002384;
      rise_capacitance : 0.00248;
      rise_capacitance_range (0.00248, 0.00248);
      fall_capacitance : 0.002288;
      fall_capacitance_range (0.002288, 0.002288);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044363, -0.0044322, -0.0044229, -0.0044246, -0.0044284, -0.0044371, -0.0044573" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052958, 0.0053041, 0.0053233, 0.0053416, 0.005384, 0.0054816, 0.0057066" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.0024;
      rise_capacitance : 0.002522;
      rise_capacitance_range (0.002522, 0.002522);
      fall_capacitance : 0.002277;
      fall_capacitance_range (0.002277, 0.002277);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047113, -0.0047101, -0.0047072, -0.0047078, -0.0047093, -0.0047128, -0.0047209" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046992, 0.0047053, 0.0047192, 0.0047211, 0.0047252, 0.0047348, 0.004757" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002405;
      rise_capacitance : 0.002538;
      rise_capacitance_range (0.002538, 0.002538);
      fall_capacitance : 0.002271;
      fall_capacitance_range (0.002271, 0.002271);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018482, -0.0018488, -0.0018503, -0.0018498, -0.0018486, -0.0018459, -0.0018396" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048716, 0.0048694, 0.0048645, 0.004877, 0.0049059, 0.0049724, 0.0051258" \
          );
        }
      }
    }
  }
  cell (scs8hd_a31o_2) {
    area : 8.7584;
    cell_footprint : "a31o";
    cell_leakage_power : 0.00959914;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062614;
      when : "!A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0124312;
      when : "!A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0062614;
      when : "!A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 0.0124314;
      when : "!A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0062614;
      when : "!A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0124317;
      when : "!A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0062614;
      when : "!A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.012462;
      when : "!A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0062614;
      when : "A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0124381;
      when : "A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0062614;
      when : "A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 0.0124602;
      when : "A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0062614;
      when : "A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0124649;
      when : "A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0214558;
      when : "A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0011812;
      when : "A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.00959914;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2&A3) | (B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.352488;
      max_transition : 1.49678;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396053, 0.118154, 0.352488");
          values ( \
            "0.0623562, 0.0669724, 0.0782193, 0.105601, 0.180252, 0.400138, 1.05742", \
            "0.0651004, 0.0697312, 0.0809659, 0.108391, 0.18303, 0.40312, 1.06022", \
            "0.0722264, 0.0768473, 0.0880767, 0.115532, 0.190174, 0.410406, 1.06731", \
            "0.0860216, 0.0907419, 0.102154, 0.129846, 0.204564, 0.424622, 1.08205", \
            "0.0976279, 0.102856, 0.114746, 0.142557, 0.217737, 0.438317, 1.09388", \
            "0.0885937, 0.0949368, 0.109173, 0.138877, 0.213436, 0.434037, 1.09067", \
            "0.0198248, 0.0270631, 0.044538, 0.0801866, 0.156197, 0.376415, 1.03152" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396053, 0.118154, 0.352488");
          values ( \
            "0.0164722, 0.020821, 0.0327873, 0.0679051, 0.176788, 0.507994, 1.49122", \
            "0.0165091, 0.0208261, 0.03276, 0.0679121, 0.17688, 0.507823, 1.49019", \
            "0.0163805, 0.0207532, 0.0327194, 0.0678952, 0.176901, 0.507559, 1.4913", \
            "0.0173472, 0.0216555, 0.0335667, 0.0683786, 0.176868, 0.507795, 1.4929", \
            "0.0206056, 0.0247588, 0.0360291, 0.069885, 0.177308, 0.506916, 1.49615", \
            "0.0264354, 0.031283, 0.0426487, 0.0741409, 0.178346, 0.508769, 1.49501", \
            "0.0352667, 0.0407313, 0.0546469, 0.0857072, 0.181657, 0.508801, 1.49652" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396053, 0.118154, 0.352488");
          values ( \
            "0.105065, 0.108961, 0.118343, 0.13823, 0.17914, 0.275491, 0.545161", \
            "0.109526, 0.113444, 0.122801, 0.142462, 0.18349, 0.279878, 0.549189", \
            "0.12096, 0.124822, 0.134177, 0.153846, 0.194818, 0.291181, 0.560888", \
            "0.147309, 0.151177, 0.160498, 0.180233, 0.221354, 0.317685, 0.587208", \
            "0.20175, 0.205906, 0.215703, 0.236368, 0.278081, 0.374862, 0.64425", \
            "0.298149, 0.302662, 0.313704, 0.337189, 0.383602, 0.483284, 0.753652", \
            "0.480934, 0.486335, 0.499146, 0.52654, 0.580546, 0.688476, 0.960021" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396053, 0.118154, 0.352488");
          values ( \
            "0.0179777, 0.0207046, 0.0274077, 0.0427814, 0.0818433, 0.194967, 0.55468", \
            "0.0180803, 0.0207974, 0.0275754, 0.0430486, 0.0818733, 0.194409, 0.552603", \
            "0.0180668, 0.0207992, 0.0275824, 0.0429013, 0.0815473, 0.195035, 0.552052", \
            "0.0180991, 0.0206871, 0.0273891, 0.0430729, 0.0816222, 0.194984, 0.551635", \
            "0.0205482, 0.0232237, 0.0301192, 0.04557, 0.0833493, 0.19543, 0.552654", \
            "0.0271816, 0.0300353, 0.0373351, 0.0539786, 0.0921412, 0.200218, 0.552505", \
            "0.0381022, 0.0412403, 0.0490238, 0.0677265, 0.107871, 0.211541, 0.552955" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396053, 0.118154, 0.352488");
          values ( \
            "0.0665341, 0.0711355, 0.0823701, 0.109746, 0.184048, 0.404109, 1.06038", \
            "0.0694808, 0.0741123, 0.0853399, 0.112729, 0.187097, 0.407044, 1.06361", \
            "0.0763957, 0.0810008, 0.0922268, 0.119627, 0.194041, 0.414122, 1.07059", \
            "0.0896996, 0.0944046, 0.105748, 0.133304, 0.208005, 0.427795, 1.08303", \
            "0.101914, 0.107177, 0.119313, 0.147492, 0.222246, 0.442591, 1.09905", \
            "0.0941573, 0.100471, 0.115085, 0.145347, 0.22025, 0.439927, 1.09711", \
            "0.0257239, 0.0330117, 0.0506463, 0.0867877, 0.164114, 0.383477, 1.03843" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396053, 0.118154, 0.352488");
          values ( \
            "0.0164768, 0.0208321, 0.0328268, 0.0679397, 0.176833, 0.506581, 1.49362", \
            "0.016474, 0.0208291, 0.0327679, 0.0679478, 0.176867, 0.507314, 1.49224", \
            "0.0164602, 0.0207741, 0.0326955, 0.0679388, 0.17683, 0.507158, 1.49303", \
            "0.017305, 0.0215336, 0.0334031, 0.0682581, 0.176804, 0.507068, 1.49678", \
            "0.0205642, 0.0246387, 0.0360527, 0.0697705, 0.177018, 0.50801, 1.49226", \
            "0.0259663, 0.0311676, 0.0426817, 0.0742414, 0.178288, 0.507195, 1.49508", \
            "0.0339941, 0.0401084, 0.053849, 0.0855583, 0.181819, 0.509367, 1.49301" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396053, 0.118154, 0.352488");
          values ( \
            "0.12372, 0.128072, 0.138363, 0.159797, 0.202569, 0.300746, 0.570591", \
            "0.128345, 0.132649, 0.14299, 0.164452, 0.207239, 0.305493, 0.575796", \
            "0.140036, 0.14439, 0.15464, 0.176152, 0.218924, 0.317061, 0.586972", \
            "0.166194, 0.170535, 0.180726, 0.202221, 0.245168, 0.343357, 0.613468", \
            "0.222145, 0.226824, 0.23716, 0.258871, 0.302153, 0.400437, 0.670768", \
            "0.325244, 0.330234, 0.341965, 0.366515, 0.41378, 0.51501, 0.785196", \
            "0.519997, 0.525685, 0.539433, 0.568163, 0.623361, 0.731761, 1.00425" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396053, 0.118154, 0.352488");
          values ( \
            "0.0210033, 0.0239731, 0.0309892, 0.0471585, 0.0855772, 0.197684, 0.552058", \
            "0.0208982, 0.0238307, 0.0309861, 0.0466964, 0.085087, 0.197631, 0.553402", \
            "0.0208904, 0.023848, 0.0308798, 0.0467789, 0.0857962, 0.197567, 0.552927", \
            "0.0210411, 0.0239878, 0.0312715, 0.0467708, 0.085142, 0.197297, 0.554559", \
            "0.0226328, 0.0256304, 0.0325591, 0.0483963, 0.0864306, 0.198271, 0.553668", \
            "0.0286152, 0.0316425, 0.0393959, 0.0560864, 0.0939518, 0.201984, 0.55435", \
            "0.0394291, 0.0431981, 0.0513773, 0.0700457, 0.109069, 0.212421, 0.553695" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396053, 0.118154, 0.352488");
          values ( \
            "0.0699386, 0.0745281, 0.0857726, 0.113055, 0.187302, 0.406671, 1.06327", \
            "0.0725407, 0.0771362, 0.0883991, 0.115721, 0.18978, 0.40953, 1.06555", \
            "0.077997, 0.0825754, 0.0938047, 0.121124, 0.195192, 0.415129, 1.07101", \
            "0.088322, 0.0930059, 0.104495, 0.132017, 0.20621, 0.426266, 1.08129", \
            "0.098146, 0.103386, 0.115619, 0.143833, 0.218617, 0.438455, 1.09498", \
            "0.0875783, 0.0939166, 0.10839, 0.139092, 0.214405, 0.434447, 1.09232", \
            "0.0140586, 0.0214391, 0.039183, 0.0760549, 0.153713, 0.37311, 1.02958" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396053, 0.118154, 0.352488");
          values ( \
            "0.0164708, 0.0207948, 0.0328077, 0.0679526, 0.176871, 0.50772, 1.49004", \
            "0.0164796, 0.0208105, 0.0327905, 0.0678722, 0.176573, 0.506473, 1.49371", \
            "0.0164082, 0.0208074, 0.0327281, 0.0679033, 0.176221, 0.50596, 1.49475", \
            "0.0171445, 0.021467, 0.0333216, 0.0681559, 0.176172, 0.506814, 1.49619", \
            "0.0202701, 0.0243769, 0.0360092, 0.0697959, 0.176773, 0.50832, 1.49016", \
            "0.0258428, 0.0305144, 0.0424742, 0.0744133, 0.177977, 0.507576, 1.49283", \
            "0.0336491, 0.0396465, 0.0537411, 0.0861934, 0.182482, 0.509178, 1.49675" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396053, 0.118154, 0.352488");
          values ( \
            "0.130965, 0.135501, 0.146104, 0.167849, 0.210588, 0.308169, 0.57833", \
            "0.135746, 0.140283, 0.150849, 0.172634, 0.215102, 0.313024, 0.583245", \
            "0.147587, 0.152115, 0.162657, 0.184424, 0.227003, 0.324822, 0.595071", \
            "0.173802, 0.178333, 0.188913, 0.210642, 0.253423, 0.351332, 0.621501", \
            "0.23086, 0.235446, 0.246343, 0.26823, 0.311205, 0.408977, 0.679204", \
            "0.336325, 0.341457, 0.353536, 0.378287, 0.425322, 0.525451, 0.795219", \
            "0.535794, 0.54174, 0.555797, 0.584848, 0.639602, 0.746817, 1.01872" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396053, 0.118154, 0.352488");
          values ( \
            "0.0219422, 0.0249585, 0.0322036, 0.0475837, 0.0858825, 0.197577, 0.553867", \
            "0.0220847, 0.024968, 0.0321613, 0.0479153, 0.0860451, 0.197619, 0.553783", \
            "0.0219417, 0.0249559, 0.0321778, 0.0476609, 0.0859117, 0.197647, 0.554222", \
            "0.0221257, 0.0251684, 0.0322557, 0.0475772, 0.0858042, 0.19707, 0.552458", \
            "0.0233781, 0.0263952, 0.0337704, 0.0486466, 0.0865212, 0.197943, 0.553894", \
            "0.0291735, 0.0322892, 0.0402766, 0.0563246, 0.0931822, 0.201579, 0.554807", \
            "0.040357, 0.0437239, 0.0523807, 0.0707747, 0.108539, 0.211303, 0.553031" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396053, 0.118154, 0.352488");
          values ( \
            "0.0391228, 0.0428168, 0.052398, 0.0784959, 0.153018, 0.373905, 1.03163", \
            "0.0427356, 0.0463922, 0.0559825, 0.0819105, 0.156354, 0.378272, 1.03852", \
            "0.0505339, 0.0541918, 0.0637118, 0.0895451, 0.16414, 0.386011, 1.05092", \
            "0.0593958, 0.0633787, 0.0732182, 0.0990825, 0.173297, 0.395377, 1.05317", \
            "0.0615583, 0.0664545, 0.077574, 0.103605, 0.178177, 0.398128, 1.05567", \
            "0.0413799, 0.0475169, 0.0614357, 0.0898661, 0.163631, 0.384094, 1.04241", \
            "-0.0401764, -0.0328903, -0.0153207, 0.0210019, 0.0967235, 0.316847, 0.971307" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396053, 0.118154, 0.352488");
          values ( \
            "0.0119307, 0.0158503, 0.0276668, 0.0640691, 0.174923, 0.50608, 1.49469", \
            "0.0119264, 0.0157971, 0.0276565, 0.0640784, 0.174731, 0.505685, 1.49323", \
            "0.0124465, 0.0162738, 0.0278474, 0.0641385, 0.17482, 0.506184, 1.49124", \
            "0.0148974, 0.0184395, 0.0293666, 0.064645, 0.175072, 0.506628, 1.49392", \
            "0.0191434, 0.0228929, 0.033106, 0.065888, 0.175557, 0.504577, 1.48995", \
            "0.0253127, 0.0298559, 0.0409358, 0.070952, 0.175891, 0.505043, 1.49051", \
            "0.0350236, 0.0409151, 0.0547434, 0.0858393, 0.180978, 0.507658, 1.4881" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396053, 0.118154, 0.352488");
          values ( \
            "0.0628721, 0.0662593, 0.0743255, 0.0909968, 0.127409, 0.219748, 0.489435", \
            "0.0671747, 0.0705788, 0.0786015, 0.095436, 0.131772, 0.224135, 0.492872", \
            "0.0789445, 0.0823346, 0.0903615, 0.10715, 0.143555, 0.235917, 0.504644", \
            "0.108151, 0.111495, 0.119479, 0.136329, 0.172311, 0.264797, 0.534173", \
            "0.160156, 0.164163, 0.173569, 0.192555, 0.231018, 0.323858, 0.593741", \
            "0.247249, 0.251962, 0.26308, 0.286307, 0.329452, 0.424931, 0.693789", \
            "0.412069, 0.417401, 0.430527, 0.458153, 0.510357, 0.611398, 0.879246" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396053, 0.118154, 0.352488");
          values ( \
            "0.0137674, 0.0160952, 0.0219102, 0.0359665, 0.073789, 0.189829, 0.554154", \
            "0.0137667, 0.0162431, 0.0219513, 0.0360198, 0.0736911, 0.189544, 0.555481", \
            "0.0137037, 0.0160922, 0.0218907, 0.0359483, 0.0735978, 0.190236, 0.554955", \
            "0.0145223, 0.0167318, 0.0226778, 0.0364082, 0.0741851, 0.189755, 0.548106", \
            "0.0199217, 0.0225159, 0.0286959, 0.0423082, 0.0774098, 0.191303, 0.551827", \
            "0.0277223, 0.0305399, 0.037771, 0.0528933, 0.0872363, 0.194758, 0.550924", \
            "0.039224, 0.0425223, 0.0502863, 0.0681356, 0.103528, 0.20243, 0.55314" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396052, 0.118154, 0.352488");
          values ( \
            "0.0200212, 0.0219643, 0.0277359, 0.0444785, 0.0938924, 0.241237, 0.680696", \
            "0.0198497, 0.0218058, 0.0275672, 0.044326, 0.0937689, 0.241111, 0.680439", \
            "0.0196586, 0.021607, 0.0273907, 0.0441718, 0.0936444, 0.240995, 0.680074", \
            "0.0197025, 0.0216132, 0.0273191, 0.0441069, 0.0935675, 0.241212, 0.680811", \
            "0.0206069, 0.0224401, 0.0278728, 0.0441144, 0.0935494, 0.240813, 0.680894", \
            "0.0227511, 0.0245048, 0.0298764, 0.0462203, 0.0949495, 0.242475, 0.681963", \
            "0.0289813, 0.030507, 0.0356612, 0.0518927, 0.100738, 0.247277, 0.685473" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396052, 0.118154, 0.352488");
          values ( \
            "0.0162355, 0.0142331, 0.0093288, -0.0047751, -0.0528304, -0.201704, -0.647139", \
            "0.0159137, 0.0139625, 0.0090777, -0.0051124, -0.0531063, -0.201967, -0.647426", \
            "0.0155671, 0.0136074, 0.0086567, -0.0055107, -0.0534887, -0.202386, -0.647846", \
            "0.0152821, 0.013236, 0.0083046, -0.0058882, -0.0539021, -0.202717, -0.648135", \
            "0.0154137, 0.0133459, 0.0083534, -0.00612, -0.0540643, -0.202839, -0.648324", \
            "0.0211774, 0.0187909, 0.0125215, -0.0044586, -0.0539101, -0.202319, -0.647748", \
            "0.0272295, 0.0246669, 0.0177938, -8.16e-05, -0.0504022, -0.199645, -0.644678" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396052, 0.118154, 0.352488");
          values ( \
            "0.0202644, 0.0222084, 0.0279637, 0.0447426, 0.0939476, 0.240946, 0.68025", \
            "0.0201353, 0.0220835, 0.0278398, 0.0445875, 0.0938451, 0.240912, 0.680048", \
            "0.0199255, 0.0218601, 0.0276513, 0.0443873, 0.0937132, 0.240839, 0.679909", \
            "0.0200531, 0.0219608, 0.0276607, 0.0442596, 0.0937066, 0.241324, 0.680632", \
            "0.0207208, 0.0225356, 0.0279966, 0.044296, 0.0936823, 0.241095, 0.682717", \
            "0.02227, 0.0240316, 0.0295536, 0.045972, 0.0947449, 0.241979, 0.681586", \
            "0.0274157, 0.0289625, 0.0341781, 0.0504925, 0.0996469, 0.246337, 0.683425" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396052, 0.118154, 0.352488");
          values ( \
            "0.0192066, 0.017118, 0.0119245, -0.0020763, -0.0498078, -0.198565, -0.643999", \
            "0.0189824, 0.0169012, 0.0117354, -0.0024166, -0.0500513, -0.198751, -0.644204", \
            "0.0186733, 0.0165649, 0.0114048, -0.0027117, -0.0503533, -0.199105, -0.644463", \
            "0.0184227, 0.0163546, 0.011145, -0.0030183, -0.0506729, -0.199349, -0.644774", \
            "0.0185136, 0.0163962, 0.0110495, -0.0030827, -0.0508701, -0.199537, -0.644906", \
            "0.0238923, 0.0215458, 0.0152142, -0.0019763, -0.0508227, -0.199162, -0.644585", \
            "0.0301389, 0.027587, 0.0207255, 0.0027817, -0.0476401, -0.196929, -0.641939" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396052, 0.118154, 0.352488");
          values ( \
            "0.0205764, 0.0225422, 0.0283155, 0.0450418, 0.094103, 0.240905, 0.679962", \
            "0.0204362, 0.0223853, 0.0281908, 0.0449073, 0.0939547, 0.240715, 0.67976", \
            "0.0202327, 0.0221518, 0.0279305, 0.0446434, 0.0937966, 0.240587, 0.679771", \
            "0.0200833, 0.0219913, 0.0277898, 0.0444916, 0.0937577, 0.240587, 0.680544", \
            "0.020862, 0.0227029, 0.0281968, 0.044487, 0.0937789, 0.241049, 0.679811", \
            "0.0221823, 0.0239253, 0.0293536, 0.0458613, 0.0946443, 0.241708, 0.681205", \
            "0.0270556, 0.0286236, 0.0337737, 0.0500064, 0.0991604, 0.245456, 0.68297" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396052, 0.118154, 0.352488");
          values ( \
            "0.0227461, 0.0206592, 0.0154301, 0.0011516, -0.0469385, -0.195918, -0.64148", \
            "0.0225109, 0.0204208, 0.015208, 0.000986, -0.0470732, -0.19611, -0.641649", \
            "0.0223126, 0.0202088, 0.0149825, 0.0007144, -0.0473222, -0.196328, -0.641856", \
            "0.0221158, 0.0200059, 0.0148603, 0.000485, -0.0475724, -0.196548, -0.642043", \
            "0.0221977, 0.0200646, 0.0150778, 0.0005739, -0.0476364, -0.196584, -0.642074", \
            "0.0275599, 0.0252298, 0.018908, 0.0015843, -0.047253, -0.195736, -0.641441", \
            "0.0343695, 0.031824, 0.0249668, 0.0069524, -0.0437029, -0.193405, -0.638643" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396052, 0.118154, 0.352488");
          values ( \
            "0.0152256, 0.0172811, 0.0232818, 0.0405833, 0.0906588, 0.238688, 0.679297", \
            "0.0150799, 0.017146, 0.0231239, 0.0403531, 0.0903055, 0.237795, 0.676873", \
            "0.0149445, 0.0169257, 0.0227938, 0.0399518, 0.0900848, 0.23833, 0.679044", \
            "0.0149656, 0.0168871, 0.0226339, 0.0395894, 0.0897597, 0.23809, 0.679501", \
            "0.015945, 0.0178064, 0.0234254, 0.0398817, 0.0900256, 0.237851, 0.67883", \
            "0.0189374, 0.0206944, 0.0262103, 0.0426122, 0.091607, 0.239839, 0.679806", \
            "0.0279716, 0.029526, 0.0345692, 0.0507773, 0.0995786, 0.246591, 0.685926" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149165, 0.00445001, 0.0132757, 0.0396052, 0.118154, 0.352488");
          values ( \
            "0.0157501, 0.0140036, 0.0092758, -0.0052204, -0.0540355, -0.203149, -0.648692", \
            "0.0154406, 0.0136669, 0.0089471, -0.0054958, -0.0543185, -0.203426, -0.649031", \
            "0.0152936, 0.0134883, 0.0087206, -0.0057282, -0.0545558, -0.203611, -0.649173", \
            "0.0154219, 0.0135366, 0.0086274, -0.0058726, -0.0543193, -0.203602, -0.649087", \
            "0.0166631, 0.0145313, 0.0088737, -0.0051924, -0.0538848, -0.202901, -0.648376", \
            "0.0237448, 0.0213987, 0.0151106, -0.0019579, -0.0517797, -0.200513, -0.64596", \
            "0.0337098, 0.0311063, 0.0242228, 0.006309, -0.0443369, -0.193455, -0.638477" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002399;
      rise_capacitance : 0.002495;
      rise_capacitance_range (0.002495, 0.002495);
      fall_capacitance : 0.002304;
      fall_capacitance_range (0.002304, 0.002304);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0040363, -0.0040381, -0.0040423, -0.0040364, -0.0040227, -0.0039913, -0.0039187" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052343, 0.0052358, 0.0052395, 0.0052414, 0.0052458, 0.0052561, 0.0052798" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002362;
      rise_capacitance : 0.002463;
      rise_capacitance_range (0.002463, 0.002463);
      fall_capacitance : 0.002262;
      fall_capacitance_range (0.002262, 0.002262);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043021, -0.0043004, -0.0042964, -0.0042977, -0.0043005, -0.004307, -0.004322" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052174, 0.0052263, 0.0052469, 0.005266, 0.0053099, 0.0054113, 0.0056452" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002394;
      rise_capacitance : 0.002528;
      rise_capacitance_range (0.002528, 0.002528);
      fall_capacitance : 0.00226;
      fall_capacitance_range (0.00226, 0.00226);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046866, -0.004685, -0.0046813, -0.0046811, -0.0046807, -0.0046798, -0.0046776" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046927, 0.004689, 0.0046804, 0.0046797, 0.004678, 0.0046743, 0.0046658" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002412;
      rise_capacitance : 0.002557;
      rise_capacitance_range (0.002557, 0.002557);
      fall_capacitance : 0.002268;
      fall_capacitance_range (0.002268, 0.002268);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018796, -0.0018836, -0.0018928, -0.0018916, -0.0018887, -0.0018821, -0.0018669" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030615, 0.0030586, 0.0030517, 0.0030632, 0.0030898, 0.0031509, 0.0032917" \
          );
        }
      }
    }
  }
  cell (scs8hd_a31o_4) {
    area : 17.5168;
    cell_footprint : "a31o";
    cell_leakage_power : 0.0173238;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0125462;
      when : "!A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0248976;
      when : "!A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0125462;
      when : "!A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 0.0248981;
      when : "!A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0125462;
      when : "!A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0248986;
      when : "!A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0125462;
      when : "!A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0249716;
      when : "!A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0125462;
      when : "A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0249113;
      when : "A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0125449;
      when : "A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 0.0249592;
      when : "A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0125464;
      when : "A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0249618;
      when : "A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0125377;
      when : "A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0023229;
      when : "A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0173238;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2&A3) | (B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.647288;
      max_transition : 1.50535;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0615226, 0.0647226, 0.0735459, 0.0970549, 0.164667, 0.381249, 1.09169", \
            "0.0642937, 0.0674686, 0.0762841, 0.0998025, 0.167429, 0.383975, 1.09439", \
            "0.0712202, 0.0743707, 0.0831901, 0.106644, 0.174334, 0.390557, 1.10086", \
            "0.0841237, 0.0872936, 0.0961522, 0.119823, 0.187397, 0.403643, 1.11439", \
            "0.0940176, 0.0974874, 0.106721, 0.130241, 0.198255, 0.414816, 1.12565", \
            "0.0814239, 0.0855188, 0.0964252, 0.121762, 0.188896, 0.405402, 1.11684", \
            "0.0039884, 0.0085712, 0.0217109, 0.05224, 0.122131, 0.337265, 1.04908" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0165959, 0.0193844, 0.0279941, 0.055348, 0.148099, 0.46144, 1.49807", \
            "0.0165378, 0.0193468, 0.028018, 0.0553307, 0.148095, 0.4614, 1.4972", \
            "0.0164511, 0.0192876, 0.0280117, 0.0552708, 0.148319, 0.462419, 1.50023", \
            "0.0171488, 0.0200122, 0.0287102, 0.0559953, 0.148421, 0.462292, 1.50034", \
            "0.0201179, 0.0228379, 0.0309059, 0.057239, 0.149118, 0.461509, 1.49622", \
            "0.0255426, 0.0288249, 0.0371252, 0.0614605, 0.150136, 0.461723, 1.49827", \
            "0.033931, 0.0375862, 0.0481621, 0.0738767, 0.154266, 0.462754, 1.49791" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.118645, 0.121295, 0.128676, 0.146565, 0.185799, 0.280804, 0.560745", \
            "0.123077, 0.125725, 0.133077, 0.150878, 0.190266, 0.285108, 0.564687", \
            "0.134698, 0.137339, 0.144652, 0.162402, 0.201703, 0.296732, 0.57664", \
            "0.161099, 0.163732, 0.17105, 0.188767, 0.22815, 0.323136, 0.602845", \
            "0.215919, 0.218674, 0.226326, 0.244544, 0.284476, 0.379768, 0.659649", \
            "0.315159, 0.318172, 0.32668, 0.346771, 0.391024, 0.490431, 0.770881", \
            "0.505102, 0.508545, 0.518049, 0.54148, 0.592571, 0.701005, 0.984546" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0198334, 0.0216249, 0.0265572, 0.0402633, 0.075633, 0.183008, 0.555103", \
            "0.0197831, 0.0216142, 0.0268364, 0.0403332, 0.0756399, 0.18292, 0.555851", \
            "0.0197267, 0.0215285, 0.0268226, 0.040172, 0.0756385, 0.183255, 0.554669", \
            "0.0198464, 0.0214764, 0.0266032, 0.0400111, 0.0755242, 0.182983, 0.555779", \
            "0.0218292, 0.0236186, 0.0286985, 0.0421444, 0.0769341, 0.183654, 0.556214", \
            "0.0284017, 0.0302302, 0.0355968, 0.0502106, 0.0850853, 0.189009, 0.556555", \
            "0.0403615, 0.0422546, 0.0477676, 0.0631447, 0.101055, 0.202099, 0.558588" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0658543, 0.0690024, 0.0778124, 0.101273, 0.169059, 0.385357, 1.09737", \
            "0.0688023, 0.0719459, 0.080766, 0.104228, 0.172023, 0.388339, 1.10021", \
            "0.0755736, 0.0787361, 0.0875406, 0.111, 0.17849, 0.394889, 1.10531", \
            "0.0883459, 0.0915294, 0.100517, 0.124061, 0.191622, 0.407895, 1.11716", \
            "0.0996212, 0.103165, 0.112657, 0.136474, 0.204191, 0.420715, 1.13343", \
            "0.0904239, 0.0945205, 0.105629, 0.131595, 0.199544, 0.415762, 1.12683", \
            "0.0194815, 0.0240548, 0.0373615, 0.0687437, 0.139392, 0.35611, 1.06561" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0165226, 0.0193996, 0.0280474, 0.0553273, 0.148274, 0.462036, 1.50134", \
            "0.0165165, 0.0193885, 0.0279979, 0.0553282, 0.148245, 0.462012, 1.50126", \
            "0.0165135, 0.0193335, 0.0279585, 0.0552696, 0.147891, 0.461297, 1.49666", \
            "0.0172309, 0.0200223, 0.0285958, 0.0558117, 0.14833, 0.461318, 1.49944", \
            "0.0200805, 0.0229579, 0.031113, 0.0573906, 0.148828, 0.462607, 1.50128", \
            "0.0251792, 0.0284304, 0.0371189, 0.0617758, 0.14985, 0.463272, 1.50006", \
            "0.0328357, 0.0371409, 0.0472413, 0.0728711, 0.154495, 0.463694, 1.49481" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.123445, 0.12623, 0.133937, 0.152203, 0.191141, 0.284905, 0.564172", \
            "0.128122, 0.130889, 0.138591, 0.156839, 0.195827, 0.289605, 0.568825", \
            "0.139969, 0.142729, 0.150384, 0.168684, 0.207626, 0.301366, 0.580347", \
            "0.166183, 0.168946, 0.176637, 0.194919, 0.233947, 0.327707, 0.606879", \
            "0.221727, 0.224573, 0.232416, 0.251015, 0.290376, 0.384322, 0.663815", \
            "0.322188, 0.32535, 0.334035, 0.354834, 0.398508, 0.496255, 0.775682", \
            "0.514273, 0.517946, 0.52795, 0.552046, 0.60318, 0.708852, 0.990654" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0203969, 0.0222218, 0.0275076, 0.0406782, 0.0749468, 0.181508, 0.555691", \
            "0.0204568, 0.0222104, 0.0274845, 0.0408907, 0.0750212, 0.18122, 0.555454", \
            "0.0203723, 0.0222449, 0.0274536, 0.0409407, 0.0749129, 0.181217, 0.553996", \
            "0.0203552, 0.0222218, 0.0275435, 0.0407303, 0.0749441, 0.181418, 0.554007", \
            "0.0220824, 0.0239229, 0.0291702, 0.0421732, 0.0760189, 0.181713, 0.556042", \
            "0.0283009, 0.0300524, 0.0357007, 0.0496106, 0.0834579, 0.186007, 0.554862", \
            "0.0393997, 0.0413066, 0.0473782, 0.0631022, 0.0989627, 0.197804, 0.557375" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0694323, 0.0726119, 0.0814525, 0.104942, 0.172646, 0.388517, 1.09818", \
            "0.0721399, 0.0752891, 0.0841103, 0.107562, 0.175324, 0.391554, 1.10281", \
            "0.0776325, 0.0807824, 0.0895951, 0.113026, 0.180781, 0.39696, 1.10693", \
            "0.0880646, 0.0912612, 0.100325, 0.123833, 0.191464, 0.407668, 1.11691", \
            "0.098194, 0.101733, 0.111198, 0.135343, 0.203098, 0.4193, 1.13062", \
            "0.0891681, 0.0932425, 0.104479, 0.130848, 0.198832, 0.415296, 1.12524", \
            "0.0201309, 0.0248892, 0.0382203, 0.0703091, 0.141996, 0.358474, 1.06889" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.016552, 0.0194361, 0.0281106, 0.05536, 0.148103, 0.462046, 1.49987", \
            "0.0165134, 0.0193886, 0.0280558, 0.0553464, 0.148181, 0.461786, 1.50016", \
            "0.0165031, 0.0193682, 0.0280021, 0.0554049, 0.147976, 0.461201, 1.49628", \
            "0.0171038, 0.0199264, 0.0285359, 0.0556804, 0.148264, 0.46127, 1.4996", \
            "0.0196914, 0.022726, 0.0310537, 0.0572896, 0.149078, 0.462398, 1.49818", \
            "0.0248455, 0.02835, 0.0369707, 0.0620661, 0.149938, 0.461458, 1.49838", \
            "0.0326129, 0.0364807, 0.0473889, 0.0736265, 0.155298, 0.464086, 1.49782" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.13097, 0.133862, 0.141811, 0.160428, 0.199684, 0.293182, 0.572104", \
            "0.135811, 0.138692, 0.146655, 0.165331, 0.204617, 0.298038, 0.577399", \
            "0.14797, 0.150847, 0.158815, 0.177482, 0.216717, 0.310236, 0.589754", \
            "0.174058, 0.176929, 0.184866, 0.203555, 0.242719, 0.336387, 0.615507", \
            "0.229396, 0.232368, 0.240409, 0.259447, 0.298817, 0.392403, 0.671622", \
            "0.329277, 0.33262, 0.341569, 0.362799, 0.406404, 0.503148, 0.783191", \
            "0.518113, 0.521889, 0.532382, 0.557103, 0.608019, 0.71248, 0.993845" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.021365, 0.0233497, 0.0286537, 0.0418043, 0.0749335, 0.181001, 0.555526", \
            "0.0214491, 0.0233154, 0.0286997, 0.0415978, 0.0749645, 0.181111, 0.555476", \
            "0.0213162, 0.0232332, 0.0286294, 0.041616, 0.0749612, 0.181013, 0.554695", \
            "0.0213291, 0.0232637, 0.0286766, 0.0417692, 0.0750259, 0.180973, 0.553944", \
            "0.0227515, 0.0246727, 0.0299434, 0.0428515, 0.0760274, 0.181363, 0.554132", \
            "0.0287442, 0.03056, 0.036513, 0.0502673, 0.0828966, 0.185303, 0.55636", \
            "0.0396802, 0.0416177, 0.0482464, 0.0638315, 0.0990706, 0.196654, 0.557842" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0374803, 0.0399159, 0.0470451, 0.0679977, 0.133869, 0.348431, 1.06145", \
            "0.0409266, 0.0433488, 0.0504625, 0.071345, 0.137249, 0.352605, 1.0639", \
            "0.0480451, 0.0504827, 0.0575863, 0.0784088, 0.144623, 0.360835, 1.06848", \
            "0.0545752, 0.057192, 0.0645728, 0.0854309, 0.151369, 0.368476, 1.07642", \
            "0.0522714, 0.0555105, 0.0640592, 0.0853796, 0.151426, 0.3667, 1.0779", \
            "0.0234662, 0.027536, 0.0383263, 0.0624876, 0.128243, 0.343172, 1.05313", \
            "-0.0758981, -0.0712646, -0.0579569, -0.0264617, 0.0430863, 0.2586, 0.967235" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0118464, 0.0143707, 0.0226917, 0.0509628, 0.146362, 0.460679, 1.50059", \
            "0.0118645, 0.0143667, 0.0227066, 0.0509082, 0.146125, 0.461806, 1.50535", \
            "0.0124687, 0.0149155, 0.0230809, 0.0510019, 0.146354, 0.461513, 1.49718", \
            "0.0147001, 0.0169849, 0.024617, 0.0517659, 0.145758, 0.461576, 1.50047", \
            "0.0189935, 0.021328, 0.0284981, 0.0533605, 0.146459, 0.460318, 1.49744", \
            "0.0250444, 0.0283863, 0.0364589, 0.0592795, 0.147446, 0.46075, 1.49804", \
            "0.0352411, 0.0388458, 0.0497255, 0.0747927, 0.154737, 0.462218, 1.4947" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0642189, 0.0664525, 0.0726695, 0.0874108, 0.120441, 0.208173, 0.48667", \
            "0.0684352, 0.0706558, 0.0768517, 0.0913415, 0.12443, 0.212197, 0.490671", \
            "0.0803606, 0.0825975, 0.088738, 0.103304, 0.136445, 0.224214, 0.502338", \
            "0.109672, 0.111864, 0.11795, 0.13234, 0.165408, 0.253206, 0.531768", \
            "0.163395, 0.165992, 0.173056, 0.189653, 0.224568, 0.31322, 0.591959", \
            "0.256173, 0.259211, 0.267424, 0.287041, 0.327325, 0.418491, 0.696712", \
            "0.434887, 0.438229, 0.447689, 0.470455, 0.518321, 0.615292, 0.892895" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0137487, 0.0154525, 0.0196964, 0.0314953, 0.0644319, 0.173977, 0.551648", \
            "0.0137471, 0.0154494, 0.0197373, 0.031427, 0.0644253, 0.173846, 0.552404", \
            "0.0138112, 0.0154325, 0.0199536, 0.0313135, 0.0643345, 0.174027, 0.554941", \
            "0.0143028, 0.0160102, 0.0203791, 0.0319869, 0.0647237, 0.174066, 0.550964", \
            "0.0199505, 0.0214672, 0.0261112, 0.0375523, 0.0685225, 0.175265, 0.550575", \
            "0.0277134, 0.0295119, 0.0346233, 0.0475719, 0.0778948, 0.179278, 0.553373", \
            "0.0386294, 0.0405538, 0.0459133, 0.0604699, 0.0928815, 0.186476, 0.556989" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0379514, 0.040243, 0.0478402, 0.0726082, 0.151854, 0.409845, 1.2588", \
            "0.037629, 0.0399399, 0.0475341, 0.0723119, 0.151573, 0.409585, 1.25846", \
            "0.0373377, 0.0396317, 0.0472652, 0.0719335, 0.15115, 0.409402, 1.25804", \
            "0.0373326, 0.039592, 0.047104, 0.0715304, 0.150592, 0.408891, 1.2576", \
            "0.0390427, 0.0411811, 0.0482938, 0.0712021, 0.149905, 0.408432, 1.25735", \
            "0.0429161, 0.0449363, 0.0518144, 0.0753551, 0.152355, 0.409798, 1.25926", \
            "0.0546846, 0.0563519, 0.0627474, 0.0855334, 0.162606, 0.417979, 1.26349" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0337565, 0.031234, 0.0237885, 0.0037294, -0.0691879, -0.327213, -1.18491", \
            "0.0332071, 0.0308484, 0.0235062, 0.0033405, -0.0697194, -0.327679, -1.18539", \
            "0.0327756, 0.030268, 0.0228648, 0.0027165, -0.0701899, -0.328253, -1.18582", \
            "0.0323466, 0.0298268, 0.0223376, 0.0021568, -0.0708367, -0.328774, -1.1863", \
            "0.0324621, 0.0300327, 0.0222364, 0.0016723, -0.0712759, -0.329203, -1.18672", \
            "0.0420266, 0.0391583, 0.0306714, 0.005636, -0.071482, -0.328676, -1.18592", \
            "0.055743, 0.0526806, 0.0432581, 0.0165391, -0.0636191, -0.323644, -1.1804" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0389403, 0.0412241, 0.0487774, 0.0734883, 0.152784, 0.410797, 1.25901", \
            "0.0386859, 0.0409484, 0.0485141, 0.0732242, 0.152525, 0.410543, 1.25886", \
            "0.0382512, 0.040553, 0.0481534, 0.0728381, 0.152035, 0.410067, 1.2588", \
            "0.0381394, 0.0403783, 0.0480056, 0.0723726, 0.151479, 0.409692, 1.25815", \
            "0.039821, 0.0419541, 0.0491202, 0.0721973, 0.150905, 0.409321, 1.25734", \
            "0.0429341, 0.0449396, 0.051805, 0.0752912, 0.152526, 0.410472, 1.2595", \
            "0.0533351, 0.0549127, 0.0614052, 0.084436, 0.161976, 0.417306, 1.2627" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0401667, 0.0376427, 0.0302674, 0.0099469, -0.063132, -0.321221, -1.17876", \
            "0.0397774, 0.0372108, 0.0297763, 0.0094557, -0.0635249, -0.321642, -1.17921", \
            "0.039249, 0.0366811, 0.0291737, 0.0089468, -0.0641213, -0.322302, -1.17982", \
            "0.0387221, 0.036207, 0.0287485, 0.0084362, -0.064762, -0.322796, -1.18035", \
            "0.0388512, 0.0363216, 0.0285533, 0.0078714, -0.0652304, -0.323317, -1.18071", \
            "0.047725, 0.0448915, 0.0363477, 0.0114157, -0.0656285, -0.323053, -1.18035", \
            "0.0603457, 0.0572907, 0.0476904, 0.0210713, -0.0587536, -0.318332, -1.17497" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0394191, 0.0417644, 0.0493751, 0.0740125, 0.153227, 0.41121, 1.25967", \
            "0.0391767, 0.0414589, 0.0490235, 0.0737407, 0.152878, 0.410855, 1.25956", \
            "0.0387415, 0.0410352, 0.0486203, 0.0733009, 0.152444, 0.410507, 1.25863", \
            "0.0384223, 0.040697, 0.0481918, 0.0727554, 0.151836, 0.409962, 1.25835", \
            "0.0396414, 0.0418137, 0.0489402, 0.072331, 0.151055, 0.40949, 1.25753", \
            "0.0430356, 0.0450505, 0.0520249, 0.0755856, 0.152531, 0.41042, 1.25916", \
            "0.0537652, 0.0555242, 0.0619051, 0.0849263, 0.162548, 0.418396, 1.26334" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0481113, 0.0456396, 0.0380367, 0.0178565, -0.0553497, -0.31322, -1.17071", \
            "0.0478884, 0.0454077, 0.0379593, 0.0175149, -0.0554556, -0.313569, -1.17095", \
            "0.0474632, 0.0448986, 0.0373918, 0.01704, -0.056017, -0.313838, -1.17128", \
            "0.0471612, 0.0446068, 0.0371093, 0.0167836, -0.0563862, -0.314245, -1.17168", \
            "0.0473682, 0.0448198, 0.0370535, 0.0163126, -0.0567392, -0.314642, -1.17191", \
            "0.0564506, 0.0536379, 0.0450915, 0.0200559, -0.0566846, -0.313694, -1.17114", \
            "0.0700704, 0.0670624, 0.0577099, 0.0311185, -0.0474347, -0.307737, -1.16464" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0271441, 0.0295204, 0.0372019, 0.0615823, 0.139751, 0.395358, 1.24729", \
            "0.0268559, 0.0292267, 0.0368976, 0.0612896, 0.139601, 0.396874, 1.24641", \
            "0.0265197, 0.0288261, 0.0363583, 0.0605936, 0.139064, 0.397061, 1.23955", \
            "0.0266116, 0.0287644, 0.0360871, 0.0599287, 0.138543, 0.396672, 1.23952", \
            "0.02895, 0.0310746, 0.0382987, 0.0615665, 0.139819, 0.396686, 1.24655", \
            "0.035513, 0.0376211, 0.0444658, 0.067539, 0.145255, 0.402406, 1.25012", \
            "0.054403, 0.0560028, 0.0623196, 0.0850947, 0.161986, 0.41604, 1.262" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165066, 0.00544936, 0.0179901, 0.0593911, 0.196069, 0.647288");
          values ( \
            "0.0327065, 0.0306044, 0.0240339, 0.0040834, -0.0709124, -0.329991, -1.18775", \
            "0.0321133, 0.0300149, 0.0233593, 0.0034318, -0.0715816, -0.330646, -1.18837", \
            "0.0319098, 0.0297448, 0.0230461, 0.0029825, -0.0719445, -0.330901, -1.18855", \
            "0.0320323, 0.0298368, 0.0230142, 0.002917, -0.0720561, -0.330902, -1.18847", \
            "0.0341187, 0.0316557, 0.0241891, 0.0037209, -0.0707125, -0.329385, -1.18694", \
            "0.0486675, 0.045818, 0.0372499, 0.0125092, -0.0655705, -0.323828, -1.18128", \
            "0.0670186, 0.0647433, 0.0550319, 0.0277827, -0.0520405, -0.311747, -1.16802" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004308;
      rise_capacitance : 0.0045;
      rise_capacitance_range (0.0045, 0.0045);
      fall_capacitance : 0.004117;
      fall_capacitance_range (0.004117, 0.004117);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.007462, -0.0074633, -0.0074662, -0.0074543, -0.0074268, -0.0073634, -0.0072173" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0096873, 0.0096865, 0.0096847, 0.0096825, 0.0096776, 0.0096662, 0.0096401" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004771;
      rise_capacitance : 0.00498;
      rise_capacitance_range (0.00498, 0.00498);
      fall_capacitance : 0.004563;
      fall_capacitance_range (0.004563, 0.004563);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087009, -0.0086974, -0.0086895, -0.0086892, -0.0086886, -0.008687, -0.0086835" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0105632, 0.0105855, 0.0106367, 0.0106762, 0.0107673, 0.0109771, 0.0114608" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004945;
      rise_capacitance : 0.005183;
      rise_capacitance_range (0.005183, 0.005183);
      fall_capacitance : 0.004707;
      fall_capacitance_range (0.004707, 0.004707);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.009464, -0.0094681, -0.0094776, -0.0094771, -0.0094758, -0.0094729, -0.0094662" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0095155, 0.0095074, 0.0094886, 0.0094911, 0.009497, 0.0095104, 0.0095413" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00461;
      rise_capacitance : 0.004909;
      rise_capacitance_range (0.004909, 0.004909);
      fall_capacitance : 0.00431;
      fall_capacitance_range (0.00431, 0.00431);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0036602, -0.0036599, -0.0036591, -0.0036587, -0.0036576, -0.0036551, -0.0036494" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0059667, 0.0059607, 0.0059471, 0.0059787, 0.0060519, 0.0062205, 0.0066091" \
          );
        }
      }
    }
  }
  cell (scs8hd_a31oi_1) {
    area : 6.256;
    cell_footprint : "a31oi";
    cell_leakage_power : 0.0036732;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062076;
      when : "!A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 3.09313e-05;
      when : "!A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0062076;
      when : "!A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 3.10978e-05;
      when : "!A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0062076;
      when : "!A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 3.12956e-05;
      when : "!A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0062076;
      when : "!A1&A2&A3&B1";
    }
    leakage_power () {
      value : 5.78081e-05;
      when : "!A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0062076;
      when : "A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 3.76624e-05;
      when : "A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0062076;
      when : "A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 5.54247e-05;
      when : "A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0062076;
      when : "A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 5.52765e-05;
      when : "A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0138041;
      when : "A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0012144;
      when : "A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0036732;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1) | (!A2&!B1) | (!A3&!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.089732;
      max_transition : 1.48677;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0508804, 0.0586393, 0.0761836, 0.116117, 0.208822, 0.427406, 0.945755", \
            "0.0552572, 0.0628141, 0.0803088, 0.120534, 0.213841, 0.432986, 0.951605", \
            "0.0672094, 0.0745363, 0.0916717, 0.131582, 0.226829, 0.444839, 0.96339", \
            "0.0919775, 0.100306, 0.117964, 0.157502, 0.250935, 0.473309, 0.994199", \
            "0.13127, 0.14356, 0.167674, 0.215539, 0.310305, 0.531589, 1.05033", \
            "0.200899, 0.217924, 0.252998, 0.319898, 0.441767, 0.668747, 1.19128", \
            "0.355532, 0.377837, 0.423916, 0.513548, 0.680002, 0.973608, 1.51419" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0345044, 0.0441009, 0.0667033, 0.120365, 0.248119, 0.551528, 1.27271", \
            "0.0346014, 0.0440772, 0.0667012, 0.120755, 0.248294, 0.551561, 1.27224", \
            "0.0348478, 0.0442146, 0.0667969, 0.120504, 0.248767, 0.551715, 1.27403", \
            "0.0412489, 0.0492177, 0.069662, 0.120843, 0.24853, 0.554318, 1.27052", \
            "0.061462, 0.0705369, 0.0910083, 0.135303, 0.251929, 0.552397, 1.27114", \
            "0.100097, 0.111325, 0.135034, 0.186375, 0.295247, 0.564091, 1.2748", \
            "0.168612, 0.179944, 0.209771, 0.274017, 0.403705, 0.666064, 1.29828" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0210244, 0.0241835, 0.0312082, 0.0468048, 0.0823645, 0.165178, 0.360774", \
            "0.023973, 0.027064, 0.0339875, 0.0496405, 0.0851636, 0.168003, 0.363558", \
            "0.0301585, 0.0338923, 0.0413242, 0.0566283, 0.0922244, 0.175028, 0.370454", \
            "0.0346796, 0.0397697, 0.0502934, 0.0707319, 0.109096, 0.191527, 0.387117", \
            "0.0300635, 0.0371104, 0.0526037, 0.0824996, 0.135726, 0.230246, 0.424429", \
            "-0.0009087, 0.0093986, 0.0310179, 0.0733066, 0.151763, 0.288966, 0.518039", \
            "-0.102306, -0.0879756, -0.0581404, 0.003293, 0.11586, 0.313589, 0.639458" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0194623, 0.0230143, 0.0312547, 0.050688, 0.0964915, 0.205481, 0.465262", \
            "0.0192138, 0.022624, 0.0307843, 0.050581, 0.0966658, 0.205464, 0.46541", \
            "0.0243087, 0.0274021, 0.0340518, 0.0514785, 0.0965252, 0.205521, 0.466351", \
            "0.035277, 0.0391447, 0.0481826, 0.0652674, 0.102868, 0.205892, 0.465269", \
            "0.0537492, 0.0597628, 0.0726331, 0.0952872, 0.139848, 0.226217, 0.466301", \
            "0.0876975, 0.0959195, 0.11382, 0.147012, 0.207344, 0.313617, 0.51594", \
            "0.149387, 0.161259, 0.187819, 0.235533, 0.32213, 0.467791, 0.721633" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0716779, 0.0799701, 0.0991936, 0.143984, 0.249082, 0.497613, 1.09011", \
            "0.0758035, 0.0840712, 0.10349, 0.148614, 0.254174, 0.503275, 1.09424", \
            "0.0872364, 0.0954129, 0.114598, 0.159728, 0.265596, 0.514822, 1.10681", \
            "0.112267, 0.120459, 0.139557, 0.184338, 0.290074, 0.539932, 1.13068", \
            "0.156981, 0.167533, 0.19061, 0.239676, 0.345313, 0.594965, 1.18552", \
            "0.235975, 0.250616, 0.282303, 0.345597, 0.470796, 0.724219, 1.31455", \
            "0.402522, 0.421431, 0.462432, 0.546508, 0.70925, 1.01585, 1.61799" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0536932, 0.0647439, 0.0906842, 0.152693, 0.298032, 0.643768, 1.46773", \
            "0.0537397, 0.0647152, 0.0906456, 0.152484, 0.298643, 0.645346, 1.46672", \
            "0.0537528, 0.0647028, 0.0906287, 0.152659, 0.297737, 0.643063, 1.46897", \
            "0.0569381, 0.0671894, 0.0920464, 0.152758, 0.298174, 0.64431, 1.46637", \
            "0.0745978, 0.0846742, 0.107813, 0.162069, 0.300349, 0.645549, 1.46516", \
            "0.112278, 0.124468, 0.149904, 0.206854, 0.332859, 0.653196, 1.46814", \
            "0.175521, 0.189834, 0.221919, 0.29051, 0.43362, 0.735257, 1.48677" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0254627, 0.0285774, 0.0355718, 0.0511446, 0.0866658, 0.169487, 0.365103", \
            "0.0285695, 0.031643, 0.0386246, 0.0542031, 0.0897946, 0.172618, 0.368163", \
            "0.0347741, 0.0382641, 0.0457433, 0.0614209, 0.0970673, 0.180023, 0.375576", \
            "0.0407037, 0.0455214, 0.0556336, 0.0755171, 0.113751, 0.197053, 0.392981", \
            "0.0379268, 0.0449812, 0.059662, 0.0884842, 0.140942, 0.23498, 0.432274", \
            "0.0093083, 0.0193229, 0.0404311, 0.082556, 0.159384, 0.291594, 0.519424", \
            "-0.0879694, -0.0739171, -0.0430879, 0.0176106, 0.129271, 0.323035, 0.646222" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0193765, 0.0228382, 0.0311608, 0.0505271, 0.0966635, 0.205433, 0.465675", \
            "0.0193212, 0.0227447, 0.0310246, 0.0503788, 0.0966177, 0.205273, 0.466006", \
            "0.0232884, 0.0261435, 0.0332442, 0.0513111, 0.0963333, 0.206214, 0.464895", \
            "0.0337076, 0.0372681, 0.0449783, 0.0616682, 0.101133, 0.205926, 0.465149", \
            "0.0524623, 0.057463, 0.0676507, 0.0889221, 0.129686, 0.220337, 0.466422", \
            "0.0857782, 0.0922021, 0.10683, 0.136477, 0.188989, 0.289342, 0.503488", \
            "0.146318, 0.156497, 0.176822, 0.217384, 0.291642, 0.427133, 0.664261" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0757079, 0.0831586, 0.101093, 0.142193, 0.238721, 0.466114, 1.00608", \
            "0.0804848, 0.0880467, 0.105836, 0.147152, 0.243959, 0.471494, 1.01177", \
            "0.0916072, 0.0992582, 0.116824, 0.158352, 0.255097, 0.483321, 1.02436", \
            "0.115373, 0.122891, 0.140573, 0.181734, 0.278851, 0.506753, 1.04704", \
            "0.158328, 0.167625, 0.188538, 0.233314, 0.33055, 0.558886, 1.09926", \
            "0.235087, 0.247731, 0.274632, 0.331414, 0.445555, 0.679473, 1.21981", \
            "0.392802, 0.408642, 0.443581, 0.51687, 0.661579, 0.943515, 1.5024" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0600886, 0.0700918, 0.0939353, 0.150589, 0.284979, 0.60275, 1.35682", \
            "0.0599679, 0.0701194, 0.0941454, 0.150603, 0.28503, 0.602394, 1.35601", \
            "0.0600488, 0.0699863, 0.0941246, 0.150389, 0.285291, 0.604396, 1.3601", \
            "0.0626621, 0.072224, 0.0951351, 0.15083, 0.284924, 0.602513, 1.35795", \
            "0.0791599, 0.088489, 0.109945, 0.160355, 0.28739, 0.604008, 1.35979", \
            "0.114431, 0.125333, 0.149724, 0.202419, 0.319735, 0.612853, 1.3583", \
            "0.174282, 0.187559, 0.21744, 0.280948, 0.415325, 0.697371, 1.38397" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.027788, 0.0308996, 0.0378709, 0.053488, 0.0890268, 0.171843, 0.367427", \
            "0.0306164, 0.0336968, 0.0407002, 0.0562754, 0.0918461, 0.17478, 0.370078", \
            "0.0362675, 0.0394716, 0.0466788, 0.0623228, 0.0979331, 0.180852, 0.376332", \
            "0.0422251, 0.0466381, 0.0558202, 0.0742209, 0.111488, 0.194649, 0.390764", \
            "0.0412347, 0.0473525, 0.0602726, 0.0862764, 0.134231, 0.225629, 0.422285", \
            "0.0152614, 0.024463, 0.0441302, 0.0820109, 0.151623, 0.273717, 0.493403", \
            "-0.0731932, -0.0600946, -0.0319502, 0.0238143, 0.125883, 0.302631, 0.599283" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0193079, 0.0227982, 0.0310856, 0.0505772, 0.0966342, 0.20529, 0.465243", \
            "0.0192091, 0.0226715, 0.0310098, 0.0504678, 0.0965758, 0.206069, 0.464441", \
            "0.0217828, 0.0247787, 0.0322729, 0.050754, 0.0966434, 0.206245, 0.465212", \
            "0.0312725, 0.0343587, 0.041656, 0.0582573, 0.0996001, 0.205696, 0.465206", \
            "0.0500626, 0.0540261, 0.0630858, 0.0820772, 0.121398, 0.216416, 0.465718", \
            "0.0834019, 0.0891403, 0.101872, 0.12648, 0.175953, 0.272229, 0.493494", \
            "0.146697, 0.154763, 0.171636, 0.206159, 0.272197, 0.393851, 0.623044" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0240626, 0.0293075, 0.04132, 0.069076, 0.133469, 0.284145, 0.641947", \
            "0.0286337, 0.0336206, 0.0452244, 0.0730938, 0.137951, 0.288779, 0.646703", \
            "0.0408662, 0.0460894, 0.0573194, 0.0840936, 0.148464, 0.299701, 0.662343", \
            "0.0609482, 0.0688501, 0.0846707, 0.113105, 0.176621, 0.328754, 0.688909", \
            "0.0954165, 0.106841, 0.129763, 0.172069, 0.243796, 0.393718, 0.750622", \
            "0.163503, 0.177924, 0.208749, 0.268738, 0.375335, 0.55127, 0.900252", \
            "0.306304, 0.324833, 0.36425, 0.443226, 0.591091, 0.847691, 1.26645" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0218007, 0.0285334, 0.0447689, 0.0828682, 0.172734, 0.385701, 0.892747", \
            "0.0216262, 0.0284252, 0.0445323, 0.0827836, 0.173695, 0.38574, 0.892751", \
            "0.0265656, 0.0317684, 0.0457615, 0.0826027, 0.173204, 0.385123, 0.903133", \
            "0.0391842, 0.0457792, 0.0586667, 0.0884762, 0.172837, 0.388974, 0.901299", \
            "0.0570005, 0.0668458, 0.0860803, 0.120094, 0.189514, 0.387601, 0.894437", \
            "0.0888523, 0.100078, 0.126369, 0.176783, 0.268717, 0.429636, 0.897314", \
            "0.152021, 0.166326, 0.196957, 0.262248, 0.393093, 0.597582, 0.989458" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0111165, 0.0128317, 0.0167576, 0.0257846, 0.0468792, 0.0970244, 0.215359", \
            "0.0136046, 0.0158501, 0.0203152, 0.0294172, 0.05054, 0.100406, 0.218691", \
            "0.0148408, 0.0182163, 0.0251516, 0.0371141, 0.0589991, 0.109086, 0.227212", \
            "0.0119024, 0.0169695, 0.0269681, 0.0453856, 0.0764666, 0.128131, 0.246185", \
            "-0.0026448, 0.0045791, 0.0190691, 0.0458867, 0.0918092, 0.167652, 0.292322", \
            "-0.0470498, -0.0363663, -0.0151355, 0.0241824, 0.0904838, 0.203778, 0.385219", \
            "-0.165803, -0.149975, -0.118879, -0.0616537, 0.0355847, 0.201494, 0.467782" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0064056, 0.008411, 0.0134109, 0.0249048, 0.0525266, 0.118003, 0.27363", \
            "0.0093677, 0.0108896, 0.0146985, 0.0253909, 0.0526751, 0.118175, 0.276896", \
            "0.014787, 0.0172963, 0.0220277, 0.0311104, 0.0545249, 0.118575, 0.275658", \
            "0.024115, 0.0277026, 0.0346695, 0.0473634, 0.0695076, 0.123246, 0.276649", \
            "0.041119, 0.0458565, 0.0560103, 0.0753947, 0.107726, 0.161925, 0.289926", \
            "0.0735642, 0.0810289, 0.0950927, 0.122192, 0.168101, 0.246905, 0.373872", \
            "0.138787, 0.149387, 0.170069, 0.208695, 0.274683, 0.388277, 0.571774" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0081464, 0.0095909, 0.0128767, 0.0203625, 0.0378238, 0.0789639, 0.176438", \
            "0.0078464, 0.0092617, 0.0125372, 0.020101, 0.0376984, 0.0788958, 0.176431", \
            "0.00762, 0.0089844, 0.0121956, 0.0197163, 0.0374425, 0.0787434, 0.176384", \
            "0.0074923, 0.008817, 0.0119758, 0.0194164, 0.0369546, 0.0789417, 0.176581", \
            "0.0074147, 0.0087774, 0.0119214, 0.01921, 0.0367269, 0.0784362, 0.176428", \
            "0.0080189, 0.0092155, 0.0123716, 0.0196512, 0.0369484, 0.0780298, 0.176607", \
            "0.0129411, 0.0138412, 0.0161698, 0.0224898, 0.0392201, 0.0797667, 0.177149" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0052287, 0.0039397, 0.0008902, -0.0064061, -0.0238227, -0.0653182, -0.163999", \
            "0.0050761, 0.0038056, 0.0007383, -0.0065288, -0.0239251, -0.0654086, -0.164075", \
            "0.0048508, 0.0035819, 0.0005792, -0.0066894, -0.0240271, -0.0654961, -0.164189", \
            "0.0047637, 0.0034736, 0.0004777, -0.0068129, -0.0241215, -0.0655631, -0.164206", \
            "0.0054553, 0.004151, 0.0008352, -0.0067014, -0.0240145, -0.0654953, -0.164135", \
            "0.0072378, 0.005799, 0.0024481, -0.0052615, -0.0232257, -0.0651107, -0.163996", \
            "0.0131263, 0.0114246, 0.0077634, -0.0003199, -0.0195213, -0.0625127, -0.161288" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0115009, 0.0128553, 0.0160221, 0.0234099, 0.0407686, 0.0818355, 0.179176", \
            "0.0111908, 0.0125501, 0.0157359, 0.0231931, 0.0406349, 0.0817662, 0.179189", \
            "0.0109191, 0.0122604, 0.015429, 0.0228773, 0.0403957, 0.0815829, 0.179197", \
            "0.0107713, 0.0120907, 0.0152192, 0.0226086, 0.0400685, 0.081339, 0.179045", \
            "0.0106204, 0.0119295, 0.015047, 0.0224097, 0.0398238, 0.0810154, 0.178652", \
            "0.0108571, 0.0122827, 0.0154266, 0.0226942, 0.0400151, 0.0810442, 0.178702", \
            "0.0149696, 0.0160342, 0.0186007, 0.0251773, 0.0419923, 0.0826349, 0.179547" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0056842, 0.004388, 0.0013199, -0.0059813, -0.0234077, -0.0649073, -0.163604", \
            "0.0055398, 0.0042481, 0.0011919, -0.0060975, -0.023521, -0.0650055, -0.163692", \
            "0.0053526, 0.0040843, 0.0010435, -0.0062328, -0.0236163, -0.0650845, -0.163761", \
            "0.0051722, 0.0038981, 0.0008885, -0.00634, -0.0236957, -0.0651739, -0.163801", \
            "0.0055182, 0.0042219, 0.0011132, -0.0063064, -0.0237245, -0.065187, -0.163829", \
            "0.006908, 0.0055182, 0.0022724, -0.005301, -0.0230923, -0.064896, -0.163672", \
            "0.0116676, 0.0101685, 0.0065791, -0.0015832, -0.0202657, -0.0629136, -0.162718" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0154225, 0.0167469, 0.0198582, 0.027223, 0.0445575, 0.0856679, 0.183161", \
            "0.0152445, 0.016582, 0.0197159, 0.0270931, 0.044469, 0.085608, 0.183056", \
            "0.0150611, 0.0164001, 0.0195221, 0.0269177, 0.0443503, 0.0855082, 0.182933", \
            "0.0149685, 0.016286, 0.019412, 0.0267916, 0.0442286, 0.0853679, 0.182917", \
            "0.0149206, 0.0162682, 0.0193639, 0.0267094, 0.0441506, 0.085241, 0.182805", \
            "0.0154965, 0.0167305, 0.0200185, 0.0273436, 0.0445867, 0.0855417, 0.183027", \
            "0.020627, 0.0217115, 0.0243332, 0.0308897, 0.047386, 0.0878424, 0.184311" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0054177, 0.0041206, 0.0010589, -0.0062613, -0.0236702, -0.0651703, -0.163855", \
            "0.0052678, 0.0039752, 0.000924, -0.0063677, -0.0237847, -0.0652763, -0.163972", \
            "0.0051031, 0.003823, 0.0007783, -0.0064849, -0.023892, -0.0653552, -0.164028", \
            "0.0049152, 0.0036442, 0.0006248, -0.006599, -0.0239593, -0.0654264, -0.164073", \
            "0.005409, 0.0040849, 0.0009762, -0.0064786, -0.0240098, -0.0654291, -0.164101", \
            "0.0068108, 0.005414, 0.0021562, -0.005468, -0.0232181, -0.0650814, -0.163873", \
            "0.012271, 0.0107088, 0.0071197, -0.0011527, -0.0198771, -0.0627599, -0.162649" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "0.0067554, 0.0081908, 0.0115019, 0.0190917, 0.0366294, 0.0776353, 0.175074", \
            "0.0065417, 0.0078962, 0.0110771, 0.0187464, 0.0364594, 0.0775164, 0.17502", \
            "0.0065415, 0.0078508, 0.0109808, 0.0184079, 0.0361144, 0.0773142, 0.176191", \
            "0.0068864, 0.0081498, 0.0111257, 0.018415, 0.035831, 0.0773253, 0.17589", \
            "0.0080417, 0.0092417, 0.0121354, 0.0191363, 0.0360795, 0.0772505, 0.175219", \
            "0.0111313, 0.0119548, 0.0146031, 0.0216136, 0.0385538, 0.0783782, 0.174206", \
            "0.0197909, 0.0240868, 0.0250308, 0.0321365, 0.0436971, 0.0831253, 0.178377" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0011875, 0.0028203, 0.0066982, 0.0159082, 0.0377818, 0.0897316");
          values ( \
            "-0.0001035, -0.0012983, -0.0042544, -0.0114967, -0.0289265, -0.0704708, -0.169221", \
            "-0.0002953, -0.0014881, -0.0044097, -0.0115784, -0.0289529, -0.0704617, -0.169182", \
            "-0.0004868, -0.0016827, -0.0046639, -0.011741, -0.0290358, -0.0704958, -0.169181", \
            "-0.0002647, -0.0015499, -0.0045258, -0.0119237, -0.0291866, -0.0704927, -0.169187", \
            "0.0009406, -0.0005154, -0.0037978, -0.0111712, -0.0287107, -0.0704637, -0.169165", \
            "0.0044454, 0.0027515, -0.0009863, -0.0092445, -0.0275499, -0.0696825, -0.168842", \
            "0.0147472, 0.0117773, 0.0076603, -0.0017392, -0.021103, -0.066015, -0.166543" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00231;
      rise_capacitance : 0.002381;
      rise_capacitance_range (0.002381, 0.002381);
      fall_capacitance : 0.002239;
      fall_capacitance_range (0.002239, 0.002239);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0039296, -0.0039323, -0.0039386, -0.0039331, -0.0039204, -0.0038912, -0.0038239" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052213, 0.0052191, 0.005214, 0.005215, 0.0052173, 0.0052226, 0.005235" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00243;
      rise_capacitance : 0.002525;
      rise_capacitance_range (0.002525, 0.002525);
      fall_capacitance : 0.002336;
      fall_capacitance_range (0.002336, 0.002336);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004401, -0.0044024, -0.0044055, -0.0044063, -0.004408, -0.0044119, -0.0044208" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053741, 0.0053846, 0.0054087, 0.0054295, 0.0054777, 0.0055887, 0.0058445" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002317;
      rise_capacitance : 0.002422;
      rise_capacitance_range (0.002422, 0.002422);
      fall_capacitance : 0.002212;
      fall_capacitance_range (0.002212, 0.002212);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044375, -0.004438, -0.0044393, -0.0044386, -0.0044371, -0.0044337, -0.0044257" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044049, 0.0044138, 0.0044341, 0.0044325, 0.0044288, 0.0044203, 0.0044006" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002345;
      rise_capacitance : 0.002478;
      rise_capacitance_range (0.002478, 0.002478);
      fall_capacitance : 0.002213;
      fall_capacitance_range (0.002213, 0.002213);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.001852, -0.0018535, -0.001857, -0.0018571, -0.0018573, -0.0018576, -0.0018585" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030603, 0.0030542, 0.0030401, 0.0030526, 0.0030816, 0.0031485, 0.0033026" \
          );
        }
      }
    }
  }
  cell (scs8hd_a31oi_2) {
    area : 12.512;
    cell_footprint : "a31oi";
    cell_leakage_power : 0.00877423;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0124021;
      when : "!A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0190987;
      when : "!A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0124023;
      when : "!A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 0.0190987;
      when : "!A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.012402;
      when : "!A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 6.81348e-05;
      when : "!A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.012402;
      when : "!A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0001134;
      when : "!A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.012402;
      when : "A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 8.85229e-05;
      when : "A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.012402;
      when : "A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 9.02681e-05;
      when : "A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.012402;
      when : "A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0004638;
      when : "A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.012394;
      when : "A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0021578;
      when : "A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.00877423;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1) | (!A2&!B1) | (!A3&!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.161143;
      max_transition : 1.50005;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0554799, 0.0608837, 0.0742043, 0.107533, 0.191166, 0.409399, 0.969519", \
            "0.0595684, 0.0648857, 0.0782867, 0.111712, 0.19595, 0.412719, 0.980349", \
            "0.0714622, 0.0766797, 0.0896735, 0.122801, 0.207752, 0.426546, 0.986604", \
            "0.097734, 0.10312, 0.116188, 0.14915, 0.233188, 0.451866, 1.01433", \
            "0.139817, 0.147495, 0.165801, 0.205537, 0.292219, 0.510649, 1.08262", \
            "0.20936, 0.221711, 0.248253, 0.30652, 0.419718, 0.647937, 1.2127", \
            "0.355713, 0.371897, 0.409485, 0.489718, 0.648, 0.943177, 1.53641" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0337162, 0.0402051, 0.0568788, 0.101064, 0.216456, 0.521623, 1.30577", \
            "0.033754, 0.0401789, 0.0570825, 0.101297, 0.216567, 0.517511, 1.31678", \
            "0.0340794, 0.0404065, 0.0569382, 0.101291, 0.216922, 0.520002, 1.30193", \
            "0.0388831, 0.0446592, 0.0597182, 0.101353, 0.216038, 0.51719, 1.3026", \
            "0.0571771, 0.0632808, 0.0790719, 0.116718, 0.220216, 0.519222, 1.30891", \
            "0.0952801, 0.102258, 0.12085, 0.163993, 0.264142, 0.527942, 1.30586", \
            "0.170199, 0.1782, 0.197906, 0.250251, 0.367921, 0.628424, 1.3248" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0257538, 0.0283117, 0.034639, 0.0500048, 0.0879629, 0.183973, 0.433539", \
            "0.0286997, 0.0312382, 0.0376223, 0.0530143, 0.0909457, 0.186976, 0.436139", \
            "0.0365728, 0.0391326, 0.0453864, 0.0605207, 0.0983449, 0.194647, 0.443443", \
            "0.0443328, 0.048092, 0.057013, 0.0766583, 0.116452, 0.212416, 0.461264", \
            "0.0445824, 0.0500663, 0.0627752, 0.0903404, 0.147678, 0.254289, 0.502739", \
            "0.0211202, 0.0286961, 0.0469043, 0.0869821, 0.170353, 0.325029, 0.602617", \
            "-0.06814, -0.0576025, -0.0332829, 0.0253766, 0.143455, 0.369898, 0.767663" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0273288, 0.0300013, 0.0370679, 0.0558657, 0.105519, 0.236359, 0.580643", \
            "0.0262697, 0.0290457, 0.0365131, 0.0557471, 0.105529, 0.236145, 0.580339", \
            "0.0300108, 0.0323142, 0.0386316, 0.0560709, 0.105367, 0.23647, 0.580984", \
            "0.0400383, 0.0433464, 0.0515372, 0.0689612, 0.110449, 0.236559, 0.581394", \
            "0.0599736, 0.0645383, 0.07516, 0.0982324, 0.146596, 0.25344, 0.580129", \
            "0.0942315, 0.100823, 0.116345, 0.14936, 0.213712, 0.335751, 0.617352", \
            "0.155867, 0.165983, 0.190113, 0.237508, 0.329692, 0.49876, 0.814007" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0788014, 0.0842506, 0.0982879, 0.134357, 0.227085, 0.468701, 1.10066", \
            "0.0829945, 0.0886028, 0.102756, 0.139171, 0.232268, 0.474176, 1.1063", \
            "0.0946361, 0.100372, 0.114355, 0.150736, 0.245238, 0.487088, 1.11914", \
            "0.121827, 0.127264, 0.141262, 0.17739, 0.270859, 0.513915, 1.14581", \
            "0.171432, 0.178249, 0.195118, 0.235752, 0.329686, 0.572275, 1.20633", \
            "0.25593, 0.265957, 0.289714, 0.343892, 0.459993, 0.708515, 1.34147", \
            "0.421922, 0.435291, 0.467808, 0.542474, 0.699908, 1.011, 1.66196" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0545507, 0.0617465, 0.0809563, 0.13057, 0.260377, 0.597645, 1.4821", \
            "0.0544117, 0.0618799, 0.0808582, 0.130667, 0.260263, 0.598307, 1.48129", \
            "0.0545997, 0.0618483, 0.0808761, 0.130471, 0.260331, 0.598023, 1.48068", \
            "0.0565636, 0.0634802, 0.0816957, 0.13101, 0.260215, 0.598023, 1.48098", \
            "0.0734066, 0.0801944, 0.0976218, 0.140606, 0.262153, 0.597097, 1.4797", \
            "0.112155, 0.120167, 0.139344, 0.186347, 0.298121, 0.60572, 1.48018", \
            "0.182263, 0.191641, 0.215951, 0.274626, 0.403377, 0.694233, 1.50005" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0304862, 0.0330651, 0.0393399, 0.054645, 0.0925041, 0.188736, 0.437522", \
            "0.0331476, 0.0356976, 0.0419973, 0.0573055, 0.0951674, 0.191274, 0.440344", \
            "0.0388912, 0.0414476, 0.0479881, 0.0633598, 0.101304, 0.197662, 0.446691", \
            "0.0456534, 0.0487711, 0.0569891, 0.0750633, 0.115232, 0.212043, 0.461974", \
            "0.0450018, 0.0499066, 0.0614993, 0.0867374, 0.13865, 0.244248, 0.495361", \
            "0.0193504, 0.0261062, 0.0424842, 0.0792328, 0.154721, 0.295795, 0.57031", \
            "-0.0755631, -0.0655426, -0.0414174, 0.0120843, 0.120265, 0.326084, 0.692953" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0269839, 0.0296454, 0.0369003, 0.055737, 0.105486, 0.236564, 0.580547", \
            "0.0266597, 0.0294557, 0.0367147, 0.0556263, 0.105453, 0.23665, 0.580644", \
            "0.0289962, 0.0314468, 0.0380489, 0.05614, 0.105209, 0.236538, 0.580391", \
            "0.0377596, 0.0404296, 0.0469131, 0.064093, 0.10862, 0.236701, 0.580719", \
            "0.0563275, 0.0595832, 0.0678647, 0.0876209, 0.131335, 0.246247, 0.580379", \
            "0.0897436, 0.0945092, 0.105881, 0.131954, 0.186669, 0.303396, 0.604149", \
            "0.150207, 0.157276, 0.173765, 0.209616, 0.284791, 0.431408, 0.732923" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0926656, 0.0983433, 0.11222, 0.14758, 0.238443, 0.474484, 1.09049", \
            "0.0970757, 0.102445, 0.116651, 0.152166, 0.24349, 0.479191, 1.09912", \
            "0.108923, 0.114247, 0.128071, 0.163882, 0.255387, 0.491452, 1.10725", \
            "0.134409, 0.139784, 0.153741, 0.189418, 0.280726, 0.517529, 1.13346", \
            "0.184234, 0.190234, 0.2064, 0.244593, 0.336075, 0.572741, 1.19025", \
            "0.269837, 0.278497, 0.299418, 0.348653, 0.458649, 0.700858, 1.31788", \
            "0.439855, 0.450783, 0.478515, 0.543566, 0.686121, 0.982882, 1.61709" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0689697, 0.0760476, 0.0945989, 0.143107, 0.269505, 0.601004, 1.46352", \
            "0.0691468, 0.0762712, 0.0947808, 0.14332, 0.269622, 0.598736, 1.46569", \
            "0.0688775, 0.0762919, 0.0948301, 0.143511, 0.269612, 0.598878, 1.46093", \
            "0.0701217, 0.0770084, 0.0951696, 0.143288, 0.26932, 0.600718, 1.46018", \
            "0.0854835, 0.0925672, 0.108841, 0.152087, 0.27194, 0.599054, 1.46399", \
            "0.122966, 0.13053, 0.148918, 0.19522, 0.304971, 0.608431, 1.46067", \
            "0.189098, 0.19824, 0.221605, 0.278227, 0.404402, 0.695229, 1.48572" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0343594, 0.0368654, 0.0431407, 0.058574, 0.0963164, 0.1924, 0.442049", \
            "0.036984, 0.0394637, 0.0457545, 0.061158, 0.0990428, 0.195229, 0.444211", \
            "0.0416568, 0.0441972, 0.0506053, 0.065968, 0.103969, 0.200162, 0.450092", \
            "0.0471828, 0.0501798, 0.0576237, 0.0745783, 0.113826, 0.210285, 0.459595", \
            "0.0463776, 0.0504018, 0.0602685, 0.0831573, 0.130154, 0.232837, 0.483258", \
            "0.0192428, 0.024823, 0.039677, 0.0727834, 0.139714, 0.268099, 0.535828", \
            "-0.0776054, -0.0685669, -0.0469289, 0.0014782, 0.0993898, 0.284241, 0.618518" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0268753, 0.0296476, 0.0368285, 0.0557388, 0.105318, 0.236533, 0.58063", \
            "0.0266616, 0.0294748, 0.0367039, 0.0557221, 0.105493, 0.236616, 0.580336", \
            "0.0278675, 0.030441, 0.0373227, 0.0559004, 0.105368, 0.236605, 0.58072", \
            "0.0350747, 0.0374207, 0.043925, 0.0610107, 0.107529, 0.236736, 0.580252", \
            "0.0530602, 0.0556407, 0.0629073, 0.0804038, 0.123968, 0.243475, 0.581082", \
            "0.0872845, 0.0906754, 0.0998766, 0.122102, 0.171913, 0.286002, 0.597553", \
            "0.151234, 0.156597, 0.169251, 0.198904, 0.261968, 0.39654, 0.697656" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0233881, 0.0267898, 0.035722, 0.0580058, 0.114812, 0.262178, 0.635449", \
            "0.0280236, 0.0312636, 0.0397629, 0.0617922, 0.118099, 0.264508, 0.639752", \
            "0.0403825, 0.0439281, 0.0519245, 0.073232, 0.129089, 0.273978, 0.656182", \
            "0.0603492, 0.0657843, 0.0781007, 0.102998, 0.157961, 0.303195, 0.682337", \
            "0.0960183, 0.103428, 0.12111, 0.157847, 0.226426, 0.369278, 0.747001", \
            "0.166838, 0.176654, 0.200135, 0.250851, 0.350567, 0.529191, 0.899382", \
            "0.317174, 0.33032, 0.360154, 0.427014, 0.563582, 0.824021, 1.26991" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0201398, 0.0246935, 0.036426, 0.0669583, 0.146191, 0.353827, 0.890379", \
            "0.0199228, 0.0244741, 0.0362453, 0.0665819, 0.145961, 0.354012, 0.894333", \
            "0.0249766, 0.0282756, 0.0380761, 0.0665425, 0.146336, 0.353552, 0.897183", \
            "0.0366878, 0.0413943, 0.0521013, 0.0747194, 0.146139, 0.353547, 0.898042", \
            "0.0536807, 0.0605326, 0.0752109, 0.105981, 0.167625, 0.35466, 0.895991", \
            "0.083353, 0.0918322, 0.111407, 0.155387, 0.237824, 0.400534, 0.895212", \
            "0.146636, 0.15594, 0.17885, 0.237449, 0.352092, 0.56507, 0.992308" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.010823, 0.0119539, 0.0147973, 0.0218936, 0.0401256, 0.0873549, 0.211757", \
            "0.0130688, 0.0146515, 0.0181948, 0.0254711, 0.043723, 0.0912621, 0.214781", \
            "0.0138312, 0.0162107, 0.0215277, 0.0322816, 0.0521576, 0.09923, 0.224011", \
            "0.0097989, 0.0133094, 0.0211909, 0.0370383, 0.0665546, 0.118676, 0.242847", \
            "-0.0067008, -0.0017679, 0.0096388, 0.0335023, 0.0779279, 0.154194, 0.287582", \
            "-0.0557125, -0.0482332, -0.0315495, 0.0027395, 0.068055, 0.182739, 0.37705", \
            "-0.183857, -0.172693, -0.148639, -0.0987303, -0.0046863, 0.16459, 0.452312" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0060398, 0.0072755, 0.0106877, 0.0200441, 0.0437632, 0.10702, 0.270609", \
            "0.0090061, 0.0100815, 0.0125663, 0.0205377, 0.044102, 0.106664, 0.27156", \
            "0.0141413, 0.0158443, 0.0195243, 0.0272855, 0.0467111, 0.10781, 0.270337", \
            "0.0231303, 0.0257013, 0.0310348, 0.0425954, 0.0647834, 0.113858, 0.271129", \
            "0.0395808, 0.0430146, 0.0504886, 0.0668492, 0.0978059, 0.152887, 0.283745", \
            "0.071189, 0.0762293, 0.0875301, 0.110509, 0.155564, 0.236284, 0.374961", \
            "0.135062, 0.141851, 0.158963, 0.192086, 0.2537, 0.36895, 0.571021" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0166136, 0.0183858, 0.022804, 0.0338284, 0.0614185, 0.13378, 0.321285", \
            "0.015934, 0.0176569, 0.0220826, 0.0332599, 0.0611092, 0.133429, 0.322684", \
            "0.0153954, 0.0170106, 0.0213153, 0.0324328, 0.0604971, 0.133556, 0.319954", \
            "0.0150725, 0.0166314, 0.0208028, 0.0316298, 0.0595484, 0.131926, 0.319645", \
            "0.0148141, 0.0163807, 0.0205305, 0.0310992, 0.0588304, 0.131588, 0.319387", \
            "0.0150675, 0.0165185, 0.0209434, 0.0314758, 0.0590072, 0.130816, 0.31846", \
            "0.021941, 0.0229786, 0.0260637, 0.0352177, 0.0616889, 0.132082, 0.31974" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0107742, 0.0092616, 0.0053069, -0.0051111, -0.032564, -0.104626, -0.293752", \
            "0.0104253, 0.0089247, 0.0049812, -0.0053686, -0.0328104, -0.104858, -0.293975", \
            "0.0099471, 0.0084705, 0.0044917, -0.0057758, -0.0330692, -0.105119, -0.294271", \
            "0.0095309, 0.0080495, 0.0041704, -0.0060665, -0.033351, -0.105311, -0.294334", \
            "0.0100414, 0.0086382, 0.0046349, -0.0060271, -0.0332909, -0.1053, -0.294406", \
            "0.0128945, 0.0112448, 0.0069258, -0.0041294, -0.0323475, -0.104985, -0.2943", \
            "0.0213245, 0.0195138, 0.0148853, 0.0032725, -0.0254999, -0.101272, -0.291329" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0235779, 0.025139, 0.0292328, 0.0398144, 0.0672184, 0.138641, 0.32549", \
            "0.0230641, 0.0246644, 0.0287978, 0.0394809, 0.0670239, 0.13856, 0.32545", \
            "0.0225209, 0.0240841, 0.0282395, 0.038979, 0.0666639, 0.13831, 0.32543", \
            "0.0221772, 0.0237501, 0.0278132, 0.0384444, 0.0660967, 0.137939, 0.325235", \
            "0.0218425, 0.0233933, 0.0274677, 0.0380296, 0.0655452, 0.137272, 0.324424", \
            "0.0221748, 0.0236522, 0.0275833, 0.038145, 0.0656827, 0.137094, 0.324085", \
            "0.0267507, 0.0280318, 0.0314903, 0.041015, 0.0678724, 0.13891, 0.325039" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0119402, 0.0104275, 0.0064428, -0.003991, -0.0314431, -0.103535, -0.292734", \
            "0.0116336, 0.0101149, 0.0061414, -0.0042518, -0.0316681, -0.103816, -0.292865", \
            "0.0112345, 0.0097396, 0.0057918, -0.0045845, -0.0319247, -0.103979, -0.293107", \
            "0.0106985, 0.0092151, 0.0053459, -0.0049344, -0.0321903, -0.104218, -0.293226", \
            "0.0109699, 0.0094103, 0.005393, -0.0050189, -0.0323284, -0.104159, -0.293259", \
            "0.0129699, 0.0113364, 0.0071916, -0.0036038, -0.0315649, -0.104053, -0.293193", \
            "0.0202376, 0.0182661, 0.0138709, 0.0021651, -0.0271581, -0.101256, -0.291791" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0321622, 0.033765, 0.0377798, 0.0483165, 0.0757873, 0.147303, 0.33416", \
            "0.0317674, 0.0333327, 0.037419, 0.0480541, 0.0755047, 0.147236, 0.333847", \
            "0.0313911, 0.0329397, 0.0370366, 0.0476976, 0.0753021, 0.1469, 0.333872", \
            "0.031104, 0.0326659, 0.0367374, 0.0473251, 0.0749586, 0.146676, 0.333779", \
            "0.0309055, 0.0324749, 0.036512, 0.0470924, 0.0746529, 0.146257, 0.33359", \
            "0.0316037, 0.0330954, 0.0370274, 0.0476468, 0.0751243, 0.146658, 0.333291", \
            "0.0381343, 0.0394467, 0.0428981, 0.0523744, 0.0789454, 0.149617, 0.335932" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0118641, 0.01034, 0.0063482, -0.0040819, -0.0315014, -0.103662, -0.292738", \
            "0.011548, 0.0100247, 0.0060623, -0.0043406, -0.0317709, -0.103842, -0.292957", \
            "0.0111067, 0.0096136, 0.0056781, -0.0046814, -0.0320383, -0.10409, -0.293157", \
            "0.0105554, 0.0090664, 0.0052041, -0.0050749, -0.0323054, -0.104286, -0.293295", \
            "0.010988, 0.0094351, 0.0054227, -0.0051894, -0.0324804, -0.104333, -0.29343", \
            "0.0130161, 0.0113051, 0.0071591, -0.0035354, -0.0315477, -0.104076, -0.293192", \
            "0.0212487, 0.0195464, 0.0149682, 0.003285, -0.0261421, -0.10051, -0.291448" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0134417, 0.0151481, 0.0196142, 0.0307252, 0.0585573, 0.130425, 0.317118", \
            "0.0130364, 0.0145967, 0.0188793, 0.02986, 0.0579683, 0.130487, 0.316878", \
            "0.0131021, 0.0146178, 0.0186944, 0.0294125, 0.0572658, 0.129401, 0.318644", \
            "0.0135672, 0.0150633, 0.0189599, 0.0294143, 0.0567483, 0.129094, 0.317759", \
            "0.0156868, 0.0170292, 0.0207272, 0.0307016, 0.0575696, 0.128869, 0.317246", \
            "0.0231217, 0.0245078, 0.0261968, 0.035449, 0.0612145, 0.130956, 0.318049", \
            "0.0376466, 0.0381442, 0.0403274, 0.048443, 0.0769936, 0.14288, 0.329494" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "-0.0008092, -0.0022022, -0.0059685, -0.0162313, -0.0436597, -0.115899, -0.305222", \
            "-0.0011944, -0.0025848, -0.0063, -0.016427, -0.0437044, -0.115851, -0.305138", \
            "-0.0015321, -0.0029387, -0.0066451, -0.0168066, -0.0439033, -0.115901, -0.305106", \
            "-0.0011002, -0.0025787, -0.0064331, -0.0168177, -0.0441141, -0.11594, -0.305152", \
            "0.0010539, -0.0006908, -0.0050647, -0.0160147, -0.0437197, -0.11576, -0.305082", \
            "0.0073246, 0.0053215, 0.0003276, -0.0118891, -0.0411666, -0.114541, -0.304607", \
            "0.024895, 0.023408, 0.0156175, 0.0019726, -0.0305438, -0.107888, -0.300458" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004457;
      rise_capacitance : 0.00456;
      rise_capacitance_range (0.00456, 0.00456);
      fall_capacitance : 0.004355;
      fall_capacitance_range (0.004355, 0.004355);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0078498, -0.0078492, -0.0078477, -0.0078367, -0.0078111, -0.0077522, -0.0076162" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0106096, 0.010608, 0.0106041, 0.0106093, 0.0106213, 0.010649, 0.0107126" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004335;
      rise_capacitance : 0.004517;
      rise_capacitance_range (0.004517, 0.004517);
      fall_capacitance : 0.004154;
      fall_capacitance_range (0.004154, 0.004154);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0086523, -0.0086485, -0.0086397, -0.0086395, -0.008639, -0.0086377, -0.0086347" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0101118, 0.010133, 0.010182, 0.0102209, 0.0103106, 0.0105174, 0.010994" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004393;
      rise_capacitance : 0.004642;
      rise_capacitance_range (0.004642, 0.004642);
      fall_capacitance : 0.004144;
      fall_capacitance_range (0.004144, 0.004144);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087294, -0.0087332, -0.0087419, -0.0087414, -0.0087404, -0.0087377, -0.0087314" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087602, 0.0087523, 0.008734, 0.0087345, 0.0087355, 0.0087382, 0.0087444" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004514;
      rise_capacitance : 0.004759;
      rise_capacitance_range (0.004759, 0.004759);
      fall_capacitance : 0.004269;
      fall_capacitance_range (0.004269, 0.004269);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038098, -0.0038129, -0.0038201, -0.0038178, -0.0038126, -0.0038005, -0.0037728" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0059003, 0.0058853, 0.0058505, 0.0058793, 0.0059457, 0.0060989, 0.0064519" \
          );
        }
      }
    }
  }
  cell (scs8hd_a31oi_4) {
    area : 21.2704;
    cell_footprint : "a31oi";
    cell_leakage_power : 0.0170434;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0247848;
      when : "A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0037873;
      when : "A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0247902;
      when : "!A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0344446;
      when : "!A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.02479;
      when : "!A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 0.0344446;
      when : "!A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0247902;
      when : "!A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0001635;
      when : "!A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0247902;
      when : "!A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0002813;
      when : "!A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0247902;
      when : "A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0006843;
      when : "A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0247902;
      when : "A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 0.0002746;
      when : "A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0247902;
      when : "A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0002981;
      when : "A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0170434;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1) | (!A2&!B1) | (!A3&!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.283823;
      max_transition : 1.50056;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0594154, 0.0632934, 0.0742412, 0.103231, 0.182125, 0.408909, 1.04777", \
            "0.0632869, 0.0671659, 0.0779605, 0.107353, 0.187706, 0.411588, 1.05286", \
            "0.0749243, 0.0788187, 0.0893016, 0.118335, 0.198686, 0.423988, 1.06539", \
            "0.10085, 0.104791, 0.115411, 0.144028, 0.224746, 0.453439, 1.09495", \
            "0.142972, 0.148352, 0.162248, 0.197245, 0.280879, 0.508678, 1.15053", \
            "0.21349, 0.221521, 0.241826, 0.291923, 0.400313, 0.638841, 1.28662", \
            "0.362229, 0.37348, 0.402053, 0.470553, 0.618582, 0.92672, 1.5931" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0360255, 0.0405319, 0.0537998, 0.0925003, 0.202128, 0.521123, 1.42892", \
            "0.0360859, 0.0406399, 0.053838, 0.0923714, 0.202934, 0.517673, 1.424", \
            "0.0364156, 0.040792, 0.054002, 0.0923703, 0.202188, 0.517547, 1.42817", \
            "0.0405832, 0.0446296, 0.0566825, 0.0930352, 0.202511, 0.519645, 1.42792", \
            "0.0574791, 0.0618228, 0.0743866, 0.108222, 0.207638, 0.520565, 1.42455", \
            "0.0942002, 0.0991578, 0.113357, 0.150846, 0.250215, 0.529292, 1.42936", \
            "0.171385, 0.175065, 0.190672, 0.231881, 0.344854, 0.626589, 1.446" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0261266, 0.0279095, 0.0328424, 0.0459018, 0.0801262, 0.174116, 0.441727", \
            "0.0290119, 0.0308087, 0.0357295, 0.0487112, 0.0830746, 0.177367, 0.443189", \
            "0.0370046, 0.0389001, 0.0435948, 0.0560502, 0.0903024, 0.184369, 0.450552", \
            "0.0448918, 0.047453, 0.0543766, 0.0710461, 0.108239, 0.202082, 0.468358", \
            "0.0450084, 0.0486184, 0.0579002, 0.0820371, 0.135579, 0.244077, 0.510114", \
            "0.0193164, 0.0241399, 0.0377618, 0.0717557, 0.150097, 0.307541, 0.607332", \
            "-0.0752924, -0.0684521, -0.048591, -0.000377, 0.109291, 0.337614, 0.772697" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0318939, 0.0335948, 0.0389184, 0.0543256, 0.0997795, 0.233045, 0.619952", \
            "0.030459, 0.0322971, 0.0376429, 0.0539465, 0.099735, 0.233067, 0.619436", \
            "0.0336113, 0.0352103, 0.0397885, 0.0541666, 0.0992313, 0.233103, 0.619369", \
            "0.0420744, 0.0446505, 0.0510474, 0.0669338, 0.105751, 0.232866, 0.619344", \
            "0.0611348, 0.0643459, 0.0734629, 0.0927117, 0.138599, 0.251488, 0.619684", \
            "0.0949365, 0.0990197, 0.11056, 0.139324, 0.201132, 0.33142, 0.655824", \
            "0.157295, 0.165779, 0.182094, 0.222431, 0.310193, 0.485757, 0.846193" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.079129, 0.0827202, 0.0927605, 0.120935, 0.200274, 0.426656, 1.07936", \
            "0.0832857, 0.0869153, 0.0971771, 0.125911, 0.205513, 0.432237, 1.08789", \
            "0.0946811, 0.0983061, 0.10851, 0.137183, 0.218249, 0.44552, 1.09615", \
            "0.120733, 0.124248, 0.134719, 0.163157, 0.243306, 0.471568, 1.12254", \
            "0.168824, 0.173233, 0.185154, 0.217226, 0.2993, 0.527388, 1.18458", \
            "0.252236, 0.258387, 0.274871, 0.317971, 0.418635, 0.656458, 1.30876", \
            "0.420192, 0.428396, 0.450904, 0.508003, 0.643538, 0.93681, 1.60959" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0543049, 0.0591664, 0.0726938, 0.112025, 0.223634, 0.543444, 1.46819", \
            "0.054304, 0.0590359, 0.0726481, 0.111762, 0.223954, 0.543332, 1.46803", \
            "0.0547002, 0.0591317, 0.0727349, 0.111697, 0.223857, 0.545433, 1.46622", \
            "0.0566534, 0.0611623, 0.0739368, 0.112017, 0.223928, 0.545287, 1.46766", \
            "0.0713572, 0.0758367, 0.0889374, 0.123238, 0.227666, 0.545445, 1.47323", \
            "0.106387, 0.11148, 0.12532, 0.162993, 0.263025, 0.555382, 1.46528", \
            "0.174803, 0.180455, 0.197025, 0.241151, 0.355385, 0.638787, 1.4866" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.031473, 0.0332938, 0.0381078, 0.0511037, 0.0853324, 0.179307, 0.445529", \
            "0.0340184, 0.0358337, 0.0406649, 0.0535482, 0.0878366, 0.181836, 0.447701", \
            "0.0394921, 0.0412095, 0.0462378, 0.0591738, 0.0935263, 0.187608, 0.453582", \
            "0.0458737, 0.0480745, 0.0540748, 0.0695846, 0.106261, 0.200962, 0.467593", \
            "0.0446028, 0.0478127, 0.0564372, 0.0777096, 0.125552, 0.230701, 0.499039", \
            "0.0163151, 0.0208314, 0.0331009, 0.0638287, 0.13341, 0.275271, 0.568014", \
            "-0.0826526, -0.0762648, -0.0587706, -0.0147381, 0.0848134, 0.290305, 0.682036" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0312048, 0.0329918, 0.0384212, 0.0539876, 0.0996955, 0.232827, 0.619031", \
            "0.0307791, 0.0325834, 0.0380083, 0.0537903, 0.0995942, 0.233064, 0.619522", \
            "0.0331227, 0.0346515, 0.0395407, 0.0547084, 0.0994533, 0.233127, 0.619482", \
            "0.0411263, 0.0428599, 0.0481341, 0.0628384, 0.103637, 0.233765, 0.619322", \
            "0.0592829, 0.061468, 0.0676255, 0.0843094, 0.125845, 0.244548, 0.619795", \
            "0.0930961, 0.0961965, 0.104742, 0.126491, 0.176928, 0.30081, 0.641804", \
            "0.154562, 0.159229, 0.17146, 0.201742, 0.271304, 0.420682, 0.765983" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0944111, 0.0979971, 0.107694, 0.136455, 0.216023, 0.441744, 1.08824", \
            "0.0986198, 0.10239, 0.112723, 0.141199, 0.220989, 0.447251, 1.09366", \
            "0.11036, 0.113942, 0.124316, 0.152896, 0.233372, 0.45921, 1.10724", \
            "0.13544, 0.138795, 0.149027, 0.177713, 0.257665, 0.484669, 1.13075", \
            "0.18294, 0.187175, 0.198687, 0.229581, 0.310308, 0.537363, 1.18363", \
            "0.268095, 0.273306, 0.287311, 0.326952, 0.422911, 0.657074, 1.30794", \
            "0.44218, 0.448944, 0.467521, 0.516712, 0.638017, 0.919467, 1.58554" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0727162, 0.0773568, 0.0912071, 0.129408, 0.241122, 0.561429, 1.48069", \
            "0.0726498, 0.0774058, 0.0908162, 0.129571, 0.240567, 0.560049, 1.48067", \
            "0.0729192, 0.0775485, 0.0908434, 0.129751, 0.241602, 0.559757, 1.48218", \
            "0.0737511, 0.0781654, 0.0912584, 0.129708, 0.240423, 0.561406, 1.47761", \
            "0.0868763, 0.0916143, 0.104088, 0.138941, 0.244099, 0.561073, 1.47711", \
            "0.119676, 0.124528, 0.138028, 0.175581, 0.276642, 0.570893, 1.48156", \
            "0.183589, 0.189251, 0.204845, 0.248019, 0.360406, 0.649948, 1.50056" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0348654, 0.0365989, 0.0414993, 0.054399, 0.0887364, 0.182768, 0.448638", \
            "0.0370109, 0.0388429, 0.0436218, 0.0566077, 0.090916, 0.184845, 0.452529", \
            "0.040794, 0.0425549, 0.0474656, 0.0603945, 0.0947334, 0.188944, 0.454757", \
            "0.0444556, 0.0464785, 0.0521282, 0.0661318, 0.101843, 0.196483, 0.462846", \
            "0.0412961, 0.043946, 0.0510161, 0.0697075, 0.111875, 0.212434, 0.480314", \
            "0.008747, 0.0126569, 0.0233394, 0.0498339, 0.109455, 0.233867, 0.518624", \
            "-0.0977282, -0.0921254, -0.0767788, -0.0382092, 0.0485604, 0.225808, 0.573657" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0310263, 0.0329533, 0.0382596, 0.0539173, 0.0996393, 0.233229, 0.619295", \
            "0.0308, 0.032631, 0.038116, 0.0538172, 0.0996133, 0.233102, 0.620093", \
            "0.0320036, 0.0337231, 0.0388169, 0.0543328, 0.0995392, 0.233165, 0.619581", \
            "0.037952, 0.0396531, 0.0445984, 0.0590031, 0.101968, 0.233237, 0.619632", \
            "0.0546125, 0.0564643, 0.0615172, 0.0761187, 0.117555, 0.240452, 0.620067", \
            "0.0879955, 0.0904351, 0.0967544, 0.114636, 0.159305, 0.278997, 0.633922", \
            "0.153173, 0.156563, 0.165341, 0.18841, 0.243438, 0.377373, 0.720889" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0244566, 0.0270256, 0.0342837, 0.0542309, 0.108245, 0.264008, 0.696535", \
            "0.0289492, 0.0313277, 0.0382328, 0.057773, 0.11242, 0.264834, 0.704778", \
            "0.0413924, 0.044074, 0.0505087, 0.0691345, 0.123059, 0.277924, 0.712782", \
            "0.0620373, 0.0659756, 0.0760093, 0.0989906, 0.151082, 0.306012, 0.739563", \
            "0.0994984, 0.104794, 0.118963, 0.152293, 0.220622, 0.370924, 0.806504", \
            "0.175356, 0.182262, 0.200609, 0.245512, 0.34409, 0.532332, 0.962924", \
            "0.339413, 0.348148, 0.371518, 0.428528, 0.560277, 0.83296, 1.33174" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0214292, 0.0246797, 0.0342343, 0.0610127, 0.13798, 0.358516, 0.991658", \
            "0.0211246, 0.0243934, 0.0339337, 0.0610227, 0.137866, 0.358074, 0.993196", \
            "0.0258764, 0.0283388, 0.036061, 0.0608007, 0.137692, 0.358983, 0.98916", \
            "0.0370642, 0.040715, 0.0500626, 0.0701282, 0.138573, 0.358563, 0.992395", \
            "0.0529427, 0.0576469, 0.0705657, 0.0989264, 0.160288, 0.35865, 0.991503", \
            "0.081936, 0.0876548, 0.103553, 0.142655, 0.22675, 0.40488, 0.992279", \
            "0.14256, 0.149435, 0.166355, 0.214511, 0.328907, 0.567262, 1.07273" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0100524, 0.0107594, 0.0126998, 0.0179573, 0.0324482, 0.0736445, 0.192213", \
            "0.0119019, 0.0129579, 0.0155944, 0.0214674, 0.035956, 0.0773, 0.19702", \
            "0.011801, 0.013377, 0.0174499, 0.0264317, 0.044348, 0.0855104, 0.204409", \
            "0.0062463, 0.0085748, 0.0143733, 0.0280971, 0.0551104, 0.104796, 0.222841", \
            "-0.013627, -0.0101798, -0.0015228, 0.0183389, 0.0587852, 0.133797, 0.268318", \
            "-0.0697914, -0.0646633, -0.0517548, -0.0230062, 0.0368816, 0.148061, 0.344855", \
            "-0.213425, -0.205997, -0.187285, -0.144323, -0.0564413, 0.106555, 0.402453" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0053335, 0.0060366, 0.0082386, 0.014979, 0.0344578, 0.0900842, 0.249569", \
            "0.0081949, 0.0089703, 0.0107093, 0.0161018, 0.0344486, 0.0896889, 0.251034", \
            "0.0128369, 0.0139312, 0.0166909, 0.0231845, 0.0383102, 0.0903472, 0.25109", \
            "0.0210077, 0.022631, 0.0268387, 0.0361336, 0.0557267, 0.0991847, 0.250549", \
            "0.0365163, 0.0387083, 0.0450755, 0.0587132, 0.0867762, 0.139973, 0.266216", \
            "0.0666244, 0.0702337, 0.0783485, 0.0978293, 0.137822, 0.214307, 0.365696", \
            "0.128729, 0.133322, 0.14531, 0.173642, 0.230276, 0.341629, 0.545473" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0297159, 0.0318012, 0.0375931, 0.0533082, 0.0959296, 0.218751, 0.566992", \
            "0.028541, 0.0305981, 0.0363443, 0.0522271, 0.0958212, 0.217008, 0.565067", \
            "0.0275283, 0.0294573, 0.0349681, 0.0507021, 0.094277, 0.216449, 0.564564", \
            "0.0269282, 0.0287384, 0.0341035, 0.0494082, 0.0928678, 0.216513, 0.565845", \
            "0.026449, 0.0282701, 0.0335285, 0.0484842, 0.0911768, 0.214546, 0.562584", \
            "0.028029, 0.0297011, 0.0345741, 0.0490922, 0.091512, 0.213211, 0.564272", \
            "0.0392916, 0.0405066, 0.0443474, 0.0564745, 0.096939, 0.217727, 0.563465" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0213759, 0.0196135, 0.0145485, -3.8e-05, -0.0421327, -0.16409, -0.515638", \
            "0.0207019, 0.0189694, 0.0139246, -0.0006422, -0.0427199, -0.164537, -0.516119", \
            "0.0197879, 0.0180624, 0.0130292, -0.0013883, -0.0433384, -0.165138, -0.516657", \
            "0.0188097, 0.0171719, 0.0122191, -0.0021848, -0.0439798, -0.165589, -0.517044", \
            "0.0195058, 0.0177085, 0.0126634, -0.0021353, -0.0444189, -0.165832, -0.517306", \
            "0.02466, 0.0227058, 0.0172038, 0.0016434, -0.0422528, -0.164922, -0.516858", \
            "0.0399594, 0.0379528, 0.0318149, 0.0151019, -0.0309586, -0.156361, -0.51322" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0437701, 0.0456243, 0.0508623, 0.0657281, 0.108024, 0.229043, 0.576833", \
            "0.0427021, 0.0445701, 0.0499011, 0.0650173, 0.10746, 0.22875, 0.577298", \
            "0.0415341, 0.0433738, 0.0486968, 0.0638613, 0.106773, 0.228093, 0.575787", \
            "0.0407255, 0.0425505, 0.0477968, 0.0627689, 0.105522, 0.227343, 0.575365", \
            "0.0400682, 0.0418681, 0.0470598, 0.061923, 0.104352, 0.226039, 0.575503", \
            "0.040637, 0.0423715, 0.0473634, 0.0621447, 0.104577, 0.225571, 0.573795", \
            "0.0498009, 0.0512102, 0.0555556, 0.0684547, 0.109323, 0.229123, 0.574743" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0234266, 0.0216542, 0.0165797, 0.0019358, -0.0402281, -0.162132, -0.513682", \
            "0.022799, 0.0210319, 0.0159514, 0.0013667, -0.0407727, -0.162645, -0.514198", \
            "0.0220659, 0.0203335, 0.0152592, 0.0007061, -0.0413236, -0.163147, -0.514635", \
            "0.0211224, 0.0194187, 0.0144213, 0.0001281, -0.0418028, -0.163475, -0.515024", \
            "0.0214677, 0.0196832, 0.014559, 7.7e-06, -0.0421013, -0.163462, -0.515015", \
            "0.0253789, 0.0234947, 0.0180727, 0.0028805, -0.04042, -0.163073, -0.515005", \
            "0.0391787, 0.0370478, 0.0311022, 0.014602, -0.0312935, -0.157467, -0.512224" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.0605225, 0.0623185, 0.067518, 0.0822751, 0.124586, 0.245651, 0.59308", \
            "0.0597343, 0.0616755, 0.0667926, 0.0816929, 0.124118, 0.245281, 0.592534", \
            "0.0590454, 0.0608626, 0.0660243, 0.0810283, 0.123587, 0.245101, 0.592554", \
            "0.0585004, 0.0602197, 0.0654358, 0.0803668, 0.123002, 0.244453, 0.592262", \
            "0.0582223, 0.0600438, 0.0651976, 0.0798064, 0.122315, 0.243797, 0.592003", \
            "0.0592737, 0.0609983, 0.0660067, 0.080869, 0.12342, 0.244314, 0.59169", \
            "0.0717821, 0.0732648, 0.0775962, 0.0905038, 0.130895, 0.250485, 0.595018" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.023047, 0.0212854, 0.0161818, 0.0015722, -0.04062, -0.162402, -0.514013", \
            "0.0224306, 0.0206666, 0.0156102, 0.0009798, -0.0411834, -0.163035, -0.514624", \
            "0.0216372, 0.0199093, 0.0148573, 0.0003533, -0.0416977, -0.163486, -0.51502", \
            "0.0207615, 0.019045, 0.0141107, -0.0003328, -0.0422463, -0.163882, -0.51534", \
            "0.0215432, 0.0197249, 0.0143656, -0.0003671, -0.0424413, -0.163937, -0.515379", \
            "0.0252352, 0.0233291, 0.0179585, 0.0027699, -0.0404072, -0.163369, -0.515201", \
            "0.0412307, 0.0391972, 0.033219, 0.0166336, -0.0294434, -0.155994, -0.511721" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "0.025614, 0.0276624, 0.0334888, 0.0493738, 0.0925069, 0.214378, 0.562138", \
            "0.0248119, 0.0267398, 0.0322792, 0.0478479, 0.0915117, 0.213312, 0.564461", \
            "0.0248335, 0.0266198, 0.0318253, 0.0469352, 0.0901708, 0.21242, 0.560852", \
            "0.0259369, 0.0276309, 0.0326347, 0.0478728, 0.0898457, 0.21163, 0.559872", \
            "0.0312157, 0.0327223, 0.0371758, 0.0507905, 0.0915626, 0.211489, 0.561423", \
            "0.0410223, 0.0423933, 0.0465797, 0.0597966, 0.100115, 0.217361, 0.562574", \
            "0.0656081, 0.0664563, 0.0691103, 0.0800492, 0.117102, 0.232988, 0.573676" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
          values ( \
            "-0.0008962, -0.0025044, -0.0072586, -0.0214884, -0.0636007, -0.185786, -0.537802", \
            "-0.0016857, -0.0032791, -0.0079399, -0.021909, -0.0636815, -0.185665, -0.537606", \
            "-0.0023145, -0.0039357, -0.0087512, -0.0225621, -0.0640588, -0.185717, -0.537448", \
            "-0.0015468, -0.003328, -0.0079852, -0.0229248, -0.0645606, -0.18589, -0.537483", \
            "0.0021567, 0.0001653, -0.0056358, -0.0209904, -0.0637017, -0.185993, -0.537579", \
            "0.0133941, 0.0110511, 0.0045715, -0.0118991, -0.0587701, -0.183033, -0.535456", \
            "0.0439224, 0.0415819, 0.0319846, 0.0123148, -0.0381057, -0.16827, -0.528463" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008412;
      rise_capacitance : 0.008628;
      rise_capacitance_range (0.008628, 0.008628);
      fall_capacitance : 0.008196;
      fall_capacitance_range (0.008196, 0.008196);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0151186, -0.0151109, -0.0150932, -0.0150728, -0.0150259, -0.0149177, -0.0146681" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.020503, 0.0205012, 0.0204971, 0.0205071, 0.0205304, 0.0205841, 0.020708" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.0084;
      rise_capacitance : 0.0087;
      rise_capacitance_range (0.0087, 0.0087);
      fall_capacitance : 0.0081;
      fall_capacitance_range (0.0081, 0.0081);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0173071, -0.0173085, -0.0173118, -0.0173073, -0.017297, -0.0172734, -0.0172187" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0205914, 0.0206385, 0.0207472, 0.0208232, 0.0209988, 0.0214034, 0.0223362" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008629;
      rise_capacitance : 0.009085;
      rise_capacitance_range (0.009085, 0.009085);
      fall_capacitance : 0.008173;
      fall_capacitance_range (0.008173, 0.008173);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0173854, -0.0173837, -0.01738, -0.0173786, -0.0173755, -0.0173683, -0.0173518" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0173541, 0.0173598, 0.017373, 0.0173697, 0.0173619, 0.017344, 0.0173028" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00874;
      rise_capacitance : 0.009282;
      rise_capacitance_range (0.009282, 0.009282);
      fall_capacitance : 0.008198;
      fall_capacitance_range (0.008198, 0.008198);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0074288, -0.0074393, -0.0074635, -0.007459, -0.0074487, -0.0074248, -0.0073697" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0090295, 0.0090108, 0.0089676, 0.0090248, 0.0091568, 0.0094609, 0.0101622" \
          );
        }
      }
    }
  }
  cell (scs8hd_a32o_1) {
    area : 10.0096;
    cell_footprint : "a32o";
    cell_leakage_power : 0.00771698;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062417;
      when : "!A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0062123;
      when : "!A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124292;
      when : "!A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0062322;
      when : "!A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0062419;
      when : "!A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0062126;
      when : "!A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124292;
      when : "!A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0062324;
      when : "!A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0062422;
      when : "!A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0062128;
      when : "!A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0062464;
      when : "A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124292;
      when : "A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0062662;
      when : "A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0074241;
      when : "A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0012554;
      when : "A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124255;
      when : "A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.007712;
      when : "A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0124292;
      when : "!A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0062327;
      when : "!A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0062759;
      when : "!A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0062466;
      when : "!A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124292;
      when : "!A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0062664;
      when : "!A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0062486;
      when : "A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0062192;
      when : "A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124292;
      when : "A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.006239;
      when : "A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.006272;
      when : "A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0062426;
      when : "A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124292;
      when : "A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0062624;
      when : "A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0062758;
      when : "A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.00771698;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2&A3) | (B1&B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.202341;
      max_transition : 1.50443;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.058737, 0.0646373, 0.0785127, 0.112062, 0.200979, 0.442895, 1.10135", \
            "0.0615624, 0.06748, 0.0813359, 0.114917, 0.203876, 0.445745, 1.10409", \
            "0.0687937, 0.0746891, 0.0885347, 0.122215, 0.210875, 0.452174, 1.10944", \
            "0.080991, 0.0869702, 0.10102, 0.134704, 0.223351, 0.464315, 1.12032", \
            "0.0895528, 0.0957066, 0.109916, 0.143539, 0.232736, 0.473774, 1.13014", \
            "0.0755145, 0.0830655, 0.0988244, 0.132761, 0.221855, 0.463468, 1.11944", \
            "-0.0030309, 0.0063371, 0.0261553, 0.0635292, 0.152036, 0.392745, 1.04889" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.019646, 0.025754, 0.0419582, 0.0867503, 0.213101, 0.560031, 1.50368", \
            "0.0196084, 0.0257701, 0.0418658, 0.08675, 0.213412, 0.560183, 1.504", \
            "0.0193541, 0.0255475, 0.0416811, 0.0865143, 0.213062, 0.559405, 1.50041", \
            "0.0200624, 0.0261662, 0.0423381, 0.0870306, 0.212895, 0.559776, 1.50419", \
            "0.0225614, 0.028268, 0.043468, 0.087491, 0.212862, 0.560273, 1.50443", \
            "0.0282184, 0.0337472, 0.0479154, 0.0894603, 0.213647, 0.558175, 1.49954", \
            "0.0370822, 0.0438203, 0.0592064, 0.0962147, 0.215076, 0.560414, 1.49571" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0889261, 0.0936562, 0.104153, 0.126082, 0.17261, 0.282022, 0.571762", \
            "0.0933411, 0.0981394, 0.108561, 0.130473, 0.177033, 0.286541, 0.576108", \
            "0.105553, 0.110278, 0.120738, 0.142682, 0.189207, 0.298717, 0.587975", \
            "0.134414, 0.139108, 0.149668, 0.171569, 0.218093, 0.327608, 0.617294", \
            "0.190072, 0.19527, 0.206735, 0.2299, 0.277945, 0.387952, 0.677136", \
            "0.279835, 0.285966, 0.299881, 0.327466, 0.381093, 0.494995, 0.784494", \
            "0.450116, 0.457272, 0.473299, 0.506065, 0.569189, 0.689409, 0.980325" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0156219, 0.0193114, 0.0281032, 0.0482752, 0.0975966, 0.231548, 0.613584", \
            "0.0156479, 0.0195036, 0.028074, 0.0484673, 0.0971832, 0.231216, 0.608506", \
            "0.0156733, 0.0194293, 0.0280805, 0.0483078, 0.097631, 0.230825, 0.6152", \
            "0.0158235, 0.0195013, 0.0282132, 0.0487982, 0.0977067, 0.23166, 0.609679", \
            "0.0187825, 0.0228939, 0.0316868, 0.0517186, 0.0999949, 0.231927, 0.60596", \
            "0.0252455, 0.0297454, 0.040035, 0.0621838, 0.110007, 0.236599, 0.606683", \
            "0.0345397, 0.0393591, 0.051481, 0.0770502, 0.127887, 0.249104, 0.609702" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.063744, 0.0696295, 0.0834385, 0.116777, 0.204543, 0.445094, 1.10191", \
            "0.066677, 0.0726078, 0.0864134, 0.119766, 0.207735, 0.448245, 1.10405", \
            "0.0737048, 0.0795687, 0.0933628, 0.126734, 0.215279, 0.456567, 1.1115", \
            "0.0860009, 0.0919925, 0.106074, 0.139821, 0.228516, 0.468715, 1.12482", \
            "0.0958061, 0.102254, 0.116797, 0.150816, 0.23989, 0.482105, 1.13711", \
            "0.084262, 0.0920475, 0.1084, 0.143458, 0.232355, 0.474263, 1.13252", \
            "0.0081745, 0.0178357, 0.0382786, 0.0771471, 0.166525, 0.407636, 1.06313" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0195966, 0.0257709, 0.0418667, 0.086775, 0.212949, 0.558289, 1.49997", \
            "0.0196486, 0.0257323, 0.0418687, 0.0868043, 0.21257, 0.55953, 1.50398", \
            "0.019485, 0.0256031, 0.0417479, 0.0866046, 0.213072, 0.558535, 1.50307", \
            "0.0203149, 0.0263244, 0.0423242, 0.0868782, 0.213171, 0.559539, 1.50439", \
            "0.023537, 0.0290152, 0.0439794, 0.0876846, 0.212557, 0.560511, 1.50397", \
            "0.028884, 0.0349658, 0.0490169, 0.0897071, 0.21353, 0.558217, 1.50092", \
            "0.0371874, 0.0445764, 0.0602344, 0.097689, 0.215517, 0.56016, 1.49583" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.103875, 0.108958, 0.120159, 0.14296, 0.190619, 0.301011, 0.59092", \
            "0.108417, 0.11357, 0.124663, 0.147469, 0.195138, 0.305579, 0.595425", \
            "0.120664, 0.125801, 0.13705, 0.15975, 0.207395, 0.317862, 0.6071", \
            "0.149287, 0.154442, 0.165601, 0.188411, 0.235785, 0.346228, 0.635699", \
            "0.208429, 0.213923, 0.225821, 0.249177, 0.297673, 0.408174, 0.697579", \
            "0.307712, 0.314229, 0.328308, 0.356179, 0.409185, 0.523308, 0.812374", \
            "0.488659, 0.496526, 0.513175, 0.546643, 0.609274, 0.731031, 1.02222" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0177604, 0.0219224, 0.0304422, 0.0505215, 0.0991549, 0.232811, 0.608649", \
            "0.0178489, 0.0216541, 0.0304376, 0.0507039, 0.0992042, 0.232573, 0.607798", \
            "0.0179753, 0.0218692, 0.0304804, 0.0507969, 0.0996298, 0.23142, 0.607381", \
            "0.0179668, 0.0218199, 0.0305138, 0.0505933, 0.0996327, 0.231459, 0.606545", \
            "0.020367, 0.0243818, 0.0329337, 0.0532223, 0.101027, 0.232064, 0.6063", \
            "0.0267968, 0.031287, 0.0418838, 0.0623202, 0.109519, 0.236713, 0.612085", \
            "0.0362921, 0.041423, 0.0538186, 0.0782443, 0.126909, 0.247757, 0.610444" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.067223, 0.073151, 0.0869869, 0.120185, 0.207694, 0.44793, 1.10532", \
            "0.0698282, 0.0757502, 0.0895471, 0.122794, 0.210183, 0.449983, 1.10639", \
            "0.0753808, 0.0812443, 0.0950154, 0.128221, 0.216134, 0.456686, 1.11457", \
            "0.085398, 0.0913752, 0.105325, 0.138939, 0.227266, 0.467137, 1.12348", \
            "0.0937205, 0.100289, 0.114833, 0.14887, 0.237455, 0.47809, 1.13645", \
            "0.0803654, 0.0882408, 0.104954, 0.140052, 0.228853, 0.469579, 1.12474", \
            "0.0009514, 0.0107117, 0.03175, 0.0717021, 0.16112, 0.401682, 1.0591" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0196284, 0.0257511, 0.0418916, 0.0867975, 0.213226, 0.560092, 1.50425", \
            "0.019644, 0.0257967, 0.0418839, 0.0866384, 0.213227, 0.560031, 1.50287", \
            "0.0195185, 0.0256252, 0.0418242, 0.0866838, 0.21302, 0.559277, 1.50066", \
            "0.0202554, 0.0262639, 0.0422344, 0.0866659, 0.213333, 0.560118, 1.50181", \
            "0.0233422, 0.0289059, 0.0440545, 0.0877447, 0.212941, 0.560082, 1.50112", \
            "0.0291113, 0.0350693, 0.0497961, 0.0902157, 0.213194, 0.557804, 1.50112", \
            "0.0375875, 0.0450604, 0.0611778, 0.0988309, 0.215618, 0.561601, 1.49562" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.108565, 0.113783, 0.12498, 0.14709, 0.193944, 0.303695, 0.592859", \
            "0.113343, 0.118532, 0.129576, 0.151956, 0.19886, 0.308596, 0.598162", \
            "0.125764, 0.130973, 0.142034, 0.164358, 0.211281, 0.320988, 0.610793", \
            "0.154383, 0.159619, 0.170754, 0.193165, 0.240128, 0.349855, 0.639161", \
            "0.214525, 0.220114, 0.2319, 0.255157, 0.302265, 0.411955, 0.701713", \
            "0.317695, 0.32432, 0.338383, 0.365701, 0.417862, 0.529278, 0.818605", \
            "0.503713, 0.511648, 0.528803, 0.562096, 0.623357, 0.742957, 1.03349" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0190485, 0.0228797, 0.0315048, 0.0513402, 0.0995461, 0.231682, 0.610475", \
            "0.0188585, 0.0226434, 0.0317133, 0.0512819, 0.0996428, 0.231009, 0.611503", \
            "0.0188833, 0.0227569, 0.0314402, 0.0510559, 0.0996366, 0.232496, 0.607703", \
            "0.0189545, 0.022794, 0.0316176, 0.0512514, 0.0995768, 0.232121, 0.60619", \
            "0.0210158, 0.0249887, 0.0335118, 0.0530313, 0.100616, 0.232965, 0.611253", \
            "0.0275231, 0.0320864, 0.0417332, 0.0627881, 0.108691, 0.236367, 0.613447", \
            "0.0379731, 0.0425128, 0.0543273, 0.0788732, 0.124961, 0.245941, 0.609196" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0422252, 0.0475193, 0.0606512, 0.0944216, 0.183812, 0.425292, 1.07792", \
            "0.045282, 0.0505688, 0.0636455, 0.0973995, 0.186861, 0.427813, 1.08294", \
            "0.051954, 0.0572219, 0.0701164, 0.10375, 0.19307, 0.434461, 1.08818", \
            "0.0579926, 0.0634131, 0.0765541, 0.11011, 0.199842, 0.441331, 1.09519", \
            "0.0562495, 0.0624628, 0.0759809, 0.109256, 0.198976, 0.440578, 1.09587", \
            "0.0290196, 0.0367354, 0.052706, 0.0861372, 0.175517, 0.418702, 1.07113", \
            "-0.0681915, -0.0585245, -0.0376571, 0.0022201, 0.0910556, 0.332356, 0.988624" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0157534, 0.0215976, 0.0379657, 0.0841089, 0.210782, 0.556054, 1.49218", \
            "0.0157704, 0.0216304, 0.0379679, 0.0840639, 0.210765, 0.557563, 1.49161", \
            "0.0162788, 0.0220299, 0.0381856, 0.084283, 0.211297, 0.559288, 1.49016", \
            "0.0178196, 0.0233314, 0.0391721, 0.084591, 0.211529, 0.557128, 1.49577", \
            "0.0216869, 0.0269011, 0.0410906, 0.0851469, 0.210844, 0.555273, 1.49661", \
            "0.0284297, 0.0341692, 0.0477078, 0.0871804, 0.211757, 0.555305, 1.49997", \
            "0.0388976, 0.0465952, 0.0615593, 0.0981513, 0.214628, 0.558828, 1.48687" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0570184, 0.0612416, 0.0703246, 0.0893216, 0.131703, 0.238718, 0.528403", \
            "0.0611379, 0.0653729, 0.0744977, 0.0934363, 0.135769, 0.24266, 0.532521", \
            "0.0731642, 0.0773525, 0.0865629, 0.105554, 0.147903, 0.254992, 0.544819", \
            "0.101775, 0.106123, 0.115335, 0.134479, 0.176926, 0.283824, 0.573869", \
            "0.151024, 0.156256, 0.167342, 0.188336, 0.232473, 0.339791, 0.629211", \
            "0.237102, 0.243334, 0.256716, 0.282023, 0.32851, 0.43708, 0.727212", \
            "0.406075, 0.413155, 0.429556, 0.460544, 0.515483, 0.625831, 0.914738" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0137367, 0.0170095, 0.0244657, 0.0427933, 0.0906658, 0.229446, 0.612585", \
            "0.0137962, 0.0170099, 0.0243383, 0.0427777, 0.0907884, 0.227085, 0.608721", \
            "0.0137582, 0.0170221, 0.0243537, 0.0426365, 0.0908419, 0.227629, 0.61431", \
            "0.0152063, 0.0182995, 0.0253523, 0.0433818, 0.0909564, 0.227534, 0.607361", \
            "0.0201697, 0.0237068, 0.031034, 0.0483437, 0.0937284, 0.22964, 0.608289", \
            "0.0268816, 0.0308966, 0.0397401, 0.0576137, 0.100293, 0.230286, 0.60623", \
            "0.0369737, 0.0416706, 0.0523219, 0.0724705, 0.113578, 0.23533, 0.609489" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0452647, 0.0505295, 0.0636468, 0.0973791, 0.186931, 0.428607, 1.08019", \
            "0.0484938, 0.053766, 0.0668324, 0.100581, 0.189906, 0.430677, 1.08497", \
            "0.0550944, 0.0603188, 0.073337, 0.106797, 0.19649, 0.436842, 1.09106", \
            "0.0631766, 0.0686086, 0.0817542, 0.115189, 0.205146, 0.445003, 1.10317", \
            "0.0654016, 0.0715818, 0.0853568, 0.118694, 0.208414, 0.449064, 1.10253", \
            "0.0457755, 0.0535502, 0.0696182, 0.104146, 0.192876, 0.4354, 1.08838", \
            "-0.0347777, -0.0248799, -0.0039709, 0.0363523, 0.12646, 0.367998, 1.02056" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0157324, 0.0215504, 0.0378702, 0.0841446, 0.211349, 0.558812, 1.49427", \
            "0.0157154, 0.0215917, 0.0378876, 0.0838986, 0.210523, 0.554867, 1.49098", \
            "0.0159967, 0.021793, 0.0380244, 0.0838832, 0.210956, 0.557094, 1.49269", \
            "0.0178133, 0.023262, 0.0388662, 0.0841052, 0.211256, 0.557702, 1.50046", \
            "0.0215158, 0.0267922, 0.0412007, 0.084974, 0.210102, 0.557128, 1.49114", \
            "0.0279894, 0.0337851, 0.0476739, 0.0874341, 0.210732, 0.554339, 1.4951", \
            "0.0379334, 0.0457791, 0.0622788, 0.0985581, 0.215025, 0.556042, 1.49072" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0647052, 0.0692137, 0.0786883, 0.0981972, 0.140996, 0.248257, 0.538048", \
            "0.0689756, 0.0734964, 0.083069, 0.10251, 0.145318, 0.252598, 0.542341", \
            "0.0808708, 0.0853529, 0.0948587, 0.114384, 0.157267, 0.264463, 0.554761", \
            "0.109396, 0.113873, 0.123392, 0.142761, 0.185631, 0.292777, 0.583177", \
            "0.160279, 0.165633, 0.176944, 0.197986, 0.242223, 0.349556, 0.63945", \
            "0.245562, 0.252117, 0.265951, 0.291552, 0.337782, 0.446433, 0.735931", \
            "0.407527, 0.415304, 0.43198, 0.46338, 0.516954, 0.626468, 0.915877" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0152955, 0.0184451, 0.0257796, 0.0438625, 0.0917029, 0.228283, 0.608356", \
            "0.0153492, 0.0183885, 0.0259457, 0.0437609, 0.0916905, 0.227398, 0.607186", \
            "0.0151527, 0.0183684, 0.0258807, 0.0439066, 0.0914828, 0.227829, 0.617463", \
            "0.0160406, 0.0190376, 0.026272, 0.0444337, 0.0919611, 0.227809, 0.612606", \
            "0.0210641, 0.0245355, 0.0316651, 0.0486784, 0.094255, 0.227866, 0.607231", \
            "0.0280083, 0.0323084, 0.0411384, 0.0577883, 0.0995262, 0.230204, 0.608903", \
            "0.0380115, 0.0432089, 0.0532496, 0.0722893, 0.111709, 0.234938, 0.609936" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0155919, 0.0173001, 0.0218066, 0.033696, 0.0662848, 0.154938, 0.396267", \
            "0.0154418, 0.0171606, 0.02165, 0.0335895, 0.0659077, 0.15484, 0.396172", \
            "0.0153116, 0.0170405, 0.0215638, 0.0335195, 0.065869, 0.154102, 0.395008", \
            "0.015295, 0.0169967, 0.0214697, 0.0333592, 0.0658173, 0.153988, 0.394363", \
            "0.015961, 0.0175602, 0.0218565, 0.033628, 0.06586, 0.154112, 0.394252", \
            "0.0175481, 0.0191621, 0.0235544, 0.0350916, 0.0672449, 0.154976, 0.395925", \
            "0.0231742, 0.0245039, 0.0288059, 0.0405409, 0.0725138, 0.16011, 0.398254" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0137409, 0.0127579, 0.0098914, -0.0001603, -0.0320424, -0.121334, -0.364546", \
            "0.0134214, 0.0125302, 0.0095791, -0.0004706, -0.0323616, -0.121641, -0.364833", \
            "0.0130709, 0.0120817, 0.0092353, -0.0008437, -0.0327104, -0.121965, -0.365241", \
            "0.0128515, 0.0118035, 0.0090005, -0.0011278, -0.0329862, -0.122227, -0.36543", \
            "0.0120596, 0.0111198, 0.0084818, -0.0014825, -0.0331688, -0.12239, -0.36559", \
            "0.0172953, 0.0155859, 0.0111843, -0.0008052, -0.0331771, -0.122092, -0.365294", \
            "0.0214332, 0.0195215, 0.0148811, 0.0024733, -0.0303088, -0.119455, -0.362348" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.016325, 0.018012, 0.0224941, 0.0343072, 0.066346, 0.154495, 0.395123", \
            "0.0161713, 0.0178823, 0.0223619, 0.0341839, 0.0662611, 0.154297, 0.394734", \
            "0.0160025, 0.017711, 0.0221909, 0.0340533, 0.0664619, 0.154723, 0.396408", \
            "0.0159248, 0.0176096, 0.0220376, 0.0339522, 0.0664954, 0.154947, 0.396401", \
            "0.0163338, 0.017937, 0.0222092, 0.0340829, 0.0662108, 0.154212, 0.394326", \
            "0.017615, 0.0192119, 0.0235789, 0.0353977, 0.0675347, 0.154736, 0.396723", \
            "0.0219641, 0.0234646, 0.0277357, 0.0395058, 0.0719222, 0.159678, 0.3974" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0165778, 0.01564, 0.0127873, 0.0028974, -0.028748, -0.117921, -0.361126", \
            "0.0163028, 0.015282, 0.0124877, 0.0025585, -0.0290573, -0.118229, -0.361381", \
            "0.0160275, 0.0150104, 0.0121998, 0.0022457, -0.0293979, -0.118565, -0.361701", \
            "0.0157537, 0.0147575, 0.0119397, 0.0019821, -0.0296159, -0.118794, -0.361868", \
            "0.0154051, 0.0143794, 0.0115123, 0.0016827, -0.0298358, -0.11898, -0.362105", \
            "0.0202953, 0.0187503, 0.0141923, 0.0020491, -0.029957, -0.118927, -0.362024", \
            "0.0243772, 0.0224635, 0.0176967, 0.0052864, -0.0275625, -0.11687, -0.359598" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0165605, 0.0182588, 0.0227385, 0.0344957, 0.0665522, 0.154574, 0.39558", \
            "0.0163857, 0.0181043, 0.022584, 0.0343626, 0.0661077, 0.153781, 0.39393", \
            "0.0161802, 0.0178846, 0.0223616, 0.0341325, 0.0663149, 0.154361, 0.395619", \
            "0.016044, 0.0177244, 0.0221969, 0.034069, 0.0661312, 0.153878, 0.394094", \
            "0.0164372, 0.0180605, 0.0223358, 0.0341369, 0.0661821, 0.154237, 0.395936", \
            "0.0176481, 0.0192156, 0.0236327, 0.0352493, 0.0673273, 0.154702, 0.395505", \
            "0.0216506, 0.0230939, 0.0273102, 0.0390691, 0.0715918, 0.158694, 0.398897" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0200195, 0.0189515, 0.0161185, 0.0058144, -0.0262447, -0.115779, -0.359032", \
            "0.0197528, 0.0186722, 0.0158485, 0.0055875, -0.026522, -0.116006, -0.359268", \
            "0.0194839, 0.0184213, 0.0155528, 0.0053309, -0.0267741, -0.116218, -0.359561", \
            "0.019266, 0.0182098, 0.0152346, 0.0050977, -0.0269183, -0.116385, -0.359637", \
            "0.0191027, 0.0179388, 0.0150381, 0.0050314, -0.026862, -0.116315, -0.359614", \
            "0.0240649, 0.0223189, 0.0177466, 0.0054495, -0.0266411, -0.115848, -0.359206", \
            "0.0284428, 0.02656, 0.0217399, 0.0093524, -0.0237799, -0.113519, -0.35657" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0123497, 0.0141238, 0.018821, 0.0311725, 0.0640198, 0.152443, 0.39347", \
            "0.0121949, 0.013967, 0.0186364, 0.0309648, 0.0638574, 0.152712, 0.392175", \
            "0.0119807, 0.0136994, 0.0183116, 0.0306203, 0.0637613, 0.152949, 0.39306", \
            "0.0119209, 0.0136475, 0.0181453, 0.0302967, 0.0635152, 0.151838, 0.393047", \
            "0.0126217, 0.0142907, 0.0187239, 0.030661, 0.0632621, 0.152218, 0.393932", \
            "0.0149698, 0.0165721, 0.0209702, 0.0328553, 0.0650977, 0.153984, 0.396696", \
            "0.0222489, 0.0236691, 0.0279674, 0.0396284, 0.071837, 0.159877, 0.401081" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0101541, 0.0089898, 0.0056938, -0.005266, -0.0377187, -0.127145, -0.37049", \
            "0.0098165, 0.008609, 0.0052944, -0.0056511, -0.0381384, -0.127525, -0.370727", \
            "0.0095562, 0.008323, 0.0049899, -0.0059089, -0.0383746, -0.127733, -0.370996", \
            "0.0096156, 0.0082836, 0.0050588, -0.0059056, -0.0383332, -0.127659, -0.370876", \
            "0.011508, 0.0098419, 0.0052422, -0.0053611, -0.0376601, -0.126973, -0.370194", \
            "0.0159308, 0.0140949, 0.009067, -0.0029981, -0.0357094, -0.124642, -0.367829", \
            "0.0227991, 0.0209349, 0.0161891, 0.0037236, -0.0290819, -0.118445, -0.361408" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0125894, 0.0143653, 0.0190567, 0.0314311, 0.064344, 0.153076, 0.395777", \
            "0.0124354, 0.0142015, 0.0188793, 0.0312199, 0.0641807, 0.152405, 0.392657", \
            "0.0121941, 0.0139074, 0.0185436, 0.0308297, 0.0638796, 0.153154, 0.39074", \
            "0.011978, 0.0136818, 0.0182381, 0.0304511, 0.0633581, 0.152975, 0.3956", \
            "0.0125861, 0.014237, 0.0187232, 0.0306675, 0.0633302, 0.152917, 0.393035", \
            "0.0147953, 0.0163879, 0.0207481, 0.0328373, 0.0652527, 0.153984, 0.397006", \
            "0.0222841, 0.0234746, 0.0276902, 0.0395036, 0.0720057, 0.160152, 0.401026" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0136602, 0.0124297, 0.009178, -0.001668, -0.0340235, -0.12334, -0.366504", \
            "0.0134146, 0.0121714, 0.0089001, -0.0018739, -0.0342597, -0.123582, -0.366742", \
            "0.0132651, 0.0120077, 0.0087192, -0.0020896, -0.0344059, -0.123713, -0.366887", \
            "0.0133477, 0.0120588, 0.0087896, -0.0019821, -0.0343505, -0.123634, -0.36682", \
            "0.0148964, 0.0131898, 0.0089913, -0.0013315, -0.0335905, -0.122876, -0.366046", \
            "0.0197627, 0.0179864, 0.01341, 0.001323, -0.0315103, -0.120353, -0.36356", \
            "0.0296641, 0.027679, 0.0227177, 0.0104009, -0.0225526, -0.111814, -0.354841" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002375;
      rise_capacitance : 0.002469;
      rise_capacitance_range (0.002469, 0.002469);
      fall_capacitance : 0.002282;
      fall_capacitance_range (0.002282, 0.002282);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0037146, -0.0037174, -0.0037239, -0.0037167, -0.0037002, -0.0036623, -0.0035746" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0051081, 0.0051057, 0.0051003, 0.0050993, 0.0050969, 0.0050913, 0.0050787" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002353;
      rise_capacitance : 0.00246;
      rise_capacitance_range (0.00246, 0.00246);
      fall_capacitance : 0.002246;
      fall_capacitance_range (0.002246, 0.002246);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044554, -0.0044507, -0.0044398, -0.0044392, -0.0044379, -0.0044349, -0.0044277" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.005302, 0.0053072, 0.0053192, 0.0053371, 0.0053784, 0.0054735, 0.0056929" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002379;
      rise_capacitance : 0.002516;
      rise_capacitance_range (0.002516, 0.002516);
      fall_capacitance : 0.002242;
      fall_capacitance_range (0.002242, 0.002242);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047632, -0.0047613, -0.0047572, -0.004758, -0.0047601, -0.0047649, -0.0047758" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0047654, 0.0047677, 0.004773, 0.0047744, 0.0047778, 0.0047855, 0.0048034" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002464;
      rise_capacitance : 0.00258;
      rise_capacitance_range (0.00258, 0.00258);
      fall_capacitance : 0.002348;
      fall_capacitance_range (0.002348, 0.002348);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004092, -0.004094, -0.0040986, -0.0040941, -0.0040837, -0.0040597, -0.0040045" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0051178, 0.0051143, 0.0051062, 0.0051068, 0.0051081, 0.0051112, 0.0051181" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002315;
      rise_capacitance : 0.002446;
      rise_capacitance_range (0.002446, 0.002446);
      fall_capacitance : 0.002183;
      fall_capacitance_range (0.002183, 0.002183);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043843, -0.0043839, -0.0043829, -0.0043826, -0.004382, -0.0043807, -0.0043777" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043863, 0.004383, 0.0043754, 0.0043768, 0.0043801, 0.0043875, 0.0044045" \
          );
        }
      }
    }
  }
  cell (scs8hd_a32o_2) {
    area : 11.2608;
    cell_footprint : "a32o";
    cell_leakage_power : 0.0118208;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0124749;
      when : "!A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0124389;
      when : "!A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124632;
      when : "!A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0124697;
      when : "!A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0124751;
      when : "!A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0124391;
      when : "!A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124632;
      when : "!A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0124699;
      when : "!A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0124753;
      when : "!A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0124393;
      when : "!A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124632;
      when : "!A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0124701;
      when : "!A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0125102;
      when : "!A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0124742;
      when : "!A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124632;
      when : "!A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.012505;
      when : "!A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0124817;
      when : "A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0124457;
      when : "A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124632;
      when : "A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0124765;
      when : "A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0125025;
      when : "A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0124665;
      when : "A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124632;
      when : "A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0124973;
      when : "A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0125004;
      when : "A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0124644;
      when : "A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124632;
      when : "A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0124952;
      when : "A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0074947;
      when : "A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0013205;
      when : "A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124528;
      when : "A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0077818;
      when : "A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0118208;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2&A3) | (B1&B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.342417;
      max_transition : 1.50801;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0650705, 0.0696187, 0.0811704, 0.110264, 0.190036, 0.422695, 1.11199", \
            "0.0678199, 0.0723711, 0.0839168, 0.113016, 0.192905, 0.425516, 1.11219", \
            "0.0749067, 0.079457, 0.0909954, 0.119932, 0.199893, 0.433182, 1.11951", \
            "0.0890625, 0.093617, 0.105042, 0.134037, 0.213571, 0.446058, 1.13378", \
            "0.10134, 0.106431, 0.118189, 0.147242, 0.226518, 0.460467, 1.14869", \
            "0.0926081, 0.0985761, 0.112644, 0.142853, 0.221438, 0.454393, 1.1406", \
            "0.0226936, 0.0295552, 0.0465102, 0.0819708, 0.16128, 0.393471, 1.08096" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0190699, 0.0233523, 0.0353758, 0.0710772, 0.181481, 0.513735, 1.50272", \
            "0.0190603, 0.0233208, 0.0353446, 0.0710997, 0.181218, 0.51414, 1.50228", \
            "0.0189385, 0.0232576, 0.0353146, 0.0711306, 0.181335, 0.514221, 1.50202", \
            "0.0197334, 0.0240352, 0.0360119, 0.071422, 0.181263, 0.513641, 1.50259", \
            "0.0230816, 0.0270786, 0.0383068, 0.0727443, 0.181829, 0.514166, 1.50301", \
            "0.0290505, 0.0335001, 0.0448583, 0.0762983, 0.182717, 0.514154, 1.49884", \
            "0.037556, 0.0431408, 0.0575504, 0.0877543, 0.185631, 0.516481, 1.49678" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.100289, 0.103709, 0.112031, 0.130633, 0.170374, 0.263119, 0.51809", \
            "0.104942, 0.108294, 0.116673, 0.135239, 0.175001, 0.267738, 0.522624", \
            "0.117093, 0.120466, 0.128768, 0.147258, 0.18705, 0.279787, 0.534727", \
            "0.145601, 0.148977, 0.157025, 0.175562, 0.215306, 0.30825, 0.563019", \
            "0.205007, 0.208559, 0.217249, 0.236529, 0.277076, 0.370283, 0.624926", \
            "0.304633, 0.308641, 0.318817, 0.341221, 0.387605, 0.48567, 0.74068", \
            "0.487845, 0.492589, 0.504478, 0.530453, 0.585395, 0.694164, 0.952684" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0170767, 0.0195118, 0.0257652, 0.0412159, 0.0792647, 0.186209, 0.522671", \
            "0.0171372, 0.0195381, 0.0259556, 0.0411563, 0.0797784, 0.186703, 0.519578", \
            "0.0172048, 0.0196758, 0.0259599, 0.0411374, 0.0795325, 0.186511, 0.520339", \
            "0.0172106, 0.0196783, 0.026108, 0.0413897, 0.0798143, 0.186962, 0.522533", \
            "0.0199279, 0.0223609, 0.0289794, 0.0441148, 0.0816394, 0.187221, 0.521561", \
            "0.0279713, 0.0305138, 0.0376119, 0.0547062, 0.0916214, 0.193225, 0.521195", \
            "0.0402593, 0.0431235, 0.0507075, 0.069938, 0.112022, 0.210461, 0.524688" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.069869, 0.0744969, 0.0860284, 0.115003, 0.195012, 0.428183, 1.11431", \
            "0.0728849, 0.0775019, 0.0890391, 0.11805, 0.198049, 0.431059, 1.11674", \
            "0.0799099, 0.0844754, 0.0960092, 0.125007, 0.204984, 0.438108, 1.12393", \
            "0.093814, 0.0984128, 0.109934, 0.13893, 0.218744, 0.451784, 1.13721", \
            "0.10757, 0.112627, 0.124819, 0.154017, 0.233388, 0.46625, 1.15584", \
            "0.102679, 0.108673, 0.122828, 0.15364, 0.232609, 0.465146, 1.15221", \
            "0.0388861, 0.0458472, 0.0630031, 0.0993895, 0.179979, 0.411698, 1.09995" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.019045, 0.0232903, 0.0353843, 0.0711645, 0.181294, 0.514396, 1.5014", \
            "0.0190029, 0.0233308, 0.0353871, 0.0711207, 0.181203, 0.514587, 1.49994", \
            "0.0189732, 0.0232737, 0.0353294, 0.0710112, 0.181221, 0.514558, 1.50045", \
            "0.0197087, 0.0238733, 0.0357745, 0.0713201, 0.181179, 0.514625, 1.49852", \
            "0.0229618, 0.0271615, 0.0383049, 0.0726613, 0.181692, 0.514268, 1.50144", \
            "0.0285515, 0.0330757, 0.0447653, 0.0767728, 0.182727, 0.513724, 1.49804", \
            "0.0367716, 0.0424561, 0.0563894, 0.0877936, 0.186072, 0.515172, 1.49631" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.114363, 0.117985, 0.126932, 0.146496, 0.187183, 0.281128, 0.536526", \
            "0.119134, 0.122803, 0.131713, 0.151276, 0.191978, 0.285955, 0.54133", \
            "0.131387, 0.135005, 0.143916, 0.163353, 0.204066, 0.298082, 0.553505", \
            "0.159455, 0.163092, 0.171996, 0.191506, 0.232338, 0.326257, 0.581562", \
            "0.219944, 0.223736, 0.232884, 0.252739, 0.293996, 0.387986, 0.643009", \
            "0.324055, 0.328403, 0.338913, 0.361829, 0.408192, 0.506595, 0.762459", \
            "0.512021, 0.517248, 0.529621, 0.556798, 0.611846, 0.720153, 0.978893" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0192437, 0.0217439, 0.0284406, 0.0435176, 0.0817883, 0.188041, 0.520557", \
            "0.0191945, 0.0217448, 0.0284846, 0.0436138, 0.081862, 0.188021, 0.520919", \
            "0.0191804, 0.0217433, 0.0281846, 0.0439488, 0.0821111, 0.187988, 0.524523", \
            "0.0192954, 0.0218576, 0.0284391, 0.0435437, 0.0816753, 0.188282, 0.521534", \
            "0.0213339, 0.0237939, 0.0302432, 0.0451157, 0.0832192, 0.188631, 0.521471", \
            "0.0288195, 0.0315919, 0.0389737, 0.0553782, 0.0923318, 0.194069, 0.523726", \
            "0.0410783, 0.0442741, 0.0520276, 0.0708443, 0.111369, 0.209688, 0.523961" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0725336, 0.0770719, 0.0886288, 0.11772, 0.197608, 0.430187, 1.11688", \
            "0.0753211, 0.0799409, 0.0914775, 0.120489, 0.200498, 0.433487, 1.11909", \
            "0.0812537, 0.0858223, 0.0973661, 0.126367, 0.206352, 0.439673, 1.12603", \
            "0.0930833, 0.0977467, 0.10926, 0.13832, 0.217953, 0.450575, 1.13777", \
            "0.106474, 0.111507, 0.123692, 0.153223, 0.232673, 0.465294, 1.15289", \
            "0.104016, 0.110041, 0.124362, 0.15551, 0.234872, 0.467126, 1.15486", \
            "0.0490291, 0.056068, 0.0734093, 0.110348, 0.1919, 0.424084, 1.11315" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0190396, 0.0233334, 0.0353872, 0.0711054, 0.181252, 0.514121, 1.50201", \
            "0.019009, 0.0233304, 0.0353888, 0.0711265, 0.181222, 0.514593, 1.49963", \
            "0.0189825, 0.0232796, 0.0353558, 0.071111, 0.181352, 0.514072, 1.50225", \
            "0.0195212, 0.0237259, 0.0356972, 0.0712074, 0.18131, 0.513924, 1.50285", \
            "0.0225476, 0.0268457, 0.0383028, 0.072597, 0.18144, 0.513776, 1.50256", \
            "0.0280726, 0.0327348, 0.0445951, 0.0768735, 0.18278, 0.512388, 1.50223", \
            "0.0361056, 0.0421338, 0.0560472, 0.0883896, 0.186658, 0.51553, 1.49524" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.111687, 0.115337, 0.124122, 0.143118, 0.182875, 0.275423, 0.530451", \
            "0.116805, 0.120444, 0.129248, 0.148379, 0.188012, 0.280569, 0.535625", \
            "0.129195, 0.132646, 0.14165, 0.160765, 0.200427, 0.292968, 0.547952", \
            "0.156184, 0.159843, 0.168644, 0.187692, 0.227489, 0.320054, 0.575133", \
            "0.213263, 0.217064, 0.22626, 0.245713, 0.286016, 0.378716, 0.633872", \
            "0.31018, 0.314561, 0.324851, 0.347843, 0.39277, 0.489451, 0.745073", \
            "0.484143, 0.489321, 0.501841, 0.528751, 0.582473, 0.687353, 0.944799" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0189646, 0.0216711, 0.027998, 0.0423366, 0.0799485, 0.185962, 0.522109", \
            "0.0190049, 0.0214414, 0.0276495, 0.0424326, 0.0798636, 0.186408, 0.520287", \
            "0.0190247, 0.0213814, 0.0277791, 0.0423615, 0.0797842, 0.186424, 0.520804", \
            "0.0188955, 0.0214663, 0.0277549, 0.0424884, 0.0797061, 0.186338, 0.524243", \
            "0.0211335, 0.0235532, 0.0299291, 0.0445112, 0.0809757, 0.187197, 0.520282", \
            "0.0283224, 0.0312108, 0.0379059, 0.0537378, 0.090249, 0.191183, 0.523742", \
            "0.0398278, 0.0427774, 0.0512085, 0.0690106, 0.108049, 0.205343, 0.525636" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0469728, 0.0508869, 0.0611965, 0.0886728, 0.167088, 0.398708, 1.08889", \
            "0.0500033, 0.0539296, 0.0642446, 0.0916997, 0.17021, 0.403156, 1.087", \
            "0.0572979, 0.0611901, 0.0713893, 0.09874, 0.177477, 0.408578, 1.09462", \
            "0.06622, 0.0703122, 0.0808091, 0.108361, 0.187335, 0.423823, 1.10727", \
            "0.0682299, 0.0729989, 0.0844673, 0.112286, 0.190827, 0.422608, 1.11202", \
            "0.0456316, 0.0516352, 0.0657016, 0.0954664, 0.173111, 0.404855, 1.09466", \
            "-0.0435486, -0.0365764, -0.0190418, 0.018218, 0.097469, 0.328293, 1.01557" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0159684, 0.0199812, 0.031973, 0.0685213, 0.180089, 0.514984, 1.50404", \
            "0.0159976, 0.0199792, 0.0319901, 0.068553, 0.180007, 0.513781, 1.49925", \
            "0.0161989, 0.0202438, 0.0321478, 0.068591, 0.180082, 0.514633, 1.50187", \
            "0.018426, 0.0221519, 0.0335169, 0.0692244, 0.180038, 0.51578, 1.50143", \
            "0.022975, 0.0267326, 0.0370002, 0.0706332, 0.180335, 0.512914, 1.50393", \
            "0.0293444, 0.0343421, 0.045084, 0.0754917, 0.181466, 0.512743, 1.50077", \
            "0.0398825, 0.0456442, 0.0597441, 0.091176, 0.186576, 0.515451, 1.49621" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0673317, 0.0705266, 0.0781928, 0.0946893, 0.129974, 0.218105, 0.472462", \
            "0.0716014, 0.0747557, 0.0823904, 0.0988365, 0.134156, 0.222342, 0.476046", \
            "0.0835286, 0.0866779, 0.094337, 0.110798, 0.146106, 0.234226, 0.488762", \
            "0.113243, 0.116338, 0.123867, 0.140139, 0.175443, 0.263557, 0.517908", \
            "0.169235, 0.172796, 0.181466, 0.199861, 0.236833, 0.325407, 0.579535", \
            "0.264556, 0.268737, 0.278868, 0.300858, 0.342879, 0.43427, 0.68858", \
            "0.444434, 0.449231, 0.461208, 0.48687, 0.537402, 0.634432, 0.887348" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0151548, 0.0172711, 0.0230017, 0.0363555, 0.0720596, 0.181102, 0.521687", \
            "0.0151528, 0.017453, 0.0228299, 0.0364071, 0.0720508, 0.180936, 0.519932", \
            "0.0150283, 0.0173659, 0.0230328, 0.0362041, 0.0718429, 0.181559, 0.519335", \
            "0.0155214, 0.0176968, 0.023257, 0.0368633, 0.0723593, 0.18111, 0.520352", \
            "0.0211037, 0.0236128, 0.0294038, 0.0420902, 0.0757816, 0.18168, 0.520082", \
            "0.0296668, 0.0323356, 0.0391036, 0.0536426, 0.085922, 0.186156, 0.520654", \
            "0.0415792, 0.0443914, 0.0517689, 0.0684388, 0.102539, 0.194617, 0.525196" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0510451, 0.0549921, 0.0652737, 0.0926881, 0.170753, 0.40175, 1.09265", \
            "0.054214, 0.0581288, 0.0683729, 0.0957875, 0.173955, 0.405462, 1.09224", \
            "0.0607864, 0.0646797, 0.0749089, 0.102229, 0.180657, 0.411745, 1.0975", \
            "0.0698331, 0.0739642, 0.0844918, 0.112023, 0.190818, 0.424032, 1.10997", \
            "0.0732724, 0.0781257, 0.0896059, 0.117436, 0.195946, 0.42815, 1.11335", \
            "0.0540866, 0.0601168, 0.0741533, 0.104256, 0.182449, 0.414071, 1.10087", \
            "-0.0276585, -0.0206224, -0.0032954, 0.0342131, 0.114916, 0.34639, 1.0325" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0159819, 0.0200331, 0.0319089, 0.0684826, 0.180355, 0.512713, 1.50801", \
            "0.0159388, 0.0199997, 0.0319254, 0.068444, 0.180168, 0.513225, 1.5058", \
            "0.0160829, 0.0200836, 0.0319927, 0.0685826, 0.180913, 0.512607, 1.5011", \
            "0.0179563, 0.0218464, 0.0332838, 0.0691404, 0.180183, 0.514822, 1.50171", \
            "0.0220036, 0.0259305, 0.0366154, 0.0705256, 0.180419, 0.512662, 1.50229", \
            "0.0285744, 0.0328955, 0.0441771, 0.0751524, 0.181378, 0.512301, 1.50119", \
            "0.03762, 0.0434102, 0.0582749, 0.0898538, 0.187084, 0.514585, 1.49649" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.077124, 0.0804815, 0.0884454, 0.105608, 0.141472, 0.229985, 0.484154", \
            "0.081099, 0.0844248, 0.0924856, 0.109614, 0.145494, 0.2341, 0.488001", \
            "0.0927353, 0.0960531, 0.103998, 0.121059, 0.156995, 0.245647, 0.499851", \
            "0.121692, 0.124976, 0.133011, 0.149977, 0.185594, 0.274215, 0.528762", \
            "0.178921, 0.182669, 0.191642, 0.210434, 0.247845, 0.336362, 0.590033", \
            "0.27474, 0.279354, 0.289925, 0.312415, 0.354825, 0.445643, 0.699737", \
            "0.452672, 0.457765, 0.470124, 0.496926, 0.547433, 0.643646, 0.896829" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0163657, 0.018686, 0.0242119, 0.0377508, 0.0733457, 0.182171, 0.522794", \
            "0.0163884, 0.0187461, 0.0242421, 0.0375614, 0.0734136, 0.182156, 0.519335", \
            "0.0164265, 0.018584, 0.024262, 0.0377572, 0.0732664, 0.181639, 0.52121", \
            "0.016547, 0.0189029, 0.0243983, 0.0378002, 0.0734547, 0.181738, 0.519085", \
            "0.0217582, 0.0242856, 0.0298713, 0.042996, 0.0760798, 0.18298, 0.520085", \
            "0.0302894, 0.0328333, 0.0397007, 0.0542607, 0.0855241, 0.186242, 0.52027", \
            "0.0416912, 0.0447418, 0.0520982, 0.0700909, 0.102381, 0.194183, 0.521882" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.0213926, 0.0233381, 0.029149, 0.0460544, 0.0954386, 0.239837, 0.667753", \
            "0.0212482, 0.0231881, 0.0290059, 0.0458976, 0.0952675, 0.239653, 0.66779", \
            "0.021066, 0.0230518, 0.0288568, 0.0457348, 0.0949656, 0.239528, 0.667111", \
            "0.0211728, 0.0230691, 0.0287099, 0.0454383, 0.0947125, 0.239296, 0.666677", \
            "0.0221369, 0.0239594, 0.0293017, 0.0454904, 0.0941706, 0.238922, 0.666621", \
            "0.0243564, 0.0260418, 0.0314272, 0.0475237, 0.0955157, 0.239581, 0.667544", \
            "0.030745, 0.0323153, 0.0378148, 0.0532581, 0.101292, 0.244767, 0.67022" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.0192644, 0.0174358, 0.0130563, -0.0002345, -0.0464372, -0.191166, -0.622808", \
            "0.0190226, 0.017167, 0.012836, -0.0005296, -0.0466994, -0.191412, -0.623046", \
            "0.0186751, 0.0168516, 0.0123965, -0.0009121, -0.0470629, -0.191769, -0.623363", \
            "0.0184124, 0.0165579, 0.0121111, -0.0013115, -0.0474412, -0.192015, -0.623607", \
            "0.0185309, 0.0165454, 0.0117705, -0.0016717, -0.047769, -0.19232, -0.62391", \
            "0.0257237, 0.0234152, 0.0170368, 0.0001502, -0.0480307, -0.192179, -0.623614", \
            "0.0322901, 0.0297533, 0.0230213, 0.0052335, -0.0440939, -0.189322, -0.620601" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.0220578, 0.0240353, 0.0298265, 0.0467708, 0.0960552, 0.240557, 0.668187", \
            "0.021943, 0.0239114, 0.0297304, 0.0466525, 0.0959577, 0.240431, 0.667486", \
            "0.0217314, 0.0237032, 0.0295134, 0.0464227, 0.095678, 0.240205, 0.667283", \
            "0.0217743, 0.023686, 0.029422, 0.0461691, 0.0953269, 0.239901, 0.667125", \
            "0.0225066, 0.0243456, 0.0297736, 0.0461988, 0.0949046, 0.239701, 0.667259", \
            "0.0245047, 0.0261881, 0.0315482, 0.0477523, 0.0957165, 0.239845, 0.667544", \
            "0.029846, 0.0317745, 0.0366488, 0.0529311, 0.101066, 0.244416, 0.669336" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.0223129, 0.0204115, 0.0158465, 0.0025362, -0.043398, -0.187875, -0.619436", \
            "0.0220776, 0.0202524, 0.0156056, 0.0023171, -0.0436002, -0.188117, -0.619651", \
            "0.0217952, 0.0198927, 0.0152281, 0.0019881, -0.0439032, -0.188372, -0.619962", \
            "0.021528, 0.019606, 0.0151019, 0.0016895, -0.0442271, -0.188714, -0.620217", \
            "0.0217982, 0.0197556, 0.0148076, 0.0013476, -0.0445956, -0.188974, -0.620457", \
            "0.0283225, 0.0260109, 0.0197704, 0.0032486, -0.0447015, -0.188845, -0.620333", \
            "0.0353481, 0.0329892, 0.0262207, 0.0084142, -0.041241, -0.186544, -0.617641" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.0218944, 0.0238438, 0.0296428, 0.0465573, 0.0959329, 0.240301, 0.668376", \
            "0.0217658, 0.0237368, 0.0295282, 0.0464801, 0.095762, 0.240259, 0.667326", \
            "0.0215609, 0.0235275, 0.0293387, 0.0462606, 0.0955255, 0.240059, 0.667633", \
            "0.0214989, 0.0234463, 0.0291778, 0.0460166, 0.0952573, 0.239825, 0.667348", \
            "0.0221472, 0.0240065, 0.0294095, 0.0458918, 0.0946806, 0.239582, 0.667032", \
            "0.0243307, 0.0260606, 0.0314331, 0.0476091, 0.0957454, 0.239699, 0.667793", \
            "0.0300526, 0.0320076, 0.0369498, 0.0532147, 0.101372, 0.244785, 0.669958" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.0263824, 0.0244676, 0.0198949, 0.0066128, -0.0394652, -0.184091, -0.615321", \
            "0.026139, 0.0242874, 0.0196203, 0.0064775, -0.0396042, -0.184088, -0.615571", \
            "0.0260912, 0.0241523, 0.0196092, 0.0063013, -0.0397578, -0.184234, -0.615694", \
            "0.0258964, 0.0240152, 0.0193961, 0.0061007, -0.0399985, -0.184499, -0.615896", \
            "0.0261031, 0.0241384, 0.0195187, 0.0060087, -0.0401711, -0.184591, -0.616023", \
            "0.0332568, 0.0309987, 0.0247617, 0.0078985, -0.040183, -0.184343, -0.615681", \
            "0.0407145, 0.0381919, 0.0314861, 0.0143822, -0.0353004, -0.180784, -0.611922" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.0176227, 0.0195735, 0.0253301, 0.0420254, 0.0906787, 0.234702, 0.662282", \
            "0.017504, 0.0194643, 0.025224, 0.0419032, 0.0905739, 0.235022, 0.659011", \
            "0.0174745, 0.0193772, 0.025018, 0.041648, 0.0904923, 0.234667, 0.659178", \
            "0.0175013, 0.0193835, 0.0249096, 0.0413144, 0.0901662, 0.234229, 0.661974", \
            "0.0185458, 0.0202783, 0.025779, 0.0418869, 0.0901771, 0.234604, 0.662416", \
            "0.0212811, 0.0230052, 0.0283416, 0.0445628, 0.0922239, 0.235876, 0.662573", \
            "0.0299455, 0.0317224, 0.0365176, 0.0525827, 0.10016, 0.243213, 0.667823" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.0158211, 0.0139962, 0.009439, -0.0045691, -0.0518716, -0.196928, -0.628531", \
            "0.0155026, 0.0137352, 0.0090646, -0.0049034, -0.0522455, -0.197367, -0.62902", \
            "0.0152773, 0.0134304, 0.0087551, -0.0052951, -0.0525832, -0.197585, -0.629175", \
            "0.0156235, 0.0137638, 0.0086787, -0.00526, -0.0525896, -0.197548, -0.629175", \
            "0.0162367, 0.0141877, 0.0089045, -0.0050397, -0.0521182, -0.197002, -0.628583", \
            "0.0240888, 0.0217612, 0.0154213, -0.0014538, -0.0500791, -0.194634, -0.626177", \
            "0.033805, 0.031274, 0.02447, 0.0065597, -0.0428799, -0.188132, -0.619294" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.0187459, 0.020714, 0.0264465, 0.0431065, 0.091641, 0.235353, 0.663471", \
            "0.0185957, 0.0205491, 0.0262464, 0.042915, 0.0914804, 0.235358, 0.662307", \
            "0.0183187, 0.0202627, 0.0259626, 0.0425434, 0.0913109, 0.235021, 0.659614", \
            "0.0182145, 0.0201105, 0.0256771, 0.0421592, 0.0909435, 0.235643, 0.662462", \
            "0.0190478, 0.0208925, 0.0264147, 0.0424798, 0.0909718, 0.234758, 0.659988", \
            "0.0218595, 0.0236038, 0.0289981, 0.0453194, 0.0931959, 0.236601, 0.66399", \
            "0.0307452, 0.0323404, 0.03736, 0.0535745, 0.101755, 0.244564, 0.669798" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.019424, 0.0175771, 0.0129011, -0.0010139, -0.0481608, -0.193102, -0.624661", \
            "0.0191462, 0.0172839, 0.0125819, -0.0013069, -0.0484879, -0.193416, -0.624987", \
            "0.018936, 0.0170431, 0.0123055, -0.0016705, -0.0487701, -0.193632, -0.625157", \
            "0.019302, 0.0173151, 0.0124536, -0.0015679, -0.0485763, -0.193504, -0.624975", \
            "0.0201611, 0.0181261, 0.012859, -0.0011002, -0.0482539, -0.192853, -0.624429", \
            "0.0288526, 0.0263997, 0.0200034, 0.0030335, -0.0459057, -0.190045, -0.621592", \
            "0.04015, 0.0375118, 0.0306514, 0.0125665, -0.0367576, -0.181849, -0.612908" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002313;
      rise_capacitance : 0.002392;
      rise_capacitance_range (0.002392, 0.002392);
      fall_capacitance : 0.002234;
      fall_capacitance_range (0.002234, 0.002234);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0036204, -0.0036183, -0.0036136, -0.003607, -0.0035921, -0.0035574, -0.0034773" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0049451, 0.0049492, 0.0049586, 0.0049592, 0.0049605, 0.0049637, 0.004971" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002355;
      rise_capacitance : 0.002453;
      rise_capacitance_range (0.002453, 0.002453);
      fall_capacitance : 0.002258;
      fall_capacitance_range (0.002258, 0.002258);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043188, -0.0043157, -0.0043086, -0.004308, -0.0043066, -0.0043032, -0.0042954" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052172, 0.0052286, 0.0052548, 0.0052749, 0.0053211, 0.0054277, 0.0056735" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002304;
      rise_capacitance : 0.002416;
      rise_capacitance_range (0.002416, 0.002416);
      fall_capacitance : 0.002192;
      fall_capacitance_range (0.002192, 0.002192);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044104, -0.0044105, -0.0044109, -0.0044107, -0.0044104, -0.0044095, -0.0044075" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044284, 0.0044227, 0.0044096, 0.0044086, 0.0044063, 0.004401, 0.004389" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002362;
      rise_capacitance : 0.002481;
      rise_capacitance_range (0.002481, 0.002481);
      fall_capacitance : 0.002243;
      fall_capacitance_range (0.002243, 0.002243);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.003939, -0.0039408, -0.0039448, -0.0039387, -0.0039248, -0.0038925, -0.003818" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0051902, 0.0051902, 0.0051902, 0.0051906, 0.0051914, 0.0051934, 0.0051981" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002539;
      rise_capacitance : 0.002705;
      rise_capacitance_range (0.002705, 0.002705);
      fall_capacitance : 0.002373;
      fall_capacitance_range (0.002373, 0.002373);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0050085, -0.0050074, -0.0050051, -0.0050049, -0.0050045, -0.0050035, -0.0050012" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0050114, 0.0050095, 0.0050051, 0.005005, 0.0050045, 0.0050037, 0.0050019" \
          );
        }
      }
    }
  }
  cell (scs8hd_a32o_4) {
    area : 21.2704;
    cell_footprint : "a32o";
    cell_leakage_power : 0.0337956;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0590831;
      when : "!A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0590752;
      when : "!A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0249236;
      when : "!A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.071309;
      when : "!A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0248585;
      when : "!A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0248144;
      when : "!A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0249236;
      when : "!A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0252364;
      when : "!A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0248592;
      when : "!A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0248144;
      when : "!A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0249236;
      when : "!A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0249236;
      when : "A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0255459;
      when : "A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0147291;
      when : "A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0023933;
      when : "A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0249137;
      when : "A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0152585;
      when : "A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0252823;
      when : "!A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0249026;
      when : "!A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0248586;
      when : "!A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0249236;
      when : "!A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0252766;
      when : "!A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0713127;
      when : "A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0713048;
      when : "A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0249235;
      when : "A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0835386;
      when : "A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0249003;
      when : "A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0248571;
      when : "A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0249233;
      when : "A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0254238;
      when : "A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0254562;
      when : "A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0829903;
      when : "A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0337956;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2&A3) | (B1&B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.707712;
      max_transition : 1.50183;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.081765, 0.0855427, 0.0957202, 0.121378, 0.189678, 0.403471, 1.11628", \
            "0.0846986, 0.0883751, 0.0985621, 0.124165, 0.192602, 0.406467, 1.11928", \
            "0.0917623, 0.0954335, 0.105631, 0.131313, 0.199696, 0.414422, 1.1257", \
            "0.108715, 0.11238, 0.122546, 0.148107, 0.216337, 0.430498, 1.14362", \
            "0.129427, 0.133236, 0.143641, 0.169467, 0.238102, 0.452302, 1.16479", \
            "0.135915, 0.140221, 0.152054, 0.179254, 0.248182, 0.463001, 1.17467", \
            "0.0900555, 0.0947837, 0.108526, 0.141444, 0.213137, 0.426824, 1.14135" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0199014, 0.0229252, 0.032099, 0.0589117, 0.146954, 0.455068, 1.49654", \
            "0.0197868, 0.0228918, 0.0320712, 0.0587983, 0.14726, 0.455907, 1.5018", \
            "0.0197736, 0.0228743, 0.0320122, 0.058732, 0.147008, 0.455551, 1.49678", \
            "0.0199373, 0.0230025, 0.0321543, 0.0588777, 0.146895, 0.456535, 1.50017", \
            "0.0218637, 0.0249689, 0.0338156, 0.0603295, 0.14841, 0.455039, 1.49612", \
            "0.027444, 0.0307862, 0.0397326, 0.0646838, 0.149729, 0.456211, 1.49911", \
            "0.0365959, 0.0402034, 0.0507448, 0.0763728, 0.155597, 0.457753, 1.49786" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.12075, 0.123451, 0.131024, 0.149643, 0.192229, 0.296266, 0.602691", \
            "0.125533, 0.128223, 0.135815, 0.154485, 0.197002, 0.30108, 0.607568", \
            "0.137369, 0.140035, 0.14757, 0.166194, 0.208716, 0.312868, 0.619355", \
            "0.165084, 0.167758, 0.175321, 0.193927, 0.236461, 0.340532, 0.646977", \
            "0.225448, 0.228275, 0.236, 0.254911, 0.297867, 0.402187, 0.708549", \
            "0.329928, 0.333121, 0.341913, 0.363033, 0.411339, 0.521121, 0.828597", \
            "0.510448, 0.514129, 0.52431, 0.549271, 0.606489, 0.728112, 1.04061" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0183047, 0.0202247, 0.0258467, 0.0406383, 0.0797431, 0.19642, 0.599459", \
            "0.0183478, 0.0202266, 0.0258381, 0.0404302, 0.0800182, 0.196462, 0.599128", \
            "0.0182836, 0.0202873, 0.0257503, 0.0406003, 0.0799976, 0.196382, 0.599555", \
            "0.0183913, 0.0202289, 0.0257396, 0.040631, 0.0801038, 0.19651, 0.599389", \
            "0.0202063, 0.022126, 0.0275142, 0.0423121, 0.0814436, 0.196688, 0.600118", \
            "0.0275811, 0.0295913, 0.035481, 0.0511332, 0.091152, 0.202743, 0.599944", \
            "0.0402459, 0.04227, 0.0485969, 0.0658718, 0.109922, 0.221256, 0.605431" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0884539, 0.0921636, 0.102272, 0.127922, 0.19619, 0.409408, 1.1219", \
            "0.0914638, 0.0952466, 0.105383, 0.131015, 0.199269, 0.412476, 1.12502", \
            "0.0986009, 0.102221, 0.112412, 0.13806, 0.206303, 0.419853, 1.13225", \
            "0.114155, 0.118092, 0.128192, 0.153688, 0.221821, 0.435755, 1.14829", \
            "0.135467, 0.139348, 0.150005, 0.176389, 0.245169, 0.459556, 1.17147", \
            "0.145388, 0.149771, 0.161819, 0.189996, 0.259503, 0.474318, 1.18718", \
            "0.107796, 0.11263, 0.126549, 0.160129, 0.233557, 0.44693, 1.16165" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0198152, 0.0228917, 0.0320518, 0.0588545, 0.147238, 0.455998, 1.49983", \
            "0.0197986, 0.0229506, 0.0320735, 0.0588419, 0.147201, 0.45598, 1.49995", \
            "0.0197745, 0.0229043, 0.0320267, 0.0587173, 0.1471, 0.454931, 1.49602", \
            "0.0199667, 0.0231115, 0.0322621, 0.0589106, 0.147109, 0.456354, 1.50006", \
            "0.0221375, 0.025258, 0.0342641, 0.060711, 0.14832, 0.456479, 1.49968", \
            "0.0271416, 0.0306141, 0.0398934, 0.0653023, 0.150058, 0.455875, 1.49937", \
            "0.0356511, 0.0393146, 0.0505731, 0.0775656, 0.156286, 0.457441, 1.49838" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.135657, 0.138556, 0.146696, 0.166396, 0.210125, 0.315287, 0.622145", \
            "0.140051, 0.142978, 0.151103, 0.170664, 0.214427, 0.319681, 0.626859", \
            "0.151436, 0.154339, 0.162477, 0.182223, 0.225747, 0.331067, 0.638364", \
            "0.177612, 0.18053, 0.188651, 0.208222, 0.251946, 0.357253, 0.664536", \
            "0.234838, 0.23782, 0.246014, 0.265979, 0.309831, 0.415143, 0.72217", \
            "0.336053, 0.339456, 0.348766, 0.37098, 0.419802, 0.529755, 0.837161", \
            "0.513645, 0.517603, 0.528503, 0.554764, 0.612153, 0.73277, 1.04517" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0205465, 0.0223964, 0.0282787, 0.0430746, 0.0820606, 0.197735, 0.60069", \
            "0.0205086, 0.0225322, 0.0283819, 0.0431762, 0.0819871, 0.197646, 0.600728", \
            "0.0205229, 0.0223696, 0.0280909, 0.0433874, 0.0822956, 0.198288, 0.599895", \
            "0.0205392, 0.0225143, 0.0283953, 0.0430614, 0.082121, 0.198071, 0.599742", \
            "0.0219141, 0.0239308, 0.0295389, 0.0441628, 0.0829559, 0.198302, 0.600851", \
            "0.0285233, 0.030459, 0.0366116, 0.0530433, 0.0913758, 0.203517, 0.60241", \
            "0.0406592, 0.0428603, 0.0495124, 0.0670069, 0.109195, 0.219322, 0.604352" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0910066, 0.0946814, 0.104814, 0.130471, 0.198662, 0.411644, 1.12393", \
            "0.0930931, 0.0967912, 0.107001, 0.132671, 0.200656, 0.414211, 1.12694", \
            "0.0970612, 0.100726, 0.110914, 0.136522, 0.2047, 0.417974, 1.13119", \
            "0.104885, 0.108613, 0.118809, 0.144499, 0.212687, 0.426098, 1.13828", \
            "0.114997, 0.118839, 0.12942, 0.155617, 0.224406, 0.438618, 1.15115", \
            "0.111813, 0.116097, 0.127852, 0.155794, 0.225535, 0.440159, 1.15441", \
            "0.0540634, 0.0589273, 0.0726953, 0.10563, 0.179457, 0.3934, 1.10669" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0197911, 0.0228597, 0.0320604, 0.0588349, 0.147279, 0.455993, 1.50102", \
            "0.019938, 0.0228927, 0.0320768, 0.0589171, 0.147227, 0.456042, 1.49955", \
            "0.0197512, 0.022909, 0.032027, 0.0587346, 0.147258, 0.455286, 1.49949", \
            "0.0200674, 0.0231936, 0.0322955, 0.059062, 0.147293, 0.455723, 1.50155", \
            "0.0212766, 0.0245187, 0.0336607, 0.0604612, 0.147848, 0.456308, 1.49952", \
            "0.0255169, 0.0288995, 0.0384824, 0.0645168, 0.149687, 0.454702, 1.50183", \
            "0.0335687, 0.0373832, 0.0483875, 0.0751565, 0.155316, 0.456883, 1.49618" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.139304, 0.142323, 0.150744, 0.170808, 0.214636, 0.319898, 0.627984", \
            "0.144135, 0.147192, 0.155569, 0.175523, 0.219312, 0.324695, 0.632813", \
            "0.156069, 0.159103, 0.167512, 0.187599, 0.231196, 0.336687, 0.644887", \
            "0.181735, 0.1848, 0.193093, 0.213124, 0.256926, 0.362412, 0.670587", \
            "0.236802, 0.239878, 0.248329, 0.268579, 0.31248, 0.41794, 0.726119", \
            "0.335968, 0.339534, 0.34894, 0.371466, 0.419731, 0.529041, 0.838038", \
            "0.516527, 0.520499, 0.531226, 0.557466, 0.613897, 0.732472, 1.04494" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0215236, 0.0235447, 0.0294291, 0.0442149, 0.0830032, 0.19867, 0.602192", \
            "0.0216404, 0.0236935, 0.0295653, 0.0446, 0.0827952, 0.198893, 0.602553", \
            "0.0216127, 0.0236949, 0.0293931, 0.0446818, 0.083187, 0.19907, 0.602428", \
            "0.0216432, 0.0237447, 0.0294349, 0.044264, 0.0830245, 0.198868, 0.602156", \
            "0.0227374, 0.0247665, 0.0306, 0.0451104, 0.0836092, 0.199016, 0.602136", \
            "0.0284342, 0.0306493, 0.0367026, 0.0527983, 0.0906745, 0.203205, 0.60138", \
            "0.0397396, 0.0421108, 0.0487569, 0.0660645, 0.106621, 0.216787, 0.60541" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0529165, 0.0559065, 0.0643248, 0.0869503, 0.152673, 0.366953, 1.07949", \
            "0.0561613, 0.0591386, 0.0675831, 0.0901452, 0.155903, 0.368747, 1.08119", \
            "0.063952, 0.0669213, 0.0753095, 0.0977806, 0.163258, 0.377673, 1.10003", \
            "0.0752669, 0.0783604, 0.0869846, 0.109825, 0.175499, 0.388331, 1.10043", \
            "0.0818326, 0.085362, 0.094818, 0.11832, 0.184209, 0.398139, 1.11052", \
            "0.0662962, 0.0705228, 0.0820644, 0.108322, 0.174854, 0.388533, 1.09897", \
            "-0.0116749, -0.0069954, 0.0069081, 0.0399079, 0.110814, 0.323409, 1.03557" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0146971, 0.0173709, 0.0254761, 0.0516783, 0.142009, 0.453803, 1.50042", \
            "0.0147468, 0.0173371, 0.0255831, 0.0517064, 0.142302, 0.452388, 1.49739", \
            "0.0146981, 0.0173495, 0.0255872, 0.0517168, 0.142158, 0.453413, 1.49856", \
            "0.016281, 0.018878, 0.0270689, 0.0529726, 0.142232, 0.453075, 1.49626", \
            "0.0202033, 0.0227461, 0.0307854, 0.0550066, 0.143884, 0.4537, 1.49863", \
            "0.0263696, 0.0297131, 0.0382606, 0.0616387, 0.145152, 0.454089, 1.49592", \
            "0.0366263, 0.0401937, 0.051034, 0.076293, 0.152174, 0.454346, 1.49162" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0768128, 0.0793265, 0.0863839, 0.103248, 0.140939, 0.237847, 0.542722", \
            "0.0810295, 0.0835577, 0.0905619, 0.107407, 0.145028, 0.242202, 0.546617", \
            "0.0924123, 0.0949287, 0.101918, 0.118701, 0.156451, 0.253515, 0.557844", \
            "0.121893, 0.124389, 0.131281, 0.147817, 0.18561, 0.282788, 0.58757", \
            "0.180589, 0.183439, 0.191207, 0.209579, 0.248884, 0.346483, 0.651895", \
            "0.280151, 0.28348, 0.292491, 0.314203, 0.359275, 0.460718, 0.765671", \
            "0.462403, 0.466174, 0.476614, 0.502448, 0.556896, 0.665737, 0.97185" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0157548, 0.0176809, 0.0228351, 0.0357389, 0.0717039, 0.188405, 0.601346", \
            "0.0158625, 0.0175865, 0.0227251, 0.0356006, 0.0718177, 0.188216, 0.599054", \
            "0.0158194, 0.017647, 0.0226425, 0.0357853, 0.0716717, 0.188241, 0.598281", \
            "0.0158215, 0.0176281, 0.0229673, 0.0359713, 0.0720803, 0.188167, 0.598534", \
            "0.021185, 0.022868, 0.0279268, 0.0408058, 0.0746912, 0.189239, 0.598229", \
            "0.0301845, 0.0319619, 0.0376807, 0.0520037, 0.0857643, 0.194379, 0.60134", \
            "0.0429133, 0.0449158, 0.0511113, 0.0677304, 0.103972, 0.205201, 0.60171" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.057142, 0.0600881, 0.0685315, 0.091115, 0.156864, 0.369442, 1.08351", \
            "0.0603927, 0.063381, 0.0718028, 0.0944197, 0.16004, 0.373227, 1.08364", \
            "0.0671039, 0.0700953, 0.0784834, 0.100997, 0.166598, 0.380435, 1.10008", \
            "0.0779846, 0.0810764, 0.0896908, 0.112424, 0.17818, 0.392398, 1.10227", \
            "0.0855063, 0.0890475, 0.0985977, 0.12207, 0.188127, 0.401264, 1.11586", \
            "0.0726408, 0.0768997, 0.0883275, 0.114882, 0.181696, 0.395258, 1.10969", \
            "0.0013499, 0.0061618, 0.019991, 0.0529729, 0.125397, 0.338472, 1.0518" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0146796, 0.0173303, 0.0255646, 0.0516878, 0.142273, 0.45263, 1.49772", \
            "0.0147168, 0.0173723, 0.0254728, 0.051676, 0.142249, 0.452712, 1.49668", \
            "0.0147343, 0.017374, 0.0255065, 0.0516784, 0.142265, 0.453965, 1.49709", \
            "0.01603, 0.0186889, 0.0267322, 0.0525977, 0.142395, 0.453857, 1.49914", \
            "0.0195129, 0.022255, 0.0301671, 0.0547422, 0.143612, 0.453009, 1.49868", \
            "0.0252696, 0.0286245, 0.0371394, 0.0608679, 0.144981, 0.454166, 1.49499", \
            "0.0350006, 0.0381431, 0.0493064, 0.0761982, 0.152519, 0.454097, 1.49433" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0870737, 0.08976, 0.0971975, 0.11487, 0.153267, 0.251082, 0.556272", \
            "0.0912704, 0.0939471, 0.101383, 0.11898, 0.157535, 0.255239, 0.560226", \
            "0.102729, 0.105398, 0.112865, 0.130462, 0.16901, 0.266805, 0.571635", \
            "0.131409, 0.13408, 0.141505, 0.159062, 0.197671, 0.295522, 0.600346", \
            "0.191861, 0.194829, 0.202902, 0.221726, 0.261465, 0.359298, 0.664245", \
            "0.29184, 0.295308, 0.304772, 0.328642, 0.373348, 0.475217, 0.780753", \
            "0.474866, 0.478855, 0.49005, 0.516802, 0.572042, 0.679662, 0.985604" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0173439, 0.0192644, 0.0246656, 0.0377706, 0.0731295, 0.189077, 0.599843", \
            "0.0174507, 0.0193253, 0.0244919, 0.0376782, 0.0729104, 0.189389, 0.598396", \
            "0.0174005, 0.0192437, 0.0245312, 0.0375637, 0.0730386, 0.189111, 0.599167", \
            "0.017373, 0.0191174, 0.0246317, 0.0377062, 0.0729772, 0.188922, 0.600114", \
            "0.0216162, 0.0234846, 0.0287771, 0.0414207, 0.0753652, 0.189643, 0.602481", \
            "0.0306883, 0.03278, 0.0386762, 0.0529205, 0.0857438, 0.194049, 0.598605", \
            "0.0429444, 0.0451155, 0.0518285, 0.0688062, 0.103558, 0.204224, 0.602488" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0413417, 0.0435231, 0.0511978, 0.0768375, 0.160453, 0.438608, 1.37272", \
            "0.0410246, 0.0432059, 0.0508771, 0.0766138, 0.160225, 0.438715, 1.37183", \
            "0.0405521, 0.0427266, 0.050471, 0.0761993, 0.159773, 0.438569, 1.37055", \
            "0.0406987, 0.0429174, 0.0505315, 0.0761147, 0.159631, 0.438125, 1.37098", \
            "0.0416619, 0.0437279, 0.0510072, 0.0763252, 0.158971, 0.437993, 1.36946", \
            "0.0459557, 0.0479013, 0.0548994, 0.0791457, 0.160845, 0.43817, 1.37019", \
            "0.0560193, 0.0575326, 0.0639055, 0.087764, 0.168934, 0.444636, 1.37401" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0345789, 0.0322666, 0.0251431, 0.0052764, -0.0717555, -0.351421, -1.29491", \
            "0.034521, 0.0321417, 0.0248626, 0.0049708, -0.0721715, -0.351685, -1.29536", \
            "0.0337991, 0.0314141, 0.0242647, 0.0042165, -0.0727116, -0.352414, -1.29607", \
            "0.0329071, 0.0307298, 0.0236284, 0.0035093, -0.0736212, -0.353034, -1.29663", \
            "0.0332581, 0.0307634, 0.0231565, 0.0028301, -0.0740989, -0.3535, -1.29716", \
            "0.0434951, 0.0406452, 0.0318432, 0.0061207, -0.0749165, -0.35353, -1.29703", \
            "0.0566707, 0.0534968, 0.0437678, 0.0157908, -0.0693495, -0.350397, -1.29367" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0429954, 0.045194, 0.0527792, 0.0785347, 0.161926, 0.43982, 1.37331", \
            "0.0426575, 0.0448945, 0.0525737, 0.0782372, 0.161683, 0.439591, 1.373", \
            "0.0422568, 0.0444061, 0.0521106, 0.0778928, 0.161212, 0.43968, 1.37075", \
            "0.0419863, 0.0444007, 0.0518827, 0.0774556, 0.160907, 0.439066, 1.3706", \
            "0.0426548, 0.0448331, 0.0524228, 0.0777178, 0.160853, 0.439495, 1.3704", \
            "0.0474876, 0.0494911, 0.0564602, 0.0809696, 0.162422, 0.439852, 1.37354", \
            "0.056846, 0.0584403, 0.0647602, 0.0885406, 0.170731, 0.446527, 1.37494" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0422603, 0.0397238, 0.0323467, 0.0120539, -0.0647894, -0.344114, -1.2876", \
            "0.0416645, 0.0391068, 0.0317416, 0.0116144, -0.0651616, -0.344312, -1.28786", \
            "0.0409946, 0.0384478, 0.0310874, 0.0108967, -0.0658073, -0.345115, -1.28843", \
            "0.0404375, 0.0378738, 0.0304433, 0.0102731, -0.0665939, -0.345657, -1.28919", \
            "0.0405188, 0.0379086, 0.0303064, 0.0096327, -0.0672058, -0.346219, -1.28974", \
            "0.0504996, 0.0475909, 0.0387809, 0.0132117, -0.0677925, -0.346224, -1.28961", \
            "0.0651671, 0.062, 0.0523104, 0.0244375, -0.061226, -0.3429, -1.28569" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0428053, 0.0449693, 0.0526209, 0.0783676, 0.161639, 0.439074, 1.37194", \
            "0.0424926, 0.0447625, 0.0524185, 0.0780911, 0.161244, 0.43872, 1.37155", \
            "0.0421681, 0.0443618, 0.0520396, 0.0778119, 0.16106, 0.438875, 1.36913", \
            "0.0419868, 0.0441844, 0.0517446, 0.0774379, 0.160793, 0.438681, 1.37112", \
            "0.043266, 0.0453471, 0.0525668, 0.0775271, 0.160716, 0.438743, 1.37162", \
            "0.0467323, 0.0487572, 0.0558064, 0.0801779, 0.162039, 0.43926, 1.37173", \
            "0.0565444, 0.0582479, 0.0648958, 0.0886805, 0.17117, 0.446935, 1.37523" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0490808, 0.0466211, 0.039067, 0.0187404, -0.0586741, -0.338281, -1.28207", \
            "0.0488524, 0.0462123, 0.0391198, 0.0185232, -0.0588851, -0.338529, -1.28234", \
            "0.0484278, 0.0457973, 0.0383554, 0.0180586, -0.059259, -0.338925, -1.28262", \
            "0.0480691, 0.045711, 0.037967, 0.0176758, -0.0597323, -0.33928, -1.28298", \
            "0.0482608, 0.0457366, 0.0380405, 0.0172953, -0.0599136, -0.339424, -1.28315", \
            "0.0587542, 0.0559097, 0.0471088, 0.0206942, -0.0599719, -0.338861, -1.2826", \
            "0.0750849, 0.0719238, 0.0614294, 0.0335781, -0.0517492, -0.334155, -1.27719" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0332434, 0.0355847, 0.0435567, 0.0698527, 0.154515, 0.434072, 1.36966", \
            "0.0330711, 0.0354508, 0.0434352, 0.0696213, 0.154337, 0.43341, 1.36889", \
            "0.0330243, 0.0353727, 0.0432949, 0.0693274, 0.153947, 0.433757, 1.36503", \
            "0.0331639, 0.0354306, 0.0431222, 0.0684605, 0.153038, 0.431296, 1.36655", \
            "0.034969, 0.0370913, 0.044433, 0.0687483, 0.152762, 0.43253, 1.36856", \
            "0.0390466, 0.0411301, 0.0480752, 0.0724416, 0.154866, 0.433949, 1.36737", \
            "0.0516335, 0.0531037, 0.0594482, 0.0831952, 0.165143, 0.441821, 1.37219" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0282007, 0.025909, 0.0188893, -0.0020582, -0.0817324, -0.362274, -1.30629", \
            "0.0276969, 0.0255866, 0.0183662, -0.0026876, -0.0821787, -0.362854, -1.30664", \
            "0.0272353, 0.0248251, 0.0176757, -0.0032888, -0.0829331, -0.363499, -1.30731", \
            "0.0271771, 0.0247549, 0.017768, -0.0037356, -0.0832616, -0.363743, -1.30749", \
            "0.0288218, 0.0263152, 0.0186015, -0.0031683, -0.0828154, -0.363051, -1.30681", \
            "0.0437926, 0.0407962, 0.0316247, 0.0048381, -0.0787896, -0.35852, -1.30223", \
            "0.0581722, 0.0550246, 0.045133, 0.0167898, -0.0689032, -0.350331, -1.29352" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0347466, 0.0370669, 0.0450518, 0.0712755, 0.155992, 0.43487, 1.36967", \
            "0.0345745, 0.0369378, 0.0449305, 0.0712083, 0.155909, 0.435716, 1.3633", \
            "0.0343108, 0.0366516, 0.0446017, 0.0707237, 0.155395, 0.43536, 1.36461", \
            "0.0342187, 0.03652, 0.0441765, 0.0699071, 0.154471, 0.434437, 1.36239", \
            "0.0359155, 0.0381142, 0.0456132, 0.0698488, 0.154092, 0.433446, 1.37032", \
            "0.0395736, 0.0415978, 0.0487215, 0.0735232, 0.156304, 0.43589, 1.36913", \
            "0.0530041, 0.0546775, 0.0611771, 0.0849983, 0.167715, 0.443942, 1.374" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016754, 0.00561391, 0.0188111, 0.063032, 0.211207, 0.707712");
          values ( \
            "0.0369614, 0.0345037, 0.0272075, 0.0060681, -0.0731328, -0.353518, -1.29739", \
            "0.0365468, 0.0340744, 0.0267994, 0.005672, -0.0736788, -0.353976, -1.29766", \
            "0.0360726, 0.033601, 0.0263845, 0.0051579, -0.0741252, -0.354449, -1.29817", \
            "0.0359749, 0.0336409, 0.0262168, 0.0048476, -0.0744137, -0.354685, -1.29835", \
            "0.0382063, 0.0356405, 0.0278242, 0.0058474, -0.0735579, -0.3535, -1.29718", \
            "0.0521967, 0.0492546, 0.0402832, 0.0156863, -0.0681718, -0.347826, -1.29151", \
            "0.0710948, 0.0679444, 0.0581198, 0.0298135, -0.0557998, -0.33706, -1.28048" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004325;
      rise_capacitance : 0.004503;
      rise_capacitance_range (0.004503, 0.004503);
      fall_capacitance : 0.004146;
      fall_capacitance_range (0.004146, 0.004146);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0070697, -0.0070739, -0.0070832, -0.0070679, -0.0070329, -0.0069518, -0.0067649" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0103517, 0.0103508, 0.0103488, 0.0103522, 0.0103602, 0.0103786, 0.0104212" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004295;
      rise_capacitance : 0.004474;
      rise_capacitance_range (0.004474, 0.004474);
      fall_capacitance : 0.004116;
      fall_capacitance_range (0.004116, 0.004116);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0088075, -0.0088027, -0.0087915, -0.0087922, -0.0087937, -0.0087971, -0.0088048" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0104008, 0.0104044, 0.0104126, 0.0104482, 0.0105301, 0.0107192, 0.0111549" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004504;
      rise_capacitance : 0.004772;
      rise_capacitance_range (0.004772, 0.004772);
      fall_capacitance : 0.004235;
      fall_capacitance_range (0.004235, 0.004235);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0091597, -0.0091578, -0.0091532, -0.0091544, -0.0091568, -0.0091626, -0.0091757" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0091562, 0.0091613, 0.0091729, 0.0091721, 0.0091703, 0.009166, 0.0091563" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004509;
      rise_capacitance : 0.004746;
      rise_capacitance_range (0.004746, 0.004746);
      fall_capacitance : 0.004271;
      fall_capacitance_range (0.004271, 0.004271);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.007131, -0.0071364, -0.0071487, -0.0071356, -0.0071056, -0.0070363, -0.0068767" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0103707, 0.0103754, 0.0103864, 0.0103828, 0.0103746, 0.0103559, 0.0103127" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004368;
      rise_capacitance : 0.004638;
      rise_capacitance_range (0.004638, 0.004638);
      fall_capacitance : 0.004097;
      fall_capacitance_range (0.004097, 0.004097);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0085722, -0.0085736, -0.0085767, -0.0085766, -0.0085765, -0.0085762, -0.0085754" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0086098, 0.0086052, 0.0085949, 0.0085956, 0.0085971, 0.0086007, 0.0086092" \
          );
        }
      }
    }
  }
  cell (scs8hd_a32oi_1) {
    area : 8.7584;
    cell_footprint : "a32oi";
    cell_leakage_power : 0.00364434;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 4.07707e-05;
      when : "!A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 1.25976e-05;
      when : "!A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124041;
      when : "!A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 3.17831e-05;
      when : "!A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 3.85251e-05;
      when : "A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 6.72818e-05;
      when : "A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 3.9109e-05;
      when : "A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124041;
      when : "A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 5.82945e-05;
      when : "A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 6.56027e-05;
      when : "A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 3.74297e-05;
      when : "A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124041;
      when : "A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 5.66147e-05;
      when : "A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.007435;
      when : "A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0012611;
      when : "A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0125061;
      when : "A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0077223;
      when : "A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 4.09664e-05;
      when : "!A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 1.27934e-05;
      when : "!A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124041;
      when : "!A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 3.19789e-05;
      when : "!A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 4.11457e-05;
      when : "!A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 1.29726e-05;
      when : "!A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124041;
      when : "!A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 3.21582e-05;
      when : "!A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 7.19412e-05;
      when : "!A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 4.37704e-05;
      when : "!A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124041;
      when : "!A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 6.29559e-05;
      when : "!A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 4.75125e-05;
      when : "A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 1.93395e-05;
      when : "A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124041;
      when : "A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.00364434;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1) | (!A1&!B2) | (!A2&!B1) | (!A3&!B1) | (!A2&!B2) | (!A3&!B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.117197;
      max_transition : 1.50271;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0551761, 0.0623701, 0.0795725, 0.120369, 0.219674, 0.460413, 1.06357", \
            "0.0595851, 0.0667719, 0.0839001, 0.124565, 0.223344, 0.466205, 1.076", \
            "0.0723119, 0.0791492, 0.0958855, 0.136567, 0.237643, 0.478829, 1.08051", \
            "0.099879, 0.10769, 0.124516, 0.164966, 0.263786, 0.509488, 1.11419", \
            "0.145909, 0.157109, 0.180964, 0.22961, 0.329482, 0.574247, 1.17628", \
            "0.218934, 0.236266, 0.273385, 0.345195, 0.4744, 0.726282, 1.32972", \
            "0.372905, 0.396701, 0.446622, 0.548053, 0.736343, 1.06225, 1.68157" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0407244, 0.0495899, 0.0714849, 0.126597, 0.262449, 0.59602, 1.42898", \
            "0.0408119, 0.0496144, 0.0715574, 0.126168, 0.261396, 0.595905, 1.43638", \
            "0.0409527, 0.0496985, 0.071581, 0.126357, 0.262798, 0.595728, 1.42758", \
            "0.0456168, 0.0531638, 0.0731794, 0.126552, 0.260926, 0.597301, 1.43033", \
            "0.0690717, 0.076704, 0.0950813, 0.139366, 0.263593, 0.598666, 1.43012", \
            "0.115153, 0.125182, 0.148191, 0.197583, 0.304764, 0.603674, 1.43256", \
            "0.199391, 0.20921, 0.236737, 0.300868, 0.436554, 0.708309, 1.44498" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0216333, 0.0252269, 0.0335456, 0.0524738, 0.0968022, 0.204218, 0.468183", \
            "0.0247435, 0.0282152, 0.0363535, 0.0552435, 0.0996287, 0.207001, 0.471562", \
            "0.0316357, 0.0355813, 0.043848, 0.0621553, 0.106326, 0.213699, 0.477749", \
            "0.0376175, 0.0425766, 0.0543187, 0.0777935, 0.123005, 0.229885, 0.494262", \
            "0.0343647, 0.0417964, 0.0586389, 0.0921135, 0.154046, 0.268144, 0.530749", \
            "0.0046386, 0.0152698, 0.0386432, 0.0863845, 0.17706, 0.33894, 0.621447", \
            "-0.0976894, -0.0824712, -0.0502792, 0.0186701, 0.149159, 0.38371, 0.778545" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0230188, 0.0269042, 0.0364447, 0.0594222, 0.116556, 0.258718, 0.611978", \
            "0.0224888, 0.0262793, 0.035739, 0.0591597, 0.116515, 0.258751, 0.611571", \
            "0.027415, 0.0306997, 0.0383212, 0.0594526, 0.116345, 0.258431, 0.611633", \
            "0.0382918, 0.0426423, 0.0520513, 0.071974, 0.120461, 0.259158, 0.612621", \
            "0.0581642, 0.0641059, 0.0771018, 0.103346, 0.155834, 0.272472, 0.612596", \
            "0.0934195, 0.102162, 0.120841, 0.157525, 0.226844, 0.354521, 0.644042", \
            "0.155007, 0.169128, 0.197252, 0.250706, 0.350134, 0.522541, 0.840831" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0674617, 0.074446, 0.0912119, 0.132227, 0.23286, 0.481751, 1.09896", \
            "0.0719203, 0.079009, 0.0959052, 0.137501, 0.239376, 0.487849, 1.10594", \
            "0.0844096, 0.0912743, 0.1081, 0.149378, 0.250777, 0.500106, 1.1183", \
            "0.112658, 0.119654, 0.136573, 0.177576, 0.278902, 0.528254, 1.15334", \
            "0.163895, 0.173534, 0.195351, 0.241295, 0.342982, 0.59205, 1.21104", \
            "0.24573, 0.260733, 0.293632, 0.359923, 0.485751, 0.741186, 1.36113", \
            "0.409471, 0.429354, 0.473959, 0.567852, 0.748473, 1.07488, 1.70932" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0521956, 0.0615129, 0.084136, 0.14047, 0.279575, 0.625363, 1.48153", \
            "0.0522663, 0.0613843, 0.0841252, 0.140932, 0.280373, 0.625011, 1.48194", \
            "0.0523529, 0.0615006, 0.0843377, 0.140876, 0.280297, 0.625469, 1.48408", \
            "0.0550567, 0.0636129, 0.0852433, 0.140456, 0.280314, 0.624172, 1.48937", \
            "0.0763898, 0.0844703, 0.103298, 0.151504, 0.2817, 0.624946, 1.48346", \
            "0.123086, 0.132827, 0.155883, 0.206105, 0.318339, 0.632712, 1.48138", \
            "0.201817, 0.213737, 0.243213, 0.309755, 0.446286, 0.728662, 1.50271" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.025811, 0.0293949, 0.0376355, 0.0565701, 0.10094, 0.208228, 0.472487", \
            "0.029066, 0.0325532, 0.0407071, 0.0596252, 0.103942, 0.21142, 0.475715", \
            "0.0357805, 0.0396154, 0.0480681, 0.0668605, 0.111264, 0.218553, 0.482919", \
            "0.0429957, 0.0480054, 0.0592557, 0.0818832, 0.127935, 0.235746, 0.500377", \
            "0.0420794, 0.0494187, 0.0656189, 0.0978615, 0.15904, 0.274191, 0.539849", \
            "0.015284, 0.0259192, 0.0491604, 0.0961395, 0.184828, 0.342337, 0.629766", \
            "-0.080119, -0.0649857, -0.0319141, 0.0360661, 0.165346, 0.394157, 0.785897" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0227776, 0.0267382, 0.0361746, 0.0593078, 0.116483, 0.25877, 0.612619", \
            "0.0226381, 0.0264017, 0.0358935, 0.0591543, 0.116441, 0.25882, 0.611416", \
            "0.0264177, 0.029396, 0.0377033, 0.0593928, 0.116238, 0.258772, 0.612648", \
            "0.0369987, 0.0407798, 0.0489853, 0.0684322, 0.119537, 0.258318, 0.611759", \
            "0.0565901, 0.0614307, 0.0728899, 0.096715, 0.14689, 0.268558, 0.612594", \
            "0.0902308, 0.0972994, 0.112892, 0.145591, 0.208334, 0.332234, 0.636567", \
            "0.151082, 0.16165, 0.18443, 0.230719, 0.317378, 0.479928, 0.786551" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0680721, 0.0742778, 0.0893237, 0.125515, 0.21441, 0.433922, 0.976524", \
            "0.0732619, 0.0794394, 0.0944969, 0.130912, 0.219917, 0.439427, 0.987673", \
            "0.0855236, 0.0916786, 0.106725, 0.143157, 0.232112, 0.452717, 0.994101", \
            "0.112504, 0.118708, 0.13374, 0.170226, 0.259094, 0.478442, 1.0214", \
            "0.16238, 0.170602, 0.189717, 0.230922, 0.320729, 0.540017, 1.08413", \
            "0.241463, 0.25382, 0.281498, 0.340151, 0.453952, 0.683206, 1.22642", \
            "0.396059, 0.412591, 0.450141, 0.531252, 0.692444, 0.986373, 1.55557" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.054345, 0.0625847, 0.0826286, 0.132705, 0.256576, 0.563044, 1.32018", \
            "0.0543265, 0.0624196, 0.0826394, 0.132694, 0.256543, 0.5631, 1.32566", \
            "0.0546031, 0.0624582, 0.0825071, 0.132377, 0.256045, 0.563916, 1.31954", \
            "0.0570791, 0.0646484, 0.0838191, 0.132579, 0.255901, 0.561124, 1.31923", \
            "0.0775135, 0.0847443, 0.10227, 0.144435, 0.25873, 0.561153, 1.32254", \
            "0.122828, 0.131869, 0.152334, 0.199218, 0.300456, 0.572436, 1.31869", \
            "0.196138, 0.207913, 0.235374, 0.297975, 0.424127, 0.677028, 1.34983" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0286049, 0.0321794, 0.0404108, 0.0593414, 0.103666, 0.210969, 0.475103", \
            "0.0315436, 0.0350594, 0.0432425, 0.0621712, 0.106521, 0.21382, 0.47791", \
            "0.0375822, 0.0412018, 0.049397, 0.0682137, 0.112553, 0.21987, 0.484142", \
            "0.0447302, 0.0493843, 0.0594283, 0.0808456, 0.126073, 0.233802, 0.498096", \
            "0.0450207, 0.0517619, 0.0663726, 0.0955929, 0.152198, 0.264988, 0.530854", \
            "0.0228195, 0.0312684, 0.0524922, 0.0951202, 0.176309, 0.321071, 0.602583", \
            "-0.0636871, -0.0500359, -0.0198172, 0.0426052, 0.160457, 0.370199, 0.731548" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0226688, 0.0266238, 0.0360669, 0.0592381, 0.116326, 0.258603, 0.613101", \
            "0.0224789, 0.0263766, 0.035901, 0.059219, 0.116498, 0.259053, 0.611447", \
            "0.0248278, 0.0281097, 0.0368657, 0.0592139, 0.116296, 0.25908, 0.611407", \
            "0.0344694, 0.0376916, 0.0459493, 0.0655823, 0.11828, 0.25903, 0.611692", \
            "0.0537976, 0.0579682, 0.0678228, 0.089532, 0.139045, 0.265224, 0.611822", \
            "0.0883126, 0.0937669, 0.106774, 0.13529, 0.193971, 0.315225, 0.62932", \
            "0.151284, 0.159783, 0.17808, 0.217516, 0.295396, 0.442385, 0.746679" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.02718, 0.033096, 0.0474209, 0.0812546, 0.164986, 0.371439, 0.876323", \
            "0.0315538, 0.0372809, 0.0513346, 0.0853517, 0.168748, 0.376778, 0.874099", \
            "0.044225, 0.0497134, 0.0631755, 0.0966872, 0.179622, 0.384372, 0.887235", \
            "0.0667252, 0.0753108, 0.0925502, 0.125881, 0.208165, 0.410979, 0.916213", \
            "0.105565, 0.117578, 0.142998, 0.191075, 0.276555, 0.478958, 0.980164", \
            "0.180339, 0.196401, 0.231221, 0.300728, 0.425551, 0.637653, 1.13681", \
            "0.336098, 0.357257, 0.40305, 0.496246, 0.674122, 0.983432, 1.50587" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.024666, 0.0324648, 0.0516536, 0.0989906, 0.216283, 0.507129, 1.23494", \
            "0.0244546, 0.0323255, 0.051577, 0.0989436, 0.21686, 0.507138, 1.22466", \
            "0.0281191, 0.0343863, 0.05189, 0.0988491, 0.216355, 0.507754, 1.23515", \
            "0.0419155, 0.0487069, 0.0625637, 0.102192, 0.216415, 0.509705, 1.23371", \
            "0.0623516, 0.0719386, 0.0926342, 0.131496, 0.225369, 0.507541, 1.2343", \
            "0.0946754, 0.107748, 0.137652, 0.194075, 0.294953, 0.530811, 1.22807", \
            "0.161413, 0.178296, 0.212068, 0.290361, 0.440269, 0.689879, 1.2749" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0139869, 0.0164889, 0.0224719, 0.0367474, 0.0721062, 0.158799, 0.374317", \
            "0.016693, 0.0194945, 0.0254327, 0.0398256, 0.0749715, 0.162391, 0.38013", \
            "0.018787, 0.0229832, 0.0312735, 0.0472382, 0.082335, 0.169521, 0.385091", \
            "0.0166653, 0.0226526, 0.0349759, 0.0580936, 0.0995869, 0.186699, 0.403313", \
            "0.0024651, 0.0110654, 0.0288856, 0.0635424, 0.124737, 0.226863, 0.441113", \
            "-0.0433883, -0.0308367, -0.0048319, 0.0448604, 0.133994, 0.285788, 0.538293", \
            "-0.167501, -0.149962, -0.111941, -0.0398906, 0.0875395, 0.308616, 0.676997" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0099759, 0.0130465, 0.0206234, 0.0395519, 0.0856606, 0.201173, 0.487521", \
            "0.0119191, 0.0143563, 0.0211157, 0.0395705, 0.0863447, 0.202193, 0.488971", \
            "0.0179301, 0.0209119, 0.0275475, 0.0423753, 0.0860451, 0.200936, 0.488057", \
            "0.02795, 0.0322999, 0.0413292, 0.0591, 0.0953134, 0.203006, 0.489248", \
            "0.0462747, 0.0518207, 0.0647302, 0.0887485, 0.133847, 0.223859, 0.490688", \
            "0.0801712, 0.0886129, 0.106861, 0.141701, 0.203491, 0.315676, 0.537472", \
            "0.147044, 0.158487, 0.185587, 0.232009, 0.321038, 0.480993, 0.753505" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0359201, 0.0415291, 0.0551878, 0.0879922, 0.168442, 0.367401, 0.865477", \
            "0.03997, 0.0455864, 0.0592593, 0.0923278, 0.173032, 0.372039, 0.869347", \
            "0.0521304, 0.0575098, 0.070803, 0.103416, 0.184324, 0.383426, 0.879395", \
            "0.077883, 0.084588, 0.100038, 0.132232, 0.212003, 0.412662, 0.905757", \
            "0.120063, 0.129866, 0.152211, 0.195824, 0.279365, 0.475124, 0.968865", \
            "0.196008, 0.209574, 0.240268, 0.303879, 0.422897, 0.631907, 1.12598", \
            "0.34776, 0.365501, 0.406282, 0.491472, 0.661077, 0.963662, 1.48033" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0332512, 0.0409102, 0.0597443, 0.106486, 0.221096, 0.506989, 1.2184", \
            "0.033175, 0.0407863, 0.0596354, 0.10608, 0.221414, 0.507259, 1.21821", \
            "0.0348287, 0.0417183, 0.0595387, 0.1064, 0.221376, 0.506518, 1.21776", \
            "0.0478808, 0.0540614, 0.0686104, 0.109054, 0.221635, 0.508375, 1.21777", \
            "0.0697078, 0.0792456, 0.0986317, 0.136704, 0.231594, 0.507837, 1.21675", \
            "0.103134, 0.1163, 0.144942, 0.199848, 0.300354, 0.532005, 1.21695", \
            "0.163765, 0.180183, 0.217422, 0.297215, 0.442658, 0.687963, 1.27309" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0175153, 0.0200052, 0.0259208, 0.0402098, 0.0753888, 0.16257, 0.377994", \
            "0.0205151, 0.0231595, 0.0292272, 0.0436578, 0.0789953, 0.165688, 0.381444", \
            "0.0237944, 0.0275718, 0.0355348, 0.05126, 0.0870751, 0.17513, 0.389778", \
            "0.0237755, 0.0294611, 0.0411684, 0.0634658, 0.104357, 0.192263, 0.409465", \
            "0.0140067, 0.0218532, 0.0390512, 0.0720464, 0.130445, 0.233233, 0.451265", \
            "-0.024374, -0.0123007, 0.0129501, 0.0612017, 0.147302, 0.293388, 0.54689", \
            "-0.131087, -0.114233, -0.0770073, -0.0063159, 0.119314, 0.333601, 0.690408" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0100852, 0.0131111, 0.0206258, 0.0396227, 0.0866623, 0.20126, 0.487048", \
            "0.0111291, 0.0137853, 0.0208363, 0.039513, 0.0870131, 0.201048, 0.490107", \
            "0.0165906, 0.0191761, 0.0252656, 0.0413336, 0.0868609, 0.202277, 0.486977", \
            "0.0267407, 0.0301278, 0.0375124, 0.0537613, 0.0925104, 0.201785, 0.489967", \
            "0.0442531, 0.0488812, 0.0593357, 0.0807185, 0.122504, 0.21804, 0.488494", \
            "0.0775275, 0.0834412, 0.0976443, 0.126548, 0.183042, 0.287576, 0.524317", \
            "0.140893, 0.149562, 0.168667, 0.209034, 0.285753, 0.426323, 0.682959" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0111798, 0.0127065, 0.0163832, 0.0252309, 0.0468366, 0.0996113, 0.23092", \
            "0.0108598, 0.0123787, 0.0160574, 0.0249066, 0.0464779, 0.0995584, 0.232431", \
            "0.0106318, 0.0120946, 0.0156953, 0.0246163, 0.0463808, 0.0994292, 0.231021", \
            "0.0104979, 0.0119316, 0.0154808, 0.024279, 0.045829, 0.0992042, 0.230738", \
            "0.0103721, 0.0117944, 0.015291, 0.0240256, 0.0455531, 0.0991472, 0.230164", \
            "0.0104874, 0.0120365, 0.0154965, 0.0241901, 0.0454131, 0.0988021, 0.231206", \
            "0.0146285, 0.0156685, 0.0184767, 0.0262415, 0.0472618, 0.0991876, 0.231174" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0067139, 0.0053048, 0.0018511, -0.0067215, -0.0281588, -0.0816075, -0.214532", \
            "0.0065817, 0.0051926, 0.0017148, -0.0068362, -0.0282613, -0.0817077, -0.214636", \
            "0.0063451, 0.0050243, 0.0015795, -0.006996, -0.0283862, -0.0818128, -0.21471", \
            "0.0061755, 0.0048421, 0.0014113, -0.007066, -0.0284888, -0.0819111, -0.214819", \
            "0.0066676, 0.0052492, 0.0016767, -0.0070412, -0.0283875, -0.081854, -0.214839", \
            "0.0084888, 0.0069684, 0.0032381, -0.0057924, -0.0277913, -0.0815778, -0.214633", \
            "0.0138129, 0.0121383, 0.0081516, -0.0011372, -0.0245013, -0.0794517, -0.212632" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0142821, 0.0157289, 0.019252, 0.0279304, 0.0493056, 0.102187, 0.233434", \
            "0.0139852, 0.0154515, 0.0190032, 0.0277421, 0.0492152, 0.102139, 0.233311", \
            "0.0137414, 0.0151803, 0.0187247, 0.0274863, 0.0490018, 0.102039, 0.233409", \
            "0.0135818, 0.0150151, 0.0185355, 0.0272315, 0.048716, 0.101847, 0.233896", \
            "0.0134219, 0.0148079, 0.0183351, 0.0270381, 0.0483831, 0.101579, 0.23307", \
            "0.0134449, 0.0149765, 0.0184296, 0.0270998, 0.0483342, 0.101493, 0.232632", \
            "0.0168796, 0.0180134, 0.021049, 0.0288769, 0.0498203, 0.102403, 0.233638" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0069281, 0.0055306, 0.0020706, -0.0065212, -0.0279565, -0.0814104, -0.214367", \
            "0.0067883, 0.0053969, 0.0019397, -0.0066431, -0.0280767, -0.0815194, -0.214449", \
            "0.0066182, 0.0052381, 0.001797, -0.0067601, -0.0281937, -0.0816382, -0.214564", \
            "0.0064091, 0.0050383, 0.0016414, -0.006889, -0.0282792, -0.0816896, -0.21461", \
            "0.0067578, 0.0053384, 0.0018477, -0.0069137, -0.0282984, -0.0817374, -0.214667", \
            "0.0081153, 0.0066154, 0.0029465, -0.0059877, -0.0278206, -0.0815114, -0.214508", \
            "0.0126125, 0.0109916, 0.0070197, -0.0024893, -0.0251809, -0.0799206, -0.213712" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0183517, 0.0197724, 0.023277, 0.0319187, 0.0533157, 0.106235, 0.237466", \
            "0.018198, 0.019618, 0.0231226, 0.0318177, 0.0532127, 0.106151, 0.237407", \
            "0.0180101, 0.0194392, 0.02297, 0.0316726, 0.0530951, 0.106078, 0.237393", \
            "0.0179014, 0.0193318, 0.0228521, 0.0315042, 0.0529565, 0.105976, 0.237332", \
            "0.0178133, 0.0192231, 0.0227227, 0.0314489, 0.0528929, 0.105875, 0.237255", \
            "0.0179765, 0.0194201, 0.0230858, 0.0317388, 0.0529799, 0.10625, 0.237575", \
            "0.0226432, 0.0238591, 0.0268631, 0.03474, 0.0552355, 0.107354, 0.237958" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0068169, 0.0054161, 0.0019578, -0.0066364, -0.0280685, -0.0815233, -0.214473", \
            "0.0066585, 0.0052637, 0.0018131, -0.0067723, -0.028212, -0.081671, -0.214612", \
            "0.0064818, 0.0050974, 0.0016507, -0.0069111, -0.0283377, -0.0817896, -0.214686", \
            "0.0062606, 0.0048901, 0.0014899, -0.0070215, -0.0284358, -0.0818705, -0.214761", \
            "0.0066198, 0.0052161, 0.0017984, -0.0070114, -0.0284413, -0.0818825, -0.214809", \
            "0.0080847, 0.006557, 0.002903, -0.0060305, -0.0278328, -0.0816474, -0.214671", \
            "0.0131775, 0.0115411, 0.0075776, -0.0020392, -0.0248398, -0.079671, -0.213664" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0053834, 0.0069595, 0.0106592, 0.0194929, 0.0409996, 0.0940656, 0.226521", \
            "0.0050425, 0.0065454, 0.0102461, 0.0191454, 0.0409805, 0.0939896, 0.225102", \
            "0.0048863, 0.0063723, 0.0099121, 0.0187923, 0.0403855, 0.0940822, 0.226419", \
            "0.0051285, 0.0067511, 0.0101424, 0.0188172, 0.040184, 0.0936659, 0.225984", \
            "0.0060945, 0.007397, 0.0106806, 0.0190142, 0.0402119, 0.0933337, 0.225936", \
            "0.0085294, 0.009673, 0.0128552, 0.02117, 0.0416591, 0.0934779, 0.224325", \
            "0.0163183, 0.0171753, 0.0200028, 0.029385, 0.0471862, 0.0994689, 0.22695" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0024945, 0.00117, -0.0022168, -0.0108137, -0.0323465, -0.0859202, -0.218994", \
            "0.0022995, 0.0009954, -0.0023364, -0.0108639, -0.0323376, -0.0858807, -0.218942", \
            "0.0021182, 0.0007569, -0.0025268, -0.011, -0.0324047, -0.0858841, -0.218923", \
            "0.002084, 0.0007433, -0.0026114, -0.011118, -0.0324604, -0.0859112, -0.218897", \
            "0.0030472, 0.001541, -0.0020218, -0.010926, -0.0325295, -0.0858851, -0.218892", \
            "0.0057628, 0.0040066, -3.81e-05, -0.0094805, -0.0316291, -0.0856269, -0.218783", \
            "0.0133459, 0.0116615, 0.0067348, -0.0038166, -0.0274186, -0.0832187, -0.217458" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0093548, 0.0108099, 0.0143935, 0.0231069, 0.0444943, 0.097444, 0.228992", \
            "0.0089978, 0.0104717, 0.0140931, 0.022903, 0.044377, 0.0973713, 0.228968", \
            "0.0088743, 0.0103234, 0.0138744, 0.0225845, 0.0441108, 0.0971781, 0.228837", \
            "0.0090739, 0.0104774, 0.0139613, 0.0225617, 0.0439174, 0.0970678, 0.228529", \
            "0.0100493, 0.0114041, 0.0147313, 0.0231105, 0.0442302, 0.0971988, 0.228423", \
            "0.0127896, 0.0140433, 0.0173169, 0.0254065, 0.0459614, 0.0980151, 0.228553", \
            "0.0206522, 0.0218004, 0.0266151, 0.0316948, 0.0523306, 0.10459, 0.231388" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
          values ( \
            "0.0029567, 0.001633, -0.0017679, -0.0103803, -0.0319199, -0.0854956, -0.218576", \
            "0.0027114, 0.0014218, -0.001902, -0.0104294, -0.0319055, -0.0854546, -0.218518", \
            "0.0024355, 0.0011368, -0.0021675, -0.0105993, -0.0319788, -0.0854582, -0.218507", \
            "0.0024581, 0.0011026, -0.0023924, -0.01083, -0.0321286, -0.0855352, -0.218501", \
            "0.003021, 0.0015324, -0.0020278, -0.0106934, -0.0322348, -0.0856026, -0.218542", \
            "0.0055525, 0.0038654, -0.0001545, -0.0094726, -0.0314853, -0.0853437, -0.218447", \
            "0.0130369, 0.0111051, 0.0064757, -0.004092, -0.0279066, -0.0831454, -0.217312" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002319;
      rise_capacitance : 0.002388;
      rise_capacitance_range (0.002388, 0.002388);
      fall_capacitance : 0.002249;
      fall_capacitance_range (0.002249, 0.002249);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.003998, -0.0040014, -0.0040092, -0.0040041, -0.0039924, -0.0039654, -0.003903" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0050259, 0.0050266, 0.0050281, 0.0050295, 0.0050326, 0.0050399, 0.0050566" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00235;
      rise_capacitance : 0.002438;
      rise_capacitance_range (0.002438, 0.002438);
      fall_capacitance : 0.002261;
      fall_capacitance_range (0.002261, 0.002261);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042488, -0.0042502, -0.0042535, -0.0042538, -0.0042545, -0.004256, -0.0042594" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052393, 0.0052405, 0.0052435, 0.0052645, 0.005313, 0.0054248, 0.0056825" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002301;
      rise_capacitance : 0.002408;
      rise_capacitance_range (0.002408, 0.002408);
      fall_capacitance : 0.002194;
      fall_capacitance_range (0.002194, 0.002194);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044802, -0.0044755, -0.0044645, -0.0044632, -0.0044602, -0.0044532, -0.0044372" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044631, 0.0044625, 0.004461, 0.0044604, 0.004459, 0.0044558, 0.0044484" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002398;
      rise_capacitance : 0.0025;
      rise_capacitance_range (0.0025, 0.0025);
      fall_capacitance : 0.002296;
      fall_capacitance_range (0.002296, 0.002296);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043069, -0.0043057, -0.0043031, -0.0042978, -0.0042855, -0.0042571, -0.0041918" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053472, 0.0053575, 0.0053813, 0.0053796, 0.0053758, 0.0053669, 0.0053465" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002341;
      rise_capacitance : 0.002478;
      rise_capacitance_range (0.002478, 0.002478);
      fall_capacitance : 0.002204;
      fall_capacitance_range (0.002204, 0.002204);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046363, -0.0046331, -0.0046259, -0.0046265, -0.0046279, -0.004631, -0.0046383" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046431, 0.0046412, 0.0046368, 0.0046372, 0.0046383, 0.0046406, 0.0046461" \
          );
        }
      }
    }
  }
  cell (scs8hd_a32oi_2) {
    area : 16.2656;
    cell_footprint : "a32oi";
    cell_leakage_power : 0.0154944;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0190957;
      when : "!A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.019088;
      when : "!A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0247929;
      when : "!A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0313203;
      when : "!A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0190958;
      when : "!A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.019088;
      when : "!A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0247928;
      when : "!A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0313219;
      when : "!A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 6.65415e-05;
      when : "!A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 2.09653e-05;
      when : "!A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.024793;
      when : "!A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 7.37489e-05;
      when : "!A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 8.42624e-05;
      when : "A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0145702;
      when : "A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0022418;
      when : "A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0437858;
      when : "A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0151058;
      when : "A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0001133;
      when : "!A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 6.58998e-05;
      when : "!A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.024793;
      when : "!A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0001095;
      when : "!A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0313256;
      when : "A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0313179;
      when : "A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0247925;
      when : "A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0435502;
      when : "A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0001105;
      when : "A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 6.44323e-05;
      when : "A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.024793;
      when : "A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0001083;
      when : "A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0001165;
      when : "A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0004304;
      when : "A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.024793;
      when : "A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0154944;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1) | (!A1&!B2) | (!A2&!B1) | (!A3&!B1) | (!A2&!B2) | (!A3&!B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.212412;
      max_transition : 1.49622;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0555697, 0.0604376, 0.0731832, 0.105968, 0.192257, 0.426795, 1.07629", \
            "0.0600288, 0.0649406, 0.0774834, 0.11049, 0.198704, 0.433153, 1.07487", \
            "0.0726211, 0.0773459, 0.0897334, 0.122823, 0.21012, 0.445982, 1.08802", \
            "0.100817, 0.105802, 0.11828, 0.150842, 0.238205, 0.476805, 1.11821", \
            "0.147595, 0.154372, 0.172668, 0.213448, 0.303344, 0.54141, 1.18337", \
            "0.219362, 0.231283, 0.260947, 0.322679, 0.444321, 0.691733, 1.3354", \
            "0.366508, 0.383151, 0.4237, 0.513082, 0.692556, 1.02544, 1.69137" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0389151, 0.0445962, 0.060139, 0.103796, 0.221929, 0.544736, 1.43932", \
            "0.0388867, 0.0445454, 0.0603748, 0.103392, 0.22183, 0.545905, 1.42903", \
            "0.0390092, 0.0446661, 0.060338, 0.103752, 0.221295, 0.545119, 1.42511", \
            "0.0434505, 0.0481512, 0.0625932, 0.103865, 0.221174, 0.547133, 1.42825", \
            "0.0657122, 0.0709737, 0.0841242, 0.120161, 0.224962, 0.546578, 1.42753", \
            "0.111526, 0.117288, 0.13368, 0.174201, 0.270571, 0.554467, 1.4357", \
            "0.197999, 0.204217, 0.223036, 0.274501, 0.397108, 0.663709, 1.44549" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0243806, 0.0271592, 0.0342485, 0.052049, 0.0971135, 0.216564, 0.539978", \
            "0.0274143, 0.0301315, 0.0371781, 0.0549006, 0.100052, 0.219202, 0.542593", \
            "0.0352358, 0.0382815, 0.0450126, 0.0621461, 0.107193, 0.226366, 0.549687", \
            "0.0437858, 0.0472155, 0.056978, 0.0784375, 0.124521, 0.243649, 0.566822", \
            "0.0445001, 0.0493027, 0.0632193, 0.0943977, 0.15753, 0.283479, 0.605734", \
            "0.0194248, 0.0277219, 0.0470478, 0.090828, 0.184314, 0.362151, 0.701908", \
            "-0.0719641, -0.0613917, -0.0346944, 0.0285686, 0.161573, 0.418164, 0.890106" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.029764, 0.0326104, 0.0404813, 0.0617098, 0.120298, 0.283307, 0.732115", \
            "0.028562, 0.031388, 0.0393639, 0.0614021, 0.120325, 0.283051, 0.731495", \
            "0.032299, 0.0346013, 0.0414722, 0.0612865, 0.120102, 0.283477, 0.731512", \
            "0.0418387, 0.0456097, 0.05356, 0.0729082, 0.123667, 0.282973, 0.731677", \
            "0.0622144, 0.0667342, 0.0771378, 0.102389, 0.158115, 0.294374, 0.731922", \
            "0.0965464, 0.103058, 0.1192, 0.154079, 0.226736, 0.371334, 0.754042", \
            "0.159378, 0.169542, 0.19416, 0.243772, 0.348444, 0.545311, 0.929859" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.071991, 0.0765802, 0.0888522, 0.121599, 0.209663, 0.449484, 1.10726", \
            "0.0763402, 0.0809969, 0.0935093, 0.126463, 0.214913, 0.455561, 1.11219", \
            "0.0885489, 0.0931957, 0.105551, 0.138866, 0.227679, 0.468, 1.1249", \
            "0.116872, 0.121368, 0.134004, 0.167075, 0.25585, 0.496826, 1.15528", \
            "0.170566, 0.176807, 0.192546, 0.230743, 0.32023, 0.56139, 1.21955", \
            "0.258314, 0.267816, 0.2917, 0.346569, 0.462482, 0.711421, 1.36963", \
            "0.421178, 0.435001, 0.468476, 0.548311, 0.716976, 1.04418, 1.72164" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0531005, 0.0590046, 0.0752774, 0.119499, 0.240462, 0.570972, 1.47879", \
            "0.0529816, 0.0589748, 0.0750904, 0.119462, 0.24056, 0.572904, 1.48109", \
            "0.0530807, 0.0589301, 0.0753539, 0.119825, 0.240919, 0.571756, 1.47963", \
            "0.0551839, 0.0608071, 0.0759816, 0.119772, 0.240544, 0.57131, 1.48133", \
            "0.0753009, 0.0803423, 0.0938613, 0.131016, 0.242896, 0.571274, 1.47959", \
            "0.120291, 0.126739, 0.143147, 0.18399, 0.284138, 0.5808, 1.48111", \
            "0.201698, 0.209281, 0.230723, 0.284807, 0.407544, 0.680649, 1.49622" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.03082, 0.0335268, 0.0405409, 0.0583071, 0.103376, 0.222548, 0.546143", \
            "0.0340217, 0.036743, 0.0437261, 0.0613935, 0.106467, 0.225777, 0.549023", \
            "0.0412071, 0.0440551, 0.0510854, 0.0685861, 0.113734, 0.232951, 0.556476", \
            "0.0503693, 0.0538815, 0.0631267, 0.0836401, 0.130419, 0.250326, 0.573773", \
            "0.053176, 0.0583313, 0.0710897, 0.100591, 0.16148, 0.288776, 0.613627", \
            "0.0310191, 0.0386459, 0.0568615, 0.10002, 0.189293, 0.35971, 0.704025", \
            "-0.0568093, -0.0463372, -0.0201652, 0.041565, 0.171616, 0.421932, 0.875557" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0292644, 0.032111, 0.0399284, 0.0613963, 0.120308, 0.283101, 0.731434", \
            "0.0288989, 0.0316966, 0.0396299, 0.0611366, 0.120243, 0.283456, 0.731769", \
            "0.0312126, 0.0337657, 0.0408801, 0.0612865, 0.119965, 0.28326, 0.731345", \
            "0.0416312, 0.0442397, 0.0512777, 0.0696693, 0.122768, 0.283118, 0.73182", \
            "0.0615712, 0.065023, 0.073788, 0.0952755, 0.147111, 0.291388, 0.731983", \
            "0.0971609, 0.10193, 0.114479, 0.143967, 0.209772, 0.350704, 0.748615", \
            "0.15959, 0.166767, 0.185611, 0.227617, 0.316505, 0.497451, 0.876985" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0789402, 0.0833137, 0.0952267, 0.127132, 0.21246, 0.444252, 1.078", \
            "0.083966, 0.0883862, 0.100281, 0.132295, 0.217714, 0.449597, 1.08333", \
            "0.096429, 0.100815, 0.11284, 0.144942, 0.23059, 0.463113, 1.09696", \
            "0.124186, 0.128735, 0.140689, 0.172664, 0.25838, 0.4904, 1.12487", \
            "0.177952, 0.183647, 0.198099, 0.233659, 0.320047, 0.552292, 1.18698", \
            "0.265139, 0.273403, 0.294442, 0.344324, 0.453354, 0.69583, 1.33068", \
            "0.427897, 0.438913, 0.468162, 0.538434, 0.693492, 1.00425, 1.66056" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0629645, 0.0686378, 0.0842798, 0.127024, 0.245158, 0.566195, 1.44342", \
            "0.0630015, 0.0686134, 0.0842349, 0.127028, 0.244754, 0.564953, 1.44492", \
            "0.0629743, 0.0686491, 0.0844147, 0.127286, 0.245244, 0.566062, 1.4474", \
            "0.0645644, 0.0697623, 0.0848062, 0.127223, 0.245215, 0.565024, 1.4439", \
            "0.0827395, 0.0876215, 0.100852, 0.137909, 0.247914, 0.565779, 1.44811", \
            "0.127742, 0.133822, 0.149576, 0.188926, 0.286936, 0.575977, 1.44695", \
            "0.204552, 0.21267, 0.233857, 0.286609, 0.406077, 0.676446, 1.46227" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0334501, 0.0361382, 0.0431742, 0.0608927, 0.105953, 0.225138, 0.548466", \
            "0.0358315, 0.0384916, 0.0454976, 0.0632199, 0.108286, 0.227674, 0.551794", \
            "0.0403418, 0.0430519, 0.050105, 0.0677314, 0.112919, 0.232189, 0.556722", \
            "0.0463968, 0.0494445, 0.0574903, 0.0766937, 0.122683, 0.242217, 0.565815", \
            "0.0467883, 0.051241, 0.0616275, 0.0869184, 0.140316, 0.264711, 0.589373", \
            "0.0219528, 0.028204, 0.0439348, 0.0802589, 0.155482, 0.305451, 0.640921", \
            "-0.0692146, -0.0603727, -0.0373655, 0.0156421, 0.125925, 0.337598, 0.739009" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0292578, 0.0320059, 0.0398368, 0.0612718, 0.120245, 0.283032, 0.73177", \
            "0.0289534, 0.0318492, 0.0396755, 0.0611627, 0.12019, 0.2833, 0.732243", \
            "0.0301369, 0.0327851, 0.0402783, 0.0613402, 0.120184, 0.283348, 0.733618", \
            "0.0369908, 0.0395558, 0.0464783, 0.0658441, 0.121415, 0.283097, 0.73145", \
            "0.0547523, 0.0575059, 0.0649173, 0.0845203, 0.136322, 0.288565, 0.732088", \
            "0.0883611, 0.0917238, 0.10146, 0.125847, 0.18318, 0.32605, 0.742617", \
            "0.152137, 0.156381, 0.169836, 0.202836, 0.274456, 0.435574, 0.827687" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0262453, 0.0303125, 0.0408834, 0.0682828, 0.141485, 0.341944, 0.881448", \
            "0.0307591, 0.0345001, 0.0448355, 0.072384, 0.145878, 0.344789, 0.883635", \
            "0.0434289, 0.0471178, 0.0568965, 0.0837199, 0.156818, 0.356003, 0.89245", \
            "0.0654416, 0.0713575, 0.0848333, 0.112959, 0.185619, 0.383621, 0.923246", \
            "0.103458, 0.111815, 0.131779, 0.174172, 0.254879, 0.451811, 0.992174", \
            "0.177441, 0.188638, 0.215991, 0.276806, 0.395938, 0.610586, 1.14803", \
            "0.331854, 0.346626, 0.382413, 0.464595, 0.633419, 0.950228, 1.51843" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0232867, 0.0283612, 0.0425209, 0.0809881, 0.186769, 0.474311, 1.26469", \
            "0.0230036, 0.0283386, 0.0425029, 0.0810185, 0.186491, 0.474563, 1.26364", \
            "0.0270251, 0.031119, 0.0434385, 0.0810458, 0.186285, 0.474601, 1.2581", \
            "0.0399831, 0.04496, 0.0560962, 0.0863295, 0.185875, 0.47426, 1.26759", \
            "0.0596638, 0.0667887, 0.0825051, 0.117881, 0.200103, 0.473601, 1.26508", \
            "0.0919872, 0.1012, 0.124174, 0.175079, 0.270993, 0.501191, 1.26444", \
            "0.157741, 0.168538, 0.196169, 0.265, 0.402961, 0.655235, 1.30737" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0139722, 0.0156491, 0.0201093, 0.0319215, 0.0638012, 0.151093, 0.389843", \
            "0.0168295, 0.0187686, 0.0232864, 0.0351737, 0.0671238, 0.153934, 0.391647", \
            "0.0189498, 0.0219076, 0.0286752, 0.0427076, 0.0747504, 0.162181, 0.399556", \
            "0.0168446, 0.0210508, 0.0311633, 0.0523305, 0.0923011, 0.179217, 0.418162", \
            "0.0025743, 0.0086756, 0.0232011, 0.0537965, 0.113257, 0.221282, 0.458673", \
            "-0.0435542, -0.0346239, -0.0133457, 0.0316197, 0.119269, 0.27855, 0.555074", \
            "-0.16897, -0.155518, -0.125266, -0.059405, 0.0673551, 0.300788, 0.706938" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0100898, 0.0122004, 0.0179953, 0.0338599, 0.077254, 0.197334, 0.519285", \
            "0.0119195, 0.0135869, 0.0186628, 0.0338282, 0.0773934, 0.1953, 0.519437", \
            "0.0173425, 0.0195272, 0.0250759, 0.0377497, 0.077687, 0.195936, 0.519851", \
            "0.0269883, 0.0300641, 0.0372584, 0.0531846, 0.0880514, 0.196141, 0.521415", \
            "0.0442142, 0.048557, 0.0588689, 0.0818395, 0.126, 0.219556, 0.521468", \
            "0.077674, 0.0837339, 0.097974, 0.129028, 0.190934, 0.308238, 0.566481", \
            "0.142235, 0.150288, 0.172912, 0.21804, 0.302991, 0.465616, 0.775608" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0374515, 0.0411462, 0.0510119, 0.0771928, 0.147654, 0.339444, 0.863616", \
            "0.0414022, 0.0451445, 0.0550339, 0.0815767, 0.152073, 0.343767, 0.871796", \
            "0.0534012, 0.0569844, 0.066761, 0.0929457, 0.163474, 0.355313, 0.880538", \
            "0.080003, 0.0846865, 0.0957982, 0.121866, 0.192032, 0.384169, 0.909039", \
            "0.124582, 0.131097, 0.147367, 0.184371, 0.260047, 0.449711, 0.974363", \
            "0.204539, 0.213309, 0.235753, 0.288464, 0.399288, 0.607939, 1.12918", \
            "0.365372, 0.376791, 0.406095, 0.477246, 0.633057, 0.934748, 1.49261" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0338576, 0.0387642, 0.0522598, 0.0889043, 0.189556, 0.466257, 1.22071", \
            "0.0337693, 0.0387278, 0.0522032, 0.0890402, 0.190052, 0.465613, 1.2249", \
            "0.0350428, 0.0395623, 0.0522627, 0.0891024, 0.189976, 0.464428, 1.2191", \
            "0.047739, 0.0516818, 0.0619909, 0.0929233, 0.189791, 0.465994, 1.22115", \
            "0.0690956, 0.0751628, 0.0896278, 0.122247, 0.203087, 0.46529, 1.22067", \
            "0.102411, 0.111217, 0.132479, 0.180554, 0.273473, 0.494876, 1.21961", \
            "0.161429, 0.172616, 0.201244, 0.266068, 0.404356, 0.655657, 1.27071" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0181788, 0.0198654, 0.0243652, 0.0361599, 0.0679867, 0.154714, 0.395078", \
            "0.0210541, 0.0228807, 0.0274942, 0.039406, 0.0713758, 0.158706, 0.396489", \
            "0.0240751, 0.0266383, 0.0327755, 0.0464861, 0.0787588, 0.165825, 0.404208", \
            "0.023538, 0.0275362, 0.0365356, 0.0557918, 0.0948564, 0.18295, 0.422301", \
            "0.0116789, 0.017547, 0.0306197, 0.0596967, 0.115449, 0.220155, 0.461067", \
            "-0.0304384, -0.0219723, -0.0021901, 0.0400992, 0.12274, 0.272538, 0.549882", \
            "-0.147483, -0.135248, -0.105917, -0.0431345, 0.0780184, 0.297971, 0.686478" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0102541, 0.012312, 0.0180725, 0.0338829, 0.0774161, 0.19566, 0.52147", \
            "0.0111588, 0.0130044, 0.0183021, 0.033862, 0.0769895, 0.195207, 0.521354", \
            "0.0162074, 0.0180603, 0.0229455, 0.0361341, 0.07711, 0.1956, 0.52099", \
            "0.026111, 0.0283603, 0.0344072, 0.0483134, 0.0843361, 0.195927, 0.521309", \
            "0.0434232, 0.046554, 0.0545675, 0.0730881, 0.11295, 0.211675, 0.523423", \
            "0.0770273, 0.0809934, 0.091249, 0.11619, 0.169591, 0.277621, 0.552935", \
            "0.141578, 0.146864, 0.161239, 0.194589, 0.266875, 0.41283, 0.703392" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0200963, 0.0219565, 0.0268981, 0.0397195, 0.0738319, 0.166145, 0.422028", \
            "0.0195162, 0.0213646, 0.0262343, 0.0391522, 0.0734424, 0.166746, 0.419364", \
            "0.0190085, 0.0207781, 0.0256075, 0.0385519, 0.0729544, 0.165905, 0.419638", \
            "0.0186682, 0.0204237, 0.0250767, 0.0378084, 0.0721812, 0.166501, 0.419098", \
            "0.0184398, 0.020156, 0.0247039, 0.0372923, 0.0715194, 0.165372, 0.418808", \
            "0.0187079, 0.0204006, 0.0250136, 0.0373645, 0.0712458, 0.164579, 0.418154", \
            "0.0245023, 0.0256639, 0.0292381, 0.0403222, 0.073206, 0.165206, 0.419173" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0129688, 0.0113424, 0.0068715, -0.0054139, -0.0392877, -0.132559, -0.38881", \
            "0.0126766, 0.0110628, 0.006602, -0.0056846, -0.0395228, -0.132804, -0.389134", \
            "0.0121713, 0.0106319, 0.0062222, -0.0060173, -0.0397717, -0.133082, -0.389351", \
            "0.0116687, 0.010177, 0.005817, -0.0063413, -0.0401033, -0.133254, -0.389518", \
            "0.0121363, 0.0105965, 0.0058828, -0.006494, -0.0400442, -0.13331, -0.389623", \
            "0.014825, 0.0130965, 0.0082878, -0.0046494, -0.0394403, -0.133067, -0.389437", \
            "0.0228402, 0.0208916, 0.0157558, 0.00203, -0.0324293, -0.128149, -0.387208" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0282071, 0.0299163, 0.0345484, 0.0469859, 0.0808882, 0.173269, 0.42634", \
            "0.0275727, 0.0293145, 0.0340144, 0.0465566, 0.080601, 0.17308, 0.426273", \
            "0.0268985, 0.0286428, 0.0332934, 0.0459688, 0.0801695, 0.17289, 0.426177", \
            "0.0264862, 0.0281687, 0.0327551, 0.0453321, 0.079529, 0.172452, 0.425854", \
            "0.0261158, 0.0277653, 0.0323065, 0.0448531, 0.0789311, 0.171874, 0.425441", \
            "0.0260363, 0.0277383, 0.0322187, 0.0447441, 0.0785715, 0.171428, 0.424799", \
            "0.0301525, 0.0314929, 0.0355274, 0.0469121, 0.0802133, 0.17231, 0.425732" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0145504, 0.0129078, 0.0084185, -0.0038751, -0.0377614, -0.131055, -0.387303", \
            "0.0142602, 0.0126184, 0.0081432, -0.0041483, -0.0380082, -0.131293, -0.387614", \
            "0.0138905, 0.0122705, 0.0078237, -0.0044466, -0.0382967, -0.13156, -0.387825", \
            "0.0134235, 0.0118075, 0.0074487, -0.0047477, -0.0385105, -0.131712, -0.388002", \
            "0.0135665, 0.0119202, 0.0074298, -0.0048811, -0.038611, -0.131709, -0.388037", \
            "0.0153623, 0.0136351, 0.0089898, -0.0037383, -0.0382364, -0.131733, -0.387986", \
            "0.0219229, 0.0200409, 0.0149008, 0.0013278, -0.0343683, -0.129757, -0.387015" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0359676, 0.0376324, 0.0421102, 0.0545052, 0.0883476, 0.180787, 0.433964", \
            "0.0356318, 0.0373234, 0.0418476, 0.0542717, 0.0881934, 0.180714, 0.433791", \
            "0.0353083, 0.0369955, 0.0415062, 0.0539895, 0.0879697, 0.180619, 0.433673", \
            "0.0350322, 0.0367703, 0.0412864, 0.0537589, 0.087726, 0.180395, 0.433419", \
            "0.0348532, 0.0364646, 0.0410365, 0.0535182, 0.0874968, 0.180125, 0.433546", \
            "0.0351155, 0.0367591, 0.0412602, 0.0537465, 0.0875018, 0.180904, 0.433799", \
            "0.0407404, 0.0422068, 0.0461657, 0.057395, 0.0903584, 0.181943, 0.434939" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.014507, 0.0128697, 0.0083742, -0.003927, -0.0377915, -0.131114, -0.387393", \
            "0.0142112, 0.0125691, 0.0080825, -0.0041934, -0.0380468, -0.13133, -0.387582", \
            "0.0138467, 0.0122021, 0.0077344, -0.004507, -0.0383277, -0.131579, -0.387817", \
            "0.0133452, 0.0117394, 0.0073548, -0.004777, -0.0385706, -0.131787, -0.387998", \
            "0.0137149, 0.0120575, 0.0075036, -0.0049256, -0.0386899, -0.131788, -0.387994", \
            "0.0154516, 0.0137539, 0.009072, -0.0035505, -0.0379182, -0.131628, -0.388008", \
            "0.0230922, 0.0212101, 0.0161215, 0.0024829, -0.033436, -0.128743, -0.386643" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0085796, 0.0104819, 0.0154479, 0.0283972, 0.0626714, 0.155086, 0.410133", \
            "0.007993, 0.0097911, 0.0146809, 0.0277434, 0.0622937, 0.155544, 0.410061", \
            "0.0077395, 0.0094471, 0.01418, 0.0270418, 0.0614222, 0.15507, 0.407505", \
            "0.0083178, 0.0099064, 0.0143664, 0.0266398, 0.0608065, 0.154383, 0.40969", \
            "0.0097079, 0.0112555, 0.0155008, 0.0275205, 0.060882, 0.153545, 0.408632", \
            "0.0151144, 0.0165167, 0.0204748, 0.0320502, 0.0650559, 0.154998, 0.408908", \
            "0.0268996, 0.0277444, 0.0303309, 0.0412863, 0.0722438, 0.161706, 0.414091" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0044127, 0.0028736, -0.0014662, -0.0137013, -0.0477107, -0.141246, -0.397756", \
            "0.0040555, 0.0025616, -0.0017023, -0.0138067, -0.0476917, -0.141156, -0.397663", \
            "0.0037445, 0.0021456, -0.0020999, -0.0140435, -0.0477836, -0.141126, -0.397584", \
            "0.0037047, 0.0021157, -0.0023682, -0.014422, -0.0479999, -0.14118, -0.397609", \
            "0.0051464, 0.0033885, -0.0012943, -0.0136136, -0.0477999, -0.141259, -0.397591", \
            "0.0095503, 0.0075012, 0.0021022, -0.0115197, -0.046671, -0.140882, -0.39715", \
            "0.0225152, 0.0195766, 0.0132956, -0.0021495, -0.0397403, -0.137122, -0.39397" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0180144, 0.0197572, 0.0244496, 0.0369989, 0.0709041, 0.163329, 0.416634", \
            "0.0173179, 0.019064, 0.0237934, 0.036495, 0.0706042, 0.163231, 0.41669", \
            "0.0169914, 0.0186853, 0.0233606, 0.0360003, 0.0701788, 0.163039, 0.416462", \
            "0.0172697, 0.0189389, 0.023428, 0.0358121, 0.0697239, 0.162591, 0.415921", \
            "0.0189068, 0.0205664, 0.0249003, 0.036886, 0.0702165, 0.162381, 0.415818", \
            "0.0239771, 0.0253737, 0.0293524, 0.0407948, 0.0733752, 0.163869, 0.415821", \
            "0.0375473, 0.0389126, 0.0439003, 0.0525658, 0.0858833, 0.171179, 0.420368" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0063907, 0.0048584, 0.0005031, -0.0117517, -0.0457683, -0.139298, -0.395835", \
            "0.0059571, 0.0044729, 0.0002352, -0.0118574, -0.0457464, -0.139193, -0.395698", \
            "0.0054366, 0.0039486, -0.0002728, -0.0122027, -0.0458789, -0.139194, -0.395635", \
            "0.005424, 0.003837, -0.0007263, -0.012699, -0.0462115, -0.139335, -0.395636", \
            "0.0063723, 0.0046827, 2.12e-05, -0.0123853, -0.0463762, -0.139469, -0.395701", \
            "0.0104876, 0.0084935, 0.0032917, -0.01021, -0.0450615, -0.139116, -0.395554", \
            "0.0234136, 0.02111, 0.015015, -0.000387, -0.0385737, -0.135325, -0.393752" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004366;
      rise_capacitance : 0.004491;
      rise_capacitance_range (0.004491, 0.004491);
      fall_capacitance : 0.004242;
      fall_capacitance_range (0.004242, 0.004242);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0070545, -0.0070597, -0.0070717, -0.0070584, -0.0070277, -0.0069571, -0.0067944" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.010378, 0.0103784, 0.0103793, 0.0103771, 0.0103721, 0.0103606, 0.0103342" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004312;
      rise_capacitance : 0.004453;
      rise_capacitance_range (0.004453, 0.004453);
      fall_capacitance : 0.004172;
      fall_capacitance_range (0.004172, 0.004172);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.008621, -0.0086206, -0.0086198, -0.0086144, -0.0086019, -0.0085734, -0.0085075" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102021, 0.0102103, 0.0102293, 0.0102675, 0.0103554, 0.0105579, 0.011025" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004479;
      rise_capacitance : 0.004726;
      rise_capacitance_range (0.004726, 0.004726);
      fall_capacitance : 0.004231;
      fall_capacitance_range (0.004231, 0.004231);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087736, -0.0087804, -0.0087963, -0.0087932, -0.008786, -0.0087695, -0.0087316" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087516, 0.0087613, 0.0087836, 0.0087862, 0.0087926, 0.0088072, 0.0088409" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004334;
      rise_capacitance : 0.004518;
      rise_capacitance_range (0.004518, 0.004518);
      fall_capacitance : 0.004151;
      fall_capacitance_range (0.004151, 0.004151);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0068573, -0.0068607, -0.0068684, -0.0068551, -0.0068243, -0.0067535, -0.0065901" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.010136, 0.0101347, 0.0101316, 0.0101316, 0.0101315, 0.0101313, 0.0101309" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004358;
      rise_capacitance : 0.004612;
      rise_capacitance_range (0.004612, 0.004612);
      fall_capacitance : 0.004105;
      fall_capacitance_range (0.004105, 0.004105);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087303, -0.0087278, -0.0087218, -0.0087223, -0.0087236, -0.0087263, -0.0087325" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087613, 0.0087571, 0.0087476, 0.008748, 0.0087492, 0.0087521, 0.0087586" \
          );
        }
      }
    }
  }
  cell (scs8hd_a32oi_4) {
    area : 27.5264;
    cell_footprint : "a32oi";
    cell_leakage_power : 0.035331;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0344408;
      when : "!A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.034415;
      when : "!A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0495738;
      when : "!A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0589957;
      when : "!A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0344408;
      when : "!A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.034415;
      when : "!A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0495737;
      when : "!A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0589957;
      when : "!A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0001606;
      when : "!A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0344257;
      when : "!A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0495736;
      when : "!A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0001172;
      when : "!A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0002775;
      when : "!A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0344411;
      when : "!A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0495736;
      when : "!A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0002711;
      when : "!A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0590142;
      when : "A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0589884;
      when : "A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0495741;
      when : "A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0835691;
      when : "A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0002708;
      when : "A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0589982;
      when : "A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0495736;
      when : "A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0010217;
      when : "A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0002979;
      when : "A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0824726;
      when : "A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0495736;
      when : "A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0012527;
      when : "A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0288736;
      when : "A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0041221;
      when : "A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.049568;
      when : "A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0297301;
      when : "A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.035331;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1) | (!A1&!B2) | (!A2&!B1) | (!A3&!B1) | (!A2&!B2) | (!A3&!B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.336924;
      max_transition : 1.50121;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0592164, 0.0624938, 0.0714954, 0.0963505, 0.167458, 0.374105, 0.992852", \
            "0.0636964, 0.0669182, 0.0759586, 0.101502, 0.173546, 0.380537, 0.991228", \
            "0.075811, 0.0791163, 0.0879731, 0.113127, 0.185803, 0.39363, 1.00513", \
            "0.10372, 0.106891, 0.115774, 0.141064, 0.212781, 0.421903, 1.04092", \
            "0.150702, 0.155261, 0.167768, 0.199579, 0.275605, 0.484376, 1.098", \
            "0.22511, 0.232137, 0.252432, 0.300269, 0.405898, 0.630879, 1.24507", \
            "0.372427, 0.382912, 0.411286, 0.480369, 0.632837, 0.941027, 1.58864" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0425572, 0.0461669, 0.0570972, 0.0893027, 0.185942, 0.470277, 1.32184", \
            "0.0427065, 0.046297, 0.0571512, 0.0894036, 0.18637, 0.470799, 1.30875", \
            "0.0428176, 0.0464714, 0.0572389, 0.0896511, 0.18633, 0.471184, 1.31201", \
            "0.0463563, 0.0496178, 0.0593455, 0.0900725, 0.185557, 0.469712, 1.32107", \
            "0.0670975, 0.070245, 0.0795768, 0.106487, 0.191416, 0.469263, 1.30931", \
            "0.111267, 0.115147, 0.125603, 0.157276, 0.24028, 0.484401, 1.31213", \
            "0.199846, 0.203279, 0.214529, 0.251045, 0.351508, 0.59551, 1.33689" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0290697, 0.0309258, 0.0363616, 0.0509683, 0.0904271, 0.202254, 0.527797", \
            "0.0319135, 0.0337727, 0.0391179, 0.0537649, 0.0934194, 0.205265, 0.530369", \
            "0.0400932, 0.0418599, 0.0467016, 0.0608762, 0.100383, 0.212241, 0.537629", \
            "0.0495168, 0.0520928, 0.0591918, 0.0766921, 0.117737, 0.229473, 0.554731", \
            "0.0522256, 0.0557893, 0.0656522, 0.0910559, 0.149003, 0.270495, 0.596355", \
            "0.0298766, 0.0349048, 0.0489195, 0.0844658, 0.168689, 0.341305, 0.691661", \
            "-0.0597915, -0.0528556, -0.0334779, 0.0171027, 0.136204, 0.388652, 0.875928" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0361408, 0.0380226, 0.0440541, 0.0620166, 0.115669, 0.277357, 0.758741", \
            "0.034682, 0.0367524, 0.0430512, 0.0616282, 0.115548, 0.277471, 0.75872", \
            "0.0367951, 0.0386006, 0.0442178, 0.061378, 0.115399, 0.277326, 0.758799", \
            "0.0457816, 0.0482918, 0.0551269, 0.0725955, 0.120216, 0.277548, 0.758898", \
            "0.0646253, 0.0677685, 0.0762139, 0.0981244, 0.152418, 0.290642, 0.757965", \
            "0.100777, 0.105148, 0.117119, 0.146992, 0.215915, 0.367566, 0.782846", \
            "0.161167, 0.167283, 0.184838, 0.230013, 0.325607, 0.524043, 0.953507" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0841738, 0.0874089, 0.0968143, 0.123944, 0.20271, 0.435436, 1.1169", \
            "0.0880879, 0.0914005, 0.10104, 0.128824, 0.208067, 0.439378, 1.12201", \
            "0.0996314, 0.102865, 0.112413, 0.140499, 0.220061, 0.452281, 1.13547", \
            "0.127185, 0.130332, 0.140191, 0.167659, 0.24765, 0.48026, 1.17247", \
            "0.181174, 0.185094, 0.196643, 0.227594, 0.308258, 0.542814, 1.23132", \
            "0.270313, 0.276139, 0.293898, 0.337567, 0.440755, 0.684904, 1.36985", \
            "0.439551, 0.447805, 0.471296, 0.533076, 0.680089, 0.994371, 1.70068" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0657963, 0.0698747, 0.0820962, 0.118483, 0.225753, 0.546159, 1.48831", \
            "0.0657822, 0.0698236, 0.0820285, 0.118345, 0.22647, 0.544584, 1.48682", \
            "0.0658589, 0.0698705, 0.0820134, 0.118224, 0.226091, 0.544371, 1.48468", \
            "0.0670592, 0.0709344, 0.0826983, 0.118598, 0.226366, 0.54447, 1.49291", \
            "0.0844079, 0.0875911, 0.0979809, 0.129627, 0.229585, 0.544539, 1.49213", \
            "0.128292, 0.132494, 0.143763, 0.176972, 0.267942, 0.554448, 1.4878", \
            "0.210488, 0.216053, 0.230065, 0.271763, 0.379824, 0.649691, 1.50121" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0362896, 0.0381679, 0.0433539, 0.0579546, 0.0974788, 0.209093, 0.534674", \
            "0.0390893, 0.0410756, 0.0463019, 0.060775, 0.100406, 0.212446, 0.537435", \
            "0.045685, 0.0475598, 0.0527705, 0.0671526, 0.106881, 0.218859, 0.54421", \
            "0.0549463, 0.0572929, 0.0634314, 0.0803802, 0.121413, 0.233588, 0.559533", \
            "0.0579793, 0.0612055, 0.0701978, 0.0933626, 0.146701, 0.267537, 0.595535", \
            "0.0355686, 0.0401607, 0.0529555, 0.0866674, 0.164502, 0.32626, 0.674266", \
            "-0.0561061, -0.0495464, -0.0308794, 0.0174544, 0.129761, 0.366174, 0.823079" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0353625, 0.0374026, 0.0435098, 0.0615949, 0.115531, 0.277022, 0.758133", \
            "0.0349355, 0.0370324, 0.0433056, 0.0614376, 0.115556, 0.277326, 0.758695", \
            "0.0363845, 0.0382963, 0.0440925, 0.0616095, 0.115398, 0.277267, 0.757766", \
            "0.045163, 0.0471652, 0.0530178, 0.0695902, 0.118512, 0.276941, 0.757795", \
            "0.0648011, 0.0671719, 0.0737286, 0.0926838, 0.141678, 0.28584, 0.758826", \
            "0.100392, 0.103848, 0.113299, 0.137849, 0.196135, 0.342712, 0.773446", \
            "0.165113, 0.169903, 0.183108, 0.217077, 0.297448, 0.477236, 0.897136" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0896411, 0.0927298, 0.10177, 0.128024, 0.203437, 0.423517, 1.07205", \
            "0.0945219, 0.0976431, 0.106803, 0.133146, 0.208634, 0.428698, 1.07742", \
            "0.106895, 0.110025, 0.119205, 0.145561, 0.221343, 0.44201, 1.09084", \
            "0.133363, 0.136566, 0.145656, 0.172041, 0.247818, 0.469004, 1.11726", \
            "0.185583, 0.189304, 0.199835, 0.228704, 0.305373, 0.526038, 1.17837", \
            "0.274461, 0.279109, 0.294014, 0.332622, 0.428196, 0.658158, 1.30789", \
            "0.443199, 0.450089, 0.469391, 0.521788, 0.651342, 0.941203, 1.61635" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0773778, 0.0812187, 0.092464, 0.126603, 0.229406, 0.533181, 1.43218", \
            "0.0771869, 0.0810417, 0.0925559, 0.126545, 0.228949, 0.533098, 1.43254", \
            "0.0774829, 0.081327, 0.0922426, 0.127019, 0.229722, 0.5341, 1.43413", \
            "0.0782194, 0.0816649, 0.0930832, 0.12708, 0.229298, 0.534785, 1.43263", \
            "0.0927437, 0.09615, 0.106367, 0.136404, 0.233263, 0.534005, 1.43691", \
            "0.133903, 0.137344, 0.148843, 0.180365, 0.270122, 0.54429, 1.43413", \
            "0.210641, 0.215408, 0.229772, 0.268233, 0.371481, 0.63652, 1.45274" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.03856, 0.0404074, 0.0456287, 0.0602148, 0.0996523, 0.211933, 0.538295", \
            "0.040578, 0.0423746, 0.0476835, 0.0621276, 0.101763, 0.213633, 0.539155", \
            "0.0440083, 0.0458567, 0.05114, 0.0656628, 0.105221, 0.217322, 0.542806", \
            "0.0483789, 0.0504638, 0.0563619, 0.0715136, 0.112207, 0.2244, 0.551233", \
            "0.0473681, 0.050127, 0.0579549, 0.077142, 0.123333, 0.23977, 0.566911", \
            "0.020351, 0.0239029, 0.034622, 0.0623245, 0.126119, 0.264549, 0.603973", \
            "-0.0784575, -0.072848, -0.0573467, -0.0173435, 0.0760686, 0.269553, 0.668668" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0352388, 0.0372801, 0.0435578, 0.0615659, 0.115572, 0.277509, 0.758997", \
            "0.0350266, 0.0370794, 0.0432418, 0.0614126, 0.115538, 0.277364, 0.75808", \
            "0.0357726, 0.037775, 0.043722, 0.0616456, 0.115499, 0.277296, 0.758208", \
            "0.0408338, 0.0429366, 0.0485759, 0.065554, 0.117203, 0.27738, 0.7585", \
            "0.0567201, 0.0585764, 0.0644902, 0.0811866, 0.130321, 0.282217, 0.758839", \
            "0.0899001, 0.0921958, 0.0991577, 0.119046, 0.170493, 0.315158, 0.767663", \
            "0.154033, 0.157458, 0.167142, 0.192558, 0.254975, 0.408784, 0.843448" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0292676, 0.0321005, 0.0404087, 0.0635078, 0.127946, 0.314552, 0.869233", \
            "0.0332646, 0.0360802, 0.0440374, 0.0670465, 0.131878, 0.321258, 0.871714", \
            "0.0459062, 0.0483502, 0.05571, 0.0778125, 0.142709, 0.331616, 0.886617", \
            "0.0691978, 0.0730814, 0.0834529, 0.107508, 0.170499, 0.360754, 0.912133", \
            "0.109517, 0.11509, 0.13007, 0.166035, 0.24063, 0.424222, 0.97677", \
            "0.188221, 0.195746, 0.215408, 0.265568, 0.37518, 0.586816, 1.13222", \
            "0.353001, 0.362323, 0.388583, 0.454929, 0.606451, 0.917286, 1.50605" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.026834, 0.0302923, 0.040654, 0.0712863, 0.160854, 0.42582, 1.20917", \
            "0.0265865, 0.0301536, 0.0406294, 0.0710338, 0.160578, 0.428754, 1.20577", \
            "0.0295423, 0.0323507, 0.0414316, 0.0709773, 0.160539, 0.426077, 1.21409", \
            "0.0428675, 0.0462622, 0.0544399, 0.0776438, 0.160886, 0.428423, 1.20644", \
            "0.0620164, 0.0665739, 0.0789365, 0.109011, 0.178078, 0.42777, 1.20598", \
            "0.0939231, 0.100185, 0.117303, 0.159036, 0.2483, 0.457194, 1.2121", \
            "0.159525, 0.166983, 0.187456, 0.242108, 0.368075, 0.61658, 1.2576" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0147738, 0.0159088, 0.0190971, 0.0280514, 0.0537342, 0.128642, 0.353227", \
            "0.017764, 0.0189909, 0.0222226, 0.0312552, 0.0570625, 0.132624, 0.354082", \
            "0.0199957, 0.0218594, 0.0267984, 0.0384131, 0.0647486, 0.140349, 0.362116", \
            "0.0176667, 0.0204295, 0.0277337, 0.0450197, 0.0810724, 0.157863, 0.380953", \
            "0.0023615, 0.0063231, 0.016675, 0.0423157, 0.096117, 0.198904, 0.422184", \
            "-0.04649, -0.0406998, -0.025699, 0.0108621, 0.0902054, 0.242129, 0.521663", \
            "-0.178911, -0.170451, -0.147556, -0.0939421, 0.0196491, 0.242177, 0.652739" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0108497, 0.0122155, 0.0162788, 0.0282479, 0.0636162, 0.168646, 0.479756", \
            "0.0124888, 0.0135659, 0.0170172, 0.0282976, 0.0636562, 0.168726, 0.479353", \
            "0.0178048, 0.0191329, 0.0233324, 0.0332116, 0.0646422, 0.169393, 0.478533", \
            "0.0271274, 0.0290707, 0.0346153, 0.0478123, 0.0785182, 0.170371, 0.479614", \
            "0.0445547, 0.0474634, 0.0545728, 0.0729599, 0.112497, 0.198922, 0.482005", \
            "0.0775949, 0.0815571, 0.0918932, 0.116937, 0.175316, 0.285881, 0.535077", \
            "0.142365, 0.147935, 0.163404, 0.19883, 0.276495, 0.436006, 0.73749" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0457254, 0.0484917, 0.0564722, 0.0794737, 0.145569, 0.339313, 0.913341", \
            "0.0493272, 0.0520878, 0.060169, 0.0832439, 0.149779, 0.345008, 0.917376", \
            "0.0606546, 0.0633686, 0.0712368, 0.094321, 0.161028, 0.355491, 0.933672", \
            "0.0893872, 0.0924547, 0.100835, 0.122575, 0.188951, 0.383562, 0.957691", \
            "0.138312, 0.14276, 0.154919, 0.186189, 0.257127, 0.448336, 1.02042", \
            "0.226257, 0.232298, 0.249144, 0.293429, 0.396553, 0.607595, 1.17791", \
            "0.404285, 0.411891, 0.433217, 0.490903, 0.633126, 0.937949, 1.54122" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0426404, 0.0462309, 0.0569962, 0.088593, 0.182107, 0.458777, 1.27501", \
            "0.042528, 0.0461701, 0.0568144, 0.0885109, 0.182354, 0.458241, 1.27668", \
            "0.0428488, 0.0462801, 0.0565676, 0.0885687, 0.182183, 0.458754, 1.28211", \
            "0.0537553, 0.056447, 0.0650148, 0.0923629, 0.182383, 0.458263, 1.2752", \
            "0.0760814, 0.0803832, 0.0918309, 0.121218, 0.196417, 0.458315, 1.27656", \
            "0.110437, 0.11626, 0.133463, 0.173505, 0.26397, 0.489032, 1.27906", \
            "0.168819, 0.176581, 0.197897, 0.254979, 0.383467, 0.641647, 1.32237" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.018749, 0.0198508, 0.0230285, 0.0318528, 0.0574866, 0.132556, 0.356287", \
            "0.0212183, 0.0223984, 0.0256813, 0.0347037, 0.0605454, 0.1363, 0.357532", \
            "0.0235311, 0.0251174, 0.0294318, 0.0401676, 0.0666038, 0.141867, 0.366308", \
            "0.0220748, 0.024372, 0.0306087, 0.0455697, 0.0786609, 0.156089, 0.381035", \
            "0.0078033, 0.011344, 0.0207286, 0.0427666, 0.09016, 0.185931, 0.411805", \
            "-0.040047, -0.0347555, -0.0210533, 0.0118746, 0.0821321, 0.218037, 0.483515", \
            "-0.171524, -0.163677, -0.142892, -0.0940995, 0.0098065, 0.209478, 0.579652" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0109397, 0.0122764, 0.0163118, 0.0283997, 0.0638814, 0.168299, 0.482613", \
            "0.0117207, 0.0129444, 0.016722, 0.0283229, 0.0637593, 0.168724, 0.478177", \
            "0.0162585, 0.0174255, 0.0209291, 0.0310439, 0.0642378, 0.168633, 0.483043", \
            "0.02565, 0.0270337, 0.0311298, 0.0419372, 0.0724063, 0.16972, 0.479814", \
            "0.0425881, 0.0445353, 0.0498574, 0.0639414, 0.0983658, 0.188028, 0.480288", \
            "0.07563, 0.0780892, 0.0850811, 0.103431, 0.147579, 0.249397, 0.513661", \
            "0.140112, 0.143618, 0.152679, 0.177726, 0.237149, 0.366609, 0.652043" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0390607, 0.0411716, 0.0472157, 0.0640593, 0.112643, 0.254209, 0.677432", \
            "0.0379272, 0.0400727, 0.0460959, 0.0635472, 0.112921, 0.255369, 0.673455", \
            "0.0369457, 0.0389095, 0.0448028, 0.0619646, 0.11198, 0.255074, 0.673195", \
            "0.0361401, 0.0380371, 0.0437912, 0.0606655, 0.109824, 0.252986, 0.677474", \
            "0.0354827, 0.0373909, 0.0430937, 0.0597835, 0.108387, 0.251412, 0.672111", \
            "0.0364166, 0.0381795, 0.0436055, 0.0597258, 0.108245, 0.250989, 0.670947", \
            "0.0463545, 0.0477644, 0.0519153, 0.066221, 0.1123, 0.253076, 0.674031" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0267681, 0.0249407, 0.0194771, 0.0033152, -0.0445753, -0.187279, -0.610771", \
            "0.026222, 0.0244016, 0.0189326, 0.0028084, -0.0450254, -0.187712, -0.611243", \
            "0.0254049, 0.023571, 0.018153, 0.0021801, -0.0456273, -0.18823, -0.611756", \
            "0.0244875, 0.0227527, 0.0174589, 0.001484, -0.0462394, -0.188649, -0.612119", \
            "0.0250921, 0.0232386, 0.017666, 0.0015794, -0.0462735, -0.188734, -0.612178", \
            "0.0297486, 0.027766, 0.021903, 0.0049176, -0.0446642, -0.188235, -0.612039", \
            "0.0445356, 0.0427294, 0.0363336, 0.0180692, -0.0343027, -0.182516, -0.608915" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0544561, 0.0563543, 0.0620476, 0.078339, 0.126243, 0.26801, 0.686171", \
            "0.0531962, 0.0551138, 0.0608712, 0.0776196, 0.125767, 0.267505, 0.685976", \
            "0.0519152, 0.0538371, 0.0595453, 0.0764653, 0.125038, 0.267127, 0.686004", \
            "0.0508788, 0.0528283, 0.0584615, 0.0750749, 0.123692, 0.266366, 0.685589", \
            "0.0500974, 0.0519018, 0.0575174, 0.0739647, 0.12254, 0.265177, 0.684876", \
            "0.0498914, 0.0517399, 0.057194, 0.073633, 0.121604, 0.264797, 0.684072", \
            "0.0567654, 0.0583118, 0.0631277, 0.0777787, 0.124838, 0.265716, 0.684507" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0301461, 0.0282981, 0.022847, 0.0066638, -0.0412907, -0.183977, -0.607586", \
            "0.0295774, 0.0277347, 0.0222765, 0.0061125, -0.0418081, -0.184456, -0.608", \
            "0.0288371, 0.0269907, 0.0215883, 0.0055442, -0.0423427, -0.184927, -0.608515", \
            "0.0279548, 0.0261311, 0.0207295, 0.0049261, -0.0427946, -0.185391, -0.608851", \
            "0.0279738, 0.0261678, 0.0206305, 0.0046622, -0.0431321, -0.185399, -0.608808", \
            "0.0311354, 0.029209, 0.0235665, 0.0069441, -0.0424794, -0.185277, -0.608946", \
            "0.0434094, 0.0412617, 0.0350639, 0.017085, -0.0341199, -0.181001, -0.606873" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0696162, 0.0714947, 0.0770956, 0.0932785, 0.141268, 0.283074, 0.702479", \
            "0.0690321, 0.0709202, 0.0763686, 0.0928468, 0.140883, 0.282788, 0.702021", \
            "0.0684146, 0.0703349, 0.075809, 0.0921981, 0.140397, 0.282356, 0.700967", \
            "0.0677342, 0.069737, 0.0752714, 0.0916412, 0.139983, 0.281813, 0.701086", \
            "0.0673593, 0.0692441, 0.0749159, 0.0912636, 0.139365, 0.281462, 0.700378", \
            "0.0678084, 0.0695757, 0.0751238, 0.0915961, 0.139777, 0.281795, 0.700769", \
            "0.0776252, 0.0792136, 0.0839545, 0.0985671, 0.145132, 0.28523, 0.703605" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0295352, 0.0276892, 0.0222305, 0.006049, -0.0419041, -0.184509, -0.608198", \
            "0.0289228, 0.02709, 0.0216151, 0.0054626, -0.0424678, -0.1851, -0.608716", \
            "0.0282068, 0.0263234, 0.0209041, 0.0048532, -0.043029, -0.18564, -0.609142", \
            "0.0273744, 0.0255816, 0.0202468, 0.0042182, -0.0434885, -0.186005, -0.609559", \
            "0.0274297, 0.0255016, 0.0201906, 0.0040599, -0.043631, -0.186076, -0.609513", \
            "0.0314464, 0.0294101, 0.0237298, 0.0071184, -0.0418825, -0.185412, -0.609152", \
            "0.0455119, 0.0433819, 0.0372984, 0.0192911, -0.0324718, -0.17955, -0.606309" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.016063, 0.0182619, 0.0245611, 0.0421549, 0.0909806, 0.232907, 0.652211", \
            "0.0148424, 0.016963, 0.0231023, 0.0406438, 0.0899571, 0.234158, 0.651317", \
            "0.0142875, 0.0162238, 0.0220226, 0.0391014, 0.0885711, 0.23281, 0.65557", \
            "0.0149653, 0.0168129, 0.0222853, 0.0387872, 0.0877504, 0.231745, 0.650475", \
            "0.0179524, 0.019743, 0.0249971, 0.0405431, 0.0882186, 0.229144, 0.649223", \
            "0.0281997, 0.029758, 0.0334693, 0.0480352, 0.0956584, 0.235499, 0.651085", \
            "0.0473675, 0.048454, 0.0521152, 0.0664906, 0.109855, 0.250075, 0.655489" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0105993, 0.0089358, 0.0038134, -0.0119736, -0.0599902, -0.203093, -0.627242", \
            "0.0099165, 0.0082649, 0.0032135, -0.012337, -0.0599897, -0.20288, -0.626947", \
            "0.0092133, 0.0075721, 0.0024445, -0.0130032, -0.0603128, -0.202851, -0.626806", \
            "0.0089478, 0.00723, 0.0020046, -0.0136634, -0.0608051, -0.203115, -0.626872", \
            "0.0115612, 0.0095574, 0.0037488, -0.0127647, -0.0611547, -0.203441, -0.626817", \
            "0.0193179, 0.0170057, 0.0104061, -0.0078768, -0.0583, -0.202598, -0.626726", \
            "0.041591, 0.0389509, 0.0312936, 0.0118183, -0.0451293, -0.19501, -0.623315" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0339218, 0.0358905, 0.0416157, 0.0582382, 0.106425, 0.248042, 0.667729", \
            "0.0326398, 0.0346127, 0.0403916, 0.057065, 0.105777, 0.247877, 0.66667", \
            "0.0318496, 0.0337513, 0.0394683, 0.056284, 0.104933, 0.24735, 0.667569", \
            "0.0328242, 0.0346389, 0.0401517, 0.0558656, 0.104175, 0.246472, 0.665398", \
            "0.0360841, 0.0378895, 0.0432576, 0.0594305, 0.106614, 0.246283, 0.665397", \
            "0.0438884, 0.045487, 0.05043, 0.0653027, 0.111694, 0.249624, 0.668557", \
            "0.0697799, 0.0712345, 0.0763705, 0.0850306, 0.130044, 0.264033, 0.673863" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
          values ( \
            "0.0142037, 0.0125137, 0.0073447, -0.0085636, -0.056625, -0.199773, -0.62386", \
            "0.0133281, 0.0116944, 0.0067051, -0.0088545, -0.0565829, -0.199534, -0.623613", \
            "0.0122832, 0.010614, 0.005648, -0.0096621, -0.0569429, -0.19952, -0.623411", \
            "0.0116933, 0.00998, 0.004775, -0.0107789, -0.0577343, -0.199841, -0.623511", \
            "0.0137159, 0.0117957, 0.006193, -0.0100379, -0.0582142, -0.20023, -0.623725", \
            "0.0210189, 0.0188078, 0.0124951, -0.0054408, -0.0554348, -0.199597, -0.623453", \
            "0.0433225, 0.0407364, 0.0333418, 0.0129863, -0.0422636, -0.192067, -0.619924" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008325;
      rise_capacitance : 0.008524;
      rise_capacitance_range (0.008524, 0.008524);
      fall_capacitance : 0.008125;
      fall_capacitance_range (0.008125, 0.008125);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0140498, -0.0140557, -0.014069, -0.0140443, -0.0139872, -0.0138555, -0.013552" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0203347, 0.0203348, 0.0203353, 0.0203472, 0.0203749, 0.0204386, 0.0205856" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008189;
      rise_capacitance : 0.008482;
      rise_capacitance_range (0.008482, 0.008482);
      fall_capacitance : 0.007895;
      fall_capacitance_range (0.007895, 0.007895);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0172737, -0.0172723, -0.0172687, -0.0172677, -0.0172652, -0.0172592, -0.0172456" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0207574, 0.0207696, 0.0207978, 0.0208764, 0.0210576, 0.021475, 0.0224376" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008491;
      rise_capacitance : 0.008962;
      rise_capacitance_range (0.008962, 0.008962);
      fall_capacitance : 0.00802;
      fall_capacitance_range (0.00802, 0.00802);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0173244, -0.017311, -0.0172799, -0.0172831, -0.0172905, -0.0173075, -0.0173465" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0172983, 0.0173042, 0.0173179, 0.0173276, 0.0173499, 0.0174016, 0.0175206" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008422;
      rise_capacitance : 0.008811;
      rise_capacitance_range (0.008811, 0.008811);
      fall_capacitance : 0.008034;
      fall_capacitance_range (0.008034, 0.008034);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0142353, -0.0142475, -0.0142755, -0.0142535, -0.0142027, -0.0140856, -0.0138154" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0201654, 0.0201607, 0.0201502, 0.0201503, 0.0201503, 0.0201506, 0.0201512" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008607;
      rise_capacitance : 0.009212;
      rise_capacitance_range (0.009212, 0.009212);
      fall_capacitance : 0.008001;
      fall_capacitance_range (0.008001, 0.008001);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0175592, -0.0175659, -0.0175811, -0.0175807, -0.0175795, -0.0175769, -0.0175706" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0176322, 0.0176126, 0.0175673, 0.0175681, 0.0175699, 0.0175741, 0.0175838" \
          );
        }
      }
    }
  }
  cell (scs8hd_a41o_1) {
    area : 10.0096;
    cell_footprint : "a41o";
    cell_leakage_power : 0.00648559;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.006231;
      when : "A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0063466;
      when : "A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0176263;
      when : "A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0015541;
      when : "A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.006231;
      when : "!A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0063152;
      when : "!A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.006231;
      when : "!A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0063153;
      when : "!A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.006231;
      when : "!A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0063153;
      when : "!A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.006231;
      when : "!A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0063155;
      when : "!A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.006231;
      when : "!A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0063156;
      when : "!A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.006231;
      when : "!A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0063158;
      when : "!A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.006231;
      when : "!A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0063159;
      when : "!A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.006231;
      when : "!A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0063502;
      when : "!A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.006231;
      when : "A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0063219;
      when : "A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.006231;
      when : "A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0063221;
      when : "A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.006231;
      when : "A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0063223;
      when : "A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.006231;
      when : "A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0063452;
      when : "A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.006231;
      when : "A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0063285;
      when : "A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.006231;
      when : "A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.006348;
      when : "A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.00648559;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2&A3&A4) | (B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.216074;
      max_transition : 1.50128;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0603108, 0.0665301, 0.0809889, 0.1152, 0.203883, 0.443822, 1.10082", \
            "0.0629357, 0.0691511, 0.0835763, 0.117797, 0.206377, 0.446706, 1.10485", \
            "0.0696338, 0.0758263, 0.0901716, 0.124316, 0.212808, 0.4531, 1.11056", \
            "0.081701, 0.0878146, 0.102188, 0.136263, 0.224776, 0.466054, 1.12471", \
            "0.0908333, 0.0971579, 0.111458, 0.14519, 0.233946, 0.475674, 1.13229", \
            "0.0788539, 0.0864635, 0.102265, 0.136543, 0.224697, 0.465512, 1.12401", \
            "0.0065523, 0.0157161, 0.0351738, 0.0727861, 0.160618, 0.401866, 1.06162" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.018973, 0.0249154, 0.0404612, 0.0835793, 0.206864, 0.550481, 1.49656", \
            "0.0189482, 0.0249139, 0.0405192, 0.0836669, 0.207239, 0.551135, 1.4977", \
            "0.0187847, 0.024814, 0.0403662, 0.0836091, 0.207231, 0.550778, 1.49807", \
            "0.0191508, 0.0252559, 0.0409681, 0.0840131, 0.206989, 0.551684, 1.49954", \
            "0.0216104, 0.027242, 0.041907, 0.0848423, 0.207442, 0.551481, 1.4967", \
            "0.0268333, 0.032559, 0.046403, 0.0863798, 0.207935, 0.550102, 1.49648", \
            "0.034344, 0.0415173, 0.0569766, 0.0935769, 0.209571, 0.553152, 1.494" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0896967, 0.0944872, 0.105116, 0.12705, 0.174529, 0.291009, 0.606939", \
            "0.0941176, 0.0988577, 0.109466, 0.131427, 0.178913, 0.295386, 0.611317", \
            "0.10589, 0.110696, 0.121249, 0.143181, 0.190596, 0.307119, 0.622984", \
            "0.132678, 0.137446, 0.148053, 0.170028, 0.217485, 0.333959, 0.649878", \
            "0.183185, 0.188375, 0.199783, 0.222885, 0.271782, 0.388598, 0.704975", \
            "0.268021, 0.273955, 0.286927, 0.313788, 0.366697, 0.486186, 0.80182", \
            "0.433901, 0.440943, 0.456661, 0.488565, 0.549143, 0.673985, 0.989911" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0154598, 0.0193893, 0.0277212, 0.0480356, 0.0993309, 0.243908, 0.655639", \
            "0.0154623, 0.0191287, 0.0276839, 0.048054, 0.0995266, 0.244027, 0.656108", \
            "0.0156532, 0.0193259, 0.0276348, 0.0477533, 0.0994381, 0.245336, 0.659511", \
            "0.0157689, 0.019342, 0.0277457, 0.0478892, 0.0989631, 0.245124, 0.663045", \
            "0.0184232, 0.0222492, 0.0311823, 0.051016, 0.10115, 0.246866, 0.655715", \
            "0.0245317, 0.028783, 0.0389836, 0.059498, 0.108822, 0.248367, 0.664561", \
            "0.0341815, 0.0387926, 0.0498941, 0.0745229, 0.124512, 0.256725, 0.658836" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0661786, 0.0723655, 0.0868009, 0.121053, 0.209883, 0.450755, 1.11024", \
            "0.0689773, 0.0751935, 0.0896363, 0.123847, 0.212379, 0.452509, 1.11045", \
            "0.0757691, 0.0819579, 0.096344, 0.130474, 0.218968, 0.45932, 1.11751", \
            "0.0881469, 0.0944211, 0.108803, 0.142965, 0.231351, 0.471798, 1.13007", \
            "0.0989553, 0.10561, 0.120406, 0.154583, 0.243233, 0.484842, 1.14386", \
            "0.0895096, 0.0974997, 0.114159, 0.149046, 0.237229, 0.477614, 1.13616", \
            "0.0195157, 0.0289585, 0.0494101, 0.0889452, 0.17749, 0.418469, 1.07562" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0189403, 0.0248839, 0.0404779, 0.083602, 0.206829, 0.550224, 1.49492", \
            "0.0189584, 0.0249062, 0.0403792, 0.0834946, 0.207021, 0.550186, 1.49455", \
            "0.0187931, 0.0248388, 0.0403681, 0.0836389, 0.207195, 0.550645, 1.49628", \
            "0.0196428, 0.025542, 0.040998, 0.0838886, 0.207219, 0.550764, 1.49662", \
            "0.0222194, 0.0280694, 0.0426995, 0.0849418, 0.207532, 0.550542, 1.49776", \
            "0.0273094, 0.0335949, 0.0480083, 0.0870498, 0.208224, 0.549349, 1.49595", \
            "0.0349786, 0.0426612, 0.0584814, 0.0955401, 0.210239, 0.55272, 1.49312" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.109001, 0.114351, 0.125844, 0.148912, 0.197744, 0.315039, 0.631237", \
            "0.113441, 0.118738, 0.130249, 0.153317, 0.202246, 0.31955, 0.635529", \
            "0.125144, 0.130399, 0.141907, 0.164971, 0.213905, 0.331297, 0.647711", \
            "0.151781, 0.156679, 0.168133, 0.191306, 0.24015, 0.357505, 0.67353", \
            "0.205282, 0.210844, 0.222882, 0.246708, 0.296317, 0.413828, 0.729112", \
            "0.298498, 0.304979, 0.318992, 0.34613, 0.399407, 0.518812, 0.834308", \
            "0.476488, 0.483816, 0.500363, 0.532748, 0.592935, 0.717307, 1.03322" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0183202, 0.0221341, 0.0308779, 0.0508815, 0.10177, 0.247227, 0.667441", \
            "0.0183103, 0.0221533, 0.0306464, 0.0507155, 0.10157, 0.245367, 0.658006", \
            "0.0182887, 0.0220619, 0.0309597, 0.0507101, 0.101669, 0.248477, 0.660254", \
            "0.0182671, 0.0221641, 0.0309737, 0.0509266, 0.101555, 0.246818, 0.656546", \
            "0.020522, 0.0245727, 0.0329141, 0.05288, 0.102955, 0.24569, 0.657426", \
            "0.0261146, 0.0304878, 0.0400193, 0.0604059, 0.110069, 0.249734, 0.66465", \
            "0.0359464, 0.0407248, 0.0518625, 0.0746493, 0.124358, 0.256889, 0.659229" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0703936, 0.0765792, 0.0910242, 0.125273, 0.214085, 0.454774, 1.11357", \
            "0.072937, 0.0791723, 0.0936023, 0.127796, 0.216311, 0.456674, 1.11484", \
            "0.0785819, 0.0847985, 0.0992022, 0.133403, 0.222214, 0.462179, 1.11987", \
            "0.0891082, 0.0953811, 0.109921, 0.144119, 0.232761, 0.473245, 1.13143", \
            "0.0989523, 0.10574, 0.120778, 0.155298, 0.243806, 0.485364, 1.14397", \
            "0.0884252, 0.0965981, 0.113854, 0.149519, 0.23789, 0.478372, 1.13668", \
            "0.0162573, 0.025997, 0.0471468, 0.0882609, 0.177696, 0.417804, 1.07852" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0189366, 0.0248609, 0.0404583, 0.0835886, 0.207184, 0.551445, 1.49877", \
            "0.0189887, 0.0249131, 0.0404625, 0.0836181, 0.207185, 0.550898, 1.4969", \
            "0.0188708, 0.0247974, 0.0403465, 0.0834763, 0.207194, 0.551152, 1.49882", \
            "0.0196386, 0.0255278, 0.0409696, 0.0838347, 0.207334, 0.55157, 1.49885", \
            "0.0222235, 0.0283614, 0.0430743, 0.0849292, 0.207228, 0.551116, 1.49875", \
            "0.0277992, 0.0341814, 0.0490707, 0.0878815, 0.207859, 0.549017, 1.49776", \
            "0.0354505, 0.0434349, 0.0605769, 0.0978392, 0.210976, 0.552814, 1.49364" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.121554, 0.127117, 0.139131, 0.162832, 0.212295, 0.330146, 0.64605", \
            "0.126147, 0.131726, 0.143731, 0.167359, 0.216929, 0.334735, 0.650388", \
            "0.138117, 0.143704, 0.155669, 0.17946, 0.228862, 0.346689, 0.662373", \
            "0.16476, 0.170324, 0.182139, 0.206067, 0.255682, 0.373532, 0.68984", \
            "0.220222, 0.225947, 0.238236, 0.262385, 0.312354, 0.430188, 0.745963", \
            "0.318125, 0.324669, 0.338728, 0.366077, 0.419356, 0.539273, 0.855605", \
            "0.50207, 0.509664, 0.526688, 0.559274, 0.619016, 0.742865, 1.05931" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0200055, 0.0238988, 0.0327299, 0.0524191, 0.103054, 0.247652, 0.665485", \
            "0.0200021, 0.0238148, 0.0324239, 0.0525626, 0.10301, 0.247229, 0.657187", \
            "0.0200561, 0.023966, 0.0324194, 0.0524149, 0.103001, 0.246763, 0.656962", \
            "0.0202029, 0.0238336, 0.0323973, 0.0525049, 0.102576, 0.247937, 0.656811", \
            "0.02182, 0.0255667, 0.0342177, 0.0534121, 0.103899, 0.246987, 0.658192", \
            "0.0272164, 0.0315665, 0.0408229, 0.0607863, 0.109883, 0.250344, 0.660089", \
            "0.0372331, 0.0421295, 0.0532513, 0.0750634, 0.123826, 0.256128, 0.659776" \
          );
        }
      }
      timing () {
        related_pin : "A4";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0734244, 0.0796124, 0.094046, 0.128305, 0.217147, 0.458033, 1.11736", \
            "0.0760304, 0.0822167, 0.0966596, 0.130918, 0.219761, 0.460518, 1.11982", \
            "0.0810209, 0.0872264, 0.101621, 0.135872, 0.224461, 0.464785, 1.12288", \
            "0.0900994, 0.0963648, 0.11079, 0.144969, 0.23342, 0.473657, 1.13179", \
            "0.0995663, 0.106383, 0.121435, 0.155991, 0.244407, 0.485917, 1.14458", \
            "0.0917089, 0.0998207, 0.117135, 0.153285, 0.241757, 0.482926, 1.13938", \
            "0.027649, 0.0374539, 0.0588437, 0.100863, 0.191119, 0.431772, 1.09089" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0189354, 0.0248833, 0.0404789, 0.0835884, 0.206926, 0.550214, 1.49483", \
            "0.0189299, 0.0248629, 0.0404565, 0.0836128, 0.207112, 0.551156, 1.49684", \
            "0.0189013, 0.0248865, 0.0403559, 0.083591, 0.207243, 0.551257, 1.49796", \
            "0.0193551, 0.0252944, 0.0407605, 0.0837491, 0.207081, 0.550206, 1.49523", \
            "0.0220896, 0.0279137, 0.0428291, 0.084852, 0.206915, 0.550968, 1.4987", \
            "0.0274021, 0.0339334, 0.0489785, 0.0881307, 0.208089, 0.548725, 1.4916", \
            "0.0356679, 0.0438344, 0.0607236, 0.0988312, 0.211097, 0.552362, 1.48899" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.128753, 0.134501, 0.146479, 0.170944, 0.220959, 0.339038, 0.65573", \
            "0.13363, 0.13938, 0.151705, 0.175955, 0.225647, 0.34375, 0.659836", \
            "0.145615, 0.151364, 0.163455, 0.187778, 0.237718, 0.355908, 0.672353", \
            "0.170775, 0.176506, 0.188833, 0.213047, 0.263035, 0.381165, 0.697706", \
            "0.222941, 0.228851, 0.241377, 0.265927, 0.315906, 0.434141, 0.749934", \
            "0.314852, 0.32151, 0.335666, 0.363175, 0.416336, 0.536375, 0.852824", \
            "0.487523, 0.495398, 0.512262, 0.544684, 0.604115, 0.727936, 1.04497" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0214795, 0.0254482, 0.0338982, 0.0537986, 0.103779, 0.24837, 0.662787", \
            "0.0213987, 0.0253448, 0.0337873, 0.0535587, 0.103363, 0.247304, 0.667097", \
            "0.0214624, 0.025107, 0.0337742, 0.0537583, 0.103824, 0.247355, 0.658712", \
            "0.0215393, 0.0252369, 0.0338678, 0.0535798, 0.103757, 0.247381, 0.659892", \
            "0.0227775, 0.0265696, 0.0351039, 0.0541501, 0.104585, 0.247447, 0.657858", \
            "0.0279606, 0.032211, 0.0417242, 0.0611059, 0.109911, 0.250219, 0.660491", \
            "0.0374047, 0.0424482, 0.0529693, 0.0744075, 0.122131, 0.255999, 0.659827" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0322429, 0.0367442, 0.0483192, 0.079441, 0.165678, 0.406693, 1.0615", \
            "0.0356541, 0.0401294, 0.0518351, 0.0831986, 0.170116, 0.410084, 1.06557", \
            "0.0412526, 0.0458638, 0.0577176, 0.0893777, 0.176275, 0.41629, 1.07067", \
            "0.0449578, 0.049761, 0.0616499, 0.0933352, 0.180662, 0.419547, 1.07894", \
            "0.0393391, 0.0452402, 0.0578985, 0.0896647, 0.176637, 0.415152, 1.07279", \
            "0.0077391, 0.0152713, 0.0307402, 0.062985, 0.149816, 0.388624, 1.04663", \
            "-0.0927478, -0.0832776, -0.0627364, -0.023786, 0.0637546, 0.302911, 0.957542" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0130969, 0.0188589, 0.0351189, 0.0808627, 0.206703, 0.554522, 1.49211", \
            "0.0131015, 0.0188713, 0.0350811, 0.0806258, 0.205761, 0.55141, 1.49272", \
            "0.0139511, 0.0194903, 0.0353661, 0.0806755, 0.206027, 0.552342, 1.49803", \
            "0.0159068, 0.0209357, 0.0360984, 0.0805757, 0.205748, 0.551911, 1.50128", \
            "0.0201313, 0.0249044, 0.0381604, 0.0813403, 0.205538, 0.550351, 1.49459", \
            "0.0264567, 0.0322324, 0.0455817, 0.0838825, 0.20688, 0.550023, 1.49554", \
            "0.0364562, 0.0443913, 0.0604976, 0.0970282, 0.211211, 0.551206, 1.49349" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.048689, 0.0527244, 0.0615251, 0.0801895, 0.123888, 0.238794, 0.554157", \
            "0.0530552, 0.0570665, 0.0658398, 0.0844863, 0.128187, 0.243084, 0.558967", \
            "0.0653573, 0.0693103, 0.078055, 0.0968275, 0.140485, 0.255644, 0.571423", \
            "0.0917457, 0.0960028, 0.105165, 0.124191, 0.168141, 0.283088, 0.598382", \
            "0.135662, 0.140627, 0.151306, 0.17218, 0.217346, 0.332929, 0.64933", \
            "0.21425, 0.220128, 0.232728, 0.257103, 0.303654, 0.419923, 0.735166", \
            "0.371258, 0.378084, 0.392763, 0.421397, 0.473352, 0.588681, 0.904839" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0118179, 0.015014, 0.0223954, 0.0413251, 0.0934391, 0.243876, 0.665883", \
            "0.0118911, 0.0149774, 0.0224829, 0.0411509, 0.0934095, 0.243812, 0.656514", \
            "0.0119323, 0.0149437, 0.0224948, 0.0413888, 0.0937516, 0.242004, 0.655768", \
            "0.0138821, 0.0169348, 0.0241089, 0.0422954, 0.0939192, 0.242235, 0.654849", \
            "0.0184546, 0.021763, 0.029196, 0.0464907, 0.0965613, 0.244941, 0.657437", \
            "0.0240885, 0.0279352, 0.0364537, 0.0539757, 0.0999595, 0.244433, 0.658188", \
            "0.0325165, 0.0372513, 0.0472764, 0.0660833, 0.108816, 0.247289, 0.660709" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0154033, 0.0171753, 0.0220344, 0.0349041, 0.069584, 0.163918, 0.422565", \
            "0.0152492, 0.0170296, 0.0218413, 0.0347266, 0.069445, 0.163754, 0.422259", \
            "0.0150976, 0.0168947, 0.021702, 0.0345337, 0.0692113, 0.163399, 0.42404", \
            "0.0151033, 0.0168469, 0.0215762, 0.0342511, 0.0689244, 0.163226, 0.421943", \
            "0.0158507, 0.0174933, 0.0220089, 0.0344646, 0.0686601, 0.163213, 0.42397", \
            "0.0177576, 0.0193201, 0.0237791, 0.0362356, 0.0702622, 0.164084, 0.423005", \
            "0.0235965, 0.0252288, 0.0295824, 0.0416973, 0.0759712, 0.169851, 0.426581" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0124801, 0.0112193, 0.0078618, -0.0031756, -0.0370748, -0.132002, -0.393417", \
            "0.0122083, 0.0109058, 0.0075621, -0.00347, -0.0373256, -0.132285, -0.393681", \
            "0.0118982, 0.010667, 0.0072408, -0.0038239, -0.0376649, -0.132598, -0.393974", \
            "0.0116287, 0.0102815, 0.0069425, -0.0041277, -0.0379802, -0.132843, -0.394184", \
            "0.0110698, 0.0096638, 0.0065193, -0.0044473, -0.0382059, -0.133082, -0.394431", \
            "0.0152478, 0.013391, 0.0088288, -0.0038068, -0.0379552, -0.132593, -0.393965", \
            "0.020099, 0.0181609, 0.0131399, 0.0002268, -0.0337847, -0.129045, -0.390125" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0158071, 0.0175937, 0.0224484, 0.0353337, 0.0699627, 0.164215, 0.424571", \
            "0.0156722, 0.0174524, 0.0222806, 0.0351505, 0.0698074, 0.164096, 0.422447", \
            "0.0154666, 0.017261, 0.0220686, 0.0349145, 0.069603, 0.163881, 0.422328", \
            "0.015361, 0.0170975, 0.0218111, 0.0346293, 0.069281, 0.163603, 0.422116", \
            "0.0159399, 0.0175978, 0.0220218, 0.0346774, 0.0689899, 0.163453, 0.422051", \
            "0.0176276, 0.0192214, 0.0237825, 0.0360823, 0.0700726, 0.163926, 0.422705", \
            "0.0221503, 0.0234756, 0.0279543, 0.0403011, 0.0745644, 0.168426, 0.425364" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0153339, 0.0139302, 0.0105404, -0.0003705, -0.0339878, -0.128832, -0.390288", \
            "0.0150262, 0.0135835, 0.0102676, -0.0006157, -0.0343099, -0.129149, -0.390462", \
            "0.0147126, 0.013263, 0.0099758, -0.0009835, -0.0346349, -0.129494, -0.390921", \
            "0.0144146, 0.01302, 0.0095933, -0.0013043, -0.034904, -0.129778, -0.391098", \
            "0.014191, 0.012738, 0.009268, -0.0015798, -0.0351943, -0.13001, -0.391286", \
            "0.018107, 0.0162494, 0.0115325, -0.0011368, -0.03509, -0.129792, -0.391049", \
            "0.0223493, 0.0203054, 0.0152946, 0.0023691, -0.0318483, -0.127094, -0.388074" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.015824, 0.0176259, 0.0224699, 0.035363, 0.0700122, 0.164306, 0.422925", \
            "0.0156962, 0.0174702, 0.022303, 0.0351745, 0.069873, 0.164167, 0.422635", \
            "0.0154887, 0.0172739, 0.022105, 0.034975, 0.0696357, 0.163943, 0.42244", \
            "0.0153508, 0.0171066, 0.0218184, 0.0346271, 0.0693109, 0.163688, 0.422349", \
            "0.0158041, 0.0173998, 0.0218981, 0.0344518, 0.0689464, 0.1634, 0.422072", \
            "0.0173196, 0.0188809, 0.0234484, 0.0358217, 0.0698754, 0.163601, 0.422618", \
            "0.0218415, 0.0234107, 0.0276835, 0.0400906, 0.0742574, 0.167784, 0.424739" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0192922, 0.0177839, 0.0144825, 0.0036862, -0.0298924, -0.124508, -0.385892", \
            "0.019011, 0.0175478, 0.0142299, 0.0034463, -0.0300376, -0.124725, -0.386207", \
            "0.0188153, 0.0173316, 0.0139748, 0.0032036, -0.0303274, -0.12497, -0.386393", \
            "0.0185508, 0.0170875, 0.0137355, 0.0029476, -0.0305572, -0.125292, -0.386544", \
            "0.0186894, 0.0171404, 0.0135989, 0.0027786, -0.0307744, -0.125488, -0.386712", \
            "0.0223994, 0.0205012, 0.015673, 0.0029985, -0.0307412, -0.125329, -0.38654", \
            "0.0269967, 0.0249597, 0.0198768, 0.0068839, -0.0273502, -0.122513, -0.383494" \
          );
        }
      }
      internal_power () {
        related_pin : "A4";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0158188, 0.0176058, 0.0224593, 0.0353496, 0.0699874, 0.164231, 0.424615", \
            "0.0156748, 0.0174753, 0.0223189, 0.0352068, 0.0698618, 0.164138, 0.422656", \
            "0.0154703, 0.0172602, 0.0220794, 0.0349548, 0.069669, 0.163999, 0.422487", \
            "0.0152975, 0.0170785, 0.0218198, 0.0346198, 0.0692567, 0.163584, 0.421995", \
            "0.0158066, 0.017474, 0.0219656, 0.0344979, 0.0689875, 0.163447, 0.422108", \
            "0.0171489, 0.0187172, 0.0232916, 0.0356039, 0.0698193, 0.1636, 0.422728", \
            "0.0221231, 0.0236491, 0.027924, 0.0403478, 0.0746042, 0.168474, 0.425719" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0218816, 0.0204327, 0.0171601, 0.0064648, -0.0269429, -0.121533, -0.382719", \
            "0.0217821, 0.0202985, 0.0169992, 0.0062812, -0.0271384, -0.121626, -0.382975", \
            "0.021548, 0.0200854, 0.0168025, 0.0061445, -0.0272465, -0.121825, -0.383002", \
            "0.0214358, 0.0199755, 0.0166794, 0.0059534, -0.0274423, -0.12201, -0.383145", \
            "0.0215412, 0.0199187, 0.0165519, 0.0058157, -0.0275905, -0.122169, -0.383304", \
            "0.0259587, 0.0240526, 0.0191942, 0.0064467, -0.0273328, -0.121831, -0.382944", \
            "0.0312556, 0.0292015, 0.0240735, 0.011075, -0.0236215, -0.118574, -0.379342" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0091243, 0.0108153, 0.0153118, 0.0275217, 0.0614005, 0.155722, 0.411197", \
            "0.0089178, 0.0105949, 0.0151246, 0.0274511, 0.0614794, 0.155638, 0.411167", \
            "0.008737, 0.0104068, 0.014956, 0.0273263, 0.0615333, 0.155506, 0.411792", \
            "0.008947, 0.0104542, 0.015, 0.0272745, 0.0613839, 0.15533, 0.412209", \
            "0.0100305, 0.0117108, 0.0161955, 0.0284024, 0.0623327, 0.156167, 0.414281", \
            "0.0138923, 0.0155061, 0.0198945, 0.0322243, 0.0657854, 0.159158, 0.417059", \
            "0.0246609, 0.0261513, 0.0304179, 0.0425818, 0.076496, 0.16917, 0.42553" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0116137, 0.0103945, 0.0069189, -0.0047044, -0.0389779, -0.133892, -0.395429", \
            "0.0112877, 0.0100118, 0.0065622, -0.0050612, -0.0393139, -0.134273, -0.395798", \
            "0.011156, 0.0098565, 0.0063537, -0.0052357, -0.0394542, -0.134412, -0.395792", \
            "0.0113602, 0.0099593, 0.0063843, -0.0051299, -0.0392851, -0.134252, -0.39559", \
            "0.0137476, 0.0121759, 0.0075793, -0.0042615, -0.0382544, -0.133131, -0.3945", \
            "0.0178538, 0.0160455, 0.0113271, -0.0012131, -0.0355642, -0.130046, -0.391384", \
            "0.027904, 0.0259364, 0.0207449, 0.0075322, -0.0270794, -0.122115, -0.383147" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002327;
      rise_capacitance : 0.002399;
      rise_capacitance_range (0.002399, 0.002399);
      fall_capacitance : 0.002256;
      fall_capacitance_range (0.002256, 0.002256);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038476, -0.0038498, -0.0038549, -0.0038489, -0.0038352, -0.0038035, -0.0037304" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0049815, 0.0049811, 0.0049804, 0.0049821, 0.004986, 0.0049951, 0.005016" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002377;
      rise_capacitance : 0.002464;
      rise_capacitance_range (0.002464, 0.002464);
      fall_capacitance : 0.002291;
      fall_capacitance_range (0.002291, 0.002291);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042824, -0.0042787, -0.00427, -0.0042689, -0.0042664, -0.0042607, -0.0042473" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052444, 0.0052545, 0.0052779, 0.005298, 0.0053444, 0.0054514, 0.005698" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002356;
      rise_capacitance : 0.002452;
      rise_capacitance_range (0.002452, 0.002452);
      fall_capacitance : 0.00226;
      fall_capacitance_range (0.00226, 0.00226);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043271, -0.0043243, -0.0043179, -0.0043162, -0.0043123, -0.0043033, -0.0042825" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043212, 0.0043195, 0.0043156, 0.0043242, 0.004344, 0.0043897, 0.0044948" \
          );
        }
      }
    }
    pin (A4) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002308;
      rise_capacitance : 0.002422;
      rise_capacitance_range (0.002422, 0.002422);
      fall_capacitance : 0.002195;
      fall_capacitance_range (0.002195, 0.002195);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044336, -0.0044357, -0.0044404, -0.0044384, -0.0044339, -0.0044234, -0.0043992" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044059, 0.0044169, 0.0044424, 0.0044409, 0.0044374, 0.0044293, 0.0044106" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002524;
      rise_capacitance : 0.002664;
      rise_capacitance_range (0.002664, 0.002664);
      fall_capacitance : 0.002384;
      fall_capacitance_range (0.002384, 0.002384);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018715, -0.0018731, -0.0018769, -0.001876, -0.0018738, -0.0018689, -0.0018575" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0032644, 0.0032577, 0.0032422, 0.00326, 0.0033012, 0.003396, 0.0036147" \
          );
        }
      }
    }
  }
  cell (scs8hd_a41o_2) {
    area : 11.2608;
    cell_footprint : "a41o";
    cell_leakage_power : 0.00901545;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062452;
      when : "!A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0124572;
      when : "!A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0062452;
      when : "!A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0124572;
      when : "!A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0062452;
      when : "!A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0124573;
      when : "!A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124643;
      when : "A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0062424;
      when : "A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0124829;
      when : "A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0062452;
      when : "A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0124705;
      when : "A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0062473;
      when : "A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0124897;
      when : "A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0062452;
      when : "A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.012494;
      when : "A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0062441;
      when : "A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0015666;
      when : "A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0062452;
      when : "!A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0124574;
      when : "!A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0062452;
      when : "!A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0124575;
      when : "!A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0062452;
      when : "!A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0124577;
      when : "!A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0062452;
      when : "!A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0124579;
      when : "!A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0062441;
      when : "!A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.012476;
      when : "!A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0062452;
      when : "A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0124639;
      when : "A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0062452;
      when : "A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0124641;
      when : "A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0062452;
      when : "A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.00901545;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2&A3&A4) | (B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.428477;
      max_transition : 1.50394;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0737385, 0.0789187, 0.0913838, 0.120549, 0.196137, 0.419891, 1.10803", \
            "0.0763805, 0.0816156, 0.094094, 0.123228, 0.198714, 0.423041, 1.10983", \
            "0.0833129, 0.0885228, 0.100998, 0.130172, 0.205767, 0.430336, 1.11618", \
            "0.0995813, 0.104726, 0.117151, 0.146269, 0.221722, 0.445754, 1.13433", \
            "0.119106, 0.124643, 0.137626, 0.1667, 0.242894, 0.467196, 1.15434", \
            "0.125497, 0.131889, 0.146982, 0.178261, 0.253565, 0.477811, 1.16783", \
            "0.087549, 0.0947302, 0.112702, 0.14979, 0.228004, 0.45227, 1.1419" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0169631, 0.0213923, 0.0328392, 0.0651466, 0.166828, 0.491822, 1.49877", \
            "0.0170938, 0.0213707, 0.0329223, 0.0651363, 0.166891, 0.492111, 1.50108", \
            "0.0169783, 0.0214278, 0.0328568, 0.0651481, 0.166856, 0.492916, 1.49915", \
            "0.0171047, 0.0215673, 0.0331512, 0.0653024, 0.166565, 0.491581, 1.5008", \
            "0.0198286, 0.0243426, 0.0352277, 0.067024, 0.168065, 0.491801, 1.50111", \
            "0.0252481, 0.0302676, 0.0421386, 0.0710497, 0.168714, 0.492043, 1.50039", \
            "0.0335743, 0.0390696, 0.0530009, 0.0839938, 0.1735, 0.493986, 1.49849" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.112683, 0.116998, 0.127159, 0.149607, 0.196877, 0.311981, 0.646398", \
            "0.117323, 0.12158, 0.131864, 0.154229, 0.201579, 0.316628, 0.650985", \
            "0.1284, 0.132556, 0.142843, 0.165234, 0.212611, 0.327693, 0.662232", \
            "0.152909, 0.157184, 0.167408, 0.189801, 0.237121, 0.352129, 0.686018", \
            "0.20188, 0.206261, 0.216955, 0.240062, 0.288016, 0.403552, 0.737212", \
            "0.287057, 0.292025, 0.303933, 0.329646, 0.382196, 0.500956, 0.835258", \
            "0.445337, 0.450938, 0.464868, 0.49487, 0.555647, 0.682236, 1.01794" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0179755, 0.0208486, 0.0283944, 0.0465561, 0.0912156, 0.226904, 0.673719", \
            "0.0179767, 0.0209039, 0.0287784, 0.0461634, 0.0912043, 0.227181, 0.67417", \
            "0.0179427, 0.0209235, 0.0285576, 0.046001, 0.0910763, 0.227346, 0.674187", \
            "0.017957, 0.0209838, 0.0283546, 0.0460366, 0.0911727, 0.227091, 0.670899", \
            "0.0201022, 0.0230501, 0.0307171, 0.0482979, 0.0928607, 0.227749, 0.669948", \
            "0.025859, 0.0290603, 0.0371249, 0.0557998, 0.100686, 0.231492, 0.672151", \
            "0.0365025, 0.0398897, 0.0486894, 0.0696718, 0.1158, 0.242195, 0.669034" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.079608, 0.0848332, 0.097304, 0.126453, 0.202042, 0.425788, 1.11355", \
            "0.0824574, 0.0876807, 0.100153, 0.129303, 0.204895, 0.428712, 1.11679", \
            "0.0892146, 0.0944473, 0.106908, 0.136008, 0.21153, 0.435786, 1.12507", \
            "0.103668, 0.108886, 0.121398, 0.150533, 0.226055, 0.451055, 1.13631", \
            "0.121666, 0.127271, 0.140442, 0.170087, 0.245881, 0.470046, 1.15966", \
            "0.124819, 0.131245, 0.146497, 0.178207, 0.254288, 0.478832, 1.16638", \
            "0.0755237, 0.0827686, 0.100865, 0.138743, 0.218315, 0.441575, 1.13141" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0169858, 0.0213977, 0.0328839, 0.0651542, 0.16675, 0.491581, 1.49814", \
            "0.0169747, 0.0213975, 0.0328782, 0.0651638, 0.166714, 0.491271, 1.49983", \
            "0.0169453, 0.021408, 0.0329104, 0.0650432, 0.166845, 0.492096, 1.50133", \
            "0.0173319, 0.0217465, 0.0331974, 0.0654235, 0.166852, 0.492625, 1.49637", \
            "0.0197405, 0.0241919, 0.0354919, 0.0670654, 0.167679, 0.491529, 1.50096", \
            "0.024736, 0.0297944, 0.041811, 0.0715202, 0.169098, 0.49187, 1.49804", \
            "0.0326646, 0.0383194, 0.0530978, 0.082738, 0.173499, 0.493641, 1.4968" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.129929, 0.134529, 0.145561, 0.16914, 0.217589, 0.33366, 0.667731", \
            "0.134711, 0.139323, 0.150352, 0.173965, 0.222395, 0.338486, 0.673003", \
            "0.146448, 0.151074, 0.162071, 0.185583, 0.234122, 0.350174, 0.684489", \
            "0.172643, 0.177196, 0.188229, 0.211777, 0.260335, 0.376336, 0.710993", \
            "0.228288, 0.232996, 0.24417, 0.267814, 0.3167, 0.432795, 0.767272", \
            "0.329735, 0.334818, 0.347388, 0.374138, 0.426989, 0.546291, 0.879268", \
            "0.515363, 0.52137, 0.536167, 0.567277, 0.629074, 0.755252, 1.09169" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0200738, 0.0232277, 0.0311357, 0.0486646, 0.0932096, 0.228474, 0.671036", \
            "0.0200368, 0.0232112, 0.0309809, 0.0489062, 0.0938902, 0.22844, 0.672441", \
            "0.0201574, 0.0231601, 0.0313247, 0.0489019, 0.0931954, 0.22842, 0.67021", \
            "0.0202157, 0.023327, 0.0312798, 0.0486126, 0.093337, 0.228947, 0.672338", \
            "0.0214753, 0.0246009, 0.0322328, 0.0498899, 0.0946648, 0.228572, 0.668891", \
            "0.0272699, 0.0307498, 0.03882, 0.0575152, 0.101537, 0.2322, 0.671783", \
            "0.0383539, 0.0417096, 0.0511761, 0.0720507, 0.117459, 0.242588, 0.668418" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0841873, 0.0894215, 0.101909, 0.131024, 0.206427, 0.430765, 1.11726", \
            "0.0868197, 0.0920453, 0.104512, 0.133667, 0.209247, 0.432906, 1.12047", \
            "0.0923484, 0.0975308, 0.10999, 0.139132, 0.214713, 0.439448, 1.12464", \
            "0.103634, 0.10886, 0.121477, 0.150604, 0.226079, 0.450665, 1.13623", \
            "0.118198, 0.123816, 0.137079, 0.166919, 0.242708, 0.4668, 1.15399", \
            "0.117126, 0.123591, 0.139002, 0.171336, 0.248005, 0.472302, 1.15963", \
            "0.0589964, 0.0663402, 0.0848055, 0.123411, 0.203966, 0.42749, 1.11724" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0170303, 0.0214095, 0.032942, 0.065116, 0.166866, 0.49233, 1.50011", \
            "0.0169863, 0.0213968, 0.0328659, 0.0651408, 0.166763, 0.491811, 1.49717", \
            "0.0169669, 0.021366, 0.032847, 0.0651788, 0.166808, 0.492834, 1.49753", \
            "0.0172495, 0.0216871, 0.0331935, 0.0653876, 0.166945, 0.492876, 1.49889", \
            "0.0195764, 0.0241905, 0.035449, 0.0670273, 0.167745, 0.492597, 1.49691", \
            "0.0244376, 0.0296429, 0.0417568, 0.0721573, 0.169455, 0.491245, 1.50011", \
            "0.0324285, 0.0381943, 0.0533963, 0.0846145, 0.174634, 0.493763, 1.49547" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.144358, 0.149217, 0.160802, 0.185211, 0.23458, 0.351586, 0.686562", \
            "0.149159, 0.15396, 0.165545, 0.19002, 0.239463, 0.356295, 0.690828", \
            "0.161249, 0.166133, 0.177703, 0.202037, 0.251465, 0.368495, 0.70338", \
            "0.188051, 0.192905, 0.204467, 0.228787, 0.278412, 0.395291, 0.730323", \
            "0.246386, 0.251258, 0.262885, 0.287158, 0.336814, 0.453662, 0.788605", \
            "0.354762, 0.360203, 0.373266, 0.400323, 0.45366, 0.572282, 0.906717", \
            "0.552947, 0.559253, 0.57409, 0.606328, 0.668331, 0.793884, 1.12978" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0219231, 0.0252076, 0.033168, 0.0512869, 0.0957333, 0.229432, 0.670079", \
            "0.0219674, 0.0251604, 0.0335162, 0.0510964, 0.0954689, 0.229776, 0.671083", \
            "0.0220177, 0.0252502, 0.0331951, 0.0511549, 0.0955741, 0.229676, 0.672527", \
            "0.0220898, 0.0254524, 0.0333035, 0.0514384, 0.0953425, 0.229542, 0.673389", \
            "0.0229166, 0.0259778, 0.0337436, 0.051648, 0.0956541, 0.22994, 0.673752", \
            "0.0282973, 0.0318407, 0.0402746, 0.0585581, 0.102007, 0.233344, 0.672409", \
            "0.0393874, 0.0432367, 0.0524903, 0.0736524, 0.117566, 0.24252, 0.669223" \
          );
        }
      }
      timing () {
        related_pin : "A4";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0874007, 0.0925246, 0.105011, 0.134166, 0.209575, 0.433791, 1.12004", \
            "0.0898905, 0.0950137, 0.107536, 0.136691, 0.212076, 0.436334, 1.12304", \
            "0.0945907, 0.09975, 0.112203, 0.141378, 0.216943, 0.441447, 1.12691", \
            "0.103303, 0.108502, 0.12099, 0.150092, 0.225643, 0.449649, 1.13835", \
            "0.114111, 0.119647, 0.132868, 0.162823, 0.238535, 0.46254, 1.14968", \
            "0.109972, 0.116409, 0.131596, 0.163987, 0.240734, 0.465211, 1.15254", \
            "0.0475795, 0.0549007, 0.0732319, 0.111938, 0.192941, 0.416974, 1.10472" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0169402, 0.0215126, 0.0328796, 0.0650643, 0.166722, 0.492473, 1.49843", \
            "0.0170266, 0.0213924, 0.0328881, 0.0650949, 0.166893, 0.49216, 1.50101", \
            "0.0169936, 0.021381, 0.0328634, 0.0650388, 0.166839, 0.492951, 1.49882", \
            "0.0171329, 0.0215974, 0.0330908, 0.0652391, 0.166611, 0.491664, 1.50125", \
            "0.0190349, 0.0236398, 0.0350816, 0.0667847, 0.167309, 0.492553, 1.49685", \
            "0.0236674, 0.0288735, 0.0413693, 0.0717429, 0.169263, 0.490982, 1.49869", \
            "0.0316576, 0.0374684, 0.0521217, 0.0843396, 0.174741, 0.492836, 1.49706" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.146718, 0.151597, 0.163198, 0.187524, 0.23666, 0.352356, 0.687292", \
            "0.151694, 0.156577, 0.16817, 0.192496, 0.241428, 0.357332, 0.692485", \
            "0.163998, 0.168885, 0.180475, 0.204863, 0.253666, 0.369918, 0.704782", \
            "0.191507, 0.196428, 0.207964, 0.23225, 0.281344, 0.397382, 0.732485", \
            "0.251634, 0.256522, 0.268133, 0.29227, 0.341336, 0.457403, 0.791927", \
            "0.364169, 0.369556, 0.38262, 0.409625, 0.462372, 0.580575, 0.915353", \
            "0.566592, 0.573038, 0.588346, 0.620514, 0.681852, 0.807096, 1.14269" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0222231, 0.0255073, 0.0331827, 0.0509442, 0.0940321, 0.228456, 0.67345", \
            "0.0222425, 0.0254167, 0.033388, 0.050747, 0.094606, 0.228503, 0.670932", \
            "0.0221649, 0.0254644, 0.0333597, 0.0507889, 0.0944878, 0.228579, 0.67325", \
            "0.0223243, 0.0254233, 0.0335463, 0.0506312, 0.0943751, 0.228365, 0.672223", \
            "0.0228271, 0.0260632, 0.0336285, 0.0511299, 0.0947707, 0.228669, 0.670201", \
            "0.0286808, 0.0320446, 0.0403514, 0.0583314, 0.100807, 0.231418, 0.672694", \
            "0.0397877, 0.0436009, 0.0531022, 0.0734284, 0.116163, 0.24031, 0.66964" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0377218, 0.0412056, 0.0502508, 0.0749498, 0.14785, 0.37166, 1.06217", \
            "0.041277, 0.0447258, 0.0537636, 0.0784277, 0.151474, 0.375352, 1.06162", \
            "0.0493115, 0.0528069, 0.0618061, 0.0863339, 0.15936, 0.384891, 1.07064", \
            "0.0582525, 0.0622542, 0.0718157, 0.0963787, 0.169504, 0.394197, 1.07909", \
            "0.0606958, 0.0657005, 0.0770069, 0.102325, 0.175177, 0.399575, 1.08632", \
            "0.041764, 0.0479318, 0.0622667, 0.0910216, 0.163268, 0.386711, 1.07283", \
            "-0.0361524, -0.0289986, -0.0110818, 0.0260155, 0.102551, 0.325295, 1.01232" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0103373, 0.0136793, 0.0240828, 0.057526, 0.163198, 0.491136, 1.50394", \
            "0.0103384, 0.0137131, 0.0240898, 0.0575096, 0.163545, 0.491136, 1.49423", \
            "0.0108915, 0.0141466, 0.0243551, 0.0575614, 0.163883, 0.492753, 1.50366", \
            "0.0135288, 0.0167169, 0.0261929, 0.0581437, 0.163391, 0.492398, 1.49644", \
            "0.0177121, 0.0212672, 0.0306419, 0.0599761, 0.16383, 0.488827, 1.49865", \
            "0.0233246, 0.0279948, 0.0388424, 0.066126, 0.164495, 0.490632, 1.49539", \
            "0.0333548, 0.0383986, 0.0524429, 0.0815798, 0.170908, 0.491561, 1.49334" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0610437, 0.0645893, 0.0731391, 0.0914104, 0.132289, 0.242137, 0.576314", \
            "0.0653836, 0.0689564, 0.0773713, 0.0955751, 0.136489, 0.246345, 0.580353", \
            "0.0772907, 0.0808582, 0.0893467, 0.107593, 0.148446, 0.258194, 0.59215", \
            "0.10619, 0.109715, 0.118234, 0.136532, 0.177012, 0.286775, 0.620096", \
            "0.15719, 0.161262, 0.171263, 0.192033, 0.234749, 0.34512, 0.679073", \
            "0.242297, 0.24744, 0.259197, 0.284206, 0.33169, 0.44414, 0.777604", \
            "0.402742, 0.40839, 0.422346, 0.451943, 0.509152, 0.625495, 0.95861" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0126346, 0.015218, 0.0215893, 0.0371804, 0.0803379, 0.220571, 0.672692", \
            "0.0127383, 0.0152068, 0.0215868, 0.0371074, 0.0803047, 0.220689, 0.67223", \
            "0.0126375, 0.0152263, 0.0215311, 0.0369557, 0.0804386, 0.22105, 0.671986", \
            "0.0133582, 0.0158726, 0.0221332, 0.037632, 0.0809143, 0.22131, 0.665396", \
            "0.0185808, 0.0213851, 0.0280917, 0.0430287, 0.0840537, 0.222691, 0.666139", \
            "0.025951, 0.028997, 0.0370615, 0.0534452, 0.0924717, 0.223577, 0.667324", \
            "0.0367435, 0.0400924, 0.0488265, 0.0684403, 0.108402, 0.230487, 0.665885" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0209363, 0.0229411, 0.0293061, 0.0485496, 0.106475, 0.283657, 0.830498", \
            "0.0207293, 0.022795, 0.0291719, 0.0482982, 0.10621, 0.283437, 0.827258", \
            "0.020536, 0.0225374, 0.0289085, 0.048163, 0.106096, 0.282976, 0.829269", \
            "0.0206872, 0.0226629, 0.0289631, 0.0479662, 0.105751, 0.283072, 0.83004", \
            "0.0218548, 0.0237245, 0.0295744, 0.0480449, 0.105463, 0.282823, 0.826816", \
            "0.0248474, 0.0265841, 0.0324956, 0.0507527, 0.106806, 0.283165, 0.827144", \
            "0.031516, 0.0329615, 0.038441, 0.0565968, 0.113178, 0.288872, 0.830586" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0171526, 0.0149602, 0.0096355, -0.0062527, -0.0619045, -0.239837, -0.790101", \
            "0.0169911, 0.0148523, 0.0094795, -0.0064661, -0.0621161, -0.240058, -0.790354", \
            "0.0166462, 0.0144658, 0.0092016, -0.0067737, -0.062378, -0.240396, -0.790711", \
            "0.0162945, 0.0141421, 0.0087251, -0.0072379, -0.0628386, -0.240781, -0.790995", \
            "0.0164219, 0.0141313, 0.0085172, -0.0074739, -0.0630543, -0.241005, -0.791236", \
            "0.0229012, 0.0203452, 0.0134464, -0.0057921, -0.0630223, -0.240646, -0.790846", \
            "0.029884, 0.0271125, 0.0196057, -0.000597, -0.0590172, -0.237536, -0.787388" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0213914, 0.0234178, 0.0297299, 0.0489816, 0.106894, 0.284065, 0.830922", \
            "0.0212528, 0.0232803, 0.0295945, 0.0488486, 0.106756, 0.283938, 0.83083", \
            "0.0209937, 0.0230598, 0.0294321, 0.0485929, 0.106459, 0.283676, 0.827163", \
            "0.0210684, 0.0230832, 0.0293895, 0.0483416, 0.106272, 0.283285, 0.829466", \
            "0.0220311, 0.0238966, 0.0297501, 0.048414, 0.105798, 0.283179, 0.826423", \
            "0.023967, 0.0257319, 0.0317951, 0.0502201, 0.106631, 0.283035, 0.828053", \
            "0.0293452, 0.0307865, 0.0361815, 0.0543976, 0.111494, 0.287314, 0.831666" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.020286, 0.0180503, 0.0124574, -0.0033456, -0.0587878, -0.236686, -0.786819", \
            "0.0200703, 0.0178263, 0.0123097, -0.0035668, -0.0589594, -0.23686, -0.787061", \
            "0.0198401, 0.0175825, 0.0120869, -0.003942, -0.0593436, -0.237232, -0.7874", \
            "0.0194273, 0.0172432, 0.0117112, -0.0042904, -0.0596628, -0.237558, -0.78767", \
            "0.0194823, 0.0171657, 0.0114263, -0.0044725, -0.0600168, -0.237885, -0.788006", \
            "0.0252436, 0.0226624, 0.0157141, -0.0037069, -0.0600528, -0.237832, -0.787812", \
            "0.031735, 0.0290158, 0.02145, 0.001197, -0.0571857, -0.235632, -0.785438" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0213873, 0.0234027, 0.0297687, 0.0489807, 0.106785, 0.283918, 0.82799", \
            "0.021261, 0.0232883, 0.0296032, 0.0488541, 0.106761, 0.283902, 0.830718", \
            "0.0210471, 0.0230785, 0.0294008, 0.0486477, 0.106558, 0.283457, 0.8296", \
            "0.0209091, 0.0229014, 0.0292413, 0.048455, 0.106296, 0.283111, 0.829207", \
            "0.0219447, 0.0238348, 0.0296992, 0.0484186, 0.105998, 0.282536, 0.827502", \
            "0.0236795, 0.0254547, 0.0312355, 0.0496555, 0.106509, 0.282663, 0.826933", \
            "0.0285997, 0.0300694, 0.0355954, 0.0540233, 0.110877, 0.286397, 0.830955" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0241259, 0.0219259, 0.0162906, 0.000457, -0.0547923, -0.232646, -0.782712", \
            "0.0239949, 0.0217542, 0.0162617, 0.0002992, -0.0550731, -0.232879, -0.78284", \
            "0.0237705, 0.0214973, 0.0158667, 3.28e-05, -0.0552585, -0.23307, -0.783051", \
            "0.023566, 0.0212978, 0.0156521, -0.0003205, -0.0556396, -0.233402, -0.783491", \
            "0.0235069, 0.0212141, 0.0154661, -0.0003315, -0.0557998, -0.2336, -0.783638", \
            "0.0288031, 0.0262701, 0.01924, -0.0002544, -0.0557781, -0.233259, -0.783445", \
            "0.0363596, 0.0336038, 0.0259821, 0.0056986, -0.0528427, -0.230591, -0.780853" \
          );
        }
      }
      internal_power () {
        related_pin : "A4";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0215011, 0.0234457, 0.0298681, 0.0490754, 0.106913, 0.283851, 0.828124", \
            "0.021375, 0.0233587, 0.0297383, 0.0488717, 0.106767, 0.283871, 0.827621", \
            "0.0211448, 0.0231401, 0.0294957, 0.0487707, 0.106648, 0.283446, 0.829588", \
            "0.0209839, 0.0230014, 0.0292545, 0.0484404, 0.106222, 0.283486, 0.826532", \
            "0.0215809, 0.0235051, 0.0294107, 0.0483046, 0.105924, 0.282484, 0.827557", \
            "0.0232718, 0.025127, 0.0310049, 0.0495656, 0.106351, 0.282596, 0.827518", \
            "0.0282698, 0.0297732, 0.0353821, 0.0536967, 0.110734, 0.286428, 0.828715" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.026815, 0.0245671, 0.0189344, 0.0031193, -0.0520938, -0.229812, -0.779851", \
            "0.0267891, 0.0245404, 0.0189365, 0.0030231, -0.0522382, -0.23007, -0.780021", \
            "0.0264624, 0.0242331, 0.0186658, 0.0028722, -0.0523386, -0.230094, -0.780194", \
            "0.0263685, 0.0241182, 0.0185075, 0.0026371, -0.0526751, -0.230393, -0.780413", \
            "0.0263229, 0.0239988, 0.0183386, 0.0027008, -0.0527373, -0.230506, -0.780517", \
            "0.031563, 0.0289909, 0.0219754, 0.0024122, -0.0527423, -0.230434, -0.780389", \
            "0.0397126, 0.0369552, 0.0293271, 0.0089405, -0.0497446, -0.228032, -0.777892" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0146851, 0.0168207, 0.0232628, 0.0425111, 0.100326, 0.27742, 0.822423", \
            "0.0145251, 0.016625, 0.0230568, 0.042264, 0.100007, 0.276903, 0.817453", \
            "0.0143323, 0.0163877, 0.0226876, 0.0417938, 0.0997113, 0.27725, 0.822241", \
            "0.0145497, 0.0164696, 0.0227114, 0.0414031, 0.0993139, 0.27694, 0.817383", \
            "0.0157094, 0.0176248, 0.0236986, 0.0419115, 0.099656, 0.276451, 0.821694", \
            "0.0191249, 0.0209249, 0.0267821, 0.0453883, 0.101806, 0.278615, 0.825486", \
            "0.0293059, 0.0307017, 0.0361576, 0.0541748, 0.11073, 0.287784, 0.831841" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154098, 0.00474922, 0.0146369, 0.0451102, 0.139028, 0.428477");
          values ( \
            "0.0158917, 0.0139716, 0.0090394, -0.0070713, -0.0637726, -0.241972, -0.792461", \
            "0.0155859, 0.0136412, 0.0087027, -0.0074155, -0.064104, -0.242314, -0.792789", \
            "0.0153183, 0.0133758, 0.0083984, -0.007768, -0.0643421, -0.24262, -0.792902", \
            "0.0154973, 0.0137461, 0.0086737, -0.0076489, -0.064103, -0.242321, -0.792544", \
            "0.0175692, 0.0152434, 0.0088116, -0.0072809, -0.0636632, -0.241837, -0.792056", \
            "0.0247536, 0.0222588, 0.0153785, -0.0037653, -0.0614154, -0.239238, -0.78942", \
            "0.035325, 0.0326428, 0.025042, 0.0050262, -0.0532956, -0.231721, -0.781395" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002298;
      rise_capacitance : 0.002365;
      rise_capacitance_range (0.002365, 0.002365);
      fall_capacitance : 0.002231;
      fall_capacitance_range (0.002231, 0.002231);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0040906, -0.0040925, -0.0040968, -0.0040906, -0.0040765, -0.0040439, -0.0039686" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0051989, 0.0052008, 0.0052053, 0.0052059, 0.0052073, 0.0052105, 0.0052179" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002348;
      rise_capacitance : 0.002432;
      rise_capacitance_range (0.002432, 0.002432);
      fall_capacitance : 0.002263;
      fall_capacitance_range (0.002263, 0.002263);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044579, -0.0044552, -0.0044489, -0.0044484, -0.0044473, -0.0044449, -0.0044391" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052408, 0.0052485, 0.0052661, 0.0052833, 0.0053228, 0.0054137, 0.0056236" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002335;
      rise_capacitance : 0.002434;
      rise_capacitance_range (0.002434, 0.002434);
      fall_capacitance : 0.002236;
      fall_capacitance_range (0.002236, 0.002236);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044626, -0.004457, -0.004444, -0.0044446, -0.0044461, -0.0044496, -0.0044574" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044459, 0.0044453, 0.0044439, 0.0044455, 0.0044492, 0.0044576, 0.0044771" \
          );
        }
      }
    }
    pin (A4) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002373;
      rise_capacitance : 0.002498;
      rise_capacitance_range (0.002498, 0.002498);
      fall_capacitance : 0.002247;
      fall_capacitance_range (0.002247, 0.002247);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004488, -0.0044863, -0.0044824, -0.0044822, -0.0044815, -0.0044802, -0.004477" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045213, 0.0045136, 0.004496, 0.0044968, 0.0044987, 0.0045029, 0.0045129" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002429;
      rise_capacitance : 0.002567;
      rise_capacitance_range (0.002567, 0.002567);
      fall_capacitance : 0.002291;
      fall_capacitance_range (0.002291, 0.002291);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018408, -0.0018438, -0.0018506, -0.0018489, -0.0018452, -0.0018366, -0.0018167" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0034078, 0.0034017, 0.0033877, 0.0034048, 0.003444, 0.0035344, 0.0037429" \
          );
        }
      }
    }
  }
  cell (scs8hd_a41o_4) {
    area : 21.2704;
    cell_footprint : "a41o";
    cell_leakage_power : 0.0248822;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0249377;
      when : "A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0125393;
      when : "A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0028583;
      when : "A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0125322;
      when : "!A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.059099;
      when : "!A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0125324;
      when : "!A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.059099;
      when : "!A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0125321;
      when : "!A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0248748;
      when : "!A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0125321;
      when : "!A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0248744;
      when : "!A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0125323;
      when : "!A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0248753;
      when : "!A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0125321;
      when : "!A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0248752;
      when : "!A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0125321;
      when : "!A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0248762;
      when : "!A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0125322;
      when : "!A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0249186;
      when : "!A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0125324;
      when : "A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0713286;
      when : "A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0125326;
      when : "A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0713286;
      when : "A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0125321;
      when : "A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0248788;
      when : "A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0125322;
      when : "A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0249172;
      when : "A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0125321;
      when : "A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0830094;
      when : "A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0125322;
      when : "A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0249582;
      when : "A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0125322;
      when : "A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0248822;
    }
    pin (X) {
      direction : output;
      function : "(A1&A2&A3&A4) | (B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.735178;
      max_transition : 1.50105;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0868887, 0.0906903, 0.101364, 0.128176, 0.19805, 0.412501, 1.12481", \
            "0.0895047, 0.0933052, 0.103995, 0.130722, 0.200513, 0.414694, 1.12796", \
            "0.0961105, 0.0998732, 0.110553, 0.13732, 0.207227, 0.421018, 1.13606", \
            "0.112752, 0.116569, 0.127199, 0.153963, 0.223622, 0.438031, 1.15039", \
            "0.135237, 0.13902, 0.149501, 0.176341, 0.246678, 0.461254, 1.17292", \
            "0.145828, 0.149988, 0.161792, 0.18937, 0.259079, 0.47356, 1.18687", \
            "0.109001, 0.113517, 0.126855, 0.15953, 0.231082, 0.444243, 1.1608" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0203276, 0.023623, 0.0330402, 0.0599051, 0.146823, 0.453177, 1.50009", \
            "0.0203387, 0.0235728, 0.0330385, 0.0598311, 0.146956, 0.452266, 1.4975", \
            "0.0203799, 0.0236433, 0.0330928, 0.0598166, 0.146672, 0.452627, 1.50105", \
            "0.0202811, 0.0236297, 0.0329544, 0.06007, 0.14686, 0.453357, 1.49994", \
            "0.0217664, 0.0248901, 0.0340034, 0.0612171, 0.148495, 0.452773, 1.4982", \
            "0.0271335, 0.0304028, 0.0396648, 0.0645935, 0.149469, 0.453829, 1.50045", \
            "0.0365041, 0.0398899, 0.0501712, 0.0764146, 0.154286, 0.455429, 1.49933" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.112798, 0.115428, 0.12286, 0.140948, 0.181379, 0.283904, 0.601941", \
            "0.117909, 0.120533, 0.127951, 0.14603, 0.186486, 0.289015, 0.607063", \
            "0.129938, 0.132551, 0.13993, 0.157918, 0.198436, 0.30095, 0.618984", \
            "0.156825, 0.159505, 0.166874, 0.184805, 0.225341, 0.32787, 0.645849", \
            "0.212753, 0.21548, 0.223165, 0.241631, 0.282831, 0.385676, 0.703949", \
            "0.311012, 0.314062, 0.322675, 0.343345, 0.389016, 0.49635, 0.81455", \
            "0.486342, 0.489861, 0.499856, 0.524239, 0.577998, 0.695113, 1.01549" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0179061, 0.0197048, 0.0249532, 0.0387894, 0.0767758, 0.196597, 0.624758", \
            "0.0179162, 0.0197032, 0.0249483, 0.0387767, 0.0767542, 0.19656, 0.624754", \
            "0.0180376, 0.0198004, 0.0250027, 0.0388115, 0.0767791, 0.196549, 0.624789", \
            "0.0180357, 0.0196958, 0.0249721, 0.0390177, 0.0766327, 0.19671, 0.624071", \
            "0.0199954, 0.0217916, 0.0270802, 0.041102, 0.0776992, 0.197186, 0.622092", \
            "0.026679, 0.0284158, 0.0340907, 0.0493272, 0.0858564, 0.201756, 0.624664", \
            "0.0391384, 0.0410715, 0.0473504, 0.0638167, 0.1038, 0.215257, 0.625674" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0962748, 0.100135, 0.110877, 0.137615, 0.207513, 0.421343, 1.13303", \
            "0.0993783, 0.103195, 0.113763, 0.140572, 0.210371, 0.424677, 1.1379", \
            "0.106136, 0.10994, 0.120629, 0.147426, 0.217244, 0.431743, 1.14477", \
            "0.121779, 0.125602, 0.136266, 0.163116, 0.232779, 0.446535, 1.16024", \
            "0.144726, 0.14862, 0.159585, 0.187043, 0.257297, 0.471036, 1.1859", \
            "0.157882, 0.162177, 0.174315, 0.203155, 0.273489, 0.488479, 1.2011", \
            "0.122618, 0.127309, 0.140788, 0.175087, 0.249474, 0.463257, 1.17894" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0205108, 0.0237085, 0.0331291, 0.0598815, 0.146903, 0.452519, 1.49822", \
            "0.0202569, 0.0235334, 0.0329978, 0.0598251, 0.146729, 0.452749, 1.49836", \
            "0.0202827, 0.0235475, 0.0329756, 0.0598928, 0.146643, 0.453432, 1.49963", \
            "0.0203955, 0.0236649, 0.0330997, 0.0598665, 0.146784, 0.452208, 1.49887", \
            "0.0220978, 0.025488, 0.0349246, 0.0617434, 0.148232, 0.452911, 1.50046", \
            "0.0274026, 0.0307017, 0.0400888, 0.0662194, 0.150117, 0.453569, 1.50017", \
            "0.036564, 0.0394665, 0.0507036, 0.0777773, 0.156281, 0.455276, 1.49816" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.134434, 0.137357, 0.145551, 0.165129, 0.207435, 0.311583, 0.63016", \
            "0.139313, 0.142309, 0.150431, 0.170025, 0.212461, 0.316457, 0.635236", \
            "0.151179, 0.154093, 0.16229, 0.181886, 0.224126, 0.328385, 0.646933", \
            "0.177786, 0.18071, 0.188875, 0.208438, 0.250858, 0.355064, 0.673747", \
            "0.23533, 0.238298, 0.246561, 0.266313, 0.30879, 0.413014, 0.731569", \
            "0.34069, 0.344003, 0.353108, 0.375246, 0.42234, 0.530135, 0.847996", \
            "0.529206, 0.533052, 0.543555, 0.569514, 0.624776, 0.741489, 1.06262" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0208241, 0.0227685, 0.0284493, 0.0424952, 0.0799626, 0.198968, 0.62581", \
            "0.0209107, 0.0229422, 0.0287175, 0.0426479, 0.0798269, 0.198869, 0.625604", \
            "0.0208019, 0.0227811, 0.0284235, 0.0426249, 0.0800466, 0.198958, 0.6254", \
            "0.0209417, 0.0229007, 0.028717, 0.0427529, 0.0798122, 0.198889, 0.625519", \
            "0.0221459, 0.0240532, 0.0296618, 0.0436681, 0.0805489, 0.199209, 0.625047", \
            "0.028018, 0.0302305, 0.0361592, 0.0514842, 0.0878573, 0.202601, 0.624271", \
            "0.0402969, 0.0424901, 0.0489504, 0.0658257, 0.105304, 0.215524, 0.627492" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.100998, 0.104762, 0.115496, 0.142233, 0.212095, 0.425921, 1.13975", \
            "0.103209, 0.107081, 0.117801, 0.144541, 0.214425, 0.428261, 1.14122", \
            "0.107845, 0.111653, 0.122236, 0.149046, 0.218795, 0.432634, 1.14514", \
            "0.117468, 0.121318, 0.131855, 0.158686, 0.22837, 0.442713, 1.15585", \
            "0.13132, 0.135284, 0.146241, 0.173868, 0.244039, 0.458531, 1.17154", \
            "0.134921, 0.139204, 0.151239, 0.180264, 0.251254, 0.466061, 1.18072", \
            "0.0855731, 0.090307, 0.104119, 0.138099, 0.213569, 0.427687, 1.14204" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0202542, 0.0235855, 0.0331194, 0.0598649, 0.146633, 0.452134, 1.49819", \
            "0.0205028, 0.0235838, 0.0331254, 0.0598802, 0.146769, 0.451709, 1.49578", \
            "0.0202671, 0.0235657, 0.0329971, 0.0597727, 0.146964, 0.45313, 1.49768", \
            "0.0205748, 0.0238587, 0.033325, 0.0600794, 0.146802, 0.453216, 1.49973", \
            "0.0217366, 0.0250842, 0.0347055, 0.0616013, 0.148129, 0.452394, 1.49658", \
            "0.026098, 0.0295236, 0.03982, 0.0657852, 0.150016, 0.45283, 1.49898", \
            "0.0351053, 0.0381713, 0.0495593, 0.0770788, 0.156485, 0.454691, 1.49325" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.141417, 0.14446, 0.152973, 0.173189, 0.216146, 0.320296, 0.639162", \
            "0.146596, 0.149641, 0.158174, 0.178373, 0.221053, 0.325418, 0.644204", \
            "0.158854, 0.16192, 0.170365, 0.190525, 0.233485, 0.337686, 0.656497", \
            "0.186116, 0.189121, 0.19761, 0.217731, 0.260668, 0.364954, 0.683938", \
            "0.244206, 0.247258, 0.255842, 0.276084, 0.318866, 0.42324, 0.742126", \
            "0.352104, 0.35554, 0.364966, 0.387502, 0.434362, 0.541622, 0.860003", \
            "0.546134, 0.550071, 0.561149, 0.587545, 0.642416, 0.757708, 1.07857" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0221833, 0.0242035, 0.0299816, 0.0440942, 0.0805843, 0.198931, 0.624892", \
            "0.0221674, 0.0241991, 0.029959, 0.0441785, 0.080682, 0.199069, 0.624757", \
            "0.0221937, 0.0243542, 0.0299693, 0.0443644, 0.0804483, 0.198976, 0.625977", \
            "0.0222125, 0.0243688, 0.0302623, 0.0440464, 0.0805722, 0.198961, 0.626054", \
            "0.0230425, 0.0249932, 0.0307946, 0.0446593, 0.0810193, 0.199029, 0.626362", \
            "0.0285613, 0.0307036, 0.0367765, 0.051495, 0.0875277, 0.202341, 0.622789", \
            "0.0402687, 0.0424322, 0.0494495, 0.0660321, 0.103963, 0.213558, 0.624614" \
          );
        }
      }
      timing () {
        related_pin : "A4";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.104822, 0.108636, 0.119347, 0.146125, 0.215945, 0.430376, 1.14309", \
            "0.107383, 0.111162, 0.121764, 0.148574, 0.218365, 0.432617, 1.14576", \
            "0.111354, 0.115214, 0.125932, 0.152666, 0.222469, 0.43619, 1.15111", \
            "0.118452, 0.122302, 0.132902, 0.159687, 0.229385, 0.443522, 1.1567", \
            "0.127282, 0.131199, 0.142179, 0.169732, 0.239879, 0.453883, 1.16718", \
            "0.12601, 0.130262, 0.142231, 0.171166, 0.242674, 0.456967, 1.16998", \
            "0.0725551, 0.0772655, 0.0911315, 0.125055, 0.201285, 0.416094, 1.1305" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0204766, 0.0237007, 0.0330982, 0.0598704, 0.146671, 0.453332, 1.50002", \
            "0.020283, 0.0235671, 0.0330001, 0.0598164, 0.146759, 0.452837, 1.49817", \
            "0.0204681, 0.0235985, 0.033109, 0.0598642, 0.146884, 0.452682, 1.50048", \
            "0.0204747, 0.023829, 0.0331794, 0.0598436, 0.146988, 0.452038, 1.49747", \
            "0.0214167, 0.0247547, 0.0344491, 0.061127, 0.147796, 0.45226, 1.49611", \
            "0.025393, 0.0288264, 0.0388655, 0.0655299, 0.150004, 0.453255, 1.49987", \
            "0.0337298, 0.0374092, 0.0490032, 0.0775153, 0.156932, 0.454939, 1.4973" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.156242, 0.159493, 0.168457, 0.189692, 0.234017, 0.339958, 0.659284", \
            "0.16105, 0.164283, 0.17324, 0.194401, 0.23906, 0.345044, 0.664052", \
            "0.173208, 0.176462, 0.185329, 0.206639, 0.251125, 0.357026, 0.676214", \
            "0.198896, 0.202079, 0.210962, 0.232173, 0.276796, 0.382867, 0.702063", \
            "0.253623, 0.256886, 0.265794, 0.287029, 0.331536, 0.437359, 0.757078", \
            "0.356472, 0.3598, 0.369595, 0.392766, 0.440887, 0.549471, 0.868778", \
            "0.544897, 0.54894, 0.560242, 0.58729, 0.642783, 0.758586, 1.07988" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.024675, 0.0267569, 0.0325505, 0.0470131, 0.0835365, 0.200956, 0.626451", \
            "0.0245924, 0.0268055, 0.0326201, 0.0469238, 0.0834549, 0.201057, 0.627301", \
            "0.024577, 0.0267467, 0.0328193, 0.0471337, 0.0834926, 0.201058, 0.626398", \
            "0.0246141, 0.0266156, 0.0326764, 0.0469569, 0.0835074, 0.201056, 0.624865", \
            "0.0250819, 0.0270774, 0.0331972, 0.0473557, 0.0838332, 0.201181, 0.626859", \
            "0.0301484, 0.0323697, 0.0387193, 0.0537846, 0.0897185, 0.204131, 0.626377", \
            "0.0412349, 0.0436297, 0.0503226, 0.0678033, 0.104774, 0.214071, 0.625582" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0362574, 0.0385965, 0.0454466, 0.0652839, 0.128156, 0.339625, 1.05395", \
            "0.0397955, 0.0421326, 0.0489344, 0.0687365, 0.131781, 0.343166, 1.05865", \
            "0.0472646, 0.0496258, 0.0564512, 0.0762496, 0.139442, 0.351819, 1.06604", \
            "0.0545702, 0.0571939, 0.0644153, 0.0845378, 0.147843, 0.359147, 1.07408", \
            "0.0541278, 0.0573627, 0.06591, 0.0867239, 0.150154, 0.361256, 1.07784", \
            "0.0299253, 0.0338729, 0.0445419, 0.0689303, 0.132021, 0.343015, 1.05777", \
            "-0.0583691, -0.0539264, -0.0408651, -0.0095117, 0.058262, 0.26902, 0.980317" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0108436, 0.013156, 0.0208087, 0.04717, 0.138716, 0.450022, 1.49822", \
            "0.0108472, 0.0131605, 0.0208822, 0.0471634, 0.13897, 0.450215, 1.49576", \
            "0.0115212, 0.0137615, 0.0212738, 0.0472527, 0.138797, 0.44907, 1.49765", \
            "0.0139023, 0.0159899, 0.0230147, 0.0483558, 0.139053, 0.451281, 1.4968", \
            "0.0182062, 0.0205901, 0.0272331, 0.0503518, 0.139653, 0.448827, 1.49989", \
            "0.0238986, 0.0269846, 0.0352629, 0.0569573, 0.140556, 0.449797, 1.49563", \
            "0.0342843, 0.0375583, 0.0479947, 0.0734328, 0.148042, 0.450653, 1.49549" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0599682, 0.062196, 0.0684602, 0.0833526, 0.117949, 0.2143, 0.532226", \
            "0.0642386, 0.0664824, 0.0727116, 0.0875284, 0.122125, 0.218603, 0.536948", \
            "0.0762383, 0.0783437, 0.0845892, 0.0994257, 0.134018, 0.230551, 0.549164", \
            "0.105518, 0.107764, 0.113939, 0.128772, 0.163432, 0.259618, 0.576804", \
            "0.157327, 0.159961, 0.167132, 0.184118, 0.220973, 0.318291, 0.634884", \
            "0.24507, 0.248232, 0.256807, 0.277324, 0.319488, 0.418972, 0.736013", \
            "0.41329, 0.416671, 0.426296, 0.450106, 0.500482, 0.605416, 0.921556" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.012741, 0.0142953, 0.0188778, 0.0309304, 0.066541, 0.189659, 0.623951", \
            "0.0127036, 0.0144025, 0.018787, 0.0308219, 0.0665802, 0.190014, 0.62482", \
            "0.0127805, 0.0142917, 0.0188801, 0.0307788, 0.0664572, 0.190054, 0.622808", \
            "0.013672, 0.0150922, 0.0195778, 0.0314239, 0.0667333, 0.190032, 0.626994", \
            "0.0190986, 0.0206427, 0.0256601, 0.0375616, 0.0704713, 0.190948, 0.619799", \
            "0.0267609, 0.0286172, 0.0340684, 0.0475364, 0.0795698, 0.194463, 0.622056", \
            "0.0378405, 0.0397805, 0.0453542, 0.0607197, 0.0951037, 0.200623, 0.622284" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0382971, 0.0404846, 0.048235, 0.0747455, 0.161749, 0.451266, 1.4224", \
            "0.0379869, 0.0401394, 0.0478878, 0.0744994, 0.161547, 0.45064, 1.42407", \
            "0.0375559, 0.0396945, 0.0475093, 0.0740402, 0.161245, 0.450711, 1.42242", \
            "0.0372257, 0.0393869, 0.0471618, 0.0736647, 0.160522, 0.450141, 1.42137", \
            "0.0381266, 0.0402214, 0.0476568, 0.07387, 0.160184, 0.449551, 1.42054", \
            "0.0442948, 0.0461809, 0.0531758, 0.0779869, 0.161647, 0.450408, 1.42257", \
            "0.0549286, 0.0562391, 0.0625342, 0.0867998, 0.17037, 0.456443, 1.4253" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0340059, 0.0314091, 0.0237354, 0.0022282, -0.0791828, -0.369605, -1.35275", \
            "0.0337437, 0.0311381, 0.0234535, 0.0019506, -0.0794533, -0.369855, -1.35311", \
            "0.0331544, 0.0305936, 0.0229529, 0.0012457, -0.0800209, -0.370446, -1.35367", \
            "0.0324968, 0.0299431, 0.0221741, 0.0005043, -0.0808823, -0.371212, -1.35436", \
            "0.0325256, 0.0298061, 0.0218791, -8e-05, -0.0815443, -0.371762, -1.35483", \
            "0.0418803, 0.0390156, 0.0301492, 0.0034091, -0.0819817, -0.371605, -1.35457", \
            "0.0527111, 0.0494771, 0.0394368, 0.0106445, -0.0768427, -0.368518, -1.35082" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0400348, 0.0422918, 0.0500545, 0.0765595, 0.163693, 0.453305, 1.42384", \
            "0.0398623, 0.0420688, 0.0497163, 0.0763502, 0.163346, 0.452859, 1.42554", \
            "0.0394604, 0.0416862, 0.0494395, 0.0759704, 0.162954, 0.452555, 1.42468", \
            "0.03926, 0.041475, 0.0491802, 0.0756907, 0.162759, 0.452083, 1.42325", \
            "0.0396388, 0.0417059, 0.0493267, 0.0758054, 0.162046, 0.451542, 1.42309", \
            "0.0450171, 0.0469044, 0.0538737, 0.0788657, 0.162683, 0.451275, 1.42329", \
            "0.0530284, 0.0545893, 0.0607227, 0.0850486, 0.169829, 0.456381, 1.42457" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0416344, 0.0389249, 0.0309613, 0.0089429, -0.0718253, -0.361923, -1.34489", \
            "0.0412183, 0.0387471, 0.0307571, 0.0086501, -0.072117, -0.362283, -1.34516", \
            "0.0406496, 0.0379471, 0.0299727, 0.0080416, -0.0727841, -0.362817, -1.34583", \
            "0.0399202, 0.037243, 0.0293317, 0.0073099, -0.0736131, -0.36352, -1.34653", \
            "0.0397153, 0.0369615, 0.0288209, 0.006579, -0.0744995, -0.364359, -1.34721", \
            "0.0481399, 0.0450847, 0.0358506, 0.0088134, -0.0749467, -0.364477, -1.34716", \
            "0.0601967, 0.0569723, 0.0469032, 0.0178012, -0.0708548, -0.36233, -1.34454" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0400214, 0.0421631, 0.0499732, 0.076488, 0.163643, 0.453104, 1.42402", \
            "0.0396137, 0.0419591, 0.0497036, 0.076216, 0.163374, 0.452901, 1.42412", \
            "0.0393872, 0.0415997, 0.0492607, 0.0758966, 0.163022, 0.452324, 1.42557", \
            "0.0391457, 0.041345, 0.0489828, 0.0756155, 0.162522, 0.451875, 1.42386", \
            "0.0394469, 0.0415727, 0.0490338, 0.0755002, 0.161832, 0.451403, 1.42466", \
            "0.044001, 0.0459528, 0.0532225, 0.0783201, 0.162112, 0.450937, 1.42323", \
            "0.0521526, 0.0538408, 0.0602467, 0.0844739, 0.169617, 0.455809, 1.42504" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0493688, 0.0466728, 0.0385923, 0.0165088, -0.0641976, -0.353846, -1.33665", \
            "0.0490903, 0.0463585, 0.0382708, 0.0162078, -0.0644517, -0.354186, -1.33682", \
            "0.0486473, 0.0460194, 0.0378819, 0.0158868, -0.06501, -0.354627, -1.33743", \
            "0.0481602, 0.0456571, 0.0374854, 0.0153294, -0.0653734, -0.355188, -1.33783", \
            "0.0480914, 0.0453867, 0.0372098, 0.0149526, -0.0659607, -0.355643, -1.33824", \
            "0.0560661, 0.0530977, 0.043988, 0.0168623, -0.0660638, -0.355482, -1.338", \
            "0.0688819, 0.0657002, 0.0556802, 0.0267747, -0.0600345, -0.352216, -1.33461" \
          );
        }
      }
      internal_power () {
        related_pin : "A4";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0400127, 0.0421851, 0.0499748, 0.0765212, 0.163509, 0.452955, 1.42437", \
            "0.0397635, 0.0419761, 0.0496201, 0.0762539, 0.163241, 0.452677, 1.42527", \
            "0.0392658, 0.0415187, 0.0493417, 0.0758618, 0.16295, 0.452411, 1.42352", \
            "0.0390049, 0.0412062, 0.0489596, 0.0755067, 0.162493, 0.451809, 1.42481", \
            "0.0393165, 0.04139, 0.0489445, 0.0752944, 0.161753, 0.451314, 1.42273", \
            "0.0435777, 0.0456197, 0.0527765, 0.0774511, 0.162167, 0.450998, 1.42318", \
            "0.052873, 0.054474, 0.0610944, 0.0856782, 0.170531, 0.457444, 1.42634" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0556787, 0.0529696, 0.0446144, 0.022389, -0.0577364, -0.346908, -1.32956", \
            "0.0554732, 0.0527637, 0.0444419, 0.0220815, -0.0580977, -0.347409, -1.3298", \
            "0.0549338, 0.0522867, 0.0441555, 0.0220237, -0.0585533, -0.347626, -1.3302", \
            "0.0547068, 0.0519613, 0.043729, 0.0214572, -0.0588221, -0.348086, -1.33048", \
            "0.0545032, 0.0518072, 0.0434925, 0.0211858, -0.059134, -0.348457, -1.33076", \
            "0.0632685, 0.0596635, 0.0504261, 0.0230253, -0.0591964, -0.348196, -1.33033", \
            "0.0778637, 0.0746631, 0.0646632, 0.0357236, -0.05259, -0.344115, -1.32589" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0267122, 0.0291347, 0.0372258, 0.0633232, 0.148887, 0.437346, 1.41291", \
            "0.0264526, 0.0288738, 0.0368329, 0.0629605, 0.148785, 0.437077, 1.41263", \
            "0.0260719, 0.0284099, 0.0362619, 0.0622521, 0.148347, 0.434695, 1.41149", \
            "0.0261629, 0.0283409, 0.0360246, 0.0618001, 0.147711, 0.436456, 1.41118", \
            "0.0283253, 0.030542, 0.0380825, 0.0631387, 0.148827, 0.43612, 1.41059", \
            "0.0346623, 0.0367024, 0.0438623, 0.0687405, 0.15381, 0.442428, 1.41182", \
            "0.0528142, 0.0543372, 0.0609687, 0.0855058, 0.168945, 0.45461, 1.42307" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0333088, 0.0311, 0.0241402, 0.0025101, -0.0809604, -0.371872, -1.35496", \
            "0.0326124, 0.0305713, 0.0235803, 0.001751, -0.0815747, -0.372496, -1.35553", \
            "0.0321388, 0.0299735, 0.0230038, 0.0012003, -0.082103, -0.372987, -1.35602", \
            "0.0330426, 0.0306982, 0.0234564, 0.0009686, -0.0823548, -0.372904, -1.35591", \
            "0.0347463, 0.0320303, 0.0238929, 0.0020326, -0.0810163, -0.371659, -1.35461", \
            "0.0475771, 0.0446493, 0.035775, 0.0090738, -0.0771966, -0.367066, -1.34994", \
            "0.0663716, 0.0631541, 0.0530123, 0.0243661, -0.0631177, -0.354777, -1.33687" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004231;
      rise_capacitance : 0.004344;
      rise_capacitance_range (0.004344, 0.004344);
      fall_capacitance : 0.004119;
      fall_capacitance_range (0.004119, 0.004119);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0067417, -0.0067488, -0.0067652, -0.0067497, -0.0067139, -0.0066314, -0.0064412" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0099896, 0.0099866, 0.0099796, 0.0099823, 0.0099885, 0.0100026, 0.0100354" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004228;
      rise_capacitance : 0.004358;
      rise_capacitance_range (0.004358, 0.004358);
      fall_capacitance : 0.004099;
      fall_capacitance_range (0.004099, 0.004099);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0085942, -0.0085918, -0.0085863, -0.008588, -0.0085918, -0.0086005, -0.0086206" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102155, 0.0102187, 0.0102258, 0.0102637, 0.0103511, 0.0105524, 0.0110165" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004411;
      rise_capacitance : 0.004577;
      rise_capacitance_range (0.004577, 0.004577);
      fall_capacitance : 0.004246;
      fall_capacitance_range (0.004246, 0.004246);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087177, -0.0087144, -0.0087066, -0.0087027, -0.0086939, -0.0086733, -0.008626" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.008712, 0.0087169, 0.0087282, 0.008727, 0.008724, 0.0087173, 0.0087018" \
          );
        }
      }
    }
    pin (A4) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004406;
      rise_capacitance : 0.004637;
      rise_capacitance_range (0.004637, 0.004637);
      fall_capacitance : 0.004175;
      fall_capacitance_range (0.004175, 0.004175);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087165, -0.0087151, -0.008712, -0.0087119, -0.0087118, -0.0087116, -0.0087109" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.008711, 0.0087174, 0.0087318, 0.0087302, 0.0087265, 0.0087179, 0.008698" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00472;
      rise_capacitance : 0.005012;
      rise_capacitance_range (0.005012, 0.005012);
      fall_capacitance : 0.004429;
      fall_capacitance_range (0.004429, 0.004429);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0037223, -0.0037187, -0.0037103, -0.0037071, -0.0036998, -0.0036831, -0.0036444" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0050493, 0.0050318, 0.0049915, 0.0050276, 0.0051109, 0.0053029, 0.0057455" \
          );
        }
      }
    }
  }
  cell (scs8hd_a41oi_1) {
    area : 8.7584;
    cell_footprint : "a41oi";
    cell_leakage_power : 0.00317017;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062066;
      when : "!A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 3.15825e-05;
      when : "!A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0062066;
      when : "!A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 3.16105e-05;
      when : "!A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0062066;
      when : "!A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 3.16284e-05;
      when : "!A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0062066;
      when : "!A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 3.17895e-05;
      when : "!A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0062066;
      when : "!A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 3.1898e-05;
      when : "!A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0062066;
      when : "!A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 3.20684e-05;
      when : "!A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0062066;
      when : "!A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 3.22921e-05;
      when : "!A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0062066;
      when : "!A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 5.44195e-05;
      when : "!A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0062066;
      when : "A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 3.82949e-05;
      when : "A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0062066;
      when : "A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 3.84805e-05;
      when : "A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0062066;
      when : "A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 3.87198e-05;
      when : "A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0062066;
      when : "A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 5.96335e-05;
      when : "A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0062066;
      when : "A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 4.49416e-05;
      when : "A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0062066;
      when : "A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 6.55454e-05;
      when : "A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0062066;
      when : "A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 7.03291e-05;
      when : "A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0062015;
      when : "A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0015116;
      when : "A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.00317017;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1) | (!A2&!B1) | (!A3&!B1) | (!A4&!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.092478;
      max_transition : 1.49029;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0654219, 0.0735706, 0.0923935, 0.135742, 0.237073, 0.478113, 1.05241", \
            "0.0696267, 0.077649, 0.0964669, 0.140428, 0.243973, 0.487394, 1.07113", \
            "0.0811752, 0.0891432, 0.107597, 0.151906, 0.254614, 0.497339, 1.07353", \
            "0.106825, 0.114932, 0.133481, 0.176713, 0.280838, 0.521664, 1.09617", \
            "0.149258, 0.160246, 0.183333, 0.231962, 0.334697, 0.579099, 1.15567", \
            "0.219153, 0.234874, 0.268004, 0.334332, 0.458792, 0.706504, 1.2848", \
            "0.361851, 0.3833, 0.428512, 0.519399, 0.686569, 0.995364, 1.58338" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0460406, 0.0563803, 0.0809682, 0.140207, 0.280336, 0.615058, 1.41456", \
            "0.0461419, 0.056318, 0.0810537, 0.140428, 0.282144, 0.619184, 1.42045", \
            "0.0462351, 0.0563132, 0.0811863, 0.139925, 0.28042, 0.616564, 1.41829", \
            "0.049621, 0.0591691, 0.0822148, 0.140347, 0.281647, 0.616949, 1.41692", \
            "0.0683804, 0.0779357, 0.0998623, 0.150131, 0.282841, 0.617953, 1.41465", \
            "0.108132, 0.118571, 0.143277, 0.198019, 0.316959, 0.624466, 1.41992", \
            "0.184745, 0.1963, 0.224536, 0.289203, 0.42509, 0.714821, 1.43733" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0289651, 0.0329697, 0.0419004, 0.0619195, 0.107664, 0.21397, 0.466241", \
            "0.0317065, 0.0356545, 0.0445836, 0.0646972, 0.110238, 0.216695, 0.468785", \
            "0.0393045, 0.0430685, 0.051463, 0.0713695, 0.116961, 0.223568, 0.47558", \
            "0.048741, 0.0539877, 0.0651998, 0.0877092, 0.133451, 0.239765, 0.492331", \
            "0.0520661, 0.0596012, 0.0756141, 0.107886, 0.167006, 0.277557, 0.528243", \
            "0.034024, 0.04437, 0.0665775, 0.112006, 0.198102, 0.351531, 0.619857", \
            "-0.0458447, -0.0326945, -0.0001706, 0.0644876, 0.186746, 0.407567, 0.777653" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0327356, 0.0372228, 0.0476018, 0.0724808, 0.132036, 0.27497, 0.615017", \
            "0.0315443, 0.0361006, 0.0470858, 0.0724496, 0.132069, 0.274861, 0.615756", \
            "0.0341717, 0.038084, 0.0477296, 0.0718032, 0.131808, 0.27468, 0.61545", \
            "0.0449904, 0.0496362, 0.0604764, 0.0812173, 0.134561, 0.274352, 0.615231", \
            "0.0667267, 0.0725278, 0.0866572, 0.112348, 0.165729, 0.286035, 0.615482", \
            "0.104619, 0.113291, 0.132358, 0.168344, 0.236337, 0.362676, 0.646414", \
            "0.172808, 0.187195, 0.215336, 0.263781, 0.360824, 0.526839, 0.836089" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0834328, 0.091395, 0.110126, 0.153983, 0.257426, 0.503386, 1.08955", \
            "0.0876653, 0.095754, 0.114697, 0.158861, 0.262669, 0.509392, 1.09672", \
            "0.0994483, 0.107506, 0.12647, 0.170951, 0.275075, 0.522043, 1.10871", \
            "0.126641, 0.134573, 0.153271, 0.197338, 0.301635, 0.548801, 1.14196", \
            "0.178421, 0.18802, 0.209907, 0.256455, 0.360333, 0.607752, 1.1949", \
            "0.266135, 0.279924, 0.310102, 0.3716, 0.494316, 0.744032, 1.3328", \
            "0.434815, 0.454063, 0.49529, 0.581963, 0.745274, 1.05223, 1.6498" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0607597, 0.0712509, 0.0966264, 0.156884, 0.300438, 0.641034, 1.45574", \
            "0.0607316, 0.0713132, 0.0967134, 0.157114, 0.300397, 0.641425, 1.45437", \
            "0.0608093, 0.0714117, 0.0964882, 0.156841, 0.299711, 0.640795, 1.45596", \
            "0.0621645, 0.0723467, 0.0969747, 0.15698, 0.299625, 0.64039, 1.45974", \
            "0.0790271, 0.0886065, 0.11086, 0.164379, 0.301066, 0.641803, 1.45482", \
            "0.119836, 0.130483, 0.154975, 0.209001, 0.33118, 0.646965, 1.4543", \
            "0.193701, 0.206869, 0.238272, 0.304665, 0.439027, 0.728632, 1.4743" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0351942, 0.0391119, 0.0480421, 0.0680539, 0.113714, 0.220201, 0.472094", \
            "0.0380483, 0.0419666, 0.0508782, 0.0708564, 0.116539, 0.223204, 0.474994", \
            "0.0449211, 0.0488714, 0.057697, 0.0777309, 0.123507, 0.230117, 0.482034", \
            "0.0541892, 0.0595135, 0.0703716, 0.0928825, 0.13953, 0.246369, 0.499339", \
            "0.0578739, 0.0650992, 0.0809152, 0.111563, 0.17055, 0.283305, 0.536805", \
            "0.0370579, 0.0476664, 0.069939, 0.115146, 0.199934, 0.35026, 0.622406", \
            "-0.0481985, -0.0337018, -0.0020302, 0.0620267, 0.184827, 0.401546, 0.771165" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0323953, 0.0368683, 0.0473469, 0.0723761, 0.132013, 0.274642, 0.61557", \
            "0.0320908, 0.0366229, 0.0471872, 0.0722677, 0.131883, 0.274871, 0.615942", \
            "0.0338452, 0.0379244, 0.0478911, 0.0722509, 0.131981, 0.274621, 0.615686", \
            "0.04412, 0.0482336, 0.0577903, 0.0789993, 0.1342, 0.274805, 0.615175", \
            "0.0651028, 0.0703721, 0.0821039, 0.106556, 0.157522, 0.282884, 0.615272", \
            "0.102119, 0.10926, 0.125412, 0.158045, 0.220605, 0.343764, 0.639336", \
            "0.167797, 0.178231, 0.2003, 0.245372, 0.331823, 0.489752, 0.785404" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0970639, 0.105333, 0.124311, 0.168511, 0.272739, 0.520172, 1.10987", \
            "0.101748, 0.109639, 0.129006, 0.173441, 0.277907, 0.526037, 1.11663", \
            "0.113782, 0.121678, 0.140822, 0.185653, 0.290467, 0.538566, 1.12871", \
            "0.140978, 0.1492, 0.168107, 0.212699, 0.317593, 0.565843, 1.15601", \
            "0.197072, 0.206084, 0.227023, 0.272277, 0.376971, 0.625521, 1.22119", \
            "0.293588, 0.306248, 0.334204, 0.392682, 0.512785, 0.76292, 1.35378", \
            "0.475269, 0.492495, 0.5314, 0.613259, 0.772331, 1.07524, 1.67617" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0735429, 0.0842037, 0.109531, 0.170095, 0.314909, 0.658387, 1.47635", \
            "0.0737157, 0.0843018, 0.109619, 0.170041, 0.314047, 0.658783, 1.47728", \
            "0.0737147, 0.0844423, 0.109826, 0.17004, 0.314458, 0.657262, 1.47576", \
            "0.0741275, 0.0846374, 0.109837, 0.170036, 0.314787, 0.658351, 1.47496", \
            "0.0889393, 0.0982432, 0.120242, 0.175678, 0.315243, 0.658221, 1.47795", \
            "0.129493, 0.140121, 0.164471, 0.218319, 0.342746, 0.662112, 1.47596", \
            "0.204386, 0.218185, 0.247896, 0.314317, 0.450876, 0.74435, 1.49029" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.039482, 0.0434243, 0.0523281, 0.0722964, 0.117887, 0.224601, 0.476412", \
            "0.0421218, 0.0460024, 0.0548695, 0.0749595, 0.120528, 0.227074, 0.479212", \
            "0.0477528, 0.0516661, 0.0605288, 0.0805641, 0.126284, 0.232899, 0.484979", \
            "0.0557503, 0.060526, 0.0708179, 0.0924149, 0.138839, 0.245856, 0.498536", \
            "0.0585973, 0.0647746, 0.0791463, 0.107669, 0.163083, 0.274668, 0.527747", \
            "0.0350778, 0.0446196, 0.065261, 0.107444, 0.18583, 0.326537, 0.595624", \
            "-0.0575502, -0.0437817, -0.0141585, 0.0468915, 0.161511, 0.364845, 0.709572" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0323122, 0.036757, 0.0472957, 0.072272, 0.131893, 0.274744, 0.615712", \
            "0.0322045, 0.0365879, 0.0470959, 0.0722948, 0.1319, 0.274468, 0.615533", \
            "0.0333142, 0.0374412, 0.0476733, 0.0722541, 0.131943, 0.274513, 0.614962", \
            "0.0419996, 0.0457181, 0.0552517, 0.077062, 0.133416, 0.274468, 0.615107", \
            "0.0626558, 0.0673779, 0.0776983, 0.100231, 0.15146, 0.280714, 0.615191", \
            "0.0998632, 0.106144, 0.119894, 0.149138, 0.208719, 0.33053, 0.634706", \
            "0.167719, 0.176518, 0.195511, 0.235465, 0.313266, 0.459225, 0.750773" \
          );
        }
      }
      timing () {
        related_pin : "A4";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.102423, 0.110191, 0.127675, 0.169709, 0.267012, 0.497485, 1.04525", \
            "0.107247, 0.115137, 0.132613, 0.174766, 0.272143, 0.502778, 1.05252", \
            "0.119666, 0.127451, 0.145236, 0.187248, 0.284932, 0.515436, 1.06281", \
            "0.147772, 0.155562, 0.173488, 0.214996, 0.312871, 0.543291, 1.09058", \
            "0.206775, 0.214876, 0.234639, 0.276639, 0.374351, 0.605082, 1.1525", \
            "0.308494, 0.321294, 0.346998, 0.401216, 0.514207, 0.748009, 1.29533", \
            "0.498945, 0.514707, 0.550793, 0.626109, 0.778268, 1.06158, 1.62458" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0793609, 0.0892758, 0.113183, 0.168705, 0.301791, 0.618924, 1.37793", \
            "0.0793727, 0.0892551, 0.113014, 0.168728, 0.301949, 0.620533, 1.37857", \
            "0.0792677, 0.0892747, 0.112929, 0.168786, 0.302012, 0.620546, 1.37523", \
            "0.0794419, 0.0894042, 0.113001, 0.168997, 0.302397, 0.619464, 1.37316", \
            "0.0932988, 0.101695, 0.122336, 0.174037, 0.302706, 0.620261, 1.3767", \
            "0.135482, 0.145309, 0.167915, 0.217876, 0.332364, 0.625162, 1.37657", \
            "0.211031, 0.224389, 0.253048, 0.315811, 0.442607, 0.710615, 1.39645" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0427407, 0.0466844, 0.0555918, 0.0755535, 0.12118, 0.227646, 0.479898", \
            "0.0452808, 0.0491937, 0.0580633, 0.0781163, 0.123823, 0.230425, 0.482538", \
            "0.0499563, 0.0538639, 0.0627431, 0.0828154, 0.128578, 0.235101, 0.487274", \
            "0.0563191, 0.0607992, 0.0705273, 0.091732, 0.137976, 0.244825, 0.497782", \
            "0.0577966, 0.0633673, 0.0765594, 0.102887, 0.155372, 0.265772, 0.518693", \
            "0.0324692, 0.041216, 0.059969, 0.0987871, 0.17066, 0.302102, 0.567932", \
            "-0.0645595, -0.051573, -0.024017, 0.0323646, 0.137738, 0.324015, 0.647835" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.032322, 0.0367695, 0.0472924, 0.0722915, 0.131829, 0.274806, 0.614835", \
            "0.0322493, 0.0366048, 0.0472165, 0.0721826, 0.131908, 0.274619, 0.614573", \
            "0.0326664, 0.0369786, 0.0473891, 0.0722171, 0.131959, 0.274468, 0.615411", \
            "0.0390317, 0.0430877, 0.0525722, 0.0752973, 0.132967, 0.274446, 0.615576", \
            "0.0574089, 0.0617281, 0.0714356, 0.0936927, 0.146154, 0.279255, 0.615699", \
            "0.0932489, 0.0988355, 0.111129, 0.138212, 0.194199, 0.316966, 0.62883", \
            "0.160435, 0.168175, 0.184957, 0.219745, 0.290111, 0.428147, 0.723621" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0261812, 0.0310042, 0.0422493, 0.0682523, 0.129026, 0.272808, 0.615459", \
            "0.0307768, 0.0354341, 0.0463726, 0.072475, 0.133425, 0.279159, 0.623333", \
            "0.0435047, 0.0479307, 0.058484, 0.0841422, 0.14462, 0.2901, 0.632918", \
            "0.065212, 0.0722439, 0.0866107, 0.113076, 0.172381, 0.316105, 0.662883", \
            "0.102008, 0.112175, 0.133213, 0.17314, 0.241838, 0.383483, 0.725304", \
            "0.171765, 0.185122, 0.21305, 0.270837, 0.373301, 0.543365, 0.87975", \
            "0.316155, 0.333418, 0.370705, 0.446124, 0.590018, 0.839553, 1.24749" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0247149, 0.0310005, 0.0463378, 0.0824225, 0.168408, 0.372559, 0.860593", \
            "0.0244738, 0.0309434, 0.0462803, 0.0823197, 0.1685, 0.375174, 0.865234", \
            "0.0285456, 0.0337091, 0.0470356, 0.0821676, 0.167632, 0.374099, 0.860765", \
            "0.0421872, 0.0480253, 0.0595564, 0.0878357, 0.168334, 0.372362, 0.867026", \
            "0.0622589, 0.0707676, 0.087996, 0.119808, 0.185994, 0.373947, 0.863671", \
            "0.0953715, 0.10654, 0.130701, 0.178176, 0.258979, 0.414498, 0.863799", \
            "0.16093, 0.174152, 0.203836, 0.266539, 0.389033, 0.588351, 0.961057" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0123256, 0.0140484, 0.018049, 0.0273407, 0.0491613, 0.10135, 0.226582", \
            "0.0153007, 0.0174417, 0.0216406, 0.0310061, 0.0528668, 0.104934, 0.228935", \
            "0.017415, 0.020799, 0.0272502, 0.0390197, 0.0613089, 0.113317, 0.237992", \
            "0.0157624, 0.0204637, 0.0299633, 0.0478534, 0.0788784, 0.132866, 0.256773", \
            "0.0025469, 0.0093609, 0.023524, 0.0499114, 0.0969811, 0.172769, 0.302203", \
            "-0.0403222, -0.0302724, -0.0094204, 0.0293401, 0.0974752, 0.212328, 0.397757", \
            "-0.158558, -0.143476, -0.11326, -0.0560142, 0.0422214, 0.211565, 0.485967" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0080493, 0.0101484, 0.0151822, 0.027162, 0.0557969, 0.124653, 0.28792", \
            "0.0106285, 0.0121646, 0.0162917, 0.0274744, 0.0559317, 0.124614, 0.289806", \
            "0.0168382, 0.0188942, 0.0236226, 0.0326113, 0.0574414, 0.124474, 0.288687", \
            "0.0269248, 0.0301793, 0.0370147, 0.0501029, 0.0722302, 0.128905, 0.291104", \
            "0.0448383, 0.0495579, 0.0595181, 0.0777007, 0.110077, 0.165779, 0.301245", \
            "0.0792722, 0.0860013, 0.0998021, 0.126644, 0.173548, 0.253433, 0.382343", \
            "0.146763, 0.157434, 0.177477, 0.213621, 0.281301, 0.396484, 0.586039" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.010799, 0.012206, 0.0155144, 0.0231567, 0.0408928, 0.0832202, 0.18406", \
            "0.010509, 0.0119289, 0.0152235, 0.0229578, 0.0410057, 0.0839245, 0.184723", \
            "0.0102002, 0.0115885, 0.0148688, 0.0226213, 0.0406978, 0.0833874, 0.184781", \
            "0.0100303, 0.0113768, 0.0145711, 0.0222439, 0.0403424, 0.0831926, 0.183969", \
            "0.0098973, 0.011222, 0.0143968, 0.0218979, 0.039867, 0.0828987, 0.184162", \
            "0.0100476, 0.0114763, 0.0147107, 0.0222098, 0.0398676, 0.0826188, 0.184286", \
            "0.0142699, 0.0152241, 0.0178306, 0.024549, 0.0417461, 0.0838398, 0.184408" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0066626, 0.0053659, 0.0022625, -0.0051651, -0.0229998, -0.065673, -0.167673", \
            "0.0065278, 0.0052259, 0.0021161, -0.005304, -0.0230936, -0.0657767, -0.167822", \
            "0.0062931, 0.0050008, 0.0019163, -0.0054611, -0.0232252, -0.0658831, -0.16792", \
            "0.0061589, 0.0048712, 0.0018376, -0.0055686, -0.0233537, -0.0659678, -0.167945", \
            "0.0064656, 0.0050998, 0.0019514, -0.005554, -0.0232054, -0.0658733, -0.167922", \
            "0.0083118, 0.0068981, 0.0035542, -0.0042445, -0.0226944, -0.0655879, -0.167722", \
            "0.0137332, 0.0121859, 0.008662, 0.0005244, -0.0190468, -0.0632582, -0.165408" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0142721, 0.0156284, 0.0188061, 0.0263164, 0.0440863, 0.0863134, 0.187199", \
            "0.0139821, 0.0153517, 0.0185857, 0.0261661, 0.0440148, 0.0862562, 0.187058", \
            "0.0136473, 0.01501, 0.0182545, 0.0258601, 0.0437842, 0.086154, 0.187106", \
            "0.0134287, 0.0147686, 0.0179735, 0.0255329, 0.0434691, 0.0859743, 0.187364", \
            "0.013257, 0.0145817, 0.0177548, 0.0252813, 0.0430835, 0.0855999, 0.186686", \
            "0.0132932, 0.0146848, 0.0177935, 0.0252986, 0.0431317, 0.0854825, 0.18627", \
            "0.0160683, 0.0172013, 0.0199855, 0.0268569, 0.0443571, 0.086471, 0.186866" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0072778, 0.0059845, 0.0028613, -0.0045766, -0.0224034, -0.0650452, -0.167134", \
            "0.0071444, 0.0058413, 0.0027452, -0.0046757, -0.0224957, -0.0651482, -0.167237", \
            "0.006972, 0.0056806, 0.0025852, -0.0048066, -0.0226125, -0.0652553, -0.167285", \
            "0.0067406, 0.0054826, 0.0024221, -0.0049357, -0.0226927, -0.0653353, -0.167323", \
            "0.006832, 0.0055177, 0.0024161, -0.0050199, -0.0227917, -0.0653897, -0.1674", \
            "0.0080573, 0.0066867, 0.0034214, -0.0041812, -0.0224729, -0.0652048, -0.16727", \
            "0.0120956, 0.0105954, 0.0070728, -0.0010953, -0.0199631, -0.063724, -0.166485" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0182885, 0.0196383, 0.0227855, 0.0302799, 0.0480684, 0.0903748, 0.191187", \
            "0.0180362, 0.01938, 0.0225682, 0.0301124, 0.0479226, 0.0902462, 0.191035", \
            "0.0177389, 0.0190745, 0.0223005, 0.0298679, 0.0477597, 0.0901537, 0.191056", \
            "0.017541, 0.0188715, 0.0220796, 0.0296289, 0.0475238, 0.0899972, 0.19096", \
            "0.0174548, 0.0187771, 0.0219331, 0.0294036, 0.0472567, 0.0897524, 0.190765", \
            "0.0175723, 0.0188723, 0.0220132, 0.0295119, 0.0473967, 0.0897796, 0.190661", \
            "0.0202269, 0.0213887, 0.0241996, 0.031158, 0.0488535, 0.0910593, 0.191464" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0072649, 0.005966, 0.0028503, -0.0045876, -0.0223904, -0.065069, -0.167129", \
            "0.0071375, 0.0058385, 0.0027355, -0.0046938, -0.0224952, -0.0651606, -0.167182", \
            "0.0069427, 0.0056601, 0.0025717, -0.0048378, -0.0226362, -0.0652635, -0.167259", \
            "0.0067094, 0.0054391, 0.0023807, -0.0049759, -0.0227347, -0.0653569, -0.167337", \
            "0.0067871, 0.0055173, 0.0023545, -0.005151, -0.0228507, -0.06542, -0.167396", \
            "0.0077194, 0.0063595, 0.0031458, -0.0043993, -0.0225497, -0.0653097, -0.167319", \
            "0.0114794, 0.0099782, 0.006541, -0.0015031, -0.0203021, -0.0639031, -0.166607" \
          );
        }
      }
      internal_power () {
        related_pin : "A4";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.021214, 0.0225685, 0.0256976, 0.0332078, 0.051035, 0.0934136, 0.194172", \
            "0.0210175, 0.0223835, 0.0255191, 0.0330645, 0.0509321, 0.0932119, 0.193925", \
            "0.0208159, 0.0221333, 0.0253218, 0.0328809, 0.0507935, 0.0931748, 0.194081", \
            "0.0206429, 0.0219622, 0.0251726, 0.0327368, 0.0506001, 0.0930461, 0.193991", \
            "0.0205496, 0.0218736, 0.0250307, 0.0325827, 0.0504582, 0.0928767, 0.19384", \
            "0.0206889, 0.0219994, 0.0251541, 0.0327005, 0.0506453, 0.0931019, 0.193798", \
            "0.0234057, 0.0245337, 0.0274632, 0.0344029, 0.0520932, 0.0938462, 0.195101" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0073657, 0.0060696, 0.0029548, -0.0044751, -0.0222902, -0.0649613, -0.167002", \
            "0.0072346, 0.00594, 0.0028454, -0.0045703, -0.0223957, -0.0650471, -0.167078", \
            "0.0070189, 0.0057312, 0.0026552, -0.0047259, -0.02251, -0.065138, -0.16716", \
            "0.0067465, 0.0054838, 0.0024333, -0.0049005, -0.0226448, -0.0652815, -0.167221", \
            "0.0068108, 0.0054837, 0.0023746, -0.0051026, -0.022814, -0.0653529, -0.167313", \
            "0.0076148, 0.0062548, 0.0030676, -0.0044945, -0.0224893, -0.0653082, -0.16725", \
            "0.0112971, 0.0098273, 0.0063606, -0.0016662, -0.0203019, -0.0638676, -0.166498" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0056557, 0.0070664, 0.0103862, 0.0180764, 0.0358905, 0.078229, 0.179068", \
            "0.0053604, 0.00676, 0.00998, 0.0177351, 0.0356971, 0.078599, 0.180205", \
            "0.0054103, 0.0066629, 0.0098437, 0.0175185, 0.0353396, 0.0782743, 0.179541", \
            "0.0056424, 0.0069112, 0.009983, 0.0173788, 0.0351309, 0.0775295, 0.179802", \
            "0.0067853, 0.0080147, 0.0110009, 0.0181458, 0.035477, 0.0773444, 0.179123", \
            "0.0095261, 0.0106144, 0.0133448, 0.0205706, 0.0375721, 0.0791171, 0.178606", \
            "0.0215365, 0.0217414, 0.0235174, 0.0270514, 0.0426853, 0.0835351, 0.181994" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "-9.9e-06, -0.0012556, -0.0042887, -0.0116861, -0.0295443, -0.0723033, -0.174448", \
            "-0.0001796, -0.0013992, -0.00439, -0.011731, -0.0295441, -0.0722642, -0.174383", \
            "-0.0003297, -0.0016227, -0.0046043, -0.0118651, -0.0295995, -0.0722845, -0.174356", \
            "-0.0002098, -0.0014446, -0.00446, -0.0119353, -0.0296539, -0.0722997, -0.174387", \
            "0.0007698, -0.0006475, -0.0038321, -0.0116456, -0.0296244, -0.0722053, -0.174297", \
            "0.0039226, 0.0022964, -0.0014247, -0.0096817, -0.0282546, -0.0715525, -0.174016", \
            "0.0128292, 0.0106922, 0.006465, -0.0027103, -0.0222597, -0.0681537, -0.171932" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002242;
      rise_capacitance : 0.002296;
      rise_capacitance_range (0.002296, 0.002296);
      fall_capacitance : 0.002188;
      fall_capacitance_range (0.002188, 0.002188);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0039073, -0.0039075, -0.0039079, -0.0039025, -0.0038901, -0.0038614, -0.0037955" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052582, 0.0052595, 0.0052626, 0.0052635, 0.0052658, 0.0052709, 0.0052828" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002294;
      rise_capacitance : 0.00237;
      rise_capacitance_range (0.00237, 0.00237);
      fall_capacitance : 0.002217;
      fall_capacitance_range (0.002217, 0.002217);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044098, -0.0044141, -0.0044239, -0.0044235, -0.0044226, -0.0044206, -0.0044158" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.005254, 0.0052563, 0.0052617, 0.0052794, 0.0053204, 0.0054147, 0.0056321" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002333;
      rise_capacitance : 0.002428;
      rise_capacitance_range (0.002428, 0.002428);
      fall_capacitance : 0.002237;
      fall_capacitance_range (0.002237, 0.002237);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043864, -0.0043865, -0.0043867, -0.0043863, -0.0043852, -0.0043827, -0.0043769" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043707, 0.0043745, 0.0043832, 0.0043845, 0.0043874, 0.004394, 0.0044093" \
          );
        }
      }
    }
    pin (A4) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002379;
      rise_capacitance : 0.002501;
      rise_capacitance_range (0.002501, 0.002501);
      fall_capacitance : 0.002257;
      fall_capacitance_range (0.002257, 0.002257);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044604, -0.0044634, -0.0044704, -0.0044691, -0.0044661, -0.0044592, -0.0044432" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044478, 0.0044564, 0.0044764, 0.0044757, 0.0044742, 0.0044706, 0.0044623" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002385;
      rise_capacitance : 0.002508;
      rise_capacitance_range (0.002508, 0.002508);
      fall_capacitance : 0.002263;
      fall_capacitance_range (0.002263, 0.002263);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.001904, -0.001905, -0.0019072, -0.0019073, -0.0019074, -0.0019078, -0.0019086" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0063214, 0.0063115, 0.0062886, 0.0063093, 0.0063571, 0.0064672, 0.0067211" \
          );
        }
      }
    }
  }
  cell (scs8hd_a41oi_2) {
    area : 16.2656;
    cell_footprint : "a41oi";
    cell_leakage_power : 0.0108175;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0123944;
      when : "A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0027285;
      when : "A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0124018;
      when : "!A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0190806;
      when : "!A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124019;
      when : "!A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0190806;
      when : "!A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0124019;
      when : "!A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 5.06502e-05;
      when : "!A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124019;
      when : "!A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 5.07928e-05;
      when : "!A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0124019;
      when : "!A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 4.99342e-05;
      when : "!A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124019;
      when : "!A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 5.11769e-05;
      when : "!A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0124019;
      when : "!A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 5.12113e-05;
      when : "!A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124019;
      when : "!A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 9.49061e-05;
      when : "!A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0124018;
      when : "A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0313102;
      when : "A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124022;
      when : "A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0313102;
      when : "A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0124019;
      when : "A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 6.4068e-05;
      when : "A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124019;
      when : "A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 9.35961e-05;
      when : "A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0124019;
      when : "A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.042991;
      when : "A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124019;
      when : "A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0001092;
      when : "A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0124019;
      when : "A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0006202;
      when : "A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0108175;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1) | (!A2&!B1) | (!A3&!B1) | (!A4&!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.171214;
      max_transition : 1.49914;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.055029, 0.0605248, 0.0742512, 0.108447, 0.195645, 0.426638, 1.03082", \
            "0.0595873, 0.0650698, 0.0788556, 0.113599, 0.201407, 0.430374, 1.04261", \
            "0.0719221, 0.0771399, 0.0906279, 0.125386, 0.214806, 0.443971, 1.04746", \
            "0.0983054, 0.104081, 0.117891, 0.15207, 0.241228, 0.471343, 1.08647", \
            "0.141175, 0.149168, 0.167918, 0.208834, 0.300103, 0.532994, 1.14274", \
            "0.209515, 0.221622, 0.249789, 0.309575, 0.42898, 0.669209, 1.28029", \
            "0.348586, 0.365931, 0.405868, 0.490756, 0.658227, 0.973168, 1.59912" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0324441, 0.0388249, 0.0563105, 0.102266, 0.2234, 0.545339, 1.38897", \
            "0.0325277, 0.0389196, 0.0564075, 0.102173, 0.22305, 0.544376, 1.40068", \
            "0.0328221, 0.0392822, 0.0564491, 0.102536, 0.224299, 0.543007, 1.3924", \
            "0.0374317, 0.0429879, 0.0585817, 0.102491, 0.224132, 0.543011, 1.39621", \
            "0.0553555, 0.0612614, 0.077496, 0.116929, 0.226798, 0.544831, 1.39764", \
            "0.0931912, 0.100959, 0.119644, 0.164095, 0.269717, 0.553735, 1.39465", \
            "0.17157, 0.178968, 0.20045, 0.253353, 0.377694, 0.655129, 1.41104" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0285932, 0.0319477, 0.0402032, 0.06002, 0.109593, 0.235645, 0.566444", \
            "0.0310862, 0.0344569, 0.0427716, 0.0628513, 0.112058, 0.238345, 0.571078", \
            "0.0389303, 0.0420607, 0.0495925, 0.0693717, 0.118883, 0.245539, 0.57596", \
            "0.0490673, 0.0533027, 0.0635737, 0.0860536, 0.135445, 0.261681, 0.593792", \
            "0.0534796, 0.0589181, 0.0735518, 0.10581, 0.171204, 0.301365, 0.631894", \
            "0.0348536, 0.0437593, 0.0638475, 0.108712, 0.203048, 0.380611, 0.723599", \
            "-0.0441703, -0.0327478, -0.004662, 0.0588786, 0.191554, 0.448517, 0.907421" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0383933, 0.0417874, 0.0509198, 0.0753756, 0.14102, 0.317974, 0.785169", \
            "0.0364424, 0.0400287, 0.0497751, 0.075163, 0.141126, 0.317995, 0.787832", \
            "0.0379234, 0.0412017, 0.0500814, 0.0743178, 0.14108, 0.317458, 0.783931", \
            "0.0458723, 0.0501893, 0.0608818, 0.0831136, 0.143189, 0.317973, 0.786865", \
            "0.0649505, 0.0702181, 0.0824836, 0.111214, 0.171972, 0.325069, 0.784171", \
            "0.0992741, 0.107525, 0.125353, 0.163203, 0.24102, 0.396241, 0.803406", \
            "0.162997, 0.173516, 0.200543, 0.254308, 0.358317, 0.561884, 0.97199" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0773587, 0.0827326, 0.0965131, 0.131688, 0.222932, 0.465137, 1.09567", \
            "0.0816129, 0.0869582, 0.100992, 0.136642, 0.228403, 0.468558, 1.10382", \
            "0.0932361, 0.0985269, 0.112531, 0.148458, 0.241151, 0.484494, 1.1205", \
            "0.119992, 0.125241, 0.139363, 0.17512, 0.267603, 0.509546, 1.14413", \
            "0.17071, 0.177333, 0.193973, 0.233267, 0.32662, 0.568122, 1.20457", \
            "0.255518, 0.265313, 0.289002, 0.342138, 0.457368, 0.704582, 1.34034", \
            "0.414131, 0.427911, 0.461508, 0.5374, 0.69703, 1.00689, 1.6604" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0501629, 0.0570175, 0.0753762, 0.123724, 0.251073, 0.589113, 1.47414", \
            "0.0502533, 0.0571491, 0.075503, 0.124125, 0.251658, 0.587284, 1.4745", \
            "0.0503213, 0.0572157, 0.0754679, 0.123765, 0.251841, 0.590138, 1.48165", \
            "0.0522168, 0.0587869, 0.0761546, 0.124039, 0.251436, 0.587733, 1.47703", \
            "0.068222, 0.0747283, 0.0916605, 0.133689, 0.253594, 0.587667, 1.47591", \
            "0.106394, 0.113534, 0.132355, 0.178047, 0.288374, 0.594437, 1.47575", \
            "0.179969, 0.188866, 0.21219, 0.268604, 0.395467, 0.683445, 1.49328" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.03832, 0.0416221, 0.0496178, 0.0696086, 0.118943, 0.245277, 0.575901", \
            "0.0412338, 0.0445428, 0.0526836, 0.0725027, 0.121845, 0.248287, 0.57896", \
            "0.0482554, 0.051456, 0.0595188, 0.0794577, 0.128909, 0.255143, 0.585804", \
            "0.0589023, 0.0630695, 0.0726786, 0.0950394, 0.145433, 0.27242, 0.603022", \
            "0.0655073, 0.0711723, 0.0846079, 0.115474, 0.178245, 0.31078, 0.642184", \
            "0.0492842, 0.0572163, 0.0765961, 0.120849, 0.212601, 0.384655, 0.731767", \
            "-0.0283091, -0.0168348, 0.0109252, 0.0736484, 0.205314, 0.455948, 0.908132" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0376264, 0.0410662, 0.0503173, 0.0750029, 0.140931, 0.317189, 0.785868", \
            "0.0373149, 0.0408024, 0.0501088, 0.0749316, 0.141046, 0.31754, 0.783833", \
            "0.0383374, 0.0415737, 0.0505878, 0.0746988, 0.140943, 0.317405, 0.783854", \
            "0.0473557, 0.0509501, 0.0595461, 0.0809678, 0.143058, 0.317068, 0.783772", \
            "0.0671747, 0.0713182, 0.0818287, 0.106105, 0.164713, 0.323341, 0.784365", \
            "0.104063, 0.109673, 0.124398, 0.156417, 0.226241, 0.379408, 0.799297", \
            "0.169125, 0.177485, 0.197456, 0.242558, 0.337376, 0.525465, 0.925311" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.086978, 0.0921981, 0.105128, 0.139645, 0.228073, 0.459738, 1.07056", \
            "0.0916447, 0.0968234, 0.110441, 0.144805, 0.233512, 0.465776, 1.07769", \
            "0.103861, 0.10897, 0.122392, 0.157081, 0.246205, 0.478597, 1.09103", \
            "0.131113, 0.13635, 0.149651, 0.184169, 0.27343, 0.506082, 1.11728", \
            "0.184387, 0.190667, 0.206052, 0.243112, 0.33246, 0.564987, 1.17795", \
            "0.277027, 0.285438, 0.306206, 0.354769, 0.462543, 0.700701, 1.31274", \
            "0.448021, 0.459671, 0.488937, 0.556903, 0.701828, 0.998851, 1.62685" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.062219, 0.0688641, 0.0868988, 0.133215, 0.256952, 0.581349, 1.43639", \
            "0.0624114, 0.0690473, 0.0866815, 0.133384, 0.256919, 0.58269, 1.44295", \
            "0.0622797, 0.069085, 0.0866537, 0.133331, 0.256281, 0.580393, 1.44108", \
            "0.0631772, 0.0697246, 0.0869649, 0.133488, 0.256133, 0.582089, 1.43834", \
            "0.0777296, 0.0843097, 0.0998714, 0.14133, 0.258988, 0.581305, 1.4424", \
            "0.11452, 0.121668, 0.139282, 0.183401, 0.291413, 0.588904, 1.43991", \
            "0.186028, 0.194842, 0.217199, 0.27118, 0.392083, 0.675305, 1.45601" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0429207, 0.046171, 0.0542002, 0.0740389, 0.123506, 0.249733, 0.580121", \
            "0.045151, 0.0483943, 0.0565805, 0.0763652, 0.12582, 0.252359, 0.582819", \
            "0.04974, 0.0530019, 0.0610354, 0.0809032, 0.130237, 0.257053, 0.587442", \
            "0.0565398, 0.0600059, 0.0692814, 0.0903896, 0.14045, 0.267335, 0.598717", \
            "0.059232, 0.0638923, 0.0758389, 0.102373, 0.160106, 0.290352, 0.622877", \
            "0.0367784, 0.0437675, 0.0606925, 0.0992139, 0.178602, 0.334334, 0.676324", \
            "-0.0523623, -0.0424355, -0.0177561, 0.0378326, 0.152597, 0.37125, 0.780617" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0375335, 0.0410576, 0.0502216, 0.0749597, 0.141036, 0.317173, 0.784005", \
            "0.0373465, 0.0409349, 0.0500606, 0.0749221, 0.140909, 0.317421, 0.785896", \
            "0.0382768, 0.041713, 0.0507533, 0.074851, 0.141026, 0.3174, 0.78401", \
            "0.0444894, 0.0477345, 0.0564366, 0.0790095, 0.142647, 0.317073, 0.785591", \
            "0.0624785, 0.0659355, 0.0750271, 0.0971606, 0.157075, 0.321003, 0.784875", \
            "0.0980579, 0.102502, 0.114095, 0.141754, 0.20366, 0.35905, 0.793757", \
            "0.164521, 0.171062, 0.186218, 0.222179, 0.3015, 0.472426, 0.880398" \
          );
        }
      }
      timing () {
        related_pin : "A4";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.100787, 0.106151, 0.120327, 0.155387, 0.246723, 0.482925, 1.10408", \
            "0.105762, 0.111207, 0.124774, 0.160705, 0.251589, 0.488114, 1.11049", \
            "0.117533, 0.122897, 0.137213, 0.172902, 0.264094, 0.501343, 1.12178", \
            "0.143256, 0.148597, 0.162554, 0.198095, 0.28979, 0.526761, 1.14773", \
            "0.195229, 0.201003, 0.216429, 0.253697, 0.344937, 0.581755, 1.20452", \
            "0.286087, 0.293885, 0.312459, 0.360397, 0.467152, 0.708512, 1.33033", \
            "0.45786, 0.468556, 0.494263, 0.556648, 0.69465, 0.987088, 1.62416" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0788501, 0.0857726, 0.103618, 0.151072, 0.275576, 0.60732, 1.47991", \
            "0.078602, 0.0854106, 0.10391, 0.150782, 0.275642, 0.607854, 1.4834", \
            "0.0786494, 0.0857828, 0.103564, 0.150939, 0.275671, 0.606432, 1.48035", \
            "0.0788123, 0.0856136, 0.103394, 0.150984, 0.27597, 0.607834, 1.48079", \
            "0.0921633, 0.0983741, 0.114356, 0.157717, 0.278149, 0.607303, 1.48304", \
            "0.128009, 0.1348, 0.15282, 0.197051, 0.308475, 0.613717, 1.47831", \
            "0.197021, 0.205704, 0.227855, 0.281437, 0.405509, 0.696789, 1.49914" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0467978, 0.0499909, 0.0581038, 0.0778739, 0.127309, 0.253816, 0.584342", \
            "0.0491731, 0.0524319, 0.0604703, 0.0804701, 0.129703, 0.256363, 0.586588", \
            "0.0532538, 0.0564642, 0.0647312, 0.0844978, 0.133897, 0.260505, 0.590586", \
            "0.0586001, 0.0618198, 0.0706438, 0.0912943, 0.141261, 0.267929, 0.598427", \
            "0.0593928, 0.0641795, 0.0744834, 0.0991059, 0.153507, 0.283051, 0.614994", \
            "0.0355429, 0.0418134, 0.0571439, 0.0915253, 0.163285, 0.310089, 0.649874", \
            "-0.0560821, -0.0469352, -0.0243441, 0.0257453, 0.128944, 0.32609, 0.714354" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0375044, 0.0410319, 0.0501408, 0.0749009, 0.140991, 0.317349, 0.783903", \
            "0.0374222, 0.0409345, 0.0502544, 0.0748428, 0.141291, 0.317179, 0.783639", \
            "0.0376914, 0.0410688, 0.0502518, 0.0748702, 0.141067, 0.317413, 0.784203", \
            "0.041996, 0.0452255, 0.0540474, 0.0773536, 0.142129, 0.317237, 0.783931", \
            "0.0571375, 0.0603594, 0.0686346, 0.0913371, 0.152172, 0.321346, 0.784491", \
            "0.0913794, 0.0953643, 0.105011, 0.129852, 0.190361, 0.349523, 0.794214", \
            "0.160111, 0.16511, 0.177894, 0.208102, 0.277357, 0.439789, 0.864027" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0208091, 0.0240837, 0.032435, 0.0536542, 0.107421, 0.249792, 0.621397", \
            "0.025785, 0.0287877, 0.0368465, 0.0577928, 0.112407, 0.256664, 0.626412", \
            "0.037627, 0.0413411, 0.0491712, 0.0697236, 0.123655, 0.265345, 0.640391", \
            "0.0561795, 0.0617301, 0.0745461, 0.0993238, 0.152183, 0.294031, 0.667232", \
            "0.0892191, 0.0970855, 0.115108, 0.152602, 0.221097, 0.360912, 0.73227", \
            "0.155625, 0.165614, 0.189333, 0.241315, 0.343494, 0.52234, 0.88903", \
            "0.297087, 0.309962, 0.340867, 0.408823, 0.548824, 0.813232, 1.26085" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0169211, 0.0211886, 0.0323462, 0.0615415, 0.13847, 0.343305, 0.879399", \
            "0.0168038, 0.0209625, 0.0322241, 0.0614668, 0.138735, 0.342926, 0.879516", \
            "0.0230796, 0.0258965, 0.0347272, 0.061447, 0.138723, 0.342502, 0.881317", \
            "0.034149, 0.0386598, 0.0492735, 0.0709529, 0.139549, 0.342764, 0.8817", \
            "0.050464, 0.0571518, 0.0725382, 0.103479, 0.162283, 0.343594, 0.882555", \
            "0.0795981, 0.0879356, 0.108148, 0.152172, 0.236546, 0.392835, 0.882766", \
            "0.142385, 0.151817, 0.174822, 0.230162, 0.350343, 0.560275, 0.978787" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0099071, 0.0110235, 0.0138113, 0.0208419, 0.0389187, 0.0868474, 0.212209", \
            "0.0119529, 0.0135891, 0.0171295, 0.0244586, 0.0427007, 0.0904351, 0.216896", \
            "0.0124347, 0.0148986, 0.0203366, 0.0312814, 0.0513348, 0.0989162, 0.224587", \
            "0.0082664, 0.0118851, 0.01995, 0.036159, 0.0661415, 0.118839, 0.244211", \
            "-0.0082482, -0.0029874, 0.0087546, 0.0327542, 0.0775208, 0.155522, 0.290704", \
            "-0.0564744, -0.0486578, -0.0313291, 0.0045387, 0.070208, 0.186088, 0.382467", \
            "-0.182309, -0.17059, -0.145241, -0.093019, 0.0036033, 0.173208, 0.465782" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.005327, 0.0064723, 0.0098608, 0.0190804, 0.0433746, 0.107027, 0.276411", \
            "0.00823, 0.0094456, 0.0119823, 0.019709, 0.0435112, 0.107082, 0.277877", \
            "0.0130526, 0.0147072, 0.0185975, 0.0265485, 0.0458537, 0.106952, 0.277938", \
            "0.0214389, 0.0240914, 0.0296081, 0.0413555, 0.063409, 0.113458, 0.279398", \
            "0.0370028, 0.0406731, 0.0490302, 0.06627, 0.0966113, 0.152458, 0.289274", \
            "0.0674837, 0.0727596, 0.0842738, 0.108248, 0.152415, 0.233876, 0.377898", \
            "0.129815, 0.136993, 0.153955, 0.188604, 0.250448, 0.367811, 0.570883" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.016037, 0.017785, 0.0222559, 0.0335322, 0.0623251, 0.138149, 0.338993", \
            "0.0155637, 0.0172975, 0.0217952, 0.0332231, 0.0622593, 0.138164, 0.340626", \
            "0.0150438, 0.0167379, 0.0211488, 0.0326354, 0.0621465, 0.138, 0.338238", \
            "0.0147286, 0.0163604, 0.0206377, 0.0318829, 0.0614283, 0.137545, 0.338484", \
            "0.0144955, 0.016114, 0.0203278, 0.0313456, 0.060444, 0.137329, 0.339573", \
            "0.0145683, 0.0160564, 0.0205291, 0.0315423, 0.0604209, 0.136563, 0.338634", \
            "0.0208646, 0.0219912, 0.025261, 0.0349444, 0.0627767, 0.138341, 0.338296" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0110957, 0.0095596, 0.0054874, -0.0053178, -0.0340119, -0.110312, -0.312497", \
            "0.0107881, 0.0092725, 0.0052076, -0.00558, -0.0342726, -0.110533, -0.312712", \
            "0.010351, 0.0088335, 0.0047997, -0.0059674, -0.0345314, -0.110776, -0.312917", \
            "0.0099527, 0.0084622, 0.0044653, -0.0063246, -0.034857, -0.111016, -0.313105", \
            "0.0101673, 0.0087898, 0.0044679, -0.0063931, -0.0350391, -0.111158, -0.313265", \
            "0.0129377, 0.01126, 0.0068047, -0.0045838, -0.0340994, -0.110792, -0.313087", \
            "0.0208414, 0.0190264, 0.0142914, 0.0023814, -0.0274515, -0.107842, -0.310528" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0241366, 0.0257614, 0.029994, 0.0409885, 0.0697461, 0.145312, 0.345079", \
            "0.0235624, 0.0251911, 0.0294936, 0.0406468, 0.0695509, 0.145311, 0.345099", \
            "0.0228395, 0.0244592, 0.0287802, 0.0400467, 0.0691432, 0.145124, 0.345613", \
            "0.0222713, 0.0238881, 0.0281493, 0.0393216, 0.0684728, 0.144686, 0.344858", \
            "0.0218415, 0.0234325, 0.027672, 0.0387, 0.0675616, 0.143872, 0.344034", \
            "0.0216461, 0.023423, 0.0276172, 0.0385657, 0.0674815, 0.143407, 0.343559", \
            "0.0257298, 0.0270468, 0.0307329, 0.040754, 0.068948, 0.144285, 0.343773" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0129626, 0.0114064, 0.0073072, -0.0035065, -0.0322422, -0.108521, -0.310704", \
            "0.0126618, 0.011112, 0.0070271, -0.0037878, -0.032469, -0.108756, -0.310936", \
            "0.0122486, 0.0107298, 0.0066742, -0.0040866, -0.0327382, -0.108962, -0.311112", \
            "0.0117439, 0.0102688, 0.0062629, -0.0043833, -0.0329769, -0.109168, -0.311272", \
            "0.0117607, 0.0102105, 0.0061754, -0.0046161, -0.0331283, -0.109201, -0.311299", \
            "0.0134054, 0.0117652, 0.0075747, -0.0036084, -0.032901, -0.109243, -0.311359", \
            "0.0196125, 0.0178406, 0.013383, 0.001243, -0.0291733, -0.10735, -0.310373" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0319971, 0.0335751, 0.0376965, 0.0486237, 0.0773854, 0.153054, 0.352742", \
            "0.0315736, 0.0331533, 0.0373516, 0.0483964, 0.0771809, 0.152866, 0.352743", \
            "0.0310497, 0.0326923, 0.0369046, 0.0480124, 0.0769561, 0.152662, 0.352581", \
            "0.0307067, 0.0323133, 0.036469, 0.0475809, 0.0765531, 0.152488, 0.352607", \
            "0.0303941, 0.0320041, 0.0362397, 0.0471857, 0.0760755, 0.152071, 0.352178", \
            "0.0305754, 0.0322245, 0.0363145, 0.0473808, 0.0763582, 0.152014, 0.352034", \
            "0.0350051, 0.036374, 0.0400855, 0.0502053, 0.0783546, 0.154027, 0.353103" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0128654, 0.0113072, 0.0072066, -0.0036137, -0.0323305, -0.108627, -0.310784", \
            "0.0125788, 0.0110279, 0.0069383, -0.003881, -0.0325885, -0.108849, -0.311043", \
            "0.0121382, 0.0106147, 0.0065839, -0.0041771, -0.0328303, -0.109051, -0.311226", \
            "0.0117071, 0.0101913, 0.0062, -0.0044839, -0.0330946, -0.109296, -0.311374", \
            "0.0116526, 0.0100572, 0.0060628, -0.0047488, -0.0331912, -0.109327, -0.31137", \
            "0.013082, 0.0114758, 0.0072969, -0.003809, -0.0331247, -0.109311, -0.311461", \
            "0.0194551, 0.017618, 0.0130707, 0.0011713, -0.0291288, -0.107313, -0.310433" \
          );
        }
      }
      internal_power () {
        related_pin : "A4";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0386307, 0.0402067, 0.0444167, 0.0553186, 0.0841716, 0.159993, 0.359935", \
            "0.0382953, 0.0397991, 0.0440215, 0.0549805, 0.0838884, 0.159743, 0.359755", \
            "0.0378985, 0.0394495, 0.0436642, 0.0547137, 0.0837409, 0.159474, 0.359502", \
            "0.037537, 0.0390675, 0.0432949, 0.0543836, 0.083412, 0.159339, 0.359381", \
            "0.0373969, 0.0389468, 0.043063, 0.0540952, 0.0830707, 0.159097, 0.359242", \
            "0.0377865, 0.0393195, 0.0434129, 0.0544405, 0.0834976, 0.159415, 0.359075", \
            "0.0436581, 0.0450705, 0.0486553, 0.0586874, 0.0867072, 0.16195, 0.360883" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0129011, 0.0113769, 0.0072824, -0.0035496, -0.0322852, -0.108555, -0.310746", \
            "0.0126053, 0.0110612, 0.0069808, -0.0038381, -0.0325288, -0.108833, -0.310981", \
            "0.0121443, 0.0106213, 0.0065817, -0.0041638, -0.032798, -0.109055, -0.311182", \
            "0.0116717, 0.0101223, 0.0061731, -0.0045504, -0.03311, -0.109256, -0.31134", \
            "0.0115113, 0.0100068, 0.0059643, -0.0047484, -0.0332792, -0.109361, -0.311404", \
            "0.0131496, 0.0115461, 0.0073181, -0.0037269, -0.0329929, -0.109308, -0.311466", \
            "0.020613, 0.018853, 0.0142379, 0.0023075, -0.0281713, -0.106509, -0.309919" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "0.0128916, 0.0146796, 0.0192051, 0.0305492, 0.059517, 0.135893, 0.336382", \
            "0.0125302, 0.0141997, 0.018579, 0.0298633, 0.0591115, 0.135212, 0.336154", \
            "0.0127612, 0.0142759, 0.018348, 0.0294277, 0.0585881, 0.135208, 0.336386", \
            "0.0132143, 0.0147185, 0.0187802, 0.029434, 0.0581897, 0.134501, 0.335672", \
            "0.0152073, 0.0166055, 0.0204256, 0.0309363, 0.0587087, 0.134162, 0.335142", \
            "0.0204268, 0.0212723, 0.0246323, 0.0348978, 0.0626093, 0.136209, 0.335127", \
            "0.0372135, 0.0375144, 0.0396469, 0.048927, 0.0769621, 0.147371, 0.339465" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132251, 0.00349805, 0.00925239, 0.0244727, 0.0647307, 0.171214");
          values ( \
            "-0.0009262, -0.0023384, -0.006186, -0.0168278, -0.0455822, -0.122029, -0.324433", \
            "-0.0013485, -0.0027468, -0.0064991, -0.0169956, -0.0455894, -0.121951, -0.324308", \
            "-0.0016894, -0.0031146, -0.0068821, -0.0173696, -0.0457522, -0.121993, -0.32426", \
            "-0.0012601, -0.0027595, -0.0067434, -0.0173197, -0.0459551, -0.12208, -0.324307", \
            "0.0008043, -0.0009407, -0.0054176, -0.0164776, -0.045466, -0.122066, -0.324274", \
            "0.0065666, 0.0045471, -0.0005677, -0.012997, -0.043432, -0.120813, -0.323817", \
            "0.0229616, 0.0212473, 0.0138445, -0.0003336, -0.0334196, -0.114851, -0.320378" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004193;
      rise_capacitance : 0.004278;
      rise_capacitance_range (0.004278, 0.004278);
      fall_capacitance : 0.004109;
      fall_capacitance_range (0.004109, 0.004109);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0067589, -0.0067594, -0.0067608, -0.0067474, -0.0067164, -0.0066451, -0.0064806" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0099835, 0.0099867, 0.0099941, 0.0099943, 0.0099949, 0.0099965, 0.01" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004203;
      rise_capacitance : 0.004319;
      rise_capacitance_range (0.004319, 0.004319);
      fall_capacitance : 0.004088;
      fall_capacitance_range (0.004088, 0.004088);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0085865, -0.008592, -0.0086047, -0.0086034, -0.0086001, -0.0085924, -0.0085749" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102209, 0.0102242, 0.0102317, 0.0102718, 0.0103641, 0.0105767, 0.0110672" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004405;
      rise_capacitance : 0.00456;
      rise_capacitance_range (0.00456, 0.00456);
      fall_capacitance : 0.004249;
      fall_capacitance_range (0.004249, 0.004249);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087021, -0.0087081, -0.0087221, -0.0087226, -0.0087235, -0.0087255, -0.0087301" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087275, 0.0087303, 0.0087366, 0.0087355, 0.0087329, 0.008727, 0.0087133" \
          );
        }
      }
    }
    pin (A4) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004421;
      rise_capacitance : 0.004651;
      rise_capacitance_range (0.004651, 0.004651);
      fall_capacitance : 0.004192;
      fall_capacitance_range (0.004192, 0.004192);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087435, -0.0087468, -0.0087543, -0.0087519, -0.0087462, -0.0087329, -0.0087022" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087414, 0.0087444, 0.0087513, 0.0087497, 0.0087457, 0.0087369, 0.0087164" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004635;
      rise_capacitance : 0.0049;
      rise_capacitance_range (0.0049, 0.0049);
      fall_capacitance : 0.004371;
      fall_capacitance_range (0.004371, 0.004371);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0036992, -0.0037044, -0.0037166, -0.0037149, -0.003711, -0.003702, -0.0036812" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0051748, 0.005158, 0.0051193, 0.0051535, 0.0052321, 0.0054137, 0.0058321" \
          );
        }
      }
    }
  }
  cell (scs8hd_a41oi_4) {
    area : 27.5264;
    cell_footprint : "a41oi";
    cell_leakage_power : 0.023182;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0247924;
      when : "!A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0344095;
      when : "!A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0247922;
      when : "!A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0344095;
      when : "!A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0247925;
      when : "!A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0344095;
      when : "!A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0247928;
      when : "!A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0344095;
      when : "!A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0002435;
      when : "A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0247929;
      when : "A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0824696;
      when : "A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0247922;
      when : "A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0002336;
      when : "A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0247922;
      when : "A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0002792;
      when : "A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0248152;
      when : "A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0049515;
      when : "A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0247922;
      when : "!A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.000129;
      when : "!A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0247922;
      when : "!A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0001283;
      when : "!A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0247922;
      when : "!A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0001307;
      when : "!A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0247922;
      when : "!A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0002472;
      when : "!A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0247925;
      when : "A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0589805;
      when : "A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0247927;
      when : "A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0589806;
      when : "A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0247922;
      when : "A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0007104;
      when : "A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0247922;
      when : "A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.023182;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!B1) | (!A2&!B1) | (!A3&!B1) | (!A4&!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.26002;
      max_transition : 1.49881;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0607633, 0.0646185, 0.0752226, 0.1029, 0.177393, 0.38343, 0.965605", \
            "0.0650166, 0.0688929, 0.0794278, 0.107388, 0.182643, 0.389282, 0.972041", \
            "0.0769547, 0.0807633, 0.0909596, 0.118682, 0.194271, 0.405257, 0.984899", \
            "0.103018, 0.106872, 0.117147, 0.144925, 0.220439, 0.428843, 1.01648", \
            "0.14631, 0.151535, 0.164928, 0.197757, 0.276483, 0.485804, 1.07624", \
            "0.217829, 0.223873, 0.24495, 0.291318, 0.392887, 0.615386, 1.20514", \
            "0.358746, 0.369066, 0.400317, 0.464013, 0.605872, 0.892705, 1.50666" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0356647, 0.0399953, 0.0525588, 0.0886771, 0.190815, 0.477906, 1.29339", \
            "0.0356999, 0.0401528, 0.0525839, 0.0885496, 0.190335, 0.478841, 1.29298", \
            "0.0359528, 0.0403284, 0.0528232, 0.08857, 0.190964, 0.478668, 1.29405", \
            "0.0399474, 0.0438126, 0.0550982, 0.0892527, 0.190566, 0.478363, 1.29671", \
            "0.0560192, 0.059997, 0.0716313, 0.10372, 0.195309, 0.478928, 1.30481", \
            "0.0912126, 0.0967016, 0.108977, 0.144425, 0.236944, 0.492435, 1.30148", \
            "0.169814, 0.175419, 0.188175, 0.227203, 0.330403, 0.590513, 1.32015" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0310519, 0.0332851, 0.0393544, 0.055043, 0.0960054, 0.205574, 0.511496", \
            "0.0335334, 0.0357569, 0.0418928, 0.05756, 0.0984731, 0.208428, 0.514566", \
            "0.0417121, 0.0435558, 0.0488273, 0.064291, 0.105195, 0.215251, 0.521124", \
            "0.0527663, 0.0555862, 0.0629698, 0.0806211, 0.121727, 0.232024, 0.539423", \
            "0.0579812, 0.0620473, 0.072205, 0.0976125, 0.154205, 0.271643, 0.577704", \
            "0.0398768, 0.0452287, 0.0599775, 0.0955653, 0.176901, 0.341921, 0.6704", \
            "-0.0391982, -0.0319204, -0.0123294, 0.0374185, 0.150425, 0.389124, 0.845831" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0445306, 0.046698, 0.0531917, 0.07153, 0.125125, 0.280575, 0.721448", \
            "0.0421779, 0.0446105, 0.0517272, 0.0711975, 0.125015, 0.279533, 0.720935", \
            "0.043182, 0.0453416, 0.0514339, 0.0700346, 0.124633, 0.279819, 0.721517", \
            "0.0506178, 0.0534401, 0.0612703, 0.0790404, 0.12788, 0.279593, 0.722074", \
            "0.0674637, 0.0709591, 0.080177, 0.104612, 0.157451, 0.291501, 0.721652", \
            "0.102283, 0.10731, 0.11971, 0.150859, 0.219804, 0.366448, 0.746705", \
            "0.163136, 0.170051, 0.189239, 0.233583, 0.330714, 0.520132, 0.91923" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0858446, 0.0894829, 0.0994803, 0.127032, 0.20326, 0.418586, 1.02383", \
            "0.0898865, 0.0935553, 0.103747, 0.131761, 0.209177, 0.42421, 1.03015", \
            "0.101017, 0.104716, 0.114906, 0.142954, 0.220923, 0.436386, 1.0433", \
            "0.126951, 0.130558, 0.140887, 0.168907, 0.24706, 0.462823, 1.07143", \
            "0.176665, 0.180974, 0.19254, 0.223438, 0.301771, 0.518094, 1.12757", \
            "0.262259, 0.268101, 0.284121, 0.32436, 0.420362, 0.645914, 1.25427", \
            "0.424044, 0.432337, 0.455817, 0.51176, 0.641777, 0.9233, 1.55414" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0557804, 0.0605059, 0.073708, 0.111287, 0.21754, 0.518189, 1.36967", \
            "0.0557443, 0.0604305, 0.0737508, 0.111298, 0.217656, 0.517714, 1.36667", \
            "0.0559624, 0.0605106, 0.0737606, 0.111318, 0.217526, 0.518508, 1.3687", \
            "0.0572637, 0.0617655, 0.0745062, 0.111874, 0.218404, 0.517754, 1.36848", \
            "0.0712095, 0.0755715, 0.0880375, 0.121117, 0.221149, 0.518662, 1.36752", \
            "0.10579, 0.110576, 0.123561, 0.159623, 0.255007, 0.528689, 1.36808", \
            "0.178244, 0.183713, 0.198611, 0.240573, 0.346293, 0.614913, 1.39099" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0413224, 0.0434387, 0.0494836, 0.0650504, 0.105633, 0.215363, 0.521838", \
            "0.0440274, 0.0462407, 0.0520222, 0.067722, 0.108282, 0.218529, 0.524161", \
            "0.0504766, 0.0526088, 0.0584785, 0.0740046, 0.114877, 0.224902, 0.53211", \
            "0.0611174, 0.0637272, 0.0707646, 0.0878566, 0.129902, 0.240304, 0.546546", \
            "0.0671621, 0.0708022, 0.0805563, 0.103921, 0.157231, 0.275203, 0.583352", \
            "0.0501993, 0.0552598, 0.0683941, 0.102642, 0.1797, 0.337187, 0.665551", \
            "-0.0303513, -0.0232723, -0.0043322, 0.043308, 0.152868, 0.381283, 0.817167" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0435451, 0.0457907, 0.0523532, 0.0709423, 0.124743, 0.28016, 0.721511", \
            "0.0431934, 0.0456382, 0.0521278, 0.0709607, 0.124976, 0.279787, 0.721612", \
            "0.0439931, 0.0461643, 0.0525088, 0.0707844, 0.124564, 0.280444, 0.721754", \
            "0.0523198, 0.054657, 0.0612738, 0.0776452, 0.12738, 0.279513, 0.721429", \
            "0.0708433, 0.0734956, 0.0807655, 0.100851, 0.150417, 0.288014, 0.721816", \
            "0.108275, 0.111998, 0.122016, 0.147159, 0.205787, 0.347198, 0.73893", \
            "0.174878, 0.180053, 0.19355, 0.228611, 0.308737, 0.479832, 0.868562" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.109432, 0.113253, 0.123393, 0.153426, 0.235301, 0.464339, 1.11602", \
            "0.113636, 0.117646, 0.128453, 0.158204, 0.240388, 0.469804, 1.11688", \
            "0.124643, 0.128798, 0.139835, 0.169841, 0.252402, 0.482226, 1.13001", \
            "0.151414, 0.15509, 0.165944, 0.196015, 0.278783, 0.509076, 1.15824", \
            "0.203828, 0.207966, 0.219731, 0.25118, 0.333713, 0.564232, 1.2136", \
            "0.297861, 0.303392, 0.318888, 0.35805, 0.454338, 0.690805, 1.3446", \
            "0.477332, 0.484728, 0.504979, 0.557633, 0.682251, 0.967816, 1.63413" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0791514, 0.0842149, 0.0985066, 0.138375, 0.252538, 0.5727, 1.48561", \
            "0.079281, 0.0842992, 0.0983304, 0.138609, 0.252453, 0.573689, 1.4806", \
            "0.0792738, 0.0842579, 0.0983618, 0.13852, 0.251657, 0.573185, 1.48228", \
            "0.0797206, 0.0846119, 0.0986904, 0.138635, 0.25155, 0.572958, 1.48268", \
            "0.0916417, 0.0960543, 0.108439, 0.145547, 0.254016, 0.572241, 1.48269", \
            "0.124975, 0.129943, 0.143755, 0.18154, 0.28246, 0.581513, 1.48441", \
            "0.196142, 0.202085, 0.217939, 0.260702, 0.371021, 0.657487, 1.49881" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0468186, 0.0489571, 0.0548058, 0.070415, 0.110943, 0.220853, 0.526875", \
            "0.0489268, 0.0510306, 0.0570233, 0.0724617, 0.113227, 0.223108, 0.52899", \
            "0.0531992, 0.0552951, 0.0611302, 0.0766952, 0.117376, 0.227503, 0.533642", \
            "0.0587743, 0.061135, 0.0680373, 0.0844396, 0.126067, 0.236292, 0.544293", \
            "0.061597, 0.0642565, 0.0724723, 0.0933649, 0.141027, 0.256196, 0.564398", \
            "0.036942, 0.041375, 0.0532263, 0.0827878, 0.149713, 0.28918, 0.61078", \
            "-0.0582301, -0.0519628, -0.0350026, 0.0075327, 0.103592, 0.302471, 0.693638" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0434951, 0.0456078, 0.0521153, 0.07098, 0.124989, 0.279852, 0.721642", \
            "0.0431742, 0.0454612, 0.0519297, 0.0709231, 0.12472, 0.279742, 0.721462", \
            "0.0439637, 0.0460973, 0.0524886, 0.0710229, 0.124662, 0.279838, 0.720846", \
            "0.0495091, 0.0516234, 0.0579959, 0.0751812, 0.12644, 0.280594, 0.722305", \
            "0.0664936, 0.0683922, 0.074662, 0.092266, 0.141532, 0.285145, 0.721544", \
            "0.102602, 0.105537, 0.113319, 0.133301, 0.186882, 0.324302, 0.731216", \
            "0.171781, 0.175654, 0.185768, 0.213171, 0.278401, 0.43157, 0.821355" \
          );
        }
      }
      timing () {
        related_pin : "A4";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.119207, 0.123174, 0.134166, 0.162658, 0.243767, 0.466461, 1.09291", \
            "0.123843, 0.127868, 0.13882, 0.167489, 0.248532, 0.471254, 1.09781", \
            "0.136213, 0.140072, 0.150202, 0.180277, 0.260872, 0.483897, 1.1117", \
            "0.161049, 0.164949, 0.175224, 0.204698, 0.28587, 0.50915, 1.13677", \
            "0.211623, 0.215837, 0.226846, 0.257316, 0.337728, 0.561268, 1.18806", \
            "0.302462, 0.30667, 0.320446, 0.356863, 0.449702, 0.678053, 1.30527", \
            "0.482298, 0.48931, 0.506848, 0.552707, 0.667109, 0.934457, 1.5771" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0959154, 0.100672, 0.113994, 0.153553, 0.262057, 0.574847, 1.45224", \
            "0.0958578, 0.100265, 0.113991, 0.153213, 0.262222, 0.574247, 1.4524", \
            "0.0953158, 0.100299, 0.114685, 0.152819, 0.262319, 0.574503, 1.45742", \
            "0.0953995, 0.100437, 0.114069, 0.153043, 0.262986, 0.573001, 1.45657", \
            "0.105534, 0.109662, 0.122122, 0.158733, 0.264627, 0.574429, 1.45204", \
            "0.135882, 0.140584, 0.154029, 0.190853, 0.291114, 0.58367, 1.45282", \
            "0.202281, 0.207776, 0.222599, 0.263708, 0.372467, 0.653594, 1.4751" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0496784, 0.051926, 0.0577975, 0.0732582, 0.114045, 0.223722, 0.52983", \
            "0.0518149, 0.0538979, 0.0599195, 0.0753468, 0.11613, 0.226031, 0.531932", \
            "0.0550045, 0.0571302, 0.0630113, 0.0787101, 0.119442, 0.229586, 0.535696", \
            "0.0581202, 0.0603105, 0.0666873, 0.0828441, 0.124201, 0.234228, 0.540739", \
            "0.0564166, 0.0593131, 0.0661323, 0.0847985, 0.129574, 0.243183, 0.550661", \
            "0.0281604, 0.0313707, 0.041584, 0.0671921, 0.125256, 0.253837, 0.571004", \
            "-0.0758422, -0.070246, -0.055124, -0.0180547, 0.0667576, 0.23811, 0.599113" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0432846, 0.0455824, 0.0521106, 0.0709243, 0.124675, 0.280558, 0.721634", \
            "0.0431265, 0.0454358, 0.0520863, 0.0708675, 0.12466, 0.280509, 0.721442", \
            "0.0434561, 0.0456324, 0.0521151, 0.0707432, 0.124659, 0.280371, 0.721249", \
            "0.0470821, 0.0492025, 0.0555114, 0.0736095, 0.125901, 0.280533, 0.721154", \
            "0.0597258, 0.061935, 0.0674659, 0.0850295, 0.13586, 0.283717, 0.721588", \
            "0.0931219, 0.0952768, 0.101395, 0.119878, 0.168913, 0.309977, 0.730761", \
            "0.162211, 0.16518, 0.173146, 0.195282, 0.250121, 0.391687, 0.793404" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0236268, 0.0260698, 0.0328538, 0.0513572, 0.101018, 0.242483, 0.629626", \
            "0.028236, 0.0305588, 0.0370468, 0.0551041, 0.105156, 0.245387, 0.636077", \
            "0.0406684, 0.0431829, 0.0494452, 0.0666757, 0.116328, 0.257489, 0.645993", \
            "0.0606113, 0.0645171, 0.0743273, 0.0961841, 0.144675, 0.283532, 0.673681", \
            "0.096686, 0.102048, 0.115813, 0.147749, 0.212993, 0.350862, 0.741689", \
            "0.170091, 0.176912, 0.195171, 0.238375, 0.332212, 0.510682, 0.896785", \
            "0.328509, 0.336884, 0.359794, 0.415011, 0.540691, 0.798791, 1.26745" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0202934, 0.0233442, 0.0322332, 0.0568729, 0.126585, 0.325125, 0.87996", \
            "0.0200962, 0.0232279, 0.0320221, 0.0570229, 0.126911, 0.325696, 0.882608", \
            "0.0252307, 0.0274114, 0.0343583, 0.0570214, 0.126909, 0.324926, 0.881231", \
            "0.0364148, 0.0398395, 0.0485417, 0.0670634, 0.127831, 0.324443, 0.881254", \
            "0.0520866, 0.0569157, 0.0689073, 0.096, 0.152198, 0.326877, 0.887034", \
            "0.0801568, 0.086235, 0.101427, 0.139997, 0.218502, 0.375456, 0.885108", \
            "0.14175, 0.149387, 0.16526, 0.212374, 0.322008, 0.53553, 0.980856" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0098091, 0.0104829, 0.0123053, 0.0171698, 0.0303916, 0.0674029, 0.173031", \
            "0.0116598, 0.0126755, 0.0151931, 0.0207693, 0.0340452, 0.0712128, 0.175787", \
            "0.0116426, 0.0131935, 0.0170161, 0.0255795, 0.0424294, 0.0796764, 0.184307", \
            "0.0063954, 0.008691, 0.0143135, 0.0270516, 0.0526171, 0.0993321, 0.20446", \
            "-0.0129608, -0.009616, -0.0012042, 0.0177599, 0.0557452, 0.126069, 0.249652", \
            "-0.0680755, -0.0630449, -0.0504466, -0.0226795, 0.0341046, 0.13837, 0.323007", \
            "-0.210037, -0.202694, -0.183801, -0.141488, -0.0593266, 0.0958424, 0.370473" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.005094, 0.0057624, 0.0078254, 0.0140914, 0.0319934, 0.0827203, 0.225272", \
            "0.0077946, 0.0085383, 0.0104051, 0.0153486, 0.0320514, 0.0823258, 0.225343", \
            "0.0122914, 0.0134465, 0.0161834, 0.0224246, 0.0362752, 0.0828822, 0.225519", \
            "0.0203792, 0.0217598, 0.025752, 0.0349156, 0.0535553, 0.0925274, 0.225803", \
            "0.0353493, 0.0375102, 0.0432613, 0.056125, 0.0827264, 0.13318, 0.244938", \
            "0.0647306, 0.0681609, 0.0766648, 0.0948322, 0.13288, 0.205847, 0.340041", \
            "0.125273, 0.130046, 0.141946, 0.170403, 0.224104, 0.326145, 0.519424" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0298104, 0.0318561, 0.0375091, 0.0523949, 0.0927836, 0.204332, 0.520438", \
            "0.0288645, 0.0308572, 0.0365052, 0.0515917, 0.0922482, 0.20443, 0.520794", \
            "0.0278793, 0.029811, 0.0351751, 0.0502386, 0.091165, 0.204094, 0.520827", \
            "0.0270865, 0.028955, 0.0342095, 0.0488446, 0.0898364, 0.203011, 0.521687", \
            "0.0266663, 0.0284327, 0.0335371, 0.0477557, 0.0879624, 0.201074, 0.522395", \
            "0.0278744, 0.0295251, 0.0343443, 0.0481362, 0.0880101, 0.200696, 0.520197", \
            "0.0376122, 0.0388333, 0.0427045, 0.054787, 0.0924198, 0.203638, 0.51924" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0232724, 0.0215505, 0.0167072, 0.002895, -0.036602, -0.148914, -0.468329", \
            "0.0227026, 0.0209773, 0.0161177, 0.0023098, -0.03706, -0.149344, -0.468742", \
            "0.0218129, 0.0200889, 0.0152635, 0.0016026, -0.0376415, -0.149763, -0.469177", \
            "0.0209975, 0.0192005, 0.014452, 0.0008563, -0.0383372, -0.150229, -0.46963", \
            "0.0213992, 0.0196754, 0.014736, 0.0009334, -0.0384844, -0.150384, -0.469642", \
            "0.0254611, 0.0235936, 0.0183389, 0.0036783, -0.0366596, -0.149917, -0.469666", \
            "0.0400628, 0.0383701, 0.0326462, 0.0167802, -0.0266863, -0.144009, -0.466408" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.045481, 0.0473093, 0.052413, 0.066578, 0.106278, 0.21777, 0.533564", \
            "0.0443781, 0.0462831, 0.0514444, 0.0659188, 0.105915, 0.217966, 0.533648", \
            "0.0430009, 0.0448473, 0.0500235, 0.0646505, 0.105047, 0.217312, 0.533515", \
            "0.0418033, 0.0436803, 0.0487529, 0.0631714, 0.103565, 0.216291, 0.533633", \
            "0.040998, 0.042712, 0.0477197, 0.0618905, 0.101973, 0.214712, 0.531769", \
            "0.0411316, 0.042776, 0.0477425, 0.0616588, 0.101573, 0.213529, 0.530442", \
            "0.0478023, 0.0492616, 0.0537308, 0.0662758, 0.105003, 0.216051, 0.530879" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.026284, 0.0245609, 0.0196444, 0.0057234, -0.0337221, -0.146019, -0.465427", \
            "0.0256626, 0.0239148, 0.0190484, 0.0051955, -0.0342516, -0.14654, -0.465926", \
            "0.0247987, 0.0231184, 0.0182726, 0.0045044, -0.0348648, -0.147008, -0.466437", \
            "0.0239636, 0.0222884, 0.017512, 0.0038715, -0.0353532, -0.147549, -0.466818", \
            "0.0237881, 0.0220542, 0.0171444, 0.0034934, -0.0357923, -0.147729, -0.466937", \
            "0.0269978, 0.0251854, 0.0201409, 0.0054525, -0.03496, -0.147527, -0.466991", \
            "0.0385396, 0.0365756, 0.0309039, 0.01533, -0.02713, -0.143459, -0.464973" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0617732, 0.0635854, 0.0685008, 0.0825893, 0.122175, 0.23395, 0.550806", \
            "0.0611101, 0.0627669, 0.0678543, 0.0819774, 0.12171, 0.233564, 0.549769", \
            "0.0599118, 0.0618627, 0.0668516, 0.0811536, 0.121139, 0.233169, 0.54927", \
            "0.0591608, 0.0608802, 0.0658435, 0.0801099, 0.120245, 0.232673, 0.549032", \
            "0.0585245, 0.0602403, 0.0652357, 0.0793154, 0.1193, 0.231687, 0.548441", \
            "0.0586701, 0.0604119, 0.0654264, 0.079659, 0.119361, 0.231199, 0.548904", \
            "0.065691, 0.0672274, 0.0716578, 0.0845326, 0.123495, 0.234952, 0.549284" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0260783, 0.0243287, 0.0194539, 0.0055746, -0.0338851, -0.14619, -0.465611", \
            "0.0255277, 0.0238202, 0.0188867, 0.0050222, -0.0344163, -0.146708, -0.466115", \
            "0.0247133, 0.0229977, 0.0181714, 0.0043907, -0.0349643, -0.147194, -0.466596", \
            "0.0238013, 0.0221187, 0.0173643, 0.0036553, -0.0355327, -0.147675, -0.466962", \
            "0.0234942, 0.021651, 0.0168029, 0.0032373, -0.0358093, -0.147901, -0.466885", \
            "0.0261404, 0.0243898, 0.019312, 0.0050875, -0.0352824, -0.147685, -0.46701", \
            "0.0372412, 0.0353114, 0.0297474, 0.0143915, -0.0279107, -0.143456, -0.465166" \
          );
        }
      }
      internal_power () {
        related_pin : "A4";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0744869, 0.0762504, 0.0810782, 0.0952108, 0.134995, 0.246964, 0.563509", \
            "0.0738378, 0.0754733, 0.0804426, 0.0946223, 0.134484, 0.246548, 0.563004", \
            "0.0729648, 0.0747998, 0.0798192, 0.0940021, 0.133887, 0.246064, 0.562376", \
            "0.0725247, 0.0743374, 0.079133, 0.093432, 0.133453, 0.245914, 0.562156", \
            "0.0721193, 0.0738019, 0.0786342, 0.0928554, 0.132804, 0.245077, 0.561974", \
            "0.0725447, 0.0742522, 0.0793346, 0.0934942, 0.133482, 0.245346, 0.561856", \
            "0.0823153, 0.0838191, 0.0882056, 0.100744, 0.139694, 0.250298, 0.564023" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0257499, 0.0240084, 0.0191005, 0.0051992, -0.0343044, -0.146488, -0.465957", \
            "0.0251285, 0.0234051, 0.0185247, 0.0046036, -0.0348574, -0.147045, -0.466528", \
            "0.0242994, 0.0226078, 0.0177756, 0.0039754, -0.0354139, -0.147595, -0.467062", \
            "0.0235194, 0.0218048, 0.0169832, 0.003189, -0.0359258, -0.147979, -0.467381", \
            "0.0230996, 0.0214555, 0.0165855, 0.0028554, -0.0362968, -0.148255, -0.467475", \
            "0.026333, 0.0245119, 0.0194659, 0.0052133, -0.0349984, -0.147839, -0.467273", \
            "0.0394814, 0.0375357, 0.0319885, 0.0166062, -0.0255813, -0.141963, -0.464272" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "0.0252987, 0.0272786, 0.0328212, 0.0478505, 0.0880665, 0.200417, 0.515831", \
            "0.0246108, 0.0265298, 0.0318535, 0.0465333, 0.0873114, 0.200621, 0.518258", \
            "0.0247529, 0.0264633, 0.0315712, 0.045822, 0.0861186, 0.198967, 0.515395", \
            "0.0257443, 0.0274598, 0.0322956, 0.0459409, 0.0855217, 0.198274, 0.514636", \
            "0.0292533, 0.0308091, 0.0352629, 0.0485107, 0.086883, 0.198007, 0.516021", \
            "0.0419554, 0.0436081, 0.0445585, 0.0566377, 0.0936324, 0.201599, 0.516528", \
            "0.0670004, 0.0672453, 0.0692206, 0.0790624, 0.111863, 0.223083, 0.525741" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
          values ( \
            "-0.0004694, -0.0020648, -0.0066792, -0.0201804, -0.0595098, -0.172126, -0.492076", \
            "-0.0012505, -0.002808, -0.0073158, -0.0205927, -0.0595647, -0.171951, -0.491814", \
            "-0.0020419, -0.0035244, -0.0080679, -0.0212479, -0.0600305, -0.172047, -0.491689", \
            "-0.001341, -0.0031245, -0.0077656, -0.0211111, -0.0604468, -0.172248, -0.491714", \
            "0.0021062, 0.0001109, -0.0053215, -0.0198874, -0.0597507, -0.1723, -0.491615", \
            "0.0121459, 0.0099082, 0.0037849, -0.0125851, -0.055278, -0.16992, -0.490696", \
            "0.0386066, 0.0359065, 0.0291749, 0.0121304, -0.0336476, -0.158302, -0.483955" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008305;
      rise_capacitance : 0.008469;
      rise_capacitance_range (0.008469, 0.008469);
      fall_capacitance : 0.008141;
      fall_capacitance_range (0.008141, 0.008141);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0144689, -0.0144616, -0.0144448, -0.0144197, -0.0143619, -0.0142287, -0.0139217" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0204507, 0.0204537, 0.0204604, 0.0204689, 0.0204884, 0.0205333, 0.020637" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00831;
      rise_capacitance : 0.008504;
      rise_capacitance_range (0.008504, 0.008504);
      fall_capacitance : 0.008115;
      fall_capacitance_range (0.008115, 0.008115);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0173796, -0.0173724, -0.0173556, -0.0173482, -0.0173311, -0.0172914, -0.0172" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.020975, 0.0209809, 0.0209944, 0.0210721, 0.0212514, 0.0216645, 0.0226169" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008266;
      rise_capacitance : 0.008622;
      rise_capacitance_range (0.008622, 0.008622);
      fall_capacitance : 0.007911;
      fall_capacitance_range (0.007911, 0.007911);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0170326, -0.0170422, -0.0170642, -0.0170573, -0.0170413, -0.0170044, -0.0169192" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0170799, 0.0170739, 0.0170602, 0.0170604, 0.0170607, 0.0170614, 0.0170632" \
          );
        }
      }
    }
    pin (A4) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008518;
      rise_capacitance : 0.008978;
      rise_capacitance_range (0.008978, 0.008978);
      fall_capacitance : 0.008058;
      fall_capacitance_range (0.008058, 0.008058);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0172204, -0.0172155, -0.0172045, -0.0172059, -0.0172091, -0.0172167, -0.0172337" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.017247, 0.0172348, 0.0172066, 0.0172037, 0.0171969, 0.0171814, 0.0171455" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008757;
      rise_capacitance : 0.009308;
      rise_capacitance_range (0.009308, 0.009308);
      fall_capacitance : 0.008206;
      fall_capacitance_range (0.008206, 0.008206);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.007503, -0.0074969, -0.0074828, -0.0074796, -0.007472, -0.0074545, -0.0074143" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0085781, 0.0085594, 0.008516, 0.008575, 0.0087109, 0.0090239, 0.0097458" \
          );
        }
      }
    }
  }
  cell (scs8hd_and2_0) {
    area : 6.256;
    cell_footprint : "and2";
    cell_leakage_power : 0.0060192;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0080158;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0079261;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0001226;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0080123;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.0060192;
    }
    pin (X) {
      direction : output;
      function : "(A&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.151072;
      max_transition : 1.50793;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129521, 0.00335512, 0.00869114, 0.0225136, 0.0583196, 0.151072");
          values ( \
            "0.0467322, 0.0530411, 0.0679254, 0.10459, 0.199017, 0.44298, 1.0757", \
            "0.0501489, 0.0564669, 0.0713873, 0.108187, 0.202604, 0.446865, 1.08317", \
            "0.0581948, 0.0644801, 0.0793204, 0.116219, 0.210419, 0.455976, 1.09024", \
            "0.068304, 0.0749047, 0.0901595, 0.127206, 0.221783, 0.469209, 1.09788", \
            "0.0754111, 0.082696, 0.0982251, 0.135139, 0.230247, 0.473591, 1.10961", \
            "0.0669637, 0.0760497, 0.0939119, 0.13129, 0.225598, 0.469362, 1.10085", \
            "0.0118772, 0.0235332, 0.047033, 0.0894164, 0.183939, 0.427825, 1.0599" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129521, 0.00335512, 0.00869114, 0.0225136, 0.0583196, 0.151072");
          values ( \
            "0.0183604, 0.0256073, 0.04489, 0.096752, 0.233427, 0.588365, 1.49785", \
            "0.0183435, 0.0256209, 0.0448886, 0.0968008, 0.232835, 0.584439, 1.50765", \
            "0.0187024, 0.0258158, 0.0450755, 0.0968797, 0.233006, 0.588664, 1.5026", \
            "0.020588, 0.0274421, 0.0464477, 0.0971215, 0.233282, 0.588663, 1.49947", \
            "0.0251334, 0.0312286, 0.0484188, 0.0981995, 0.232851, 0.586766, 1.5004", \
            "0.0326922, 0.039151, 0.0552671, 0.100356, 0.233999, 0.587269, 1.504", \
            "0.0454423, 0.0540642, 0.0710249, 0.112257, 0.236485, 0.587673, 1.49406" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129521, 0.00335512, 0.00869114, 0.0225136, 0.0583196, 0.151072");
          values ( \
            "0.0624537, 0.0678941, 0.0791563, 0.102609, 0.155903, 0.290204, 0.637875", \
            "0.0665171, 0.0719609, 0.0832008, 0.106638, 0.159935, 0.294157, 0.644978", \
            "0.0781331, 0.083527, 0.0948387, 0.118276, 0.171564, 0.306097, 0.653363", \
            "0.105296, 0.110833, 0.122095, 0.145632, 0.198989, 0.333448, 0.681424", \
            "0.15097, 0.157621, 0.170865, 0.195993, 0.25047, 0.384186, 0.733356", \
            "0.225905, 0.233944, 0.249843, 0.278706, 0.335128, 0.470146, 0.818066", \
            "0.36457, 0.374032, 0.392894, 0.427715, 0.488812, 0.623731, 0.971624" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129521, 0.00335512, 0.00869114, 0.0225136, 0.0583196, 0.151072");
          values ( \
            "0.016588, 0.0208541, 0.0307587, 0.0551621, 0.120099, 0.297045, 0.754008", \
            "0.0166027, 0.020828, 0.0306952, 0.0551475, 0.120688, 0.297234, 0.754049", \
            "0.0164645, 0.0206955, 0.0307125, 0.055178, 0.121143, 0.2978, 0.755888", \
            "0.018013, 0.022042, 0.0319702, 0.0557563, 0.120725, 0.299197, 0.755782", \
            "0.0236047, 0.028003, 0.0377417, 0.0603905, 0.122872, 0.297991, 0.757542", \
            "0.0314906, 0.0365954, 0.0469904, 0.0691617, 0.127533, 0.29758, 0.756399", \
            "0.0422151, 0.048195, 0.0606574, 0.0835791, 0.137931, 0.302312, 0.75554" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129521, 0.00335512, 0.00869114, 0.0225136, 0.0583196, 0.151072");
          values ( \
            "0.0503565, 0.0566805, 0.0715105, 0.107935, 0.20197, 0.446533, 1.08145", \
            "0.0537128, 0.0600137, 0.0748572, 0.111395, 0.205168, 0.449037, 1.08554", \
            "0.0606207, 0.0668776, 0.0816821, 0.118505, 0.212857, 0.459251, 1.09309", \
            "0.070517, 0.077116, 0.0923462, 0.129358, 0.223923, 0.468258, 1.09766", \
            "0.0771943, 0.0844977, 0.100327, 0.13751, 0.232055, 0.476364, 1.11277", \
            "0.0658738, 0.0749155, 0.0929182, 0.130839, 0.225329, 0.469795, 1.10372", \
            "0.001742, 0.0133716, 0.0366361, 0.0794403, 0.174002, 0.418589, 1.04818" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129521, 0.00335512, 0.00869114, 0.0225136, 0.0583196, 0.151072");
          values ( \
            "0.0183004, 0.0255809, 0.0449223, 0.0966297, 0.232687, 0.586634, 1.50608", \
            "0.0183652, 0.0256277, 0.0448926, 0.0967764, 0.233297, 0.585467, 1.50793", \
            "0.0185252, 0.0257237, 0.0450609, 0.0968379, 0.233612, 0.591016, 1.50234", \
            "0.0203196, 0.0272689, 0.0460634, 0.0968259, 0.233408, 0.589533, 1.49621", \
            "0.0246226, 0.0308998, 0.048232, 0.097773, 0.232651, 0.584601, 1.50592", \
            "0.0318871, 0.0385931, 0.0547687, 0.100337, 0.23358, 0.584098, 1.50047", \
            "0.0432662, 0.0515732, 0.0689456, 0.110188, 0.235696, 0.58559, 1.49109" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129521, 0.00335512, 0.00869114, 0.0225136, 0.0583196, 0.151072");
          values ( \
            "0.0737721, 0.0793449, 0.0909144, 0.114579, 0.167936, 0.302074, 0.650089", \
            "0.0779982, 0.0836812, 0.0952291, 0.118737, 0.172138, 0.306609, 0.654469", \
            "0.0896705, 0.0952769, 0.106782, 0.130406, 0.18381, 0.31831, 0.665634", \
            "0.118977, 0.124581, 0.13609, 0.159805, 0.213182, 0.347564, 0.69583", \
            "0.173086, 0.179759, 0.192897, 0.21761, 0.27173, 0.406173, 0.75328", \
            "0.261581, 0.269504, 0.286209, 0.315017, 0.370819, 0.505486, 0.853117", \
            "0.422305, 0.431976, 0.451573, 0.486383, 0.547517, 0.680703, 1.02852" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129521, 0.00335512, 0.00869114, 0.0225136, 0.0583196, 0.151072");
          values ( \
            "0.0180892, 0.0222529, 0.0319838, 0.0559259, 0.121151, 0.2985, 0.762274", \
            "0.0182621, 0.0221762, 0.0319727, 0.0560867, 0.120774, 0.296451, 0.756528", \
            "0.018004, 0.0223748, 0.0319789, 0.0560429, 0.121078, 0.296221, 0.7554", \
            "0.0184055, 0.0225029, 0.032276, 0.0563305, 0.121324, 0.295537, 0.755534", \
            "0.0240698, 0.0282697, 0.0375541, 0.0599408, 0.122822, 0.298341, 0.754329", \
            "0.0325328, 0.0377056, 0.0477018, 0.0686972, 0.127573, 0.298341, 0.755547", \
            "0.0439288, 0.0497325, 0.0616019, 0.0836193, 0.136642, 0.300042, 0.755874" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129521, 0.00335512, 0.00869114, 0.0225137, 0.0583197, 0.151072");
          values ( \
            "0.0088316, 0.0104022, 0.0143682, 0.0244601, 0.0506374, 0.118404, 0.29194", \
            "0.0087027, 0.0102812, 0.0142584, 0.0243337, 0.0503616, 0.117845, 0.29221", \
            "0.0085687, 0.0101243, 0.0140804, 0.0241926, 0.0502766, 0.117595, 0.292187", \
            "0.0085007, 0.010071, 0.013954, 0.0239981, 0.0503334, 0.117489, 0.29162", \
            "0.0091107, 0.0106479, 0.0144452, 0.0244781, 0.0505012, 0.118405, 0.292763", \
            "0.0105699, 0.0120158, 0.0158876, 0.0258736, 0.051766, 0.118439, 0.294829", \
            "0.0150726, 0.0165862, 0.0204479, 0.0303054, 0.0562957, 0.124009, 0.297927" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129521, 0.00335512, 0.00869114, 0.0225137, 0.0583197, 0.151072");
          values ( \
            "0.0076946, 0.0065265, 0.0031434, -0.0066096, -0.0327322, -0.100747, -0.277022", \
            "0.007437, 0.006242, 0.002849, -0.0068903, -0.0329888, -0.101067, -0.277394", \
            "0.0072079, 0.0059779, 0.0026053, -0.0071293, -0.0332403, -0.10125, -0.277575", \
            "0.0071634, 0.0058976, 0.0025233, -0.007217, -0.0332906, -0.101282, -0.277612", \
            "0.0077759, 0.0062709, 0.0026157, -0.0069004, -0.0329498, -0.100912, -0.277205", \
            "0.0099739, 0.0083902, 0.0044774, -0.0055863, -0.0315548, -0.0994539, -0.275707", \
            "0.0142776, 0.0126197, 0.0084739, -0.0018522, -0.0282124, -0.096115, -0.272285" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129521, 0.00335512, 0.00869114, 0.0225137, 0.0583197, 0.151072");
          values ( \
            "0.0092434, 0.0108131, 0.0147613, 0.0247387, 0.0506096, 0.117958, 0.292318", \
            "0.0091056, 0.0106795, 0.0146305, 0.0246284, 0.0505337, 0.11795, 0.293765", \
            "0.0089133, 0.0104634, 0.0143923, 0.0244562, 0.0506603, 0.118499, 0.292866", \
            "0.0087691, 0.0103316, 0.0142384, 0.024298, 0.05059, 0.118384, 0.292089", \
            "0.0090307, 0.0105881, 0.0144173, 0.0245045, 0.0504919, 0.117708, 0.292587", \
            "0.010072, 0.0115693, 0.0154282, 0.025464, 0.0514134, 0.118146, 0.294291", \
            "0.0134459, 0.0149153, 0.0186905, 0.0286614, 0.0547723, 0.121858, 0.29494" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00129521, 0.00335512, 0.00869114, 0.0225137, 0.0583197, 0.151072");
          values ( \
            "0.009904, 0.0086876, 0.0052717, -0.0044913, -0.0306297, -0.0986858, -0.27498", \
            "0.0096978, 0.00843, 0.0050393, -0.0047372, -0.0308767, -0.0989467, -0.275041", \
            "0.0094874, 0.0082292, 0.0048193, -0.0049515, -0.0310905, -0.0991685, -0.27543", \
            "0.0094637, 0.0081692, 0.0047503, -0.0050149, -0.031084, -0.0991165, -0.2754", \
            "0.0094672, 0.0081543, 0.0049483, -0.0047049, -0.0307989, -0.0987934, -0.275109", \
            "0.0119377, 0.0103663, 0.0071266, -0.0031122, -0.0290836, -0.0970607, -0.273351", \
            "0.0158944, 0.0141328, 0.0100168, -0.0002644, -0.0265754, -0.0945193, -0.270727" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.0017;
      rise_capacitance : 0.001742;
      rise_capacitance_range (0.001742, 0.001742);
      fall_capacitance : 0.001657;
      fall_capacitance_range (0.001657, 0.001657);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0027321, -0.0027387, -0.0027539, -0.0027505, -0.0027428, -0.0027249, -0.0026835" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0033926, 0.003397, 0.003407, 0.0034059, 0.0034035, 0.0033978, 0.0033848" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001735;
      rise_capacitance : 0.001803;
      rise_capacitance_range (0.001803, 0.001803);
      fall_capacitance : 0.001667;
      fall_capacitance_range (0.001667, 0.001667);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0030066, -0.0030063, -0.0030058, -0.0030062, -0.0030071, -0.0030092, -0.0030141" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0029923, 0.0029983, 0.0030121, 0.0030126, 0.0030137, 0.0030162, 0.0030221" \
          );
        }
      }
    }
  }
  cell (scs8hd_and2_1) {
    area : 6.256;
    cell_footprint : "and2";
    cell_leakage_power : 0.00471813;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0063084;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0062158;
      when : "!A&!B";
    }
    leakage_power () {
      value : 4.48028e-05;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0063035;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.00471813;
    }
    pin (X) {
      direction : output;
      function : "(A&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.210581;
      max_transition : 1.50702;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0494343, 0.0546887, 0.067534, 0.100019, 0.18735, 0.427082, 1.08611", \
            "0.0529431, 0.0582037, 0.0710265, 0.103603, 0.190902, 0.431138, 1.08495", \
            "0.0612648, 0.066499, 0.0793106, 0.111858, 0.199466, 0.44028, 1.09952", \
            "0.0733568, 0.0789066, 0.0921001, 0.124932, 0.212449, 0.451558, 1.11086", \
            "0.0831713, 0.0893505, 0.102931, 0.135815, 0.223707, 0.462971, 1.11707", \
            "0.0785372, 0.0862773, 0.102552, 0.136461, 0.2237, 0.463156, 1.12124", \
            "0.0294906, 0.0391329, 0.060372, 0.100205, 0.187644, 0.427432, 1.08052" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0183845, 0.0240478, 0.0398148, 0.084721, 0.210975, 0.556076, 1.50672", \
            "0.0183373, 0.0240796, 0.039821, 0.0846936, 0.211041, 0.556649, 1.50702", \
            "0.0185524, 0.0242144, 0.0398506, 0.0845963, 0.210944, 0.560019, 1.50564", \
            "0.0206359, 0.0260604, 0.0412824, 0.0851451, 0.211461, 0.556138, 1.50687", \
            "0.0251984, 0.0303909, 0.0441637, 0.0864289, 0.210711, 0.557575, 1.50292", \
            "0.0331882, 0.0387997, 0.0521011, 0.090023, 0.212109, 0.555254, 1.50326", \
            "0.0454288, 0.0524655, 0.0683327, 0.103411, 0.215628, 0.557557, 1.4948" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0653764, 0.0698072, 0.0793967, 0.0992992, 0.143986, 0.258438, 0.570885", \
            "0.0695881, 0.0740211, 0.0836604, 0.103611, 0.148283, 0.262612, 0.574222", \
            "0.0810785, 0.0854608, 0.0951131, 0.115081, 0.15976, 0.274241, 0.587226", \
            "0.108902, 0.113258, 0.122989, 0.143123, 0.187588, 0.302052, 0.615735", \
            "0.157311, 0.162628, 0.17401, 0.195965, 0.242222, 0.357065, 0.669516", \
            "0.236101, 0.242298, 0.255878, 0.282578, 0.332105, 0.447388, 0.759487", \
            "0.378748, 0.385734, 0.401945, 0.433588, 0.490778, 0.606583, 0.916896" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0165308, 0.0198988, 0.0273257, 0.0464326, 0.0976365, 0.244507, 0.658001", \
            "0.0165062, 0.0198937, 0.0272673, 0.0461436, 0.0974958, 0.245733, 0.65454", \
            "0.0166732, 0.0198721, 0.0273597, 0.0462746, 0.0976152, 0.244462, 0.660986", \
            "0.0176049, 0.0208703, 0.0281738, 0.0466509, 0.0978044, 0.245625, 0.658118", \
            "0.0233624, 0.0270178, 0.0345347, 0.0523454, 0.100302, 0.244808, 0.657705", \
            "0.0316618, 0.03564, 0.0446523, 0.0626645, 0.107794, 0.247288, 0.663752", \
            "0.0431257, 0.0472941, 0.0576415, 0.0787157, 0.121664, 0.253157, 0.657723" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0535155, 0.0587725, 0.0715951, 0.103819, 0.190792, 0.430985, 1.08428", \
            "0.0568958, 0.0621718, 0.0749605, 0.107297, 0.194453, 0.432665, 1.08886", \
            "0.0641095, 0.0693455, 0.0820724, 0.114531, 0.201631, 0.440782, 1.09395", \
            "0.0753848, 0.0808346, 0.0940462, 0.126875, 0.214054, 0.454713, 1.10794", \
            "0.0845586, 0.0907007, 0.104673, 0.137766, 0.225527, 0.465364, 1.12025", \
            "0.0771078, 0.0846874, 0.101084, 0.13539, 0.222664, 0.462857, 1.11733", \
            "0.0188167, 0.0283354, 0.049154, 0.088935, 0.176906, 0.415199, 1.07017" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0184052, 0.0240571, 0.0398772, 0.0847067, 0.210189, 0.560268, 1.50229", \
            "0.018366, 0.0240622, 0.0398508, 0.084531, 0.210829, 0.55845, 1.50283", \
            "0.0184297, 0.0241834, 0.0399066, 0.0846976, 0.211084, 0.558615, 1.50299", \
            "0.0202259, 0.0258044, 0.0410464, 0.0850473, 0.211298, 0.558482, 1.49935", \
            "0.0246557, 0.0297781, 0.0437964, 0.0864329, 0.210251, 0.556121, 1.50208", \
            "0.0317427, 0.0373764, 0.0511102, 0.0896582, 0.211451, 0.556136, 1.50324", \
            "0.0424954, 0.0499175, 0.065079, 0.101171, 0.214537, 0.557666, 1.49685" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0767432, 0.0814745, 0.0913581, 0.111564, 0.156493, 0.270951, 0.583294", \
            "0.0811575, 0.0855814, 0.0955445, 0.115764, 0.160623, 0.274988, 0.587048", \
            "0.0929163, 0.0975557, 0.107427, 0.127708, 0.172657, 0.287178, 0.599122", \
            "0.121953, 0.126564, 0.136484, 0.156774, 0.201391, 0.316272, 0.62777", \
            "0.178288, 0.183681, 0.195126, 0.217074, 0.263035, 0.377458, 0.689344", \
            "0.269361, 0.275871, 0.289916, 0.316829, 0.365808, 0.481371, 0.792462", \
            "0.433586, 0.44064, 0.457577, 0.490004, 0.546049, 0.664005, 0.972948" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0183476, 0.021691, 0.0290414, 0.0477006, 0.0983586, 0.244612, 0.656382", \
            "0.0183291, 0.02148, 0.0290452, 0.0475805, 0.0983084, 0.244784, 0.65519", \
            "0.0182834, 0.021473, 0.0292357, 0.0477534, 0.0981374, 0.247932, 0.661146", \
            "0.0185087, 0.0218731, 0.029095, 0.0478159, 0.0986357, 0.24787, 0.655406", \
            "0.0243552, 0.0274746, 0.0354646, 0.0518639, 0.100287, 0.244889, 0.656141", \
            "0.0332246, 0.0374513, 0.0466028, 0.0631925, 0.107884, 0.248095, 0.658995", \
            "0.0452042, 0.0497177, 0.0602487, 0.0803336, 0.121972, 0.253072, 0.657166" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.076915, 0.210581");
          values ( \
            "0.010497, 0.0122004, 0.0167786, 0.0290562, 0.0625332, 0.154533, 0.406363", \
            "0.0103831, 0.0120836, 0.0166564, 0.0289412, 0.0624651, 0.154492, 0.405881", \
            "0.0102916, 0.0119785, 0.0165481, 0.028862, 0.0627191, 0.154684, 0.406511", \
            "0.0102696, 0.0119457, 0.0164544, 0.0287294, 0.0622845, 0.154738, 0.405897", \
            "0.0109715, 0.0126394, 0.0169856, 0.0291033, 0.0622635, 0.155108, 0.405903", \
            "0.0124313, 0.0140338, 0.0184752, 0.0305675, 0.0638499, 0.154766, 0.408308", \
            "0.0171837, 0.018619, 0.0230098, 0.0350318, 0.0683483, 0.159267, 0.411098" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.076915, 0.210581");
          values ( \
            "0.0095668, 0.0081477, 0.0043216, -0.0072602, -0.0408225, -0.1336, -0.387603", \
            "0.0093274, 0.0079036, 0.0041118, -0.0075114, -0.0410555, -0.133823, -0.387918", \
            "0.0091487, 0.0076732, 0.003834, -0.0077603, -0.0413049, -0.134028, -0.388103", \
            "0.0091433, 0.0076204, 0.0037543, -0.0079035, -0.0414047, -0.134062, -0.388139", \
            "0.0098507, 0.008114, 0.0038506, -0.0076274, -0.0410922, -0.133711, -0.38781", \
            "0.0124299, 0.0106304, 0.0059683, -0.0062233, -0.0398719, -0.132327, -0.386326", \
            "0.0172841, 0.0151982, 0.0102176, -0.0027397, -0.0365802, -0.129188, -0.38307" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.076915, 0.210581");
          values ( \
            "0.0110719, 0.0127769, 0.0173366, 0.029542, 0.0628207, 0.155275, 0.404753", \
            "0.0109551, 0.012674, 0.0172262, 0.0294362, 0.0630365, 0.155189, 0.404718", \
            "0.0107914, 0.0124832, 0.0170304, 0.0292664, 0.0626927, 0.15512, 0.406097", \
            "0.0107122, 0.0123518, 0.0168554, 0.0291734, 0.0629654, 0.154601, 0.403318", \
            "0.0110007, 0.0126386, 0.0171192, 0.029307, 0.0626247, 0.155224, 0.403344", \
            "0.0121382, 0.0137032, 0.0181892, 0.0302971, 0.0636287, 0.154728, 0.40615", \
            "0.0156562, 0.0171335, 0.0213802, 0.0332561, 0.0666585, 0.157742, 0.409499" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.076915, 0.210581");
          values ( \
            "0.0116483, 0.0101447, 0.0062646, -0.0054362, -0.0391323, -0.13192, -0.386041", \
            "0.011458, 0.0099039, 0.0060128, -0.0057092, -0.0393415, -0.132148, -0.386284", \
            "0.0112183, 0.0097262, 0.0058377, -0.0058699, -0.0395117, -0.132275, -0.386356", \
            "0.0112512, 0.009746, 0.005767, -0.0058994, -0.0394735, -0.132273, -0.386372", \
            "0.0114719, 0.0098631, 0.0062184, -0.0054729, -0.0391615, -0.13193, -0.386077", \
            "0.0145135, 0.0126792, 0.0079643, -0.0044839, -0.038161, -0.130842, -0.384989", \
            "0.0193415, 0.0172062, 0.0121408, -0.0006159, -0.0344192, -0.127916, -0.381877" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001552;
      rise_capacitance : 0.001587;
      rise_capacitance_range (0.001587, 0.001587);
      fall_capacitance : 0.001516;
      fall_capacitance_range (0.001516, 0.001516);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0023367, -0.0023359, -0.002334, -0.002331, -0.0023242, -0.0023086, -0.0022725" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030401, 0.0030405, 0.0030415, 0.0030414, 0.003041, 0.00304, 0.0030379" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001588;
      rise_capacitance : 0.001655;
      rise_capacitance_range (0.001655, 0.001655);
      fall_capacitance : 0.001522;
      fall_capacitance_range (0.001522, 0.001522);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0027001, -0.0026996, -0.0026983, -0.0026984, -0.0026986, -0.002699, -0.0027" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0026886, 0.0026926, 0.0027018, 0.0027018, 0.0027016, 0.0027013, 0.0027006" \
          );
        }
      }
    }
  }
  cell (scs8hd_and2_2) {
    area : 7.5072;
    cell_footprint : "and2";
    cell_leakage_power : 0.00937702;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0125095;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0124114;
      when : "!A&!B";
    }
    leakage_power () {
      value : 7.84849e-05;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0125087;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.00937702;
    }
    pin (X) {
      direction : output;
      function : "(A&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.402842;
      max_transition : 1.50839;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152521, 0.00465256, 0.0141923, 0.0432925, 0.132061, 0.402842");
          values ( \
            "0.060315, 0.0645933, 0.0753326, 0.102143, 0.176899, 0.402285, 1.08835", \
            "0.0639064, 0.0681546, 0.0788908, 0.10567, 0.180455, 0.406072, 1.09453", \
            "0.0722786, 0.0765359, 0.0872953, 0.114082, 0.188878, 0.415981, 1.09977", \
            "0.0894084, 0.0938156, 0.104746, 0.131791, 0.206566, 0.432359, 1.12468", \
            "0.107541, 0.112814, 0.125179, 0.152852, 0.227814, 0.453595, 1.13977", \
            "0.114136, 0.120331, 0.135518, 0.166797, 0.241934, 0.466614, 1.15923", \
            "0.0822088, 0.0892069, 0.107393, 0.146286, 0.225598, 0.448856, 1.13421" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152521, 0.00465256, 0.0141923, 0.0432925, 0.132061, 0.402842");
          values ( \
            "0.0172165, 0.0210359, 0.0318203, 0.0648812, 0.170613, 0.499902, 1.50809", \
            "0.0172131, 0.0210296, 0.03179, 0.0648725, 0.170625, 0.500725, 1.50783", \
            "0.0171976, 0.0210001, 0.0318327, 0.0646908, 0.170586, 0.49975, 1.5052", \
            "0.0191134, 0.0228432, 0.0332593, 0.065495, 0.170508, 0.500354, 1.50839", \
            "0.0241796, 0.0279589, 0.0381764, 0.0683557, 0.171283, 0.4997, 1.50734", \
            "0.0317921, 0.0367306, 0.0477804, 0.0758468, 0.173281, 0.499791, 1.50379", \
            "0.0444132, 0.0495831, 0.0634831, 0.0929828, 0.181587, 0.501234, 1.49974" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152521, 0.00465256, 0.0141923, 0.0432925, 0.132061, 0.402842");
          values ( \
            "0.085616, 0.0893676, 0.0986293, 0.118948, 0.160903, 0.265034, 0.570418", \
            "0.0898411, 0.0935849, 0.102967, 0.123169, 0.16523, 0.269358, 0.57496", \
            "0.101266, 0.10503, 0.11425, 0.134435, 0.176472, 0.280537, 0.586542", \
            "0.129498, 0.133334, 0.142592, 0.162633, 0.204867, 0.308976, 0.615406", \
            "0.188645, 0.192745, 0.202812, 0.224456, 0.267831, 0.371977, 0.678249", \
            "0.283186, 0.287758, 0.299569, 0.325405, 0.375632, 0.482769, 0.7887", \
            "0.445528, 0.45115, 0.464834, 0.49523, 0.555529, 0.670684, 0.976754" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152521, 0.00465256, 0.0141923, 0.0432925, 0.132061, 0.402842");
          values ( \
            "0.0196496, 0.0220709, 0.0287259, 0.0441319, 0.0844878, 0.210004, 0.617788", \
            "0.0196346, 0.0222655, 0.0287027, 0.0440928, 0.0843786, 0.211581, 0.615577", \
            "0.0196042, 0.0222294, 0.0287413, 0.0444703, 0.0844134, 0.210668, 0.615129", \
            "0.0196768, 0.0223086, 0.029135, 0.0446263, 0.0847004, 0.211377, 0.616071", \
            "0.0249816, 0.0275429, 0.0340929, 0.0490326, 0.0871975, 0.211343, 0.615838", \
            "0.0361073, 0.0387514, 0.0460588, 0.0628941, 0.100125, 0.216144, 0.620011", \
            "0.0514751, 0.054168, 0.0621967, 0.0814444, 0.121413, 0.229159, 0.616172" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152521, 0.00465256, 0.0141923, 0.0432925, 0.132061, 0.402842");
          values ( \
            "0.0642524, 0.0685168, 0.0792559, 0.106081, 0.180545, 0.405576, 1.09355", \
            "0.0677325, 0.0719815, 0.082722, 0.109523, 0.183981, 0.409295, 1.09616", \
            "0.075287, 0.0795432, 0.0902984, 0.117054, 0.191701, 0.416843, 1.10395", \
            "0.0896646, 0.0940869, 0.105114, 0.132039, 0.206778, 0.432381, 1.11708", \
            "0.10582, 0.110884, 0.122884, 0.150961, 0.225954, 0.451023, 1.13861", \
            "0.10868, 0.11488, 0.12963, 0.160527, 0.23587, 0.461536, 1.14876", \
            "0.0662485, 0.0732405, 0.0909862, 0.129193, 0.207519, 0.43191, 1.11682" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152521, 0.00465256, 0.0141923, 0.0432925, 0.132061, 0.402842");
          values ( \
            "0.017192, 0.0209919, 0.0318475, 0.0648325, 0.170482, 0.498673, 1.50534", \
            "0.0172293, 0.0210122, 0.0317922, 0.0648392, 0.170489, 0.499723, 1.50323", \
            "0.017145, 0.020993, 0.0318374, 0.0648613, 0.170545, 0.500269, 1.5057", \
            "0.0184874, 0.0221334, 0.0328602, 0.065324, 0.170684, 0.500652, 1.50238", \
            "0.0225605, 0.0264502, 0.0370892, 0.0678278, 0.171024, 0.499157, 1.50541", \
            "0.0298083, 0.0344234, 0.0452156, 0.074374, 0.173212, 0.497867, 1.50348", \
            "0.0401114, 0.0456657, 0.0591266, 0.089572, 0.179221, 0.501083, 1.49713" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152521, 0.00465256, 0.0141923, 0.0432925, 0.132061, 0.402842");
          values ( \
            "0.0972301, 0.101239, 0.111131, 0.132102, 0.174654, 0.279129, 0.585103", \
            "0.101625, 0.105605, 0.115493, 0.136345, 0.179103, 0.283599, 0.589627", \
            "0.11316, 0.117161, 0.127067, 0.148066, 0.190663, 0.295231, 0.601637", \
            "0.142454, 0.146446, 0.15611, 0.177111, 0.21965, 0.324666, 0.630894", \
            "0.206809, 0.211084, 0.221453, 0.243239, 0.286658, 0.391055, 0.695987", \
            "0.314523, 0.319456, 0.331811, 0.358188, 0.408156, 0.51551, 0.819766", \
            "0.498941, 0.504635, 0.51869, 0.550418, 0.611177, 0.726668, 1.03142" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152521, 0.00465256, 0.0141923, 0.0432925, 0.132061, 0.402842");
          values ( \
            "0.0215462, 0.0241165, 0.0311077, 0.04619, 0.0860251, 0.210942, 0.618916", \
            "0.0214891, 0.0241535, 0.0310217, 0.0463604, 0.0860283, 0.210839, 0.62121", \
            "0.0214011, 0.0241196, 0.0309343, 0.0464096, 0.0862643, 0.211324, 0.618201", \
            "0.0214578, 0.0241599, 0.0311899, 0.0464067, 0.0859262, 0.211372, 0.618054", \
            "0.0255589, 0.0282585, 0.0348125, 0.0494076, 0.0877563, 0.211607, 0.617003", \
            "0.0370167, 0.039897, 0.0474688, 0.0639994, 0.0995898, 0.215814, 0.620248", \
            "0.0530869, 0.0562977, 0.0643229, 0.0842712, 0.123668, 0.229483, 0.616897" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152521, 0.00465256, 0.0141923, 0.0432925, 0.132061, 0.402842");
          values ( \
            "0.0165145, 0.0185215, 0.0245991, 0.0428197, 0.0975906, 0.264803, 0.774104", \
            "0.0164654, 0.0184723, 0.0245417, 0.0427715, 0.0975396, 0.264838, 0.774663", \
            "0.0163624, 0.0183524, 0.0244706, 0.0426545, 0.0974238, 0.264502, 0.770035", \
            "0.0166054, 0.0185314, 0.0243972, 0.0424666, 0.0973028, 0.264735, 0.774381", \
            "0.0175133, 0.0193445, 0.0250503, 0.0427801, 0.0969337, 0.264338, 0.773926", \
            "0.019614, 0.0212834, 0.0269104, 0.0445779, 0.0984587, 0.264474, 0.773889", \
            "0.0253808, 0.0267537, 0.0318924, 0.0492796, 0.103077, 0.267778, 0.775088" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152521, 0.00465256, 0.0141923, 0.0432925, 0.132061, 0.402842");
          values ( \
            "0.0140653, 0.0119746, 0.0064941, -0.0096312, -0.0633836, -0.231749, -0.746537", \
            "0.0138687, 0.0117921, 0.0062333, -0.0098642, -0.0635833, -0.23196, -0.746908", \
            "0.0136641, 0.0115866, 0.0060206, -0.0101394, -0.0638866, -0.232253, -0.746899", \
            "0.0137863, 0.011649, 0.0060095, -0.0102469, -0.0640415, -0.232411, -0.747083", \
            "0.0147537, 0.0124715, 0.0064324, -0.0100835, -0.0639411, -0.232152, -0.74681", \
            "0.0206556, 0.0180721, 0.0110388, -0.0079061, -0.0630828, -0.231199, -0.745803", \
            "0.0279955, 0.0251883, 0.0174467, -0.0026734, -0.0587639, -0.227969, -0.742484" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152521, 0.00465256, 0.0141923, 0.0432925, 0.132061, 0.402842");
          values ( \
            "0.0170473, 0.0190512, 0.0251155, 0.0433697, 0.098048, 0.264319, 0.773914", \
            "0.0170095, 0.019015, 0.025087, 0.0432587, 0.0979699, 0.264551, 0.774231", \
            "0.016857, 0.0188554, 0.0249666, 0.0431204, 0.0978187, 0.264903, 0.774474", \
            "0.0169242, 0.0188728, 0.0249128, 0.042956, 0.0976689, 0.264951, 0.774115", \
            "0.0177878, 0.0196305, 0.0252559, 0.0431255, 0.0976342, 0.264361, 0.77452", \
            "0.0191335, 0.0208907, 0.0265572, 0.0443826, 0.0981874, 0.264306, 0.777748", \
            "0.023488, 0.0250929, 0.030215, 0.0476339, 0.101793, 0.267455, 0.776131" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152521, 0.00465256, 0.0141923, 0.0432925, 0.132061, 0.402842");
          values ( \
            "0.016137, 0.01399, 0.0084248, -0.0078994, -0.0618711, -0.23038, -0.745186", \
            "0.0160642, 0.0139317, 0.0081679, -0.0079509, -0.062051, -0.2305, -0.745333", \
            "0.0158286, 0.0136828, 0.0079569, -0.008309, -0.0621857, -0.230727, -0.745526", \
            "0.0157672, 0.0135564, 0.0079632, -0.0083569, -0.0623498, -0.230795, -0.745507", \
            "0.0167855, 0.0144974, 0.0084384, -0.0080985, -0.062054, -0.230497, -0.745267", \
            "0.0225694, 0.0199668, 0.0129145, -0.0061367, -0.0612021, -0.229663, -0.744356", \
            "0.0296631, 0.0268597, 0.0191098, -0.0010711, -0.0574898, -0.226523, -0.741337" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001539;
      rise_capacitance : 0.001577;
      rise_capacitance_range (0.001577, 0.001577);
      fall_capacitance : 0.001501;
      fall_capacitance_range (0.001501, 0.001501);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0023714, -0.0023724, -0.0023747, -0.0023709, -0.0023623, -0.0023423, -0.0022963" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030676, 0.0030692, 0.003073, 0.0030736, 0.0030751, 0.0030787, 0.003087" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001563;
      rise_capacitance : 0.001632;
      rise_capacitance_range (0.001632, 0.001632);
      fall_capacitance : 0.001495;
      fall_capacitance_range (0.001495, 0.001495);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0026872, -0.0026871, -0.0026868, -0.0026865, -0.0026859, -0.0026843, -0.0026806" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0026881, 0.002689, 0.0026911, 0.0026908, 0.0026902, 0.0026889, 0.002686" \
          );
        }
      }
    }
  }
  cell (scs8hd_and2_4) {
    area : 8.7584;
    cell_footprint : "and2";
    cell_leakage_power : 0.0217443;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0248179;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0247987;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0125362;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0248244;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.0217443;
    }
    pin (X) {
      direction : output;
      function : "(A&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.713206;
      max_transition : 1.50836;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167756, 0.0056284, 0.0188839, 0.0633578, 0.212573, 0.713206");
          values ( \
            "0.0616099, 0.0646215, 0.0730656, 0.0954037, 0.160545, 0.374441, 1.09126", \
            "0.0646654, 0.0677047, 0.0761377, 0.0984597, 0.163729, 0.377898, 1.09318", \
            "0.0722671, 0.0753045, 0.0837308, 0.106314, 0.171432, 0.385373, 1.10323", \
            "0.088554, 0.0917317, 0.100408, 0.122564, 0.187643, 0.401699, 1.12463", \
            "0.10355, 0.107322, 0.117415, 0.141009, 0.206185, 0.420473, 1.13549", \
            "0.104121, 0.108444, 0.120532, 0.148286, 0.214286, 0.428122, 1.14333", \
            "0.0599549, 0.0645375, 0.0784113, 0.112977, 0.185151, 0.397494, 1.11137" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167756, 0.0056284, 0.0188839, 0.0633578, 0.212573, 0.713206");
          values ( \
            "0.0162861, 0.0188065, 0.02676, 0.0524983, 0.142779, 0.45522, 1.50536", \
            "0.0162651, 0.0188965, 0.0267937, 0.0523974, 0.142771, 0.4552, 1.50719", \
            "0.0162669, 0.0188162, 0.0267724, 0.0525467, 0.142707, 0.454984, 1.50507", \
            "0.0181591, 0.0206258, 0.028222, 0.0532963, 0.142851, 0.456391, 1.50836", \
            "0.0231218, 0.0261591, 0.0334874, 0.0568133, 0.143784, 0.455366, 1.50451", \
            "0.0306267, 0.0338778, 0.0430293, 0.0657524, 0.146469, 0.454448, 1.50527", \
            "0.0436755, 0.0467322, 0.0577792, 0.0837422, 0.156346, 0.456939, 1.49953" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167756, 0.0056284, 0.0188839, 0.0633578, 0.212573, 0.713206");
          values ( \
            "0.0703083, 0.0726662, 0.0792869, 0.0950536, 0.129699, 0.222386, 0.522731", \
            "0.0750385, 0.077398, 0.0839988, 0.0996441, 0.134441, 0.227166, 0.527592", \
            "0.0873133, 0.0896817, 0.096288, 0.111946, 0.146748, 0.239367, 0.540388", \
            "0.116863, 0.119229, 0.125817, 0.141417, 0.176202, 0.268391, 0.569299", \
            "0.174468, 0.177206, 0.184609, 0.202261, 0.239291, 0.332293, 0.63185", \
            "0.268041, 0.271145, 0.27981, 0.30129, 0.345638, 0.441663, 0.741492", \
            "0.432195, 0.435718, 0.445706, 0.470936, 0.5252, 0.632132, 0.930703" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167756, 0.0056284, 0.0188839, 0.0633578, 0.212573, 0.713206");
          values ( \
            "0.0158796, 0.017489, 0.0220463, 0.0337262, 0.0667962, 0.180832, 0.586765", \
            "0.0159326, 0.0175757, 0.0223348, 0.0339856, 0.0668677, 0.180784, 0.58152", \
            "0.0159394, 0.0175348, 0.0221139, 0.0338591, 0.066679, 0.181069, 0.582523", \
            "0.0159962, 0.0176698, 0.0222807, 0.033989, 0.0669862, 0.181032, 0.58262", \
            "0.0223822, 0.0240366, 0.0288368, 0.0405486, 0.0704701, 0.181744, 0.588354", \
            "0.0328299, 0.0347213, 0.0398923, 0.0533278, 0.0843769, 0.187053, 0.586173", \
            "0.0480471, 0.049402, 0.0552746, 0.0713574, 0.105482, 0.19987, 0.58442" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167756, 0.0056284, 0.0188839, 0.0633578, 0.212573, 0.713206");
          values ( \
            "0.0653181, 0.0683614, 0.076787, 0.0991388, 0.164163, 0.377735, 1.09559", \
            "0.0685376, 0.0715496, 0.0800003, 0.102324, 0.167359, 0.380973, 1.09924", \
            "0.0757084, 0.0787242, 0.0871175, 0.109393, 0.174592, 0.388797, 1.10476", \
            "0.0891761, 0.0923195, 0.100918, 0.123308, 0.188339, 0.40337, 1.11726", \
            "0.102224, 0.105862, 0.115692, 0.139206, 0.204636, 0.418483, 1.13293", \
            "0.0975437, 0.101797, 0.113688, 0.140792, 0.207228, 0.420807, 1.13974", \
            "0.0382184, 0.0428705, 0.0566684, 0.090176, 0.161742, 0.374515, 1.08916" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167756, 0.0056284, 0.0188839, 0.0633578, 0.212573, 0.713206");
          values ( \
            "0.0162582, 0.0188824, 0.0267429, 0.0525286, 0.142716, 0.454207, 1.50393", \
            "0.0162831, 0.0188131, 0.0267957, 0.0524911, 0.142751, 0.454033, 1.5015", \
            "0.0162769, 0.0188185, 0.0268198, 0.0525376, 0.14272, 0.45539, 1.50426", \
            "0.017476, 0.0199368, 0.0277126, 0.0531346, 0.142861, 0.455265, 1.50145", \
            "0.0218504, 0.0245386, 0.0323158, 0.0561593, 0.143565, 0.4539, 1.50251", \
            "0.0286633, 0.0317407, 0.0410862, 0.0639961, 0.146356, 0.454226, 1.50158", \
            "0.0399336, 0.0432938, 0.0536411, 0.0800516, 0.154432, 0.455921, 1.49887" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167756, 0.0056284, 0.0188839, 0.0633578, 0.212573, 0.713206");
          values ( \
            "0.0813698, 0.0839279, 0.0910724, 0.107782, 0.14357, 0.237095, 0.537738", \
            "0.0861622, 0.0887392, 0.0958827, 0.112542, 0.14848, 0.241999, 0.542782", \
            "0.09875, 0.101284, 0.108425, 0.125237, 0.161203, 0.254735, 0.555485", \
            "0.129266, 0.13181, 0.138903, 0.155523, 0.1915, 0.285009, 0.585733", \
            "0.193996, 0.19684, 0.204569, 0.222719, 0.260016, 0.353875, 0.653394", \
            "0.301718, 0.305033, 0.314218, 0.336306, 0.38146, 0.478791, 0.778151", \
            "0.493407, 0.497129, 0.507756, 0.533889, 0.589523, 0.697554, 0.996086" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167756, 0.0056284, 0.0188839, 0.0633578, 0.212573, 0.713206");
          values ( \
            "0.0179606, 0.0196851, 0.0246747, 0.0365362, 0.0690957, 0.181824, 0.585824", \
            "0.0178607, 0.0195895, 0.0244421, 0.0366899, 0.0689762, 0.181915, 0.584383", \
            "0.0178627, 0.0196187, 0.0244483, 0.036367, 0.0689557, 0.181736, 0.58611", \
            "0.0178964, 0.0197365, 0.0246887, 0.036567, 0.0692276, 0.182095, 0.58653", \
            "0.0231925, 0.0248882, 0.0299467, 0.0412913, 0.0716859, 0.182746, 0.583198", \
            "0.0344173, 0.0361067, 0.0415754, 0.0553044, 0.0855625, 0.187602, 0.586399", \
            "0.0501539, 0.0519382, 0.0578561, 0.0739738, 0.108732, 0.202, 0.585101" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167756, 0.0056284, 0.0188839, 0.0633578, 0.212573, 0.713206");
          values ( \
            "0.0300244, 0.0322864, 0.0399602, 0.0656026, 0.149881, 0.431012, 1.37355", \
            "0.0298511, 0.0321035, 0.0398523, 0.0654948, 0.149585, 0.430567, 1.37297", \
            "0.0297674, 0.0319985, 0.0397349, 0.0652111, 0.149453, 0.43069, 1.37559", \
            "0.0299974, 0.0322193, 0.0396864, 0.0651057, 0.149054, 0.430295, 1.37467", \
            "0.0321562, 0.034283, 0.0414499, 0.0658697, 0.148789, 0.43038, 1.36643", \
            "0.0360656, 0.0379098, 0.0447477, 0.0692176, 0.151318, 0.431376, 1.37229", \
            "0.0479109, 0.0491673, 0.0549008, 0.0786422, 0.160199, 0.438735, 1.37555" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167756, 0.0056284, 0.0188839, 0.0633578, 0.212573, 0.713206");
          values ( \
            "0.0263999, 0.0240939, 0.0168346, -0.0055271, -0.086993, -0.369856, -1.32125", \
            "0.0261814, 0.0237708, 0.0166213, -0.0056603, -0.0873582, -0.370129, -1.32182", \
            "0.0258356, 0.0234319, 0.0161869, -0.0063819, -0.087798, -0.370569, -1.32215", \
            "0.0259267, 0.0235664, 0.0161134, -0.0066403, -0.0881148, -0.370511, -1.32211", \
            "0.0279169, 0.0252589, 0.0172235, -0.0063011, -0.0878161, -0.370156, -1.32177", \
            "0.0380204, 0.0350536, 0.0257679, -0.0010356, -0.085718, -0.367731, -1.31918", \
            "0.0531768, 0.0498896, 0.0395676, 0.010337, -0.0763133, -0.359864, -1.31094" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167756, 0.0056284, 0.0188839, 0.0633578, 0.212573, 0.713206");
          values ( \
            "0.0307712, 0.0330873, 0.0407684, 0.0664134, 0.150522, 0.431187, 1.37585", \
            "0.0307201, 0.0329831, 0.0406854, 0.0662661, 0.150404, 0.431121, 1.37561", \
            "0.0304334, 0.0327379, 0.0404101, 0.0659598, 0.150035, 0.430848, 1.37381", \
            "0.0306803, 0.0328992, 0.0404587, 0.0655984, 0.149699, 0.430578, 1.37122", \
            "0.0320144, 0.0341556, 0.0414843, 0.0657022, 0.149078, 0.430546, 1.36651", \
            "0.0352075, 0.0371467, 0.0441772, 0.0682609, 0.15077, 0.431371, 1.37185", \
            "0.0434565, 0.0452986, 0.0512525, 0.0750766, 0.156891, 0.435599, 1.37284" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167756, 0.0056284, 0.0188839, 0.0633578, 0.212573, 0.713206");
          values ( \
            "0.0294489, 0.0269727, 0.0194908, -0.0034068, -0.0848481, -0.367851, -1.31949", \
            "0.0291585, 0.0267549, 0.0192112, -0.0034528, -0.085183, -0.368183, -1.31983", \
            "0.0288935, 0.0264946, 0.0189246, -0.0039459, -0.0854342, -0.368508, -1.3201", \
            "0.0292492, 0.0268073, 0.0191102, -0.0039148, -0.0855462, -0.3684, -1.32007", \
            "0.0308271, 0.0281958, 0.0200537, -0.003738, -0.0854605, -0.368241, -1.31969", \
            "0.040693, 0.0376802, 0.0283882, 0.0012876, -0.0837285, -0.36634, -1.31785", \
            "0.0538663, 0.0505656, 0.0402971, 0.0109501, -0.0758617, -0.359981, -1.31167" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00234;
      rise_capacitance : 0.002423;
      rise_capacitance_range (0.002423, 0.002423);
      fall_capacitance : 0.002257;
      fall_capacitance_range (0.002257, 0.002257);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042033, -0.0042046, -0.0042076, -0.0042027, -0.0041914, -0.0041655, -0.0041054" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052122, 0.0052147, 0.0052204, 0.0052186, 0.0052144, 0.0052045, 0.0051821" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00245;
      rise_capacitance : 0.002583;
      rise_capacitance_range (0.002583, 0.002583);
      fall_capacitance : 0.002317;
      fall_capacitance_range (0.002317, 0.002317);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0048109, -0.0048088, -0.0048041, -0.0048032, -0.004801, -0.0047962, -0.0047847" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048058, 0.0048065, 0.0048081, 0.004809, 0.004811, 0.0048156, 0.0048264" \
          );
        }
      }
    }
  }
  cell (scs8hd_and2b_1) {
    area : 7.5072;
    cell_footprint : "and2b";
    cell_leakage_power : 0.00476496;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 9.32211e-05;
      when : "!AN&B";
    }
    leakage_power () {
      value : 0.0063781;
      when : "!AN&!B";
    }
    leakage_power () {
      value : 0.006338;
      when : "AN&B";
    }
    leakage_power () {
      value : 0.0062505;
      when : "AN&!B";
    }
    leakage_power () {
      value : 0.00476496;
    }
    pin (X) {
      direction : output;
      function : "(!AN&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.223399;
      max_transition : 1.50405;
      timing () {
        related_pin : "AN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0951092, 0.100454, 0.113235, 0.145136, 0.231094, 0.468272, 1.12448", \
            "0.0994534, 0.104831, 0.117571, 0.149463, 0.235487, 0.473902, 1.13412", \
            "0.111368, 0.11673, 0.129468, 0.161431, 0.247394, 0.485433, 1.14255", \
            "0.138412, 0.14378, 0.156547, 0.188435, 0.274651, 0.511952, 1.1716", \
            "0.184462, 0.1899, 0.202779, 0.234759, 0.32071, 0.559392, 1.2141", \
            "0.26061, 0.266196, 0.279128, 0.311408, 0.397297, 0.634225, 1.29198", \
            "0.400253, 0.406383, 0.419811, 0.452154, 0.538278, 0.776261, 1.43053" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.016355, 0.0217749, 0.0368661, 0.0800626, 0.203359, 0.549175, 1.49838", \
            "0.0163382, 0.0218138, 0.0368482, 0.0800471, 0.203194, 0.547576, 1.50405", \
            "0.0163673, 0.021827, 0.0368301, 0.0800879, 0.203622, 0.547402, 1.49871", \
            "0.0164273, 0.0218947, 0.0368466, 0.080069, 0.203251, 0.548927, 1.4995", \
            "0.0170322, 0.0224074, 0.0372427, 0.0801032, 0.203451, 0.548552, 1.4932", \
            "0.0184537, 0.0235921, 0.0381134, 0.0807115, 0.203366, 0.544893, 1.50066", \
            "0.0210988, 0.0263199, 0.0397902, 0.0815429, 0.203699, 0.546766, 1.4948" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0870849, 0.0919925, 0.102469, 0.123813, 0.170987, 0.291898, 0.625197", \
            "0.0906734, 0.0955171, 0.106045, 0.127377, 0.174475, 0.295605, 0.628185", \
            "0.0975457, 0.102411, 0.112912, 0.134269, 0.181343, 0.302441, 0.636056", \
            "0.105712, 0.110602, 0.1211, 0.142438, 0.189524, 0.310576, 0.643277", \
            "0.111032, 0.115887, 0.126411, 0.147747, 0.194888, 0.315979, 0.649849", \
            "0.103356, 0.108251, 0.118872, 0.140268, 0.187488, 0.308563, 0.641101", \
            "0.0547372, 0.0598434, 0.0708094, 0.0927098, 0.140092, 0.26126, 0.594832" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0159935, 0.0195499, 0.0274773, 0.0470783, 0.100501, 0.256656, 0.694463", \
            "0.0158351, 0.0195242, 0.0276594, 0.0471353, 0.10046, 0.25634, 0.698177", \
            "0.0159847, 0.0195419, 0.0274745, 0.0470148, 0.100419, 0.257258, 0.700583", \
            "0.0160626, 0.0194451, 0.0278123, 0.0472296, 0.100726, 0.256888, 0.700947", \
            "0.0159869, 0.0194755, 0.0275452, 0.0472853, 0.0998556, 0.258327, 0.696524", \
            "0.0164767, 0.0200329, 0.0279256, 0.047472, 0.100807, 0.25589, 0.69935", \
            "0.0180532, 0.0216209, 0.0298028, 0.0486821, 0.101267, 0.255919, 0.694775" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0524463, 0.0577683, 0.0704712, 0.10207, 0.187417, 0.423951, 1.08066", \
            "0.0556282, 0.0609623, 0.0736621, 0.105274, 0.190746, 0.427444, 1.08542", \
            "0.0622533, 0.0675436, 0.0801443, 0.111871, 0.197699, 0.436657, 1.09198", \
            "0.0725241, 0.078101, 0.0912292, 0.123326, 0.20934, 0.447468, 1.10236", \
            "0.0808032, 0.0872475, 0.101273, 0.133844, 0.220008, 0.456982, 1.11342", \
            "0.0714656, 0.0795055, 0.0963714, 0.130661, 0.216529, 0.454296, 1.10967", \
            "0.0104133, 0.020181, 0.0414666, 0.0819299, 0.168754, 0.405648, 1.06276" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.015931, 0.0213959, 0.0365371, 0.0798251, 0.203372, 0.548354, 1.49977", \
            "0.0159041, 0.0213786, 0.036602, 0.0798927, 0.203266, 0.548578, 1.4978", \
            "0.0159437, 0.0214701, 0.0365839, 0.0800347, 0.203651, 0.55047, 1.49702", \
            "0.0176365, 0.022954, 0.037837, 0.0805381, 0.203358, 0.550139, 1.49824", \
            "0.0215523, 0.0271168, 0.0405685, 0.0818113, 0.203382, 0.54906, 1.49851", \
            "0.0283487, 0.0348203, 0.0480239, 0.0855, 0.204823, 0.546522, 1.49703", \
            "0.0379086, 0.0456011, 0.0619181, 0.0975865, 0.2073, 0.548446, 1.49563" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0753054, 0.0804474, 0.0912034, 0.112577, 0.159656, 0.280472, 0.614651", \
            "0.0794762, 0.0846862, 0.0955023, 0.116838, 0.163959, 0.284822, 0.619742", \
            "0.091269, 0.0963804, 0.107129, 0.128517, 0.175632, 0.296465, 0.630984", \
            "0.121077, 0.126108, 0.136797, 0.157923, 0.204955, 0.325821, 0.659165", \
            "0.178084, 0.183917, 0.196196, 0.219426, 0.267003, 0.387602, 0.720728", \
            "0.272131, 0.279084, 0.293797, 0.321793, 0.373333, 0.49499, 0.828027", \
            "0.439189, 0.447284, 0.464634, 0.498807, 0.558209, 0.68132, 1.01406" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0172659, 0.0208853, 0.0289714, 0.0478661, 0.100747, 0.257574, 0.702902", \
            "0.0173131, 0.0209902, 0.0289827, 0.0478713, 0.100782, 0.257323, 0.705419", \
            "0.0173687, 0.0210114, 0.0288816, 0.0478214, 0.100803, 0.257278, 0.699397", \
            "0.0173688, 0.020872, 0.0291003, 0.0479292, 0.100773, 0.257479, 0.695817", \
            "0.0228351, 0.0264141, 0.0345468, 0.0519479, 0.102929, 0.255504, 0.695156", \
            "0.0313327, 0.0359343, 0.0454004, 0.0632576, 0.11042, 0.258509, 0.69519", \
            "0.0430898, 0.0482745, 0.0589237, 0.080283, 0.124351, 0.26453, 0.696416" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0121353, 0.0139069, 0.0186363, 0.0313462, 0.0662792, 0.164077, 0.431346", \
            "0.0120298, 0.0138066, 0.0185073, 0.0312544, 0.0662069, 0.163274, 0.431451", \
            "0.0120736, 0.01385, 0.0185606, 0.0312921, 0.0665482, 0.163284, 0.431546", \
            "0.0118642, 0.0136406, 0.0183551, 0.0310717, 0.0659774, 0.163764, 0.431341", \
            "0.0115284, 0.0133905, 0.0181505, 0.0308487, 0.0658602, 0.162997, 0.431062", \
            "0.0115578, 0.0132299, 0.017765, 0.0303692, 0.0658166, 0.163018, 0.432735", \
            "0.0124568, 0.0140505, 0.0186747, 0.0313876, 0.0665178, 0.164359, 0.431761" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0084964, 0.0070122, 0.0031734, -0.0087694, -0.0438608, -0.141827, -0.412913", \
            "0.0083674, 0.0068865, 0.0030342, -0.0088926, -0.043991, -0.141936, -0.413161", \
            "0.0083252, 0.0067855, 0.0029386, -0.0090335, -0.0440865, -0.142011, -0.413139", \
            "0.0078044, 0.0063048, 0.0024589, -0.0094786, -0.0445701, -0.142518, -0.413599", \
            "0.0087345, 0.0071149, 0.0026342, -0.0099869, -0.0450916, -0.143038, -0.414144", \
            "0.0085016, 0.0068824, 0.0024175, -0.0101667, -0.0453933, -0.143392, -0.41447", \
            "0.0087493, 0.0070496, 0.0024407, -0.0098934, -0.0450537, -0.143038, -0.414318" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0124967, 0.0142777, 0.0190113, 0.0316484, 0.0663196, 0.163871, 0.430979", \
            "0.0123734, 0.0141492, 0.0188809, 0.031526, 0.0662332, 0.163798, 0.430906", \
            "0.0122173, 0.0139878, 0.0186822, 0.031374, 0.0664963, 0.163328, 0.430433", \
            "0.0121338, 0.0138862, 0.0185324, 0.031219, 0.0662046, 0.164072, 0.432974", \
            "0.0126282, 0.0142839, 0.0189003, 0.0314327, 0.0662594, 0.164059, 0.431565", \
            "0.0137106, 0.0153164, 0.0198912, 0.0324629, 0.0671503, 0.16395, 0.433861", \
            "0.0171769, 0.0186328, 0.0229207, 0.0351456, 0.0699183, 0.16656, 0.432556" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0090585, 0.0075329, 0.0034099, -0.0088548, -0.0441347, -0.142185, -0.413329", \
            "0.0088523, 0.0072631, 0.0032067, -0.0090611, -0.0443289, -0.142382, -0.413483", \
            "0.0086391, 0.0070664, 0.0029435, -0.0092798, -0.04453, -0.142562, -0.413725", \
            "0.0085973, 0.0069966, 0.0028496, -0.0093268, -0.0445682, -0.142562, -0.413688", \
            "0.0088662, 0.0071573, 0.0031157, -0.0090994, -0.0442282, -0.142257, -0.413385", \
            "0.0126019, 0.0104708, 0.0054013, -0.0076687, -0.0428706, -0.140898, -0.412119", \
            "0.0163634, 0.0142385, 0.0088867, -0.0044358, -0.0402238, -0.138402, -0.409455" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001661;
      rise_capacitance : 0.001727;
      rise_capacitance_range (0.001727, 0.001727);
      fall_capacitance : 0.001595;
      fall_capacitance_range (0.001595, 0.001595);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0026049, 0.0025134, 0.0023024, 0.0025962, 0.0032732, 0.0048337, 0.0084309" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0073485, 0.0072451, 0.0070067, 0.0072756, 0.0078955, 0.0093243, 0.0126178" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00174;
      rise_capacitance : 0.001811;
      rise_capacitance_range (0.001811, 0.001811);
      fall_capacitance : 0.001668;
      fall_capacitance_range (0.001668, 0.001668);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0031964, -0.0031929, -0.0031847, -0.0031851, -0.0031862, -0.0031887, -0.0031943" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031936, 0.0031961, 0.003202, 0.0032024, 0.0032033, 0.0032054, 0.0032104" \
          );
        }
      }
    }
  }
  cell (scs8hd_and2b_2) {
    area : 8.7584;
    cell_footprint : "and2b";
    cell_leakage_power : 0.0094132;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0001223;
      when : "!AN&B";
    }
    leakage_power () {
      value : 0.012571;
      when : "!AN&!B";
    }
    leakage_power () {
      value : 0.0125259;
      when : "AN&B";
    }
    leakage_power () {
      value : 0.0124336;
      when : "AN&!B";
    }
    leakage_power () {
      value : 0.0094132;
    }
    pin (X) {
      direction : output;
      function : "(!AN&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.409251;
      max_transition : 1.50416;
      timing () {
        related_pin : "AN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.107756, 0.112325, 0.123445, 0.150373, 0.224531, 0.449875, 1.13433", \
            "0.112218, 0.116761, 0.127818, 0.154766, 0.229095, 0.454011, 1.14437", \
            "0.124167, 0.128684, 0.139775, 0.166739, 0.241063, 0.466132, 1.15282", \
            "0.151531, 0.156125, 0.167195, 0.194119, 0.268263, 0.492894, 1.17827", \
            "0.198111, 0.202781, 0.213871, 0.240843, 0.315181, 0.539355, 1.22481", \
            "0.275756, 0.280579, 0.291887, 0.319053, 0.393602, 0.617424, 1.30431", \
            "0.418666, 0.423932, 0.435795, 0.463401, 0.537783, 0.762119, 1.44647" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0159232, 0.019846, 0.0306174, 0.0631293, 0.16767, 0.496404, 1.50129", \
            "0.0159383, 0.0198261, 0.0305964, 0.0630982, 0.167574, 0.495731, 1.50212", \
            "0.0159495, 0.019841, 0.0306419, 0.063102, 0.16756, 0.496674, 1.50341", \
            "0.0159941, 0.0199145, 0.0306094, 0.0631904, 0.167711, 0.497353, 1.50146", \
            "0.0164644, 0.0203111, 0.0310979, 0.06339, 0.167862, 0.497653, 1.49901", \
            "0.0175545, 0.0213809, 0.0318691, 0.0639297, 0.16801, 0.493535, 1.49979", \
            "0.019944, 0.0237267, 0.0341743, 0.0650941, 0.167949, 0.495437, 1.49732" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.109979, 0.114159, 0.124264, 0.145783, 0.190083, 0.29875, 0.618", \
            "0.113591, 0.117767, 0.127843, 0.149422, 0.193766, 0.302346, 0.6218", \
            "0.120536, 0.124663, 0.134768, 0.156448, 0.200722, 0.309296, 0.628272", \
            "0.128827, 0.132945, 0.143035, 0.164612, 0.208982, 0.317565, 0.637181", \
            "0.133293, 0.137426, 0.147533, 0.169155, 0.213563, 0.322281, 0.641098", \
            "0.125172, 0.129305, 0.139421, 0.160957, 0.205423, 0.314065, 0.632832", \
            "0.0771373, 0.0813117, 0.0915061, 0.113249, 0.15798, 0.266714, 0.585672" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0193679, 0.0222131, 0.0295189, 0.0456424, 0.0878141, 0.21812, 0.644256", \
            "0.0194199, 0.0223311, 0.0294739, 0.0455963, 0.0874513, 0.217753, 0.642584", \
            "0.0194067, 0.0221015, 0.0292445, 0.0454168, 0.0873791, 0.219214, 0.641729", \
            "0.019415, 0.0222809, 0.0296286, 0.0456126, 0.0873712, 0.218175, 0.641565", \
            "0.0195074, 0.0223238, 0.0296449, 0.045649, 0.0869207, 0.218275, 0.642427", \
            "0.0194543, 0.0222989, 0.029873, 0.0458425, 0.0876436, 0.218399, 0.642184", \
            "0.0201849, 0.0229805, 0.0301994, 0.0469168, 0.0880414, 0.219796, 0.642037" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0645112, 0.0691209, 0.080133, 0.106985, 0.181193, 0.405583, 1.09127", \
            "0.0677614, 0.0722942, 0.0833598, 0.110275, 0.184412, 0.408633, 1.09493", \
            "0.0747684, 0.0792969, 0.0903354, 0.117208, 0.191488, 0.415869, 1.10054", \
            "0.0881757, 0.0928999, 0.10416, 0.131189, 0.205455, 0.430361, 1.11981", \
            "0.103362, 0.108816, 0.121167, 0.149464, 0.22425, 0.449023, 1.1364", \
            "0.105169, 0.111785, 0.126941, 0.158316, 0.233351, 0.457685, 1.14218", \
            "0.0605221, 0.0679362, 0.086135, 0.124581, 0.203947, 0.427332, 1.1122" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0157552, 0.0196688, 0.0304756, 0.0630054, 0.167494, 0.496122, 1.50289", \
            "0.0156614, 0.0196129, 0.0303939, 0.0629762, 0.167832, 0.495639, 1.50098", \
            "0.0156687, 0.0196103, 0.0303541, 0.0629757, 0.167911, 0.497219, 1.50166", \
            "0.0168295, 0.0206157, 0.0312399, 0.063458, 0.167795, 0.496657, 1.50415", \
            "0.0205782, 0.0247687, 0.03547, 0.0661119, 0.168173, 0.496265, 1.50252", \
            "0.0271336, 0.0319238, 0.0434686, 0.0727244, 0.170554, 0.49405, 1.50211", \
            "0.0374092, 0.042645, 0.0572277, 0.0870182, 0.176901, 0.497667, 1.49308" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0971413, 0.10151, 0.111956, 0.13389, 0.178273, 0.286707, 0.606254", \
            "0.101513, 0.105824, 0.116208, 0.138086, 0.182541, 0.291157, 0.610466", \
            "0.113377, 0.117709, 0.128162, 0.150058, 0.194213, 0.302919, 0.621569", \
            "0.142418, 0.146808, 0.157278, 0.179211, 0.223822, 0.332035, 0.651756", \
            "0.208064, 0.21265, 0.223592, 0.246284, 0.291196, 0.398614, 0.718699", \
            "0.317647, 0.322939, 0.33595, 0.363335, 0.414937, 0.525767, 0.844353", \
            "0.506591, 0.512715, 0.527748, 0.560434, 0.623284, 0.742201, 1.06069" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0204964, 0.0234468, 0.0306746, 0.0466428, 0.087748, 0.219161, 0.642916", \
            "0.0204589, 0.0234424, 0.0309731, 0.0466592, 0.0874962, 0.217813, 0.646039", \
            "0.020401, 0.0233971, 0.0308891, 0.0466322, 0.0877356, 0.218782, 0.643289", \
            "0.0204287, 0.0234277, 0.0308549, 0.0466389, 0.0876967, 0.218505, 0.643313", \
            "0.0243817, 0.0271057, 0.0342224, 0.0495546, 0.0890991, 0.219925, 0.642521", \
            "0.035482, 0.0384331, 0.0463885, 0.063893, 0.101528, 0.223082, 0.644809", \
            "0.0513165, 0.0546826, 0.0634234, 0.0839301, 0.124759, 0.235386, 0.641537" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0177533, 0.0197812, 0.0259332, 0.0442967, 0.0998006, 0.26917, 0.787219", \
            "0.0176763, 0.019655, 0.0258241, 0.0441956, 0.0996722, 0.269968, 0.790035", \
            "0.0177584, 0.0197279, 0.0259248, 0.044246, 0.0996538, 0.26919, 0.787767", \
            "0.0175499, 0.0195408, 0.025684, 0.0440785, 0.0995946, 0.268901, 0.783305", \
            "0.0173616, 0.0193951, 0.0254856, 0.0437383, 0.099269, 0.269986, 0.783668", \
            "0.0175916, 0.0195195, 0.0254663, 0.0434863, 0.0991971, 0.267794, 0.786687", \
            "0.0182332, 0.0201055, 0.0259854, 0.0440611, 0.0996884, 0.270131, 0.786417" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.013438, 0.0112008, 0.0054088, -0.0108125, -0.0651729, -0.236077, -0.759741", \
            "0.0133571, 0.0110948, 0.0053278, -0.0109404, -0.065326, -0.236057, -0.759755", \
            "0.0131937, 0.0109565, 0.0051647, -0.0110271, -0.0653865, -0.236205, -0.759866", \
            "0.0127041, 0.0105023, 0.0046471, -0.0115869, -0.0659797, -0.236744, -0.760364", \
            "0.0139837, 0.0117203, 0.0054647, -0.0121024, -0.0663982, -0.237228, -0.760789", \
            "0.0153196, 0.0130616, 0.0068631, -0.0111557, -0.0665954, -0.237655, -0.761238", \
            "0.0156675, 0.0133352, 0.0071029, -0.0109255, -0.0665523, -0.237344, -0.760929" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0181696, 0.0202045, 0.0263973, 0.0447981, 0.100038, 0.269143, 0.787168", \
            "0.0181055, 0.0201069, 0.0262453, 0.0447174, 0.100039, 0.269242, 0.78681", \
            "0.0179457, 0.0199458, 0.0261278, 0.0445239, 0.0998357, 0.268997, 0.787052", \
            "0.0180029, 0.019971, 0.0261199, 0.0443267, 0.0996905, 0.269044, 0.788173", \
            "0.0190333, 0.0209062, 0.0265176, 0.044475, 0.0996173, 0.269025, 0.787903", \
            "0.020415, 0.0222653, 0.0278001, 0.0457211, 0.100122, 0.268734, 0.790705", \
            "0.0247332, 0.0262365, 0.0314657, 0.0490567, 0.103826, 0.271803, 0.786878" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0141019, 0.0118197, 0.0058588, -0.0108119, -0.0655797, -0.236564, -0.760226", \
            "0.0138686, 0.0116203, 0.0056901, -0.0110052, -0.0657552, -0.23671, -0.760461", \
            "0.0136638, 0.0114166, 0.005542, -0.0111888, -0.0659247, -0.236934, -0.760577", \
            "0.0136269, 0.0113582, 0.0054079, -0.0112992, -0.0661492, -0.236961, -0.760679", \
            "0.0144287, 0.0120755, 0.0058309, -0.0111811, -0.0659859, -0.236835, -0.760476", \
            "0.0199287, 0.0172712, 0.0100666, -0.0092977, -0.0649556, -0.235925, -0.759636", \
            "0.0275902, 0.0246788, 0.0166521, -0.0039704, -0.0613984, -0.2323, -0.756639" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001655;
      rise_capacitance : 0.001721;
      rise_capacitance_range (0.001721, 0.001721);
      fall_capacitance : 0.001589;
      fall_capacitance_range (0.001589, 0.001589);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0026137, 0.0025242, 0.002318, 0.0026014, 0.0032547, 0.0047606, 0.0082319" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0073345, 0.0072313, 0.0069935, 0.0072589, 0.0078706, 0.0092809, 0.0125316" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001712;
      rise_capacitance : 0.001786;
      rise_capacitance_range (0.001786, 0.001786);
      fall_capacitance : 0.001639;
      fall_capacitance_range (0.001639, 0.001639);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0032072, -0.0032044, -0.003198, -0.003198, -0.0031981, -0.0031981, -0.003198" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031922, 0.0031944, 0.0031996, 0.0032, 0.0032012, 0.0032039, 0.0032102" \
          );
        }
      }
    }
  }
  cell (scs8hd_and2b_4) {
    area : 10.0096;
    cell_footprint : "and2b";
    cell_leakage_power : 0.0218037;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0126527;
      when : "!AN&B";
    }
    leakage_power () {
      value : 0.0249273;
      when : "!AN&!B";
    }
    leakage_power () {
      value : 0.0248271;
      when : "AN&B";
    }
    leakage_power () {
      value : 0.0248079;
      when : "AN&!B";
    }
    leakage_power () {
      value : 0.0218037;
    }
    pin (X) {
      direction : output;
      function : "(!AN&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.607004;
      max_transition : 1.50714;
      timing () {
        related_pin : "AN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163308, 0.00533389, 0.0174213, 0.0569007, 0.185847, 0.607004");
          values ( \
            "0.130283, 0.133539, 0.142399, 0.165718, 0.232333, 0.445304, 1.14061", \
            "0.13447, 0.137886, 0.146781, 0.169909, 0.236543, 0.449296, 1.14581", \
            "0.146562, 0.149842, 0.158728, 0.181967, 0.248516, 0.461233, 1.15642", \
            "0.174958, 0.178256, 0.187183, 0.210417, 0.276947, 0.489789, 1.18345", \
            "0.230457, 0.23377, 0.242615, 0.265994, 0.33265, 0.545189, 1.24526", \
            "0.321789, 0.325259, 0.334417, 0.357965, 0.424491, 0.637243, 1.33259", \
            "0.485398, 0.489191, 0.499092, 0.523025, 0.589698, 0.802373, 1.494" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163308, 0.00533389, 0.0174213, 0.0569007, 0.185847, 0.607004");
          values ( \
            "0.0180519, 0.0209533, 0.0295906, 0.0571602, 0.151537, 0.466365, 1.50403", \
            "0.0180907, 0.0209456, 0.029616, 0.0571677, 0.151505, 0.467176, 1.50488", \
            "0.0180785, 0.0208635, 0.029544, 0.0571682, 0.151497, 0.467014, 1.50562", \
            "0.0181081, 0.0209315, 0.0295531, 0.0572686, 0.151513, 0.467221, 1.50586", \
            "0.0183763, 0.0212349, 0.0299544, 0.0574786, 0.151607, 0.46793, 1.5048", \
            "0.0198139, 0.0226281, 0.0311116, 0.0580344, 0.151885, 0.46717, 1.5031", \
            "0.0223509, 0.0252526, 0.0335984, 0.0598621, 0.152503, 0.466861, 1.49699" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163308, 0.00533389, 0.0174213, 0.0569007, 0.185847, 0.607004");
          values ( \
            "0.0994583, 0.10191, 0.108621, 0.124366, 0.158239, 0.242165, 0.498423", \
            "0.10318, 0.105613, 0.112264, 0.128046, 0.16193, 0.245859, 0.502124", \
            "0.11118, 0.113604, 0.120211, 0.135991, 0.169886, 0.253825, 0.510124", \
            "0.121504, 0.123933, 0.130582, 0.146288, 0.180151, 0.264104, 0.520618", \
            "0.129167, 0.131576, 0.138275, 0.154036, 0.187922, 0.27179, 0.528551", \
            "0.123197, 0.125632, 0.13202, 0.147719, 0.18168, 0.265544, 0.521768", \
            "0.0737878, 0.0763126, 0.0833324, 0.099497, 0.133895, 0.218113, 0.47413" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163308, 0.00533389, 0.0174213, 0.0569007, 0.185847, 0.607004");
          values ( \
            "0.0168863, 0.0186707, 0.0232669, 0.0348606, 0.0655295, 0.164264, 0.508477", \
            "0.0168749, 0.0185444, 0.0232256, 0.0349434, 0.0655274, 0.164317, 0.50861", \
            "0.01686, 0.0185488, 0.023236, 0.0349159, 0.0655327, 0.164303, 0.508559", \
            "0.0169049, 0.0186654, 0.0232368, 0.0351378, 0.0658268, 0.164173, 0.506673", \
            "0.0169967, 0.0187043, 0.0233708, 0.0349792, 0.0655925, 0.164576, 0.505097", \
            "0.017234, 0.0189111, 0.0237334, 0.035144, 0.0658699, 0.16413, 0.503751", \
            "0.0189648, 0.0206299, 0.0252057, 0.0368031, 0.0668108, 0.164712, 0.505681" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163308, 0.00533389, 0.0174213, 0.0569007, 0.185847, 0.607004");
          values ( \
            "0.0697832, 0.0730147, 0.0818744, 0.105068, 0.171531, 0.383966, 1.08073", \
            "0.0727489, 0.0759869, 0.0848453, 0.108001, 0.174544, 0.387305, 1.07963", \
            "0.0792308, 0.0824701, 0.0913009, 0.114494, 0.181144, 0.393815, 1.08737", \
            "0.0917305, 0.0950583, 0.103996, 0.127244, 0.193669, 0.406175, 1.10521", \
            "0.104442, 0.108251, 0.118251, 0.142318, 0.209342, 0.422951, 1.11552", \
            "0.0992809, 0.103792, 0.115841, 0.143211, 0.210657, 0.423252, 1.11809", \
            "0.0388883, 0.0437676, 0.0578386, 0.0918089, 0.163152, 0.373033, 1.06597" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163308, 0.00533389, 0.0174213, 0.0569007, 0.185847, 0.607004");
          values ( \
            "0.0175404, 0.020419, 0.0291349, 0.0569413, 0.151073, 0.467061, 1.50434", \
            "0.0176235, 0.0204476, 0.0291942, 0.0569421, 0.151439, 0.46802, 1.50255", \
            "0.0175665, 0.0203995, 0.0291394, 0.056956, 0.151278, 0.466895, 1.50501", \
            "0.0184742, 0.0212858, 0.0299384, 0.0572959, 0.15154, 0.468022, 1.50714", \
            "0.0223045, 0.0253352, 0.0338822, 0.0600026, 0.152092, 0.467918, 1.50456", \
            "0.0287813, 0.0324884, 0.0418162, 0.0669401, 0.154439, 0.467587, 1.50071", \
            "0.0390526, 0.0427557, 0.0542136, 0.081317, 0.16183, 0.468467, 1.49696" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163308, 0.00533389, 0.0174213, 0.0569007, 0.185847, 0.607004");
          values ( \
            "0.0854716, 0.088078, 0.0951941, 0.111763, 0.146439, 0.230806, 0.487049", \
            "0.0901717, 0.0927787, 0.0998085, 0.116428, 0.151153, 0.23558, 0.491896", \
            "0.102663, 0.105248, 0.112335, 0.128859, 0.163565, 0.247889, 0.504452", \
            "0.132994, 0.135611, 0.142679, 0.159172, 0.193902, 0.278358, 0.534623", \
            "0.198587, 0.201387, 0.209004, 0.226686, 0.262513, 0.34677, 0.602444", \
            "0.307927, 0.311265, 0.32021, 0.341528, 0.384825, 0.473832, 0.72956", \
            "0.502833, 0.506511, 0.516891, 0.541933, 0.594854, 0.695286, 0.951491" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163308, 0.00533389, 0.0174213, 0.0569007, 0.185847, 0.607004");
          values ( \
            "0.0191155, 0.0207233, 0.02575, 0.0374235, 0.0675338, 0.165177, 0.505496", \
            "0.018981, 0.0207805, 0.0256388, 0.0375417, 0.0675773, 0.164881, 0.508328", \
            "0.0191095, 0.0207327, 0.0257362, 0.0373999, 0.0675922, 0.165288, 0.507584", \
            "0.0191112, 0.0207416, 0.0255847, 0.0376095, 0.0676141, 0.165053, 0.508826", \
            "0.0238727, 0.025621, 0.0306313, 0.0417499, 0.070011, 0.165739, 0.508584", \
            "0.0354202, 0.0371481, 0.0426811, 0.0563523, 0.0841755, 0.171567, 0.508138", \
            "0.05187, 0.053534, 0.0588609, 0.0743722, 0.1073, 0.188617, 0.511095" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163308, 0.00533389, 0.0174213, 0.0569007, 0.185847, 0.607004");
          values ( \
            "0.0327105, 0.0348409, 0.042033, 0.0652319, 0.139772, 0.382161, 1.17522", \
            "0.0324949, 0.0347519, 0.0418962, 0.0650862, 0.139686, 0.382105, 1.17516", \
            "0.0326196, 0.0348123, 0.0419256, 0.0651282, 0.139711, 0.382093, 1.1754", \
            "0.0323723, 0.034553, 0.0417205, 0.0649679, 0.139399, 0.381864, 1.17567", \
            "0.0323256, 0.0344948, 0.0415171, 0.0646918, 0.139231, 0.381871, 1.17521", \
            "0.0326404, 0.0347667, 0.0416935, 0.0641254, 0.139034, 0.380946, 1.17323", \
            "0.0343894, 0.036475, 0.0433689, 0.0659171, 0.140161, 0.383116, 1.17035" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163308, 0.00533389, 0.0174213, 0.0569007, 0.185847, 0.607004");
          values ( \
            "0.0260912, 0.0238916, 0.0169768, -0.0037569, -0.0753316, -0.319376, -1.11976", \
            "0.0259502, 0.0237267, 0.0167945, -0.0038193, -0.0754317, -0.31948, -1.11978", \
            "0.0257808, 0.023542, 0.0166107, -0.004009, -0.0756074, -0.319635, -1.11999", \
            "0.0252625, 0.0230056, 0.0160986, -0.0046726, -0.0762291, -0.320224, -1.12064", \
            "0.0273964, 0.0250182, 0.0177586, -0.0049454, -0.0768574, -0.32092, -1.12133", \
            "0.0294067, 0.0270472, 0.0197861, -0.0026422, -0.0767953, -0.321502, -1.1219", \
            "0.0305706, 0.0281353, 0.0207634, -0.0019358, -0.0762391, -0.320576, -1.12164" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163308, 0.00533389, 0.0174213, 0.0569007, 0.185847, 0.607004");
          values ( \
            "0.0328594, 0.0350684, 0.042256, 0.0655695, 0.140156, 0.382286, 1.17534", \
            "0.0327055, 0.0349083, 0.0421485, 0.0654024, 0.139938, 0.382056, 1.17488", \
            "0.0324764, 0.0346636, 0.0418913, 0.0651706, 0.139682, 0.381777, 1.17544", \
            "0.0325844, 0.034748, 0.0418343, 0.0648899, 0.139414, 0.382107, 1.17545", \
            "0.03394, 0.0360261, 0.0427917, 0.0649178, 0.139143, 0.381779, 1.17516", \
            "0.0365085, 0.0384198, 0.0450486, 0.0674672, 0.140366, 0.382759, 1.17457", \
            "0.0443237, 0.045802, 0.0517504, 0.0739507, 0.14679, 0.387019, 1.17446" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163308, 0.00533389, 0.0174213, 0.0569007, 0.185847, 0.607004");
          values ( \
            "0.0268625, 0.0246972, 0.0174692, -0.0036182, -0.0759427, -0.320498, -1.12122", \
            "0.0267571, 0.0244405, 0.0172046, -0.004014, -0.0762028, -0.320713, -1.12143", \
            "0.0264851, 0.0240835, 0.0168937, -0.0043012, -0.0765105, -0.32096, -1.12168", \
            "0.0266169, 0.0242655, 0.0170305, -0.0042743, -0.0765136, -0.32093, -1.12157", \
            "0.0280815, 0.0255384, 0.0179654, -0.0039077, -0.0763184, -0.320398, -1.12121", \
            "0.0375492, 0.0347106, 0.0260293, 0.0010757, -0.0745722, -0.318638, -1.1194", \
            "0.0518389, 0.0486528, 0.039096, 0.0121209, -0.0651721, -0.311338, -1.11223" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001537;
      rise_capacitance : 0.0016;
      rise_capacitance_range (0.0016, 0.0016);
      fall_capacitance : 0.001474;
      fall_capacitance_range (0.001474, 0.001474);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0056423, 0.0055783, 0.0054306, 0.005746, 0.006473, 0.0081488, 0.0120118" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0078476, 0.0077537, 0.007537, 0.0078155, 0.0084573, 0.0099367, 0.0133471" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002487;
      rise_capacitance : 0.002634;
      rise_capacitance_range (0.002634, 0.002634);
      fall_capacitance : 0.002341;
      fall_capacitance_range (0.002341, 0.002341);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0048488, -0.0048489, -0.0048492, -0.0048489, -0.0048481, -0.0048465, -0.0048424" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048509, 0.0048501, 0.0048483, 0.00485, 0.004854, 0.0048632, 0.0048845" \
          );
        }
      }
    }
  }
  cell (scs8hd_and3_1) {
    area : 6.256;
    cell_footprint : "and3";
    cell_leakage_power : 0.00550062;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062377;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.0062365;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 0.0063302;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 0.0062381;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 0.0063297;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0062444;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 5.26982e-05;
      when : "A&B&C";
    }
    leakage_power () {
      value : 0.0063357;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.00550062;
    }
    pin (X) {
      direction : output;
      function : "(A&B&C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.206004;
      max_transition : 1.5054;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0596009, 0.0658118, 0.080123, 0.113899, 0.201928, 0.441293, 1.09357", \
            "0.0626966, 0.0689192, 0.0832196, 0.116983, 0.204853, 0.444163, 1.09809", \
            "0.0707231, 0.0769262, 0.091215, 0.124979, 0.213086, 0.453341, 1.10367", \
            "0.0851175, 0.0915146, 0.106253, 0.140526, 0.228244, 0.468224, 1.11954", \
            "0.0991547, 0.10634, 0.121456, 0.15602, 0.244871, 0.484463, 1.1356", \
            "0.100904, 0.109628, 0.127719, 0.163699, 0.251382, 0.492214, 1.14657", \
            "0.0640441, 0.0744611, 0.0970529, 0.139874, 0.22883, 0.467242, 1.12049" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0196227, 0.0256763, 0.0415199, 0.0855003, 0.210213, 0.556967, 1.50082", \
            "0.0196269, 0.0257117, 0.0414521, 0.0853956, 0.210532, 0.557825, 1.5054", \
            "0.0195745, 0.0256475, 0.0415548, 0.0854756, 0.210653, 0.557693, 1.50233", \
            "0.0212285, 0.0273161, 0.0428981, 0.0859552, 0.210287, 0.556831, 1.49764", \
            "0.0252887, 0.0311651, 0.0458955, 0.0878288, 0.211414, 0.55677, 1.49712", \
            "0.0323201, 0.0389349, 0.053768, 0.092156, 0.212233, 0.556138, 1.50019", \
            "0.0430132, 0.051407, 0.0686814, 0.105463, 0.216758, 0.556483, 1.4945" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0684547, 0.0733096, 0.0836684, 0.104314, 0.149273, 0.261637, 0.566839", \
            "0.0725951, 0.0773904, 0.0877496, 0.108472, 0.153328, 0.265789, 0.570675", \
            "0.0839166, 0.0887269, 0.0990249, 0.119829, 0.164683, 0.277057, 0.581426", \
            "0.111648, 0.116454, 0.126794, 0.147463, 0.192345, 0.304714, 0.610232", \
            "0.161264, 0.166906, 0.178875, 0.20166, 0.248188, 0.361156, 0.665991", \
            "0.240699, 0.247293, 0.261714, 0.289356, 0.339941, 0.453961, 0.758989", \
            "0.381923, 0.389657, 0.406411, 0.43901, 0.498014, 0.615349, 0.919186" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0158663, 0.019573, 0.0272698, 0.0462978, 0.0962839, 0.241132, 0.646389", \
            "0.0158153, 0.0193446, 0.027393, 0.0462075, 0.0961933, 0.24025, 0.645261", \
            "0.015818, 0.0195032, 0.027457, 0.046032, 0.0960936, 0.241029, 0.643384", \
            "0.0164916, 0.0199912, 0.0280279, 0.0466998, 0.0964824, 0.239056, 0.648359", \
            "0.0220826, 0.025914, 0.0339755, 0.0524062, 0.0993708, 0.242497, 0.644055", \
            "0.0301035, 0.0347134, 0.0440919, 0.0627111, 0.107862, 0.243071, 0.642756", \
            "0.0412708, 0.0462642, 0.0572809, 0.0790768, 0.122704, 0.250169, 0.643976" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0643462, 0.0705675, 0.0848633, 0.118528, 0.206212, 0.444751, 1.09678", \
            "0.0676473, 0.0738727, 0.088169, 0.121844, 0.209534, 0.44888, 1.10184", \
            "0.0750202, 0.0812137, 0.0954549, 0.129153, 0.216799, 0.457512, 1.11191", \
            "0.0881649, 0.0946217, 0.109318, 0.143165, 0.230969, 0.472268, 1.12072", \
            "0.101406, 0.108709, 0.124246, 0.159128, 0.247347, 0.48695, 1.14458", \
            "0.10043, 0.10916, 0.127237, 0.164144, 0.252113, 0.492414, 1.14425", \
            "0.0539315, 0.0647421, 0.087386, 0.130639, 0.220646, 0.459039, 1.11119" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0196333, 0.0257375, 0.0415175, 0.0854913, 0.21031, 0.555759, 1.49795", \
            "0.0196297, 0.0257256, 0.041487, 0.0855038, 0.210115, 0.556171, 1.49757", \
            "0.0196298, 0.0256777, 0.0414958, 0.0853231, 0.210533, 0.557789, 1.5028", \
            "0.0210431, 0.0270091, 0.0426332, 0.0859127, 0.210619, 0.557911, 1.49769", \
            "0.0251068, 0.0309672, 0.0457542, 0.0878231, 0.210663, 0.556939, 1.50352", \
            "0.0318667, 0.0382082, 0.0536374, 0.0922764, 0.212307, 0.554144, 1.49829", \
            "0.0414426, 0.050112, 0.0675345, 0.105386, 0.216379, 0.557907, 1.49508" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0807058, 0.0858895, 0.0966585, 0.118336, 0.163636, 0.276343, 0.581561", \
            "0.084986, 0.0901188, 0.101007, 0.122519, 0.168116, 0.280728, 0.585246", \
            "0.0965235, 0.101656, 0.112558, 0.133997, 0.179874, 0.292515, 0.597798", \
            "0.125588, 0.130704, 0.141543, 0.162948, 0.208365, 0.320963, 0.626618", \
            "0.183514, 0.189315, 0.201495, 0.224726, 0.271157, 0.382893, 0.688251", \
            "0.277992, 0.284959, 0.2994, 0.32767, 0.37816, 0.492518, 0.797072", \
            "0.443832, 0.452051, 0.469442, 0.503346, 0.562782, 0.679912, 0.983683" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0177524, 0.0213782, 0.0296867, 0.0479608, 0.0974835, 0.24033, 0.646347", \
            "0.0177373, 0.0214978, 0.0296491, 0.0480428, 0.0975428, 0.241284, 0.640366", \
            "0.0177265, 0.0214843, 0.0294586, 0.0480624, 0.0972717, 0.241362, 0.641087", \
            "0.017792, 0.021435, 0.0294275, 0.0482604, 0.0976676, 0.239717, 0.642999", \
            "0.0230063, 0.0264909, 0.03471, 0.0517721, 0.0992403, 0.241362, 0.648409", \
            "0.0315824, 0.0357616, 0.0454434, 0.0643008, 0.107817, 0.242936, 0.640279", \
            "0.0432312, 0.0483376, 0.059329, 0.0808577, 0.123613, 0.250237, 0.64153" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.068375, 0.0746079, 0.0888966, 0.122498, 0.209743, 0.44823, 1.10027", \
            "0.0712175, 0.0774324, 0.091724, 0.125325, 0.212581, 0.451246, 1.10407", \
            "0.0769264, 0.0831308, 0.0973636, 0.130941, 0.218436, 0.45673, 1.11181", \
            "0.0870652, 0.0935578, 0.108118, 0.141999, 0.229703, 0.470054, 1.11987", \
            "0.0976552, 0.10479, 0.12034, 0.155211, 0.243378, 0.48271, 1.13765", \
            "0.0927158, 0.101454, 0.119557, 0.156438, 0.244735, 0.48452, 1.14368", \
            "0.0371788, 0.047764, 0.0701819, 0.112678, 0.202632, 0.441496, 1.09413" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0196278, 0.0257317, 0.0415648, 0.0854791, 0.210304, 0.556821, 1.49942", \
            "0.0196508, 0.0257093, 0.041564, 0.0855058, 0.21015, 0.55662, 1.49597", \
            "0.0196012, 0.025667, 0.0414715, 0.0854148, 0.21042, 0.557702, 1.50262", \
            "0.0208057, 0.0268852, 0.0425037, 0.0859011, 0.210688, 0.559583, 1.49335", \
            "0.0243663, 0.0304465, 0.0454438, 0.0878013, 0.210921, 0.555096, 1.49831", \
            "0.0309163, 0.0376026, 0.0531513, 0.0922846, 0.212016, 0.553516, 1.50123", \
            "0.0403303, 0.0487567, 0.0662956, 0.104839, 0.215819, 0.557699, 1.4945" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0906974, 0.0960317, 0.107108, 0.128561, 0.174231, 0.286732, 0.591467", \
            "0.0948906, 0.100223, 0.111373, 0.133054, 0.178458, 0.291044, 0.595712", \
            "0.106422, 0.111713, 0.122785, 0.144366, 0.190158, 0.30288, 0.607614", \
            "0.135402, 0.140716, 0.151846, 0.173467, 0.219287, 0.332004, 0.635982", \
            "0.196987, 0.202869, 0.215071, 0.23794, 0.284331, 0.396969, 0.70192", \
            "0.297629, 0.304718, 0.319787, 0.347321, 0.398066, 0.511417, 0.815621", \
            "0.474663, 0.483025, 0.500916, 0.535227, 0.593855, 0.710157, 1.01256" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0196221, 0.0232942, 0.0311429, 0.0499812, 0.098556, 0.240143, 0.641143", \
            "0.0195151, 0.0231066, 0.0314738, 0.0495992, 0.0987421, 0.241551, 0.64478", \
            "0.0194167, 0.0234421, 0.0313325, 0.0499158, 0.0987798, 0.241035, 0.641122", \
            "0.0194689, 0.0232014, 0.0312895, 0.0497598, 0.0988242, 0.242026, 0.63996", \
            "0.0239372, 0.0275715, 0.0358801, 0.0526988, 0.0998839, 0.24081, 0.641085", \
            "0.033017, 0.0377245, 0.0467571, 0.0645631, 0.107988, 0.243992, 0.640796", \
            "0.0456632, 0.0505994, 0.0617288, 0.0823315, 0.124094, 0.250394, 0.642171" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0111221, 0.0128022, 0.0173216, 0.0294348, 0.0622736, 0.151998, 0.397525", \
            "0.0110248, 0.0127099, 0.017239, 0.0293472, 0.0622775, 0.152177, 0.399722", \
            "0.0109349, 0.0126167, 0.0171465, 0.0292474, 0.0621384, 0.152176, 0.395564", \
            "0.0109377, 0.012541, 0.0170137, 0.0291471, 0.0620909, 0.151512, 0.39909", \
            "0.0115306, 0.0131336, 0.0173246, 0.0293769, 0.0621025, 0.152102, 0.395209", \
            "0.0131152, 0.0146751, 0.0190115, 0.0308368, 0.0634944, 0.152482, 0.400071", \
            "0.0175482, 0.0189729, 0.0231491, 0.0349598, 0.0677215, 0.156981, 0.400386" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0090199, 0.0076273, 0.0039688, -0.0073081, -0.0402516, -0.131104, -0.379155", \
            "0.0087719, 0.0073457, 0.0037084, -0.0075934, -0.0405034, -0.131359, -0.379381", \
            "0.0085426, 0.0071511, 0.0034108, -0.0078795, -0.0407896, -0.131626, -0.379684", \
            "0.0084781, 0.0070015, 0.0032528, -0.0080542, -0.0409033, -0.131686, -0.379727", \
            "0.0090367, 0.0073009, 0.0032256, -0.0078504, -0.0407186, -0.131437, -0.379488", \
            "0.0122582, 0.010378, 0.0060922, -0.0062178, -0.0392909, -0.129872, -0.377833", \
            "0.0173713, 0.0152448, 0.0101756, -0.0029604, -0.0363857, -0.127056, -0.374884" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0111021, 0.0127894, 0.0172961, 0.029378, 0.0620548, 0.151655, 0.398674", \
            "0.0110283, 0.0127179, 0.0172269, 0.0292987, 0.0620232, 0.151597, 0.39668", \
            "0.010907, 0.0125888, 0.0171039, 0.0291863, 0.0620214, 0.151636, 0.395514", \
            "0.0108674, 0.0125211, 0.017018, 0.0290974, 0.0620146, 0.151744, 0.395078", \
            "0.0113015, 0.0129324, 0.0172227, 0.0292575, 0.0619889, 0.151857, 0.397997", \
            "0.0123774, 0.0139427, 0.0183347, 0.0303134, 0.0628686, 0.152045, 0.397476", \
            "0.0159535, 0.0174367, 0.0217711, 0.033643, 0.0663772, 0.155877, 0.398502" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0107849, 0.0093668, 0.005711, -0.0055121, -0.0383548, -0.129147, -0.377155", \
            "0.010593, 0.0091227, 0.0055351, -0.0056993, -0.0385391, -0.129322, -0.377277", \
            "0.0104329, 0.0089337, 0.0052654, -0.0059513, -0.0387901, -0.129555, -0.377601", \
            "0.0102911, 0.0087836, 0.0050513, -0.0061442, -0.0389141, -0.129671, -0.377683", \
            "0.0105757, 0.0089161, 0.0052196, -0.0060317, -0.0388257, -0.129463, -0.377465", \
            "0.0142021, 0.0122798, 0.0075371, -0.0047582, -0.0377416, -0.128402, -0.376386", \
            "0.0183986, 0.0163255, 0.0111653, -0.0015354, -0.0350103, -0.125699, -0.37349" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0115946, 0.0132791, 0.0177915, 0.0298282, 0.0623624, 0.151666, 0.399123", \
            "0.0115087, 0.0131848, 0.0176947, 0.0297313, 0.0622881, 0.151609, 0.396801", \
            "0.0113385, 0.0130125, 0.017526, 0.029556, 0.0622077, 0.151792, 0.397238", \
            "0.0111878, 0.0128358, 0.0173442, 0.0294017, 0.0621618, 0.151997, 0.394912", \
            "0.0114745, 0.0130949, 0.0174551, 0.0294722, 0.0621389, 0.151968, 0.397157", \
            "0.0124192, 0.013967, 0.0183742, 0.0303066, 0.0628939, 0.152084, 0.39724", \
            "0.0157454, 0.0172655, 0.0213984, 0.0328728, 0.0654768, 0.155118, 0.39773" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0126495, 0.0111608, 0.007275, -0.0041412, -0.0373393, -0.128369, -0.376384", \
            "0.0124527, 0.0108967, 0.0071511, -0.0043471, -0.0375199, -0.128509, -0.376545", \
            "0.0122664, 0.010727, 0.0068907, -0.0045845, -0.0377023, -0.128688, -0.376702", \
            "0.0122548, 0.0106949, 0.0068613, -0.0046081, -0.0377387, -0.128693, -0.37678", \
            "0.0126013, 0.0109412, 0.0070418, -0.0044284, -0.0375108, -0.128502, -0.376616", \
            "0.016097, 0.0141881, 0.0093743, -0.0031325, -0.0364824, -0.127424, -0.37567", \
            "0.0208729, 0.0187552, 0.0135436, 0.0007274, -0.0331876, -0.124597, -0.372735" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001576;
      rise_capacitance : 0.001606;
      rise_capacitance_range (0.001606, 0.001606);
      fall_capacitance : 0.001545;
      fall_capacitance_range (0.001545, 0.001545);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0023649, -0.0023658, -0.0023681, -0.0023645, -0.0023561, -0.0023368, -0.0022924" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030119, 0.0030166, 0.0030276, 0.0030272, 0.0030265, 0.0030247, 0.0030207" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001599;
      rise_capacitance : 0.001635;
      rise_capacitance_range (0.001635, 0.001635);
      fall_capacitance : 0.001563;
      fall_capacitance_range (0.001563, 0.001563);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0028464, -0.0028422, -0.0028326, -0.0028317, -0.0028296, -0.0028248, -0.0028136" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.003406, 0.0034143, 0.0034334, 0.0034435, 0.0034666, 0.0035198, 0.0036425" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001656;
      rise_capacitance : 0.001729;
      rise_capacitance_range (0.001729, 0.001729);
      fall_capacitance : 0.001583;
      fall_capacitance_range (0.001583, 0.001583);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0027153, -0.0027216, -0.0027363, -0.0027353, -0.002733, -0.0027277, -0.0027153" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027227, 0.0027232, 0.0027245, 0.0027246, 0.0027248, 0.0027254, 0.0027265" \
          );
        }
      }
    }
  }
  cell (scs8hd_and3_2) {
    area : 7.5072;
    cell_footprint : "and3";
    cell_leakage_power : 0.0109167;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0124209;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.0124196;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 0.0125161;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 0.0124213;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 0.0125168;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0124277;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 8.49945e-05;
      when : "A&B&C";
    }
    leakage_power () {
      value : 0.0125261;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.0109167;
    }
    pin (X) {
      direction : output;
      function : "(A&B&C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.408335;
      max_transition : 1.50631;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0735679, 0.0788037, 0.0912325, 0.120342, 0.195865, 0.419746, 1.10812", \
            "0.0767513, 0.0819104, 0.0944146, 0.12353, 0.199102, 0.422953, 1.10939", \
            "0.0846168, 0.0897402, 0.102177, 0.131286, 0.206926, 0.431442, 1.11712", \
            "0.102778, 0.108002, 0.120547, 0.149703, 0.225402, 0.449858, 1.13833", \
            "0.125955, 0.131822, 0.145589, 0.175555, 0.251977, 0.476089, 1.1632", \
            "0.140856, 0.147454, 0.163839, 0.197388, 0.274257, 0.499315, 1.18574", \
            "0.12357, 0.130768, 0.149746, 0.191291, 0.272805, 0.495043, 1.18003" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0190089, 0.0233602, 0.0349106, 0.067368, 0.170102, 0.498905, 1.50329", \
            "0.0188807, 0.0232837, 0.03489, 0.0673639, 0.170082, 0.498121, 1.50313", \
            "0.018935, 0.0232959, 0.0348736, 0.0672986, 0.169751, 0.496785, 1.50427", \
            "0.0197381, 0.0241306, 0.035502, 0.0677231, 0.170111, 0.496923, 1.50631", \
            "0.0241624, 0.0286397, 0.0398154, 0.0710876, 0.171631, 0.496886, 1.50318", \
            "0.0316875, 0.036864, 0.0490499, 0.0784874, 0.174227, 0.497121, 1.50325", \
            "0.0439819, 0.0494029, 0.0638701, 0.0965378, 0.183304, 0.498952, 1.49648" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0881007, 0.0921623, 0.102032, 0.123293, 0.167146, 0.275172, 0.592332", \
            "0.092406, 0.096414, 0.10631, 0.127478, 0.171465, 0.279491, 0.596646", \
            "0.103407, 0.107445, 0.117289, 0.138433, 0.182385, 0.290551, 0.608055", \
            "0.131445, 0.135548, 0.145424, 0.166529, 0.210488, 0.318599, 0.636316", \
            "0.190418, 0.19485, 0.205444, 0.22816, 0.273352, 0.381372, 0.698798", \
            "0.284208, 0.289457, 0.301955, 0.328913, 0.381154, 0.492463, 0.810139", \
            "0.444161, 0.449971, 0.46387, 0.495639, 0.558418, 0.679284, 0.995991" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0188708, 0.0217228, 0.0285911, 0.0448027, 0.0867105, 0.217899, 0.636287", \
            "0.0189038, 0.0215458, 0.0288424, 0.0449358, 0.0867125, 0.216394, 0.637793", \
            "0.0188869, 0.021676, 0.0288767, 0.0453063, 0.0871386, 0.216902, 0.641025", \
            "0.0188731, 0.0217558, 0.028677, 0.0448446, 0.0866971, 0.216841, 0.641486", \
            "0.0239754, 0.0266924, 0.0337275, 0.0494767, 0.089341, 0.217651, 0.637567", \
            "0.0346781, 0.0376679, 0.0454178, 0.0631648, 0.102319, 0.22204, 0.637526", \
            "0.0497156, 0.0528128, 0.0616421, 0.0829542, 0.12402, 0.235594, 0.63792" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0780752, 0.0832461, 0.0956868, 0.12479, 0.200185, 0.424782, 1.11315", \
            "0.0814533, 0.086613, 0.0990677, 0.128173, 0.203523, 0.428039, 1.11781", \
            "0.0889991, 0.0941031, 0.106563, 0.135712, 0.211041, 0.435435, 1.11972", \
            "0.104745, 0.109986, 0.122488, 0.151577, 0.227186, 0.451913, 1.13988", \
            "0.125758, 0.131566, 0.145027, 0.175494, 0.251635, 0.476139, 1.15998", \
            "0.137637, 0.144271, 0.160507, 0.193427, 0.270589, 0.495675, 1.18248", \
            "0.110688, 0.117958, 0.136988, 0.177125, 0.259661, 0.482771, 1.16592" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0190755, 0.0233315, 0.0348868, 0.0673279, 0.170144, 0.497119, 1.50318", \
            "0.018917, 0.0233356, 0.034843, 0.0672949, 0.170233, 0.496813, 1.50517", \
            "0.0189361, 0.0233336, 0.0348568, 0.0673758, 0.170205, 0.497998, 1.49941", \
            "0.0196001, 0.0239519, 0.0353674, 0.0678289, 0.169852, 0.497627, 1.5024", \
            "0.0230271, 0.0277357, 0.0393069, 0.0705561, 0.171263, 0.497392, 1.49921", \
            "0.0295871, 0.0348801, 0.0474055, 0.077804, 0.173958, 0.496006, 1.50145", \
            "0.0408035, 0.0462468, 0.0615157, 0.0931454, 0.18218, 0.497494, 1.49825" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.100029, 0.104375, 0.114818, 0.137112, 0.181857, 0.290631, 0.607824", \
            "0.104531, 0.108831, 0.119319, 0.141549, 0.186458, 0.295225, 0.612795", \
            "0.115958, 0.120245, 0.13072, 0.152983, 0.197868, 0.306622, 0.623963", \
            "0.144797, 0.149137, 0.159572, 0.181734, 0.226898, 0.335745, 0.65356", \
            "0.20902, 0.213505, 0.224497, 0.247359, 0.293066, 0.401825, 0.718256", \
            "0.316831, 0.322187, 0.335138, 0.362721, 0.41457, 0.526722, 0.843453", \
            "0.498879, 0.505023, 0.520273, 0.55323, 0.616954, 0.737489, 1.05246" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0209092, 0.0238908, 0.0312085, 0.0472975, 0.0885841, 0.218596, 0.638249", \
            "0.0208052, 0.0237311, 0.0312769, 0.047387, 0.089107, 0.218123, 0.640268", \
            "0.0208269, 0.0237317, 0.0310075, 0.0476198, 0.0888585, 0.218579, 0.640305", \
            "0.0209295, 0.023892, 0.0313409, 0.0473313, 0.0891536, 0.217732, 0.641718", \
            "0.0245626, 0.0275986, 0.0343719, 0.0503181, 0.0901243, 0.218534, 0.639084", \
            "0.0353284, 0.0384459, 0.046887, 0.0643136, 0.102888, 0.222803, 0.64141", \
            "0.0508557, 0.0540614, 0.0636017, 0.0840853, 0.126236, 0.23584, 0.639375" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0823399, 0.087451, 0.0998923, 0.128992, 0.204376, 0.428194, 1.11469", \
            "0.085213, 0.0904123, 0.102868, 0.131959, 0.20721, 0.430755, 1.1202", \
            "0.0910828, 0.0961695, 0.108643, 0.13775, 0.213145, 0.437692, 1.12439", \
            "0.1028, 0.108025, 0.12058, 0.149731, 0.225144, 0.449737, 1.13632", \
            "0.118527, 0.124165, 0.137716, 0.168139, 0.244434, 0.468919, 1.15868", \
            "0.124579, 0.131131, 0.146913, 0.180158, 0.257908, 0.482467, 1.16597", \
            "0.0864931, 0.0938299, 0.112531, 0.152946, 0.23464, 0.457898, 1.14255" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0189206, 0.0233192, 0.0348909, 0.0673336, 0.169764, 0.496336, 1.50182", \
            "0.0189509, 0.0234011, 0.0348798, 0.0673656, 0.169754, 0.498429, 1.50202", \
            "0.0189032, 0.0233378, 0.0348378, 0.0672632, 0.170179, 0.497778, 1.50541", \
            "0.0194494, 0.0239158, 0.0353443, 0.0677711, 0.170145, 0.497637, 1.50499", \
            "0.0220494, 0.0268771, 0.0386141, 0.0702451, 0.171276, 0.49798, 1.50251", \
            "0.0283159, 0.0337114, 0.0461701, 0.0767036, 0.17412, 0.495507, 1.50339", \
            "0.038749, 0.0443428, 0.0592633, 0.0914427, 0.181983, 0.498581, 1.49746" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.109052, 0.113522, 0.12426, 0.146784, 0.192176, 0.300542, 0.617898", \
            "0.113465, 0.11796, 0.128657, 0.151176, 0.196622, 0.304984, 0.622377", \
            "0.124867, 0.129314, 0.140022, 0.162574, 0.208035, 0.316855, 0.634602", \
            "0.153894, 0.158363, 0.169057, 0.191551, 0.236878, 0.345839, 0.663687", \
            "0.220241, 0.224849, 0.235849, 0.258618, 0.304314, 0.413345, 0.730605", \
            "0.334011, 0.33945, 0.352675, 0.380519, 0.432065, 0.543245, 0.860051", \
            "0.526509, 0.532877, 0.548358, 0.58166, 0.645363, 0.765666, 1.08079" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0219939, 0.0251093, 0.0324079, 0.0489317, 0.0894003, 0.21847, 0.642636", \
            "0.0219426, 0.0249853, 0.032415, 0.0484888, 0.0893239, 0.21857, 0.643311", \
            "0.0220881, 0.0250143, 0.0325815, 0.0487694, 0.0895298, 0.218591, 0.63941", \
            "0.0220737, 0.0250871, 0.0325257, 0.0490043, 0.0892733, 0.218207, 0.641132", \
            "0.0248504, 0.0276381, 0.0346598, 0.050815, 0.0905513, 0.218715, 0.643432", \
            "0.0359936, 0.0394128, 0.0473421, 0.064707, 0.10221, 0.222443, 0.637905", \
            "0.0522533, 0.0557987, 0.065229, 0.0852747, 0.126126, 0.234987, 0.638586" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0170186, 0.0189874, 0.0250885, 0.0434303, 0.0987511, 0.267558, 0.784631", \
            "0.0169205, 0.0188653, 0.0250296, 0.0433744, 0.0987075, 0.267486, 0.78486", \
            "0.0168292, 0.0187826, 0.0248756, 0.0432826, 0.0985618, 0.267608, 0.784486", \
            "0.0170374, 0.0189674, 0.0249895, 0.0431923, 0.0984836, 0.267698, 0.785305", \
            "0.0179024, 0.0196633, 0.025501, 0.0433861, 0.0981817, 0.267509, 0.785131", \
            "0.0205165, 0.0220939, 0.027605, 0.0453698, 0.0997328, 0.267547, 0.784975", \
            "0.0264893, 0.0276615, 0.0326039, 0.0499163, 0.104351, 0.271093, 0.785296" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0137641, 0.0115625, 0.0059229, -0.0102657, -0.0644922, -0.234988, -0.757501", \
            "0.013565, 0.0114127, 0.0058591, -0.0104205, -0.064718, -0.235107, -0.757528", \
            "0.0133454, 0.0111835, 0.0055179, -0.0107533, -0.0649688, -0.235452, -0.757851", \
            "0.0133305, 0.0111485, 0.0054126, -0.010925, -0.0652462, -0.235549, -0.757954", \
            "0.0142483, 0.0119079, 0.0057713, -0.0108509, -0.0652531, -0.235489, -0.757812", \
            "0.0204391, 0.0178109, 0.0106027, -0.0086139, -0.0643292, -0.234574, -0.756787", \
            "0.0274299, 0.0245971, 0.0166672, -0.0038065, -0.060713, -0.231694, -0.753762" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0169809, 0.0189621, 0.0250383, 0.0434897, 0.0986773, 0.267161, 0.784338", \
            "0.0169722, 0.0189023, 0.0249764, 0.0434193, 0.0985504, 0.26731, 0.788009", \
            "0.0168426, 0.0187726, 0.0248727, 0.0432189, 0.0984579, 0.267203, 0.784603", \
            "0.0169111, 0.0189012, 0.0249304, 0.0430753, 0.0983942, 0.267353, 0.784588", \
            "0.0177395, 0.0195437, 0.0252099, 0.0433799, 0.0984136, 0.267121, 0.784205", \
            "0.019932, 0.0215988, 0.0272117, 0.0449108, 0.099131, 0.267303, 0.783965", \
            "0.0244408, 0.0257676, 0.0308869, 0.0481393, 0.103098, 0.270698, 0.783043" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0157011, 0.013435, 0.0076237, -0.008556, -0.0626653, -0.233122, -0.755431", \
            "0.015489, 0.0132421, 0.0075121, -0.0087407, -0.0628457, -0.233302, -0.755607", \
            "0.0153425, 0.0130775, 0.007244, -0.0089131, -0.0630567, -0.233458, -0.755782", \
            "0.0151955, 0.0129548, 0.007093, -0.0092498, -0.063381, -0.233743, -0.755981", \
            "0.0160588, 0.0137153, 0.0075626, -0.0090886, -0.0633449, -0.233642, -0.755752", \
            "0.0223113, 0.0196686, 0.012444, -0.0068311, -0.0619, -0.232404, -0.754686", \
            "0.0294238, 0.0265737, 0.0186626, -0.001903, -0.0588544, -0.230123, -0.752027" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0175137, 0.019436, 0.0255109, 0.0439518, 0.0991288, 0.267677, 0.78459", \
            "0.0174269, 0.0193867, 0.0254717, 0.0437776, 0.098968, 0.267364, 0.784462", \
            "0.017298, 0.0192231, 0.0253431, 0.04369, 0.0988526, 0.26727, 0.787514", \
            "0.0172334, 0.0191563, 0.0251806, 0.0435096, 0.0985936, 0.267422, 0.784691", \
            "0.0179137, 0.0197043, 0.0253787, 0.0436306, 0.0986536, 0.267367, 0.784808", \
            "0.0195667, 0.0212565, 0.0268817, 0.0447186, 0.0992426, 0.267341, 0.787688", \
            "0.0237769, 0.0252369, 0.0304012, 0.0480283, 0.102556, 0.270414, 0.783441" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0178258, 0.0155908, 0.0097443, -0.0067422, -0.0611497, -0.231654, -0.754115", \
            "0.017647, 0.0155322, 0.0094523, -0.0068286, -0.0613004, -0.231826, -0.754252", \
            "0.0175305, 0.0153024, 0.0093495, -0.0069454, -0.0615276, -0.23203, -0.75446", \
            "0.0172597, 0.0150325, 0.00914, -0.0073949, -0.0616867, -0.232218, -0.754543", \
            "0.0181236, 0.0157692, 0.009629, -0.0070165, -0.0616242, -0.232136, -0.754415", \
            "0.0239584, 0.0212927, 0.0141059, -0.005292, -0.0605119, -0.230999, -0.753529", \
            "0.0318628, 0.0289764, 0.0210607, 0.0004001, -0.0568304, -0.2283, -0.750546" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001523;
      rise_capacitance : 0.001551;
      rise_capacitance_range (0.001551, 0.001551);
      fall_capacitance : 0.001495;
      fall_capacitance_range (0.001495, 0.001495);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0023455, -0.0023477, -0.0023528, -0.0023496, -0.0023422, -0.0023248, -0.0022849" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0029885, 0.0029895, 0.0029916, 0.0029924, 0.002994, 0.0029979, 0.003007" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001584;
      rise_capacitance : 0.00162;
      rise_capacitance_range (0.00162, 0.00162);
      fall_capacitance : 0.001549;
      fall_capacitance_range (0.001549, 0.001549);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0028848, -0.0028775, -0.0028605, -0.0028598, -0.0028582, -0.0028543, -0.0028454" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0034288, 0.0034344, 0.0034473, 0.0034574, 0.0034805, 0.0035341, 0.0036575" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00162;
      rise_capacitance : 0.001693;
      rise_capacitance_range (0.001693, 0.001693);
      fall_capacitance : 0.001548;
      fall_capacitance_range (0.001548, 0.001548);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0027206, -0.002724, -0.0027316, -0.0027309, -0.0027293, -0.0027254, -0.0027164" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027211, 0.0027228, 0.0027268, 0.0027266, 0.0027259, 0.0027247, 0.0027218" \
          );
        }
      }
    }
  }
  cell (scs8hd_and3_4) {
    area : 11.2608;
    cell_footprint : "and3";
    cell_leakage_power : 0.0240511;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0247977;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.0247975;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 0.024819;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 0.024798;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 0.0248257;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0248044;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 0.0187346;
      when : "A&B&C";
    }
    leakage_power () {
      value : 0.0248322;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.0240511;
    }
    pin (X) {
      direction : output;
      function : "(A&B&C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.704966;
      max_transition : 1.50835;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0776389, 0.081189, 0.0910009, 0.115731, 0.182916, 0.397774, 1.11437", \
            "0.0805489, 0.0840858, 0.0938775, 0.118652, 0.185821, 0.400482, 1.11967", \
            "0.0876254, 0.0911999, 0.100947, 0.125727, 0.192911, 0.407454, 1.12183", \
            "0.104927, 0.108497, 0.118222, 0.142944, 0.210165, 0.424491, 1.14741", \
            "0.125402, 0.129409, 0.140249, 0.165944, 0.233879, 0.447539, 1.16821", \
            "0.133371, 0.137852, 0.150637, 0.180248, 0.249122, 0.462319, 1.17998", \
            "0.0996731, 0.104458, 0.118808, 0.154698, 0.230093, 0.442265, 1.15803" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0197699, 0.0225687, 0.0313391, 0.0574097, 0.14577, 0.455812, 1.50435", \
            "0.0196717, 0.0226104, 0.0313135, 0.0574287, 0.145739, 0.456872, 1.50556", \
            "0.0196469, 0.022642, 0.0313249, 0.0574337, 0.14588, 0.457187, 1.49711", \
            "0.020352, 0.0233166, 0.0318735, 0.0579774, 0.145945, 0.456079, 1.50119", \
            "0.024855, 0.0280853, 0.0367398, 0.0612691, 0.147672, 0.456159, 1.50192", \
            "0.0326621, 0.0360342, 0.0459243, 0.06992, 0.150705, 0.456034, 1.50469", \
            "0.046494, 0.0495429, 0.0599123, 0.0868401, 0.161109, 0.457936, 1.49943" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0767777, 0.0792435, 0.0861757, 0.102785, 0.138741, 0.232105, 0.530291", \
            "0.0815828, 0.0840428, 0.0909687, 0.107482, 0.143483, 0.23686, 0.535034", \
            "0.0936854, 0.0961512, 0.103032, 0.119534, 0.155578, 0.248996, 0.546421", \
            "0.123155, 0.125755, 0.132618, 0.148893, 0.184901, 0.278306, 0.576304", \
            "0.183157, 0.185928, 0.193585, 0.211703, 0.249723, 0.343582, 0.640865", \
            "0.28074, 0.28397, 0.293099, 0.314367, 0.360786, 0.458724, 0.756133", \
            "0.450334, 0.454028, 0.464772, 0.490472, 0.546168, 0.655854, 0.953181" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0168322, 0.0185191, 0.0235368, 0.0353751, 0.0688002, 0.181404, 0.582716", \
            "0.016826, 0.0186592, 0.0232855, 0.0354825, 0.0688073, 0.181382, 0.578071", \
            "0.0168608, 0.0185579, 0.0233007, 0.0356327, 0.0688839, 0.181267, 0.582149", \
            "0.0169292, 0.018626, 0.0235426, 0.0356231, 0.069276, 0.180905, 0.57857", \
            "0.0226575, 0.024319, 0.0292129, 0.0416521, 0.072192, 0.182167, 0.584061", \
            "0.0334837, 0.0351995, 0.040655, 0.0548158, 0.0867301, 0.187636, 0.578393", \
            "0.04907, 0.0508112, 0.0569285, 0.073297, 0.109208, 0.203581, 0.582071" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0820262, 0.0855772, 0.0953442, 0.120105, 0.187158, 0.401016, 1.11754", \
            "0.0851236, 0.0886036, 0.098347, 0.123124, 0.190296, 0.404158, 1.12113", \
            "0.0920188, 0.0956074, 0.105256, 0.13001, 0.197202, 0.411222, 1.12636", \
            "0.106523, 0.110082, 0.119863, 0.144628, 0.2118, 0.425724, 1.14594", \
            "0.124529, 0.128486, 0.139208, 0.16494, 0.232839, 0.446582, 1.16361", \
            "0.127855, 0.132346, 0.144913, 0.174195, 0.243563, 0.457238, 1.17389", \
            "0.0804005, 0.0852458, 0.0996219, 0.1352, 0.210705, 0.424167, 1.13943" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.019763, 0.0225862, 0.0313716, 0.057467, 0.145878, 0.456051, 1.50253", \
            "0.0196462, 0.0226285, 0.0313103, 0.0573912, 0.145787, 0.456768, 1.50442", \
            "0.0196105, 0.0225233, 0.0313526, 0.0573861, 0.14589, 0.456106, 1.50835", \
            "0.020125, 0.0230886, 0.0318669, 0.0577666, 0.146065, 0.455508, 1.50085", \
            "0.0239532, 0.0271013, 0.0356537, 0.0608205, 0.147319, 0.455945, 1.5043", \
            "0.0308526, 0.0343031, 0.0439054, 0.0687793, 0.150379, 0.456051, 1.50085", \
            "0.0425034, 0.0459306, 0.0572191, 0.0848429, 0.160217, 0.457041, 1.49419" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0878209, 0.0904586, 0.0979092, 0.115348, 0.152474, 0.246666, 0.544432", \
            "0.0926852, 0.0953408, 0.102749, 0.120238, 0.157462, 0.251526, 0.549288", \
            "0.105368, 0.108012, 0.115417, 0.132899, 0.170132, 0.264241, 0.562442", \
            "0.135736, 0.138389, 0.145746, 0.163083, 0.200535, 0.294724, 0.593015", \
            "0.202166, 0.205052, 0.21296, 0.231502, 0.269862, 0.36427, 0.66238", \
            "0.31379, 0.317156, 0.326471, 0.349492, 0.395337, 0.494381, 0.790886", \
            "0.510796, 0.514771, 0.525674, 0.552607, 0.610374, 0.720324, 1.01879" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0187785, 0.0205611, 0.0258391, 0.0382063, 0.0712062, 0.182223, 0.582402", \
            "0.018903, 0.0207656, 0.0255909, 0.0383261, 0.0709681, 0.18215, 0.581037", \
            "0.0187468, 0.0205403, 0.0255743, 0.0380256, 0.0709384, 0.182328, 0.581664", \
            "0.0188785, 0.0205362, 0.0256676, 0.0381349, 0.0706939, 0.182464, 0.582837", \
            "0.0232072, 0.0249269, 0.0300518, 0.0418867, 0.072817, 0.182574, 0.578321", \
            "0.0343936, 0.036256, 0.0419045, 0.0562038, 0.0873297, 0.188392, 0.58222", \
            "0.0506162, 0.0525239, 0.0585937, 0.0754646, 0.111438, 0.20419, 0.580252" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0854423, 0.0889516, 0.0986845, 0.123425, 0.190588, 0.404257, 1.11781", \
            "0.0880423, 0.0915948, 0.101385, 0.12614, 0.19309, 0.407447, 1.1264", \
            "0.093425, 0.0969693, 0.10673, 0.131514, 0.198558, 0.412871, 1.1261", \
            "0.104439, 0.108011, 0.117723, 0.142559, 0.209655, 0.423754, 1.13778", \
            "0.118077, 0.121979, 0.13258, 0.158447, 0.226402, 0.440059, 1.16057", \
            "0.116406, 0.120844, 0.133244, 0.162195, 0.231853, 0.445642, 1.16114", \
            "0.0591936, 0.0640674, 0.0784451, 0.11358, 0.188805, 0.402048, 1.11647" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0196375, 0.0225782, 0.0313285, 0.0573833, 0.145958, 0.456374, 1.5078", \
            "0.0197008, 0.0226257, 0.0312866, 0.0574554, 0.145932, 0.456631, 1.50383", \
            "0.0196666, 0.0225963, 0.0312621, 0.0573813, 0.145776, 0.456877, 1.50381", \
            "0.020108, 0.0230164, 0.0317802, 0.0578114, 0.145648, 0.457316, 1.50301", \
            "0.0232661, 0.0261211, 0.035052, 0.0603338, 0.147149, 0.456315, 1.5069", \
            "0.0296681, 0.0330753, 0.0429665, 0.0677757, 0.150328, 0.455146, 1.50501", \
            "0.0406268, 0.0446949, 0.0555968, 0.0827239, 0.159609, 0.457465, 1.49516" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0945757, 0.0973248, 0.104988, 0.123013, 0.160603, 0.255217, 0.553216", \
            "0.0994486, 0.102223, 0.109759, 0.127914, 0.165737, 0.260224, 0.558062", \
            "0.112084, 0.114841, 0.122491, 0.14051, 0.178272, 0.272842, 0.571092", \
            "0.142835, 0.145583, 0.15324, 0.171191, 0.209088, 0.303689, 0.601924", \
            "0.211518, 0.214468, 0.222522, 0.241199, 0.279748, 0.374422, 0.67049", \
            "0.329257, 0.332763, 0.342437, 0.365406, 0.412019, 0.510393, 0.80758", \
            "0.535686, 0.53971, 0.551123, 0.579334, 0.636871, 0.747274, 1.04369" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.019937, 0.0218534, 0.0271688, 0.0398044, 0.0724068, 0.182948, 0.580863", \
            "0.0199207, 0.0218534, 0.0270697, 0.0395917, 0.0724062, 0.182999, 0.582164", \
            "0.0199089, 0.0217753, 0.0269346, 0.039523, 0.0723187, 0.18302, 0.578481", \
            "0.0199706, 0.0218962, 0.0271744, 0.0396995, 0.0722571, 0.182941, 0.582745", \
            "0.023651, 0.0254491, 0.0304704, 0.0422985, 0.0738226, 0.183137, 0.584266", \
            "0.0352367, 0.0372529, 0.0429056, 0.0570611, 0.0878432, 0.188029, 0.581137", \
            "0.0520564, 0.0537576, 0.0600962, 0.077063, 0.112422, 0.204564, 0.580815" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0318182, 0.034083, 0.0416642, 0.0670341, 0.150254, 0.428006, 1.35849", \
            "0.0317601, 0.0339596, 0.0415537, 0.0670171, 0.150231, 0.427997, 1.36459", \
            "0.0315147, 0.0337321, 0.0413078, 0.066756, 0.149865, 0.428161, 1.35192", \
            "0.0318062, 0.0339827, 0.0414913, 0.0664292, 0.149585, 0.427302, 1.35715", \
            "0.0332767, 0.0352601, 0.042461, 0.067572, 0.14954, 0.427563, 1.35714", \
            "0.038336, 0.0400935, 0.0468546, 0.0712129, 0.151635, 0.427872, 1.35814", \
            "0.0487532, 0.0502087, 0.0557542, 0.078984, 0.160665, 0.434611, 1.35962" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0272415, 0.0249152, 0.0175067, -0.0046387, -0.0850244, -0.36477, -1.30446", \
            "0.0268765, 0.0246136, 0.0172304, -0.0048991, -0.0852518, -0.36501, -1.30489", \
            "0.0265584, 0.024139, 0.0168376, -0.005351, -0.0857589, -0.365347, -1.30544", \
            "0.0265716, 0.0239097, 0.0164787, -0.0058292, -0.0861195, -0.365801, -1.30563", \
            "0.0283421, 0.0256654, 0.0175675, -0.0056695, -0.0862521, -0.365662, -1.30513", \
            "0.0391063, 0.0360931, 0.0269647, -0.0004623, -0.083849, -0.362755, -1.30244", \
            "0.0513991, 0.0481289, 0.0381489, 0.0092069, -0.0769754, -0.357605, -1.29689" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.032308, 0.0344789, 0.0421465, 0.0674992, 0.150584, 0.42785, 1.35915", \
            "0.0322381, 0.0343908, 0.0419933, 0.067314, 0.150751, 0.427859, 1.35845", \
            "0.0319876, 0.0342183, 0.0417293, 0.0671148, 0.150318, 0.427853, 1.36421", \
            "0.0321824, 0.0343346, 0.0416839, 0.0667627, 0.150208, 0.427705, 1.35209", \
            "0.0334059, 0.035455, 0.0426163, 0.0673527, 0.149959, 0.427375, 1.35927", \
            "0.0368615, 0.0387166, 0.0455632, 0.0697243, 0.151181, 0.427719, 1.36228", \
            "0.0453132, 0.0466511, 0.0526695, 0.0762088, 0.158394, 0.432923, 1.35715" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0303152, 0.0278721, 0.0202753, -0.0019336, -0.0820139, -0.361685, -1.30162", \
            "0.0301137, 0.027642, 0.0200199, -0.0022622, -0.082303, -0.361854, -1.30177", \
            "0.0297, 0.02726, 0.0196712, -0.0025808, -0.082718, -0.36222, -1.30218", \
            "0.0296588, 0.0271674, 0.0194009, -0.0028321, -0.0832057, -0.362803, -1.30232", \
            "0.0311255, 0.0285052, 0.0203633, -0.0028262, -0.083219, -0.362625, -1.30213", \
            "0.0411531, 0.0381112, 0.0288113, 0.0018194, -0.0817053, -0.361024, -1.30038", \
            "0.054314, 0.0510312, 0.040858, 0.0113711, -0.0741165, -0.355702, -1.29509" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0326736, 0.0348006, 0.0423694, 0.0678564, 0.151049, 0.427876, 1.36382", \
            "0.0325347, 0.0347614, 0.0423427, 0.0676944, 0.150719, 0.427888, 1.35701", \
            "0.0323048, 0.0344973, 0.0420288, 0.0675267, 0.150462, 0.427872, 1.35111", \
            "0.0322404, 0.0344433, 0.0418365, 0.0670836, 0.15025, 0.427786, 1.35168", \
            "0.0333038, 0.0353366, 0.0424038, 0.0673589, 0.14986, 0.42738, 1.35979", \
            "0.0363833, 0.0382946, 0.0451985, 0.0694677, 0.150938, 0.427916, 1.35688", \
            "0.0443555, 0.0459168, 0.0517771, 0.0754588, 0.157297, 0.431604, 1.35613" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.033543, 0.0309812, 0.0232829, 0.0007648, -0.0797032, -0.359589, -1.29947", \
            "0.0332755, 0.030777, 0.0231663, 0.000437, -0.0800486, -0.359758, -1.29977", \
            "0.0329306, 0.0303977, 0.0227314, 7.41e-05, -0.0802781, -0.360041, -1.3", \
            "0.0327303, 0.030223, 0.022548, -0.0003255, -0.0806927, -0.360461, -1.3002", \
            "0.0341829, 0.0315211, 0.0234061, 0.000201, -0.0804136, -0.360045, -1.29964", \
            "0.0440484, 0.041051, 0.0317523, 0.0047248, -0.078628, -0.358422, -1.2981", \
            "0.0580446, 0.054786, 0.0445808, 0.0161864, -0.0712041, -0.352801, -1.2924" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002507;
      rise_capacitance : 0.002585;
      rise_capacitance_range (0.002585, 0.002585);
      fall_capacitance : 0.00243;
      fall_capacitance_range (0.00243, 0.00243);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004485, -0.0044882, -0.0044958, -0.0044907, -0.0044789, -0.0044518, -0.0043893" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0058006, 0.005802, 0.005805, 0.0058056, 0.0058069, 0.0058098, 0.0058168" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002406;
      rise_capacitance : 0.002504;
      rise_capacitance_range (0.002504, 0.002504);
      fall_capacitance : 0.002308;
      fall_capacitance_range (0.002308, 0.002308);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045177, -0.004512, -0.004499, -0.004498, -0.0044958, -0.0044909, -0.0044793" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053894, 0.0053949, 0.0054077, 0.0054234, 0.0054596, 0.0055431, 0.0057357" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002435;
      rise_capacitance : 0.00257;
      rise_capacitance_range (0.00257, 0.00257);
      fall_capacitance : 0.0023;
      fall_capacitance_range (0.0023, 0.0023);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0048052, -0.0048028, -0.0047974, -0.0047975, -0.0047978, -0.0047985, -0.0047999" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0047908, 0.0047955, 0.0048064, 0.0048076, 0.0048105, 0.0048169, 0.004832" \
          );
        }
      }
    }
  }
  cell (scs8hd_and3b_1) {
    area : 8.7584;
    cell_footprint : "and3b";
    cell_leakage_power : 0.00555658;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0063875;
      when : "!AN&!B&C";
    }
    leakage_power () {
      value : 0.0063025;
      when : "!AN&!B&!C";
    }
    leakage_power () {
      value : 0.0001131;
      when : "!AN&B&C";
    }
    leakage_power () {
      value : 0.0063932;
      when : "!AN&B&!C";
    }
    leakage_power () {
      value : 0.0062913;
      when : "AN&!B&C";
    }
    leakage_power () {
      value : 0.0062902;
      when : "AN&!B&!C";
    }
    leakage_power () {
      value : 0.0063831;
      when : "AN&B&C";
    }
    leakage_power () {
      value : 0.0062917;
      when : "AN&B&!C";
    }
    leakage_power () {
      value : 0.00555658;
    }
    pin (X) {
      direction : output;
      function : "(!AN&B&C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.206004;
      max_transition : 1.50472;
      timing () {
        related_pin : "AN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.101392, 0.107633, 0.122059, 0.156065, 0.244082, 0.482985, 1.13667", \
            "0.10564, 0.111913, 0.126332, 0.160342, 0.248437, 0.487333, 1.14138", \
            "0.117276, 0.123535, 0.137934, 0.171892, 0.259892, 0.498882, 1.15154", \
            "0.141649, 0.147914, 0.162233, 0.196182, 0.284147, 0.524271, 1.17696", \
            "0.181534, 0.187808, 0.202222, 0.236258, 0.324116, 0.563104, 1.21556", \
            "0.248161, 0.254505, 0.269089, 0.303269, 0.39135, 0.62999, 1.28212", \
            "0.373247, 0.379968, 0.394829, 0.429366, 0.517937, 0.757608, 1.40716" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0199952, 0.0260337, 0.0418667, 0.0858082, 0.210204, 0.557733, 1.50051", \
            "0.0199486, 0.0260534, 0.0418603, 0.08582, 0.210156, 0.55645, 1.50472", \
            "0.0199457, 0.0260319, 0.0418992, 0.0857001, 0.210511, 0.555278, 1.50202", \
            "0.0199705, 0.026092, 0.0419386, 0.0858141, 0.210567, 0.556678, 1.49791", \
            "0.0202936, 0.0262979, 0.0422168, 0.0858595, 0.210389, 0.557029, 1.49794", \
            "0.0209305, 0.0269349, 0.0427055, 0.0863125, 0.210321, 0.553423, 1.5005", \
            "0.0231875, 0.0287972, 0.0440031, 0.0873294, 0.21045, 0.555839, 1.49462" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0857517, 0.0905836, 0.10098, 0.121875, 0.166753, 0.279037, 0.582716", \
            "0.0893668, 0.0942006, 0.104629, 0.125385, 0.170373, 0.28262, 0.587291", \
            "0.0961466, 0.100929, 0.111395, 0.132183, 0.177147, 0.289435, 0.594173", \
            "0.103946, 0.108758, 0.119175, 0.139985, 0.184938, 0.297083, 0.602911", \
            "0.10921, 0.114057, 0.12446, 0.145329, 0.190354, 0.302635, 0.607492", \
            "0.104282, 0.109117, 0.119503, 0.140439, 0.185517, 0.297699, 0.601261", \
            "0.0644159, 0.0694871, 0.0804211, 0.101835, 0.147392, 0.259502, 0.564381" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.015929, 0.0196201, 0.0275993, 0.0462543, 0.0961091, 0.240787, 0.64856", \
            "0.0159173, 0.0194898, 0.0275695, 0.0464486, 0.0964095, 0.24136, 0.641318", \
            "0.0158752, 0.0194162, 0.0275355, 0.0462853, 0.0961746, 0.240246, 0.643238", \
            "0.0159633, 0.0195465, 0.0275152, 0.0464152, 0.0961131, 0.238945, 0.63844", \
            "0.0160895, 0.0196585, 0.0276118, 0.0465437, 0.0957629, 0.238862, 0.638763", \
            "0.0163622, 0.0201222, 0.0279191, 0.0467909, 0.096434, 0.240563, 0.644464", \
            "0.0182196, 0.0221317, 0.0298905, 0.048163, 0.0971278, 0.239015, 0.642736" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0660635, 0.0723049, 0.08669, 0.120455, 0.207891, 0.446632, 1.09994", \
            "0.0691701, 0.0754007, 0.0897729, 0.12355, 0.211106, 0.450238, 1.1053", \
            "0.0760507, 0.0822593, 0.0966129, 0.130451, 0.218393, 0.456683, 1.11427", \
            "0.0885737, 0.0951221, 0.109805, 0.143782, 0.231755, 0.47087, 1.1214", \
            "0.101897, 0.109068, 0.124599, 0.159474, 0.247831, 0.488971, 1.13755", \
            "0.101377, 0.110083, 0.128332, 0.164848, 0.253401, 0.492907, 1.14586", \
            "0.0566103, 0.0671074, 0.089583, 0.132913, 0.223203, 0.462637, 1.11474" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.019813, 0.0259352, 0.041757, 0.0857309, 0.210592, 0.558181, 1.50391", \
            "0.0197696, 0.0259033, 0.0417502, 0.0857423, 0.210523, 0.55538, 1.49708", \
            "0.0198012, 0.0258864, 0.041817, 0.0857867, 0.210174, 0.556418, 1.50117", \
            "0.0211654, 0.0271875, 0.0427667, 0.0861202, 0.210106, 0.557457, 1.498", \
            "0.0246283, 0.0309595, 0.0459429, 0.0879826, 0.211166, 0.556653, 1.50114", \
            "0.0314816, 0.0382086, 0.0534026, 0.0923389, 0.212519, 0.554894, 1.49812", \
            "0.0412991, 0.0496072, 0.0680926, 0.105043, 0.217057, 0.558087, 1.49351" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0792349, 0.0844295, 0.0954754, 0.117055, 0.162608, 0.275001, 0.579832", \
            "0.0834935, 0.0885869, 0.0997185, 0.121278, 0.166976, 0.279532, 0.584503", \
            "0.0952626, 0.100441, 0.111458, 0.133014, 0.178601, 0.291111, 0.595865", \
            "0.124074, 0.129223, 0.140192, 0.161304, 0.206942, 0.31934, 0.624044", \
            "0.181404, 0.18722, 0.19949, 0.2227, 0.268676, 0.381222, 0.684949", \
            "0.274369, 0.28132, 0.296128, 0.32402, 0.374686, 0.488692, 0.792858", \
            "0.43777, 0.445934, 0.463446, 0.497604, 0.556863, 0.672901, 0.976572" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0179055, 0.0215839, 0.0296596, 0.048212, 0.0973144, 0.241094, 0.644688", \
            "0.0178488, 0.021541, 0.0295868, 0.0479583, 0.0974467, 0.241815, 0.638982", \
            "0.0179177, 0.0214858, 0.0297066, 0.0482538, 0.0972732, 0.240334, 0.643971", \
            "0.0181035, 0.0215511, 0.0296339, 0.0485614, 0.097532, 0.239216, 0.640685", \
            "0.0230736, 0.0266968, 0.0349122, 0.0519785, 0.0993058, 0.239709, 0.639538", \
            "0.0316379, 0.0358463, 0.0457511, 0.0641721, 0.107864, 0.242376, 0.639591", \
            "0.0433595, 0.0486252, 0.060157, 0.0808111, 0.123014, 0.249935, 0.6413" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0709543, 0.077191, 0.0915702, 0.125373, 0.21265, 0.451412, 1.10151", \
            "0.0736874, 0.0799434, 0.0943029, 0.128097, 0.215459, 0.453179, 1.1072", \
            "0.078955, 0.0851811, 0.0995311, 0.133267, 0.220741, 0.458711, 1.11208", \
            "0.0883179, 0.0947574, 0.109361, 0.143405, 0.230927, 0.470243, 1.12451", \
            "0.098448, 0.105563, 0.121123, 0.156015, 0.244319, 0.483687, 1.13407", \
            "0.0938965, 0.102517, 0.120578, 0.15751, 0.245699, 0.485861, 1.14152", \
            "0.0395358, 0.0499779, 0.0724091, 0.11538, 0.205534, 0.444047, 1.09605" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0198762, 0.0259201, 0.0418308, 0.0857464, 0.210449, 0.55535, 1.50137", \
            "0.0198141, 0.0259504, 0.0417892, 0.0857882, 0.210201, 0.555214, 1.4992", \
            "0.0197963, 0.025912, 0.0418216, 0.0858117, 0.210417, 0.556737, 1.50312", \
            "0.0208065, 0.0269138, 0.0427153, 0.0861383, 0.210665, 0.557056, 1.50214", \
            "0.0240281, 0.0301421, 0.0455203, 0.087883, 0.211023, 0.555486, 1.50257", \
            "0.0307345, 0.0371411, 0.0528716, 0.0924454, 0.212042, 0.553805, 1.49933", \
            "0.0400433, 0.0484597, 0.0664494, 0.104228, 0.215886, 0.557163, 1.49584" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0896682, 0.0950482, 0.106191, 0.127895, 0.173547, 0.285801, 0.589979", \
            "0.0937622, 0.0991483, 0.110334, 0.132039, 0.177674, 0.290123, 0.594567", \
            "0.105385, 0.110792, 0.121989, 0.143599, 0.189301, 0.30178, 0.60622", \
            "0.134036, 0.1394, 0.150686, 0.17237, 0.218076, 0.33049, 0.635167", \
            "0.195109, 0.201014, 0.213261, 0.236335, 0.282666, 0.395048, 0.699731", \
            "0.295026, 0.302183, 0.316139, 0.344044, 0.394632, 0.507957, 0.811726", \
            "0.468759, 0.476986, 0.494983, 0.528638, 0.587018, 0.703907, 1.0064" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0196285, 0.0235119, 0.0315969, 0.0499566, 0.0981609, 0.239776, 0.640263", \
            "0.0198871, 0.0233966, 0.0316209, 0.0499348, 0.0983803, 0.240743, 0.644346", \
            "0.0196301, 0.0234524, 0.0314601, 0.0499326, 0.098503, 0.241849, 0.644465", \
            "0.0196531, 0.0234072, 0.03155, 0.0496323, 0.0984375, 0.24072, 0.641913", \
            "0.0239992, 0.0280161, 0.0360684, 0.0529692, 0.0998919, 0.241231, 0.641326", \
            "0.032934, 0.0377031, 0.0469509, 0.064458, 0.108146, 0.243589, 0.643109", \
            "0.045478, 0.0506451, 0.0617678, 0.0825355, 0.124763, 0.250096, 0.641756" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0133548, 0.0150646, 0.0196248, 0.03178, 0.064647, 0.154575, 0.399767", \
            "0.0132111, 0.0149247, 0.0194846, 0.0316296, 0.0644473, 0.154342, 0.399897", \
            "0.0132601, 0.0149844, 0.0195455, 0.0316457, 0.0645335, 0.154347, 0.399748", \
            "0.0129249, 0.0146276, 0.0192227, 0.0313323, 0.0642636, 0.154115, 0.397484", \
            "0.0127431, 0.0144974, 0.0190418, 0.031129, 0.0640536, 0.153414, 0.399059", \
            "0.0126313, 0.01428, 0.0187463, 0.0306489, 0.0638808, 0.153375, 0.397341", \
            "0.0132139, 0.0148536, 0.01931, 0.0314891, 0.0644276, 0.155181, 0.398152" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0090079, 0.0076247, 0.0039051, -0.007374, -0.0402641, -0.13111, -0.379147", \
            "0.0088688, 0.0074606, 0.0038439, -0.0074468, -0.0403766, -0.131221, -0.379281", \
            "0.0088189, 0.0074057, 0.0037666, -0.0075178, -0.0404401, -0.131294, -0.379318", \
            "0.0082497, 0.0068058, 0.0031773, -0.0081186, -0.0410459, -0.131882, -0.379919", \
            "0.0093281, 0.0077492, 0.0034668, -0.0085647, -0.0415427, -0.132354, -0.380387", \
            "0.0092152, 0.0076555, 0.0033461, -0.0086439, -0.041727, -0.132607, -0.38068", \
            "0.0097559, 0.0080686, 0.0036301, -0.0084308, -0.0414405, -0.132172, -0.380293" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0132605, 0.0149816, 0.0195556, 0.0316049, 0.0644199, 0.154273, 0.401644", \
            "0.0131904, 0.0148968, 0.0194829, 0.0315267, 0.0643598, 0.154065, 0.399824", \
            "0.013082, 0.0148036, 0.0193597, 0.0314418, 0.0642711, 0.153331, 0.400064", \
            "0.0130422, 0.014734, 0.0192614, 0.0313656, 0.0642056, 0.154195, 0.397482", \
            "0.0135916, 0.0151993, 0.0194611, 0.0315304, 0.0642891, 0.154078, 0.39799", \
            "0.0148017, 0.0163471, 0.0207302, 0.0325931, 0.0652264, 0.154379, 0.399776", \
            "0.0185452, 0.0199705, 0.02419, 0.0360878, 0.0688717, 0.15798, 0.401323" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0091379, 0.007636, 0.0038242, -0.0075346, -0.0404301, -0.131204, -0.379247", \
            "0.0089351, 0.0074455, 0.0036569, -0.0076768, -0.0405882, -0.131389, -0.379432", \
            "0.0088244, 0.0072798, 0.0034872, -0.00786, -0.0407399, -0.131531, -0.379554", \
            "0.0087763, 0.0072334, 0.003406, -0.007869, -0.0407816, -0.131557, -0.379642", \
            "0.009039, 0.0073479, 0.0035466, -0.0078728, -0.0406703, -0.131421, -0.379413", \
            "0.0124521, 0.0105262, 0.0057662, -0.0065255, -0.0395139, -0.130235, -0.378196", \
            "0.0168336, 0.014742, 0.0095835, -0.0030747, -0.0365978, -0.127424, -0.375168" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.013934, 0.015644, 0.0201913, 0.0322649, 0.0648242, 0.15443, 0.397717", \
            "0.0138129, 0.0155323, 0.0200705, 0.0321537, 0.0646877, 0.154047, 0.400773", \
            "0.0136302, 0.015332, 0.0198887, 0.0319311, 0.064554, 0.154125, 0.401242", \
            "0.0134957, 0.0151804, 0.0196766, 0.0317193, 0.0645221, 0.154172, 0.399654", \
            "0.0138723, 0.0155002, 0.0198137, 0.0318029, 0.0645104, 0.154386, 0.397837", \
            "0.0148995, 0.0164401, 0.0208414, 0.0327953, 0.0653353, 0.1545, 0.399608", \
            "0.0181598, 0.0195783, 0.023649, 0.0353862, 0.0678662, 0.15753, 0.400403" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136392, 0.00372053, 0.010149, 0.0276847, 0.0755192, 0.206004");
          values ( \
            "0.0108693, 0.0092988, 0.0053622, -0.0063018, -0.0395644, -0.130611, -0.378678", \
            "0.0107011, 0.0091129, 0.0051624, -0.0064988, -0.0397282, -0.130726, -0.378864", \
            "0.010515, 0.0089226, 0.0049768, -0.0066629, -0.0398616, -0.130874, -0.378977", \
            "0.0105028, 0.0089, 0.0049466, -0.0066859, -0.0399226, -0.130888, -0.379164", \
            "0.0110683, 0.0094195, 0.0053429, -0.0063423, -0.0395779, -0.130609, -0.378746", \
            "0.014071, 0.0121574, 0.007324, -0.0052015, -0.0385572, -0.129572, -0.377817", \
            "0.0190466, 0.0168568, 0.0116762, -0.001383, -0.0350223, -0.126493, -0.374826" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001621;
      rise_capacitance : 0.001672;
      rise_capacitance_range (0.001672, 0.001672);
      fall_capacitance : 0.00157;
      fall_capacitance_range (0.00157, 0.00157);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0021843, 0.0021024, 0.0019137, 0.0023162, 0.0032442, 0.0053832, 0.0103137" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0070988, 0.0070172, 0.006829, 0.0071875, 0.0080137, 0.0099184, 0.0143087" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001602;
      rise_capacitance : 0.001638;
      rise_capacitance_range (0.001638, 0.001638);
      fall_capacitance : 0.001565;
      fall_capacitance_range (0.001565, 0.001565);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0030956, -0.0031031, -0.0031207, -0.0031161, -0.0031055, -0.0030811, -0.003025" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0035525, 0.0035437, 0.0035233, 0.0035257, 0.0035313, 0.003544, 0.0035735" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001648;
      rise_capacitance : 0.001721;
      rise_capacitance_range (0.001721, 0.001721);
      fall_capacitance : 0.001575;
      fall_capacitance_range (0.001575, 0.001575);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0027594, -0.002756, -0.0027481, -0.0027478, -0.002747, -0.0027452, -0.0027411" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027664, 0.0027611, 0.002749, 0.0027505, 0.0027539, 0.0027617, 0.0027797" \
          );
        }
      }
    }
  }
  cell (scs8hd_and3b_2) {
    area : 10.0096;
    cell_footprint : "and3b";
    cell_leakage_power : 0.0109727;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0125766;
      when : "!AN&!B&C";
    }
    leakage_power () {
      value : 0.0124876;
      when : "!AN&!B&!C";
    }
    leakage_power () {
      value : 0.0001435;
      when : "!AN&B&C";
    }
    leakage_power () {
      value : 0.0125858;
      when : "!AN&B&!C";
    }
    leakage_power () {
      value : 0.0124734;
      when : "AN&!B&C";
    }
    leakage_power () {
      value : 0.0124722;
      when : "AN&!B&!C";
    }
    leakage_power () {
      value : 0.0125685;
      when : "AN&B&C";
    }
    leakage_power () {
      value : 0.0124739;
      when : "AN&B&!C";
    }
    leakage_power () {
      value : 0.0109727;
    }
    pin (X) {
      direction : output;
      function : "(!AN&B&C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.409251;
      max_transition : 1.50841;
      timing () {
        related_pin : "AN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.114575, 0.119702, 0.132231, 0.161503, 0.237325, 0.462012, 1.14837", \
            "0.118917, 0.124083, 0.136629, 0.165861, 0.241674, 0.466605, 1.15369", \
            "0.130569, 0.13572, 0.148238, 0.177516, 0.253366, 0.477908, 1.16341", \
            "0.154795, 0.16004, 0.172568, 0.201838, 0.277601, 0.50195, 1.1872", \
            "0.194512, 0.199724, 0.212369, 0.241592, 0.31745, 0.541893, 1.22741", \
            "0.262086, 0.267353, 0.280042, 0.309378, 0.385171, 0.60932, 1.29988", \
            "0.390617, 0.396044, 0.409022, 0.43854, 0.514231, 0.739595, 1.4236" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0191037, 0.0235143, 0.0350744, 0.0674913, 0.170384, 0.497064, 1.5035", \
            "0.0191551, 0.0235355, 0.0350726, 0.0675759, 0.170283, 0.497623, 1.50496", \
            "0.0191455, 0.0235242, 0.0350898, 0.0676388, 0.170447, 0.497278, 1.50593", \
            "0.0191404, 0.0235538, 0.0351196, 0.0676529, 0.170403, 0.499294, 1.50281", \
            "0.0195251, 0.0237849, 0.0353653, 0.067661, 0.170053, 0.498985, 1.5047", \
            "0.01991, 0.0242911, 0.0357514, 0.0680676, 0.170549, 0.495833, 1.50517", \
            "0.0211631, 0.025703, 0.0368359, 0.0689482, 0.170859, 0.495838, 1.49941" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.105481, 0.109537, 0.119513, 0.140982, 0.185041, 0.293647, 0.612035", \
            "0.109187, 0.113237, 0.123212, 0.144614, 0.188723, 0.29735, 0.615743", \
            "0.115871, 0.119981, 0.129856, 0.151162, 0.195488, 0.304075, 0.623239", \
            "0.123408, 0.127446, 0.137381, 0.158631, 0.202778, 0.311296, 0.630531", \
            "0.127622, 0.131718, 0.141628, 0.162991, 0.207411, 0.315981, 0.635074", \
            "0.121219, 0.125272, 0.135255, 0.156597, 0.201193, 0.30986, 0.628151", \
            "0.0813439, 0.0854605, 0.0955259, 0.1172, 0.161908, 0.270765, 0.589428" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0189821, 0.0216527, 0.0287384, 0.0452473, 0.0872263, 0.218569, 0.64495", \
            "0.0189792, 0.0216532, 0.0287524, 0.0451892, 0.0874756, 0.218689, 0.645287", \
            "0.0189719, 0.0218407, 0.0290504, 0.0454345, 0.0868738, 0.217805, 0.644132", \
            "0.0189463, 0.0218456, 0.0288941, 0.0455344, 0.0875175, 0.218535, 0.64527", \
            "0.0190096, 0.0219409, 0.0289612, 0.0452842, 0.0865278, 0.219131, 0.642318", \
            "0.0190688, 0.0219035, 0.0294292, 0.0455446, 0.0874749, 0.219228, 0.644305", \
            "0.020095, 0.0228948, 0.0300496, 0.0470061, 0.088006, 0.218701, 0.6413" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0799572, 0.0852126, 0.0977341, 0.126968, 0.202634, 0.427513, 1.11585", \
            "0.0831588, 0.0883429, 0.100901, 0.130139, 0.205785, 0.429667, 1.1188", \
            "0.0902863, 0.095521, 0.107962, 0.137217, 0.212885, 0.436921, 1.12688", \
            "0.105381, 0.110618, 0.123203, 0.152386, 0.228165, 0.452718, 1.14226", \
            "0.125892, 0.131582, 0.145352, 0.175827, 0.25222, 0.477049, 1.16635", \
            "0.137859, 0.144518, 0.160503, 0.194001, 0.270975, 0.496132, 1.18251", \
            "0.110718, 0.1181, 0.136956, 0.177182, 0.25952, 0.483192, 1.16813" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0191121, 0.0235452, 0.0350175, 0.0675219, 0.170242, 0.497983, 1.50323", \
            "0.0191472, 0.0234768, 0.0350793, 0.0676264, 0.170408, 0.499103, 1.50567", \
            "0.0190692, 0.0234051, 0.0350477, 0.0675815, 0.170368, 0.498719, 1.50532", \
            "0.0196387, 0.0240141, 0.0354622, 0.0680922, 0.170221, 0.497328, 1.50841", \
            "0.0230162, 0.0277385, 0.0392037, 0.0707049, 0.171539, 0.497207, 1.50612", \
            "0.0295935, 0.0348326, 0.0472003, 0.0773773, 0.174125, 0.496951, 1.50342", \
            "0.0406386, 0.0461316, 0.0614869, 0.0930582, 0.182725, 0.497877, 1.50081" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0997259, 0.104054, 0.11462, 0.137026, 0.182485, 0.291843, 0.610742", \
            "0.104189, 0.108552, 0.119081, 0.141498, 0.186952, 0.29617, 0.615541", \
            "0.115655, 0.119994, 0.13054, 0.152902, 0.19835, 0.307656, 0.627006", \
            "0.144601, 0.14896, 0.15949, 0.181885, 0.227308, 0.336661, 0.656006", \
            "0.209012, 0.213595, 0.224521, 0.247557, 0.293504, 0.401844, 0.720696", \
            "0.316902, 0.322298, 0.335274, 0.363027, 0.415388, 0.527834, 0.84624", \
            "0.499318, 0.505542, 0.520714, 0.553838, 0.617666, 0.738815, 1.05583" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0209402, 0.0238791, 0.0315531, 0.0476609, 0.0889179, 0.219294, 0.640777", \
            "0.0210663, 0.0241206, 0.0315121, 0.0482063, 0.0890985, 0.219231, 0.645109", \
            "0.021062, 0.0240415, 0.031416, 0.0481128, 0.0888781, 0.219534, 0.645518", \
            "0.0210531, 0.0240335, 0.0313634, 0.0478442, 0.089419, 0.218972, 0.645391", \
            "0.0247004, 0.0275296, 0.0345553, 0.0506428, 0.0906419, 0.21973, 0.646086", \
            "0.0354354, 0.0385191, 0.0469859, 0.0645385, 0.103328, 0.22343, 0.646847", \
            "0.050945, 0.0544715, 0.0637779, 0.0844962, 0.126719, 0.236714, 0.640801" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0846615, 0.0899131, 0.102407, 0.131644, 0.20719, 0.430895, 1.11906", \
            "0.087501, 0.0927124, 0.105209, 0.134402, 0.209972, 0.433804, 1.11903", \
            "0.0928778, 0.098109, 0.110628, 0.139841, 0.215415, 0.439198, 1.12737", \
            "0.103882, 0.10915, 0.121763, 0.150985, 0.226722, 0.45129, 1.14806", \
            "0.11904, 0.124731, 0.138267, 0.168749, 0.245225, 0.469594, 1.15472", \
            "0.124823, 0.131309, 0.147139, 0.180472, 0.2583, 0.483193, 1.16809", \
            "0.0866934, 0.0940194, 0.112712, 0.153099, 0.23498, 0.458684, 1.14384" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0191544, 0.0235229, 0.0350842, 0.0676267, 0.170471, 0.498237, 1.5055", \
            "0.0190242, 0.0235692, 0.0350609, 0.0675963, 0.17001, 0.49744, 1.50774", \
            "0.0191841, 0.0235631, 0.0351008, 0.0676289, 0.170439, 0.498336, 1.5055", \
            "0.01968, 0.0240261, 0.0354819, 0.0679493, 0.170535, 0.49877, 1.50732", \
            "0.0220385, 0.0268734, 0.0384079, 0.0702897, 0.171579, 0.497259, 1.50638", \
            "0.0281721, 0.0334683, 0.0458391, 0.0767791, 0.174325, 0.495877, 1.50508", \
            "0.0386023, 0.0442041, 0.059098, 0.0913632, 0.181936, 0.499209, 1.49984" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.108713, 0.113191, 0.123992, 0.14676, 0.192179, 0.301549, 0.620816", \
            "0.113071, 0.117562, 0.128393, 0.151128, 0.196653, 0.306044, 0.625221", \
            "0.124562, 0.129052, 0.139866, 0.162609, 0.208018, 0.317504, 0.635943", \
            "0.153598, 0.158099, 0.168875, 0.191595, 0.237228, 0.346557, 0.665966", \
            "0.219961, 0.224592, 0.23568, 0.258644, 0.304121, 0.413277, 0.731895", \
            "0.333766, 0.339185, 0.352489, 0.380314, 0.432501, 0.54481, 0.861426", \
            "0.526241, 0.532617, 0.548133, 0.581606, 0.645435, 0.765649, 1.08411" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0220854, 0.0250838, 0.0328222, 0.0492093, 0.090309, 0.219139, 0.641763", \
            "0.0220378, 0.0251531, 0.0328664, 0.0492899, 0.0897576, 0.219474, 0.645907", \
            "0.0221116, 0.0251969, 0.03264, 0.0490952, 0.0903123, 0.219431, 0.64221", \
            "0.02203, 0.0251034, 0.0328876, 0.0493386, 0.0895619, 0.219371, 0.645228", \
            "0.0249297, 0.0277291, 0.0349278, 0.0510746, 0.0913395, 0.220206, 0.642933", \
            "0.0360556, 0.0394227, 0.0474396, 0.0651851, 0.102385, 0.223481, 0.641396", \
            "0.0521622, 0.0557785, 0.0652466, 0.0854877, 0.126176, 0.236175, 0.64071" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0191946, 0.0211318, 0.0273132, 0.04575, 0.101221, 0.270066, 0.788797", \
            "0.0190515, 0.0210086, 0.0271807, 0.045626, 0.101088, 0.269877, 0.788492", \
            "0.0191042, 0.0210755, 0.0272261, 0.0456246, 0.101138, 0.270026, 0.791377", \
            "0.0188435, 0.0208284, 0.0269753, 0.0453607, 0.100847, 0.270078, 0.788641", \
            "0.0185502, 0.0204933, 0.0266794, 0.0450482, 0.1005, 0.269676, 0.788056", \
            "0.0190136, 0.0209394, 0.0268779, 0.0449833, 0.10056, 0.26902, 0.787336", \
            "0.019994, 0.0218705, 0.0278838, 0.0457734, 0.101163, 0.271341, 0.787698" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0138073, 0.0116154, 0.0059702, -0.010251, -0.0645848, -0.235342, -0.758966", \
            "0.0137088, 0.0115125, 0.0058656, -0.0103302, -0.0646801, -0.235469, -0.759072", \
            "0.0136509, 0.0114484, 0.0058683, -0.0104396, -0.0647692, -0.235516, -0.759289", \
            "0.0131238, 0.0109438, 0.0052935, -0.0109159, -0.0653299, -0.236114, -0.759708", \
            "0.0147545, 0.0125329, 0.0064446, -0.011416, -0.0658595, -0.236647, -0.760218", \
            "0.0158281, 0.0136034, 0.0074703, -0.0106806, -0.0660071, -0.237049, -0.760612", \
            "0.0166508, 0.014384, 0.0081358, -0.0100288, -0.0658906, -0.236678, -0.760448" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0189421, 0.0209292, 0.0271314, 0.04557, 0.100965, 0.269712, 0.787729", \
            "0.018946, 0.0209194, 0.0270848, 0.0454506, 0.100824, 0.271305, 0.788108", \
            "0.0188537, 0.0208399, 0.0269605, 0.0453976, 0.100755, 0.269723, 0.787878", \
            "0.01894, 0.0208556, 0.0270144, 0.0452456, 0.100686, 0.270048, 0.788711", \
            "0.0197155, 0.0214617, 0.0272811, 0.0455659, 0.100668, 0.270038, 0.789014", \
            "0.0220232, 0.023687, 0.0292714, 0.0472723, 0.101285, 0.269776, 0.791755", \
            "0.0264959, 0.0278509, 0.032966, 0.0502269, 0.104965, 0.2732, 0.787791" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0140601, 0.0118077, 0.0059936, -0.01052, -0.0648787, -0.235666, -0.759252", \
            "0.0139999, 0.0117168, 0.005858, -0.010652, -0.065068, -0.235757, -0.759493", \
            "0.0138629, 0.0115845, 0.0057109, -0.010844, -0.0652225, -0.236015, -0.759617", \
            "0.0136742, 0.0114002, 0.0054846, -0.0110511, -0.0654583, -0.236212, -0.759758", \
            "0.0145745, 0.0122079, 0.0059941, -0.0108844, -0.0653953, -0.235925, -0.759488", \
            "0.0204859, 0.0178383, 0.0106053, -0.0087506, -0.0639115, -0.234831, -0.758429", \
            "0.0275889, 0.024686, 0.0167818, -0.0038401, -0.060847, -0.232294, -0.755531" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0196027, 0.0215951, 0.0277368, 0.0461425, 0.101446, 0.270038, 0.788291", \
            "0.0195344, 0.0214765, 0.0276099, 0.0461376, 0.101396, 0.270181, 0.791598", \
            "0.0193752, 0.0213468, 0.0275121, 0.0458766, 0.101177, 0.269903, 0.788156", \
            "0.0192739, 0.0212419, 0.0273327, 0.0457055, 0.101033, 0.270123, 0.787697", \
            "0.0199752, 0.0218102, 0.0275601, 0.0459637, 0.100896, 0.269964, 0.791199", \
            "0.0217701, 0.023484, 0.0290998, 0.0470154, 0.101582, 0.270023, 0.791731", \
            "0.0259923, 0.0274523, 0.0326278, 0.0502609, 0.104865, 0.273118, 0.787569" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152923, 0.0046771, 0.0143047, 0.0437505, 0.133809, 0.409251");
          values ( \
            "0.0161116, 0.013875, 0.0079789, -0.0087781, -0.0635034, -0.234535, -0.758188", \
            "0.0159088, 0.0136458, 0.007744, -0.0089726, -0.063628, -0.234607, -0.758281", \
            "0.0157696, 0.0135288, 0.0075691, -0.0091234, -0.063782, -0.234728, -0.75845", \
            "0.0155336, 0.0132731, 0.0073495, -0.0093974, -0.0640398, -0.234909, -0.758613", \
            "0.0163772, 0.0140025, 0.0077949, -0.0090533, -0.0634572, -0.234521, -0.758244", \
            "0.021883, 0.0192253, 0.0120353, -0.0073699, -0.0628295, -0.233868, -0.757401", \
            "0.0296201, 0.0267263, 0.018813, -0.001855, -0.0591456, -0.230638, -0.754476" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001497;
      rise_capacitance : 0.001543;
      rise_capacitance_range (0.001543, 0.001543);
      fall_capacitance : 0.001451;
      fall_capacitance_range (0.001451, 0.001451);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0023688, 0.0022916, 0.0021138, 0.0025244, 0.0034711, 0.0056533, 0.0106833" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0065467, 0.006478, 0.0063197, 0.006689, 0.0075401, 0.0095021, 0.0140248" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001581;
      rise_capacitance : 0.001617;
      rise_capacitance_range (0.001617, 0.001617);
      fall_capacitance : 0.001544;
      fall_capacitance_range (0.001544, 0.001544);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0030687, -0.0030781, -0.0030997, -0.0030947, -0.0030835, -0.0030573, -0.0029969" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0035224, 0.0035146, 0.0034966, 0.003499, 0.0035048, 0.003518, 0.0035485" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001614;
      rise_capacitance : 0.001687;
      rise_capacitance_range (0.001687, 0.001687);
      fall_capacitance : 0.001541;
      fall_capacitance_range (0.001541, 0.001541);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0027044, -0.0027027, -0.0026989, -0.0026988, -0.0026985, -0.0026975, -0.0026953" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027012, 0.0027005, 0.0026989, 0.0026991, 0.0026999, 0.0027015, 0.0027054" \
          );
        }
      }
    }
  }
  cell (scs8hd_and3b_4) {
    area : 12.512;
    cell_footprint : "and3b";
    cell_leakage_power : 0.0241171;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0249462;
      when : "!AN&!B&C";
    }
    leakage_power () {
      value : 0.0249248;
      when : "!AN&!B&!C";
    }
    leakage_power () {
      value : 0.0188684;
      when : "!AN&B&C";
    }
    leakage_power () {
      value : 0.0249529;
      when : "!AN&B&!C";
    }
    leakage_power () {
      value : 0.0248058;
      when : "AN&!B&C";
    }
    leakage_power () {
      value : 0.0248057;
      when : "AN&!B&!C";
    }
    leakage_power () {
      value : 0.0248273;
      when : "AN&B&C";
    }
    leakage_power () {
      value : 0.0248061;
      when : "AN&B&!C";
    }
    leakage_power () {
      value : 0.0241171;
    }
    pin (X) {
      direction : output;
      function : "(!AN&B&C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.594187;
      max_transition : 1.5027;
      timing () {
        related_pin : "AN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.151322, 0.155111, 0.165339, 0.190953, 0.259156, 0.471942, 1.16506", \
            "0.155535, 0.159307, 0.169555, 0.19507, 0.263373, 0.476083, 1.16853", \
            "0.167427, 0.171218, 0.181467, 0.207007, 0.275346, 0.487896, 1.17784", \
            "0.195887, 0.199677, 0.209945, 0.235491, 0.303857, 0.516566, 1.21004", \
            "0.252986, 0.256786, 0.267052, 0.292553, 0.361126, 0.573376, 1.26732", \
            "0.348561, 0.352438, 0.362803, 0.388401, 0.457035, 0.669527, 1.36308", \
            "0.519342, 0.523433, 0.53424, 0.560103, 0.628955, 0.841559, 1.53008" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.0211659, 0.0244299, 0.0338987, 0.0618861, 0.154651, 0.468646, 1.50243", \
            "0.0211826, 0.0244314, 0.0338749, 0.0619616, 0.154437, 0.468812, 1.50167", \
            "0.0212037, 0.0243872, 0.0338957, 0.0619444, 0.154702, 0.469187, 1.49892", \
            "0.0212095, 0.0244027, 0.0338787, 0.0618902, 0.1547, 0.468612, 1.5027", \
            "0.0215682, 0.0247444, 0.0341085, 0.0621472, 0.154847, 0.469042, 1.50121", \
            "0.0222765, 0.0255202, 0.0347588, 0.0627636, 0.154887, 0.467441, 1.50262", \
            "0.0243586, 0.0275662, 0.0368354, 0.0642148, 0.155904, 0.468948, 1.49297" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.107783, 0.110332, 0.117329, 0.133792, 0.168792, 0.253204, 0.506676", \
            "0.111507, 0.11404, 0.121037, 0.137498, 0.172507, 0.256941, 0.510261", \
            "0.119632, 0.122151, 0.12915, 0.145564, 0.180588, 0.265013, 0.518235", \
            "0.130436, 0.132975, 0.139929, 0.156262, 0.191308, 0.275704, 0.528956", \
            "0.138174, 0.140708, 0.147687, 0.16413, 0.199285, 0.283622, 0.536951", \
            "0.131788, 0.134313, 0.141256, 0.157804, 0.192889, 0.277421, 0.530315", \
            "0.0813664, 0.0839618, 0.0910809, 0.107746, 0.14327, 0.228253, 0.481313" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.0179316, 0.0197028, 0.0245771, 0.0366906, 0.0671651, 0.164087, 0.497717", \
            "0.0179634, 0.0196926, 0.0245855, 0.0366436, 0.0671744, 0.163983, 0.495778", \
            "0.0179916, 0.0197808, 0.0246232, 0.0366907, 0.067171, 0.164123, 0.496235", \
            "0.018057, 0.0198104, 0.0245863, 0.036781, 0.0672591, 0.164014, 0.49718", \
            "0.0180153, 0.0197726, 0.0246431, 0.0367361, 0.0674075, 0.163826, 0.49962", \
            "0.0183099, 0.0200965, 0.0249668, 0.0370342, 0.0676057, 0.164178, 0.495854", \
            "0.0196927, 0.0214236, 0.0262987, 0.0385401, 0.0689795, 0.164511, 0.497733" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.0867166, 0.0904754, 0.100681, 0.126162, 0.194395, 0.406393, 1.09487", \
            "0.0896662, 0.0934332, 0.103573, 0.12904, 0.19744, 0.409298, 1.10038", \
            "0.0960877, 0.0998569, 0.109943, 0.135431, 0.203746, 0.416156, 1.10888", \
            "0.109653, 0.11344, 0.123617, 0.149058, 0.217414, 0.429316, 1.12453", \
            "0.127274, 0.131436, 0.142394, 0.168679, 0.237688, 0.449903, 1.14296", \
            "0.13065, 0.13534, 0.148262, 0.177514, 0.247683, 0.459833, 1.1503", \
            "0.0830689, 0.0881281, 0.102813, 0.13824, 0.213433, 0.424575, 1.11449" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.0208867, 0.0241479, 0.0336486, 0.0617628, 0.154555, 0.469165, 1.50024", \
            "0.0208773, 0.0241291, 0.033585, 0.0617222, 0.154607, 0.469551, 1.50184", \
            "0.0208845, 0.024107, 0.0336152, 0.0617091, 0.154525, 0.468832, 1.50258", \
            "0.0213501, 0.0245156, 0.0339064, 0.0621101, 0.154751, 0.469617, 1.49864", \
            "0.0247249, 0.0279261, 0.0373592, 0.064611, 0.155471, 0.469593, 1.49841", \
            "0.0312457, 0.0351594, 0.0451354, 0.0716689, 0.158431, 0.469126, 1.50106", \
            "0.0423707, 0.0460636, 0.0582722, 0.0874507, 0.16758, 0.470561, 1.49512" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.0928977, 0.0955928, 0.1029, 0.120291, 0.156405, 0.241626, 0.495091", \
            "0.0976801, 0.100373, 0.107697, 0.125095, 0.161231, 0.246425, 0.499991", \
            "0.110146, 0.11284, 0.120146, 0.137466, 0.173625, 0.258827, 0.512359", \
            "0.14024, 0.142943, 0.150221, 0.167757, 0.203914, 0.28919, 0.542651", \
            "0.207661, 0.210539, 0.218363, 0.236399, 0.273213, 0.357943, 0.610872", \
            "0.321786, 0.325096, 0.334249, 0.356044, 0.400399, 0.490146, 0.743534", \
            "0.521634, 0.525569, 0.536745, 0.562716, 0.617355, 0.719721, 0.973483" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.0200821, 0.0218841, 0.0270362, 0.0391604, 0.0694338, 0.164752, 0.499213", \
            "0.0201024, 0.0218575, 0.0268495, 0.039436, 0.0693898, 0.164883, 0.500053", \
            "0.0200134, 0.0218317, 0.0269477, 0.0394281, 0.0693861, 0.164606, 0.499276", \
            "0.020018, 0.0218301, 0.0268675, 0.0389891, 0.0694026, 0.16467, 0.49965", \
            "0.0240165, 0.0257648, 0.0305541, 0.0422225, 0.0713511, 0.165642, 0.500615", \
            "0.035378, 0.0373748, 0.0425529, 0.0563948, 0.0855749, 0.171421, 0.500705", \
            "0.0513949, 0.0534595, 0.0592509, 0.0749945, 0.10964, 0.190774, 0.50127" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.0910114, 0.0947871, 0.104989, 0.130453, 0.198786, 0.410679, 1.10137", \
            "0.0936432, 0.0973765, 0.107542, 0.133029, 0.20134, 0.413456, 1.10413", \
            "0.0984696, 0.102265, 0.112353, 0.137813, 0.206183, 0.418151, 1.10642", \
            "0.10835, 0.112115, 0.122283, 0.14775, 0.21605, 0.428179, 1.12689", \
            "0.121089, 0.125171, 0.136073, 0.162328, 0.231359, 0.443908, 1.13703", \
            "0.119139, 0.123832, 0.136509, 0.165533, 0.235794, 0.448192, 1.1392", \
            "0.0609506, 0.066052, 0.0807015, 0.115836, 0.190865, 0.402301, 1.09387" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.0209506, 0.0241513, 0.0336263, 0.0617373, 0.154246, 0.468291, 1.50125", \
            "0.0209423, 0.0241795, 0.0336548, 0.0617788, 0.154696, 0.468773, 1.49764", \
            "0.0209607, 0.0240613, 0.0335804, 0.0616945, 0.154385, 0.46856, 1.49818", \
            "0.0212643, 0.024478, 0.0339469, 0.0621159, 0.154258, 0.469226, 1.49965", \
            "0.0238666, 0.0271708, 0.0366488, 0.0644115, 0.155679, 0.468815, 1.50158", \
            "0.0300217, 0.0337408, 0.0445223, 0.071063, 0.158511, 0.468983, 1.49615", \
            "0.0411506, 0.0445411, 0.056254, 0.0856141, 0.166863, 0.470173, 1.49713" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.099576, 0.102417, 0.110049, 0.12794, 0.164629, 0.250288, 0.503401", \
            "0.104389, 0.107231, 0.114892, 0.132783, 0.169469, 0.255152, 0.50829", \
            "0.116945, 0.119758, 0.127361, 0.145259, 0.181975, 0.267672, 0.520784", \
            "0.147427, 0.149906, 0.157919, 0.175474, 0.212159, 0.297884, 0.551452", \
            "0.216701, 0.219611, 0.227641, 0.245889, 0.283133, 0.368774, 0.622241", \
            "0.336562, 0.34011, 0.349573, 0.371859, 0.416441, 0.506863, 0.758797", \
            "0.546313, 0.550446, 0.561488, 0.58796, 0.64302, 0.746408, 1.00044" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.0212571, 0.0232247, 0.0286507, 0.0411884, 0.0709991, 0.1656, 0.499847", \
            "0.0212684, 0.0232613, 0.0285734, 0.0410501, 0.0710822, 0.165622, 0.500506", \
            "0.0212543, 0.023224, 0.0285873, 0.0412394, 0.0709126, 0.165487, 0.497257", \
            "0.0213768, 0.0232247, 0.0286235, 0.0408138, 0.0710249, 0.165692, 0.500257", \
            "0.0245874, 0.0264898, 0.0313986, 0.0433686, 0.0722052, 0.166365, 0.500908", \
            "0.0361317, 0.0383571, 0.0442141, 0.0581533, 0.0862555, 0.171888, 0.50068", \
            "0.0535916, 0.0553892, 0.0614401, 0.0777283, 0.111179, 0.191103, 0.500738" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.0348838, 0.0370585, 0.044064, 0.0670215, 0.140265, 0.377897, 1.15217", \
            "0.0347453, 0.0369026, 0.0439217, 0.0670023, 0.140117, 0.377789, 1.15174", \
            "0.0348092, 0.0369518, 0.0440057, 0.0670208, 0.140179, 0.377992, 1.15281", \
            "0.0343948, 0.0365352, 0.043606, 0.0665077, 0.139754, 0.377387, 1.15183", \
            "0.0342876, 0.0364134, 0.0435028, 0.0664599, 0.139653, 0.377691, 1.15168", \
            "0.0349278, 0.0369851, 0.0437886, 0.0659437, 0.139388, 0.376344, 1.15107", \
            "0.0364772, 0.0385364, 0.0453256, 0.0670637, 0.140297, 0.378231, 1.14826" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.0272253, 0.0249528, 0.0179807, -0.0025101, -0.0726857, -0.311946, -1.09426", \
            "0.0271561, 0.0248707, 0.0178974, -0.0026099, -0.0727711, -0.31203, -1.09431", \
            "0.0269223, 0.0248301, 0.0177804, -0.0027575, -0.0729268, -0.312176, -1.09447", \
            "0.0265207, 0.024136, 0.0171456, -0.003441, -0.0735646, -0.312789, -1.09508", \
            "0.0275325, 0.0251323, 0.0178536, -0.0039693, -0.0743953, -0.313462, -1.09579", \
            "0.0310132, 0.0286417, 0.0214435, -0.0008492, -0.0738537, -0.313957, -1.09629", \
            "0.0320904, 0.0296137, 0.0222392, 0.000106, -0.0732192, -0.313255, -1.09606" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.0350722, 0.0372552, 0.0442951, 0.0673806, 0.140511, 0.378005, 1.14715", \
            "0.0350213, 0.0371477, 0.0441699, 0.067225, 0.140411, 0.377663, 1.15272", \
            "0.0348023, 0.0369773, 0.043976, 0.066914, 0.140213, 0.377593, 1.15116", \
            "0.0348742, 0.0370063, 0.0439436, 0.0668198, 0.139981, 0.377573, 1.15195", \
            "0.0357597, 0.037788, 0.0445574, 0.0671668, 0.139961, 0.377727, 1.15159", \
            "0.0391405, 0.0409878, 0.0474649, 0.0695013, 0.141156, 0.378219, 1.15144", \
            "0.0471749, 0.0485497, 0.0543088, 0.0758174, 0.147166, 0.382988, 1.15274" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.0277961, 0.0254306, 0.0182981, -0.0022719, -0.0725329, -0.311593, -1.09397", \
            "0.0277021, 0.0252633, 0.0180402, -0.0026454, -0.0727246, -0.311816, -1.09423", \
            "0.0273448, 0.0249029, 0.0177224, -0.0029373, -0.0730481, -0.31212, -1.09451", \
            "0.0273249, 0.0248718, 0.0176236, -0.003358, -0.0734352, -0.312511, -1.09469", \
            "0.0286214, 0.0260495, 0.0183566, -0.0030552, -0.0733917, -0.311994, -1.09433", \
            "0.0377648, 0.0348728, 0.0262993, 0.0017821, -0.0718328, -0.310304, -1.09261", \
            "0.0510025, 0.0478423, 0.0383756, 0.0119017, -0.0639508, -0.305248, -1.08697" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.0355186, 0.037713, 0.0448021, 0.0677389, 0.140959, 0.377557, 1.15067", \
            "0.0354601, 0.0376418, 0.0446652, 0.0677656, 0.140766, 0.377651, 1.15046", \
            "0.0352472, 0.0374007, 0.0444178, 0.0673462, 0.140665, 0.377347, 1.15243", \
            "0.035148, 0.037275, 0.0441488, 0.0670056, 0.14027, 0.377388, 1.14767", \
            "0.0358386, 0.0378861, 0.0447639, 0.0671674, 0.139913, 0.377748, 1.14749", \
            "0.0388884, 0.0407645, 0.0473655, 0.0693363, 0.140944, 0.378155, 1.15089", \
            "0.0460908, 0.0475643, 0.0534491, 0.0748117, 0.14629, 0.381727, 1.15103" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162728, 0.00529608, 0.0172364, 0.0560969, 0.182571, 0.594187");
          values ( \
            "0.0303991, 0.0280492, 0.0207099, -0.0003725, -0.0711711, -0.310737, -1.09324", \
            "0.0301606, 0.0277942, 0.020504, -0.000612, -0.0713686, -0.310897, -1.09341", \
            "0.0299375, 0.0275217, 0.0202, -0.0009532, -0.0715645, -0.311192, -1.09366", \
            "0.0297008, 0.0274143, 0.019899, -0.0010329, -0.0716849, -0.311234, -1.09361", \
            "0.0309244, 0.0283897, 0.0206606, -0.0007711, -0.0715596, -0.311092, -1.09353", \
            "0.0398039, 0.0369502, 0.028353, 0.0036412, -0.0697906, -0.30923, -1.09156", \
            "0.0544559, 0.0508991, 0.0418955, 0.0145689, -0.0620679, -0.303408, -1.08634" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001664;
      rise_capacitance : 0.001731;
      rise_capacitance_range (0.001731, 0.001731);
      fall_capacitance : 0.001597;
      fall_capacitance_range (0.001597, 0.001597);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0057605, 0.0056955, 0.0055457, 0.0058385, 0.0065135, 0.0080694, 0.0116561" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.008957, 0.0088511, 0.008607, 0.0088859, 0.0095289, 0.0110108, 0.0144271" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002379;
      rise_capacitance : 0.002484;
      rise_capacitance_range (0.002484, 0.002484);
      fall_capacitance : 0.002274;
      fall_capacitance_range (0.002274, 0.002274);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0048153, -0.0048169, -0.0048208, -0.0048137, -0.0047973, -0.0047595, -0.0046722" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053509, 0.0053504, 0.0053492, 0.0053535, 0.0053635, 0.0053864, 0.0054395" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002411;
      rise_capacitance : 0.002552;
      rise_capacitance_range (0.002552, 0.002552);
      fall_capacitance : 0.00227;
      fall_capacitance_range (0.00227, 0.00227);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047816, -0.0047799, -0.0047761, -0.0047755, -0.0047742, -0.0047712, -0.004764" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0047857, 0.0047849, 0.0047831, 0.0047838, 0.0047855, 0.0047894, 0.0047985" \
          );
        }
      }
    }
  }
  cell (scs8hd_and4_1) {
    area : 8.7584;
    cell_footprint : "and4";
    cell_leakage_power : 0.00586264;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062181;
      when : "!A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0062178;
      when : "!A&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0062194;
      when : "!A&!B&C&D";
    }
    leakage_power () {
      value : 0.0062182;
      when : "!A&!B&C&!D";
    }
    leakage_power () {
      value : 0.0062199;
      when : "!A&B&!C&D";
    }
    leakage_power () {
      value : 0.0062185;
      when : "!A&B&!C&!D";
    }
    leakage_power () {
      value : 0.0063165;
      when : "!A&B&C&D";
    }
    leakage_power () {
      value : 0.0062202;
      when : "!A&B&C&!D";
    }
    leakage_power () {
      value : 0.0062263;
      when : "A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0062248;
      when : "A&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0063209;
      when : "A&!B&C&D";
    }
    leakage_power () {
      value : 0.0062265;
      when : "A&!B&C&!D";
    }
    leakage_power () {
      value : 0.0063307;
      when : "A&B&!C&D";
    }
    leakage_power () {
      value : 0.0062327;
      when : "A&B&!C&!D";
    }
    leakage_power () {
      value : 5.78816e-05;
      when : "A&B&C&D";
    }
    leakage_power () {
      value : 0.0063338;
      when : "A&B&C&!D";
    }
    leakage_power () {
      value : 0.00586264;
    }
    pin (X) {
      direction : output;
      function : "(A&B&C&D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.215159;
      max_transition : 1.51299;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0706176, 0.0775566, 0.0932186, 0.128701, 0.217496, 0.458544, 1.11812", \
            "0.0735829, 0.0805422, 0.0962288, 0.131754, 0.220487, 0.461987, 1.12144", \
            "0.0810751, 0.0880579, 0.103526, 0.139234, 0.22781, 0.469135, 1.13069", \
            "0.0970664, 0.104104, 0.119995, 0.15545, 0.244054, 0.485492, 1.14553", \
            "0.114936, 0.122529, 0.138697, 0.174971, 0.26505, 0.505342, 1.16594", \
            "0.122916, 0.132011, 0.151229, 0.188464, 0.277789, 0.518915, 1.18377", \
            "0.0965872, 0.107386, 0.130831, 0.175052, 0.264931, 0.505297, 1.16873" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0218935, 0.0281976, 0.0439079, 0.0864331, 0.208588, 0.554141, 1.50324", \
            "0.0218976, 0.0281764, 0.0439981, 0.0863275, 0.208594, 0.555069, 1.50353", \
            "0.0218341, 0.0281157, 0.0439172, 0.0863979, 0.20823, 0.553228, 1.50547", \
            "0.0224994, 0.0289687, 0.0448113, 0.0868679, 0.208571, 0.552832, 1.50478", \
            "0.0260474, 0.0322172, 0.0475743, 0.0891779, 0.209537, 0.553921, 1.50329", \
            "0.0329079, 0.0398386, 0.0551738, 0.0932054, 0.211072, 0.553204, 1.50692", \
            "0.0436661, 0.0517005, 0.0694811, 0.106227, 0.215647, 0.5558, 1.49961" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0709764, 0.0758814, 0.0862981, 0.107306, 0.152348, 0.264082, 0.568666", \
            "0.0753332, 0.0801324, 0.0906439, 0.11177, 0.15677, 0.268463, 0.572702", \
            "0.0866293, 0.0914851, 0.101928, 0.122881, 0.167764, 0.279455, 0.583561", \
            "0.114452, 0.1193, 0.129744, 0.150822, 0.195369, 0.307202, 0.61302", \
            "0.16477, 0.170479, 0.182675, 0.205636, 0.25245, 0.364757, 0.668185", \
            "0.245613, 0.252371, 0.266815, 0.295042, 0.346239, 0.460116, 0.764303", \
            "0.387028, 0.39496, 0.412438, 0.446247, 0.506318, 0.624203, 0.928385" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0160236, 0.0194443, 0.0274486, 0.0459965, 0.0946191, 0.23683, 0.634453", \
            "0.0158901, 0.0194306, 0.0276861, 0.0459149, 0.0947923, 0.234803, 0.633215", \
            "0.0158797, 0.019459, 0.0273614, 0.0459348, 0.0943838, 0.236569, 0.632262", \
            "0.0163716, 0.0200074, 0.0277274, 0.0463347, 0.0950628, 0.236394, 0.632554", \
            "0.0219274, 0.025918, 0.0339347, 0.0520576, 0.0980249, 0.235771, 0.634082", \
            "0.0298468, 0.0343336, 0.0441808, 0.0632722, 0.107031, 0.239245, 0.632632", \
            "0.0413973, 0.0463988, 0.0575932, 0.080214, 0.125172, 0.246789, 0.635297" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.077107, 0.0840382, 0.0996797, 0.13516, 0.223659, 0.465626, 1.12829", \
            "0.080186, 0.087143, 0.102775, 0.138221, 0.226616, 0.468776, 1.12743", \
            "0.0871685, 0.0941987, 0.109853, 0.14529, 0.233909, 0.474895, 1.13547", \
            "0.10131, 0.108478, 0.12449, 0.159989, 0.24876, 0.48954, 1.15751", \
            "0.118139, 0.125855, 0.14255, 0.178933, 0.268431, 0.510157, 1.16991", \
            "0.122711, 0.131891, 0.151269, 0.189433, 0.279035, 0.520712, 1.18379", \
            "0.0844169, 0.0953053, 0.119017, 0.164126, 0.256171, 0.496176, 1.15799" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0218562, 0.0282914, 0.0440342, 0.0864516, 0.20855, 0.555141, 1.50723", \
            "0.0219131, 0.0282828, 0.0439251, 0.086422, 0.208143, 0.554793, 1.50943", \
            "0.0218384, 0.0282273, 0.043997, 0.0865196, 0.208195, 0.556561, 1.50475", \
            "0.0227895, 0.029152, 0.0448275, 0.0868315, 0.208631, 0.555635, 1.50955", \
            "0.0262022, 0.0325531, 0.0476656, 0.0891628, 0.209288, 0.554441, 1.50332", \
            "0.0326427, 0.0395492, 0.0547146, 0.0937261, 0.210923, 0.55211, 1.50505", \
            "0.0423864, 0.0512598, 0.0694421, 0.106841, 0.215705, 0.554463, 1.49764" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0856064, 0.0908612, 0.10203, 0.123942, 0.169937, 0.282012, 0.586498", \
            "0.0900311, 0.0953539, 0.106585, 0.128644, 0.174384, 0.286643, 0.591011", \
            "0.101486, 0.106758, 0.117953, 0.13989, 0.18594, 0.298169, 0.603019", \
            "0.130219, 0.13549, 0.146618, 0.168592, 0.21465, 0.326863, 0.631931", \
            "0.189483, 0.195392, 0.20783, 0.231286, 0.277885, 0.389729, 0.694138", \
            "0.286633, 0.293962, 0.308916, 0.337764, 0.389221, 0.502694, 0.806569", \
            "0.45603, 0.464514, 0.482753, 0.517674, 0.578722, 0.696564, 0.99976" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0180452, 0.0217226, 0.029955, 0.0485181, 0.0961968, 0.235507, 0.633384", \
            "0.0181911, 0.021818, 0.0297947, 0.048228, 0.0961766, 0.236526, 0.63328", \
            "0.0180438, 0.0220327, 0.0299189, 0.0481923, 0.0964557, 0.235531, 0.634509", \
            "0.018298, 0.0219015, 0.0303075, 0.0483228, 0.0964503, 0.235694, 0.635556", \
            "0.0229112, 0.0265804, 0.0348842, 0.0520631, 0.0981585, 0.236755, 0.633625", \
            "0.0315454, 0.0361515, 0.0458627, 0.0642696, 0.107309, 0.239977, 0.637308", \
            "0.0435386, 0.048911, 0.0609729, 0.0826415, 0.12449, 0.247643, 0.634676" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0808334, 0.0878026, 0.10346, 0.138912, 0.227175, 0.468444, 1.12848", \
            "0.0838856, 0.0908338, 0.106467, 0.141888, 0.230101, 0.471958, 1.13091", \
            "0.0897166, 0.0967225, 0.112373, 0.147799, 0.236292, 0.476591, 1.13944", \
            "0.101204, 0.108313, 0.124193, 0.159683, 0.248356, 0.488191, 1.16101", \
            "0.11535, 0.123099, 0.139843, 0.17647, 0.265621, 0.506365, 1.16771", \
            "0.116111, 0.125318, 0.14489, 0.183679, 0.273507, 0.514209, 1.17964", \
            "0.0688122, 0.0798442, 0.103792, 0.149676, 0.242817, 0.483391, 1.14567" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0218918, 0.0282668, 0.0439902, 0.086388, 0.208448, 0.553392, 1.50714", \
            "0.0219034, 0.028287, 0.0439018, 0.0864447, 0.20807, 0.554774, 1.50986", \
            "0.0218319, 0.0282283, 0.0438782, 0.0863544, 0.20845, 0.555527, 1.50934", \
            "0.0225711, 0.0289742, 0.0446557, 0.0867591, 0.208566, 0.552651, 1.51087", \
            "0.0257303, 0.032205, 0.0477569, 0.088802, 0.209033, 0.552655, 1.50241", \
            "0.0323332, 0.0396249, 0.0548692, 0.0938811, 0.210953, 0.551316, 1.50609", \
            "0.0424522, 0.0516606, 0.0695998, 0.10843, 0.216432, 0.555743, 1.49612" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0948022, 0.100356, 0.112011, 0.134392, 0.181062, 0.293651, 0.598113", \
            "0.0993849, 0.104938, 0.116447, 0.139263, 0.185902, 0.298505, 0.602659", \
            "0.110818, 0.116324, 0.128083, 0.150791, 0.19718, 0.309816, 0.614586", \
            "0.14023, 0.145753, 0.157432, 0.180115, 0.226809, 0.339434, 0.644731", \
            "0.203831, 0.209786, 0.222431, 0.246001, 0.293109, 0.40579, 0.710464", \
            "0.309291, 0.316445, 0.332023, 0.360072, 0.411875, 0.52596, 0.830151", \
            "0.492518, 0.501858, 0.520536, 0.555759, 0.616879, 0.735075, 1.03699" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0197252, 0.0235525, 0.0314772, 0.050243, 0.0975352, 0.23773, 0.633691", \
            "0.0197312, 0.0234034, 0.0314646, 0.0497459, 0.0975799, 0.236143, 0.643501", \
            "0.0195875, 0.0233492, 0.0317588, 0.0499384, 0.0975919, 0.236962, 0.633428", \
            "0.019708, 0.0233731, 0.0315341, 0.0497948, 0.0974261, 0.238935, 0.638086", \
            "0.0231706, 0.0273234, 0.0350069, 0.0524037, 0.0983445, 0.236587, 0.633729", \
            "0.0322578, 0.0370438, 0.0466837, 0.0655456, 0.107594, 0.240479, 0.633185", \
            "0.0448196, 0.0500862, 0.0620131, 0.0834811, 0.124233, 0.246488, 0.636187" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0847908, 0.0918093, 0.107474, 0.142897, 0.231101, 0.471281, 1.13365", \
            "0.0876422, 0.0946815, 0.110317, 0.145762, 0.23383, 0.473686, 1.13498", \
            "0.0928336, 0.099794, 0.115456, 0.150859, 0.239142, 0.478469, 1.13993", \
            "0.101736, 0.108729, 0.124568, 0.160043, 0.248309, 0.489199, 1.14821", \
            "0.11211, 0.119735, 0.136409, 0.172961, 0.261983, 0.501897, 1.16705", \
            "0.109324, 0.118365, 0.137463, 0.176403, 0.266183, 0.507129, 1.17045", \
            "0.0547078, 0.0656584, 0.0892793, 0.134883, 0.227799, 0.467984, 1.13032" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0218003, 0.0282654, 0.0440707, 0.0865318, 0.208456, 0.552532, 1.50506", \
            "0.0218725, 0.0282737, 0.043979, 0.0864219, 0.208374, 0.55432, 1.50669", \
            "0.0218832, 0.0281824, 0.043976, 0.0864768, 0.208114, 0.552677, 1.50307", \
            "0.0224201, 0.0287912, 0.0445008, 0.0866326, 0.208564, 0.552906, 1.50522", \
            "0.0249257, 0.0314825, 0.047034, 0.0886564, 0.20922, 0.555097, 1.51299", \
            "0.0312107, 0.0381749, 0.0543177, 0.0934896, 0.210778, 0.552265, 1.50656", \
            "0.0408675, 0.0497329, 0.0683464, 0.10688, 0.216082, 0.553817, 1.49847" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.10144, 0.107107, 0.118951, 0.141801, 0.188567, 0.301176, 0.605727", \
            "0.106055, 0.111723, 0.123682, 0.146477, 0.193155, 0.30599, 0.61057", \
            "0.118024, 0.123675, 0.135605, 0.158465, 0.205159, 0.317902, 0.622417", \
            "0.147062, 0.152704, 0.164666, 0.187587, 0.234371, 0.347122, 0.652226", \
            "0.212803, 0.218766, 0.231263, 0.254685, 0.301806, 0.414556, 0.719914", \
            "0.323564, 0.330935, 0.346435, 0.374961, 0.426367, 0.540134, 0.84216", \
            "0.514358, 0.523241, 0.541672, 0.577808, 0.637777, 0.755397, 1.05907" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0208685, 0.024848, 0.0330089, 0.0513332, 0.0987466, 0.236625, 0.63378", \
            "0.0208639, 0.0248916, 0.0329928, 0.0513311, 0.0986471, 0.236815, 0.633804", \
            "0.0208084, 0.0248833, 0.0329407, 0.0510621, 0.0983458, 0.238134, 0.64214", \
            "0.0209121, 0.0249304, 0.033047, 0.0511998, 0.098328, 0.239127, 0.635476", \
            "0.0237713, 0.0276578, 0.0355999, 0.0529842, 0.098997, 0.237147, 0.639393", \
            "0.0332428, 0.0379344, 0.0470889, 0.0642953, 0.107184, 0.240983, 0.639268", \
            "0.0462191, 0.0513166, 0.0631033, 0.0835326, 0.125, 0.247458, 0.634885" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0116388, 0.0133622, 0.0180302, 0.0305873, 0.064712, 0.159053, 0.416109", \
            "0.0115327, 0.0132542, 0.0179373, 0.0304794, 0.0646081, 0.159203, 0.4174", \
            "0.0113711, 0.0131055, 0.0178478, 0.03032, 0.064374, 0.158237, 0.416276", \
            "0.0113919, 0.0130932, 0.0177304, 0.0301024, 0.0642415, 0.158135, 0.417337", \
            "0.0120734, 0.0136639, 0.0179558, 0.0304429, 0.0643344, 0.158273, 0.417479", \
            "0.0136041, 0.0151629, 0.0196616, 0.0317621, 0.0654287, 0.158048, 0.418435", \
            "0.0182, 0.0195227, 0.023753, 0.0360274, 0.0693984, 0.162893, 0.420002" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.008698, 0.0073169, 0.0037301, -0.007819, -0.0418226, -0.136363, -0.396599", \
            "0.0085761, 0.0072024, 0.0035254, -0.0079829, -0.0419618, -0.136556, -0.396735", \
            "0.0083336, 0.0069213, 0.0032544, -0.0082658, -0.0421798, -0.136747, -0.396931", \
            "0.0081596, 0.0067443, 0.0029528, -0.0085601, -0.042473, -0.136994, -0.397117", \
            "0.0088617, 0.0071075, 0.0030545, -0.0081099, -0.0421101, -0.136611, -0.396787", \
            "0.0122297, 0.0103246, 0.005506, -0.0070646, -0.041402, -0.135656, -0.395758", \
            "0.0165207, 0.0144389, 0.0093107, -0.0036788, -0.0379409, -0.132707, -0.392614" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0118533, 0.013549, 0.0182189, 0.0307113, 0.0646591, 0.159234, 0.416507", \
            "0.0117617, 0.013481, 0.0181493, 0.0306449, 0.064603, 0.159144, 0.418211", \
            "0.0116191, 0.0133518, 0.0180261, 0.03054, 0.0645723, 0.159118, 0.41721", \
            "0.0115643, 0.0132806, 0.0179454, 0.0304079, 0.0645231, 0.159126, 0.4143", \
            "0.0120558, 0.0136659, 0.0180695, 0.0304188, 0.0644096, 0.157985, 0.414927", \
            "0.0131588, 0.01472, 0.0191462, 0.0314228, 0.0653349, 0.159017, 0.416588", \
            "0.0163259, 0.0177783, 0.022001, 0.034372, 0.0682786, 0.161823, 0.416647" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0106515, 0.0092242, 0.0055676, -0.0058445, -0.0397591, -0.134256, -0.394419", \
            "0.0104224, 0.0090322, 0.005355, -0.0060758, -0.0398837, -0.134379, -0.394629", \
            "0.0102263, 0.0087822, 0.005112, -0.0062875, -0.0401537, -0.134663, -0.394783", \
            "0.010074, 0.0085796, 0.0048904, -0.0065684, -0.0404537, -0.1349, -0.395024", \
            "0.0101771, 0.0085984, 0.0049454, -0.0065471, -0.0403104, -0.13476, -0.394889", \
            "0.0141602, 0.0122868, 0.0074629, -0.0052015, -0.0394066, -0.133661, -0.393841", \
            "0.0180583, 0.0159914, 0.0107688, -0.0022617, -0.0368347, -0.131291, -0.391295" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.011569, 0.0132741, 0.0179341, 0.0304118, 0.0643224, 0.158615, 0.417431", \
            "0.0115022, 0.0132228, 0.0178892, 0.0303743, 0.0642593, 0.15867, 0.417201", \
            "0.0113924, 0.0131145, 0.0177925, 0.0303149, 0.0643027, 0.158773, 0.417683", \
            "0.0112994, 0.0130091, 0.0176537, 0.0301557, 0.0642201, 0.157888, 0.416994", \
            "0.0117276, 0.0133527, 0.0176745, 0.0302128, 0.064093, 0.157776, 0.415903", \
            "0.0126425, 0.0142111, 0.0186541, 0.0310865, 0.0648449, 0.15856, 0.417359", \
            "0.0156479, 0.0168841, 0.0213614, 0.0335992, 0.0676153, 0.161535, 0.415779" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0131591, 0.0115552, 0.0080322, -0.0032956, -0.037057, -0.131475, -0.391647", \
            "0.0129056, 0.0114606, 0.0078599, -0.0034801, -0.0372411, -0.131655, -0.391766", \
            "0.0127818, 0.0113032, 0.0076835, -0.0036774, -0.0374183, -0.131805, -0.39196", \
            "0.0126733, 0.0111775, 0.0075421, -0.003844, -0.0376104, -0.132007, -0.392145", \
            "0.0130094, 0.0114244, 0.0076066, -0.0038029, -0.0375667, -0.131905, -0.39194", \
            "0.0168258, 0.0149034, 0.0100708, -0.0022782, -0.0365704, -0.130991, -0.391036", \
            "0.021378, 0.0196646, 0.0141347, 0.0008792, -0.0338357, -0.128511, -0.388269" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0117995, 0.013528, 0.0182304, 0.0306816, 0.0645073, 0.158027, 0.415541", \
            "0.0117274, 0.0134475, 0.0181188, 0.0306053, 0.0644433, 0.157807, 0.415429", \
            "0.011598, 0.0133181, 0.0179899, 0.0304962, 0.0643744, 0.157859, 0.414264", \
            "0.0114679, 0.0131385, 0.0177931, 0.0302708, 0.0642033, 0.15796, 0.416713", \
            "0.0117957, 0.0134439, 0.0178784, 0.0303083, 0.0642718, 0.158599, 0.415335", \
            "0.0125363, 0.0141173, 0.0186545, 0.0310203, 0.0647586, 0.157497, 0.417501", \
            "0.0155022, 0.0169773, 0.0211728, 0.0334354, 0.067283, 0.160509, 0.415" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0144697, 0.0129833, 0.0093968, -0.0020869, -0.0360693, -0.130612, -0.390723", \
            "0.0144102, 0.0128969, 0.0091898, -0.0022496, -0.0361867, -0.13074, -0.390889", \
            "0.0141969, 0.0126787, 0.0089841, -0.0024576, -0.0363947, -0.130898, -0.390927", \
            "0.014059, 0.0125424, 0.0088761, -0.0025758, -0.0364654, -0.130992, -0.391032", \
            "0.0146637, 0.0130526, 0.0092565, -0.0022746, -0.0362528, -0.130824, -0.39094", \
            "0.0184412, 0.0165081, 0.0116087, -0.0012031, -0.0353743, -0.129912, -0.389985", \
            "0.0230985, 0.0210101, 0.0157346, 0.0026011, -0.0318498, -0.127132, -0.387227" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001634;
      rise_capacitance : 0.001658;
      rise_capacitance_range (0.001658, 0.001658);
      fall_capacitance : 0.00161;
      fall_capacitance_range (0.00161, 0.00161);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0026694, -0.0026674, -0.0026627, -0.0026596, -0.0026524, -0.0026358, -0.0025976" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0033933, 0.0033942, 0.0033963, 0.003398, 0.0034018, 0.0034106, 0.0034309" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001641;
      rise_capacitance : 0.001675;
      rise_capacitance_range (0.001675, 0.001675);
      fall_capacitance : 0.001606;
      fall_capacitance_range (0.001606, 0.001606);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0025625, -0.0025636, -0.0025663, -0.0025662, -0.0025661, -0.0025659, -0.0025653" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030895, 0.0030931, 0.0031014, 0.0031121, 0.0031368, 0.0031935, 0.0033244" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001619;
      rise_capacitance : 0.001656;
      rise_capacitance_range (0.001656, 0.001656);
      fall_capacitance : 0.001582;
      fall_capacitance_range (0.001582, 0.001582);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0022594, -0.0022601, -0.0022615, -0.0022607, -0.0022587, -0.0022541, -0.0022436" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.002263, 0.0022625, 0.0022613, 0.0022619, 0.0022634, 0.0022667, 0.0022744" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001648;
      rise_capacitance : 0.001705;
      rise_capacitance_range (0.001705, 0.001705);
      fall_capacitance : 0.00159;
      fall_capacitance_range (0.00159, 0.00159);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0025633, -0.0025622, -0.0025596, -0.0025591, -0.0025581, -0.0025558, -0.0025505" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0025515, 0.002555, 0.0025633, 0.0025633, 0.0025633, 0.0025634, 0.0025636" \
          );
        }
      }
    }
  }
  cell (scs8hd_and4_2) {
    area : 10.0096;
    cell_footprint : "and4";
    cell_leakage_power : 0.0116701;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0124097;
      when : "!A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0124094;
      when : "!A&!B&!C&!D";
    }
    leakage_power () {
      value : 0.012411;
      when : "!A&!B&C&D";
    }
    leakage_power () {
      value : 0.0124097;
      when : "!A&!B&C&!D";
    }
    leakage_power () {
      value : 0.0124115;
      when : "!A&B&!C&D";
    }
    leakage_power () {
      value : 0.0124101;
      when : "!A&B&!C&!D";
    }
    leakage_power () {
      value : 0.0125094;
      when : "!A&B&C&D";
    }
    leakage_power () {
      value : 0.0124118;
      when : "!A&B&C&!D";
    }
    leakage_power () {
      value : 0.0124179;
      when : "A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0124164;
      when : "A&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0125145;
      when : "A&!B&C&D";
    }
    leakage_power () {
      value : 0.0124182;
      when : "A&!B&C&!D";
    }
    leakage_power () {
      value : 0.0125256;
      when : "A&B&!C&D";
    }
    leakage_power () {
      value : 0.0124244;
      when : "A&B&!C&!D";
    }
    leakage_power () {
      value : 9.09386e-05;
      when : "A&B&C&D";
    }
    leakage_power () {
      value : 0.0125312;
      when : "A&B&C&!D";
    }
    leakage_power () {
      value : 0.0116701;
    }
    pin (X) {
      direction : output;
      function : "(A&B&C&D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.400095;
      max_transition : 1.50738;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0886264, 0.0945563, 0.108764, 0.140946, 0.220042, 0.448612, 1.139", \
            "0.091672, 0.0975723, 0.111767, 0.143955, 0.222939, 0.451356, 1.14672", \
            "0.0990148, 0.104954, 0.11913, 0.15134, 0.230422, 0.459229, 1.15003", \
            "0.117326, 0.123177, 0.137323, 0.169408, 0.248537, 0.476282, 1.17029", \
            "0.144324, 0.150632, 0.165526, 0.198396, 0.278543, 0.506365, 1.20265", \
            "0.16691, 0.173938, 0.191174, 0.226855, 0.307683, 0.535549, 1.22791", \
            "0.160122, 0.167822, 0.188018, 0.23095, 0.315558, 0.542409, 1.23635" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0217725, 0.0269336, 0.039441, 0.0727533, 0.173955, 0.499499, 1.49991", \
            "0.0217547, 0.026891, 0.0394596, 0.072698, 0.174134, 0.500134, 1.50092", \
            "0.0219496, 0.0269381, 0.039427, 0.0726979, 0.174106, 0.49981, 1.50344", \
            "0.0219498, 0.0270073, 0.0396122, 0.0726489, 0.174258, 0.49922, 1.50393", \
            "0.0253852, 0.0303625, 0.0427497, 0.0755332, 0.175562, 0.49945, 1.50666", \
            "0.0328578, 0.0382597, 0.0514546, 0.0822622, 0.178845, 0.500054, 1.50512", \
            "0.0451117, 0.0505796, 0.0664458, 0.0987349, 0.186911, 0.501404, 1.49549" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0903976, 0.0944433, 0.104262, 0.125186, 0.167557, 0.269384, 0.563315", \
            "0.0950825, 0.099165, 0.108926, 0.129767, 0.172345, 0.274064, 0.567948", \
            "0.106054, 0.110431, 0.120169, 0.141019, 0.18349, 0.285288, 0.579262", \
            "0.134025, 0.138109, 0.147854, 0.168747, 0.211423, 0.31323, 0.606973", \
            "0.193651, 0.197947, 0.208485, 0.230647, 0.274324, 0.376166, 0.670065", \
            "0.289183, 0.294373, 0.306916, 0.333519, 0.384041, 0.490326, 0.783369", \
            "0.448994, 0.454943, 0.469608, 0.501361, 0.563055, 0.679607, 0.973388" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0186873, 0.0213633, 0.0283273, 0.0438879, 0.0827668, 0.201379, 0.581656", \
            "0.018692, 0.0214769, 0.0285317, 0.0443377, 0.0827978, 0.200894, 0.583995", \
            "0.0186991, 0.0215118, 0.0285569, 0.0438899, 0.0824579, 0.201403, 0.582374", \
            "0.0185761, 0.0214301, 0.0283333, 0.0444445, 0.0825921, 0.200171, 0.589078", \
            "0.0234375, 0.0261556, 0.0331946, 0.0480478, 0.0853899, 0.202103, 0.585694", \
            "0.0337866, 0.0368467, 0.0445916, 0.0619984, 0.0988202, 0.207851, 0.588128", \
            "0.0489238, 0.0519795, 0.0607217, 0.0813042, 0.12197, 0.222188, 0.585072" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0950328, 0.100939, 0.115166, 0.14723, 0.226464, 0.454412, 1.14653", \
            "0.0981527, 0.10409, 0.118314, 0.150442, 0.229653, 0.456851, 1.14911", \
            "0.105331, 0.111259, 0.125548, 0.157653, 0.236769, 0.464438, 1.15838", \
            "0.121393, 0.127353, 0.141608, 0.173646, 0.252638, 0.481169, 1.17187", \
            "0.145888, 0.152159, 0.167204, 0.200321, 0.280366, 0.508647, 1.20404", \
            "0.164235, 0.171338, 0.188432, 0.224296, 0.305342, 0.533295, 1.22444", \
            "0.145929, 0.153685, 0.173654, 0.21706, 0.302634, 0.52984, 1.2205" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0219106, 0.0269125, 0.0395653, 0.0726436, 0.173932, 0.50023, 1.50517", \
            "0.0219163, 0.0268836, 0.0395578, 0.0726786, 0.174211, 0.498883, 1.49933", \
            "0.0219518, 0.0267432, 0.0395335, 0.0726265, 0.173822, 0.499097, 1.50738", \
            "0.0221438, 0.0271512, 0.0395875, 0.0728095, 0.174176, 0.499104, 1.50401", \
            "0.025007, 0.0302028, 0.0427083, 0.0754886, 0.175296, 0.500027, 1.50383", \
            "0.0313112, 0.0368861, 0.0501611, 0.0818405, 0.178523, 0.499852, 1.50176", \
            "0.0424711, 0.0482387, 0.0640591, 0.0972274, 0.186821, 0.501796, 1.49606" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.106088, 0.110445, 0.120985, 0.143197, 0.187244, 0.290154, 0.584255", \
            "0.110745, 0.115167, 0.125547, 0.147879, 0.191795, 0.294839, 0.589067", \
            "0.121966, 0.126353, 0.136865, 0.158892, 0.20301, 0.306051, 0.600036", \
            "0.150612, 0.155014, 0.165536, 0.187727, 0.2321, 0.335102, 0.62873", \
            "0.216205, 0.220914, 0.231556, 0.254191, 0.29906, 0.401908, 0.695415", \
            "0.327335, 0.332739, 0.345806, 0.373235, 0.425642, 0.531753, 0.82558", \
            "0.515099, 0.521425, 0.536847, 0.569831, 0.634281, 0.749651, 1.04407" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0210909, 0.024029, 0.0314289, 0.0471387, 0.085802, 0.202411, 0.582369", \
            "0.0211955, 0.0241811, 0.031598, 0.0474547, 0.0859813, 0.203185, 0.583848", \
            "0.0211573, 0.0240242, 0.0314112, 0.0478901, 0.0857965, 0.202331, 0.584397", \
            "0.0210935, 0.0240482, 0.0313038, 0.0477619, 0.0858876, 0.202887, 0.583003", \
            "0.0243211, 0.0271491, 0.0340791, 0.0493768, 0.08709, 0.203282, 0.581944", \
            "0.0350845, 0.0383412, 0.0462518, 0.0638016, 0.0991552, 0.208764, 0.58208", \
            "0.0509455, 0.0540229, 0.0638404, 0.0840517, 0.123728, 0.22436, 0.587051" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0987466, 0.104684, 0.11891, 0.151028, 0.230211, 0.457254, 1.14936", \
            "0.101854, 0.107756, 0.121978, 0.154116, 0.23328, 0.460418, 1.15191", \
            "0.10787, 0.113763, 0.12797, 0.160188, 0.239107, 0.467568, 1.15806", \
            "0.120568, 0.126465, 0.140723, 0.172784, 0.251786, 0.479519, 1.17751", \
            "0.140066, 0.146317, 0.161304, 0.194619, 0.274401, 0.502487, 1.19322", \
            "0.153189, 0.160218, 0.177257, 0.213005, 0.294476, 0.522577, 1.21529", \
            "0.124664, 0.132485, 0.152508, 0.195527, 0.281969, 0.50999, 1.20035" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0219135, 0.0268775, 0.0395582, 0.0726742, 0.1742, 0.498802, 1.49898", \
            "0.0219173, 0.02689, 0.0395446, 0.0726779, 0.174241, 0.499106, 1.49834", \
            "0.0217501, 0.0267589, 0.0394308, 0.0727242, 0.174113, 0.49962, 1.5037", \
            "0.022078, 0.0271885, 0.039533, 0.0727508, 0.173715, 0.499722, 1.50691", \
            "0.0241813, 0.0295772, 0.0424323, 0.075191, 0.175562, 0.500314, 1.504", \
            "0.0305185, 0.0363236, 0.0494896, 0.0818789, 0.178433, 0.499311, 1.50302", \
            "0.041708, 0.0477855, 0.062879, 0.09701, 0.186951, 0.50148, 1.49747" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.11563, 0.120185, 0.131026, 0.154016, 0.199112, 0.302326, 0.596445", \
            "0.120257, 0.12482, 0.135746, 0.158633, 0.203576, 0.30723, 0.601608", \
            "0.131723, 0.136273, 0.147192, 0.169961, 0.214906, 0.318667, 0.61258", \
            "0.161002, 0.165602, 0.176478, 0.199371, 0.244511, 0.348154, 0.642095", \
            "0.228745, 0.233408, 0.244393, 0.267411, 0.312764, 0.416417, 0.71044", \
            "0.348055, 0.353687, 0.367058, 0.3947, 0.446327, 0.551585, 0.845144", \
            "0.550184, 0.556566, 0.572145, 0.606046, 0.669592, 0.78666, 1.07894" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.022787, 0.025873, 0.0333058, 0.0490103, 0.0872827, 0.20366, 0.583351", \
            "0.0227844, 0.0258367, 0.0331926, 0.0495966, 0.0871652, 0.203857, 0.58235", \
            "0.0226624, 0.0256751, 0.0330862, 0.049295, 0.0875822, 0.20384, 0.587543", \
            "0.0227677, 0.0258124, 0.0331548, 0.0495756, 0.0872785, 0.20358, 0.589576", \
            "0.0245786, 0.0274543, 0.0348303, 0.050497, 0.0880997, 0.204046, 0.582641", \
            "0.0356352, 0.0388846, 0.0471519, 0.0644213, 0.0995279, 0.209322, 0.586797", \
            "0.0515245, 0.0553395, 0.0645018, 0.0852543, 0.124448, 0.223039, 0.58611" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.102712, 0.108553, 0.122858, 0.154917, 0.234096, 0.461614, 1.15435", \
            "0.105591, 0.111527, 0.125765, 0.157874, 0.237036, 0.464051, 1.15665", \
            "0.110876, 0.11669, 0.130989, 0.163049, 0.242122, 0.469629, 1.16286", \
            "0.120516, 0.126388, 0.140479, 0.172722, 0.25165, 0.479908, 1.17047", \
            "0.134361, 0.140574, 0.155481, 0.188652, 0.268416, 0.495802, 1.18936", \
            "0.141324, 0.14826, 0.164951, 0.200576, 0.282074, 0.510266, 1.2046", \
            "0.103602, 0.111369, 0.130953, 0.17295, 0.259884, 0.488152, 1.17865" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0219199, 0.0267314, 0.0395586, 0.0726457, 0.173991, 0.499595, 1.50532", \
            "0.0219064, 0.0268791, 0.0395607, 0.0726674, 0.17419, 0.498282, 1.50645", \
            "0.021839, 0.0267801, 0.0395509, 0.0726251, 0.17389, 0.499409, 1.50159", \
            "0.0220921, 0.0270917, 0.0396423, 0.0728459, 0.174165, 0.49937, 1.50343", \
            "0.0238385, 0.0291188, 0.0419298, 0.0747501, 0.175114, 0.49826, 1.50511", \
            "0.0292104, 0.0343203, 0.0480206, 0.080787, 0.178189, 0.498814, 1.50126", \
            "0.039457, 0.0456557, 0.0610659, 0.095757, 0.18636, 0.500047, 1.497" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.122064, 0.126791, 0.137852, 0.1609, 0.206193, 0.310054, 0.604115", \
            "0.12681, 0.131498, 0.142642, 0.165814, 0.211131, 0.314574, 0.608957", \
            "0.138706, 0.143413, 0.15452, 0.177702, 0.223187, 0.326773, 0.621029", \
            "0.16785, 0.172492, 0.183498, 0.206779, 0.252134, 0.356056, 0.650435", \
            "0.236499, 0.241148, 0.252258, 0.275405, 0.320743, 0.424332, 0.718272", \
            "0.361206, 0.366806, 0.380147, 0.408027, 0.458702, 0.565207, 0.856967", \
            "0.570523, 0.577311, 0.592932, 0.625443, 0.689375, 0.805807, 1.09836" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0237867, 0.0266781, 0.0343822, 0.0510761, 0.0883051, 0.204559, 0.582626", \
            "0.023723, 0.0267524, 0.0343474, 0.0501951, 0.0882554, 0.204241, 0.583887", \
            "0.0237933, 0.0268813, 0.0343694, 0.050223, 0.0882695, 0.204324, 0.586649", \
            "0.0236743, 0.0267442, 0.034237, 0.0502165, 0.0882222, 0.204248, 0.582713", \
            "0.0249112, 0.0279447, 0.0354831, 0.0511681, 0.0884642, 0.203437, 0.585408", \
            "0.0361057, 0.0393737, 0.0475219, 0.0641908, 0.0994767, 0.208792, 0.583399", \
            "0.0526193, 0.0560964, 0.0655758, 0.0861854, 0.125082, 0.223192, 0.588107" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0173477, 0.0192651, 0.0252917, 0.0436822, 0.0982765, 0.263964, 0.765505", \
            "0.0172791, 0.019205, 0.0251977, 0.0435944, 0.0981202, 0.263948, 0.770625", \
            "0.0171298, 0.0190648, 0.0251125, 0.043461, 0.0979663, 0.263913, 0.769795", \
            "0.0172132, 0.0191538, 0.0251401, 0.0434539, 0.0979401, 0.263683, 0.770086", \
            "0.0180022, 0.019805, 0.0258013, 0.0437337, 0.0977985, 0.26499, 0.770632", \
            "0.0207738, 0.0223799, 0.0278526, 0.0453531, 0.0990563, 0.263765, 0.77357", \
            "0.0261989, 0.0273999, 0.0329005, 0.0497613, 0.10342, 0.266881, 0.773443" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.013166, 0.0110147, 0.0055647, -0.0102055, -0.0634043, -0.230579, -0.741568", \
            "0.0130454, 0.0109862, 0.0055633, -0.0104231, -0.0635662, -0.230676, -0.741576", \
            "0.012778, 0.0107478, 0.0053408, -0.0105551, -0.063808, -0.230986, -0.741967", \
            "0.0126948, 0.0105985, 0.0050343, -0.0109, -0.0640616, -0.231182, -0.742023", \
            "0.0135261, 0.0112818, 0.0053636, -0.011007, -0.064194, -0.231108, -0.742037", \
            "0.0203681, 0.0177926, 0.0108358, -0.0080873, -0.0631171, -0.230152, -0.740984", \
            "0.0268619, 0.0240836, 0.0163481, -0.0037789, -0.0597604, -0.227597, -0.738138" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0175679, 0.0194853, 0.025449, 0.0437175, 0.0984076, 0.264043, 0.7698", \
            "0.0174894, 0.0194016, 0.0253898, 0.0436526, 0.0982831, 0.263759, 0.766257", \
            "0.0173504, 0.0192882, 0.0253033, 0.0436046, 0.0981925, 0.26378, 0.769747", \
            "0.0173586, 0.0192826, 0.0252984, 0.0435928, 0.098009, 0.26502, 0.770141", \
            "0.0179167, 0.0197723, 0.0256953, 0.0435887, 0.0980467, 0.263718, 0.770496", \
            "0.0203297, 0.0219733, 0.0274928, 0.0451435, 0.0989283, 0.263939, 0.770387", \
            "0.02444, 0.025799, 0.0308639, 0.0485025, 0.102338, 0.267142, 0.772881" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0151885, 0.012994, 0.007383, -0.0084885, -0.061462, -0.228496, -0.739572", \
            "0.0151821, 0.0130294, 0.0074064, -0.0085395, -0.0614914, -0.228639, -0.739602", \
            "0.0149373, 0.0127514, 0.0071841, -0.0087861, -0.0618133, -0.228888, -0.739717", \
            "0.0147044, 0.0125213, 0.0068574, -0.0090344, -0.0621745, -0.229153, -0.740024", \
            "0.015334, 0.0134041, 0.0072422, -0.0091407, -0.0623125, -0.229241, -0.74", \
            "0.021479, 0.018878, 0.0118314, -0.0072137, -0.0614251, -0.228254, -0.73912", \
            "0.0287297, 0.0259294, 0.0181676, -0.0021526, -0.0582253, -0.225772, -0.736671" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0172708, 0.0191819, 0.0251685, 0.0434258, 0.0980297, 0.263361, 0.765767", \
            "0.0172321, 0.0191433, 0.025142, 0.0433974, 0.0979929, 0.263378, 0.765486", \
            "0.0171262, 0.0190737, 0.0250739, 0.0434451, 0.0978884, 0.263528, 0.769352", \
            "0.0171167, 0.0190056, 0.0250228, 0.043353, 0.0977599, 0.26355, 0.772252", \
            "0.017472, 0.0193048, 0.0252613, 0.0434078, 0.0976871, 0.263595, 0.770241", \
            "0.019745, 0.0214642, 0.0269487, 0.0443438, 0.0981162, 0.263153, 0.769146", \
            "0.0239645, 0.0255028, 0.0304286, 0.047691, 0.101381, 0.266055, 0.771508" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0178723, 0.0156861, 0.0100473, -0.0060601, -0.0589008, -0.225759, -0.736788", \
            "0.0178404, 0.0155894, 0.0097603, -0.0058657, -0.0589698, -0.225948, -0.736694", \
            "0.0175995, 0.0153974, 0.0097692, -0.0060546, -0.0590808, -0.22609, -0.736883", \
            "0.0174345, 0.0152181, 0.0095189, -0.0066187, -0.059398, -0.226261, -0.737212", \
            "0.0179958, 0.0156569, 0.0098217, -0.0063435, -0.05953, -0.226396, -0.737085", \
            "0.0239209, 0.0213368, 0.01422, -0.0049056, -0.0581974, -0.224809, -0.735689", \
            "0.0323313, 0.0295064, 0.0218057, 0.0012047, -0.0551012, -0.223156, -0.733482" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0175089, 0.0193992, 0.0254067, 0.0436754, 0.0982366, 0.263832, 0.769311", \
            "0.0174493, 0.0193616, 0.0253495, 0.0436116, 0.0981891, 0.263401, 0.768711", \
            "0.0173899, 0.0192596, 0.0252708, 0.0435512, 0.0981179, 0.263711, 0.76917", \
            "0.0172701, 0.0191485, 0.02511, 0.0434257, 0.0978634, 0.26333, 0.768976", \
            "0.0174545, 0.0193204, 0.0252447, 0.0435287, 0.0979026, 0.263304, 0.769235", \
            "0.0195877, 0.0212983, 0.0269009, 0.0444508, 0.0983356, 0.263287, 0.76987", \
            "0.0232952, 0.0249763, 0.0298492, 0.0472513, 0.101055, 0.265725, 0.771097" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0194162, 0.0171129, 0.0114588, -0.0046499, -0.0577731, -0.224979, -0.735917", \
            "0.0192683, 0.0170044, 0.0112683, -0.0048095, -0.0579792, -0.225077, -0.735989", \
            "0.0191473, 0.0168822, 0.0110956, -0.0049744, -0.0580996, -0.225231, -0.736124", \
            "0.0188893, 0.0166491, 0.0109221, -0.005151, -0.0582672, -0.225401, -0.736274", \
            "0.0193759, 0.0170919, 0.0112737, -0.0044005, -0.0580716, -0.225281, -0.736091", \
            "0.0251104, 0.0225322, 0.0154285, -0.0037396, -0.0572903, -0.22448, -0.735231", \
            "0.034395, 0.0316181, 0.02378, 0.0029063, -0.0534337, -0.221853, -0.732768" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001594;
      rise_capacitance : 0.001615;
      rise_capacitance_range (0.001615, 0.001615);
      fall_capacitance : 0.001573;
      fall_capacitance_range (0.001573, 0.001573);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0026411, -0.0026409, -0.0026404, -0.0026362, -0.0026266, -0.0026043, -0.0025527" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.003385, 0.0033873, 0.0033926, 0.003392, 0.0033907, 0.0033878, 0.0033812" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001611;
      rise_capacitance : 0.001643;
      rise_capacitance_range (0.001643, 0.001643);
      fall_capacitance : 0.001579;
      fall_capacitance_range (0.001579, 0.001579);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0025604, -0.0025563, -0.0025469, -0.0025473, -0.0025482, -0.00255, -0.0025544" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030807, 0.0030828, 0.0030878, 0.0030993, 0.0031258, 0.0031871, 0.0033285" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001593;
      rise_capacitance : 0.001629;
      rise_capacitance_range (0.001629, 0.001629);
      fall_capacitance : 0.001558;
      fall_capacitance_range (0.001558, 0.001558);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0022539, -0.0022552, -0.0022584, -0.0022582, -0.0022577, -0.0022564, -0.0022533" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0022579, 0.0022574, 0.0022564, 0.0022574, 0.0022596, 0.0022648, 0.0022768" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001615;
      rise_capacitance : 0.001676;
      rise_capacitance_range (0.001676, 0.001676);
      fall_capacitance : 0.001555;
      fall_capacitance_range (0.001555, 0.001555);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0025479, -0.0025454, -0.0025397, -0.0025396, -0.0025394, -0.0025387, -0.0025371" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0025353, 0.0025369, 0.0025407, 0.0025418, 0.0025442, 0.00255, 0.0025634" \
          );
        }
      }
    }
  }
  cell (scs8hd_and4_4) {
    area : 11.2608;
    cell_footprint : "and4";
    cell_leakage_power : 0.0248167;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0247985;
      when : "!A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0247984;
      when : "!A&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0247986;
      when : "!A&!B&C&D";
    }
    leakage_power () {
      value : 0.0247985;
      when : "!A&!B&C&!D";
    }
    leakage_power () {
      value : 0.0247989;
      when : "!A&B&!C&D";
    }
    leakage_power () {
      value : 0.0247988;
      when : "!A&B&!C&!D";
    }
    leakage_power () {
      value : 0.0248181;
      when : "!A&B&C&D";
    }
    leakage_power () {
      value : 0.0247992;
      when : "!A&B&C&!D";
    }
    leakage_power () {
      value : 0.0248054;
      when : "A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0248052;
      when : "A&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0248253;
      when : "A&!B&C&D";
    }
    leakage_power () {
      value : 0.0248056;
      when : "A&!B&C&!D";
    }
    leakage_power () {
      value : 0.0248332;
      when : "A&B&!C&D";
    }
    leakage_power () {
      value : 0.0248119;
      when : "A&B&!C&!D";
    }
    leakage_power () {
      value : 0.0249322;
      when : "A&B&C&D";
    }
    leakage_power () {
      value : 0.02484;
      when : "A&B&C&!D";
    }
    leakage_power () {
      value : 0.0248167;
    }
    pin (X) {
      direction : output;
      function : "(A&B&C&D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.70405;
      max_transition : 1.50833;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0903976, 0.094359, 0.105243, 0.132327, 0.202166, 0.416474, 1.13322", \
            "0.0930626, 0.0970568, 0.107963, 0.135046, 0.204893, 0.419589, 1.13394", \
            "0.0998104, 0.103764, 0.114715, 0.141755, 0.211586, 0.425756, 1.1393", \
            "0.117059, 0.120998, 0.131872, 0.158377, 0.228017, 0.443569, 1.16337", \
            "0.141291, 0.145467, 0.156983, 0.184548, 0.255247, 0.469882, 1.18331", \
            "0.157368, 0.161924, 0.174987, 0.205915, 0.277229, 0.492012, 1.20728", \
            "0.137359, 0.142179, 0.156841, 0.193636, 0.270669, 0.483996, 1.19739" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0224087, 0.0257012, 0.0352569, 0.0621899, 0.149503, 0.456443, 1.50117", \
            "0.022564, 0.0258503, 0.0353062, 0.0620765, 0.149284, 0.456573, 1.50228", \
            "0.0224106, 0.0256505, 0.0352807, 0.0621443, 0.149486, 0.456964, 1.50038", \
            "0.0227246, 0.0259944, 0.0355794, 0.0624165, 0.149585, 0.457429, 1.49948", \
            "0.0261397, 0.0293842, 0.0390544, 0.0654, 0.151067, 0.456803, 1.5031", \
            "0.0340525, 0.0374513, 0.0476883, 0.0734374, 0.154591, 0.457055, 1.50378", \
            "0.0481542, 0.0513162, 0.061696, 0.0904829, 0.165436, 0.459624, 1.49868" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0755073, 0.0779982, 0.084935, 0.10144, 0.137571, 0.231428, 0.53143", \
            "0.0804419, 0.0829247, 0.0898426, 0.106373, 0.142446, 0.236363, 0.536632", \
            "0.092664, 0.095128, 0.102057, 0.118507, 0.154656, 0.248594, 0.548549", \
            "0.122153, 0.124592, 0.131443, 0.147874, 0.183698, 0.277607, 0.577004", \
            "0.180763, 0.183575, 0.191296, 0.209583, 0.247712, 0.342101, 0.641188", \
            "0.275255, 0.278515, 0.287726, 0.30981, 0.354896, 0.454069, 0.752893", \
            "0.437898, 0.441643, 0.452322, 0.478462, 0.534815, 0.645454, 0.945059" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0164576, 0.0181745, 0.0229878, 0.035296, 0.0694408, 0.183848, 0.591682", \
            "0.0164312, 0.0181684, 0.0230006, 0.0352904, 0.0691658, 0.183822, 0.588747", \
            "0.0164366, 0.0182722, 0.0232342, 0.0353987, 0.0694659, 0.183911, 0.591483", \
            "0.0165189, 0.0182659, 0.0232909, 0.0355418, 0.0695952, 0.184088, 0.593641", \
            "0.0223336, 0.0240366, 0.0289518, 0.041238, 0.0727777, 0.184766, 0.589039", \
            "0.0331658, 0.034947, 0.0404147, 0.0546304, 0.0874054, 0.190599, 0.588254", \
            "0.0486443, 0.0504362, 0.0564459, 0.0728223, 0.109737, 0.206549, 0.590755" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0959889, 0.100009, 0.110891, 0.137998, 0.20784, 0.422544, 1.13772", \
            "0.0990106, 0.102956, 0.113911, 0.140959, 0.210666, 0.424927, 1.13857", \
            "0.105724, 0.109689, 0.120676, 0.147649, 0.217487, 0.432249, 1.14743", \
            "0.120697, 0.124652, 0.13562, 0.162626, 0.232398, 0.446581, 1.16481", \
            "0.142252, 0.146454, 0.15798, 0.185988, 0.256694, 0.470877, 1.18601", \
            "0.153324, 0.157914, 0.170963, 0.201923, 0.273497, 0.488473, 1.2053", \
            "0.119042, 0.123886, 0.138637, 0.175189, 0.253303, 0.467479, 1.18214" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0225906, 0.0256942, 0.0353124, 0.062035, 0.149478, 0.455935, 1.5034", \
            "0.0223681, 0.025714, 0.035172, 0.0621574, 0.14955, 0.456283, 1.50611", \
            "0.022514, 0.0256963, 0.035282, 0.0620629, 0.149349, 0.456038, 1.50397", \
            "0.0228751, 0.0262206, 0.0354356, 0.0623817, 0.149453, 0.456153, 1.50384", \
            "0.0257463, 0.0287148, 0.0385709, 0.0651082, 0.151026, 0.456891, 1.50599", \
            "0.0326027, 0.0361094, 0.0463854, 0.0723181, 0.154462, 0.45653, 1.50155", \
            "0.0447041, 0.0486019, 0.059541, 0.0880894, 0.164008, 0.45882, 1.49819" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0877279, 0.0903914, 0.0978425, 0.115499, 0.152763, 0.247679, 0.547753", \
            "0.0926967, 0.0953813, 0.10282, 0.120401, 0.157994, 0.252841, 0.552944", \
            "0.105375, 0.108035, 0.115487, 0.133058, 0.170688, 0.265512, 0.565648", \
            "0.135207, 0.137911, 0.145263, 0.162893, 0.200667, 0.295627, 0.595945", \
            "0.201105, 0.204, 0.211959, 0.230665, 0.269235, 0.364361, 0.664831", \
            "0.310726, 0.314142, 0.323673, 0.3465, 0.393334, 0.493126, 0.791786", \
            "0.502467, 0.506506, 0.517707, 0.54483, 0.602669, 0.714354, 1.0134" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0185206, 0.0203232, 0.0256825, 0.03829, 0.0720624, 0.185366, 0.591911", \
            "0.0185346, 0.0204832, 0.0256725, 0.038149, 0.0716067, 0.185356, 0.589562", \
            "0.0186288, 0.0202896, 0.0254825, 0.0380473, 0.0715528, 0.185399, 0.588226", \
            "0.018616, 0.0203, 0.0254744, 0.0381305, 0.0715139, 0.18532, 0.591908", \
            "0.0230431, 0.0248003, 0.0299563, 0.0420864, 0.0739921, 0.185748, 0.587515", \
            "0.0341563, 0.0360302, 0.0418555, 0.0564157, 0.0880519, 0.191737, 0.589669", \
            "0.0503196, 0.0524168, 0.0585862, 0.0754783, 0.112541, 0.208093, 0.591794" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0997743, 0.10372, 0.114675, 0.141721, 0.211344, 0.425451, 1.13885", \
            "0.102458, 0.106399, 0.117343, 0.144399, 0.21407, 0.428075, 1.14161", \
            "0.107878, 0.111826, 0.12278, 0.149837, 0.219582, 0.433435, 1.14835", \
            "0.119454, 0.123355, 0.134308, 0.161422, 0.231124, 0.444957, 1.16269", \
            "0.136412, 0.140605, 0.152161, 0.180175, 0.250782, 0.464951, 1.17801", \
            "0.141897, 0.146504, 0.159546, 0.190272, 0.262723, 0.476751, 1.19144", \
            "0.0965241, 0.101478, 0.116237, 0.152952, 0.231386, 0.445837, 1.15934" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0223481, 0.0256808, 0.0352004, 0.0621278, 0.149609, 0.456197, 1.50609", \
            "0.022432, 0.0257686, 0.035249, 0.062155, 0.149526, 0.456396, 1.50605", \
            "0.022416, 0.02574, 0.0352204, 0.0621459, 0.14931, 0.456793, 1.50833", \
            "0.022758, 0.0261765, 0.0354711, 0.0622487, 0.149197, 0.456743, 1.50545", \
            "0.0252645, 0.0285362, 0.0382029, 0.0647896, 0.150876, 0.456929, 1.50138", \
            "0.0316523, 0.0352495, 0.0457941, 0.0721207, 0.154477, 0.456126, 1.50176", \
            "0.0435785, 0.0472398, 0.0591784, 0.0876761, 0.164805, 0.45919, 1.4972" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0951285, 0.097902, 0.105597, 0.123808, 0.162107, 0.257458, 0.557293", \
            "0.100089, 0.102858, 0.110464, 0.128799, 0.167083, 0.262442, 0.562162", \
            "0.113, 0.115769, 0.123494, 0.141649, 0.179902, 0.275369, 0.575276", \
            "0.143452, 0.146221, 0.153463, 0.172091, 0.210394, 0.305872, 0.606321", \
            "0.211974, 0.214918, 0.222983, 0.241831, 0.280818, 0.376324, 0.676131", \
            "0.32917, 0.332725, 0.342486, 0.365643, 0.413197, 0.512496, 0.811099", \
            "0.533219, 0.537283, 0.548719, 0.577807, 0.636191, 0.747616, 1.04689" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0197745, 0.0216518, 0.0269725, 0.0399079, 0.0728667, 0.185704, 0.593196", \
            "0.0197872, 0.0217078, 0.0269183, 0.0398442, 0.072933, 0.185707, 0.591275", \
            "0.0198717, 0.0217597, 0.0268055, 0.0395739, 0.0731873, 0.185957, 0.592001", \
            "0.0198684, 0.0216012, 0.0268928, 0.0398919, 0.0731366, 0.185729, 0.589393", \
            "0.0234478, 0.0250446, 0.0302547, 0.0424977, 0.0744752, 0.186264, 0.593352", \
            "0.0345978, 0.0365265, 0.0425052, 0.056884, 0.0882273, 0.190758, 0.590805", \
            "0.0510801, 0.0532289, 0.0600048, 0.0767054, 0.113065, 0.207389, 0.59243" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.103593, 0.10757, 0.118576, 0.145564, 0.215261, 0.429356, 1.14368", \
            "0.106179, 0.110126, 0.121079, 0.148122, 0.217739, 0.431638, 1.14503", \
            "0.110665, 0.114672, 0.125566, 0.152616, 0.222252, 0.435766, 1.14866", \
            "0.11909, 0.122938, 0.13389, 0.160953, 0.23069, 0.445164, 1.15966", \
            "0.130442, 0.134594, 0.146064, 0.174121, 0.244549, 0.459293, 1.17244", \
            "0.1299, 0.134478, 0.147273, 0.177668, 0.250315, 0.464839, 1.17959", \
            "0.074278, 0.0792582, 0.0938868, 0.130172, 0.208331, 0.423182, 1.13749" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0225067, 0.0257941, 0.0353506, 0.0620581, 0.149351, 0.457213, 1.50185", \
            "0.0223983, 0.0256499, 0.0352271, 0.0621363, 0.149621, 0.456053, 1.50548", \
            "0.0224506, 0.0257646, 0.0352011, 0.0621527, 0.149491, 0.456857, 1.50706", \
            "0.0226874, 0.0261462, 0.0356532, 0.0624069, 0.149458, 0.456611, 1.49823", \
            "0.024632, 0.0280528, 0.0377633, 0.0644752, 0.150671, 0.456814, 1.49964", \
            "0.0302831, 0.0338717, 0.0445503, 0.0709361, 0.1542, 0.456062, 1.50234", \
            "0.0415029, 0.0452752, 0.0570229, 0.0855407, 0.164058, 0.458734, 1.49775" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.102167, 0.105088, 0.113023, 0.131589, 0.17048, 0.26651, 0.566938", \
            "0.107161, 0.110037, 0.117985, 0.136624, 0.175618, 0.271542, 0.571908", \
            "0.119913, 0.122782, 0.130758, 0.14938, 0.188304, 0.284367, 0.584791", \
            "0.150612, 0.1535, 0.161436, 0.180059, 0.219194, 0.315185, 0.615862", \
            "0.220891, 0.223905, 0.23206, 0.251007, 0.290393, 0.386375, 0.686888", \
            "0.34398, 0.347546, 0.35745, 0.380857, 0.427934, 0.527634, 0.825641", \
            "0.557229, 0.561284, 0.573339, 0.602498, 0.66051, 0.77211, 1.07152" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0210404, 0.0231032, 0.0283859, 0.0413046, 0.0746056, 0.186842, 0.593069", \
            "0.021048, 0.0229538, 0.0285708, 0.0416444, 0.0745624, 0.186706, 0.593165", \
            "0.0210503, 0.0229774, 0.0285577, 0.0415151, 0.0746319, 0.186882, 0.593167", \
            "0.0211093, 0.0229769, 0.028591, 0.0415784, 0.0744644, 0.186762, 0.588925", \
            "0.0238166, 0.0255713, 0.0307149, 0.0431674, 0.0754633, 0.186954, 0.589844", \
            "0.0352539, 0.0372922, 0.0433865, 0.0577646, 0.0888005, 0.191213, 0.590186", \
            "0.0523959, 0.0549085, 0.0613122, 0.078297, 0.114222, 0.208038, 0.593086" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0325143, 0.0346288, 0.0419965, 0.0676286, 0.150763, 0.428018, 1.35558", \
            "0.0322652, 0.034529, 0.0419677, 0.0673877, 0.150573, 0.427656, 1.35785", \
            "0.0321147, 0.0342826, 0.0417662, 0.0672245, 0.150452, 0.427742, 1.3509", \
            "0.0322214, 0.0342905, 0.0416918, 0.0672431, 0.150377, 0.427644, 1.35064", \
            "0.0336194, 0.035637, 0.0429656, 0.0678901, 0.150216, 0.427693, 1.35069", \
            "0.0390753, 0.0407446, 0.0473349, 0.0715531, 0.152182, 0.427574, 1.35677", \
            "0.0502162, 0.051483, 0.0568297, 0.0800174, 0.160193, 0.433501, 1.358" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0270457, 0.0246335, 0.0173797, -0.0045951, -0.0851035, -0.364529, -1.30311", \
            "0.0268687, 0.0244956, 0.0172367, -0.0046931, -0.0852175, -0.364779, -1.30331", \
            "0.0265124, 0.0242529, 0.0169748, -0.0052259, -0.0856177, -0.365095, -1.30368", \
            "0.0263714, 0.0239541, 0.0165258, -0.0058649, -0.0859067, -0.365253, -1.30373", \
            "0.0282793, 0.0256232, 0.0175724, -0.0056323, -0.086054, -0.365282, -1.30358", \
            "0.0386026, 0.0356102, 0.0264011, -0.0002828, -0.0840495, -0.36322, -1.30166", \
            "0.0509968, 0.0477248, 0.0375653, 0.0086361, -0.0768489, -0.357415, -1.2955" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0327883, 0.0350221, 0.0424525, 0.0678677, 0.150937, 0.427827, 1.35696", \
            "0.0327829, 0.0348912, 0.0423659, 0.0677937, 0.15094, 0.427725, 1.35671", \
            "0.0325005, 0.0346081, 0.0420923, 0.0675743, 0.150628, 0.427695, 1.35698", \
            "0.0325001, 0.0347023, 0.0421307, 0.0676525, 0.15065, 0.42784, 1.36106", \
            "0.0334682, 0.0354943, 0.0428403, 0.0679647, 0.15074, 0.427571, 1.3563", \
            "0.0378766, 0.0396286, 0.0464891, 0.0709038, 0.15123, 0.427678, 1.3561", \
            "0.0464937, 0.0477538, 0.0535169, 0.0766198, 0.158306, 0.432587, 1.35574" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0299122, 0.0274727, 0.0200297, -0.0023365, -0.0823331, -0.361841, -1.30014", \
            "0.0298395, 0.0272571, 0.0196926, -0.0026475, -0.0825884, -0.361974, -1.30049", \
            "0.0294021, 0.0269209, 0.0193457, -0.002752, -0.0830065, -0.362324, -1.30086", \
            "0.0294592, 0.026958, 0.0191976, -0.0031317, -0.0835956, -0.362843, -1.30111", \
            "0.0306675, 0.0280872, 0.0199305, -0.0031728, -0.0836339, -0.362745, -1.30101", \
            "0.0403624, 0.0373313, 0.0280152, 0.0012471, -0.0818816, -0.360937, -1.29905", \
            "0.0542624, 0.0510784, 0.0410645, 0.0116326, -0.0754767, -0.35606, -1.29393" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0325805, 0.0347203, 0.042186, 0.0675672, 0.150655, 0.427119, 1.35584", \
            "0.0324979, 0.0346458, 0.0420849, 0.0674849, 0.150606, 0.427114, 1.35588", \
            "0.0323246, 0.0344485, 0.0419212, 0.0673789, 0.150425, 0.427106, 1.3618", \
            "0.0322307, 0.0342697, 0.0416724, 0.0672024, 0.15022, 0.426971, 1.35737", \
            "0.0329091, 0.0348827, 0.0422138, 0.0675244, 0.150135, 0.427138, 1.34991", \
            "0.0370652, 0.0388762, 0.0457193, 0.0696152, 0.150816, 0.426915, 1.35627", \
            "0.0452765, 0.0465881, 0.0524718, 0.0757636, 0.157183, 0.431307, 1.35507" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0339095, 0.031385, 0.0238039, 0.0014705, -0.0784152, -0.357655, -1.29609", \
            "0.0337386, 0.031274, 0.0236553, 0.0012849, -0.0785846, -0.357844, -1.29632", \
            "0.0334272, 0.030943, 0.0232147, 0.0008208, -0.0789883, -0.358109, -1.29642", \
            "0.033242, 0.0307416, 0.0231395, 0.0005279, -0.0794627, -0.358574, -1.29677", \
            "0.034751, 0.0320203, 0.023928, 0.0007457, -0.0794329, -0.358355, -1.29658", \
            "0.0442817, 0.041306, 0.0319952, 0.0050055, -0.0767679, -0.355881, -1.29381", \
            "0.0587937, 0.0554504, 0.0453071, 0.0156607, -0.070959, -0.351606, -1.28934" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0329177, 0.035055, 0.042551, 0.067908, 0.150922, 0.427035, 1.35623", \
            "0.0328199, 0.034962, 0.042434, 0.0678241, 0.150811, 0.42696, 1.3556", \
            "0.0326259, 0.0347917, 0.0422373, 0.0676816, 0.15066, 0.426995, 1.36162", \
            "0.0324698, 0.0344471, 0.041899, 0.0672868, 0.150369, 0.427011, 1.34931", \
            "0.0328516, 0.0349305, 0.0421322, 0.0675721, 0.150161, 0.427019, 1.3494", \
            "0.0365243, 0.0383951, 0.0452738, 0.0694038, 0.150811, 0.426707, 1.35559", \
            "0.0443099, 0.04567, 0.0516331, 0.0750777, 0.156756, 0.430523, 1.35358" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0363502, 0.0338014, 0.0261034, 0.0034957, -0.0768318, -0.356318, -1.29489", \
            "0.0362271, 0.033664, 0.025917, 0.0031432, -0.0769818, -0.356517, -1.29495", \
            "0.0358908, 0.0333075, 0.0256331, 0.0028803, -0.0772491, -0.35677, -1.29518", \
            "0.0356292, 0.0331191, 0.0253329, 0.0024812, -0.0777305, -0.35706, -1.29531", \
            "0.036809, 0.034187, 0.0260406, 0.0029726, -0.0775244, -0.35686, -1.29518", \
            "0.0460947, 0.0430666, 0.0337821, 0.0067555, -0.0756228, -0.355257, -1.2935", \
            "0.0615759, 0.0582287, 0.0476172, 0.0196115, -0.0683884, -0.349664, -1.28816" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00238;
      rise_capacitance : 0.00244;
      rise_capacitance_range (0.00244, 0.00244);
      fall_capacitance : 0.002319;
      fall_capacitance_range (0.002319, 0.002319);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044519, -0.0044528, -0.004455, -0.0044501, -0.004439, -0.0044133, -0.0043538" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0055207, 0.005523, 0.0055285, 0.00553, 0.0055337, 0.005542, 0.0055613" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00244;
      rise_capacitance : 0.002523;
      rise_capacitance_range (0.002523, 0.002523);
      fall_capacitance : 0.002356;
      fall_capacitance_range (0.002356, 0.002356);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046465, -0.0046431, -0.0046351, -0.0046351, -0.004635, -0.0046348, -0.0046341" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0055132, 0.0055199, 0.0055352, 0.0055522, 0.0055915, 0.005682, 0.0058908" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002378;
      rise_capacitance : 0.002472;
      rise_capacitance_range (0.002472, 0.002472);
      fall_capacitance : 0.002285;
      fall_capacitance_range (0.002285, 0.002285);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043499, -0.0043523, -0.004358, -0.0043574, -0.004356, -0.0043529, -0.0043455" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043595, 0.0043579, 0.0043541, 0.0043555, 0.0043586, 0.0043656, 0.004382" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002363;
      rise_capacitance : 0.002493;
      rise_capacitance_range (0.002493, 0.002493);
      fall_capacitance : 0.002233;
      fall_capacitance_range (0.002233, 0.002233);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046647, -0.0046636, -0.0046611, -0.0046596, -0.0046562, -0.0046485, -0.0046305" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046502, 0.004649, 0.0046462, 0.0046479, 0.0046518, 0.0046607, 0.0046815" \
          );
        }
      }
    }
  }
  cell (scs8hd_and4b_1) {
    area : 10.0096;
    cell_footprint : "and4b";
    cell_leakage_power : 0.00591088;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062996;
      when : "!AN&!B&!C&D";
    }
    leakage_power () {
      value : 0.0062982;
      when : "!AN&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0063887;
      when : "!AN&!B&C&D";
    }
    leakage_power () {
      value : 0.0062998;
      when : "!AN&!B&C&!D";
    }
    leakage_power () {
      value : 0.0063983;
      when : "!AN&B&!C&D";
    }
    leakage_power () {
      value : 0.0063059;
      when : "!AN&B&!C&!D";
    }
    leakage_power () {
      value : 0.0001064;
      when : "!AN&B&C&D";
    }
    leakage_power () {
      value : 0.0063985;
      when : "!AN&B&C&!D";
    }
    leakage_power () {
      value : 0.0062472;
      when : "AN&!B&!C&D";
    }
    leakage_power () {
      value : 0.0062469;
      when : "AN&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0062484;
      when : "AN&!B&C&D";
    }
    leakage_power () {
      value : 0.0062472;
      when : "AN&!B&C&!D";
    }
    leakage_power () {
      value : 0.0062489;
      when : "AN&B&!C&D";
    }
    leakage_power () {
      value : 0.0062475;
      when : "AN&B&!C&!D";
    }
    leakage_power () {
      value : 0.0063436;
      when : "AN&B&C&D";
    }
    leakage_power () {
      value : 0.006249;
      when : "AN&B&C&!D";
    }
    leakage_power () {
      value : 0.00591088;
    }
    pin (X) {
      direction : output;
      function : "(!AN&B&C&D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.205088;
      max_transition : 1.50797;
      timing () {
        related_pin : "AN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.117471, 0.124484, 0.140319, 0.176024, 0.265049, 0.504297, 1.15772", \
            "0.121656, 0.128674, 0.144507, 0.180172, 0.269204, 0.50857, 1.16387", \
            "0.133664, 0.140676, 0.156489, 0.192249, 0.281223, 0.520699, 1.17325", \
            "0.16066, 0.16767, 0.1835, 0.21923, 0.308267, 0.547355, 1.20457", \
            "0.206676, 0.213784, 0.229624, 0.265474, 0.354451, 0.59358, 1.25073", \
            "0.283154, 0.290188, 0.306112, 0.341888, 0.431073, 0.670369, 1.32499", \
            "0.425058, 0.432228, 0.448293, 0.484247, 0.573677, 0.813652, 1.46452" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.02249, 0.0290723, 0.0454053, 0.0886197, 0.211652, 0.556812, 1.50419", \
            "0.0224803, 0.0290419, 0.045406, 0.0887679, 0.21199, 0.558349, 1.50103", \
            "0.0225548, 0.0290057, 0.0453422, 0.088839, 0.211884, 0.558611, 1.50419", \
            "0.0225009, 0.0290978, 0.0453969, 0.0885933, 0.211466, 0.557412, 1.50222", \
            "0.0226715, 0.029271, 0.0454222, 0.0890515, 0.211932, 0.557504, 1.50797", \
            "0.0230267, 0.0295921, 0.045899, 0.0891475, 0.211734, 0.556295, 1.49726", \
            "0.0246412, 0.0308605, 0.0469214, 0.0901285, 0.21244, 0.557672, 1.49651" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0940868, 0.0991724, 0.110177, 0.131895, 0.177875, 0.290209, 0.593621", \
            "0.097779, 0.102871, 0.113879, 0.135616, 0.181473, 0.293749, 0.596588", \
            "0.105111, 0.110187, 0.121171, 0.142857, 0.188884, 0.301117, 0.603756", \
            "0.113283, 0.118367, 0.129334, 0.151121, 0.196998, 0.309205, 0.611893", \
            "0.118115, 0.123214, 0.134155, 0.15593, 0.201912, 0.314147, 0.617705", \
            "0.110113, 0.115218, 0.125986, 0.147851, 0.193767, 0.306082, 0.608164", \
            "0.0609469, 0.0661883, 0.0773798, 0.0995242, 0.145866, 0.258311, 0.5605" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0170274, 0.0209603, 0.0291237, 0.047931, 0.097019, 0.239313, 0.636225", \
            "0.017142, 0.0208006, 0.029199, 0.0480935, 0.0970301, 0.239038, 0.634269", \
            "0.0169509, 0.0209697, 0.0290727, 0.0481672, 0.0968754, 0.237749, 0.634504", \
            "0.0171865, 0.0208621, 0.0291699, 0.0483062, 0.0974908, 0.237599, 0.638418", \
            "0.0171179, 0.0210732, 0.0290769, 0.0482772, 0.0969332, 0.238176, 0.633181", \
            "0.0172854, 0.0210593, 0.0296702, 0.0482867, 0.0974061, 0.240361, 0.633221", \
            "0.0185114, 0.0222752, 0.0307402, 0.0494167, 0.0978839, 0.239469, 0.635427" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0783589, 0.085343, 0.101095, 0.136679, 0.225121, 0.464275, 1.11743", \
            "0.0813488, 0.0883672, 0.10412, 0.139744, 0.228259, 0.467914, 1.1202", \
            "0.0880795, 0.0951004, 0.11087, 0.146436, 0.235026, 0.4749, 1.12695", \
            "0.101743, 0.108933, 0.125014, 0.160733, 0.249658, 0.489622, 1.15077", \
            "0.118267, 0.125989, 0.142802, 0.179652, 0.269156, 0.508839, 1.16294", \
            "0.122541, 0.131735, 0.151003, 0.18949, 0.279265, 0.519552, 1.17532", \
            "0.0838055, 0.0946701, 0.11814, 0.163304, 0.254677, 0.493478, 1.1476" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0224733, 0.0289719, 0.0452484, 0.0888199, 0.212077, 0.555488, 1.50283", \
            "0.022401, 0.0289882, 0.0452866, 0.088564, 0.212139, 0.557533, 1.5019", \
            "0.0224629, 0.0289678, 0.0452703, 0.0886805, 0.212078, 0.557846, 1.50344", \
            "0.0233308, 0.0298522, 0.0460572, 0.0890419, 0.21206, 0.557922, 1.50227", \
            "0.0263989, 0.0331919, 0.0490808, 0.0912453, 0.21297, 0.557711, 1.50574", \
            "0.0330409, 0.0401889, 0.056546, 0.0957553, 0.214897, 0.556806, 1.50001", \
            "0.0427286, 0.0516587, 0.069954, 0.109178, 0.219334, 0.559029, 1.49595" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0844341, 0.0897659, 0.101171, 0.123252, 0.169308, 0.281642, 0.584995", \
            "0.088994, 0.0943476, 0.105718, 0.127833, 0.173949, 0.286109, 0.589488", \
            "0.100583, 0.105908, 0.117271, 0.139335, 0.185434, 0.297758, 0.60106", \
            "0.129753, 0.135035, 0.146249, 0.168346, 0.214511, 0.326825, 0.630337", \
            "0.189687, 0.195613, 0.20807, 0.23176, 0.277865, 0.390235, 0.692805", \
            "0.288122, 0.295352, 0.310432, 0.339079, 0.390353, 0.504542, 0.806786", \
            "0.459659, 0.468065, 0.486275, 0.521001, 0.582016, 0.699638, 1.00105" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0183913, 0.0222558, 0.0305765, 0.0491009, 0.0974104, 0.238576, 0.640895", \
            "0.0183854, 0.0222329, 0.030259, 0.0489419, 0.0972383, 0.239674, 0.637711", \
            "0.0186202, 0.0224086, 0.0304816, 0.0491042, 0.0973186, 0.239195, 0.637444", \
            "0.018526, 0.0224203, 0.0303809, 0.0490037, 0.0977775, 0.237901, 0.638474", \
            "0.0230666, 0.027028, 0.0352306, 0.0523973, 0.099542, 0.239159, 0.634614", \
            "0.0319667, 0.0364788, 0.0462099, 0.0651139, 0.108713, 0.242092, 0.638557", \
            "0.0438758, 0.0491322, 0.0611395, 0.0831781, 0.125685, 0.249329, 0.635613" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.082333, 0.0893167, 0.105074, 0.140618, 0.228845, 0.467627, 1.1198", \
            "0.0852329, 0.0922669, 0.108035, 0.14356, 0.231892, 0.470361, 1.12352", \
            "0.0909083, 0.0979069, 0.113686, 0.149185, 0.237529, 0.477095, 1.12844", \
            "0.101752, 0.108939, 0.124848, 0.160541, 0.248968, 0.48867, 1.14043", \
            "0.115443, 0.12322, 0.140076, 0.176828, 0.266092, 0.505614, 1.15916", \
            "0.116203, 0.125433, 0.144869, 0.183811, 0.273633, 0.513056, 1.1732", \
            "0.069521, 0.0805499, 0.104515, 0.150368, 0.243641, 0.482298, 1.13637" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0224944, 0.0289823, 0.0452276, 0.0888209, 0.212125, 0.556727, 1.50366", \
            "0.0224744, 0.0290041, 0.0452554, 0.0888173, 0.212056, 0.556855, 1.50355", \
            "0.0224639, 0.0289369, 0.045285, 0.0886316, 0.212122, 0.556562, 1.49947", \
            "0.0231127, 0.0296896, 0.0459041, 0.088975, 0.212025, 0.557909, 1.49895", \
            "0.0260847, 0.0328412, 0.0486926, 0.0911205, 0.212616, 0.557702, 1.50484", \
            "0.0327381, 0.0401453, 0.0558865, 0.0960839, 0.21466, 0.556743, 1.50325", \
            "0.0431243, 0.0519666, 0.0707748, 0.110261, 0.220006, 0.558896, 1.49422" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0925382, 0.0979595, 0.109786, 0.132475, 0.179062, 0.291614, 0.595048", \
            "0.0971576, 0.102717, 0.114394, 0.137073, 0.183673, 0.296186, 0.598694", \
            "0.108953, 0.11449, 0.12607, 0.14854, 0.195151, 0.307718, 0.610815", \
            "0.138391, 0.143936, 0.155619, 0.178271, 0.224871, 0.337477, 0.641045", \
            "0.201787, 0.207775, 0.220365, 0.243992, 0.291093, 0.403729, 0.706279", \
            "0.306802, 0.313927, 0.32943, 0.358169, 0.409017, 0.522928, 0.824977", \
            "0.489123, 0.497903, 0.516344, 0.551524, 0.611556, 0.730093, 1.0316" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0199288, 0.0235314, 0.031857, 0.0503304, 0.0984358, 0.238782, 0.642448", \
            "0.0197621, 0.0235185, 0.0316795, 0.0503484, 0.0984589, 0.238068, 0.638883", \
            "0.0196861, 0.0235683, 0.0319506, 0.0503405, 0.0982042, 0.23965, 0.63473", \
            "0.0196421, 0.0235884, 0.0318135, 0.0502145, 0.098166, 0.240684, 0.645702", \
            "0.0234262, 0.0274922, 0.0353254, 0.0526244, 0.0993456, 0.240785, 0.634928", \
            "0.0326225, 0.0371534, 0.046846, 0.0653926, 0.108485, 0.241845, 0.643062", \
            "0.0449487, 0.0502586, 0.0618325, 0.0839064, 0.126007, 0.249352, 0.637007" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.087414, 0.0944613, 0.110245, 0.145819, 0.233687, 0.472091, 1.12362", \
            "0.0902466, 0.0972551, 0.113055, 0.148617, 0.236687, 0.474615, 1.12635", \
            "0.0951437, 0.102149, 0.117952, 0.15346, 0.241553, 0.479116, 1.13546", \
            "0.103541, 0.110579, 0.126508, 0.162081, 0.250279, 0.489479, 1.14095", \
            "0.113245, 0.120893, 0.137635, 0.174347, 0.263621, 0.502823, 1.15418", \
            "0.110809, 0.119851, 0.139014, 0.177972, 0.267946, 0.507239, 1.16708", \
            "0.0573707, 0.0683222, 0.0917537, 0.137129, 0.230161, 0.469332, 1.12359" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0224697, 0.0290521, 0.0453419, 0.0886129, 0.21211, 0.556928, 1.50016", \
            "0.0224023, 0.0289434, 0.0452454, 0.0887997, 0.211996, 0.558846, 1.50368", \
            "0.0224271, 0.0290005, 0.0453314, 0.088649, 0.211651, 0.557884, 1.50549", \
            "0.0230328, 0.0296085, 0.0457862, 0.0890296, 0.211923, 0.557786, 1.50321", \
            "0.0253223, 0.0321032, 0.0483468, 0.0911484, 0.212363, 0.558578, 1.50141", \
            "0.0312619, 0.0384413, 0.0551352, 0.0954822, 0.214635, 0.55657, 1.50286", \
            "0.0410325, 0.0499805, 0.0697831, 0.108801, 0.219906, 0.558455, 1.49568" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.103155, 0.108925, 0.120973, 0.14382, 0.190653, 0.303271, 0.606409", \
            "0.107553, 0.113358, 0.125394, 0.148241, 0.195119, 0.307724, 0.610706", \
            "0.119289, 0.125045, 0.137104, 0.160044, 0.206823, 0.3195, 0.62201", \
            "0.14807, 0.153821, 0.165876, 0.188953, 0.235882, 0.348597, 0.651603", \
            "0.213512, 0.219629, 0.23227, 0.255929, 0.303122, 0.41577, 0.719231", \
            "0.32395, 0.331128, 0.346847, 0.375108, 0.42641, 0.540074, 0.842702", \
            "0.513085, 0.521936, 0.540827, 0.576091, 0.636535, 0.752975, 1.05496" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0216729, 0.0259277, 0.0341471, 0.052839, 0.100526, 0.24033, 0.637414", \
            "0.0218485, 0.0257336, 0.0340749, 0.0529069, 0.10041, 0.240014, 0.635023", \
            "0.0216835, 0.0259599, 0.0341367, 0.052687, 0.10029, 0.240859, 0.643227", \
            "0.021574, 0.0257549, 0.0341286, 0.0526497, 0.100248, 0.240209, 0.6366", \
            "0.0247142, 0.0286659, 0.0365841, 0.054139, 0.100866, 0.242068, 0.636568", \
            "0.0341719, 0.038681, 0.0487279, 0.0671196, 0.109609, 0.243048, 0.63987", \
            "0.0474295, 0.0525307, 0.0649377, 0.0854032, 0.12592, 0.249618, 0.636968" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0133957, 0.0151343, 0.0197275, 0.0318689, 0.0646043, 0.154147, 0.398373", \
            "0.0132648, 0.0150046, 0.0195995, 0.0317321, 0.0644876, 0.154044, 0.398095", \
            "0.0133692, 0.015079, 0.0196849, 0.0318216, 0.0646061, 0.154096, 0.396696", \
            "0.013092, 0.0148257, 0.0194078, 0.0315864, 0.0643389, 0.153878, 0.398522", \
            "0.0129217, 0.0146564, 0.0192356, 0.0313883, 0.064191, 0.153067, 0.398114", \
            "0.0130504, 0.0146695, 0.0191067, 0.0311099, 0.0640659, 0.153131, 0.395614", \
            "0.0139103, 0.0154309, 0.0198885, 0.0316621, 0.0645654, 0.154818, 0.39657" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0088517, 0.0074424, 0.0037715, -0.0073815, -0.0401178, -0.130561, -0.377419", \
            "0.0087641, 0.0073391, 0.0036891, -0.0074911, -0.0401885, -0.130627, -0.377467", \
            "0.008703, 0.0073004, 0.0036111, -0.0075519, -0.0402749, -0.130735, -0.37757", \
            "0.0081929, 0.0067484, 0.0030867, -0.0080784, -0.0408237, -0.131254, -0.378084", \
            "0.0093521, 0.0077661, 0.0034078, -0.0085369, -0.0412728, -0.131724, -0.378538", \
            "0.0092433, 0.007661, 0.0032759, -0.0087858, -0.0416963, -0.132167, -0.378986", \
            "0.0094055, 0.0077269, 0.0032757, -0.0086416, -0.0414659, -0.131847, -0.378718" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0139326, 0.0156401, 0.0202004, 0.0322954, 0.0648802, 0.154097, 0.397718", \
            "0.0138425, 0.0155715, 0.0201364, 0.0322911, 0.064859, 0.154093, 0.400127", \
            "0.0136999, 0.0154244, 0.0200353, 0.0321166, 0.0647664, 0.154177, 0.39636", \
            "0.0136513, 0.0153501, 0.0199395, 0.0320171, 0.0647246, 0.154111, 0.397121", \
            "0.0141419, 0.0157092, 0.020002, 0.0321834, 0.0647436, 0.154267, 0.400342", \
            "0.0152803, 0.0168276, 0.0212113, 0.0330894, 0.0655454, 0.154287, 0.400239", \
            "0.0184866, 0.0198784, 0.0240778, 0.0359323, 0.0686112, 0.157614, 0.399635" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0092144, 0.0077173, 0.0039623, -0.0073561, -0.0400653, -0.130501, -0.377268", \
            "0.0090435, 0.0075458, 0.0037612, -0.007461, -0.0403159, -0.130644, -0.377203", \
            "0.0088204, 0.007322, 0.0035596, -0.0077443, -0.0404523, -0.130875, -0.377441", \
            "0.0087116, 0.0071652, 0.0033135, -0.007993, -0.0407349, -0.131127, -0.377888", \
            "0.0091329, 0.0074932, 0.0036205, -0.0077194, -0.0403778, -0.130762, -0.377566", \
            "0.0122278, 0.0103615, 0.0056031, -0.006727, -0.0395055, -0.12991, -0.376708", \
            "0.0160862, 0.0139749, 0.0088796, -0.0038139, -0.0372066, -0.127577, -0.374198" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0137679, 0.015473, 0.0200522, 0.0321313, 0.0646218, 0.153677, 0.397546", \
            "0.0137048, 0.0154157, 0.0199979, 0.0320806, 0.0645883, 0.153679, 0.397652", \
            "0.0135805, 0.0152955, 0.0199122, 0.0319586, 0.0645332, 0.153778, 0.397674", \
            "0.0135012, 0.0152107, 0.0197831, 0.03183, 0.0645045, 0.153813, 0.39766", \
            "0.0139518, 0.0155333, 0.0198764, 0.0318737, 0.0645199, 0.153912, 0.3981", \
            "0.0148858, 0.0165092, 0.020845, 0.0328292, 0.0652273, 0.153992, 0.397897", \
            "0.0181061, 0.0192424, 0.0235743, 0.0354601, 0.0681416, 0.157319, 0.399029" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.011232, 0.0096987, 0.0059344, -0.0052974, -0.0379971, -0.128333, -0.375058", \
            "0.0110849, 0.0095486, 0.0057598, -0.0054481, -0.0381281, -0.128469, -0.375254", \
            "0.0109244, 0.0093965, 0.0056229, -0.005637, -0.038285, -0.128608, -0.375356", \
            "0.010848, 0.0092929, 0.005479, -0.0057563, -0.0384771, -0.128786, -0.375567", \
            "0.0111175, 0.0094619, 0.0055263, -0.0058018, -0.0384711, -0.128735, -0.375479", \
            "0.0141947, 0.0122852, 0.0075409, -0.0048058, -0.0375366, -0.127882, -0.374637", \
            "0.0184705, 0.0163861, 0.0112411, -0.0014286, -0.0344214, -0.125352, -0.372022" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0142863, 0.0160026, 0.020612, 0.0326702, 0.0650234, 0.153811, 0.399577", \
            "0.014185, 0.0159118, 0.0205065, 0.0325887, 0.0650048, 0.153834, 0.397473", \
            "0.0140286, 0.0157389, 0.0203764, 0.032442, 0.0647938, 0.153746, 0.397833", \
            "0.0138682, 0.0155429, 0.0201119, 0.0321511, 0.0647091, 0.153809, 0.395711", \
            "0.0141988, 0.0157595, 0.0200855, 0.03221, 0.0647174, 0.154031, 0.397747", \
            "0.0150383, 0.0166458, 0.0210669, 0.0329547, 0.0653324, 0.153893, 0.397738", \
            "0.0177076, 0.0190934, 0.0231456, 0.0349855, 0.0676434, 0.156607, 0.39841" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0128197, 0.0112272, 0.0073611, -0.0041833, -0.0372315, -0.127813, -0.374667", \
            "0.0126462, 0.0110813, 0.0071911, -0.0043378, -0.0373618, -0.127948, -0.374834", \
            "0.0124756, 0.0108901, 0.0069648, -0.0045551, -0.0375748, -0.128164, -0.374958", \
            "0.0122927, 0.0107078, 0.0068203, -0.0046551, -0.0376527, -0.128187, -0.375078", \
            "0.0126642, 0.0109818, 0.0070425, -0.004437, -0.0374507, -0.128031, -0.374938", \
            "0.0160017, 0.0140645, 0.0092484, -0.0029249, -0.0362419, -0.127008, -0.374059", \
            "0.0206431, 0.0185476, 0.0133961, 0.0006553, -0.0331524, -0.124333, -0.371393" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001695;
      rise_capacitance : 0.001767;
      rise_capacitance_range (0.001767, 0.001767);
      fall_capacitance : 0.001623;
      fall_capacitance_range (0.001623, 0.001623);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0023199, 0.0022212, 0.0019936, 0.0022829, 0.0029498, 0.004487, 0.0080303" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0076826, 0.0075726, 0.0073188, 0.0075806, 0.0081841, 0.009575, 0.0127812" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001664;
      rise_capacitance : 0.001697;
      rise_capacitance_range (0.001697, 0.001697);
      fall_capacitance : 0.001632;
      fall_capacitance_range (0.001632, 0.001632);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0028036, -0.0028012, -0.0027955, -0.0027888, -0.0027731, -0.0027371, -0.002654" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0032727, 0.0032713, 0.0032679, 0.0032701, 0.003275, 0.0032863, 0.0033125" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001626;
      rise_capacitance : 0.00166;
      rise_capacitance_range (0.00166, 0.00166);
      fall_capacitance : 0.001591;
      fall_capacitance_range (0.001591, 0.001591);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0022573, -0.0022531, -0.0022435, -0.0022441, -0.0022453, -0.0022481, -0.0022545" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0026395, 0.0026414, 0.0026459, 0.0026588, 0.0026885, 0.0027571, 0.0029152" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001688;
      rise_capacitance : 0.001753;
      rise_capacitance_range (0.001753, 0.001753);
      fall_capacitance : 0.001622;
      fall_capacitance_range (0.001622, 0.001622);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0027649, -0.0027638, -0.0027613, -0.0027611, -0.0027608, -0.00276, -0.0027582" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027552, 0.0027589, 0.0027673, 0.0027677, 0.0027687, 0.002771, 0.0027762" \
          );
        }
      }
    }
  }
  cell (scs8hd_and4b_2) {
    area : 11.2608;
    cell_footprint : "and4b";
    cell_leakage_power : 0.0117106;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0124829;
      when : "!AN&!B&!C&D";
    }
    leakage_power () {
      value : 0.0124815;
      when : "!AN&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0125745;
      when : "!AN&!B&C&D";
    }
    leakage_power () {
      value : 0.0124832;
      when : "!AN&!B&C&!D";
    }
    leakage_power () {
      value : 0.0125864;
      when : "!AN&B&!C&D";
    }
    leakage_power () {
      value : 0.0124894;
      when : "!AN&B&!C&!D";
    }
    leakage_power () {
      value : 0.000136;
      when : "!AN&B&C&D";
    }
    leakage_power () {
      value : 0.0125912;
      when : "!AN&B&C&!D";
    }
    leakage_power () {
      value : 0.0124302;
      when : "AN&!B&!C&D";
    }
    leakage_power () {
      value : 0.0124298;
      when : "AN&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0124314;
      when : "AN&!B&C&D";
    }
    leakage_power () {
      value : 0.0124302;
      when : "AN&!B&C&!D";
    }
    leakage_power () {
      value : 0.0124319;
      when : "AN&B&!C&D";
    }
    leakage_power () {
      value : 0.0124306;
      when : "AN&B&!C&!D";
    }
    leakage_power () {
      value : 0.0125285;
      when : "AN&B&C&D";
    }
    leakage_power () {
      value : 0.0124322;
      when : "AN&B&C&!D";
    }
    leakage_power () {
      value : 0.0117106;
    }
    pin (X) {
      direction : output;
      function : "(!AN&B&C&D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.392771;
      max_transition : 1.50918;
      timing () {
        related_pin : "AN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.134495, 0.140297, 0.154392, 0.186365, 0.265036, 0.491001, 1.17444", \
            "0.138805, 0.144588, 0.158633, 0.190591, 0.269305, 0.495047, 1.17909", \
            "0.151, 0.156704, 0.170798, 0.202764, 0.281458, 0.507398, 1.19199", \
            "0.177687, 0.183516, 0.197497, 0.229434, 0.308206, 0.533966, 1.21854", \
            "0.223512, 0.229338, 0.243385, 0.275438, 0.354199, 0.579998, 1.26797", \
            "0.300576, 0.306384, 0.320548, 0.352589, 0.431274, 0.657179, 1.34161", \
            "0.444661, 0.45061, 0.464833, 0.496894, 0.575951, 0.801702, 1.4847" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0226695, 0.0275656, 0.040269, 0.073841, 0.175531, 0.501198, 1.50134", \
            "0.0226657, 0.0275353, 0.0402469, 0.0736579, 0.17589, 0.501128, 1.50665", \
            "0.0227031, 0.027579, 0.0402809, 0.0737892, 0.175702, 0.50121, 1.50024", \
            "0.0225867, 0.0275871, 0.0402067, 0.073796, 0.176013, 0.50165, 1.50649", \
            "0.0228255, 0.0275362, 0.0402438, 0.0740837, 0.176098, 0.501831, 1.50683", \
            "0.02311, 0.028132, 0.0406971, 0.0742549, 0.176144, 0.500363, 1.50592", \
            "0.0240157, 0.0290237, 0.0413882, 0.0749442, 0.176574, 0.500955, 1.49929" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.115381, 0.119594, 0.129751, 0.151681, 0.196353, 0.302626, 0.607647", \
            "0.119194, 0.123379, 0.133571, 0.155458, 0.200134, 0.306365, 0.61157", \
            "0.126466, 0.130611, 0.140805, 0.162814, 0.207398, 0.313679, 0.619146", \
            "0.134592, 0.138779, 0.148896, 0.170827, 0.21564, 0.321886, 0.627245", \
            "0.13875, 0.142894, 0.153092, 0.175037, 0.219897, 0.326148, 0.63081", \
            "0.129589, 0.133795, 0.143937, 0.165858, 0.210683, 0.31699, 0.621487", \
            "0.0801709, 0.0843563, 0.0945347, 0.116623, 0.161639, 0.268076, 0.57357" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0206132, 0.023553, 0.0309536, 0.0472621, 0.0879846, 0.212546, 0.617789", \
            "0.020644, 0.0235357, 0.0306969, 0.0477408, 0.0884446, 0.213124, 0.620993", \
            "0.0206537, 0.0233901, 0.0306202, 0.0472308, 0.0886925, 0.212776, 0.618985", \
            "0.0206754, 0.0235778, 0.0310395, 0.0471499, 0.0881006, 0.213156, 0.620784", \
            "0.0206468, 0.0234951, 0.0308565, 0.0473552, 0.0878391, 0.213133, 0.617373", \
            "0.020804, 0.0237147, 0.0309195, 0.0473479, 0.0887046, 0.21306, 0.616701", \
            "0.0213286, 0.0242019, 0.0315938, 0.0483226, 0.0890922, 0.213431, 0.619485" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0963814, 0.102206, 0.116218, 0.148145, 0.226785, 0.452238, 1.13821", \
            "0.0994538, 0.105173, 0.119289, 0.151161, 0.22983, 0.455244, 1.14113", \
            "0.106466, 0.112187, 0.12623, 0.158107, 0.236823, 0.462229, 1.14887", \
            "0.122007, 0.127767, 0.141771, 0.173638, 0.252218, 0.47828, 1.16741", \
            "0.145879, 0.152079, 0.166787, 0.19993, 0.279546, 0.506026, 1.18866", \
            "0.164303, 0.171189, 0.188012, 0.223531, 0.304226, 0.530561, 1.21824", \
            "0.145216, 0.152771, 0.172351, 0.214972, 0.300008, 0.5252, 1.20938" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0228461, 0.0277029, 0.0402243, 0.0737188, 0.176039, 0.501319, 1.50748", \
            "0.0225895, 0.0275477, 0.0403067, 0.0736958, 0.176074, 0.501693, 1.5028", \
            "0.0225884, 0.0276505, 0.0402985, 0.0736246, 0.176056, 0.501783, 1.50464", \
            "0.0229595, 0.0279123, 0.0403717, 0.0737903, 0.175572, 0.502353, 1.50388", \
            "0.0255919, 0.0308157, 0.0435549, 0.0765965, 0.17715, 0.501802, 1.50262", \
            "0.0322654, 0.0378041, 0.0508353, 0.083076, 0.180558, 0.502237, 1.50387", \
            "0.0438953, 0.0494796, 0.0650276, 0.0983412, 0.188691, 0.504086, 1.4986" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.105386, 0.109757, 0.12021, 0.142887, 0.188077, 0.294414, 0.599755", \
            "0.110135, 0.114521, 0.125063, 0.147604, 0.192781, 0.299269, 0.604826", \
            "0.121726, 0.126088, 0.136616, 0.159088, 0.204265, 0.310724, 0.616317", \
            "0.150531, 0.154874, 0.165485, 0.188132, 0.233312, 0.339709, 0.645221", \
            "0.216963, 0.221378, 0.232284, 0.255098, 0.300777, 0.407045, 0.711469", \
            "0.329665, 0.334999, 0.347697, 0.376234, 0.428676, 0.537921, 0.842407", \
            "0.52095, 0.527149, 0.542754, 0.575757, 0.640228, 0.759105, 1.06466" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0219295, 0.0250482, 0.0321884, 0.0487905, 0.0891411, 0.213373, 0.618283", \
            "0.0218186, 0.0249356, 0.032499, 0.0488208, 0.0889825, 0.213259, 0.619379", \
            "0.0219412, 0.0249045, 0.0321913, 0.0487864, 0.0891314, 0.213631, 0.619333", \
            "0.0217623, 0.0247427, 0.0321242, 0.0488559, 0.0891783, 0.213384, 0.616859", \
            "0.0250307, 0.0277224, 0.0348313, 0.0505381, 0.0905059, 0.214208, 0.618043", \
            "0.0359739, 0.0391945, 0.0471687, 0.065027, 0.103, 0.218758, 0.619628", \
            "0.0522959, 0.055161, 0.0647205, 0.0856823, 0.127323, 0.233838, 0.616986" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.100476, 0.106263, 0.120324, 0.152243, 0.230845, 0.456011, 1.14025", \
            "0.103503, 0.109284, 0.123355, 0.15526, 0.233863, 0.459088, 1.14204", \
            "0.109193, 0.114988, 0.129087, 0.160989, 0.239517, 0.464999, 1.15102", \
            "0.121314, 0.127092, 0.141134, 0.173012, 0.251404, 0.477949, 1.16183", \
            "0.140212, 0.146349, 0.161124, 0.194097, 0.273556, 0.498889, 1.18558", \
            "0.153074, 0.15989, 0.176598, 0.212294, 0.293266, 0.519174, 1.2053", \
            "0.124624, 0.132251, 0.152027, 0.194491, 0.279999, 0.506001, 1.18873" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0227521, 0.0277197, 0.0402398, 0.073693, 0.176083, 0.501508, 1.50839", \
            "0.0226906, 0.0276919, 0.0402887, 0.0736947, 0.176076, 0.501488, 1.50209", \
            "0.0227239, 0.0275716, 0.0403162, 0.0737615, 0.175857, 0.501254, 1.5058", \
            "0.0229825, 0.027982, 0.040425, 0.0739411, 0.175987, 0.500954, 1.50918", \
            "0.0249935, 0.0303679, 0.0430898, 0.0760759, 0.177235, 0.501858, 1.50431", \
            "0.0312911, 0.0368164, 0.0502436, 0.0827267, 0.18038, 0.501582, 1.50409", \
            "0.0423835, 0.0482123, 0.0640232, 0.097829, 0.189748, 0.50297, 1.49886" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.113848, 0.11834, 0.129287, 0.152403, 0.198084, 0.304931, 0.610559", \
            "0.118593, 0.123126, 0.134015, 0.15721, 0.202901, 0.309615, 0.614603", \
            "0.130167, 0.134688, 0.145383, 0.16857, 0.214329, 0.321223, 0.626732", \
            "0.159674, 0.164186, 0.175078, 0.198215, 0.24407, 0.350917, 0.656358", \
            "0.227629, 0.232244, 0.243197, 0.266396, 0.312447, 0.419142, 0.724629", \
            "0.347159, 0.352526, 0.365839, 0.393909, 0.446441, 0.55598, 0.858811", \
            "0.548124, 0.554569, 0.570986, 0.604299, 0.669257, 0.788566, 1.0919" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0231195, 0.0261266, 0.0337223, 0.0505695, 0.0901647, 0.213774, 0.615656", \
            "0.0232548, 0.0261444, 0.0339274, 0.0502853, 0.0903036, 0.213352, 0.617878", \
            "0.0230919, 0.0261432, 0.0336663, 0.0503475, 0.0904106, 0.214251, 0.618991", \
            "0.0231692, 0.0263336, 0.0337159, 0.0505035, 0.0900545, 0.213236, 0.614867", \
            "0.0251235, 0.0279892, 0.0351495, 0.0512024, 0.0912611, 0.214552, 0.620771", \
            "0.0364125, 0.0395743, 0.0478033, 0.0653349, 0.102757, 0.218212, 0.616685", \
            "0.0526396, 0.0560929, 0.0654536, 0.0865163, 0.126675, 0.232679, 0.616153" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.10533, 0.111084, 0.125172, 0.157063, 0.235617, 0.460493, 1.14466", \
            "0.108071, 0.113937, 0.12803, 0.159894, 0.238479, 0.463182, 1.14876", \
            "0.113187, 0.118977, 0.132975, 0.164919, 0.243281, 0.468931, 1.15511", \
            "0.122284, 0.128066, 0.142121, 0.173997, 0.252326, 0.477703, 1.16132", \
            "0.135315, 0.141402, 0.156092, 0.188985, 0.268334, 0.494683, 1.17751", \
            "0.14189, 0.148657, 0.165145, 0.200441, 0.281514, 0.507537, 1.19238", \
            "0.104109, 0.111635, 0.13126, 0.172788, 0.258327, 0.48492, 1.17196" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0225951, 0.0277839, 0.0402916, 0.0736905, 0.176093, 0.501524, 1.50812", \
            "0.0227891, 0.0275303, 0.0403207, 0.0736682, 0.176094, 0.501732, 1.50283", \
            "0.0225821, 0.027582, 0.0401832, 0.0736765, 0.175776, 0.501915, 1.50543", \
            "0.0228833, 0.0278556, 0.0403721, 0.0738911, 0.175973, 0.500635, 1.50876", \
            "0.0246909, 0.0298503, 0.042668, 0.0760545, 0.176962, 0.501621, 1.50396", \
            "0.0298657, 0.0351849, 0.0490185, 0.0816893, 0.180048, 0.50176, 1.50547", \
            "0.0404345, 0.0464934, 0.0619306, 0.0963884, 0.188385, 0.502876, 1.50036" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.126042, 0.130799, 0.142101, 0.16588, 0.212405, 0.319899, 0.625537", \
            "0.130609, 0.135357, 0.14649, 0.170295, 0.216986, 0.324537, 0.63004", \
            "0.142406, 0.147104, 0.158399, 0.182398, 0.228892, 0.336567, 0.642091", \
            "0.171322, 0.176007, 0.187212, 0.211156, 0.257921, 0.365446, 0.671306", \
            "0.23999, 0.244647, 0.255844, 0.279866, 0.326556, 0.433643, 0.73892", \
            "0.365728, 0.371318, 0.384789, 0.412478, 0.464735, 0.575069, 0.877691", \
            "0.5758, 0.582282, 0.598196, 0.632329, 0.697869, 0.817013, 1.12047" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.025202, 0.0282727, 0.0360805, 0.0528872, 0.0927222, 0.214851, 0.618807", \
            "0.0252569, 0.0284362, 0.0360462, 0.0526962, 0.092914, 0.215117, 0.619283", \
            "0.0251826, 0.0284422, 0.036355, 0.0533659, 0.0927823, 0.215357, 0.618078", \
            "0.025114, 0.0282563, 0.0360281, 0.0533198, 0.0928393, 0.215846, 0.619222", \
            "0.0262129, 0.0293411, 0.036673, 0.0538993, 0.0932742, 0.215703, 0.617795", \
            "0.0377256, 0.0409821, 0.0494241, 0.0670951, 0.103449, 0.219109, 0.618026", \
            "0.0553222, 0.0584979, 0.0687914, 0.0889703, 0.129809, 0.233784, 0.617526" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0194721, 0.0213669, 0.0274169, 0.0455855, 0.0992641, 0.262419, 0.754647", \
            "0.0193768, 0.0213063, 0.0272856, 0.0454339, 0.0991791, 0.261931, 0.761349", \
            "0.0194876, 0.0213454, 0.0273968, 0.0455223, 0.0992659, 0.262394, 0.754625", \
            "0.0192827, 0.0212094, 0.0271854, 0.045324, 0.0990347, 0.261997, 0.761463", \
            "0.0190154, 0.0209043, 0.0269485, 0.0450948, 0.0988336, 0.261735, 0.758463", \
            "0.0196477, 0.021511, 0.0272677, 0.0448243, 0.0988252, 0.261233, 0.757462", \
            "0.0204116, 0.0222181, 0.0280337, 0.0454631, 0.0992374, 0.263373, 0.754942" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0140392, 0.011812, 0.0062728, -0.009604, -0.0621216, -0.226508, -0.72744", \
            "0.0138417, 0.0116914, 0.0060717, -0.0096347, -0.0621999, -0.226626, -0.727431", \
            "0.0138139, 0.0116037, 0.0060034, -0.0097419, -0.0622206, -0.226695, -0.727598", \
            "0.013378, 0.011183, 0.0055509, -0.010232, -0.062771, -0.227211, -0.728043", \
            "0.0143967, 0.0121587, 0.006091, -0.0107507, -0.0632154, -0.227621, -0.728462", \
            "0.0162734, 0.0140905, 0.0080133, -0.0096987, -0.0634749, -0.228194, -0.728998", \
            "0.0165689, 0.0142921, 0.008229, -0.0096479, -0.0634206, -0.227989, -0.728877" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0199097, 0.0218425, 0.0278306, 0.0459014, 0.0996329, 0.262425, 0.7615", \
            "0.0198811, 0.0217759, 0.0277956, 0.0459085, 0.099584, 0.262248, 0.758513", \
            "0.0197565, 0.0216292, 0.0276725, 0.045806, 0.0994919, 0.262204, 0.75867", \
            "0.0197538, 0.0216499, 0.0276643, 0.0457554, 0.0994232, 0.262109, 0.757935", \
            "0.0201867, 0.0219974, 0.0279323, 0.0458878, 0.0993948, 0.262381, 0.758195", \
            "0.0227558, 0.0243874, 0.0298438, 0.0473297, 0.100147, 0.262125, 0.758476", \
            "0.0268548, 0.028151, 0.0332408, 0.0504641, 0.103216, 0.265101, 0.757137" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0144425, 0.0122096, 0.0064505, -0.0095834, -0.0622667, -0.226689, -0.727531", \
            "0.0142464, 0.0120447, 0.0062921, -0.0097403, -0.0623122, -0.226718, -0.727598", \
            "0.0140544, 0.0118538, 0.0061295, -0.0099279, -0.0625189, -0.226956, -0.727782", \
            "0.0138968, 0.0116644, 0.0058866, -0.0101718, -0.0628444, -0.227205, -0.728001", \
            "0.014862, 0.0123947, 0.0061756, -0.0102007, -0.0629358, -0.227286, -0.727957", \
            "0.0198323, 0.0172383, 0.0101667, -0.0085269, -0.0620322, -0.22624, -0.727", \
            "0.0270725, 0.0242272, 0.0174536, -0.0036266, -0.0587593, -0.223832, -0.72461" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0197645, 0.0216704, 0.0277051, 0.0457797, 0.0994255, 0.26196, 0.760983", \
            "0.0197358, 0.0216245, 0.0276654, 0.0457443, 0.099394, 0.261968, 0.754213", \
            "0.0196285, 0.0215363, 0.0275799, 0.0456836, 0.0993006, 0.26205, 0.757291", \
            "0.019601, 0.0214985, 0.0275113, 0.045652, 0.0991816, 0.261993, 0.760927", \
            "0.0199031, 0.0217752, 0.0277277, 0.0456613, 0.0991308, 0.261897, 0.758235", \
            "0.0223048, 0.0239948, 0.0294254, 0.046892, 0.0999296, 0.261945, 0.757845", \
            "0.0263764, 0.0277332, 0.0330476, 0.0500249, 0.103029, 0.264858, 0.756922" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0164603, 0.0142498, 0.0084363, -0.0075992, -0.0601715, -0.224443, -0.725279", \
            "0.0163859, 0.0141684, 0.0083855, -0.0076786, -0.0603103, -0.224703, -0.725513", \
            "0.0162406, 0.0139997, 0.0082225, -0.0077962, -0.0604071, -0.224744, -0.725448", \
            "0.0160596, 0.0138335, 0.0079635, -0.0081828, -0.0606816, -0.224921, -0.725647", \
            "0.0165575, 0.0143038, 0.0082606, -0.0079831, -0.060754, -0.225086, -0.725715", \
            "0.0217452, 0.01914, 0.0120901, -0.0062787, -0.0594761, -0.223878, -0.72437", \
            "0.0292965, 0.0265104, 0.0187081, -0.0013838, -0.056875, -0.221948, -0.722423" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0202751, 0.0221236, 0.0281805, 0.0462312, 0.0998548, 0.262179, 0.760971", \
            "0.0201653, 0.0220943, 0.0281122, 0.0462297, 0.0998106, 0.262098, 0.757996", \
            "0.0200942, 0.0220015, 0.0279717, 0.0461516, 0.0997146, 0.26196, 0.757813", \
            "0.0199181, 0.0218165, 0.0278949, 0.0459899, 0.0994372, 0.262247, 0.760831", \
            "0.020093, 0.0219456, 0.0279504, 0.0458997, 0.0993433, 0.262233, 0.754031", \
            "0.0221318, 0.0238376, 0.0294129, 0.046866, 0.0999592, 0.26198, 0.760728", \
            "0.0257847, 0.0273322, 0.0326525, 0.0499447, 0.102481, 0.264091, 0.756118" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0182969, 0.0160249, 0.0100826, -0.0063138, -0.0593695, -0.224023, -0.724934", \
            "0.0180627, 0.0158106, 0.0099476, -0.0064192, -0.0594602, -0.224117, -0.725034", \
            "0.0179522, 0.0156724, 0.0097392, -0.006648, -0.059611, -0.224314, -0.725275", \
            "0.0176854, 0.0154634, 0.0095153, -0.0068055, -0.0597709, -0.224451, -0.725368", \
            "0.0181446, 0.0158367, 0.0097879, -0.0063989, -0.0595795, -0.224304, -0.725206", \
            "0.0229416, 0.02037, 0.0132794, -0.0056963, -0.0585692, -0.223455, -0.724262", \
            "0.0317353, 0.0289265, 0.0210956, 0.0011208, -0.0549637, -0.220697, -0.721861" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00163;
      rise_capacitance : 0.001695;
      rise_capacitance_range (0.001695, 0.001695);
      fall_capacitance : 0.001565;
      fall_capacitance_range (0.001565, 0.001565);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.002415, 0.0023279, 0.0021272, 0.0024181, 0.0030888, 0.0046349, 0.0081986" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0072067, 0.0071055, 0.0068724, 0.0071354, 0.0077416, 0.0091392, 0.0123607" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001656;
      rise_capacitance : 0.001686;
      rise_capacitance_range (0.001686, 0.001686);
      fall_capacitance : 0.001626;
      fall_capacitance_range (0.001626, 0.001626);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0027982, -0.0027932, -0.0027815, -0.0027749, -0.00276, -0.0027252, -0.0026451" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0032543, 0.0032557, 0.0032591, 0.0032604, 0.0032634, 0.0032705, 0.003287" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001636;
      rise_capacitance : 0.001672;
      rise_capacitance_range (0.001672, 0.001672);
      fall_capacitance : 0.0016;
      fall_capacitance_range (0.0016, 0.0016);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0022661, -0.0022647, -0.0022616, -0.0022616, -0.0022616, -0.0022614, -0.0022609" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0026499, 0.0026519, 0.0026566, 0.0026689, 0.0026971, 0.0027624, 0.002913" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001648;
      rise_capacitance : 0.001718;
      rise_capacitance_range (0.001718, 0.001718);
      fall_capacitance : 0.001579;
      fall_capacitance_range (0.001579, 0.001579);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.002702, -0.0027022, -0.0027025, -0.0027019, -0.0027005, -0.002697, -0.002689" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027034, 0.0027028, 0.0027013, 0.0027014, 0.0027015, 0.0027021, 0.0027033" \
          );
        }
      }
    }
  }
  cell (scs8hd_and4b_4) {
    area : 13.7632;
    cell_footprint : "and4b";
    cell_leakage_power : 0.0248739;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0248266;
      when : "AN&B&C&D";
    }
    leakage_power () {
      value : 0.0248074;
      when : "AN&B&C&!D";
    }
    leakage_power () {
      value : 0.0249088;
      when : "!AN&!B&!C&D";
    }
    leakage_power () {
      value : 0.0249086;
      when : "!AN&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0249306;
      when : "!AN&!B&C&D";
    }
    leakage_power () {
      value : 0.0249091;
      when : "!AN&!B&C&!D";
    }
    leakage_power () {
      value : 0.024938;
      when : "!AN&B&!C&D";
    }
    leakage_power () {
      value : 0.0249153;
      when : "!AN&B&!C&!D";
    }
    leakage_power () {
      value : 0.025053;
      when : "!AN&B&C&D";
    }
    leakage_power () {
      value : 0.0249443;
      when : "!AN&B&C&!D";
    }
    leakage_power () {
      value : 0.0248067;
      when : "AN&!B&!C&D";
    }
    leakage_power () {
      value : 0.0248067;
      when : "AN&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0248069;
      when : "AN&!B&C&D";
    }
    leakage_power () {
      value : 0.0248067;
      when : "AN&!B&C&!D";
    }
    leakage_power () {
      value : 0.0248072;
      when : "AN&B&!C&D";
    }
    leakage_power () {
      value : 0.024807;
      when : "AN&B&!C&!D";
    }
    leakage_power () {
      value : 0.0248739;
    }
    pin (X) {
      direction : output;
      function : "(!AN&B&C&D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.600596;
      max_transition : 1.50434;
      timing () {
        related_pin : "AN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.163758, 0.167982, 0.179471, 0.207303, 0.278607, 0.493436, 1.18917", \
            "0.167919, 0.172154, 0.183625, 0.211506, 0.282827, 0.497701, 1.19221", \
            "0.17994, 0.184148, 0.195506, 0.223424, 0.294761, 0.509657, 1.20541", \
            "0.208085, 0.21236, 0.223669, 0.251596, 0.322932, 0.537942, 1.23422", \
            "0.264278, 0.268517, 0.279972, 0.30789, 0.379259, 0.59364, 1.28898", \
            "0.358553, 0.362767, 0.374389, 0.402355, 0.473828, 0.688013, 1.38211", \
            "0.527058, 0.531446, 0.543033, 0.571216, 0.642998, 0.857788, 1.55085" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.023602, 0.0272232, 0.0375895, 0.0661655, 0.157256, 0.468174, 1.50114", \
            "0.0236986, 0.0272797, 0.0375567, 0.0662131, 0.157393, 0.469126, 1.50168", \
            "0.0235996, 0.02717, 0.0374486, 0.0662702, 0.157465, 0.46889, 1.50299", \
            "0.0235949, 0.0271994, 0.0374829, 0.0662761, 0.157509, 0.469021, 1.50115", \
            "0.023697, 0.0273331, 0.0375834, 0.066212, 0.157754, 0.468393, 1.50341", \
            "0.0243057, 0.0278976, 0.0381757, 0.0666838, 0.157833, 0.468613, 1.50057", \
            "0.0256168, 0.0291452, 0.0393952, 0.0676484, 0.158747, 0.468502, 1.49557" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.107961, 0.110547, 0.11764, 0.134368, 0.16992, 0.255994, 0.513732", \
            "0.111852, 0.114458, 0.12147, 0.138225, 0.173822, 0.259859, 0.517585", \
            "0.119995, 0.122598, 0.129747, 0.146339, 0.181966, 0.267997, 0.525739", \
            "0.131139, 0.133716, 0.140839, 0.157463, 0.193214, 0.279206, 0.536869", \
            "0.139434, 0.142013, 0.149176, 0.165671, 0.201457, 0.287454, 0.544838", \
            "0.135008, 0.137586, 0.144465, 0.161193, 0.196942, 0.283052, 0.540147", \
            "0.087373, 0.0900636, 0.0973693, 0.114321, 0.150581, 0.237067, 0.494589" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.017538, 0.0192976, 0.0245132, 0.0366334, 0.0687186, 0.167628, 0.511357", \
            "0.0176111, 0.019418, 0.0245044, 0.0367627, 0.0681731, 0.167382, 0.508472", \
            "0.0176101, 0.0194176, 0.0244559, 0.0367314, 0.0682287, 0.167413, 0.51019", \
            "0.0176679, 0.0194607, 0.0243325, 0.0368034, 0.0683818, 0.167152, 0.507764", \
            "0.0176155, 0.019539, 0.0243552, 0.0369535, 0.0680402, 0.167489, 0.511847", \
            "0.0178287, 0.0195762, 0.024841, 0.0371925, 0.0687107, 0.167687, 0.509018", \
            "0.0193369, 0.0212208, 0.0262085, 0.0385046, 0.070078, 0.167927, 0.511166" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.102157, 0.106371, 0.117901, 0.145696, 0.216873, 0.431217, 1.12664", \
            "0.10494, 0.109157, 0.120623, 0.148483, 0.219594, 0.433877, 1.12951", \
            "0.111207, 0.115428, 0.126885, 0.154744, 0.225865, 0.440039, 1.13577", \
            "0.125037, 0.129249, 0.140674, 0.168484, 0.239719, 0.453748, 1.14811", \
            "0.145994, 0.150439, 0.16234, 0.191115, 0.263109, 0.477257, 1.17352", \
            "0.156799, 0.161739, 0.175159, 0.206271, 0.279672, 0.494217, 1.19018", \
            "0.12034, 0.12561, 0.14073, 0.177842, 0.256339, 0.470774, 1.16629" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.0236605, 0.0272396, 0.0374752, 0.0660781, 0.157616, 0.469046, 1.50329", \
            "0.0235523, 0.0271231, 0.0373872, 0.0660861, 0.157704, 0.469497, 1.50316", \
            "0.0235647, 0.0271201, 0.037397, 0.0660876, 0.157674, 0.46965, 1.5041", \
            "0.0236052, 0.0272518, 0.037487, 0.0661311, 0.157701, 0.467954, 1.50374", \
            "0.0260044, 0.0299056, 0.0402489, 0.0686929, 0.158747, 0.468455, 1.5039", \
            "0.0327493, 0.0368505, 0.0479656, 0.0751772, 0.161937, 0.470021, 1.50198", \
            "0.0444325, 0.0482554, 0.0604702, 0.0902498, 0.17132, 0.472283, 1.49922" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.0959671, 0.0987393, 0.10633, 0.124202, 0.161292, 0.248479, 0.506407", \
            "0.100911, 0.103682, 0.11129, 0.12916, 0.166259, 0.253432, 0.511349", \
            "0.113428, 0.116199, 0.123784, 0.141678, 0.178717, 0.265936, 0.523336", \
            "0.143059, 0.145868, 0.153465, 0.171502, 0.208692, 0.295626, 0.553393", \
            "0.210712, 0.213726, 0.221617, 0.240064, 0.277835, 0.365135, 0.621419", \
            "0.325396, 0.328873, 0.338339, 0.361175, 0.406483, 0.498288, 0.754522", \
            "0.525407, 0.529413, 0.540624, 0.567177, 0.622961, 0.727302, 0.986938" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.0201319, 0.0221056, 0.027197, 0.0398456, 0.071224, 0.168856, 0.511729", \
            "0.0201128, 0.0220941, 0.0273174, 0.0398461, 0.0712363, 0.168912, 0.512146", \
            "0.0201171, 0.0220995, 0.0271277, 0.0403411, 0.0714714, 0.169059, 0.510791", \
            "0.0201518, 0.0220491, 0.0273091, 0.039849, 0.0713214, 0.168694, 0.511765", \
            "0.0238842, 0.0257827, 0.0306653, 0.0428293, 0.0726921, 0.169718, 0.511441", \
            "0.0349943, 0.0369306, 0.0426308, 0.0568542, 0.0870558, 0.176366, 0.51244", \
            "0.0511369, 0.0532229, 0.0594363, 0.0764681, 0.11118, 0.19622, 0.513263" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.107069, 0.111246, 0.122714, 0.150512, 0.221713, 0.435958, 1.13177", \
            "0.10966, 0.113925, 0.125224, 0.153181, 0.224368, 0.437845, 1.135", \
            "0.114678, 0.118899, 0.13025, 0.158188, 0.229392, 0.442865, 1.14005", \
            "0.1252, 0.129365, 0.140793, 0.168593, 0.239805, 0.453618, 1.1503", \
            "0.141136, 0.145552, 0.1575, 0.186068, 0.258083, 0.472183, 1.16931", \
            "0.146399, 0.151268, 0.164688, 0.196015, 0.269662, 0.48468, 1.18145", \
            "0.100042, 0.105304, 0.120564, 0.157595, 0.236537, 0.451033, 1.14722" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.0235215, 0.0271186, 0.037476, 0.066173, 0.1573, 0.46917, 1.49886", \
            "0.02351, 0.0271128, 0.0373361, 0.0662103, 0.157711, 0.467906, 1.5029", \
            "0.0235095, 0.0271177, 0.0373398, 0.0661283, 0.157706, 0.468275, 1.50211", \
            "0.0235605, 0.0272318, 0.0375064, 0.0661823, 0.157725, 0.468163, 1.5008", \
            "0.0257137, 0.0295357, 0.0397931, 0.068493, 0.15886, 0.469751, 1.50434", \
            "0.0318553, 0.035839, 0.0466625, 0.0749053, 0.162121, 0.469194, 1.50024", \
            "0.0437564, 0.047734, 0.0595876, 0.090486, 0.171595, 0.471567, 1.49394" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.103765, 0.10666, 0.114537, 0.132972, 0.170753, 0.258324, 0.515826", \
            "0.10868, 0.111572, 0.119461, 0.137903, 0.175803, 0.263253, 0.52082", \
            "0.12138, 0.124255, 0.132147, 0.150543, 0.188406, 0.275955, 0.5336", \
            "0.151056, 0.153973, 0.162277, 0.180697, 0.218591, 0.306156, 0.563709", \
            "0.22113, 0.224146, 0.232221, 0.250843, 0.289153, 0.376556, 0.633412", \
            "0.342734, 0.346426, 0.356282, 0.379381, 0.424763, 0.516951, 0.773696", \
            "0.553742, 0.557912, 0.569424, 0.596662, 0.65392, 0.758618, 1.01921" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.0213041, 0.0231663, 0.0285333, 0.0414429, 0.0723628, 0.16941, 0.511041", \
            "0.0212817, 0.0233082, 0.028668, 0.0415974, 0.0722905, 0.169418, 0.511173", \
            "0.0213328, 0.0232945, 0.0287931, 0.0418921, 0.0722419, 0.169071, 0.510693", \
            "0.0212158, 0.0230962, 0.0288071, 0.0413331, 0.0722278, 0.169041, 0.510956", \
            "0.024085, 0.0258443, 0.0308412, 0.0432302, 0.0735434, 0.169646, 0.512339", \
            "0.0353036, 0.0374046, 0.0431931, 0.0573527, 0.0866084, 0.175277, 0.512509", \
            "0.051793, 0.0537486, 0.0606781, 0.0778192, 0.112331, 0.19422, 0.512581" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.110636, 0.114828, 0.126177, 0.154104, 0.225294, 0.438578, 1.13562", \
            "0.113139, 0.117331, 0.128695, 0.156624, 0.227817, 0.441149, 1.13797", \
            "0.117426, 0.121681, 0.133022, 0.160929, 0.232106, 0.446174, 1.14088", \
            "0.125178, 0.129431, 0.14076, 0.168607, 0.239544, 0.452887, 1.14701", \
            "0.135834, 0.140237, 0.152111, 0.180862, 0.252632, 0.46713, 1.1687", \
            "0.135455, 0.14027, 0.153483, 0.184485, 0.258272, 0.472905, 1.1685", \
            "0.0795006, 0.0847682, 0.0999527, 0.136542, 0.215249, 0.430001, 1.12555" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.0234357, 0.0270617, 0.0373438, 0.066096, 0.157657, 0.468804, 1.5031", \
            "0.0234414, 0.0272505, 0.037326, 0.0660879, 0.157598, 0.469209, 1.50259", \
            "0.0234674, 0.0270903, 0.037329, 0.0660734, 0.157449, 0.4695, 1.50011", \
            "0.0234951, 0.0272141, 0.0374144, 0.066142, 0.157662, 0.469497, 1.50272", \
            "0.0254043, 0.0291242, 0.039552, 0.0680528, 0.158479, 0.469438, 1.50288", \
            "0.0305822, 0.0345466, 0.045848, 0.0740623, 0.161685, 0.469455, 1.49789", \
            "0.0417555, 0.045946, 0.0578968, 0.0885035, 0.170529, 0.471738, 1.49746" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.110642, 0.113642, 0.121825, 0.140756, 0.17924, 0.267421, 0.525542", \
            "0.115489, 0.118489, 0.126678, 0.145679, 0.184142, 0.272353, 0.53017", \
            "0.128162, 0.131188, 0.139306, 0.158251, 0.196874, 0.28498, 0.543188", \
            "0.158511, 0.161517, 0.16958, 0.188541, 0.227114, 0.315431, 0.573648", \
            "0.229354, 0.232435, 0.240618, 0.25961, 0.298334, 0.385882, 0.643817", \
            "0.356129, 0.359793, 0.369818, 0.392868, 0.438626, 0.530948, 0.787348", \
            "0.575314, 0.579577, 0.591608, 0.619906, 0.676153, 0.781903, 1.04121" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.022766, 0.0248629, 0.0304421, 0.0435441, 0.074502, 0.170889, 0.51294", \
            "0.0227652, 0.0248312, 0.0305948, 0.0435115, 0.0745429, 0.170718, 0.511731", \
            "0.0227268, 0.0247506, 0.0305712, 0.0436814, 0.0743949, 0.170661, 0.511914", \
            "0.0228471, 0.0248758, 0.0304557, 0.0433725, 0.0744456, 0.170756, 0.512137", \
            "0.0247258, 0.0266034, 0.031978, 0.0444758, 0.0749906, 0.170924, 0.508684", \
            "0.0363092, 0.0384476, 0.0445407, 0.05868, 0.0883239, 0.176615, 0.509121", \
            "0.0539472, 0.0559566, 0.0626619, 0.0796441, 0.114119, 0.195567, 0.513038" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.0348949, 0.0370383, 0.0439801, 0.0671011, 0.140844, 0.380547, 1.1633", \
            "0.0347723, 0.0369025, 0.0438914, 0.0670202, 0.140773, 0.380877, 1.16483", \
            "0.0348342, 0.0369704, 0.0439613, 0.0670793, 0.140837, 0.381004, 1.16479", \
            "0.0346057, 0.0366631, 0.04364, 0.0667935, 0.140565, 0.380568, 1.16386", \
            "0.0342701, 0.036372, 0.0433516, 0.0664702, 0.140232, 0.380047, 1.16403", \
            "0.0346532, 0.0366334, 0.0432364, 0.0661428, 0.140098, 0.379595, 1.15859", \
            "0.0370817, 0.0391334, 0.0457757, 0.0677856, 0.141182, 0.381752, 1.16028" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.0272181, 0.0249569, 0.0180267, -0.0023525, -0.0729594, -0.314497, -1.10588", \
            "0.027228, 0.024946, 0.0179245, -0.0024907, -0.0731047, -0.3146, -1.10596", \
            "0.0271249, 0.0248483, 0.0179112, -0.0025554, -0.0731936, -0.314687, -1.10603", \
            "0.0265306, 0.0243147, 0.0172622, -0.0031297, -0.0739365, -0.31524, -1.10661", \
            "0.0277407, 0.0253565, 0.0179705, -0.0035372, -0.0743912, -0.31589, -1.10725", \
            "0.0313718, 0.0289833, 0.0217611, -0.0005868, -0.0741486, -0.316476, -1.10787", \
            "0.0323057, 0.0298832, 0.0225377, 0.0002198, -0.0734791, -0.315946, -1.10772" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.0351161, 0.0372119, 0.0442577, 0.0673762, 0.141093, 0.380564, 1.16427", \
            "0.0350474, 0.0371602, 0.0441566, 0.0672995, 0.141098, 0.380517, 1.16424", \
            "0.0348648, 0.0369967, 0.0439996, 0.0672054, 0.140879, 0.380394, 1.16433", \
            "0.0348178, 0.0369367, 0.0439346, 0.0670588, 0.140726, 0.380298, 1.16392", \
            "0.0356237, 0.0376363, 0.0445135, 0.0673381, 0.140883, 0.380374, 1.16425", \
            "0.0395101, 0.0413562, 0.0477414, 0.0696717, 0.141887, 0.380593, 1.16403", \
            "0.0472328, 0.0485107, 0.0541124, 0.0754722, 0.148251, 0.385947, 1.16417" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.028041, 0.0256325, 0.0183027, -0.0021576, -0.0727748, -0.314279, -1.10577", \
            "0.0278609, 0.0254612, 0.0182854, -0.0023816, -0.0729444, -0.314431, -1.10595", \
            "0.0275652, 0.0251285, 0.0178656, -0.0027098, -0.0732864, -0.314798, -1.10619", \
            "0.0274669, 0.024974, 0.0177058, -0.0031373, -0.0738049, -0.314988, -1.10627", \
            "0.028573, 0.0261003, 0.0183807, -0.0030102, -0.0738344, -0.3151, -1.10616", \
            "0.0376041, 0.0347014, 0.0259811, 0.0017796, -0.0720897, -0.313555, -1.10459", \
            "0.0507449, 0.0476078, 0.0381604, 0.0113196, -0.0654544, -0.307865, -1.09931" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.0353625, 0.0374042, 0.0444947, 0.0676452, 0.14129, 0.380675, 1.16309", \
            "0.0353126, 0.0374408, 0.0443743, 0.0674953, 0.141373, 0.38023, 1.16268", \
            "0.0351035, 0.0372238, 0.0441782, 0.0674194, 0.141084, 0.380115, 1.16265", \
            "0.0350008, 0.0370845, 0.0440828, 0.067243, 0.140812, 0.380077, 1.16385", \
            "0.035628, 0.0376783, 0.0445707, 0.0672295, 0.140689, 0.380313, 1.16325", \
            "0.0392339, 0.0410285, 0.0474412, 0.0695364, 0.141967, 0.380576, 1.1633", \
            "0.0467444, 0.0482253, 0.0538313, 0.0751956, 0.14727, 0.384625, 1.16271" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.0312061, 0.0287485, 0.0213646, 0.0007607, -0.0696989, -0.311113, -1.10241", \
            "0.031036, 0.0285625, 0.0213233, 0.0004758, -0.0698681, -0.311304, -1.10261", \
            "0.0308128, 0.0283203, 0.0209254, 0.0003616, -0.0702363, -0.311638, -1.10287", \
            "0.0306612, 0.0282, 0.0206483, -0.0001847, -0.0705943, -0.311882, -1.10314", \
            "0.0315023, 0.0289853, 0.0212311, -2.37e-05, -0.070703, -0.311912, -1.10285", \
            "0.0401087, 0.0372306, 0.0284979, 0.0047834, -0.0683052, -0.309577, -1.10029", \
            "0.054311, 0.0511703, 0.0415021, 0.014596, -0.0625785, -0.305771, -1.09678" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.0356678, 0.037758, 0.0446934, 0.0680242, 0.141702, 0.380276, 1.1624", \
            "0.0355811, 0.0376128, 0.0446001, 0.0679368, 0.141625, 0.380266, 1.16237", \
            "0.0353821, 0.037489, 0.0444145, 0.0677486, 0.141443, 0.380052, 1.16224", \
            "0.0351508, 0.0372483, 0.0442213, 0.0674848, 0.140947, 0.380016, 1.16283", \
            "0.0353446, 0.0374274, 0.0443167, 0.0673093, 0.140844, 0.380488, 1.15941", \
            "0.0387422, 0.0405963, 0.0470848, 0.0692621, 0.141581, 0.380466, 1.16254", \
            "0.0455238, 0.0470939, 0.0527949, 0.0741388, 0.14637, 0.383789, 1.16204" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163019, 0.00531505, 0.0173291, 0.0564995, 0.18421, 0.600596");
          values ( \
            "0.0336635, 0.0312325, 0.0238148, 0.0026792, -0.0684897, -0.310346, -1.10197", \
            "0.0334599, 0.0310268, 0.0235492, 0.0025304, -0.0685868, -0.31052, -1.10201", \
            "0.0332556, 0.0307273, 0.0233178, 0.0022138, -0.0688937, -0.310706, -1.10227", \
            "0.0330303, 0.0305619, 0.0231025, 0.0019892, -0.0691505, -0.310943, -1.10242", \
            "0.0338559, 0.0313183, 0.0236205, 0.0023047, -0.0690249, -0.310358, -1.10205", \
            "0.0419116, 0.0390234, 0.0304331, 0.00551, -0.0671022, -0.309116, -1.10038", \
            "0.0580212, 0.0548753, 0.0450162, 0.0193399, -0.0595996, -0.303461, -1.09541" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001626;
      rise_capacitance : 0.001689;
      rise_capacitance_range (0.001689, 0.001689);
      fall_capacitance : 0.001563;
      fall_capacitance_range (0.001563, 0.001563);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0062015, 0.0061364, 0.0059864, 0.0062805, 0.0069584, 0.0085209, 0.0121227" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0086875, 0.0085863, 0.0083529, 0.0086233, 0.0092465, 0.0106829, 0.0139942" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002309;
      rise_capacitance : 0.002397;
      rise_capacitance_range (0.002397, 0.002397);
      fall_capacitance : 0.00222;
      fall_capacitance_range (0.00222, 0.00222);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044892, -0.0044937, -0.0045043, -0.0044928, -0.0044665, -0.0044058, -0.0042658" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.005215, 0.0052149, 0.0052144, 0.0052186, 0.0052281, 0.0052501, 0.0053009" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002324;
      rise_capacitance : 0.002427;
      rise_capacitance_range (0.002427, 0.002427);
      fall_capacitance : 0.002221;
      fall_capacitance_range (0.002221, 0.002221);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044005, -0.0043986, -0.0043942, -0.0043958, -0.0043994, -0.0044077, -0.0044268" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0049336, 0.0049361, 0.0049418, 0.0049613, 0.0050062, 0.0051096, 0.0053481" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002348;
      rise_capacitance : 0.002485;
      rise_capacitance_range (0.002485, 0.002485);
      fall_capacitance : 0.002211;
      fall_capacitance_range (0.002211, 0.002211);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046515, -0.0046511, -0.0046502, -0.0046491, -0.0046465, -0.0046407, -0.0046271" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046587, 0.0046592, 0.0046602, 0.0046611, 0.0046631, 0.0046677, 0.0046784" \
          );
        }
      }
    }
  }
  cell (scs8hd_and4bb_1) {
    area : 12.512;
    cell_footprint : "and4bb";
    cell_leakage_power : 0.00599296;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062618;
      when : "AN&BN&!C&D";
    }
    leakage_power () {
      value : 0.0062615;
      when : "AN&BN&!C&!D";
    }
    leakage_power () {
      value : 0.0062631;
      when : "AN&BN&C&D";
    }
    leakage_power () {
      value : 0.0062618;
      when : "AN&BN&C&!D";
    }
    leakage_power () {
      value : 0.0065485;
      when : "!AN&!BN&!C&D";
    }
    leakage_power () {
      value : 0.0064524;
      when : "!AN&!BN&!C&!D";
    }
    leakage_power () {
      value : 0.0002594;
      when : "!AN&!BN&C&D";
    }
    leakage_power () {
      value : 0.0065491;
      when : "!AN&!BN&C&!D";
    }
    leakage_power () {
      value : 0.0063622;
      when : "!AN&BN&!C&D";
    }
    leakage_power () {
      value : 0.0063607;
      when : "!AN&BN&!C&!D";
    }
    leakage_power () {
      value : 0.0064562;
      when : "!AN&BN&C&D";
    }
    leakage_power () {
      value : 0.0063624;
      when : "!AN&BN&C&!D";
    }
    leakage_power () {
      value : 0.0063474;
      when : "AN&!BN&!C&D";
    }
    leakage_power () {
      value : 0.006346;
      when : "AN&!BN&!C&!D";
    }
    leakage_power () {
      value : 0.0064473;
      when : "AN&!BN&C&D";
    }
    leakage_power () {
      value : 0.0063476;
      when : "AN&!BN&C&!D";
    }
    leakage_power () {
      value : 0.00599296;
    }
    pin (X) {
      direction : output;
      function : "(!AN&!BN&C&D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.205088;
      max_transition : 1.50457;
      timing () {
        related_pin : "AN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.121367, 0.128368, 0.144228, 0.180187, 0.269324, 0.508983, 1.16195", \
            "0.125677, 0.1327, 0.148574, 0.18451, 0.273489, 0.513223, 1.16657", \
            "0.137728, 0.14476, 0.160633, 0.196552, 0.285727, 0.525121, 1.17807", \
            "0.165037, 0.172092, 0.187954, 0.223905, 0.313105, 0.552477, 1.20581", \
            "0.214328, 0.221319, 0.237144, 0.273173, 0.362398, 0.602752, 1.26616", \
            "0.297197, 0.304265, 0.320159, 0.356061, 0.445398, 0.684461, 1.33767", \
            "0.4518, 0.459016, 0.474923, 0.511297, 0.600392, 0.84069, 1.49096" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0229386, 0.0294171, 0.0457686, 0.0892319, 0.212134, 0.556057, 1.50332", \
            "0.0229668, 0.0294547, 0.045786, 0.0893776, 0.21244, 0.557906, 1.50104", \
            "0.0229814, 0.0294718, 0.0457752, 0.089393, 0.212194, 0.557377, 1.50066", \
            "0.0229346, 0.0294584, 0.0458034, 0.0892593, 0.21191, 0.556737, 1.502", \
            "0.0229731, 0.0294906, 0.045884, 0.089571, 0.212543, 0.557465, 1.49853", \
            "0.0233928, 0.0299992, 0.0462779, 0.0896631, 0.212014, 0.555814, 1.4961", \
            "0.0247757, 0.0311767, 0.0473912, 0.0903986, 0.212602, 0.557154, 1.4958" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0903245, 0.0952731, 0.10594, 0.12721, 0.172601, 0.28475, 0.587609", \
            "0.0940229, 0.0989887, 0.109594, 0.130877, 0.176342, 0.288427, 0.59042", \
            "0.100996, 0.105939, 0.116534, 0.13782, 0.183268, 0.295326, 0.598831", \
            "0.108829, 0.113728, 0.124409, 0.145778, 0.19109, 0.303117, 0.605588", \
            "0.112611, 0.117569, 0.128218, 0.149532, 0.194936, 0.307082, 0.610852", \
            "0.100743, 0.105688, 0.116325, 0.137673, 0.183148, 0.29518, 0.597085", \
            "0.0411579, 0.0463055, 0.0573391, 0.0791784, 0.12481, 0.236779, 0.538929" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.016633, 0.0203359, 0.0285751, 0.0473159, 0.0969586, 0.240516, 0.637102", \
            "0.0167665, 0.0204556, 0.0282984, 0.047474, 0.0969746, 0.240865, 0.636454", \
            "0.0166156, 0.0202315, 0.0285024, 0.0474444, 0.0970218, 0.240723, 0.641166", \
            "0.0167034, 0.0203284, 0.028444, 0.0475701, 0.0972921, 0.240342, 0.640007", \
            "0.0168856, 0.0202884, 0.0284235, 0.0473911, 0.0965273, 0.238805, 0.636638", \
            "0.0170198, 0.0208241, 0.0288111, 0.0477197, 0.0972332, 0.239704, 0.639529", \
            "0.0186828, 0.0223079, 0.0306647, 0.0488627, 0.0977698, 0.240522, 0.641936" \
          );
        }
      }
      timing () {
        related_pin : "BN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.131844, 0.138892, 0.154793, 0.190668, 0.279563, 0.518997, 1.1704", \
            "0.136243, 0.143297, 0.159201, 0.195087, 0.283983, 0.523459, 1.17478", \
            "0.148124, 0.155176, 0.171079, 0.206958, 0.295857, 0.535267, 1.18665", \
            "0.175465, 0.182584, 0.198476, 0.234325, 0.323104, 0.563361, 1.21529", \
            "0.224552, 0.231656, 0.247602, 0.283632, 0.372656, 0.612661, 1.26733", \
            "0.306622, 0.313753, 0.329975, 0.366106, 0.455135, 0.693962, 1.3487", \
            "0.460117, 0.467462, 0.484117, 0.520745, 0.610123, 0.84911, 1.50045" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0231874, 0.0297243, 0.0459248, 0.0894346, 0.212513, 0.55851, 1.50079", \
            "0.02319, 0.0297276, 0.0459789, 0.089389, 0.212504, 0.558435, 1.49916", \
            "0.0231999, 0.0297251, 0.0459415, 0.08942, 0.212509, 0.558538, 1.49859", \
            "0.0231685, 0.0297918, 0.0460989, 0.089472, 0.212042, 0.557126, 1.50354", \
            "0.023294, 0.0298641, 0.0462934, 0.0896919, 0.21258, 0.557502, 1.50285", \
            "0.0239507, 0.0305567, 0.0469225, 0.0901274, 0.212208, 0.555965, 1.50287", \
            "0.0253567, 0.0319802, 0.0481108, 0.0909719, 0.212699, 0.556365, 1.49463" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.107135, 0.112494, 0.123827, 0.146099, 0.192368, 0.304717, 0.606835", \
            "0.110781, 0.116018, 0.12753, 0.149704, 0.195951, 0.308357, 0.61125", \
            "0.117928, 0.123272, 0.134663, 0.156828, 0.203117, 0.315504, 0.617866", \
            "0.126104, 0.131461, 0.142826, 0.165067, 0.211314, 0.323621, 0.62697", \
            "0.130698, 0.136063, 0.14753, 0.169704, 0.216045, 0.328493, 0.630697", \
            "0.12104, 0.126392, 0.137813, 0.160096, 0.206404, 0.318843, 0.620846", \
            "0.0681703, 0.0736433, 0.0853662, 0.107894, 0.154661, 0.267048, 0.569256" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0188385, 0.0225963, 0.0308874, 0.0496532, 0.0985149, 0.238854, 0.636587", \
            "0.0188713, 0.0226963, 0.030899, 0.0496547, 0.0986045, 0.241282, 0.640366", \
            "0.01886, 0.0225923, 0.030929, 0.049617, 0.0984842, 0.241328, 0.636962", \
            "0.0191427, 0.0227482, 0.0308508, 0.0497023, 0.0986032, 0.239078, 0.64195", \
            "0.0190355, 0.0228614, 0.030965, 0.049692, 0.0981003, 0.239007, 0.637205", \
            "0.019338, 0.0228795, 0.0312188, 0.0498046, 0.0987164, 0.24137, 0.636232", \
            "0.020379, 0.0241566, 0.032512, 0.0507696, 0.0994444, 0.240228, 0.637074" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0832598, 0.0902921, 0.106193, 0.141947, 0.230447, 0.46936, 1.12368", \
            "0.0861518, 0.0931781, 0.109021, 0.144754, 0.233251, 0.47202, 1.12415", \
            "0.0914746, 0.0985205, 0.11436, 0.150086, 0.238726, 0.477922, 1.12921", \
            "0.102038, 0.109192, 0.125224, 0.161099, 0.249953, 0.489319, 1.1416", \
            "0.115378, 0.12316, 0.139956, 0.176967, 0.266401, 0.505738, 1.15923", \
            "0.116113, 0.125296, 0.144624, 0.183731, 0.273798, 0.513023, 1.17125", \
            "0.0692492, 0.080213, 0.104272, 0.149698, 0.242769, 0.481604, 1.1342" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0229471, 0.0295013, 0.0458818, 0.0893101, 0.212435, 0.557442, 1.501", \
            "0.0230139, 0.0294797, 0.0457548, 0.0894095, 0.212499, 0.5562, 1.50144", \
            "0.0229956, 0.0294855, 0.0458154, 0.0893817, 0.212331, 0.55733, 1.50187", \
            "0.0236188, 0.0302507, 0.0463554, 0.0893998, 0.212256, 0.557077, 1.49831", \
            "0.0266371, 0.0331984, 0.0494281, 0.0918435, 0.213174, 0.557596, 1.50457", \
            "0.0334189, 0.0405155, 0.0569046, 0.0965501, 0.215101, 0.555503, 1.50153", \
            "0.0438175, 0.0527564, 0.0713012, 0.111171, 0.220611, 0.558838, 1.49266" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0941686, 0.0997725, 0.111687, 0.1346, 0.18149, 0.294259, 0.597194", \
            "0.0988319, 0.104461, 0.116395, 0.139092, 0.186107, 0.298853, 0.602183", \
            "0.110429, 0.116034, 0.127894, 0.150819, 0.197765, 0.310567, 0.613376", \
            "0.139863, 0.145426, 0.15731, 0.180212, 0.227153, 0.339888, 0.643227", \
            "0.203519, 0.209522, 0.222086, 0.245883, 0.293166, 0.404673, 0.708138", \
            "0.30904, 0.316081, 0.331607, 0.360249, 0.41154, 0.52578, 0.827979", \
            "0.492096, 0.500694, 0.519168, 0.554099, 0.61455, 0.732768, 1.03496" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0206205, 0.0244546, 0.0326692, 0.0513058, 0.0997781, 0.241767, 0.646486", \
            "0.0204816, 0.0244033, 0.032848, 0.0513351, 0.0998049, 0.240536, 0.641361", \
            "0.0206705, 0.0242736, 0.0325538, 0.0514611, 0.099783, 0.240432, 0.638931", \
            "0.0204091, 0.024519, 0.0328924, 0.0513505, 0.0996746, 0.23989, 0.637408", \
            "0.0242524, 0.0281572, 0.0360986, 0.0535677, 0.100733, 0.242602, 0.640212", \
            "0.0337818, 0.0379853, 0.0480114, 0.0670431, 0.109684, 0.243362, 0.642427", \
            "0.0461657, 0.0517786, 0.0637747, 0.0847773, 0.12664, 0.250886, 0.639983" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0883963, 0.0954177, 0.111262, 0.147014, 0.235129, 0.473775, 1.12478", \
            "0.0911554, 0.0982154, 0.114064, 0.149803, 0.237955, 0.476344, 1.12949", \
            "0.0959019, 0.102939, 0.118785, 0.154516, 0.242859, 0.480504, 1.13206", \
            "0.103835, 0.110911, 0.126915, 0.162668, 0.251193, 0.489563, 1.14566", \
            "0.113231, 0.120936, 0.137687, 0.174539, 0.263865, 0.502896, 1.15501", \
            "0.110316, 0.119356, 0.138452, 0.177559, 0.267725, 0.50675, 1.1662", \
            "0.0562237, 0.0670056, 0.0903871, 0.13572, 0.228854, 0.467756, 1.12015" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0229938, 0.0295354, 0.0457922, 0.0894488, 0.212439, 0.556945, 1.49918", \
            "0.0229917, 0.0294974, 0.0457911, 0.0894518, 0.212426, 0.557381, 1.50043", \
            "0.0230298, 0.0294894, 0.0457954, 0.0892261, 0.212042, 0.557288, 1.50265", \
            "0.0233775, 0.0299644, 0.0462953, 0.0895903, 0.212349, 0.557902, 1.50064", \
            "0.0259007, 0.0323858, 0.0487542, 0.0914377, 0.212681, 0.556688, 1.50294", \
            "0.0321814, 0.0391756, 0.0557626, 0.0959823, 0.215043, 0.556515, 1.50159", \
            "0.0419468, 0.0507678, 0.0705345, 0.109469, 0.219993, 0.556784, 1.49673" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.102925, 0.108702, 0.120793, 0.143784, 0.190813, 0.303431, 0.606415", \
            "0.107346, 0.113023, 0.125118, 0.148282, 0.19525, 0.307923, 0.610808", \
            "0.11897, 0.12474, 0.136847, 0.159786, 0.206898, 0.319748, 0.622733", \
            "0.148202, 0.153981, 0.166048, 0.189167, 0.236325, 0.349055, 0.651424", \
            "0.214028, 0.220085, 0.232651, 0.256237, 0.303567, 0.416178, 0.719419", \
            "0.325075, 0.332312, 0.348022, 0.376453, 0.427703, 0.540093, 0.841889", \
            "0.515594, 0.524357, 0.543895, 0.578395, 0.638356, 0.755921, 1.05671" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.022289, 0.0263457, 0.0347957, 0.0536147, 0.101324, 0.242562, 0.640045", \
            "0.0222901, 0.0263337, 0.0347546, 0.0535111, 0.101258, 0.242456, 0.641491", \
            "0.0223631, 0.0265101, 0.0348378, 0.0536395, 0.101339, 0.24199, 0.645345", \
            "0.0222524, 0.0264276, 0.0346235, 0.0531296, 0.100908, 0.24216, 0.638982", \
            "0.0251669, 0.0292282, 0.0372329, 0.0550206, 0.101754, 0.242181, 0.638186", \
            "0.0349178, 0.0395708, 0.0489458, 0.0668969, 0.11009, 0.244578, 0.637737", \
            "0.0487733, 0.0537443, 0.0652957, 0.0857794, 0.127225, 0.251815, 0.639802" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0130105, 0.0147444, 0.019412, 0.0316451, 0.0644637, 0.154026, 0.398304", \
            "0.0128768, 0.0146145, 0.0193128, 0.031493, 0.0643139, 0.153914, 0.397925", \
            "0.0129502, 0.0146928, 0.019378, 0.0315627, 0.0644007, 0.153911, 0.397865", \
            "0.0126884, 0.0144262, 0.0190904, 0.0313251, 0.0641456, 0.153529, 0.399865", \
            "0.0124615, 0.0141946, 0.0188287, 0.0310316, 0.0638133, 0.153321, 0.396767", \
            "0.0126677, 0.0143037, 0.018735, 0.0307606, 0.0637227, 0.152963, 0.397365", \
            "0.0138278, 0.015375, 0.0197079, 0.0318615, 0.0646891, 0.154707, 0.397375" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0083148, 0.006863, 0.0031276, -0.0082285, -0.0410026, -0.131475, -0.378347", \
            "0.0082208, 0.0067649, 0.0029993, -0.0083128, -0.0411205, -0.131555, -0.378384", \
            "0.0081637, 0.006702, 0.0029475, -0.0083633, -0.0411721, -0.13161, -0.378459", \
            "0.0077086, 0.0062373, 0.0024568, -0.0088367, -0.0416259, -0.132069, -0.378861", \
            "0.0086106, 0.0070013, 0.0026857, -0.0093063, -0.0421081, -0.132548, -0.379367", \
            "0.0085396, 0.0069769, 0.002678, -0.0093023, -0.0422312, -0.13278, -0.3796", \
            "0.0091639, 0.0075448, 0.0030978, -0.0085882, -0.0418182, -0.132122, -0.379021" \
          );
        }
      }
      internal_power () {
        related_pin : "BN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0160609, 0.0178017, 0.0224544, 0.0346597, 0.0673195, 0.156645, 0.398885", \
            "0.0159421, 0.0176841, 0.0223464, 0.034545, 0.0672126, 0.156494, 0.400765", \
            "0.0160151, 0.0177485, 0.0224029, 0.0346072, 0.0672628, 0.156627, 0.400782", \
            "0.0156575, 0.0174049, 0.0220763, 0.0342046, 0.0668817, 0.156224, 0.402754", \
            "0.0154352, 0.0171657, 0.0218474, 0.0340237, 0.0666905, 0.156067, 0.400589", \
            "0.0154939, 0.0170724, 0.0215212, 0.0336474, 0.066481, 0.1556, 0.39988", \
            "0.0160007, 0.0175181, 0.0220086, 0.0341084, 0.0668067, 0.156806, 0.399359" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0096114, 0.0080869, 0.0043399, -0.0068277, -0.0395878, -0.130012, -0.376794", \
            "0.0095282, 0.0080345, 0.0042733, -0.0069228, -0.0396604, -0.130074, -0.376886", \
            "0.0094083, 0.0078919, 0.0041477, -0.0070266, -0.0397942, -0.130182, -0.377054", \
            "0.0089194, 0.0073976, 0.0036305, -0.007589, -0.0403155, -0.130741, -0.377518", \
            "0.009719, 0.0080639, 0.0037019, -0.0080981, -0.0408121, -0.131219, -0.378031", \
            "0.0099781, 0.0083185, 0.0039831, -0.0079739, -0.0409749, -0.131464, -0.378272", \
            "0.0105171, 0.0088256, 0.0045705, -0.0073409, -0.04047, -0.130875, -0.377738" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0156485, 0.017389, 0.0221018, 0.0341945, 0.066779, 0.155967, 0.399982", \
            "0.0155941, 0.0173336, 0.0219859, 0.0341225, 0.0666806, 0.155814, 0.401674", \
            "0.0154819, 0.0172214, 0.021903, 0.0340241, 0.0666437, 0.155901, 0.398019", \
            "0.0153874, 0.0171202, 0.0217782, 0.0339292, 0.0666079, 0.155963, 0.397675", \
            "0.0159728, 0.0175516, 0.0218133, 0.0339703, 0.0666721, 0.156088, 0.400133", \
            "0.0170383, 0.0185715, 0.0229621, 0.0349091, 0.0672997, 0.156116, 0.40003", \
            "0.0200169, 0.0213524, 0.0258165, 0.0376355, 0.0701023, 0.159347, 0.401221" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0098061, 0.0082429, 0.0043548, -0.0069808, -0.0396779, -0.130054, -0.376835", \
            "0.0096659, 0.0080765, 0.004217, -0.0070926, -0.0398469, -0.130204, -0.376979", \
            "0.0094852, 0.0078937, 0.0039941, -0.0072644, -0.0399869, -0.130366, -0.377093", \
            "0.0094586, 0.0078659, 0.0039307, -0.0074007, -0.0401669, -0.130513, -0.377286", \
            "0.009799, 0.0081209, 0.0040776, -0.0073698, -0.0400751, -0.130344, -0.377113", \
            "0.0126855, 0.0107544, 0.0059872, -0.0060584, -0.0390606, -0.129476, -0.376238", \
            "0.0174144, 0.015308, 0.0101381, -0.002617, -0.0360986, -0.126823, -0.373487" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0160897, 0.0178319, 0.0224784, 0.0345946, 0.0670312, 0.15594, 0.401681", \
            "0.0160148, 0.0177509, 0.0224024, 0.0345306, 0.0669562, 0.155953, 0.39971", \
            "0.0158826, 0.0176226, 0.0222873, 0.0344424, 0.0668486, 0.155889, 0.398048", \
            "0.0157244, 0.0174462, 0.0220877, 0.0341976, 0.0667568, 0.155921, 0.400516", \
            "0.016116, 0.0177113, 0.0220841, 0.0342065, 0.0667406, 0.155945, 0.400134", \
            "0.0170264, 0.0185823, 0.0229984, 0.0350078, 0.0673969, 0.156045, 0.399877", \
            "0.0197946, 0.0211141, 0.0252389, 0.0370054, 0.069714, 0.158735, 0.400711" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0114717, 0.009821, 0.0058122, -0.0058514, -0.0389407, -0.129561, -0.376334", \
            "0.0113351, 0.0096668, 0.005679, -0.0059716, -0.0390403, -0.129684, -0.376567", \
            "0.0111557, 0.00951, 0.00554, -0.0060783, -0.0391634, -0.129738, -0.376603", \
            "0.0109873, 0.009348, 0.0053514, -0.0062291, -0.0392923, -0.129905, -0.376727", \
            "0.0116117, 0.0098938, 0.0057756, -0.0058875, -0.038996, -0.129656, -0.376561", \
            "0.014376, 0.0124423, 0.0076233, -0.0049014, -0.0380707, -0.128635, -0.375692", \
            "0.0190736, 0.0169515, 0.0122232, -0.0011486, -0.0349151, -0.125826, -0.373045" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.0016;
      rise_capacitance : 0.001657;
      rise_capacitance_range (0.001657, 0.001657);
      fall_capacitance : 0.001542;
      fall_capacitance_range (0.001542, 0.001542);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0038394, 0.0037664, 0.0035982, 0.0039081, 0.0046224, 0.0062689, 0.0100643" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0083267, 0.0082334, 0.0080182, 0.0083139, 0.0089955, 0.0105668, 0.0141885" \
          );
        }
      }
    }
    pin (BN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001601;
      rise_capacitance : 0.001652;
      rise_capacitance_range (0.001652, 0.001652);
      fall_capacitance : 0.00155;
      fall_capacitance_range (0.00155, 0.00155);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0035906, 0.0035284, 0.0033851, 0.0037049, 0.004442, 0.0061412, 0.0100578" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0074972, 0.0074255, 0.0072602, 0.0075651, 0.0082679, 0.0098879, 0.0136223" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001558;
      rise_capacitance : 0.001594;
      rise_capacitance_range (0.001594, 0.001594);
      fall_capacitance : 0.001522;
      fall_capacitance_range (0.001522, 0.001522);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.002612, -0.002614, -0.0026185, -0.0026141, -0.002604, -0.0025806, -0.0025268" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0029369, 0.0029362, 0.0029347, 0.0029386, 0.0029475, 0.0029681, 0.0030154" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001601;
      rise_capacitance : 0.001664;
      rise_capacitance_range (0.001664, 0.001664);
      fall_capacitance : 0.001538;
      fall_capacitance_range (0.001538, 0.001538);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0025946, -0.0025949, -0.0025956, -0.0025956, -0.0025955, -0.0025953, -0.0025949" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0025916, 0.0025912, 0.0025902, 0.0025909, 0.0025925, 0.002596, 0.0026042" \
          );
        }
      }
    }
  }
  cell (scs8hd_and4bb_2) {
    area : 12.512;
    cell_footprint : "and4bb";
    cell_leakage_power : 0.0117743;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0126174;
      when : "AN&!BN&C&D";
    }
    leakage_power () {
      value : 0.0125228;
      when : "AN&!BN&C&!D";
    }
    leakage_power () {
      value : 0.0124316;
      when : "AN&BN&!C&D";
    }
    leakage_power () {
      value : 0.0124313;
      when : "AN&BN&!C&!D";
    }
    leakage_power () {
      value : 0.0124328;
      when : "AN&BN&C&D";
    }
    leakage_power () {
      value : 0.0124316;
      when : "AN&BN&C&!D";
    }
    leakage_power () {
      value : 0.0127093;
      when : "!AN&!BN&!C&D";
    }
    leakage_power () {
      value : 0.0126167;
      when : "!AN&!BN&!C&!D";
    }
    leakage_power () {
      value : 0.0002684;
      when : "!AN&!BN&C&D";
    }
    leakage_power () {
      value : 0.0127112;
      when : "!AN&!BN&C&!D";
    }
    leakage_power () {
      value : 0.012521;
      when : "!AN&BN&!C&D";
    }
    leakage_power () {
      value : 0.0125197;
      when : "!AN&BN&!C&!D";
    }
    leakage_power () {
      value : 0.0126103;
      when : "!AN&BN&C&D";
    }
    leakage_power () {
      value : 0.0125213;
      when : "!AN&BN&C&!D";
    }
    leakage_power () {
      value : 0.0125226;
      when : "AN&!BN&!C&D";
    }
    leakage_power () {
      value : 0.0125212;
      when : "AN&!BN&!C&!D";
    }
    leakage_power () {
      value : 0.0117743;
    }
    pin (X) {
      direction : output;
      function : "(!AN&!BN&C&D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.351572;
      max_transition : 1.50118;
      timing () {
        related_pin : "AN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395366, 0.117898, 0.351572");
          values ( \
            "0.142208, 0.148291, 0.162569, 0.194892, 0.274048, 0.496055, 1.15778", \
            "0.146481, 0.152571, 0.166963, 0.199352, 0.278345, 0.500402, 1.16006", \
            "0.158445, 0.164556, 0.179013, 0.211388, 0.290374, 0.512501, 1.17289", \
            "0.185715, 0.191855, 0.206189, 0.238517, 0.317566, 0.540254, 1.20117", \
            "0.235396, 0.241419, 0.255791, 0.288293, 0.367234, 0.589157, 1.25609", \
            "0.318905, 0.325014, 0.339538, 0.37194, 0.450975, 0.672966, 1.33686", \
            "0.476013, 0.482288, 0.49687, 0.529574, 0.608905, 0.830949, 1.48923" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395366, 0.117898, 0.351572");
          values ( \
            "0.0221892, 0.0274258, 0.0406158, 0.0754625, 0.18093, 0.509243, 1.49898", \
            "0.0221954, 0.0274312, 0.0405225, 0.0756738, 0.180844, 0.508543, 1.49711", \
            "0.0223303, 0.0274006, 0.0405652, 0.0755865, 0.180601, 0.508342, 1.4949", \
            "0.0222163, 0.0274371, 0.0405732, 0.0755542, 0.181043, 0.507938, 1.49551", \
            "0.0221654, 0.0275531, 0.0406821, 0.0759094, 0.180952, 0.509525, 1.49959", \
            "0.022758, 0.0280613, 0.0411677, 0.0761417, 0.181127, 0.508539, 1.50085", \
            "0.023909, 0.0290909, 0.0422501, 0.0769972, 0.181903, 0.507456, 1.49649" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395366, 0.117898, 0.351572");
          values ( \
            "0.115744, 0.120062, 0.130318, 0.151613, 0.194065, 0.292953, 0.569996", \
            "0.119454, 0.123792, 0.13392, 0.155207, 0.197782, 0.296695, 0.573733", \
            "0.12632, 0.130594, 0.140795, 0.162126, 0.204676, 0.303531, 0.580052", \
            "0.134257, 0.138551, 0.148502, 0.170074, 0.212469, 0.311272, 0.588377", \
            "0.137853, 0.142123, 0.152469, 0.173591, 0.216454, 0.315233, 0.591928", \
            "0.127189, 0.131454, 0.141631, 0.162905, 0.205578, 0.304385, 0.580726", \
            "0.0732832, 0.0779729, 0.0877991, 0.109612, 0.152402, 0.251583, 0.528366" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395366, 0.117898, 0.351572");
          values ( \
            "0.0197946, 0.0228483, 0.029932, 0.0461291, 0.085662, 0.201181, 0.56609", \
            "0.0197846, 0.0228162, 0.029946, 0.0462782, 0.085694, 0.201128, 0.569414", \
            "0.0197842, 0.0228457, 0.0302114, 0.046169, 0.0852446, 0.200079, 0.567153", \
            "0.0197519, 0.0228153, 0.0299861, 0.0461366, 0.0852159, 0.200864, 0.570469", \
            "0.0198237, 0.022859, 0.0300142, 0.0461716, 0.0845077, 0.200842, 0.568051", \
            "0.019927, 0.0230261, 0.0304221, 0.046242, 0.0851637, 0.200748, 0.567756", \
            "0.0208358, 0.0237893, 0.0310062, 0.0471975, 0.0866358, 0.201043, 0.569754" \
          );
        }
      }
      timing () {
        related_pin : "BN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395366, 0.117898, 0.351572");
          values ( \
            "0.146091, 0.152181, 0.166618, 0.199011, 0.277864, 0.500322, 1.16324", \
            "0.150426, 0.156516, 0.170953, 0.203352, 0.282207, 0.5047, 1.16688", \
            "0.162467, 0.168555, 0.183025, 0.215414, 0.294313, 0.516886, 1.17891", \
            "0.189782, 0.195927, 0.210295, 0.242677, 0.321598, 0.544849, 1.20734", \
            "0.237895, 0.243952, 0.258322, 0.290867, 0.369902, 0.592158, 1.25647", \
            "0.319249, 0.32536, 0.339938, 0.372436, 0.451356, 0.673775, 1.33543", \
            "0.472819, 0.479043, 0.493747, 0.52634, 0.605447, 0.828116, 1.48684" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395366, 0.117898, 0.351572");
          values ( \
            "0.0222249, 0.0274949, 0.0405909, 0.0756412, 0.180701, 0.509055, 1.49933", \
            "0.0222301, 0.0274958, 0.0405927, 0.0756237, 0.180683, 0.509075, 1.49822", \
            "0.0223842, 0.0275727, 0.0406159, 0.0757057, 0.180837, 0.507657, 1.49958", \
            "0.0222671, 0.0275009, 0.0406157, 0.0756826, 0.180574, 0.508526, 1.50008", \
            "0.0222454, 0.0275712, 0.0408256, 0.0759376, 0.181126, 0.509284, 1.49914", \
            "0.0226214, 0.0279852, 0.0410053, 0.0760057, 0.180799, 0.508438, 1.49494", \
            "0.0232819, 0.0285616, 0.0415767, 0.0766342, 0.181386, 0.508336, 1.49248" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395366, 0.117898, 0.351572");
          values ( \
            "0.123332, 0.127866, 0.13851, 0.160701, 0.204181, 0.303585, 0.580386", \
            "0.127079, 0.131578, 0.142332, 0.164455, 0.207998, 0.307325, 0.584549", \
            "0.134337, 0.138876, 0.149535, 0.171709, 0.215212, 0.314557, 0.591347", \
            "0.141713, 0.146252, 0.156918, 0.179122, 0.222707, 0.322087, 0.599342", \
            "0.144514, 0.149018, 0.159753, 0.181964, 0.225574, 0.324855, 0.601727", \
            "0.131547, 0.136104, 0.146788, 0.169007, 0.212624, 0.312069, 0.588672", \
            "0.0743442, 0.0789368, 0.0896399, 0.112055, 0.155763, 0.255373, 0.532649" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395366, 0.117898, 0.351572");
          values ( \
            "0.0218396, 0.024919, 0.0323411, 0.0485195, 0.0865194, 0.200398, 0.567587", \
            "0.0217196, 0.0247718, 0.0321469, 0.0481001, 0.0865449, 0.201606, 0.56834", \
            "0.0217888, 0.0248697, 0.0325317, 0.0485384, 0.0865359, 0.200911, 0.567475", \
            "0.0217417, 0.0249333, 0.0321277, 0.0478689, 0.0864613, 0.201186, 0.565967", \
            "0.0219004, 0.0247834, 0.0321711, 0.0483314, 0.0858918, 0.201563, 0.568314", \
            "0.0219437, 0.0248627, 0.0323509, 0.0482201, 0.0862743, 0.201736, 0.567667", \
            "0.0223771, 0.0254771, 0.032803, 0.0491097, 0.0870266, 0.20131, 0.569593" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395366, 0.117898, 0.351572");
          values ( \
            "0.101531, 0.107675, 0.122038, 0.154426, 0.233234, 0.455893, 1.11698", \
            "0.104489, 0.110605, 0.124968, 0.157343, 0.236215, 0.458747, 1.11783", \
            "0.109953, 0.11606, 0.130398, 0.16279, 0.241719, 0.464166, 1.12633", \
            "0.121794, 0.127851, 0.142259, 0.174591, 0.25331, 0.475917, 1.1391", \
            "0.14045, 0.146881, 0.162, 0.195293, 0.27484, 0.497257, 1.16001", \
            "0.153309, 0.160541, 0.177666, 0.213203, 0.294298, 0.516851, 1.17873", \
            "0.124817, 0.13292, 0.153077, 0.19558, 0.280849, 0.503381, 1.16296" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395366, 0.117898, 0.351572");
          values ( \
            "0.0221702, 0.0275503, 0.040555, 0.0755832, 0.180857, 0.508461, 1.49829", \
            "0.0222096, 0.0275226, 0.0405724, 0.0756481, 0.180721, 0.509035, 1.49401", \
            "0.0221764, 0.0273853, 0.040593, 0.075638, 0.180564, 0.509073, 1.49821", \
            "0.0224767, 0.027672, 0.0407488, 0.0757107, 0.181004, 0.508902, 1.49973", \
            "0.0245504, 0.0300806, 0.0432302, 0.077843, 0.182033, 0.508373, 1.50072", \
            "0.0303391, 0.0363275, 0.0499845, 0.0838527, 0.185155, 0.508324, 1.49566", \
            "0.0410164, 0.047238, 0.0638074, 0.0981618, 0.193496, 0.510247, 1.49181" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395366, 0.117898, 0.351572");
          values ( \
            "0.114065, 0.118768, 0.12977, 0.15249, 0.196623, 0.296564, 0.573919", \
            "0.118736, 0.123402, 0.134443, 0.157269, 0.20138, 0.301183, 0.578506", \
            "0.130339, 0.135037, 0.145984, 0.168746, 0.212889, 0.312692, 0.589921", \
            "0.159561, 0.164259, 0.175277, 0.19832, 0.242403, 0.342318, 0.619616", \
            "0.227719, 0.232471, 0.243526, 0.26644, 0.310742, 0.410496, 0.687616", \
            "0.346949, 0.352611, 0.365972, 0.394032, 0.444617, 0.546142, 0.822356", \
            "0.54802, 0.554706, 0.569779, 0.603882, 0.666106, 0.778847, 1.05514" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395366, 0.117898, 0.351572");
          values ( \
            "0.0228851, 0.0261686, 0.0336227, 0.0493946, 0.0877757, 0.202002, 0.568691", \
            "0.0230116, 0.0260086, 0.0335652, 0.0497139, 0.0876068, 0.201827, 0.566979", \
            "0.0228799, 0.0260249, 0.0335643, 0.0495563, 0.0875728, 0.201977, 0.567259", \
            "0.0230216, 0.026125, 0.0335465, 0.0497119, 0.08786, 0.201294, 0.566932", \
            "0.0248445, 0.0277663, 0.0349734, 0.0505106, 0.0883108, 0.202058, 0.56746", \
            "0.0357009, 0.0391076, 0.0473384, 0.0641605, 0.0997322, 0.20717, 0.569147", \
            "0.0516031, 0.0555349, 0.0653023, 0.0852426, 0.123108, 0.221521, 0.56719" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395366, 0.117898, 0.351572");
          values ( \
            "0.104446, 0.110557, 0.124953, 0.157333, 0.236182, 0.458683, 1.11836", \
            "0.107439, 0.113522, 0.127956, 0.160353, 0.239192, 0.461811, 1.1238", \
            "0.11244, 0.118524, 0.132885, 0.165255, 0.244248, 0.467561, 1.12946", \
            "0.121516, 0.127523, 0.141959, 0.174278, 0.253277, 0.476126, 1.13988", \
            "0.135225, 0.141655, 0.156616, 0.189821, 0.269302, 0.492445, 1.15539", \
            "0.142649, 0.14977, 0.166542, 0.20199, 0.283114, 0.505582, 1.16483", \
            "0.107105, 0.11517, 0.135113, 0.177122, 0.262924, 0.485652, 1.14626" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395366, 0.117898, 0.351572");
          values ( \
            "0.0222385, 0.0273989, 0.0405756, 0.0756094, 0.18073, 0.509056, 1.4953", \
            "0.022226, 0.0274267, 0.040604, 0.07553, 0.180921, 0.50757, 1.49933", \
            "0.0221693, 0.0274159, 0.0406095, 0.0755996, 0.180655, 0.508847, 1.49969", \
            "0.0224858, 0.0276987, 0.040755, 0.0756976, 0.180932, 0.508144, 1.50118", \
            "0.0239355, 0.0294439, 0.0428878, 0.0774722, 0.181801, 0.508775, 1.49922", \
            "0.0289021, 0.0347813, 0.0485671, 0.0830252, 0.184401, 0.50891, 1.49726", \
            "0.0391955, 0.0457205, 0.0618646, 0.0964781, 0.192415, 0.511189, 1.49656" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395366, 0.117898, 0.351572");
          values ( \
            "0.120743, 0.12556, 0.136787, 0.159976, 0.204367, 0.304686, 0.581843", \
            "0.125502, 0.130331, 0.141551, 0.164749, 0.209157, 0.30948, 0.586662", \
            "0.137804, 0.142607, 0.153844, 0.176887, 0.221431, 0.321615, 0.599322", \
            "0.166909, 0.171722, 0.182925, 0.206094, 0.250638, 0.350902, 0.628317", \
            "0.235503, 0.24013, 0.251221, 0.274395, 0.319101, 0.419348, 0.696752", \
            "0.358826, 0.364504, 0.377944, 0.405397, 0.455609, 0.558572, 0.834006", \
            "0.564655, 0.571495, 0.587288, 0.621073, 0.682698, 0.795214, 1.07327" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395366, 0.117898, 0.351572");
          values ( \
            "0.0238631, 0.0269367, 0.0344331, 0.0503239, 0.0885577, 0.202172, 0.568382", \
            "0.023943, 0.0269105, 0.034485, 0.0503333, 0.0885413, 0.202172, 0.568278", \
            "0.0238073, 0.0269389, 0.0343991, 0.0510157, 0.0884718, 0.201759, 0.569438", \
            "0.0237546, 0.027135, 0.0344482, 0.0503222, 0.0884514, 0.202314, 0.567654", \
            "0.0249923, 0.02791, 0.0352853, 0.0511538, 0.0884719, 0.202228, 0.56815", \
            "0.035898, 0.0390834, 0.0474224, 0.0643449, 0.0988443, 0.206622, 0.570209", \
            "0.051582, 0.0554404, 0.0649872, 0.0855947, 0.122737, 0.221011, 0.567202" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395367, 0.117898, 0.351572");
          values ( \
            "0.0189403, 0.0207773, 0.0266648, 0.043913, 0.0937797, 0.241425, 0.681651", \
            "0.0188246, 0.0206533, 0.0265506, 0.0437402, 0.0936233, 0.241244, 0.681919", \
            "0.0188854, 0.0207564, 0.0266396, 0.0438452, 0.0937259, 0.241307, 0.68168", \
            "0.0186027, 0.0204875, 0.0262947, 0.0435321, 0.0933797, 0.241104, 0.680603", \
            "0.0182982, 0.0201416, 0.0259755, 0.0431836, 0.0930537, 0.240772, 0.678339", \
            "0.0187127, 0.0205438, 0.0260721, 0.0429285, 0.0927852, 0.240089, 0.679995", \
            "0.0200247, 0.0218454, 0.027292, 0.0439385, 0.0936875, 0.242078, 0.678456" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395367, 0.117898, 0.351572");
          values ( \
            "0.0130109, 0.01094, 0.0055157, -0.0094747, -0.0580647, -0.206863, -0.651112", \
            "0.0128985, 0.010849, 0.0054222, -0.0095241, -0.0581477, -0.206935, -0.651314", \
            "0.0128335, 0.0108188, 0.0053675, -0.0096061, -0.0582804, -0.206992, -0.651263", \
            "0.0122805, 0.010239, 0.0047972, -0.0102012, -0.0588106, -0.207577, -0.651834", \
            "0.0131841, 0.0110652, 0.0051546, -0.010703, -0.0594071, -0.208137, -0.652446", \
            "0.0148402, 0.0127683, 0.0069849, -0.009701, -0.0594916, -0.208684, -0.65298", \
            "0.0156327, 0.0138086, 0.0072482, -0.0088926, -0.0593231, -0.208457, -0.653049" \
          );
        }
      }
      internal_power () {
        related_pin : "BN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395367, 0.117898, 0.351572");
          values ( \
            "0.0209504, 0.0228272, 0.0286788, 0.0459579, 0.0958289, 0.243578, 0.682951", \
            "0.0208453, 0.0227221, 0.0285759, 0.0458425, 0.0956856, 0.243433, 0.682868", \
            "0.0209314, 0.0228199, 0.0286571, 0.0458976, 0.095749, 0.243405, 0.683783", \
            "0.0206165, 0.0224976, 0.0283332, 0.0456118, 0.0954846, 0.243345, 0.682844", \
            "0.0203926, 0.0222563, 0.0280751, 0.045247, 0.0951939, 0.243018, 0.680475", \
            "0.0207477, 0.0225249, 0.0280913, 0.0449431, 0.0949059, 0.242364, 0.682025", \
            "0.0210993, 0.0229307, 0.0286058, 0.0452982, 0.0951933, 0.243828, 0.680825" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395367, 0.117898, 0.351572");
          values ( \
            "0.0134812, 0.011318, 0.0058913, -0.0091372, -0.057466, -0.205967, -0.650179", \
            "0.0134078, 0.0112618, 0.0057865, -0.0091198, -0.0574809, -0.205998, -0.65015", \
            "0.0134154, 0.0112914, 0.0058797, -0.0091442, -0.057497, -0.206047, -0.650228", \
            "0.0129294, 0.0108084, 0.0052642, -0.0096562, -0.0579984, -0.206515, -0.650688", \
            "0.0134999, 0.0113016, 0.0053787, -0.0100095, -0.0584004, -0.206917, -0.651104", \
            "0.0156188, 0.0134408, 0.0075719, -0.0090215, -0.0585017, -0.207314, -0.651494", \
            "0.016484, 0.0142842, 0.0083917, -0.0083363, -0.0579051, -0.206636, -0.650897" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395367, 0.117898, 0.351572");
          values ( \
            "0.0208622, 0.02274, 0.0285944, 0.045809, 0.0957993, 0.243271, 0.683779", \
            "0.0208269, 0.0226954, 0.0285398, 0.0457733, 0.0957558, 0.24332, 0.682689", \
            "0.0207411, 0.0226275, 0.0284256, 0.0457415, 0.0956306, 0.243314, 0.682738", \
            "0.0207138, 0.0225151, 0.028373, 0.0456155, 0.095419, 0.242975, 0.683017", \
            "0.0209515, 0.0227873, 0.0286036, 0.0456555, 0.0952225, 0.242874, 0.683038", \
            "0.0231665, 0.0248464, 0.0301595, 0.0465217, 0.0957357, 0.242705, 0.682535", \
            "0.026726, 0.0281373, 0.0330988, 0.0493529, 0.0985697, 0.244891, 0.682171" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395367, 0.117898, 0.351572");
          values ( \
            "0.014157, 0.0120586, 0.0064967, -0.0086175, -0.0569797, -0.205476, -0.649606", \
            "0.0140767, 0.0119081, 0.0063729, -0.0087209, -0.057136, -0.20562, -0.649793", \
            "0.0139022, 0.0117453, 0.0062424, -0.0088722, -0.0572783, -0.205756, -0.649919", \
            "0.0138124, 0.0116683, 0.0060915, -0.0090783, -0.0574952, -0.20591, -0.650063", \
            "0.0144098, 0.0122079, 0.0064888, -0.0090553, -0.0575912, -0.205952, -0.649988", \
            "0.0187261, 0.01624, 0.0096357, -0.0074172, -0.0562282, -0.204452, -0.648647", \
            "0.0258664, 0.0231551, 0.015821, -0.0027506, -0.0535898, -0.202663, -0.64661" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395367, 0.117898, 0.351572");
          values ( \
            "0.0208394, 0.0227058, 0.0285419, 0.0457641, 0.0957554, 0.243346, 0.682717", \
            "0.0207922, 0.0226716, 0.0285258, 0.0457912, 0.0957139, 0.243221, 0.683622", \
            "0.0207154, 0.02256, 0.0284018, 0.0456723, 0.0956193, 0.243328, 0.682697", \
            "0.020644, 0.0224654, 0.0283305, 0.0455558, 0.0954176, 0.243387, 0.682944", \
            "0.0208243, 0.0226621, 0.0283595, 0.0454826, 0.0952645, 0.243047, 0.682643", \
            "0.0229745, 0.0246821, 0.0298754, 0.0463883, 0.0956381, 0.24276, 0.682536", \
            "0.0264474, 0.027938, 0.032909, 0.0491201, 0.0982537, 0.244863, 0.682889" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001491, 0.00444616, 0.0132584, 0.0395367, 0.117898, 0.351572");
          values ( \
            "0.0161838, 0.0139337, 0.0083273, -0.0066296, -0.0548591, -0.203232, -0.647366", \
            "0.0160199, 0.0138472, 0.0082408, -0.0067206, -0.0549492, -0.203319, -0.647442", \
            "0.0159092, 0.0137254, 0.0081337, -0.0068431, -0.0551042, -0.203442, -0.647514", \
            "0.0158152, 0.0137256, 0.0081356, -0.0069867, -0.0552034, -0.203504, -0.647597", \
            "0.0166984, 0.0140637, 0.0083152, -0.0069298, -0.0552869, -0.203549, -0.647524", \
            "0.0208043, 0.0182974, 0.0116601, -0.0059712, -0.0544553, -0.202778, -0.646627", \
            "0.028882, 0.0257926, 0.0185439, -6.12e-05, -0.051183, -0.200252, -0.644174" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001588;
      rise_capacitance : 0.001648;
      rise_capacitance_range (0.001648, 0.001648);
      fall_capacitance : 0.001528;
      fall_capacitance_range (0.001528, 0.001528);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0036426, 0.0035663, 0.0033904, 0.0037109, 0.0044499, 0.0061533, 0.0100798" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0080642, 0.0079697, 0.007752, 0.0080428, 0.0087129, 0.0102579, 0.0138192" \
          );
        }
      }
    }
    pin (BN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001587;
      rise_capacitance : 0.001648;
      rise_capacitance_range (0.001648, 0.001648);
      fall_capacitance : 0.001527;
      fall_capacitance_range (0.001527, 0.001527);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031217, 0.0030455, 0.0028699, 0.0032052, 0.0039782, 0.00576, 0.0098671" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0070616, 0.0069708, 0.0067615, 0.0070678, 0.0077739, 0.0094015, 0.0131532" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001568;
      rise_capacitance : 0.001606;
      rise_capacitance_range (0.001606, 0.001606);
      fall_capacitance : 0.00153;
      fall_capacitance_range (0.00153, 0.00153);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0026014, -0.0026012, -0.0026006, -0.0025983, -0.0025929, -0.0025804, -0.0025517" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0029074, 0.0029058, 0.0029021, 0.002906, 0.0029152, 0.0029363, 0.002985" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001586;
      rise_capacitance : 0.001636;
      rise_capacitance_range (0.001636, 0.001636);
      fall_capacitance : 0.001535;
      fall_capacitance_range (0.001535, 0.001535);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0023194, -0.0023192, -0.0023186, -0.0023183, -0.0023175, -0.0023156, -0.0023113" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.002316, 0.0023167, 0.0023182, 0.0023188, 0.0023204, 0.002324, 0.0023326" \
          );
        }
      }
    }
  }
  cell (scs8hd_and4bb_4) {
    area : 16.2656;
    cell_footprint : "and4bb";
    cell_leakage_power : 0.0249148;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0250082;
      when : "!AN&!BN&!C&D";
    }
    leakage_power () {
      value : 0.024986;
      when : "!AN&!BN&!C&!D";
    }
    leakage_power () {
      value : 0.0251182;
      when : "!AN&!BN&C&D";
    }
    leakage_power () {
      value : 0.0250146;
      when : "!AN&!BN&C&!D";
    }
    leakage_power () {
      value : 0.0248846;
      when : "!AN&BN&!C&D";
    }
    leakage_power () {
      value : 0.0248844;
      when : "!AN&BN&!C&!D";
    }
    leakage_power () {
      value : 0.0249055;
      when : "!AN&BN&C&D";
    }
    leakage_power () {
      value : 0.0248849;
      when : "!AN&BN&C&!D";
    }
    leakage_power () {
      value : 0.024914;
      when : "AN&!BN&!C&D";
    }
    leakage_power () {
      value : 0.0249138;
      when : "AN&!BN&!C&!D";
    }
    leakage_power () {
      value : 0.0249333;
      when : "AN&!BN&C&D";
    }
    leakage_power () {
      value : 0.0249142;
      when : "AN&!BN&C&!D";
    }
    leakage_power () {
      value : 0.0248186;
      when : "AN&BN&!C&D";
    }
    leakage_power () {
      value : 0.0248186;
      when : "AN&BN&!C&!D";
    }
    leakage_power () {
      value : 0.0248188;
      when : "AN&BN&C&D";
    }
    leakage_power () {
      value : 0.0248186;
      when : "AN&BN&C&!D";
    }
    leakage_power () {
      value : 0.0249148;
    }
    pin (X) {
      direction : output;
      function : "(!AN&!BN&C&D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.598765;
      max_transition : 1.50428;
      timing () {
        related_pin : "AN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.149576, 0.153675, 0.165009, 0.192581, 0.26366, 0.477423, 1.17246", \
            "0.153779, 0.157946, 0.169255, 0.196912, 0.267954, 0.482026, 1.17719", \
            "0.165865, 0.170021, 0.181215, 0.208866, 0.279797, 0.493963, 1.18775", \
            "0.193924, 0.19815, 0.209343, 0.237007, 0.307995, 0.522563, 1.21868", \
            "0.246488, 0.250649, 0.261957, 0.289623, 0.360493, 0.57517, 1.27719", \
            "0.33335, 0.337539, 0.348832, 0.376629, 0.447703, 0.661577, 1.36034", \
            "0.48848, 0.492736, 0.504062, 0.531805, 0.60311, 0.817378, 1.51019" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.0231474, 0.0267701, 0.0370251, 0.0656054, 0.156996, 0.468612, 1.49773", \
            "0.0232186, 0.0267535, 0.0368881, 0.0657426, 0.157004, 0.469016, 1.50031", \
            "0.023146, 0.0266856, 0.0369676, 0.0656936, 0.157162, 0.469392, 1.50139", \
            "0.023167, 0.0267461, 0.036932, 0.0655773, 0.15711, 0.468325, 1.50109", \
            "0.0233749, 0.0268697, 0.0370975, 0.065884, 0.15732, 0.468983, 1.50252", \
            "0.0237501, 0.0273097, 0.0373432, 0.066019, 0.157585, 0.468239, 1.50359", \
            "0.0244021, 0.0279877, 0.0382123, 0.0667266, 0.15757, 0.468487, 1.49868" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.101066, 0.103597, 0.110497, 0.126612, 0.16098, 0.245844, 0.503952", \
            "0.105023, 0.107544, 0.114454, 0.130577, 0.165046, 0.249859, 0.507959", \
            "0.113419, 0.115943, 0.12283, 0.138808, 0.173343, 0.258168, 0.516313", \
            "0.124934, 0.127474, 0.134342, 0.150484, 0.18494, 0.269777, 0.527973", \
            "0.133965, 0.136484, 0.143387, 0.159458, 0.194019, 0.278808, 0.536984", \
            "0.130939, 0.133484, 0.140315, 0.156401, 0.19093, 0.27583, 0.533432", \
            "0.0880018, 0.0905801, 0.0976314, 0.114085, 0.148962, 0.234043, 0.49185" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.016794, 0.0185642, 0.0234835, 0.0352344, 0.0666445, 0.166019, 0.512868", \
            "0.016692, 0.0184529, 0.0232836, 0.0352781, 0.0663772, 0.16635, 0.511645", \
            "0.0168239, 0.0185819, 0.0232376, 0.0353931, 0.0665306, 0.165898, 0.512748", \
            "0.0168084, 0.0185652, 0.0233731, 0.0352783, 0.0663322, 0.166395, 0.508884", \
            "0.016817, 0.018553, 0.0234011, 0.0353944, 0.0667263, 0.166144, 0.510491", \
            "0.0170454, 0.0188834, 0.0237391, 0.0355723, 0.0666254, 0.166221, 0.510099", \
            "0.0181632, 0.0198905, 0.0247461, 0.0365837, 0.0672718, 0.166626, 0.512064" \
          );
        }
      }
      timing () {
        related_pin : "BN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.169354, 0.173511, 0.184909, 0.21256, 0.283579, 0.497044, 1.19215", \
            "0.173548, 0.17774, 0.189175, 0.216802, 0.287725, 0.501701, 1.19811", \
            "0.185443, 0.189626, 0.200974, 0.228708, 0.299711, 0.513369, 1.2105", \
            "0.213987, 0.218167, 0.229437, 0.257175, 0.328158, 0.542682, 1.23726", \
            "0.270318, 0.274593, 0.285905, 0.313685, 0.384579, 0.59884, 1.29583", \
            "0.364386, 0.36865, 0.380132, 0.407966, 0.479121, 0.69322, 1.38736", \
            "0.532032, 0.536314, 0.548147, 0.576308, 0.647827, 0.862078, 1.55398" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.0233627, 0.0269733, 0.0372201, 0.0658077, 0.157406, 0.468454, 1.50116", \
            "0.0235328, 0.0270953, 0.0372629, 0.0658067, 0.157296, 0.469236, 1.50144", \
            "0.0233302, 0.0269782, 0.0371866, 0.0659158, 0.157448, 0.467715, 1.50154", \
            "0.0232584, 0.0269282, 0.037127, 0.0658664, 0.156867, 0.469167, 1.49778", \
            "0.0235183, 0.0270348, 0.037223, 0.0658782, 0.157375, 0.468537, 1.49722", \
            "0.0237947, 0.0274255, 0.0377614, 0.0663757, 0.157623, 0.469105, 1.50166", \
            "0.0249594, 0.0285882, 0.0388302, 0.0672706, 0.158151, 0.469, 1.49553" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.122997, 0.125822, 0.133548, 0.151697, 0.189343, 0.277319, 0.53576", \
            "0.126869, 0.12969, 0.137374, 0.155552, 0.193234, 0.281208, 0.539694", \
            "0.135199, 0.138024, 0.145614, 0.163873, 0.201573, 0.289565, 0.547931", \
            "0.14677, 0.149584, 0.157222, 0.175536, 0.213228, 0.30117, 0.559969", \
            "0.155766, 0.158583, 0.166185, 0.184453, 0.222164, 0.310126, 0.568956", \
            "0.152001, 0.154816, 0.162385, 0.180578, 0.218329, 0.306293, 0.564518", \
            "0.106949, 0.109794, 0.11781, 0.136013, 0.173944, 0.262139, 0.520538" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.0202282, 0.0221709, 0.0275672, 0.0405022, 0.0721826, 0.170245, 0.512447", \
            "0.020251, 0.0221759, 0.0276378, 0.0403954, 0.0721971, 0.170273, 0.514168", \
            "0.0202392, 0.0221891, 0.0276833, 0.0404022, 0.0721945, 0.17043, 0.512287", \
            "0.0202376, 0.0220492, 0.027417, 0.0403132, 0.0724077, 0.170677, 0.514354", \
            "0.0201888, 0.0221077, 0.0274967, 0.0405825, 0.0717286, 0.170356, 0.514248", \
            "0.0203923, 0.0223384, 0.0278765, 0.0406118, 0.0723791, 0.170501, 0.511897", \
            "0.0212156, 0.0230575, 0.0285441, 0.041656, 0.0733137, 0.170973, 0.513178" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.106131, 0.110368, 0.121671, 0.149244, 0.220147, 0.434117, 1.12962", \
            "0.108581, 0.11274, 0.123991, 0.151687, 0.22262, 0.436033, 1.13278", \
            "0.113121, 0.117287, 0.128623, 0.156251, 0.227122, 0.440519, 1.13623", \
            "0.123417, 0.127517, 0.138861, 0.166439, 0.237367, 0.450671, 1.14804", \
            "0.139191, 0.143604, 0.155418, 0.183878, 0.25559, 0.469642, 1.16387", \
            "0.143968, 0.148827, 0.162149, 0.193011, 0.266483, 0.480743, 1.18022", \
            "0.0967767, 0.102011, 0.117163, 0.154261, 0.232444, 0.446463, 1.13996" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.0232478, 0.0268289, 0.0371198, 0.0657343, 0.157162, 0.468724, 1.49862", \
            "0.0231708, 0.0269093, 0.0369863, 0.0657137, 0.156896, 0.46902, 1.50196", \
            "0.0232626, 0.0267945, 0.0370147, 0.065668, 0.157089, 0.469334, 1.5026", \
            "0.0235018, 0.0271676, 0.0371835, 0.0658359, 0.157324, 0.469008, 1.5032", \
            "0.0254645, 0.0292244, 0.0396338, 0.0682345, 0.158661, 0.469505, 1.50249", \
            "0.0316183, 0.0355235, 0.0468178, 0.0747093, 0.161603, 0.468967, 1.49916", \
            "0.0428053, 0.0466989, 0.0590485, 0.0893431, 0.171348, 0.470562, 1.49743" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.10376, 0.106663, 0.114619, 0.133044, 0.170914, 0.258742, 0.517432", \
            "0.108669, 0.111583, 0.119501, 0.137978, 0.175828, 0.26365, 0.522352", \
            "0.120956, 0.124294, 0.132146, 0.150602, 0.188543, 0.276361, 0.534784", \
            "0.151568, 0.154144, 0.162057, 0.180462, 0.218722, 0.306574, 0.565018", \
            "0.221396, 0.224375, 0.232477, 0.251135, 0.289452, 0.376303, 0.634851", \
            "0.343952, 0.346975, 0.356689, 0.379396, 0.425354, 0.517747, 0.775188", \
            "0.554981, 0.559444, 0.570915, 0.598144, 0.65508, 0.759771, 1.01916" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.0214663, 0.0234101, 0.0286127, 0.0414368, 0.0727316, 0.170183, 0.513138", \
            "0.0214587, 0.0233628, 0.0285909, 0.0413689, 0.0727585, 0.170162, 0.513195", \
            "0.0213332, 0.0233679, 0.0288592, 0.0419219, 0.0726303, 0.170243, 0.512849", \
            "0.0213604, 0.0232228, 0.0287849, 0.0413847, 0.0724823, 0.169852, 0.51237", \
            "0.0240372, 0.0259623, 0.031087, 0.0432336, 0.0737613, 0.170903, 0.514335", \
            "0.0353354, 0.0373709, 0.0433357, 0.0574811, 0.0867895, 0.175962, 0.514422", \
            "0.0518878, 0.05388, 0.0608153, 0.0774274, 0.112122, 0.195291, 0.514492" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.110468, 0.114651, 0.125982, 0.153632, 0.224476, 0.437733, 1.13124", \
            "0.112915, 0.117063, 0.128327, 0.156026, 0.226926, 0.440746, 1.13609", \
            "0.116716, 0.120955, 0.132156, 0.15983, 0.230702, 0.444558, 1.13918", \
            "0.123768, 0.127929, 0.139187, 0.16681, 0.237665, 0.451705, 1.14901", \
            "0.133877, 0.138234, 0.150021, 0.1784, 0.2501, 0.463925, 1.16129", \
            "0.132578, 0.13737, 0.150571, 0.181372, 0.254885, 0.469129, 1.16516", \
            "0.0756415, 0.0808918, 0.0959385, 0.132567, 0.211, 0.425171, 1.12049" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.0233138, 0.0268918, 0.0370008, 0.0656781, 0.157156, 0.469344, 1.50128", \
            "0.023208, 0.0268972, 0.0369917, 0.0657584, 0.156891, 0.469172, 1.50127", \
            "0.0232514, 0.0267821, 0.0369943, 0.0657792, 0.156953, 0.469137, 1.49993", \
            "0.0234261, 0.027101, 0.0371432, 0.0657689, 0.156904, 0.469201, 1.50428", \
            "0.0251956, 0.0288709, 0.0392632, 0.0679338, 0.15852, 0.468503, 1.50177", \
            "0.0306824, 0.0343582, 0.0456193, 0.073681, 0.16152, 0.468916, 1.50114", \
            "0.0410636, 0.0451059, 0.0575513, 0.0873944, 0.170291, 0.471666, 1.49528" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.109224, 0.112238, 0.120387, 0.139202, 0.177382, 0.265518, 0.524079", \
            "0.114044, 0.117057, 0.125187, 0.143927, 0.182263, 0.270385, 0.52908", \
            "0.126686, 0.129695, 0.137764, 0.156601, 0.194954, 0.283024, 0.541781", \
            "0.157064, 0.1601, 0.16821, 0.187029, 0.225335, 0.31346, 0.572006", \
            "0.227832, 0.230959, 0.239185, 0.257893, 0.296614, 0.384622, 0.643414", \
            "0.354029, 0.357686, 0.367587, 0.390555, 0.436063, 0.528539, 0.785883", \
            "0.572739, 0.576985, 0.588731, 0.615978, 0.67388, 0.777748, 1.03753" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.022464, 0.0245442, 0.0301409, 0.0430442, 0.0741416, 0.171165, 0.51351", \
            "0.0224449, 0.0244481, 0.0299419, 0.0432483, 0.074226, 0.170783, 0.512844", \
            "0.0224434, 0.0244465, 0.0301553, 0.0433801, 0.0739062, 0.170747, 0.513257", \
            "0.0224223, 0.024626, 0.0300996, 0.0430505, 0.0741502, 0.17088, 0.513566", \
            "0.0245755, 0.0264505, 0.0319006, 0.0443248, 0.0747423, 0.171166, 0.510971", \
            "0.0361432, 0.0382601, 0.0443369, 0.0585874, 0.087913, 0.176534, 0.514618", \
            "0.0535989, 0.055686, 0.0620492, 0.079125, 0.113458, 0.195422, 0.515614" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.0327525, 0.0347618, 0.0418326, 0.064988, 0.138675, 0.3777, 1.15729", \
            "0.0325693, 0.0347095, 0.0417078, 0.0648895, 0.138519, 0.377757, 1.15824", \
            "0.0326342, 0.0347887, 0.0417629, 0.06494, 0.138593, 0.377733, 1.15894", \
            "0.0323171, 0.0344598, 0.0414402, 0.0646805, 0.138186, 0.377465, 1.1588", \
            "0.0321915, 0.0342851, 0.0412395, 0.0643805, 0.138084, 0.377682, 1.15459", \
            "0.0330335, 0.0350743, 0.0418315, 0.0642891, 0.138068, 0.376716, 1.1583", \
            "0.0348898, 0.0369641, 0.0436933, 0.0660973, 0.138881, 0.379769, 1.15489" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.0263643, 0.0240079, 0.0172405, -0.0030631, -0.0739725, -0.315103, -1.10397", \
            "0.0261465, 0.0239345, 0.0171074, -0.0030965, -0.0740401, -0.315207, -1.10403", \
            "0.0260323, 0.0239109, 0.017039, -0.0031734, -0.0741881, -0.315265, -1.10411", \
            "0.0256314, 0.0233474, 0.0165515, -0.003857, -0.0746779, -0.315823, -1.10469", \
            "0.0273205, 0.0249541, 0.0178277, -0.0043924, -0.0753798, -0.316328, -1.1052", \
            "0.0295491, 0.027153, 0.0201214, -0.0021358, -0.0753037, -0.316995, -1.10578", \
            "0.0299515, 0.0274842, 0.0202117, -0.0021903, -0.0755494, -0.316628, -1.10567" \
          );
        }
      }
      internal_power () {
        related_pin : "BN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.0373347, 0.0394641, 0.0464647, 0.0697132, 0.143138, 0.381869, 1.16265", \
            "0.0372103, 0.039287, 0.0463677, 0.069484, 0.143036, 0.381858, 1.16292", \
            "0.0373244, 0.0394143, 0.0464033, 0.0696359, 0.143209, 0.381765, 1.16228", \
            "0.0369906, 0.0390889, 0.0460025, 0.0692303, 0.142786, 0.381597, 1.16167", \
            "0.0366048, 0.0386898, 0.0457015, 0.0689631, 0.142367, 0.381269, 1.163", \
            "0.0368293, 0.0388372, 0.045333, 0.0683998, 0.142027, 0.380665, 1.16174", \
            "0.038021, 0.0400042, 0.0467862, 0.0692006, 0.142772, 0.382251, 1.15822" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.0278512, 0.0255973, 0.0184447, -0.0023418, -0.0727687, -0.313522, -1.1023", \
            "0.0277716, 0.0255052, 0.0183202, -0.0024671, -0.0728256, -0.313576, -1.1024", \
            "0.0277938, 0.0254288, 0.0181659, -0.0025724, -0.0729694, -0.313649, -1.10244", \
            "0.0272441, 0.024801, 0.0175584, -0.0031362, -0.0735371, -0.314288, -1.10302", \
            "0.0268983, 0.0245447, 0.017382, -0.003661, -0.0741077, -0.314939, -1.10363", \
            "0.0322905, 0.0298198, 0.0223907, -0.0002245, -0.0737363, -0.31547, -1.10422", \
            "0.0331219, 0.0305823, 0.023456, 0.0005736, -0.0731385, -0.314889, -1.10413" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.0376037, 0.0397182, 0.0467179, 0.0698591, 0.143335, 0.382039, 1.16194", \
            "0.0375272, 0.0395736, 0.0465418, 0.0699103, 0.143234, 0.381654, 1.16147", \
            "0.0372974, 0.0394285, 0.0464398, 0.069598, 0.143075, 0.381482, 1.16241", \
            "0.0371791, 0.0391819, 0.0462036, 0.0693419, 0.142825, 0.38146, 1.16154", \
            "0.0377558, 0.0398442, 0.0467138, 0.06957, 0.142932, 0.381633, 1.16271", \
            "0.0415085, 0.0433095, 0.0497292, 0.0717994, 0.143652, 0.381753, 1.16042", \
            "0.0491083, 0.0504606, 0.0561684, 0.0775377, 0.149746, 0.386295, 1.16229" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.0290338, 0.026556, 0.0190908, -0.001606, -0.0721162, -0.312922, -1.10169", \
            "0.028716, 0.0262367, 0.0188948, -0.0019018, -0.0723155, -0.313121, -1.10189", \
            "0.0285429, 0.0259875, 0.0187057, -0.0021273, -0.0725916, -0.31343, -1.10213", \
            "0.0281979, 0.0259304, 0.0185716, -0.0023925, -0.0729635, -0.313696, -1.10242", \
            "0.0292122, 0.0267026, 0.0190642, -0.0022447, -0.0730115, -0.313336, -1.10209", \
            "0.0388345, 0.0346298, 0.0259571, 0.0012738, -0.0705168, -0.311259, -1.09948", \
            "0.0514098, 0.0488201, 0.0391773, 0.0118784, -0.0643562, -0.30749, -1.09559" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.0380729, 0.0402152, 0.0472159, 0.0703239, 0.143818, 0.381769, 1.16234", \
            "0.0380399, 0.0400763, 0.0470524, 0.0703192, 0.143714, 0.381801, 1.16139", \
            "0.0378368, 0.0399179, 0.0468562, 0.0701386, 0.143512, 0.381683, 1.16113", \
            "0.0375149, 0.0396028, 0.0466237, 0.0698629, 0.143187, 0.381594, 1.16207", \
            "0.0377904, 0.039855, 0.0468471, 0.0697362, 0.142951, 0.381599, 1.16237", \
            "0.041192, 0.0430409, 0.0496283, 0.0716959, 0.143643, 0.381914, 1.16201", \
            "0.0480605, 0.0494598, 0.0552623, 0.0767587, 0.149241, 0.385406, 1.16093" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162936, 0.00530964, 0.0173027, 0.0563846, 0.183742, 0.598765");
          values ( \
            "0.0313385, 0.0288647, 0.0215029, 0.0003571, -0.0709015, -0.312203, -1.10122", \
            "0.0311222, 0.0286321, 0.021229, 0.0001986, -0.071086, -0.312378, -1.10137", \
            "0.0308532, 0.028363, 0.0209552, -0.0001561, -0.0714022, -0.312608, -1.10159", \
            "0.0305889, 0.0280894, 0.0207201, -0.0004523, -0.0716396, -0.312883, -1.10181", \
            "0.031486, 0.0289305, 0.0213175, -0.0001172, -0.0714491, -0.312702, -1.10159", \
            "0.0393716, 0.0364954, 0.0278315, 0.0030818, -0.0695887, -0.310969, -1.09982", \
            "0.0545394, 0.0514324, 0.0418016, 0.0159005, -0.0615295, -0.305944, -1.09492" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001584;
      rise_capacitance : 0.001645;
      rise_capacitance_range (0.001645, 0.001645);
      fall_capacitance : 0.001524;
      fall_capacitance_range (0.001524, 0.001524);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0054604, 0.0053827, 0.0052034, 0.0054975, 0.0061756, 0.0077385, 0.0113414" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0094046, 0.0093004, 0.00906, 0.0093224, 0.009927, 0.0113208, 0.0145336" \
          );
        }
      }
    }
    pin (BN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001629;
      rise_capacitance : 0.001694;
      rise_capacitance_range (0.001694, 0.001694);
      fall_capacitance : 0.001563;
      fall_capacitance_range (0.001563, 0.001563);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0063115, 0.0062435, 0.0060866, 0.0063811, 0.0070598, 0.0086242, 0.0122304" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0083851, 0.0082883, 0.008065, 0.0083555, 0.009025, 0.0105681, 0.0141254" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002379;
      rise_capacitance : 0.002491;
      rise_capacitance_range (0.002491, 0.002491);
      fall_capacitance : 0.002266;
      fall_capacitance_range (0.002266, 0.002266);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004776, -0.0047773, -0.0047802, -0.0047752, -0.0047636, -0.004737, -0.0046754" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.005213, 0.0052114, 0.0052077, 0.0052145, 0.0052301, 0.005266, 0.0053491" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002427;
      rise_capacitance : 0.002572;
      rise_capacitance_range (0.002572, 0.002572);
      fall_capacitance : 0.002282;
      fall_capacitance_range (0.002282, 0.002282);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0048872, -0.0048865, -0.0048851, -0.0048852, -0.0048856, -0.0048866, -0.0048886" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048955, 0.0048942, 0.0048909, 0.0048916, 0.0048932, 0.0048969, 0.0049055" \
          );
        }
      }
    }
  }
  cell (scs8hd_buf_1) {
    area : 3.7536;
    cell_footprint : "buf";
    cell_leakage_power : 0.0001051;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0001051;
      when : "A";
    }
    leakage_power () {
      value : 0.0001051;
      when : "!A";
    }
    leakage_power () {
      value : 0.0001051;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.174876;
      max_transition : 1.51218;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0327219, 0.0379706, 0.0510649, 0.0851353, 0.175278, 0.416416, 1.05621", \
            "0.0361893, 0.0413651, 0.0545651, 0.0888578, 0.178858, 0.420427, 1.05902", \
            "0.0420565, 0.0473596, 0.0605518, 0.0948251, 0.185908, 0.427112, 1.07706", \
            "0.0465565, 0.0519927, 0.0651907, 0.0997043, 0.190842, 0.430638, 1.0695", \
            "0.0441668, 0.0503702, 0.0639412, 0.0980989, 0.188758, 0.429671, 1.07074", \
            "0.0204324, 0.0284865, 0.0442982, 0.0783519, 0.169082, 0.408721, 1.04465", \
            "-0.0603429, -0.0500356, -0.028899, 0.0101256, 0.100814, 0.340817, 0.976995" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0140251, 0.0208454, 0.0394016, 0.0892598, 0.222411, 0.575355, 1.51114", \
            "0.0140425, 0.0208169, 0.0394274, 0.0891876, 0.222448, 0.572675, 1.51164", \
            "0.0148211, 0.0213892, 0.0396077, 0.0892427, 0.222357, 0.574956, 1.50078", \
            "0.0165828, 0.0225981, 0.0402435, 0.0893277, 0.221864, 0.574524, 1.50552", \
            "0.0208755, 0.0260705, 0.041832, 0.0898283, 0.22109, 0.57205, 1.51218", \
            "0.0275439, 0.0335954, 0.0479199, 0.091783, 0.222131, 0.573969, 1.50448", \
            "0.0387123, 0.0470645, 0.0638073, 0.101599, 0.226205, 0.574731, 1.49986" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0391649, 0.042988, 0.0512323, 0.0694343, 0.114038, 0.231672, 0.54414", \
            "0.0439735, 0.0477621, 0.0560077, 0.0742859, 0.118942, 0.236845, 0.54981", \
            "0.0563043, 0.0600961, 0.0682956, 0.0865932, 0.1313, 0.248973, 0.563185", \
            "0.0787873, 0.0831446, 0.0922379, 0.111178, 0.156161, 0.273765, 0.584933", \
            "0.114812, 0.120205, 0.130943, 0.151499, 0.197484, 0.314954, 0.628153", \
            "0.180068, 0.18638, 0.199318, 0.223188, 0.270109, 0.387083, 0.698824", \
            "0.309754, 0.317366, 0.332899, 0.362054, 0.412416, 0.529866, 0.841564" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0104166, 0.0137436, 0.021604, 0.0421707, 0.0986594, 0.252836, 0.664119", \
            "0.01046, 0.0137297, 0.0217384, 0.0422676, 0.0997925, 0.252653, 0.660808", \
            "0.0107629, 0.0139429, 0.0219358, 0.0423393, 0.0986456, 0.252576, 0.661168", \
            "0.0137927, 0.0167278, 0.0241781, 0.0439388, 0.0989204, 0.252327, 0.660199", \
            "0.0181344, 0.0216941, 0.0295666, 0.047565, 0.101158, 0.254244, 0.663013", \
            "0.0240752, 0.0282204, 0.0366847, 0.0544206, 0.104151, 0.25536, 0.661364", \
            "0.0345323, 0.0390611, 0.049061, 0.0678705, 0.112917, 0.255581, 0.668402" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248205, 0.0658824, 0.174876");
          values ( \
            "0.0059707, 0.0076003, 0.011791, 0.0226616, 0.0518845, 0.129023, 0.333723", \
            "0.0057379, 0.0073584, 0.0115597, 0.0224921, 0.0517679, 0.128917, 0.335433", \
            "0.0054906, 0.0071091, 0.0112724, 0.0223079, 0.0514431, 0.128559, 0.332687", \
            "0.0057216, 0.0071761, 0.0113627, 0.022322, 0.0517428, 0.129343, 0.334068", \
            "0.006878, 0.0084455, 0.0125444, 0.0233751, 0.0522927, 0.129398, 0.336333", \
            "0.0103876, 0.0118556, 0.0158149, 0.0265036, 0.0554036, 0.132011, 0.338401", \
            "0.0203111, 0.0216761, 0.0253599, 0.0356045, 0.0639127, 0.140208, 0.343231" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248205, 0.0658824, 0.174876");
          values ( \
            "0.0119013, 0.0105895, 0.0067908, -0.0041157, -0.0335098, -0.111574, -0.318899", \
            "0.0116307, 0.0103034, 0.00652, -0.0043624, -0.0337477, -0.111817, -0.31904", \
            "0.0115073, 0.0101657, 0.0064394, -0.0044046, -0.0337612, -0.111814, -0.319032", \
            "0.0117171, 0.0103784, 0.0066522, -0.0041204, -0.0334235, -0.111496, -0.318706", \
            "0.013461, 0.0119473, 0.0077971, -0.0031481, -0.0322143, -0.11028, -0.317513", \
            "0.0169215, 0.015219, 0.0109565, -3.75343e-05, -0.029443, -0.107242, -0.314551", \
            "0.0270935, 0.0252043, 0.0206355, 0.0088796, -0.0210341, -0.0992815, -0.306526" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002164;
      rise_capacitance : 0.002258;
      rise_capacitance_range (0.002258, 0.002258);
      fall_capacitance : 0.00207;
      fall_capacitance_range (0.00207, 0.00207);
    }
  }
  cell (scs8hd_buf_12) {
    area : 20.0192;
    cell_footprint : "buf";
    cell_leakage_power : 0.0499019;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0744972;
      when : "!A";
    }
    leakage_power () {
      value : 0.0253065;
      when : "A";
    }
    leakage_power () {
      value : 0.0499019;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 5;
      max_transition : 4.13293;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.629961, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.0452845, 0.0470154, 0.0539711, 0.0797886, 0.184713, 0.663131, 2.8771", \
            "0.0501028, 0.0518259, 0.0587645, 0.0844857, 0.189577, 0.667675, 2.88806", \
            "0.0612723, 0.0630048, 0.0700332, 0.0956701, 0.200797, 0.680509, 2.89833", \
            "0.0696085, 0.0716118, 0.0791628, 0.105437, 0.210752, 0.690613, 2.90789", \
            "0.0510059, 0.0534945, 0.0630401, 0.0928297, 0.197939, 0.675719, 2.89348", \
            "-0.064973, -0.0622196, -0.0505122, -0.0115349, 0.098586, 0.576456, 2.80146", \
            "-0.488398, -0.485585, -0.472778, -0.422846, -0.282066, 0.202017, 2.42539" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.629961, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.0138174, 0.0154107, 0.0222809, 0.0532468, 0.202262, 0.898572, 4.11453", \
            "0.0138175, 0.0154072, 0.0222943, 0.0533093, 0.201817, 0.899782, 4.12566", \
            "0.0146715, 0.0161873, 0.0230038, 0.0536861, 0.202394, 0.902697, 4.12902", \
            "0.0187044, 0.0201737, 0.0265517, 0.0554068, 0.20234, 0.902349, 4.11788", \
            "0.0265198, 0.0280962, 0.0355386, 0.0618903, 0.203626, 0.896607, 4.12499", \
            "0.0412051, 0.043004, 0.0518686, 0.0818701, 0.210185, 0.900577, 4.11781", \
            "0.0786347, 0.0797805, 0.0873536, 0.125127, 0.24983, 0.912451, 4.13293" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.629961, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.0627864, 0.0641781, 0.0696845, 0.0869218, 0.137554, 0.336431, 1.25412", \
            "0.069837, 0.0712151, 0.0767329, 0.0939913, 0.144627, 0.343561, 1.26046", \
            "0.0920764, 0.0934244, 0.0988997, 0.116001, 0.166813, 0.365782, 1.28082", \
            "0.14852, 0.149944, 0.156105, 0.174848, 0.226542, 0.425758, 1.34548", \
            "0.257182, 0.258863, 0.266405, 0.289983, 0.349484, 0.550148, 1.46572", \
            "0.493084, 0.495082, 0.503879, 0.532547, 0.607291, 0.812892, 1.72624", \
            "1.06981, 1.07233, 1.08247, 1.11783, 1.21451, 1.44537, 2.35864" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.629961, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.0139838, 0.0150262, 0.0188467, 0.0322795, 0.0878413, 0.358728, 1.63671", \
            "0.0140803, 0.0149279, 0.0188089, 0.0324218, 0.087841, 0.357994, 1.636", \
            "0.0139762, 0.0150282, 0.018777, 0.0325487, 0.087838, 0.357911, 1.63413", \
            "0.0185143, 0.0195268, 0.0234887, 0.0363824, 0.0894786, 0.3588, 1.63957", \
            "0.0293201, 0.0303686, 0.0346058, 0.0503413, 0.0992148, 0.358707, 1.62985", \
            "0.0466688, 0.0473647, 0.0519103, 0.0698469, 0.121216, 0.363795, 1.63446", \
            "0.0824451, 0.0833132, 0.0872476, 0.106683, 0.168085, 0.386539, 1.64271" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.62996, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.0684893, 0.0722837, 0.0896936, 0.168103, 0.514687, 2.09785, 9.47205", \
            "0.0678165, 0.0715322, 0.0889105, 0.166898, 0.513834, 2.09661, 9.50216", \
            "0.0676306, 0.0712472, 0.0878961, 0.164858, 0.512302, 2.10526, 9.50608", \
            "0.0721579, 0.0755607, 0.0911057, 0.165235, 0.510377, 2.10482, 9.47296", \
            "0.0849603, 0.0881168, 0.102684, 0.176462, 0.518157, 2.10637, 9.48072", \
            "0.136631, 0.138604, 0.150584, 0.21992, 0.558448, 2.15287, 9.52818", \
            "0.304307, 0.305064, 0.312035, 0.367687, 0.69243, 2.27494, 9.64281" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.62996, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.100107, 0.0966422, 0.0814012, 0.0132424, -0.325797, -1.93145, -9.38932", \
            "0.0989637, 0.0951136, 0.080315, 0.0118372, -0.326777, -1.93229, -9.39021", \
            "0.0978956, 0.0956148, 0.080138, 0.0110959, -0.327953, -1.93296, -9.39087", \
            "0.104686, 0.098715, 0.0837352, 0.0127687, -0.326738, -1.93137, -9.38903", \
            "0.129852, 0.123045, 0.105073, 0.026871, -0.317017, -1.92142, -9.3788", \
            "0.18479, 0.187602, 0.157111, 0.070869, -0.273883, -1.87732, -9.33501", \
            "0.341543, 0.336081, 0.310884, 0.212473, -0.15644, -1.7759, -9.23672" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 5;
      capacitance : 0.009227;
      rise_capacitance : 0.009671;
      rise_capacitance_range (0.009671, 0.009671);
      fall_capacitance : 0.008784;
      fall_capacitance_range (0.008784, 0.008784);
    }
  }
  cell (scs8hd_buf_16) {
    area : 27.5264;
    cell_footprint : "buf";
    cell_leakage_power : 0.0686317;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.03789;
      when : "A";
    }
    leakage_power () {
      value : 0.0993734;
      when : "!A";
    }
    leakage_power () {
      value : 0.0686317;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 5;
      max_transition : 3.97513;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.629961, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.0495179, 0.0511067, 0.0576599, 0.0820291, 0.178011, 0.615031, 2.63908", \
            "0.0542392, 0.0558085, 0.062367, 0.0866405, 0.182877, 0.618733, 2.64395", \
            "0.0645911, 0.0661536, 0.0726577, 0.0969661, 0.193316, 0.63179, 2.65575", \
            "0.0717635, 0.0734617, 0.0802452, 0.104893, 0.201734, 0.638938, 2.67103", \
            "0.0515779, 0.0536743, 0.0620258, 0.0889314, 0.18544, 0.621643, 2.64482", \
            "-0.0684674, -0.0661958, -0.0563588, -0.022047, 0.0792751, 0.514247, 2.54325", \
            "-0.501878, -0.499507, -0.48959, -0.447928, -0.321248, 0.116727, 2.13967" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.629961, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.0175066, 0.0189555, 0.0254913, 0.0555944, 0.198544, 0.869116, 3.96889", \
            "0.0175017, 0.0188871, 0.0255174, 0.0556164, 0.198581, 0.868654, 3.96563", \
            "0.0182493, 0.019703, 0.0262131, 0.0559356, 0.198517, 0.868837, 3.97084", \
            "0.0216546, 0.0229773, 0.0289705, 0.0577153, 0.19908, 0.868923, 3.97056", \
            "0.0296419, 0.0311182, 0.0377002, 0.0637702, 0.200172, 0.866002, 3.97513", \
            "0.0453553, 0.0469041, 0.0546286, 0.0834696, 0.206099, 0.869188, 3.97088", \
            "0.0846892, 0.0855429, 0.0912152, 0.124207, 0.24402, 0.878797, 3.97153" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.629961, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.0664394, 0.0677161, 0.0729004, 0.0899634, 0.142895, 0.353821, 1.31686", \
            "0.0735485, 0.0748185, 0.0799929, 0.0970772, 0.150041, 0.360539, 1.3248", \
            "0.0955837, 0.0968488, 0.101958, 0.119028, 0.172053, 0.382923, 1.34672", \
            "0.152096, 0.15346, 0.158872, 0.177021, 0.231236, 0.442271, 1.40577", \
            "0.26203, 0.263617, 0.270262, 0.292908, 0.353381, 0.565709, 1.52921", \
            "0.502064, 0.503877, 0.511456, 0.537949, 0.611163, 0.828567, 1.79252", \
            "1.08971, 1.09164, 1.10005, 1.13093, 1.2198, 1.45345, 2.41768" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.629961, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.0162746, 0.0171931, 0.0210596, 0.0366911, 0.106742, 0.443868, 2.03306", \
            "0.0163306, 0.0171762, 0.0210637, 0.0367313, 0.106748, 0.444945, 2.03484", \
            "0.0163363, 0.0171937, 0.0211327, 0.0367698, 0.106716, 0.444936, 2.03011", \
            "0.0206822, 0.0215811, 0.0254743, 0.0403871, 0.108155, 0.444948, 2.03491", \
            "0.0319009, 0.0327793, 0.0367566, 0.0530332, 0.116106, 0.446171, 2.03405", \
            "0.049907, 0.0505351, 0.0546507, 0.0722095, 0.135456, 0.449946, 2.03069", \
            "0.086395, 0.0870607, 0.089646, 0.106238, 0.172486, 0.464219, 2.03155" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.62996, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.0943218, 0.0981293, 0.115719, 0.194448, 0.539453, 2.12709, 9.50961", \
            "0.093184, 0.0969726, 0.114672, 0.193095, 0.538459, 2.12705, 9.51186", \
            "0.0925202, 0.0962184, 0.113228, 0.190698, 0.536886, 2.12682, 9.50752", \
            "0.0974721, 0.100804, 0.11645, 0.19159, 0.536944, 2.12702, 9.49776", \
            "0.114583, 0.117718, 0.132841, 0.205834, 0.547917, 2.13496, 9.51628", \
            "0.182409, 0.184491, 0.19655, 0.264022, 0.602018, 2.18984, 9.55096", \
            "0.408826, 0.40943, 0.413233, 0.466864, 0.786581, 2.35525, 9.70154" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.62996, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.145968, 0.142721, 0.128035, 0.0599186, -0.280364, -1.88601, -9.34388", \
            "0.14444, 0.141143, 0.126422, 0.0583007, -0.281741, -1.88733, -9.34514", \
            "0.143911, 0.140516, 0.12555, 0.056383, -0.283142, -1.88814, -9.34713", \
            "0.148885, 0.145204, 0.128118, 0.0577135, -0.281446, -1.88557, -9.34317", \
            "0.176506, 0.171923, 0.15235, 0.0755414, -0.266554, -1.87126, -9.32849", \
            "0.250366, 0.245171, 0.222585, 0.134596, -0.218454, -1.82155, -9.27979", \
            "0.461651, 0.455884, 0.430356, 0.326677, -0.0502525, -1.67927, -9.14287" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 5;
      capacitance : 0.013719;
      rise_capacitance : 0.014391;
      rise_capacitance_range (0.014391, 0.014391);
      fall_capacitance : 0.013047;
      fall_capacitance_range (0.013047, 0.013047);
    }
  }
  cell (scs8hd_buf_2) {
    area : 5.0048;
    cell_footprint : "buf";
    cell_leakage_power : 0.0102345;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0079613;
      when : "A";
    }
    leakage_power () {
      value : 0.0125077;
      when : "!A";
    }
    leakage_power () {
      value : 0.0102345;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.41749;
      max_transition : 1.51114;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153432, 0.00470828, 0.014448, 0.0443358, 0.136051, 0.41749");
          values ( \
            "0.0448271, 0.0485191, 0.0579259, 0.0828555, 0.156208, 0.381543, 1.07647", \
            "0.0485175, 0.0522173, 0.0615695, 0.0864619, 0.160058, 0.384494, 1.07775", \
            "0.0576609, 0.0613271, 0.0706502, 0.0955261, 0.169198, 0.395791, 1.08837", \
            "0.0723187, 0.076522, 0.0864674, 0.111629, 0.185007, 0.411186, 1.09952", \
            "0.0850815, 0.0903216, 0.102077, 0.128204, 0.201481, 0.426431, 1.11646", \
            "0.0856232, 0.0919227, 0.10665, 0.136321, 0.20939, 0.43439, 1.12684", \
            "0.0492441, 0.0562852, 0.0742222, 0.11131, 0.187744, 0.410111, 1.09969" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153432, 0.00470828, 0.014448, 0.0443358, 0.136051, 0.41749");
          values ( \
            "0.0120459, 0.0155225, 0.0259182, 0.0593752, 0.166573, 0.49812, 1.51114", \
            "0.0120641, 0.0155067, 0.025916, 0.0592708, 0.166567, 0.495946, 1.50627", \
            "0.0121579, 0.015587, 0.0259444, 0.0594275, 0.166312, 0.49673, 1.51006", \
            "0.0152963, 0.0185824, 0.0280738, 0.0601794, 0.166025, 0.497147, 1.51038", \
            "0.0201555, 0.0238184, 0.0333705, 0.0626533, 0.166239, 0.495509, 1.50674", \
            "0.0265456, 0.0313611, 0.0421265, 0.0695886, 0.167657, 0.493559, 1.50414", \
            "0.0379218, 0.0432445, 0.0563307, 0.0858926, 0.173713, 0.496519, 1.4993" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153432, 0.00470828, 0.014448, 0.0443358, 0.136051, 0.41749");
          values ( \
            "0.0568334, 0.0602053, 0.0682384, 0.0850313, 0.123151, 0.227947, 0.547713", \
            "0.0614141, 0.064799, 0.0727638, 0.089593, 0.127806, 0.232611, 0.551314", \
            "0.0734377, 0.0767909, 0.0847689, 0.101607, 0.13988, 0.24467, 0.564342", \
            "0.101434, 0.104866, 0.112876, 0.129875, 0.16799, 0.272843, 0.593392", \
            "0.14825, 0.152252, 0.161896, 0.181787, 0.221926, 0.327182, 0.64755", \
            "0.222846, 0.227592, 0.239492, 0.263716, 0.309718, 0.415895, 0.734851", \
            "0.355515, 0.360792, 0.374301, 0.402846, 0.457924, 0.569057, 0.88691" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153432, 0.00470828, 0.014448, 0.0443358, 0.136051, 0.41749");
          values ( \
            "0.0126603, 0.0150832, 0.0208626, 0.0351677, 0.0766122, 0.21163, 0.642331", \
            "0.0126947, 0.0150625, 0.0209037, 0.0352548, 0.0766666, 0.212747, 0.635094", \
            "0.0126673, 0.0151043, 0.0207971, 0.0352149, 0.0766507, 0.212358, 0.643568", \
            "0.0140388, 0.016265, 0.0221064, 0.0358252, 0.0768296, 0.211912, 0.638569", \
            "0.0197965, 0.022428, 0.0285504, 0.0423447, 0.080604, 0.213702, 0.639272", \
            "0.0285527, 0.031524, 0.0384378, 0.0541901, 0.0901419, 0.215604, 0.637777", \
            "0.0414818, 0.0442026, 0.0521633, 0.070505, 0.1084, 0.222607, 0.638548" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153432, 0.00470828, 0.014448, 0.0443358, 0.136051, 0.41749");
          values ( \
            "0.0128379, 0.0148814, 0.0210954, 0.0396721, 0.0959079, 0.269682, 0.798781", \
            "0.0127002, 0.0147832, 0.0209516, 0.0395211, 0.095832, 0.267085, 0.797126", \
            "0.0126163, 0.0146784, 0.0208153, 0.039336, 0.095685, 0.26847, 0.798773", \
            "0.0126741, 0.0146413, 0.0206432, 0.0390894, 0.0955064, 0.268449, 0.79805", \
            "0.0137761, 0.0156417, 0.0215415, 0.0393903, 0.0954649, 0.268075, 0.798102", \
            "0.0161953, 0.0179288, 0.0236731, 0.041567, 0.0968627, 0.268576, 0.798075", \
            "0.0236477, 0.0249147, 0.030169, 0.0476213, 0.102988, 0.273637, 0.800506" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153432, 0.00470828, 0.014448, 0.0443358, 0.136051, 0.41749");
          values ( \
            "0.0161872, 0.0142835, 0.0089839, -0.0080038, -0.0641536, -0.238471, -0.773539", \
            "0.0159402, 0.0140544, 0.0087365, -0.0082212, -0.0643811, -0.238696, -0.773701", \
            "0.0157235, 0.0138241, 0.008414, -0.0084994, -0.0646135, -0.238851, -0.773907", \
            "0.0162132, 0.0141688, 0.0085684, -0.0085396, -0.0646378, -0.238887, -0.773908", \
            "0.0178163, 0.0154749, 0.0091428, -0.0082578, -0.0641768, -0.23828, -0.773323", \
            "0.0225381, 0.0199899, 0.0130818, -0.0059005, -0.0627354, -0.236647, -0.771733", \
            "0.0310491, 0.0281143, 0.0203879, 0.0003142, -0.0571751, -0.231459, -0.766558" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001799;
      rise_capacitance : 0.001878;
      rise_capacitance_range (0.001878, 0.001878);
      fall_capacitance : 0.001719;
      fall_capacitance_range (0.001719, 0.001719);
    }
  }
  cell (scs8hd_buf_4) {
    area : 7.5072;
    cell_footprint : "buf";
    cell_leakage_power : 0.0155755;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0063301;
      when : "A";
    }
    leakage_power () {
      value : 0.024821;
      when : "!A";
    }
    leakage_power () {
      value : 0.0155755;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.741587;
      max_transition : 1.51239;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016885, 0.00570209, 0.019256, 0.0650276, 0.219599, 0.741587");
          values ( \
            "0.0485441, 0.0511997, 0.0587497, 0.0795655, 0.143598, 0.357729, 1.07986", \
            "0.0521289, 0.0547421, 0.0622933, 0.0830915, 0.14733, 0.361739, 1.08639", \
            "0.0606148, 0.0632549, 0.0707471, 0.0913882, 0.155665, 0.370328, 1.09525", \
            "0.0746404, 0.0776178, 0.0855549, 0.106586, 0.17086, 0.3857, 1.11079", \
            "0.0845604, 0.0882368, 0.0978706, 0.120265, 0.184487, 0.398353, 1.12406", \
            "0.0770329, 0.081304, 0.0931284, 0.119835, 0.184003, 0.397494, 1.12006", \
            "0.0189253, 0.0235416, 0.0373422, 0.0708633, 0.14059, 0.353139, 1.0736" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016885, 0.00570209, 0.019256, 0.0650276, 0.219599, 0.741587");
          values ( \
            "0.0127722, 0.0151233, 0.0226946, 0.0483914, 0.139561, 0.453389, 1.50217", \
            "0.0127402, 0.0151284, 0.0227006, 0.0484837, 0.139375, 0.453063, 1.51239", \
            "0.0127996, 0.0151392, 0.0227221, 0.0484901, 0.139786, 0.452972, 1.51072", \
            "0.0156653, 0.0179548, 0.0250372, 0.049473, 0.139369, 0.452732, 1.51149", \
            "0.020549, 0.0230958, 0.0301584, 0.0528221, 0.140452, 0.452226, 1.51066", \
            "0.0273667, 0.0302364, 0.0394047, 0.0612014, 0.142206, 0.451722, 1.50847", \
            "0.0387825, 0.0421472, 0.0525294, 0.0785945, 0.150458, 0.451884, 1.49941" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016885, 0.00570209, 0.019256, 0.0650276, 0.219599, 0.741587");
          values ( \
            "0.0673005, 0.0697069, 0.0764253, 0.092009, 0.126803, 0.221228, 0.530215", \
            "0.072084, 0.0744873, 0.0811799, 0.0968708, 0.131584, 0.225993, 0.53541", \
            "0.0844873, 0.0868872, 0.0935614, 0.109174, 0.143984, 0.238399, 0.548208", \
            "0.114276, 0.116668, 0.123359, 0.138914, 0.173718, 0.268086, 0.576979", \
            "0.170639, 0.17338, 0.180973, 0.198854, 0.235832, 0.330789, 0.640235", \
            "0.262366, 0.265902, 0.274841, 0.296318, 0.340424, 0.438908, 0.746936", \
            "0.427256, 0.430758, 0.441127, 0.466393, 0.519944, 0.626946, 0.934788" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016885, 0.00570209, 0.019256, 0.0650276, 0.219599, 0.741587");
          values ( \
            "0.0147625, 0.0163407, 0.0212103, 0.0328316, 0.0664085, 0.183104, 0.597735", \
            "0.0147598, 0.0163392, 0.021035, 0.0328219, 0.0663052, 0.183115, 0.600665", \
            "0.0147754, 0.0164605, 0.021213, 0.0330912, 0.0663984, 0.183199, 0.599669", \
            "0.0150614, 0.0166542, 0.021315, 0.0330859, 0.0664271, 0.18335, 0.59815", \
            "0.0211238, 0.0227848, 0.0276857, 0.0394476, 0.0706253, 0.184171, 0.603935", \
            "0.0311238, 0.03269, 0.0381996, 0.0522181, 0.0833625, 0.189142, 0.598132", \
            "0.04526, 0.046908, 0.0525258, 0.0681964, 0.103394, 0.200937, 0.598819" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016885, 0.00570209, 0.019256, 0.0650276, 0.219599, 0.741587");
          values ( \
            "0.024608, 0.0269252, 0.0349484, 0.0611079, 0.147725, 0.437964, 1.41478", \
            "0.0245115, 0.0267981, 0.0347377, 0.0609624, 0.147534, 0.437911, 1.42665", \
            "0.0245174, 0.0268431, 0.0346916, 0.0606935, 0.147288, 0.43877, 1.42177", \
            "0.0247228, 0.0269701, 0.03449, 0.0601572, 0.146721, 0.436039, 1.4221", \
            "0.0265722, 0.0286932, 0.0361806, 0.0608303, 0.1466, 0.437607, 1.42156", \
            "0.0308946, 0.0327978, 0.0398608, 0.064849, 0.148872, 0.439735, 1.42712", \
            "0.0430189, 0.0442509, 0.0503161, 0.0744339, 0.157616, 0.445701, 1.4237" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016885, 0.00570209, 0.019256, 0.0650276, 0.219599, 0.741587");
          values ( \
            "0.0293616, 0.0269991, 0.0195899, -0.0035712, -0.0880227, -0.381473, -1.3738", \
            "0.0291009, 0.0267274, 0.0192454, -0.0037302, -0.0881786, -0.381682, -1.37393", \
            "0.0287094, 0.0264662, 0.0190039, -0.0041282, -0.0885992, -0.381885, -1.37401", \
            "0.0288119, 0.0264324, 0.0188545, -0.0043375, -0.0888771, -0.381997, -1.37423", \
            "0.0309685, 0.0282772, 0.0200591, -0.0036371, -0.0879835, -0.381162, -1.37352", \
            "0.0415755, 0.0385401, 0.0291246, 0.0018772, -0.0856628, -0.378764, -1.37105", \
            "0.0551229, 0.0527921, 0.0423428, 0.012541, -0.0771318, -0.371074, -1.36385" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002432;
      rise_capacitance : 0.002562;
      rise_capacitance_range (0.002562, 0.002562);
      fall_capacitance : 0.002301;
      fall_capacitance_range (0.002301, 0.002301);
    }
  }
  cell (scs8hd_buf_6) {
    area : 11.2608;
    cell_footprint : "buf";
    cell_leakage_power : 0.0249314;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.012618;
      when : "A";
    }
    leakage_power () {
      value : 0.0372449;
      when : "!A";
    }
    leakage_power () {
      value : 0.0249314;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 1.03639;
      max_transition : 1.50677;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178537, 0.0063751, 0.0227639, 0.0812839, 0.290244, 1.03639");
          values ( \
            "0.041662, 0.0436436, 0.0498715, 0.0683624, 0.127452, 0.334748, 1.0756", \
            "0.0451847, 0.0471952, 0.0533826, 0.0718403, 0.130953, 0.338513, 1.07887", \
            "0.0532067, 0.0551949, 0.0613694, 0.0795901, 0.13891, 0.349142, 1.08377", \
            "0.0628784, 0.0650725, 0.0715362, 0.0901277, 0.149444, 0.356925, 1.09876", \
            "0.0665344, 0.0692138, 0.0769205, 0.0964698, 0.15582, 0.363221, 1.10283", \
            "0.0486138, 0.0518055, 0.0613235, 0.0844759, 0.143707, 0.351629, 1.09047", \
            "-0.0282757, -0.024774, -0.0136305, 0.0159114, 0.0809993, 0.287055, 1.02455" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178537, 0.0063751, 0.0227639, 0.0812839, 0.290244, 1.03639");
          values ( \
            "0.0118789, 0.0137457, 0.0200952, 0.0426482, 0.125926, 0.427231, 1.49976", \
            "0.0118796, 0.0137633, 0.0200988, 0.0426615, 0.125988, 0.428043, 1.50677", \
            "0.0122454, 0.0140593, 0.020413, 0.0427974, 0.126207, 0.427178, 1.50169", \
            "0.0146184, 0.0163374, 0.0223396, 0.0438846, 0.125953, 0.42934, 1.50676", \
            "0.0189479, 0.0210254, 0.0269298, 0.0466194, 0.126955, 0.42672, 1.50481", \
            "0.0251539, 0.0275958, 0.0346799, 0.0537736, 0.128504, 0.426922, 1.50428", \
            "0.0360833, 0.0385634, 0.0474681, 0.069363, 0.136795, 0.428419, 1.49838" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178537, 0.0063751, 0.0227639, 0.0812839, 0.290244, 1.03639");
          values ( \
            "0.0568172, 0.0585229, 0.063649, 0.0765458, 0.107153, 0.195643, 0.503744", \
            "0.0617975, 0.0635014, 0.0686117, 0.0815142, 0.11217, 0.200666, 0.50895", \
            "0.0743959, 0.0760737, 0.0811987, 0.0942475, 0.124941, 0.213565, 0.521899", \
            "0.104321, 0.106038, 0.111125, 0.124025, 0.15473, 0.243336, 0.552291", \
            "0.156786, 0.158821, 0.164908, 0.180082, 0.213493, 0.302892, 0.610577", \
            "0.24554, 0.247905, 0.255025, 0.27336, 0.312677, 0.405355, 0.711898", \
            "0.411219, 0.413892, 0.421953, 0.443365, 0.491386, 0.592084, 0.898024" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178537, 0.0063751, 0.0227639, 0.0812839, 0.290244, 1.03639");
          values ( \
            "0.0124225, 0.0136134, 0.017242, 0.0271706, 0.0575908, 0.169437, 0.587162", \
            "0.0124221, 0.013608, 0.0172993, 0.0272074, 0.0576398, 0.169438, 0.581236", \
            "0.0124772, 0.0137207, 0.0172209, 0.0270784, 0.057582, 0.169682, 0.581893", \
            "0.0135688, 0.014657, 0.018093, 0.0278455, 0.0580266, 0.169425, 0.584994", \
            "0.0192098, 0.0204924, 0.0242432, 0.0347803, 0.0622641, 0.170462, 0.58198", \
            "0.027614, 0.0289747, 0.0333368, 0.0450871, 0.0738543, 0.17446, 0.582874", \
            "0.0400689, 0.0415411, 0.0459561, 0.059518, 0.0907818, 0.183785, 0.587091" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178537, 0.0063751, 0.0227639, 0.0812839, 0.290244, 1.03639");
          values ( \
            "0.0341212, 0.0366661, 0.0459864, 0.0784273, 0.18988, 0.583486, 1.9864", \
            "0.0338148, 0.0364517, 0.0456414, 0.0779928, 0.189569, 0.583497, 1.98865", \
            "0.0335905, 0.0361251, 0.0451707, 0.0772165, 0.188764, 0.580666, 1.9769", \
            "0.034238, 0.0367336, 0.0453902, 0.0765615, 0.188107, 0.582335, 1.98873", \
            "0.0371451, 0.0394988, 0.0481475, 0.0786816, 0.188984, 0.582467, 1.9884", \
            "0.0439591, 0.0461531, 0.0542105, 0.0846478, 0.193585, 0.587678, 1.98812", \
            "0.0651025, 0.0665751, 0.073981, 0.102624, 0.21033, 0.599724, 1.99836" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178537, 0.0063751, 0.0227639, 0.0812839, 0.290244, 1.03639");
          values ( \
            "0.0479656, 0.0454673, 0.0372943, 0.0092462, -0.0980828, -0.494494, -1.91275", \
            "0.0474955, 0.0450311, 0.0369056, 0.0088693, -0.0984956, -0.494863, -1.91338", \
            "0.0471509, 0.0447178, 0.036432, 0.0082063, -0.0990323, -0.495316, -1.91371", \
            "0.0473014, 0.04488, 0.0364473, 0.0085396, -0.0991547, -0.495198, -1.91347", \
            "0.0499429, 0.0471748, 0.0378945, 0.0093604, -0.0977046, -0.493691, -1.91196", \
            "0.0650914, 0.0618258, 0.0510778, 0.0180874, -0.0926495, -0.488462, -1.90677", \
            "0.0909271, 0.0871548, 0.0748775, 0.0382649, -0.0750435, -0.471552, -1.88916" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004669;
      rise_capacitance : 0.004913;
      rise_capacitance_range (0.004913, 0.004913);
      fall_capacitance : 0.004425;
      fall_capacitance_range (0.004425, 0.004425);
    }
  }
  cell (scs8hd_buf_8) {
    area : 15.0144;
    cell_footprint : "buf";
    cell_leakage_power : 0.0342924;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0189092;
      when : "A";
    }
    leakage_power () {
      value : 0.0496756;
      when : "!A";
    }
    leakage_power () {
      value : 0.0342924;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 5;
      max_transition : 5.86463;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.629961, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.0422428, 0.0444861, 0.0533747, 0.0872796, 0.234122, 0.911223, 4.04614", \
            "0.0470594, 0.0492911, 0.0581384, 0.0919974, 0.238926, 0.916542, 4.05339", \
            "0.0583405, 0.060624, 0.069534, 0.103229, 0.25034, 0.928882, 4.0718", \
            "0.0661715, 0.0689487, 0.0787763, 0.112862, 0.260102, 0.940617, 4.06862", \
            "0.0467565, 0.0502518, 0.0631124, 0.100199, 0.246605, 0.921489, 4.07655", \
            "-0.0683183, -0.0644067, -0.0483905, -0.0001234, 0.148283, 0.825133, 3.96111", \
            "-0.485219, -0.481018, -0.463197, -0.397992, -0.223623, 0.455238, 3.59839" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.629961, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.0124632, 0.014547, 0.0240598, 0.0687314, 0.282134, 1.27552, 5.85569", \
            "0.0124717, 0.0145429, 0.0240454, 0.0687174, 0.28211, 1.2749, 5.86225", \
            "0.0135935, 0.0156874, 0.024922, 0.0689072, 0.28187, 1.27164, 5.86463", \
            "0.0179893, 0.0199151, 0.0285452, 0.070214, 0.281933, 1.27375, 5.84937", \
            "0.0254517, 0.0282977, 0.0376499, 0.0749398, 0.283126, 1.27254, 5.85659", \
            "0.0403151, 0.0431085, 0.0553333, 0.0951387, 0.285965, 1.27157, 5.85982", \
            "0.0762896, 0.0780299, 0.0900467, 0.140701, 0.315372, 1.28368, 5.84913" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.629961, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.0592716, 0.0611864, 0.0683672, 0.0894699, 0.155875, 0.439956, 1.74905", \
            "0.0660778, 0.0679893, 0.0751412, 0.0963149, 0.16274, 0.445838, 1.75627", \
            "0.0881945, 0.0900986, 0.0971682, 0.118166, 0.184696, 0.467642, 1.78259", \
            "0.142687, 0.144847, 0.15289, 0.176012, 0.243411, 0.527355, 1.83676", \
            "0.246901, 0.249466, 0.259323, 0.288781, 0.363043, 0.646527, 1.9629", \
            "0.47515, 0.478203, 0.489927, 0.526109, 0.615697, 0.900465, 2.21238", \
            "1.0347, 1.0381, 1.052, 1.09684, 1.21232, 1.51099, 2.81732" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.629961, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.0129865, 0.014397, 0.0194613, 0.0374626, 0.117338, 0.51088, 2.33845", \
            "0.0130499, 0.0143886, 0.0195221, 0.037543, 0.117574, 0.509992, 2.34031", \
            "0.013027, 0.0144813, 0.0194911, 0.0376376, 0.117321, 0.509692, 2.34881", \
            "0.0179061, 0.0193092, 0.0244233, 0.0413597, 0.118422, 0.51002, 2.34197", \
            "0.0282831, 0.0297791, 0.0356471, 0.055327, 0.125934, 0.509826, 2.34361", \
            "0.0447586, 0.0463788, 0.0527333, 0.0758683, 0.144227, 0.513151, 2.34229", \
            "0.0801069, 0.0817579, 0.0868687, 0.114162, 0.188243, 0.523806, 2.34444" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.62996, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.0469323, 0.0507198, 0.0680741, 0.144709, 0.488609, 2.07997, 9.46764", \
            "0.0463212, 0.0500739, 0.0672814, 0.143819, 0.488079, 2.07962, 9.46737", \
            "0.0461212, 0.0497118, 0.0662092, 0.142109, 0.485158, 2.06858, 9.47196", \
            "0.0488162, 0.0522514, 0.0680906, 0.142151, 0.486229, 2.07877, 9.44817", \
            "0.0587825, 0.0618955, 0.0771345, 0.149995, 0.494363, 2.08017, 9.46119", \
            "0.0992791, 0.101177, 0.114196, 0.183816, 0.525244, 2.11262, 9.49053", \
            "0.223585, 0.224049, 0.232188, 0.293881, 0.620815, 2.20135, 9.5637" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0281727, 0.0793701, 0.223607, 0.62996, 1.77477, 5");
          index_2 ("0.0005, 0.00232079, 0.0107722, 0.05, 0.232079, 1.07722, 5");
          values ( \
            "0.0693099, 0.0661183, 0.0515471, -0.0168544, -0.360362, -1.96675, -9.42472", \
            "0.068635, 0.0650737, 0.0503673, -0.0181646, -0.361395, -1.96772, -9.42589", \
            "0.0685405, 0.0650281, 0.0500459, -0.0188272, -0.361869, -1.96807, -9.4257", \
            "0.0712297, 0.0673906, 0.0511747, -0.0187587, -0.360889, -1.9669, -9.42485", \
            "0.0894031, 0.0848579, 0.0658096, -0.0100309, -0.353321, -1.95931, -9.41727", \
            "0.132034, 0.126689, 0.105151, 0.0234421, -0.324329, -1.93046, -9.38881", \
            "0.250793, 0.244838, 0.220146, 0.126165, -0.234654, -1.85165, -9.3113" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 5;
      capacitance : 0.007043;
      rise_capacitance : 0.007376;
      rise_capacitance_range (0.007376, 0.007376);
      fall_capacitance : 0.006709;
      fall_capacitance_range (0.006709, 0.006709);
    }
  }
  cell (scs8hd_bufbuf_16) {
    area : 32.5312;
    cell_footprint : "buf";
    cell_leakage_power : 0.0811409;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0442637;
      when : "A";
    }
    leakage_power () {
      value : 0.118018;
      when : "!A";
    }
    leakage_power () {
      value : 0.0811409;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 1.89698;
      max_transition : 1.50253;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197463, 0.00779832, 0.0307976, 0.121628, 0.480339, 1.89698");
          values ( \
            "0.140381, 0.141695, 0.146519, 0.16219, 0.212507, 0.398232, 1.1292", \
            "0.143992, 0.145335, 0.150135, 0.165794, 0.216152, 0.401859, 1.13229", \
            "0.152373, 0.153709, 0.158512, 0.174188, 0.22446, 0.410202, 1.1404", \
            "0.166726, 0.168058, 0.172864, 0.188521, 0.2389, 0.424858, 1.15624", \
            "0.180728, 0.182065, 0.18689, 0.202518, 0.252773, 0.438797, 1.17239", \
            "0.186341, 0.187682, 0.192478, 0.208129, 0.258541, 0.444383, 1.17555", \
            "0.159953, 0.16129, 0.166122, 0.18175, 0.232247, 0.418734, 1.14962" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197463, 0.00779832, 0.0307976, 0.121628, 0.480339, 1.89698");
          values ( \
            "0.0191246, 0.0202933, 0.0248522, 0.0425774, 0.111316, 0.390504, 1.50151", \
            "0.0191226, 0.0203206, 0.02488, 0.0425329, 0.111466, 0.390458, 1.49772", \
            "0.0191069, 0.0202812, 0.0248562, 0.0425915, 0.111529, 0.390705, 1.49993", \
            "0.0190399, 0.0202392, 0.0249316, 0.0424948, 0.111659, 0.391613, 1.50122", \
            "0.0191273, 0.0203091, 0.0249679, 0.042532, 0.111426, 0.39121, 1.49727", \
            "0.0191366, 0.0203565, 0.0249862, 0.0425052, 0.111689, 0.391162, 1.50253", \
            "0.0193202, 0.020538, 0.0251675, 0.0427266, 0.111784, 0.391183, 1.49451" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197463, 0.00779832, 0.0307976, 0.121628, 0.480339, 1.89698");
          values ( \
            "0.153922, 0.155009, 0.158924, 0.170857, 0.202289, 0.296174, 0.643128", \
            "0.158647, 0.159739, 0.163659, 0.175544, 0.207013, 0.300844, 0.647538", \
            "0.170806, 0.171902, 0.175815, 0.187716, 0.219236, 0.312869, 0.659639", \
            "0.198721, 0.19981, 0.203741, 0.215635, 0.247129, 0.340905, 0.687396", \
            "0.249571, 0.25066, 0.254562, 0.266447, 0.297895, 0.391844, 0.738721", \
            "0.330359, 0.331455, 0.335347, 0.347259, 0.378783, 0.472706, 0.819046", \
            "0.471193, 0.472282, 0.476178, 0.488078, 0.519664, 0.613449, 0.960389" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197463, 0.00779832, 0.0307976, 0.121628, 0.480339, 1.89698");
          values ( \
            "0.0181009, 0.0187673, 0.021665, 0.0312752, 0.0654413, 0.200437, 0.750657", \
            "0.018054, 0.0187982, 0.0216521, 0.031256, 0.065391, 0.200521, 0.7523", \
            "0.0180048, 0.0187587, 0.0216732, 0.0312137, 0.0655552, 0.200154, 0.752662", \
            "0.0179644, 0.0187844, 0.0216278, 0.031242, 0.0654686, 0.200446, 0.752265", \
            "0.0180738, 0.0187855, 0.0215984, 0.0312961, 0.0654787, 0.200252, 0.752034", \
            "0.0181399, 0.0188812, 0.0217342, 0.0313687, 0.0654773, 0.200915, 0.7526", \
            "0.0182512, 0.018985, 0.0218523, 0.0314137, 0.0656773, 0.200608, 0.752846" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197463, 0.00779832, 0.0307976, 0.121628, 0.480339, 1.89698");
          values ( \
            "0.167551, 0.170514, 0.18222, 0.227585, 0.400838, 1.07455, 3.73423", \
            "0.167325, 0.170284, 0.181934, 0.227276, 0.400549, 1.07434, 3.73332", \
            "0.166872, 0.16981, 0.18155, 0.226927, 0.39989, 1.07376, 3.73616", \
            "0.166624, 0.169494, 0.180968, 0.226531, 0.399515, 1.0737, 3.73343", \
            "0.167086, 0.170096, 0.181687, 0.227269, 0.40022, 1.07436, 3.73852", \
            "0.173253, 0.176135, 0.187464, 0.232456, 0.403635, 1.0773, 3.73902", \
            "0.185097, 0.187913, 0.199258, 0.244091, 0.418104, 1.08854, 3.74413" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197463, 0.00779832, 0.0307976, 0.121628, 0.480339, 1.89698");
          values ( \
            "0.171824, 0.169, 0.158413, 0.117593, -0.0471046, -0.726607, -3.41921", \
            "0.171512, 0.168668, 0.158043, 0.117274, -0.0474438, -0.726985, -3.41979", \
            "0.171184, 0.168409, 0.157689, 0.116932, -0.0478308, -0.72728, -3.4201", \
            "0.170819, 0.168008, 0.157439, 0.116759, -0.0480246, -0.727477, -3.42021", \
            "0.172005, 0.169357, 0.158851, 0.11792, -0.0468454, -0.726174, -3.41948", \
            "0.182056, 0.179144, 0.168163, 0.125923, -0.0433806, -0.722851, -3.41546", \
            "0.194695, 0.19181, 0.180804, 0.138526, -0.0311999, -0.711792, -3.40184" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002338;
      rise_capacitance : 0.002437;
      rise_capacitance_range (0.002437, 0.002437);
      fall_capacitance : 0.002239;
      fall_capacitance_range (0.002239, 0.002239);
    }
  }
  cell (scs8hd_bufbuf_8) {
    area : 18.768;
    cell_footprint : "buf";
    cell_leakage_power : 0.0414139;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.026843;
      when : "A";
    }
    leakage_power () {
      value : 0.0559847;
      when : "!A";
    }
    leakage_power () {
      value : 0.0414139;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 1.22773;
      max_transition : 1.50918;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183651, 0.00674551, 0.0247763, 0.0910037, 0.334258, 1.22773");
          values ( \
            "0.134352, 0.136099, 0.14178, 0.159016, 0.215416, 0.41764, 1.15616", \
            "0.138057, 0.139818, 0.145502, 0.162723, 0.219132, 0.420898, 1.15931", \
            "0.146401, 0.148141, 0.153827, 0.171108, 0.227365, 0.429752, 1.16903", \
            "0.157394, 0.159153, 0.164807, 0.18207, 0.238523, 0.440298, 1.18165", \
            "0.165823, 0.167574, 0.17326, 0.190515, 0.246806, 0.449043, 1.18961", \
            "0.163424, 0.165251, 0.170921, 0.18818, 0.244499, 0.445884, 1.18682", \
            "0.125018, 0.126751, 0.132466, 0.149756, 0.206041, 0.408157, 1.14652" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183651, 0.00674551, 0.0247763, 0.0910037, 0.334258, 1.22773");
          values ( \
            "0.01499, 0.0165036, 0.0221031, 0.0428003, 0.121707, 0.416962, 1.50333", \
            "0.0149334, 0.0164943, 0.0221307, 0.0427969, 0.121544, 0.416525, 1.50918", \
            "0.0150372, 0.0165482, 0.0221385, 0.0428135, 0.121635, 0.417085, 1.50696", \
            "0.0149394, 0.0164911, 0.0221647, 0.0427076, 0.12163, 0.417146, 1.50407", \
            "0.0149846, 0.016526, 0.0221052, 0.0428352, 0.121682, 0.417282, 1.50614", \
            "0.0150329, 0.0166052, 0.0221814, 0.0427814, 0.121435, 0.415795, 1.50334", \
            "0.0152074, 0.0167093, 0.0222579, 0.042868, 0.121575, 0.416369, 1.49802" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183651, 0.00674551, 0.0247763, 0.0910037, 0.334258, 1.22773");
          values ( \
            "0.13868, 0.14017, 0.144906, 0.157531, 0.188354, 0.277887, 0.595402", \
            "0.143241, 0.144732, 0.149466, 0.16209, 0.192963, 0.282456, 0.60001", \
            "0.155318, 0.156808, 0.161542, 0.174167, 0.20504, 0.294532, 0.612086", \
            "0.181644, 0.183128, 0.187867, 0.200489, 0.231312, 0.320839, 0.638357", \
            "0.225322, 0.226806, 0.231534, 0.244133, 0.274976, 0.364526, 0.68072", \
            "0.296975, 0.298461, 0.303106, 0.315759, 0.34661, 0.436165, 0.753834", \
            "0.425131, 0.426549, 0.43128, 0.443929, 0.47477, 0.564344, 0.881609" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183651, 0.00674551, 0.0247763, 0.0910037, 0.334258, 1.22773");
          values ( \
            "0.0144214, 0.0154574, 0.0188879, 0.0286107, 0.0602151, 0.178625, 0.632627", \
            "0.0144259, 0.0154484, 0.0188841, 0.0286051, 0.0601476, 0.17861, 0.632567", \
            "0.0144258, 0.0154484, 0.0188848, 0.028606, 0.0601482, 0.178612, 0.632563", \
            "0.014418, 0.0154575, 0.0188866, 0.0286159, 0.0602159, 0.178629, 0.632519", \
            "0.0144542, 0.0155498, 0.018822, 0.0285371, 0.0602074, 0.178535, 0.630595", \
            "0.0145848, 0.0155544, 0.0190595, 0.0285565, 0.0602392, 0.178627, 0.631707", \
            "0.0146604, 0.0157105, 0.0189969, 0.0289308, 0.0601843, 0.178416, 0.631585" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183651, 0.00674551, 0.0247763, 0.0910037, 0.334258, 1.22773");
          values ( \
            "0.0827104, 0.0854292, 0.0952379, 0.130682, 0.25618, 0.713727, 2.39297", \
            "0.0825323, 0.0852807, 0.0951783, 0.130385, 0.256001, 0.714079, 2.3934", \
            "0.082205, 0.0848858, 0.0948217, 0.130131, 0.255791, 0.712727, 2.39376", \
            "0.0821741, 0.0849203, 0.0946682, 0.130074, 0.255737, 0.713648, 2.39528", \
            "0.0827133, 0.0854249, 0.0952105, 0.130829, 0.256055, 0.713713, 2.39575", \
            "0.0857406, 0.0883757, 0.0979773, 0.132959, 0.257744, 0.714589, 2.39696", \
            "0.0911727, 0.0938836, 0.103334, 0.138308, 0.264789, 0.719903, 2.3916" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183651, 0.00674551, 0.0247763, 0.0910037, 0.334258, 1.22773");
          values ( \
            "0.084747, 0.0822226, 0.0734885, 0.0422412, -0.078772, -0.540324, -2.23883", \
            "0.0845756, 0.0819184, 0.0732464, 0.0420283, -0.0791084, -0.540547, -2.23904", \
            "0.0844234, 0.081766, 0.0730957, 0.0418751, -0.0792602, -0.540696, -2.23919", \
            "0.0842576, 0.0817274, 0.073077, 0.0418094, -0.0792025, -0.540764, -2.23934", \
            "0.0849705, 0.0822245, 0.073552, 0.0424007, -0.0787236, -0.540151, -2.23865", \
            "0.0919085, 0.0893615, 0.0801319, 0.0473876, -0.0768511, -0.538194, -2.23665", \
            "0.0973028, 0.0947232, 0.0854678, 0.0525627, -0.0712904, -0.532993, -2.23123" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001825;
      rise_capacitance : 0.001908;
      rise_capacitance_range (0.001908, 0.001908);
      fall_capacitance : 0.001743;
      fall_capacitance_range (0.001743, 0.001743);
    }
  }
  cell (scs8hd_bufinv_16) {
    area : 30.0288;
    cell_footprint : "inv";
    cell_leakage_power : 0.077999;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.118004;
      when : "A";
    }
    leakage_power () {
      value : 0.0379936;
      when : "!A";
    }
    leakage_power () {
      value : 0.077999;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 1.92079;
      max_transition : 1.50444;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197874, 0.0078308, 0.0309902, 0.122643, 0.485356, 1.92079");
          values ( \
            "0.106462, 0.107769, 0.112488, 0.128016, 0.178067, 0.363589, 1.09644", \
            "0.111196, 0.112505, 0.117259, 0.132695, 0.182799, 0.368294, 1.09954", \
            "0.123857, 0.125162, 0.129885, 0.145364, 0.195372, 0.381196, 1.11289", \
            "0.153609, 0.154923, 0.159631, 0.175076, 0.225183, 0.410841, 1.14252", \
            "0.209318, 0.210628, 0.215374, 0.230776, 0.280873, 0.466935, 1.20067", \
            "0.304741, 0.306079, 0.310859, 0.326403, 0.376681, 0.562241, 1.29457", \
            "0.482317, 0.483729, 0.488784, 0.504615, 0.555243, 0.741152, 1.4706" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197874, 0.0078308, 0.0309902, 0.122643, 0.485356, 1.92079");
          values ( \
            "0.0184559, 0.0196405, 0.0241513, 0.0416873, 0.110569, 0.390477, 1.50428", \
            "0.0184157, 0.0195889, 0.0242026, 0.0416181, 0.110675, 0.389848, 1.50054", \
            "0.0184652, 0.0196343, 0.0241951, 0.0417008, 0.110663, 0.39076, 1.50168", \
            "0.0185033, 0.0196858, 0.024225, 0.0416122, 0.110723, 0.390431, 1.50444", \
            "0.0188972, 0.0200649, 0.0246303, 0.041947, 0.110953, 0.391083, 1.49883", \
            "0.0200308, 0.0211732, 0.0255821, 0.0427748, 0.111208, 0.390533, 1.49936", \
            "0.0222429, 0.0233713, 0.0276471, 0.044184, 0.112058, 0.390361, 1.49929" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197874, 0.0078308, 0.0309902, 0.122643, 0.485356, 1.92079");
          values ( \
            "0.0952042, 0.0962813, 0.100107, 0.111797, 0.142712, 0.235574, 0.581196", \
            "0.098607, 0.0996848, 0.103501, 0.115195, 0.146117, 0.23898, 0.584601", \
            "0.105758, 0.106825, 0.110671, 0.122329, 0.153255, 0.246138, 0.591746", \
            "0.113676, 0.114734, 0.118568, 0.130285, 0.161249, 0.254071, 0.59919", \
            "0.115236, 0.116301, 0.120121, 0.131777, 0.162677, 0.255498, 0.600032", \
            "0.0959412, 0.0970069, 0.100822, 0.112535, 0.143459, 0.236416, 0.580369", \
            "0.0177659, 0.0188628, 0.0228143, 0.0348337, 0.0663506, 0.159794, 0.504631" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197874, 0.0078308, 0.0309902, 0.122643, 0.485356, 1.92079");
          values ( \
            "0.0174132, 0.0181425, 0.020974, 0.0303852, 0.0642512, 0.198951, 0.74962", \
            "0.0173807, 0.0181563, 0.0209767, 0.0303853, 0.0642481, 0.198951, 0.749655", \
            "0.0173762, 0.0181165, 0.0209509, 0.0303863, 0.0642702, 0.198942, 0.749831", \
            "0.01757, 0.0182907, 0.0210204, 0.0305109, 0.0643265, 0.198695, 0.74992", \
            "0.0176358, 0.018382, 0.0210756, 0.0305371, 0.0643618, 0.198848, 0.749716", \
            "0.0180079, 0.0186799, 0.0214207, 0.0308603, 0.064572, 0.198984, 0.75003", \
            "0.0196569, 0.0204305, 0.0231814, 0.0325846, 0.0655473, 0.199357, 0.74976" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197874, 0.0078308, 0.0309902, 0.122643, 0.485356, 1.92079");
          values ( \
            "0.169716, 0.172699, 0.184602, 0.230606, 0.40549, 1.08797, 3.78696", \
            "0.168887, 0.171823, 0.183501, 0.229611, 0.404994, 1.08704, 3.78501", \
            "0.167995, 0.170918, 0.182828, 0.228917, 0.403832, 1.08606, 3.78036", \
            "0.167823, 0.170821, 0.182398, 0.228431, 0.403798, 1.08595, 3.78061", \
            "0.170189, 0.173025, 0.18467, 0.23023, 0.405296, 1.08817, 3.78694", \
            "0.180609, 0.183417, 0.194579, 0.239032, 0.414079, 1.09512, 3.7933", \
            "0.203386, 0.206157, 0.217346, 0.26156, 0.436792, 1.11914, 3.81065" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197874, 0.0078308, 0.0309902, 0.122643, 0.485356, 1.92079");
          values ( \
            "0.136977, 0.134235, 0.123787, 0.0830512, -0.0829671, -0.770173, -3.49855", \
            "0.136301, 0.133575, 0.123102, 0.0823888, -0.0836183, -0.770807, -3.49922", \
            "0.135502, 0.132675, 0.122295, 0.0815428, -0.0843726, -0.771612, -3.49998", \
            "0.135145, 0.132128, 0.121629, 0.0807476, -0.0850826, -0.77209, -3.50047", \
            "0.139704, 0.136817, 0.125632, 0.0825395, -0.0836085, -0.770675, -3.49907", \
            "0.152622, 0.14969, 0.138665, 0.0962035, -0.075171, -0.763083, -3.49177", \
            "0.17582, 0.172788, 0.161284, 0.117913, -0.0533935, -0.740988, -3.46981" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.006853;
      rise_capacitance : 0.007232;
      rise_capacitance_range (0.007232, 0.007232);
      fall_capacitance : 0.006473;
      fall_capacitance_range (0.006473, 0.006473);
    }
  }
  cell (scs8hd_bufinv_8) {
    area : 17.5168;
    cell_footprint : "inv";
    cell_leakage_power : 0.0374342;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0559457;
      when : "A";
    }
    leakage_power () {
      value : 0.0189227;
      when : "!A";
    }
    leakage_power () {
      value : 0.0374342;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 1.22956;
      max_transition : 1.5087;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183696, 0.00674886, 0.0247948, 0.0910941, 0.334673, 1.22956");
          values ( \
            "0.101579, 0.103307, 0.108912, 0.126084, 0.182405, 0.384288, 1.12301", \
            "0.106345, 0.108062, 0.113666, 0.130822, 0.18718, 0.389741, 1.1283", \
            "0.118504, 0.120214, 0.125808, 0.142953, 0.199323, 0.401334, 1.13862", \
            "0.146356, 0.14807, 0.153682, 0.170871, 0.227082, 0.429285, 1.16962", \
            "0.197423, 0.199165, 0.204845, 0.22207, 0.278303, 0.479912, 1.223", \
            "0.278529, 0.280425, 0.28636, 0.303773, 0.360071, 0.561177, 1.30314", \
            "0.41906, 0.421209, 0.427865, 0.446018, 0.502237, 0.703592, 1.44068" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183696, 0.00674886, 0.0247948, 0.0910941, 0.334673, 1.22956");
          values ( \
            "0.0146403, 0.0162072, 0.0218567, 0.0426191, 0.121671, 0.416612, 1.49876", \
            "0.0146792, 0.0162515, 0.0218071, 0.0426255, 0.12166, 0.417236, 1.50265", \
            "0.0146965, 0.0162337, 0.0218172, 0.0426326, 0.12166, 0.41708, 1.50382", \
            "0.0147283, 0.0163052, 0.0219184, 0.0426142, 0.121648, 0.417467, 1.50354", \
            "0.0156245, 0.0170876, 0.0225852, 0.0429325, 0.121462, 0.41697, 1.5087", \
            "0.017628, 0.0190783, 0.0242387, 0.0439205, 0.121747, 0.415349, 1.50516", \
            "0.0210429, 0.0225831, 0.027503, 0.0460163, 0.122599, 0.416487, 1.49986" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183696, 0.00674886, 0.0247948, 0.0910941, 0.334673, 1.22956");
          values ( \
            "0.0935055, 0.0949471, 0.0996846, 0.11226, 0.142909, 0.232111, 0.549577", \
            "0.0971229, 0.0985936, 0.103299, 0.115821, 0.146522, 0.235716, 0.55364", \
            "0.105511, 0.106977, 0.111669, 0.124258, 0.154869, 0.24398, 0.559817", \
            "0.11961, 0.121075, 0.125755, 0.138241, 0.168983, 0.258151, 0.574908", \
            "0.133403, 0.134869, 0.139539, 0.152115, 0.182825, 0.271945, 0.587258", \
            "0.138634, 0.140111, 0.144867, 0.157581, 0.188471, 0.27782, 0.592992", \
            "0.11087, 0.112452, 0.11757, 0.131218, 0.1632, 0.252659, 0.568041" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183696, 0.00674886, 0.0247948, 0.0910941, 0.334673, 1.22956");
          values ( \
            "0.0145839, 0.0156181, 0.0188772, 0.02857, 0.059999, 0.178269, 0.631142", \
            "0.0146221, 0.0155929, 0.0188656, 0.028572, 0.0600092, 0.178271, 0.63153", \
            "0.0146542, 0.0156438, 0.0188758, 0.028703, 0.0600613, 0.178347, 0.632038", \
            "0.0146824, 0.0157177, 0.019015, 0.028577, 0.0599573, 0.178305, 0.632475", \
            "0.0147818, 0.0157957, 0.0190818, 0.0288299, 0.0601865, 0.178091, 0.630481", \
            "0.0155205, 0.0165257, 0.0198479, 0.0295149, 0.0606582, 0.178198, 0.629948", \
            "0.0185491, 0.0195563, 0.0229047, 0.0324911, 0.0624044, 0.17892, 0.630538" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183696, 0.00674886, 0.0247948, 0.0910941, 0.334673, 1.22956");
          values ( \
            "0.0851723, 0.0878751, 0.0978563, 0.133316, 0.259343, 0.717826, 2.39725", \
            "0.084795, 0.0875056, 0.0973613, 0.132812, 0.258958, 0.716978, 2.40107", \
            "0.0844067, 0.0871103, 0.0970089, 0.132458, 0.258615, 0.717005, 2.39847", \
            "0.084107, 0.0867956, 0.0967634, 0.132226, 0.258415, 0.717006, 2.39324", \
            "0.0854439, 0.0881441, 0.0979183, 0.133024, 0.259125, 0.717841, 2.40059", \
            "0.0904306, 0.0930134, 0.102361, 0.13688, 0.262608, 0.719941, 2.4044", \
            "0.102425, 0.104903, 0.114077, 0.148165, 0.27527, 0.733082, 2.41127" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183696, 0.00674886, 0.0247948, 0.0910941, 0.334673, 1.22956");
          values ( \
            "0.0710784, 0.068388, 0.0597902, 0.028607, -0.0925062, -0.554524, -2.25548", \
            "0.0708085, 0.06834, 0.0595171, 0.0284019, -0.0927606, -0.554763, -2.25577", \
            "0.0702446, 0.0677886, 0.0589493, 0.027978, -0.0931402, -0.555164, -2.2563", \
            "0.0699826, 0.0674108, 0.0586008, 0.0274841, -0.0937424, -0.555571, -2.25667", \
            "0.0733417, 0.0707349, 0.0615265, 0.0281878, -0.0930519, -0.554782, -2.25584", \
            "0.0802873, 0.0776052, 0.0682367, 0.0350114, -0.0891148, -0.551007, -2.25216", \
            "0.0929921, 0.090157, 0.0804292, 0.0468535, -0.0772844, -0.538786, -2.24004" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002342;
      rise_capacitance : 0.002443;
      rise_capacitance_range (0.002443, 0.002443);
      fall_capacitance : 0.002242;
      fall_capacitance_range (0.002242, 0.002242);
    }
  }
  cell (scs8hd_clkbuf_1) {
    area : 3.7536;
    cell_footprint : "clkbuf";
    cell_leakage_power : 0.0001051;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0001051;
      when : "A";
    }
    leakage_power () {
      value : 0.0001051;
      when : "!A";
    }
    leakage_power () {
      value : 0.0001051;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.17396;
      max_transition : 1.50527;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132602, 0.00351666, 0.00932631, 0.0247337, 0.0655949, 0.17396");
          values ( \
            "0.0326786, 0.0379221, 0.0509842, 0.0849679, 0.174651, 0.415195, 1.05141", \
            "0.036149, 0.0413183, 0.054493, 0.0886872, 0.178533, 0.418623, 1.05504", \
            "0.0420121, 0.0473017, 0.0604655, 0.094661, 0.185426, 0.425486, 1.07173", \
            "0.0464984, 0.0519287, 0.0651, 0.0995174, 0.190297, 0.429048, 1.06436", \
            "0.0440944, 0.0502907, 0.0638359, 0.0978988, 0.188209, 0.428046, 1.0656", \
            "0.020341, 0.0283859, 0.0441701, 0.078127, 0.168529, 0.40705, 1.03973", \
            "-0.0604457, -0.0501612, -0.0290681, 0.0098612, 0.100218, 0.339345, 0.971908" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132602, 0.00351666, 0.00932631, 0.0247337, 0.0655949, 0.17396");
          values ( \
            "0.014021, 0.0208356, 0.0393568, 0.0890588, 0.221594, 0.573891, 1.50365", \
            "0.0140378, 0.0208074, 0.0393922, 0.0890876, 0.221855, 0.570696, 1.50371", \
            "0.0147923, 0.0213774, 0.0394689, 0.0890158, 0.221764, 0.572822, 1.49539", \
            "0.0165741, 0.0225838, 0.0401931, 0.0891224, 0.221328, 0.572245, 1.49805", \
            "0.0208641, 0.0260541, 0.0417833, 0.0896523, 0.220464, 0.569808, 1.50527", \
            "0.0275276, 0.0335722, 0.0478687, 0.0916058, 0.221481, 0.571903, 1.49755", \
            "0.0386821, 0.0470335, 0.0637462, 0.101423, 0.225537, 0.572658, 1.49268" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132602, 0.00351666, 0.00932631, 0.0247337, 0.0655949, 0.17396");
          values ( \
            "0.0391085, 0.0429271, 0.0511559, 0.069312, 0.113766, 0.230898, 0.541744", \
            "0.0439198, 0.0477038, 0.055934, 0.0741676, 0.118671, 0.236063, 0.547432", \
            "0.0562548, 0.060027, 0.068221, 0.0864732, 0.131028, 0.248243, 0.561211", \
            "0.0787164, 0.08307, 0.0921467, 0.111042, 0.155879, 0.272935, 0.582388", \
            "0.114724, 0.120111, 0.13083, 0.151336, 0.197169, 0.314144, 0.627684", \
            "0.17996, 0.186263, 0.19918, 0.22299, 0.269379, 0.386266, 0.696278", \
            "0.309603, 0.317205, 0.332706, 0.361775, 0.411998, 0.528925, 0.839009" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132602, 0.00351666, 0.00932631, 0.0247337, 0.0655949, 0.17396");
          values ( \
            "0.0104103, 0.0137324, 0.021586, 0.0421078, 0.098399, 0.251966, 0.660674", \
            "0.0104486, 0.0137176, 0.021708, 0.0421793, 0.0994765, 0.251782, 0.657689", \
            "0.0106907, 0.0139184, 0.0219272, 0.0422626, 0.0982346, 0.250958, 0.658391", \
            "0.0137832, 0.0167149, 0.0241509, 0.0438772, 0.0987063, 0.251542, 0.661672", \
            "0.0181201, 0.0216768, 0.0295406, 0.0474885, 0.100864, 0.253068, 0.658571", \
            "0.0240543, 0.0281918, 0.0366425, 0.0543394, 0.104289, 0.254512, 0.659267", \
            "0.034496, 0.0390202, 0.0490011, 0.0677708, 0.112621, 0.254624, 0.665649" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132602, 0.00351666, 0.00932631, 0.0247337, 0.0655949, 0.17396");
          values ( \
            "0.0059617, 0.0075883, 0.011768, 0.0225998, 0.0517026, 0.128457, 0.332007", \
            "0.0057301, 0.0073481, 0.0115382, 0.0224378, 0.051576, 0.12835, 0.331854", \
            "0.0054867, 0.0070992, 0.011252, 0.0222534, 0.0512662, 0.127972, 0.330829", \
            "0.0057168, 0.0071683, 0.0113449, 0.0222692, 0.0515714, 0.128787, 0.332334", \
            "0.0068738, 0.008439, 0.0125281, 0.0233233, 0.0521243, 0.128852, 0.334588", \
            "0.0103827, 0.0118483, 0.0157972, 0.02645, 0.0552241, 0.131468, 0.336647", \
            "0.0203134, 0.0216681, 0.0253348, 0.0355492, 0.0637372, 0.139627, 0.341463" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132602, 0.00351666, 0.00932631, 0.0247337, 0.0655949, 0.17396");
          values ( \
            "0.0118769, 0.0105658, 0.0067748, -0.0040979, -0.0333739, -0.111055, -0.317181", \
            "0.0116069, 0.0102812, 0.0065064, -0.0043432, -0.0336093, -0.111298, -0.317327", \
            "0.0114887, 0.0101487, 0.0064252, -0.004384, -0.0336224, -0.111292, -0.317318", \
            "0.011693, 0.0103575, 0.006639, -0.0040999, -0.0332876, -0.110976, -0.316995", \
            "0.0134387, 0.0119278, 0.0077863, -0.0031278, -0.0320744, -0.109758, -0.315796", \
            "0.016897, 0.0151979, 0.0109431, -1.63332e-05, -0.0293073, -0.106725, -0.312874", \
            "0.0270807, 0.0251933, 0.0206324, 0.00891, -0.020886, -0.0987577, -0.304814" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002158;
      rise_capacitance : 0.002251;
      rise_capacitance_range (0.002251, 0.002251);
      fall_capacitance : 0.002065;
      fall_capacitance_range (0.002065, 0.002065);
    }
  }
  cell (scs8hd_clkbuf_16) {
    area : 25.024;
    cell_footprint : "clkbuf";
    cell_leakage_power : 0.0638102;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0278404;
      when : "A";
    }
    leakage_power () {
      value : 0.09978;
      when : "!A";
    }
    leakage_power () {
      value : 0.0638102;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 1.95375;
      max_transition : 1.50627;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00198436, 0.00787534, 0.031255, 0.124042, 0.492287, 1.95374");
          values ( \
            "0.0638808, 0.0653376, 0.0703974, 0.0865628, 0.137915, 0.329163, 1.08781", \
            "0.06744, 0.0688681, 0.0739174, 0.0900872, 0.141457, 0.332661, 1.09136", \
            "0.0761036, 0.077529, 0.0826076, 0.0987274, 0.150194, 0.341778, 1.09781", \
            "0.0943081, 0.0957825, 0.101021, 0.117173, 0.168689, 0.359909, 1.11335", \
            "0.113466, 0.115251, 0.1214, 0.139049, 0.191104, 0.382299, 1.14194", \
            "0.120317, 0.122381, 0.129639, 0.151209, 0.206064, 0.397336, 1.15307", \
            "0.0866944, 0.0889108, 0.0971552, 0.123385, 0.187532, 0.377579, 1.13294" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00198436, 0.00787534, 0.031255, 0.124042, 0.492287, 1.95374");
          values ( \
            "0.0176226, 0.0188022, 0.0232591, 0.0403011, 0.10885, 0.38866, 1.50566", \
            "0.01762, 0.0188076, 0.0232446, 0.0403122, 0.108853, 0.388825, 1.50578", \
            "0.0175977, 0.0187948, 0.0233397, 0.0404425, 0.108641, 0.389227, 1.50497", \
            "0.0195693, 0.0206526, 0.0249564, 0.041285, 0.109128, 0.389211, 1.5032", \
            "0.0252599, 0.0263776, 0.0308956, 0.0461993, 0.110866, 0.388707, 1.50627", \
            "0.0340073, 0.0353705, 0.0407116, 0.056391, 0.115584, 0.389742, 1.49856", \
            "0.0479863, 0.0493369, 0.0548899, 0.073941, 0.129876, 0.390043, 1.49523" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00198436, 0.00787534, 0.031255, 0.124042, 0.492287, 1.95374");
          values ( \
            "0.0772396, 0.0785516, 0.0831685, 0.0969983, 0.133677, 0.247726, 0.685878", \
            "0.0824299, 0.0837415, 0.0883716, 0.102209, 0.138829, 0.252884, 0.690438", \
            "0.0951475, 0.0964522, 0.101052, 0.114898, 0.151546, 0.265765, 0.702918", \
            "0.125449, 0.12676, 0.131341, 0.144926, 0.181476, 0.295655, 0.73337", \
            "0.185336, 0.186789, 0.191921, 0.20702, 0.24525, 0.360135, 0.797105", \
            "0.28217, 0.283829, 0.289829, 0.308256, 0.352896, 0.470473, 0.906981", \
            "0.447866, 0.449738, 0.456555, 0.477887, 0.532982, 0.658642, 1.09617" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00198436, 0.00787534, 0.031255, 0.124042, 0.492287, 1.95374");
          values ( \
            "0.017679, 0.0185988, 0.0220253, 0.0326425, 0.070805, 0.226005, 0.864379", \
            "0.017709, 0.0186525, 0.0219406, 0.0326986, 0.0709209, 0.225958, 0.864483", \
            "0.0177165, 0.018646, 0.0219913, 0.0327103, 0.0707692, 0.226193, 0.86498", \
            "0.0177128, 0.0186995, 0.022205, 0.0329709, 0.0708116, 0.225824, 0.864992", \
            "0.0233335, 0.0240033, 0.0275504, 0.0381897, 0.0738429, 0.226447, 0.864592", \
            "0.0334093, 0.0344048, 0.038347, 0.050606, 0.0848732, 0.230378, 0.864477", \
            "0.0495089, 0.0504828, 0.053964, 0.0680884, 0.106068, 0.240104, 0.86524" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00198436, 0.00787534, 0.031255, 0.124042, 0.492287, 1.95375");
          values ( \
            "0.0873769, 0.0903989, 0.102387, 0.149476, 0.327845, 1.02304, 3.77369", \
            "0.0868565, 0.0899229, 0.101903, 0.148829, 0.327366, 1.02259, 3.7737", \
            "0.0863187, 0.0892886, 0.101106, 0.147943, 0.326399, 1.02144, 3.77454", \
            "0.0863516, 0.0891466, 0.100665, 0.146311, 0.324681, 1.02036, 3.7579", \
            "0.0901987, 0.0928401, 0.103584, 0.147623, 0.324048, 1.01947, 3.77312", \
            "0.100553, 0.102914, 0.112882, 0.155972, 0.329031, 1.02378, 3.76902", \
            "0.127221, 0.128877, 0.136997, 0.177248, 0.348843, 1.03673, 3.77627" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00198436, 0.00787534, 0.031255, 0.124042, 0.492287, 1.95375");
          values ( \
            "0.105684, 0.10307, 0.0926636, 0.0534025, -0.11405, -0.810735, -3.58807", \
            "0.105415, 0.102691, 0.092477, 0.0526391, -0.114601, -0.811196, -3.58873", \
            "0.104785, 0.102096, 0.0914079, 0.0518401, -0.115553, -0.811905, -3.58933", \
            "0.105672, 0.102995, 0.0922673, 0.0518429, -0.116722, -0.812059, -3.58923", \
            "0.107698, 0.104699, 0.0932229, 0.0510666, -0.117419, -0.812236, -3.58861", \
            "0.124992, 0.12133, 0.107696, 0.0607786, -0.113316, -0.80786, -3.58352", \
            "0.157685, 0.153599, 0.138322, 0.0839051, -0.0958945, -0.792995, -3.5683" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.007481;
      rise_capacitance : 0.007963;
      rise_capacitance_range (0.007963, 0.007963);
      fall_capacitance : 0.007;
      fall_capacitance_range (0.007, 0.007);
    }
  }
  cell (scs8hd_clkbuf_2) {
    area : 5.0048;
    cell_footprint : "clkbuf";
    cell_leakage_power : 0.0094664;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.006429;
      when : "A";
    }
    leakage_power () {
      value : 0.0125038;
      when : "!A";
    }
    leakage_power () {
      value : 0.0094664;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.363474;
      max_transition : 1.50199;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014993, 0.00449577, 0.013481, 0.040424, 0.121215, 0.363474");
          values ( \
            "0.0444831, 0.0484086, 0.0581475, 0.0835753, 0.156982, 0.377139, 1.03875", \
            "0.0480475, 0.0519289, 0.061681, 0.0871165, 0.160708, 0.381185, 1.04305", \
            "0.0569633, 0.0608422, 0.0704944, 0.095938, 0.169565, 0.391387, 1.0493", \
            "0.0706613, 0.0750823, 0.0854048, 0.111058, 0.184849, 0.407759, 1.0643", \
            "0.0821073, 0.0876434, 0.0998255, 0.126479, 0.20029, 0.419807, 1.08024", \
            "0.0818685, 0.0887017, 0.103986, 0.134068, 0.207485, 0.427473, 1.08684", \
            "0.047463, 0.055568, 0.074836, 0.112723, 0.188874, 0.408275, 1.06542" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014993, 0.00449577, 0.013481, 0.040424, 0.121215, 0.363474");
          values ( \
            "0.0122739, 0.0160776, 0.0274692, 0.0630107, 0.173492, 0.50395, 1.50172", \
            "0.0122743, 0.0160971, 0.0274783, 0.0630979, 0.173579, 0.504566, 1.49677", \
            "0.0124497, 0.0162367, 0.0275815, 0.0630563, 0.173217, 0.505478, 1.50135", \
            "0.0157162, 0.0191569, 0.0295864, 0.0639737, 0.173132, 0.506055, 1.50199", \
            "0.0208724, 0.0248157, 0.0346304, 0.0662219, 0.173615, 0.505115, 1.49684", \
            "0.0275857, 0.032572, 0.0434668, 0.0727289, 0.174993, 0.507536, 1.49595", \
            "0.0386052, 0.0446293, 0.0579749, 0.0879483, 0.180131, 0.505109, 1.49718" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014993, 0.00449577, 0.013481, 0.040424, 0.121215, 0.363474");
          values ( \
            "0.0482958, 0.0519258, 0.0604908, 0.0801176, 0.131047, 0.280423, 0.729744", \
            "0.0532189, 0.0568671, 0.0654033, 0.085081, 0.136036, 0.285333, 0.734828", \
            "0.0657945, 0.0693909, 0.077918, 0.097634, 0.148651, 0.298426, 0.747079", \
            "0.0922668, 0.0961747, 0.105148, 0.12518, 0.176243, 0.325729, 0.773343", \
            "0.133764, 0.138617, 0.149542, 0.171675, 0.223916, 0.373802, 0.824173", \
            "0.200072, 0.205725, 0.219076, 0.245833, 0.301009, 0.450332, 0.899197", \
            "0.317146, 0.323665, 0.339899, 0.373303, 0.435255, 0.583729, 1.03163" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014993, 0.00449577, 0.013481, 0.040424, 0.121215, 0.363474");
          values ( \
            "0.0113894, 0.0141144, 0.021301, 0.0420078, 0.105783, 0.304306, 0.904081", \
            "0.0113938, 0.0140874, 0.0214294, 0.0419394, 0.105962, 0.303109, 0.905705", \
            "0.0113969, 0.0142169, 0.0213101, 0.0420308, 0.106233, 0.305405, 0.902643", \
            "0.0136665, 0.0163019, 0.0231463, 0.0428897, 0.106281, 0.305831, 0.906243", \
            "0.0187838, 0.0219525, 0.0290611, 0.0477347, 0.107942, 0.30494, 0.90467", \
            "0.0260933, 0.0301119, 0.0388348, 0.0573546, 0.11225, 0.304319, 0.901802", \
            "0.0374192, 0.0418985, 0.0523643, 0.0736622, 0.123975, 0.309621, 0.897857" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014993, 0.00449577, 0.013481, 0.040424, 0.121215, 0.363474");
          values ( \
            "0.0120071, 0.0140491, 0.0199786, 0.0370853, 0.0877526, 0.239263, 0.694431", \
            "0.0117568, 0.0137806, 0.0197248, 0.036874, 0.0875729, 0.239302, 0.694668", \
            "0.0114508, 0.0134676, 0.0193306, 0.0364583, 0.0872515, 0.23938, 0.695902", \
            "0.0114, 0.0133504, 0.0191111, 0.036107, 0.0869659, 0.238275, 0.695675", \
            "0.0124103, 0.014262, 0.0199211, 0.0365977, 0.0873425, 0.239217, 0.694376", \
            "0.0147816, 0.0165376, 0.0221147, 0.0387821, 0.0888352, 0.240903, 0.69533", \
            "0.0227777, 0.0242709, 0.0294104, 0.0457431, 0.0959431, 0.246804, 0.700122" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014993, 0.00449577, 0.013481, 0.040424, 0.121215, 0.363474");
          values ( \
            "0.0169118, 0.0153197, 0.0104146, -0.0059938, -0.0570535, -0.210695, -0.671266", \
            "0.0166659, 0.0150289, 0.0101564, -0.0062667, -0.0572849, -0.210956, -0.671436", \
            "0.016429, 0.0147749, 0.0098551, -0.0064785, -0.0574475, -0.210998, -0.671789", \
            "0.0163909, 0.014617, 0.0096057, -0.0066672, -0.0574895, -0.211029, -0.671583", \
            "0.0177075, 0.0157475, 0.0102794, -0.0060541, -0.0569018, -0.210319, -0.670799", \
            "0.0205574, 0.0184169, 0.0125234, -0.0045266, -0.0554683, -0.208433, -0.669033", \
            "0.0287428, 0.0261578, 0.0196991, 0.0020301, -0.0493302, -0.202649, -0.663038" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002217;
      rise_capacitance : 0.002332;
      rise_capacitance_range (0.002332, 0.002332);
      fall_capacitance : 0.002103;
      fall_capacitance_range (0.002103, 0.002103);
    }
  }
  cell (scs8hd_clkbuf_4) {
    area : 7.5072;
    cell_footprint : "clkbuf";
    cell_leakage_power : 0.0158315;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0067651;
      when : "A";
    }
    leakage_power () {
      value : 0.0248979;
      when : "!A";
    }
    leakage_power () {
      value : 0.0158315;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.675669;
      max_transition : 1.50788;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166251, 0.00552787, 0.0183803, 0.0611147, 0.203208, 0.675669");
          values ( \
            "0.0612672, 0.0645155, 0.073129, 0.0954456, 0.161154, 0.375227, 1.08848", \
            "0.064968, 0.0682208, 0.0768256, 0.0990937, 0.164788, 0.378994, 1.09312", \
            "0.0738426, 0.0770491, 0.0857051, 0.108011, 0.173619, 0.387458, 1.09774", \
            "0.0929827, 0.096455, 0.105352, 0.127805, 0.193162, 0.408851, 1.12055", \
            "0.11457, 0.118874, 0.129702, 0.154429, 0.22035, 0.435129, 1.14923", \
            "0.127634, 0.132677, 0.146278, 0.176072, 0.243728, 0.456856, 1.16995", \
            "0.110234, 0.115887, 0.131872, 0.169467, 0.244808, 0.457646, 1.16812" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166251, 0.00552787, 0.0183803, 0.0611147, 0.203208, 0.675669");
          values ( \
            "0.0156381, 0.018162, 0.0259864, 0.0520902, 0.144333, 0.458667, 1.50376", \
            "0.0156978, 0.0181932, 0.025993, 0.0520806, 0.143995, 0.458393, 1.5019", \
            "0.0157101, 0.0181503, 0.025992, 0.0521242, 0.144417, 0.458608, 1.49935", \
            "0.0178565, 0.0202237, 0.0276065, 0.0527899, 0.144347, 0.45864, 1.50788", \
            "0.0236419, 0.0268179, 0.0344002, 0.0572832, 0.145294, 0.458444, 1.50142", \
            "0.0322137, 0.0358886, 0.0449909, 0.0684429, 0.149192, 0.458055, 1.50391", \
            "0.0452021, 0.0488559, 0.0606546, 0.0865699, 0.160321, 0.459932, 1.49877" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166251, 0.00552787, 0.0183803, 0.0611147, 0.203208, 0.675669");
          values ( \
            "0.0684461, 0.0714777, 0.0795519, 0.0982867, 0.143712, 0.279088, 0.727305", \
            "0.0734433, 0.0764922, 0.0845233, 0.103198, 0.148728, 0.284045, 0.730848", \
            "0.0859135, 0.0889376, 0.0969136, 0.115595, 0.161177, 0.296573, 0.743822", \
            "0.115522, 0.118514, 0.126479, 0.145072, 0.190528, 0.325827, 0.775019", \
            "0.169934, 0.17346, 0.182856, 0.203837, 0.251032, 0.386257, 0.832702", \
            "0.254766, 0.258925, 0.270205, 0.296305, 0.348989, 0.485537, 0.932028", \
            "0.396322, 0.401066, 0.414292, 0.446095, 0.50992, 0.650538, 1.09551" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166251, 0.00552787, 0.0183803, 0.0611147, 0.203208, 0.675669");
          values ( \
            "0.0154012, 0.0175785, 0.0232966, 0.0389702, 0.0888127, 0.266272, 0.865557", \
            "0.015397, 0.0175421, 0.0234077, 0.0390634, 0.0887028, 0.266889, 0.868365", \
            "0.0154194, 0.0176594, 0.0232766, 0.0390487, 0.0887251, 0.265837, 0.86373", \
            "0.0157181, 0.0178766, 0.0238446, 0.0391811, 0.0890213, 0.265629, 0.863399", \
            "0.0215769, 0.0239427, 0.0300024, 0.0449756, 0.0913199, 0.267379, 0.863457", \
            "0.0314245, 0.0341228, 0.0418223, 0.0580359, 0.100969, 0.266721, 0.873191", \
            "0.0458961, 0.0485612, 0.0569099, 0.0775774, 0.121737, 0.274844, 0.86143" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166251, 0.00552787, 0.0183803, 0.0611147, 0.203208, 0.675669");
          values ( \
            "0.0233639, 0.0256592, 0.0333056, 0.0581903, 0.139153, 0.406456, 1.2951", \
            "0.0232327, 0.0255345, 0.0332308, 0.0580082, 0.138959, 0.406512, 1.29054", \
            "0.0229992, 0.0252782, 0.0329256, 0.0577554, 0.13867, 0.406147, 1.28978", \
            "0.0231441, 0.0253168, 0.0326974, 0.0573389, 0.138284, 0.40606, 1.29595", \
            "0.0243902, 0.0265104, 0.0334512, 0.0575733, 0.137876, 0.405875, 1.2957", \
            "0.0274905, 0.0293554, 0.0362014, 0.0601309, 0.138987, 0.405663, 1.29527", \
            "0.03576, 0.0370782, 0.0429795, 0.0662888, 0.145673, 0.410634, 1.2961" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166251, 0.00552787, 0.0183803, 0.0611147, 0.203208, 0.675669");
          values ( \
            "0.025976, 0.0238736, 0.0172785, -0.0047502, -0.0845487, -0.354408, -1.25259", \
            "0.0257915, 0.0236752, 0.0170891, -0.0049628, -0.0847955, -0.354602, -1.25276", \
            "0.0255869, 0.0234715, 0.016848, -0.0052756, -0.0850879, -0.354793, -1.25281", \
            "0.0254458, 0.0232825, 0.0165061, -0.0058468, -0.0854296, -0.355011, -1.25309", \
            "0.0262611, 0.0239024, 0.0167514, -0.0055601, -0.0853132, -0.354478, -1.25263", \
            "0.0323237, 0.0295842, 0.021393, -0.0035069, -0.0840998, -0.35327, -1.25115", \
            "0.0413086, 0.0381857, 0.0289004, 0.0028933, -0.0782045, -0.348592, -1.24634" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002137;
      rise_capacitance : 0.002259;
      rise_capacitance_range (0.002259, 0.002259);
      fall_capacitance : 0.002015;
      fall_capacitance_range (0.002015, 0.002015);
    }
  }
  cell (scs8hd_clkbuf_8) {
    area : 13.7632;
    cell_footprint : "clkbuf";
    cell_leakage_power : 0.0317937;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.013746;
      when : "A";
    }
    leakage_power () {
      value : 0.0498414;
      when : "!A";
    }
    leakage_power () {
      value : 0.0317937;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 1.18195;
      max_transition : 1.51119;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00182491, 0.00666061, 0.02431, 0.0887273, 0.323839, 1.18196");
          values ( \
            "0.0594, 0.061515, 0.067969, 0.0867247, 0.144879, 0.350701, 1.0977", \
            "0.0630579, 0.06513, 0.0716289, 0.090383, 0.148591, 0.354298, 1.09873", \
            "0.0717208, 0.0738095, 0.080314, 0.0989502, 0.157113, 0.36268, 1.10718", \
            "0.0899954, 0.09227, 0.098945, 0.1178, 0.175813, 0.380763, 1.12579", \
            "0.109252, 0.111998, 0.120232, 0.140979, 0.199488, 0.404639, 1.15335", \
            "0.117317, 0.120544, 0.130604, 0.156167, 0.216772, 0.42103, 1.16567", \
            "0.0887131, 0.0923264, 0.103954, 0.135613, 0.205273, 0.408907, 1.15283" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00182491, 0.00666061, 0.02431, 0.0887273, 0.323839, 1.18196");
          values ( \
            "0.0157305, 0.0174396, 0.0231634, 0.0438947, 0.123111, 0.420975, 1.50851", \
            "0.0157111, 0.0174171, 0.023163, 0.0438962, 0.123208, 0.420689, 1.51119", \
            "0.0157237, 0.0173452, 0.0232324, 0.0440055, 0.123179, 0.420754, 1.50569", \
            "0.0180027, 0.0195988, 0.0250894, 0.0449116, 0.123289, 0.4204, 1.50095", \
            "0.0238719, 0.0256916, 0.0313441, 0.0496828, 0.124589, 0.420236, 1.50957", \
            "0.0321862, 0.0344248, 0.041661, 0.0605963, 0.128777, 0.42062, 1.50747", \
            "0.04597, 0.0481527, 0.0562576, 0.0783309, 0.141692, 0.422326, 1.50061" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00182491, 0.00666061, 0.02431, 0.0887273, 0.323839, 1.18196");
          values ( \
            "0.0692349, 0.0711865, 0.077151, 0.0926534, 0.131722, 0.251525, 0.682453", \
            "0.0744164, 0.076332, 0.0823585, 0.0978591, 0.136942, 0.256774, 0.687163", \
            "0.0870442, 0.0889227, 0.0948988, 0.110444, 0.149561, 0.269412, 0.699829", \
            "0.117071, 0.119003, 0.124889, 0.140321, 0.179423, 0.299294, 0.72868", \
            "0.173631, 0.175828, 0.182673, 0.200218, 0.241093, 0.361323, 0.789728", \
            "0.263564, 0.266102, 0.274201, 0.295805, 0.342782, 0.465028, 0.894299", \
            "0.416775, 0.419692, 0.429088, 0.45492, 0.513174, 0.640921, 1.06866" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00182491, 0.00666061, 0.02431, 0.0887273, 0.323839, 1.18196");
          values ( \
            "0.0156891, 0.0170441, 0.0214049, 0.0334822, 0.0738297, 0.228828, 0.808457", \
            "0.0157371, 0.0170826, 0.021268, 0.0334679, 0.0738895, 0.228244, 0.814085", \
            "0.0157083, 0.0170775, 0.0212195, 0.0336116, 0.0737322, 0.228998, 0.818686", \
            "0.0159434, 0.0173133, 0.021507, 0.0338375, 0.0738512, 0.228763, 0.80914", \
            "0.0218698, 0.0233034, 0.0278658, 0.039621, 0.0768552, 0.22834, 0.809191", \
            "0.0317276, 0.0334568, 0.0386327, 0.0523292, 0.0875857, 0.231579, 0.809588", \
            "0.0468499, 0.0483335, 0.0538329, 0.0707625, 0.108883, 0.239936, 0.808465" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00182491, 0.0066606, 0.02431, 0.0887273, 0.323839, 1.18195");
          values ( \
            "0.0440421, 0.0466815, 0.056375, 0.0913562, 0.214637, 0.658544, 2.27591", \
            "0.0437707, 0.0463893, 0.0561006, 0.0911095, 0.214256, 0.658011, 2.27423", \
            "0.0434453, 0.0460959, 0.0557578, 0.0905137, 0.213683, 0.657619, 2.26301", \
            "0.0438652, 0.0464223, 0.0555163, 0.0895729, 0.212279, 0.654244, 2.26482", \
            "0.0460127, 0.0483916, 0.05724, 0.0899723, 0.211791, 0.656383, 2.27456", \
            "0.0514954, 0.0536098, 0.0620222, 0.0949913, 0.213832, 0.656894, 2.27385", \
            "0.0668751, 0.0682142, 0.0753402, 0.106535, 0.226406, 0.665261, 2.27408" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00182491, 0.0066606, 0.02431, 0.0887273, 0.323839, 1.18195");
          values ( \
            "0.0518266, 0.0494415, 0.0410825, 0.0114119, -0.106648, -0.552422, -2.18343", \
            "0.0514939, 0.0490972, 0.0409528, 0.0110601, -0.106995, -0.552531, -2.18357", \
            "0.0511875, 0.0486637, 0.0403153, 0.010599, -0.107707, -0.553083, -2.18399", \
            "0.0509822, 0.0485824, 0.0398258, 0.0095915, -0.108516, -0.553468, -2.18425", \
            "0.0527378, 0.050017, 0.0408266, 0.0098992, -0.108534, -0.553126, -2.18358", \
            "0.0632635, 0.0601302, 0.0493976, 0.014795, -0.106977, -0.550738, -2.18094", \
            "0.0800112, 0.0763799, 0.0641757, 0.0267071, -0.0968368, -0.541788, -2.1718" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003957;
      rise_capacitance : 0.00419;
      rise_capacitance_range (0.00419, 0.00419);
      fall_capacitance : 0.003724;
      fall_capacitance_range (0.003724, 0.003724);
    }
  }
  cell (scs8hd_clkdlybuf4s15_1) {
    area : 10.0096;
    cell_footprint : "buf";
    cell_leakage_power : 0.00634405;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.006344;
      when : "A";
    }
    leakage_power () {
      value : 0.0063441;
      when : "!A";
    }
    leakage_power () {
      value : 0.00634405;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.212412;
      max_transition : 1.51199;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0947263, 0.099558, 0.111767, 0.14386, 0.23136, 0.470912, 1.12788", \
            "0.0983032, 0.103129, 0.115323, 0.147435, 0.234872, 0.474462, 1.13144", \
            "0.106675, 0.111506, 0.123699, 0.15576, 0.243289, 0.483446, 1.14337", \
            "0.117814, 0.122629, 0.134827, 0.166974, 0.254244, 0.496134, 1.15538", \
            "0.127446, 0.132274, 0.144473, 0.176597, 0.263814, 0.503997, 1.1651", \
            "0.126916, 0.131745, 0.143979, 0.176125, 0.26361, 0.503913, 1.16067", \
            "0.0939736, 0.0988542, 0.111076, 0.143371, 0.230659, 0.470595, 1.12981" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0133789, 0.0191034, 0.0354271, 0.0810105, 0.207081, 0.556278, 1.5016", \
            "0.0133861, 0.0191061, 0.0354284, 0.0809114, 0.207034, 0.555352, 1.50966", \
            "0.0133906, 0.0191223, 0.0354262, 0.0809687, 0.207095, 0.555996, 1.51182", \
            "0.013389, 0.0191218, 0.0353815, 0.0809032, 0.206464, 0.556963, 1.51199", \
            "0.0134325, 0.0191181, 0.035434, 0.0809176, 0.206841, 0.554405, 1.50395", \
            "0.0135102, 0.0191772, 0.0354777, 0.0810018, 0.207378, 0.551536, 1.50727", \
            "0.0138425, 0.0194332, 0.0356544, 0.0809708, 0.207122, 0.551883, 1.49521" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0973851, 0.102382, 0.113725, 0.139856, 0.207194, 0.391157, 0.895499", \
            "0.102346, 0.10735, 0.11867, 0.144844, 0.212161, 0.397008, 0.902209", \
            "0.114652, 0.119658, 0.130979, 0.157156, 0.224471, 0.409252, 0.911573", \
            "0.138112, 0.143113, 0.154468, 0.180623, 0.247929, 0.431931, 0.935308", \
            "0.174784, 0.179783, 0.191143, 0.217319, 0.284661, 0.468453, 0.972254", \
            "0.235163, 0.240175, 0.251523, 0.277711, 0.345016, 0.528677, 1.03374", \
            "0.343777, 0.348765, 0.360122, 0.386383, 0.453759, 0.637671, 1.14155" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0135695, 0.0179879, 0.0292011, 0.0596208, 0.146501, 0.389487, 1.06051", \
            "0.0135265, 0.0180094, 0.0292646, 0.0596377, 0.145873, 0.388642, 1.05266", \
            "0.0136054, 0.0180127, 0.0292703, 0.059643, 0.145846, 0.387925, 1.04998", \
            "0.013618, 0.0180195, 0.0292132, 0.0594138, 0.147041, 0.388972, 1.0518", \
            "0.0136422, 0.0180443, 0.0292327, 0.0593533, 0.146885, 0.389233, 1.05082", \
            "0.0137711, 0.018068, 0.0292881, 0.0597124, 0.146798, 0.389581, 1.04935", \
            "0.0137424, 0.018197, 0.0293881, 0.0596743, 0.146625, 0.388389, 1.05323" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0233316, 0.0251349, 0.0297483, 0.0420138, 0.0756046, 0.168877, 0.421793", \
            "0.0230301, 0.0248589, 0.0294586, 0.0417338, 0.0756243, 0.167771, 0.423453", \
            "0.0227452, 0.0245575, 0.0291693, 0.0414169, 0.0750638, 0.168371, 0.423432", \
            "0.0227382, 0.0245581, 0.0291544, 0.0414367, 0.075025, 0.167961, 0.423888", \
            "0.0234993, 0.0252128, 0.0296328, 0.0419669, 0.0754106, 0.167982, 0.422442", \
            "0.0260848, 0.0277908, 0.0323961, 0.0447828, 0.0782427, 0.170021, 0.426088", \
            "0.0326127, 0.0343, 0.0388313, 0.0512524, 0.0852271, 0.177562, 0.42902" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0296728, 0.0283727, 0.0242756, 0.0120074, -0.0221685, -0.115743, -0.372539", \
            "0.0293664, 0.0280729, 0.023975, 0.0116912, -0.0224599, -0.116069, -0.372649", \
            "0.0291637, 0.0278611, 0.0237639, 0.0114798, -0.0226684, -0.116277, -0.372943", \
            "0.0291544, 0.0278477, 0.0237454, 0.0114827, -0.0226636, -0.116263, -0.372808", \
            "0.0297617, 0.028154, 0.0243288, 0.0121405, -0.0219689, -0.115591, -0.37215", \
            "0.0324468, 0.0308862, 0.0264989, 0.0141162, -0.0196912, -0.113276, -0.369852", \
            "0.0392388, 0.037665, 0.0332398, 0.0209093, -0.0132122, -0.106482, -0.363018" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002239;
      rise_capacitance : 0.002353;
      rise_capacitance_range (0.002353, 0.002353);
      fall_capacitance : 0.002125;
      fall_capacitance_range (0.002125, 0.002125);
    }
  }
  cell (scs8hd_clkdlybuf4s15_2) {
    area : 11.2608;
    cell_footprint : "buf";
    cell_leakage_power : 0.0095273;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0065298;
      when : "A";
    }
    leakage_power () {
      value : 0.0125248;
      when : "!A";
    }
    leakage_power () {
      value : 0.0095273;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.370798;
      max_transition : 1.50955;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.102708, 0.106506, 0.116159, 0.142278, 0.218206, 0.446422, 1.13194", \
            "0.106219, 0.110017, 0.119669, 0.145788, 0.221717, 0.450056, 1.13547", \
            "0.11456, 0.118356, 0.128032, 0.154147, 0.229903, 0.458443, 1.14373", \
            "0.125719, 0.129528, 0.139187, 0.165311, 0.241273, 0.468879, 1.1554", \
            "0.135372, 0.13914, 0.148796, 0.174911, 0.250679, 0.478863, 1.16778", \
            "0.135411, 0.139214, 0.148893, 0.174906, 0.251066, 0.478873, 1.16601", \
            "0.103653, 0.107494, 0.117189, 0.143303, 0.219359, 0.447365, 1.13397" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0117123, 0.015377, 0.0267532, 0.0623564, 0.172282, 0.506348, 1.49975", \
            "0.0117124, 0.0153767, 0.0267533, 0.0623585, 0.172271, 0.506196, 1.50545", \
            "0.0117039, 0.0153994, 0.0267048, 0.0623478, 0.172433, 0.505198, 1.50031", \
            "0.011722, 0.0153963, 0.0267647, 0.0624073, 0.172313, 0.50477, 1.50277", \
            "0.0117257, 0.0154066, 0.0267737, 0.0623619, 0.171756, 0.507154, 1.50955", \
            "0.0118308, 0.0154916, 0.0267645, 0.062494, 0.172102, 0.502533, 1.50568", \
            "0.0121076, 0.0157588, 0.0270105, 0.0625869, 0.172389, 0.504696, 1.49905" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.108437, 0.112635, 0.122368, 0.143958, 0.196753, 0.348162, 0.803453", \
            "0.11322, 0.117465, 0.127236, 0.148802, 0.201596, 0.352798, 0.80734", \
            "0.125459, 0.129693, 0.139424, 0.161047, 0.213932, 0.365285, 0.820171", \
            "0.148793, 0.153031, 0.162803, 0.184261, 0.237156, 0.388585, 0.843249", \
            "0.185022, 0.189259, 0.199029, 0.220626, 0.273538, 0.425043, 0.880282", \
            "0.244847, 0.24908, 0.25882, 0.280428, 0.333283, 0.484751, 0.938713", \
            "0.352385, 0.356631, 0.366381, 0.388022, 0.441022, 0.592472, 1.04706" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0137342, 0.016879, 0.0247575, 0.0456241, 0.108455, 0.306984, 0.912355", \
            "0.0137234, 0.0167648, 0.0247786, 0.0455812, 0.108779, 0.308682, 0.910534", \
            "0.0137863, 0.0167648, 0.0246354, 0.0455613, 0.108645, 0.306671, 0.921512", \
            "0.0137346, 0.016956, 0.0245459, 0.0455684, 0.108314, 0.308794, 0.909804", \
            "0.0137492, 0.0169932, 0.0246326, 0.0453207, 0.108735, 0.306643, 0.90945", \
            "0.0138037, 0.017011, 0.0248533, 0.0456442, 0.108479, 0.305772, 0.908889", \
            "0.013926, 0.0170185, 0.0248149, 0.0456482, 0.108513, 0.305628, 0.90563" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0283732, 0.0304863, 0.036497, 0.0538687, 0.105191, 0.259874, 0.722215", \
            "0.0280545, 0.0301676, 0.0361782, 0.0535497, 0.104871, 0.259566, 0.724384", \
            "0.0277317, 0.0298585, 0.0358751, 0.0532571, 0.104613, 0.259321, 0.721826", \
            "0.0277051, 0.0298195, 0.0358197, 0.0531997, 0.104544, 0.258296, 0.724582", \
            "0.0286086, 0.0306155, 0.0363923, 0.0537197, 0.104864, 0.259647, 0.726115", \
            "0.0310216, 0.0330221, 0.0389532, 0.0564265, 0.107454, 0.261174, 0.730653", \
            "0.0375733, 0.0395286, 0.0454116, 0.062855, 0.114791, 0.268603, 0.730627" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.03263, 0.0309324, 0.0260195, 0.0096826, -0.0420948, -0.198588, -0.669133", \
            "0.0323574, 0.0306342, 0.0257684, 0.0094057, -0.0423688, -0.198857, -0.669515", \
            "0.0321719, 0.0304523, 0.0255453, 0.0092449, -0.0425409, -0.199017, -0.669702", \
            "0.0322139, 0.030499, 0.0255696, 0.0093066, -0.0424723, -0.198927, -0.669607", \
            "0.0325207, 0.0308404, 0.0261285, 0.0099352, -0.0418144, -0.19829, -0.668966", \
            "0.0364512, 0.0346603, 0.0291406, 0.0121869, -0.0394982, -0.195819, -0.666463", \
            "0.0433465, 0.041537, 0.0359522, 0.0190755, -0.0327634, -0.189235, -0.659393" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002243;
      rise_capacitance : 0.002364;
      rise_capacitance_range (0.002364, 0.002364);
      fall_capacitance : 0.002122;
      fall_capacitance_range (0.002122, 0.002122);
    }
  }
  cell (scs8hd_clkdlybuf4s18_1) {
    area : 10.0096;
    cell_footprint : "buf";
    cell_leakage_power : 0.0063462;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0063464;
      when : "A";
    }
    leakage_power () {
      value : 0.006346;
      when : "!A";
    }
    leakage_power () {
      value : 0.0063462;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.212412;
      max_transition : 1.50922;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.105336, 0.11025, 0.122533, 0.15469, 0.241709, 0.481741, 1.1416", \
            "0.10885, 0.113759, 0.126021, 0.158184, 0.24548, 0.485221, 1.14305", \
            "0.117249, 0.122164, 0.134437, 0.166609, 0.253768, 0.494377, 1.15281", \
            "0.12938, 0.134294, 0.146568, 0.1787, 0.266091, 0.506728, 1.16276", \
            "0.139959, 0.144871, 0.157169, 0.189303, 0.276505, 0.516231, 1.17587", \
            "0.141572, 0.146472, 0.158811, 0.191022, 0.278161, 0.517352, 1.17929", \
            "0.113106, 0.11805, 0.13034, 0.162676, 0.249918, 0.489825, 1.14785" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0137486, 0.0194492, 0.0355683, 0.0808946, 0.207042, 0.554625, 1.50265", \
            "0.0137508, 0.019443, 0.0355786, 0.081046, 0.207052, 0.553879, 1.50504", \
            "0.0137535, 0.0194532, 0.0355451, 0.081043, 0.2067, 0.554927, 1.5084", \
            "0.0137595, 0.0194188, 0.0355334, 0.0809218, 0.20704, 0.553957, 1.50131", \
            "0.0137775, 0.0194385, 0.0356601, 0.0808766, 0.206809, 0.554731, 1.50922", \
            "0.0138405, 0.0194944, 0.0356175, 0.0809781, 0.207001, 0.55135, 1.50489", \
            "0.0140714, 0.0196945, 0.0357344, 0.0811466, 0.206741, 0.553002, 1.49697" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.106904, 0.112034, 0.123608, 0.150029, 0.217447, 0.401195, 0.905423", \
            "0.111886, 0.117015, 0.128596, 0.154996, 0.222388, 0.405881, 0.909819", \
            "0.124244, 0.129363, 0.14094, 0.167401, 0.234735, 0.418669, 0.922614", \
            "0.148603, 0.15373, 0.165308, 0.191701, 0.259126, 0.442943, 0.946396", \
            "0.18694, 0.192068, 0.203624, 0.230082, 0.297396, 0.4822, 0.984889", \
            "0.249711, 0.254823, 0.266407, 0.292932, 0.360273, 0.543698, 1.04899", \
            "0.361879, 0.367006, 0.378729, 0.405272, 0.472683, 0.65648, 1.16107" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0141643, 0.0185604, 0.0297502, 0.060081, 0.147405, 0.391477, 1.0495", \
            "0.0141021, 0.0186131, 0.0296757, 0.0600809, 0.147222, 0.391147, 1.06819", \
            "0.0141261, 0.0185461, 0.0296968, 0.0599076, 0.146016, 0.387834, 1.05142", \
            "0.0141091, 0.0186144, 0.0296439, 0.060071, 0.147307, 0.387542, 1.05473", \
            "0.0141174, 0.018675, 0.0298444, 0.0598071, 0.147064, 0.387098, 1.04894", \
            "0.0141997, 0.018651, 0.0297589, 0.0600127, 0.146296, 0.388584, 1.05125", \
            "0.014257, 0.0188182, 0.0299144, 0.060223, 0.146983, 0.388939, 1.05696" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0242905, 0.0261367, 0.0307767, 0.0430647, 0.0766416, 0.169091, 0.423335", \
            "0.0239873, 0.0258294, 0.0304661, 0.0427564, 0.076633, 0.168814, 0.422687", \
            "0.0236312, 0.025477, 0.0301184, 0.0424025, 0.0759316, 0.169171, 0.422419", \
            "0.0234996, 0.0253493, 0.0299777, 0.0422459, 0.0761286, 0.168565, 0.422057", \
            "0.0244148, 0.0261171, 0.03054, 0.0428492, 0.0763411, 0.169779, 0.422765", \
            "0.0265428, 0.0282642, 0.0328895, 0.04522, 0.078774, 0.170376, 0.426298", \
            "0.0331565, 0.0348948, 0.0394282, 0.0518018, 0.0857696, 0.17825, 0.431503" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0304948, 0.0292042, 0.0251581, 0.0129006, -0.0212393, -0.114815, -0.371487", \
            "0.0302025, 0.0289502, 0.0248798, 0.0126335, -0.0214774, -0.115149, -0.371542", \
            "0.0300167, 0.0287359, 0.0246762, 0.0124352, -0.0217383, -0.115365, -0.371917", \
            "0.0299387, 0.0286864, 0.0246275, 0.0123703, -0.0217639, -0.115435, -0.371978", \
            "0.0301099, 0.0289797, 0.0251778, 0.0129582, -0.0211901, -0.114804, -0.371381", \
            "0.0333363, 0.0317807, 0.0273886, 0.0150361, -0.0187646, -0.112357, -0.368948", \
            "0.0397609, 0.0382073, 0.0338074, 0.0213803, -0.0126611, -0.10597, -0.362536" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002239;
      rise_capacitance : 0.002351;
      rise_capacitance_range (0.002351, 0.002351);
      fall_capacitance : 0.002127;
      fall_capacitance_range (0.002127, 0.002127);
    }
  }
  cell (scs8hd_clkdlybuf4s18_2) {
    area : 10.0096;
    cell_footprint : "buf";
    cell_leakage_power : 0.0095212;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0065049;
      when : "A";
    }
    leakage_power () {
      value : 0.0125375;
      when : "!A";
    }
    leakage_power () {
      value : 0.0095212;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.391856;
      max_transition : 1.50521;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015182, 0.00460987, 0.0139974, 0.0425018, 0.129053, 0.391856");
          values ( \
            "0.107521, 0.111222, 0.120738, 0.146197, 0.220603, 0.446575, 1.13158", \
            "0.111014, 0.114726, 0.124194, 0.149711, 0.224331, 0.450387, 1.13561", \
            "0.119518, 0.123219, 0.132734, 0.158192, 0.232598, 0.458752, 1.14503", \
            "0.131515, 0.135233, 0.144747, 0.170243, 0.244652, 0.471724, 1.16048", \
            "0.14235, 0.146055, 0.155576, 0.181044, 0.255488, 0.482807, 1.17279", \
            "0.14489, 0.148616, 0.158099, 0.183599, 0.258219, 0.483582, 1.17163", \
            "0.119157, 0.122894, 0.132437, 0.157915, 0.232606, 0.458586, 1.14529" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015182, 0.00460987, 0.0139974, 0.0425018, 0.129053, 0.391856");
          values ( \
            "0.0118122, 0.0153582, 0.0262598, 0.0609369, 0.168893, 0.49958, 1.49838", \
            "0.0118011, 0.0153608, 0.0263021, 0.0609406, 0.168559, 0.498653, 1.50372", \
            "0.0118136, 0.0153604, 0.0262596, 0.0609458, 0.168899, 0.499706, 1.49814", \
            "0.0118285, 0.0154095, 0.0262962, 0.0609639, 0.168967, 0.499412, 1.50188", \
            "0.011835, 0.0153898, 0.0262915, 0.060906, 0.168701, 0.500734, 1.50521", \
            "0.0119196, 0.0154551, 0.0263095, 0.0609695, 0.168736, 0.49754, 1.50393", \
            "0.0121517, 0.015693, 0.0264678, 0.0610418, 0.169029, 0.499386, 1.49665" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015182, 0.00460987, 0.0139974, 0.0425018, 0.129053, 0.391856");
          values ( \
            "0.114908, 0.119173, 0.129132, 0.151317, 0.206397, 0.366123, 0.850562", \
            "0.119779, 0.124075, 0.134038, 0.15622, 0.211286, 0.371023, 0.855593", \
            "0.132123, 0.136372, 0.146291, 0.168544, 0.223546, 0.383086, 0.867136", \
            "0.155812, 0.160077, 0.170016, 0.19219, 0.247185, 0.40692, 0.891103", \
            "0.192897, 0.197137, 0.207075, 0.229288, 0.284317, 0.444224, 0.92921", \
            "0.253614, 0.257871, 0.267815, 0.289999, 0.345122, 0.50451, 0.989814", \
            "0.361648, 0.365919, 0.375847, 0.398079, 0.453254, 0.612938, 1.09674" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015182, 0.00460987, 0.0139974, 0.0425018, 0.129053, 0.391856");
          values ( \
            "0.0143155, 0.0173941, 0.025013, 0.0465283, 0.112213, 0.32438, 0.964297", \
            "0.0142848, 0.0173665, 0.0250617, 0.0464688, 0.112417, 0.323491, 0.961497", \
            "0.0144052, 0.0173937, 0.0251173, 0.0466758, 0.112285, 0.322634, 0.965432", \
            "0.014256, 0.0172922, 0.0251012, 0.0466302, 0.112578, 0.321427, 0.964557", \
            "0.0144224, 0.0174242, 0.025302, 0.0464176, 0.112621, 0.322448, 0.970203", \
            "0.0143781, 0.0174258, 0.0253003, 0.0465634, 0.112327, 0.321319, 0.970376", \
            "0.0144235, 0.0174345, 0.0252339, 0.0465916, 0.112209, 0.321147, 0.961905" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015182, 0.00460987, 0.0139974, 0.0425018, 0.129053, 0.391856");
          values ( \
            "0.0291354, 0.0312715, 0.0374786, 0.0553717, 0.108883, 0.271721, 0.762674", \
            "0.0288415, 0.0309774, 0.0371299, 0.0550738, 0.108542, 0.270878, 0.768543", \
            "0.028492, 0.0306279, 0.0368352, 0.0547264, 0.10824, 0.271079, 0.761973", \
            "0.0283276, 0.0304879, 0.0366817, 0.0545892, 0.108123, 0.270768, 0.765788", \
            "0.0293346, 0.0313513, 0.0372895, 0.0551517, 0.108497, 0.272788, 0.765441", \
            "0.0319659, 0.0340033, 0.04005, 0.058105, 0.111235, 0.272881, 0.771518", \
            "0.0384613, 0.0404843, 0.0465546, 0.0645196, 0.118579, 0.280862, 0.773817" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015182, 0.00460987, 0.0139974, 0.0425018, 0.129053, 0.391856");
          values ( \
            "0.0338354, 0.0321212, 0.0271553, 0.0104349, -0.0434384, -0.207949, -0.707461", \
            "0.0335078, 0.0318201, 0.02685, 0.0101292, -0.0437324, -0.208294, -0.707762", \
            "0.0333536, 0.0315926, 0.0266325, 0.0099166, -0.0439468, -0.208533, -0.708071", \
            "0.0332486, 0.0315714, 0.0265808, 0.009853, -0.0440013, -0.208594, -0.708303", \
            "0.0336731, 0.0319452, 0.0271856, 0.0104346, -0.0434031, -0.207945, -0.707602", \
            "0.0374249, 0.0355898, 0.0299491, 0.0126223, -0.0410788, -0.205567, -0.705214", \
            "0.0441941, 0.0423592, 0.0368662, 0.0191887, -0.0347162, -0.199041, -0.698041" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002246;
      rise_capacitance : 0.00236;
      rise_capacitance_range (0.00236, 0.00236);
      fall_capacitance : 0.002133;
      fall_capacitance_range (0.002133, 0.002133);
    }
  }
  cell (scs8hd_clkdlybuf4s25_1) {
    area : 10.0096;
    cell_footprint : "buf";
    cell_leakage_power : 0.0065073;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0065118;
      when : "A";
    }
    leakage_power () {
      value : 0.0065028;
      when : "!A";
    }
    leakage_power () {
      value : 0.0065073;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.202341;
      max_transition : 1.50459;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.138982, 0.144086, 0.156808, 0.189682, 0.277675, 0.518081, 1.1731", \
            "0.142468, 0.147586, 0.160317, 0.1931, 0.281247, 0.520764, 1.17298", \
            "0.150976, 0.15609, 0.168807, 0.201704, 0.28979, 0.530272, 1.18138", \
            "0.164819, 0.169907, 0.182643, 0.21558, 0.303651, 0.543581, 1.19657", \
            "0.178445, 0.183549, 0.196275, 0.229202, 0.317231, 0.557607, 1.21193", \
            "0.185416, 0.190509, 0.203222, 0.2362, 0.324279, 0.563331, 1.22073", \
            "0.169346, 0.174448, 0.187193, 0.220107, 0.308358, 0.547927, 1.20018" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0168814, 0.0227506, 0.0392408, 0.0851844, 0.211786, 0.557526, 1.49912", \
            "0.016882, 0.0227363, 0.0392402, 0.0852703, 0.211797, 0.559533, 1.50068", \
            "0.0168906, 0.0227626, 0.0391217, 0.0850769, 0.211421, 0.557029, 1.50112", \
            "0.0168918, 0.0227585, 0.0392119, 0.0851339, 0.21173, 0.557628, 1.49835", \
            "0.0168932, 0.0227675, 0.0392427, 0.0851001, 0.211893, 0.559472, 1.50459", \
            "0.0169239, 0.0227573, 0.0392723, 0.0850758, 0.211706, 0.556283, 1.50321", \
            "0.0170338, 0.0228568, 0.0393225, 0.0852732, 0.21152, 0.559058, 1.49432" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.136487, 0.141667, 0.153358, 0.179526, 0.243624, 0.415683, 0.884061", \
            "0.141308, 0.146482, 0.158179, 0.184351, 0.248465, 0.420487, 0.887602", \
            "0.153663, 0.158829, 0.170527, 0.196756, 0.260743, 0.432481, 0.901025", \
            "0.179297, 0.184468, 0.196162, 0.222387, 0.286421, 0.458454, 0.92504", \
            "0.220393, 0.225565, 0.237263, 0.263413, 0.327588, 0.499752, 0.96972", \
            "0.287425, 0.292587, 0.304278, 0.330539, 0.394546, 0.566152, 1.03372", \
            "0.404966, 0.410158, 0.421834, 0.44811, 0.512227, 0.684079, 1.15224" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0171242, 0.0215272, 0.0324241, 0.0609883, 0.141955, 0.366976, 0.993982", \
            "0.0171939, 0.021553, 0.032428, 0.0609806, 0.141813, 0.365712, 0.987578", \
            "0.0172205, 0.0213786, 0.0324182, 0.0607593, 0.140531, 0.36559, 0.991947", \
            "0.0172233, 0.0214203, 0.0324164, 0.0609312, 0.142379, 0.365008, 0.981682", \
            "0.0172078, 0.0213671, 0.0322419, 0.0609756, 0.142099, 0.365215, 0.986431", \
            "0.0172927, 0.021452, 0.0324868, 0.0607403, 0.140862, 0.368499, 0.985826", \
            "0.0173108, 0.0216497, 0.0325861, 0.0609756, 0.141508, 0.367618, 0.983765" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0269589, 0.0288412, 0.0334738, 0.0454163, 0.0777164, 0.166066, 0.407008", \
            "0.0266612, 0.0285517, 0.0331792, 0.0451468, 0.0777426, 0.166582, 0.406379", \
            "0.0262823, 0.0281715, 0.0327965, 0.0447575, 0.0770667, 0.166069, 0.407425", \
            "0.0260851, 0.0279504, 0.0326038, 0.0445546, 0.0768256, 0.165181, 0.403785", \
            "0.0264692, 0.0282799, 0.0329608, 0.0448717, 0.0774891, 0.166334, 0.406433", \
            "0.0292062, 0.0308939, 0.0353547, 0.047366, 0.0797148, 0.167972, 0.410034", \
            "0.0353814, 0.0369679, 0.0416376, 0.0536085, 0.0866376, 0.174656, 0.412645" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135984, 0.00369835, 0.0100584, 0.0273556, 0.0743988, 0.202341");
          values ( \
            "0.0333504, 0.0321538, 0.028294, 0.0165131, -0.01638, -0.105984, -0.349165", \
            "0.033051, 0.0318427, 0.027999, 0.0162071, -0.0166857, -0.106293, -0.349535", \
            "0.0327958, 0.0315426, 0.0277199, 0.0159369, -0.0169762, -0.106485, -0.34977", \
            "0.0327586, 0.0315055, 0.0276843, 0.0158986, -0.0170111, -0.106543, -0.349846", \
            "0.0331223, 0.0318802, 0.0280745, 0.016301, -0.0165916, -0.106129, -0.349455", \
            "0.0359649, 0.0343892, 0.0300843, 0.0180799, -0.0144877, -0.104019, -0.347294", \
            "0.0422939, 0.0407287, 0.0364407, 0.0244129, -0.0084979, -0.0975318, -0.340807" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002247;
      rise_capacitance : 0.002361;
      rise_capacitance_range (0.002361, 0.002361);
      fall_capacitance : 0.002135;
      fall_capacitance_range (0.002135, 0.002135);
    }
  }
  cell (scs8hd_clkdlybuf4s25_2) {
    area : 10.0096;
    cell_footprint : "buf";
    cell_leakage_power : 0.00967535;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0066343;
      when : "A";
    }
    leakage_power () {
      value : 0.0127164;
      when : "!A";
    }
    leakage_power () {
      value : 0.00967535;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.395518;
      max_transition : 1.5111;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152056, 0.00462419, 0.0140627, 0.0427662, 0.130057, 0.395518");
          values ( \
            "0.14585, 0.14978, 0.159707, 0.185593, 0.260392, 0.486005, 1.17461", \
            "0.149315, 0.153243, 0.163175, 0.189027, 0.263723, 0.490097, 1.17806", \
            "0.157749, 0.161688, 0.171615, 0.197505, 0.272064, 0.498517, 1.18682", \
            "0.1715, 0.175402, 0.185328, 0.211213, 0.285935, 0.512504, 1.20156", \
            "0.184684, 0.18859, 0.19852, 0.224413, 0.298896, 0.525242, 1.21202", \
            "0.191068, 0.194994, 0.204931, 0.230818, 0.3055, 0.53136, 1.22118", \
            "0.173828, 0.177783, 0.187721, 0.213579, 0.288327, 0.51417, 1.20088" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152056, 0.00462419, 0.0140627, 0.0427662, 0.130057, 0.395518");
          values ( \
            "0.013585, 0.0171646, 0.0279239, 0.0619158, 0.169329, 0.499659, 1.50538", \
            "0.01357, 0.0171184, 0.0278924, 0.0619049, 0.169133, 0.500554, 1.50763", \
            "0.0135718, 0.017157, 0.0279065, 0.0620228, 0.169523, 0.500246, 1.5111", \
            "0.0136101, 0.017147, 0.0279159, 0.0618596, 0.169526, 0.500369, 1.50617", \
            "0.0136326, 0.0171767, 0.0279408, 0.0623473, 0.169493, 0.50113, 1.50414", \
            "0.0136408, 0.0172132, 0.0279628, 0.0618789, 0.169449, 0.497794, 1.50486", \
            "0.0136602, 0.0172804, 0.0279633, 0.0620548, 0.169244, 0.499084, 1.50071" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152056, 0.00462419, 0.0140627, 0.0427662, 0.130057, 0.395518");
          values ( \
            "0.150592, 0.155216, 0.166075, 0.189896, 0.246816, 0.407552, 0.89759", \
            "0.155371, 0.15998, 0.170918, 0.194649, 0.25152, 0.4126, 0.900572", \
            "0.167676, 0.172316, 0.183163, 0.20698, 0.26391, 0.425095, 0.914019", \
            "0.193336, 0.197951, 0.20881, 0.2326, 0.289454, 0.450574, 0.938354", \
            "0.23422, 0.238815, 0.249573, 0.27342, 0.330308, 0.491177, 0.983283", \
            "0.301279, 0.305951, 0.316787, 0.340585, 0.397471, 0.558319, 1.04892", \
            "0.418945, 0.42355, 0.434454, 0.458266, 0.515167, 0.676298, 1.16424" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152056, 0.00462419, 0.0140627, 0.0427662, 0.130057, 0.395518");
          values ( \
            "0.0171552, 0.0204264, 0.0287196, 0.0502493, 0.115386, 0.327092, 0.976514", \
            "0.0172815, 0.0205428, 0.0287065, 0.0504448, 0.115202, 0.325062, 0.971404", \
            "0.0170696, 0.020421, 0.028711, 0.0503057, 0.115405, 0.327083, 0.97023", \
            "0.0171586, 0.0204168, 0.0288015, 0.0504332, 0.115487, 0.325037, 0.974459", \
            "0.0170959, 0.0203852, 0.0284358, 0.0505248, 0.11568, 0.327116, 0.972819", \
            "0.0171996, 0.020558, 0.0285206, 0.050187, 0.115576, 0.325424, 0.974395", \
            "0.0172455, 0.0205587, 0.0286617, 0.050449, 0.115612, 0.324834, 0.975358" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152056, 0.00462419, 0.0140627, 0.0427662, 0.130057, 0.395518");
          values ( \
            "0.0319782, 0.0341745, 0.0404988, 0.058642, 0.112485, 0.276254, 0.77556", \
            "0.0317005, 0.0338682, 0.0402375, 0.0583175, 0.112243, 0.277543, 0.775985", \
            "0.0312632, 0.0334331, 0.0397996, 0.0579286, 0.111813, 0.275894, 0.778668", \
            "0.0309975, 0.0331792, 0.0395114, 0.057623, 0.111502, 0.27558, 0.774523", \
            "0.0314108, 0.0335377, 0.0398995, 0.0579931, 0.111922, 0.275865, 0.771781", \
            "0.0344775, 0.0365071, 0.0425241, 0.0606934, 0.114304, 0.277422, 0.77651", \
            "0.0403199, 0.0422953, 0.0484307, 0.0664682, 0.120836, 0.284332, 0.780086" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152056, 0.00462419, 0.0140627, 0.0427662, 0.130057, 0.395518");
          values ( \
            "0.0364025, 0.0346285, 0.0297794, 0.0131611, -0.0409038, -0.206872, -0.71163", \
            "0.0361252, 0.034299, 0.0294441, 0.0129049, -0.0411941, -0.207174, -0.711904", \
            "0.035902, 0.0341367, 0.0293009, 0.0127154, -0.0413838, -0.207334, -0.712232", \
            "0.0358522, 0.0340767, 0.0292028, 0.0126525, -0.041443, -0.207416, -0.712161", \
            "0.0362585, 0.0344934, 0.0295593, 0.0130135, -0.0410459, -0.20699, -0.711728", \
            "0.0399989, 0.0381432, 0.0324556, 0.0149402, -0.0389991, -0.20495, -0.709691", \
            "0.0461341, 0.0442222, 0.0385855, 0.021046, -0.0332508, -0.198908, -0.703219" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002247;
      rise_capacitance : 0.002367;
      rise_capacitance_range (0.002367, 0.002367);
      fall_capacitance : 0.002128;
      fall_capacitance_range (0.002128, 0.002128);
    }
  }
  cell (scs8hd_clkdlybuf4s50_1) {
    area : 10.0096;
    cell_footprint : "buf";
    cell_leakage_power : 0.0063633;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0063724;
      when : "A";
    }
    leakage_power () {
      value : 0.0063542;
      when : "!A";
    }
    leakage_power () {
      value : 0.0063633;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.20875;
      max_transition : 1.5046;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.291147, 0.29725, 0.311319, 0.345103, 0.433753, 0.672689, 1.32788", \
            "0.294499, 0.300587, 0.314734, 0.348648, 0.437327, 0.676099, 1.33015", \
            "0.302498, 0.308533, 0.322633, 0.35644, 0.445322, 0.684394, 1.33898", \
            "0.318767, 0.324829, 0.338983, 0.372918, 0.461517, 0.700317, 1.35459", \
            "0.339672, 0.345734, 0.359888, 0.393817, 0.482324, 0.721709, 1.37958", \
            "0.356633, 0.362711, 0.376771, 0.410552, 0.499371, 0.738153, 1.39202", \
            "0.356851, 0.362954, 0.377066, 0.410895, 0.499762, 0.739009, 1.39213" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.0189855, 0.0248213, 0.0405152, 0.0848151, 0.209594, 0.553619, 1.50045", \
            "0.018949, 0.0248509, 0.0405138, 0.0850206, 0.209865, 0.553836, 1.50356", \
            "0.0189242, 0.0248073, 0.0405143, 0.0849464, 0.209805, 0.553477, 1.50024", \
            "0.0189268, 0.0248705, 0.0405411, 0.0849828, 0.209664, 0.553878, 1.5046", \
            "0.018945, 0.0248708, 0.0405209, 0.0848308, 0.209535, 0.553792, 1.50203", \
            "0.0190094, 0.0248462, 0.0405681, 0.0849115, 0.209296, 0.553922, 1.49873", \
            "0.0190915, 0.0248926, 0.0405611, 0.0848347, 0.209877, 0.553448, 1.49675" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.249882, 0.256663, 0.271264, 0.302458, 0.372912, 0.551745, 1.04094", \
            "0.254717, 0.261498, 0.2761, 0.307292, 0.377746, 0.556559, 1.04571", \
            "0.266997, 0.273779, 0.288435, 0.319636, 0.390121, 0.569145, 1.05627", \
            "0.295149, 0.301956, 0.316589, 0.34782, 0.418074, 0.597283, 1.08865", \
            "0.346374, 0.353153, 0.367749, 0.398937, 0.469378, 0.648287, 1.13699", \
            "0.427612, 0.434406, 0.449116, 0.480352, 0.550573, 0.729937, 1.22083", \
            "0.566614, 0.573424, 0.588066, 0.619276, 0.689777, 0.868852, 1.35604" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.0218986, 0.026908, 0.0392476, 0.0696949, 0.150482, 0.379624, 1.02757", \
            "0.0219046, 0.0269085, 0.0392454, 0.0696959, 0.150508, 0.37964, 1.02753", \
            "0.0221479, 0.0271867, 0.0391049, 0.0696496, 0.150155, 0.379502, 1.02057", \
            "0.0218581, 0.0270122, 0.0393494, 0.0693576, 0.150903, 0.379563, 1.02119", \
            "0.0219144, 0.0269141, 0.0392647, 0.0697166, 0.150567, 0.383985, 1.02359", \
            "0.0219466, 0.0272394, 0.0395367, 0.0696897, 0.15092, 0.379493, 1.02038", \
            "0.0220598, 0.027076, 0.0392745, 0.0696474, 0.150061, 0.381582, 1.02791" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.0339484, 0.0362157, 0.041954, 0.0553093, 0.088577, 0.180042, 0.427511", \
            "0.0337558, 0.0359878, 0.0417871, 0.0550946, 0.0883811, 0.179689, 0.429913", \
            "0.0333258, 0.0356286, 0.0413931, 0.0546828, 0.0880353, 0.17932, 0.427344", \
            "0.0328692, 0.0350997, 0.0409004, 0.054208, 0.0875121, 0.178817, 0.429639", \
            "0.0328959, 0.0351186, 0.0409115, 0.0542609, 0.0875809, 0.177889, 0.428862", \
            "0.0367212, 0.038391, 0.0428661, 0.0556597, 0.0888639, 0.180247, 0.428823", \
            "0.0433766, 0.045062, 0.0496092, 0.0618899, 0.0952745, 0.185991, 0.432722" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.0416148, 0.0404545, 0.0370427, 0.0258366, -0.0075474, -0.0998261, -0.353321", \
            "0.0413524, 0.0401912, 0.0367773, 0.0255723, -0.0078144, -0.100098, -0.353534", \
            "0.0411149, 0.0399159, 0.036479, 0.0253036, -0.0081776, -0.100428, -0.352506", \
            "0.0408835, 0.0397192, 0.0362369, 0.0250915, -0.0083882, -0.100689, -0.352519", \
            "0.0411697, 0.0400064, 0.0365793, 0.0253824, -0.0080443, -0.100387, -0.35232", \
            "0.0434937, 0.0418662, 0.0379249, 0.0270024, -0.006458, -0.0987423, -0.350619", \
            "0.0511086, 0.0494877, 0.0452084, 0.0330275, -0.0007797, -0.0927215, -0.34456" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002205;
      rise_capacitance : 0.002322;
      rise_capacitance_range (0.002322, 0.002322);
      fall_capacitance : 0.002087;
      fall_capacitance_range (0.002087, 0.002087);
    }
  }
  cell (scs8hd_clkdlybuf4s50_2) {
    area : 11.2608;
    cell_footprint : "buf";
    cell_leakage_power : 0.0095362;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0065242;
      when : "A";
    }
    leakage_power () {
      value : 0.0125482;
      when : "!A";
    }
    leakage_power () {
      value : 0.0095362;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.390025;
      max_transition : 1.50794;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.303156, 0.308348, 0.320488, 0.349132, 0.425672, 0.65247, 1.33784", \
            "0.306518, 0.311693, 0.323824, 0.352479, 0.428944, 0.655598, 1.34543", \
            "0.314425, 0.319593, 0.331732, 0.360376, 0.437046, 0.663591, 1.35035", \
            "0.330752, 0.335925, 0.348047, 0.376695, 0.453369, 0.679627, 1.36817", \
            "0.351572, 0.356791, 0.368941, 0.397588, 0.474208, 0.701069, 1.38687", \
            "0.368187, 0.373345, 0.385446, 0.414122, 0.490803, 0.717678, 1.40516", \
            "0.367994, 0.373173, 0.385311, 0.413974, 0.490656, 0.716952, 1.40269" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0172875, 0.0214416, 0.0326007, 0.0658435, 0.17191, 0.49961, 1.50292", \
            "0.0173092, 0.0213224, 0.0325954, 0.0658292, 0.171507, 0.500261, 1.5012", \
            "0.0172979, 0.021486, 0.0325731, 0.0658646, 0.171712, 0.498854, 1.50225", \
            "0.0173279, 0.0213069, 0.0325854, 0.0658635, 0.171552, 0.499673, 1.50116", \
            "0.0173336, 0.0214262, 0.032605, 0.0659871, 0.171974, 0.500191, 1.49941", \
            "0.0172188, 0.0213919, 0.0327117, 0.0659214, 0.171589, 0.500482, 1.50794", \
            "0.0173572, 0.0213338, 0.0326154, 0.0658852, 0.171496, 0.499738, 1.49964" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.286403, 0.292482, 0.306755, 0.336557, 0.400604, 0.563488, 1.04316", \
            "0.291239, 0.297315, 0.311588, 0.341233, 0.405437, 0.568352, 1.04779", \
            "0.303571, 0.309641, 0.323909, 0.353722, 0.417767, 0.58064, 1.06035", \
            "0.331612, 0.337661, 0.351889, 0.381626, 0.445938, 0.608733, 1.08909", \
            "0.382166, 0.38826, 0.402536, 0.432152, 0.496352, 0.659259, 1.13906", \
            "0.462579, 0.468648, 0.482964, 0.512563, 0.576671, 0.739785, 1.21943", \
            "0.601047, 0.607139, 0.621431, 0.651024, 0.715218, 0.878194, 1.35787" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0247115, 0.0290113, 0.0392617, 0.0627634, 0.126819, 0.326954, 0.96635", \
            "0.0247154, 0.0290141, 0.03926, 0.0626298, 0.126823, 0.326948, 0.957461", \
            "0.0247373, 0.0290222, 0.0392963, 0.062756, 0.12682, 0.326932, 0.966103", \
            "0.0248203, 0.0291821, 0.0392476, 0.0628354, 0.126546, 0.327244, 0.963517", \
            "0.0247064, 0.0289975, 0.0392247, 0.0626592, 0.126808, 0.326792, 0.963802", \
            "0.0248308, 0.029128, 0.0393968, 0.0624069, 0.126801, 0.326049, 0.958481", \
            "0.0247802, 0.0290714, 0.0392522, 0.0627027, 0.126805, 0.326156, 0.96347" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0399997, 0.042192, 0.0490048, 0.0680828, 0.121885, 0.282426, 0.773498", \
            "0.0398223, 0.0419859, 0.0487845, 0.0678611, 0.121691, 0.283079, 0.774387", \
            "0.0394063, 0.041575, 0.0483892, 0.067481, 0.121346, 0.282336, 0.771741", \
            "0.0389349, 0.0410789, 0.0478826, 0.0669725, 0.120791, 0.282032, 0.776018", \
            "0.038955, 0.041143, 0.0479011, 0.067025, 0.120953, 0.281974, 0.775688", \
            "0.0423804, 0.0443245, 0.0501606, 0.0684, 0.122265, 0.283064, 0.778558", \
            "0.0491491, 0.0512286, 0.0571935, 0.0750129, 0.128876, 0.290721, 0.78168" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0456065, 0.0435385, 0.038445, 0.0228418, -0.0296112, -0.193479, -0.69039", \
            "0.0453363, 0.0432698, 0.0381735, 0.0225116, -0.0298802, -0.193738, -0.691159", \
            "0.0450596, 0.0429911, 0.0378938, 0.0222894, -0.0301625, -0.194026, -0.690991", \
            "0.0448585, 0.0428382, 0.0378089, 0.022092, -0.0304029, -0.194164, -0.691593", \
            "0.04505, 0.0429965, 0.037881, 0.0222034, -0.0301674, -0.193969, -0.691386", \
            "0.0463592, 0.0443625, 0.0394039, 0.0238064, -0.0286251, -0.192427, -0.68982", \
            "0.0562803, 0.054161, 0.0482251, 0.0306814, -0.0229238, -0.186348, -0.683674" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002196;
      rise_capacitance : 0.002313;
      rise_capacitance_range (0.002313, 0.002313);
      fall_capacitance : 0.002079;
      fall_capacitance_range (0.002079, 0.002079);
    }
  }
  cell (scs8hd_clkinv_1) {
    area : 3.7536;
    cell_footprint : "clkinv";
    cell_leakage_power : 0.0023071;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0045504;
      when : "A";
    }
    leakage_power () {
      value : 6.38025e-05;
      when : "!A";
    }
    leakage_power () {
      value : 0.0023071;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.282908;
      max_transition : 1.50134;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143797, 0.0041355, 0.0118934, 0.0342048, 0.0983707, 0.282908");
          values ( \
            "0.0132954, 0.0163161, 0.0244653, 0.0467889, 0.11045, 0.293877, 0.813908", \
            "0.0182359, 0.0214284, 0.0294578, 0.0517847, 0.115927, 0.29934, 0.818654", \
            "0.0251849, 0.0304618, 0.0414107, 0.0640776, 0.127652, 0.309162, 0.832366", \
            "0.035297, 0.043229, 0.06024, 0.0918673, 0.155973, 0.337105, 0.858119", \
            "0.0510743, 0.0624304, 0.0876591, 0.13695, 0.223332, 0.40257, 0.923966", \
            "0.0781903, 0.0943395, 0.129625, 0.202728, 0.33524, 0.559242, 1.07119", \
            "0.127396, 0.148572, 0.200388, 0.303747, 0.501721, 0.846643, 1.43461" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143797, 0.0041355, 0.0118934, 0.0342048, 0.0983707, 0.282908");
          values ( \
            "0.0076352, 0.011544, 0.022822, 0.0554193, 0.148408, 0.417055, 1.18264", \
            "0.0100713, 0.0129019, 0.0228118, 0.0551015, 0.148481, 0.418883, 1.1856", \
            "0.0165234, 0.0201963, 0.0281624, 0.055848, 0.148328, 0.416509, 1.18765", \
            "0.0264904, 0.0323429, 0.0440567, 0.0681916, 0.149191, 0.415346, 1.18376", \
            "0.0440157, 0.052169, 0.0703716, 0.104496, 0.173907, 0.41678, 1.18576", \
            "0.078758, 0.0887277, 0.115179, 0.167107, 0.25919, 0.45741, 1.18369", \
            "0.150394, 0.163696, 0.196466, 0.269902, 0.41297, 0.655353, 1.24939" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143797, 0.0041355, 0.0118934, 0.0342048, 0.0983707, 0.282908");
          values ( \
            "0.0161479, 0.0203716, 0.0317168, 0.0619823, 0.148063, 0.394277, 1.10056", \
            "0.0195175, 0.0235672, 0.0346926, 0.0655819, 0.151708, 0.397011, 1.10706", \
            "0.0239936, 0.030051, 0.0433926, 0.0742235, 0.16035, 0.406607, 1.11235", \
            "0.0274966, 0.0364342, 0.0563123, 0.0954781, 0.18161, 0.427561, 1.13615", \
            "0.0276981, 0.0399794, 0.0684724, 0.126036, 0.231531, 0.478013, 1.18316", \
            "0.0188413, 0.0355171, 0.0739548, 0.156249, 0.313032, 0.593773, 1.30056", \
            "-0.0142002, 0.0089232, 0.0621745, 0.173939, 0.39692, 0.812664, 1.56959" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143797, 0.0041355, 0.0118934, 0.0342048, 0.0983707, 0.282908");
          values ( \
            "0.0090169, 0.0138092, 0.0272418, 0.0664282, 0.179654, 0.502692, 1.43581", \
            "0.010241, 0.0142256, 0.0274837, 0.0667288, 0.179116, 0.506462, 1.43688", \
            "0.0166899, 0.0211458, 0.0313364, 0.066697, 0.179668, 0.502029, 1.44558", \
            "0.0269519, 0.0336776, 0.0478518, 0.0773306, 0.180528, 0.506577, 1.43579", \
            "0.0436925, 0.0537696, 0.0757623, 0.116604, 0.202917, 0.5079, 1.44101", \
            "0.0768561, 0.0903961, 0.118335, 0.180993, 0.295686, 0.54295, 1.44024", \
            "0.146409, 0.161558, 0.198237, 0.283695, 0.454051, 0.759849, 1.50134" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143797, 0.0041355, 0.0118934, 0.0342048, 0.0983707, 0.282908");
          values ( \
            "0.0118926, 0.013895, 0.0193098, 0.0341604, 0.0765448, 0.197258, 0.543713", \
            "0.0116846, 0.0135961, 0.0190043, 0.0338618, 0.0762376, 0.198179, 0.543441", \
            "0.0117037, 0.0135131, 0.01874, 0.0336081, 0.0758019, 0.197571, 0.544582", \
            "0.012143, 0.0137955, 0.0188342, 0.0335459, 0.0754015, 0.195641, 0.540803", \
            "0.0135609, 0.0150631, 0.0197324, 0.0340277, 0.0757439, 0.195867, 0.543894", \
            "0.0171422, 0.0183368, 0.0223829, 0.0356512, 0.0772594, 0.196341, 0.542292", \
            "0.0290179, 0.0297423, 0.0331886, 0.0440806, 0.0840697, 0.200001, 0.544773" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143797, 0.0041355, 0.0118934, 0.0342048, 0.0983707, 0.282908");
          values ( \
            "-0.0050656, -0.0065612, -0.0112443, -0.0256821, -0.0679648, -0.189871, -0.540752", \
            "-0.0055058, -0.007031, -0.0116942, -0.0259178, -0.0680506, -0.189928, -0.540735", \
            "-0.0056827, -0.0073228, -0.0121447, -0.0263186, -0.0682431, -0.190024, -0.540765", \
            "-0.0054621, -0.0072799, -0.0123265, -0.026713, -0.0685978, -0.190177, -0.540803", \
            "-0.0038829, -0.0059378, -0.0113277, -0.0264818, -0.0686046, -0.190347, -0.540977", \
            "-9.90491e-05, -0.0025922, -0.0087528, -0.0246228, -0.0676092, -0.18988, -0.540814", \
            "0.0102042, 0.0073101, 0.0007011, -0.0179538, -0.0632726, -0.188012, -0.538636" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003073;
      rise_capacitance : 0.003243;
      rise_capacitance_range (0.003243, 0.003243);
      fall_capacitance : 0.002902;
      fall_capacitance_range (0.002902, 0.002902);
    }
  }
  cell (scs8hd_clkinv_16) {
    area : 30.0288;
    cell_footprint : "clkinv";
    cell_leakage_power : 0.0757792;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.148704;
      when : "A";
    }
    leakage_power () {
      value : 0.0028544;
      when : "!A";
    }
    leakage_power () {
      value : 0.0757792;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 2.97914;
      max_transition : 1.49992;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00212891, 0.00906449, 0.0385949, 0.16433, 0.699687, 2.97913");
          values ( \
            "0.016515, 0.0172991, 0.0203571, 0.0315561, 0.0741796, 0.25296, 1.0137", \
            "0.0214953, 0.0222374, 0.0251885, 0.0362362, 0.0792302, 0.257007, 1.01462", \
            "0.0300143, 0.0311795, 0.0355263, 0.0485764, 0.0914878, 0.269824, 1.02988", \
            "0.0436083, 0.0452699, 0.051679, 0.071682, 0.120957, 0.299128, 1.05632", \
            "0.0680221, 0.0703449, 0.0793116, 0.10848, 0.182407, 0.36774, 1.12461", \
            "0.115722, 0.118898, 0.13075, 0.172084, 0.282611, 0.529872, 1.28214", \
            "0.213563, 0.217856, 0.234781, 0.292232, 0.450106, 0.821442, 1.65148" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00212891, 0.00906449, 0.0385949, 0.16433, 0.699687, 2.97913");
          values ( \
            "0.0088282, 0.0096131, 0.0128796, 0.0272497, 0.0891315, 0.351768, 1.47026", \
            "0.0100299, 0.0106243, 0.0134052, 0.0273656, 0.0889768, 0.35141, 1.46914", \
            "0.0159729, 0.0168341, 0.0200256, 0.0305432, 0.088865, 0.351869, 1.47244", \
            "0.0245233, 0.0257673, 0.0302474, 0.0453026, 0.0935377, 0.351486, 1.47133", \
            "0.0405054, 0.0420155, 0.0483432, 0.0698086, 0.125606, 0.351752, 1.46949", \
            "0.0719485, 0.0739766, 0.0823936, 0.111423, 0.193207, 0.400011, 1.46912", \
            "0.138366, 0.140753, 0.150758, 0.188034, 0.30243, 0.577514, 1.49992" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00212891, 0.00906449, 0.0385949, 0.16433, 0.699687, 2.97913");
          values ( \
            "0.0179865, 0.0187298, 0.02171, 0.0327561, 0.07467, 0.24951, 0.99216", \
            "0.0206897, 0.021439, 0.0243768, 0.0354594, 0.0778354, 0.252778, 0.995968", \
            "0.0233717, 0.0245165, 0.0289109, 0.0429003, 0.0859995, 0.261394, 1.00712", \
            "0.0225646, 0.0242692, 0.0307597, 0.0516668, 0.105833, 0.281433, 1.02469", \
            "0.0130315, 0.0153925, 0.024511, 0.0545132, 0.135156, 0.328739, 1.07312", \
            "-0.0175399, -0.0142909, -0.0016147, 0.0399598, 0.156524, 0.430098, 1.18588", \
            "-0.100294, -0.0958038, -0.0782871, -0.019714, 0.141869, 0.544398, 1.43329" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00212891, 0.00906449, 0.0385949, 0.16433, 0.699687, 2.97913");
          values ( \
            "0.0076824, 0.0084038, 0.0114614, 0.0248568, 0.0820598, 0.325332, 1.36315", \
            "0.0086695, 0.0092695, 0.0119656, 0.0248901, 0.082157, 0.326158, 1.36391", \
            "0.0138907, 0.0147158, 0.0179539, 0.0289665, 0.0824082, 0.326357, 1.36186", \
            "0.0227721, 0.0239111, 0.0286811, 0.0441962, 0.0904572, 0.326214, 1.3632", \
            "0.0370978, 0.0388688, 0.0459047, 0.069477, 0.130618, 0.333597, 1.36478", \
            "0.0660308, 0.0683363, 0.0773324, 0.11053, 0.197038, 0.409932, 1.36303", \
            "0.127835, 0.130323, 0.14188, 0.183471, 0.305491, 0.605992, 1.44919" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00212891, 0.00906449, 0.0385949, 0.16433, 0.699687, 2.97914");
          values ( \
            "0.13164, 0.135528, 0.151487, 0.21386, 0.455221, 1.45956, 5.7335", \
            "0.130121, 0.133662, 0.148376, 0.209468, 0.453206, 1.46494, 5.75978", \
            "0.130793, 0.133902, 0.147549, 0.206244, 0.449828, 1.46222, 5.76056", \
            "0.137132, 0.139983, 0.152638, 0.207869, 0.446618, 1.45957, 5.7581", \
            "0.150713, 0.15315, 0.164253, 0.215405, 0.447816, 1.45714, 5.74909", \
            "0.185189, 0.187283, 0.199569, 0.241083, 0.46975, 1.464, 5.75023", \
            "0.288246, 0.28951, 0.295652, 0.34642, 0.544856, 1.51423, 5.75442" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00212891, 0.00906449, 0.0385949, 0.16433, 0.699687, 2.97914");
          values ( \
            "-0.0515012, -0.0536646, -0.0636355, -0.113172, -0.347501, -1.36387, -5.69749", \
            "-0.0564244, -0.0588987, -0.0695666, -0.118345, -0.349577, -1.36431, -5.69726", \
            "-0.0595585, -0.0623791, -0.0740306, -0.124711, -0.35333, -1.36535, -5.69729", \
            "-0.0583786, -0.0615998, -0.0746066, -0.128541, -0.359186, -1.36767, -5.69762", \
            "-0.0437123, -0.0473109, -0.0620501, -0.117375, -0.360205, -1.36927, -5.69773", \
            "-0.0043862, -0.0084286, -0.0214181, -0.0950024, -0.346129, -1.36864, -5.69661", \
            "0.0958224, 0.0908778, 0.0687243, 0.0018859, -0.283289, -1.33894, -5.67933" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.037587;
      rise_capacitance : 0.040148;
      rise_capacitance_range (0.040148, 0.040148);
      fall_capacitance : 0.035026;
      fall_capacitance_range (0.035026, 0.035026);
    }
  }
  cell (scs8hd_clkinv_2) {
    area : 5.0048;
    cell_footprint : "clkinv";
    cell_leakage_power : 0.0093938;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0186152;
      when : "A";
    }
    leakage_power () {
      value : 0.0001724;
      when : "!A";
    }
    leakage_power () {
      value : 0.0093938;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.559397;
      max_transition : 1.49773;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0129466, 0.0152506, 0.0222157, 0.0435081, 0.110202, 0.324922, 1.01193", \
            "0.017995, 0.0205395, 0.0272441, 0.0484584, 0.115127, 0.333217, 1.03097", \
            "0.0252, 0.0293358, 0.0390784, 0.0608587, 0.128151, 0.340935, 1.0338", \
            "0.0363043, 0.0424653, 0.0577194, 0.0889684, 0.156449, 0.369865, 1.05845", \
            "0.0554544, 0.0641073, 0.0862641, 0.134253, 0.225229, 0.437625, 1.12113", \
            "0.0913574, 0.103218, 0.134211, 0.203761, 0.343296, 0.595022, 1.27976", \
            "0.16254, 0.178691, 0.2216, 0.320524, 0.525094, 0.911276, 1.64638" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0072695, 0.0101261, 0.0195513, 0.0497361, 0.146449, 0.460366, 1.46624", \
            "0.009794, 0.0117409, 0.0197307, 0.0495893, 0.14671, 0.458089, 1.46655", \
            "0.0157933, 0.0187529, 0.0255505, 0.0505468, 0.147014, 0.460052, 1.46795", \
            "0.024992, 0.0294134, 0.0402114, 0.0631772, 0.14712, 0.459859, 1.46977", \
            "0.0416859, 0.0471979, 0.0633527, 0.0978168, 0.170495, 0.457484, 1.46299", \
            "0.0740667, 0.0807609, 0.102868, 0.15403, 0.251684, 0.490995, 1.46386", \
            "0.14184, 0.152145, 0.177975, 0.248445, 0.397267, 0.673473, 1.49773" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0132706, 0.0157627, 0.0232602, 0.045764, 0.116132, 0.341397, 1.07179", \
            "0.0162079, 0.0190772, 0.0265754, 0.0493299, 0.119867, 0.345137, 1.08007", \
            "0.0190946, 0.023299, 0.0339836, 0.057725, 0.129142, 0.355884, 1.08785", \
            "0.0198362, 0.0259796, 0.0416826, 0.0759524, 0.149091, 0.375477, 1.10271", \
            "0.0147659, 0.0233291, 0.0453963, 0.0959652, 0.196506, 0.424049, 1.15187", \
            "-0.0054642, 0.0064753, 0.0371216, 0.108396, 0.257004, 0.541391, 1.2644", \
            "-0.0636395, -0.0473157, -0.0042486, 0.0943421, 0.304761, 0.724905, 1.53" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0067139, 0.0095004, 0.0185239, 0.0479923, 0.141225, 0.443436, 1.40846", \
            "0.0088493, 0.0108623, 0.0188156, 0.0474013, 0.140477, 0.442888, 1.40862", \
            "0.0144656, 0.0173786, 0.0250395, 0.0490418, 0.140577, 0.441407, 1.41232", \
            "0.0232336, 0.0279378, 0.0395151, 0.0641433, 0.143245, 0.439781, 1.4125", \
            "0.038423, 0.0454498, 0.0620745, 0.0989131, 0.173384, 0.446532, 1.41386", \
            "0.069432, 0.0778288, 0.101537, 0.154852, 0.263495, 0.492217, 1.40626", \
            "0.13478, 0.145054, 0.175447, 0.247594, 0.407517, 0.711857, 1.47893" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0181614, 0.0205915, 0.0279365, 0.0502134, 0.120634, 0.346304, 1.07067", \
            "0.0178673, 0.0201423, 0.0273277, 0.0496229, 0.119618, 0.344461, 1.06966", \
            "0.0180632, 0.0202371, 0.0269571, 0.0492074, 0.119961, 0.345558, 1.07236", \
            "0.0186966, 0.0207069, 0.0273952, 0.0490217, 0.119128, 0.344335, 1.07637", \
            "0.0211602, 0.0229125, 0.0290269, 0.0501667, 0.119417, 0.34375, 1.06543", \
            "0.0272229, 0.0285418, 0.0337545, 0.0530631, 0.122091, 0.344241, 1.06417", \
            "0.046743, 0.0459694, 0.0512132, 0.0711988, 0.133228, 0.349234, 1.06946" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "-0.0066873, -0.0083932, -0.0144651, -0.0357334, -0.106103, -0.333644, -1.0674", \
            "-0.0073906, -0.0092, -0.0152415, -0.0362065, -0.106307, -0.333703, -1.06711", \
            "-0.0076921, -0.0096593, -0.0160255, -0.036891, -0.10661, -0.333834, -1.06713", \
            "-0.0069667, -0.009107, -0.0161424, -0.0374533, -0.107107, -0.334001, -1.06744", \
            "-0.004772, -0.0067777, -0.0142829, -0.0366591, -0.107215, -0.334257, -1.06543", \
            "0.0020561, -0.0009163, -0.0094488, -0.0334521, -0.106195, -0.334253, -1.06417", \
            "0.0195675, 0.0161794, 0.0072511, -0.0212439, -0.0964094, -0.330792, -1.06597" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.005142;
      rise_capacitance : 0.005467;
      rise_capacitance_range (0.005467, 0.005467);
      fall_capacitance : 0.004816;
      fall_capacitance_range (0.004816, 0.004816);
    }
  }
  cell (scs8hd_clkinv_4) {
    area : 8.7584;
    cell_footprint : "clkinv";
    cell_leakage_power : 0.0188573;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0371894;
      when : "A";
    }
    leakage_power () {
      value : 0.0005252;
      when : "!A";
    }
    leakage_power () {
      value : 0.0188573;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 1.02265;
      max_transition : 1.49284;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178141, 0.00634682, 0.0226125, 0.0805643, 0.287035, 1.02265");
          values ( \
            "0.013102, 0.0146169, 0.0196728, 0.0362722, 0.0932512, 0.292832, 1.02147", \
            "0.0183477, 0.0200432, 0.0249076, 0.0413083, 0.0984698, 0.300307, 1.01484", \
            "0.0259436, 0.0287042, 0.0362263, 0.0539923, 0.110965, 0.313102, 1.0245", \
            "0.0382111, 0.0422473, 0.0538003, 0.080928, 0.140564, 0.342015, 1.05672", \
            "0.0601434, 0.0658094, 0.0825749, 0.123553, 0.208007, 0.40887, 1.12349", \
            "0.102593, 0.11056, 0.133066, 0.192234, 0.322027, 0.572614, 1.27937", \
            "0.190153, 0.200459, 0.23235, 0.31596, 0.502668, 0.886661, 1.65364" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178141, 0.00634682, 0.0226125, 0.0805643, 0.287035, 1.02265");
          values ( \
            "0.0069882, 0.0087861, 0.0153303, 0.0386232, 0.121483, 0.415106, 1.46631", \
            "0.0092941, 0.010492, 0.0157484, 0.0385762, 0.121328, 0.416859, 1.46917", \
            "0.0152442, 0.0170719, 0.0224113, 0.0403278, 0.121302, 0.4169, 1.4665", \
            "0.0242499, 0.0270687, 0.0352979, 0.0546522, 0.123054, 0.415999, 1.4686", \
            "0.0397818, 0.0437608, 0.0558581, 0.0858602, 0.149461, 0.416452, 1.46254", \
            "0.0708319, 0.0765201, 0.0931438, 0.136082, 0.2286, 0.453073, 1.46409", \
            "0.138371, 0.144089, 0.164272, 0.221584, 0.360471, 0.630919, 1.49284" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178141, 0.00634682, 0.0226125, 0.0805643, 0.287035, 1.02265");
          values ( \
            "0.012861, 0.0143906, 0.0195365, 0.0360302, 0.0919285, 0.290456, 0.99829", \
            "0.015567, 0.0174101, 0.0227011, 0.0392909, 0.0957251, 0.293807, 1.00468", \
            "0.0176401, 0.0203383, 0.0282636, 0.0477463, 0.104562, 0.303591, 1.0085", \
            "0.0167177, 0.0206774, 0.0323611, 0.0613599, 0.124795, 0.323405, 1.02922", \
            "0.0081045, 0.0136641, 0.0301467, 0.0724557, 0.165254, 0.371751, 1.07583", \
            "-0.0199377, -0.0121878, 0.0105207, 0.0692692, 0.204546, 0.481584, 1.18777", \
            "-0.0956539, -0.0846779, -0.0530714, 0.0302079, 0.220445, 0.628616, 1.44869" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178141, 0.00634682, 0.0226125, 0.0805643, 0.287035, 1.02265");
          values ( \
            "0.0061118, 0.00774, 0.0136631, 0.0347575, 0.109473, 0.376148, 1.32089", \
            "0.0084839, 0.00962, 0.0143649, 0.0345868, 0.109973, 0.376842, 1.3292", \
            "0.013667, 0.0155753, 0.0214331, 0.0376541, 0.109819, 0.376105, 1.32038", \
            "0.0220557, 0.0250981, 0.0338296, 0.0551058, 0.114708, 0.375404, 1.32674", \
            "0.0370289, 0.0410139, 0.0541302, 0.0853584, 0.151189, 0.382327, 1.32351", \
            "0.0667806, 0.0719264, 0.0899644, 0.133335, 0.233553, 0.443483, 1.34113", \
            "0.130752, 0.137319, 0.158543, 0.218137, 0.361462, 0.6634, 1.40654" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178141, 0.00634682, 0.0226125, 0.0805643, 0.287035, 1.02265");
          values ( \
            "0.0358364, 0.038755, 0.0485684, 0.0805376, 0.190291, 0.576154, 1.95753", \
            "0.0352977, 0.0380174, 0.0473834, 0.0795714, 0.190044, 0.579628, 1.96576", \
            "0.0356134, 0.0380991, 0.0471386, 0.0784507, 0.188936, 0.579129, 1.95306", \
            "0.0368436, 0.0391466, 0.0476181, 0.078195, 0.187987, 0.576777, 1.97062", \
            "0.0415794, 0.0435773, 0.0512181, 0.0802879, 0.187818, 0.575417, 1.95249", \
            "0.0547902, 0.0540738, 0.0603699, 0.0865505, 0.193623, 0.576978, 1.96217", \
            "0.0861208, 0.0863198, 0.0908081, 0.117135, 0.211954, 0.58662, 1.95931" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178141, 0.00634682, 0.0226125, 0.0805643, 0.287035, 1.02265");
          values ( \
            "-0.0136989, -0.0156135, -0.0230143, -0.0524409, -0.161919, -0.554159, -1.95275", \
            "-0.0151033, -0.0171078, -0.0245783, -0.0535203, -0.162299, -0.554344, -1.95268", \
            "-0.0156396, -0.0179079, -0.0258827, -0.0549867, -0.163071, -0.554621, -1.95283", \
            "-0.0149768, -0.0174677, -0.0260554, -0.0559382, -0.164235, -0.555135, -1.95306", \
            "-0.0103061, -0.0131823, -0.0219438, -0.0540301, -0.164889, -0.555671, -1.95249", \
            "0.0021249, -0.0013444, -0.0128361, -0.0476829, -0.158577, -0.554263, -1.95303", \
            "0.0340767, 0.0300435, 0.01686, -0.0213183, -0.145268, -0.545717, -1.94945" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.010185;
      rise_capacitance : 0.010835;
      rise_capacitance_range (0.010835, 0.010835);
      fall_capacitance : 0.009535;
      fall_capacitance_range (0.009535, 0.009535);
    }
  }
  cell (scs8hd_clkinv_8) {
    area : 16.2656;
    cell_footprint : "clkinv";
    cell_leakage_power : 0.03779;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0743646;
      when : "A";
    }
    leakage_power () {
      value : 0.0012155;
      when : "!A";
    }
    leakage_power () {
      value : 0.03779;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 1.77155;
      max_transition : 1.50057;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00195224, 0.00762251, 0.029762, 0.116205, 0.453723, 1.77155");
          values ( \
            "0.0136713, 0.0147228, 0.0185186, 0.0316966, 0.080217, 0.269611, 0.993977", \
            "0.0190042, 0.020117, 0.0237553, 0.0368348, 0.085675, 0.273127, 1.00084", \
            "0.0267969, 0.028624, 0.0344228, 0.0494841, 0.0977316, 0.285386, 1.01394", \
            "0.039516, 0.0420942, 0.0507682, 0.0741571, 0.127702, 0.31402, 1.04589", \
            "0.0623842, 0.0661685, 0.0779682, 0.113049, 0.192711, 0.384366, 1.11171", \
            "0.107409, 0.112363, 0.129492, 0.178616, 0.298419, 0.545535, 1.26992", \
            "0.200913, 0.207271, 0.230306, 0.298831, 0.470222, 0.846704, 1.64297" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00195224, 0.00762251, 0.029762, 0.116205, 0.453723, 1.77155");
          values ( \
            "0.0073227, 0.008506, 0.0131347, 0.0315465, 0.103179, 0.380584, 1.47016", \
            "0.0094114, 0.0101917, 0.0138438, 0.0315342, 0.103185, 0.381733, 1.47243", \
            "0.015251, 0.0165364, 0.0209856, 0.034317, 0.102976, 0.381949, 1.47132", \
            "0.0241955, 0.0260107, 0.0322223, 0.0493248, 0.106297, 0.381238, 1.47323", \
            "0.0396696, 0.0425348, 0.0510257, 0.0764239, 0.135996, 0.382291, 1.47112", \
            "0.070695, 0.0739786, 0.0857483, 0.122469, 0.208003, 0.424802, 1.46842", \
            "0.137481, 0.141655, 0.154536, 0.20263, 0.327102, 0.602121, 1.50056" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00195224, 0.00762251, 0.029762, 0.116205, 0.453723, 1.77155");
          values ( \
            "0.0135483, 0.0145577, 0.018208, 0.0309608, 0.0769362, 0.254996, 0.953153", \
            "0.0162334, 0.0174465, 0.0213205, 0.034072, 0.0808794, 0.258658, 0.955408", \
            "0.0181452, 0.0198976, 0.0257865, 0.0421943, 0.0888232, 0.266973, 0.963524", \
            "0.0167942, 0.0193626, 0.0278763, 0.0523165, 0.109446, 0.288641, 0.981615", \
            "0.007102, 0.0105853, 0.0226948, 0.0578238, 0.142792, 0.335529, 1.02877", \
            "-0.0234091, -0.0185847, -0.0017219, 0.0475763, 0.169868, 0.440069, 1.14008", \
            "-0.104471, -0.0979199, -0.0745961, -0.0061157, 0.16464, 0.561755, 1.39645" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00195224, 0.00762251, 0.029762, 0.116205, 0.453723, 1.77155");
          values ( \
            "0.006278, 0.0072872, 0.0113651, 0.0275311, 0.0905646, 0.336741, 1.29916", \
            "0.0084232, 0.0091724, 0.0123484, 0.0276031, 0.0909383, 0.336525, 1.29824", \
            "0.0134174, 0.0146862, 0.0189805, 0.0317463, 0.0909338, 0.336413, 1.29817", \
            "0.0217231, 0.0236613, 0.0301947, 0.0480039, 0.0982305, 0.336507, 1.2998", \
            "0.0361597, 0.0390775, 0.0482365, 0.075764, 0.138561, 0.343316, 1.29858", \
            "0.0655984, 0.0695781, 0.0819764, 0.117661, 0.210095, 0.416572, 1.29662", \
            "0.129116, 0.133054, 0.147572, 0.196473, 0.323693, 0.619117, 1.38733" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00195224, 0.00762251, 0.029762, 0.116205, 0.453723, 1.77155");
          values ( \
            "0.0694616, 0.0728813, 0.0855643, 0.130326, 0.294973, 0.926601, 3.39496", \
            "0.0686192, 0.0716627, 0.0836163, 0.12821, 0.293649, 0.929687, 3.41295", \
            "0.0692063, 0.0721279, 0.0830605, 0.1265, 0.291532, 0.929131, 3.41146", \
            "0.0714157, 0.0740051, 0.0844625, 0.126421, 0.289786, 0.926944, 3.40659", \
            "0.0800652, 0.084703, 0.0924863, 0.131601, 0.291849, 0.924995, 3.40883", \
            "0.10052, 0.102403, 0.11028, 0.145263, 0.303349, 0.928262, 3.40488", \
            "0.161933, 0.163474, 0.168019, 0.193595, 0.335466, 0.953885, 3.41126" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00195224, 0.00762251, 0.029762, 0.116205, 0.453723, 1.77155");
          values ( \
            "-0.0269026, -0.0289527, -0.0376896, -0.0766888, -0.239427, -0.880685, -3.38514", \
            "-0.029647, -0.0319061, -0.0409739, -0.079053, -0.240382, -0.880948, -3.38617", \
            "-0.0308175, -0.0333228, -0.0431974, -0.0820301, -0.241836, -0.881405, -3.38626", \
            "-0.02921, -0.0323775, -0.0428234, -0.0836661, -0.244367, -0.882505, -3.38658", \
            "-0.0204252, -0.0244482, -0.0358959, -0.0803045, -0.245038, -0.883343, -3.38582", \
            "0.0019468, -0.0023107, -0.0169212, -0.0655305, -0.234441, -0.88075, -3.38579", \
            "0.0600534, 0.0557025, 0.0383368, -0.0202707, -0.206436, -0.863735, -3.37861" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.020154;
      rise_capacitance : 0.021483;
      rise_capacitance_range (0.021483, 0.021483);
      fall_capacitance : 0.018825;
      fall_capacitance_range (0.018825, 0.018825);
    }
  }
  cell (scs8hd_clkinvlp_2) {
    area : 5.0048;
    cell_footprint : "inv";
    cell_leakage_power : 0.00614975;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0122908;
      when : "A";
    }
    leakage_power () {
      value : 8.70974e-06;
      when : "!A";
    }
    leakage_power () {
      value : 0.00614975;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.257273;
      max_transition : 1.50091;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141538, 0.00400662, 0.0113418, 0.032106, 0.0908846, 0.257273");
          values ( \
            "0.0196843, 0.023607, 0.0336757, 0.0603528, 0.133618, 0.337381, 0.918727", \
            "0.0252881, 0.0290442, 0.0391615, 0.0658908, 0.138719, 0.343534, 0.922998", \
            "0.0378317, 0.0427647, 0.0529474, 0.0792944, 0.153565, 0.358313, 0.937269", \
            "0.0578309, 0.0656542, 0.0823358, 0.111669, 0.186016, 0.393319, 0.975537", \
            "0.0909393, 0.103679, 0.130387, 0.179821, 0.262784, 0.47041, 1.05332", \
            "0.147805, 0.167401, 0.210423, 0.289882, 0.423227, 0.647132, 1.22958", \
            "0.251848, 0.281729, 0.348579, 0.47475, 0.69027, 1.03478, 1.64058" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141538, 0.00400662, 0.0113418, 0.032106, 0.0908846, 0.257273");
          values ( \
            "0.010958, 0.0154171, 0.0281411, 0.0642735, 0.165764, 0.453458, 1.27008", \
            "0.0109063, 0.0153451, 0.028055, 0.0642524, 0.165335, 0.453174, 1.26597", \
            "0.0163351, 0.0191219, 0.029183, 0.0640953, 0.166191, 0.451797, 1.26499", \
            "0.0257818, 0.0308399, 0.0422421, 0.0691999, 0.165971, 0.455387, 1.2751", \
            "0.0430418, 0.0511491, 0.067014, 0.100688, 0.176104, 0.454507, 1.27352", \
            "0.0715677, 0.084697, 0.111326, 0.158946, 0.244004, 0.469517, 1.2664", \
            "0.11941, 0.140067, 0.181823, 0.26154, 0.389769, 0.612077, 1.28677" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141538, 0.00400662, 0.0113418, 0.032106, 0.0908846, 0.257273");
          values ( \
            "0.0240586, 0.0288426, 0.0410426, 0.0730056, 0.16179, 0.410093, 1.11405", \
            "0.0273365, 0.0320879, 0.0445457, 0.0770856, 0.166848, 0.414389, 1.11797", \
            "0.03578, 0.0414813, 0.054206, 0.0871175, 0.177116, 0.427842, 1.12987", \
            "0.0463442, 0.0551437, 0.0744169, 0.111787, 0.201856, 0.45285, 1.15544", \
            "0.0561607, 0.0699044, 0.0999804, 0.157718, 0.260736, 0.51099, 1.21827", \
            "0.0561242, 0.0775693, 0.124757, 0.21592, 0.372138, 0.649458, 1.35813", \
            "0.0277584, 0.0597272, 0.13167, 0.271086, 0.518311, 0.932073, 1.67759" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141538, 0.00400662, 0.0113418, 0.032106, 0.0908846, 0.257273");
          values ( \
            "0.0118673, 0.0170013, 0.0317203, 0.0727041, 0.190585, 0.519474, 1.45378", \
            "0.0119264, 0.0170377, 0.031669, 0.0730662, 0.193796, 0.519514, 1.45326", \
            "0.0166596, 0.0202683, 0.0325584, 0.0728681, 0.190595, 0.520552, 1.45381", \
            "0.0264071, 0.0326588, 0.0461594, 0.0781861, 0.189321, 0.52079, 1.45705", \
            "0.0438398, 0.0535077, 0.0736453, 0.112343, 0.203283, 0.527101, 1.46162", \
            "0.0726278, 0.0880227, 0.119903, 0.179553, 0.283822, 0.545697, 1.46235", \
            "0.117946, 0.143198, 0.193388, 0.291156, 0.449584, 0.718588, 1.5009" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141538, 0.00400662, 0.0113418, 0.032106, 0.0908846, 0.257273");
          values ( \
            "0.0169535, 0.0190357, 0.0243748, 0.0384831, 0.0775761, 0.187543, 0.501815", \
            "0.0164057, 0.0184422, 0.0238491, 0.0382356, 0.0772301, 0.187357, 0.501523", \
            "0.016124, 0.0180607, 0.0233147, 0.0377648, 0.0775226, 0.187349, 0.501333", \
            "0.0160511, 0.0178316, 0.0229512, 0.0369323, 0.0769687, 0.18847, 0.502371", \
            "0.0162421, 0.0179753, 0.0228807, 0.0370581, 0.0759179, 0.187591, 0.502375", \
            "0.016095, 0.0176087, 0.022342, 0.0369778, 0.0761412, 0.186696, 0.498063", \
            "0.0189478, 0.0196179, 0.0242411, 0.0374708, 0.0762443, 0.186753, 0.499263" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141538, 0.00400662, 0.0113418, 0.032106, 0.0908846, 0.257273");
          values ( \
            "-0.0073656, -0.0086928, -0.0130509, -0.0265963, -0.0658953, -0.17757, -0.493896", \
            "-0.0081355, -0.009475, -0.0136928, -0.0269484, -0.0660291, -0.177632, -0.493924", \
            "-0.0087482, -0.0102117, -0.0145127, -0.0275576, -0.0663368, -0.177765, -0.493973", \
            "-0.0091155, -0.0107221, -0.0152252, -0.0283595, -0.0668501, -0.178002, -0.494066", \
            "-0.0091262, -0.0108178, -0.0155561, -0.0290286, -0.0676375, -0.178502, -0.494417", \
            "-0.0083382, -0.0100659, -0.0150211, -0.0289062, -0.0682696, -0.1791, -0.494566", \
            "-0.0065347, -0.0084178, -0.0136621, -0.0279481, -0.0676879, -0.179554, -0.495106" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004666;
      rise_capacitance : 0.005029;
      rise_capacitance_range (0.005029, 0.005029);
      fall_capacitance : 0.004302;
      fall_capacitance_range (0.004302, 0.004302);
    }
  }
  cell (scs8hd_clkinvlp_4) {
    area : 7.5072;
    cell_footprint : "inv";
    cell_leakage_power : 0.012295;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0245759;
      when : "A";
    }
    leakage_power () {
      value : 1.40203e-05;
      when : "!A";
    }
    leakage_power () {
      value : 0.012295;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.526438;
      max_transition : 1.50566;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00159478, 0.00508662, 0.016224, 0.0517474, 0.165051, 0.526438");
          values ( \
            "0.0206187, 0.0233363, 0.0309836, 0.0527932, 0.119176, 0.330063, 1.00427", \
            "0.0260678, 0.0286581, 0.0362271, 0.0581573, 0.126573, 0.33566, 1.01475", \
            "0.0386469, 0.0420475, 0.0500789, 0.0720122, 0.139869, 0.350264, 1.03235", \
            "0.0584527, 0.0640233, 0.0775926, 0.105328, 0.171357, 0.382805, 1.06289", \
            "0.0926287, 0.101649, 0.123202, 0.168684, 0.25041, 0.462222, 1.13842", \
            "0.152534, 0.165963, 0.200605, 0.273804, 0.406943, 0.642788, 1.30491", \
            "0.263961, 0.284969, 0.338381, 0.454711, 0.668662, 1.03689, 1.73435" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00159478, 0.00508662, 0.016224, 0.0517474, 0.165051, 0.526438");
          values ( \
            "0.0101555, 0.0129187, 0.0218516, 0.050807, 0.142135, 0.433406, 1.36675", \
            "0.0102102, 0.0128917, 0.0218119, 0.0505016, 0.143291, 0.434041, 1.38055", \
            "0.015389, 0.0170987, 0.0236785, 0.0504923, 0.142405, 0.433693, 1.36792", \
            "0.0244575, 0.0277893, 0.0365078, 0.0573625, 0.14258, 0.43634, 1.37083", \
            "0.0405592, 0.0458094, 0.0592376, 0.0875874, 0.155348, 0.43357, 1.36489", \
            "0.0678868, 0.0763757, 0.0984951, 0.142436, 0.224594, 0.451375, 1.37206", \
            "0.112629, 0.126468, 0.1614, 0.232786, 0.363949, 0.599786, 1.37741" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00159478, 0.00508662, 0.016224, 0.0517474, 0.165051, 0.526438");
          values ( \
            "0.0236251, 0.0265648, 0.03507, 0.0594649, 0.13468, 0.370827, 1.11479", \
            "0.0267856, 0.0296673, 0.0382962, 0.0631414, 0.137607, 0.374575, 1.12981", \
            "0.0344165, 0.038145, 0.0477233, 0.0727794, 0.149766, 0.384929, 1.1439", \
            "0.0433094, 0.0490323, 0.063826, 0.096585, 0.173229, 0.408971, 1.15572", \
            "0.0498104, 0.0589062, 0.082128, 0.133011, 0.231242, 0.467285, 1.21531", \
            "0.04344, 0.0577036, 0.0943585, 0.174342, 0.327918, 0.605318, 1.35882", \
            "0.0019576, 0.0233909, 0.0791703, 0.202363, 0.441272, 0.866872, 1.67152" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00159478, 0.00508662, 0.016224, 0.0517474, 0.165051, 0.526438");
          values ( \
            "0.0100381, 0.0130684, 0.0228153, 0.0539416, 0.152703, 0.467326, 1.46933", \
            "0.0101379, 0.0131234, 0.0227881, 0.0537742, 0.152564, 0.469614, 1.47151", \
            "0.0146516, 0.0173556, 0.0248032, 0.0539057, 0.15323, 0.469024, 1.47571", \
            "0.0234102, 0.0276472, 0.0381724, 0.0623311, 0.152997, 0.468298, 1.47201", \
            "0.0393955, 0.0456866, 0.0618356, 0.0956204, 0.172096, 0.465859, 1.46704", \
            "0.0654868, 0.0760515, 0.101002, 0.154013, 0.255717, 0.499677, 1.47157", \
            "0.107657, 0.123338, 0.163464, 0.247826, 0.402504, 0.682024, 1.50566" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00159478, 0.00508662, 0.016224, 0.0517474, 0.165051, 0.526438");
          values ( \
            "0.0308376, 0.0334995, 0.0411609, 0.0630693, 0.129779, 0.342071, 1.01727", \
            "0.0299207, 0.0324436, 0.0400186, 0.0621431, 0.130004, 0.343365, 1.02732", \
            "0.029464, 0.0318283, 0.0389569, 0.0612846, 0.129208, 0.341318, 1.02124", \
            "0.0298852, 0.0319234, 0.0386785, 0.0603428, 0.12866, 0.341197, 1.0204", \
            "0.0297782, 0.0318329, 0.0384839, 0.0598921, 0.127062, 0.340189, 1.01634", \
            "0.0296726, 0.0315477, 0.0377449, 0.0594633, 0.126927, 0.341514, 1.01442", \
            "0.0334946, 0.035324, 0.0413391, 0.0613056, 0.127035, 0.341806, 1.01988" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00159478, 0.00508662, 0.016224, 0.0517474, 0.165051, 0.526438");
          values ( \
            "-0.0131355, -0.0146221, -0.020063, -0.0400869, -0.107074, -0.322289, -1.00933", \
            "-0.0145736, -0.016127, -0.0214847, -0.0409417, -0.107403, -0.322415, -1.00934", \
            "-0.0157114, -0.0174455, -0.0230702, -0.0423321, -0.108072, -0.322634, -1.0094", \
            "-0.0163701, -0.0182896, -0.0243029, -0.0439555, -0.109322, -0.323148, -1.00961", \
            "-0.0163486, -0.0183273, -0.0247467, -0.0451726, -0.110893, -0.32414, -1.00998", \
            "-0.0148158, -0.0169203, -0.0237161, -0.0446966, -0.112059, -0.325544, -1.01073", \
            "-0.0114619, -0.0137986, -0.0208873, -0.0428531, -0.110826, -0.326483, -1.01173" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008979;
      rise_capacitance : 0.009724;
      rise_capacitance_range (0.009724, 0.009724);
      fall_capacitance : 0.008233;
      fall_capacitance_range (0.008233, 0.008233);
    }
  }
  cell (scs8hd_conb_1) {
    area : 3.7536;
    cell_footprint : "conb";
    cell_leakage_power : 0.0038025;
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pin (HI) {
      direction : output;
      function : "1";
      power_down_function : "!vpwr";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 2.0596;
      max_transition : 1;
    }
    pin (LO) {
      direction : output;
      function : "0";
      power_down_function : "vgnd";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 2.2213;
      max_transition : 1;
    }
  }
  cell (scs8hd_decap_12) {
    area : 15.0144;
    cell_footprint : "decap";
    cell_leakage_power : 0.0038025;
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
  }
  cell (scs8hd_decap_3) {
    area : 3.7536;
    cell_footprint : "decap";
    cell_leakage_power : 0.0038025;
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
  }
  cell (scs8hd_decap_4) {
    area : 5.0048;
    cell_footprint : "decap";
    cell_leakage_power : 0.0038025;
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
  }
  cell (scs8hd_decap_6) {
    area : 7.5072;
    cell_footprint : "decap";
    cell_leakage_power : 0.0038025;
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
  }
  cell (scs8hd_decap_8) {
    area : 10.0096;
    cell_footprint : "decap";
    cell_leakage_power : 0.0038025;
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
  }
  cell (scs8hd_dfbbn_1) {
    area : 32.5312;
    cell_footprint : "dfbbn";
    cell_leakage_power : 0.0332515;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.027149;
      when : "SETB&RESETB&!CLKN&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0270202;
      when : "SETB&RESETB&CLKN&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.106624;
      when : "!SETB&RESETB&!CLKN&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0192403;
      when : "SETB&!RESETB&!CLKN&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.030977;
      when : "SETB&RESETB&!CLKN&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0305887;
      when : "SETB&RESETB&CLKN&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0302915;
      when : "!SETB&RESETB&!CLKN&D&Q&!QN";
    }
    leakage_power () {
      value : 0.019306;
      when : "SETB&!RESETB&!CLKN&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0305058;
      when : "!SETB&RESETB&CLKN&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0229237;
      when : "!SETB&!RESETB&!CLKN&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.100616;
      when : "!SETB&RESETB&CLKN&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0327029;
      when : "SETB&RESETB&CLKN&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0227748;
      when : "!SETB&!RESETB&CLKN&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0307424;
      when : "SETB&RESETB&!CLKN&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0226971;
      when : "!SETB&!RESETB&!CLKN&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0225458;
      when : "!SETB&!RESETB&CLKN&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0191772;
      when : "SETB&!RESETB&CLKN&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0270833;
      when : "SETB&RESETB&!CLKN&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.017005;
      when : "SETB&!RESETB&CLKN&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0250585;
      when : "SETB&RESETB&CLKN&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0332515;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.221568;
      max_transition : 1.4994;
      timing () {
        related_pin : "CLKN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.270117, 0.275364, 0.287643, 0.318886, 0.404968, 0.642281, 1.29995", \
            "0.274557, 0.279808, 0.292003, 0.323498, 0.409371, 0.646136, 1.30227", \
            "0.286121, 0.291373, 0.303585, 0.335054, 0.420972, 0.658093, 1.31594", \
            "0.313744, 0.318963, 0.331259, 0.362486, 0.448545, 0.685727, 1.34228", \
            "0.368054, 0.373307, 0.385513, 0.416988, 0.502903, 0.739963, 1.39806", \
            "0.453698, 0.458901, 0.471096, 0.502391, 0.588477, 0.825647, 1.48317", \
            "0.596331, 0.60157, 0.613774, 0.645313, 0.730986, 0.968209, 1.62397" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.017415, 0.0221658, 0.0362771, 0.079622, 0.20355, 0.546213, 1.49297", \
            "0.0174862, 0.0221814, 0.0363035, 0.0797036, 0.203514, 0.546353, 1.49866", \
            "0.0175391, 0.0221767, 0.0363286, 0.0797244, 0.203404, 0.546173, 1.4994", \
            "0.0174131, 0.0221746, 0.0362968, 0.0796702, 0.203511, 0.545314, 1.49267", \
            "0.0175326, 0.022168, 0.0363111, 0.0797189, 0.203369, 0.544791, 1.4949", \
            "0.0174549, 0.0222024, 0.0363685, 0.0797062, 0.203511, 0.546328, 1.49445", \
            "0.0174356, 0.0221812, 0.0364417, 0.0796625, 0.20328, 0.544681, 1.49448" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.324657, 0.328672, 0.337303, 0.355934, 0.40036, 0.520398, 0.852596", \
            "0.329181, 0.333214, 0.341873, 0.360432, 0.404939, 0.524931, 0.857282", \
            "0.340682, 0.344715, 0.353372, 0.371931, 0.416434, 0.536486, 0.868312", \
            "0.36879, 0.372816, 0.381466, 0.400039, 0.44452, 0.564574, 0.896331", \
            "0.424261, 0.428287, 0.43694, 0.45551, 0.499996, 0.619951, 0.952406", \
            "0.513346, 0.517377, 0.526018, 0.544625, 0.589041, 0.709068, 1.04142", \
            "0.662097, 0.666146, 0.674813, 0.693326, 0.737835, 0.857863, 1.19025" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.012698, 0.0156186, 0.0228648, 0.0417917, 0.0967167, 0.253942, 0.692733", \
            "0.0127072, 0.0156263, 0.0228162, 0.0417332, 0.0966909, 0.254631, 0.694084", \
            "0.0127211, 0.0156237, 0.0228151, 0.0417354, 0.096152, 0.254577, 0.696251", \
            "0.0127191, 0.0156175, 0.0228278, 0.0417091, 0.0961781, 0.254579, 0.697223", \
            "0.0127047, 0.0156181, 0.0228242, 0.0417025, 0.0966913, 0.254918, 0.69719", \
            "0.0125705, 0.0156907, 0.022758, 0.0417135, 0.0967062, 0.254571, 0.69894", \
            "0.0126061, 0.0156735, 0.0228309, 0.0418366, 0.0968062, 0.254503, 0.692002" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.185808, 0.189872, 0.198583, 0.217257, 0.261683, 0.381725, 0.71356", \
            "0.190478, 0.19453, 0.203252, 0.22194, 0.266394, 0.386468, 0.718026", \
            "0.202087, 0.206154, 0.214864, 0.233541, 0.277984, 0.398079, 0.729815", \
            "0.230302, 0.234365, 0.243075, 0.261751, 0.306183, 0.426207, 0.758054", \
            "0.286203, 0.290273, 0.298993, 0.317677, 0.36212, 0.482203, 0.813854", \
            "0.376851, 0.380927, 0.389695, 0.408411, 0.452864, 0.572923, 0.904648", \
            "0.529562, 0.533673, 0.542423, 0.561207, 0.605832, 0.725964, 1.05771" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0128036, 0.0159481, 0.0229702, 0.0419306, 0.0963611, 0.253671, 0.694573", \
            "0.0129244, 0.0158607, 0.0231262, 0.0418956, 0.0962515, 0.253886, 0.698365", \
            "0.0128026, 0.0158153, 0.0230495, 0.0419654, 0.0964129, 0.254354, 0.693389", \
            "0.0128006, 0.0159292, 0.0229491, 0.0419259, 0.0963138, 0.253585, 0.691797", \
            "0.012834, 0.0159706, 0.0230658, 0.0419739, 0.0964509, 0.254134, 0.696329", \
            "0.0129085, 0.0160438, 0.0232459, 0.041845, 0.0964435, 0.254436, 0.69559", \
            "0.0131596, 0.0162388, 0.0233653, 0.0420697, 0.0965587, 0.254064, 0.691116" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.19884, 0.204021, 0.216181, 0.247517, 0.333459, 0.570782, 1.2274", \
            "0.203209, 0.208403, 0.22056, 0.251925, 0.337889, 0.574786, 1.23146", \
            "0.214521, 0.219696, 0.231852, 0.26321, 0.34919, 0.586694, 1.24113", \
            "0.243613, 0.248816, 0.260932, 0.292283, 0.378122, 0.615242, 1.26993", \
            "0.312835, 0.317995, 0.330102, 0.361432, 0.447308, 0.684538, 1.34061", \
            "0.453536, 0.458722, 0.470851, 0.502188, 0.58817, 0.825347, 1.48202", \
            "0.684051, 0.689374, 0.701657, 0.732982, 0.818862, 1.0559, 1.71242" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0174556, 0.0221281, 0.0363292, 0.0795913, 0.203214, 0.54698, 1.49403", \
            "0.0174817, 0.0221017, 0.0362603, 0.0796943, 0.203006, 0.544533, 1.49625", \
            "0.0174321, 0.0220889, 0.0362887, 0.0796702, 0.203307, 0.545987, 1.49021", \
            "0.0175058, 0.0220925, 0.0362823, 0.0796822, 0.20319, 0.54496, 1.49356", \
            "0.0173789, 0.0221573, 0.0362662, 0.079673, 0.202902, 0.54627, 1.49739", \
            "0.0176906, 0.0224048, 0.0363829, 0.0797104, 0.203207, 0.546836, 1.49784", \
            "0.0183092, 0.02288, 0.0367242, 0.0797982, 0.203407, 0.545628, 1.49527" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.122851, 0.126903, 0.135636, 0.154314, 0.198846, 0.318918, 0.650816", \
            "0.126571, 0.130639, 0.139324, 0.15803, 0.202617, 0.32273, 0.654595", \
            "0.13452, 0.138585, 0.147306, 0.166039, 0.210492, 0.330601, 0.6623", \
            "0.151743, 0.155802, 0.164519, 0.18319, 0.227711, 0.347925, 0.679558", \
            "0.178906, 0.183076, 0.191893, 0.210712, 0.255254, 0.375452, 0.707065", \
            "0.200263, 0.204672, 0.213944, 0.233133, 0.278077, 0.398051, 0.73001", \
            "0.179354, 0.184275, 0.194606, 0.214941, 0.260293, 0.380426, 0.712274" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0128695, 0.0159509, 0.0231851, 0.0421001, 0.09632, 0.253874, 0.695265", \
            "0.0128454, 0.0159263, 0.0230903, 0.0419962, 0.0962743, 0.253608, 0.696207", \
            "0.0128261, 0.0158235, 0.0231887, 0.041969, 0.0964354, 0.254217, 0.698575", \
            "0.0128674, 0.016012, 0.0232101, 0.0421257, 0.0964611, 0.254591, 0.698367", \
            "0.0133122, 0.0163517, 0.0235066, 0.0422279, 0.0965797, 0.254577, 0.698831", \
            "0.0146374, 0.0178521, 0.0248118, 0.043195, 0.096862, 0.253571, 0.696084", \
            "0.0174307, 0.0208515, 0.0279132, 0.0457211, 0.098139, 0.254111, 0.696921" \
          );
        }
      }
      internal_power () {
        related_pin : "CLKN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0, 0, -0.0016541, 0.0141378, 0.0555855, 0.155611, 0.42385", \
            "0, 0, -0.0016966, 0.0141377, 0.0555497, 0.156319, 0.423325", \
            "0, 0, -0.0018142, 0.0141758, 0.0556578, 0.156246, 0.425863", \
            "0, 0, -0.0016051, 0.0139387, 0.0552974, 0.156107, 0.423022", \
            "0, 0, -0.0012693, 0.0136683, 0.0550993, 0.155707, 0.424493", \
            "0, 0, -0.0006648, 0.0134841, 0.0553287, 0.15541, 0.423734", \
            "0, 0, 0, 0.0139297, 0.0568274, 0.15846, 0.428078" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0, 0, 0.0016541, 0.0141253, 0.004018, -0.0769357, -0.337989", \
            "0, 0, 0.0016966, 0.0141351, 0.0040453, -0.0769202, -0.337974", \
            "0, 0, 0.0018142, 0.0141906, 0.0040468, -0.0769839, -0.33805", \
            "0, 0, 0.0016051, 0.0139523, 0.0038046, -0.07723, -0.338309", \
            "0, 0, 0.0012693, 0.0137195, 0.0036007, -0.0773757, -0.338426", \
            "0, 0, 0.0006648, 0.0134835, 0.0037635, -0.0769535, -0.337892", \
            "0, 0, 0, 0.0135897, 0.0050569, -0.0749674, -0.335531" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "-0.0041392, 0.0009132, 0.010579, 0.0201698, 0.0071785, -0.07515, -0.337047", \
            "-0.0040859, 0.0009492, 0.0106023, 0.0201877, 0.0072088, -0.0751465, -0.337047", \
            "-0.0039639, 0.0010559, 0.0106952, 0.0202364, 0.0071534, -0.0751988, -0.337107", \
            "-0.0041811, 0.0008354, 0.010453, 0.019973, 0.0069032, -0.0754729, -0.337399", \
            "-0.0046516, 0.0003975, 0.0100725, 0.0196791, 0.006678, -0.0756387, -0.337502", \
            "-0.0056958, -0.0005227, 0.0094079, 0.0194409, 0.0069217, -0.0751882, -0.336956", \
            "-0.0080698, -0.0025483, 0.0081213, 0.0192822, 0.0079412, -0.0740454, -0.335351" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "-0.0004858, 0.0036482, 0.0135532, 0.0348007, 0.0779893, 0.180103, 0.449194", \
            "-0.0005215, 0.0035813, 0.0134257, 0.0345946, 0.0778206, 0.179048, 0.44717", \
            "-0.0005853, 0.0034844, 0.0132641, 0.034304, 0.0773303, 0.179265, 0.447793", \
            "-0.0005937, 0.0034691, 0.0132249, 0.034255, 0.0771158, 0.178468, 0.446244", \
            "-0.0006127, 0.0034355, 0.0131586, 0.0341173, 0.0769825, 0.179038, 0.448171", \
            "-0.0005531, 0.0036045, 0.0135766, 0.0349738, 0.0782485, 0.180503, 0.44968", \
            "-0.0002462, 0.0044317, 0.0154267, 0.0380861, 0.0829137, 0.185215, 0.455736" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0060739, 0.0107967, 0.0197679, 0.0282696, 0.0142926, -0.0686998, -0.330727", \
            "0.006097, 0.0108106, 0.0197841, 0.0283064, 0.014261, -0.0687045, -0.330824", \
            "0.0061536, 0.0108512, 0.0197879, 0.0282808, 0.0141412, -0.0688288, -0.330997", \
            "0.0061288, 0.0107829, 0.0196387, 0.02797, 0.0137119, -0.0693323, -0.331553", \
            "0.0061227, 0.0107656, 0.0195813, 0.0278543, 0.0135831, -0.0695436, -0.33177", \
            "0.0061876, 0.0109187, 0.0199125, 0.0285008, 0.0145484, -0.0688258, -0.33097", \
            "0.0064157, 0.0114765, 0.0211649, 0.0308516, 0.0179381, -0.0650243, -0.327108" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.201426;
      max_transition : 1.50115;
      timing () {
        related_pin : "CLKN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.292935, 0.299693, 0.315086, 0.350932, 0.441325, 0.682065, 1.33429", \
            "0.297241, 0.304028, 0.319429, 0.355252, 0.445644, 0.68648, 1.33904", \
            "0.308897, 0.315688, 0.331066, 0.366894, 0.457313, 0.69786, 1.34969", \
            "0.336979, 0.343766, 0.359197, 0.395035, 0.485463, 0.726161, 1.37893", \
            "0.392376, 0.399148, 0.414542, 0.450381, 0.540771, 0.781603, 1.43363", \
            "0.481258, 0.488035, 0.503428, 0.539262, 0.629684, 0.869691, 1.52062", \
            "0.630526, 0.63731, 0.652694, 0.688533, 0.778909, 1.01975, 1.66946" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0228324, 0.0290348, 0.0450473, 0.0896008, 0.213755, 0.558571, 1.50111", \
            "0.0227985, 0.0290725, 0.045007, 0.0896261, 0.213399, 0.558109, 1.49983", \
            "0.0228447, 0.0289803, 0.0450356, 0.089613, 0.213484, 0.558206, 1.4943", \
            "0.0228085, 0.0290271, 0.0449147, 0.0896108, 0.213907, 0.556454, 1.4982", \
            "0.0228703, 0.0290834, 0.0450574, 0.0896252, 0.21415, 0.558269, 1.50115", \
            "0.0228587, 0.0290243, 0.0450564, 0.0896121, 0.213879, 0.558122, 1.50045", \
            "0.0227833, 0.0289377, 0.0448865, 0.0896079, 0.213562, 0.557232, 1.49419" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.220092, 0.226728, 0.241177, 0.270061, 0.327145, 0.44872, 0.757466", \
            "0.224579, 0.231248, 0.24568, 0.274734, 0.331841, 0.453413, 0.762425", \
            "0.236177, 0.242823, 0.257248, 0.286324, 0.343406, 0.464992, 0.773722", \
            "0.263796, 0.270447, 0.284902, 0.31395, 0.371055, 0.492626, 0.801434", \
            "0.3184, 0.325027, 0.339442, 0.368523, 0.425611, 0.547208, 0.855933", \
            "0.404223, 0.410872, 0.425311, 0.454387, 0.511518, 0.633072, 0.941846", \
            "0.545827, 0.552508, 0.567056, 0.596121, 0.653259, 0.774913, 1.08365" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0256329, 0.0306372, 0.041288, 0.0648724, 0.116775, 0.254196, 0.656043", \
            "0.0256534, 0.0303879, 0.0414875, 0.0648871, 0.11686, 0.254346, 0.652093", \
            "0.0256513, 0.0303576, 0.0413417, 0.0648859, 0.116872, 0.254031, 0.653683", \
            "0.0257445, 0.0304065, 0.0414644, 0.0648673, 0.116864, 0.254345, 0.654166", \
            "0.0256246, 0.0306388, 0.0415396, 0.0648805, 0.116779, 0.254305, 0.656017", \
            "0.0258278, 0.0307004, 0.0415913, 0.06501, 0.116564, 0.254206, 0.652103", \
            "0.0258608, 0.0306097, 0.0415917, 0.0650601, 0.116597, 0.25423, 0.651609" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.154102, 0.16106, 0.176921, 0.213919, 0.306757, 0.548972, 1.20171", \
            "0.158739, 0.165682, 0.181555, 0.218592, 0.311413, 0.553641, 1.20709", \
            "0.170384, 0.177343, 0.193221, 0.230252, 0.323116, 0.565209, 1.21773", \
            "0.19849, 0.205456, 0.221343, 0.258372, 0.351213, 0.59334, 1.24821", \
            "0.254619, 0.261617, 0.277548, 0.314656, 0.407508, 0.64962, 1.30243", \
            "0.344908, 0.352064, 0.368225, 0.405667, 0.498953, 0.741074, 1.39231", \
            "0.497594, 0.505042, 0.521683, 0.55967, 0.653393, 0.895541, 1.54619" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0232636, 0.0296993, 0.0464144, 0.0924515, 0.218228, 0.558805, 1.49986", \
            "0.0232634, 0.0297226, 0.0465207, 0.0924256, 0.218318, 0.559229, 1.49848", \
            "0.0232871, 0.02972, 0.0465212, 0.0924687, 0.218597, 0.55926, 1.49618", \
            "0.0232837, 0.0297658, 0.046553, 0.0924568, 0.218729, 0.55921, 1.49957", \
            "0.0234433, 0.0300406, 0.0466793, 0.0925869, 0.218525, 0.559146, 1.49456", \
            "0.0243712, 0.0308097, 0.0475337, 0.0934555, 0.219254, 0.559783, 1.49842", \
            "0.0263929, 0.0327783, 0.0492095, 0.0950092, 0.220233, 0.559264, 1.4981" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0909738, 0.0979885, 0.113995, 0.151159, 0.243799, 0.485337, 1.13583", \
            "0.0947084, 0.101734, 0.117736, 0.154879, 0.247564, 0.489163, 1.14106", \
            "0.102645, 0.109668, 0.12566, 0.162808, 0.255516, 0.497168, 1.15125", \
            "0.119912, 0.126927, 0.142856, 0.179954, 0.272703, 0.51431, 1.16494", \
            "0.145594, 0.153353, 0.170362, 0.208397, 0.301556, 0.543272, 1.19743", \
            "0.163026, 0.17242, 0.192514, 0.233555, 0.328097, 0.570185, 1.22434", \
            "0.136713, 0.148165, 0.173327, 0.222759, 0.322192, 0.564519, 1.21559" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0236108, 0.030109, 0.046808, 0.0928945, 0.218412, 0.559588, 1.49694", \
            "0.0235914, 0.0301072, 0.0468707, 0.0928939, 0.219074, 0.560535, 1.49983", \
            "0.0235598, 0.0301078, 0.0470107, 0.092875, 0.219048, 0.559243, 1.49771", \
            "0.0238952, 0.0303206, 0.0468939, 0.0929346, 0.218756, 0.559616, 1.49742", \
            "0.027571, 0.0339887, 0.0501438, 0.0948929, 0.219637, 0.559211, 1.50052", \
            "0.0345538, 0.0420215, 0.0585721, 0.100978, 0.221517, 0.560321, 1.50049", \
            "0.0452605, 0.0545387, 0.0746486, 0.117413, 0.229438, 0.562, 1.49468" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.145013, 0.152454, 0.168924, 0.198264, 0.249762, 0.365504, 0.673164", \
            "0.149415, 0.156907, 0.173303, 0.202623, 0.254094, 0.369817, 0.677566", \
            "0.160759, 0.168252, 0.184643, 0.213904, 0.265365, 0.381082, 0.688212", \
            "0.189871, 0.197348, 0.213707, 0.243014, 0.294472, 0.410223, 0.71793", \
            "0.259211, 0.266629, 0.282846, 0.311969, 0.363387, 0.47917, 0.786401", \
            "0.394438, 0.403356, 0.421773, 0.451489, 0.503358, 0.619263, 0.926949", \
            "0.619575, 0.630159, 0.650022, 0.680846, 0.734294, 0.850938, 1.15834" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0318454, 0.0370383, 0.0469817, 0.0639944, 0.107487, 0.246223, 0.653617", \
            "0.0317804, 0.036946, 0.0468603, 0.0639097, 0.107288, 0.246206, 0.651815", \
            "0.0317292, 0.0369558, 0.0468349, 0.0637883, 0.107138, 0.246296, 0.652259", \
            "0.0318377, 0.0369004, 0.0468225, 0.0639601, 0.107376, 0.246228, 0.65043", \
            "0.0319082, 0.037087, 0.046948, 0.0639622, 0.107417, 0.246259, 0.652666", \
            "0.0439147, 0.0483208, 0.0557281, 0.0685737, 0.108829, 0.246655, 0.651485", \
            "0.0601618, 0.0628861, 0.0671832, 0.0760868, 0.113591, 0.248745, 0.651048" \
          );
        }
      }
      internal_power () {
        related_pin : "CLKN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0, 0, -0.0017642, 0.0141289, 0.0534185, 0.14607, 0.387785", \
            "0, 0, -0.0017671, 0.014129, 0.0535972, 0.145925, 0.387609", \
            "0, 0, -0.0018973, 0.0142157, 0.0534466, 0.146496, 0.386847", \
            "0, 0, -0.0016395, 0.0140176, 0.0531993, 0.14586, 0.388976", \
            "0, 0, -0.0013099, 0.0137131, 0.0529631, 0.145558, 0.387297", \
            "0, 0, -0.0007963, 0.0134213, 0.053097, 0.145875, 0.388494", \
            "0, 0, 0, 0.0135099, 0.0542675, 0.147972, 0.388984" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0, 0, 0.0017642, 0.0141275, 0.0058642, -0.0668892, -0.301172", \
            "0, 0, 0.0017671, 0.0141364, 0.0058092, -0.0669003, -0.301178", \
            "0, 0, 0.0018973, 0.0141664, 0.0057617, -0.0670215, -0.301404", \
            "0, 0, 0.0016395, 0.0139282, 0.0054461, -0.0673178, -0.301647", \
            "0, 0, 0.0013099, 0.0136543, 0.0053092, -0.0674404, -0.301698", \
            "0, 0, 0.0007963, 0.0135555, 0.0057239, -0.0667183, -0.300836", \
            "0, 0, 0, 0.0138564, 0.0073104, -0.0646412, -0.298385" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "-0.0059238, -0.0033537, 0.0031782, 0.0201307, 0.0571504, 0.147744, 0.388629", \
            "-0.0058712, -0.0033034, 0.0031995, 0.0201345, 0.0571843, 0.147539, 0.388223", \
            "-0.0057509, -0.0032013, 0.003291, 0.0201948, 0.0570953, 0.147533, 0.388128", \
            "-0.0059625, -0.0034116, 0.0030644, 0.019984, 0.0570385, 0.147304, 0.389715", \
            "-0.0064378, -0.0038648, 0.0026602, 0.0195975, 0.0566497, 0.147025, 0.387757", \
            "-0.0074692, -0.0047526, 0.001974, 0.0192075, 0.0564745, 0.1472, 0.390007", \
            "-0.0096458, -0.006292, 0.0017162, 0.0193143, 0.0572667, 0.149105, 0.389728" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0042769, 0.0065188, 0.012374, 0.028232, 0.064191, 0.153744, 0.396027", \
            "0.0043044, 0.0065404, 0.0123912, 0.0282453, 0.0641483, 0.153848, 0.393781", \
            "0.0043601, 0.0065799, 0.0124024, 0.0282245, 0.0640929, 0.154054, 0.394435", \
            "0.0043382, 0.0065252, 0.0122428, 0.0279187, 0.0636229, 0.153028, 0.393822", \
            "0.0043374, 0.0065229, 0.0122692, 0.0278117, 0.0634224, 0.152991, 0.395301", \
            "0.0046053, 0.0071815, 0.0135504, 0.0285169, 0.0640332, 0.153558, 0.393666", \
            "0.00485, 0.0077712, 0.0148179, 0.0307944, 0.0673252, 0.157378, 0.396718" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0014566, 0.0080036, 0.0205945, 0.0348154, 0.0283278, -0.0433129, -0.277004", \
            "0.0014185, 0.0079362, 0.0204714, 0.0345991, 0.0280034, -0.0436784, -0.277395", \
            "0.0013537, 0.0078381, 0.0203051, 0.0343264, 0.0276375, -0.0441181, -0.277892", \
            "0.0013453, 0.0078243, 0.0202755, 0.0342431, 0.0275581, -0.0442427, -0.278138", \
            "0.0013341, 0.0078002, 0.0202104, 0.0341093, 0.0273289, -0.0444623, -0.278233", \
            "0.001438, 0.0080636, 0.0207476, 0.0349768, 0.0284559, -0.0432252, -0.276948", \
            "0.0017403, 0.0088538, 0.0225051, 0.038108, 0.0328245, -0.0381944, -0.271569" \
          );
        }
      }
    }
    pin (CLKN) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001859;
      rise_capacitance : 0.00194;
      rise_capacitance_range (0.00194, 0.00194);
      fall_capacitance : 0.001778;
      fall_capacitance_range (0.001778, 0.001778);
      timing () {
        related_pin : "CLKN";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.110465, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.115958, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0182209, 0.018125, 0.0179041, 0.0182042, 0.018896, 0.0204908, 0.0241668" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0392943, 0.039135, 0.0387681, 0.0391563, 0.040051, 0.0421135, 0.0468677" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001684;
      rise_capacitance : 0.001736;
      rise_capacitance_range (0.001736, 0.001736);
      fall_capacitance : 0.001631;
      fall_capacitance_range (0.001631, 0.001631);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0337383, -0.0156921, 0.01686", \
            "0.182046, 0.14116, 0.173712", \
            "0.353351, 0.318569, 0.354783" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0700215, -0.235419, -0.437241", \
            "0.052651, -0.107863, -0.306024", \
            "0.197101, 0.0353659, -0.161574" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0483867, 0.0978171, 0.0689271", \
            "-0.112128, -0.0614766, -0.0915872", \
            "-0.287095, -0.236444, -0.265334" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0825664, 0.250405, 0.457111", \
            "-0.0376647, 0.12285, 0.322231", \
            "-0.180894, -0.0191589, 0.177781" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0001395, -0.0002094, -0.0003702, -3.73427e-05, 0.00073, 0.0024988, 0.006576" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0063733, 0.0063551, 0.0063134, 0.00666, 0.0074588, 0.0093004, 0.0135454" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.0017;
      rise_capacitance : 0.001793;
      rise_capacitance_range (0.001793, 0.001793);
      fall_capacitance : 0.001607;
      fall_capacitance_range (0.001607, 0.001607);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0447246, 0.101479, 0.0872376", \
            "-0.119452, -0.063918, -0.0769388", \
            "-0.300523, -0.243768, -0.256789" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0447246, -0.0071471, 0.0156393", \
            "0.200356, 0.148484, 0.171271", \
            "0.381427, 0.330776, 0.354783" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.136829, 0.833333, 2.5" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.067918, 0.102716, 0.243911", \
            "0.134438, 0.142381, 0.253058", \
            "0.10921, 0.106167, 0.214402" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0773457, -0.095054, -0.197186", \
            "-0.152411, -0.149367, -0.242954", \
            "-0.146714, -0.131463, -0.217727" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0090576, 0.0089828, 0.0088104, 0.0091212, 0.0098377, 0.0114893, 0.0152961" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0149949, 0.0148817, 0.0146209, 0.0150449, 0.0160225, 0.0182759, 0.0234702" \
          );
        }
      }
    }
    pin (SETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003616;
      rise_capacitance : 0.003746;
      rise_capacitance_range (0.003746, 0.003746);
      fall_capacitance : 0.003487;
      fall_capacitance_range (0.003487, 0.003487);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0382832, -0.0096048, 0.098224", \
            "-0.176825, -0.153029, -0.120884", \
            "-0.333482, -0.312128, -0.354445" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0422832, 0.0172669, 0.0913229", \
            "0.182046, 0.15825, 0.231085", \
            "0.337482, 0.316128, 0.388963" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0773457, -0.152411, -0.146714", \
            "-0.095054, -0.149367, -0.131463", \
            "-0.197186, -0.242954, -0.217727" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.067918, 0.134438, 0.10921", \
            "0.102716, 0.142381, 0.106167", \
            "0.243911, 0.253058, 0.214402" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.142322, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0058404, -0.0058977, -0.0060298, -0.0060321, -0.0060373, -0.0060494, -0.0060771" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0060354, 0.0060726, 0.0061588, 0.0061636, 0.0061745, 0.0062, 0.0062587" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clear_preset_var1 : H;
      clear_preset_var2 : L;
      clocked_on : "!CLKN";
      next_state : "D";
      preset : "!SETB";
    }
  }
  cell (scs8hd_dfbbn_2) {
    area : 35.0336;
    cell_footprint : "dfbbn";
    cell_leakage_power : 0.0321427;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0333719;
      when : "SETB&RESETB&!CLKN&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0332432;
      when : "SETB&RESETB&CLKN&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0367354;
      when : "!SETB&RESETB&!CLKN&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0254752;
      when : "SETB&!RESETB&!CLKN&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0371886;
      when : "SETB&RESETB&!CLKN&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0368002;
      when : "SETB&RESETB&CLKN&D&Q&!QN";
    }
    leakage_power () {
      value : 0.036501;
      when : "!SETB&RESETB&!CLKN&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0255409;
      when : "SETB&!RESETB&!CLKN&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0367114;
      when : "!SETB&RESETB&CLKN&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0291495;
      when : "!SETB&!RESETB&!CLKN&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0363469;
      when : "!SETB&RESETB&CLKN&D&Q&!QN";
    }
    leakage_power () {
      value : 0.038915;
      when : "SETB&RESETB&CLKN&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0290106;
      when : "!SETB&!RESETB&CLKN&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0369539;
      when : "SETB&RESETB&!CLKN&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0289147;
      when : "!SETB&!RESETB&!CLKN&D&Q&!QN";
    }
    leakage_power () {
      value : 0.028761;
      when : "!SETB&!RESETB&CLKN&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0254122;
      when : "SETB&!RESETB&CLKN&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0333062;
      when : "SETB&RESETB&!CLKN&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0232399;
      when : "SETB&!RESETB&CLKN&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0312757;
      when : "SETB&RESETB&CLKN&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0321427;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.414744;
      max_transition : 1.50273;
      timing () {
        related_pin : "CLKN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.319567, 0.324453, 0.335515, 0.361258, 0.434327, 0.657805, 1.34483", \
            "0.324107, 0.328988, 0.340041, 0.365881, 0.438826, 0.662025, 1.34944", \
            "0.335719, 0.340636, 0.351693, 0.377527, 0.450473, 0.673674, 1.36178", \
            "0.363372, 0.368248, 0.379379, 0.405177, 0.478406, 0.701719, 1.392", \
            "0.418026, 0.422933, 0.434006, 0.459805, 0.532931, 0.756304, 1.44525", \
            "0.504535, 0.509304, 0.520535, 0.546301, 0.619593, 0.842814, 1.52869", \
            "0.646987, 0.651863, 0.662933, 0.688682, 0.761749, 0.98522, 1.66944" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0183245, 0.0221362, 0.0315783, 0.062024, 0.166614, 0.491985, 1.50071", \
            "0.0182257, 0.0219617, 0.0316192, 0.0619726, 0.16609, 0.492123, 1.49985", \
            "0.0183034, 0.0219822, 0.0316314, 0.0619624, 0.166165, 0.493154, 1.49789", \
            "0.0183448, 0.0220711, 0.031542, 0.0619558, 0.166569, 0.493235, 1.49765", \
            "0.0184948, 0.0218754, 0.0315339, 0.0619649, 0.166389, 0.494482, 1.50273", \
            "0.0182433, 0.0220218, 0.0316504, 0.0620138, 0.166329, 0.492846, 1.50012", \
            "0.0183783, 0.0221627, 0.0316009, 0.0620439, 0.166615, 0.492037, 1.49901" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.356238, 0.359799, 0.368183, 0.385759, 0.424932, 0.530125, 0.849599", \
            "0.360528, 0.364085, 0.372468, 0.390043, 0.429218, 0.534406, 0.853892", \
            "0.372183, 0.375761, 0.384171, 0.401815, 0.440854, 0.546116, 0.865281", \
            "0.40034, 0.403902, 0.412317, 0.429973, 0.469016, 0.574292, 0.893024", \
            "0.455979, 0.459534, 0.467974, 0.485568, 0.524668, 0.629977, 0.949235", \
            "0.545, 0.548562, 0.556971, 0.574628, 0.613635, 0.718794, 1.03811", \
            "0.694686, 0.698249, 0.70666, 0.724309, 0.763348, 0.868618, 1.18772" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0144348, 0.0169815, 0.0228027, 0.0372468, 0.0780436, 0.212809, 0.63667", \
            "0.0144194, 0.0169792, 0.0227853, 0.0372461, 0.0780442, 0.212833, 0.636727", \
            "0.0144105, 0.0169405, 0.0229199, 0.0370522, 0.0781631, 0.212468, 0.638627", \
            "0.014407, 0.0168471, 0.0230067, 0.0371255, 0.0781274, 0.212378, 0.638912", \
            "0.0143531, 0.0168198, 0.0228848, 0.0370553, 0.0784976, 0.213252, 0.638451", \
            "0.0143848, 0.016864, 0.022976, 0.0372872, 0.0782541, 0.213365, 0.638892", \
            "0.014415, 0.0169108, 0.0230121, 0.0370758, 0.0781398, 0.212179, 0.636119" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.220085, 0.223704, 0.232225, 0.250069, 0.289337, 0.39465, 0.713075", \
            "0.22466, 0.228277, 0.2368, 0.254644, 0.293866, 0.399215, 0.717649", \
            "0.236486, 0.240101, 0.248636, 0.266452, 0.305773, 0.411017, 0.729581", \
            "0.265066, 0.268674, 0.277209, 0.295066, 0.334283, 0.439666, 0.758071", \
            "0.322308, 0.325926, 0.334452, 0.352303, 0.391577, 0.496901, 0.815349", \
            "0.416755, 0.420396, 0.428957, 0.446779, 0.486092, 0.59143, 0.909835", \
            "0.578321, 0.581981, 0.590562, 0.608469, 0.647837, 0.753128, 1.07186" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0147407, 0.0173092, 0.0234486, 0.0375389, 0.078504, 0.211857, 0.636907", \
            "0.0147505, 0.0173108, 0.0234556, 0.0375415, 0.0783696, 0.211986, 0.637522", \
            "0.0147232, 0.0172573, 0.0233115, 0.0376145, 0.078553, 0.212117, 0.638907", \
            "0.0147978, 0.0173106, 0.0234809, 0.0376689, 0.0784505, 0.211813, 0.640078", \
            "0.0147638, 0.0173249, 0.0234816, 0.0375576, 0.0784933, 0.21179, 0.641595", \
            "0.0147644, 0.0172811, 0.0234298, 0.0376421, 0.0786454, 0.212565, 0.641494", \
            "0.0149208, 0.0174406, 0.0238102, 0.0379061, 0.0786017, 0.21219, 0.634122" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.239834, 0.244233, 0.254421, 0.279727, 0.352938, 0.575932, 1.26287", \
            "0.24419, 0.248589, 0.258833, 0.28412, 0.357296, 0.580928, 1.26675", \
            "0.255469, 0.259885, 0.270079, 0.295376, 0.368571, 0.592156, 1.28016", \
            "0.284551, 0.288945, 0.299226, 0.324504, 0.397628, 0.621291, 1.30704", \
            "0.353673, 0.358082, 0.368246, 0.393548, 0.466754, 0.69012, 1.37721", \
            "0.496099, 0.500522, 0.510743, 0.53608, 0.609056, 0.832232, 1.5192", \
            "0.729947, 0.734514, 0.74493, 0.770371, 0.843308, 1.06685, 1.75128" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0161892, 0.019492, 0.029096, 0.0608824, 0.166317, 0.493389, 1.50039", \
            "0.0161574, 0.0195832, 0.0290886, 0.0608809, 0.166118, 0.493571, 1.50145", \
            "0.0160267, 0.0195719, 0.0290953, 0.0608967, 0.166097, 0.492059, 1.49663", \
            "0.0161569, 0.01955, 0.0290796, 0.0608333, 0.166039, 0.493426, 1.49838", \
            "0.0159211, 0.0194714, 0.0291516, 0.0608222, 0.165823, 0.493473, 1.49841", \
            "0.0162328, 0.0196406, 0.0293544, 0.0608913, 0.165695, 0.493648, 1.50041", \
            "0.0167379, 0.0201544, 0.0298818, 0.0610913, 0.165788, 0.493493, 1.49772" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.155425, 0.159059, 0.16761, 0.185504, 0.224707, 0.330148, 0.648828", \
            "0.159171, 0.162802, 0.171358, 0.18926, 0.228452, 0.333886, 0.652572", \
            "0.167164, 0.170727, 0.179341, 0.197204, 0.236469, 0.341975, 0.660528", \
            "0.18476, 0.188394, 0.196946, 0.214843, 0.254041, 0.35948, 0.678152", \
            "0.216548, 0.220191, 0.228813, 0.246724, 0.286099, 0.391477, 0.710178", \
            "0.248567, 0.25232, 0.261065, 0.279588, 0.319287, 0.424712, 0.743563", \
            "0.245638, 0.249691, 0.259267, 0.279107, 0.319671, 0.425722, 0.744304" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0148828, 0.0175121, 0.0235313, 0.0377408, 0.0787172, 0.212809, 0.6375", \
            "0.0148678, 0.0174894, 0.0234684, 0.0377289, 0.0787083, 0.212772, 0.638095", \
            "0.014758, 0.017296, 0.0232922, 0.0376678, 0.0786186, 0.212358, 0.638652", \
            "0.0148767, 0.0175001, 0.0235064, 0.037737, 0.0787104, 0.212802, 0.63738", \
            "0.0151479, 0.0176606, 0.0236631, 0.0379302, 0.0788396, 0.212179, 0.639427", \
            "0.0162794, 0.018955, 0.0249059, 0.039195, 0.0792714, 0.211944, 0.63891", \
            "0.0191015, 0.021875, 0.0280755, 0.0421343, 0.0813612, 0.213176, 0.638382" \
          );
        }
      }
      internal_power () {
        related_pin : "CLKN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0, 0, -0.004234, 0.0198271, 0.0826172, 0.256737, 0.78343", \
            "0, 0, -0.0042539, 0.0197744, 0.0825896, 0.256533, 0.783011", \
            "0, 0, -0.004405, 0.0198475, 0.0825241, 0.257813, 0.787078", \
            "0, 0, -0.004191, 0.019682, 0.0821226, 0.256542, 0.78246", \
            "0, 0, -0.0038393, 0.0194024, 0.0819683, 0.256267, 0.784203", \
            "0, 0, -0.0031848, 0.0196113, 0.0828263, 0.257217, 0.788078", \
            "0, 0, -0.0021365, 0.0198211, 0.0837048, 0.259719, 0.783543" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0, 0, 0.004234, 0.0198549, -0.0023901, -0.155268, -0.678062", \
            "0, 0, 0.0042539, 0.0198241, -0.0024845, -0.155396, -0.678206", \
            "0, 0, 0.004405, 0.019968, -0.0023553, -0.155388, -0.678248", \
            "0, 0, 0.004191, 0.019679, -0.002648, -0.155649, -0.678488", \
            "0, 0, 0.0038393, 0.0194458, -0.0027892, -0.155727, -0.678565", \
            "0, 0, 0.0031848, 0.0191589, -0.0027257, -0.155418, -0.678157", \
            "0, 0, 0.0021365, 0.0195455, -0.0011089, -0.153086, -0.675458" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "-0.0044389, 0.0011395, 0.0131491, 0.0253999, 0.000107, -0.153998, -0.677614", \
            "-0.0043861, 0.0011835, 0.0131762, 0.0253751, 3.715e-05, -0.154064, -0.677682", \
            "-0.0042547, 0.0013015, 0.013304, 0.0254979, 5.135e-05, -0.153957, -0.677558", \
            "-0.0044652, 0.0010853, 0.0130741, 0.025247, -0.0001503, -0.154241, -0.677854", \
            "-0.0049314, 0.0006558, 0.012692, 0.0249762, -0.0002852, -0.154365, -0.677978", \
            "-0.0059842, -0.0003114, 0.0119717, 0.024645, -0.0003335, -0.154179, -0.677699", \
            "-0.0083062, -0.0022087, 0.0110879, 0.0254814, 0.0018276, -0.152116, -0.675174" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "-0.0010222, 0.0028744, 0.0137346, 0.0406795, 0.104773, 0.280309, 0.807783", \
            "-0.0010564, 0.0028131, 0.0136178, 0.0404113, 0.104769, 0.280768, 0.807109", \
            "-0.0011213, 0.00272, 0.0134511, 0.0401441, 0.104134, 0.280254, 0.808231", \
            "-0.0011292, 0.0027054, 0.0134276, 0.0400833, 0.104062, 0.279452, 0.809509", \
            "-0.0011383, 0.0026861, 0.0133679, 0.0399902, 0.104043, 0.278866, 0.808622", \
            "-0.0011101, 0.0027972, 0.0137066, 0.0406465, 0.104905, 0.280168, 0.807374", \
            "-0.0008449, 0.0035763, 0.0154416, 0.0437072, 0.109396, 0.286106, 0.815705" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0058131, 0.011092, 0.0224474, 0.0334443, 0.0069753, -0.147698, -0.671529", \
            "0.0058064, 0.0110747, 0.0224073, 0.033409, 0.0069184, -0.147793, -0.671673", \
            "0.0057834, 0.0110489, 0.0223312, 0.0333242, 0.0068222, -0.147997, -0.671742", \
            "0.0057726, 0.0110024, 0.0222333, 0.0330435, 0.0063684, -0.148444, -0.672271", \
            "0.0057866, 0.011013, 0.0222194, 0.0330611, 0.0063146, -0.148465, -0.67236", \
            "0.00591, 0.011295, 0.0228491, 0.0342754, 0.0076665, -0.147535, -0.671282", \
            "0.0061765, 0.0119037, 0.0242425, 0.0369778, 0.0117901, -0.143013, -0.66683" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.379038;
      max_transition : 1.50491;
      timing () {
        related_pin : "CLKN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.302268, 0.307742, 0.32101, 0.35169, 0.430903, 0.658389, 1.34188", \
            "0.306638, 0.312151, 0.325386, 0.356102, 0.435321, 0.66279, 1.34582", \
            "0.31813, 0.323614, 0.336865, 0.36758, 0.44677, 0.674258, 1.35768", \
            "0.346354, 0.351838, 0.365111, 0.39578, 0.475018, 0.702548, 1.38619", \
            "0.401982, 0.407494, 0.42073, 0.451432, 0.530653, 0.758203, 1.44215", \
            "0.491295, 0.496793, 0.510032, 0.540715, 0.619925, 0.847294, 1.5304", \
            "0.641135, 0.646658, 0.659888, 0.690559, 0.769753, 0.997286, 1.68097" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0206432, 0.0251767, 0.0373996, 0.0712851, 0.176197, 0.501817, 1.50301", \
            "0.0206196, 0.0251973, 0.0373868, 0.0712947, 0.176169, 0.502639, 1.50145", \
            "0.0206401, 0.0251502, 0.0373938, 0.0713654, 0.176146, 0.501989, 1.49782", \
            "0.020636, 0.0251512, 0.0373557, 0.0711744, 0.17604, 0.503191, 1.50491", \
            "0.020617, 0.0251958, 0.0373842, 0.0713117, 0.176238, 0.503018, 1.50182", \
            "0.0206227, 0.0251813, 0.0373489, 0.0712116, 0.176217, 0.502367, 1.49734", \
            "0.0205978, 0.0251647, 0.0373714, 0.0712619, 0.176219, 0.50178, 1.49743" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.237742, 0.243103, 0.255863, 0.283127, 0.33832, 0.456078, 0.764304", \
            "0.242093, 0.247429, 0.260199, 0.287475, 0.342645, 0.460419, 0.7686", \
            "0.253705, 0.259104, 0.271845, 0.299095, 0.354259, 0.472043, 0.780122", \
            "0.281336, 0.286651, 0.299416, 0.326677, 0.381857, 0.499627, 0.807852", \
            "0.335954, 0.341274, 0.354052, 0.381332, 0.436456, 0.554234, 0.86225", \
            "0.422324, 0.427708, 0.44045, 0.467728, 0.5229, 0.640679, 0.94891", \
            "0.564846, 0.570205, 0.582992, 0.610301, 0.665524, 0.783346, 1.09142" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0268861, 0.0304228, 0.0396429, 0.0598539, 0.105296, 0.2281, 0.621473", \
            "0.026847, 0.0304346, 0.0395627, 0.0599128, 0.105517, 0.227871, 0.621719", \
            "0.0267682, 0.0304897, 0.0391856, 0.059876, 0.105499, 0.227877, 0.622181", \
            "0.0267705, 0.0303812, 0.039236, 0.0597769, 0.10541, 0.227777, 0.621454", \
            "0.0269368, 0.0304994, 0.039354, 0.0595881, 0.105534, 0.228008, 0.621295", \
            "0.0268907, 0.0305673, 0.0396557, 0.0597282, 0.105391, 0.228016, 0.622556", \
            "0.0269984, 0.0306193, 0.0394142, 0.0600486, 0.10559, 0.228137, 0.618323" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.16495, 0.170611, 0.184314, 0.216136, 0.297888, 0.52781, 1.20991", \
            "0.169607, 0.175297, 0.188966, 0.22079, 0.302538, 0.532546, 1.21623", \
            "0.181255, 0.186964, 0.200638, 0.232487, 0.314237, 0.544424, 1.22919", \
            "0.209815, 0.215527, 0.229208, 0.26106, 0.342831, 0.572872, 1.25625", \
            "0.267509, 0.273197, 0.286931, 0.318821, 0.400626, 0.630642, 1.31421", \
            "0.362096, 0.36794, 0.381808, 0.413934, 0.496027, 0.726029, 1.41151", \
            "0.522584, 0.52864, 0.54298, 0.575111, 0.657962, 0.887715, 1.57072" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0210947, 0.0259259, 0.038581, 0.0738842, 0.181079, 0.504587, 1.49865", \
            "0.0211512, 0.0259827, 0.0386731, 0.0738806, 0.181109, 0.504118, 1.49556", \
            "0.0211685, 0.0259239, 0.0386178, 0.0739526, 0.181638, 0.504812, 1.49881", \
            "0.0210597, 0.0259716, 0.0386692, 0.0738064, 0.181003, 0.504717, 1.49749", \
            "0.0212085, 0.0260477, 0.0387267, 0.0739422, 0.181076, 0.503802, 1.49778", \
            "0.0219598, 0.0267589, 0.0393414, 0.0745188, 0.182321, 0.50488, 1.4962", \
            "0.0235082, 0.0285117, 0.041037, 0.075833, 0.182027, 0.504894, 1.49662" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.100135, 0.105886, 0.11967, 0.151593, 0.233145, 0.462565, 1.14547", \
            "0.10391, 0.109631, 0.123416, 0.155334, 0.236902, 0.466257, 1.14787", \
            "0.111899, 0.117626, 0.131398, 0.163317, 0.244901, 0.474313, 1.15749", \
            "0.129615, 0.135328, 0.149073, 0.180922, 0.262525, 0.492048, 1.17373", \
            "0.15946, 0.165652, 0.180268, 0.213195, 0.29533, 0.524869, 1.20775", \
            "0.185314, 0.19261, 0.209965, 0.246537, 0.33092, 0.561011, 1.24256", \
            "0.172805, 0.181214, 0.202117, 0.246772, 0.338213, 0.569423, 1.25063" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0213451, 0.026299, 0.0390394, 0.0741236, 0.181151, 0.504885, 1.49833", \
            "0.0213614, 0.0262888, 0.0390309, 0.074106, 0.181318, 0.504067, 1.49871", \
            "0.0214792, 0.0262816, 0.0389491, 0.0741735, 0.181247, 0.504195, 1.49929", \
            "0.0213714, 0.0262908, 0.0390212, 0.0740836, 0.181285, 0.504287, 1.49735", \
            "0.0240429, 0.0292884, 0.0419968, 0.0761787, 0.181888, 0.504411, 1.49943", \
            "0.0307235, 0.0363824, 0.0507265, 0.0837491, 0.185567, 0.505545, 1.49703", \
            "0.041104, 0.0477071, 0.0646874, 0.100733, 0.196578, 0.507513, 1.49483" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.166385, 0.172111, 0.18468, 0.20822, 0.254329, 0.361502, 0.666561", \
            "0.17097, 0.17666, 0.189162, 0.212644, 0.258723, 0.365887, 0.67045", \
            "0.182398, 0.188085, 0.200512, 0.223928, 0.269989, 0.377156, 0.681987", \
            "0.211291, 0.217, 0.22951, 0.253008, 0.299086, 0.406266, 0.711001", \
            "0.280485, 0.286216, 0.298698, 0.322081, 0.368126, 0.47533, 0.780315", \
            "0.424144, 0.429269, 0.440718, 0.463706, 0.51004, 0.617511, 0.922295", \
            "0.655196, 0.660257, 0.671706, 0.69559, 0.743857, 0.852933, 1.15772" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0318501, 0.0344035, 0.0397381, 0.0519178, 0.0900061, 0.213694, 0.618509", \
            "0.031732, 0.0341747, 0.0395481, 0.0516525, 0.0899457, 0.213383, 0.617409", \
            "0.0316098, 0.0341148, 0.0394126, 0.0515762, 0.0899379, 0.213419, 0.618052", \
            "0.0317774, 0.0342103, 0.0396192, 0.0516814, 0.0899611, 0.213564, 0.621587", \
            "0.0316802, 0.0340483, 0.0394793, 0.0518022, 0.0898907, 0.213564, 0.614852", \
            "0.0342649, 0.0357587, 0.0400211, 0.0528099, 0.0912006, 0.21407, 0.621439", \
            "0.0348539, 0.036904, 0.0418263, 0.0565407, 0.0956726, 0.216541, 0.615825" \
          );
        }
      }
      internal_power () {
        related_pin : "CLKN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0, 0, -0.0044277, 0.0198336, 0.0792316, 0.241131, 0.722751", \
            "0, 0, -0.0044437, 0.0198234, 0.0790501, 0.240566, 0.72158", \
            "0, 0, -0.0043928, 0.0199294, 0.0790812, 0.241017, 0.723441", \
            "0, 0, -0.0043616, 0.0197326, 0.0789257, 0.241737, 0.721405", \
            "0, 0, -0.0040231, 0.0194166, 0.0785953, 0.240575, 0.719213", \
            "0, 0, -0.0034003, 0.0191688, 0.0787607, 0.240872, 0.723525", \
            "0, 0, -0.0025591, 0.0193804, 0.0800045, 0.243489, 0.720644" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0, 0, 0.0044277, 0.0198092, -8.025e-05, -0.138702, -0.611989", \
            "0, 0, 0.0044437, 0.0197442, -0.0002989, -0.138851, -0.612189", \
            "0, 0, 0.0046011, 0.0198326, -0.0002632, -0.138967, -0.612353", \
            "0, 0, 0.0043616, 0.0195849, -0.0005222, -0.139234, -0.612603", \
            "0, 0, 0.0040231, 0.0193908, -0.0006362, -0.139368, -0.612614", \
            "0, 0, 0.0034003, 0.0191507, -0.0004159, -0.138828, -0.612046", \
            "0, 0, 0.0025591, 0.0199206, 0.0021655, -0.136458, -0.609179" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "-0.006216, -0.0036522, 0.0035996, 0.0253444, 0.0825121, 0.242005, 0.7199", \
            "-0.0061605, -0.0035993, 0.0036493, 0.0253632, 0.0825377, 0.241678, 0.720668", \
            "-0.0060361, -0.003486, 0.0037326, 0.0253978, 0.0824989, 0.24192, 0.719307", \
            "-0.0062474, -0.0037021, 0.0035059, 0.0251331, 0.0822001, 0.24199, 0.71835", \
            "-0.0067129, -0.0041487, 0.0031138, 0.0248418, 0.0820406, 0.241261, 0.719324", \
            "-0.0077687, -0.0051104, 0.0023306, 0.0245702, 0.0821341, 0.241922, 0.719295", \
            "-0.0099751, -0.0066954, 0.0022861, 0.0250396, 0.0830209, 0.243531, 0.720751" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0040291, 0.0063029, 0.01285, 0.0333897, 0.0892116, 0.248242, 0.724358", \
            "0.004021, 0.0062867, 0.0128292, 0.0333307, 0.0891239, 0.24752, 0.724842", \
            "0.0040004, 0.0062551, 0.0127811, 0.0332252, 0.0890069, 0.247996, 0.723486", \
            "0.0039892, 0.0062133, 0.0126553, 0.0329689, 0.0885886, 0.246842, 0.726784", \
            "0.0040103, 0.0062378, 0.012677, 0.0329681, 0.0885285, 0.247412, 0.723012", \
            "0.0042635, 0.006887, 0.0142798, 0.034304, 0.0892843, 0.247592, 0.725112", \
            "0.004563, 0.0075579, 0.0157514, 0.0370087, 0.0931519, 0.251736, 0.72661" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0010132, 0.0080597, 0.0232082, 0.0406681, 0.022605, -0.115521, -0.58841", \
            "0.0009728, 0.007988, 0.0231079, 0.0404069, 0.0223135, -0.11581, -0.588745", \
            "0.000907, 0.0079026, 0.0229192, 0.0401372, 0.0219072, -0.116263, -0.589223", \
            "0.0009012, 0.0078827, 0.0229026, 0.0400786, 0.021854, -0.11634, -0.589254", \
            "0.0008964, 0.0078811, 0.0228732, 0.0399842, 0.0216348, -0.11659, -0.589482", \
            "0.000948, 0.0080501, 0.023297, 0.0406511, 0.0223707, -0.115838, -0.588754", \
            "0.0011581, 0.0086818, 0.0248884, 0.0437253, 0.0268069, -0.111145, -0.583778" \
          );
        }
      }
    }
    pin (CLKN) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001883;
      rise_capacitance : 0.001963;
      rise_capacitance_range (0.001963, 0.001963);
      fall_capacitance : 0.001802;
      fall_capacitance_range (0.001802, 0.001802);
      timing () {
        related_pin : "CLKN";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.114859, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.131337, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0183903, 0.018293, 0.0180691, 0.018368, 0.0190569, 0.0206452, 0.0243063" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0394859, 0.0393081, 0.0388988, 0.0392894, 0.0401897, 0.0422653, 0.0470496" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00168;
      rise_capacitance : 0.001734;
      rise_capacitance_range (0.001734, 0.001734);
      fall_capacitance : 0.001626;
      fall_capacitance_range (0.001626, 0.001626);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0337383, -0.0144714, 0.0180807", \
            "0.183266, 0.143602, 0.174933", \
            "0.354572, 0.32101, 0.356004" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0688008, -0.234198, -0.436021", \
            "0.0538717, -0.105422, -0.304803", \
            "0.199542, 0.0378073, -0.159133" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0508281, 0.100258, 0.0713685", \
            "-0.109686, -0.0590352, -0.0891458", \
            "-0.283433, -0.232782, -0.261672" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0825664, 0.250405, 0.457111", \
            "-0.0388854, 0.121629, 0.32101", \
            "-0.183335, -0.0216003, 0.17534" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.000134, -0.0002031, -0.0003621, -2.94679e-05, 0.0007374, 0.0025052, 0.00658" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0063176, 0.0062993, 0.0062574, 0.0066243, 0.00747, 0.0094197, 0.0139139" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001691;
      rise_capacitance : 0.001776;
      rise_capacitance_range (0.001776, 0.001776);
      fall_capacitance : 0.001606;
      fall_capacitance_range (0.001606, 0.001606);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.047166, 0.100258, 0.0799134", \
            "-0.11701, -0.063918, -0.084263", \
            "-0.298081, -0.243768, -0.264113" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.047166, -0.0022643, 0.0278464", \
            "0.202798, 0.154588, 0.182257", \
            "0.383868, 0.33688, 0.36699" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.154406, 0.833333, 2.5" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0874492, 0.12713, 0.284194", \
            "0.158852, 0.170457, 0.2909", \
            "0.1263, 0.122036, 0.235154" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0895527, -0.109702, -0.22038", \
            "-0.175604, -0.173781, -0.272251", \
            "-0.184556, -0.170526, -0.260451" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0091125, 0.009037, 0.0088629, 0.0091617, 0.0098504, 0.011438, 0.0150976" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0150541, 0.0149393, 0.0146747, 0.0150907, 0.0160497, 0.0182603, 0.0233558" \
          );
        }
      }
    }
    pin (SETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003578;
      rise_capacitance : 0.00371;
      rise_capacitance_range (0.00371, 0.00371);
      fall_capacitance : 0.003447;
      fall_capacitance_range (0.003447, 0.003447);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0382832, -0.0096048, 0.184894", \
            "-0.178046, -0.15425, -0.0464212", \
            "-0.335923, -0.313348, -0.295851" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0435039, 0.0184876, 0.0913229", \
            "0.183266, 0.159471, 0.231085", \
            "0.339923, 0.317348, 0.390184" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0895527, -0.175604, -0.184556", \
            "-0.109702, -0.173781, -0.170526", \
            "-0.22038, -0.272251, -0.260451" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0874492, 0.158852, 0.1263", \
            "0.12713, 0.170457, 0.122036", \
            "0.284194, 0.2909, 0.235154" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.15111, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0057643, -0.0057514, -0.0057214, -0.0057341, -0.0057634, -0.0058308, -0.0059862" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0059774, 0.0060212, 0.0061223, 0.0061272, 0.0061384, 0.0061644, 0.0062242" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clear_preset_var1 : H;
      clear_preset_var2 : L;
      clocked_on : "!CLKN";
      next_state : "D";
      preset : "!SETB";
    }
  }
  cell (scs8hd_dfbbp_1) {
    area : 32.5312;
    cell_footprint : "dfbbp";
    cell_leakage_power : 0.0259233;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0271491;
      when : "SETB&RESETB&CLK&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0270203;
      when : "SETB&RESETB&!CLK&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.030528;
      when : "!SETB&RESETB&CLK&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0192403;
      when : "SETB&!RESETB&CLK&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0309768;
      when : "SETB&RESETB&CLK&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0305883;
      when : "SETB&RESETB&!CLK&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0302937;
      when : "!SETB&RESETB&CLK&D&Q&!QN";
    }
    leakage_power () {
      value : 0.019306;
      when : "SETB&!RESETB&CLK&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0301396;
      when : "!SETB&RESETB&!CLK&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0327032;
      when : "SETB&RESETB&!CLK&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0227906;
      when : "!SETB&!RESETB&!CLK&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0305038;
      when : "!SETB&RESETB&!CLK&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0229297;
      when : "!SETB&!RESETB&CLK&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0225412;
      when : "!SETB&!RESETB&!CLK&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0307421;
      when : "SETB&RESETB&CLK&D&Q&!QN";
    }
    leakage_power () {
      value : 0.022695;
      when : "!SETB&!RESETB&CLK&D&Q&!QN";
    }
    leakage_power () {
      value : 0.017005;
      when : "SETB&!RESETB&!CLK&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0191772;
      when : "SETB&!RESETB&!CLK&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0270833;
      when : "SETB&RESETB&CLK&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0250526;
      when : "SETB&RESETB&!CLK&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0259233;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.221568;
      max_transition : 1.50162;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.297117, 0.302354, 0.31454, 0.345986, 0.431827, 0.668811, 1.32689", \
            "0.301124, 0.306236, 0.318523, 0.349863, 0.435825, 0.67274, 1.32722", \
            "0.310201, 0.315484, 0.327711, 0.359035, 0.444943, 0.681822, 1.33958", \
            "0.32782, 0.3331, 0.345322, 0.376631, 0.462423, 0.699483, 1.35475", \
            "0.348411, 0.35361, 0.365852, 0.397112, 0.483305, 0.720533, 1.37674", \
            "0.362785, 0.368068, 0.380287, 0.411617, 0.497528, 0.734353, 1.39188", \
            "0.346614, 0.351906, 0.364146, 0.395399, 0.481537, 0.718629, 1.37265" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0175033, 0.022163, 0.0363329, 0.0796619, 0.203393, 0.546064, 1.49505", \
            "0.0173228, 0.0221904, 0.0363179, 0.0796879, 0.203369, 0.545897, 1.50162", \
            "0.0174929, 0.022205, 0.0363047, 0.0796873, 0.203463, 0.546295, 1.49896", \
            "0.0174043, 0.0221525, 0.0363473, 0.0796396, 0.203324, 0.545986, 1.50042", \
            "0.0172521, 0.0222054, 0.0362593, 0.0796065, 0.203344, 0.544617, 1.4964", \
            "0.0174171, 0.0221581, 0.0363423, 0.0796383, 0.203286, 0.546059, 1.49932", \
            "0.0172098, 0.0222124, 0.0362638, 0.0796731, 0.203432, 0.545004, 1.491" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.247361, 0.251389, 0.260038, 0.278592, 0.323087, 0.443125, 0.77477", \
            "0.251182, 0.25519, 0.263852, 0.282394, 0.32689, 0.446846, 0.779203", \
            "0.259938, 0.263941, 0.272568, 0.29119, 0.335574, 0.455639, 0.787171", \
            "0.277694, 0.281727, 0.290384, 0.308934, 0.353434, 0.473411, 0.805731", \
            "0.29998, 0.304005, 0.312656, 0.331208, 0.375696, 0.495651, 0.828019", \
            "0.31851, 0.322514, 0.331142, 0.349742, 0.394222, 0.514252, 0.846366", \
            "0.314295, 0.318318, 0.326966, 0.34554, 0.390001, 0.510054, 0.842053" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0127408, 0.0156086, 0.0228044, 0.0416835, 0.096342, 0.25413, 0.695975", \
            "0.0127001, 0.0156314, 0.0228469, 0.0417017, 0.0966846, 0.254645, 0.697058", \
            "0.0125908, 0.0156253, 0.0227653, 0.0417315, 0.0963269, 0.254315, 0.696401", \
            "0.0126753, 0.0156243, 0.0228255, 0.0417099, 0.0966841, 0.254622, 0.697056", \
            "0.0127248, 0.0156068, 0.022803, 0.0417179, 0.0966683, 0.254686, 0.693833", \
            "0.0125994, 0.0156312, 0.0227309, 0.0415729, 0.0966211, 0.254229, 0.691626", \
            "0.0126639, 0.0156214, 0.0228339, 0.0416055, 0.0965593, 0.25435, 0.69971" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.185254, 0.18932, 0.197997, 0.216668, 0.261229, 0.381299, 0.713055", \
            "0.189906, 0.193955, 0.202668, 0.221328, 0.265811, 0.385906, 0.717442", \
            "0.201589, 0.205637, 0.214351, 0.232992, 0.277482, 0.397597, 0.729178", \
            "0.229732, 0.233786, 0.242525, 0.26119, 0.305603, 0.425715, 0.757249", \
            "0.285493, 0.289547, 0.298268, 0.316923, 0.361419, 0.481535, 0.813098", \
            "0.375815, 0.379883, 0.38863, 0.40732, 0.451821, 0.571887, 0.903547", \
            "0.528549, 0.532663, 0.541447, 0.560242, 0.604745, 0.72484, 1.05657" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0128156, 0.0158667, 0.0230347, 0.0417946, 0.096442, 0.253797, 0.695364", \
            "0.012924, 0.0158499, 0.0230772, 0.0419911, 0.0963538, 0.254477, 0.698279", \
            "0.0128089, 0.0158709, 0.0230483, 0.0418871, 0.0964444, 0.254488, 0.697224", \
            "0.0128091, 0.0158052, 0.0231024, 0.0418845, 0.0964854, 0.254498, 0.697924", \
            "0.0128415, 0.0159034, 0.0230849, 0.0419416, 0.0964378, 0.254496, 0.697493", \
            "0.0129203, 0.015994, 0.0232202, 0.0420905, 0.096418, 0.254427, 0.697182", \
            "0.0131275, 0.0161241, 0.0234496, 0.0420387, 0.0964878, 0.253939, 0.693564" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.195761, 0.201271, 0.213658, 0.245079, 0.331076, 0.568546, 1.22679", \
            "0.200196, 0.205639, 0.218054, 0.249616, 0.335551, 0.572342, 1.22828", \
            "0.211285, 0.21679, 0.229219, 0.260653, 0.34681, 0.583948, 1.24253", \
            "0.240403, 0.245904, 0.258306, 0.289722, 0.37568, 0.613215, 1.27129", \
            "0.309792, 0.31518, 0.327726, 0.359077, 0.445127, 0.682563, 1.33925", \
            "0.451112, 0.457137, 0.469835, 0.501271, 0.587443, 0.824027, 1.47985", \
            "0.685528, 0.692418, 0.706171, 0.738194, 0.823937, 1.06098, 1.71716" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0185017, 0.0231839, 0.0371269, 0.079977, 0.203228, 0.546225, 1.49808", \
            "0.0183385, 0.0231723, 0.0371925, 0.0799916, 0.203214, 0.546271, 1.49276", \
            "0.0182797, 0.0231752, 0.0371367, 0.0799633, 0.203424, 0.546129, 1.49724", \
            "0.0184905, 0.0232019, 0.0371008, 0.079982, 0.203138, 0.546503, 1.49327", \
            "0.0185185, 0.0232837, 0.0371032, 0.0799416, 0.203327, 0.546924, 1.49804", \
            "0.0205302, 0.0252416, 0.0385664, 0.0803434, 0.20318, 0.546686, 1.49186", \
            "0.0242228, 0.0290669, 0.0415837, 0.0813747, 0.203469, 0.54629, 1.49422" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.12261, 0.126659, 0.135397, 0.154047, 0.198591, 0.318706, 0.650545", \
            "0.126321, 0.13039, 0.139082, 0.157772, 0.202397, 0.322521, 0.654102", \
            "0.13427, 0.138323, 0.147053, 0.165699, 0.210218, 0.330374, 0.66209", \
            "0.151451, 0.155495, 0.164199, 0.182892, 0.227421, 0.347497, 0.679395", \
            "0.178359, 0.182519, 0.191334, 0.210151, 0.254834, 0.374885, 0.706488", \
            "0.199414, 0.203815, 0.213089, 0.232267, 0.277224, 0.397138, 0.72916", \
            "0.178155, 0.183046, 0.193357, 0.21369, 0.25914, 0.379496, 0.711255" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0128635, 0.0159246, 0.0231228, 0.0420596, 0.0962441, 0.253686, 0.691719", \
            "0.0128455, 0.0158542, 0.0230587, 0.0419586, 0.0963959, 0.254543, 0.698036", \
            "0.0128631, 0.0159662, 0.0231945, 0.0420981, 0.0964418, 0.254503, 0.697881", \
            "0.0128725, 0.0159277, 0.0231528, 0.0421083, 0.0962885, 0.253752, 0.695923", \
            "0.0133194, 0.0162677, 0.023454, 0.0422859, 0.096581, 0.254626, 0.699579", \
            "0.014667, 0.017637, 0.0248674, 0.0431855, 0.0968511, 0.253904, 0.696018", \
            "0.0173797, 0.0211755, 0.0279246, 0.045667, 0.0980271, 0.253916, 0.697017" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0, 0, -0.0026534, 0.0141871, 0.0540332, 0.153757, 0.421809", \
            "0, 0, -0.0026148, 0.0141416, 0.053933, 0.15368, 0.422048", \
            "0, 0, -0.0026856, 0.0141658, 0.0541185, 0.153562, 0.422669", \
            "0, 0, -0.0024592, 0.0138754, 0.0536095, 0.15328, 0.421739", \
            "0, 0, -0.0021374, 0.013618, 0.0533251, 0.152063, 0.419913", \
            "0, 0, -0.001735, 0.0135479, 0.0535906, 0.152639, 0.422431", \
            "0, 0, -0.0015038, 0.0143736, 0.0557597, 0.156135, 0.423902" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0, 0, 0.0026534, 0.0128997, 0.0006107, -0.0817749, -0.343484", \
            "0, 0, 0.0026148, 0.0128048, 0.0004256, -0.0820145, -0.343697", \
            "0, 0, 0.0026856, 0.0128486, 0.0003722, -0.0820999, -0.343847", \
            "0, 0, 0.0024592, 0.012531, 3.18e-05, -0.0824663, -0.344237", \
            "0, 0, 0.0021374, 0.0122117, -0.0002446, -0.0827346, -0.344375", \
            "0, 0, 0.001735, 0.0121945, 0.0001027, -0.0821573, -0.343833", \
            "0, 0, 0.0015038, 0.0134142, 0.0027811, -0.0788149, -0.340184" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "-0.004102, 0.0009277, 0.0105598, 0.0201305, 0.0071048, -0.0752677, -0.337178", \
            "-0.0040545, 0.0009707, 0.0105991, 0.0201312, 0.0071083, -0.075284, -0.337188", \
            "-0.0039351, 0.0010791, 0.0106882, 0.0201714, 0.0071116, -0.0752965, -0.337211", \
            "-0.0041143, 0.0008908, 0.0104723, 0.019958, 0.0068439, -0.0755679, -0.337491", \
            "-0.0044923, 0.0005391, 0.0101846, 0.0197328, 0.0067326, -0.0756384, -0.337539", \
            "-0.0053408, -0.0002008, 0.0096597, 0.0195844, 0.0069596, -0.075237, -0.337031", \
            "-0.0072091, -0.0016962, 0.0089591, 0.0201082, 0.0087363, -0.0732731, -0.334601" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0, 0.0004187, 0.0060548, 0.0207653, 0.0573645, 0.154559, 0.421286", \
            "0, 0.0003928, 0.0060379, 0.0207566, 0.0573197, 0.154641, 0.420882", \
            "0, 0.0003268, 0.0059384, 0.0205926, 0.0571202, 0.154152, 0.419968", \
            "0, 0.0003112, 0.0058954, 0.0205133, 0.0570727, 0.154925, 0.422067", \
            "0, 0.0002893, 0.00588, 0.020507, 0.0570363, 0.154873, 0.422285", \
            "0, 0.0004871, 0.0062932, 0.0213787, 0.0582231, 0.155531, 0.42188", \
            "0, 0.0009778, 0.0074502, 0.023117, 0.0608495, 0.15875, 0.427427" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0, 0.0041125, 0.0130678, 0.0216257, 0.0076066, -0.0754261, -0.337517", \
            "0, 0.0041363, 0.0131096, 0.0216166, 0.0075547, -0.0754646, -0.337467", \
            "0, 0.0041529, 0.0130884, 0.0215476, 0.0074114, -0.075585, -0.337732", \
            "0, 0.0040528, 0.0128867, 0.0212219, 0.0070061, -0.0760917, -0.338281", \
            "0, 0.0039037, 0.012712, 0.0209903, 0.0067115, -0.0764509, -0.338675", \
            "0, 0.0037917, 0.0127828, 0.0213653, 0.0074016, -0.0760249, -0.338161", \
            "0, 0.0037511, 0.0134066, 0.023093, 0.0101753, -0.0727475, -0.334791" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.201426;
      max_transition : 1.50142;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.21586, 0.222577, 0.237944, 0.273759, 0.364112, 0.604683, 1.25713", \
            "0.21957, 0.226268, 0.24163, 0.277465, 0.367802, 0.60759, 1.25934", \
            "0.228415, 0.235189, 0.250515, 0.286339, 0.376682, 0.617028, 1.26902", \
            "0.246148, 0.252908, 0.268293, 0.304074, 0.394417, 0.635155, 1.28631", \
            "0.268418, 0.275187, 0.290566, 0.326358, 0.416739, 0.657417, 1.30934", \
            "0.28698, 0.293744, 0.309096, 0.344907, 0.435314, 0.675326, 1.32766", \
            "0.282661, 0.289435, 0.304817, 0.340661, 0.431072, 0.670915, 1.32235" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0228828, 0.0290582, 0.0449072, 0.0896493, 0.21347, 0.556857, 1.50029", \
            "0.0228398, 0.0289952, 0.0449077, 0.0896022, 0.213899, 0.55626, 1.49417", \
            "0.0228333, 0.0290161, 0.0450414, 0.0896484, 0.21352, 0.558051, 1.49831", \
            "0.0228415, 0.0289872, 0.0449352, 0.0896134, 0.213616, 0.558536, 1.50142", \
            "0.0227784, 0.028994, 0.04492, 0.0896729, 0.213677, 0.557398, 1.50048", \
            "0.0228744, 0.0290216, 0.0450733, 0.0896577, 0.213354, 0.557549, 1.49856", \
            "0.0229511, 0.0291745, 0.0452663, 0.0897323, 0.213419, 0.557527, 1.4961" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.247791, 0.254377, 0.268706, 0.297633, 0.354519, 0.475899, 0.784683", \
            "0.25146, 0.258061, 0.272398, 0.301324, 0.358208, 0.4796, 0.787817", \
            "0.260693, 0.26726, 0.281647, 0.310526, 0.367419, 0.488815, 0.797575", \
            "0.278162, 0.284743, 0.299075, 0.328013, 0.384897, 0.506283, 0.815024", \
            "0.299101, 0.305697, 0.320058, 0.348961, 0.405863, 0.527233, 0.836167", \
            "0.312982, 0.319591, 0.333932, 0.362864, 0.419769, 0.541122, 0.849737", \
            "0.29703, 0.303615, 0.317997, 0.346928, 0.40383, 0.525206, 0.833894" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0255161, 0.0304997, 0.0413577, 0.0646385, 0.116374, 0.254144, 0.655802", \
            "0.0254937, 0.0305182, 0.041325, 0.0645928, 0.116365, 0.25346, 0.657881", \
            "0.0255722, 0.0305055, 0.0413094, 0.0646298, 0.116503, 0.254191, 0.655732", \
            "0.025523, 0.0304945, 0.0413313, 0.0646051, 0.116728, 0.253411, 0.652162", \
            "0.0255648, 0.0305724, 0.0411324, 0.0646132, 0.116691, 0.254122, 0.651905", \
            "0.0254979, 0.0303141, 0.0412627, 0.0646187, 0.116855, 0.254121, 0.653563", \
            "0.0256458, 0.0303034, 0.0411424, 0.0646859, 0.116913, 0.254072, 0.654865" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.153695, 0.160636, 0.176469, 0.213488, 0.306329, 0.548428, 1.20058", \
            "0.158379, 0.165312, 0.18116, 0.218181, 0.31104, 0.553091, 1.20578", \
            "0.169991, 0.176926, 0.19278, 0.229813, 0.322643, 0.56477, 1.21674", \
            "0.198169, 0.20514, 0.220998, 0.258037, 0.350877, 0.59297, 1.24514", \
            "0.253974, 0.261105, 0.277023, 0.314178, 0.407153, 0.649089, 1.30028", \
            "0.344582, 0.35167, 0.367865, 0.4053, 0.49847, 0.740543, 1.39268", \
            "0.496795, 0.504245, 0.520486, 0.558475, 0.652416, 0.894492, 1.54528" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.023357, 0.0297907, 0.0465569, 0.0925176, 0.218146, 0.558522, 1.49873", \
            "0.0233951, 0.0297692, 0.0464862, 0.0925493, 0.218908, 0.559172, 1.50124", \
            "0.0233452, 0.0297981, 0.0465296, 0.0925124, 0.21877, 0.55849, 1.49695", \
            "0.0233355, 0.0298079, 0.0465229, 0.0925132, 0.218736, 0.558636, 1.49292", \
            "0.0236318, 0.0300052, 0.0467492, 0.092677, 0.218356, 0.559427, 1.49454", \
            "0.0244233, 0.0308585, 0.047616, 0.093525, 0.218662, 0.559749, 1.50123", \
            "0.0264573, 0.0327953, 0.0493446, 0.0950503, 0.220012, 0.560068, 1.4978" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0909251, 0.0979269, 0.113916, 0.151081, 0.243704, 0.485267, 1.13645", \
            "0.0946473, 0.101658, 0.117643, 0.154796, 0.247447, 0.489026, 1.14235", \
            "0.102563, 0.109548, 0.125538, 0.162678, 0.255375, 0.497003, 1.15092", \
            "0.119754, 0.126692, 0.142649, 0.179733, 0.272498, 0.514205, 1.16816", \
            "0.145228, 0.152994, 0.169964, 0.207968, 0.301129, 0.542821, 1.19697", \
            "0.162414, 0.171813, 0.191831, 0.232841, 0.327392, 0.569392, 1.22317", \
            "0.135907, 0.147235, 0.172282, 0.221655, 0.320988, 0.563415, 1.21371" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0236914, 0.0301856, 0.0468914, 0.0929579, 0.218735, 0.55867, 1.49707", \
            "0.0236785, 0.0302125, 0.0469562, 0.0929129, 0.219059, 0.55987, 1.49903", \
            "0.0236399, 0.0301548, 0.0468299, 0.0928986, 0.219023, 0.559254, 1.49785", \
            "0.023885, 0.0303995, 0.047186, 0.0930098, 0.219126, 0.55925, 1.50014", \
            "0.0276094, 0.0340152, 0.0502873, 0.0950019, 0.219643, 0.559013, 1.50011", \
            "0.0346842, 0.0421369, 0.0585767, 0.101, 0.221673, 0.559838, 1.4998", \
            "0.0452203, 0.0547192, 0.0747734, 0.117348, 0.229509, 0.561333, 1.4918" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.141615, 0.149131, 0.165106, 0.197038, 0.254351, 0.370964, 0.678001", \
            "0.14597, 0.153453, 0.169442, 0.201407, 0.258788, 0.375348, 0.682726", \
            "0.157047, 0.164541, 0.180491, 0.212472, 0.269822, 0.38644, 0.693569", \
            "0.185843, 0.193293, 0.209259, 0.241176, 0.298508, 0.415145, 0.722181", \
            "0.255401, 0.262792, 0.278627, 0.310475, 0.367709, 0.484357, 0.791469", \
            "0.388167, 0.397104, 0.415834, 0.452347, 0.512267, 0.628836, 0.936064", \
            "0.609295, 0.620299, 0.643322, 0.6882, 0.754198, 0.871655, 1.17849" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0306109, 0.0356507, 0.0474503, 0.0709229, 0.115074, 0.247873, 0.656312", \
            "0.0308188, 0.0356676, 0.0474724, 0.0710055, 0.11525, 0.247747, 0.651917", \
            "0.0306045, 0.0359677, 0.0473922, 0.0709672, 0.115182, 0.247751, 0.656473", \
            "0.0305152, 0.0357237, 0.0473634, 0.0708683, 0.115128, 0.24787, 0.656657", \
            "0.0310465, 0.0362169, 0.0477071, 0.0709895, 0.115121, 0.247865, 0.656479", \
            "0.0428909, 0.0484474, 0.0605021, 0.0824537, 0.120142, 0.24848, 0.650168", \
            "0.062297, 0.0681398, 0.0825407, 0.104477, 0.13288, 0.252097, 0.65211" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0, 0, -0.0033735, 0.0129083, 0.0500571, 0.141168, 0.382219", \
            "0, 0, -0.0033844, 0.012835, 0.0497936, 0.14115, 0.381707", \
            "0, 0, -0.0034619, 0.0128014, 0.0498743, 0.140885, 0.381896", \
            "0, 0, -0.0032594, 0.0125287, 0.0496763, 0.140687, 0.381535", \
            "0, 0, -0.002946, 0.012253, 0.0492692, 0.140277, 0.383163", \
            "0, 0, -0.0025094, 0.0121763, 0.0496069, 0.140712, 0.381902", \
            "0, 0, -0.0020917, 0.0130633, 0.0518357, 0.144342, 0.383593" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0, 0, 0.0033735, 0.014143, 0.0042464, -0.0695298, -0.304294", \
            "0, 0, 0.0033844, 0.0141277, 0.0041366, -0.0695848, -0.304466", \
            "0, 0, 0.0034619, 0.0141763, 0.0041849, -0.0696298, -0.30442", \
            "0, 0, 0.0032594, 0.0139098, 0.003889, -0.0700015, -0.304795", \
            "0, 0, 0.002946, 0.0136225, 0.0036212, -0.070208, -0.304996", \
            "0, 0, 0.0025094, 0.0135007, 0.003835, -0.0698022, -0.304498", \
            "0, 0, 0.0020917, 0.0143726, 0.0060058, -0.0672152, -0.301744" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "-0.0058903, -0.0033315, 0.0031705, 0.0200825, 0.057021, 0.147571, 0.388322", \
            "-0.0058389, -0.003287, 0.0032067, 0.0200852, 0.0570583, 0.147559, 0.388624", \
            "-0.0057244, -0.0031842, 0.003279, 0.0201224, 0.0571235, 0.147595, 0.388651", \
            "-0.0058997, -0.0033646, 0.0030851, 0.0199105, 0.0568941, 0.147325, 0.387668", \
            "-0.0062721, -0.0037076, 0.0028209, 0.0197251, 0.0566802, 0.147548, 0.387729", \
            "-0.0070822, -0.0043503, 0.0024165, 0.0196293, 0.0569031, 0.147776, 0.390492", \
            "-0.0087907, -0.0054494, 0.0025175, 0.0200611, 0.0580051, 0.149933, 0.390471" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "-0.0001444, -0.0001465, 0.005717, 0.0215651, 0.0574575, 0.147063, 0.38936", \
            "-0.0001171, -0.0001336, 0.0057203, 0.0215594, 0.0574698, 0.147021, 0.387565", \
            "-6.33e-05, -0.0001122, 0.0056934, 0.0214984, 0.0573564, 0.147324, 0.387695", \
            "-5.965e-05, -0.0002186, 0.0055224, 0.021157, 0.0568919, 0.146333, 0.388374", \
            "-7.01e-05, -0.0003339, 0.0054225, 0.0209418, 0.0565112, 0.146061, 0.386274", \
            "-0.0001489, 5.1e-05, 0.0064198, 0.0213819, 0.0568889, 0.14641, 0.386091", \
            "-0.0003713, 3.435e-05, 0.0070977, 0.0230995, 0.0595202, 0.149707, 0.389033" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0001444, 0.0046851, 0.0130828, 0.0208613, 0.0079439, -0.067932, -0.303585", \
            "0.0001171, 0.0046423, 0.0130143, 0.0207661, 0.0078341, -0.0680871, -0.303856", \
            "6.33e-05, 0.0045772, 0.0129118, 0.0206122, 0.0076297, -0.0682995, -0.304097", \
            "5.965e-05, 0.0045671, 0.0129008, 0.0205422, 0.0075095, -0.068428, -0.304181", \
            "7.01e-05, 0.0046046, 0.0129764, 0.0206642, 0.0076717, -0.0682324, -0.303917", \
            "0.0001489, 0.0048061, 0.013341, 0.0211653, 0.0083384, -0.0675313, -0.303248", \
            "0.0003713, 0.005394, 0.0145586, 0.0231845, 0.0108602, -0.0646884, -0.300282" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001869;
      rise_capacitance : 0.001976;
      rise_capacitance_range (0.001976, 0.001976);
      fall_capacitance : 0.001762;
      fall_capacitance_range (0.001762, 0.001762);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0819038, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.108268, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0322677, 0.0321594, 0.0319096, 0.0322158, 0.0329218, 0.0345489, 0.0382997" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0266027, 0.026443, 0.026075, 0.0264843, 0.0274278, 0.0296026, 0.0346157" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001686;
      rise_capacitance : 0.001788;
      rise_capacitance_range (0.001788, 0.001788);
      fall_capacitance : 0.001584;
      fall_capacitance_range (0.001584, 0.001584);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0272969, -0.0767272, -0.0417337", \
            "-0.0132669, -0.055373, -0.0167174", \
            "-0.0702331, -0.109898, -0.0773457" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0541523, -0.225653, -0.440904", \
            "-0.0071634, -0.177443, -0.398798", \
            "-0.0348327, -0.20023, -0.421584" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0435039, 0.0953757, 0.0640443", \
            "0.0270326, 0.0691387, 0.0317038", \
            "0.0852194, 0.126105, 0.0935527" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0959941, 0.267495, 0.483966", \
            "0.0465638, 0.218065, 0.440639", \
            "0.0717917, 0.242072, 0.467088" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0003142, 0.0002366, 5.77932e-05, 0.0003883, 0.0011501, 0.002906, 0.0069538" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0059085, 0.0058927, 0.0058562, 0.0062128, 0.0070348, 0.0089295, 0.0132971" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001645;
      rise_capacitance : 0.00172;
      rise_capacitance_range (0.00172, 0.00172);
      fall_capacitance : 0.00157;
      fall_capacitance_range (0.00157, 0.00157);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0435039, 0.0990378, 0.0811341", \
            "-0.0083678, 0.0435039, 0.0231589", \
            "0.0180807, 0.0687318, 0.0447246" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0272969, -0.0803893, -0.0588236", \
            "0.0209128, -0.0285176, -0.0032897", \
            "-0.0043151, -0.0537454, -0.0260762" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.130238, 0.833333, 2.5" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.067918, 0.102716, 0.243911", \
            "0.134438, 0.14116, 0.251837", \
            "0.10799, 0.106167, 0.214402" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0773457, -0.0962747, -0.198407", \
            "-0.152411, -0.149367, -0.241734", \
            "-0.145494, -0.130243, -0.216506" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089466, 0.0088758, 0.0087125, 0.0090266, 0.0097506, 0.0114194, 0.015266" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0149111, 0.0148035, 0.0145552, 0.0148995, 0.0156931, 0.0175223, 0.021739" \
          );
        }
      }
    }
    pin (SETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003608;
      rise_capacitance : 0.003718;
      rise_capacitance_range (0.003718, 0.003718);
      fall_capacitance : 0.003498;
      fall_capacitance_range (0.003498, 0.003498);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0248555, 0.0355612, 0.228839", \
            "-0.0974792, -0.0346211, 0.11227", \
            "-0.0844583, -0.022821, 0.0935527" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0740215, 0.0514466, 0.125503", \
            "0.13688, 0.113084, 0.18714", \
            "0.121417, 0.096401, 0.169236" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0773457, -0.152411, -0.145494", \
            "-0.0962747, -0.149367, -0.130243", \
            "-0.198407, -0.241734, -0.216506" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.067918, 0.134438, 0.10799", \
            "0.102716, 0.14116, 0.106167", \
            "0.243911, 0.251837, 0.214402" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.142322, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0074859, 0.0074459, 0.0073538, 0.0074519, 0.0076777, 0.0081986, 0.0093993" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0060028, 0.006039, 0.0061226, 0.0061283, 0.0061412, 0.0061714, 0.0062408" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clear_preset_var1 : H;
      clear_preset_var2 : L;
      clocked_on : "CLK";
      next_state : "D";
      preset : "!SETB";
    }
  }
  cell (scs8hd_dfrbp_1) {
    area : 28.7776;
    cell_footprint : "dfrbp";
    cell_leakage_power : 0.0213088;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0248922;
      when : "RESETB&CLK&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0247145;
      when : "RESETB&!CLK&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0246136;
      when : "!RESETB&CLK&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0153836;
      when : "RESETB&CLK&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0146351;
      when : "RESETB&!CLK&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0246613;
      when : "!RESETB&CLK&D&!Q&QN";
    }
    leakage_power () {
      value : 0.022627;
      when : "RESETB&!CLK&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0248446;
      when : "RESETB&CLK&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0246122;
      when : "!RESETB&!CLK&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0150946;
      when : "RESETB&CLK&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0170968;
      when : "RESETB&!CLK&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0225304;
      when : "!RESETB&!CLK&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0213088;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.219736;
      max_transition : 1.51038;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219736");
          values ( \
            "0.193451, 0.200141, 0.215423, 0.250829, 0.340236, 0.58085, 1.24311", \
            "0.197134, 0.203853, 0.219155, 0.254541, 0.343951, 0.584312, 1.24632", \
            "0.2062, 0.212913, 0.228212, 0.263613, 0.353038, 0.594113, 1.25544", \
            "0.224598, 0.231298, 0.246579, 0.281973, 0.371379, 0.612822, 1.27505", \
            "0.2474, 0.254085, 0.269364, 0.304768, 0.394184, 0.634555, 1.29858", \
            "0.26586, 0.272582, 0.287896, 0.323296, 0.412736, 0.652911, 1.31559", \
            "0.259483, 0.266234, 0.281583, 0.317015, 0.406456, 0.647785, 1.30761" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219736");
          values ( \
            "0.022921, 0.028815, 0.0439019, 0.0869955, 0.208999, 0.552435, 1.50596", \
            "0.0229469, 0.0288724, 0.0439794, 0.0869978, 0.20889, 0.551795, 1.51035", \
            "0.0228751, 0.0288464, 0.0439401, 0.0870224, 0.208329, 0.553528, 1.50931", \
            "0.0229025, 0.0288531, 0.0438705, 0.0870017, 0.208685, 0.552625, 1.50565", \
            "0.0229504, 0.0288559, 0.0439227, 0.0870145, 0.208592, 0.552086, 1.50954", \
            "0.0229417, 0.0289092, 0.0441735, 0.0870126, 0.208659, 0.552229, 1.51038", \
            "0.0231414, 0.0290866, 0.044162, 0.0871707, 0.208817, 0.552686, 1.50209" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219736");
          values ( \
            "0.227101, 0.233803, 0.248464, 0.277895, 0.336203, 0.466714, 0.814073", \
            "0.230849, 0.237565, 0.252283, 0.281678, 0.340055, 0.470508, 0.817584", \
            "0.239691, 0.246393, 0.261055, 0.290494, 0.34882, 0.479311, 0.826789", \
            "0.257694, 0.26443, 0.279125, 0.308529, 0.366845, 0.497336, 0.844687", \
            "0.278325, 0.285023, 0.299682, 0.329121, 0.387426, 0.51792, 0.865266", \
            "0.293133, 0.299858, 0.31455, 0.343953, 0.402268, 0.532736, 0.879879", \
            "0.277551, 0.284271, 0.29889, 0.328376, 0.386692, 0.517183, 0.864518" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219736");
          values ( \
            "0.0260809, 0.0310965, 0.0418311, 0.0656755, 0.120286, 0.273969, 0.726662", \
            "0.0260726, 0.0309063, 0.041929, 0.0657543, 0.120258, 0.273368, 0.730826", \
            "0.0260812, 0.0310934, 0.041832, 0.0656524, 0.12025, 0.27346, 0.727693", \
            "0.025991, 0.0308475, 0.0418393, 0.0656489, 0.119992, 0.274071, 0.726869", \
            "0.0260647, 0.0310043, 0.0420134, 0.0657621, 0.120296, 0.274102, 0.727214", \
            "0.0260194, 0.0308695, 0.0418575, 0.0656498, 0.119996, 0.274165, 0.728007", \
            "0.0259668, 0.0308335, 0.0420028, 0.0655814, 0.11999, 0.274033, 0.729083" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219736");
          values ( \
            "0.125202, 0.132167, 0.147538, 0.178505, 0.239794, 0.372788, 0.719182", \
            "0.129538, 0.136507, 0.151858, 0.182866, 0.24421, 0.377051, 0.723023", \
            "0.140835, 0.147823, 0.163154, 0.194227, 0.255683, 0.388374, 0.734519", \
            "0.169781, 0.176757, 0.192123, 0.223224, 0.285038, 0.416891, 0.763249", \
            "0.23873, 0.245804, 0.261395, 0.292749, 0.355154, 0.484506, 0.830978", \
            "0.362992, 0.371871, 0.390994, 0.429414, 0.491154, 0.61861, 0.964956", \
            "0.574002, 0.584773, 0.609025, 0.651647, 0.710324, 0.837598, 1.18372" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219736");
          values ( \
            "0.0269955, 0.0323514, 0.0437034, 0.0686084, 0.125153, 0.275162, 0.727088", \
            "0.0272305, 0.0323138, 0.0436358, 0.068527, 0.125115, 0.274763, 0.729657", \
            "0.0272358, 0.0321245, 0.0436791, 0.0686773, 0.12497, 0.274856, 0.725263", \
            "0.0270379, 0.0322319, 0.0440614, 0.0688684, 0.12481, 0.273968, 0.724303", \
            "0.029141, 0.0342294, 0.0456287, 0.0707921, 0.123583, 0.271814, 0.729677", \
            "0.0422695, 0.0480637, 0.061223, 0.0843008, 0.123795, 0.26964, 0.733099", \
            "0.0628996, 0.0697367, 0.0813956, 0.0935177, 0.122804, 0.270538, 0.727973" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219737");
          values ( \
            "0, 0, 0.0011202, 0.016868, 0.0545501, 0.152356, 0.418894", \
            "0, 0, 0.0011451, 0.0168739, 0.054532, 0.152206, 0.418085", \
            "0, 0, 0.0011848, 0.0168556, 0.0543886, 0.152607, 0.418505", \
            "0, 0, 0.0009423, 0.0165292, 0.053989, 0.152267, 0.416043", \
            "0, 0, 0.000646, 0.0162643, 0.0539733, 0.150864, 0.417629", \
            "0, 0, 0.0004746, 0.0164129, 0.0544838, 0.151907, 0.418694", \
            "0, 0, -1.35e-05, 0.017182, 0.0567787, 0.155502, 0.418269" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219737");
          values ( \
            "0, 0, 0.0087687, 0.0183231, 0.0055213, -0.0766237, -0.336155", \
            "0, 0, 0.0087669, 0.0182969, 0.00546, -0.0767236, -0.33626", \
            "0, 0, 0.0088552, 0.0183361, 0.0055056, -0.0766573, -0.336293", \
            "0, 0, 0.0085724, 0.0179569, 0.0050364, -0.0772192, -0.336811", \
            "0, 0, 0.0083195, 0.0177875, 0.0049194, -0.0773147, -0.336883", \
            "0, 0, 0.0080371, 0.0179367, 0.005532, -0.0764144, -0.335885", \
            "0, 0, 0.0076257, 0.018737, 0.0075288, -0.073866, -0.333107" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219737");
          values ( \
            "0.0008999, 0.0064988, 0.0172454, 0.0285751, 0.0177322, -0.0630744, -0.321972", \
            "0.0008932, 0.0064734, 0.0172194, 0.0285124, 0.0176139, -0.0631445, -0.322106", \
            "0.0008691, 0.0064212, 0.017102, 0.0282725, 0.0172553, -0.063537, -0.32241", \
            "0.0008488, 0.0063806, 0.0170052, 0.0281454, 0.0170908, -0.0638313, -0.322778", \
            "0.0008605, 0.0064301, 0.0171218, 0.0282939, 0.0172614, -0.0636441, -0.322555", \
            "0.0009655, 0.0067122, 0.0177712, 0.0293157, 0.0185914, -0.0621756, -0.321031", \
            "0.00121, 0.0074382, 0.0193973, 0.032218, 0.0225995, -0.0574054, -0.315971" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.227061;
      max_transition : 1.50293;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0.274226, 0.279395, 0.291539, 0.322648, 0.407914, 0.644635, 1.30197", \
            "0.278069, 0.283222, 0.295346, 0.326382, 0.411754, 0.648251, 1.30492", \
            "0.286925, 0.292076, 0.304221, 0.335192, 0.420696, 0.657389, 1.31519", \
            "0.30494, 0.310103, 0.322245, 0.353205, 0.438707, 0.675087, 1.33277", \
            "0.325543, 0.330692, 0.342809, 0.373813, 0.45946, 0.695883, 1.35532", \
            "0.340367, 0.345534, 0.357676, 0.388632, 0.474123, 0.711124, 1.36837", \
            "0.324756, 0.329928, 0.341944, 0.373141, 0.458491, 0.695171, 1.35055" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0.0166041, 0.0213776, 0.0355071, 0.0785682, 0.201754, 0.544525, 1.5012", \
            "0.0167134, 0.0214797, 0.0355005, 0.0785389, 0.201663, 0.544872, 1.50293", \
            "0.0166852, 0.021432, 0.03551, 0.078516, 0.201576, 0.544738, 1.50186", \
            "0.0167188, 0.0214294, 0.0355161, 0.0785976, 0.201543, 0.544136, 1.50264", \
            "0.0167488, 0.0214662, 0.0354837, 0.078559, 0.201782, 0.54447, 1.49551", \
            "0.0167109, 0.0214267, 0.0355196, 0.0785883, 0.201963, 0.544244, 1.50218", \
            "0.0167427, 0.0213848, 0.0354784, 0.0785493, 0.20206, 0.544436, 1.49382" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0.225818, 0.229898, 0.238661, 0.257602, 0.303255, 0.427194, 0.771071", \
            "0.229559, 0.23362, 0.242375, 0.261305, 0.306991, 0.430991, 0.77507", \
            "0.238622, 0.242685, 0.251438, 0.270373, 0.31605, 0.440027, 0.783927", \
            "0.256984, 0.261067, 0.269843, 0.288725, 0.334412, 0.458415, 0.802789", \
            "0.279762, 0.283852, 0.292627, 0.311509, 0.357198, 0.481191, 0.826195", \
            "0.298296, 0.302361, 0.311117, 0.330051, 0.375722, 0.499649, 0.843418", \
            "0.291958, 0.296026, 0.304784, 0.323723, 0.369422, 0.493428, 0.83795" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0.0125224, 0.0156544, 0.023001, 0.0424302, 0.0985539, 0.261971, 0.722149", \
            "0.0125218, 0.0155993, 0.0228988, 0.042242, 0.098815, 0.262132, 0.717072", \
            "0.0125188, 0.0156083, 0.0229368, 0.042367, 0.0989096, 0.262535, 0.72285", \
            "0.0125324, 0.0154706, 0.0229613, 0.0421666, 0.0991221, 0.262624, 0.718525", \
            "0.012506, 0.0154557, 0.0229619, 0.0421677, 0.0991983, 0.2627, 0.717613", \
            "0.0125347, 0.0155255, 0.0227591, 0.0422346, 0.0990481, 0.261333, 0.717402", \
            "0.012547, 0.0156303, 0.022923, 0.0423061, 0.0986656, 0.262893, 0.722245" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0.173471, 0.178742, 0.190774, 0.222091, 0.307508, 0.544318, 1.20151", \
            "0.177819, 0.183025, 0.195111, 0.226432, 0.311848, 0.548285, 1.20624", \
            "0.189157, 0.19443, 0.206439, 0.237708, 0.323223, 0.559751, 1.21842", \
            "0.218009, 0.223297, 0.235482, 0.266586, 0.352166, 0.588807, 1.24796", \
            "0.287736, 0.292954, 0.305174, 0.336333, 0.4219, 0.658291, 1.31525", \
            "0.420995, 0.427082, 0.440002, 0.471516, 0.556713, 0.79327, 1.45048", \
            "0.644844, 0.651142, 0.664277, 0.695411, 0.780641, 1.01778, 1.67426" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0.0170387, 0.021817, 0.0358449, 0.0787698, 0.201588, 0.54313, 1.49721", \
            "0.0170487, 0.0218687, 0.0358488, 0.0787703, 0.201597, 0.544247, 1.49617", \
            "0.0169613, 0.0217599, 0.0358804, 0.0788414, 0.201758, 0.543377, 1.49799", \
            "0.0172916, 0.0219399, 0.0358813, 0.0789012, 0.201664, 0.54399, 1.49926", \
            "0.0172378, 0.0220649, 0.0359261, 0.0790407, 0.201768, 0.544268, 1.49655", \
            "0.0202243, 0.0251086, 0.0379211, 0.0796046, 0.201537, 0.543918, 1.49934", \
            "0.022587, 0.0268645, 0.0388472, 0.0794263, 0.201615, 0.543566, 1.49558" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0, 0, 0.0016769, 0.0183061, 0.0573974, 0.15848, 0.433895", \
            "0, 0, 0.0016984, 0.0182974, 0.0573443, 0.157537, 0.433741", \
            "0, 0, 0.0017506, 0.0183586, 0.0572828, 0.157441, 0.433819", \
            "0, 0, 0.0014813, 0.0179646, 0.0568419, 0.157102, 0.432979", \
            "0, 0, 0.0012398, 0.0177864, 0.0567116, 0.157769, 0.433453", \
            "0, 0, 0.0011606, 0.0179398, 0.0573469, 0.158656, 0.433924", \
            "0, 0, 0.0007525, 0.0187374, 0.0595215, 0.161162, 0.435168" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0, 0, 0.0078923, 0.0168701, 0.0029328, -0.0824611, -0.351825", \
            "0, 0, 0.0079188, 0.0168746, 0.0028512, -0.0826108, -0.351976", \
            "0, 0, 0.0079676, 0.0168589, 0.0027756, -0.082725, -0.352104", \
            "0, 0, 0.007721, 0.016531, 0.0023431, -0.0831701, -0.352563", \
            "0, 0, 0.0074241, 0.0162658, 0.0021237, -0.0833735, -0.352782", \
            "0, 0, 0.0071358, 0.0164099, 0.0026903, -0.082536, -0.351814", \
            "0, 0, 0.0066993, 0.0171844, 0.0046481, -0.0800075, -0.349048" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "-0.0010201, 0.0020272, 0.0095642, 0.0286774, 0.0696051, 0.170968, 0.44744", \
            "-0.0010356, 0.0019857, 0.0094733, 0.0284891, 0.0693661, 0.171206, 0.446854", \
            "-0.0010547, 0.0019436, 0.0093773, 0.0282299, 0.0690671, 0.171071, 0.446646", \
            "-0.0010473, 0.0019652, 0.0094547, 0.0281861, 0.0688872, 0.170215, 0.446289", \
            "-0.001014, 0.0020692, 0.0097148, 0.028246, 0.0689333, 0.171031, 0.447113", \
            "-0.0009346, 0.0023269, 0.0103021, 0.0291926, 0.0701924, 0.172548, 0.448279", \
            "-0.0006425, 0.0031884, 0.0124276, 0.0324562, 0.0750901, 0.177804, 0.454234" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001863;
      rise_capacitance : 0.001954;
      rise_capacitance_range (0.001954, 0.001954);
      fall_capacitance : 0.001771;
      fall_capacitance_range (0.001771, 0.001771);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0775097, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0983814, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0188281, 0.0187345, 0.0185185, 0.0188104, 0.0194834, 0.0210346, 0.0246102" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0288502, 0.0286881, 0.0283145, 0.028765, 0.0298032, 0.0321963, 0.0377126" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002073;
      rise_capacitance : 0.002087;
      rise_capacitance_range (0.002087, 0.002087);
      fall_capacitance : 0.002058;
      fall_capacitance_range (0.002058, 0.002058);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.018752, -0.0559753, -0.0014505", \
            "-0.0059427, -0.0395039, 0.0113587", \
            "-0.0641296, -0.0964701, -0.0517109" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0248555, -0.184149, -0.38231", \
            "0.0233542, -0.134719, -0.342645", \
            "-0.0043151, -0.153843, -0.364211" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0337383, 0.0831686, 0.0457337", \
            "0.0172669, 0.0532695, 0.0085104", \
            "0.0717917, 0.105353, 0.0642559" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0654766, 0.240639, 0.466876", \
            "0.0197083, 0.191209, 0.421108", \
            "0.0449362, 0.211554, 0.442674" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0010803, -0.0011571, -0.0013342, -0.0009625, -0.000106, 0.0018685, 0.0064196" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0070115, 0.0069695, 0.0068725, 0.007317, 0.0083414, 0.0107028, 0.0161459" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003668;
      rise_capacitance : 0.00369;
      rise_capacitance_range (0.00369, 0.00369);
      fall_capacitance : 0.003645;
      fall_capacitance_range (0.003645, 0.003645);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.139602, -0.025474, 0.232501", \
            "-0.213446, -0.110305, 0.115932", \
            "-0.211412, -0.109491, 0.108201" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.188768, 0.316339, 0.539321", \
            "0.256508, 0.380418, 0.598517", \
            "0.263019, 0.379604, 0.594041" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.21043, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0065272, -0.0065804, -0.0067032, -0.0067055, -0.0067108, -0.0067232, -0.0067515" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0056729, 0.0056758, 0.0056824, 0.0056943, 0.0057219, 0.0057853, 0.0059317" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clocked_on : "CLK";
      next_state : "D";
    }
  }
  cell (scs8hd_dfrbp_2) {
    area : 30.0288;
    cell_footprint : "dfrbp";
    cell_leakage_power : 0.0275947;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.031106;
      when : "RESETB&CLK&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0309286;
      when : "RESETB&!CLK&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0308275;
      when : "!RESETB&CLK&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0233456;
      when : "RESETB&!CLK&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0287437;
      when : "!RESETB&!CLK&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0216928;
      when : "RESETB&CLK&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0214886;
      when : "RESETB&!CLK&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0308751;
      when : "!RESETB&CLK&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0288404;
      when : "RESETB&!CLK&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0310584;
      when : "RESETB&CLK&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0308262;
      when : "!RESETB&!CLK&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0214038;
      when : "RESETB&CLK&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0275947;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.328684;
      max_transition : 1.50144;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.20674, 0.212747, 0.226773, 0.259227, 0.342318, 0.568312, 1.22919", \
            "0.210445, 0.216455, 0.230486, 0.262946, 0.346017, 0.571701, 1.23186", \
            "0.219554, 0.225536, 0.239578, 0.272037, 0.355084, 0.581237, 1.24173", \
            "0.237859, 0.24384, 0.2579, 0.290345, 0.373434, 0.599165, 1.26112", \
            "0.260579, 0.266571, 0.280649, 0.313091, 0.396179, 0.622007, 1.28124", \
            "0.279101, 0.285065, 0.299106, 0.331593, 0.414684, 0.640651, 1.3021", \
            "0.272813, 0.278819, 0.292906, 0.325394, 0.408441, 0.634834, 1.29211" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0225081, 0.0276783, 0.0411562, 0.079072, 0.189405, 0.516179, 1.49808", \
            "0.0224702, 0.0276399, 0.0411435, 0.0789903, 0.189067, 0.516728, 1.5002", \
            "0.0224692, 0.0276475, 0.0411425, 0.0790338, 0.188919, 0.514343, 1.49733", \
            "0.0224725, 0.02766, 0.0411368, 0.0790799, 0.189257, 0.514662, 1.50144", \
            "0.0225401, 0.0276132, 0.0411593, 0.0790878, 0.189415, 0.516734, 1.49656", \
            "0.022451, 0.027724, 0.0411617, 0.0790024, 0.189116, 0.515098, 1.50105", \
            "0.0226311, 0.0278156, 0.0412865, 0.0791565, 0.1896, 0.514427, 1.49678" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.234989, 0.240073, 0.252105, 0.277247, 0.326903, 0.430056, 0.692181", \
            "0.238658, 0.243792, 0.255797, 0.280855, 0.330626, 0.433778, 0.695838", \
            "0.247561, 0.252651, 0.264651, 0.289788, 0.339475, 0.442635, 0.704768", \
            "0.265556, 0.270688, 0.2827, 0.307866, 0.357523, 0.460662, 0.722923", \
            "0.286146, 0.291281, 0.303285, 0.328353, 0.378116, 0.481257, 0.743371", \
            "0.300957, 0.306094, 0.318096, 0.343173, 0.392888, 0.496073, 0.758358", \
            "0.285434, 0.290537, 0.302557, 0.327686, 0.377352, 0.480505, 0.742845" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0251253, 0.02852, 0.036828, 0.0554564, 0.0966398, 0.202286, 0.539724", \
            "0.0249396, 0.028499, 0.0370329, 0.0553943, 0.0966822, 0.202211, 0.539586", \
            "0.0251273, 0.0285187, 0.0368598, 0.0554111, 0.0967158, 0.202287, 0.539703", \
            "0.0249371, 0.0285184, 0.0367944, 0.055473, 0.0966035, 0.202167, 0.537519", \
            "0.0249624, 0.0284966, 0.037099, 0.0553455, 0.0966051, 0.202684, 0.537792", \
            "0.0249626, 0.0284861, 0.0369975, 0.0554487, 0.0966486, 0.202478, 0.538559", \
            "0.0250197, 0.028476, 0.0368501, 0.0554705, 0.0966342, 0.202358, 0.536402" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.134272, 0.139562, 0.152139, 0.178582, 0.230896, 0.335462, 0.595054", \
            "0.138672, 0.143965, 0.156558, 0.182941, 0.235406, 0.339837, 0.599386", \
            "0.150062, 0.155335, 0.16788, 0.194461, 0.246999, 0.351154, 0.610614", \
            "0.178618, 0.183983, 0.19652, 0.2231, 0.275852, 0.378937, 0.638491", \
            "0.247639, 0.252968, 0.265646, 0.29207, 0.345237, 0.444715, 0.704087", \
            "0.377705, 0.384384, 0.399502, 0.431258, 0.482775, 0.578878, 0.8384", \
            "0.595342, 0.603272, 0.621493, 0.652476, 0.700569, 0.797218, 1.05694" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0266416, 0.0301868, 0.0391648, 0.059438, 0.10292, 0.201355, 0.53426", \
            "0.0265352, 0.0302419, 0.0392224, 0.0593866, 0.102907, 0.201782, 0.535398", \
            "0.0266968, 0.0304127, 0.0396321, 0.0595167, 0.102675, 0.201271, 0.533376", \
            "0.0267168, 0.0305703, 0.0394158, 0.0594194, 0.102264, 0.199992, 0.537668", \
            "0.0279886, 0.0316755, 0.0407947, 0.0611152, 0.100307, 0.196308, 0.534767", \
            "0.0425547, 0.0463951, 0.0560341, 0.0726837, 0.0983985, 0.193494, 0.538077", \
            "0.0640525, 0.0661805, 0.0706178, 0.0775278, 0.0974555, 0.195576, 0.532556" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0, 0, 0.0027422, 0.0228461, 0.0741374, 0.214862, 0.6245", \
            "0, 0, 0.0027612, 0.0228382, 0.0739985, 0.214877, 0.624676", \
            "0, -1.895e-05, 0.0028155, 0.0228306, 0.0740071, 0.214729, 0.624316", \
            "0, 0, 0.0025524, 0.0224585, 0.0736182, 0.2142, 0.623459", \
            "0, 0, 0.0022734, 0.0221847, 0.0733471, 0.214102, 0.624261", \
            "0, 0, 0.0021921, 0.0225169, 0.074136, 0.215333, 0.624642", \
            "0, 0, 0.0016548, 0.0233276, 0.0762589, 0.218152, 0.625828" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0, 0, 0.011951, 0.0244785, 0.0055854, -0.116353, -0.521529", \
            "0, 0, 0.0119807, 0.024468, 0.0055387, -0.116306, -0.521463", \
            "0, 1.895e-05, 0.0120311, 0.0244451, 0.0054817, -0.116481, -0.521682", \
            "0, 0, 0.0117941, 0.0241392, 0.0050626, -0.116971, -0.522003", \
            "0, 0, 0.0115492, 0.023935, 0.0050005, -0.116906, -0.522082", \
            "0, 0, 0.011246, 0.0240487, 0.0056244, -0.116102, -0.521228", \
            "0, 0, 0.01085, 0.0251, 0.0080507, -0.113372, -0.518307" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0008962, 0.0072236, 0.0203563, 0.0345619, 0.0175938, -0.103265, -0.508023", \
            "0.000886, 0.0071924, 0.0202636, 0.0344266, 0.0173673, -0.103661, -0.508388", \
            "0.000882, 0.00716, 0.0201981, 0.0342259, 0.0170966, -0.103997, -0.50876", \
            "0.0008723, 0.0071515, 0.020162, 0.0341884, 0.0169618, -0.10408, -0.508857", \
            "0.0008695, 0.0071623, 0.0201927, 0.0343099, 0.0171495, -0.104007, -0.508709", \
            "0.0009798, 0.0074923, 0.0209105, 0.0352176, 0.0180881, -0.103046, -0.507731", \
            "0.0012076, 0.0082277, 0.0227506, 0.0386475, 0.0227148, -0.0982513, -0.50259" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.383616;
      max_transition : 1.50461;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151283, 0.00457733, 0.0138495, 0.0419039, 0.126787, 0.383616");
          values ( \
            "0.328512, 0.333338, 0.344372, 0.370819, 0.445664, 0.67193, 1.36126", \
            "0.332167, 0.336993, 0.348087, 0.374517, 0.449621, 0.675669, 1.36713", \
            "0.341044, 0.345868, 0.35696, 0.383379, 0.458406, 0.68436, 1.375", \
            "0.359129, 0.36399, 0.375094, 0.401449, 0.476286, 0.702905, 1.3941", \
            "0.379637, 0.384526, 0.395553, 0.422028, 0.496851, 0.72295, 1.41357", \
            "0.394426, 0.399217, 0.410334, 0.43684, 0.512005, 0.738068, 1.42747", \
            "0.378967, 0.383839, 0.39495, 0.421364, 0.4965, 0.722487, 1.4092" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151283, 0.00457733, 0.0138495, 0.0419039, 0.126787, 0.383616");
          values ( \
            "0.0195904, 0.0232064, 0.03328, 0.0654932, 0.172023, 0.500398, 1.50461", \
            "0.0195905, 0.0232379, 0.0332493, 0.0653816, 0.172053, 0.501264, 1.50395", \
            "0.0196862, 0.0233827, 0.0332711, 0.0654573, 0.172195, 0.500504, 1.49786", \
            "0.0196043, 0.0232966, 0.0332272, 0.0654845, 0.172061, 0.500548, 1.50286", \
            "0.019683, 0.0232722, 0.033243, 0.0654823, 0.172274, 0.500857, 1.49949", \
            "0.0199083, 0.0234569, 0.0333056, 0.0654325, 0.172029, 0.499998, 1.50359", \
            "0.019612, 0.0232941, 0.0332255, 0.0654183, 0.172257, 0.500482, 1.49547" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151283, 0.00457733, 0.0138495, 0.0419039, 0.126787, 0.383616");
          values ( \
            "0.273761, 0.277426, 0.286261, 0.304629, 0.343746, 0.442833, 0.733472", \
            "0.277481, 0.281161, 0.289855, 0.308325, 0.347473, 0.44657, 0.737652", \
            "0.286538, 0.290267, 0.299019, 0.317393, 0.356572, 0.455615, 0.746233", \
            "0.304929, 0.308596, 0.317435, 0.33579, 0.374916, 0.47401, 0.764383", \
            "0.327717, 0.331386, 0.340118, 0.358525, 0.397696, 0.496744, 0.78724", \
            "0.346182, 0.34987, 0.358557, 0.376839, 0.416185, 0.515198, 0.805407", \
            "0.339831, 0.343548, 0.352306, 0.37077, 0.409941, 0.50896, 0.799041" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151283, 0.00457733, 0.0138495, 0.0419039, 0.126787, 0.383616");
          values ( \
            "0.017232, 0.0198638, 0.0260594, 0.0407558, 0.0788966, 0.199861, 0.58249", \
            "0.0173589, 0.0199017, 0.0260826, 0.0403384, 0.0788678, 0.199084, 0.586015", \
            "0.0172271, 0.0197962, 0.0261413, 0.040539, 0.0790917, 0.199996, 0.581747", \
            "0.0172306, 0.0198637, 0.0260343, 0.0407945, 0.0789091, 0.199293, 0.584552", \
            "0.0172896, 0.0198412, 0.0260507, 0.0401984, 0.0788946, 0.199991, 0.583903", \
            "0.0173155, 0.0200439, 0.0260663, 0.0403394, 0.0787795, 0.199288, 0.580021", \
            "0.0172825, 0.0199238, 0.0261587, 0.0406531, 0.0789408, 0.200121, 0.58484" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151283, 0.00457733, 0.0138495, 0.0419039, 0.126787, 0.383616");
          values ( \
            "0.232667, 0.237671, 0.249091, 0.276026, 0.351149, 0.577052, 1.26775", \
            "0.237181, 0.242185, 0.253601, 0.280515, 0.355711, 0.581832, 1.27201", \
            "0.248637, 0.253644, 0.265065, 0.292027, 0.36709, 0.593209, 1.2838", \
            "0.277422, 0.28245, 0.293967, 0.320942, 0.395858, 0.621781, 1.30987", \
            "0.347659, 0.352558, 0.363893, 0.390589, 0.46548, 0.691569, 1.37895", \
            "0.488439, 0.493041, 0.503709, 0.53002, 0.60486, 0.831081, 1.5194", \
            "0.707855, 0.712347, 0.723082, 0.749342, 0.824115, 1.04982, 1.7388" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151283, 0.00457733, 0.0138495, 0.0419039, 0.126787, 0.383616");
          values ( \
            "0.0205427, 0.0242752, 0.0344149, 0.0663336, 0.172279, 0.500593, 1.49694", \
            "0.0206306, 0.024532, 0.0343986, 0.0663428, 0.172311, 0.501287, 1.5", \
            "0.0207432, 0.0243405, 0.0344905, 0.0664098, 0.172262, 0.501113, 1.50389", \
            "0.0208003, 0.0247687, 0.0345081, 0.0663614, 0.172249, 0.500613, 1.50173", \
            "0.0209176, 0.0244141, 0.034083, 0.0657981, 0.171963, 0.501372, 1.49934", \
            "0.0189297, 0.0222995, 0.0322685, 0.0649425, 0.171853, 0.500355, 1.49842", \
            "0.0185698, 0.0222089, 0.0322944, 0.0649062, 0.171909, 0.500911, 1.50358" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151283, 0.00457733, 0.0138495, 0.0419039, 0.126787, 0.383616");
          values ( \
            "0, 0, 0.0028734, 0.0244809, 0.0806875, 0.240924, 0.726607", \
            "0, 0, 0.0028857, 0.024421, 0.0806936, 0.240639, 0.726342", \
            "0, 0, 0.0029402, 0.0244591, 0.0806739, 0.240919, 0.7228", \
            "0, 0, 0.0027033, 0.0241072, 0.0801683, 0.240405, 0.727516", \
            "0, 0, 0.0024345, 0.0239142, 0.0800166, 0.241306, 0.727755", \
            "0, 0, 0.0021693, 0.0240714, 0.0805283, 0.240795, 0.724108", \
            "0, 0, 0.0020016, 0.0250734, 0.0832333, 0.244728, 0.725063" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151283, 0.00457733, 0.0138495, 0.0419039, 0.126787, 0.383616");
          values ( \
            "0, 0, 0.0110107, 0.0228504, -0.001172, -0.144658, -0.625516", \
            "0, 0, 0.0110207, 0.0228375, -0.001238, -0.144784, -0.625627", \
            "0, 0, 0.0110904, 0.0228496, -0.0012961, -0.144887, -0.625774", \
            "0, 0, 0.010838, 0.0224856, -0.0017311, -0.14528, -0.626217", \
            "0, 0, 0.0105571, 0.0222762, -0.0018908, -0.145451, -0.626416", \
            "0, 0, 0.0102302, 0.0224114, -0.0012978, -0.14457, -0.625316", \
            "0, 0, 0.0097827, 0.0233158, 0.0010472, -0.14198, -0.62259" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151283, 0.00457733, 0.0138495, 0.0419039, 0.126787, 0.383616");
          values ( \
            "-0.0012326, 0.0019214, 0.0110692, 0.0346375, 0.0926786, 0.254571, 0.735923", \
            "-0.0012392, 0.0019009, 0.0109849, 0.0344508, 0.0923721, 0.254584, 0.734264", \
            "-0.0012384, 0.0018798, 0.0109184, 0.0343509, 0.0921761, 0.254332, 0.739623", \
            "-0.0012397, 0.0019, 0.0109487, 0.0342287, 0.0920079, 0.253261, 0.735843", \
            "-0.0012257, 0.0019869, 0.011077, 0.034306, 0.0919546, 0.253151, 0.736033", \
            "-0.0011673, 0.0022044, 0.0115989, 0.035196, 0.0934331, 0.254911, 0.73851", \
            "-0.0009259, 0.0029801, 0.0134483, 0.0387241, 0.0987183, 0.261378, 0.746633" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001882;
      rise_capacitance : 0.001955;
      rise_capacitance_range (0.001955, 0.001955);
      fall_capacitance : 0.001809;
      fall_capacitance_range (0.001809, 0.001809);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0819038, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0994799, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0188297, 0.0187355, 0.0185181, 0.01881, 0.0194829, 0.0210339, 0.0246093" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0288447, 0.0286794, 0.0282982, 0.0287496, 0.02979, 0.0321881, 0.0377161" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002072;
      rise_capacitance : 0.002086;
      rise_capacitance_range (0.002086, 0.002086);
      fall_capacitance : 0.002058;
      fall_capacitance_range (0.002058, 0.002058);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.018752, -0.0559753, -0.0014505", \
            "-0.0059427, -0.0395039, 0.0113587", \
            "-0.0629089, -0.0964701, -0.0517109" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0248555, -0.184149, -0.383531", \
            "0.0233542, -0.134719, -0.343866", \
            "-0.0043151, -0.155064, -0.365432" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0337383, 0.0831686, 0.044513", \
            "0.0172669, 0.0532695, 0.0085104", \
            "0.0717917, 0.105353, 0.0642559" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0666973, 0.24186, 0.466876", \
            "0.0197083, 0.191209, 0.422329", \
            "0.0461569, 0.213995, 0.443895" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0010769, -0.0011529, -0.0013281, -0.000957, -0.0001017, 0.0018696, 0.006414" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0070122, 0.00697, 0.0068727, 0.0073141, 0.0083316, 0.0106769, 0.016083" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003643;
      rise_capacitance : 0.003687;
      rise_capacitance_range (0.003687, 0.003687);
      fall_capacitance : 0.003599;
      fall_capacitance_range (0.003599, 0.003599);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.139602, -0.0096048, 0.300861", \
            "-0.213446, -0.0944355, 0.18185", \
            "-0.211412, -0.092401, 0.17534" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.189988, 0.316339, 0.539321", \
            "0.256508, 0.380418, 0.598517", \
            "0.263019, 0.379604, 0.594041" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.208233, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0065298, -0.0065766, -0.0066842, -0.0066865, -0.0066918, -0.006704, -0.006732" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.00571, 0.0057022, 0.0056843, 0.0056962, 0.0057235, 0.0057867, 0.0059322" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clocked_on : "CLK";
      next_state : "D";
    }
  }
  cell (scs8hd_dfrtn_1) {
    area : 25.024;
    cell_footprint : "dfrtn";
    cell_leakage_power : 0.0139718;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0169919;
      when : "RESETB&!CLKN&D&!Q";
    }
    leakage_power () {
      value : 0.0168144;
      when : "RESETB&CLKN&!D&!Q";
    }
    leakage_power () {
      value : 0.0167133;
      when : "!RESETB&!CLKN&!D&!Q";
    }
    leakage_power () {
      value : 0.016712;
      when : "!RESETB&CLKN&!D&!Q";
    }
    leakage_power () {
      value : 0.0146295;
      when : "!RESETB&CLKN&D&!Q";
    }
    leakage_power () {
      value : 0.0090217;
      when : "RESETB&!CLKN&!D&Q";
    }
    leakage_power () {
      value : 0.0088174;
      when : "RESETB&CLKN&D&Q";
    }
    leakage_power () {
      value : 0.0167609;
      when : "!RESETB&!CLKN&D&!Q";
    }
    leakage_power () {
      value : 0.0087327;
      when : "RESETB&!CLKN&D&Q";
    }
    leakage_power () {
      value : 0.0107977;
      when : "RESETB&CLKN&!D&Q";
    }
    leakage_power () {
      value : 0.0147262;
      when : "RESETB&CLKN&D&!Q";
    }
    leakage_power () {
      value : 0.0169442;
      when : "RESETB&!CLKN&!D&!Q";
    }
    leakage_power () {
      value : 0.0139718;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.230723;
      max_transition : 1.50606;
      timing () {
        related_pin : "CLKN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.219175, 0.225409, 0.239524, 0.272584, 0.359213, 0.59787, 1.25866", \
            "0.223621, 0.229857, 0.243971, 0.277036, 0.363614, 0.602299, 1.2631", \
            "0.235236, 0.241462, 0.255616, 0.288675, 0.375249, 0.613921, 1.27474", \
            "0.263393, 0.269624, 0.283783, 0.316909, 0.403562, 0.641764, 1.30178", \
            "0.321368, 0.327595, 0.341726, 0.37483, 0.46136, 0.698832, 1.36249", \
            "0.416081, 0.422271, 0.436385, 0.469483, 0.555879, 0.793573, 1.45515", \
            "0.570629, 0.576837, 0.590942, 0.624043, 0.710718, 0.949392, 1.60765" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0191804, 0.0246767, 0.0391878, 0.0806738, 0.202224, 0.546332, 1.4982", \
            "0.0191753, 0.0246921, 0.0391603, 0.0806711, 0.202219, 0.546332, 1.49791", \
            "0.0191979, 0.0247445, 0.0391532, 0.0806607, 0.20222, 0.546325, 1.50121", \
            "0.0192774, 0.0247327, 0.0392647, 0.0805902, 0.201955, 0.546403, 1.50543", \
            "0.0191767, 0.0246693, 0.0392318, 0.0804962, 0.201858, 0.544751, 1.50217", \
            "0.0190643, 0.0246335, 0.039137, 0.0806113, 0.202008, 0.545341, 1.50606", \
            "0.0190073, 0.0246029, 0.0390766, 0.080584, 0.202001, 0.544628, 1.50057" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.182976, 0.188833, 0.201463, 0.226562, 0.278779, 0.406734, 0.758836", \
            "0.187293, 0.19315, 0.20578, 0.230879, 0.283096, 0.411051, 0.763151", \
            "0.198843, 0.204701, 0.217324, 0.242453, 0.294646, 0.422597, 0.774653", \
            "0.226872, 0.232736, 0.245219, 0.270301, 0.32253, 0.450472, 0.801428", \
            "0.281643, 0.287497, 0.300124, 0.325245, 0.377451, 0.505357, 0.856805", \
            "0.367677, 0.373553, 0.386179, 0.411283, 0.46345, 0.591298, 0.942403", \
            "0.510292, 0.516132, 0.528727, 0.553778, 0.605999, 0.7339, 1.08535" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0195239, 0.0237517, 0.0332211, 0.0541804, 0.108114, 0.268869, 0.737497", \
            "0.0195241, 0.0237509, 0.0332215, 0.0541805, 0.108113, 0.268876, 0.73745", \
            "0.0195246, 0.0237404, 0.0331493, 0.0538361, 0.108329, 0.268723, 0.736307", \
            "0.0195105, 0.023716, 0.0332348, 0.0540657, 0.108412, 0.269054, 0.734785", \
            "0.0195656, 0.023693, 0.0331889, 0.0539382, 0.108418, 0.2699, 0.732581", \
            "0.0194653, 0.0236695, 0.0328804, 0.0542424, 0.108677, 0.270675, 0.730075", \
            "0.0195336, 0.023797, 0.0328288, 0.0542408, 0.108448, 0.269862, 0.731667" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0990546, 0.105176, 0.118435, 0.144448, 0.198044, 0.330251, 0.680772", \
            "0.103184, 0.109306, 0.122567, 0.148577, 0.202194, 0.334388, 0.684763", \
            "0.114587, 0.12067, 0.133925, 0.159944, 0.213565, 0.34572, 0.695921", \
            "0.143642, 0.149735, 0.162996, 0.189086, 0.242755, 0.374696, 0.724896", \
            "0.207728, 0.214325, 0.228373, 0.254983, 0.309822, 0.440938, 0.791402", \
            "0.314137, 0.322112, 0.339019, 0.371798, 0.432928, 0.562884, 0.913168", \
            "0.498415, 0.507863, 0.528636, 0.568778, 0.640796, 0.770137, 1.12012" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0209267, 0.0252623, 0.0347581, 0.0561833, 0.111857, 0.271782, 0.733222", \
            "0.0209135, 0.0252581, 0.0347594, 0.056195, 0.111912, 0.271886, 0.731054", \
            "0.0207798, 0.0251869, 0.0352209, 0.0562335, 0.112049, 0.272435, 0.734613", \
            "0.0206627, 0.0252051, 0.0347624, 0.0562549, 0.11245, 0.271897, 0.729659", \
            "0.0245735, 0.0290534, 0.0384224, 0.0591715, 0.114253, 0.271645, 0.735833", \
            "0.033894, 0.039287, 0.0504911, 0.0725414, 0.122326, 0.270802, 0.733393", \
            "0.047329, 0.0536333, 0.0674776, 0.0939823, 0.137123, 0.271729, 0.730025" \
          );
        }
      }
      internal_power () {
        related_pin : "CLKN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0276088, 0.0295591, 0.0347196, 0.0480819, 0.0842201, 0.185243, 0.463113", \
            "0.0275138, 0.0294646, 0.0346273, 0.0479838, 0.0841433, 0.185114, 0.463057", \
            "0.0275788, 0.0295266, 0.0347112, 0.0480623, 0.0842239, 0.184336, 0.464966", \
            "0.0272905, 0.0292527, 0.0344464, 0.0477771, 0.0839626, 0.184735, 0.464302", \
            "0.0275493, 0.0294855, 0.0346911, 0.0480364, 0.0842026, 0.184998, 0.463606", \
            "0.0285247, 0.030189, 0.0353501, 0.0489961, 0.0850035, 0.185093, 0.464739", \
            "0.0310114, 0.032714, 0.0374671, 0.0506871, 0.0866456, 0.187236, 0.46373" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0178823, 0.0163958, 0.0129389, 0.001456, -0.0341675, -0.135, -0.415746", \
            "0.0177623, 0.0162769, 0.0128213, 0.0013375, -0.0342866, -0.135119, -0.415909", \
            "0.0178758, 0.0163833, 0.0129538, 0.0014614, -0.0341698, -0.135001, -0.415792", \
            "0.0175242, 0.0160643, 0.012638, 0.0011337, -0.0344811, -0.135305, -0.416117", \
            "0.01696, 0.0154882, 0.012085, 0.00063, -0.0349843, -0.135811, -0.416609", \
            "0.0195755, 0.0178564, 0.0132122, 0.0002269, -0.0349892, -0.135823, -0.416592", \
            "0.0227102, 0.0209718, 0.0163245, 0.0034839, -0.032649, -0.13341, -0.414055" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.017613, 0.0162622, 0.0143492, 0.0108514, -0.0129819, -0.1135, -0.394338", \
            "0.0172497, 0.0158936, 0.0140558, 0.0105744, -0.013377, -0.113932, -0.394708", \
            "0.0169891, 0.015583, 0.0138902, 0.0104876, -0.0137584, -0.114332, -0.395076", \
            "0.0175193, 0.0162605, 0.0148672, 0.0120138, -0.0137728, -0.114326, -0.395115", \
            "0.0202684, 0.0188948, 0.0175811, 0.0160921, -0.0134666, -0.114122, -0.394837", \
            "0.0426416, 0.0406023, 0.0354704, 0.02213, -0.012173, -0.112957, -0.393713", \
            "0.0514106, 0.0491883, 0.04375, 0.0299312, -0.0068336, -0.10769, -0.388437" \
          );
        }
      }
    }
    pin (CLKN) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00187;
      rise_capacitance : 0.001975;
      rise_capacitance_range (0.001975, 0.001975);
      fall_capacitance : 0.001765;
      fall_capacitance_range (0.001765, 0.001765);
      timing () {
        related_pin : "CLKN";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0753127, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.101677, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0215283, 0.0214268, 0.0211929, 0.0214982, 0.022202, 0.0238245, 0.0275642" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0261143, 0.0259543, 0.0255855, 0.0259362, 0.0267449, 0.0286091, 0.0329061" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002065;
      rise_capacitance : 0.002213;
      rise_capacitance_range (0.002213, 0.002213);
      fall_capacitance : 0.001917;
      fall_capacitance_range (0.001917, 0.001917);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0496074, 0.0221497, 0.0864401", \
            "0.201577, 0.17534, 0.234747", \
            "0.376544, 0.352749, 0.409715" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0248555, -0.181708, -0.38231", \
            "0.100258, -0.0602559, -0.260858", \
            "0.243488, 0.0793112, -0.122512" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0248555, 0.0306784, 0.0054505", \
            "-0.178046, -0.134719, -0.162388", \
            "-0.354234, -0.319452, -0.355666" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0776836, 0.247964, 0.463214", \
            "-0.0535339, 0.109422, 0.316128", \
            "-0.202866, -0.0399108, 0.166795" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0006271, -0.0007047, -0.0008834, -0.0005242, 0.0003038, 0.0022123, 0.0066117" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0065467, 0.0065098, 0.0064249, 0.0067818, 0.0076046, 0.0095012, 0.0138729" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003655;
      rise_capacitance : 0.003677;
      rise_capacitance_range (0.003677, 0.003677);
      fall_capacitance : 0.003633;
      fall_capacitance_range (0.003633, 0.003633);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.194533, -0.109702, 0.0591615", \
            "-0.370917, -0.301955, -0.179478", \
            "-0.571519, -0.520868, -0.433791" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.260789, 0.389581, 0.62355", \
            "0.4152, 0.543992, 0.775519", \
            "0.596271, 0.723843, 0.952928" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.12145, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0057031, -0.0057512, -0.0058622, -0.0058631, -0.0058649, -0.0058691, -0.0058786" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0057355, 0.0057237, 0.0056965, 0.0057079, 0.0057342, 0.0057949, 0.0059348" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clocked_on : "!CLKN";
      next_state : "D";
    }
  }
  cell (scs8hd_dfrtp_1) {
    area : 25.024;
    cell_footprint : "dfrtp";
    cell_leakage_power : 0.0139762;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0107977;
      when : "RESETB&!CLK&!D&Q";
    }
    leakage_power () {
      value : 0.0146295;
      when : "!RESETB&!CLK&D&!Q";
    }
    leakage_power () {
      value : 0.0169919;
      when : "RESETB&CLK&D&!Q";
    }
    leakage_power () {
      value : 0.0168144;
      when : "RESETB&!CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.0167133;
      when : "!RESETB&CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.0090217;
      when : "RESETB&CLK&!D&Q";
    }
    leakage_power () {
      value : 0.0088705;
      when : "RESETB&!CLK&D&Q";
    }
    leakage_power () {
      value : 0.0167609;
      when : "!RESETB&CLK&D&!Q";
    }
    leakage_power () {
      value : 0.0147262;
      when : "RESETB&!CLK&D&!Q";
    }
    leakage_power () {
      value : 0.0169442;
      when : "RESETB&CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.016712;
      when : "!RESETB&!CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.0087327;
      when : "RESETB&CLK&D&Q";
    }
    leakage_power () {
      value : 0.0139762;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.230723;
      max_transition : 1.50568;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.176276, 0.182467, 0.196598, 0.229619, 0.316284, 0.554975, 1.21581", \
            "0.179963, 0.18613, 0.200234, 0.233347, 0.320007, 0.558608, 1.21942", \
            "0.189027, 0.195234, 0.209363, 0.242476, 0.329091, 0.567052, 1.23012", \
            "0.207339, 0.21351, 0.227605, 0.260709, 0.347173, 0.585091, 1.24514", \
            "0.23019, 0.236393, 0.250507, 0.283601, 0.370114, 0.607658, 1.26915", \
            "0.248614, 0.254828, 0.268916, 0.301972, 0.388473, 0.626263, 1.2898", \
            "0.241908, 0.24816, 0.262319, 0.295401, 0.38183, 0.620409, 1.27945" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0189659, 0.0245453, 0.0390669, 0.0805927, 0.202233, 0.546353, 1.50175", \
            "0.0189702, 0.0245433, 0.039055, 0.0804908, 0.202076, 0.546113, 1.50286", \
            "0.018975, 0.0245563, 0.0390851, 0.0805961, 0.202179, 0.545032, 1.50375", \
            "0.0189981, 0.0245411, 0.0390217, 0.0804687, 0.201547, 0.545895, 1.50015", \
            "0.0189895, 0.0244723, 0.0391029, 0.0803619, 0.201801, 0.54511, 1.50568", \
            "0.0190247, 0.0245636, 0.0390554, 0.0806288, 0.201664, 0.543961, 1.5046", \
            "0.0193412, 0.0248113, 0.039371, 0.0805552, 0.201847, 0.544492, 1.49749" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.201065, 0.206922, 0.219534, 0.244603, 0.296764, 0.424763, 0.777315", \
            "0.204812, 0.21066, 0.223255, 0.248356, 0.300503, 0.428383, 0.780847", \
            "0.213646, 0.219503, 0.23212, 0.257183, 0.309377, 0.437356, 0.789765", \
            "0.231653, 0.237513, 0.250122, 0.275218, 0.32738, 0.455309, 0.80726", \
            "0.252253, 0.258105, 0.270731, 0.295815, 0.347972, 0.475929, 0.827741", \
            "0.267042, 0.272887, 0.285493, 0.31039, 0.362691, 0.490591, 0.842194", \
            "0.251637, 0.25748, 0.270076, 0.295202, 0.347345, 0.475329, 0.82785" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0194729, 0.0235445, 0.0327223, 0.0541024, 0.108127, 0.270967, 0.73569", \
            "0.0194901, 0.0237675, 0.0327421, 0.0541192, 0.108557, 0.269083, 0.733895", \
            "0.0194784, 0.0237455, 0.032713, 0.0541403, 0.108143, 0.270691, 0.735579", \
            "0.019506, 0.0236327, 0.0327317, 0.0538139, 0.108332, 0.26916, 0.73865", \
            "0.0194537, 0.023628, 0.0327906, 0.0540835, 0.108514, 0.267963, 0.739246", \
            "0.0194811, 0.0236052, 0.0329369, 0.0537686, 0.108678, 0.26873, 0.734497", \
            "0.019525, 0.0238036, 0.0327543, 0.0541419, 0.108265, 0.269516, 0.73796" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0999808, 0.106393, 0.120254, 0.147999, 0.200754, 0.32731, 0.678683", \
            "0.103971, 0.110402, 0.12428, 0.151985, 0.204784, 0.331348, 0.682783", \
            "0.115034, 0.121435, 0.135311, 0.162975, 0.215804, 0.342351, 0.6937", \
            "0.144267, 0.150663, 0.164432, 0.192072, 0.24489, 0.371493, 0.722878", \
            "0.208627, 0.215493, 0.230096, 0.258596, 0.31141, 0.437951, 0.789114", \
            "0.316339, 0.324757, 0.342458, 0.376846, 0.431776, 0.558216, 0.908678", \
            "0.504148, 0.514112, 0.535425, 0.576515, 0.634261, 0.760027, 1.11121" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0218771, 0.0266698, 0.0368188, 0.058207, 0.107744, 0.266935, 0.736002", \
            "0.0218671, 0.0264809, 0.0368865, 0.0581544, 0.107812, 0.266584, 0.736355", \
            "0.0218865, 0.0265247, 0.0370101, 0.0580871, 0.107794, 0.268496, 0.736573", \
            "0.021838, 0.0265529, 0.0369948, 0.0583444, 0.107836, 0.268638, 0.737128", \
            "0.0259807, 0.0306162, 0.040414, 0.0604673, 0.108189, 0.266319, 0.738887", \
            "0.0367346, 0.0419758, 0.0533662, 0.0722197, 0.112403, 0.268988, 0.729115", \
            "0.0519723, 0.0576752, 0.0709216, 0.0876055, 0.118496, 0.267516, 0.729451" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0205066, 0.0224476, 0.0276565, 0.0410021, 0.0771487, 0.177134, 0.456037", \
            "0.0204629, 0.0224047, 0.0275908, 0.0409716, 0.0774647, 0.177077, 0.45544", \
            "0.0204543, 0.0223924, 0.0275991, 0.0409548, 0.077028, 0.178103, 0.456747", \
            "0.0197495, 0.0216939, 0.0268796, 0.0402594, 0.0764426, 0.177072, 0.455543", \
            "0.0192638, 0.0212282, 0.0264397, 0.0397914, 0.0759465, 0.176028, 0.455747", \
            "0.0208565, 0.0225559, 0.0273041, 0.0404128, 0.0766015, 0.177056, 0.456215", \
            "0.022052, 0.0237341, 0.0285115, 0.0417047, 0.078227, 0.177823, 0.456103" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0196798, 0.018193, 0.0146343, 0.0030525, -0.0326428, -0.133472, -0.414269", \
            "0.0196921, 0.0182114, 0.014653, 0.0030394, -0.032644, -0.133494, -0.414285", \
            "0.019669, 0.0181972, 0.014626, 0.0030272, -0.032646, -0.133474, -0.41429", \
            "0.0189642, 0.0174619, 0.0139225, 0.002316, -0.0333642, -0.134199, -0.415058", \
            "0.0186462, 0.0171231, 0.0135933, 0.0019869, -0.033684, -0.134533, -0.415326", \
            "0.0220167, 0.0202924, 0.0156772, 0.0028369, -0.0333969, -0.134243, -0.414954", \
            "0.0233358, 0.0216142, 0.0169945, 0.0041622, -0.0319773, -0.132883, -0.413805" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0211125, 0.0197448, 0.0165213, 0.0056337, -0.0301734, -0.131046, -0.411833", \
            "0.0208786, 0.0194632, 0.0162532, 0.0053647, -0.0304424, -0.131308, -0.412086", \
            "0.0205252, 0.0191334, 0.0159386, 0.0050401, -0.0307694, -0.131613, -0.412404", \
            "0.0206595, 0.0192229, 0.0159721, 0.0050195, -0.0307687, -0.131606, -0.412349", \
            "0.0213545, 0.0197704, 0.0161161, 0.0050009, -0.0308323, -0.131644, -0.41237", \
            "0.0263583, 0.0243049, 0.0191465, 0.0057461, -0.0300688, -0.13094, -0.411677", \
            "0.0312754, 0.0290099, 0.023373, 0.0094866, -0.0272449, -0.128096, -0.408758" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001878;
      rise_capacitance : 0.001951;
      rise_capacitance_range (0.001951, 0.001951);
      fall_capacitance : 0.001804;
      fall_capacitance_range (0.001804, 0.001804);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0742142, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0983814, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0188281, 0.0187341, 0.0185173, 0.0188092, 0.019482, 0.0210331, 0.0246084" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0288662, 0.0287107, 0.0283523, 0.0287079, 0.0295279, 0.031418, 0.0357748" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002073;
      rise_capacitance : 0.002086;
      rise_capacitance_range (0.002086, 0.002086);
      fall_capacitance : 0.002059;
      fall_capacitance_range (0.002059, 0.002059);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.018752, -0.0559753, -0.0014505", \
            "-0.0059427, -0.0395039, 0.0113587", \
            "-0.0629089, -0.0964701, -0.0517109" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0272969, -0.18659, -0.388413", \
            "0.0209128, -0.138381, -0.348749", \
            "-0.0079772, -0.158726, -0.371535" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0325176, 0.0795065, 0.0396302", \
            "0.0160462, 0.0520488, 0.006069", \
            "0.070571, 0.104132, 0.0630352" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0666973, 0.24186, 0.466876", \
            "0.0197083, 0.191209, 0.422329", \
            "0.0461569, 0.212775, 0.443895" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0010827, -0.0011564, -0.0013262, -0.0009542, -9.65209e-05, 0.0018805, 0.0064376" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0070136, 0.0069973, 0.0069598, 0.0073358, 0.0082029, 0.0102016, 0.0148086" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003612;
      rise_capacitance : 0.003621;
      rise_capacitance_range (0.003621, 0.003621);
      fall_capacitance : 0.003603;
      fall_capacitance_range (0.003603, 0.003603);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.144484, -0.0523294, 0.139728", \
            "-0.217108, -0.135939, 0.0317038", \
            "-0.216294, -0.135126, 0.0251934" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.188768, 0.316339, 0.539321", \
            "0.256508, 0.380418, 0.598517", \
            "0.261798, 0.379604, 0.594041" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.201641, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0065139, -0.006568, -0.0066929, -0.006695, -0.0066997, -0.0067104, -0.0067352" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0056151, 0.005639, 0.0056941, 0.0057032, 0.0057244, 0.0057733, 0.005886" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clocked_on : "CLK";
      next_state : "D";
    }
  }
  cell (scs8hd_dfrtp_2) {
    area : 26.2752;
    cell_footprint : "dfrtp";
    cell_leakage_power : 0.0180998;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0108233;
      when : "RESETB&!CLK&!D&Q";
    }
    leakage_power () {
      value : 0.0207971;
      when : "!RESETB&!CLK&D&!Q";
    }
    leakage_power () {
      value : 0.0231594;
      when : "RESETB&CLK&D&!Q";
    }
    leakage_power () {
      value : 0.022982;
      when : "RESETB&!CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.0228808;
      when : "!RESETB&CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.0090781;
      when : "RESETB&CLK&!D&Q";
    }
    leakage_power () {
      value : 0.0088738;
      when : "RESETB&!CLK&D&Q";
    }
    leakage_power () {
      value : 0.0229285;
      when : "!RESETB&CLK&D&!Q";
    }
    leakage_power () {
      value : 0.0208938;
      when : "RESETB&!CLK&D&!Q";
    }
    leakage_power () {
      value : 0.0231118;
      when : "RESETB&CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.0228796;
      when : "!RESETB&!CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.0087891;
      when : "RESETB&CLK&D&Q";
    }
    leakage_power () {
      value : 0.0180998;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.42573;
      max_transition : 1.50635;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153933, 0.00473905, 0.0145899, 0.0449172, 0.138285, 0.42573");
          values ( \
            "0.189678, 0.194877, 0.207245, 0.235825, 0.31079, 0.53564, 1.22479", \
            "0.193404, 0.198604, 0.210964, 0.23957, 0.314421, 0.538647, 1.22877", \
            "0.202524, 0.207674, 0.220017, 0.248625, 0.323497, 0.548506, 1.23723", \
            "0.220841, 0.226044, 0.238411, 0.267019, 0.341976, 0.566905, 1.25497", \
            "0.24363, 0.248827, 0.261188, 0.289807, 0.364733, 0.5896, 1.2781", \
            "0.262075, 0.267285, 0.279641, 0.308251, 0.383388, 0.607226, 1.29694", \
            "0.255578, 0.260814, 0.273214, 0.301849, 0.376796, 0.601627, 1.28961" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153933, 0.00473905, 0.0145899, 0.0449172, 0.138285, 0.42573");
          values ( \
            "0.0181463, 0.0222879, 0.0333054, 0.0647823, 0.166798, 0.493643, 1.50485", \
            "0.0181318, 0.0222854, 0.0333182, 0.0646322, 0.166564, 0.493535, 1.50312", \
            "0.0181368, 0.0222768, 0.033317, 0.0647092, 0.16649, 0.493738, 1.50417", \
            "0.0181346, 0.0222422, 0.0332746, 0.064757, 0.166891, 0.492754, 1.50522", \
            "0.0181506, 0.0223234, 0.0332992, 0.0647114, 0.166858, 0.493137, 1.5054", \
            "0.0181669, 0.0223481, 0.033369, 0.0649226, 0.166569, 0.49305, 1.50635", \
            "0.0183126, 0.0225325, 0.0335172, 0.0648988, 0.166794, 0.493564, 1.50213" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153933, 0.00473905, 0.0145899, 0.0449172, 0.138285, 0.42573");
          values ( \
            "0.219882, 0.224627, 0.236036, 0.260395, 0.309719, 0.42635, 0.764395", \
            "0.223629, 0.228334, 0.239766, 0.264121, 0.313566, 0.430155, 0.769336", \
            "0.232461, 0.2372, 0.248611, 0.272949, 0.322331, 0.438992, 0.776997", \
            "0.250482, 0.25525, 0.266669, 0.290986, 0.340354, 0.456997, 0.795278", \
            "0.271104, 0.275846, 0.287239, 0.311584, 0.361025, 0.477679, 0.815927", \
            "0.28588, 0.290623, 0.302051, 0.326363, 0.375726, 0.492352, 0.83112", \
            "0.270306, 0.275055, 0.286442, 0.310809, 0.360278, 0.476781, 0.815401" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153933, 0.00473905, 0.0145899, 0.0449172, 0.138285, 0.42573");
          values ( \
            "0.0216317, 0.0247568, 0.0329029, 0.0510712, 0.0952498, 0.230675, 0.676284", \
            "0.0216778, 0.0248348, 0.0327558, 0.050997, 0.0953669, 0.231094, 0.676108", \
            "0.0216365, 0.0247495, 0.0329327, 0.0505544, 0.0952215, 0.230672, 0.676391", \
            "0.0216924, 0.0248044, 0.0327312, 0.0506012, 0.0952303, 0.23126, 0.67552", \
            "0.0216698, 0.0248314, 0.0328795, 0.0506708, 0.094958, 0.231116, 0.678136", \
            "0.0216373, 0.024854, 0.0327915, 0.0505988, 0.0952497, 0.229637, 0.677966", \
            "0.0216109, 0.0248179, 0.0327757, 0.0507054, 0.0946885, 0.231236, 0.67562" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153933, 0.00473905, 0.0145899, 0.0449172, 0.138285, 0.42573");
          values ( \
            "0.119768, 0.124908, 0.13737, 0.163829, 0.215225, 0.327857, 0.66552", \
            "0.123994, 0.129148, 0.141575, 0.168077, 0.21945, 0.33207, 0.66902", \
            "0.135, 0.140136, 0.152552, 0.179069, 0.230439, 0.343113, 0.680335", \
            "0.163765, 0.16888, 0.1813, 0.207753, 0.259115, 0.371785, 0.709305", \
            "0.231746, 0.237001, 0.249389, 0.27577, 0.327119, 0.439718, 0.777847", \
            "0.35177, 0.358089, 0.373169, 0.404651, 0.460775, 0.573458, 0.911256", \
            "0.554814, 0.562159, 0.580202, 0.618281, 0.681804, 0.794653, 1.13058" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153933, 0.00473905, 0.0145899, 0.0449172, 0.138285, 0.42573");
          values ( \
            "0.0242591, 0.0278414, 0.0365482, 0.0558983, 0.0943882, 0.22574, 0.673641", \
            "0.0242723, 0.027923, 0.0365844, 0.0558753, 0.0945544, 0.226096, 0.673413", \
            "0.0244338, 0.0278045, 0.0368039, 0.0558991, 0.0944147, 0.225748, 0.674619", \
            "0.0244136, 0.0277976, 0.0367299, 0.0559583, 0.0946031, 0.225961, 0.678377", \
            "0.026473, 0.0297019, 0.037902, 0.056851, 0.0948021, 0.226123, 0.679483", \
            "0.0393325, 0.0429262, 0.051701, 0.0712098, 0.102493, 0.227025, 0.678602", \
            "0.0580832, 0.0617713, 0.0724592, 0.0928074, 0.116194, 0.229637, 0.673324" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153933, 0.00473905, 0.0145899, 0.0449172, 0.138285, 0.42573");
          values ( \
            "0.0263999, 0.028422, 0.034838, 0.0540486, 0.11164, 0.287708, 0.826907", \
            "0.0263792, 0.0283974, 0.0348047, 0.0540611, 0.111542, 0.287582, 0.82982", \
            "0.0263409, 0.0283409, 0.0347527, 0.0539817, 0.111498, 0.287152, 0.830992", \
            "0.0257047, 0.027703, 0.0341295, 0.0533762, 0.110856, 0.286582, 0.828421", \
            "0.0251571, 0.0272049, 0.0336574, 0.0528708, 0.110354, 0.285963, 0.826663", \
            "0.0267865, 0.0287208, 0.0347734, 0.0535338, 0.111148, 0.286199, 0.82676", \
            "0.0281294, 0.0300584, 0.0360722, 0.0549057, 0.112944, 0.289417, 0.825971" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153933, 0.00473905, 0.0145899, 0.0449172, 0.138285, 0.42573");
          values ( \
            "0.0245607, 0.0223353, 0.0164839, 0.0002751, -0.0552812, -0.232245, -0.778608", \
            "0.0244891, 0.0222833, 0.0164154, 0.0001792, -0.0553029, -0.232273, -0.778624", \
            "0.0246108, 0.0223181, 0.0164543, 0.0002184, -0.0552984, -0.232262, -0.778627", \
            "0.0238451, 0.0215596, 0.015678, -0.0005561, -0.0560144, -0.232953, -0.779341", \
            "0.0235802, 0.0213123, 0.0154463, -0.0008229, -0.0563459, -0.233284, -0.779674", \
            "0.0288371, 0.0264738, 0.0199577, 0.0012906, -0.0560115, -0.232996, -0.779369", \
            "0.0303636, 0.0280274, 0.0215323, 0.0029137, -0.0543605, -0.231601, -0.778125" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153933, 0.00473905, 0.0145899, 0.0449172, 0.138285, 0.42573");
          values ( \
            "0.0266583, 0.0244532, 0.0184711, 0.002909, -0.0529017, -0.230075, -0.776409", \
            "0.0264507, 0.02424, 0.0182913, 0.0027335, -0.0530986, -0.230196, -0.776686", \
            "0.0262957, 0.0239664, 0.0180831, 0.0024634, -0.0533726, -0.230498, -0.776912", \
            "0.0261409, 0.0240562, 0.0180907, 0.0024587, -0.0534248, -0.230502, -0.77687", \
            "0.0268422, 0.0246862, 0.0184252, 0.0024807, -0.0535602, -0.230602, -0.776913", \
            "0.0336435, 0.0309527, 0.0234738, 0.0034728, -0.0527034, -0.230001, -0.776327", \
            "0.0427677, 0.0398228, 0.0314949, 0.0099027, -0.0493694, -0.227157, -0.773546" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001878;
      rise_capacitance : 0.001951;
      rise_capacitance_range (0.001951, 0.001951);
      fall_capacitance : 0.001804;
      fall_capacitance_range (0.001804, 0.001804);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0775097, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0994799, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0188289, 0.0187348, 0.018518, 0.018808, 0.0194764, 0.0210172, 0.0245686" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0288491, 0.0286876, 0.0283152, 0.0287656, 0.0298039, 0.0321972, 0.0377138" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002073;
      rise_capacitance : 0.002087;
      rise_capacitance_range (0.002087, 0.002087);
      fall_capacitance : 0.002059;
      fall_capacitance_range (0.002059, 0.002059);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.018752, -0.0547546, -0.0002298", \
            "-0.0059427, -0.0395039, 0.0113587", \
            "-0.0629089, -0.0952493, -0.0517109" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0248555, -0.181708, -0.379869", \
            "0.0245749, -0.133498, -0.341424", \
            "-0.0030944, -0.152622, -0.361769" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.034959, 0.08561, 0.0481751", \
            "0.0172669, 0.0544902, 0.0109518", \
            "0.0717917, 0.105353, 0.0642559" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.067918, 0.243081, 0.468097", \
            "0.020929, 0.19243, 0.422329", \
            "0.0473776, 0.213995, 0.445115" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0010806, -0.001156, -0.0013299, -0.0009586, -0.0001026, 0.0018704, 0.0064184" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0070439, 0.006995, 0.0068821, 0.0073108, 0.0082991, 0.0105771, 0.0158281" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003606;
      rise_capacitance : 0.003617;
      rise_capacitance_range (0.003617, 0.003617);
      fall_capacitance : 0.003595;
      fall_capacitance_range (0.003595, 0.003595);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.135939, -0.0096048, 0.286212", \
            "-0.209784, -0.0956563, 0.16476", \
            "-0.207749, -0.0936217, 0.15825" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.188768, 0.316339, 0.539321", \
            "0.256508, 0.380418, 0.598517", \
            "0.263019, 0.379604, 0.594041" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.189558, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.006545, -0.0065962, -0.0067144, -0.0067144, -0.0067144, -0.0067146, -0.006715" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0056957, 0.005696, 0.0056967, 0.0057111, 0.0057443, 0.0058208, 0.005997" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clocked_on : "CLK";
      next_state : "D";
    }
  }
  cell (scs8hd_dfrtp_4) {
    area : 28.7776;
    cell_footprint : "dfrtp";
    cell_leakage_power : 0.0263913;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0355401;
      when : "RESETB&CLK&D&!Q";
    }
    leakage_power () {
      value : 0.0352602;
      when : "!RESETB&!CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.0089179;
      when : "RESETB&CLK&D&Q";
    }
    leakage_power () {
      value : 0.0108906;
      when : "RESETB&!CLK&!D&Q";
    }
    leakage_power () {
      value : 0.0331777;
      when : "!RESETB&!CLK&D&!Q";
    }
    leakage_power () {
      value : 0.0353626;
      when : "RESETB&!CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.0352615;
      when : "!RESETB&CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.0092069;
      when : "RESETB&CLK&!D&Q";
    }
    leakage_power () {
      value : 0.0090027;
      when : "RESETB&!CLK&D&Q";
    }
    leakage_power () {
      value : 0.0353091;
      when : "!RESETB&CLK&D&!Q";
    }
    leakage_power () {
      value : 0.0332744;
      when : "RESETB&!CLK&D&!Q";
    }
    leakage_power () {
      value : 0.0354924;
      when : "RESETB&CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.0263913;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.726938;
      max_transition : 1.50648;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016829, 0.0056643, 0.0190649, 0.0641685, 0.215978, 0.726938");
          values ( \
            "0.223922, 0.227926, 0.238963, 0.266042, 0.335624, 0.551141, 1.27342", \
            "0.227647, 0.231637, 0.24269, 0.269764, 0.339333, 0.554709, 1.27709", \
            "0.236689, 0.240684, 0.251718, 0.278782, 0.348488, 0.564596, 1.28464", \
            "0.255049, 0.259024, 0.27006, 0.297124, 0.36685, 0.583011, 1.30279", \
            "0.277784, 0.281763, 0.292843, 0.319876, 0.389509, 0.605287, 1.32671", \
            "0.296365, 0.300349, 0.311381, 0.338429, 0.408172, 0.623348, 1.34459", \
            "0.29014, 0.294079, 0.305166, 0.332287, 0.401935, 0.617491, 1.33706" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016829, 0.0056643, 0.0190649, 0.0641685, 0.215978, 0.726938");
          values ( \
            "0.0248194, 0.0278018, 0.0369364, 0.0627414, 0.148369, 0.453819, 1.50101", \
            "0.0245092, 0.0279637, 0.0369397, 0.0626734, 0.148202, 0.455278, 1.50237", \
            "0.0245537, 0.0279763, 0.0370585, 0.0626123, 0.148372, 0.455453, 1.50648", \
            "0.0245041, 0.0277918, 0.0371302, 0.0627252, 0.148181, 0.455087, 1.50381", \
            "0.0245991, 0.027828, 0.0370462, 0.0627517, 0.148153, 0.454802, 1.49998", \
            "0.0248025, 0.0278093, 0.0369898, 0.0626801, 0.14832, 0.453955, 1.5014", \
            "0.0249189, 0.0281416, 0.0372248, 0.0628385, 0.148082, 0.454391, 1.49664" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016829, 0.0056643, 0.0190649, 0.0641685, 0.215978, 0.726938");
          values ( \
            "0.268858, 0.27224, 0.281826, 0.30553, 0.357843, 0.472625, 0.79832", \
            "0.272527, 0.275948, 0.285528, 0.309268, 0.361332, 0.476491, 0.802276", \
            "0.28141, 0.284795, 0.294387, 0.318055, 0.3703, 0.485358, 0.810883", \
            "0.299433, 0.30282, 0.312449, 0.336176, 0.388239, 0.503387, 0.828944", \
            "0.320047, 0.3234, 0.333014, 0.356785, 0.408901, 0.523967, 0.849817", \
            "0.334809, 0.338217, 0.347815, 0.371476, 0.423752, 0.538752, 0.864554", \
            "0.3193, 0.322679, 0.332283, 0.355944, 0.408171, 0.523236, 0.848593" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016829, 0.0056643, 0.0190649, 0.0641685, 0.215978, 0.726938");
          values ( \
            "0.0346807, 0.0367189, 0.042751, 0.0591539, 0.0996978, 0.215128, 0.632346", \
            "0.0346569, 0.0366834, 0.0428345, 0.0594959, 0.099313, 0.215082, 0.629392", \
            "0.0347757, 0.0366795, 0.042791, 0.0591704, 0.0993876, 0.215989, 0.63004", \
            "0.0346867, 0.0366118, 0.0428056, 0.059474, 0.0988925, 0.215101, 0.630103", \
            "0.0346808, 0.0366004, 0.0428196, 0.0596416, 0.100284, 0.214462, 0.629222", \
            "0.0345955, 0.0365566, 0.0426518, 0.0591455, 0.0999448, 0.215061, 0.634726", \
            "0.0346894, 0.0365996, 0.0426216, 0.0595319, 0.100102, 0.215927, 0.631162" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016829, 0.0056643, 0.0190649, 0.0641685, 0.215978, 0.726938");
          values ( \
            "0.171824, 0.175468, 0.185821, 0.211404, 0.26612, 0.372878, 0.69406", \
            "0.17635, 0.179979, 0.190405, 0.215787, 0.270641, 0.377436, 0.698644", \
            "0.187475, 0.191098, 0.201404, 0.226939, 0.281776, 0.388514, 0.709745", \
            "0.215773, 0.219412, 0.229709, 0.255136, 0.309996, 0.416798, 0.737859", \
            "0.283993, 0.287611, 0.297931, 0.323252, 0.377979, 0.484738, 0.805927", \
            "0.427229, 0.431169, 0.442518, 0.470075, 0.528036, 0.634857, 0.955624", \
            "0.664295, 0.668738, 0.681988, 0.715647, 0.783437, 0.893066, 1.2119" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016829, 0.0056643, 0.0190649, 0.0641685, 0.215978, 0.726938");
          values ( \
            "0.038629, 0.0406516, 0.047203, 0.0651072, 0.0994895, 0.202469, 0.627939", \
            "0.0385152, 0.0407782, 0.0473813, 0.0649086, 0.0994594, 0.202447, 0.628205", \
            "0.0385377, 0.0408607, 0.0474955, 0.0648952, 0.09942, 0.202466, 0.628444", \
            "0.0386383, 0.0407457, 0.0474201, 0.0650371, 0.0994994, 0.202082, 0.625251", \
            "0.0386405, 0.0407135, 0.0473871, 0.0649494, 0.0993416, 0.202452, 0.627005", \
            "0.0518018, 0.0535481, 0.0596093, 0.0764195, 0.106944, 0.20371, 0.623295", \
            "0.0791898, 0.0810023, 0.0873682, 0.10496, 0.130267, 0.210423, 0.623655" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016829, 0.0056643, 0.0190649, 0.0641685, 0.215978, 0.726938");
          values ( \
            "0.040647, 0.0426856, 0.0501841, 0.0760551, 0.161591, 0.447623, 1.40843", \
            "0.0406601, 0.0428079, 0.0502263, 0.0761415, 0.161576, 0.447213, 1.41004", \
            "0.0405646, 0.0427134, 0.0501074, 0.0759615, 0.161544, 0.447192, 1.40801", \
            "0.039881, 0.0419467, 0.0493893, 0.0752485, 0.160799, 0.446554, 1.40752", \
            "0.0394426, 0.0414881, 0.0489411, 0.074773, 0.160353, 0.446299, 1.40713", \
            "0.0416434, 0.0437442, 0.051041, 0.0759738, 0.161612, 0.446105, 1.40754", \
            "0.0428586, 0.0448967, 0.0522096, 0.0774996, 0.163327, 0.447854, 1.40478" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016829, 0.0056643, 0.0190649, 0.0641685, 0.215978, 0.726938");
          values ( \
            "0.039988, 0.0369042, 0.0275831, 0.0025189, -0.0784946, -0.364669, -1.33575", \
            "0.0400171, 0.0369206, 0.0276508, 0.0025993, -0.0784893, -0.364698, -1.33577", \
            "0.0399429, 0.0368278, 0.027553, 0.0025328, -0.0784755, -0.364663, -1.33575", \
            "0.0392282, 0.0362335, 0.0269321, 0.0018963, -0.0791868, -0.365386, -1.33647", \
            "0.0388991, 0.0357947, 0.0265292, 0.0015814, -0.0795413, -0.365739, -1.3368", \
            "0.0446067, 0.0415254, 0.0320112, 0.0043865, -0.0792092, -0.365452, -1.33651", \
            "0.0499095, 0.0468593, 0.0373684, 0.0100261, -0.0757653, -0.3639, -1.33534" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016829, 0.0056643, 0.0190649, 0.0641685, 0.215978, 0.726938");
          values ( \
            "0.0463002, 0.0432421, 0.0337589, 0.0067101, -0.0751686, -0.362528, -1.33379", \
            "0.0461181, 0.0430951, 0.033763, 0.0066986, -0.0752158, -0.362594, -1.33379", \
            "0.0459623, 0.0429337, 0.0334667, 0.0063605, -0.0755299, -0.36285, -1.33404", \
            "0.0459703, 0.042907, 0.033408, 0.0063454, -0.0755993, -0.362904, -1.33401", \
            "0.0459898, 0.0428906, 0.0333778, 0.0062334, -0.0758853, -0.363155, -1.33416", \
            "0.051459, 0.0482271, 0.0380783, 0.0091554, -0.0746232, -0.362601, -1.33369", \
            "0.0710332, 0.0675243, 0.0562217, 0.0231764, -0.0685946, -0.359112, -1.33098" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001878;
      rise_capacitance : 0.001951;
      rise_capacitance_range (0.001951, 0.001951);
      fall_capacitance : 0.001804;
      fall_capacitance_range (0.001804, 0.001804);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0917904, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0994799, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0188307, 0.0187365, 0.0185191, 0.0188109, 0.0194836, 0.0210341, 0.0246083" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0288395, 0.0286728, 0.0282882, 0.0287367, 0.0297703, 0.0321528, 0.0376449" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002073;
      rise_capacitance : 0.002087;
      rise_capacitance_range (0.002087, 0.002087);
      fall_capacitance : 0.002059;
      fall_capacitance_range (0.002059, 0.002059);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.018752, -0.0559753, -0.0014505", \
            "-0.0059427, -0.0395039, 0.0113587", \
            "-0.0629089, -0.0964701, -0.0517109" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0236348, -0.181708, -0.378648", \
            "0.0245749, -0.133498, -0.340204", \
            "-0.0030944, -0.151402, -0.360549" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0361797, 0.08561, 0.0493958", \
            "0.0184876, 0.0557109, 0.0121725", \
            "0.0717917, 0.106574, 0.0654766" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0666973, 0.24186, 0.466876", \
            "0.020929, 0.191209, 0.422329", \
            "0.0461569, 0.213995, 0.443895" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0010754, -0.0011552, -0.0013392, -0.0009677, -0.0001115, 0.001862, 0.0064112" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0070944, 0.007053, 0.0069575, 0.0073127, 0.0081315, 0.0100188, 0.0143693" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003596;
      rise_capacitance : 0.003618;
      rise_capacitance_range (0.003618, 0.003618);
      fall_capacitance : 0.003574;
      fall_capacitance_range (0.003574, 0.003574);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.134719, 0.0209128, 0.408283", \
            "-0.208563, -0.0663594, 0.286831", \
            "-0.206529, -0.0643249, 0.283982" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.189988, 0.316339, 0.540542", \
            "0.256508, 0.380418, 0.598517", \
            "0.263019, 0.379604, 0.594041" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.211528, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0065377, -0.0065857, -0.0066961, -0.0066962, -0.0066964, -0.0066968, -0.0066978" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0057335, 0.0057235, 0.0057006, 0.0057146, 0.0057468, 0.0058214, 0.0059931" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clocked_on : "CLK";
      next_state : "D";
    }
  }
  cell (scs8hd_dfsbp_1) {
    area : 28.7776;
    cell_footprint : "dfsbp";
    cell_leakage_power : 0.0225257;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0169743;
      when : "CLK&D&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0250146;
      when : "!CLK&!D&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0269892;
      when : "CLK&D&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0248724;
      when : "!CLK&!D&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0268204;
      when : "!CLK&D&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0145158;
      when : "!CLK&!D&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0248393;
      when : "CLK&!D&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0249372;
      when : "CLK&!D&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0270211;
      when : "!CLK&D&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0268914;
      when : "CLK&D&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0168059;
      when : "!CLK&D&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0146272;
      when : "CLK&!D&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0225257;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.219736;
      max_transition : 1.50188;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219736");
          values ( \
            "0.340325, 0.347293, 0.361532, 0.393482, 0.479506, 0.717004, 1.37461", \
            "0.344077, 0.350891, 0.365178, 0.397162, 0.483139, 0.720875, 1.37568", \
            "0.352599, 0.359478, 0.373757, 0.405719, 0.491749, 0.729374, 1.38626", \
            "0.369382, 0.376194, 0.390476, 0.422451, 0.50844, 0.745966, 1.40278", \
            "0.390366, 0.397166, 0.411457, 0.44344, 0.529431, 0.767132, 1.42208", \
            "0.407104, 0.413989, 0.428289, 0.460251, 0.546239, 0.783895, 1.44062", \
            "0.401045, 0.40802, 0.422284, 0.454282, 0.540213, 0.777919, 1.43301" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219736");
          values ( \
            "0.024445, 0.0292742, 0.0418948, 0.0819963, 0.205306, 0.548945, 1.49356", \
            "0.0243064, 0.0294576, 0.0420186, 0.0820183, 0.204579, 0.547235, 1.49817", \
            "0.024361, 0.0295994, 0.0419586, 0.0819658, 0.205165, 0.548845, 1.49518", \
            "0.0243148, 0.0294666, 0.0420254, 0.0821253, 0.205606, 0.547391, 1.49593", \
            "0.0243265, 0.0294679, 0.0420099, 0.0820119, 0.204711, 0.548838, 1.49803", \
            "0.0243395, 0.0296349, 0.0419835, 0.0821085, 0.204687, 0.547688, 1.49766", \
            "0.0245529, 0.0292948, 0.0420018, 0.0821194, 0.204782, 0.546923, 1.49313" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219736");
          values ( \
            "0.219472, 0.223651, 0.232559, 0.251483, 0.296451, 0.417182, 0.750479", \
            "0.223189, 0.227344, 0.236271, 0.25519, 0.30015, 0.420924, 0.754508", \
            "0.232283, 0.236439, 0.245362, 0.264297, 0.309263, 0.43005, 0.763822", \
            "0.250058, 0.254215, 0.263147, 0.282069, 0.32703, 0.447804, 0.780857", \
            "0.27105, 0.275206, 0.284135, 0.303059, 0.348021, 0.468794, 0.802359", \
            "0.285979, 0.290135, 0.299059, 0.317994, 0.362961, 0.483666, 0.817682", \
            "0.271778, 0.275939, 0.284872, 0.303805, 0.348791, 0.469503, 0.803108" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219736");
          values ( \
            "0.0133681, 0.0164221, 0.0238533, 0.0428934, 0.0978014, 0.257349, 0.700292", \
            "0.0134326, 0.0163768, 0.0237931, 0.04285, 0.097922, 0.257235, 0.699776", \
            "0.0133166, 0.0163822, 0.0236785, 0.0429095, 0.0978275, 0.257034, 0.697358", \
            "0.0134508, 0.0164412, 0.0237983, 0.0428524, 0.0979212, 0.257206, 0.702217", \
            "0.0134289, 0.016567, 0.0238023, 0.042852, 0.0979233, 0.257196, 0.699708", \
            "0.0134759, 0.0165869, 0.0238839, 0.0429236, 0.0978656, 0.255829, 0.701578", \
            "0.0133844, 0.0164075, 0.023674, 0.0427561, 0.0979225, 0.256405, 0.701095" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219736");
          values ( \
            "0.193334, 0.198786, 0.211194, 0.242778, 0.32897, 0.566783, 1.2263", \
            "0.197722, 0.203173, 0.215583, 0.247171, 0.333274, 0.570746, 1.22751", \
            "0.208841, 0.214293, 0.226706, 0.258294, 0.344403, 0.581698, 1.23844", \
            "0.236157, 0.241604, 0.254011, 0.28559, 0.371708, 0.609034, 1.26505", \
            "0.302572, 0.308023, 0.320437, 0.352029, 0.438141, 0.675395, 1.33208", \
            "0.432093, 0.437835, 0.450483, 0.482082, 0.568191, 0.805977, 1.46467", \
            "0.641585, 0.647805, 0.660927, 0.692512, 0.778606, 1.01616, 1.67224" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219736");
          values ( \
            "0.0185413, 0.0232849, 0.0372677, 0.0806538, 0.204649, 0.548243, 1.49925", \
            "0.0187308, 0.0232938, 0.0372767, 0.0806553, 0.204396, 0.548614, 1.50165", \
            "0.0187785, 0.0232937, 0.037277, 0.080654, 0.204535, 0.548882, 1.50088", \
            "0.0185235, 0.023277, 0.0372428, 0.0806492, 0.204502, 0.548719, 1.50188", \
            "0.0187944, 0.0232807, 0.0372795, 0.0806154, 0.204531, 0.548892, 1.50126", \
            "0.020456, 0.0247207, 0.0381399, 0.0808427, 0.204553, 0.547884, 1.4996", \
            "0.0224415, 0.0270622, 0.039597, 0.0815676, 0.204722, 0.546737, 1.49879" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219737");
          values ( \
            "0, 0, 0.002122, 0.0201801, 0.0604733, 0.15872, 0.425069", \
            "0, 0, 0.0021469, 0.020162, 0.0604595, 0.158696, 0.42252", \
            "0, 0, 0.0020978, 0.0200435, 0.0602503, 0.158376, 0.422362", \
            "0, 0, 0.0019154, 0.0197849, 0.0599637, 0.158108, 0.424323", \
            "0, 0, 0.0016223, 0.0195175, 0.0596908, 0.157805, 0.421617", \
            "0, 0, 0.0011671, 0.0193907, 0.0598795, 0.15826, 0.424405", \
            "0, 0, 0.0017408, 0.0208932, 0.0620513, 0.161248, 0.426578" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219737");
          values ( \
            "0, 0, 0.0087486, 0.0189231, 0.0067792, -0.0750177, -0.334312", \
            "0, 0, 0.008744, 0.0188887, 0.0067122, -0.0750961, -0.334398", \
            "0, 0, 0.0088025, 0.018873, 0.0066298, -0.0752059, -0.33452", \
            "0, 0, 0.0085486, 0.0185609, 0.0062516, -0.0756459, -0.335001", \
            "0, 0, 0.008273, 0.0183414, 0.0060885, -0.0757617, -0.335101", \
            "0, 0, 0.0080335, 0.0185589, 0.0066967, -0.0748832, -0.334095", \
            "0, 0, 0.0075505, 0.0192672, 0.0085489, -0.0723821, -0.331365" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219737");
          values ( \
            "-0.0018136, 0.0001983, 0.0056145, 0.0197167, 0.05547, 0.152274, 0.417331", \
            "-0.0018251, 0.0001782, 0.0055714, 0.0195817, 0.055506, 0.151462, 0.414638", \
            "-0.0018306, 0.000172, 0.0055645, 0.0195859, 0.0552859, 0.151358, 0.417259", \
            "-0.0018418, 0.000155, 0.005531, 0.019531, 0.0552089, 0.151335, 0.416825", \
            "-0.0018487, 0.0001576, 0.0055571, 0.0195962, 0.0553262, 0.151651, 0.416986", \
            "-0.0017648, 0.0004233, 0.0062297, 0.0210479, 0.0574618, 0.15459, 0.419491", \
            "-0.0014711, 0.0012875, 0.0081832, 0.0243896, 0.0624707, 0.159713, 0.425639" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.236216;
      max_transition : 1.50192;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139538, 0.00389418, 0.0108677, 0.0303293, 0.084642, 0.236216");
          values ( \
            "0.182678, 0.189604, 0.205434, 0.242405, 0.331671, 0.570971, 1.23377", \
            "0.186356, 0.193333, 0.20914, 0.246091, 0.335374, 0.573057, 1.23746", \
            "0.195505, 0.202368, 0.218236, 0.255217, 0.344474, 0.58279, 1.24913", \
            "0.213259, 0.22024, 0.236047, 0.272998, 0.362288, 0.601754, 1.26433", \
            "0.234179, 0.24112, 0.257001, 0.293973, 0.383275, 0.621418, 1.2857", \
            "0.249188, 0.256013, 0.271926, 0.308933, 0.398225, 0.636203, 1.29941", \
            "0.234882, 0.24177, 0.257726, 0.294774, 0.384102, 0.622105, 1.28401" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139538, 0.00389418, 0.0108677, 0.0303293, 0.084642, 0.236216");
          values ( \
            "0.0233279, 0.0294603, 0.0452906, 0.0880437, 0.204581, 0.544749, 1.49691", \
            "0.0233807, 0.0294377, 0.0451605, 0.0880635, 0.20471, 0.542894, 1.49855", \
            "0.0234019, 0.029511, 0.0451708, 0.0880646, 0.204419, 0.545438, 1.49907", \
            "0.0234081, 0.0294384, 0.0451581, 0.0880644, 0.2048, 0.544955, 1.49554", \
            "0.023329, 0.0293961, 0.0451532, 0.0880881, 0.204287, 0.542684, 1.50106", \
            "0.0235233, 0.029493, 0.0451871, 0.0881175, 0.204572, 0.542464, 1.50192", \
            "0.0236449, 0.029718, 0.0453905, 0.0882586, 0.204682, 0.543025, 1.49375" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139538, 0.00389418, 0.0108677, 0.0303293, 0.084642, 0.236216");
          values ( \
            "0.269116, 0.279503, 0.30316, 0.351586, 0.436379, 0.592987, 0.961255", \
            "0.272875, 0.283187, 0.306788, 0.355204, 0.439995, 0.596601, 0.965053", \
            "0.281279, 0.291681, 0.315331, 0.363739, 0.448523, 0.605136, 0.973592", \
            "0.298047, 0.308439, 0.332084, 0.380486, 0.465224, 0.621867, 0.99022", \
            "0.319187, 0.329561, 0.353164, 0.40156, 0.486331, 0.64296, 1.01149", \
            "0.335784, 0.346208, 0.369875, 0.418307, 0.503099, 0.65975, 1.02811", \
            "0.329734, 0.340158, 0.363808, 0.412211, 0.496995, 0.653665, 1.02179" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139538, 0.00389418, 0.0108677, 0.0303293, 0.084642, 0.236216");
          values ( \
            "0.0523458, 0.0600599, 0.0776524, 0.110228, 0.166366, 0.310602, 0.76128", \
            "0.0525348, 0.0599977, 0.077608, 0.110208, 0.166173, 0.311438, 0.758176", \
            "0.0524305, 0.0599863, 0.0776304, 0.110226, 0.166268, 0.311508, 0.762222", \
            "0.0523922, 0.0600238, 0.0776332, 0.110155, 0.166086, 0.311092, 0.757781", \
            "0.0524233, 0.0599967, 0.0776208, 0.110205, 0.166286, 0.311754, 0.758543", \
            "0.0524482, 0.0600092, 0.0777562, 0.11034, 0.165903, 0.311898, 0.764023", \
            "0.0526951, 0.0602333, 0.0777227, 0.110409, 0.166619, 0.311989, 0.759418" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139538, 0.00389418, 0.0108677, 0.0303293, 0.084642, 0.236216");
          values ( \
            "0.138221, 0.145998, 0.163634, 0.197053, 0.255174, 0.387584, 0.749682", \
            "0.142585, 0.150347, 0.168023, 0.201446, 0.25957, 0.391983, 0.75254", \
            "0.153739, 0.161508, 0.179149, 0.212567, 0.270698, 0.403119, 0.763685", \
            "0.180995, 0.188815, 0.206432, 0.239837, 0.297966, 0.430413, 0.790935", \
            "0.247516, 0.255271, 0.2728, 0.306081, 0.36419, 0.496653, 0.857404", \
            "0.368844, 0.378272, 0.399223, 0.4361, 0.496137, 0.629023, 0.989671", \
            "0.567503, 0.579058, 0.604971, 0.646796, 0.711159, 0.845431, 1.20609" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139538, 0.00389418, 0.0108677, 0.0303293, 0.084642, 0.236216");
          values ( \
            "0.031781, 0.0375475, 0.0500289, 0.0699554, 0.117677, 0.275087, 0.75041", \
            "0.0318009, 0.037608, 0.0500222, 0.0699347, 0.117674, 0.275654, 0.75271", \
            "0.0317621, 0.0375324, 0.0500261, 0.0699333, 0.11767, 0.275651, 0.745377", \
            "0.0318712, 0.0375702, 0.0501734, 0.0700305, 0.117699, 0.27561, 0.746143", \
            "0.0328424, 0.0383983, 0.0505664, 0.0703521, 0.117654, 0.275568, 0.753096", \
            "0.0463216, 0.052602, 0.0638663, 0.0802026, 0.121931, 0.276347, 0.745638", \
            "0.0666907, 0.0736696, 0.0834153, 0.0964661, 0.132006, 0.279538, 0.749081" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139538, 0.00389418, 0.0108678, 0.0303293, 0.084642, 0.236216");
          values ( \
            "0, 0, 0.0017132, 0.0189094, 0.0593801, 0.164093, 0.45061", \
            "0, 0, 0.0017232, 0.0188929, 0.0594589, 0.164668, 0.450745", \
            "0, 0, 0.0017567, 0.0188721, 0.0593102, 0.164742, 0.452501", \
            "0, 0, 0.0015316, 0.0185806, 0.0589045, 0.163493, 0.450004", \
            "0, 0, 0.0012353, 0.0183448, 0.0590016, 0.163091, 0.450231", \
            "0, 0, 0.0010707, 0.0185449, 0.0595746, 0.164797, 0.452965", \
            "0, 0, 0.0005457, 0.0192567, 0.0615577, 0.167496, 0.453671" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139538, 0.00389418, 0.0108678, 0.0303293, 0.084642, 0.236216");
          values ( \
            "0, 0, 0.0097138, 0.0201863, 0.0071495, -0.0801088, -0.361086", \
            "0, 0, 0.0097556, 0.0201461, 0.0071815, -0.0801051, -0.36108", \
            "0, 0, 0.0097147, 0.0200685, 0.0068977, -0.080424, -0.361428", \
            "0, 0, 0.0095172, 0.0198245, 0.0065723, -0.0807603, -0.361814", \
            "0, 0, 0.0091992, 0.0195144, 0.0063147, -0.081012, -0.362043", \
            "0, 0, 0.008818, 0.0194423, 0.0066157, -0.0804606, -0.361376", \
            "0, 0, 0.0086931, 0.0208864, 0.0091681, -0.0780505, -0.358745" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139538, 0.00389418, 0.0108678, 0.0303293, 0.084642, 0.236216");
          values ( \
            "-9.725e-05, 0.0042701, 0.0124979, 0.0196632, 0.0030923, -0.0869004, -0.368987", \
            "-0.0001074, 0.004248, 0.0124563, 0.0195871, 0.0029809, -0.0870397, -0.369126", \
            "-0.0001119, 0.0042403, 0.0124475, 0.0195815, 0.0029752, -0.0870513, -0.369047", \
            "-0.0001214, 0.0042226, 0.0124223, 0.0195327, 0.002895, -0.0871387, -0.369071", \
            "-0.0001199, 0.0042509, 0.012487, 0.0196041, 0.0029683, -0.08702, -0.369065", \
            "1.955e-05, 0.004638, 0.0133277, 0.0210089, 0.004858, -0.084849, -0.366843", \
            "0.0002976, 0.0054517, 0.0151383, 0.0242533, 0.009278, -0.0798526, -0.361619" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001845;
      rise_capacitance : 0.001929;
      rise_capacitance_range (0.001929, 0.001929);
      fall_capacitance : 0.001762;
      fall_capacitance_range (0.001762, 0.001762);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0961844, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.102775, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0199511, 0.019862, 0.0196567, 0.0199516, 0.0206314, 0.0221984, 0.0258103" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0269059, 0.0267905, 0.0265243, 0.0269709, 0.0280001, 0.0303727, 0.0358414" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002388;
      rise_capacitance : 0.002517;
      rise_capacitance_range (0.002517, 0.002517);
      fall_capacitance : 0.002259;
      fall_capacitance_range (0.002259, 0.002259);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.018752, -0.057196, -0.0234232", \
            "-0.0108255, -0.0456074, -0.0179382", \
            "-0.0702331, -0.105015, -0.0822285" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.010207, -0.141425, -0.299302", \
            "0.0343405, -0.0956563, -0.26452", \
            "0.0005677, -0.123325, -0.294631" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0312969, 0.0758444, 0.0542786", \
            "0.0184876, 0.0557109, 0.0292624", \
            "0.0766745, 0.110236, 0.0898906" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0422832, 0.188149, 0.363117", \
            "-0.0010436, 0.13994, 0.31979", \
            "0.0290671, 0.165167, 0.346238" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0002184, -0.0003942, -0.0007996, -0.0001843, 0.0012339, 0.0045029, 0.012038" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0080667, 0.0080228, 0.0079215, 0.0085232, 0.0099102, 0.0131072, 0.0204763" \
          );
        }
      }
    }
    pin (SETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003516;
      rise_capacitance : 0.003563;
      rise_capacitance_range (0.003563, 0.003563);
      fall_capacitance : 0.003468;
      fall_capacitance_range (0.003468, 0.003468);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0822285, -0.0889505, -0.191083", \
            "-0.146307, -0.151809, -0.25272", \
            "-0.132066, -0.136346, -0.234816" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0959941, 0.106378, 0.210952", \
            "0.158852, 0.166795, 0.270148", \
            "0.144611, 0.152553, 0.252244" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.152209, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0015081, 0.0013568, 0.0010081, 0.001176, 0.0015631, 0.0024552, 0.0045119" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0059755, 0.0059804, 0.0059915, 0.0060041, 0.006033, 0.0060995, 0.0062531" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "D";
      preset : "!SETB";
    }
  }
  cell (scs8hd_dfsbp_2) {
    area : 30.0152;
    cell_footprint : "dfsbp";
    cell_leakage_power : 0.0275582;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.023116;
      when : "CLK&D&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0294924;
      when : "!CLK&!D&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.031467;
      when : "CLK&D&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0293502;
      when : "!CLK&!D&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0312982;
      when : "!CLK&D&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0206574;
      when : "!CLK&!D&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0293172;
      when : "CLK&!D&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.029415;
      when : "CLK&!D&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0314989;
      when : "!CLK&D&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0313692;
      when : "CLK&D&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0229475;
      when : "!CLK&D&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0207689;
      when : "CLK&!D&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0275582;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.413828;
      max_transition : 1.50315;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "0.398635, 0.404359, 0.417522, 0.445024, 0.518929, 0.74578, 1.43729", \
            "0.402324, 0.408028, 0.421135, 0.448633, 0.522618, 0.749614, 1.44134", \
            "0.410985, 0.416693, 0.429848, 0.457359, 0.531331, 0.757809, 1.45014", \
            "0.427822, 0.433522, 0.446603, 0.474211, 0.548122, 0.774933, 1.46637", \
            "0.44873, 0.454452, 0.467615, 0.495117, 0.569073, 0.79586, 1.48726", \
            "0.465231, 0.47097, 0.484138, 0.511555, 0.585621, 0.81259, 1.5044", \
            "0.458511, 0.464233, 0.477392, 0.504891, 0.578886, 0.805758, 1.4967" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "0.0235009, 0.0277092, 0.0375466, 0.0651172, 0.167102, 0.492989, 1.49604", \
            "0.0235679, 0.0276139, 0.037574, 0.0651004, 0.167399, 0.492648, 1.49215", \
            "0.0236401, 0.0277131, 0.0374472, 0.0651857, 0.166961, 0.492131, 1.49337", \
            "0.02355, 0.0277262, 0.0371212, 0.0653171, 0.166948, 0.492994, 1.49622", \
            "0.023613, 0.0276676, 0.0375399, 0.0650991, 0.16693, 0.492994, 1.49736", \
            "0.0234238, 0.0277633, 0.0375933, 0.0650333, 0.166787, 0.492586, 1.49321", \
            "0.0237594, 0.0276853, 0.0374799, 0.0651484, 0.166852, 0.492968, 1.49329" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "0.244898, 0.248199, 0.255932, 0.272174, 0.309399, 0.41336, 0.730196", \
            "0.24861, 0.251909, 0.259672, 0.275887, 0.313156, 0.417084, 0.733933", \
            "0.257736, 0.261045, 0.268778, 0.28501, 0.322276, 0.426184, 0.74214", \
            "0.275522, 0.278821, 0.286578, 0.302799, 0.340069, 0.443994, 0.760276", \
            "0.296517, 0.299818, 0.307547, 0.323793, 0.361031, 0.464934, 0.781711", \
            "0.311606, 0.314902, 0.322645, 0.338892, 0.37613, 0.480091, 0.796995", \
            "0.297474, 0.30077, 0.30846, 0.32474, 0.362001, 0.465846, 0.782365" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "0.0133261, 0.0154925, 0.0208408, 0.0343497, 0.0754892, 0.21034, 0.636744", \
            "0.0132062, 0.0153863, 0.0208028, 0.0343982, 0.0753831, 0.210174, 0.633412", \
            "0.0131701, 0.0154039, 0.0207628, 0.0343877, 0.0751939, 0.210604, 0.633908", \
            "0.0131935, 0.0153821, 0.0207859, 0.0343955, 0.0753937, 0.210081, 0.631233", \
            "0.0132974, 0.0155795, 0.0208714, 0.0343187, 0.0751308, 0.210075, 0.635901", \
            "0.0131823, 0.0154074, 0.0208056, 0.0342793, 0.0752981, 0.209439, 0.63752", \
            "0.0131849, 0.0155969, 0.0209048, 0.0344288, 0.0754517, 0.210635, 0.636831" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "0.221899, 0.226399, 0.236703, 0.262002, 0.336169, 0.562428, 1.2564", \
            "0.226411, 0.230932, 0.241207, 0.266497, 0.340868, 0.56684, 1.2604", \
            "0.237628, 0.242147, 0.25242, 0.277702, 0.352074, 0.578117, 1.27173", \
            "0.264664, 0.269177, 0.279433, 0.304752, 0.379114, 0.604928, 1.29973", \
            "0.331097, 0.335613, 0.345896, 0.371174, 0.445547, 0.671458, 1.36593", \
            "0.469578, 0.474373, 0.485221, 0.51065, 0.584982, 0.810907, 1.50387", \
            "0.694772, 0.700169, 0.712399, 0.738403, 0.812294, 1.03801, 1.73074" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "0.0176633, 0.021054, 0.0297825, 0.0610677, 0.166458, 0.491928, 1.50169", \
            "0.0176328, 0.0208395, 0.0297024, 0.0610959, 0.166192, 0.49267, 1.49312", \
            "0.0177524, 0.020796, 0.0296907, 0.060994, 0.166068, 0.492144, 1.50236", \
            "0.0176802, 0.0210008, 0.0296942, 0.0611266, 0.166315, 0.493227, 1.49824", \
            "0.0178082, 0.0208141, 0.0296815, 0.0610696, 0.16629, 0.492963, 1.50018", \
            "0.0193132, 0.0228613, 0.0312075, 0.0616015, 0.166183, 0.492269, 1.50315", \
            "0.022739, 0.0262126, 0.03499, 0.0632052, 0.166785, 0.491696, 1.49887" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "0, 0, 0.0037825, 0.0283137, 0.0929279, 0.267951, 0.791242", \
            "0, 0, 0.0037504, 0.02834, 0.0927667, 0.267867, 0.791435", \
            "0, 0, 0.0037837, 0.0281811, 0.092923, 0.26757, 0.791121", \
            "0, 0, 0.003557, 0.0279549, 0.09272, 0.26725, 0.794268", \
            "0, 0, 0.0032505, 0.027597, 0.0920345, 0.266935, 0.791348", \
            "0, 0, 0.0028729, 0.0275844, 0.0923613, 0.267527, 0.791169", \
            "0, 0, 0.0041547, 0.0307995, 0.0950866, 0.271091, 0.793568" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "0, 0, 0.0121116, 0.0258249, 0.0018493, -0.151651, -0.673607", \
            "0, 0, 0.0121161, 0.0258079, 0.0017967, -0.151755, -0.67373", \
            "0, 0, 0.0121682, 0.0258103, 0.0017941, -0.151807, -0.6738", \
            "0, 0, 0.0119255, 0.0254956, 0.0013451, -0.152299, -0.674289", \
            "0, 0, 0.0116538, 0.0252798, 0.0011947, -0.152451, -0.674411", \
            "0, 0, 0.0114158, 0.0255866, 0.0018302, -0.151597, -0.673445", \
            "0, 0, 0.0108786, 0.0263552, 0.0038825, -0.148925, -0.670631" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "-0.0019481, 0.0002039, 0.0067792, 0.0271617, 0.0847723, 0.257445, 0.781726", \
            "-0.0019493, 0.0001967, 0.0067677, 0.0270859, 0.0846987, 0.25753, 0.77937", \
            "-0.0019462, 0.0001909, 0.0067561, 0.0270554, 0.0846593, 0.25723, 0.782096", \
            "-0.0019525, 0.000191, 0.0067452, 0.0270482, 0.0846322, 0.257213, 0.78123", \
            "-0.0019682, 0.0001623, 0.0067294, 0.0270096, 0.0845938, 0.257271, 0.782459", \
            "-0.0018722, 0.0005038, 0.0075994, 0.0289886, 0.08757, 0.260712, 0.78422", \
            "-0.0015084, 0.0016832, 0.0106132, 0.0338713, 0.0944448, 0.267527, 0.793458" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.422983;
      max_transition : 1.50622;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153767, 0.00472884, 0.0145428, 0.0447238, 0.137541, 0.422983");
          values ( \
            "0.19664, 0.202635, 0.217117, 0.250717, 0.33264, 0.559761, 1.25574", \
            "0.200382, 0.206379, 0.220859, 0.254458, 0.336383, 0.564197, 1.2598", \
            "0.20949, 0.215517, 0.229994, 0.263586, 0.345523, 0.573929, 1.26824", \
            "0.22725, 0.233295, 0.247791, 0.281374, 0.363301, 0.590587, 1.28598", \
            "0.248198, 0.254236, 0.268721, 0.302349, 0.384299, 0.611339, 1.30756", \
            "0.263394, 0.269416, 0.283819, 0.317475, 0.399437, 0.62654, 1.32434", \
            "0.249175, 0.25521, 0.269645, 0.303338, 0.385325, 0.612887, 1.30657" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153767, 0.00472884, 0.0145428, 0.0447238, 0.137541, 0.422983");
          values ( \
            "0.022137, 0.0270993, 0.0399805, 0.0746135, 0.174224, 0.494687, 1.49916", \
            "0.022139, 0.0271003, 0.0399804, 0.0746125, 0.174304, 0.495177, 1.50622", \
            "0.0222062, 0.0271243, 0.0399906, 0.07462, 0.174449, 0.495279, 1.49996", \
            "0.0223144, 0.027101, 0.0399857, 0.0746023, 0.174207, 0.494222, 1.49959", \
            "0.0224471, 0.0271719, 0.0399487, 0.0745976, 0.174446, 0.494989, 1.50103", \
            "0.0223316, 0.0272709, 0.0400296, 0.0746499, 0.174385, 0.49474, 1.50429", \
            "0.0223968, 0.027282, 0.0401395, 0.0747463, 0.174297, 0.494855, 1.49811" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153767, 0.00472884, 0.0145428, 0.0447238, 0.137541, 0.422983");
          values ( \
            "0.318474, 0.326735, 0.34721, 0.392871, 0.481595, 0.640252, 1.00333", \
            "0.322159, 0.330388, 0.350832, 0.396545, 0.485313, 0.643937, 1.00701", \
            "0.330737, 0.339057, 0.359592, 0.405212, 0.493939, 0.652609, 1.01563", \
            "0.347588, 0.355912, 0.376417, 0.422049, 0.51078, 0.669433, 1.03259", \
            "0.368616, 0.376881, 0.397331, 0.442972, 0.531736, 0.690394, 1.0537", \
            "0.385109, 0.393388, 0.413841, 0.459509, 0.548284, 0.707076, 1.07024", \
            "0.378296, 0.386566, 0.407088, 0.452727, 0.541465, 0.700208, 1.06327" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153767, 0.00472884, 0.0145428, 0.0447238, 0.137541, 0.422983");
          values ( \
            "0.0586766, 0.0646076, 0.0788743, 0.111114, 0.166106, 0.289842, 0.708217", \
            "0.0587986, 0.064587, 0.0787792, 0.111124, 0.165862, 0.291675, 0.708116", \
            "0.0587125, 0.0642025, 0.0789247, 0.111093, 0.166182, 0.292482, 0.707137", \
            "0.0587306, 0.0642518, 0.0788852, 0.111195, 0.16596, 0.290765, 0.705137", \
            "0.0586319, 0.0644378, 0.0788197, 0.111151, 0.166093, 0.290771, 0.706185", \
            "0.0587295, 0.064478, 0.0789065, 0.111241, 0.166219, 0.29213, 0.707035", \
            "0.0588976, 0.0641932, 0.0789337, 0.111228, 0.166096, 0.292314, 0.704672" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153767, 0.00472884, 0.0145428, 0.0447238, 0.137541, 0.422983");
          values ( \
            "0.159062, 0.165341, 0.180648, 0.214143, 0.271498, 0.391855, 0.734405", \
            "0.163519, 0.169837, 0.185145, 0.218651, 0.276025, 0.396393, 0.738679", \
            "0.174765, 0.181028, 0.196403, 0.229859, 0.287206, 0.407593, 0.749839", \
            "0.201841, 0.208171, 0.223473, 0.256949, 0.314332, 0.434736, 0.777287", \
            "0.268309, 0.274642, 0.289888, 0.32325, 0.380606, 0.500992, 0.843164", \
            "0.399891, 0.407144, 0.424698, 0.461923, 0.521834, 0.642698, 0.984875", \
            "0.612616, 0.621382, 0.642806, 0.687669, 0.754977, 0.87943, 1.22148" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153767, 0.00472884, 0.0145428, 0.0447238, 0.137541, 0.422983");
          values ( \
            "0.0332635, 0.0376493, 0.0485873, 0.0689695, 0.10574, 0.234767, 0.682515", \
            "0.0334392, 0.0375276, 0.0486597, 0.068956, 0.105388, 0.234343, 0.680767", \
            "0.0334912, 0.0376635, 0.0485884, 0.0689683, 0.105618, 0.234482, 0.680856", \
            "0.0331889, 0.0375727, 0.0486292, 0.0692377, 0.105786, 0.234346, 0.684538", \
            "0.0332018, 0.0375351, 0.0486736, 0.0691086, 0.105725, 0.234481, 0.679695", \
            "0.0461411, 0.0508733, 0.061963, 0.0800936, 0.111074, 0.235507, 0.676994", \
            "0.0695099, 0.0742087, 0.0869675, 0.103236, 0.127414, 0.242142, 0.681179" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153767, 0.00472884, 0.0145428, 0.0447238, 0.137541, 0.422983");
          values ( \
            "0, -0.0002992, 0.0028141, 0.0258432, 0.0869812, 0.264023, 0.801809", \
            "0, -0.0003362, 0.0028258, 0.0258121, 0.0869769, 0.265105, 0.804568", \
            "0, -0.0003916, 0.0028745, 0.0258174, 0.0870477, 0.263875, 0.801674", \
            "0, -0.0002363, 0.0026575, 0.0255149, 0.0864707, 0.26492, 0.805813", \
            "0, 0, 0.0023732, 0.0252809, 0.0863148, 0.264797, 0.805974", \
            "0, 0, 0.0023833, 0.0255763, 0.0872217, 0.263826, 0.805651", \
            "0, 0, 0.0017965, 0.0263551, 0.0896033, 0.268001, 0.801331" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153767, 0.00472884, 0.0145428, 0.0447238, 0.137541, 0.422983");
          values ( \
            "0, 0.0002992, 0.0143094, 0.0282886, 0.0043575, -0.15061, -0.684952", \
            "0, 0.0003362, 0.0143159, 0.0283491, 0.004248, -0.150632, -0.685003", \
            "0, 0.0003916, 0.0143136, 0.0281866, 0.0041205, -0.150865, -0.685232", \
            "0, 0.0002363, 0.014122, 0.0279322, 0.003722, -0.151261, -0.68565", \
            "0, 0, 0.0138129, 0.0276257, 0.0034011, -0.151534, -0.685913", \
            "0, 0, 0.013374, 0.0275157, 0.0037284, -0.151076, -0.685349", \
            "0, 0, 0.0140035, 0.0308005, 0.007903, -0.148587, -0.682629" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153767, 0.00472884, 0.0145428, 0.0447238, 0.137541, 0.422983");
          values ( \
            "-2.03e-05, 0.0053311, 0.0166033, 0.0271509, -0.0009835, -0.15961, -0.695041", \
            "-2.01e-05, 0.005328, 0.016571, 0.0270878, -0.0010854, -0.159739, -0.695205", \
            "-1.615e-05, 0.0053252, 0.0165709, 0.0270585, -0.00108, -0.159769, -0.69516", \
            "-2.705e-05, 0.0053063, 0.0165477, 0.0270692, -0.001166, -0.15986, -0.695353", \
            "-3.755e-05, 0.0053034, 0.0165599, 0.0270239, -0.0012153, -0.159868, -0.695247", \
            "0.0001203, 0.0057966, 0.017713, 0.028973, 0.0011816, -0.157385, -0.692767", \
            "0.0004571, 0.0068868, 0.0204244, 0.0338524, 0.0073848, -0.151141, -0.686607" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001844;
      rise_capacitance : 0.001929;
      rise_capacitance_range (0.001929, 0.001929);
      fall_capacitance : 0.00176;
      fall_capacitance_range (0.00176, 0.00176);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.112662, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.102775, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0199515, 0.0198641, 0.0196626, 0.019957, 0.0206358, 0.0222004, 0.025807" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.026942, 0.0268284, 0.0265666, 0.0269396, 0.0277994, 0.0297811, 0.0343495" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002388;
      rise_capacitance : 0.002517;
      rise_capacitance_range (0.002517, 0.002517);
      fall_capacitance : 0.002259;
      fall_capacitance_range (0.002259, 0.002259);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0175312, -0.0547546, -0.0185404", \
            "-0.0096048, -0.0443867, -0.014276", \
            "-0.0690124, -0.102574, -0.0797871" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0089863, -0.141425, -0.298081", \
            "0.0343405, -0.0956563, -0.263299", \
            "0.0005677, -0.124546, -0.294631" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0312969, 0.0758444, 0.0542786", \
            "0.0184876, 0.0557109, 0.0280417", \
            "0.0766745, 0.111456, 0.0898906" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0435039, 0.190591, 0.365558", \
            "0.0013978, 0.142381, 0.322231", \
            "0.0315085, 0.167609, 0.3499" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.000219, -0.0003952, -0.0008016, -0.0002049, 0.0011706, 0.0043409, 0.0116489" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0080669, 0.008022, 0.0079184, 0.0085224, 0.0099147, 0.0131239, 0.0205216" \
          );
        }
      }
    }
    pin (SETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003493;
      rise_capacitance : 0.003536;
      rise_capacitance_range (0.003536, 0.003536);
      fall_capacitance : 0.00345;
      fall_capacitance_range (0.00345, 0.00345);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0797871, -0.0852884, -0.1862", \
            "-0.143866, -0.149367, -0.249058", \
            "-0.129624, -0.132684, -0.229934" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0959941, 0.106378, 0.210952", \
            "0.158852, 0.166795, 0.270148", \
            "0.144611, 0.152553, 0.252244" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.170883, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0014754, 0.0014185, 0.0012877, 0.0014465, 0.0018122, 0.0026556, 0.0045996" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0060058, 0.006001, 0.0059901, 0.0060025, 0.0060311, 0.0060972, 0.0062496" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "D";
      preset : "!SETB";
    }
  }
  cell (scs8hd_dfstp_1) {
    area : 26.2752;
    cell_footprint : "dfstp";
    cell_leakage_power : 0.0183412;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0169608;
      when : "CLK&D&SETB&!Q";
    }
    leakage_power () {
      value : 0.0187446;
      when : "!CLK&!D&!SETB&Q";
    }
    leakage_power () {
      value : 0.0207192;
      when : "CLK&D&SETB&Q";
    }
    leakage_power () {
      value : 0.0186027;
      when : "!CLK&!D&SETB&Q";
    }
    leakage_power () {
      value : 0.0205502;
      when : "!CLK&D&!SETB&Q";
    }
    leakage_power () {
      value : 0.0145023;
      when : "!CLK&!D&SETB&!Q";
    }
    leakage_power () {
      value : 0.0185693;
      when : "CLK&!D&!SETB&Q";
    }
    leakage_power () {
      value : 0.0186671;
      when : "CLK&!D&SETB&Q";
    }
    leakage_power () {
      value : 0.0207512;
      when : "!CLK&D&SETB&Q";
    }
    leakage_power () {
      value : 0.0206213;
      when : "CLK&D&!SETB&Q";
    }
    leakage_power () {
      value : 0.0167924;
      when : "!CLK&D&SETB&!Q";
    }
    leakage_power () {
      value : 0.0146138;
      when : "CLK&!D&SETB&!Q";
    }
    leakage_power () {
      value : 0.0183412;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.220652;
      max_transition : 1.49915;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137962, 0.00380671, 0.0105036, 0.028982, 0.0799684, 0.220652");
          values ( \
            "0.277567, 0.284034, 0.297635, 0.329448, 0.415671, 0.653102, 1.31096", \
            "0.281138, 0.287595, 0.301199, 0.332943, 0.419843, 0.656574, 1.31478", \
            "0.289756, 0.296186, 0.309772, 0.341551, 0.428509, 0.664919, 1.32116", \
            "0.306524, 0.313045, 0.326629, 0.358377, 0.445228, 0.681729, 1.33768", \
            "0.327951, 0.334407, 0.348009, 0.379751, 0.466645, 0.703115, 1.35823", \
            "0.345374, 0.351885, 0.36548, 0.397259, 0.483707, 0.720961, 1.37676", \
            "0.34004, 0.34651, 0.360124, 0.39187, 0.478763, 0.715302, 1.3714" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137962, 0.00380671, 0.0105036, 0.028982, 0.0799684, 0.220652");
          values ( \
            "0.0222718, 0.0270171, 0.0396662, 0.0809111, 0.204494, 0.545911, 1.49803", \
            "0.0222733, 0.0270045, 0.0396823, 0.0810106, 0.204397, 0.545896, 1.49823", \
            "0.0220395, 0.026832, 0.0396222, 0.080768, 0.204571, 0.546547, 1.49468", \
            "0.0222088, 0.0268006, 0.0397545, 0.0809026, 0.20454, 0.546703, 1.49698", \
            "0.0222707, 0.0269999, 0.0396824, 0.0810093, 0.204386, 0.54675, 1.4947", \
            "0.0221891, 0.0270063, 0.0396798, 0.0807942, 0.204278, 0.54504, 1.49717", \
            "0.0223168, 0.0270536, 0.039709, 0.0810187, 0.204412, 0.54677, 1.49552" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137962, 0.00380671, 0.0105036, 0.028982, 0.0799684, 0.220652");
          values ( \
            "0.199951, 0.203975, 0.212679, 0.23139, 0.276309, 0.397268, 0.730543", \
            "0.203622, 0.207658, 0.216362, 0.235073, 0.279999, 0.401, 0.733747", \
            "0.212775, 0.216799, 0.2255, 0.244213, 0.289132, 0.410076, 0.743388", \
            "0.230585, 0.234621, 0.243319, 0.262022, 0.306948, 0.427963, 0.760858", \
            "0.251555, 0.255583, 0.264287, 0.283005, 0.327927, 0.448846, 0.783301", \
            "0.266413, 0.270455, 0.279152, 0.297882, 0.342768, 0.463475, 0.797427", \
            "0.252034, 0.256077, 0.264776, 0.283489, 0.328438, 0.449372, 0.783642" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137962, 0.00380671, 0.0105036, 0.028982, 0.0799684, 0.220652");
          values ( \
            "0.0125524, 0.0155933, 0.0229412, 0.0422077, 0.0971978, 0.2562, 0.701134", \
            "0.0125543, 0.0155328, 0.0229362, 0.0422277, 0.097532, 0.258049, 0.702019", \
            "0.0125437, 0.0155974, 0.0229614, 0.0422377, 0.0971387, 0.256506, 0.701302", \
            "0.0124335, 0.0154113, 0.0229324, 0.0422183, 0.0975993, 0.257399, 0.694832", \
            "0.0124167, 0.0155496, 0.0229472, 0.0422371, 0.0972698, 0.25545, 0.699053", \
            "0.0124753, 0.0156146, 0.0228598, 0.0422003, 0.0973055, 0.254891, 0.702494", \
            "0.0124739, 0.0154512, 0.0229484, 0.0422543, 0.0972957, 0.257163, 0.699757" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137962, 0.00380671, 0.0105036, 0.028982, 0.0799684, 0.220652");
          values ( \
            "0.160959, 0.166223, 0.178502, 0.210091, 0.296245, 0.534173, 1.19018", \
            "0.165231, 0.170433, 0.18273, 0.214341, 0.30046, 0.538471, 1.19471", \
            "0.176323, 0.18155, 0.193843, 0.225458, 0.311439, 0.550139, 1.20567", \
            "0.204288, 0.209521, 0.221815, 0.253447, 0.339506, 0.576756, 1.23656", \
            "0.269589, 0.274806, 0.28708, 0.318617, 0.404829, 0.643121, 1.29963", \
            "0.386974, 0.392545, 0.40504, 0.436644, 0.522657, 0.760517, 1.41631", \
            "0.579903, 0.585952, 0.598787, 0.630322, 0.716315, 0.953375, 1.60806" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137962, 0.00380671, 0.0105036, 0.028982, 0.0799684, 0.220652");
          values ( \
            "0.0174613, 0.022088, 0.0363392, 0.079937, 0.203835, 0.54811, 1.49258", \
            "0.017328, 0.0220857, 0.0363391, 0.0799913, 0.203733, 0.548482, 1.49915", \
            "0.0173234, 0.0220914, 0.0363324, 0.0799698, 0.203487, 0.548664, 1.4985", \
            "0.0173305, 0.022095, 0.0362906, 0.0798898, 0.203261, 0.548673, 1.49912", \
            "0.0174188, 0.0221248, 0.0363034, 0.0798163, 0.203823, 0.548782, 1.49492", \
            "0.0192567, 0.0238015, 0.0372388, 0.0800918, 0.203017, 0.548196, 1.49845", \
            "0.0211434, 0.025589, 0.0385711, 0.0805682, 0.203702, 0.546062, 1.49495" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137962, 0.00380671, 0.0105036, 0.028982, 0.0799684, 0.220652");
          values ( \
            "0.0289539, 0.031022, 0.0367709, 0.0509314, 0.0861627, 0.181297, 0.445313", \
            "0.0289156, 0.0309899, 0.0367227, 0.0508949, 0.086324, 0.181315, 0.445278", \
            "0.0286872, 0.0307648, 0.0365391, 0.0506879, 0.0857788, 0.181966, 0.444775", \
            "0.0281946, 0.0302445, 0.0360608, 0.0501599, 0.0852695, 0.181453, 0.447157", \
            "0.0276765, 0.0297509, 0.0354834, 0.049666, 0.0850785, 0.180056, 0.444479", \
            "0.0299985, 0.031638, 0.0362126, 0.0494611, 0.0845713, 0.179796, 0.444582", \
            "0.0327872, 0.0343978, 0.0390038, 0.0516258, 0.0865222, 0.182131, 0.444892" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137962, 0.00380671, 0.0105036, 0.028982, 0.0799684, 0.220652");
          values ( \
            "0.0275649, 0.0261477, 0.0224152, 0.0104609, -0.0244262, -0.121306, -0.388724", \
            "0.0274568, 0.0260626, 0.0223241, 0.0103686, -0.0245055, -0.121364, -0.388781", \
            "0.0274673, 0.0260514, 0.0223166, 0.0103602, -0.0245211, -0.121387, -0.388803", \
            "0.0268254, 0.0254232, 0.0216997, 0.009732, -0.0251487, -0.122019, -0.389452", \
            "0.0263516, 0.0249331, 0.021203, 0.0092595, -0.0256168, -0.122494, -0.389907", \
            "0.0286149, 0.0270063, 0.0225182, 0.0098986, -0.0252516, -0.122149, -0.389605", \
            "0.0297868, 0.0281813, 0.0236725, 0.0110667, -0.0240095, -0.120934, -0.388493" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137962, 0.00380671, 0.0105036, 0.028982, 0.0799684, 0.220652");
          values ( \
            "0.0311423, 0.0332029, 0.038245, 0.0509558, 0.0854509, 0.182229, 0.44477", \
            "0.0309188, 0.0329849, 0.0380128, 0.050738, 0.0852029, 0.181844, 0.447332", \
            "0.0308847, 0.0329616, 0.0379974, 0.0507328, 0.0855787, 0.180994, 0.447601", \
            "0.0307458, 0.0328207, 0.0378551, 0.0505792, 0.0851162, 0.181716, 0.447192", \
            "0.0311585, 0.0332049, 0.0382505, 0.0509508, 0.0854627, 0.181089, 0.445944", \
            "0.0340593, 0.0356972, 0.0401794, 0.053391, 0.0877863, 0.183414, 0.450098", \
            "0.0398856, 0.0415196, 0.0460357, 0.058643, 0.0929982, 0.189431, 0.45248" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00185;
      rise_capacitance : 0.001935;
      rise_capacitance_range (0.001935, 0.001935);
      fall_capacitance : 0.001765;
      fall_capacitance_range (0.001765, 0.001765);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0862978, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.102775, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0199796, 0.0198972, 0.0197069, 0.0200006, 0.0206774, 0.0222376, 0.025834" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0270793, 0.0269434, 0.0266301, 0.0270672, 0.0280747, 0.030397, 0.0357499" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002388;
      rise_capacitance : 0.002517;
      rise_capacitance_range (0.002517, 0.002517);
      fall_capacitance : 0.002259;
      fall_capacitance_range (0.002259, 0.002259);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.018752, -0.057196, -0.0246439", \
            "-0.0108255, -0.0456074, -0.0167174", \
            "-0.0702331, -0.105015, -0.0822285" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.010207, -0.142645, -0.300523", \
            "0.0331198, -0.096877, -0.265741", \
            "0.0005677, -0.124546, -0.295851" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0312969, 0.0758444, 0.0542786", \
            "0.0184876, 0.0557109, 0.0292624", \
            "0.0754538, 0.110236, 0.0886699" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0410625, 0.188149, 0.361896", \
            "-0.0010436, 0.138719, 0.318569", \
            "0.0290671, 0.163947, 0.345018" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.000214, -0.0003943, -0.0008099, -0.0002041, 0.0011923, 0.0044113, 0.0118311" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0080723, 0.0080265, 0.0079208, 0.0085248, 0.0099171, 0.0131264, 0.020524" \
          );
        }
      }
    }
    pin (SETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003496;
      rise_capacitance : 0.003524;
      rise_capacitance_range (0.003524, 0.003524);
      fall_capacitance : 0.003467;
      fall_capacitance_range (0.003467, 0.003467);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0822285, -0.0913919, -0.195965", \
            "-0.147528, -0.15425, -0.257603", \
            "-0.133287, -0.138788, -0.238478" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0959941, 0.107599, 0.210952", \
            "0.158852, 0.168016, 0.271369", \
            "0.144611, 0.153774, 0.252244" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.110465, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0014992, 0.0014449, 0.0013198, 0.0014792, 0.0018467, 0.0026939, 0.0046467" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0059685, 0.0059741, 0.0059869, 0.0059988, 0.0060261, 0.0060891, 0.0062342" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "D";
      preset : "!SETB";
    }
  }
  cell (scs8hd_dfstp_2) {
    area : 26.2752;
    cell_footprint : "dfstp";
    cell_leakage_power : 0.0192612;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.023078;
      when : "CLK&D&SETB&!Q";
    }
    leakage_power () {
      value : 0.0206194;
      when : "!CLK&!D&SETB&!Q";
    }
    leakage_power () {
      value : 0.0168906;
      when : "CLK&!D&!SETB&Q";
    }
    leakage_power () {
      value : 0.0169885;
      when : "CLK&!D&SETB&Q";
    }
    leakage_power () {
      value : 0.0190725;
      when : "!CLK&D&SETB&Q";
    }
    leakage_power () {
      value : 0.0189426;
      when : "CLK&D&!SETB&Q";
    }
    leakage_power () {
      value : 0.0229096;
      when : "!CLK&D&SETB&!Q";
    }
    leakage_power () {
      value : 0.0207309;
      when : "CLK&!D&SETB&!Q";
    }
    leakage_power () {
      value : 0.0170659;
      when : "!CLK&!D&!SETB&Q";
    }
    leakage_power () {
      value : 0.0190405;
      when : "CLK&D&SETB&Q";
    }
    leakage_power () {
      value : 0.0169239;
      when : "!CLK&!D&SETB&Q";
    }
    leakage_power () {
      value : 0.0188716;
      when : "!CLK&D&!SETB&Q";
    }
    leakage_power () {
      value : 0.0192612;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.413828;
      max_transition : 1.50349;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "0.283587, 0.288561, 0.29995, 0.325652, 0.399879, 0.626263, 1.32111", \
            "0.287167, 0.292126, 0.303467, 0.329235, 0.403373, 0.629449, 1.32396", \
            "0.295711, 0.300683, 0.312071, 0.337778, 0.411997, 0.638309, 1.33247", \
            "0.312613, 0.317589, 0.32891, 0.354676, 0.428725, 0.655153, 1.34986", \
            "0.334389, 0.33936, 0.350747, 0.376432, 0.450667, 0.676978, 1.37173", \
            "0.351837, 0.356827, 0.368195, 0.39393, 0.468076, 0.694305, 1.38887", \
            "0.346858, 0.351838, 0.36324, 0.388956, 0.46317, 0.689475, 1.38155" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "0.0195226, 0.0233024, 0.0320623, 0.0617509, 0.166586, 0.491942, 1.50032", \
            "0.019504, 0.0232467, 0.0319986, 0.0616147, 0.166457, 0.49279, 1.50051", \
            "0.0195222, 0.023301, 0.0320606, 0.0617432, 0.166692, 0.492494, 1.49753", \
            "0.0195026, 0.0231044, 0.0320095, 0.0616283, 0.16651, 0.492755, 1.49783", \
            "0.0194989, 0.0232978, 0.0320638, 0.0617755, 0.166929, 0.491693, 1.50026", \
            "0.0194513, 0.0229789, 0.0320567, 0.0618893, 0.166285, 0.492733, 1.5005", \
            "0.0195625, 0.0233435, 0.0321028, 0.0617617, 0.166695, 0.492488, 1.49598" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "0.207657, 0.210756, 0.218028, 0.233576, 0.270159, 0.373854, 0.691753", \
            "0.21136, 0.214451, 0.221732, 0.237262, 0.273854, 0.377341, 0.695031", \
            "0.220471, 0.223569, 0.230843, 0.246378, 0.282967, 0.386513, 0.703684", \
            "0.23837, 0.241479, 0.248745, 0.264278, 0.300869, 0.404394, 0.720896", \
            "0.259697, 0.262807, 0.270062, 0.285602, 0.322203, 0.425862, 0.741977", \
            "0.274993, 0.278101, 0.285353, 0.300883, 0.337492, 0.44116, 0.75809", \
            "0.261191, 0.264303, 0.271571, 0.287113, 0.323729, 0.427408, 0.743808" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "0.011729, 0.0137657, 0.0190653, 0.032679, 0.0742473, 0.209124, 0.631981", \
            "0.0117799, 0.0139537, 0.0190479, 0.0327514, 0.0742769, 0.209678, 0.631737", \
            "0.0116896, 0.013971, 0.019051, 0.0327503, 0.0742506, 0.209627, 0.638599", \
            "0.0116583, 0.0137765, 0.019052, 0.0327534, 0.0742508, 0.210681, 0.631922", \
            "0.0117632, 0.0138746, 0.0191102, 0.0328985, 0.074221, 0.209854, 0.632615", \
            "0.0117572, 0.0138729, 0.0190288, 0.0327604, 0.0743814, 0.208711, 0.636668", \
            "0.0118112, 0.0139299, 0.0191453, 0.0327196, 0.0742625, 0.209929, 0.633401" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "0.162713, 0.166695, 0.176227, 0.201164, 0.275412, 0.502719, 1.19564", \
            "0.166995, 0.17098, 0.180508, 0.205446, 0.279714, 0.506775, 1.20302", \
            "0.178138, 0.182103, 0.191624, 0.216554, 0.290866, 0.517765, 1.2138", \
            "0.206, 0.21002, 0.219537, 0.244421, 0.318785, 0.545156, 1.23792", \
            "0.271357, 0.275353, 0.284903, 0.309825, 0.384044, 0.611125, 1.30381", \
            "0.38982, 0.394275, 0.40444, 0.429424, 0.50351, 0.730286, 1.42384", \
            "0.583619, 0.588598, 0.599734, 0.625007, 0.699049, 0.925422, 1.61774" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "0.0152789, 0.0183274, 0.0274317, 0.0599788, 0.165979, 0.493763, 1.50023", \
            "0.0152683, 0.0183285, 0.0274248, 0.0599874, 0.165959, 0.493228, 1.50221", \
            "0.0152236, 0.0182658, 0.0273656, 0.0599826, 0.165828, 0.494233, 1.49856", \
            "0.0152295, 0.0181942, 0.027439, 0.0598784, 0.165822, 0.493017, 1.50243", \
            "0.0154153, 0.0184566, 0.0275238, 0.0599935, 0.165993, 0.494387, 1.50349", \
            "0.0178065, 0.0209054, 0.0292789, 0.0605172, 0.165584, 0.49382, 1.49882", \
            "0.0204418, 0.0239685, 0.0319342, 0.0613614, 0.166015, 0.493253, 1.49851" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "0.0365646, 0.0387264, 0.0456466, 0.0661279, 0.123722, 0.293686, 0.816912", \
            "0.0365629, 0.0386712, 0.0456485, 0.0660601, 0.123841, 0.293687, 0.821031", \
            "0.0363486, 0.0384779, 0.0453998, 0.0658038, 0.123153, 0.293105, 0.819194", \
            "0.0357946, 0.0379497, 0.0449257, 0.0654045, 0.122614, 0.294294, 0.821769", \
            "0.0353326, 0.037486, 0.0443671, 0.0647724, 0.122204, 0.292393, 0.817926", \
            "0.0381152, 0.0400302, 0.0460253, 0.0647276, 0.122098, 0.292246, 0.820436", \
            "0.0414858, 0.043502, 0.0493833, 0.0677066, 0.124238, 0.294625, 0.815594" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "0.0344574, 0.0326118, 0.0274366, 0.0108373, -0.0447245, -0.217496, -0.747415", \
            "0.0343717, 0.0325181, 0.0273604, 0.0107925, -0.0447954, -0.217561, -0.747482", \
            "0.0343465, 0.0325122, 0.0273189, 0.0107424, -0.0448137, -0.217581, -0.747495", \
            "0.0337039, 0.0318315, 0.0266748, 0.0100832, -0.0454941, -0.21825, -0.748213", \
            "0.0332515, 0.0313793, 0.026211, 0.009644, -0.045939, -0.218702, -0.748617", \
            "0.0363569, 0.0344536, 0.0286811, 0.0106458, -0.0455143, -0.218388, -0.748307", \
            "0.0375984, 0.0356819, 0.0298829, 0.011874, -0.0442516, -0.217122, -0.74718" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153207, 0.00469447, 0.0143845, 0.0440761, 0.135055, 0.413828");
          values ( \
            "0.0385405, 0.0408503, 0.0476503, 0.0665304, 0.122695, 0.294765, 0.821729", \
            "0.038352, 0.0406603, 0.047467, 0.066337, 0.122081, 0.292736, 0.822264", \
            "0.0383173, 0.0406326, 0.0474486, 0.0662811, 0.122139, 0.294604, 0.820748", \
            "0.0380331, 0.0403415, 0.0471687, 0.0660114, 0.121945, 0.29435, 0.820908", \
            "0.0384853, 0.0407913, 0.0475862, 0.0664568, 0.122143, 0.293105, 0.817307", \
            "0.0424361, 0.0443712, 0.0502895, 0.0691286, 0.124903, 0.295417, 0.824076", \
            "0.0490454, 0.0509256, 0.0568207, 0.0751311, 0.130917, 0.302586, 0.82402" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001882;
      rise_capacitance : 0.001956;
      rise_capacitance_range (0.001956, 0.001956);
      fall_capacitance : 0.001809;
      fall_capacitance_range (0.001809, 0.001809);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0906919, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.103874, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0201217, 0.020038, 0.0198451, 0.0201372, 0.0208105, 0.0223625, 0.02594" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0272487, 0.0271191, 0.0268202, 0.0271731, 0.0279865, 0.0298616, 0.0341838" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002388;
      rise_capacitance : 0.002517;
      rise_capacitance_range (0.002517, 0.002517);
      fall_capacitance : 0.002259;
      fall_capacitance_range (0.002259, 0.002259);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0175312, -0.0547546, -0.0185404", \
            "-0.0083841, -0.043166, -0.014276", \
            "-0.0677917, -0.101353, -0.0785664" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0065449, -0.1341, -0.285874", \
            "0.0392233, -0.0895527, -0.252313", \
            "0.0066712, -0.116001, -0.283644" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0312969, 0.0770651, 0.0554994", \
            "0.0172669, 0.0544902, 0.0280417", \
            "0.0742331, 0.109015, 0.0874492" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0435039, 0.18937, 0.364337", \
            "0.0001771, 0.14116, 0.32101", \
            "0.0290671, 0.165167, 0.347459" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0002244, -0.0004021, -0.0008118, -0.0002148, 0.0011614, 0.0043336, 0.0116457" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0080695, 0.0080247, 0.0079215, 0.0085233, 0.0099105, 0.0131079, 0.0204781" \
          );
        }
      }
    }
    pin (SETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003516;
      rise_capacitance : 0.003562;
      rise_capacitance_range (0.003562, 0.003562);
      fall_capacitance : 0.00347;
      fall_capacitance_range (0.00347, 0.00347);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0810078, -0.0889505, -0.192303", \
            "-0.146307, -0.153029, -0.255161", \
            "-0.133287, -0.137567, -0.237258" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0972148, 0.107599, 0.212172", \
            "0.160073, 0.169236, 0.272589", \
            "0.147052, 0.156216, 0.255906" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.118155, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0014926, 0.0014346, 0.001301, 0.0014608, 0.0018292, 0.0026784, 0.0046359" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.005961, 0.0059671, 0.005981, 0.0059929, 0.0060204, 0.0060838, 0.0062299" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "D";
      preset : "!SETB";
    }
  }
  cell (scs8hd_dfstp_4) {
    area : 30.0288;
    cell_footprint : "dfstp";
    cell_leakage_power : 0.0266945;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0417452;
      when : "CLK&D&SETB&!Q";
    }
    leakage_power () {
      value : 0.0392867;
      when : "!CLK&!D&SETB&!Q";
    }
    leakage_power () {
      value : 0.020857;
      when : "CLK&D&SETB&Q";
    }
    leakage_power () {
      value : 0.0187401;
      when : "!CLK&!D&SETB&Q";
    }
    leakage_power () {
      value : 0.0206881;
      when : "!CLK&D&!SETB&Q";
    }
    leakage_power () {
      value : 0.0187071;
      when : "CLK&!D&!SETB&Q";
    }
    leakage_power () {
      value : 0.018805;
      when : "CLK&!D&SETB&Q";
    }
    leakage_power () {
      value : 0.0208889;
      when : "!CLK&D&SETB&Q";
    }
    leakage_power () {
      value : 0.0207591;
      when : "CLK&D&!SETB&Q";
    }
    leakage_power () {
      value : 0.0415768;
      when : "!CLK&D&SETB&!Q";
    }
    leakage_power () {
      value : 0.0393981;
      when : "CLK&!D&SETB&!Q";
    }
    leakage_power () {
      value : 0.0188824;
      when : "!CLK&!D&!SETB&Q";
    }
    leakage_power () {
      value : 0.0266945;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.817576;
      max_transition : 1.50349;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00171618, 0.00589055, 0.0202185, 0.0693972, 0.238196, 0.817576");
          values ( \
            "0.352985, 0.356443, 0.366268, 0.389943, 0.453993, 0.666016, 1.39537", \
            "0.35657, 0.360035, 0.369824, 0.39358, 0.457569, 0.669587, 1.39557", \
            "0.365097, 0.36857, 0.37837, 0.402123, 0.466061, 0.678392, 1.405", \
            "0.381918, 0.385384, 0.395144, 0.418912, 0.483101, 0.693985, 1.42441", \
            "0.40343, 0.406909, 0.416712, 0.440474, 0.504467, 0.716868, 1.44364", \
            "0.420729, 0.424193, 0.433901, 0.457736, 0.521745, 0.733765, 1.46105", \
            "0.415417, 0.418878, 0.428714, 0.452447, 0.516494, 0.728138, 1.4534" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00171618, 0.00589055, 0.0202185, 0.0693972, 0.238196, 0.817576");
          values ( \
            "0.0269961, 0.0296488, 0.0369245, 0.0590816, 0.141043, 0.444625, 1.49931", \
            "0.0269894, 0.0296136, 0.0372352, 0.0590841, 0.141053, 0.444521, 1.49817", \
            "0.0270328, 0.0297647, 0.0371082, 0.0590848, 0.140816, 0.444086, 1.50254", \
            "0.0270075, 0.0298259, 0.0375769, 0.0588952, 0.140878, 0.44472, 1.4994", \
            "0.0270345, 0.0295353, 0.0372466, 0.0590845, 0.140991, 0.44431, 1.50157", \
            "0.027073, 0.0298472, 0.0370567, 0.0589358, 0.14055, 0.443637, 1.4989", \
            "0.0269551, 0.0298138, 0.0370078, 0.0589288, 0.140911, 0.444249, 1.49398" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00171618, 0.00589055, 0.0202185, 0.0693972, 0.238196, 0.817576");
          values ( \
            "0.266063, 0.268495, 0.275746, 0.294208, 0.335142, 0.433381, 0.737566", \
            "0.269794, 0.272232, 0.279383, 0.297933, 0.3389, 0.437111, 0.741032", \
            "0.278949, 0.281393, 0.288602, 0.307066, 0.347921, 0.44625, 0.750264", \
            "0.296793, 0.299239, 0.306479, 0.32497, 0.365747, 0.464088, 0.767698", \
            "0.317737, 0.320175, 0.327325, 0.345877, 0.386845, 0.485054, 0.788967", \
            "0.332793, 0.335172, 0.342374, 0.360847, 0.401866, 0.499992, 0.804125", \
            "0.318304, 0.320737, 0.327954, 0.346424, 0.387453, 0.485627, 0.789742" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00171618, 0.00589055, 0.0202185, 0.0693972, 0.238196, 0.817576");
          values ( \
            "0.0260331, 0.0275998, 0.0323143, 0.0456579, 0.0785937, 0.18764, 0.592405", \
            "0.0258997, 0.0274113, 0.0325954, 0.0459356, 0.0793041, 0.187722, 0.59368", \
            "0.0258992, 0.0274583, 0.032251, 0.0455518, 0.0794171, 0.188325, 0.589649", \
            "0.0258846, 0.0275095, 0.0325091, 0.045521, 0.0789521, 0.188314, 0.593481", \
            "0.0258972, 0.0274089, 0.0326014, 0.0459565, 0.0792931, 0.187775, 0.593311", \
            "0.0260626, 0.0276259, 0.0323566, 0.0456004, 0.0794636, 0.187265, 0.589692", \
            "0.0260583, 0.027606, 0.0323007, 0.0454873, 0.0787638, 0.188115, 0.591833" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00171618, 0.00589055, 0.0202185, 0.0693972, 0.238196, 0.817576");
          values ( \
            "0.21581, 0.218882, 0.227604, 0.249784, 0.313377, 0.525493, 1.2542", \
            "0.220053, 0.223113, 0.231777, 0.254006, 0.317755, 0.529188, 1.25993", \
            "0.231126, 0.234189, 0.242815, 0.265039, 0.328672, 0.541278, 1.26831", \
            "0.258934, 0.26205, 0.270744, 0.292935, 0.356595, 0.569285, 1.29591", \
            "0.323932, 0.326993, 0.335722, 0.357896, 0.421451, 0.634153, 1.36103", \
            "0.443915, 0.446841, 0.455753, 0.478093, 0.541522, 0.753756, 1.48081", \
            "0.640114, 0.643278, 0.652216, 0.674691, 0.738339, 0.949945, 1.67765" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00171618, 0.00589055, 0.0202185, 0.0693972, 0.238196, 0.817576");
          values ( \
            "0.0224606, 0.0247855, 0.0319554, 0.0547559, 0.139258, 0.445307, 1.49595", \
            "0.0223377, 0.0246556, 0.0319523, 0.0547212, 0.139611, 0.445387, 1.49719", \
            "0.0223393, 0.0246713, 0.0319041, 0.0547801, 0.139361, 0.445478, 1.50167", \
            "0.0224729, 0.02471, 0.0319374, 0.0547814, 0.139335, 0.445473, 1.50239", \
            "0.0224575, 0.0248009, 0.031975, 0.0547748, 0.139687, 0.445815, 1.50115", \
            "0.0229221, 0.0254825, 0.0324713, 0.0550996, 0.139526, 0.445887, 1.50349", \
            "0.0236063, 0.0262936, 0.0333826, 0.0558292, 0.139861, 0.444434, 1.49665" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00171618, 0.00589055, 0.0202185, 0.0693972, 0.238196, 0.817576");
          values ( \
            "0.0581338, 0.0603035, 0.0680083, 0.0952118, 0.187384, 0.503393, 1.59177", \
            "0.0580922, 0.0602824, 0.0679873, 0.0952285, 0.187391, 0.503255, 1.59222", \
            "0.0579014, 0.0600752, 0.0677813, 0.0949378, 0.187721, 0.503296, 1.59947", \
            "0.0573501, 0.059599, 0.0671936, 0.0944529, 0.186853, 0.502526, 1.59066", \
            "0.0568549, 0.0590246, 0.0667252, 0.0938611, 0.186405, 0.50203, 1.60052", \
            "0.0568061, 0.0590303, 0.0665034, 0.0937904, 0.186024, 0.502075, 1.59064", \
            "0.0600687, 0.0621865, 0.0697237, 0.0962378, 0.189053, 0.505379, 1.58835" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00171618, 0.00589055, 0.0202185, 0.0693972, 0.238196, 0.817576");
          values ( \
            "0.0535459, 0.0506655, 0.0417307, 0.0150458, -0.0743786, -0.393683, -1.49495", \
            "0.0534841, 0.0505805, 0.0416672, 0.0149345, -0.0743576, -0.39371, -1.49502", \
            "0.0534687, 0.0505572, 0.0416538, 0.0150048, -0.0743701, -0.393764, -1.49501", \
            "0.0527862, 0.049962, 0.0410964, 0.0143411, -0.075066, -0.39441, -1.49569", \
            "0.0523585, 0.0494823, 0.0405035, 0.0138246, -0.0754657, -0.394867, -1.4961", \
            "0.0576195, 0.0546781, 0.0455671, 0.0175935, -0.0751527, -0.394576, -1.49586", \
            "0.0603268, 0.0573983, 0.048284, 0.0204612, -0.0726064, -0.393128, -1.49473" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00171618, 0.00589055, 0.0202185, 0.0693972, 0.238196, 0.817576");
          values ( \
            "0.0580357, 0.0603556, 0.0682742, 0.0953341, 0.188325, 0.505099, 1.6027", \
            "0.0578432, 0.0601047, 0.0680271, 0.0952639, 0.187332, 0.506482, 1.59288", \
            "0.0577983, 0.0601752, 0.0679199, 0.0949831, 0.18745, 0.504392, 1.59462", \
            "0.0575156, 0.0598299, 0.067767, 0.0948066, 0.187258, 0.50407, 1.59381", \
            "0.0578249, 0.0601149, 0.068061, 0.0950701, 0.187547, 0.50703, 1.60307", \
            "0.0598298, 0.0619456, 0.0699578, 0.0970829, 0.189133, 0.506617, 1.59633", \
            "0.0658469, 0.0680371, 0.0757618, 0.10248, 0.194721, 0.512362, 1.59739" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00185;
      rise_capacitance : 0.001935;
      rise_capacitance_range (0.001935, 0.001935);
      fall_capacitance : 0.001765;
      fall_capacitance_range (0.001765, 0.001765);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0884948, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.102775, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0199667, 0.0198843, 0.0196943, 0.0199882, 0.0206657, 0.022227, 0.0258264" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.027021, 0.0269072, 0.026645, 0.027043, 0.0279605, 0.030075, 0.0349495" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002388;
      rise_capacitance : 0.002517;
      rise_capacitance_range (0.002517, 0.002517);
      fall_capacitance : 0.002259;
      fall_capacitance_range (0.002259, 0.002259);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.018752, -0.057196, -0.0234232", \
            "-0.0108255, -0.0456074, -0.0167174", \
            "-0.0702331, -0.105015, -0.0822285" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0077656, -0.136542, -0.290757", \
            "0.0367819, -0.0907734, -0.257196", \
            "0.0042298, -0.118443, -0.287307" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0312969, 0.0770651, 0.0554994", \
            "0.0184876, 0.0557109, 0.0292624", \
            "0.0754538, 0.110236, 0.0898906" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0422832, 0.188149, 0.363117", \
            "-0.0010436, 0.13994, 0.31979", \
            "0.0290671, 0.163947, 0.345018" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0002166, -0.000385, -0.0007733, -0.0001764, 0.0011995, 0.0043709, 0.0116813" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0080682, 0.0080233, 0.0079197, 0.0085214, 0.0099085, 0.0131057, 0.0204755" \
          );
        }
      }
    }
    pin (SETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003498;
      rise_capacitance : 0.003527;
      rise_capacitance_range (0.003527, 0.003527);
      fall_capacitance : 0.003468;
      fall_capacitance_range (0.003468, 0.003468);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0822285, -0.0901712, -0.193524", \
            "-0.146307, -0.153029, -0.256382", \
            "-0.132066, -0.137567, -0.236037" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0959941, 0.106378, 0.210952", \
            "0.158852, 0.168016, 0.271369", \
            "0.144611, 0.152553, 0.253465" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.125844, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0014874, 0.0014313, 0.001302, 0.0014611, 0.0018281, 0.0026738, 0.0046233" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0059453, 0.0059563, 0.0059815, 0.0059935, 0.0060212, 0.0060849, 0.0062319" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "D";
      preset : "!SETB";
    }
  }
  cell (scs8hd_dfxbp_1) {
    area : 23.7728;
    cell_footprint : "dfxbp";
    cell_leakage_power : 0.0216368;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0224956;
      when : "CLK&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0223114;
      when : "!CLK&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0209513;
      when : "CLK&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0207772;
      when : "!CLK&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0225053;
      when : "!CLK&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0224235;
      when : "CLK&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0207094;
      when : "CLK&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0209203;
      when : "!CLK&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0216368;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.212412;
      max_transition : 1.50987;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.175572, 0.180926, 0.193485, 0.225535, 0.312812, 0.552271, 1.21234", \
            "0.1793, 0.184674, 0.197239, 0.229276, 0.316528, 0.555916, 1.21463", \
            "0.188315, 0.193684, 0.206242, 0.238283, 0.325537, 0.565132, 1.22703", \
            "0.206255, 0.211577, 0.224143, 0.256195, 0.343442, 0.582639, 1.24641", \
            "0.228852, 0.23422, 0.246774, 0.278825, 0.366068, 0.605347, 1.26561", \
            "0.2477, 0.25307, 0.265672, 0.297739, 0.384997, 0.624078, 1.286", \
            "0.243141, 0.248604, 0.26126, 0.293368, 0.380756, 0.620131, 1.27793" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0187672, 0.0238348, 0.0386131, 0.0835664, 0.209189, 0.554615, 1.50987", \
            "0.0187156, 0.0238814, 0.0385856, 0.0836083, 0.208693, 0.553892, 1.50381", \
            "0.0186789, 0.0238285, 0.038666, 0.0835739, 0.208918, 0.554136, 1.50668", \
            "0.0187623, 0.0238178, 0.0386156, 0.0836081, 0.209094, 0.55499, 1.50758", \
            "0.0187152, 0.0238385, 0.0387225, 0.0836235, 0.209282, 0.553287, 1.50661", \
            "0.0188451, 0.0239115, 0.0386322, 0.0836155, 0.209276, 0.553223, 1.5088", \
            "0.0191945, 0.0242764, 0.0389007, 0.0836703, 0.208952, 0.554429, 1.50062" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.179051, 0.183548, 0.193214, 0.213541, 0.259705, 0.377772, 0.700852", \
            "0.182731, 0.187221, 0.196871, 0.217204, 0.263372, 0.381426, 0.703931", \
            "0.191825, 0.196323, 0.20597, 0.226295, 0.272467, 0.390539, 0.71352", \
            "0.209202, 0.213699, 0.223345, 0.24367, 0.289841, 0.407914, 0.730487", \
            "0.229579, 0.234079, 0.243721, 0.264057, 0.310229, 0.42829, 0.750943", \
            "0.244127, 0.248647, 0.258308, 0.278653, 0.324837, 0.442887, 0.765855", \
            "0.228447, 0.232947, 0.242599, 0.262937, 0.309113, 0.427194, 0.750299" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0151181, 0.0185935, 0.02657, 0.0461426, 0.0987676, 0.250298, 0.675579", \
            "0.015099, 0.0186063, 0.0266295, 0.0461469, 0.0988645, 0.250616, 0.680355", \
            "0.0151851, 0.0184716, 0.0263956, 0.046123, 0.098681, 0.250612, 0.680887", \
            "0.0151877, 0.0184667, 0.0263935, 0.0461434, 0.0987413, 0.250352, 0.679829", \
            "0.0151132, 0.0185471, 0.026556, 0.0461323, 0.0989023, 0.250407, 0.679348", \
            "0.0151339, 0.0186271, 0.0263685, 0.0460937, 0.0989205, 0.249722, 0.674801", \
            "0.0151335, 0.0186414, 0.0266686, 0.0461399, 0.0987543, 0.250312, 0.68004" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0, 0, 0.0009391, 0.0168457, 0.053838, 0.147622, 0.402241", \
            "0, 0, 0.0009154, 0.0167621, 0.0535207, 0.148063, 0.403012", \
            "0, 0, 0.0009689, 0.0167552, 0.053422, 0.148184, 0.403483", \
            "0, 0, 0.0007563, 0.0164765, 0.0531186, 0.147327, 0.403565", \
            "0, 0, 0.0004714, 0.0162768, 0.0530201, 0.14671, 0.402124", \
            "0, 0, 0.000227, 0.0162899, 0.0534197, 0.147228, 0.404002", \
            "0, 0, -0.0001829, 0.0171855, 0.0557309, 0.1514, 0.402866" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0, 0, 0.0086032, 0.0187834, 0.0072142, -0.0716906, -0.321354", \
            "0, 0, 0.0086142, 0.0187332, 0.0071019, -0.0718244, -0.32149", \
            "0, 0, 0.0086767, 0.0187379, 0.0070914, -0.0719358, -0.32161", \
            "0, 0, 0.0084113, 0.0184012, 0.0066106, -0.0724197, -0.322129", \
            "0, 0, 0.0081701, 0.018191, 0.0065236, -0.0724594, -0.322139", \
            "0, 0, 0.0078785, 0.0183572, 0.0071163, -0.0716432, -0.321218", \
            "0, 0, 0.0074369, 0.0190565, 0.0090069, -0.0691733, -0.318544" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.230723;
      max_transition : 1.50519;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.216485, 0.221174, 0.232907, 0.263958, 0.349507, 0.588791, 1.25138", \
            "0.220152, 0.224838, 0.236572, 0.267649, 0.353163, 0.591953, 1.25411", \
            "0.229212, 0.233915, 0.245628, 0.276601, 0.362208, 0.600241, 1.26328", \
            "0.246587, 0.251291, 0.263004, 0.293976, 0.379717, 0.617887, 1.28006", \
            "0.266984, 0.271714, 0.283446, 0.314461, 0.40006, 0.639796, 1.30337", \
            "0.28161, 0.286337, 0.298078, 0.329046, 0.415027, 0.652625, 1.31629", \
            "0.265803, 0.270528, 0.282266, 0.313182, 0.399014, 0.636969, 1.30001" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0142897, 0.0193551, 0.0343134, 0.0778265, 0.200751, 0.545024, 1.50245", \
            "0.01429, 0.0193478, 0.0343544, 0.0778958, 0.201183, 0.544498, 1.50392", \
            "0.0142736, 0.0193391, 0.0342939, 0.0778148, 0.201245, 0.545933, 1.50401", \
            "0.0142688, 0.0193416, 0.0343011, 0.0778301, 0.200856, 0.544871, 1.50315", \
            "0.0142663, 0.019377, 0.0343106, 0.0778241, 0.200689, 0.546033, 1.49646", \
            "0.0142689, 0.0193535, 0.0343244, 0.0780053, 0.200663, 0.544381, 1.50519", \
            "0.0142977, 0.0194118, 0.0342645, 0.0778673, 0.200711, 0.545578, 1.49808" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.204683, 0.208569, 0.217032, 0.235736, 0.28151, 0.40645, 0.755178", \
            "0.208426, 0.212291, 0.220795, 0.239471, 0.285201, 0.410129, 0.758188", \
            "0.217436, 0.221291, 0.229799, 0.248472, 0.294201, 0.419132, 0.767295", \
            "0.235337, 0.239218, 0.247695, 0.26642, 0.312158, 0.437072, 0.785054", \
            "0.257942, 0.261851, 0.270342, 0.289032, 0.334754, 0.459679, 0.807609", \
            "0.276829, 0.280697, 0.289202, 0.30788, 0.353635, 0.478585, 0.826678", \
            "0.27234, 0.276199, 0.284691, 0.303376, 0.349135, 0.474064, 0.822028" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0117493, 0.014754, 0.0221829, 0.0419043, 0.0992732, 0.264304, 0.726803", \
            "0.0116698, 0.0147518, 0.0221837, 0.0419216, 0.0994707, 0.264586, 0.726529", \
            "0.0116865, 0.0147767, 0.022262, 0.0419651, 0.0994712, 0.264622, 0.72933", \
            "0.0117797, 0.0147471, 0.0221703, 0.0418718, 0.0994355, 0.264632, 0.730255", \
            "0.01171, 0.0147655, 0.0222402, 0.0419334, 0.0993094, 0.264407, 0.723229", \
            "0.0116808, 0.0147887, 0.0221787, 0.041919, 0.0994344, 0.263796, 0.72525", \
            "0.0117402, 0.0148029, 0.022218, 0.0420247, 0.0993846, 0.263647, 0.729757" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0, 0, 0.0016592, 0.018758, 0.0586822, 0.161734, 0.439927", \
            "0, 0, 0.0016802, 0.0187339, 0.0588936, 0.161057, 0.441884", \
            "0, 0, 0.0017274, 0.0187288, 0.0588109, 0.160918, 0.441751", \
            "0, 0, 0.001466, 0.0184042, 0.0580944, 0.160428, 0.438989", \
            "0, 0, 0.0012274, 0.0181917, 0.0581159, 0.160588, 0.439061", \
            "0, 0, 0.0010077, 0.0183678, 0.0587385, 0.160878, 0.442052", \
            "0, 0, 0.0004713, 0.0190554, 0.0607582, 0.164763, 0.443583" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0, 0, 0.0075116, 0.0168577, 0.0029217, -0.083756, -0.35785", \
            "0, 0, 0.0074808, 0.0167482, 0.0027481, -0.0839529, -0.358112", \
            "0, 0, 0.007526, 0.0167281, 0.0026855, -0.0840285, -0.358215", \
            "0, 0, 0.0073228, 0.016479, 0.002375, -0.0843651, -0.358581", \
            "0, 0, 0.0070369, 0.0162603, 0.0021811, -0.0845372, -0.358736", \
            "0, 0, 0.0066688, 0.0162783, 0.0025486, -0.0839528, -0.357985", \
            "0, 0, 0.0063073, 0.0171799, 0.0047328, -0.0811072, -0.354938" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001854;
      rise_capacitance : 0.001939;
      rise_capacitance_range (0.001939, 0.001939);
      fall_capacitance : 0.001769;
      fall_capacitance_range (0.001769, 0.001769);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0742142, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0972829, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0204905, 0.0203847, 0.0201409, 0.0204352, 0.0211137, 0.0226775, 0.0262822" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0263854, 0.0262281, 0.0258652, 0.0262227, 0.0270467, 0.028946, 0.0333238" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001765;
      rise_capacitance : 0.001748;
      rise_capacitance_range (0.001748, 0.001748);
      fall_capacitance : 0.001783;
      fall_capacitance_range (0.001783, 0.001783);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0163105, -0.0510924, 0.0022116", \
            "-0.004722, -0.0370625, 0.010138", \
            "-0.0641296, -0.0952493, -0.0541523" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.030959, -0.195135, -0.398179", \
            "0.0172507, -0.148146, -0.362176", \
            "-0.0116393, -0.170933, -0.388625" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0288555, 0.0758444, 0.0384095", \
            "0.0148255, 0.0496074, 0.0072897", \
            "0.0717917, 0.105353, 0.0654766" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0642559, 0.238198, 0.45589", \
            "0.0160462, 0.188768, 0.415004", \
            "0.0412741, 0.210333, 0.43657" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0006367, -0.0007044, -0.0008605, -0.0005011, 0.0003272, 0.0022365, 0.0066376" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0061384, 0.0061035, 0.0060229, 0.00636, 0.0071369, 0.0089277, 0.0130556" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "D";
    }
  }
  cell (scs8hd_dfxbp_2) {
    area : 26.2752;
    cell_footprint : "dfxbp";
    cell_leakage_power : 0.0278572;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0271392;
      when : "!CLK&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.0287178;
      when : "CLK&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0285335;
      when : "!CLK&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0271701;
      when : "CLK&!D&Q&!QN";
    }
    leakage_power () {
      value : 0.026996;
      when : "!CLK&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0287274;
      when : "!CLK&D&!Q&QN";
    }
    leakage_power () {
      value : 0.0286457;
      when : "CLK&!D&!Q&QN";
    }
    leakage_power () {
      value : 0.0269283;
      when : "CLK&D&Q&!QN";
    }
    leakage_power () {
      value : 0.0278572;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.385447;
      max_transition : 1.5046;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.181071, 0.185586, 0.196266, 0.222643, 0.298619, 0.524871, 1.21366", \
            "0.184803, 0.189316, 0.200013, 0.226366, 0.30233, 0.528725, 1.21648", \
            "0.193796, 0.198293, 0.208987, 0.235344, 0.311298, 0.537741, 1.22539", \
            "0.211696, 0.216204, 0.226918, 0.253294, 0.329262, 0.555902, 1.24489", \
            "0.234273, 0.238785, 0.249481, 0.275842, 0.351821, 0.578114, 1.26643", \
            "0.253126, 0.257661, 0.268388, 0.294772, 0.37076, 0.596898, 1.28481", \
            "0.248622, 0.253194, 0.264012, 0.29045, 0.36649, 0.593007, 1.27902" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0165435, 0.020183, 0.0306044, 0.0642292, 0.171805, 0.500922, 1.5039", \
            "0.0165802, 0.0202669, 0.0306361, 0.0642939, 0.171775, 0.499651, 1.49632", \
            "0.0165596, 0.0202259, 0.0306565, 0.0641793, 0.171807, 0.499365, 1.49971", \
            "0.0165716, 0.0202393, 0.0306395, 0.0643253, 0.171845, 0.500639, 1.5046", \
            "0.0165613, 0.0202304, 0.0306294, 0.0643961, 0.171952, 0.500498, 1.49712", \
            "0.016686, 0.0203688, 0.0307411, 0.0641774, 0.172422, 0.49972, 1.50186", \
            "0.0169638, 0.0206406, 0.0309219, 0.0643611, 0.172351, 0.500577, 1.49772" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.187035, 0.190948, 0.200032, 0.218978, 0.260586, 0.367666, 0.684956", \
            "0.190714, 0.194623, 0.203592, 0.222533, 0.264147, 0.371215, 0.689033", \
            "0.199807, 0.203734, 0.212815, 0.231762, 0.273369, 0.380448, 0.698165", \
            "0.217181, 0.221087, 0.230178, 0.249127, 0.290738, 0.397812, 0.715679", \
            "0.237615, 0.241517, 0.250622, 0.269569, 0.311181, 0.418249, 0.735419", \
            "0.252137, 0.256036, 0.265152, 0.284102, 0.325718, 0.432793, 0.749987", \
            "0.23645, 0.240358, 0.249444, 0.268417, 0.310019, 0.417096, 0.734584" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0146714, 0.0175485, 0.0240485, 0.0397954, 0.0820721, 0.214251, 0.635797", \
            "0.0146734, 0.0175295, 0.0240313, 0.0398167, 0.0820887, 0.214537, 0.634786", \
            "0.0146754, 0.0175309, 0.0241276, 0.0398327, 0.0819569, 0.214633, 0.635237", \
            "0.0146756, 0.0175364, 0.0240523, 0.0397911, 0.0820838, 0.214238, 0.635028", \
            "0.0146841, 0.0175111, 0.0240582, 0.0398107, 0.0820875, 0.214596, 0.636116", \
            "0.01464, 0.0175565, 0.0240725, 0.0398267, 0.0820658, 0.214074, 0.633362", \
            "0.0147345, 0.0175514, 0.024173, 0.0397765, 0.0819697, 0.215208, 0.639549" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0, 0, 0.0016657, 0.0227318, 0.0786424, 0.240969, 0.725907", \
            "0, 0, 0.0016447, 0.0226391, 0.0784277, 0.239241, 0.729329", \
            "0, 0, 0.0017026, 0.0226304, 0.0783593, 0.238698, 0.723876", \
            "0, 0, 0.0014954, 0.0223888, 0.0780766, 0.238926, 0.728356", \
            "0, 0, 0.0012107, 0.0221515, 0.0778565, 0.238789, 0.726942", \
            "0, 0, 0.0010341, 0.0223303, 0.0785108, 0.239002, 0.728796", \
            "0, 0, 0.0005231, 0.0231479, 0.0809945, 0.244184, 0.729868" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0, 0, 0.011513, 0.0247441, 0.0019845, -0.141445, -0.624468", \
            "0, 0, 0.0115189, 0.0246908, 0.0018899, -0.141557, -0.624581", \
            "0, 0, 0.0116256, 0.0247271, 0.0018151, -0.141712, -0.624741", \
            "0, 0, 0.0113472, 0.0243542, 0.0014562, -0.142131, -0.625269", \
            "0, 0, 0.0110746, 0.0241697, 0.0013574, -0.142277, -0.625363", \
            "0, 0, 0.0107984, 0.0244318, 0.0021131, -0.141402, -0.624336", \
            "0, 0, 0.0102484, 0.0251605, 0.0040841, -0.138645, -0.621464" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.427561;
      max_transition : 1.50578;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.244991, 0.249071, 0.258849, 0.283883, 0.35744, 0.583236, 1.27818", \
            "0.248538, 0.252647, 0.262417, 0.287439, 0.360874, 0.587076, 1.28174", \
            "0.257778, 0.261888, 0.271657, 0.296682, 0.370306, 0.595613, 1.29125", \
            "0.275133, 0.279213, 0.288996, 0.31403, 0.387492, 0.613132, 1.30848", \
            "0.29554, 0.299649, 0.309419, 0.334445, 0.407896, 0.634026, 1.32921", \
            "0.310114, 0.314127, 0.323917, 0.348951, 0.422528, 0.647898, 1.34519", \
            "0.294491, 0.29847, 0.308223, 0.333278, 0.406951, 0.633385, 1.3262" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0143398, 0.0176506, 0.0273009, 0.0593818, 0.164388, 0.493018, 1.50547", \
            "0.0143693, 0.0176618, 0.027318, 0.059387, 0.164109, 0.492134, 1.50556", \
            "0.0143687, 0.0176401, 0.0272996, 0.0592684, 0.164424, 0.492042, 1.50578", \
            "0.0143468, 0.0176525, 0.0273032, 0.0593723, 0.164398, 0.492269, 1.50276", \
            "0.0143688, 0.017643, 0.0272989, 0.059384, 0.164399, 0.492461, 1.503", \
            "0.0143341, 0.017547, 0.0272742, 0.0593944, 0.164063, 0.491315, 1.5", \
            "0.0143454, 0.0176272, 0.0272837, 0.0594249, 0.164148, 0.492523, 1.49679" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.228868, 0.232291, 0.240509, 0.257839, 0.296901, 0.403351, 0.728757", \
            "0.232606, 0.236031, 0.244248, 0.26159, 0.300679, 0.40723, 0.732606", \
            "0.241545, 0.245018, 0.253231, 0.270525, 0.30959, 0.416117, 0.741565", \
            "0.259477, 0.262901, 0.271169, 0.288457, 0.327516, 0.434126, 0.759472", \
            "0.282086, 0.285511, 0.293729, 0.311071, 0.350159, 0.456713, 0.782071", \
            "0.300976, 0.304412, 0.312633, 0.329976, 0.369036, 0.475548, 0.801255", \
            "0.296563, 0.299986, 0.308233, 0.325614, 0.36461, 0.471072, 0.796573" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0.0132492, 0.0156859, 0.021896, 0.0362986, 0.0783597, 0.215341, 0.650923", \
            "0.0132364, 0.0156928, 0.0218061, 0.0362826, 0.0785559, 0.215664, 0.656432", \
            "0.0133443, 0.0158732, 0.0218, 0.0363124, 0.0781745, 0.216756, 0.653048", \
            "0.0132477, 0.0157158, 0.0216535, 0.0363097, 0.0782994, 0.2162, 0.651083", \
            "0.0132276, 0.015744, 0.0218079, 0.0362869, 0.0785586, 0.215658, 0.650709", \
            "0.013378, 0.0157885, 0.0217286, 0.0363271, 0.0784174, 0.214688, 0.652107", \
            "0.0132592, 0.0158584, 0.0217817, 0.0361209, 0.07823, 0.216449, 0.65157" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0, 0, 0.002234, 0.0247162, 0.0856221, 0.264981, 0.807612", \
            "0, 0, 0.0022478, 0.024676, 0.0855555, 0.263548, 0.807503", \
            "0, 0, 0.0023174, 0.0246662, 0.0854907, 0.26504, 0.810838", \
            "0, 0, 0.0020681, 0.0243032, 0.085039, 0.263211, 0.810057", \
            "0, 0, 0.001813, 0.0241338, 0.0849452, 0.264082, 0.809169", \
            "0, 0, 0.0016258, 0.0243351, 0.0856842, 0.263681, 0.807079", \
            "0, 0, 0.0010049, 0.0250913, 0.088108, 0.2682, 0.811171" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154043, 0.00474584, 0.0146212, 0.0450459, 0.13878, 0.427561");
          values ( \
            "0, 0, 0.0104456, 0.022744, -0.0037495, -0.163489, -0.704894", \
            "0, 0, 0.0104532, 0.0226449, -0.0039378, -0.163604, -0.705206", \
            "0, 0, 0.010496, 0.022661, -0.003972, -0.16377, -0.705202", \
            "0, 0, 0.0102838, 0.0223866, -0.0042642, -0.164136, -0.705595", \
            "0, 0, 0.0100175, 0.0221321, -0.0045157, -0.164261, -0.705758", \
            "0, 0, 0.0096848, 0.0223064, -0.0040799, -0.163726, -0.705085", \
            "0, 0, 0.009167, 0.0231411, -0.0019154, -0.160785, -0.701921" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001846;
      rise_capacitance : 0.001938;
      rise_capacitance_range (0.001938, 0.001938);
      fall_capacitance : 0.001754;
      fall_capacitance_range (0.001754, 0.001754);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0764112, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0972829, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0204888, 0.0203834, 0.0201405, 0.0204352, 0.0211147, 0.0226807, 0.0262908" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.026374, 0.0262095, 0.0258302, 0.0261907, 0.0270218, 0.0289372, 0.0333527" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001765;
      rise_capacitance : 0.001748;
      rise_capacitance_range (0.001748, 0.001748);
      fall_capacitance : 0.001783;
      fall_capacitance_range (0.001783, 0.001783);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0163105, -0.0510924, 0.0034323", \
            "-0.004722, -0.0370625, 0.0113587", \
            "-0.0641296, -0.0952493, -0.0541523" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0297383, -0.192694, -0.393296", \
            "0.0184714, -0.145705, -0.358514", \
            "-0.0104186, -0.168491, -0.384963" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0300762, 0.0782858, 0.0420716", \
            "0.0148255, 0.0508281, 0.0085104", \
            "0.0717917, 0.105353, 0.0654766" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0654766, 0.239419, 0.45589", \
            "0.0172669, 0.189988, 0.416225", \
            "0.0424948, 0.211554, 0.439012" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0006354, -0.000705, -0.0008657, -0.0005134, 0.0002987, 0.0021706, 0.0064855" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0061875, 0.0061422, 0.0060378, 0.0063747, 0.0071513, 0.0089415, 0.013068" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "D";
    }
  }
  cell (scs8hd_dfxtp_1) {
    area : 20.0192;
    cell_footprint : "dfxtp";
    cell_leakage_power : 0.0145155;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0146115;
      when : "!CLK&!D&Q";
    }
    leakage_power () {
      value : 0.0145619;
      when : "CLK&D&!Q";
    }
    leakage_power () {
      value : 0.0143777;
      when : "!CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.0146425;
      when : "CLK&!D&Q";
    }
    leakage_power () {
      value : 0.0144683;
      when : "!CLK&D&Q";
    }
    leakage_power () {
      value : 0.0145715;
      when : "!CLK&D&!Q";
    }
    leakage_power () {
      value : 0.0144898;
      when : "CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.0144006;
      when : "CLK&D&Q";
    }
    leakage_power () {
      value : 0.0145155;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.216074;
      max_transition : 1.51066;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.165664, 0.170845, 0.183134, 0.215087, 0.302044, 0.541712, 1.20133", \
            "0.169364, 0.17454, 0.186829, 0.218792, 0.305791, 0.545502, 1.20855", \
            "0.178393, 0.183577, 0.195868, 0.227728, 0.314718, 0.554268, 1.21499", \
            "0.196437, 0.201586, 0.213902, 0.245831, 0.332843, 0.572577, 1.235", \
            "0.218923, 0.224085, 0.236416, 0.268441, 0.355344, 0.594952, 1.25616", \
            "0.237935, 0.243138, 0.255478, 0.287466, 0.374351, 0.613653, 1.27524", \
            "0.233117, 0.238375, 0.250786, 0.282773, 0.369825, 0.60953, 1.26942" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0167304, 0.0218337, 0.0368603, 0.081424, 0.206547, 0.551053, 1.51066", \
            "0.0167292, 0.0218776, 0.0368412, 0.0814449, 0.206286, 0.55286, 1.50674", \
            "0.016728, 0.0218441, 0.0368662, 0.0815189, 0.206347, 0.552153, 1.50854", \
            "0.0168044, 0.0218638, 0.036821, 0.0813199, 0.20649, 0.55245, 1.51056", \
            "0.0168152, 0.0218687, 0.0368217, 0.081626, 0.206585, 0.551323, 1.50618", \
            "0.0168732, 0.0220162, 0.0368073, 0.0815549, 0.206419, 0.552332, 1.51046", \
            "0.0173487, 0.0223236, 0.0371094, 0.0815204, 0.206382, 0.552242, 1.50196" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.168851, 0.172879, 0.181518, 0.200012, 0.243725, 0.360565, 0.682325", \
            "0.172553, 0.176582, 0.185221, 0.203711, 0.247408, 0.364341, 0.686142", \
            "0.181619, 0.185639, 0.194286, 0.212776, 0.256473, 0.373422, 0.694928", \
            "0.198997, 0.203008, 0.211653, 0.230146, 0.273842, 0.39079, 0.712304", \
            "0.219359, 0.223384, 0.232023, 0.250496, 0.294227, 0.4111, 0.732769", \
            "0.233949, 0.237959, 0.246599, 0.265095, 0.30881, 0.425806, 0.746885", \
            "0.218251, 0.222285, 0.230949, 0.249425, 0.293151, 0.409809, 0.730485" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0124982, 0.0155164, 0.0228795, 0.0414807, 0.0945897, 0.246509, 0.670522", \
            "0.0124954, 0.0155152, 0.0228771, 0.0414667, 0.0946755, 0.247414, 0.668064", \
            "0.0124853, 0.0155185, 0.0228959, 0.0414002, 0.0946901, 0.248438, 0.673204", \
            "0.0124744, 0.0155239, 0.0229019, 0.041379, 0.0946912, 0.248356, 0.679743", \
            "0.0124688, 0.0154901, 0.0228057, 0.0415521, 0.0944312, 0.246578, 0.671192", \
            "0.0125159, 0.0154985, 0.0229203, 0.0415542, 0.0944194, 0.245931, 0.673652", \
            "0.0125285, 0.0155197, 0.0228529, 0.0415309, 0.0943903, 0.248094, 0.673783" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0200164, 0.0221416, 0.0274216, 0.0402162, 0.0740041, 0.167359, 0.427994", \
            "0.0199929, 0.0221299, 0.0273995, 0.0401938, 0.0740122, 0.168419, 0.428361", \
            "0.0198629, 0.0219861, 0.0272625, 0.0400474, 0.0738789, 0.167458, 0.425629", \
            "0.0192958, 0.0214088, 0.0266988, 0.0394864, 0.0732959, 0.167769, 0.425032", \
            "0.0190332, 0.0211433, 0.0263992, 0.0392133, 0.0730258, 0.16627, 0.425678", \
            "0.0207318, 0.0223962, 0.0269326, 0.0392451, 0.0732615, 0.166428, 0.426983", \
            "0.022541, 0.0242133, 0.0287331, 0.0412436, 0.0753207, 0.169499, 0.424895" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0216468, 0.0202827, 0.0165801, 0.0046982, -0.0297157, -0.124779, -0.386184", \
            "0.0216255, 0.0202632, 0.0165634, 0.0046833, -0.0297348, -0.124827, -0.386196", \
            "0.0216348, 0.0202401, 0.0165478, 0.0046683, -0.0297515, -0.124804, -0.386213", \
            "0.0209072, 0.0195287, 0.015836, 0.0039583, -0.0304617, -0.125526, -0.386921", \
            "0.0205512, 0.0191539, 0.0154809, 0.0035969, -0.0308123, -0.125885, -0.387295", \
            "0.0228484, 0.0212466, 0.0167483, 0.004189, -0.0304377, -0.125601, -0.387014", \
            "0.0240999, 0.0224765, 0.0179784, 0.0054326, -0.0291672, -0.12428, -0.385808" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001858;
      rise_capacitance : 0.001937;
      rise_capacitance_range (0.001937, 0.001937);
      fall_capacitance : 0.001779;
      fall_capacitance_range (0.001779, 0.001779);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0731157, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0972829, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0204894, 0.0203841, 0.0201411, 0.0204343, 0.0211101, 0.0226681, 0.0262593" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0264035, 0.0262523, 0.0259037, 0.0262593, 0.0270793, 0.0289694, 0.0333261" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001765;
      rise_capacitance : 0.001748;
      rise_capacitance_range (0.001748, 0.001748);
      fall_capacitance : 0.001783;
      fall_capacitance_range (0.001783, 0.001783);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0163105, -0.0510924, 0.0022116", \
            "-0.004722, -0.0370625, 0.0113587", \
            "-0.0641296, -0.0964701, -0.0541523" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0346211, -0.201239, -0.406724", \
            "0.0135885, -0.151809, -0.36828", \
            "-0.0140807, -0.174595, -0.393508" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0276348, 0.0721823, 0.0310853", \
            "0.0136048, 0.0496074, 0.0048483", \
            "0.0717917, 0.105353, 0.0654766" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0642559, 0.239419, 0.45589", \
            "0.0172669, 0.188768, 0.415004", \
            "0.0424948, 0.210333, 0.437791" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0006307, -0.0007001, -0.0008601, -0.0005228, 0.000255, 0.0020478, 0.0061803" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0061572, 0.0061419, 0.0061067, 0.0064417, 0.007214, 0.0089943, 0.013098" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "D";
    }
  }
  cell (scs8hd_dfxtp_2) {
    area : 21.2704;
    cell_footprint : "dfxtp";
    cell_leakage_power : 0.0176251;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0146355;
      when : "!CLK&!D&Q";
    }
    leakage_power () {
      value : 0.020757;
      when : "CLK&D&!Q";
    }
    leakage_power () {
      value : 0.0205728;
      when : "!CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.0146665;
      when : "CLK&!D&Q";
    }
    leakage_power () {
      value : 0.0144924;
      when : "!CLK&D&Q";
    }
    leakage_power () {
      value : 0.0207667;
      when : "!CLK&D&!Q";
    }
    leakage_power () {
      value : 0.0206849;
      when : "CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.0144246;
      when : "CLK&D&Q";
    }
    leakage_power () {
      value : 0.0176251;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.401011;
      max_transition : 1.50542;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.172448, 0.176631, 0.18663, 0.212045, 0.286477, 0.511965, 1.2018", \
            "0.176178, 0.180357, 0.190332, 0.215769, 0.290134, 0.515933, 1.20782", \
            "0.185181, 0.189339, 0.199352, 0.224769, 0.299202, 0.524589, 1.21824", \
            "0.20308, 0.207262, 0.217244, 0.242676, 0.317178, 0.542984, 1.23351", \
            "0.225712, 0.229897, 0.239841, 0.265306, 0.339816, 0.565766, 1.2555", \
            "0.244541, 0.248738, 0.258765, 0.284164, 0.358575, 0.584056, 1.27579", \
            "0.23991, 0.244184, 0.254286, 0.279743, 0.354146, 0.579769, 1.26791" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0149317, 0.0183686, 0.0282508, 0.0612249, 0.167739, 0.496779, 1.50436", \
            "0.0150008, 0.0183086, 0.0282402, 0.061231, 0.167997, 0.496491, 1.50329", \
            "0.0149705, 0.0183373, 0.0282255, 0.0611086, 0.16785, 0.496278, 1.50035", \
            "0.0149777, 0.0183169, 0.0282636, 0.0610791, 0.167913, 0.496776, 1.49864", \
            "0.0149857, 0.0182767, 0.0282063, 0.0610576, 0.168053, 0.495488, 1.49987", \
            "0.0151592, 0.0184842, 0.028329, 0.0610562, 0.167577, 0.496494, 1.50542", \
            "0.0154494, 0.0188125, 0.0285484, 0.0613463, 0.168386, 0.495563, 1.49493" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.177638, 0.181065, 0.189077, 0.205834, 0.243634, 0.346232, 0.657388", \
            "0.181304, 0.184714, 0.192729, 0.209546, 0.24728, 0.349888, 0.65981", \
            "0.190399, 0.193824, 0.201838, 0.218607, 0.256403, 0.359008, 0.669131", \
            "0.207774, 0.211187, 0.219214, 0.235976, 0.273776, 0.376383, 0.686514", \
            "0.22815, 0.231565, 0.239584, 0.256414, 0.29415, 0.396639, 0.707523", \
            "0.24271, 0.246129, 0.254134, 0.270921, 0.308714, 0.411314, 0.721653", \
            "0.227007, 0.230436, 0.238448, 0.25524, 0.293006, 0.395606, 0.705753" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0126208, 0.0150971, 0.0208598, 0.0348234, 0.0751096, 0.206223, 0.616697", \
            "0.0125643, 0.0150776, 0.0207584, 0.0349969, 0.0752066, 0.206241, 0.618665", \
            "0.0126277, 0.0150856, 0.020742, 0.0347745, 0.0751135, 0.206253, 0.618176", \
            "0.0126503, 0.0150492, 0.0207454, 0.0348226, 0.0751023, 0.205527, 0.614754", \
            "0.0125972, 0.0150025, 0.0207799, 0.0349701, 0.0753153, 0.205119, 0.616272", \
            "0.012625, 0.0150121, 0.0209583, 0.0347748, 0.0750772, 0.207291, 0.618057", \
            "0.0125981, 0.0150836, 0.0208898, 0.035041, 0.0749984, 0.205901, 0.613527" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0260709, 0.0282342, 0.0347862, 0.0533572, 0.107779, 0.273065, 0.781365", \
            "0.0258901, 0.0280708, 0.0346289, 0.0532126, 0.107602, 0.272994, 0.783119", \
            "0.0258554, 0.028049, 0.0345998, 0.0531862, 0.107593, 0.27303, 0.778695", \
            "0.025336, 0.027506, 0.034045, 0.0526469, 0.107038, 0.272819, 0.780913", \
            "0.0248702, 0.0270186, 0.0335603, 0.0521613, 0.106521, 0.273486, 0.782973", \
            "0.0267074, 0.0286082, 0.034527, 0.0525349, 0.106947, 0.271645, 0.782256", \
            "0.0282951, 0.0302105, 0.0361229, 0.0541627, 0.109035, 0.274383, 0.776289" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0263079, 0.024433, 0.0191591, 0.0030408, -0.0511973, -0.219123, -0.731393", \
            "0.0262597, 0.0243771, 0.0191065, 0.0029778, -0.051236, -0.219172, -0.7314", \
            "0.0262473, 0.0244042, 0.019136, 0.0030117, -0.0512275, -0.219154, -0.731417", \
            "0.0255393, 0.023706, 0.0184301, 0.0022998, -0.0519376, -0.219864, -0.732119", \
            "0.025217, 0.0233023, 0.0180856, 0.0019274, -0.0522868, -0.220229, -0.732493", \
            "0.0286364, 0.0267367, 0.0209759, 0.0031596, -0.0518363, -0.219954, -0.732232", \
            "0.0298774, 0.0279581, 0.0221884, 0.0043512, -0.0506061, -0.218634, -0.731059" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00185;
      rise_capacitance : 0.00195;
      rise_capacitance_range (0.00195, 0.00195);
      fall_capacitance : 0.001751;
      fall_capacitance_range (0.001751, 0.001751);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0753127, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0972829, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0204893, 0.0203838, 0.0201407, 0.0204349, 0.0211134, 0.0226772, 0.0262818" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0263941, 0.0262297, 0.0258508, 0.0262102, 0.0270387, 0.0289486, 0.0333509" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001765;
      rise_capacitance : 0.001748;
      rise_capacitance_range (0.001748, 0.001748);
      fall_capacitance : 0.001783;
      fall_capacitance_range (0.001783, 0.001783);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0163105, -0.0510924, 0.0034323", \
            "-0.004722, -0.0370625, 0.0113587", \
            "-0.0641296, -0.0952493, -0.0541523" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0297383, -0.192694, -0.394517", \
            "0.0184714, -0.145705, -0.359735", \
            "-0.0104186, -0.168491, -0.384963" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0300762, 0.0782858, 0.0420716", \
            "0.0148255, 0.0508281, 0.0072897", \
            "0.0717917, 0.105353, 0.0654766" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0654766, 0.240639, 0.45589", \
            "0.0184876, 0.189988, 0.417446", \
            "0.0437155, 0.211554, 0.440232" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0006331, -0.0007028, -0.0008637, -0.0005104, 0.0003041, 0.0021815, 0.0065092" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0062045, 0.0061772, 0.0061141, 0.0064472, 0.0072153, 0.0089859, 0.0130672" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "D";
    }
  }
  cell (scs8hd_dfxtp_4) {
    area : 23.7728;
    cell_footprint : "dfxtp";
    cell_leakage_power : 0.0238562;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0331418;
      when : "CLK&D&!Q";
    }
    leakage_power () {
      value : 0.0329608;
      when : "!CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.0147366;
      when : "CLK&!D&Q";
    }
    leakage_power () {
      value : 0.0145698;
      when : "!CLK&D&Q";
    }
    leakage_power () {
      value : 0.0331555;
      when : "!CLK&D&!Q";
    }
    leakage_power () {
      value : 0.0330738;
      when : "CLK&!D&!Q";
    }
    leakage_power () {
      value : 0.0144986;
      when : "CLK&D&Q";
    }
    leakage_power () {
      value : 0.0147127;
      when : "!CLK&!D&Q";
    }
    leakage_power () {
      value : 0.0238562;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.725107;
      max_transition : 1.50995;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168219, 0.00565954, 0.0190408, 0.0640607, 0.215525, 0.725107");
          values ( \
            "0.189141, 0.192206, 0.200506, 0.222176, 0.287129, 0.502954, 1.2329", \
            "0.192786, 0.195868, 0.204194, 0.225795, 0.290866, 0.506598, 1.23373", \
            "0.201737, 0.204791, 0.213117, 0.234752, 0.299864, 0.515803, 1.2422", \
            "0.219258, 0.222341, 0.23063, 0.252316, 0.317203, 0.533011, 1.261", \
            "0.240355, 0.243392, 0.251733, 0.273357, 0.338525, 0.55454, 1.28227", \
            "0.256991, 0.260063, 0.268382, 0.29006, 0.355139, 0.570534, 1.29858", \
            "0.248703, 0.251795, 0.260181, 0.281865, 0.346942, 0.562644, 1.28798" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168219, 0.00565954, 0.0190408, 0.0640607, 0.215525, 0.725107");
          values ( \
            "0.0182227, 0.0205873, 0.0276372, 0.0520019, 0.141719, 0.452494, 1.50503", \
            "0.0182102, 0.020445, 0.0276936, 0.052064, 0.142151, 0.453636, 1.50919", \
            "0.0182423, 0.0205034, 0.0276013, 0.0519867, 0.141778, 0.452495, 1.50909", \
            "0.0183391, 0.0205536, 0.0276677, 0.0520577, 0.1419, 0.452898, 1.50995", \
            "0.0183422, 0.0206215, 0.0276466, 0.0520659, 0.14204, 0.453436, 1.50318", \
            "0.0183664, 0.0206458, 0.0277507, 0.0521043, 0.142156, 0.45315, 1.50665", \
            "0.018494, 0.0208033, 0.0278867, 0.0521584, 0.142147, 0.454048, 1.49987" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168219, 0.00565954, 0.0190408, 0.0640607, 0.215525, 0.725107");
          values ( \
            "0.193986, 0.196569, 0.203722, 0.220746, 0.25821, 0.355117, 0.666889", \
            "0.197913, 0.200496, 0.207653, 0.224667, 0.262141, 0.359085, 0.67008", \
            "0.206828, 0.209391, 0.216566, 0.233644, 0.271051, 0.368023, 0.679828", \
            "0.223988, 0.22655, 0.233724, 0.250787, 0.288239, 0.385168, 0.696966", \
            "0.243122, 0.245678, 0.252835, 0.269855, 0.307352, 0.404278, 0.715091", \
            "0.255698, 0.258249, 0.265437, 0.282483, 0.319907, 0.416891, 0.727851", \
            "0.236669, 0.239233, 0.246405, 0.263423, 0.300798, 0.397743, 0.709331" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168219, 0.00565954, 0.0190408, 0.0640607, 0.215525, 0.725107");
          values ( \
            "0.0184439, 0.0201857, 0.0250872, 0.0373777, 0.0709646, 0.186729, 0.597887", \
            "0.0184275, 0.0201969, 0.0251574, 0.0374178, 0.071319, 0.186656, 0.597234", \
            "0.0184319, 0.0202285, 0.0252292, 0.0376039, 0.0713996, 0.186446, 0.597935", \
            "0.0184398, 0.0202323, 0.0252223, 0.0373382, 0.0712098, 0.186117, 0.597925", \
            "0.0183855, 0.0201613, 0.0252081, 0.0375041, 0.0712717, 0.186124, 0.598685", \
            "0.0184637, 0.0201817, 0.0251951, 0.0378264, 0.0714653, 0.186238, 0.598334", \
            "0.01848, 0.0201605, 0.0251179, 0.0374564, 0.0715568, 0.187024, 0.597743" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168219, 0.00565954, 0.0190408, 0.0640607, 0.215525, 0.725107");
          values ( \
            "0.0410068, 0.0432837, 0.0510679, 0.0768572, 0.161568, 0.44747, 1.40258", \
            "0.0409171, 0.043183, 0.0510403, 0.0768549, 0.161606, 0.445273, 1.40246", \
            "0.0408276, 0.0431001, 0.0509215, 0.0766841, 0.161526, 0.445377, 1.40518", \
            "0.0402087, 0.042499, 0.0502858, 0.0761304, 0.160848, 0.444412, 1.40162", \
            "0.0398759, 0.0422376, 0.0500105, 0.0758566, 0.160666, 0.444417, 1.40452", \
            "0.0411861, 0.0433777, 0.0508347, 0.076275, 0.160622, 0.443239, 1.40399", \
            "0.0427088, 0.0448811, 0.0524532, 0.0778107, 0.163781, 0.446485, 1.39973" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168219, 0.00565954, 0.0190408, 0.0640607, 0.215525, 0.725107");
          values ( \
            "0.0388761, 0.036511, 0.028775, 0.0055238, -0.0767683, -0.363854, -1.33254", \
            "0.0388616, 0.0364962, 0.028791, 0.0055611, -0.076719, -0.363884, -1.33259", \
            "0.0389132, 0.0364872, 0.0288196, 0.0054732, -0.0767291, -0.363853, -1.33254", \
            "0.0382037, 0.0358001, 0.0280558, 0.0048736, -0.0774003, -0.364529, -1.33323", \
            "0.037879, 0.035489, 0.0278364, 0.0045876, -0.0776878, -0.364822, -1.33355", \
            "0.0434554, 0.0409791, 0.0332953, 0.0081522, -0.0768855, -0.36463, -1.33334", \
            "0.044613, 0.0421426, 0.0343921, 0.0093619, -0.0755974, -0.363263, -1.33219" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001871;
      rise_capacitance : 0.001942;
      rise_capacitance_range (0.001942, 0.001942);
      fall_capacitance : 0.001799;
      fall_capacitance_range (0.001799, 0.001799);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0742142, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0928889, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0187778, 0.0186707, 0.0184237, 0.0187301, 0.0194364, 0.0210643, 0.024817" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0250497, 0.0248806, 0.0244906, 0.0248572, 0.0257022, 0.0276499, 0.0321396" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001637;
      rise_capacitance : 0.001674;
      rise_capacitance_range (0.001674, 0.001674);
      fall_capacitance : 0.001599;
      fall_capacitance_range (0.001599, 0.001599);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0150898, -0.0510924, 0.0022116", \
            "-0.0059427, -0.0382832, 0.0089173", \
            "-0.0653503, -0.0976908, -0.0565937" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0285176, -0.189032, -0.385972", \
            "0.0148092, -0.145705, -0.354852", \
            "-0.0189635, -0.173374, -0.384963" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0300762, 0.0795065, 0.0457337", \
            "0.0160462, 0.0532695, 0.0109518", \
            "0.0742331, 0.107794, 0.0691387" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0642559, 0.236977, 0.451007", \
            "0.020929, 0.191209, 0.413784", \
            "0.0510397, 0.217658, 0.441453" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0001201, -0.0001853, -0.0003357, 1.98219e-05, 0.0008393, 0.0027281, 0.0070821" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0054885, 0.0054448, 0.0053441, 0.0056809, 0.0064573, 0.0082469, 0.012372" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "D";
    }
  }
  cell (scs8hd_diode_2) {
    area : 2.5024;
    cell_footprint : "diode";
    cell_leakage_power : 5.70391e-06;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 7.60532e-06;
      when : "DIODE";
    }
    leakage_power () {
      value : 3.8025e-06;
      when : "!DIODE";
    }
    leakage_power () {
      value : 5.70391e-06;
    }
    pin (DIODE) {
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.000788;
      rise_capacitance : 0.000805;
      rise_capacitance_range (0.000805, 0.000805);
      fall_capacitance : 0.000772;
      fall_capacitance_range (0.000772, 0.000772);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0007054, -0.0007269, -0.0007764, -0.0007791, -0.0007852, -0.0007993, -0.0008317" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0008154, 0.0008034, 0.0007756, 0.0007782, 0.0007842, 0.000798, 0.0008299" \
          );
        }
      }
    }
  }
  cell (scs8hd_dlclkp_1) {
    area : 17.5168;
    cell_footprint : "dlclkp";
    cell_leakage_power : 0.0207508;
    clock_gating_integrated_cell : latch_posedge;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0206423;
      when : "CLK&!GATE&!GCLK";
    }
    leakage_power () {
      value : 0.0148358;
      when : "!CLK&GATE&!GCLK";
    }
    leakage_power () {
      value : 0.0238867;
      when : "CLK&GATE&GCLK";
    }
    leakage_power () {
      value : 0.0205056;
      when : "!CLK&!GATE&!GCLK";
    }
    leakage_power () {
      value : 0.0207438;
      when : "CLK&GATE&!GCLK";
    }
    leakage_power () {
      value : 0.0238904;
      when : "CLK&!GATE&GCLK";
    }
    leakage_power () {
      value : 0.0207508;
    }
    statetable ("CLK GATE", "m0") {
      table : " L L : - : L ,\
                    L H : - : H ,\
                    H - : - : N ";
    }
    pin (m0) {
      direction : internal;
      internal_node : "m0";
      related_ground_pin : vnb;
      related_power_pin : vpwr;
    }
    pin (GCLK) {
      clock_gate_out_pin : true;
      direction : output;
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      state_function : "(CLK*m0)";
      max_capacitance : 0.20051;
      max_transition : 1.50223;
      timing () {
        related_pin : "CLK";
        timing_sense : positive_unate;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0558761, 0.0614898, 0.0748116, 0.107638, 0.195121, 0.43446, 1.08581", \
            "0.0589944, 0.0646152, 0.0779085, 0.110739, 0.198444, 0.438895, 1.08881", \
            "0.0658293, 0.0714061, 0.0846246, 0.117573, 0.205408, 0.444956, 1.0963", \
            "0.0771586, 0.0830049, 0.096649, 0.129996, 0.218268, 0.457376, 1.10833", \
            "0.0873087, 0.093939, 0.108446, 0.142219, 0.230824, 0.470652, 1.12104", \
            "0.0819426, 0.0902104, 0.107262, 0.142541, 0.23103, 0.471036, 1.12041", \
            "0.0314041, 0.0415083, 0.0626247, 0.102651, 0.191192, 0.430625, 1.0808" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0173502, 0.0232885, 0.0393907, 0.0847256, 0.211432, 0.558744, 1.49702", \
            "0.0173416, 0.0232551, 0.0393917, 0.0846146, 0.211492, 0.558734, 1.49949", \
            "0.0173484, 0.0233624, 0.0394442, 0.08474, 0.211409, 0.558832, 1.49788", \
            "0.0190196, 0.0247893, 0.0408623, 0.0851896, 0.211225, 0.55795, 1.49994", \
            "0.0230166, 0.0286664, 0.0432179, 0.0864685, 0.211881, 0.557191, 1.49354", \
            "0.0296451, 0.0361591, 0.0498354, 0.0895981, 0.21258, 0.555784, 1.50222", \
            "0.038689, 0.0465275, 0.0623903, 0.0991071, 0.214578, 0.557337, 1.49426" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0601319, 0.0644005, 0.0733472, 0.0917539, 0.133901, 0.24605, 0.543126", \
            "0.0646713, 0.0689616, 0.0779052, 0.0963655, 0.138581, 0.250715, 0.547801", \
            "0.0769461, 0.0812026, 0.090137, 0.10865, 0.150907, 0.263073, 0.560032", \
            "0.10572, 0.110076, 0.119198, 0.137843, 0.180165, 0.29237, 0.58934", \
            "0.155068, 0.160501, 0.171581, 0.192317, 0.236033, 0.348306, 0.64498", \
            "0.235871, 0.242402, 0.256118, 0.281386, 0.328374, 0.441123, 0.737719", \
            "0.381743, 0.389318, 0.405645, 0.436782, 0.492831, 0.603974, 0.899693" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0143704, 0.0174676, 0.0244975, 0.0425847, 0.0924072, 0.237192, 0.629157", \
            "0.0143861, 0.0174263, 0.0245533, 0.0425619, 0.0923505, 0.237083, 0.628274", \
            "0.0143704, 0.0173125, 0.0244332, 0.042525, 0.0923642, 0.236916, 0.6314", \
            "0.0153356, 0.0183046, 0.0251799, 0.0427642, 0.092545, 0.236824, 0.628135", \
            "0.0208488, 0.0242735, 0.0311399, 0.0476019, 0.09522, 0.237147, 0.629693", \
            "0.0286191, 0.032725, 0.0412421, 0.0576957, 0.102389, 0.238627, 0.629968", \
            "0.0390427, 0.0436808, 0.0540074, 0.0742827, 0.115596, 0.239694, 0.627353" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135778, 0.00368716, 0.0100127, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0135868, 0.0155006, 0.0201018, 0.0319226, 0.0637824, 0.151402, 0.389513", \
            "0.0134988, 0.0154239, 0.020023, 0.0318829, 0.0638416, 0.150984, 0.38945", \
            "0.0131933, 0.0151181, 0.0197302, 0.0316125, 0.0636479, 0.151099, 0.389379", \
            "0.0125309, 0.0144575, 0.0190648, 0.0309318, 0.063139, 0.150573, 0.388215", \
            "0.0131823, 0.0148157, 0.0190877, 0.0307829, 0.0627943, 0.150469, 0.388295", \
            "0.0139612, 0.0155388, 0.0198545, 0.0316963, 0.0634888, 0.150322, 0.388663", \
            "0.0193605, 0.0206387, 0.0246584, 0.0360936, 0.0679986, 0.155329, 0.391298" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135778, 0.00368716, 0.0100127, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0084492, 0.0073562, 0.0047423, -0.0034526, -0.0208705, -0.108764, -0.349602", \
            "0.0080733, 0.0070155, 0.0044339, -0.0037383, -0.0211809, -0.109061, -0.349895", \
            "0.0080471, 0.0069333, 0.0043612, -0.0038018, -0.0211847, -0.109046, -0.349864", \
            "0.008241, 0.0070461, 0.0043868, -0.0035047, -0.0212079, -0.109121, -0.349945", \
            "0.0105325, 0.0088463, 0.0042664, -0.0013229, -0.0208833, -0.108968, -0.349832", \
            "0.0310661, 0.0292318, 0.0245768, 0.0124042, -0.0204087, -0.108262, -0.34919", \
            "0.0380511, 0.0359977, 0.0310513, 0.0185822, -0.0144745, -0.103545, -0.344209" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      clock_gate_clock_pin : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004252;
      rise_capacitance : 0.00444;
      rise_capacitance_range (0.00444, 0.00444);
      fall_capacitance : 0.004064;
      fall_capacitance_range (0.004064, 0.004064);
      timing () {
        related_pin : "CLK";
        related_output_pin : "GCLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.136465, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0070342, 0.0067951, 0.0062439, 0.0066099, 0.0074535, 0.0093979, 0.0138799" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.023073, 0.0229221, 0.0225742, 0.0229889, 0.0239447, 0.0261478, 0.0312262" \
          );
        }
      }
    }
    pin (GATE) {
      clock : false;
      clock_gate_enable_pin : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001808;
      rise_capacitance : 0.001747;
      rise_capacitance_range (0.001747, 0.001747);
      fall_capacitance : 0.001869;
      fall_capacitance_range (0.001869, 0.001869);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0321797, -0.0852721, -0.0661478", \
            "-0.0437845, -0.0822285, -0.0606628", \
            "-0.127606, -0.163609, -0.142043" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0724629, -0.191473, -0.363999", \
            "-0.0340189, -0.15425, -0.329217", \
            "-0.0763366, -0.194126, -0.367873" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0581523, 0.114907, 0.104327", \
            "0.07464, 0.121629, 0.103725", \
            "0.220717, 0.270148, 0.255906" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0764629, 0.195473, 0.370441", \
            "0.0380189, 0.159471, 0.333217", \
            "0.0803366, 0.199347, 0.371873" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0150348, 0.0149246, 0.0146704, 0.0149009, 0.0154324, 0.0166576, 0.0194816" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0252633, 0.025232, 0.0251599, 0.025396, 0.0259403, 0.0271948, 0.0300867" \
          );
        }
      }
    }
  }
  cell (scs8hd_dlclkp_2) {
    area : 18.768;
    cell_footprint : "dlclkp";
    cell_leakage_power : 0.0248895;
    clock_gating_integrated_cell : latch_posedge;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0268355;
      when : "CLK&!GATE&!GCLK";
    }
    leakage_power () {
      value : 0.0210319;
      when : "!CLK&GATE&!GCLK";
    }
    leakage_power () {
      value : 0.0239171;
      when : "CLK&GATE&GCLK";
    }
    leakage_power () {
      value : 0.0266945;
      when : "!CLK&!GATE&!GCLK";
    }
    leakage_power () {
      value : 0.0269371;
      when : "CLK&GATE&!GCLK";
    }
    leakage_power () {
      value : 0.0239208;
      when : "CLK&!GATE&GCLK";
    }
    leakage_power () {
      value : 0.0248895;
    }
    statetable ("CLK GATE", "m0") {
      table : " L L : - : L ,\
                    L H : - : H ,\
                    H - : - : N ";
    }
    pin (m0) {
      direction : internal;
      internal_node : "m0";
      related_ground_pin : vnb;
      related_power_pin : vpwr;
    }
    pin (GCLK) {
      clock_gate_out_pin : true;
      direction : output;
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      state_function : "(CLK*m0)";
      max_capacitance : 0.390025;
      max_transition : 1.50279;
      timing () {
        related_pin : "CLK";
        timing_sense : positive_unate;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0669782, 0.0714859, 0.0825812, 0.109737, 0.184737, 0.410397, 1.09417", \
            "0.070182, 0.0746858, 0.0858169, 0.112991, 0.188087, 0.413258, 1.0982", \
            "0.07721, 0.0817626, 0.0928733, 0.120014, 0.195124, 0.420835, 1.10507", \
            "0.0913731, 0.0960357, 0.107348, 0.134729, 0.209975, 0.435517, 1.11933", \
            "0.108006, 0.113339, 0.12587, 0.154373, 0.230026, 0.456133, 1.1405", \
            "0.112608, 0.118989, 0.13416, 0.165603, 0.242012, 0.468357, 1.15722", \
            "0.0753486, 0.082707, 0.100814, 0.138789, 0.218335, 0.443212, 1.12909" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0164772, 0.0204388, 0.0315235, 0.064814, 0.171293, 0.501164, 1.50251", \
            "0.0164482, 0.020421, 0.0315549, 0.0648506, 0.170767, 0.499328, 1.50071", \
            "0.0164341, 0.0204461, 0.0315732, 0.0648925, 0.171228, 0.500838, 1.50243", \
            "0.0175436, 0.0214852, 0.0323955, 0.0651977, 0.171332, 0.50091, 1.49678", \
            "0.0214726, 0.025465, 0.0362511, 0.0677639, 0.171564, 0.500363, 1.50126", \
            "0.027771, 0.033024, 0.0446003, 0.0737354, 0.173587, 0.500068, 1.50279", \
            "0.0376791, 0.0433788, 0.0573401, 0.0874587, 0.178723, 0.502429, 1.49813" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0749458, 0.0787351, 0.087532, 0.105769, 0.144638, 0.246738, 0.543211", \
            "0.0797284, 0.0834627, 0.0922931, 0.110514, 0.149458, 0.25156, 0.548023", \
            "0.0919328, 0.0956541, 0.104465, 0.122673, 0.161638, 0.263757, 0.560497", \
            "0.121463, 0.125168, 0.133938, 0.152124, 0.191119, 0.293286, 0.590077", \
            "0.179995, 0.184148, 0.19414, 0.214608, 0.255201, 0.357377, 0.653622", \
            "0.27437, 0.279385, 0.291433, 0.316811, 0.365086, 0.46659, 0.762288", \
            "0.438733, 0.444834, 0.460015, 0.493232, 0.541094, 0.638662, 0.93448" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0161859, 0.0187614, 0.0248608, 0.0391499, 0.0780108, 0.203766, 0.597214", \
            "0.0161874, 0.018772, 0.0249512, 0.0392774, 0.077981, 0.204079, 0.595271", \
            "0.0161883, 0.0187814, 0.0249608, 0.0392789, 0.0780019, 0.20402, 0.597025", \
            "0.0162559, 0.0188543, 0.0249673, 0.0392671, 0.0781194, 0.203834, 0.596973", \
            "0.0215429, 0.0243464, 0.03074, 0.0443416, 0.0811771, 0.203462, 0.596135", \
            "0.0312614, 0.0341434, 0.0419689, 0.0585841, 0.0929037, 0.203758, 0.598295", \
            "0.0496146, 0.0532181, 0.0631268, 0.0767259, 0.0939106, 0.201571, 0.596254" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0193597, 0.0214052, 0.0275195, 0.0453693, 0.0986628, 0.260358, 0.751059", \
            "0.0192302, 0.0212865, 0.0274128, 0.0452343, 0.0985607, 0.259979, 0.750794", \
            "0.0187277, 0.0207854, 0.0269029, 0.0447381, 0.0980191, 0.259755, 0.75042", \
            "0.0181898, 0.0201396, 0.0262236, 0.0439918, 0.0974182, 0.258895, 0.753802", \
            "0.018807, 0.020635, 0.026331, 0.0437311, 0.0969167, 0.258684, 0.749683", \
            "0.0202036, 0.0219474, 0.0274986, 0.0450089, 0.0977347, 0.258845, 0.749777", \
            "0.0258236, 0.027254, 0.0324676, 0.0492235, 0.102404, 0.263257, 0.74976" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0154433, 0.0135356, 0.0084872, -0.0045992, -0.0433962, -0.206038, -0.703116", \
            "0.0151674, 0.0132506, 0.0082414, -0.0047887, -0.0436951, -0.206305, -0.703419", \
            "0.0150952, 0.0131717, 0.0081484, -0.0048513, -0.0437421, -0.206356, -0.703445", \
            "0.0148299, 0.0128193, 0.0077945, -0.0050814, -0.0441658, -0.206816, -0.703887", \
            "0.0164895, 0.0143737, 0.0090652, -0.0015715, -0.0436215, -0.20666, -0.703741", \
            "0.0391344, 0.0366383, 0.0298542, 0.011381, -0.042742, -0.205861, -0.703031", \
            "0.0468115, 0.0439884, 0.0363187, 0.0168612, -0.03812, -0.202524, -0.699459" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      clock_gate_clock_pin : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004261;
      rise_capacitance : 0.004401;
      rise_capacitance_range (0.004401, 0.004401);
      fall_capacitance : 0.004122;
      fall_capacitance_range (0.004122, 0.004122);
      timing () {
        related_pin : "CLK";
        related_output_pin : "GCLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.137685, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0071368, 0.007005, 0.0067009, 0.0070515, 0.0078596, 0.0097222, 0.0140158" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0230453, 0.0229019, 0.0225712, 0.0229868, 0.0239447, 0.0261525, 0.031242" \
          );
        }
      }
    }
    pin (GATE) {
      clock : false;
      clock_gate_enable_pin : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001844;
      rise_capacitance : 0.001777;
      rise_capacitance_range (0.001777, 0.001777);
      fall_capacitance : 0.001911;
      fall_capacitance_range (0.001911, 0.001911);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0321797, -0.0852721, -0.0661478", \
            "-0.0437845, -0.0822285, -0.0606628", \
            "-0.127606, -0.163609, -0.142043" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0688008, -0.184149, -0.351792", \
            "-0.0315775, -0.151809, -0.325555", \
            "-0.0751159, -0.191685, -0.36299" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0715801, 0.129555, 0.117755", \
            "0.0819642, 0.131395, 0.114712", \
            "0.240249, 0.2909, 0.275438" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0764629, 0.195473, 0.370441", \
            "0.0380189, 0.159471, 0.333217", \
            "0.0803366, 0.199347, 0.371873" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0150195, 0.0149673, 0.0148468, 0.0150778, 0.0156101, 0.0168371, 0.0196657" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0252597, 0.0252261, 0.0251483, 0.0253799, 0.0259137, 0.0271439, 0.02998" \
          );
        }
      }
    }
  }
  cell (scs8hd_dlclkp_4) {
    area : 21.2704;
    cell_footprint : "dlclkp";
    cell_leakage_power : 0.0319829;
    clock_gating_integrated_cell : latch_posedge;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0391025;
      when : "CLK&!GATE&!GCLK";
    }
    leakage_power () {
      value : 0.0333499;
      when : "!CLK&GATE&!GCLK";
    }
    leakage_power () {
      value : 0.0205608;
      when : "CLK&GATE&GCLK";
    }
    leakage_power () {
      value : 0.0390836;
      when : "!CLK&!GATE&!GCLK";
    }
    leakage_power () {
      value : 0.0392359;
      when : "CLK&GATE&!GCLK";
    }
    leakage_power () {
      value : 0.0205646;
      when : "CLK&!GATE&GCLK";
    }
    leakage_power () {
      value : 0.0319829;
    }
    statetable ("CLK GATE", "m0") {
      table : " L L : - : L ,\
                    L H : - : H ,\
                    H - : - : N ";
    }
    pin (m0) {
      direction : internal;
      internal_node : "m0";
      related_ground_pin : vnb;
      related_power_pin : vpwr;
    }
    pin (GCLK) {
      clock_gate_out_pin : true;
      direction : output;
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      state_function : "(CLK*m0)";
      max_capacitance : 0.66926;
      max_transition : 1.50521;
      timing () {
        related_pin : "CLK";
        timing_sense : positive_unate;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165987, 0.00551034, 0.0182929, 0.0607277, 0.2016, 0.66926");
          values ( \
            "0.0714396, 0.0746547, 0.0834257, 0.106532, 0.17302, 0.388081, 1.10346", \
            "0.0744951, 0.077656, 0.0864744, 0.109572, 0.17607, 0.391321, 1.10804", \
            "0.0811412, 0.0843058, 0.0930943, 0.116171, 0.182674, 0.398024, 1.11415", \
            "0.094083, 0.0973723, 0.106276, 0.129498, 0.196037, 0.411457, 1.1288", \
            "0.107721, 0.111491, 0.121412, 0.145728, 0.212934, 0.428387, 1.14227", \
            "0.103667, 0.108078, 0.120023, 0.147607, 0.215646, 0.432151, 1.14605", \
            "0.0434519, 0.0482784, 0.0623763, 0.0960548, 0.168674, 0.383269, 1.09796" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165987, 0.00551034, 0.0182929, 0.0607277, 0.2016, 0.66926");
          values ( \
            "0.0176626, 0.0204738, 0.0287372, 0.0553448, 0.146874, 0.460655, 1.50331", \
            "0.0176794, 0.0203725, 0.0288262, 0.0552961, 0.146832, 0.461001, 1.5019", \
            "0.0178043, 0.0204406, 0.0288143, 0.0553202, 0.146792, 0.460992, 1.50521", \
            "0.0186238, 0.0212749, 0.02957, 0.0557678, 0.147187, 0.460836, 1.50112", \
            "0.0227574, 0.0257241, 0.0336559, 0.0586295, 0.147935, 0.460806, 1.50251", \
            "0.0297794, 0.0331959, 0.0421172, 0.0656433, 0.15048, 0.460283, 1.50319", \
            "0.0402665, 0.0438319, 0.0551159, 0.0808829, 0.157545, 0.461043, 1.49574" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165987, 0.00551034, 0.0182929, 0.0607277, 0.2016, 0.66926");
          values ( \
            "0.0878441, 0.0904258, 0.0975874, 0.114488, 0.150522, 0.242584, 0.524565", \
            "0.0928133, 0.0954066, 0.102556, 0.11948, 0.155519, 0.247597, 0.529477", \
            "0.105426, 0.108007, 0.115147, 0.132063, 0.168103, 0.260192, 0.542092", \
            "0.136027, 0.138619, 0.145742, 0.162624, 0.198689, 0.290813, 0.572644", \
            "0.203035, 0.205865, 0.213564, 0.231639, 0.269033, 0.360876, 0.642505", \
            "0.31647, 0.31994, 0.329578, 0.352702, 0.397271, 0.485454, 0.766733", \
            "0.520699, 0.523008, 0.529333, 0.544262, 0.577131, 0.664391, 0.946771" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165987, 0.00551034, 0.0182929, 0.0607277, 0.2016, 0.66926");
          values ( \
            "0.0189405, 0.0207012, 0.0255748, 0.037739, 0.0690415, 0.17561, 0.54845", \
            "0.018913, 0.0206918, 0.0255652, 0.0374649, 0.06903, 0.175946, 0.548872", \
            "0.0189394, 0.0206199, 0.025726, 0.0375878, 0.0690678, 0.175472, 0.547989", \
            "0.0188972, 0.0206928, 0.0256439, 0.0376165, 0.0692595, 0.175344, 0.548396", \
            "0.0234562, 0.0251303, 0.0299007, 0.0417132, 0.0718884, 0.175007, 0.548779", \
            "0.0370023, 0.0390265, 0.0447018, 0.0588486, 0.0807199, 0.172736, 0.547765", \
            "0.0251903, 0.02622, 0.0293587, 0.0383905, 0.0665514, 0.172363, 0.547905" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165987, 0.00551034, 0.0182929, 0.0607277, 0.2016, 0.66926");
          values ( \
            "0.0336967, 0.0359761, 0.0434697, 0.0680884, 0.147928, 0.413886, 1.28949", \
            "0.0335776, 0.0358296, 0.0434006, 0.067929, 0.147863, 0.411876, 1.28956", \
            "0.0330961, 0.0353694, 0.0428758, 0.0673739, 0.147289, 0.411519, 1.28976", \
            "0.0324457, 0.0347037, 0.0421399, 0.0665199, 0.146506, 0.410848, 1.28931", \
            "0.0335095, 0.0356219, 0.0426065, 0.0664224, 0.14594, 0.410898, 1.28932", \
            "0.0361715, 0.0380101, 0.044749, 0.0683873, 0.146871, 0.41049, 1.29016", \
            "0.0458316, 0.0473263, 0.053361, 0.0762282, 0.154953, 0.416961, 1.29128" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165987, 0.00551034, 0.0182929, 0.0607277, 0.2016, 0.66926");
          values ( \
            "0.0316911, 0.0293812, 0.0221669, 0.0028476, -0.061598, -0.327545, -1.2165", \
            "0.0317025, 0.029326, 0.0221736, 0.002846, -0.0616756, -0.327648, -1.21662", \
            "0.0315393, 0.0292495, 0.0219417, 0.0027765, -0.0619119, -0.327876, -1.21684", \
            "0.0316594, 0.0292381, 0.0221039, 0.0026305, -0.0625592, -0.328538, -1.21742", \
            "0.0393281, 0.036804, 0.0291932, 0.0092934, -0.0616519, -0.328042, -1.21688", \
            "0.0594478, 0.0564757, 0.04731, 0.0209378, -0.0601175, -0.326807, -1.21573", \
            "0.0653608, 0.062618, 0.0541574, 0.0282525, -0.0537783, -0.321976, -1.21057" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      clock_gate_clock_pin : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004984;
      rise_capacitance : 0.005212;
      rise_capacitance_range (0.005212, 0.005212);
      fall_capacitance : 0.004756;
      fall_capacitance_range (0.004756, 0.004756);
      timing () {
        related_pin : "CLK";
        related_output_pin : "GCLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.140127, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0071669, 0.0070034, 0.0066268, 0.0069598, 0.0077271, 0.0094962, 0.0135738" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0242939, 0.0241455, 0.0238036, 0.0242189, 0.0251763, 0.0273831, 0.03247" \
          );
        }
      }
    }
    pin (GATE) {
      clock : false;
      clock_gate_enable_pin : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001696;
      rise_capacitance : 0.001734;
      rise_capacitance_range (0.001734, 0.001734);
      fall_capacitance : 0.001657;
      fall_capacitance_range (0.001657, 0.001657);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0272969, -0.0742858, -0.0466165", \
            "-0.0340189, -0.0675801, -0.035028", \
            "-0.111737, -0.142857, -0.112746" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0651387, -0.181708, -0.349351", \
            "-0.0279154, -0.149367, -0.325555", \
            "-0.066571, -0.185581, -0.36299" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.080125, 0.133217, 0.115314", \
            "0.106378, 0.155809, 0.131801", \
            "0.318374, 0.367804, 0.347459" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0764629, 0.196694, 0.374103", \
            "0.0331361, 0.155809, 0.335659", \
            "0.0717917, 0.190802, 0.369432" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0157401, 0.0156853, 0.0155593, 0.0157868, 0.0163112, 0.0175202, 0.0203069" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0252836, 0.0252299, 0.0251064, 0.0253365, 0.0258669, 0.0270897, 0.0299084" \
          );
        }
      }
    }
  }
  cell (scs8hd_dlrbn_1) {
    area : 21.2704;
    cell_footprint : "dlrbn";
    cell_leakage_power : 0.0277132;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0301028;
      when : "RESETB&D&GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.0270673;
      when : "RESETB&!D&GATEN&Q&!QN";
    }
    leakage_power () {
      value : 0.0347677;
      when : "RESETB&D&!GATEN&Q&!QN";
    }
    leakage_power () {
      value : 0.0222836;
      when : "RESETB&!D&GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.0227322;
      when : "!RESETB&!D&!GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.02275;
      when : "RESETB&!D&!GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.0347384;
      when : "RESETB&D&GATEN&Q&!QN";
    }
    leakage_power () {
      value : 0.0303388;
      when : "!RESETB&D&!GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.0222658;
      when : "!RESETB&!D&GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.030085;
      when : "!RESETB&D&GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.0277132;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.216074;
      max_transition : 1.51032;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.199778, 0.205582, 0.219041, 0.252051, 0.33959, 0.578076, 1.23538", \
            "0.203752, 0.209627, 0.223116, 0.256117, 0.343651, 0.582057, 1.23926", \
            "0.211666, 0.217504, 0.230987, 0.264003, 0.351521, 0.58955, 1.24661", \
            "0.220042, 0.225849, 0.239349, 0.272343, 0.359857, 0.598522, 1.25368", \
            "0.223747, 0.229578, 0.242987, 0.276013, 0.363541, 0.602335, 1.25795", \
            "0.21278, 0.218653, 0.232152, 0.265156, 0.352656, 0.590583, 1.24875", \
            "0.161406, 0.167243, 0.180723, 0.213734, 0.301272, 0.539995, 1.19611" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0201393, 0.0254076, 0.0401442, 0.0839113, 0.207147, 0.551314, 1.4979", \
            "0.0202078, 0.025505, 0.040064, 0.0839094, 0.207487, 0.550188, 1.50438", \
            "0.0201558, 0.0254451, 0.0400708, 0.0839037, 0.207486, 0.551891, 1.50375", \
            "0.0201518, 0.0254421, 0.0400349, 0.0839126, 0.207537, 0.550667, 1.49739", \
            "0.0200632, 0.0253372, 0.0401529, 0.083905, 0.207529, 0.551976, 1.4962", \
            "0.0202474, 0.025516, 0.0400704, 0.0839163, 0.207693, 0.550086, 1.50331", \
            "0.0202485, 0.0255028, 0.04013, 0.0839255, 0.207591, 0.551482, 1.49548" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.143004, 0.147724, 0.157899, 0.178901, 0.22477, 0.338513, 0.64861", \
            "0.14769, 0.152424, 0.162602, 0.183601, 0.229468, 0.343224, 0.653619", \
            "0.159835, 0.164557, 0.174731, 0.195735, 0.241585, 0.355356, 0.665372", \
            "0.184961, 0.189668, 0.199853, 0.220849, 0.266715, 0.38047, 0.690674", \
            "0.225417, 0.230085, 0.240275, 0.261272, 0.307142, 0.42091, 0.731454", \
            "0.293736, 0.298469, 0.308668, 0.32966, 0.375542, 0.489305, 0.799675", \
            "0.420535, 0.425259, 0.435453, 0.456489, 0.502402, 0.616165, 0.926539" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0154538, 0.0189246, 0.0270039, 0.0461916, 0.0963776, 0.240148, 0.649838", \
            "0.0154918, 0.0189322, 0.0269998, 0.0462318, 0.0961482, 0.239877, 0.652345", \
            "0.0154448, 0.0189324, 0.0270536, 0.0461878, 0.0964487, 0.240197, 0.65374", \
            "0.0154641, 0.0189197, 0.0269696, 0.0462057, 0.0964207, 0.240058, 0.650855", \
            "0.0156109, 0.0189584, 0.0269076, 0.0462201, 0.0964026, 0.240547, 0.649643", \
            "0.0155683, 0.0189908, 0.0270652, 0.046238, 0.0964201, 0.240464, 0.653095", \
            "0.015553, 0.0189972, 0.027057, 0.0462677, 0.0963675, 0.239652, 0.647409" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.24102, 0.246888, 0.260443, 0.293476, 0.381041, 0.619798, 1.27597", \
            "0.245412, 0.251257, 0.26481, 0.297848, 0.385429, 0.624183, 1.28041", \
            "0.257132, 0.262985, 0.27654, 0.309573, 0.397129, 0.635513, 1.29145", \
            "0.284746, 0.290588, 0.304149, 0.337182, 0.424733, 0.663171, 1.31982", \
            "0.332135, 0.338005, 0.351559, 0.384599, 0.472147, 0.710813, 1.36726", \
            "0.40851, 0.414367, 0.427929, 0.460947, 0.548481, 0.787286, 1.44284", \
            "0.543352, 0.549205, 0.562738, 0.595756, 0.683282, 0.921665, 1.57817" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0199401, 0.0253902, 0.0400877, 0.0839328, 0.207519, 0.551604, 1.50276", \
            "0.0200108, 0.0253901, 0.0401181, 0.0839263, 0.207533, 0.551584, 1.50217", \
            "0.020011, 0.0253558, 0.040182, 0.083929, 0.207656, 0.550022, 1.50296", \
            "0.0200156, 0.0253436, 0.0401263, 0.0838827, 0.207652, 0.551746, 1.49863", \
            "0.0199544, 0.0253694, 0.0401316, 0.0839146, 0.207247, 0.551072, 1.50093", \
            "0.0199724, 0.0253254, 0.0402759, 0.0839466, 0.20724, 0.551588, 1.50381", \
            "0.0198604, 0.0253295, 0.0400411, 0.0838664, 0.207643, 0.550965, 1.49999" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.158959, 0.163762, 0.174081, 0.195228, 0.241166, 0.354971, 0.66526", \
            "0.163355, 0.168161, 0.178463, 0.19961, 0.245547, 0.35934, 0.669383", \
            "0.175213, 0.18001, 0.190328, 0.211474, 0.257409, 0.371219, 0.681247", \
            "0.202494, 0.207289, 0.217618, 0.238766, 0.284692, 0.398494, 0.70883", \
            "0.252765, 0.257579, 0.267913, 0.289074, 0.335023, 0.448832, 0.759086", \
            "0.333258, 0.338069, 0.348427, 0.369625, 0.415617, 0.529431, 0.839825", \
            "0.470339, 0.475199, 0.485604, 0.506849, 0.552907, 0.666735, 0.977328" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0158756, 0.0193058, 0.0272167, 0.0464126, 0.096569, 0.240589, 0.654824", \
            "0.0159338, 0.0193058, 0.0272526, 0.0464095, 0.0965539, 0.24034, 0.653072", \
            "0.0158962, 0.0192867, 0.027233, 0.0463756, 0.0965127, 0.240762, 0.650167", \
            "0.0159075, 0.0193, 0.0272475, 0.0463436, 0.0964681, 0.240188, 0.653548", \
            "0.0158993, 0.019339, 0.0273665, 0.0464104, 0.0965481, 0.239989, 0.651569", \
            "0.0161056, 0.0194954, 0.0273835, 0.0465156, 0.0966009, 0.240292, 0.649967", \
            "0.0162576, 0.01969, 0.0278758, 0.0466208, 0.0965454, 0.240204, 0.647421" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0599191, 0.0653927, 0.0784269, 0.11075, 0.197374, 0.436138, 1.0917", \
            "0.0627673, 0.0682804, 0.0813048, 0.113648, 0.200396, 0.438463, 1.09726", \
            "0.0689282, 0.0744103, 0.0873924, 0.119832, 0.206794, 0.445675, 1.10375", \
            "0.0787689, 0.084472, 0.0978474, 0.130696, 0.217896, 0.45685, 1.11723", \
            "0.0857388, 0.0924165, 0.10683, 0.140434, 0.228209, 0.466355, 1.12368", \
            "0.0726503, 0.0808892, 0.0981815, 0.133933, 0.221731, 0.460532, 1.11754", \
            "0.0016931, 0.0118809, 0.0339033, 0.0762272, 0.166055, 0.404323, 1.06105" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0179987, 0.0235555, 0.0387339, 0.0832609, 0.207316, 0.551646, 1.49892", \
            "0.0179401, 0.0235219, 0.0389117, 0.0832292, 0.206862, 0.550833, 1.50307", \
            "0.0179418, 0.0235514, 0.0387464, 0.0832465, 0.207344, 0.552235, 1.50131", \
            "0.0193009, 0.0248811, 0.039759, 0.0836322, 0.207122, 0.552122, 1.51032", \
            "0.023204, 0.0287685, 0.0426714, 0.0851463, 0.207539, 0.550996, 1.50162", \
            "0.0297299, 0.0363167, 0.0500855, 0.0892252, 0.209115, 0.550227, 1.50461", \
            "0.039501, 0.0476414, 0.0639283, 0.101446, 0.21259, 0.55276, 1.49301" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0664733, 0.0712641, 0.0814471, 0.102147, 0.147475, 0.261012, 0.571238", \
            "0.0713475, 0.0761827, 0.0863718, 0.107099, 0.152431, 0.265993, 0.576306", \
            "0.0838514, 0.0886188, 0.0988278, 0.119528, 0.164894, 0.278462, 0.588858", \
            "0.114559, 0.119324, 0.129528, 0.150323, 0.195725, 0.3093, 0.619668", \
            "0.170952, 0.176789, 0.189143, 0.212125, 0.259369, 0.373017, 0.68343", \
            "0.265646, 0.272735, 0.288104, 0.317262, 0.369588, 0.484789, 0.795021", \
            "0.439398, 0.44784, 0.466232, 0.502145, 0.564892, 0.683939, 0.993697" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0159905, 0.0195408, 0.0274652, 0.0461864, 0.0959367, 0.239827, 0.646479", \
            "0.0160285, 0.0196667, 0.0274889, 0.0460813, 0.0956845, 0.23955, 0.647913", \
            "0.0161659, 0.0195137, 0.027381, 0.0461029, 0.0957174, 0.239503, 0.646882", \
            "0.0164417, 0.020059, 0.0275486, 0.0462167, 0.0957811, 0.23957, 0.646741", \
            "0.0220611, 0.0258817, 0.0342154, 0.0517267, 0.0979677, 0.24015, 0.647809", \
            "0.0300456, 0.0348737, 0.0449894, 0.0640971, 0.107002, 0.24274, 0.652783", \
            "0.040808, 0.0465191, 0.0589192, 0.0828862, 0.125089, 0.249078, 0.648424" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0, 0, 0.0021088, 0.0147223, 0.0487445, 0.142274, 0.401155", \
            "0, 0, 0.0020843, 0.0146173, 0.0487876, 0.142075, 0.4004", \
            "0, 0, 0.0022169, 0.0147553, 0.0486501, 0.142209, 0.400362", \
            "0, 0, 0.0020122, 0.0145417, 0.0484462, 0.142832, 0.400035", \
            "0, 0, 0.0016893, 0.0143146, 0.0483298, 0.142732, 0.401656", \
            "0, 0, 0.0012574, 0.0143377, 0.0489823, 0.14316, 0.403303", \
            "0, 0, 0.0003446, 0.0147596, 0.050765, 0.145551, 0.401734" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0, 0, 0.0058019, 0.0138204, -7.415e-05, -0.0817363, -0.33682", \
            "0, 0, 0.0057916, 0.0137277, -0.000208, -0.0819565, -0.337067", \
            "0, 0, 0.0058968, 0.0138206, -0.0001843, -0.0818979, -0.337012", \
            "0, 0, 0.0057061, 0.0137252, -0.0002428, -0.0819355, -0.337028", \
            "0, 0, 0.0053545, 0.0134943, -0.000293, -0.0818645, -0.336922", \
            "0, 0, 0.0046319, 0.0131919, -0.000126, -0.0814086, -0.336339", \
            "0, 0, 0.0033565, 0.0133089, 0.0013568, -0.0792522, -0.333594" \
          );
        }
      }
      internal_power () {
        related_pin : "GATEN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0, 0, 0.0016311, 0.0180979, 0.0560075, 0.15297, 0.413609", \
            "0, 0, 0.0016262, 0.018043, 0.0558756, 0.152799, 0.413386", \
            "0, 0, 0.0017021, 0.0180617, 0.0558064, 0.151979, 0.411423", \
            "0, 0, 0.001512, 0.017924, 0.0557421, 0.151856, 0.411342", \
            "0, 0, 0.0011461, 0.0176643, 0.0555773, 0.152518, 0.412982", \
            "0, 0, 0.0005029, 0.0174905, 0.0558716, 0.152984, 0.414059", \
            "0, 0, -0.0004503, 0.0178995, 0.0575014, 0.155574, 0.416602" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0, 0, 0.0087806, 0.0189918, 0.0073307, -0.0728995, -0.32729", \
            "0, 0, 0.0087847, 0.0189856, 0.0072369, -0.0730365, -0.327439", \
            "0, 0, 0.0088513, 0.0190129, 0.0071957, -0.0730728, -0.327489", \
            "0, 0, 0.0086423, 0.0187775, 0.0069848, -0.0733126, -0.327733", \
            "0, 0, 0.0082529, 0.0184792, 0.0068165, -0.0734116, -0.327801", \
            "0, 0, 0.0076778, 0.018378, 0.0071671, -0.0727673, -0.326998", \
            "0, 0, 0.0068273, 0.0190519, 0.0094298, -0.0696871, -0.323221" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0027499, 0.0034352, 0.005919, 0.0151336, 0.0455394, 0.137561, 0.393065", \
            "0.0027684, 0.0034422, 0.0059068, 0.0150902, 0.0455139, 0.137638, 0.393677", \
            "0.0028161, 0.0034731, 0.0058888, 0.0150419, 0.0454546, 0.136726, 0.392444", \
            "0.0028001, 0.0034247, 0.0057775, 0.0148495, 0.0455097, 0.137401, 0.396563", \
            "0.0028194, 0.0034767, 0.0059068, 0.0150439, 0.045573, 0.13719, 0.395198", \
            "0.0029326, 0.0037408, 0.0064924, 0.0161452, 0.0468873, 0.138331, 0.398145", \
            "0.0032664, 0.0045056, 0.0082492, 0.0191936, 0.0516224, 0.143534, 0.4013" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "-6.005e-05, 0.0034585, 0.0098699, 0.0143207, -0.0032099, -0.0872338, -0.343401", \
            "-9.6e-05, 0.003407, 0.0097395, 0.0141207, -0.0034745, -0.087506, -0.343742", \
            "-0.0001536, 0.0033204, 0.0096355, 0.0139515, -0.003677, -0.0877423, -0.343988", \
            "-0.0001467, 0.0033388, 0.0096483, 0.0139916, -0.0035683, -0.0875958, -0.343828", \
            "-0.0001163, 0.0034185, 0.0098014, 0.0143978, -0.0031757, -0.0871097, -0.343313", \
            "1.99e-05, 0.0037707, 0.0105811, 0.0156551, -0.0012724, -0.0848419, -0.340902", \
            "0.0004344, 0.0048517, 0.0129742, 0.0200195, 0.0048589, -0.0780178, -0.333351" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.222483;
      max_transition : 1.50631;
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.18248, 0.187276, 0.199203, 0.23054, 0.316599, 0.554912, 1.21252", \
            "0.187186, 0.191971, 0.203895, 0.235237, 0.321347, 0.558734, 1.21752", \
            "0.199316, 0.204099, 0.21606, 0.247373, 0.333562, 0.571982, 1.2297", \
            "0.224401, 0.229216, 0.241137, 0.272515, 0.358657, 0.596931, 1.25533", \
            "0.264843, 0.26961, 0.281543, 0.312859, 0.398991, 0.637428, 1.29558", \
            "0.333247, 0.338006, 0.349923, 0.381353, 0.467308, 0.704727, 1.36347", \
            "0.460093, 0.464912, 0.476831, 0.508245, 0.594321, 0.832208, 1.48831" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.014783, 0.0200123, 0.0352584, 0.0794213, 0.203622, 0.547132, 1.49982", \
            "0.0147754, 0.0200116, 0.035197, 0.0794341, 0.203776, 0.550625, 1.50206", \
            "0.0147819, 0.0199994, 0.0352266, 0.07946, 0.203486, 0.546966, 1.50016", \
            "0.0147927, 0.0199734, 0.0352408, 0.0793614, 0.203916, 0.548338, 1.50322", \
            "0.0147748, 0.0199756, 0.0351948, 0.0794974, 0.203177, 0.548514, 1.49759", \
            "0.0147608, 0.0199963, 0.0352612, 0.0794814, 0.203243, 0.54773, 1.50093", \
            "0.0148555, 0.0199844, 0.0352574, 0.0794169, 0.203203, 0.54881, 1.49521" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.23007, 0.233976, 0.242507, 0.26101, 0.305557, 0.426037, 0.759223", \
            "0.233944, 0.23785, 0.24636, 0.26489, 0.309424, 0.429909, 0.763708", \
            "0.241772, 0.245674, 0.254189, 0.272694, 0.31726, 0.437781, 0.771612", \
            "0.250228, 0.254136, 0.262668, 0.281142, 0.325706, 0.44621, 0.779495", \
            "0.253823, 0.25774, 0.266297, 0.284771, 0.32928, 0.449834, 0.783834", \
            "0.243245, 0.247171, 0.255645, 0.27417, 0.318745, 0.439279, 0.772962", \
            "0.191502, 0.195409, 0.203933, 0.222434, 0.266988, 0.387478, 0.720661" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0121495, 0.0152758, 0.0226534, 0.0416964, 0.0964507, 0.255073, 0.700842", \
            "0.0121939, 0.0151529, 0.0225107, 0.041706, 0.0969964, 0.255865, 0.696552", \
            "0.012179, 0.0152347, 0.0226049, 0.0415829, 0.0969448, 0.255963, 0.701488", \
            "0.012156, 0.0152887, 0.0226238, 0.0416029, 0.0968588, 0.255426, 0.699577", \
            "0.012181, 0.015172, 0.0225385, 0.0417399, 0.0966539, 0.255881, 0.701859", \
            "0.0122525, 0.0152084, 0.0225401, 0.0416773, 0.0965674, 0.254368, 0.699599", \
            "0.0121725, 0.0152682, 0.0226386, 0.0415908, 0.0969598, 0.25521, 0.694628" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.198704, 0.203505, 0.215377, 0.24684, 0.33285, 0.571114, 1.22995", \
            "0.203149, 0.207954, 0.219841, 0.251128, 0.337133, 0.575677, 1.23313", \
            "0.215002, 0.219814, 0.231756, 0.263035, 0.349247, 0.588558, 1.24522", \
            "0.242296, 0.247102, 0.258984, 0.290489, 0.376342, 0.614322, 1.27215", \
            "0.292574, 0.297378, 0.30925, 0.340707, 0.426677, 0.665555, 1.32254", \
            "0.373171, 0.377973, 0.389842, 0.421297, 0.507273, 0.745212, 1.40417", \
            "0.510378, 0.515193, 0.52714, 0.558415, 0.644638, 0.884133, 1.53935" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0148931, 0.0200479, 0.0353944, 0.0793175, 0.203186, 0.547145, 1.49739", \
            "0.0148948, 0.020034, 0.0352257, 0.0795195, 0.203421, 0.549569, 1.50228", \
            "0.0148444, 0.0200346, 0.0352015, 0.0795066, 0.203831, 0.549791, 1.49784", \
            "0.014884, 0.0200427, 0.0353078, 0.0793938, 0.203835, 0.550354, 1.50294", \
            "0.0148643, 0.0200532, 0.0352592, 0.0794007, 0.203616, 0.549863, 1.50174", \
            "0.0148927, 0.0200608, 0.0352721, 0.0794888, 0.203193, 0.549091, 1.49825", \
            "0.0148794, 0.0200661, 0.0352249, 0.0795153, 0.203764, 0.549974, 1.49765" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.271282, 0.275192, 0.283712, 0.302215, 0.346777, 0.467318, 0.800734", \
            "0.275659, 0.279589, 0.288074, 0.306626, 0.351162, 0.471684, 0.805214", \
            "0.287389, 0.291311, 0.299796, 0.318356, 0.362869, 0.483374, 0.817378", \
            "0.314991, 0.31892, 0.327427, 0.345973, 0.390505, 0.510947, 0.844898", \
            "0.362393, 0.366287, 0.374805, 0.393297, 0.437832, 0.558317, 0.892254", \
            "0.43877, 0.442681, 0.451212, 0.469711, 0.514308, 0.63482, 0.968131", \
            "0.573777, 0.577691, 0.58621, 0.604723, 0.649267, 0.769808, 1.10383" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.012241, 0.0151288, 0.0224853, 0.041673, 0.096531, 0.255505, 0.697004", \
            "0.0121557, 0.0151409, 0.0224555, 0.0415177, 0.0968281, 0.25583, 0.696799", \
            "0.0121399, 0.0151452, 0.0224974, 0.0416305, 0.0968799, 0.256044, 0.696064", \
            "0.0122259, 0.0151701, 0.0225033, 0.0416569, 0.0968945, 0.255946, 0.699156", \
            "0.0122068, 0.0151358, 0.0224549, 0.0415617, 0.0967539, 0.256038, 0.698418", \
            "0.0122557, 0.0151285, 0.022474, 0.0417968, 0.0964052, 0.255415, 0.695691", \
            "0.012276, 0.0151446, 0.0224473, 0.041542, 0.0969924, 0.255959, 0.697569" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.106565, 0.111357, 0.123293, 0.154659, 0.240619, 0.478689, 1.13714", \
            "0.111453, 0.11621, 0.128106, 0.159562, 0.245529, 0.48336, 1.14447", \
            "0.123837, 0.128647, 0.140565, 0.171962, 0.258061, 0.496026, 1.15367", \
            "0.154647, 0.159375, 0.171245, 0.202575, 0.288769, 0.526594, 1.18891", \
            "0.216633, 0.221504, 0.233376, 0.264699, 0.350795, 0.588361, 1.24713", \
            "0.320863, 0.325965, 0.338143, 0.369702, 0.455685, 0.693356, 1.35395", \
            "0.505886, 0.511696, 0.524436, 0.55577, 0.641861, 0.87955, 1.53675" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0147516, 0.0199516, 0.0352379, 0.0794758, 0.203684, 0.548114, 1.49917", \
            "0.0147545, 0.0199592, 0.0352614, 0.0794078, 0.203513, 0.548527, 1.49959", \
            "0.0147671, 0.0199502, 0.035224, 0.0794156, 0.20327, 0.548724, 1.49909", \
            "0.0147385, 0.0200015, 0.0352208, 0.0793463, 0.203435, 0.548725, 1.50631", \
            "0.0154151, 0.0205277, 0.0354807, 0.0795016, 0.203774, 0.547148, 1.50416", \
            "0.017519, 0.0222272, 0.0364169, 0.0797815, 0.203375, 0.547694, 1.49812", \
            "0.020375, 0.025127, 0.0382239, 0.0803283, 0.203636, 0.54667, 1.4964" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0899736, 0.093864, 0.102369, 0.12081, 0.165343, 0.285861, 0.619391", \
            "0.0928366, 0.0967402, 0.105246, 0.123715, 0.168197, 0.288749, 0.622566", \
            "0.0989003, 0.102804, 0.111284, 0.129769, 0.174256, 0.294803, 0.62874", \
            "0.10892, 0.112843, 0.121357, 0.139832, 0.184367, 0.304885, 0.638383", \
            "0.117173, 0.121158, 0.129727, 0.14837, 0.192921, 0.313498, 0.647393", \
            "0.107191, 0.11136, 0.120237, 0.139153, 0.183812, 0.30432, 0.637592", \
            "0.0401626, 0.0448099, 0.054566, 0.074243, 0.119051, 0.2395, 0.572893" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0120818, 0.0150634, 0.0224927, 0.0415044, 0.0969124, 0.255677, 0.698501", \
            "0.0119807, 0.0151227, 0.0224174, 0.0416147, 0.0967644, 0.256026, 0.701155", \
            "0.0119578, 0.0151212, 0.0223421, 0.0415924, 0.0968512, 0.25598, 0.701585", \
            "0.0121091, 0.0151432, 0.0226459, 0.041686, 0.0969292, 0.255576, 0.696239", \
            "0.0125106, 0.0154638, 0.0228749, 0.0418532, 0.096251, 0.255833, 0.70141", \
            "0.0135513, 0.0167582, 0.0236184, 0.0425804, 0.0972761, 0.255302, 0.703561", \
            "0.0160761, 0.0191538, 0.0263848, 0.0444221, 0.0980594, 0.255715, 0.695103" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0, -0.0014455, -0.0009411, 0.0138213, 0.050958, 0.148659, 0.417459", \
            "0, -0.0014728, -0.0009537, 0.0137257, 0.0506144, 0.149252, 0.415734", \
            "0, -0.0016253, -0.0008509, 0.0138227, 0.0507541, 0.148319, 0.417434", \
            "0, -0.0014204, -0.0010282, 0.013721, 0.0507497, 0.148528, 0.417571", \
            "0, -0.00103, -0.0014005, 0.013445, 0.0505073, 0.149004, 0.415541", \
            "0, -0.0002397, -0.0021307, 0.013235, 0.0507092, 0.148531, 0.418188", \
            "0, 0, -0.0033913, 0.0133071, 0.0522318, 0.151787, 0.418323" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0, 0.0014455, 0.0087826, 0.0147421, -0.001824, -0.087377, -0.351626", \
            "0, 0.0014728, 0.0087483, 0.014623, -0.0020767, -0.0877298, -0.352031", \
            "0, 0.0016253, 0.0089018, 0.0147602, -0.0019525, -0.0876357, -0.351912", \
            "0, 0.0014204, 0.0086955, 0.014541, -0.0021928, -0.0878546, -0.352135", \
            "0, 0.00103, 0.0083621, 0.0143298, -0.0022638, -0.0878345, -0.352071", \
            "0, 0.0002397, 0.0079092, 0.0143835, -0.0017996, -0.0871708, -0.351267", \
            "0, 0, 0.0069734, 0.0147283, -0.0001299, -0.0846801, -0.348491" \
          );
        }
      }
      internal_power () {
        related_pin : "GATEN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0, 0, 0.0020137, 0.019, 0.058439, 0.158083, 0.426854", \
            "0, 0, 0.0020055, 0.018935, 0.0580011, 0.157017, 0.427286", \
            "0, 0, 0.0021076, 0.0189673, 0.0580204, 0.157939, 0.426124", \
            "0, 0, 0.0018846, 0.018784, 0.0580425, 0.157739, 0.425512", \
            "0, 0, 0.0015106, 0.0185299, 0.0575869, 0.15677, 0.426662", \
            "0, 0, 0.0008466, 0.0183885, 0.0579256, 0.158188, 0.426058", \
            "0, 0, 9.56e-05, 0.0190881, 0.060179, 0.161384, 0.428348" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0, 0, 0.0082805, 0.0180975, 0.0054154, -0.0777121, -0.340794", \
            "0, 0, 0.0082741, 0.0180418, 0.0052522, -0.0779432, -0.341053", \
            "0, 0, 0.0083558, 0.0180644, 0.0052184, -0.0779703, -0.341077", \
            "0, 0, 0.0081719, 0.0179226, 0.005092, -0.0780693, -0.34118", \
            "0, 0, 0.0078064, 0.0176626, 0.0049795, -0.0780997, -0.341167", \
            "0, 0, 0.0071921, 0.0174894, 0.0052912, -0.0775103, -0.340455", \
            "0, 0, 0.0061906, 0.017901, 0.0070141, -0.0748647, -0.337285" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "-0.0018077, -0.0005934, 0.0030942, 0.0143219, 0.0479451, 0.143237, 0.408361", \
            "-0.0018421, -0.0006533, 0.0029763, 0.0141231, 0.0474725, 0.143705, 0.409994", \
            "-0.0018995, -0.0007261, 0.0028729, 0.0139632, 0.0474639, 0.142751, 0.407079", \
            "-0.0018956, -0.0007186, 0.002888, 0.0139876, 0.0472936, 0.142796, 0.411222", \
            "-0.001864, -0.0006226, 0.0030993, 0.0143936, 0.0479035, 0.143387, 0.409987", \
            "-0.0017659, -0.0003565, 0.0037016, 0.0156568, 0.0498981, 0.145729, 0.413758", \
            "-0.0013893, 0.0006628, 0.0060722, 0.019996, 0.056103, 0.154053, 0.419307" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0044293, 0.0073556, 0.0125435, 0.0151328, -0.0048374, -0.0926034, -0.357886", \
            "0.0044469, 0.0073631, 0.0125367, 0.0150911, -0.0049333, -0.0926962, -0.358028", \
            "0.0044962, 0.0073989, 0.012522, 0.0150293, -0.0050412, -0.09284, -0.35813", \
            "0.0044808, 0.0073557, 0.0124213, 0.0148502, -0.0053076, -0.0931672, -0.358497", \
            "0.004506, 0.0074131, 0.0125341, 0.0150442, -0.0049913, -0.0927668, -0.358061", \
            "0.0046146, 0.0076723, 0.0131141, 0.0161497, -0.0034466, -0.0912104, -0.356352", \
            "0.00489, 0.0083515, 0.0146495, 0.0189379, 0.0008326, -0.0859569, -0.350843" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001864;
      rise_capacitance : 0.001958;
      rise_capacitance_range (0.001958, 0.001958);
      fall_capacitance : 0.001771;
      fall_capacitance_range (0.001771, 0.001771);
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.100539, -0.119452, -0.0624857", \
            "-0.0547708, -0.0736836, -0.0154967", \
            "-0.0897643, -0.109898, -0.0504902" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0651387, -0.189032, -0.342027", \
            "-0.07064, -0.193312, -0.342645", \
            "-0.145917, -0.267368, -0.417922" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.108201, 0.127114, 0.0701478", \
            "0.0612122, 0.080125, 0.0231589", \
            "0.0962057, 0.116339, 0.0581523" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0728008, 0.196694, 0.347247", \
            "0.086847, 0.204637, 0.351528", \
            "0.181655, 0.293341, 0.437791" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102831, 0.0101443, 0.0098242, 0.0102182, 0.0111262, 0.0132192, 0.0180436" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0209101, 0.0208011, 0.0205499, 0.0210122, 0.0220778, 0.0245342, 0.0301964" \
          );
        }
      }
    }
    pin (GATEN) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001844;
      rise_capacitance : 0.00193;
      rise_capacitance_range (0.00193, 0.00193);
      fall_capacitance : 0.001758;
      fall_capacitance_range (0.001758, 0.001758);
      timing () {
        related_pin : "GATEN";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.15111, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.011881, 0.0117226, 0.0113573, 0.0117557, 0.012674, 0.0147906, 0.0196697" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0200206, 0.0199038, 0.0196344, 0.0200613, 0.0210455, 0.0233139, 0.028543" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002504;
      rise_capacitance : 0.00263;
      rise_capacitance_range (0.00263, 0.00263);
      fall_capacitance : 0.002377;
      fall_capacitance_range (0.002377, 0.002377);
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0407246, -0.0486673, -0.145917", \
            "-0.0852721, -0.0919941, -0.188023", \
            "-0.0490579, -0.0557799, -0.153029" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0508281, 0.0575501, 0.158462", \
            "0.0953757, 0.100877, 0.200568", \
            "0.0591615, 0.0634421, 0.164354" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0906919, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0048642, -0.0049157, -0.0050344, -0.0050377, -0.0050454, -0.0050633, -0.0051043" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0049251, 0.0049644, 0.0050551, 0.0050602, 0.0050719, 0.0050988, 0.0051612" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      clear : "!RESETB";
      data_in : "D";
      enable : "!GATEN";
    }
  }
  cell (scs8hd_dlrbn_2) {
    area : 22.5216;
    cell_footprint : "dlrbn";
    cell_leakage_power : 0.0339373;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0363259;
      when : "RESETB&D&GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.0332939;
      when : "RESETB&!D&GATEN&Q&!QN";
    }
    leakage_power () {
      value : 0.0409943;
      when : "RESETB&D&!GATEN&Q&!QN";
    }
    leakage_power () {
      value : 0.0285067;
      when : "RESETB&!D&GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.0289553;
      when : "!RESETB&!D&!GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.0289731;
      when : "RESETB&!D&!GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.040965;
      when : "RESETB&D&GATEN&Q&!QN";
    }
    leakage_power () {
      value : 0.0365617;
      when : "!RESETB&D&!GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.0284889;
      when : "!RESETB&!D&GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.0363081;
      when : "!RESETB&D&GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.0339373;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.379038;
      max_transition : 1.50631;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.209357, 0.214205, 0.225801, 0.253765, 0.330637, 0.557068, 1.24194", \
            "0.213174, 0.218031, 0.229626, 0.257614, 0.334474, 0.5604, 1.24469", \
            "0.221132, 0.225942, 0.237552, 0.265547, 0.342405, 0.568187, 1.25242", \
            "0.229546, 0.234361, 0.245842, 0.273861, 0.350791, 0.576835, 1.25935", \
            "0.233127, 0.23781, 0.249462, 0.277524, 0.354397, 0.580527, 1.26379", \
            "0.222545, 0.227354, 0.238961, 0.266932, 0.343786, 0.569568, 1.25392", \
            "0.170854, 0.175745, 0.187414, 0.215409, 0.292283, 0.518689, 1.20194" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0194337, 0.0235659, 0.034638, 0.0683566, 0.175491, 0.503476, 1.50578", \
            "0.0194798, 0.0235795, 0.0346126, 0.0684053, 0.175088, 0.50243, 1.50366", \
            "0.0195653, 0.0235494, 0.0346462, 0.0681795, 0.174838, 0.502971, 1.50184", \
            "0.0195762, 0.023546, 0.0347026, 0.0682639, 0.175284, 0.502814, 1.50052", \
            "0.0193459, 0.023439, 0.0345255, 0.0682381, 0.174874, 0.501912, 1.50484", \
            "0.0195532, 0.0236056, 0.0345375, 0.0683619, 0.175388, 0.501177, 1.50283", \
            "0.0198448, 0.0236221, 0.0346978, 0.0683795, 0.174955, 0.503079, 1.49658" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.15149, 0.155307, 0.164556, 0.184037, 0.226144, 0.33147, 0.640161", \
            "0.156133, 0.159971, 0.169201, 0.188684, 0.23079, 0.336124, 0.644498", \
            "0.168305, 0.172173, 0.18139, 0.200879, 0.242965, 0.348297, 0.656994", \
            "0.193431, 0.197303, 0.20652, 0.226022, 0.268096, 0.373422, 0.682103", \
            "0.233853, 0.237702, 0.246876, 0.266412, 0.308499, 0.413843, 0.722508", \
            "0.302225, 0.306051, 0.315315, 0.334802, 0.376912, 0.482253, 0.79097", \
            "0.429158, 0.432988, 0.442261, 0.461763, 0.503895, 0.609234, 0.917339" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0159898, 0.018674, 0.0255613, 0.0413067, 0.0833414, 0.213178, 0.624594", \
            "0.016053, 0.0187354, 0.0256027, 0.0413139, 0.083408, 0.213306, 0.62554", \
            "0.0159261, 0.018709, 0.0253898, 0.041186, 0.0834257, 0.213206, 0.624447", \
            "0.0159073, 0.018679, 0.025378, 0.0412728, 0.0833334, 0.213196, 0.624472", \
            "0.0159586, 0.018735, 0.0255298, 0.0412992, 0.083361, 0.213208, 0.622447", \
            "0.0159503, 0.0187106, 0.0253954, 0.0413128, 0.0834559, 0.212511, 0.627182", \
            "0.0159931, 0.0187653, 0.0254469, 0.0413837, 0.0834795, 0.212943, 0.625463" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.250566, 0.25536, 0.266986, 0.295022, 0.37192, 0.597865, 1.28029", \
            "0.254957, 0.259758, 0.271405, 0.299443, 0.376357, 0.602577, 1.28761", \
            "0.26675, 0.271556, 0.283157, 0.311217, 0.388125, 0.614623, 1.29874", \
            "0.294213, 0.299007, 0.310664, 0.338703, 0.41561, 0.641857, 1.32542", \
            "0.341882, 0.346687, 0.358298, 0.38634, 0.463261, 0.689721, 1.37275", \
            "0.418097, 0.422878, 0.43452, 0.462532, 0.539435, 0.765706, 1.4494", \
            "0.553049, 0.557823, 0.569443, 0.59747, 0.674353, 0.901156, 1.58235" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0194036, 0.0234288, 0.0345491, 0.0681727, 0.174793, 0.502374, 1.50131", \
            "0.0194118, 0.0234623, 0.0344679, 0.0681379, 0.174884, 0.502716, 1.50299", \
            "0.019422, 0.0233994, 0.0344941, 0.0681391, 0.174744, 0.502666, 1.50494", \
            "0.0193374, 0.0233445, 0.0345413, 0.0681482, 0.174858, 0.50308, 1.49965", \
            "0.0194114, 0.0233894, 0.0345336, 0.0681185, 0.174781, 0.502374, 1.49833", \
            "0.0193594, 0.0233645, 0.0345009, 0.0680761, 0.174896, 0.503195, 1.49996", \
            "0.0193003, 0.0232973, 0.0344819, 0.0682082, 0.175411, 0.5026, 1.49942" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.167534, 0.171441, 0.180773, 0.200437, 0.242611, 0.347948, 0.656643", \
            "0.171974, 0.175907, 0.18519, 0.20485, 0.247021, 0.352395, 0.661064", \
            "0.183812, 0.187728, 0.197038, 0.216682, 0.258882, 0.364273, 0.673051", \
            "0.211112, 0.215018, 0.224335, 0.243981, 0.286169, 0.391545, 0.700269", \
            "0.261405, 0.265297, 0.274627, 0.294274, 0.336493, 0.441872, 0.750627", \
            "0.341965, 0.345864, 0.355197, 0.37487, 0.417109, 0.5225, 0.830741", \
            "0.479045, 0.482969, 0.49233, 0.512031, 0.554338, 0.659766, 0.967833" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0163116, 0.019069, 0.0259066, 0.0415192, 0.0834818, 0.21302, 0.62489", \
            "0.0163615, 0.0191393, 0.025917, 0.0415544, 0.0835254, 0.213143, 0.62525", \
            "0.0163046, 0.0191143, 0.0258326, 0.0416008, 0.0835458, 0.213021, 0.6288", \
            "0.0163341, 0.0191229, 0.0258931, 0.041461, 0.0835713, 0.213054, 0.624726", \
            "0.0163241, 0.0191601, 0.0258802, 0.041534, 0.0834803, 0.213037, 0.624797", \
            "0.0164199, 0.0193087, 0.0259335, 0.0415781, 0.0835638, 0.213056, 0.629672", \
            "0.0165751, 0.0193685, 0.0261703, 0.0418329, 0.0837142, 0.213007, 0.622696" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0672657, 0.0718314, 0.0829824, 0.110581, 0.186631, 0.412246, 1.09544", \
            "0.0703725, 0.0748847, 0.0861121, 0.113542, 0.189633, 0.415281, 1.10075", \
            "0.0767843, 0.0812972, 0.0924709, 0.119966, 0.196252, 0.421756, 1.10706", \
            "0.0885235, 0.0932139, 0.104538, 0.132392, 0.208885, 0.434832, 1.12038", \
            "0.0998133, 0.10531, 0.117842, 0.146633, 0.223863, 0.450098, 1.1345", \
            "0.0931833, 0.099751, 0.115157, 0.146912, 0.225017, 0.451372, 1.13504", \
            "0.0327212, 0.0403917, 0.0591682, 0.0974923, 0.178991, 0.404607, 1.08946" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0176514, 0.0217391, 0.0331575, 0.0674494, 0.174993, 0.50279, 1.49492", \
            "0.0177348, 0.0216746, 0.0331579, 0.0674051, 0.174952, 0.503393, 1.50519", \
            "0.0175673, 0.0216686, 0.0330643, 0.0674437, 0.175075, 0.502084, 1.50439", \
            "0.0186892, 0.0225841, 0.0338867, 0.0676723, 0.17498, 0.503324, 1.50342", \
            "0.0223279, 0.0265465, 0.0375494, 0.0699997, 0.175573, 0.50259, 1.50631", \
            "0.0285775, 0.0337877, 0.0459078, 0.0759701, 0.177202, 0.503116, 1.50294", \
            "0.0377713, 0.0439853, 0.0587231, 0.0897426, 0.182806, 0.504897, 1.50083" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0763993, 0.0803848, 0.089818, 0.109429, 0.151356, 0.256457, 0.564702", \
            "0.081281, 0.0852681, 0.094736, 0.114408, 0.156379, 0.261498, 0.569684", \
            "0.0934849, 0.0974461, 0.106907, 0.126555, 0.168522, 0.273643, 0.58216", \
            "0.124121, 0.128082, 0.137413, 0.15706, 0.199051, 0.3042, 0.612791", \
            "0.18527, 0.189976, 0.20074, 0.222532, 0.265909, 0.371192, 0.679622", \
            "0.286706, 0.291991, 0.305091, 0.332395, 0.383144, 0.491657, 0.799701", \
            "0.467977, 0.474246, 0.48983, 0.523196, 0.585504, 0.702234, 1.01015" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0167347, 0.0197277, 0.0264822, 0.0423563, 0.0835524, 0.212858, 0.627408", \
            "0.0168315, 0.0195801, 0.0267907, 0.0421697, 0.0836022, 0.212785, 0.628071", \
            "0.0167892, 0.0197185, 0.0266556, 0.0422797, 0.0835023, 0.212928, 0.627432", \
            "0.0168531, 0.0197331, 0.0265934, 0.0423373, 0.0835094, 0.212904, 0.627157", \
            "0.0219779, 0.0250727, 0.0322151, 0.0471139, 0.0861947, 0.213339, 0.627342", \
            "0.0313593, 0.0348838, 0.0435028, 0.0611703, 0.0979334, 0.218007, 0.626216", \
            "0.044271, 0.0483769, 0.0584394, 0.0797797, 0.120176, 0.22864, 0.625385" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0, 0, 0.0031971, 0.0206505, 0.072495, 0.230523, 0.707537", \
            "0, 0, 0.0032384, 0.0206276, 0.0725148, 0.228962, 0.705688", \
            "0, 0, 0.0033725, 0.020721, 0.0726501, 0.228548, 0.7065", \
            "0, 0, 0.0030941, 0.020358, 0.0721037, 0.229284, 0.705615", \
            "0, 0, 0.002771, 0.0202191, 0.0723202, 0.228732, 0.705402", \
            "0, 0, 0.0025351, 0.020479, 0.0728408, 0.229405, 0.709405", \
            "0, 0, 0.0014049, 0.0207209, 0.074734, 0.233542, 0.708212" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0, 0, 0.0090366, 0.0201512, -0.0041691, -0.146327, -0.620977", \
            "0, 0, 0.0090383, 0.0200461, -0.0042776, -0.146443, -0.621115", \
            "0, 0, 0.0091478, 0.0201204, -0.0042171, -0.146413, -0.621082", \
            "0, 0, 0.0089613, 0.0199671, -0.0042582, -0.146436, -0.621074", \
            "0, 0, 0.0086003, 0.0197621, -0.0043119, -0.1464, -0.621002", \
            "0, 0, 0.007829, 0.0194723, -0.0041332, -0.145882, -0.620396", \
            "0, 0, 0.0064578, 0.0195042, -0.0026662, -0.143843, -0.617959" \
          );
        }
      }
      internal_power () {
        related_pin : "GATEN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0, 0, 0.002479, 0.0240295, 0.0801581, 0.239165, 0.71971", \
            "0, 0, 0.0024715, 0.0239646, 0.079856, 0.239325, 0.71659", \
            "0, 0, 0.0025554, 0.0239862, 0.0798682, 0.240293, 0.719633", \
            "0, 0, 0.0023876, 0.0238472, 0.0797203, 0.239248, 0.718074", \
            "0, 0, 0.0020113, 0.0236006, 0.0796554, 0.240134, 0.719638", \
            "0, 0, 0.0013605, 0.023452, 0.0799759, 0.240382, 0.716463", \
            "0, 0, 0.0004583, 0.0240349, 0.0822066, 0.243666, 0.718665" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0, 0, 0.0118073, 0.0252899, 0.0033685, -0.137276, -0.611265", \
            "0, 0, 0.0118536, 0.0252037, 0.0033691, -0.137354, -0.611346", \
            "0, 0, 0.011936, 0.0252516, 0.003354, -0.13738, -0.611446", \
            "0, 0, 0.0116995, 0.0250687, 0.0030781, -0.137689, -0.611701", \
            "0, 0, 0.0113081, 0.0248027, 0.003026, -0.137695, -0.611691", \
            "0, 0, 0.0106586, 0.0246279, 0.003292, -0.137026, -0.610887", \
            "0, 0, 0.0097524, 0.0253958, 0.0058218, -0.13388, -0.607089" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.00285, 0.0037961, 0.0072805, 0.0210518, 0.0688856, 0.224013, 0.697374", \
            "0.0028724, 0.0038097, 0.0072854, 0.0210063, 0.0688398, 0.223259, 0.698957", \
            "0.0029194, 0.0038417, 0.0072558, 0.0208165, 0.0686905, 0.223121, 0.70071", \
            "0.0029118, 0.0038072, 0.0071372, 0.0207563, 0.0687222, 0.222606, 0.697731", \
            "0.0029297, 0.003855, 0.0072778, 0.020908, 0.0690033, 0.223664, 0.699103", \
            "0.0030397, 0.0041417, 0.0079699, 0.0219095, 0.0703179, 0.224567, 0.699072", \
            "0.0033219, 0.004862, 0.0097059, 0.0249462, 0.0749966, 0.229925, 0.702084" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "3.56e-05, 0.0043779, 0.0133071, 0.0204982, -0.0078081, -0.152469, -0.628296", \
            "2.11e-05, 0.0043411, 0.0132423, 0.0203282, -0.0081444, -0.152856, -0.628409", \
            "1.495e-05, 0.0043134, 0.0131397, 0.0201333, -0.0082401, -0.152965, -0.628739", \
            "1.5e-05, 0.0043226, 0.0131568, 0.0201229, -0.0082542, -0.152927, -0.628661", \
            "4.755e-05, 0.004425, 0.0134771, 0.020751, -0.0075042, -0.152151, -0.627889", \
            "0.0001414, 0.004722, 0.0140595, 0.02163, -0.0062764, -0.150589, -0.626267", \
            "0.0004689, 0.0057639, 0.0166443, 0.0263997, 0.0006391, -0.143301, -0.618525" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.414744;
      max_transition : 1.50294;
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.211502, 0.215553, 0.225466, 0.250602, 0.323784, 0.547131, 1.23381", \
            "0.216057, 0.220211, 0.230114, 0.255241, 0.328178, 0.551731, 1.23905", \
            "0.228331, 0.232312, 0.242227, 0.267433, 0.340417, 0.564283, 1.24973", \
            "0.253448, 0.257563, 0.267484, 0.292615, 0.365573, 0.58881, 1.27533", \
            "0.293849, 0.297903, 0.307815, 0.332913, 0.406116, 0.629421, 1.31541", \
            "0.362189, 0.366383, 0.376292, 0.401413, 0.474378, 0.698045, 1.38467", \
            "0.489255, 0.493307, 0.503231, 0.528368, 0.601374, 0.825076, 1.50934" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0150996, 0.0185452, 0.0283505, 0.0605578, 0.166118, 0.493275, 1.49643", \
            "0.0151881, 0.0185521, 0.0283512, 0.0606273, 0.165828, 0.493205, 1.49856", \
            "0.0151063, 0.0184337, 0.0282859, 0.0606993, 0.166117, 0.494581, 1.50009", \
            "0.0151519, 0.018551, 0.0283293, 0.0606408, 0.165903, 0.49268, 1.50194", \
            "0.0150553, 0.0185064, 0.0283592, 0.0605572, 0.165911, 0.493825, 1.50029", \
            "0.0152094, 0.0185357, 0.0283367, 0.060652, 0.165804, 0.492868, 1.49641", \
            "0.0150923, 0.0185521, 0.0283561, 0.0606118, 0.166094, 0.492744, 1.49424" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.258855, 0.262283, 0.270534, 0.287911, 0.326768, 0.43182, 0.751596", \
            "0.262748, 0.266183, 0.274403, 0.291791, 0.330658, 0.435648, 0.754961", \
            "0.270669, 0.2741, 0.282351, 0.299734, 0.338611, 0.443633, 0.762266", \
            "0.278924, 0.282358, 0.290648, 0.307967, 0.34684, 0.451861, 0.771247", \
            "0.282655, 0.286093, 0.294347, 0.311727, 0.35061, 0.455645, 0.775029", \
            "0.272023, 0.275526, 0.283751, 0.301143, 0.339946, 0.444977, 0.763988", \
            "0.220434, 0.223888, 0.232093, 0.249463, 0.288335, 0.393413, 0.712722" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0140643, 0.0164748, 0.0224724, 0.0367983, 0.0780902, 0.212588, 0.635942", \
            "0.0141617, 0.0165349, 0.0225343, 0.036752, 0.0780794, 0.213345, 0.642029", \
            "0.0140092, 0.0165306, 0.0224578, 0.0368478, 0.0781907, 0.213197, 0.638163", \
            "0.0139968, 0.0164655, 0.0226688, 0.0368413, 0.0778799, 0.213206, 0.636154", \
            "0.0139599, 0.016541, 0.0224581, 0.0368153, 0.0781815, 0.213131, 0.63493", \
            "0.013981, 0.0164827, 0.0225905, 0.036841, 0.0778724, 0.21114, 0.63796", \
            "0.0140646, 0.0166039, 0.0223889, 0.0368622, 0.078172, 0.213303, 0.641363" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.227945, 0.232056, 0.241985, 0.267094, 0.340135, 0.564398, 1.25115", \
            "0.232342, 0.236389, 0.246319, 0.271481, 0.344668, 0.567908, 1.25378", \
            "0.244208, 0.248246, 0.258171, 0.283335, 0.356474, 0.579961, 1.26635", \
            "0.271488, 0.275625, 0.285545, 0.310632, 0.383671, 0.607965, 1.29382", \
            "0.321785, 0.325928, 0.335847, 0.360932, 0.433959, 0.658269, 1.34388", \
            "0.40242, 0.406474, 0.416413, 0.441532, 0.514748, 0.737818, 1.4246", \
            "0.539607, 0.543766, 0.553692, 0.578793, 0.65186, 0.875176, 1.56019" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0151508, 0.0185517, 0.0283058, 0.0606632, 0.166047, 0.493527, 1.49752", \
            "0.0151338, 0.0186322, 0.0283881, 0.0605285, 0.165719, 0.494141, 1.50211", \
            "0.0151383, 0.0186227, 0.0283801, 0.0605573, 0.1658, 0.494278, 1.50089", \
            "0.0151503, 0.0185601, 0.0283096, 0.0605376, 0.166237, 0.49376, 1.49908", \
            "0.0151448, 0.0185685, 0.0283112, 0.060529, 0.166228, 0.49381, 1.4996", \
            "0.0151848, 0.0186452, 0.0284151, 0.0606609, 0.165845, 0.492429, 1.49903", \
            "0.015142, 0.0186191, 0.0284569, 0.0606533, 0.165845, 0.493638, 1.49937" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.300105, 0.303599, 0.311766, 0.329119, 0.368039, 0.473107, 0.791398", \
            "0.304496, 0.307983, 0.316227, 0.333504, 0.372442, 0.477551, 0.795971", \
            "0.316198, 0.319663, 0.327849, 0.345245, 0.384051, 0.489086, 0.807741", \
            "0.343791, 0.34728, 0.355519, 0.372796, 0.411737, 0.516719, 0.835665", \
            "0.391243, 0.394712, 0.402956, 0.420344, 0.459188, 0.564237, 0.882354", \
            "0.467725, 0.471175, 0.47939, 0.496817, 0.535589, 0.640625, 0.959248", \
            "0.602528, 0.606006, 0.61424, 0.631587, 0.67051, 0.775496, 1.09484" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0139878, 0.0164387, 0.0222619, 0.0368705, 0.0779942, 0.212692, 0.638347", \
            "0.0139883, 0.0164524, 0.0224573, 0.0367809, 0.0779999, 0.212066, 0.636963", \
            "0.0139458, 0.0163676, 0.0226347, 0.0367057, 0.078158, 0.212367, 0.638527", \
            "0.0139862, 0.0164743, 0.0225697, 0.0367839, 0.0779927, 0.212701, 0.638422", \
            "0.0140709, 0.0165554, 0.0225935, 0.0367417, 0.0779334, 0.212722, 0.637879", \
            "0.0139773, 0.0166432, 0.0224526, 0.0368929, 0.0777497, 0.212323, 0.637486", \
            "0.0139848, 0.016439, 0.0223571, 0.0366741, 0.0777757, 0.21183, 0.635245" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.137778, 0.141809, 0.151712, 0.17682, 0.249864, 0.474032, 1.1589", \
            "0.142527, 0.146618, 0.156539, 0.181662, 0.254668, 0.478636, 1.16408", \
            "0.154767, 0.158795, 0.168698, 0.19381, 0.26683, 0.490974, 1.176", \
            "0.185231, 0.189316, 0.199235, 0.22436, 0.297299, 0.521272, 1.20741", \
            "0.25259, 0.256798, 0.266768, 0.291852, 0.364859, 0.588968, 1.27462", \
            "0.36867, 0.373227, 0.383885, 0.409338, 0.482159, 0.705448, 1.3938", \
            "0.568843, 0.574197, 0.586075, 0.612444, 0.685282, 0.908516, 1.59327" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0150882, 0.0185175, 0.02834, 0.0605927, 0.166046, 0.493835, 1.49804", \
            "0.0151378, 0.018555, 0.0283264, 0.0606225, 0.166086, 0.49378, 1.50293", \
            "0.0151084, 0.0185186, 0.02833, 0.0606021, 0.166059, 0.493699, 1.49768", \
            "0.0151134, 0.0185567, 0.0283318, 0.060624, 0.166035, 0.492547, 1.4989", \
            "0.0154496, 0.0189079, 0.0285954, 0.0607002, 0.166108, 0.494417, 1.50081", \
            "0.0175798, 0.0211843, 0.0306136, 0.0615694, 0.166555, 0.493214, 1.50054", \
            "0.0210607, 0.0246475, 0.0343813, 0.0634287, 0.166497, 0.492359, 1.49307" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.116414, 0.119856, 0.128098, 0.145445, 0.184322, 0.28942, 0.607693", \
            "0.119443, 0.122867, 0.131095, 0.148446, 0.187296, 0.292296, 0.611633", \
            "0.125838, 0.129261, 0.137488, 0.154837, 0.193687, 0.298688, 0.618055", \
            "0.137774, 0.141217, 0.149481, 0.166866, 0.20571, 0.310716, 0.630306", \
            "0.151213, 0.154721, 0.163, 0.180426, 0.219343, 0.324487, 0.643336", \
            "0.149912, 0.153503, 0.161971, 0.179669, 0.218737, 0.323865, 0.642147", \
            "0.0977598, 0.101564, 0.110592, 0.129245, 0.169031, 0.274001, 0.592949" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0138637, 0.0164077, 0.0224934, 0.0367887, 0.0780551, 0.212248, 0.638441", \
            "0.0140044, 0.0162953, 0.0223791, 0.0366709, 0.0780976, 0.213184, 0.640155", \
            "0.013995, 0.0162944, 0.022378, 0.0366712, 0.0780968, 0.213175, 0.638973", \
            "0.0139436, 0.0163548, 0.0223207, 0.0368433, 0.078111, 0.213356, 0.639066", \
            "0.0143274, 0.016882, 0.0226555, 0.0369616, 0.0778049, 0.212988, 0.638485", \
            "0.0151738, 0.0175417, 0.0236451, 0.0376718, 0.0785407, 0.212992, 0.638916", \
            "0.0174081, 0.0199653, 0.0260215, 0.0399412, 0.0796637, 0.213314, 0.642473" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0, -0.0020931, 2.15e-06, 0.0201067, 0.0776418, 0.250733, 0.777817", \
            "0, -0.0021354, 1.8e-06, 0.0200669, 0.0775518, 0.249646, 0.773908", \
            "0, -0.0022833, 9.23e-05, 0.02008, 0.0775231, 0.249501, 0.775659", \
            "0, -0.0020696, -7.465e-05, 0.0200023, 0.0774847, 0.250559, 0.778506", \
            "0, -0.00168, -0.000451, 0.0197744, 0.0775485, 0.249209, 0.77554", \
            "0, -0.0008419, -0.001143, 0.0194996, 0.0776495, 0.249905, 0.777831", \
            "0, 0, -0.0025137, 0.0195881, 0.0794313, 0.253305, 0.776969" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0, 0.0020931, 0.0119913, 0.0206272, -0.0085726, -0.165716, -0.690264", \
            "0, 0.0021354, 0.012011, 0.0205665, -0.0086861, -0.165857, -0.690417", \
            "0, 0.0022833, 0.0121024, 0.0206428, -0.0086996, -0.165879, -0.690452", \
            "0, 0.0020696, 0.0118866, 0.0203794, -0.0089467, -0.166139, -0.690748", \
            "0, 0.00168, 0.0115864, 0.02025, -0.0089605, -0.166076, -0.690612", \
            "0, 0.0008419, 0.011103, 0.0203287, -0.0084951, -0.165465, -0.689895", \
            "0, 0, 0.0100268, 0.0206609, -0.0067255, -0.162897, -0.687153" \
          );
        }
      }
      internal_power () {
        related_pin : "GATEN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0, 0, 0.0027763, 0.0252947, 0.0852239, 0.259777, 0.788001", \
            "0, 0, 0.0027636, 0.0252087, 0.0853296, 0.258217, 0.784338", \
            "0, 0, 0.0028579, 0.025255, 0.0853393, 0.258322, 0.784604", \
            "0, 0, 0.0026491, 0.0250745, 0.0848813, 0.25922, 0.787872", \
            "0, 0, 0.0022518, 0.0247757, 0.0846776, 0.259053, 0.787938", \
            "0, 0, 0.0015642, 0.0245948, 0.0849106, 0.259875, 0.785022", \
            "0, 0, 0.0007127, 0.0253651, 0.0876243, 0.263344, 0.789894" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0, 0, 0.011213, 0.024045, -0.0009999, -0.155619, -0.679154", \
            "0, 0, 0.0112102, 0.0239625, -0.0011301, -0.155775, -0.679336", \
            "0, 0, 0.0113011, 0.0240123, -0.0011544, -0.15584, -0.679393", \
            "0, 0, 0.0111132, 0.0238404, -0.0012716, -0.155937, -0.679535", \
            "0, 0, 0.0107539, 0.0236339, -0.0014509, -0.155995, -0.679554", \
            "0, 0, 0.0100761, 0.0234214, -0.0011168, -0.155447, -0.678834", \
            "0, 0, 0.0089999, 0.0239272, 0.0008189, -0.152683, -0.675549" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "-0.0018272, -0.0004455, 0.004276, 0.0204786, 0.0741006, 0.243621, 0.766449", \
            "-0.0018394, -0.0004781, 0.0042028, 0.0203485, 0.0739004, 0.243374, 0.771643", \
            "-0.0018499, -0.0005115, 0.0041064, 0.0201319, 0.0735946, 0.243006, 0.770188", \
            "-0.0018565, -0.0005183, 0.004105, 0.0201791, 0.0736332, 0.243785, 0.766365", \
            "-0.0018315, -0.0004136, 0.0044047, 0.0207721, 0.0745308, 0.244406, 0.769739", \
            "-0.0017673, -0.0001993, 0.004855, 0.021712, 0.0760385, 0.245982, 0.770257", \
            "-0.0015078, 0.0006848, 0.0072265, 0.0263693, 0.0831943, 0.255129, 0.778188" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0045574, 0.0083249, 0.0160739, 0.0210416, -0.0118347, -0.171076, -0.696555", \
            "0.004579, 0.0083503, 0.0160716, 0.021042, -0.0118613, -0.171183, -0.696653", \
            "0.0046266, 0.0083795, 0.016057, 0.0209515, -0.0120253, -0.171387, -0.696853", \
            "0.0046152, 0.0083403, 0.0159707, 0.0207597, -0.0122891, -0.171688, -0.697196", \
            "0.004634, 0.0083915, 0.0160816, 0.0209805, -0.0119688, -0.171327, -0.696808", \
            "0.0047186, 0.0086062, 0.0165893, 0.021994, -0.0105321, -0.169803, -0.695279", \
            "0.0049649, 0.0092502, 0.0181718, 0.0250494, -0.0058707, -0.164077, -0.689188" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001857;
      rise_capacitance : 0.001942;
      rise_capacitance_range (0.001942, 0.001942);
      fall_capacitance : 0.001771;
      fall_capacitance_range (0.001771, 0.001771);
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.107863, -0.126776, -0.0685892", \
            "-0.0608744, -0.0797871, -0.022821", \
            "-0.0958678, -0.114781, -0.0565937" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0675801, -0.191473, -0.345689", \
            "-0.0730814, -0.195754, -0.346307", \
            "-0.149579, -0.271031, -0.421584" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.115525, 0.135659, 0.0786927", \
            "0.0697572, 0.0886699, 0.0317038", \
            "0.10353, 0.122443, 0.0654766" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0776836, 0.200356, 0.35213", \
            "0.0905091, 0.208299, 0.35519", \
            "0.187759, 0.297003, 0.441453" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.010387, 0.0102492, 0.0099314, 0.0103264, 0.0112366, 0.0133351, 0.0181722" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0208403, 0.0207316, 0.0204812, 0.0209371, 0.0219883, 0.0244113, 0.0299964" \
          );
        }
      }
    }
    pin (GATEN) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001837;
      rise_capacitance : 0.001917;
      rise_capacitance_range (0.001917, 0.001917);
      fall_capacitance : 0.001758;
      fall_capacitance_range (0.001758, 0.001758);
      timing () {
        related_pin : "GATEN";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.160996, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0118825, 0.0117568, 0.0114673, 0.011823, 0.0126429, 0.014533, 0.0188896" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0200259, 0.0199049, 0.0196264, 0.0200533, 0.0210373, 0.0233055, 0.0285339" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002497;
      rise_capacitance : 0.002633;
      rise_capacitance_range (0.002633, 0.002633);
      fall_capacitance : 0.002361;
      fall_capacitance_range (0.002361, 0.002361);
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0334004, -0.0303568, -0.11662", \
            "-0.0779479, -0.0736836, -0.159947", \
            "-0.0417337, -0.0362487, -0.123732" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0459453, 0.0404603, 0.131606", \
            "0.0892721, 0.0837871, 0.172492", \
            "0.0542786, 0.0475729, 0.137498" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.108268, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004867, -0.0049169, -0.0050319, -0.0050359, -0.0050454, -0.0050671, -0.0051169" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0049192, 0.0049184, 0.0049167, 0.0049288, 0.0049567, 0.0050212, 0.0051698" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      clear : "!RESETB";
      data_in : "D";
      enable : "!GATEN";
    }
  }
  cell (scs8hd_dlrbp_1) {
    area : 21.2704;
    cell_footprint : "dlrbp";
    cell_leakage_power : 0.0277135;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0347676;
      when : "RESETB&D&GATE&Q&!QN";
    }
    leakage_power () {
      value : 0.0301028;
      when : "RESETB&D&!GATE&!Q&QN";
    }
    leakage_power () {
      value : 0.027067;
      when : "RESETB&!D&!GATE&Q&!QN";
    }
    leakage_power () {
      value : 0.0222835;
      when : "RESETB&!D&!GATE&!Q&QN";
    }
    leakage_power () {
      value : 0.0227342;
      when : "!RESETB&!D&GATE&!Q&QN";
    }
    leakage_power () {
      value : 0.022752;
      when : "RESETB&!D&GATE&!Q&QN";
    }
    leakage_power () {
      value : 0.0347384;
      when : "RESETB&D&!GATE&Q&!QN";
    }
    leakage_power () {
      value : 0.0303386;
      when : "!RESETB&D&GATE&!Q&QN";
    }
    leakage_power () {
      value : 0.030085;
      when : "!RESETB&D&!GATE&!Q&QN";
    }
    leakage_power () {
      value : 0.0222657;
      when : "!RESETB&!D&!GATE&!Q&QN";
    }
    leakage_power () {
      value : 0.0277135;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.216074;
      max_transition : 1.50726;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.198678, 0.204354, 0.217813, 0.250733, 0.338231, 0.57673, 1.23505", \
            "0.202441, 0.208196, 0.221614, 0.25454, 0.342072, 0.580595, 1.2361", \
            "0.210408, 0.216274, 0.229656, 0.262579, 0.350107, 0.588747, 1.24462", \
            "0.218856, 0.224615, 0.238055, 0.270978, 0.358483, 0.59669, 1.25285", \
            "0.222728, 0.228479, 0.241871, 0.274807, 0.362306, 0.600744, 1.25787", \
            "0.212048, 0.217804, 0.231242, 0.264168, 0.351699, 0.589501, 1.24774", \
            "0.16064, 0.166419, 0.17984, 0.212782, 0.300298, 0.539239, 1.19389" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0202431, 0.0256311, 0.0401578, 0.084101, 0.207926, 0.551348, 1.50063", \
            "0.0202971, 0.0256862, 0.0403138, 0.0841038, 0.207393, 0.550422, 1.49675", \
            "0.0203224, 0.0255143, 0.0403286, 0.0840635, 0.207432, 0.550355, 1.50595", \
            "0.0202924, 0.0255447, 0.0401566, 0.0840695, 0.207597, 0.55074, 1.50223", \
            "0.0202317, 0.0254807, 0.0401595, 0.0840467, 0.207266, 0.551787, 1.49949", \
            "0.0202912, 0.0255542, 0.0401618, 0.0840511, 0.207933, 0.550266, 1.50147", \
            "0.0202616, 0.0256851, 0.0403807, 0.0841092, 0.207764, 0.551573, 1.49465" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.142724, 0.147429, 0.157557, 0.178527, 0.22442, 0.338073, 0.648154", \
            "0.147431, 0.152111, 0.162263, 0.183218, 0.229097, 0.34276, 0.652909", \
            "0.159555, 0.164253, 0.174384, 0.195356, 0.241245, 0.354892, 0.664857", \
            "0.184717, 0.189396, 0.199542, 0.220502, 0.266399, 0.380047, 0.689909", \
            "0.225158, 0.229842, 0.240001, 0.260962, 0.306873, 0.420514, 0.730321", \
            "0.293612, 0.298301, 0.308448, 0.329417, 0.375331, 0.48898, 0.798931", \
            "0.420382, 0.425073, 0.435227, 0.456267, 0.502206, 0.615865, 0.925752" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.015659, 0.0190721, 0.0271444, 0.0463001, 0.0964089, 0.239593, 0.651455", \
            "0.0155985, 0.0191805, 0.0270724, 0.0463203, 0.0961478, 0.240538, 0.650635", \
            "0.0157172, 0.0190721, 0.0270611, 0.0462998, 0.0964919, 0.240417, 0.650666", \
            "0.0156155, 0.0190615, 0.0270929, 0.04638, 0.0965503, 0.239929, 0.650198", \
            "0.0155935, 0.0190989, 0.0271488, 0.0463394, 0.0965557, 0.239989, 0.650937", \
            "0.015664, 0.0191124, 0.0271333, 0.0464112, 0.0965498, 0.240465, 0.655174", \
            "0.015704, 0.0191407, 0.0272255, 0.046455, 0.0965282, 0.239821, 0.646567" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.175192, 0.181003, 0.194477, 0.227426, 0.314927, 0.553575, 1.20934", \
            "0.178803, 0.184615, 0.198085, 0.231033, 0.318531, 0.557074, 1.21479", \
            "0.187185, 0.192988, 0.206466, 0.239407, 0.32691, 0.566018, 1.22161", \
            "0.201215, 0.207012, 0.220496, 0.253449, 0.340947, 0.579248, 1.23503", \
            "0.21614, 0.221951, 0.235406, 0.268375, 0.355864, 0.594101, 1.25298", \
            "0.224401, 0.230199, 0.243696, 0.276649, 0.364139, 0.602073, 1.26091", \
            "0.205624, 0.211478, 0.225015, 0.258013, 0.345549, 0.583795, 1.23882" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0200327, 0.0253669, 0.0402246, 0.0840824, 0.207994, 0.551589, 1.5037", \
            "0.0200321, 0.0253538, 0.0402519, 0.0841104, 0.207313, 0.550564, 1.50322", \
            "0.0200318, 0.0254361, 0.0401792, 0.0840534, 0.207797, 0.551979, 1.4999", \
            "0.0199887, 0.0253474, 0.040114, 0.0840631, 0.207742, 0.550515, 1.50429", \
            "0.0199992, 0.0253581, 0.0401244, 0.0840937, 0.207776, 0.550415, 1.49778", \
            "0.0200825, 0.0254862, 0.0401889, 0.0840865, 0.207429, 0.550262, 1.50316", \
            "0.0203191, 0.0256432, 0.0405166, 0.0841845, 0.207716, 0.551564, 1.4964" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.170209, 0.174989, 0.185259, 0.20636, 0.252321, 0.366005, 0.676161", \
            "0.173907, 0.178672, 0.188947, 0.21005, 0.256004, 0.369703, 0.679624", \
            "0.182531, 0.187294, 0.197575, 0.21868, 0.26464, 0.378329, 0.688608", \
            "0.19636, 0.201113, 0.211359, 0.232455, 0.278417, 0.39211, 0.702119", \
            "0.209369, 0.214155, 0.224419, 0.245504, 0.291483, 0.405167, 0.715132", \
            "0.212557, 0.217322, 0.227606, 0.248676, 0.294641, 0.408323, 0.718268", \
            "0.179553, 0.1843, 0.194582, 0.215653, 0.261643, 0.375336, 0.685585" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0159649, 0.019349, 0.027294, 0.0464891, 0.096568, 0.239641, 0.650982", \
            "0.0159764, 0.0193359, 0.0272772, 0.0464784, 0.0962841, 0.23945, 0.653152", \
            "0.0159584, 0.0193541, 0.0272842, 0.0464779, 0.0966161, 0.240077, 0.649877", \
            "0.0159792, 0.0193649, 0.0273032, 0.0465105, 0.0966653, 0.239507, 0.651808", \
            "0.0160006, 0.0194848, 0.0272806, 0.0465237, 0.0966868, 0.240054, 0.650292", \
            "0.0159711, 0.0194246, 0.0273037, 0.0464571, 0.0966193, 0.239578, 0.649128", \
            "0.0160127, 0.0193968, 0.0273837, 0.0466152, 0.096687, 0.239879, 0.647615" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.060007, 0.0654579, 0.0784307, 0.110672, 0.197309, 0.435939, 1.09192", \
            "0.0628647, 0.0683478, 0.0813108, 0.11358, 0.200328, 0.438303, 1.09464", \
            "0.0690316, 0.0744899, 0.0874157, 0.119782, 0.206755, 0.445681, 1.10342", \
            "0.0788952, 0.0845613, 0.0978488, 0.130653, 0.217852, 0.456864, 1.11172", \
            "0.0860269, 0.0926243, 0.106924, 0.140431, 0.228212, 0.466015, 1.12528", \
            "0.072989, 0.0810331, 0.0982651, 0.133923, 0.22182, 0.461027, 1.11929", \
            "0.0020419, 0.0122543, 0.0340715, 0.0763498, 0.166191, 0.40442, 1.06119" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0182372, 0.0237179, 0.0390003, 0.0834333, 0.20746, 0.55154, 1.50168", \
            "0.0181294, 0.0237039, 0.0389073, 0.0834038, 0.207108, 0.549915, 1.4994", \
            "0.0181205, 0.0236882, 0.0388705, 0.0834091, 0.207458, 0.551488, 1.50726", \
            "0.0194805, 0.0248929, 0.0398728, 0.0838618, 0.207426, 0.551489, 1.50159", \
            "0.0234637, 0.0288996, 0.0428604, 0.085312, 0.207953, 0.551719, 1.5017", \
            "0.0300332, 0.0363253, 0.0502648, 0.0893886, 0.208636, 0.549845, 1.50368", \
            "0.0398339, 0.0483085, 0.064172, 0.101791, 0.212891, 0.552654, 1.49392" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0664291, 0.0711805, 0.0813183, 0.101988, 0.147322, 0.260764, 0.57072", \
            "0.0713207, 0.0761097, 0.0862874, 0.106931, 0.152297, 0.265738, 0.575872", \
            "0.0840187, 0.0887471, 0.0988911, 0.119592, 0.164991, 0.278441, 0.588513", \
            "0.114593, 0.119317, 0.129467, 0.150211, 0.195613, 0.309074, 0.6192", \
            "0.171057, 0.176844, 0.189135, 0.212407, 0.25935, 0.372883, 0.682867", \
            "0.265874, 0.272904, 0.288201, 0.317342, 0.369743, 0.484845, 0.794719", \
            "0.43979, 0.448135, 0.466381, 0.50233, 0.565288, 0.684273, 0.993537" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0161242, 0.0196524, 0.0275495, 0.0462613, 0.0958182, 0.239375, 0.648363", \
            "0.0161548, 0.0197724, 0.027443, 0.0462145, 0.0960625, 0.240106, 0.647142", \
            "0.0162587, 0.0196421, 0.0275583, 0.0462582, 0.0958995, 0.239408, 0.646276", \
            "0.0167716, 0.0202045, 0.0276471, 0.0462947, 0.096054, 0.239783, 0.646867", \
            "0.0222305, 0.0260276, 0.0343593, 0.0514505, 0.0982494, 0.239614, 0.646343", \
            "0.0303104, 0.0350908, 0.0451834, 0.0643651, 0.107178, 0.242694, 0.652265", \
            "0.041429, 0.0469362, 0.0593395, 0.0834516, 0.125529, 0.24912, 0.647652" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0, 0.0012862, 0.0059672, 0.0187231, 0.0528474, 0.147453, 0.407331", \
            "0, 0.0013195, 0.0059753, 0.0187116, 0.0528286, 0.147046, 0.405205", \
            "0, 0.0014397, 0.0060814, 0.0187703, 0.0529468, 0.147156, 0.405553", \
            "0, 0.0012095, 0.0058264, 0.0184964, 0.0525392, 0.14628, 0.406127", \
            "0, 0.0008151, 0.0055096, 0.0182727, 0.052451, 0.146156, 0.40503", \
            "0, 3.425e-05, 0.005109, 0.0183962, 0.0532164, 0.147507, 0.407665", \
            "0, 0, 0.0040684, 0.0186086, 0.0549451, 0.149672, 0.405881" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0, 0.0028126, 0.0113814, 0.0192897, 0.005347, -0.076359, -0.331472", \
            "0, 0.0028477, 0.0113694, 0.0192342, 0.0051586, -0.07658, -0.331713", \
            "0, 0.0029428, 0.011464, 0.0192946, 0.0052182, -0.0765573, -0.331697", \
            "0, 0.0027523, 0.0112871, 0.0192168, 0.0051708, -0.0765774, -0.331698", \
            "0, 0.0023223, 0.0109644, 0.0189736, 0.0051119, -0.0765437, -0.331627", \
            "0, 0.0013917, 0.0103017, 0.0188328, 0.0053826, -0.0759534, -0.330906", \
            "0, 0, 0.0092008, 0.0190888, 0.0070613, -0.0736415, -0.327993" \
          );
        }
      }
      internal_power () {
        related_pin : "GATE";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0, -0.0020234, 0.003279, 0.0175342, 0.0531139, 0.148586, 0.406761", \
            "0, -0.0020688, 0.0032901, 0.01748, 0.0532957, 0.147696, 0.408264", \
            "0, -0.0021416, 0.0033349, 0.0174486, 0.0530058, 0.14843, 0.408218", \
            "0, -0.0019544, 0.0030514, 0.0170744, 0.0526793, 0.1478, 0.407903", \
            "0, -0.0016028, 0.0027373, 0.0168475, 0.0522967, 0.147427, 0.407697", \
            "0, -0.0008823, 0.0024245, 0.016977, 0.0530929, 0.147621, 0.408351", \
            "0, 0, 0.0017571, 0.0176394, 0.0551887, 0.151195, 0.408372" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0, 0.0020234, 0.0108825, 0.019305, 0.0058179, -0.0755578, -0.330512", \
            "0, 0.0020688, 0.0109159, 0.019258, 0.0056726, -0.0757443, -0.330715", \
            "0, 0.0021416, 0.0109096, 0.0191601, 0.0055072, -0.0759701, -0.330974", \
            "0, 0.0019544, 0.0107157, 0.0189605, 0.005226, -0.0762541, -0.331267", \
            "0, 0.0016028, 0.0104172, 0.0187573, 0.0051921, -0.0762524, -0.331244", \
            "0, 0.0008823, 0.009961, 0.0186969, 0.0055515, -0.0757405, -0.330612", \
            "0, 0, 0.0093021, 0.0193748, 0.0075346, -0.0729713, -0.32756" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0027214, 0.0034224, 0.0059497, 0.0152374, 0.0457311, 0.137753, 0.395061", \
            "0.0027038, 0.0033976, 0.0059035, 0.0151724, 0.0456591, 0.136955, 0.394727", \
            "0.0026648, 0.0033425, 0.0058031, 0.0150136, 0.0455293, 0.136759, 0.396409", \
            "0.0026545, 0.0033019, 0.0056732, 0.0148349, 0.0453086, 0.136554, 0.394724", \
            "0.0026896, 0.0033676, 0.005844, 0.0150636, 0.0456639, 0.137198, 0.395207", \
            "0.0028346, 0.0036667, 0.0064523, 0.0161718, 0.0472021, 0.138341, 0.396053", \
            "0.0032387, 0.0045359, 0.0083229, 0.0193064, 0.0518075, 0.144388, 0.401549" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "-1.7e-05, 0.0035048, 0.0099161, 0.0143569, -0.0031569, -0.087154, -0.343367", \
            "-3.115e-05, 0.0034731, 0.0098213, 0.0141829, -0.003373, -0.0873953, -0.343657", \
            "-3.99e-05, 0.003435, 0.0097216, 0.0140547, -0.003587, -0.0876687, -0.343897", \
            "-3.585e-05, 0.0034541, 0.0097765, 0.0141525, -0.0034116, -0.0874483, -0.343676", \
            "-1.495e-05, 0.0035219, 0.0099068, 0.0144027, -0.0030465, -0.0869819, -0.343174", \
            "0.0001038, 0.0038554, 0.0106688, 0.0157504, -0.0011666, -0.0847365, -0.340791", \
            "0.0004889, 0.0049268, 0.0130831, 0.0201756, 0.0050809, -0.0777459, -0.333073" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.222483;
      max_transition : 1.50696;
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.182695, 0.18749, 0.199412, 0.230763, 0.316766, 0.554239, 1.21246", \
            "0.187357, 0.192167, 0.204096, 0.235431, 0.321662, 0.560784, 1.21702", \
            "0.199522, 0.204307, 0.216271, 0.247584, 0.333619, 0.57231, 1.2293", \
            "0.224634, 0.229458, 0.241372, 0.272722, 0.358812, 0.59695, 1.25438", \
            "0.265148, 0.269967, 0.281859, 0.313137, 0.399266, 0.637728, 1.29566", \
            "0.333541, 0.338367, 0.350284, 0.381636, 0.467651, 0.705591, 1.3645", \
            "0.460454, 0.465283, 0.4772, 0.508556, 0.594659, 0.832462, 1.48993" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0147878, 0.0200047, 0.0352589, 0.0794585, 0.203751, 0.550508, 1.50254", \
            "0.0148304, 0.0199736, 0.0352594, 0.079458, 0.203703, 0.548812, 1.49852", \
            "0.0147974, 0.0199941, 0.0352402, 0.0793203, 0.203543, 0.546644, 1.50245", \
            "0.0148291, 0.0199732, 0.0352455, 0.0793302, 0.203799, 0.548746, 1.50055", \
            "0.0147909, 0.0200062, 0.0351566, 0.0794336, 0.203366, 0.54815, 1.49609", \
            "0.0148376, 0.0199864, 0.0352383, 0.0793037, 0.203157, 0.548495, 1.49943", \
            "0.0148586, 0.0199928, 0.0352389, 0.0793076, 0.203402, 0.54782, 1.49745" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.229161, 0.233077, 0.241653, 0.260075, 0.304603, 0.425081, 0.758852", \
            "0.233116, 0.237042, 0.24556, 0.264097, 0.308638, 0.429071, 0.762813", \
            "0.241007, 0.244922, 0.253485, 0.271987, 0.316519, 0.436871, 0.769791", \
            "0.249362, 0.253289, 0.261847, 0.280392, 0.32488, 0.445319, 0.778761", \
            "0.253154, 0.257097, 0.265619, 0.284179, 0.328629, 0.449001, 0.781882", \
            "0.242652, 0.246579, 0.255136, 0.273674, 0.318162, 0.438545, 0.772229", \
            "0.191208, 0.195125, 0.20367, 0.222198, 0.266733, 0.387142, 0.720536" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0121993, 0.0152589, 0.0225782, 0.0416794, 0.0965932, 0.255633, 0.699081", \
            "0.012218, 0.0153563, 0.0225437, 0.0416602, 0.0968263, 0.255795, 0.701251", \
            "0.0122043, 0.0152674, 0.022625, 0.0416608, 0.0963432, 0.255186, 0.70104", \
            "0.0121965, 0.015339, 0.0226502, 0.0415923, 0.0965218, 0.255625, 0.697053", \
            "0.012272, 0.0151852, 0.0225836, 0.0417406, 0.0965472, 0.255462, 0.694076", \
            "0.0122213, 0.01535, 0.0226425, 0.0416631, 0.0963382, 0.254146, 0.699862", \
            "0.0122091, 0.0153, 0.0226561, 0.0416032, 0.0968284, 0.255181, 0.69736" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.210432, 0.215242, 0.227131, 0.258598, 0.344549, 0.584055, 1.24123", \
            "0.214137, 0.218948, 0.230831, 0.262084, 0.348198, 0.585996, 1.24387", \
            "0.222922, 0.227731, 0.239604, 0.271036, 0.356895, 0.594945, 1.25382", \
            "0.236579, 0.241386, 0.253256, 0.28471, 0.370629, 0.608778, 1.26589", \
            "0.249512, 0.254342, 0.26623, 0.29756, 0.383729, 0.623263, 1.27995", \
            "0.252814, 0.257642, 0.269617, 0.300948, 0.386967, 0.624108, 1.28324", \
            "0.2199, 0.224719, 0.236601, 0.26797, 0.354228, 0.59366, 1.24835" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0149213, 0.0201085, 0.0352716, 0.0794094, 0.203823, 0.549214, 1.50341", \
            "0.0149265, 0.0200495, 0.0352627, 0.0794153, 0.203776, 0.549927, 1.50286", \
            "0.0149158, 0.0200492, 0.0352317, 0.0793965, 0.203357, 0.549866, 1.49894", \
            "0.0149155, 0.0200513, 0.0352674, 0.0794501, 0.203733, 0.54952, 1.50378", \
            "0.0148686, 0.0200459, 0.035202, 0.0794279, 0.203761, 0.549143, 1.50416", \
            "0.0148671, 0.0200251, 0.0352503, 0.0794537, 0.203834, 0.547756, 1.5018", \
            "0.0148474, 0.0200277, 0.0352137, 0.0796187, 0.203807, 0.549363, 1.49374" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.205821, 0.209747, 0.218301, 0.236814, 0.281395, 0.401808, 0.73544", \
            "0.209428, 0.213356, 0.221916, 0.240423, 0.284996, 0.405426, 0.739225", \
            "0.2178, 0.2217, 0.230282, 0.248843, 0.293328, 0.413735, 0.746849", \
            "0.231821, 0.235731, 0.244308, 0.262871, 0.307346, 0.427752, 0.761562", \
            "0.24676, 0.250671, 0.259186, 0.277734, 0.322236, 0.442619, 0.775582", \
            "0.255028, 0.258964, 0.267524, 0.286012, 0.330556, 0.450965, 0.7846", \
            "0.236267, 0.240176, 0.248733, 0.267297, 0.311837, 0.432271, 0.766124" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0122837, 0.0151677, 0.0225274, 0.0415696, 0.0965217, 0.255572, 0.698638", \
            "0.0122857, 0.0151859, 0.0225224, 0.0416872, 0.0968157, 0.255696, 0.696042", \
            "0.0122667, 0.0151814, 0.0225952, 0.0417547, 0.096711, 0.255439, 0.694608", \
            "0.0121724, 0.0151906, 0.0226139, 0.0417161, 0.0968344, 0.255774, 0.696702", \
            "0.012205, 0.0151441, 0.0224502, 0.0416446, 0.0967808, 0.254847, 0.700089", \
            "0.0122205, 0.0152555, 0.0224921, 0.0417405, 0.0967883, 0.254217, 0.696973", \
            "0.0121998, 0.01525, 0.0225293, 0.0418434, 0.0964493, 0.255352, 0.695289" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.106953, 0.111768, 0.123663, 0.155076, 0.241227, 0.479338, 1.13901", \
            "0.111881, 0.116684, 0.128601, 0.159945, 0.246134, 0.484757, 1.14425", \
            "0.124526, 0.129318, 0.141204, 0.172505, 0.25863, 0.496906, 1.1575", \
            "0.155081, 0.159894, 0.171761, 0.203203, 0.289276, 0.527902, 1.18475", \
            "0.217174, 0.222058, 0.234036, 0.265307, 0.351453, 0.589316, 1.24792", \
            "0.3216, 0.326723, 0.338907, 0.370462, 0.456386, 0.694487, 1.35239", \
            "0.506844, 0.512677, 0.525483, 0.556796, 0.642836, 0.880428, 1.5379" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0147987, 0.0199387, 0.0352191, 0.0793319, 0.203362, 0.549373, 1.49915", \
            "0.0147368, 0.0199832, 0.0351712, 0.0794068, 0.203726, 0.547674, 1.50603", \
            "0.014757, 0.019964, 0.0351925, 0.0793546, 0.203452, 0.5492, 1.50524", \
            "0.0148147, 0.0199538, 0.0352321, 0.0794138, 0.203644, 0.548587, 1.50696", \
            "0.0154808, 0.0205425, 0.0354683, 0.0794367, 0.20345, 0.548664, 1.50254", \
            "0.0175356, 0.0223027, 0.0364499, 0.0797951, 0.203309, 0.545805, 1.50037", \
            "0.0203379, 0.0251833, 0.0383189, 0.080319, 0.203692, 0.546615, 1.49435" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0904501, 0.0943777, 0.102857, 0.121362, 0.16589, 0.286348, 0.620195", \
            "0.0933571, 0.0972744, 0.10581, 0.124248, 0.168765, 0.28921, 0.622773", \
            "0.0994008, 0.103315, 0.111848, 0.130344, 0.174802, 0.295257, 0.628889", \
            "0.109456, 0.113397, 0.12195, 0.140446, 0.184924, 0.305379, 0.638977", \
            "0.117603, 0.121564, 0.130176, 0.148818, 0.193401, 0.313809, 0.647189", \
            "0.107855, 0.112044, 0.121, 0.139782, 0.184575, 0.304741, 0.63767", \
            "0.0408916, 0.045564, 0.0553603, 0.0750871, 0.119938, 0.240299, 0.573577" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0121025, 0.015046, 0.0224251, 0.041549, 0.0964547, 0.255509, 0.699671", \
            "0.0120169, 0.0151419, 0.0224609, 0.0415738, 0.0966425, 0.255689, 0.698055", \
            "0.0120158, 0.0151373, 0.0224629, 0.0415447, 0.0964364, 0.25574, 0.701237", \
            "0.012164, 0.0151664, 0.0226927, 0.0417631, 0.0967576, 0.255507, 0.698871", \
            "0.0125308, 0.0156806, 0.0229591, 0.0419886, 0.0961835, 0.25533, 0.694624", \
            "0.0136245, 0.0165721, 0.0238491, 0.0426435, 0.097097, 0.255726, 0.693695", \
            "0.0160967, 0.0191968, 0.0264204, 0.0444677, 0.0979453, 0.255436, 0.699481" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "-0.0012411, -0.0012365, 0.0046451, 0.0192923, 0.0561127, 0.154771, 0.421201", \
            "-0.001287, -0.0012162, 0.0046282, 0.019235, 0.05598, 0.153627, 0.420975", \
            "-0.0014066, -0.0011087, 0.0047185, 0.0192958, 0.056188, 0.154416, 0.421033", \
            "-0.0012043, -0.0013021, 0.004556, 0.0192205, 0.0559769, 0.153751, 0.42285", \
            "-0.0007668, -0.0017349, 0.0042143, 0.0189754, 0.0559352, 0.154357, 0.421306", \
            "0, -0.0026493, 0.0035545, 0.0188345, 0.0562671, 0.154935, 0.421711", \
            "0, -0.0021889, 0.0024591, 0.0190729, 0.0579342, 0.157643, 0.424334" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0012411, 0.0052109, 0.012598, 0.0186673, 0.0021452, -0.0833638, -0.34757", \
            "0.001287, 0.0052428, 0.0126083, 0.0186258, 0.0020491, -0.0835381, -0.347651", \
            "0.0014066, 0.0053549, 0.012698, 0.0186826, 0.002161, -0.0833977, -0.347641", \
            "0.0012043, 0.0051478, 0.0125132, 0.0185075, 0.0018945, -0.083663, -0.347908", \
            "0.0007668, 0.004754, 0.0121717, 0.0183011, 0.0018373, -0.0836493, -0.347846", \
            "0, 0.0039437, 0.0117014, 0.0183293, 0.0023436, -0.0829233, -0.346973", \
            "0, 0.0021889, 0.0108648, 0.0189277, 0.004346, -0.0800377, -0.343771" \
          );
        }
      }
      internal_power () {
        related_pin : "GATE";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0, -0.0015818, 0.0041304, 0.0192617, 0.0565013, 0.154637, 0.4238", \
            "0, -0.0016134, 0.0041459, 0.0192724, 0.056406, 0.155242, 0.422556", \
            "0, -0.0017235, 0.0041765, 0.019219, 0.0565364, 0.155306, 0.421847", \
            "0, -0.0014941, 0.0039599, 0.018949, 0.0562721, 0.153738, 0.423599", \
            "0, -0.001131, 0.0037088, 0.0187892, 0.0559699, 0.154085, 0.423503", \
            "0, -0.0004471, 0.0032855, 0.018711, 0.0565181, 0.155019, 0.422639", \
            "0, 0, 0.0025655, 0.0193676, 0.0584762, 0.157617, 0.422657" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0, 0.0015818, 0.0099407, 0.0175316, 0.0025071, -0.0820359, -0.345762", \
            "0, 0.0016134, 0.009942, 0.017464, 0.0024439, -0.0820863, -0.345858", \
            "0, 0.0017235, 0.0100136, 0.0174532, 0.0023307, -0.0822975, -0.346096", \
            "0, 0.0014941, 0.0097196, 0.0170753, 0.0018707, -0.082823, -0.346639", \
            "0, 0.001131, 0.0094116, 0.0168487, 0.0017541, -0.0828962, -0.346704", \
            "0, 0.0004471, 0.0090433, 0.0169708, 0.0022547, -0.0821462, -0.345764", \
            "0, 0, 0.0083935, 0.017639, 0.0042617, -0.0793579, -0.342701" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "-0.0017636, -0.0005485, 0.003137, 0.0143595, 0.0478208, 0.144053, 0.410112", \
            "-0.0017762, -0.000582, 0.003061, 0.0141781, 0.047551, 0.143734, 0.411724", \
            "-0.0017867, -0.0006107, 0.0029852, 0.0140639, 0.0473705, 0.143484, 0.409251", \
            "-0.0017858, -0.0006011, 0.0030245, 0.0141424, 0.0474779, 0.143688, 0.411471", \
            "-0.0017725, -0.0005468, 0.0031669, 0.0144067, 0.0478845, 0.144186, 0.409897", \
            "-0.0016817, -0.00027, 0.0037924, 0.0157523, 0.050031, 0.146559, 0.412227", \
            "-0.0013415, 0.0007208, 0.0061483, 0.0201084, 0.0562602, 0.154212, 0.421292" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0044006, 0.0073472, 0.0125815, 0.0152447, -0.0046665, -0.0923884, -0.357632", \
            "0.0043818, 0.0073178, 0.0125352, 0.0151517, -0.004813, -0.0925464, -0.357673", \
            "0.0043343, 0.0072383, 0.0123868, 0.0149143, -0.005157, -0.0929759, -0.358279", \
            "0.0043365, 0.0072362, 0.0123505, 0.0148468, -0.0052279, -0.0930398, -0.358365", \
            "0.004371, 0.0072961, 0.0124589, 0.0150303, -0.004914, -0.092647, -0.357907", \
            "0.0045084, 0.0075919, 0.0130858, 0.0162168, -0.0032519, -0.0910172, -0.356158", \
            "0.0048658, 0.0083401, 0.0147827, 0.019016, 0.0010097, -0.0857298, -0.35061" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00186;
      rise_capacitance : 0.001949;
      rise_capacitance_range (0.001949, 0.001949);
      fall_capacitance : 0.001772;
      fall_capacitance_range (0.001772, 0.001772);
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.11885, -0.137762, -0.0807962", \
            "-0.037681, -0.0565937, 0.0028138", \
            "0.0616029, 0.0414694, 0.102098" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.018752, -0.142645, -0.293199", \
            "0.112466, -0.0077656, -0.155878", \
            "0.263019, 0.142788, -0.0028828" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.126512, 0.145425, 0.0884583", \
            "0.0514466, 0.0691387, 0.0121725", \
            "-0.0234232, -0.0069518, -0.0602559" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0264141, 0.149087, 0.29964", \
            "-0.104803, 0.0154277, 0.161098", \
            "-0.254136, -0.135126, 0.0093242" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.002852, 0.0027439, 0.0024946, 0.0028962, 0.0038218, 0.0059555, 0.0108736" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0095439, 0.0094439, 0.0092137, 0.0096507, 0.0106579, 0.0129798, 0.0183319" \
          );
        }
      }
    }
    pin (GATE) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001837;
      rise_capacitance : 0.001922;
      rise_capacitance_range (0.001922, 0.001922);
      fall_capacitance : 0.001752;
      fall_capacitance_range (0.001752, 0.001752);
      timing () {
        related_pin : "GATE";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0621306, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0116044, 0.0114872, 0.011217, 0.0115681, 0.0123773, 0.0142424, 0.0185418" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0201121, 0.0199632, 0.0196199, 0.02002, 0.0209421, 0.0230675, 0.0279668" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00248;
      rise_capacitance : 0.002609;
      rise_capacitance_range (0.002609, 0.002609);
      fall_capacitance : 0.00235;
      fall_capacitance_range (0.00235, 0.00235);
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0224141, -0.0291361, -0.127606", \
            "-0.143866, -0.15425, -0.251499", \
            "-0.284654, -0.296259, -0.393508" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0325176, 0.0367982, 0.13893", \
            "0.157632, 0.164354, 0.264044", \
            "0.303302, 0.310024, 0.409715" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0906919, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047838, -0.0047602, -0.0047059, -0.0047209, -0.0047555, -0.0048353, -0.005019" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.004838, 0.0048359, 0.0048308, 0.0048427, 0.0048701, 0.0049331, 0.0050785" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      clear : "!RESETB";
      data_in : "D";
      enable : "GATE";
    }
  }
  cell (scs8hd_dlrbp_2) {
    area : 22.5216;
    cell_footprint : "dlrbp";
    cell_leakage_power : 0.033938;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0409937;
      when : "RESETB&D&GATE&Q&!QN";
    }
    leakage_power () {
      value : 0.0363267;
      when : "RESETB&D&!GATE&!Q&QN";
    }
    leakage_power () {
      value : 0.0332932;
      when : "RESETB&!D&!GATE&Q&!QN";
    }
    leakage_power () {
      value : 0.0285074;
      when : "RESETB&!D&!GATE&!Q&QN";
    }
    leakage_power () {
      value : 0.028958;
      when : "!RESETB&!D&GATE&!Q&QN";
    }
    leakage_power () {
      value : 0.0289759;
      when : "RESETB&!D&GATE&!Q&QN";
    }
    leakage_power () {
      value : 0.0409644;
      when : "RESETB&D&!GATE&Q&!QN";
    }
    leakage_power () {
      value : 0.0365625;
      when : "!RESETB&D&GATE&!Q&QN";
    }
    leakage_power () {
      value : 0.0363088;
      when : "!RESETB&D&!GATE&!Q&QN";
    }
    leakage_power () {
      value : 0.0284895;
      when : "!RESETB&!D&!GATE&!Q&QN";
    }
    leakage_power () {
      value : 0.033938;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.379954;
      max_transition : 1.50573;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.207665, 0.212541, 0.224191, 0.252193, 0.329048, 0.555265, 1.23853", \
            "0.211471, 0.216387, 0.228027, 0.256032, 0.332806, 0.558934, 1.24187", \
            "0.219709, 0.224519, 0.236123, 0.264149, 0.340947, 0.567608, 1.25126", \
            "0.227918, 0.232746, 0.244403, 0.272395, 0.349224, 0.575407, 1.26023", \
            "0.231474, 0.236304, 0.247932, 0.276004, 0.352858, 0.579154, 1.26479", \
            "0.220955, 0.225786, 0.237358, 0.265378, 0.342226, 0.567894, 1.25228", \
            "0.169324, 0.174241, 0.185948, 0.213968, 0.290817, 0.517143, 1.2004" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0191717, 0.0233252, 0.0344377, 0.0681082, 0.175024, 0.501876, 1.50495", \
            "0.0192845, 0.0233506, 0.0344378, 0.0681108, 0.174613, 0.501825, 1.50364", \
            "0.0191022, 0.0233237, 0.0343303, 0.067932, 0.175094, 0.501687, 1.49835", \
            "0.019311, 0.0233657, 0.0343313, 0.0679784, 0.174388, 0.501604, 1.49885", \
            "0.0191544, 0.0231231, 0.0343269, 0.0681259, 0.175153, 0.502896, 1.50447", \
            "0.0191443, 0.023193, 0.0344571, 0.0679675, 0.174608, 0.501505, 1.5025", \
            "0.0193724, 0.0233632, 0.0344717, 0.0681403, 0.174566, 0.50293, 1.4955" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.15102, 0.154898, 0.164217, 0.183847, 0.226202, 0.332016, 0.642178", \
            "0.155644, 0.159521, 0.168847, 0.188477, 0.230834, 0.336648, 0.646436", \
            "0.167846, 0.171725, 0.18106, 0.200683, 0.243036, 0.348846, 0.659002", \
            "0.192946, 0.196857, 0.206162, 0.225818, 0.26813, 0.373942, 0.68402", \
            "0.233332, 0.237228, 0.246492, 0.266155, 0.308499, 0.41432, 0.724588", \
            "0.301641, 0.305508, 0.314861, 0.334495, 0.376843, 0.482665, 0.792722", \
            "0.428436, 0.43231, 0.441672, 0.46132, 0.503691, 0.609513, 0.919193" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0159018, 0.0186137, 0.0255726, 0.0413914, 0.0836811, 0.21387, 0.627056", \
            "0.015881, 0.0185836, 0.0256187, 0.0413883, 0.083679, 0.214048, 0.628024", \
            "0.0158581, 0.0187145, 0.0253981, 0.0412944, 0.0836762, 0.213914, 0.629791", \
            "0.0157849, 0.0185805, 0.025395, 0.0413751, 0.083633, 0.213972, 0.627399", \
            "0.0158646, 0.0186645, 0.0254749, 0.0413974, 0.0836579, 0.213844, 0.624607", \
            "0.0158324, 0.0186314, 0.0253778, 0.0413686, 0.0836835, 0.213356, 0.629973", \
            "0.0158772, 0.0186811, 0.0254292, 0.0414023, 0.0837254, 0.213687, 0.626457" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.183227, 0.188036, 0.199722, 0.22779, 0.30465, 0.530976, 1.21452", \
            "0.186836, 0.191641, 0.203325, 0.23139, 0.308255, 0.534245, 1.21859", \
            "0.1952, 0.200056, 0.211711, 0.239765, 0.316621, 0.54283, 1.22584", \
            "0.209215, 0.214035, 0.225708, 0.253775, 0.330651, 0.556999, 1.2405", \
            "0.224069, 0.228889, 0.240553, 0.268625, 0.34548, 0.571416, 1.25528", \
            "0.232237, 0.237051, 0.248723, 0.276802, 0.353687, 0.579413, 1.26317", \
            "0.213329, 0.218213, 0.229936, 0.25804, 0.334941, 0.561344, 1.24285" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0190597, 0.0231254, 0.0342371, 0.0679112, 0.174568, 0.502905, 1.50265", \
            "0.0190698, 0.0231218, 0.0342418, 0.0678882, 0.174527, 0.502554, 1.49848", \
            "0.0190056, 0.0230762, 0.0342764, 0.0678159, 0.174618, 0.502546, 1.49901", \
            "0.0190341, 0.0231052, 0.0342387, 0.0678724, 0.174524, 0.502973, 1.50322", \
            "0.0191142, 0.0230226, 0.0341699, 0.067807, 0.174442, 0.50224, 1.50096", \
            "0.0190936, 0.0231495, 0.0343216, 0.0678523, 0.174575, 0.501728, 1.5009", \
            "0.0192746, 0.0233419, 0.0344736, 0.0680278, 0.174558, 0.502929, 1.49676" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.178188, 0.18215, 0.19156, 0.211325, 0.253775, 0.359644, 0.66992", \
            "0.181893, 0.185845, 0.195271, 0.215047, 0.257486, 0.363353, 0.673545", \
            "0.190664, 0.19462, 0.204036, 0.2238, 0.26625, 0.372119, 0.682095", \
            "0.204309, 0.20828, 0.217664, 0.237454, 0.279871, 0.385731, 0.695924", \
            "0.217122, 0.221078, 0.230471, 0.250236, 0.292684, 0.39855, 0.708678", \
            "0.220464, 0.224424, 0.233818, 0.253573, 0.296004, 0.401865, 0.711343", \
            "0.187358, 0.191308, 0.200708, 0.220479, 0.262921, 0.368795, 0.678788" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0161062, 0.0190019, 0.0257094, 0.0417197, 0.0837949, 0.213914, 0.627778", \
            "0.0161693, 0.0190054, 0.0257037, 0.0415087, 0.0837214, 0.213877, 0.627931", \
            "0.0161106, 0.0189607, 0.0257008, 0.041722, 0.0837941, 0.213916, 0.633871", \
            "0.0162039, 0.018959, 0.0257194, 0.0415769, 0.0838112, 0.213766, 0.626636", \
            "0.0161695, 0.019029, 0.0257525, 0.0415906, 0.0838268, 0.213872, 0.632379", \
            "0.0161692, 0.0189561, 0.0257039, 0.0415011, 0.0837555, 0.213843, 0.62968", \
            "0.0162084, 0.0190333, 0.0257981, 0.0416456, 0.0838775, 0.213638, 0.625612" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0671088, 0.0717298, 0.0829985, 0.110497, 0.186542, 0.412045, 1.09741", \
            "0.0701906, 0.0747252, 0.0859723, 0.113476, 0.189566, 0.415106, 1.0973", \
            "0.0765866, 0.0811582, 0.092382, 0.119907, 0.196164, 0.422032, 1.10442", \
            "0.0881443, 0.0929087, 0.104434, 0.132229, 0.208748, 0.434431, 1.11761", \
            "0.0994674, 0.105017, 0.117614, 0.146481, 0.223696, 0.44952, 1.13448", \
            "0.0928175, 0.0994727, 0.114634, 0.146729, 0.224841, 0.451126, 1.13482", \
            "0.0322619, 0.0398913, 0.0587347, 0.0975189, 0.178984, 0.40419, 1.08767" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0174166, 0.021543, 0.03299, 0.0672236, 0.1747, 0.502787, 1.50305", \
            "0.0174579, 0.021554, 0.0328887, 0.0670797, 0.174166, 0.501837, 1.4983", \
            "0.0174304, 0.021445, 0.0329139, 0.0670508, 0.174845, 0.502505, 1.49872", \
            "0.0184558, 0.022512, 0.0337499, 0.0674889, 0.174567, 0.502076, 1.4993", \
            "0.0221474, 0.0263036, 0.0373655, 0.0697492, 0.175255, 0.502776, 1.50573", \
            "0.0283432, 0.0333835, 0.0455173, 0.0758131, 0.176847, 0.502479, 1.50055", \
            "0.037303, 0.043348, 0.058388, 0.0894363, 0.183117, 0.502791, 1.49636" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0760751, 0.0801031, 0.0896274, 0.109382, 0.151547, 0.257116, 0.567064", \
            "0.0809815, 0.0850168, 0.0945671, 0.114379, 0.156578, 0.262174, 0.571617", \
            "0.0932236, 0.0972278, 0.106763, 0.126561, 0.168764, 0.274356, 0.584356", \
            "0.123901, 0.127909, 0.137322, 0.157099, 0.199328, 0.304952, 0.614406", \
            "0.185135, 0.189712, 0.20075, 0.222678, 0.266274, 0.372032, 0.682024", \
            "0.286769, 0.2923, 0.30542, 0.332662, 0.383799, 0.492774, 0.802365", \
            "0.468415, 0.474742, 0.490443, 0.524027, 0.587148, 0.703936, 1.01332" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0165925, 0.0196238, 0.0264301, 0.0423876, 0.0837325, 0.213657, 0.629427", \
            "0.0166792, 0.0194809, 0.0267332, 0.0422162, 0.0838644, 0.213483, 0.630118", \
            "0.0166517, 0.0196134, 0.026537, 0.0423522, 0.0837488, 0.213652, 0.63003", \
            "0.0167009, 0.0196123, 0.0265646, 0.0424204, 0.0838096, 0.213354, 0.62934", \
            "0.0218137, 0.024967, 0.0321097, 0.0471513, 0.0863814, 0.213995, 0.632599", \
            "0.0312048, 0.0346455, 0.0432172, 0.0612442, 0.098197, 0.218576, 0.63102", \
            "0.0440861, 0.0482373, 0.0583879, 0.079879, 0.120404, 0.229369, 0.628072" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0, 0.0013905, 0.00704, 0.0245608, 0.07656, 0.235028, 0.713924", \
            "0, 0.0014504, 0.0070737, 0.0245712, 0.0764518, 0.233793, 0.711321", \
            "0, 0.0016213, 0.0072474, 0.0246831, 0.0765471, 0.233582, 0.714063", \
            "0, 0.0014005, 0.0069809, 0.0243711, 0.0762258, 0.233866, 0.713857", \
            "0, 0.0009726, 0.0066238, 0.0241573, 0.0761749, 0.2346, 0.712051", \
            "0, 0.0001942, 0.0062977, 0.0242879, 0.0768288, 0.233806, 0.715034", \
            "0, 0, 0.005137, 0.0245304, 0.0787034, 0.237726, 0.713867" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0, 0.0034707, 0.0145588, 0.0254877, 0.0010078, -0.14158, -0.617516", \
            "0, 0.0034972, 0.0145405, 0.025459, 0.0008716, -0.14173, -0.6177", \
            "0, 0.0036077, 0.0146332, 0.0254629, 0.0008746, -0.141765, -0.61775", \
            "0, 0.0034071, 0.0144756, 0.0253452, 0.0008849, -0.141722, -0.617655", \
            "0, 0.0029597, 0.0141117, 0.0251454, 0.0008312, -0.141667, -0.617571", \
            "0, 0.0019853, 0.0134317, 0.0248957, 0.001041, -0.141093, -0.616909", \
            "0, 0, 0.0121607, 0.0250583, 0.0026514, -0.138948, -0.614377" \
          );
        }
      }
      internal_power () {
        related_pin : "GATE";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0, -0.0023622, 0.0042241, 0.0232552, 0.0767369, 0.235077, 0.713016", \
            "0, -0.0022969, 0.0042603, 0.0232503, 0.0767561, 0.235823, 0.711664", \
            "0, -0.0021342, 0.0043638, 0.0232766, 0.0767059, 0.235472, 0.716026", \
            "0, -0.0023734, 0.0040777, 0.0228606, 0.0761629, 0.234287, 0.7122", \
            "0, -0.0022503, 0.0037058, 0.0226109, 0.076235, 0.234326, 0.712364", \
            "0, -0.0013861, 0.0033648, 0.0227038, 0.0765856, 0.234289, 0.715904", \
            "0, 0, 0.0023064, 0.0230969, 0.0787607, 0.237813, 0.713268" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0, 0.002649, 0.0140242, 0.0253892, 0.0014509, -0.14078, -0.616559", \
            "0, 0.0027127, 0.0140513, 0.025424, 0.0014582, -0.140803, -0.616578", \
            "0, 0.0028697, 0.0141601, 0.0253752, 0.0013064, -0.141009, -0.616665", \
            "0, 0.002656, 0.0139282, 0.0251511, 0.0009688, -0.141392, -0.61721", \
            "0, 0.0022503, 0.0135834, 0.0249299, 0.0009486, -0.141284, -0.617106", \
            "0, 0.0013861, 0.0130368, 0.0248641, 0.0014101, -0.140912, -0.616579", \
            "0, 0, 0.0119193, 0.0251642, 0.0030907, -0.138418, -0.613909" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0028158, 0.0037653, 0.0072633, 0.0210579, 0.0690004, 0.22327, 0.698907", \
            "0.0028421, 0.0037817, 0.0072439, 0.0210502, 0.0690604, 0.223157, 0.702899", \
            "0.0028989, 0.0038212, 0.0072518, 0.0209644, 0.0688859, 0.222981, 0.704311", \
            "0.0028878, 0.0037831, 0.0071413, 0.0207849, 0.0688631, 0.223255, 0.702714", \
            "0.0029092, 0.0038376, 0.0072765, 0.0209983, 0.0691127, 0.223947, 0.701025", \
            "0.0030189, 0.0041255, 0.0079165, 0.0220358, 0.0703615, 0.225036, 0.701218", \
            "0.0032933, 0.0048422, 0.0096116, 0.0250416, 0.0749971, 0.230018, 0.705737" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "5.355e-05, 0.0043752, 0.0132592, 0.0203666, -0.0080932, -0.153136, -0.630167", \
            "4.03e-05, 0.0043459, 0.0132, 0.0202105, -0.0082912, -0.153448, -0.63018", \
            "3.72e-05, 0.0043153, 0.0131094, 0.0200203, -0.0084892, -0.153591, -0.63064", \
            "3.685e-05, 0.0043272, 0.0131208, 0.0200125, -0.0085165, -0.15357, -0.630699", \
            "7.04e-05, 0.004428, 0.0134467, 0.0206385, -0.0077588, -0.152774, -0.629721", \
            "0.0001627, 0.0047284, 0.0140419, 0.0215433, -0.0065194, -0.151218, -0.628174", \
            "0.0005043, 0.0057942, 0.0166648, 0.0263907, 0.0005187, -0.143586, -0.620044" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.415659;
      max_transition : 1.50629;
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.211385, 0.215445, 0.225363, 0.250483, 0.32366, 0.547701, 1.23519", \
            "0.215995, 0.220092, 0.23002, 0.255186, 0.328216, 0.552175, 1.24078", \
            "0.228115, 0.232225, 0.242113, 0.267247, 0.340497, 0.565037, 1.25308", \
            "0.253282, 0.25742, 0.267381, 0.292534, 0.365619, 0.589822, 1.27794", \
            "0.29368, 0.297754, 0.307679, 0.332807, 0.406024, 0.630026, 1.31846", \
            "0.362017, 0.366165, 0.376068, 0.401234, 0.474288, 0.698311, 1.38576", \
            "0.48883, 0.492958, 0.502892, 0.52805, 0.60114, 0.824898, 1.51057" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.0150444, 0.0184553, 0.0282817, 0.0605589, 0.165963, 0.494228, 1.50255", \
            "0.0150565, 0.0185104, 0.0283116, 0.0606459, 0.165851, 0.494096, 1.50088", \
            "0.0150949, 0.0184672, 0.0283343, 0.0606283, 0.165857, 0.493404, 1.50304", \
            "0.0151324, 0.018412, 0.0282703, 0.0606029, 0.16609, 0.493363, 1.50235", \
            "0.0150681, 0.0184401, 0.0283292, 0.060542, 0.165839, 0.494526, 1.50349", \
            "0.015077, 0.0183975, 0.028249, 0.0604866, 0.16582, 0.492861, 1.49981", \
            "0.015112, 0.0185128, 0.0282931, 0.0606415, 0.166184, 0.49437, 1.49801" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.257605, 0.261036, 0.269291, 0.286665, 0.32557, 0.430859, 0.750313", \
            "0.261521, 0.264958, 0.273186, 0.29057, 0.329468, 0.434683, 0.755006", \
            "0.2695, 0.272972, 0.281165, 0.298505, 0.337458, 0.442754, 0.762732", \
            "0.277854, 0.281353, 0.289508, 0.306931, 0.345798, 0.45098, 0.771068", \
            "0.281438, 0.284918, 0.293103, 0.310437, 0.349407, 0.454601, 0.77435", \
            "0.270825, 0.274332, 0.282467, 0.299857, 0.338786, 0.444071, 0.763929", \
            "0.219456, 0.222895, 0.231115, 0.248499, 0.287375, 0.392565, 0.712567" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.0139732, 0.0164343, 0.0223899, 0.0367349, 0.0782093, 0.21276, 0.642935", \
            "0.0140796, 0.016426, 0.0224515, 0.0366961, 0.0781007, 0.212894, 0.642223", \
            "0.0139817, 0.0164112, 0.02222, 0.0367181, 0.0779722, 0.213046, 0.644216", \
            "0.0139509, 0.0163936, 0.0222256, 0.0367497, 0.0780853, 0.213232, 0.63618", \
            "0.0140339, 0.016415, 0.0222503, 0.0366445, 0.0780897, 0.213452, 0.641061", \
            "0.0140136, 0.016416, 0.0222475, 0.0368414, 0.0778986, 0.211811, 0.639121", \
            "0.0140972, 0.0165081, 0.0224776, 0.0364764, 0.0782593, 0.213238, 0.64044" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.238839, 0.243011, 0.252914, 0.278105, 0.351128, 0.574938, 1.2629", \
            "0.242606, 0.246791, 0.256707, 0.281801, 0.355154, 0.578625, 1.26634", \
            "0.251314, 0.255486, 0.265413, 0.290567, 0.363598, 0.587592, 1.27551", \
            "0.265011, 0.269152, 0.279093, 0.304214, 0.37757, 0.600914, 1.28895", \
            "0.277859, 0.281958, 0.291911, 0.317018, 0.39018, 0.613974, 1.30121", \
            "0.281235, 0.28533, 0.295241, 0.320294, 0.393563, 0.616871, 1.30632", \
            "0.248009, 0.252116, 0.262134, 0.287344, 0.360555, 0.583947, 1.27011" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.015216, 0.0184474, 0.0283165, 0.0606257, 0.165934, 0.494556, 1.50507", \
            "0.0151279, 0.0185429, 0.0283097, 0.0606293, 0.166369, 0.494579, 1.506", \
            "0.0152144, 0.0185547, 0.0283155, 0.0606103, 0.165951, 0.496268, 1.50481", \
            "0.0150478, 0.018506, 0.0282823, 0.0605382, 0.16633, 0.493617, 1.50516", \
            "0.0150006, 0.0184942, 0.0282833, 0.060604, 0.166091, 0.494645, 1.50616", \
            "0.0149627, 0.0184378, 0.0282891, 0.0606368, 0.165843, 0.492672, 1.5062", \
            "0.0150912, 0.0183684, 0.0283524, 0.0605497, 0.166349, 0.494298, 1.49535" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.233236, 0.236689, 0.244966, 0.262385, 0.301205, 0.406387, 0.726447", \
            "0.236833, 0.240326, 0.248569, 0.265841, 0.304804, 0.410161, 0.729497", \
            "0.245216, 0.248677, 0.256911, 0.274274, 0.313079, 0.418351, 0.738289", \
            "0.259236, 0.262707, 0.27091, 0.288247, 0.327072, 0.432379, 0.752604", \
            "0.274078, 0.277561, 0.285804, 0.303119, 0.342023, 0.447255, 0.767323", \
            "0.28223, 0.285719, 0.293928, 0.311289, 0.350099, 0.455397, 0.77543", \
            "0.26341, 0.266864, 0.275117, 0.292486, 0.331338, 0.436668, 0.755804" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.0139114, 0.0163981, 0.0223867, 0.0365445, 0.0780295, 0.21309, 0.637639", \
            "0.0139137, 0.016423, 0.022525, 0.0367228, 0.0780325, 0.212382, 0.64009", \
            "0.0140709, 0.0164914, 0.0223708, 0.0368712, 0.0778388, 0.213, 0.643985", \
            "0.0139395, 0.0164007, 0.0222741, 0.0367333, 0.0781167, 0.213082, 0.637395", \
            "0.0139631, 0.0165409, 0.022553, 0.0366794, 0.0781453, 0.213103, 0.641988", \
            "0.0139315, 0.0163755, 0.0223514, 0.0366403, 0.0780737, 0.211622, 0.640368", \
            "0.0139424, 0.0164977, 0.0223425, 0.0365452, 0.078317, 0.212419, 0.637271" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.137808, 0.141842, 0.151758, 0.176893, 0.250059, 0.474656, 1.16033", \
            "0.142675, 0.146714, 0.156628, 0.181767, 0.254895, 0.479533, 1.16521", \
            "0.154843, 0.158884, 0.168797, 0.193935, 0.26705, 0.491473, 1.17885", \
            "0.185338, 0.189432, 0.199363, 0.224514, 0.297557, 0.521894, 1.20956", \
            "0.252596, 0.25682, 0.266823, 0.291927, 0.365167, 0.588753, 1.27657", \
            "0.369073, 0.373597, 0.384302, 0.409784, 0.482743, 0.706592, 1.39319", \
            "0.569266, 0.57456, 0.586593, 0.612895, 0.685825, 0.90951, 1.59631" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.0150362, 0.0184726, 0.0283026, 0.0605914, 0.166192, 0.494661, 1.49972", \
            "0.015039, 0.0184714, 0.0282914, 0.0605996, 0.166212, 0.4947, 1.50108", \
            "0.0150578, 0.0184684, 0.0282872, 0.0606002, 0.166203, 0.49361, 1.50224", \
            "0.0150676, 0.018507, 0.0282939, 0.0606236, 0.16618, 0.492973, 1.50237", \
            "0.015497, 0.0188724, 0.0285424, 0.0606558, 0.166268, 0.494665, 1.5063", \
            "0.0175209, 0.0213268, 0.0305847, 0.0615745, 0.166864, 0.49427, 1.49909", \
            "0.0209269, 0.0250539, 0.0341593, 0.0635223, 0.166751, 0.493091, 1.49957" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.116678, 0.120125, 0.128372, 0.145716, 0.184622, 0.28993, 0.608942", \
            "0.119687, 0.123119, 0.13136, 0.148696, 0.187566, 0.292811, 0.612951", \
            "0.126042, 0.12946, 0.137694, 0.155017, 0.193899, 0.299098, 0.619373", \
            "0.137961, 0.141408, 0.149689, 0.167071, 0.205925, 0.311176, 0.631521", \
            "0.151386, 0.154895, 0.163183, 0.180583, 0.219538, 0.324907, 0.644457", \
            "0.15016, 0.1537, 0.162223, 0.179925, 0.219014, 0.32438, 0.643466", \
            "0.0979413, 0.101755, 0.110803, 0.129463, 0.169305, 0.274483, 0.593825" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.0137976, 0.0163302, 0.0224256, 0.0367183, 0.0780812, 0.212679, 0.640254", \
            "0.0138133, 0.0162802, 0.0221609, 0.0366657, 0.0780677, 0.213519, 0.639588", \
            "0.0138149, 0.0162593, 0.022264, 0.0365994, 0.0780212, 0.213126, 0.642773", \
            "0.0138455, 0.0162768, 0.0221531, 0.0368058, 0.0781811, 0.213591, 0.640838", \
            "0.0142441, 0.0168156, 0.0226006, 0.0369105, 0.0778489, 0.213272, 0.645845", \
            "0.0149579, 0.0175534, 0.0235856, 0.03763, 0.0785562, 0.213472, 0.640321", \
            "0.0173572, 0.0199435, 0.0259154, 0.039898, 0.079473, 0.21304, 0.636497" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470138, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "-0.0012056, -0.0013702, 0.005522, 0.0254492, 0.0831062, 0.256348, 0.782615", \
            "-0.0012795, -0.0013491, 0.0055028, 0.025465, 0.0828267, 0.255137, 0.784376", \
            "-0.0014464, -0.001244, 0.0055839, 0.0254112, 0.0827821, 0.25501, 0.78117", \
            "-0.0012414, -0.001439, 0.0054315, 0.0253467, 0.0830609, 0.2548, 0.782258", \
            "-0.0007861, -0.001889, 0.0050742, 0.0251556, 0.0828509, 0.254622, 0.781814", \
            "0, -0.002779, 0.0044405, 0.0249198, 0.0830619, 0.255539, 0.784791", \
            "0, -0.0026531, 0.0031827, 0.0251295, 0.0849622, 0.259198, 0.783917" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470138, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.0012056, 0.0059028, 0.0158447, 0.024569, -0.004651, -0.162093, -0.687892", \
            "0.0012795, 0.0059646, 0.0158992, 0.0245938, -0.0046637, -0.162134, -0.687941", \
            "0.0014464, 0.006112, 0.0159928, 0.0246108, -0.0047399, -0.162215, -0.688026", \
            "0.0012414, 0.0059087, 0.0157793, 0.0243641, -0.0049216, -0.162417, -0.688258", \
            "0.0007861, 0.005483, 0.0154269, 0.0241618, -0.0050594, -0.162445, -0.688319", \
            "0, 0.0046337, 0.0149362, 0.0242802, -0.0045414, -0.161795, -0.687452", \
            "0, 0.0026531, 0.0137941, 0.0245273, -0.0028366, -0.159262, -0.68472" \
          );
        }
      }
      internal_power () {
        related_pin : "GATE";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470138, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0, -0.0021326, 0.0049647, 0.0253882, 0.0832724, 0.255385, 0.78582", \
            "0, -0.002134, 0.0050342, 0.0254287, 0.0831964, 0.257041, 0.781884", \
            "0, -0.0019853, 0.0051087, 0.0253904, 0.0831264, 0.255476, 0.781843", \
            "0, -0.0021212, 0.004897, 0.0251546, 0.0830561, 0.255223, 0.785267", \
            "0, -0.0016952, 0.0045362, 0.0249402, 0.0827321, 0.254649, 0.785219", \
            "0, -0.000863, 0.0040693, 0.0248634, 0.0832116, 0.25497, 0.781784", \
            "0, 0, 0.0029328, 0.0251849, 0.0855665, 0.259743, 0.780897" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470138, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0, 0.0021326, 0.0129903, 0.0232634, -0.004385, -0.160893, -0.686308", \
            "0, 0.0021934, 0.0130245, 0.0232497, -0.0044436, -0.16093, -0.686373", \
            "0, 0.0023571, 0.0131454, 0.0232812, -0.0045115, -0.161063, -0.686486", \
            "0, 0.0021212, 0.012842, 0.022864, -0.005007, -0.161589, -0.687061", \
            "0, 0.0016952, 0.012478, 0.022618, -0.0051461, -0.161719, -0.687127", \
            "0, 0.000863, 0.0119824, 0.0226977, -0.0047632, -0.161065, -0.686427", \
            "0, 0, 0.0109242, 0.0231107, -0.0028226, -0.15843, -0.683575" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470138, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "-0.0018098, -0.000452, 0.0042168, 0.0203453, 0.0739748, 0.24385, 0.77196", \
            "-0.0018189, -0.0004806, 0.0041428, 0.0201919, 0.073753, 0.243609, 0.772665", \
            "-0.0018277, -0.0005105, 0.00406, 0.0200206, 0.0734893, 0.243053, 0.768614", \
            "-0.001834, -0.0005163, 0.0040614, 0.0200744, 0.0735201, 0.243968, 0.768317", \
            "-0.001807, -0.0004055, 0.0043773, 0.0206896, 0.0744887, 0.244369, 0.774219", \
            "-0.0017439, -0.0001937, 0.0048143, 0.0216139, 0.0758672, 0.246075, 0.772637", \
            "-0.0014754, 0.0007174, 0.0072796, 0.0264186, 0.0832724, 0.255504, 0.781991" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470138, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.0045229, 0.0082977, 0.0160621, 0.0210472, -0.0118735, -0.171442, -0.698182", \
            "0.0045499, 0.0083216, 0.0160628, 0.0210419, -0.0118756, -0.171515, -0.698235", \
            "0.0046063, 0.0083591, 0.0160503, 0.0209753, -0.0120278, -0.171714, -0.698464", \
            "0.0045944, 0.0083264, 0.0159781, 0.0207913, -0.0123158, -0.172032, -0.698807", \
            "0.0046145, 0.0083719, 0.0160794, 0.0209923, -0.01198, -0.171668, -0.698415", \
            "0.0046971, 0.0085843, 0.0165954, 0.0220349, -0.0105318, -0.170125, -0.696865", \
            "0.0049387, 0.0092297, 0.0181562, 0.0250875, -0.0058981, -0.164415, -0.690802" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00185;
      rise_capacitance : 0.001928;
      rise_capacitance_range (0.001928, 0.001928);
      fall_capacitance : 0.001772;
      fall_capacitance_range (0.001772, 0.001772);
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.126174, -0.145087, -0.0881204", \
            "-0.0425638, -0.0614766, -0.002069", \
            "0.0567201, 0.0365866, 0.0959941" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0211934, -0.145087, -0.296861", \
            "0.110024, -0.0114277, -0.15954", \
            "0.260577, 0.140346, -0.0065449" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.133836, 0.153969, 0.0970033", \
            "0.0587708, 0.0764629, 0.0207174", \
            "-0.0148783, 0.0028138, -0.0517109" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0312969, 0.152749, 0.304523", \
            "-0.101141, 0.0190898, 0.16476", \
            "-0.250474, -0.131463, 0.0129863" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0028188, 0.0026648, 0.0023097, 0.0027183, 0.00366, 0.005831, 0.0108352" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0095019, 0.0094022, 0.0091727, 0.0096107, 0.0106205, 0.0129483, 0.0183139" \
          );
        }
      }
    }
    pin (GATE) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001839;
      rise_capacitance : 0.001924;
      rise_capacitance_range (0.001924, 0.001924);
      fall_capacitance : 0.001755;
      fall_capacitance_range (0.001755, 0.001755);
      timing () {
        related_pin : "GATE";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0665246, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0115326, 0.0113663, 0.0109833, 0.0113819, 0.0123005, 0.0144182, 0.0192995" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0199884, 0.0198345, 0.01948, 0.0198789, 0.0207982, 0.0229175, 0.0278026" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002466;
      rise_capacitance : 0.002596;
      rise_capacitance_range (0.002596, 0.002596);
      fall_capacitance : 0.002335;
      fall_capacitance_range (0.002335, 0.002335);
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0150898, -0.0096048, -0.0970885", \
            "-0.1341, -0.133498, -0.220982", \
            "-0.272447, -0.275506, -0.36299" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0264141, 0.0197083, 0.109633", \
            "0.151528, 0.146043, 0.235968", \
            "0.295978, 0.292934, 0.381639" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.108268, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047941, -0.0048523, -0.0049864, -0.0049899, -0.0049982, -0.0050172, -0.0050608" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048579, 0.0048552, 0.0048492, 0.0048613, 0.0048892, 0.0049536, 0.0051022" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      clear : "!RESETB";
      data_in : "D";
      enable : "GATE";
    }
  }
  cell (scs8hd_dlrtn_1) {
    area : 17.5168;
    cell_footprint : "dlrtn";
    cell_leakage_power : 0.0202665;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0221689;
      when : "RESETB&D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0207574;
      when : "RESETB&!D&GATEN&Q";
    }
    leakage_power () {
      value : 0.0284578;
      when : "RESETB&D&!GATEN&Q";
    }
    leakage_power () {
      value : 0.0143497;
      when : "RESETB&!D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0147983;
      when : "!RESETB&!D&!GATEN&!Q";
    }
    leakage_power () {
      value : 0.0148162;
      when : "RESETB&!D&!GATEN&!Q";
    }
    leakage_power () {
      value : 0.0284285;
      when : "RESETB&D&GATEN&Q";
    }
    leakage_power () {
      value : 0.0224048;
      when : "!RESETB&D&!GATEN&!Q";
    }
    leakage_power () {
      value : 0.0143319;
      when : "!RESETB&!D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0221511;
      when : "!RESETB&D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0202665;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.210581;
      max_transition : 1.50293;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.189231, 0.194837, 0.208039, 0.240882, 0.32857, 0.567759, 1.22284", \
            "0.193004, 0.198692, 0.211871, 0.244685, 0.332349, 0.571843, 1.2266", \
            "0.200962, 0.206567, 0.219832, 0.252484, 0.340127, 0.579373, 1.23653", \
            "0.209232, 0.214883, 0.228139, 0.260787, 0.348377, 0.58735, 1.24117", \
            "0.213012, 0.21862, 0.231754, 0.264569, 0.352141, 0.591321, 1.24793", \
            "0.202166, 0.207818, 0.221069, 0.253725, 0.341318, 0.579832, 1.23423", \
            "0.15053, 0.156246, 0.169427, 0.202231, 0.28992, 0.528919, 1.1833" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0181727, 0.0235733, 0.0384349, 0.0825209, 0.206899, 0.552923, 1.49303", \
            "0.0181701, 0.02348, 0.038427, 0.0826052, 0.207341, 0.55209, 1.49695", \
            "0.0182208, 0.0235087, 0.0383902, 0.0825976, 0.207259, 0.551779, 1.49062", \
            "0.0182737, 0.0234911, 0.0384252, 0.0824498, 0.206851, 0.550481, 1.50164", \
            "0.0181689, 0.023455, 0.0383923, 0.0824818, 0.207182, 0.551624, 1.49831", \
            "0.0182793, 0.0234937, 0.0384294, 0.0824517, 0.207111, 0.550301, 1.50293", \
            "0.0183126, 0.0235482, 0.0384561, 0.0823714, 0.207096, 0.551224, 1.49253" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.132202, 0.136427, 0.145452, 0.164035, 0.205738, 0.313477, 0.608317", \
            "0.136867, 0.141108, 0.150137, 0.168699, 0.210438, 0.318196, 0.613283", \
            "0.1491, 0.153324, 0.162343, 0.180921, 0.222642, 0.330496, 0.624413", \
            "0.174129, 0.178357, 0.187383, 0.205966, 0.247669, 0.355408, 0.650522", \
            "0.214618, 0.218829, 0.227822, 0.246407, 0.288114, 0.395878, 0.69076", \
            "0.282887, 0.287114, 0.296145, 0.314754, 0.356479, 0.464141, 0.758091", \
            "0.40974, 0.413997, 0.423043, 0.441635, 0.483412, 0.591166, 0.885967" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0127234, 0.0159446, 0.0230671, 0.040719, 0.0890472, 0.228219, 0.616576", \
            "0.0127318, 0.0158078, 0.0229509, 0.040797, 0.0891812, 0.227068, 0.616543", \
            "0.0126897, 0.0158542, 0.0231251, 0.0407994, 0.0891084, 0.227384, 0.617352", \
            "0.0127306, 0.0159731, 0.0230443, 0.0407041, 0.089036, 0.228199, 0.618577", \
            "0.012673, 0.0157905, 0.0229203, 0.040759, 0.0890412, 0.227018, 0.616342", \
            "0.0128473, 0.0159096, 0.0232107, 0.0407254, 0.0891164, 0.227185, 0.613746", \
            "0.0128686, 0.015945, 0.0230827, 0.0408928, 0.0890565, 0.227727, 0.615914" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.22953, 0.23522, 0.248461, 0.281249, 0.368933, 0.608105, 1.26254", \
            "0.233959, 0.239679, 0.252884, 0.28568, 0.373347, 0.612432, 1.26798", \
            "0.24569, 0.251375, 0.264609, 0.297393, 0.384905, 0.623623, 1.27882", \
            "0.273135, 0.278843, 0.292094, 0.324833, 0.412493, 0.651508, 1.30609", \
            "0.320391, 0.326079, 0.339292, 0.372113, 0.45979, 0.69888, 1.3544", \
            "0.396347, 0.402038, 0.415241, 0.448063, 0.535549, 0.774516, 1.42892", \
            "0.530916, 0.53658, 0.549784, 0.582563, 0.670215, 0.909301, 1.56208" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0180312, 0.0235263, 0.0385194, 0.0825892, 0.207174, 0.55164, 1.49886", \
            "0.0181269, 0.0235073, 0.0384858, 0.082544, 0.207255, 0.550484, 1.50089", \
            "0.0181203, 0.0234901, 0.0385032, 0.0824583, 0.207192, 0.552126, 1.4962", \
            "0.0180712, 0.0234516, 0.0384268, 0.0826426, 0.20722, 0.550682, 1.50081", \
            "0.0181053, 0.023405, 0.038443, 0.082518, 0.20744, 0.550519, 1.5009", \
            "0.0180634, 0.0234317, 0.0384482, 0.0826616, 0.207234, 0.551722, 1.49693", \
            "0.0179801, 0.0233418, 0.0384332, 0.0826031, 0.207197, 0.550125, 1.49431" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.147108, 0.151427, 0.160574, 0.179327, 0.221077, 0.328768, 0.622675", \
            "0.151577, 0.155896, 0.165022, 0.183744, 0.22555, 0.333123, 0.628132", \
            "0.163374, 0.167711, 0.176851, 0.195581, 0.237395, 0.344972, 0.639184", \
            "0.190704, 0.195023, 0.204172, 0.222919, 0.264711, 0.372373, 0.66748", \
            "0.240724, 0.245075, 0.254242, 0.273004, 0.314796, 0.422501, 0.716431", \
            "0.320954, 0.32531, 0.334519, 0.353315, 0.395136, 0.502955, 0.797147", \
            "0.4576, 0.462001, 0.471262, 0.490126, 0.532053, 0.639696, 0.933889" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0131343, 0.0161999, 0.0235042, 0.0410217, 0.0894679, 0.228346, 0.615393", \
            "0.0131865, 0.0161955, 0.0234398, 0.0411291, 0.0888238, 0.228913, 0.615755", \
            "0.0131941, 0.0161878, 0.0234684, 0.0411128, 0.0888497, 0.229707, 0.613942", \
            "0.0131475, 0.0162039, 0.0233346, 0.0410532, 0.088789, 0.228539, 0.617205", \
            "0.0132486, 0.0163882, 0.0236367, 0.0410453, 0.0891687, 0.228194, 0.612992", \
            "0.0133424, 0.0164115, 0.0237354, 0.0410914, 0.089295, 0.227549, 0.618415", \
            "0.0136581, 0.0167885, 0.024015, 0.0414519, 0.0889729, 0.229046, 0.613622" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0509725, 0.0562825, 0.069087, 0.101355, 0.188391, 0.42722, 1.08405", \
            "0.0538766, 0.0592279, 0.0720446, 0.104365, 0.191492, 0.429521, 1.08601", \
            "0.0596208, 0.0649402, 0.0777019, 0.11003, 0.197477, 0.435686, 1.0999", \
            "0.0675164, 0.0731017, 0.0862493, 0.118999, 0.206464, 0.445479, 1.10396", \
            "0.0704179, 0.0765688, 0.0908047, 0.123916, 0.211569, 0.450464, 1.10681", \
            "0.050895, 0.0588341, 0.0756391, 0.110053, 0.197609, 0.436507, 1.09235", \
            "-0.0302473, -0.020055, 0.001262, 0.0411905, 0.12979, 0.36776, 1.0265" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0158554, 0.021511, 0.037114, 0.082036, 0.207094, 0.552792, 1.49772", \
            "0.0158258, 0.021445, 0.0372125, 0.0818273, 0.207316, 0.551753, 1.49593", \
            "0.0159479, 0.0215952, 0.0372047, 0.0821014, 0.20725, 0.551688, 1.5019", \
            "0.017395, 0.0229369, 0.0382513, 0.0823592, 0.207425, 0.552911, 1.4979", \
            "0.0212194, 0.0267489, 0.0409137, 0.0833906, 0.207533, 0.553275, 1.49723", \
            "0.0272526, 0.0332072, 0.04728, 0.0862486, 0.20828, 0.551308, 1.50034", \
            "0.0362603, 0.0441775, 0.0606136, 0.0965126, 0.210508, 0.552353, 1.49212" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0570548, 0.0613923, 0.070489, 0.0889085, 0.130367, 0.237972, 0.532542", \
            "0.061839, 0.066162, 0.0752745, 0.093747, 0.135218, 0.242834, 0.537299", \
            "0.0744876, 0.0789607, 0.0880789, 0.106554, 0.14804, 0.255673, 0.550111", \
            "0.10457, 0.10903, 0.118299, 0.136949, 0.178292, 0.285877, 0.580561", \
            "0.156173, 0.161756, 0.173241, 0.194435, 0.237328, 0.344866, 0.638981", \
            "0.244728, 0.251457, 0.26566, 0.291639, 0.338652, 0.447236, 0.741056", \
            "0.411515, 0.419454, 0.436902, 0.468898, 0.523802, 0.633405, 0.927179" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.013534, 0.0168293, 0.0240247, 0.0413453, 0.0890497, 0.228174, 0.613843", \
            "0.0134768, 0.0166898, 0.0239456, 0.0412924, 0.0890514, 0.22786, 0.621172", \
            "0.0135295, 0.0167964, 0.0238084, 0.0411818, 0.0890288, 0.227692, 0.617395", \
            "0.0146388, 0.0177654, 0.0247357, 0.0415325, 0.0892706, 0.227784, 0.617001", \
            "0.0198259, 0.0236933, 0.0308944, 0.046859, 0.091761, 0.228055, 0.616832", \
            "0.0267066, 0.031193, 0.0403794, 0.0576428, 0.0982416, 0.229583, 0.619914", \
            "0.0365694, 0.0417925, 0.0533901, 0.0728306, 0.11194, 0.2355, 0.617601" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.076915, 0.210581");
          values ( \
            "0.0161305, 0.0180778, 0.0231266, 0.0356262, 0.0690889, 0.160626, 0.412119", \
            "0.0161071, 0.0181023, 0.0231092, 0.0356489, 0.0693685, 0.161512, 0.412612", \
            "0.0161665, 0.0181499, 0.0232083, 0.0357292, 0.0690861, 0.161688, 0.41303", \
            "0.0157171, 0.0177175, 0.022788, 0.035317, 0.0687275, 0.160391, 0.413576", \
            "0.0154355, 0.0174054, 0.0223887, 0.0349888, 0.0683313, 0.160812, 0.413411", \
            "0.016498, 0.0181483, 0.0227075, 0.035073, 0.0684569, 0.160299, 0.413199", \
            "0.0174669, 0.0190239, 0.0235359, 0.0359283, 0.0695459, 0.16127, 0.409512" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.076915, 0.210581");
          values ( \
            "0.0106695, 0.0095144, 0.006229, -0.0049772, -0.0385078, -0.13121, -0.385298", \
            "0.0105143, 0.0093347, 0.0060856, -0.0051253, -0.0386478, -0.131365, -0.385412", \
            "0.0105857, 0.009384, 0.006165, -0.005074, -0.038601, -0.131304, -0.385378", \
            "0.0104157, 0.0092702, 0.0059874, -0.0052279, -0.0387507, -0.131444, -0.385521", \
            "0.0101079, 0.0089724, 0.0056903, -0.0054935, -0.039021, -0.131734, -0.385807", \
            "0.0123443, 0.0107743, 0.0064669, -0.005688, -0.0393923, -0.131853, -0.385927", \
            "0.0137697, 0.0121438, 0.0077782, -0.0041987, -0.0380344, -0.130757, -0.38455" \
          );
        }
      }
      internal_power () {
        related_pin : "GATEN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.076915, 0.210581");
          values ( \
            "0.0227948, 0.0247755, 0.0298328, 0.042353, 0.0758383, 0.16831, 0.420434", \
            "0.0226699, 0.0246812, 0.0297338, 0.042327, 0.0756971, 0.168371, 0.420477", \
            "0.0228488, 0.024836, 0.0298924, 0.0424321, 0.0758484, 0.168161, 0.419025", \
            "0.0226067, 0.0245649, 0.0296008, 0.0422032, 0.0756535, 0.168309, 0.420632", \
            "0.0221674, 0.0241269, 0.0291666, 0.0417879, 0.0752383, 0.167837, 0.420299", \
            "0.022522, 0.0241644, 0.0287572, 0.0416785, 0.0749105, 0.16655, 0.418012", \
            "0.0243411, 0.0260024, 0.0305133, 0.0428864, 0.0760856, 0.168499, 0.41809" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.076915, 0.210581");
          values ( \
            "0.0208954, 0.0196713, 0.0164153, 0.0052828, -0.0282342, -0.120918, -0.375008", \
            "0.0208113, 0.0195966, 0.0163644, 0.0051997, -0.0283101, -0.12101, -0.375082", \
            "0.0209752, 0.0197273, 0.0165079, 0.0053591, -0.02815, -0.120847, -0.374924", \
            "0.0206223, 0.0193925, 0.0161372, 0.0049803, -0.0285067, -0.121206, -0.375281", \
            "0.0200949, 0.0189237, 0.0157393, 0.0045465, -0.0289429, -0.121633, -0.375714", \
            "0.0224501, 0.0208744, 0.0165447, 0.0044202, -0.029073, -0.121689, -0.375756", \
            "0.0247142, 0.0231233, 0.0187749, 0.0066407, -0.0270424, -0.119762, -0.373569" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.076915, 0.210581");
          values ( \
            "0.0173409, 0.0194022, 0.0242339, 0.0365309, 0.0696395, 0.161063, 0.410497", \
            "0.0171994, 0.0192779, 0.0240796, 0.0361738, 0.0695525, 0.161153, 0.412905", \
            "0.0170381, 0.0191316, 0.0239219, 0.0360105, 0.0696108, 0.160958, 0.412467", \
            "0.0169218, 0.0187867, 0.0235248, 0.0358503, 0.0691833, 0.161541, 0.410171", \
            "0.0180265, 0.0196075, 0.0241009, 0.0361891, 0.0693622, 0.161964, 0.413113", \
            "0.0200203, 0.0217207, 0.0261991, 0.0382668, 0.0712163, 0.162114, 0.416315", \
            "0.0269205, 0.0284274, 0.0326395, 0.0443891, 0.0773239, 0.168104, 0.417094" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.076915, 0.210581");
          values ( \
            "0.0129424, 0.0115841, 0.0078875, -0.0040688, -0.0379772, -0.130816, -0.384967", \
            "0.0125408, 0.0112008, 0.0074585, -0.0044255, -0.0383377, -0.131165, -0.385319", \
            "0.0122188, 0.0108855, 0.0071275, -0.00477, -0.0386385, -0.131452, -0.385617", \
            "0.0125234, 0.0111331, 0.0074193, -0.0044261, -0.038289, -0.131081, -0.385235", \
            "0.0137051, 0.0119827, 0.0073796, -0.003825, -0.0375521, -0.130437, -0.384549", \
            "0.0176967, 0.015892, 0.0111915, -0.0011843, -0.0353202, -0.127827, -0.38202", \
            "0.0269535, 0.0249776, 0.020195, 0.0074477, -0.0269471, -0.120119, -0.374292" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001858;
      rise_capacitance : 0.001944;
      rise_capacitance_range (0.001944, 0.001944);
      fall_capacitance : 0.001771;
      fall_capacitance_range (0.001771, 0.001771);
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0956563, -0.114569, -0.0563822", \
            "-0.049888, -0.0700215, -0.0118346", \
            "-0.0873229, -0.106236, -0.0480488" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0626973, -0.187811, -0.339585", \
            "-0.0694193, -0.192092, -0.341424", \
            "-0.145917, -0.267368, -0.417922" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.102098, 0.12101, 0.0640443", \
            "0.0563294, 0.0752422, 0.018276", \
            "0.0937643, 0.112677, 0.0532695" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0703594, 0.193032, 0.344806", \
            "0.0856263, 0.204637, 0.350307", \
            "0.184096, 0.293341, 0.43657" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102949, 0.0101533, 0.0098271, 0.0102203, 0.0111268, 0.0132165, 0.0180333" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0208858, 0.0208082, 0.0206294, 0.0210325, 0.0219617, 0.0241036, 0.0290408" \
          );
        }
      }
    }
    pin (GATEN) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001819;
      rise_capacitance : 0.001897;
      rise_capacitance_range (0.001897, 0.001897);
      fall_capacitance : 0.001741;
      fall_capacitance_range (0.001741, 0.001741);
      timing () {
        related_pin : "GATEN";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0895933, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0117699, 0.011601, 0.0112117, 0.0115792, 0.0124263, 0.0143788, 0.0188795" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0199696, 0.0198173, 0.0194662, 0.0198589, 0.0207642, 0.0228509, 0.0276608" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00254;
      rise_capacitance : 0.002681;
      rise_capacitance_range (0.002681, 0.002681);
      fall_capacitance : 0.002399;
      fall_capacitance_range (0.002399, 0.002399);
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0480488, -0.0657572, -0.175214", \
            "-0.0913757, -0.106643, -0.21732", \
            "-0.0539408, -0.0704284, -0.179885" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0557109, 0.0721986, 0.184096", \
            "0.0990378, 0.114305, 0.226203", \
            "0.0628236, 0.0768698, 0.189988" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0786082, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0048407, -0.0048877, -0.0049958, -0.0049978, -0.0050022, -0.0050125, -0.0050361" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048908, 0.0049305, 0.0050219, 0.0050246, 0.0050311, 0.005046, 0.0050803" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      clear : "!RESETB";
      data_in : "D";
      enable : "!GATEN";
    }
  }
  cell (scs8hd_dlrtn_2) {
    area : 17.5168;
    cell_footprint : "dlrtn";
    cell_leakage_power : 0.0246136;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0283652;
      when : "RESETB&D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0207884;
      when : "RESETB&!D&GATEN&Q";
    }
    leakage_power () {
      value : 0.028489;
      when : "RESETB&D&!GATEN&Q";
    }
    leakage_power () {
      value : 0.020546;
      when : "RESETB&!D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0209962;
      when : "!RESETB&!D&!GATEN&!Q";
    }
    leakage_power () {
      value : 0.021014;
      when : "RESETB&!D&!GATEN&!Q";
    }
    leakage_power () {
      value : 0.0284597;
      when : "RESETB&D&GATEN&Q";
    }
    leakage_power () {
      value : 0.028602;
      when : "!RESETB&D&!GATEN&!Q";
    }
    leakage_power () {
      value : 0.0205281;
      when : "!RESETB&!D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0283474;
      when : "!RESETB&D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0246136;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.371714;
      max_transition : 1.49937;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.198558, 0.203004, 0.213825, 0.24028, 0.313967, 0.533267, 1.19498", \
            "0.202382, 0.20684, 0.217651, 0.244061, 0.317833, 0.537139, 1.1985", \
            "0.210386, 0.214909, 0.225719, 0.252132, 0.32559, 0.544469, 1.20578", \
            "0.218844, 0.223294, 0.233995, 0.260391, 0.333929, 0.553369, 1.21361", \
            "0.222477, 0.226797, 0.237473, 0.2639, 0.33766, 0.556971, 1.21633", \
            "0.211879, 0.216362, 0.227046, 0.253446, 0.32711, 0.54583, 1.20953", \
            "0.160362, 0.164843, 0.175533, 0.201955, 0.275622, 0.495311, 1.15496" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.0178068, 0.0215422, 0.0323857, 0.0659622, 0.173372, 0.504451, 1.49773", \
            "0.0178365, 0.0215443, 0.0324337, 0.0660101, 0.173399, 0.50261, 1.49793", \
            "0.0178465, 0.0215975, 0.0324224, 0.0660159, 0.173132, 0.500726, 1.49253", \
            "0.0176391, 0.021606, 0.0323307, 0.0659382, 0.173345, 0.502826, 1.49432", \
            "0.0176116, 0.0216292, 0.0323863, 0.065911, 0.172897, 0.502783, 1.49661", \
            "0.0176376, 0.0214705, 0.0323688, 0.0661209, 0.173251, 0.500306, 1.49828", \
            "0.0176759, 0.0216566, 0.0324006, 0.0660427, 0.173185, 0.502834, 1.49301" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.141676, 0.145084, 0.153228, 0.170309, 0.207726, 0.304728, 0.591955", \
            "0.146367, 0.149799, 0.157927, 0.175096, 0.21239, 0.309479, 0.597852", \
            "0.158512, 0.161944, 0.170072, 0.187242, 0.224535, 0.321663, 0.609789", \
            "0.183651, 0.187065, 0.195151, 0.212313, 0.249684, 0.346702, 0.6341", \
            "0.224114, 0.227527, 0.235626, 0.252702, 0.290136, 0.387179, 0.674116", \
            "0.292557, 0.295976, 0.304055, 0.32122, 0.358591, 0.455621, 0.742822", \
            "0.41951, 0.422929, 0.43106, 0.448201, 0.485606, 0.582682, 0.869841" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.0139567, 0.0163263, 0.0221966, 0.036446, 0.0754805, 0.198495, 0.584605", \
            "0.0139133, 0.0163135, 0.0222677, 0.0364575, 0.0754612, 0.198305, 0.582439", \
            "0.0139127, 0.0163137, 0.022268, 0.0364592, 0.0754601, 0.199862, 0.585396", \
            "0.0139379, 0.0163224, 0.0223287, 0.0362516, 0.0754979, 0.198822, 0.584332", \
            "0.0139654, 0.0163367, 0.0221583, 0.0364747, 0.0755389, 0.198857, 0.587727", \
            "0.0140037, 0.016421, 0.022279, 0.0362117, 0.0755142, 0.197689, 0.587365", \
            "0.0141388, 0.0165103, 0.0223221, 0.0363712, 0.0755454, 0.198858, 0.586028" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.239154, 0.243628, 0.25446, 0.280956, 0.354643, 0.573674, 1.23519", \
            "0.243422, 0.247887, 0.258706, 0.285215, 0.358958, 0.578173, 1.23847", \
            "0.25528, 0.259752, 0.270571, 0.297078, 0.370769, 0.590332, 1.25157", \
            "0.282641, 0.287141, 0.297915, 0.324374, 0.398142, 0.616723, 1.27729", \
            "0.330063, 0.334539, 0.345319, 0.371819, 0.445291, 0.66464, 1.32539", \
            "0.405984, 0.410421, 0.421222, 0.447682, 0.521383, 0.740981, 1.40099", \
            "0.540217, 0.54468, 0.555471, 0.581911, 0.655635, 0.875105, 1.53363" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.0175806, 0.0214195, 0.0322856, 0.065933, 0.173207, 0.501947, 1.49311", \
            "0.0176098, 0.0214238, 0.032334, 0.0660272, 0.172818, 0.503233, 1.49735", \
            "0.0176209, 0.0214488, 0.0323333, 0.0658853, 0.173879, 0.502412, 1.49649", \
            "0.0175767, 0.0214425, 0.0322854, 0.0659955, 0.17317, 0.501737, 1.49709", \
            "0.0176274, 0.0214186, 0.0323268, 0.0659737, 0.17307, 0.502625, 1.49743", \
            "0.0176158, 0.021384, 0.0322753, 0.0659946, 0.173281, 0.502676, 1.49838", \
            "0.0174815, 0.0213559, 0.0322045, 0.0659411, 0.173405, 0.501869, 1.49706" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.156767, 0.160242, 0.168494, 0.185783, 0.223273, 0.320323, 0.608776", \
            "0.161184, 0.164661, 0.172909, 0.190129, 0.227715, 0.324788, 0.61188", \
            "0.173074, 0.176549, 0.184792, 0.202018, 0.239589, 0.336685, 0.625027", \
            "0.200319, 0.203806, 0.212038, 0.229248, 0.266827, 0.363801, 0.65156", \
            "0.25033, 0.253808, 0.26204, 0.279277, 0.316848, 0.413903, 0.702248", \
            "0.330519, 0.334001, 0.342268, 0.359634, 0.397161, 0.49427, 0.781774", \
            "0.46723, 0.470732, 0.479045, 0.496438, 0.534048, 0.631162, 0.918017" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.0142559, 0.0168087, 0.0226239, 0.0368536, 0.0757366, 0.198629, 0.582116", \
            "0.0142934, 0.0168004, 0.0226249, 0.0367719, 0.0757674, 0.198673, 0.585754", \
            "0.0142518, 0.0167687, 0.0225989, 0.0367074, 0.0756464, 0.200399, 0.583636", \
            "0.0143131, 0.0168115, 0.0227642, 0.0368217, 0.0758651, 0.198849, 0.583443", \
            "0.0143054, 0.0168321, 0.0228537, 0.0369167, 0.0758364, 0.199301, 0.582372", \
            "0.0144764, 0.0169178, 0.022772, 0.0369564, 0.0757868, 0.198656, 0.584087", \
            "0.0146326, 0.0171507, 0.0230093, 0.0371912, 0.0758548, 0.198909, 0.584245" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.0587959, 0.0629615, 0.0733826, 0.0994156, 0.172703, 0.391413, 1.05312", \
            "0.0617953, 0.0659648, 0.0763845, 0.102479, 0.175792, 0.394019, 1.05582", \
            "0.0680312, 0.072181, 0.0825258, 0.108587, 0.181815, 0.400717, 1.06386", \
            "0.0782854, 0.0826145, 0.0932356, 0.119614, 0.19297, 0.411786, 1.0758", \
            "0.085869, 0.0909812, 0.1027, 0.130046, 0.203956, 0.423685, 1.08473", \
            "0.0735246, 0.0798576, 0.0944302, 0.124285, 0.198283, 0.417776, 1.07882", \
            "0.0043916, 0.0113669, 0.0297641, 0.0663842, 0.143012, 0.360617, 1.02169" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.0155601, 0.0194741, 0.0307048, 0.0651102, 0.173049, 0.502914, 1.4969", \
            "0.0155515, 0.0194661, 0.0307455, 0.0651806, 0.172879, 0.502556, 1.49609", \
            "0.0155346, 0.0194327, 0.0306861, 0.0650389, 0.173256, 0.503118, 1.49635", \
            "0.0168334, 0.0206629, 0.0319714, 0.065726, 0.173249, 0.501618, 1.49937", \
            "0.0206129, 0.0248637, 0.0355839, 0.0675745, 0.173589, 0.502829, 1.4979", \
            "0.0268471, 0.0316307, 0.0428761, 0.0732329, 0.175172, 0.502382, 1.49492", \
            "0.0357785, 0.0416233, 0.0556146, 0.0863081, 0.17983, 0.50308, 1.49235" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.0664274, 0.0699811, 0.0783018, 0.0956361, 0.132897, 0.229753, 0.517578", \
            "0.0712746, 0.0747982, 0.0831802, 0.100545, 0.137845, 0.234749, 0.52209", \
            "0.083681, 0.0872135, 0.0955723, 0.112903, 0.15016, 0.247053, 0.534434", \
            "0.114453, 0.117952, 0.126234, 0.143407, 0.180695, 0.277536, 0.565385", \
            "0.171638, 0.175796, 0.185629, 0.205652, 0.244892, 0.341375, 0.628714", \
            "0.267137, 0.272045, 0.284408, 0.309144, 0.354465, 0.453872, 0.740522", \
            "0.442475, 0.448316, 0.462231, 0.49209, 0.547295, 0.65175, 0.938174" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.0146648, 0.0171001, 0.0232297, 0.0369949, 0.0755232, 0.199168, 0.582993", \
            "0.0146518, 0.017043, 0.0230852, 0.037109, 0.0755631, 0.199164, 0.587386", \
            "0.0146956, 0.0171153, 0.0232338, 0.0369455, 0.0755614, 0.198704, 0.584937", \
            "0.0149089, 0.0173644, 0.0234218, 0.0373506, 0.0756274, 0.198788, 0.585332", \
            "0.0206598, 0.0231654, 0.0299037, 0.0430268, 0.0785325, 0.19918, 0.584799", \
            "0.0292698, 0.0322881, 0.0400012, 0.0553406, 0.0891043, 0.201921, 0.586201", \
            "0.0411685, 0.044544, 0.0534918, 0.0721766, 0.109056, 0.211788, 0.584214" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.0224804, 0.0244535, 0.0306692, 0.0482369, 0.0998273, 0.254006, 0.720459", \
            "0.0224356, 0.0244755, 0.0306239, 0.0481996, 0.0996402, 0.255011, 0.718948", \
            "0.0225873, 0.0246783, 0.0308642, 0.0484807, 0.0997916, 0.254165, 0.719762", \
            "0.0220219, 0.0241248, 0.0302298, 0.0476751, 0.0991846, 0.253787, 0.719429", \
            "0.0216404, 0.0236594, 0.0297403, 0.047322, 0.098712, 0.253311, 0.719908", \
            "0.0229338, 0.0248608, 0.0304858, 0.047703, 0.0991098, 0.252981, 0.719018", \
            "0.0234515, 0.025361, 0.0310253, 0.0482947, 0.100287, 0.25427, 0.718317" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.0162829, 0.0143937, 0.0095099, -0.0054805, -0.0564072, -0.212943, -0.684768", \
            "0.016086, 0.0142492, 0.0093684, -0.0056424, -0.0565667, -0.213091, -0.684908", \
            "0.0161155, 0.0143567, 0.0095023, -0.0055644, -0.0564628, -0.212999, -0.684808", \
            "0.0159782, 0.0141676, 0.0092454, -0.0057212, -0.0566729, -0.213191, -0.685005", \
            "0.0156114, 0.0138211, 0.0089319, -0.0060798, -0.0569978, -0.213517, -0.685336", \
            "0.0184856, 0.0166205, 0.0111013, -0.0056882, -0.0574873, -0.21376, -0.685573", \
            "0.0195192, 0.0176239, 0.0120839, -0.0047037, -0.056451, -0.213073, -0.68461" \
          );
        }
      }
      internal_power () {
        related_pin : "GATEN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.0292217, 0.0312996, 0.0374574, 0.0549995, 0.106693, 0.261924, 0.729177", \
            "0.0290976, 0.0311299, 0.0372973, 0.05484, 0.1064, 0.261186, 0.727192", \
            "0.0291831, 0.0312423, 0.0374168, 0.0550351, 0.106463, 0.261108, 0.726761", \
            "0.0288646, 0.0309465, 0.0371144, 0.0546302, 0.106139, 0.261412, 0.726777", \
            "0.0282947, 0.03035, 0.0365154, 0.0540708, 0.105525, 0.260822, 0.726899", \
            "0.0281189, 0.029979, 0.0356982, 0.0535557, 0.104891, 0.259609, 0.725571", \
            "0.0292634, 0.0311557, 0.0368695, 0.0541629, 0.105647, 0.26118, 0.724531" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.0264411, 0.0246256, 0.0196568, 0.0046623, -0.0462143, -0.202714, -0.674529", \
            "0.0263161, 0.0244696, 0.0195164, 0.0045081, -0.0463385, -0.202853, -0.674672", \
            "0.026452, 0.0245665, 0.0196622, 0.0046345, -0.0462338, -0.202742, -0.674558", \
            "0.0259911, 0.0241337, 0.0191987, 0.0041745, -0.0466791, -0.203187, -0.674993", \
            "0.0253656, 0.0234763, 0.0185512, 0.0035702, -0.0472932, -0.203784, -0.675607", \
            "0.0280113, 0.0260903, 0.0205463, 0.003663, -0.0478155, -0.204233, -0.676043", \
            "0.0295128, 0.0275785, 0.0219487, 0.0050996, -0.0465798, -0.203118, -0.674705" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.0234655, 0.0255167, 0.0316731, 0.0490821, 0.100167, 0.254432, 0.723233", \
            "0.0233753, 0.0254445, 0.0315723, 0.0489596, 0.100134, 0.254413, 0.721113", \
            "0.0232512, 0.0253194, 0.0314012, 0.0487234, 0.100028, 0.254423, 0.721127", \
            "0.0230136, 0.0250473, 0.0308992, 0.0482688, 0.0997262, 0.254074, 0.721079", \
            "0.024308, 0.0261694, 0.0316936, 0.0485611, 0.0999242, 0.254529, 0.72038", \
            "0.0265963, 0.0283772, 0.033905, 0.0506788, 0.101493, 0.255936, 0.721669", \
            "0.0335473, 0.0350341, 0.0405451, 0.0569447, 0.107625, 0.262016, 0.726087" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150491, 0.00452949, 0.0136329, 0.0410326, 0.123501, 0.371714");
          values ( \
            "0.0183277, 0.016474, 0.0112774, -0.0043653, -0.0558493, -0.212541, -0.684429", \
            "0.0180229, 0.0161284, 0.0109548, -0.0046614, -0.0561419, -0.212833, -0.684756", \
            "0.0177031, 0.0158886, 0.0107137, -0.0049547, -0.0563767, -0.213048, -0.684916", \
            "0.0180115, 0.0160959, 0.0108376, -0.0048193, -0.0562069, -0.212866, -0.684763", \
            "0.0185808, 0.0164843, 0.0110095, -0.0037894, -0.0551716, -0.21173, -0.683674", \
            "0.0249804, 0.0225958, 0.0163944, -0.0014351, -0.0537056, -0.209943, -0.681965", \
            "0.0351304, 0.0324976, 0.0253971, 0.0074609, -0.045528, -0.202793, -0.67478" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001852;
      rise_capacitance : 0.00193;
      rise_capacitance_range (0.00193, 0.00193);
      fall_capacitance : 0.001774;
      fall_capacitance_range (0.001774, 0.001774);
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.10176, -0.120673, -0.0637064", \
            "-0.0559915, -0.0749043, -0.0179382", \
            "-0.0922057, -0.111119, -0.0529316" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0651387, -0.190253, -0.343247", \
            "-0.07064, -0.194533, -0.345087", \
            "-0.147137, -0.26981, -0.420363" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.109422, 0.128335, 0.0725892", \
            "0.0636536, 0.0825664, 0.026821", \
            "0.0998678, 0.118781, 0.0605937" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0752422, 0.197915, 0.348468", \
            "0.0892884, 0.207078, 0.353969", \
            "0.188979, 0.297003, 0.440232" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0103456, 0.0102072, 0.0098879, 0.0102829, 0.0111932, 0.0132916, 0.0181284" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0207468, 0.0206641, 0.0204733, 0.0208832, 0.0218282, 0.0240062, 0.029027" \
          );
        }
      }
    }
    pin (GATEN) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001819;
      rise_capacitance : 0.001897;
      rise_capacitance_range (0.001897, 0.001897);
      fall_capacitance : 0.001741;
      fall_capacitance_range (0.001741, 0.001741);
      timing () {
        related_pin : "GATEN";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0939874, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0118298, 0.0117022, 0.0114081, 0.0117689, 0.0126006, 0.0145177, 0.0189368" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0199234, 0.0198016, 0.0195208, 0.0199777, 0.0210309, 0.0234585, 0.0290546" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002472;
      rise_capacitance : 0.002601;
      rise_capacitance_range (0.002601, 0.002601);
      fall_capacitance : 0.002342;
      fall_capacitance_range (0.002342, 0.002342);
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0382832, -0.0437845, -0.138592", \
            "-0.08161, -0.0858906, -0.180699", \
            "-0.0453958, -0.0484557, -0.144484" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0496074, 0.053888, 0.153579", \
            "0.0929342, 0.0959941, 0.194464", \
            "0.0567201, 0.0597799, 0.15825" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0939874, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0048037, -0.0048432, -0.0049344, -0.0049383, -0.0049473, -0.004968, -0.0050159" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048528, 0.0048469, 0.004833, 0.0048447, 0.0048715, 0.0049333, 0.0050756" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      clear : "!RESETB";
      data_in : "D";
      enable : "!GATEN";
    }
  }
  cell (scs8hd_dlrtn_4) {
    area : 20.0192;
    cell_footprint : "dlrtn";
    cell_leakage_power : 0.0333103;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0285654;
      when : "RESETB&D&!GATEN&Q";
    }
    leakage_power () {
      value : 0.0329381;
      when : "RESETB&!D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0333856;
      when : "!RESETB&!D&!GATEN&!Q";
    }
    leakage_power () {
      value : 0.0334045;
      when : "RESETB&!D&!GATEN&!Q";
    }
    leakage_power () {
      value : 0.0285361;
      when : "RESETB&D&GATEN&Q";
    }
    leakage_power () {
      value : 0.0409938;
      when : "!RESETB&D&!GATEN&!Q";
    }
    leakage_power () {
      value : 0.0329192;
      when : "!RESETB&!D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0407384;
      when : "!RESETB&D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0407573;
      when : "RESETB&D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0208649;
      when : "RESETB&!D&GATEN&Q";
    }
    leakage_power () {
      value : 0.0333103;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.718699;
      max_transition : 1.50358;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.220535, 0.223874, 0.232986, 0.256442, 0.321446, 0.531998, 1.24097", \
            "0.224346, 0.227716, 0.236816, 0.260265, 0.32527, 0.535962, 1.24464", \
            "0.232494, 0.235886, 0.244947, 0.268375, 0.333474, 0.544791, 1.25355", \
            "0.240735, 0.243943, 0.253322, 0.276688, 0.341696, 0.552771, 1.26093", \
            "0.244249, 0.247641, 0.256681, 0.280105, 0.345277, 0.556348, 1.26313", \
            "0.233505, 0.236866, 0.246296, 0.269675, 0.334804, 0.545222, 1.25496", \
            "0.182054, 0.185429, 0.194555, 0.218029, 0.283058, 0.494283, 1.20075" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0204883, 0.022968, 0.031095, 0.0559853, 0.143874, 0.453837, 1.49693", \
            "0.0204661, 0.0229384, 0.0310961, 0.0559946, 0.143898, 0.452652, 1.50358", \
            "0.0203638, 0.0230242, 0.0311177, 0.055911, 0.14384, 0.452629, 1.50021", \
            "0.0204189, 0.0230876, 0.0311247, 0.0559915, 0.144033, 0.452574, 1.49774", \
            "0.0203469, 0.0229982, 0.0310976, 0.0559799, 0.144002, 0.453332, 1.49809", \
            "0.0204409, 0.0230807, 0.0310964, 0.0560835, 0.143711, 0.453012, 1.50243", \
            "0.0203797, 0.0231775, 0.0311382, 0.0560101, 0.143832, 0.452489, 1.49533" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.165716, 0.168311, 0.175648, 0.193371, 0.232006, 0.329805, 0.638134", \
            "0.170341, 0.172936, 0.180276, 0.197998, 0.236633, 0.33443, 0.642076", \
            "0.182523, 0.185109, 0.192454, 0.210155, 0.24883, 0.346516, 0.655218", \
            "0.207636, 0.21023, 0.217573, 0.235268, 0.273959, 0.371688, 0.679658", \
            "0.247992, 0.250622, 0.257966, 0.275652, 0.314391, 0.412043, 0.720471", \
            "0.316348, 0.318937, 0.326295, 0.343964, 0.382686, 0.48042, 0.789068", \
            "0.443257, 0.445824, 0.453172, 0.470908, 0.509595, 0.60736, 0.915792" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0189379, 0.0207482, 0.0261017, 0.0389332, 0.0736507, 0.188086, 0.602284", \
            "0.0189401, 0.0207447, 0.0261147, 0.0389344, 0.0736568, 0.188639, 0.597149", \
            "0.0189016, 0.02079, 0.0258533, 0.0388423, 0.0736166, 0.18887, 0.59823", \
            "0.0190133, 0.0208289, 0.0260753, 0.0392051, 0.0735185, 0.188891, 0.597907", \
            "0.0190971, 0.0208968, 0.0259033, 0.038993, 0.0740058, 0.188784, 0.598314", \
            "0.0189252, 0.0206947, 0.0258708, 0.038817, 0.0736267, 0.18783, 0.596896", \
            "0.0190223, 0.0207581, 0.0261819, 0.0390007, 0.0737371, 0.1888, 0.60048" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.260865, 0.264224, 0.273451, 0.296913, 0.362155, 0.573219, 1.28117", \
            "0.265358, 0.268716, 0.277948, 0.301371, 0.366621, 0.577133, 1.28583", \
            "0.277138, 0.2805, 0.289721, 0.313133, 0.378438, 0.589389, 1.29695", \
            "0.304461, 0.30781, 0.317036, 0.340515, 0.40574, 0.616765, 1.32539", \
            "0.351596, 0.354962, 0.364181, 0.38766, 0.452876, 0.663985, 1.37308", \
            "0.427696, 0.431059, 0.440282, 0.463761, 0.528891, 0.740002, 1.44766", \
            "0.561899, 0.565238, 0.574444, 0.597831, 0.663105, 0.87412, 1.58223" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0203452, 0.0230741, 0.0309565, 0.0558401, 0.143971, 0.453056, 1.5019", \
            "0.0202655, 0.0230649, 0.0309502, 0.0559422, 0.143999, 0.451647, 1.49959", \
            "0.0204179, 0.023025, 0.0309123, 0.0557977, 0.144042, 0.453172, 1.49639", \
            "0.0202532, 0.0229652, 0.0309092, 0.0558346, 0.144024, 0.453175, 1.49778", \
            "0.0203402, 0.0228804, 0.030962, 0.055873, 0.143992, 0.452679, 1.49964", \
            "0.020418, 0.0230168, 0.0309103, 0.0559141, 0.143838, 0.453208, 1.49509", \
            "0.0201788, 0.022967, 0.0308272, 0.0557988, 0.14402, 0.453373, 1.49633" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.180939, 0.183563, 0.19099, 0.208763, 0.247702, 0.345399, 0.653628", \
            "0.185371, 0.188011, 0.195422, 0.213204, 0.252151, 0.349917, 0.658383", \
            "0.197188, 0.199818, 0.207232, 0.22501, 0.263947, 0.361724, 0.670242", \
            "0.224493, 0.227127, 0.234553, 0.252346, 0.291147, 0.388966, 0.69792", \
            "0.274399, 0.277034, 0.284449, 0.302213, 0.341102, 0.438921, 0.747096", \
            "0.354712, 0.357331, 0.364758, 0.38254, 0.421491, 0.519224, 0.827628", \
            "0.491403, 0.494039, 0.50148, 0.519302, 0.558273, 0.656091, 0.964038" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0193125, 0.0212268, 0.0263572, 0.0391944, 0.0734127, 0.188805, 0.603732", \
            "0.0192902, 0.021195, 0.0263261, 0.0391878, 0.0740596, 0.188632, 0.601594", \
            "0.0193917, 0.021144, 0.0262102, 0.0391509, 0.0737575, 0.188792, 0.60094", \
            "0.0193163, 0.0211361, 0.0263613, 0.0391134, 0.0741589, 0.188423, 0.601803", \
            "0.0193376, 0.0211594, 0.0263605, 0.0393773, 0.0741659, 0.188525, 0.602467", \
            "0.0194123, 0.0213746, 0.0264273, 0.0392885, 0.0739641, 0.187975, 0.6038", \
            "0.0195825, 0.0213757, 0.0266019, 0.0393842, 0.074208, 0.18897, 0.597906" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0770041, 0.0801644, 0.0891077, 0.112255, 0.17715, 0.387844, 1.09572", \
            "0.0800548, 0.0832609, 0.0922043, 0.115351, 0.180273, 0.390959, 1.10134", \
            "0.0864392, 0.0896447, 0.0986373, 0.121785, 0.186695, 0.397724, 1.10479", \
            "0.0995164, 0.102795, 0.111767, 0.134864, 0.199821, 0.410353, 1.11975", \
            "0.114731, 0.118396, 0.128347, 0.152517, 0.218249, 0.429, 1.1382", \
            "0.114512, 0.11877, 0.130682, 0.158459, 0.225159, 0.436158, 1.14482", \
            "0.0615666, 0.066361, 0.0803545, 0.113997, 0.18687, 0.396276, 1.10358" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0187281, 0.0215204, 0.029535, 0.0549753, 0.14355, 0.45198, 1.49849", \
            "0.0188858, 0.0214726, 0.0295342, 0.0549861, 0.143604, 0.452023, 1.50263", \
            "0.0187161, 0.0214092, 0.0294732, 0.0549519, 0.143717, 0.453304, 1.50309", \
            "0.0192517, 0.021942, 0.0299305, 0.0553049, 0.143639, 0.452469, 1.50195", \
            "0.022965, 0.025881, 0.0339838, 0.058299, 0.144792, 0.452974, 1.49991", \
            "0.0300598, 0.0330801, 0.0421266, 0.0659407, 0.147458, 0.453221, 1.49954", \
            "0.0401513, 0.0437349, 0.0549302, 0.0819088, 0.156736, 0.45502, 1.49848" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0899949, 0.0926765, 0.100263, 0.118335, 0.15712, 0.254573, 0.562546", \
            "0.0949879, 0.097659, 0.105208, 0.123259, 0.162053, 0.259482, 0.568019", \
            "0.107284, 0.109961, 0.117527, 0.135642, 0.174396, 0.271724, 0.579978", \
            "0.137979, 0.140657, 0.148187, 0.166274, 0.205051, 0.302498, 0.61106", \
            "0.204726, 0.207609, 0.215688, 0.234734, 0.27412, 0.371696, 0.679192", \
            "0.317446, 0.320942, 0.330523, 0.353673, 0.401459, 0.502971, 0.810349", \
            "0.514614, 0.518537, 0.529553, 0.557268, 0.6161, 0.730393, 1.0374" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0196485, 0.0215001, 0.0267785, 0.0398671, 0.0738655, 0.188377, 0.603204", \
            "0.0196645, 0.0215239, 0.0270066, 0.0403245, 0.0740252, 0.188414, 0.596936", \
            "0.0197819, 0.021651, 0.0267858, 0.0397928, 0.0739819, 0.188371, 0.603075", \
            "0.0196281, 0.0214845, 0.0269031, 0.0397531, 0.0737787, 0.18853, 0.599389", \
            "0.0241769, 0.0259699, 0.0310282, 0.0435898, 0.0760508, 0.188665, 0.604167", \
            "0.0352858, 0.0372599, 0.0430644, 0.0576934, 0.0900132, 0.194383, 0.59948", \
            "0.0511614, 0.0532095, 0.0597683, 0.0768997, 0.114528, 0.210184, 0.600028" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0357578, 0.0379709, 0.0454685, 0.0711161, 0.155451, 0.437991, 1.38544", \
            "0.0357509, 0.0379833, 0.0454481, 0.0710983, 0.155356, 0.437025, 1.3891", \
            "0.0358532, 0.0381607, 0.0455773, 0.0712647, 0.15566, 0.437672, 1.39093", \
            "0.0352744, 0.0373903, 0.0451739, 0.0708271, 0.154986, 0.436877, 1.38446", \
            "0.0349083, 0.0372007, 0.0446943, 0.0703548, 0.154615, 0.437873, 1.3911", \
            "0.0363276, 0.0385132, 0.0460108, 0.0713179, 0.154779, 0.435672, 1.38483", \
            "0.0370619, 0.0392409, 0.0465098, 0.0716586, 0.156351, 0.439268, 1.38041" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0279996, 0.0255067, 0.0179558, -0.0044946, -0.0857271, -0.370354, -1.32979", \
            "0.0279039, 0.0253761, 0.0178249, -0.0046246, -0.0858774, -0.370467, -1.32996", \
            "0.0279272, 0.02543, 0.0178269, -0.0045465, -0.0857443, -0.370346, -1.32981", \
            "0.0276541, 0.0253354, 0.0176975, -0.0048419, -0.0859539, -0.370655, -1.33009", \
            "0.0272641, 0.0248379, 0.0171718, -0.0052529, -0.0864472, -0.371009, -1.3305", \
            "0.0323173, 0.0297946, 0.0219621, -0.0029114, -0.0871477, -0.371586, -1.33104", \
            "0.0327717, 0.0302751, 0.0225564, -0.0025446, -0.0864953, -0.371792, -1.33106" \
          );
        }
      }
      internal_power () {
        related_pin : "GATEN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0422569, 0.0445381, 0.0522529, 0.0778188, 0.162161, 0.44483, 1.39896", \
            "0.0422075, 0.0444212, 0.0521219, 0.0777539, 0.162091, 0.445342, 1.39837", \
            "0.0422771, 0.0444949, 0.0521987, 0.0778945, 0.16237, 0.445415, 1.39842", \
            "0.0418448, 0.0440933, 0.0517917, 0.0773823, 0.161739, 0.443276, 1.39507", \
            "0.0412913, 0.0435379, 0.0512863, 0.0768654, 0.161507, 0.445036, 1.39715", \
            "0.04107, 0.0433246, 0.0510771, 0.0770852, 0.161012, 0.44295, 1.39202", \
            "0.0420897, 0.0442582, 0.0516893, 0.0768611, 0.161661, 0.444036, 1.38838" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0384484, 0.036041, 0.0283232, 0.0058231, -0.075366, -0.359906, -1.31931", \
            "0.0383544, 0.035884, 0.0282149, 0.0056436, -0.0755066, -0.360058, -1.31946", \
            "0.0384665, 0.0360652, 0.028307, 0.0058119, -0.075339, -0.359917, -1.31932", \
            "0.0379764, 0.035601, 0.0280049, 0.0054427, -0.0757293, -0.360314, -1.31974", \
            "0.0373943, 0.0348805, 0.0273121, 0.0047612, -0.0763963, -0.360961, -1.32033", \
            "0.0420297, 0.0394752, 0.0316586, 0.0065503, -0.0767946, -0.361318, -1.3207", \
            "0.0446655, 0.0421852, 0.0341979, 0.0093094, -0.0748431, -0.359953, -1.31918" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0361179, 0.0384087, 0.0461825, 0.0719431, 0.155912, 0.437062, 1.3862", \
            "0.036102, 0.0383795, 0.0461476, 0.0719394, 0.155891, 0.437019, 1.38512", \
            "0.0359324, 0.0382105, 0.0460231, 0.0718014, 0.155814, 0.437166, 1.38615", \
            "0.0358528, 0.038211, 0.0458973, 0.0712674, 0.155397, 0.4365, 1.38657", \
            "0.0377418, 0.0398453, 0.0469812, 0.0715804, 0.155168, 0.437169, 1.38689", \
            "0.0410174, 0.0429584, 0.0499459, 0.0745635, 0.156625, 0.438054, 1.3855", \
            "0.0498461, 0.0513555, 0.05767, 0.0817063, 0.163424, 0.442677, 1.38833" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0297248, 0.0272555, 0.0195907, -0.0034026, -0.0853947, -0.37046, -1.33001", \
            "0.029502, 0.0270323, 0.0194352, -0.0035344, -0.0855936, -0.370652, -1.33026", \
            "0.0291842, 0.0267885, 0.0190141, -0.0038853, -0.0858969, -0.370897, -1.33047", \
            "0.0292168, 0.0267788, 0.0190447, -0.0040535, -0.0860589, -0.370924, -1.33048", \
            "0.0313796, 0.0286791, 0.0204991, -0.0032385, -0.0848833, -0.370029, -1.32974", \
            "0.0409129, 0.0379049, 0.0285655, 0.0012871, -0.0835898, -0.368286, -1.32805", \
            "0.0560784, 0.0528133, 0.0425362, 0.0130477, -0.0743734, -0.361281, -1.32077" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001849;
      rise_capacitance : 0.001927;
      rise_capacitance_range (0.001927, 0.001927);
      fall_capacitance : 0.001771;
      fall_capacitance_range (0.001771, 0.001771);
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.113967, -0.1341, -0.0759134", \
            "-0.0681986, -0.0871113, -0.0301452", \
            "-0.101971, -0.122105, -0.0626973" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0712422, -0.196356, -0.349351", \
            "-0.0767435, -0.199416, -0.349969", \
            "-0.154462, -0.275913, -0.427687" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.125291, 0.144204, 0.0884583", \
            "0.0795228, 0.0984355, 0.0426901", \
            "0.112075, 0.130988, 0.0740215" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0862285, 0.20768, 0.358234", \
            "0.0941712, 0.211961, 0.360073", \
            "0.192641, 0.300665, 0.445115" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102666, 0.0101265, 0.0098038, 0.0101947, 0.0110955, 0.0131723, 0.0179593" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0208454, 0.0207478, 0.0205228, 0.0209785, 0.0220292, 0.024451, 0.0300333" \
          );
        }
      }
    }
    pin (GATEN) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001819;
      rise_capacitance : 0.001898;
      rise_capacitance_range (0.001898, 0.001898);
      fall_capacitance : 0.001741;
      fall_capacitance_range (0.001741, 0.001741);
      timing () {
        related_pin : "GATEN";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.104972, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0115889, 0.0114607, 0.0111652, 0.0115269, 0.0123605, 0.0142823, 0.0187119" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0198599, 0.0197374, 0.0194553, 0.019896, 0.0209118, 0.0232534, 0.028651" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002412;
      rise_capacitance : 0.002544;
      rise_capacitance_range (0.002544, 0.002544);
      fall_capacitance : 0.00228;
      fall_capacitance_range (0.00228, 0.00228);
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0211934, -0.0120462, -0.0922057", \
            "-0.0657409, -0.0541523, -0.133091", \
            "-0.0295267, -0.0167174, -0.0980977" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0386211, 0.0258118, 0.109633", \
            "0.0819479, 0.067918, 0.150519", \
            "0.0457337, 0.0304831, 0.114305" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.120352, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047199, -0.0047638, -0.0048649, -0.0048687, -0.0048775, -0.0048976, -0.0049441" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048887, 0.0048881, 0.0048871, 0.0048881, 0.0048901, 0.004895, 0.0049063" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      clear : "!RESETB";
      data_in : "D";
      enable : "!GATEN";
    }
  }
  cell (scs8hd_dlrtp_1) {
    area : 16.2656;
    cell_footprint : "dlrtp";
    cell_leakage_power : 0.020332;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0221826;
      when : "RESETB&D&!GATE&!Q";
    }
    leakage_power () {
      value : 0.0207564;
      when : "RESETB&!D&!GATE&Q";
    }
    leakage_power () {
      value : 0.0284501;
      when : "RESETB&D&GATE&Q";
    }
    leakage_power () {
      value : 0.0143483;
      when : "RESETB&!D&!GATE&!Q";
    }
    leakage_power () {
      value : 0.015122;
      when : "!RESETB&!D&GATE&!Q";
    }
    leakage_power () {
      value : 0.015139;
      when : "RESETB&!D&GATE&!Q";
    }
    leakage_power () {
      value : 0.0284216;
      when : "RESETB&D&!GATE&Q";
    }
    leakage_power () {
      value : 0.0224032;
      when : "!RESETB&D&GATE&!Q";
    }
    leakage_power () {
      value : 0.0221657;
      when : "!RESETB&D&!GATE&!Q";
    }
    leakage_power () {
      value : 0.0143313;
      when : "!RESETB&!D&!GATE&!Q";
    }
    leakage_power () {
      value : 0.020332;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.209666;
      max_transition : 1.50896;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.192061, 0.197628, 0.210963, 0.243579, 0.330949, 0.570161, 1.22511", \
            "0.195883, 0.201614, 0.214935, 0.247653, 0.335162, 0.574379, 1.23075", \
            "0.203761, 0.209583, 0.222814, 0.255536, 0.343043, 0.582334, 1.2412", \
            "0.212018, 0.21777, 0.230923, 0.263615, 0.351119, 0.590397, 1.24806", \
            "0.215691, 0.221404, 0.234562, 0.267263, 0.354727, 0.593993, 1.25008", \
            "0.204658, 0.210365, 0.223647, 0.256378, 0.343912, 0.582317, 1.23798", \
            "0.152069, 0.157787, 0.170959, 0.203578, 0.291077, 0.530376, 1.18703" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0186102, 0.024069, 0.0390218, 0.0832272, 0.207941, 0.553485, 1.50571", \
            "0.01865, 0.0240087, 0.0390538, 0.0832655, 0.208259, 0.553993, 1.50505", \
            "0.018657, 0.0241318, 0.0390543, 0.0832701, 0.208255, 0.554285, 1.50522", \
            "0.0185354, 0.0239717, 0.0390427, 0.0832625, 0.208209, 0.553068, 1.50279", \
            "0.0185992, 0.0239428, 0.0390198, 0.0832248, 0.20832, 0.552814, 1.50232", \
            "0.0187103, 0.023956, 0.038981, 0.0830894, 0.207879, 0.552455, 1.50645", \
            "0.0186682, 0.0240177, 0.0390528, 0.0831949, 0.208189, 0.552395, 1.49632" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.131186, 0.135421, 0.14448, 0.16328, 0.206389, 0.318976, 0.627404", \
            "0.135806, 0.14005, 0.149113, 0.167926, 0.21103, 0.323728, 0.631695", \
            "0.148038, 0.152258, 0.161313, 0.180135, 0.223248, 0.335883, 0.644871", \
            "0.17325, 0.177473, 0.186513, 0.205367, 0.248442, 0.36115, 0.668975", \
            "0.213852, 0.218081, 0.227121, 0.245937, 0.28905, 0.401668, 0.71007", \
            "0.282553, 0.28678, 0.295831, 0.314701, 0.357792, 0.470568, 0.778022", \
            "0.410081, 0.414325, 0.423391, 0.442282, 0.485391, 0.59819, 0.906937" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0125843, 0.0157665, 0.0231314, 0.041571, 0.0924298, 0.240196, 0.647109", \
            "0.0126115, 0.0156995, 0.0230279, 0.0416363, 0.092364, 0.239854, 0.648436", \
            "0.0125594, 0.0157927, 0.0230807, 0.041501, 0.0925521, 0.238264, 0.649019", \
            "0.0125737, 0.0157075, 0.0232401, 0.0414662, 0.0928395, 0.2413, 0.649934", \
            "0.0125856, 0.0158085, 0.0229931, 0.0416213, 0.0925185, 0.240068, 0.646806", \
            "0.0126228, 0.0157687, 0.0232846, 0.0415061, 0.0928896, 0.23826, 0.644109", \
            "0.0127338, 0.0158437, 0.0232984, 0.041734, 0.092824, 0.238814, 0.648559" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.167018, 0.172764, 0.186063, 0.218746, 0.306149, 0.545161, 1.20188", \
            "0.170581, 0.176316, 0.189599, 0.22235, 0.309829, 0.549088, 1.2047", \
            "0.178976, 0.184685, 0.197969, 0.230708, 0.318149, 0.557226, 1.2118", \
            "0.193059, 0.198806, 0.212078, 0.244787, 0.332232, 0.571517, 1.22822", \
            "0.208036, 0.213763, 0.227071, 0.259842, 0.347309, 0.586637, 1.2423", \
            "0.216174, 0.221921, 0.23521, 0.26797, 0.355462, 0.594124, 1.25016", \
            "0.197257, 0.203062, 0.216383, 0.249207, 0.336794, 0.576094, 1.23081" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0183327, 0.023844, 0.0389899, 0.0830824, 0.207753, 0.553558, 1.499", \
            "0.0183513, 0.0238447, 0.0389547, 0.0831531, 0.207924, 0.552713, 1.50487", \
            "0.0183801, 0.0237803, 0.0390184, 0.083275, 0.208003, 0.553236, 1.49859", \
            "0.0183109, 0.0237735, 0.0389993, 0.0831459, 0.208309, 0.552024, 1.50478", \
            "0.0183549, 0.0238117, 0.0389094, 0.0830742, 0.208079, 0.553674, 1.5009", \
            "0.0184014, 0.0238897, 0.0390128, 0.0832768, 0.208212, 0.552119, 1.50562", \
            "0.0186808, 0.0240694, 0.0391513, 0.0833208, 0.208166, 0.553178, 1.49608" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.159188, 0.1635, 0.172603, 0.191568, 0.234693, 0.347484, 0.655384", \
            "0.162879, 0.1672, 0.176341, 0.195299, 0.238399, 0.351244, 0.659012", \
            "0.171645, 0.175955, 0.185066, 0.204018, 0.247154, 0.359867, 0.66793", \
            "0.185315, 0.189619, 0.198736, 0.217686, 0.260827, 0.373414, 0.682597", \
            "0.198144, 0.202444, 0.211569, 0.23053, 0.273671, 0.386415, 0.695449", \
            "0.201728, 0.206033, 0.215157, 0.23412, 0.277208, 0.390061, 0.697746", \
            "0.169083, 0.173387, 0.182518, 0.201484, 0.244651, 0.357263, 0.665853" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0128725, 0.0160692, 0.0234062, 0.0418115, 0.0929531, 0.239995, 0.650495", \
            "0.0129724, 0.0160939, 0.0234816, 0.0417718, 0.0929848, 0.239064, 0.64907", \
            "0.0128708, 0.016063, 0.0234092, 0.0418168, 0.092725, 0.240788, 0.650644", \
            "0.012851, 0.0159779, 0.0234542, 0.0417817, 0.0928351, 0.240225, 0.650183", \
            "0.0129226, 0.0159915, 0.0233572, 0.0415101, 0.0928105, 0.240563, 0.654339", \
            "0.0129311, 0.0159925, 0.0234917, 0.0416336, 0.0929369, 0.240088, 0.644988", \
            "0.0128979, 0.0160621, 0.023464, 0.0416779, 0.0925603, 0.240906, 0.645904" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0526358, 0.0580013, 0.0707114, 0.102605, 0.188917, 0.427959, 1.08582", \
            "0.0554386, 0.0607788, 0.0735006, 0.105444, 0.191817, 0.430979, 1.0883", \
            "0.0611428, 0.0664499, 0.0791501, 0.111327, 0.198197, 0.436778, 1.09319", \
            "0.0691593, 0.0747789, 0.0879478, 0.120599, 0.207851, 0.446777, 1.10699", \
            "0.0728501, 0.0793122, 0.0933432, 0.126369, 0.214002, 0.453392, 1.11205", \
            "0.0545596, 0.0626051, 0.0794732, 0.11405, 0.201458, 0.44087, 1.09811", \
            "-0.0231308, -0.0129682, 0.0086301, 0.0485973, 0.136808, 0.375468, 1.02978" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0163206, 0.0219963, 0.0377721, 0.0824965, 0.208141, 0.553915, 1.5069", \
            "0.0162438, 0.0220254, 0.0377175, 0.0825626, 0.208306, 0.55332, 1.50896", \
            "0.0163738, 0.022087, 0.0377699, 0.0825627, 0.2083, 0.553067, 1.50259", \
            "0.017823, 0.0233632, 0.0388888, 0.0830776, 0.208265, 0.554289, 1.50848", \
            "0.0216212, 0.0269368, 0.0412506, 0.0841448, 0.208447, 0.555402, 1.50479", \
            "0.0277348, 0.0344513, 0.0482448, 0.0872917, 0.209247, 0.553445, 1.50439", \
            "0.0366355, 0.044556, 0.0611147, 0.0973864, 0.211447, 0.555521, 1.49815" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0575571, 0.0620099, 0.0713195, 0.0903313, 0.133471, 0.246147, 0.554497", \
            "0.0623596, 0.0668182, 0.0761325, 0.095099, 0.138291, 0.250872, 0.558372", \
            "0.0749024, 0.0793033, 0.0886408, 0.107654, 0.150849, 0.263499, 0.571368", \
            "0.104886, 0.109465, 0.118971, 0.138163, 0.180994, 0.293664, 0.602172", \
            "0.156711, 0.162431, 0.174132, 0.195444, 0.240177, 0.352702, 0.66056", \
            "0.244051, 0.250958, 0.265555, 0.292151, 0.340475, 0.453823, 0.76144", \
            "0.409789, 0.417974, 0.435322, 0.467687, 0.523611, 0.638726, 0.945956" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0137647, 0.017163, 0.0244407, 0.0426064, 0.0933506, 0.239285, 0.6505", \
            "0.013716, 0.0169984, 0.0244721, 0.0428026, 0.0931215, 0.240824, 0.644642", \
            "0.0136875, 0.0171513, 0.0244216, 0.0428221, 0.093213, 0.238977, 0.64532", \
            "0.0149594, 0.0180859, 0.0253094, 0.0431136, 0.0935697, 0.239518, 0.649591", \
            "0.0201485, 0.0237529, 0.0313826, 0.0484824, 0.0957052, 0.239502, 0.646059", \
            "0.0272342, 0.0318739, 0.0411158, 0.0582677, 0.102028, 0.241695, 0.65157", \
            "0.0364849, 0.0420323, 0.0538301, 0.0734753, 0.115095, 0.245421, 0.645725" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0234516, 0.025348, 0.0303434, 0.0427701, 0.0758621, 0.167225, 0.419015", \
            "0.0233622, 0.0253272, 0.0303569, 0.0427268, 0.0758355, 0.167658, 0.418527", \
            "0.0234431, 0.0254064, 0.0304364, 0.0427991, 0.0758977, 0.167696, 0.417433", \
            "0.0230116, 0.0249672, 0.0299347, 0.0423451, 0.0754519, 0.166254, 0.418346", \
            "0.0227392, 0.0247077, 0.0295984, 0.0420528, 0.0751254, 0.166902, 0.416774", \
            "0.0239164, 0.0255329, 0.030017, 0.0421251, 0.0753242, 0.165574, 0.418116", \
            "0.0250086, 0.0265308, 0.0310172, 0.0431884, 0.0764529, 0.167167, 0.414613" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0221424, 0.020909, 0.0174636, 0.006097, -0.0273977, -0.119746, -0.372617", \
            "0.0219938, 0.0207731, 0.0173489, 0.0059446, -0.0275272, -0.119883, -0.372757", \
            "0.0221166, 0.0209336, 0.0174777, 0.0060779, -0.0274048, -0.119756, -0.372605", \
            "0.0218893, 0.0206411, 0.0172255, 0.0058226, -0.0276371, -0.119982, -0.372839", \
            "0.0214323, 0.0201921, 0.0168074, 0.0054282, -0.0280514, -0.1204, -0.373278", \
            "0.0228227, 0.0212714, 0.0169965, 0.0048752, -0.0286351, -0.120811, -0.373678", \
            "0.0231265, 0.0215854, 0.0173196, 0.0052538, -0.0283709, -0.1208, -0.373505" \
          );
        }
      }
      internal_power () {
        related_pin : "GATE";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0209465, 0.0229163, 0.0278867, 0.0403668, 0.0733947, 0.164334, 0.414764", \
            "0.0208814, 0.0228441, 0.0278109, 0.0402225, 0.0734631, 0.164931, 0.417058", \
            "0.0208457, 0.0228095, 0.0277906, 0.0402046, 0.073295, 0.164996, 0.413246", \
            "0.0200964, 0.0220584, 0.0270542, 0.0395405, 0.0725505, 0.164448, 0.415411", \
            "0.0195989, 0.0215654, 0.026514, 0.0389521, 0.0720576, 0.163844, 0.415084", \
            "0.0211995, 0.0228236, 0.0272916, 0.0394343, 0.0725506, 0.16374, 0.415297", \
            "0.0220403, 0.023677, 0.0281388, 0.0403707, 0.0739874, 0.165253, 0.414388" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0218344, 0.0205774, 0.0171804, 0.0057819, -0.0276912, -0.120035, -0.372882", \
            "0.0217694, 0.0204757, 0.0170824, 0.0057184, -0.0277555, -0.12009, -0.372934", \
            "0.0216333, 0.0203847, 0.0169822, 0.0055875, -0.0278832, -0.120221, -0.373075", \
            "0.0211356, 0.0198867, 0.01647, 0.0050752, -0.0283815, -0.120726, -0.373595", \
            "0.0208859, 0.019609, 0.0162021, 0.0047919, -0.0286734, -0.121013, -0.373862", \
            "0.0227865, 0.0212371, 0.0169698, 0.0048687, -0.0287583, -0.121218, -0.374092", \
            "0.023948, 0.0223779, 0.0180901, 0.0060032, -0.0276189, -0.119999, -0.372984" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0176519, 0.0195076, 0.0242259, 0.036239, 0.0691797, 0.160445, 0.409836", \
            "0.0174165, 0.0192694, 0.0240009, 0.0360355, 0.0690352, 0.159254, 0.411938", \
            "0.0170957, 0.0189492, 0.0236398, 0.0357952, 0.068551, 0.159326, 0.411607", \
            "0.0168307, 0.0186571, 0.0233442, 0.035526, 0.0684847, 0.160215, 0.409957", \
            "0.017993, 0.0196094, 0.0240331, 0.035992, 0.0688468, 0.160691, 0.410455", \
            "0.0200081, 0.0215953, 0.0259929, 0.0379803, 0.0707925, 0.161083, 0.413605", \
            "0.0269081, 0.02835, 0.032539, 0.0442252, 0.0769808, 0.167776, 0.415174" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0128544, 0.0114844, 0.0075875, -0.0044523, -0.0382812, -0.130763, -0.383709", \
            "0.0125234, 0.0111232, 0.0072634, -0.0047509, -0.0385871, -0.131071, -0.383995", \
            "0.0122674, 0.0108572, 0.0069863, -0.0050049, -0.0387856, -0.131255, -0.384212", \
            "0.0124164, 0.0109592, 0.0071606, -0.0048071, -0.0385464, -0.130989, -0.383931", \
            "0.0138574, 0.0121522, 0.0076636, -0.0035233, -0.0373022, -0.129842, -0.382805", \
            "0.0169668, 0.0151744, 0.0105104, -0.001924, -0.0356725, -0.127877, -0.380901", \
            "0.025348, 0.0233606, 0.0183208, 0.0055702, -0.0286978, -0.121604, -0.374478" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001891;
      rise_capacitance : 0.001992;
      rise_capacitance_range (0.001992, 0.001992);
      fall_capacitance : 0.00179;
      fall_capacitance_range (0.00179, 0.00179);
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.116408, -0.135321, -0.0771341", \
            "-0.0364603, -0.055373, 0.0052552", \
            "0.0628236, 0.0439108, 0.104539" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0175312, -0.140204, -0.291978", \
            "0.113686, -0.0077656, -0.155878", \
            "0.263019, 0.141567, -0.0053242" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.12407, 0.141762, 0.0847962", \
            "0.0502259, 0.067918, 0.0097311", \
            "-0.028306, -0.0118346, -0.0688008" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0251934, 0.146645, 0.298419", \
            "-0.104803, 0.014207, 0.161098", \
            "-0.252915, -0.133905, 0.0105449" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0028059, 0.0027022, 0.002463, 0.0028622, 0.0037827, 0.0059044, 0.0107951" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0095874, 0.0094886, 0.0092607, 0.0097055, 0.0107308, 0.013094, 0.0185415" \
          );
        }
      }
    }
    pin (GATE) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001825;
      rise_capacitance : 0.001904;
      rise_capacitance_range (0.001904, 0.001904);
      fall_capacitance : 0.001747;
      fall_capacitance_range (0.001747, 0.001747);
      timing () {
        related_pin : "GATE";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0610321, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0118026, 0.0116934, 0.0114418, 0.0117896, 0.0125914, 0.0144396, 0.0186997" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0200571, 0.0199074, 0.0195622, 0.0199608, 0.0208797, 0.0229977, 0.0278798" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002462;
      rise_capacitance : 0.002585;
      rise_capacitance_range (0.002585, 0.002585);
      fall_capacitance : 0.002339;
      fall_capacitance_range (0.002339, 0.002339);
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0285176, -0.0425638, -0.149579", \
            "-0.153631, -0.17134, -0.277134", \
            "-0.298081, -0.319452, -0.425246" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0361797, 0.0502259, 0.158462", \
            "0.164956, 0.180223, 0.287238", \
            "0.314288, 0.330776, 0.437791" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0764112, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004752, -0.0047254, -0.0046639, -0.0046793, -0.0047146, -0.0047959, -0.0049834" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048194, 0.0048135, 0.0048, 0.0048086, 0.0048288, 0.0048754, 0.0049826" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      clear : "!RESETB";
      data_in : "D";
      enable : "GATE";
    }
  }
  cell (scs8hd_dlrtp_2) {
    area : 17.5168;
    cell_footprint : "dlrtp";
    cell_leakage_power : 0.0246141;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0284882;
      when : "RESETB&D&GATE&Q";
    }
    leakage_power () {
      value : 0.0283663;
      when : "RESETB&D&!GATE&!Q";
    }
    leakage_power () {
      value : 0.0207875;
      when : "RESETB&!D&!GATE&Q";
    }
    leakage_power () {
      value : 0.020547;
      when : "RESETB&!D&!GATE&!Q";
    }
    leakage_power () {
      value : 0.0209976;
      when : "!RESETB&!D&GATE&!Q";
    }
    leakage_power () {
      value : 0.0210155;
      when : "RESETB&!D&GATE&!Q";
    }
    leakage_power () {
      value : 0.028459;
      when : "RESETB&D&!GATE&Q";
    }
    leakage_power () {
      value : 0.0286022;
      when : "!RESETB&D&GATE&!Q";
    }
    leakage_power () {
      value : 0.0283485;
      when : "!RESETB&D&!GATE&!Q";
    }
    leakage_power () {
      value : 0.0205291;
      when : "!RESETB&!D&!GATE&!Q";
    }
    leakage_power () {
      value : 0.0246141;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.372629;
      max_transition : 1.50458;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.198531, 0.203039, 0.213901, 0.24037, 0.314203, 0.53383, 1.19546", \
            "0.202343, 0.206899, 0.217746, 0.244246, 0.318021, 0.537642, 1.19915", \
            "0.210367, 0.214908, 0.225757, 0.252246, 0.325772, 0.544977, 1.20743", \
            "0.218866, 0.223367, 0.234125, 0.260588, 0.334354, 0.554013, 1.21578", \
            "0.222583, 0.226932, 0.237653, 0.264152, 0.337945, 0.55756, 1.21886", \
            "0.212112, 0.216619, 0.227347, 0.253816, 0.32742, 0.546579, 1.2117", \
            "0.160743, 0.165244, 0.175967, 0.20256, 0.276217, 0.495716, 1.1558" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.0178732, 0.0216801, 0.0325256, 0.0661349, 0.173619, 0.502971, 1.49538", \
            "0.0178958, 0.0216826, 0.032513, 0.0661245, 0.173524, 0.502882, 1.49858", \
            "0.0179017, 0.0216662, 0.0325249, 0.066138, 0.173311, 0.501595, 1.49678", \
            "0.0178246, 0.0216844, 0.0324444, 0.0661075, 0.173116, 0.503583, 1.49674", \
            "0.0176565, 0.021697, 0.0324925, 0.0660225, 0.173125, 0.503669, 1.50008", \
            "0.0177364, 0.0215426, 0.0324603, 0.0661627, 0.173287, 0.50219, 1.50116", \
            "0.0177425, 0.021724, 0.0325124, 0.0660329, 0.17407, 0.503343, 1.49789" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.142134, 0.145555, 0.153736, 0.170901, 0.208422, 0.305502, 0.593047", \
            "0.14683, 0.150273, 0.158438, 0.175697, 0.213092, 0.310279, 0.598948", \
            "0.158952, 0.162397, 0.17058, 0.187728, 0.225227, 0.322478, 0.610304", \
            "0.184148, 0.187571, 0.195729, 0.212927, 0.250411, 0.347562, 0.635232", \
            "0.224666, 0.228089, 0.236247, 0.253369, 0.290928, 0.388079, 0.675648", \
            "0.293034, 0.296481, 0.304615, 0.321874, 0.359343, 0.456406, 0.744058", \
            "0.420047, 0.423466, 0.43162, 0.448888, 0.486396, 0.583619, 0.871343" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.0140198, 0.0164071, 0.0222954, 0.0365638, 0.0755476, 0.198537, 0.584789", \
            "0.013968, 0.0163889, 0.0222234, 0.0365242, 0.0755793, 0.198435, 0.582799", \
            "0.0139777, 0.0163936, 0.0223456, 0.0366102, 0.0753366, 0.198753, 0.589755", \
            "0.0140481, 0.0164663, 0.0222526, 0.0364853, 0.0756011, 0.199773, 0.583983", \
            "0.0140731, 0.0164147, 0.0222592, 0.0366505, 0.075723, 0.199003, 0.589623", \
            "0.0141063, 0.016494, 0.02222, 0.0366659, 0.0756396, 0.197686, 0.587527", \
            "0.0141708, 0.0164642, 0.0224847, 0.0367441, 0.0756668, 0.198926, 0.585745" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.174425, 0.178921, 0.189757, 0.21629, 0.289983, 0.509654, 1.17133", \
            "0.178025, 0.182537, 0.193358, 0.219888, 0.293582, 0.513264, 1.17496", \
            "0.186373, 0.190845, 0.201686, 0.228232, 0.301981, 0.521718, 1.18291", \
            "0.200313, 0.204809, 0.215633, 0.242142, 0.315878, 0.535292, 1.19732", \
            "0.214978, 0.219454, 0.230298, 0.25686, 0.330371, 0.549638, 1.2115", \
            "0.223071, 0.227579, 0.238418, 0.264967, 0.338648, 0.557598, 1.22133", \
            "0.203911, 0.208418, 0.219305, 0.245858, 0.319435, 0.539058, 1.20111" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.0175683, 0.0213938, 0.0323295, 0.0659314, 0.173523, 0.503556, 1.49819", \
            "0.0175774, 0.0214367, 0.0323182, 0.0659319, 0.173523, 0.502703, 1.49767", \
            "0.0175657, 0.0214046, 0.0323929, 0.0658965, 0.174045, 0.503311, 1.49813", \
            "0.0175602, 0.0214282, 0.0323625, 0.0660207, 0.173527, 0.503436, 1.49979", \
            "0.0175899, 0.021448, 0.0323289, 0.0660093, 0.173326, 0.502646, 1.49997", \
            "0.0176581, 0.0214195, 0.0323743, 0.0658888, 0.173531, 0.502973, 1.49851", \
            "0.017894, 0.0216685, 0.0325633, 0.0662295, 0.173248, 0.50332, 1.49363" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.169532, 0.173016, 0.181291, 0.198674, 0.236239, 0.333315, 0.622043", \
            "0.173183, 0.176673, 0.184954, 0.202241, 0.239918, 0.337059, 0.624569", \
            "0.181835, 0.185324, 0.193605, 0.210909, 0.248569, 0.345741, 0.634701", \
            "0.195347, 0.198823, 0.207118, 0.224441, 0.262072, 0.359255, 0.647851", \
            "0.208262, 0.211742, 0.220058, 0.237372, 0.274927, 0.372032, 0.65942", \
            "0.211233, 0.214723, 0.223006, 0.240292, 0.277933, 0.375111, 0.662357", \
            "0.178273, 0.181765, 0.190055, 0.207419, 0.245035, 0.342245, 0.630883" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.0143351, 0.0168315, 0.0228329, 0.0368973, 0.0759695, 0.198302, 0.584573", \
            "0.0143149, 0.0168105, 0.0226269, 0.036823, 0.0758235, 0.198552, 0.590708", \
            "0.0142946, 0.0167854, 0.0226425, 0.0368733, 0.0759559, 0.198755, 0.582204", \
            "0.0142655, 0.016777, 0.0226343, 0.0369328, 0.0757089, 0.198485, 0.586336", \
            "0.0142458, 0.0167483, 0.0225992, 0.0366219, 0.0755179, 0.199134, 0.588599", \
            "0.0143203, 0.0168213, 0.0227454, 0.0366425, 0.0760633, 0.199604, 0.58864", \
            "0.0143773, 0.0167623, 0.0226605, 0.0369795, 0.0758297, 0.200261, 0.583473" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.0596175, 0.0638133, 0.0742791, 0.100366, 0.173721, 0.392273, 1.05503", \
            "0.0625058, 0.0666841, 0.0771543, 0.103316, 0.176685, 0.395339, 1.05755", \
            "0.0687319, 0.0729224, 0.08335, 0.109451, 0.182934, 0.402582, 1.06709", \
            "0.0789302, 0.0832689, 0.0940383, 0.120472, 0.193823, 0.413875, 1.07553", \
            "0.0866784, 0.0917894, 0.103681, 0.130859, 0.204908, 0.42499, 1.08737", \
            "0.0746484, 0.0809114, 0.0954576, 0.125394, 0.199404, 0.418898, 1.07933", \
            "0.0052466, 0.0125351, 0.0306733, 0.0673244, 0.144625, 0.362123, 1.02462" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.0156777, 0.0195995, 0.0308795, 0.0652703, 0.173255, 0.50176, 1.49727", \
            "0.0156694, 0.0195789, 0.0308839, 0.0652736, 0.173261, 0.503505, 1.50087", \
            "0.0156285, 0.0195466, 0.0308349, 0.0652916, 0.172955, 0.503607, 1.50458", \
            "0.0169569, 0.0209373, 0.0320376, 0.0656966, 0.172954, 0.503422, 1.50121", \
            "0.0206378, 0.0246502, 0.0355389, 0.067981, 0.173778, 0.503588, 1.50104", \
            "0.0267165, 0.0316521, 0.043125, 0.0734921, 0.175434, 0.503663, 1.49781", \
            "0.0361803, 0.0417177, 0.0557352, 0.0863125, 0.180735, 0.503935, 1.49518" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.0670343, 0.0705961, 0.0790007, 0.0963532, 0.133743, 0.230731, 0.518541", \
            "0.0718679, 0.0754137, 0.0838425, 0.101257, 0.138632, 0.235439, 0.523441", \
            "0.0842543, 0.0878111, 0.0961906, 0.113595, 0.150957, 0.247948, 0.535389", \
            "0.115046, 0.118558, 0.126899, 0.144149, 0.181534, 0.278515, 0.56661", \
            "0.17257, 0.176737, 0.18659, 0.20664, 0.245405, 0.342581, 0.630461", \
            "0.268622, 0.273542, 0.285467, 0.310255, 0.356203, 0.455839, 0.742505", \
            "0.444766, 0.450642, 0.464608, 0.494571, 0.549984, 0.654705, 0.941452" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.0147082, 0.0171629, 0.0231546, 0.0372462, 0.0757029, 0.199447, 0.588744", \
            "0.0147044, 0.0173135, 0.0231945, 0.0372577, 0.0756561, 0.198845, 0.584788", \
            "0.0147025, 0.0172716, 0.0233632, 0.0369638, 0.0756574, 0.198689, 0.584951", \
            "0.0149725, 0.0174292, 0.0235526, 0.0374657, 0.0756991, 0.199262, 0.582887", \
            "0.020671, 0.0231875, 0.0299618, 0.0431632, 0.0790708, 0.199419, 0.585867", \
            "0.0292968, 0.0323299, 0.0399844, 0.0555517, 0.0894914, 0.202161, 0.585881", \
            "0.0411989, 0.0445971, 0.053583, 0.0723362, 0.109431, 0.212014, 0.584307" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.0303417, 0.032405, 0.0385633, 0.0561253, 0.107692, 0.262846, 0.729191", \
            "0.0303251, 0.0324215, 0.0385878, 0.0561682, 0.10763, 0.263412, 0.728588", \
            "0.0305549, 0.0326419, 0.0388294, 0.0564625, 0.107834, 0.262528, 0.732234", \
            "0.0299656, 0.0320646, 0.0381763, 0.0556405, 0.107084, 0.26212, 0.728278", \
            "0.0295403, 0.0315744, 0.0376585, 0.0552503, 0.106698, 0.261641, 0.729498", \
            "0.0307695, 0.0326862, 0.0383189, 0.0555516, 0.106935, 0.261182, 0.728501", \
            "0.0310904, 0.0330021, 0.0386604, 0.0559623, 0.107908, 0.261948, 0.727245" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.0271577, 0.0252648, 0.0203888, 0.0054032, -0.0456028, -0.202491, -0.67558", \
            "0.026979, 0.0251507, 0.0202535, 0.0052305, -0.0457279, -0.202623, -0.6757", \
            "0.0270529, 0.0252699, 0.0204417, 0.0054186, -0.0456081, -0.20248, -0.675552", \
            "0.0269232, 0.0250278, 0.0201592, 0.0051626, -0.0458361, -0.202721, -0.675791", \
            "0.0264552, 0.0246651, 0.0197498, 0.0047905, -0.0462258, -0.2031, -0.676188", \
            "0.0292449, 0.027363, 0.0218558, 0.0049949, -0.0468497, -0.203483, -0.676574", \
            "0.0299752, 0.0280925, 0.0226023, 0.0056578, -0.0461176, -0.203108, -0.675924" \
          );
        }
      }
      internal_power () {
        related_pin : "GATE";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.0278569, 0.0299, 0.0360774, 0.0536043, 0.10532, 0.26034, 0.72856", \
            "0.0278228, 0.0298772, 0.0360604, 0.0535843, 0.105228, 0.26038, 0.726695", \
            "0.0278542, 0.0298995, 0.0361021, 0.0536772, 0.10523, 0.26113, 0.728461", \
            "0.0271764, 0.0292191, 0.0353664, 0.0530003, 0.104494, 0.259044, 0.727523", \
            "0.0266782, 0.0287242, 0.0348595, 0.0524621, 0.103962, 0.258579, 0.726264", \
            "0.0279569, 0.0298441, 0.0355793, 0.0528222, 0.10417, 0.258702, 0.725629", \
            "0.0290632, 0.0309392, 0.0366396, 0.0539406, 0.105857, 0.260897, 0.725502" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.0271607, 0.0252453, 0.0203386, 0.0053461, -0.0456084, -0.20248, -0.67555", \
            "0.0271158, 0.0252445, 0.0203255, 0.0053236, -0.0456267, -0.202477, -0.675546", \
            "0.0270762, 0.0252561, 0.0203435, 0.0053297, -0.0456376, -0.202503, -0.67557", \
            "0.0267065, 0.0248958, 0.0199372, 0.0049169, -0.0460407, -0.202895, -0.675963", \
            "0.0261865, 0.0244224, 0.0194724, 0.0044468, -0.0465303, -0.203375, -0.676465", \
            "0.0294401, 0.0275229, 0.0220065, 0.005156, -0.0466314, -0.203651, -0.676752", \
            "0.0305091, 0.0285757, 0.0230519, 0.0062053, -0.0455594, -0.202524, -0.675726" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.0237134, 0.025758, 0.0319081, 0.049333, 0.100456, 0.254949, 0.724976", \
            "0.0236348, 0.025683, 0.0318148, 0.0492238, 0.100204, 0.254806, 0.722303", \
            "0.0235134, 0.0255864, 0.0316719, 0.0490545, 0.100175, 0.254491, 0.724779", \
            "0.0232506, 0.0252337, 0.0312259, 0.0486418, 0.100074, 0.254484, 0.720572", \
            "0.0245255, 0.0263788, 0.0321266, 0.0487611, 0.100068, 0.255121, 0.722237", \
            "0.0269168, 0.028682, 0.0341975, 0.0511557, 0.101768, 0.256224, 0.723895", \
            "0.0339216, 0.0353587, 0.0407563, 0.0574168, 0.107986, 0.261475, 0.727744" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150552, 0.00453321, 0.0136497, 0.0411, 0.123754, 0.372629");
          values ( \
            "0.0182728, 0.0164606, 0.0113292, -0.0043393, -0.0559334, -0.212966, -0.686206", \
            "0.0179612, 0.0161529, 0.0110122, -0.0046624, -0.0562433, -0.213263, -0.686374", \
            "0.0177135, 0.015879, 0.010701, -0.0049537, -0.0564642, -0.213491, -0.686615", \
            "0.0179864, 0.0160731, 0.0108549, -0.0048264, -0.0563065, -0.213316, -0.686449", \
            "0.0185566, 0.0164618, 0.010988, -0.00386, -0.0551435, -0.212247, -0.685459", \
            "0.02498, 0.0225923, 0.0161451, -0.0016367, -0.0536795, -0.210422, -0.683637", \
            "0.0350519, 0.0324232, 0.0253229, 0.0073444, -0.0457445, -0.203353, -0.676602" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001857;
      rise_capacitance : 0.001935;
      rise_capacitance_range (0.001935, 0.001935);
      fall_capacitance : 0.001778;
      fall_capacitance_range (0.001778, 0.001778);
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.121291, -0.140204, -0.0832376", \
            "-0.0389017, -0.0578145, 0.0003724", \
            "0.0591615, 0.039028, 0.0996563" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0199727, -0.142645, -0.29564", \
            "0.111245, -0.0089863, -0.157098", \
            "0.261798, 0.141567, -0.0053242" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.130174, 0.149087, 0.0933411", \
            "0.0563294, 0.0740215, 0.018276", \
            "-0.0173197, -0.002069, -0.0541523" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0288555, 0.151528, 0.302081", \
            "-0.102362, 0.0166484, 0.16354", \
            "-0.251695, -0.132684, 0.0105449" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0028215, 0.0026665, 0.0023089, 0.0027196, 0.0036664, 0.0058488, 0.0108792" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0096013, 0.0095003, 0.0092676, 0.0097036, 0.0107086, 0.0130252, 0.0183652" \
          );
        }
      }
    }
    pin (GATE) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001824;
      rise_capacitance : 0.001903;
      rise_capacitance_range (0.001903, 0.001903);
      fall_capacitance : 0.001746;
      fall_capacitance_range (0.001746, 0.001746);
      timing () {
        related_pin : "GATE";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0643276, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0115173, 0.0113485, 0.0109593, 0.0113192, 0.0121487, 0.0140608, 0.0184683" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0200957, 0.0199461, 0.0196014, 0.0200013, 0.0209232, 0.0230481, 0.0279463" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002482;
      rise_capacitance : 0.002621;
      rise_capacitance_range (0.002621, 0.002621);
      fall_capacitance : 0.002342;
      fall_capacitance_range (0.002342, 0.002342);
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.018752, -0.0218118, -0.119061", \
            "-0.137762, -0.146926, -0.242954", \
            "-0.276109, -0.287713, -0.383742" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0300762, 0.0331361, 0.132827", \
            "0.15519, 0.159471, 0.257941", \
            "0.29964, 0.305141, 0.403611" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0939874, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0048389, -0.0048888, -0.0050039, -0.0050074, -0.0050154, -0.0050338, -0.0050765" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048952, 0.0048882, 0.0048721, 0.0048843, 0.0049126, 0.0049778, 0.0051279" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      clear : "!RESETB";
      data_in : "D";
      enable : "GATE";
    }
  }
  cell (scs8hd_dlrtp_4) {
    area : 20.0192;
    cell_footprint : "dlrtp";
    cell_leakage_power : 0.0333103;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0285654;
      when : "RESETB&D&GATE&Q";
    }
    leakage_power () {
      value : 0.0329381;
      when : "RESETB&!D&!GATE&!Q";
    }
    leakage_power () {
      value : 0.0333856;
      when : "!RESETB&!D&GATE&!Q";
    }
    leakage_power () {
      value : 0.0334045;
      when : "RESETB&!D&GATE&!Q";
    }
    leakage_power () {
      value : 0.0285361;
      when : "RESETB&D&!GATE&Q";
    }
    leakage_power () {
      value : 0.0409938;
      when : "!RESETB&D&GATE&!Q";
    }
    leakage_power () {
      value : 0.0407384;
      when : "!RESETB&D&!GATE&!Q";
    }
    leakage_power () {
      value : 0.0329192;
      when : "!RESETB&!D&!GATE&!Q";
    }
    leakage_power () {
      value : 0.0407573;
      when : "RESETB&D&!GATE&!Q";
    }
    leakage_power () {
      value : 0.0208649;
      when : "RESETB&!D&!GATE&Q";
    }
    leakage_power () {
      value : 0.0333103;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.718699;
      max_transition : 1.50361;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.219807, 0.223146, 0.232252, 0.255693, 0.320685, 0.531251, 1.2402", \
            "0.223625, 0.226978, 0.236072, 0.259506, 0.324497, 0.535178, 1.24387", \
            "0.231606, 0.234977, 0.244047, 0.267477, 0.332595, 0.543869, 1.25171", \
            "0.239991, 0.243199, 0.252577, 0.27594, 0.340987, 0.552158, 1.26034", \
            "0.24358, 0.246898, 0.255992, 0.279414, 0.344496, 0.555462, 1.2637", \
            "0.232926, 0.23632, 0.245647, 0.269008, 0.334248, 0.54445, 1.25217", \
            "0.181427, 0.184796, 0.193915, 0.217373, 0.282389, 0.493625, 1.20007" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0204645, 0.022926, 0.0310408, 0.0559561, 0.143886, 0.453835, 1.49703", \
            "0.0204199, 0.0228912, 0.0310643, 0.0559632, 0.143912, 0.452614, 1.50361", \
            "0.0203551, 0.0229615, 0.0310741, 0.0559669, 0.143822, 0.45276, 1.49849", \
            "0.020347, 0.0232262, 0.0310847, 0.0559465, 0.14406, 0.452719, 1.4983", \
            "0.0202653, 0.0229183, 0.0310721, 0.0558653, 0.143758, 0.452944, 1.50204", \
            "0.0204835, 0.023061, 0.0310551, 0.0559645, 0.144376, 0.452188, 1.50089", \
            "0.0203459, 0.0231344, 0.0310859, 0.0559842, 0.143797, 0.452537, 1.49445" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.165365, 0.167959, 0.175301, 0.193007, 0.23162, 0.329398, 0.637738", \
            "0.169997, 0.17259, 0.179921, 0.197634, 0.236249, 0.334032, 0.641668", \
            "0.18221, 0.184781, 0.192131, 0.209832, 0.248503, 0.346196, 0.654369", \
            "0.207301, 0.209897, 0.217238, 0.234925, 0.273589, 0.371298, 0.679315", \
            "0.247663, 0.250289, 0.257632, 0.275349, 0.313943, 0.411656, 0.720018", \
            "0.31603, 0.318617, 0.325971, 0.343629, 0.38233, 0.480049, 0.788689", \
            "0.44293, 0.445518, 0.452878, 0.470552, 0.509245, 0.607008, 0.91524" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.01893, 0.0207178, 0.0260483, 0.0389096, 0.0736287, 0.188066, 0.602145", \
            "0.0189189, 0.0207318, 0.0260721, 0.0389051, 0.0736119, 0.188619, 0.597176", \
            "0.0189495, 0.0207473, 0.0259114, 0.0388243, 0.0733349, 0.18843, 0.602752", \
            "0.0188824, 0.0208223, 0.025769, 0.0392258, 0.0736602, 0.188883, 0.5982", \
            "0.0191073, 0.0209037, 0.0258829, 0.0389409, 0.0739312, 0.188792, 0.599328", \
            "0.0189071, 0.0206747, 0.0258495, 0.0387913, 0.0736075, 0.187828, 0.596904", \
            "0.0189493, 0.0207219, 0.0258915, 0.0388352, 0.073674, 0.188762, 0.600024" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.195108, 0.198447, 0.207651, 0.231066, 0.296272, 0.50704, 1.21854", \
            "0.198721, 0.202053, 0.211252, 0.234679, 0.299746, 0.510855, 1.22041", \
            "0.207026, 0.210398, 0.219585, 0.242973, 0.30825, 0.519285, 1.22664", \
            "0.220864, 0.224192, 0.233399, 0.25683, 0.321904, 0.533015, 1.23986", \
            "0.235351, 0.238685, 0.24785, 0.271271, 0.336541, 0.547592, 1.25635", \
            "0.242911, 0.24627, 0.255465, 0.278868, 0.344105, 0.554492, 1.26437", \
            "0.223667, 0.227054, 0.236279, 0.259777, 0.324913, 0.535442, 1.24259" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0201698, 0.0229032, 0.0308251, 0.055922, 0.143959, 0.452814, 1.50119", \
            "0.0201326, 0.0229819, 0.030809, 0.0558884, 0.143996, 0.453238, 1.49839", \
            "0.0202854, 0.0229059, 0.0308948, 0.0557841, 0.143968, 0.453068, 1.49772", \
            "0.020155, 0.0229079, 0.0308195, 0.0558659, 0.144239, 0.453161, 1.49601", \
            "0.0201324, 0.0228414, 0.0308957, 0.0557588, 0.143945, 0.453022, 1.49814", \
            "0.0202446, 0.0229402, 0.0308953, 0.0558736, 0.143902, 0.451478, 1.49963", \
            "0.0204712, 0.0230847, 0.0310637, 0.0560105, 0.143673, 0.451959, 1.49584" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.192057, 0.194691, 0.202102, 0.219854, 0.258699, 0.356474, 0.665486", \
            "0.195769, 0.198402, 0.205824, 0.223553, 0.262498, 0.36023, 0.668441", \
            "0.204471, 0.207104, 0.214509, 0.232278, 0.271156, 0.368885, 0.67739", \
            "0.217965, 0.220586, 0.228014, 0.245778, 0.284667, 0.382397, 0.690796", \
            "0.230449, 0.233089, 0.240495, 0.258266, 0.297141, 0.394902, 0.703217", \
            "0.233384, 0.236027, 0.243446, 0.261187, 0.300065, 0.397804, 0.706002", \
            "0.199853, 0.20249, 0.209894, 0.227669, 0.266499, 0.364334, 0.672974" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0192401, 0.0210701, 0.0261902, 0.0394268, 0.0740637, 0.188785, 0.601715", \
            "0.019248, 0.0211473, 0.0262344, 0.0391781, 0.0740487, 0.188753, 0.601002", \
            "0.019319, 0.0210921, 0.0261662, 0.0390842, 0.0739493, 0.188752, 0.597687", \
            "0.0192692, 0.0212096, 0.0261409, 0.0391399, 0.0738138, 0.188781, 0.599518", \
            "0.0192706, 0.0211184, 0.0261618, 0.0391472, 0.0738719, 0.189034, 0.605392", \
            "0.0192806, 0.0211359, 0.0263418, 0.039086, 0.0739116, 0.188785, 0.60013", \
            "0.0193679, 0.0210791, 0.0263953, 0.0391122, 0.0741265, 0.188714, 0.598745" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0769697, 0.0801284, 0.0890666, 0.112209, 0.177103, 0.387292, 1.09604", \
            "0.0799595, 0.0831757, 0.0921655, 0.11528, 0.180205, 0.390585, 1.10121", \
            "0.0863855, 0.0895893, 0.098577, 0.121719, 0.186622, 0.397675, 1.10449", \
            "0.099448, 0.102728, 0.111697, 0.134778, 0.199776, 0.410641, 1.12063", \
            "0.114649, 0.118314, 0.128266, 0.152432, 0.217882, 0.428873, 1.13782", \
            "0.11432, 0.118616, 0.130529, 0.158177, 0.225248, 0.436418, 1.14486", \
            "0.0614347, 0.0661585, 0.0801057, 0.11383, 0.186678, 0.396237, 1.1051" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0187134, 0.0215043, 0.0295168, 0.0549611, 0.143544, 0.452947, 1.49905", \
            "0.018846, 0.0213775, 0.0294511, 0.0549755, 0.143584, 0.453317, 1.50228", \
            "0.0187009, 0.0213939, 0.0294603, 0.0549328, 0.143708, 0.453391, 1.50307", \
            "0.0192757, 0.0219315, 0.0299242, 0.0552768, 0.143723, 0.451855, 1.50345", \
            "0.0229602, 0.0258756, 0.0339833, 0.0582729, 0.144596, 0.452798, 1.50164", \
            "0.0296233, 0.0329621, 0.0417998, 0.0659812, 0.147682, 0.453261, 1.50026", \
            "0.0402305, 0.0437282, 0.054808, 0.0820631, 0.156747, 0.455101, 1.49861" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0899458, 0.0926249, 0.100209, 0.11826, 0.157011, 0.254457, 0.562638", \
            "0.0949383, 0.097608, 0.10516, 0.123196, 0.161969, 0.259383, 0.56792", \
            "0.107235, 0.109911, 0.117474, 0.135582, 0.174318, 0.271848, 0.580169", \
            "0.137929, 0.140604, 0.148136, 0.166208, 0.20497, 0.302397, 0.610974", \
            "0.204662, 0.207543, 0.21562, 0.234658, 0.274035, 0.371603, 0.68", \
            "0.317354, 0.320845, 0.330425, 0.353566, 0.401338, 0.50283, 0.810165", \
            "0.514511, 0.518447, 0.529472, 0.557169, 0.616011, 0.730228, 1.03726" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0196415, 0.021491, 0.0267677, 0.0398791, 0.074001, 0.188254, 0.603442", \
            "0.0196564, 0.0215147, 0.0269705, 0.0399749, 0.0739983, 0.188454, 0.597062", \
            "0.0197733, 0.0216414, 0.026774, 0.0397731, 0.0739635, 0.188374, 0.603845", \
            "0.0196213, 0.0214724, 0.0268787, 0.0397381, 0.0737481, 0.188547, 0.599416", \
            "0.0241198, 0.0259673, 0.0310216, 0.0435689, 0.0760129, 0.188824, 0.599509", \
            "0.0352768, 0.0372558, 0.0430495, 0.0576749, 0.0899898, 0.194346, 0.599466", \
            "0.0511383, 0.0531897, 0.0597337, 0.0768396, 0.114538, 0.210144, 0.599852" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0433733, 0.0455867, 0.0530864, 0.0787392, 0.16307, 0.445616, 1.39301", \
            "0.0433827, 0.0456109, 0.0530779, 0.078733, 0.162983, 0.444681, 1.39675", \
            "0.0435834, 0.0458102, 0.0532652, 0.0789175, 0.163596, 0.444946, 1.39367", \
            "0.0428213, 0.0449998, 0.0527369, 0.0784067, 0.162654, 0.444104, 1.39186", \
            "0.0423754, 0.0446861, 0.0521603, 0.0779204, 0.162014, 0.443747, 1.39818", \
            "0.0435414, 0.0457581, 0.0531663, 0.0784676, 0.16224, 0.443067, 1.39162", \
            "0.043582, 0.0457578, 0.0530367, 0.0781883, 0.162887, 0.445801, 1.38711" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0389938, 0.0365091, 0.028965, 0.0065019, -0.0747374, -0.359369, -1.31881", \
            "0.0389007, 0.0363743, 0.0288249, 0.0063722, -0.07489, -0.359479, -1.31899", \
            "0.038995, 0.0365623, 0.0289174, 0.0064638, -0.0746737, -0.359371, -1.31881", \
            "0.0387262, 0.0363663, 0.0287172, 0.0062176, -0.0749883, -0.359644, -1.31908", \
            "0.0383916, 0.0358998, 0.0282398, 0.0058304, -0.0753844, -0.359947, -1.31944", \
            "0.0434871, 0.0409653, 0.0331352, 0.0082646, -0.0759786, -0.360416, -1.31987", \
            "0.0441946, 0.0416612, 0.0338636, 0.008983, -0.0752647, -0.360377, -1.31966" \
          );
        }
      }
      internal_power () {
        related_pin : "GATE";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0407268, 0.0430019, 0.0506641, 0.0763251, 0.160882, 0.442358, 1.39055", \
            "0.0407843, 0.0429846, 0.0506736, 0.0763919, 0.160563, 0.443779, 1.38987", \
            "0.0407275, 0.0429948, 0.0506436, 0.076351, 0.160652, 0.443691, 1.38925", \
            "0.0400816, 0.0423279, 0.0500297, 0.0757775, 0.160133, 0.441587, 1.39594", \
            "0.0394893, 0.041727, 0.049377, 0.0750742, 0.159372, 0.441119, 1.38986", \
            "0.0412929, 0.0434691, 0.0508562, 0.0760674, 0.159863, 0.440791, 1.39007", \
            "0.0420165, 0.0441937, 0.0515752, 0.0767675, 0.161596, 0.442386, 1.38538" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.039049, 0.0365435, 0.0289349, 0.006407, -0.0747411, -0.359311, -1.31874", \
            "0.0390286, 0.0365757, 0.0289836, 0.0063719, -0.0748129, -0.359349, -1.31876", \
            "0.0389671, 0.0365371, 0.0289105, 0.0063828, -0.0747647, -0.359374, -1.3188", \
            "0.0385099, 0.0360519, 0.0282709, 0.0058006, -0.0752968, -0.3599, -1.3193", \
            "0.0382043, 0.0357187, 0.0279921, 0.0054958, -0.075646, -0.360208, -1.31964", \
            "0.044016, 0.0415446, 0.0336959, 0.0087747, -0.0753705, -0.36053, -1.31997", \
            "0.0450235, 0.042507, 0.0346856, 0.0097562, -0.0743373, -0.359474, -1.31907" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0361104, 0.0384007, 0.0461726, 0.0719306, 0.155898, 0.43686, 1.38635", \
            "0.0360797, 0.0384206, 0.0461698, 0.0719288, 0.155878, 0.436966, 1.38593", \
            "0.0359304, 0.0382079, 0.0460185, 0.071793, 0.155807, 0.437162, 1.38616", \
            "0.0358769, 0.0382073, 0.0458905, 0.0712473, 0.155439, 0.436828, 1.38608", \
            "0.0377387, 0.0398437, 0.0469841, 0.0715742, 0.155359, 0.437318, 1.38648", \
            "0.0408587, 0.0428239, 0.0497926, 0.074468, 0.156774, 0.437932, 1.38495", \
            "0.049798, 0.051327, 0.0575583, 0.0814124, 0.163559, 0.442682, 1.38573" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016797, 0.00564281, 0.0189565, 0.0636827, 0.213936, 0.718699");
          values ( \
            "0.0298164, 0.027349, 0.0196854, -0.0032714, -0.0852969, -0.370358, -1.32992", \
            "0.0295965, 0.0271287, 0.0195225, -0.0034468, -0.0854921, -0.370551, -1.33016", \
            "0.0292845, 0.0268901, 0.0191174, -0.003782, -0.0857934, -0.370858, -1.33045", \
            "0.0293095, 0.0268723, 0.0191353, -0.0039584, -0.0859644, -0.37083, -1.33038", \
            "0.0314701, 0.028749, 0.0205766, -0.0031668, -0.0848044, -0.36995, -1.32962", \
            "0.0409494, 0.0379479, 0.0286041, 0.0013244, -0.0835548, -0.368252, -1.32801", \
            "0.0563123, 0.0530378, 0.0427718, 0.0132818, -0.0742384, -0.361122, -1.32062" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00185;
      rise_capacitance : 0.001929;
      rise_capacitance_range (0.001929, 0.001929);
      fall_capacitance : 0.001772;
      fall_capacitance_range (0.001772, 0.001772);
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.132277, -0.152411, -0.094224", \
            "-0.0486673, -0.0675801, -0.0081725", \
            "0.0506165, 0.0304831, 0.0898906" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0248555, -0.148749, -0.301744", \
            "0.106362, -0.0150898, -0.164422", \
            "0.255695, 0.135464, -0.0114277" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.143602, 0.162514, 0.106769", \
            "0.0673158, 0.0850078, 0.0292624", \
            "-0.0038919, 0.0125794, -0.0407246" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0374004, 0.160073, 0.310626", \
            "-0.0950378, 0.0239727, 0.170864", \
            "-0.245591, -0.126581, 0.0178691" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0028291, 0.0026775, 0.0023283, 0.0027733, 0.003799, 0.0061634, 0.0116136" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0094995, 0.0093997, 0.0091697, 0.009605, 0.0106087, 0.0129222, 0.0182549" \
          );
        }
      }
    }
    pin (GATE) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001817;
      rise_capacitance : 0.001895;
      rise_capacitance_range (0.001895, 0.001895);
      fall_capacitance : 0.00174;
      fall_capacitance_range (0.00174, 0.00174);
      timing () {
        related_pin : "GATE";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0720172, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0113654, 0.0112112, 0.0108558, 0.0112231, 0.0120698, 0.0140215, 0.0185203" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0197737, 0.019626, 0.0192857, 0.0196878, 0.0206144, 0.0227506, 0.0276746" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002408;
      rise_capacitance : 0.00254;
      rise_capacitance_range (0.00254, 0.00254);
      fall_capacitance : 0.002276;
      fall_capacitance_range (0.002276, 0.002276);
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0065449, 0.0087057, -0.0726745", \
            "-0.123114, -0.113967, -0.195347", \
            "-0.256577, -0.253534, -0.336135" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0203105, 0.0050599, 0.0876608", \
            "0.144204, 0.131395, 0.212775", \
            "0.286212, 0.277065, 0.359666" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.119253, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047217, -0.0047672, -0.0048717, -0.0048728, -0.0048754, -0.0048812, -0.0048946" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0047655, 0.0047626, 0.0047563, 0.0047655, 0.0047866, 0.0048353, 0.0049475" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      clear : "!RESETB";
      data_in : "D";
      enable : "GATE";
    }
  }
  cell (scs8hd_dlxbn_1) {
    area : 18.768;
    cell_footprint : "dlxbn";
    cell_leakage_power : 0.0255248;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0285753;
      when : "D&!GATEN&Q&!QN";
    }
    leakage_power () {
      value : 0.0222886;
      when : "!D&GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.0227571;
      when : "!D&!GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.0285461;
      when : "D&GATEN&Q&!QN";
    }
    leakage_power () {
      value : 0.0301081;
      when : "D&GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.0208739;
      when : "!D&GATEN&Q&!QN";
    }
    leakage_power () {
      value : 0.0255248;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.212412;
      max_transition : 1.49839;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.188818, 0.194273, 0.206887, 0.238803, 0.325462, 0.56284, 1.21645", \
            "0.192784, 0.198249, 0.210845, 0.242757, 0.329444, 0.56702, 1.22232", \
            "0.200669, 0.20613, 0.218749, 0.250665, 0.337349, 0.574897, 1.22956", \
            "0.208898, 0.21441, 0.22698, 0.258879, 0.345544, 0.582531, 1.23553", \
            "0.212684, 0.218003, 0.230635, 0.262566, 0.349232, 0.586831, 1.24248", \
            "0.201998, 0.207422, 0.220024, 0.251921, 0.338567, 0.575405, 1.23093", \
            "0.150368, 0.155813, 0.168451, 0.200376, 0.28704, 0.524152, 1.17733" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0190504, 0.0240532, 0.0384668, 0.0828035, 0.207347, 0.549592, 1.49545", \
            "0.0191003, 0.0240631, 0.038449, 0.0828013, 0.207447, 0.550713, 1.49496", \
            "0.0190689, 0.0240566, 0.0384692, 0.0828688, 0.207321, 0.550357, 1.49694", \
            "0.0191476, 0.0241879, 0.0384821, 0.0828601, 0.207406, 0.551054, 1.49761", \
            "0.0190943, 0.0240759, 0.038414, 0.0828605, 0.207429, 0.550951, 1.49619", \
            "0.0189732, 0.0240432, 0.038502, 0.0828614, 0.207129, 0.549175, 1.49619", \
            "0.0190603, 0.0240848, 0.0385031, 0.0828759, 0.207508, 0.550492, 1.48771" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.134697, 0.13911, 0.148636, 0.168799, 0.214672, 0.331977, 0.652954", \
            "0.1394, 0.143825, 0.153347, 0.173518, 0.219384, 0.336702, 0.657212", \
            "0.151537, 0.155965, 0.165489, 0.185662, 0.231553, 0.348825, 0.66988", \
            "0.176664, 0.181081, 0.1906, 0.210766, 0.256656, 0.373955, 0.695445", \
            "0.217032, 0.221427, 0.230953, 0.251132, 0.297036, 0.414358, 0.735435", \
            "0.285379, 0.289802, 0.299343, 0.319522, 0.365425, 0.482738, 0.803452", \
            "0.412168, 0.4166, 0.426153, 0.446374, 0.492307, 0.609613, 0.930568" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.014543, 0.0178978, 0.0258905, 0.0456764, 0.0984723, 0.249496, 0.673536", \
            "0.0145504, 0.0179478, 0.0259566, 0.0456704, 0.0984082, 0.249446, 0.676156", \
            "0.0145374, 0.0179438, 0.0259604, 0.0457171, 0.0985089, 0.250233, 0.676602", \
            "0.0145394, 0.017916, 0.0259752, 0.0456903, 0.0984765, 0.24909, 0.671776", \
            "0.0146517, 0.0180569, 0.0258992, 0.0456588, 0.0984942, 0.249305, 0.67385", \
            "0.0147119, 0.0179976, 0.0260296, 0.0458074, 0.0982667, 0.249146, 0.676929", \
            "0.0146728, 0.0180221, 0.0260049, 0.0457025, 0.0985258, 0.249496, 0.672061" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.230956, 0.236434, 0.249098, 0.281021, 0.367743, 0.605325, 1.25979", \
            "0.235414, 0.240902, 0.253552, 0.285481, 0.372159, 0.609407, 1.26258", \
            "0.247162, 0.25264, 0.265303, 0.297222, 0.383928, 0.621534, 1.27404", \
            "0.274183, 0.279663, 0.292311, 0.32424, 0.410942, 0.647944, 1.30138", \
            "0.320167, 0.325617, 0.338266, 0.370198, 0.456869, 0.694199, 1.34642", \
            "0.395374, 0.40084, 0.413473, 0.445397, 0.532082, 0.769481, 1.42294", \
            "0.528095, 0.533512, 0.546114, 0.578025, 0.664696, 0.90167, 1.5549" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0189679, 0.0239532, 0.0386456, 0.0828709, 0.207174, 0.549511, 1.49839", \
            "0.0189656, 0.0240142, 0.0384247, 0.0828458, 0.207249, 0.55081, 1.49394", \
            "0.0188946, 0.0239275, 0.0385682, 0.0828637, 0.207432, 0.550862, 1.49756", \
            "0.0189281, 0.0239872, 0.038582, 0.0828415, 0.207605, 0.551008, 1.49396", \
            "0.0189147, 0.0239427, 0.038464, 0.0828451, 0.207174, 0.550642, 1.49566", \
            "0.0188303, 0.0239311, 0.0384234, 0.0828119, 0.207504, 0.549697, 1.49714", \
            "0.0187441, 0.0237907, 0.0384369, 0.082819, 0.207573, 0.551363, 1.49326" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.150218, 0.154695, 0.164355, 0.18466, 0.230598, 0.347939, 0.668656", \
            "0.154666, 0.159175, 0.16883, 0.189132, 0.235066, 0.352406, 0.67309", \
            "0.166445, 0.170963, 0.180618, 0.200929, 0.246865, 0.364214, 0.68491", \
            "0.193804, 0.198314, 0.20797, 0.228275, 0.274212, 0.391554, 0.712176", \
            "0.243921, 0.248447, 0.258126, 0.278466, 0.324439, 0.441778, 0.762794", \
            "0.324446, 0.328988, 0.338704, 0.359102, 0.405101, 0.522459, 0.843271", \
            "0.461415, 0.466002, 0.475818, 0.496287, 0.54236, 0.659705, 0.980829" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0150246, 0.0182736, 0.0264541, 0.0458675, 0.0985769, 0.249581, 0.678866", \
            "0.0149533, 0.0183274, 0.0264195, 0.0458786, 0.0981298, 0.249556, 0.677652", \
            "0.0149833, 0.0184003, 0.0261729, 0.0458507, 0.0985934, 0.249567, 0.676615", \
            "0.0149599, 0.0183235, 0.0264418, 0.0458516, 0.0981301, 0.249391, 0.678036", \
            "0.0150602, 0.0184552, 0.0262367, 0.0458822, 0.0985617, 0.24973, 0.671917", \
            "0.0152037, 0.0186344, 0.0263728, 0.0459911, 0.0986723, 0.249826, 0.672172", \
            "0.0155118, 0.0189166, 0.0266812, 0.0461671, 0.0987208, 0.249056, 0.67254" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0, 0.0010688, 0.0055614, 0.0179214, 0.0512287, 0.142884, 0.396953", \
            "0, 0.0011244, 0.0055943, 0.0178935, 0.0513458, 0.143837, 0.398615", \
            "0, 0.0012627, 0.0056872, 0.0179082, 0.051142, 0.143764, 0.398473", \
            "0, 0.0010602, 0.0054836, 0.0177342, 0.0509224, 0.142754, 0.396697", \
            "0, 0.0006516, 0.00515, 0.0175084, 0.0508157, 0.143454, 0.397881", \
            "0, -0.0001678, 0.0046967, 0.0175295, 0.05141, 0.143871, 0.398818", \
            "0, 0, 0.003734, 0.0177376, 0.0531173, 0.146447, 0.397451" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0, 0.0029702, 0.0112808, 0.0187064, 0.0044681, -0.0762251, -0.326686", \
            "0, 0.0029921, 0.0112744, 0.0186601, 0.0043354, -0.076341, -0.32683", \
            "0, 0.0030923, 0.0113393, 0.0187227, 0.0043915, -0.0763817, -0.326883", \
            "0, 0.0029191, 0.011189, 0.0186497, 0.0043034, -0.0763984, -0.326881", \
            "0, 0.0025192, 0.0108907, 0.0184697, 0.0043162, -0.0762215, -0.326727", \
            "0, 0.0016505, 0.0103098, 0.018343, 0.0046537, -0.0756158, -0.325908", \
            "0, 0, 0.0094006, 0.0188408, 0.0065449, -0.0730783, -0.322772" \
          );
        }
      }
      internal_power () {
        related_pin : "GATEN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0, 0, 0.0015145, 0.0176838, 0.0548469, 0.149968, 0.405537", \
            "0, 0, 0.0015055, 0.0176139, 0.0546736, 0.149754, 0.40376", \
            "0, 0, 0.0015759, 0.0176376, 0.0546804, 0.149715, 0.40538", \
            "0, 0, 0.0013885, 0.0174581, 0.0545309, 0.148859, 0.40566", \
            "0, 0, 0.0010606, 0.0172542, 0.0543672, 0.149458, 0.403325", \
            "0, 0, 0.00054, 0.0172887, 0.0549716, 0.149596, 0.404418", \
            "0, 0, -0.0005336, 0.0172756, 0.0560879, 0.152152, 0.407841" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0, 0, 0.0083159, 0.0179824, 0.0059212, -0.0733715, -0.323165", \
            "0, 0, 0.0082866, 0.0178697, 0.005749, -0.073537, -0.323334", \
            "0, 0, 0.0083758, 0.0179117, 0.0057538, -0.0735434, -0.323323", \
            "0, 0, 0.008202, 0.0177428, 0.0055971, -0.0737114, -0.323535", \
            "0, 0, 0.0078359, 0.0174965, 0.005453, -0.0737706, -0.323543", \
            "0, 0, 0.0073335, 0.0174764, 0.005926, -0.0729651, -0.322582", \
            "0, 0, 0.0067358, 0.018531, 0.0086346, -0.0694476, -0.31833" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.222483;
      max_transition : 1.50384;
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.172021, 0.176791, 0.188652, 0.220007, 0.305875, 0.54519, 1.20249", \
            "0.176703, 0.181487, 0.193375, 0.224712, 0.310917, 0.549439, 1.20647", \
            "0.188877, 0.193637, 0.205528, 0.236891, 0.323157, 0.560633, 1.21907", \
            "0.213997, 0.218774, 0.230666, 0.26191, 0.34807, 0.58668, 1.24371", \
            "0.254451, 0.259227, 0.271077, 0.302408, 0.38852, 0.626371, 1.28488", \
            "0.322689, 0.32742, 0.339328, 0.370603, 0.456502, 0.694507, 1.35338", \
            "0.449558, 0.454336, 0.466228, 0.497479, 0.583562, 0.821863, 1.47764" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0143586, 0.019602, 0.0348761, 0.0792056, 0.203463, 0.548786, 1.49536", \
            "0.014342, 0.0196026, 0.0348647, 0.079289, 0.203099, 0.549007, 1.50017", \
            "0.014278, 0.0195872, 0.0349583, 0.079173, 0.203686, 0.549842, 1.50185", \
            "0.0143017, 0.0196076, 0.0349291, 0.0790968, 0.203233, 0.548982, 1.50094", \
            "0.0143277, 0.0195945, 0.0348496, 0.0790401, 0.2033, 0.54842, 1.49775", \
            "0.0143044, 0.0195799, 0.0348812, 0.0792148, 0.203175, 0.547815, 1.49793", \
            "0.014313, 0.0196185, 0.0349358, 0.0791254, 0.203195, 0.54852, 1.49294" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.21869, 0.222565, 0.231041, 0.249462, 0.29394, 0.414351, 0.747631", \
            "0.222577, 0.226452, 0.234929, 0.25335, 0.297814, 0.418272, 0.752015", \
            "0.230453, 0.23438, 0.242856, 0.261278, 0.305746, 0.426186, 0.759615", \
            "0.238706, 0.242579, 0.251055, 0.269478, 0.313942, 0.434354, 0.767605", \
            "0.24243, 0.24631, 0.254766, 0.273145, 0.317604, 0.438088, 0.771793", \
            "0.231648, 0.235521, 0.243999, 0.262422, 0.306884, 0.42733, 0.760689", \
            "0.180177, 0.184052, 0.192531, 0.210957, 0.255415, 0.375807, 0.708697" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0117501, 0.0148552, 0.0222119, 0.0414039, 0.0967516, 0.254812, 0.698855", \
            "0.0117334, 0.014851, 0.0222117, 0.0414009, 0.0967218, 0.255812, 0.699332", \
            "0.0118215, 0.0148439, 0.0222175, 0.0414178, 0.0968291, 0.255742, 0.700873", \
            "0.0117253, 0.0148579, 0.0222353, 0.0414259, 0.0967546, 0.25547, 0.695752", \
            "0.0117344, 0.0147878, 0.0223344, 0.0412964, 0.0964049, 0.255781, 0.69952", \
            "0.011747, 0.0148619, 0.0222199, 0.0414335, 0.0967668, 0.254086, 0.69813", \
            "0.0117218, 0.0148527, 0.0222321, 0.0414201, 0.0966978, 0.25521, 0.695188" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.187796, 0.192568, 0.204412, 0.235809, 0.321815, 0.559013, 1.21753", \
            "0.192262, 0.197033, 0.208858, 0.24027, 0.326194, 0.566888, 1.22197", \
            "0.204053, 0.208825, 0.220657, 0.252058, 0.337879, 0.577281, 1.23404", \
            "0.231415, 0.236187, 0.248011, 0.279424, 0.365402, 0.602933, 1.26161", \
            "0.28156, 0.286336, 0.298169, 0.329429, 0.415377, 0.653338, 1.31059", \
            "0.362146, 0.366919, 0.378801, 0.410176, 0.496204, 0.734116, 1.39265", \
            "0.499239, 0.504044, 0.515926, 0.547152, 0.63327, 0.870896, 1.52757" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.014405, 0.0196538, 0.0349938, 0.0792002, 0.203637, 0.550618, 1.5026", \
            "0.0144044, 0.0196547, 0.0349844, 0.0792542, 0.20365, 0.548746, 1.50384", \
            "0.0144036, 0.0196543, 0.0349709, 0.0792531, 0.203176, 0.546706, 1.50331", \
            "0.0144046, 0.0196549, 0.0349847, 0.0792587, 0.203696, 0.549814, 1.50093", \
            "0.0144192, 0.0196611, 0.0350214, 0.0790529, 0.203448, 0.549535, 1.50258", \
            "0.0144232, 0.0196358, 0.0349569, 0.0790713, 0.20278, 0.548186, 1.50056", \
            "0.0144598, 0.0196973, 0.0349264, 0.0791686, 0.203537, 0.54986, 1.49639" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.2607, 0.264606, 0.273037, 0.29152, 0.335974, 0.456458, 0.790275", \
            "0.265281, 0.26915, 0.277629, 0.296037, 0.340511, 0.460975, 0.793953", \
            "0.276885, 0.280775, 0.289199, 0.30766, 0.352138, 0.472554, 0.805499", \
            "0.304012, 0.307885, 0.316328, 0.334764, 0.379263, 0.499737, 0.833558", \
            "0.35018, 0.354053, 0.362483, 0.380936, 0.425409, 0.54587, 0.878993", \
            "0.425012, 0.428888, 0.437353, 0.455784, 0.500261, 0.620656, 0.953849", \
            "0.55768, 0.561554, 0.569998, 0.58842, 0.632901, 0.753365, 1.08716" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0118591, 0.0147264, 0.0221917, 0.0412302, 0.0962811, 0.255547, 0.696428", \
            "0.0117344, 0.0147419, 0.0220156, 0.0413662, 0.096516, 0.2553, 0.699679", \
            "0.0117378, 0.0147179, 0.0220696, 0.0413156, 0.0966225, 0.254641, 0.699973", \
            "0.0117103, 0.0148086, 0.0221189, 0.0414277, 0.0963121, 0.255392, 0.6954", \
            "0.0118093, 0.0147837, 0.0222595, 0.0413482, 0.0965693, 0.254741, 0.697573", \
            "0.0117114, 0.0148037, 0.0222771, 0.041552, 0.0961523, 0.255422, 0.694726", \
            "0.0118051, 0.0146816, 0.0221029, 0.0414224, 0.0966585, 0.255356, 0.694419" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "-0.001072, -0.0011242, 0.0044722, 0.0187031, 0.0551032, 0.153236, 0.420652", \
            "-0.0011424, -0.0011025, 0.0044564, 0.0186558, 0.0549833, 0.153362, 0.421228", \
            "-0.001309, -0.0010038, 0.0045481, 0.0187188, 0.055263, 0.153195, 0.419597", \
            "-0.0011036, -0.001181, 0.0044092, 0.0186276, 0.0551859, 0.153053, 0.421349", \
            "-0.0006553, -0.00158, 0.0040974, 0.0184714, 0.0550047, 0.152542, 0.419539", \
            "0, -0.0024441, 0.0035053, 0.0183249, 0.055407, 0.153728, 0.420365", \
            "0, -0.0018471, 0.0026002, 0.0188147, 0.0575754, 0.156992, 0.424573" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.001072, 0.0049561, 0.0121314, 0.0178875, 0.0010371, -0.0846782, -0.348997", \
            "0.0011424, 0.0050088, 0.0121704, 0.0178858, 0.001028, -0.0846976, -0.349022", \
            "0.001309, 0.0051487, 0.0122917, 0.0179127, 0.0009471, -0.0848614, -0.349129", \
            "0.0011036, 0.0049471, 0.0120881, 0.0177187, 0.0007538, -0.08502, -0.349366", \
            "0.0006553, 0.0045441, 0.0117515, 0.0175274, 0.0007105, -0.0849864, -0.34929", \
            "0, 0.0037018, 0.0112252, 0.0174844, 0.0010978, -0.084434, -0.348587", \
            "0, 0.0018471, 0.0102012, 0.0177296, 0.0027816, -0.0819198, -0.345835" \
          );
        }
      }
      internal_power () {
        related_pin : "GATEN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0, 0, 0.001493, 0.0179791, 0.0568566, 0.156491, 0.423761", \
            "0, 0, 0.0014858, 0.0179062, 0.0563837, 0.155294, 0.424679", \
            "0, 0, 0.0015776, 0.0179166, 0.056673, 0.154795, 0.423713", \
            "0, 0, 0.0013853, 0.0177341, 0.0564976, 0.156151, 0.423413", \
            "0, 0, 0.0010287, 0.017524, 0.0560599, 0.155255, 0.424786", \
            "0, 0, 0.0004841, 0.0174639, 0.0565508, 0.155527, 0.423631", \
            "0, 0, -8.555e-05, 0.0184967, 0.059443, 0.160098, 0.428563" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0, 0, 0.0080817, 0.0176612, 0.0046696, -0.0785761, -0.34174", \
            "0, 0, 0.0080678, 0.0175829, 0.0045398, -0.0787573, -0.341928", \
            "0, 0, 0.0081448, 0.0176219, 0.004555, -0.0788001, -0.341992", \
            "0, 0, 0.0079905, 0.0175129, 0.0044792, -0.0788059, -0.34196", \
            "0, 0, 0.0076066, 0.0171953, 0.004218, -0.07903, -0.342194", \
            "0, 0, 0.0070589, 0.0170918, 0.0045503, -0.0783691, -0.341424", \
            "0, 0, 0.0062067, 0.0176622, 0.0064453, -0.0756292, -0.338094" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001858;
      rise_capacitance : 0.001944;
      rise_capacitance_range (0.001944, 0.001944);
      fall_capacitance : 0.001772;
      fall_capacitance_range (0.001772, 0.001772);
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0956563, -0.114569, -0.0563822", \
            "-0.049888, -0.0688008, -0.0118346", \
            "-0.0873229, -0.106236, -0.0468281" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0626973, -0.187811, -0.339585", \
            "-0.0681986, -0.190871, -0.341424", \
            "-0.144696, -0.266148, -0.416701" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.102098, 0.12101, 0.065265", \
            "0.0575501, 0.0764629, 0.0194967", \
            "0.0937643, 0.112677, 0.0544902" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0703594, 0.194253, 0.344806", \
            "0.0856263, 0.204637, 0.350307", \
            "0.181655, 0.293341, 0.43657" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030677, 0.0029125, 0.0025546, 0.0029645, 0.0039094, 0.0060874, 0.0111076" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089567, 0.0088597, 0.0086361, 0.0090459, 0.0099902, 0.0121671, 0.0171852" \
          );
        }
      }
    }
    pin (GATEN) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001821;
      rise_capacitance : 0.001901;
      rise_capacitance_range (0.001901, 0.001901);
      fall_capacitance : 0.00174;
      fall_capacitance_range (0.00174, 0.00174);
      timing () {
        related_pin : "GATEN";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.146716, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0118167, 0.0116569, 0.0112886, 0.0116577, 0.0125085, 0.0144695, 0.0189899" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0199236, 0.0198091, 0.0195451, 0.0199471, 0.0208737, 0.0230095, 0.0279329" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      data_in : "D";
      enable : "!GATEN";
    }
  }
  cell (scs8hd_dlxbn_2) {
    area : 21.2704;
    cell_footprint : "dlxbn";
    cell_leakage_power : 0.0317445;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0347936;
      when : "D&!GATEN&Q&!QN";
    }
    leakage_power () {
      value : 0.0285101;
      when : "!D&GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.0289765;
      when : "!D&!GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.0347643;
      when : "D&GATEN&Q&!QN";
    }
    leakage_power () {
      value : 0.0363293;
      when : "D&GATEN&!Q&QN";
    }
    leakage_power () {
      value : 0.0270932;
      when : "!D&GATEN&Q&!QN";
    }
    leakage_power () {
      value : 0.0317445;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.387278;
      max_transition : 1.5042;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.196452, 0.200967, 0.211707, 0.238002, 0.313605, 0.538922, 1.22468", \
            "0.200451, 0.205, 0.215727, 0.24201, 0.317586, 0.543002, 1.22784", \
            "0.208212, 0.21272, 0.223486, 0.24979, 0.325385, 0.551038, 1.2368", \
            "0.216549, 0.221092, 0.231763, 0.258071, 0.333674, 0.559355, 1.24451", \
            "0.220182, 0.224744, 0.235399, 0.261752, 0.337349, 0.562843, 1.24603", \
            "0.209552, 0.214102, 0.224772, 0.251116, 0.326708, 0.551951, 1.23998", \
            "0.15797, 0.16253, 0.173229, 0.199547, 0.275154, 0.500672, 1.18653" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.0168941, 0.0206637, 0.0309964, 0.0640982, 0.171656, 0.500553, 1.50346", \
            "0.0169558, 0.0205493, 0.030992, 0.0641088, 0.171444, 0.500118, 1.49902", \
            "0.0169277, 0.0208779, 0.0309845, 0.0641128, 0.171748, 0.500333, 1.50319", \
            "0.0168824, 0.0205968, 0.0308993, 0.0641151, 0.172049, 0.499884, 1.50399", \
            "0.0169454, 0.0205959, 0.0309046, 0.0642049, 0.172102, 0.499593, 1.50002", \
            "0.0169326, 0.0207968, 0.0309533, 0.0642141, 0.17153, 0.498017, 1.5018", \
            "0.0169399, 0.0207002, 0.0309457, 0.0643328, 0.171544, 0.500255, 1.49694" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.143584, 0.147357, 0.156309, 0.175045, 0.216473, 0.323499, 0.641412", \
            "0.148222, 0.152062, 0.160968, 0.179715, 0.221134, 0.328168, 0.645803", \
            "0.160402, 0.164242, 0.173148, 0.191896, 0.23331, 0.340345, 0.657977", \
            "0.185545, 0.189369, 0.198284, 0.217009, 0.258433, 0.365464, 0.683173", \
            "0.225939, 0.229752, 0.238647, 0.257365, 0.298814, 0.405849, 0.723683", \
            "0.29436, 0.298148, 0.307093, 0.325818, 0.367258, 0.474298, 0.79236", \
            "0.421268, 0.425079, 0.434058, 0.452797, 0.494261, 0.601303, 0.918997" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.0142919, 0.0171588, 0.0237952, 0.0395194, 0.0824048, 0.216543, 0.647172", \
            "0.0142802, 0.0171549, 0.0236634, 0.0394373, 0.0824216, 0.216236, 0.647793", \
            "0.014286, 0.0171528, 0.0236649, 0.0394793, 0.0824624, 0.216581, 0.640171", \
            "0.0143109, 0.0172816, 0.0237039, 0.0395423, 0.0824466, 0.216591, 0.642088", \
            "0.0144014, 0.0170272, 0.0235979, 0.0395912, 0.0825052, 0.216488, 0.641846", \
            "0.0144161, 0.0170783, 0.0237439, 0.039573, 0.0824588, 0.216054, 0.644147", \
            "0.0143644, 0.0171326, 0.0238262, 0.0396199, 0.0824792, 0.216538, 0.639776" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.23815, 0.24269, 0.253457, 0.27979, 0.355377, 0.581227, 1.26648", \
            "0.242508, 0.247047, 0.257794, 0.284125, 0.35976, 0.585571, 1.27045", \
            "0.254322, 0.258859, 0.269607, 0.295951, 0.371582, 0.597254, 1.28324", \
            "0.281304, 0.285848, 0.296596, 0.32294, 0.398582, 0.6245, 1.30911", \
            "0.327146, 0.331686, 0.34244, 0.368776, 0.444395, 0.670281, 1.35618", \
            "0.402238, 0.40673, 0.417487, 0.443811, 0.519427, 0.745026, 1.4302", \
            "0.534435, 0.538976, 0.549671, 0.575967, 0.651577, 0.877144, 1.56198" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.0169617, 0.0206125, 0.030861, 0.0640888, 0.172055, 0.499497, 1.50018", \
            "0.0168691, 0.0205875, 0.0308821, 0.0641406, 0.171463, 0.499745, 1.50183", \
            "0.0168685, 0.0205783, 0.0308668, 0.0640901, 0.171633, 0.50028, 1.50208", \
            "0.0169029, 0.0205536, 0.030883, 0.0642808, 0.171521, 0.499984, 1.50234", \
            "0.0169299, 0.0206154, 0.0308708, 0.0641011, 0.171887, 0.498734, 1.5042", \
            "0.0168609, 0.0205744, 0.0308307, 0.0641376, 0.171566, 0.498913, 1.50211", \
            "0.0167466, 0.0203618, 0.0307523, 0.0640705, 0.171893, 0.499949, 1.49765" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.158741, 0.162601, 0.171665, 0.190566, 0.232074, 0.33915, 0.657117", \
            "0.163208, 0.167068, 0.176101, 0.195017, 0.236516, 0.343595, 0.660925", \
            "0.175045, 0.178926, 0.187949, 0.206837, 0.248373, 0.355447, 0.673566", \
            "0.202312, 0.206165, 0.215197, 0.234093, 0.2756, 0.382683, 0.700034", \
            "0.25238, 0.256263, 0.265294, 0.284205, 0.325719, 0.432805, 0.750201", \
            "0.33285, 0.336728, 0.345803, 0.364762, 0.406324, 0.513431, 0.831144", \
            "0.469896, 0.473814, 0.482907, 0.501904, 0.54357, 0.650687, 0.968413" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.0147027, 0.017451, 0.0240128, 0.0396726, 0.0826168, 0.21656, 0.641894", \
            "0.0145764, 0.0174917, 0.0240521, 0.0397554, 0.0825593, 0.21663, 0.650063", \
            "0.0146856, 0.017452, 0.0240903, 0.0398648, 0.0825494, 0.216533, 0.641813", \
            "0.0146455, 0.0174635, 0.0241345, 0.0397085, 0.0826088, 0.216645, 0.646894", \
            "0.0147091, 0.0175551, 0.024077, 0.0398066, 0.0824763, 0.216465, 0.644151", \
            "0.0149124, 0.0176022, 0.0243195, 0.039878, 0.0825133, 0.216754, 0.641497", \
            "0.0150436, 0.0178515, 0.0244733, 0.0401672, 0.0826407, 0.216639, 0.639835" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421701, 0.127795, 0.387278");
          values ( \
            "0, 0.0011261, 0.0066164, 0.023945, 0.076308, 0.236815, 0.722898", \
            "0, 0.001147, 0.0066059, 0.0238564, 0.0761178, 0.235939, 0.72508", \
            "0, 0.0012559, 0.0066764, 0.0239199, 0.0761786, 0.236797, 0.722413", \
            "0, 0.0010642, 0.0064907, 0.0237127, 0.076205, 0.235749, 0.722606", \
            "0, 0.0006551, 0.0061653, 0.0235503, 0.0760008, 0.236285, 0.723484", \
            "0, -0.0001495, 0.0057866, 0.0236068, 0.0764719, 0.235641, 0.723324", \
            "0, -7.365e-05, 0.0047079, 0.0239056, 0.0785044, 0.239073, 0.725929" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421701, 0.127795, 0.387278");
          values ( \
            "0, 0.0036035, 0.0145135, 0.0249288, -0.0008378, -0.146689, -0.632897", \
            "0, 0.0036328, 0.0144867, 0.0248462, -0.0009081, -0.14678, -0.633062", \
            "0, 0.0037492, 0.0145973, 0.0249326, -0.0007925, -0.146688, -0.632962", \
            "0, 0.0035411, 0.0144117, 0.0248061, -0.0009714, -0.146837, -0.633093", \
            "0, 0.0031095, 0.0140723, 0.0246442, -0.0009191, -0.146693, -0.632906", \
            "0, 0.0021372, 0.0133854, 0.0243879, -0.0007817, -0.14615, -0.632277", \
            "0, 7.365e-05, 0.0122045, 0.0247135, 0.0011351, -0.143832, -0.629437" \
          );
        }
      }
      internal_power () {
        related_pin : "GATEN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421701, 0.127795, 0.387278");
          values ( \
            "0, 0, 0.0023007, 0.0237365, 0.0802313, 0.243327, 0.729691", \
            "0, 0, 0.0022915, 0.0236277, 0.0801359, 0.243162, 0.73121", \
            "0, 0, 0.0024224, 0.0237331, 0.0801733, 0.241853, 0.733518", \
            "0, 0, 0.0022179, 0.0235107, 0.0799146, 0.243278, 0.734373", \
            "0, 0, 0.0018303, 0.0232756, 0.0798331, 0.243195, 0.733936", \
            "0, 0, 0.0011878, 0.0232135, 0.0803872, 0.243056, 0.731641", \
            "0, 0, -0.0001295, 0.0230544, 0.0815292, 0.245869, 0.732588" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421701, 0.127795, 0.387278");
          values ( \
            "0, 0, 0.0113699, 0.0241774, 0.0008004, -0.143603, -0.629214", \
            "0, 0, 0.0113925, 0.0240906, 0.0006865, -0.143725, -0.62937", \
            "0, 0, 0.0115077, 0.0241206, 0.0007755, -0.143594, -0.629302", \
            "0, 0, 0.0112885, 0.0239992, 0.0005318, -0.143951, -0.629554", \
            "0, 0, 0.0109031, 0.0236736, 0.0003975, -0.143941, -0.629553", \
            "0, 0, 0.0102778, 0.0236686, 0.000864, -0.14312, -0.628584", \
            "0, 0, 0.0091506, 0.0240813, 0.0030737, -0.140321, -0.62516" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.415659;
      max_transition : 1.50597;
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.201989, 0.206063, 0.215883, 0.240995, 0.314262, 0.537794, 1.22592", \
            "0.206663, 0.210665, 0.220497, 0.245592, 0.318738, 0.542774, 1.23042", \
            "0.218856, 0.222814, 0.232673, 0.257828, 0.33104, 0.555654, 1.24251", \
            "0.243905, 0.248021, 0.257834, 0.282946, 0.356126, 0.580274, 1.26822", \
            "0.284334, 0.288341, 0.298165, 0.323328, 0.396384, 0.621467, 1.30889", \
            "0.352714, 0.356829, 0.366642, 0.391748, 0.464931, 0.68884, 1.37642", \
            "0.479718, 0.483809, 0.493626, 0.518724, 0.591869, 0.815832, 1.50153" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.0147617, 0.018151, 0.0280638, 0.0606231, 0.166321, 0.49399, 1.50496", \
            "0.0146684, 0.0181174, 0.0280553, 0.0604975, 0.166313, 0.494919, 1.50544", \
            "0.0147334, 0.0180249, 0.0280397, 0.0605523, 0.166277, 0.494472, 1.50061", \
            "0.0148286, 0.0181505, 0.0280709, 0.0604534, 0.165856, 0.49409, 1.50338", \
            "0.0147743, 0.0180853, 0.0280161, 0.0605466, 0.166008, 0.495055, 1.50167", \
            "0.014829, 0.0181556, 0.0280715, 0.0604566, 0.165919, 0.494689, 1.50355", \
            "0.0147763, 0.0181688, 0.0280745, 0.0604509, 0.165882, 0.494306, 1.4983" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.24533, 0.248738, 0.256927, 0.274137, 0.313014, 0.418273, 0.738247", \
            "0.249237, 0.252693, 0.260835, 0.278117, 0.316904, 0.422096, 0.742065", \
            "0.257265, 0.260726, 0.268862, 0.286148, 0.324935, 0.430124, 0.749612", \
            "0.265472, 0.268878, 0.276978, 0.294259, 0.33312, 0.438317, 0.757644", \
            "0.269101, 0.272548, 0.280706, 0.297973, 0.33682, 0.442017, 0.761335", \
            "0.258318, 0.261776, 0.269921, 0.287204, 0.326, 0.431296, 0.750462", \
            "0.206784, 0.210224, 0.218396, 0.235606, 0.274487, 0.379737, 0.699553" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.0137148, 0.0161438, 0.0222341, 0.0365939, 0.0777718, 0.212904, 0.643562", \
            "0.0137134, 0.016214, 0.0222496, 0.0366092, 0.0780438, 0.213124, 0.638552", \
            "0.0136944, 0.0162558, 0.022158, 0.0366223, 0.0780259, 0.2124, 0.639925", \
            "0.0137099, 0.0160524, 0.0220711, 0.0365608, 0.0779488, 0.213143, 0.638365", \
            "0.0136306, 0.0160491, 0.0221385, 0.0364961, 0.0780528, 0.2131, 0.63698", \
            "0.0137078, 0.0162203, 0.0222827, 0.0366071, 0.0781097, 0.212073, 0.641658", \
            "0.0137564, 0.0161952, 0.0221033, 0.0366007, 0.0777753, 0.21278, 0.63746" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.21753, 0.221521, 0.231369, 0.256511, 0.329797, 0.554655, 1.24128", \
            "0.221967, 0.225961, 0.235813, 0.260957, 0.334307, 0.558085, 1.24476", \
            "0.233821, 0.237868, 0.247712, 0.272799, 0.34606, 0.570575, 1.25822", \
            "0.261078, 0.265125, 0.274969, 0.300056, 0.373427, 0.597713, 1.28606", \
            "0.311251, 0.315245, 0.325099, 0.350244, 0.42364, 0.647332, 1.33647", \
            "0.391694, 0.395676, 0.405523, 0.430648, 0.503962, 0.727421, 1.4161", \
            "0.528777, 0.532759, 0.542612, 0.567739, 0.640856, 0.865067, 1.55204" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.0147723, 0.0181946, 0.0281903, 0.0604849, 0.16603, 0.494693, 1.5057", \
            "0.0148292, 0.0182089, 0.0280872, 0.0603966, 0.166122, 0.495022, 1.50546", \
            "0.0148954, 0.0181413, 0.0281104, 0.0605891, 0.166133, 0.494492, 1.504", \
            "0.0148929, 0.0181417, 0.0281107, 0.0605163, 0.166331, 0.4953, 1.50408", \
            "0.0148287, 0.0182165, 0.0280894, 0.0604583, 0.166433, 0.494836, 1.50597", \
            "0.0146385, 0.0181869, 0.0281908, 0.0604809, 0.165804, 0.494864, 1.50168", \
            "0.0146672, 0.0182047, 0.028117, 0.0605899, 0.166338, 0.49488, 1.50111" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.286874, 0.290296, 0.298498, 0.315732, 0.354564, 0.459736, 0.779651", \
            "0.291349, 0.294814, 0.302936, 0.320227, 0.358993, 0.464337, 0.783803", \
            "0.303026, 0.306443, 0.314659, 0.331986, 0.370701, 0.475951, 0.795254", \
            "0.330109, 0.333577, 0.341723, 0.359026, 0.397847, 0.503105, 0.822971", \
            "0.376177, 0.379591, 0.387815, 0.405106, 0.443889, 0.549142, 0.868983", \
            "0.450844, 0.454298, 0.46243, 0.479684, 0.518468, 0.623808, 0.942993", \
            "0.583333, 0.586749, 0.594928, 0.612195, 0.651039, 0.756245, 1.0757" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.0136116, 0.0162086, 0.022244, 0.0363931, 0.0777969, 0.213136, 0.643279", \
            "0.0136633, 0.016093, 0.0220878, 0.0366892, 0.077734, 0.213432, 0.639829", \
            "0.0136379, 0.016101, 0.0220693, 0.0363616, 0.0779911, 0.212863, 0.638874", \
            "0.0136199, 0.0161582, 0.0219775, 0.0364296, 0.0779275, 0.214017, 0.643476", \
            "0.0136256, 0.0160906, 0.0220496, 0.0361967, 0.0778022, 0.212594, 0.643295", \
            "0.013648, 0.0161048, 0.0221266, 0.036527, 0.0776862, 0.213056, 0.638968", \
            "0.0136676, 0.0161459, 0.0220014, 0.0364661, 0.0779281, 0.212621, 0.635152" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470138, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "-0.0010351, -0.0012267, 0.0054167, 0.0249257, 0.0819452, 0.25521, 0.78044", \
            "-0.001078, -0.0011985, 0.005412, 0.0248597, 0.0817894, 0.253711, 0.784007", \
            "-0.0011982, -0.0010978, 0.0054986, 0.0249327, 0.0818315, 0.253868, 0.779893", \
            "-0.0009957, -0.0012922, 0.0053306, 0.0248003, 0.0820307, 0.25363, 0.781274", \
            "-0.0005487, -0.0017305, 0.0049916, 0.0246368, 0.0817827, 0.253974, 0.779132", \
            "0, -0.0026313, 0.0043518, 0.024393, 0.0821427, 0.254277, 0.781832", \
            "0, -0.0024136, 0.0031554, 0.0247012, 0.0840598, 0.257885, 0.78269" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470138, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.0010351, 0.0056617, 0.0154709, 0.0239314, -0.0055342, -0.163079, -0.688933", \
            "0.001078, 0.0056999, 0.0154487, 0.0238325, -0.005662, -0.163263, -0.68916", \
            "0.0011982, 0.0058128, 0.0155453, 0.0239076, -0.0056399, -0.16329, -0.689187", \
            "0.0009957, 0.0056065, 0.01532, 0.0236879, -0.0059026, -0.163524, -0.6894", \
            "0.0005487, 0.0051779, 0.0149795, 0.0234547, -0.005945, -0.163485, -0.689324", \
            "0, 0.0043526, 0.0145112, 0.0235898, -0.0054355, -0.162874, -0.688599", \
            "0, 0.0024136, 0.0134083, 0.0238791, -0.0037715, -0.160285, -0.68574" \
          );
        }
      }
      internal_power () {
        related_pin : "GATEN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470138, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0, 0, 0.0022743, 0.0241446, 0.083492, 0.256764, 0.784018", \
            "0, 0, 0.0022939, 0.0241513, 0.083462, 0.256683, 0.787166", \
            "0, 0, 0.0024126, 0.0241575, 0.0836115, 0.256307, 0.784429", \
            "0, 0, 0.0022006, 0.0239536, 0.0833218, 0.258056, 0.783553", \
            "0, 0, 0.0018125, 0.0237619, 0.0831184, 0.256264, 0.786385", \
            "0, 0, 0.0011109, 0.0234933, 0.0833531, 0.256778, 0.787917", \
            "0, 0, 0.000147, 0.0242436, 0.0861641, 0.261967, 0.786158" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470138, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0, 0, 0.0111008, 0.0237248, -0.0015649, -0.156698, -0.681545", \
            "0, 0, 0.0111123, 0.0236428, -0.0017359, -0.156886, -0.681759", \
            "0, 0, 0.0112335, 0.0237306, -0.0016777, -0.156909, -0.681852", \
            "0, 0, 0.0110568, 0.0236058, -0.0017982, -0.156946, -0.681788", \
            "0, 0, 0.0106245, 0.0232479, -0.0019974, -0.157184, -0.682012", \
            "0, 0, 0.009901, 0.0229693, -0.001826, -0.156703, -0.68142", \
            "0, 0, 0.0087312, 0.0234387, 5.9e-06, -0.154083, -0.678215" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001864;
      rise_capacitance : 0.001958;
      rise_capacitance_range (0.001958, 0.001958);
      fall_capacitance : 0.00177;
      fall_capacitance_range (0.00177, 0.00177);
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.10176, -0.120673, -0.0637064", \
            "-0.0559915, -0.0749043, -0.0179382", \
            "-0.0922057, -0.111119, -0.0529316" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0663594, -0.190253, -0.343247", \
            "-0.0718607, -0.195754, -0.345087", \
            "-0.149579, -0.271031, -0.421584" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.110643, 0.129555, 0.0725892", \
            "0.0648744, 0.0837871, 0.026821", \
            "0.101089, 0.118781, 0.0618145" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0764629, 0.199135, 0.349689", \
            "0.0905091, 0.208299, 0.35519", \
            "0.1902, 0.298224, 0.442674" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030916, 0.0029856, 0.0027412, 0.0031431, 0.0040695, 0.0062048, 0.0111271" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089317, 0.0088325, 0.0086039, 0.0090363, 0.0100328, 0.0123302, 0.0176257" \
          );
        }
      }
    }
    pin (GATEN) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001827;
      rise_capacitance : 0.001912;
      rise_capacitance_range (0.001912, 0.001912);
      fall_capacitance : 0.001741;
      fall_capacitance_range (0.001741, 0.001741);
      timing () {
        related_pin : "GATEN";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.154406, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0117516, 0.0116354, 0.0113678, 0.011727, 0.0125547, 0.014463, 0.0188617" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0198472, 0.0196955, 0.0193462, 0.0197892, 0.0208103, 0.0231642, 0.02859" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      data_in : "D";
      enable : "!GATEN";
    }
  }
  cell (scs8hd_dlxbp_1) {
    area : 18.768;
    cell_footprint : "dlxbp";
    cell_leakage_power : 0.0255248;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0285753;
      when : "D&GATE&Q&!QN";
    }
    leakage_power () {
      value : 0.0222886;
      when : "!D&!GATE&!Q&QN";
    }
    leakage_power () {
      value : 0.0227566;
      when : "!D&GATE&!Q&QN";
    }
    leakage_power () {
      value : 0.0285461;
      when : "D&!GATE&Q&!QN";
    }
    leakage_power () {
      value : 0.030108;
      when : "D&!GATE&!Q&QN";
    }
    leakage_power () {
      value : 0.0208739;
      when : "!D&!GATE&Q&!QN";
    }
    leakage_power () {
      value : 0.0255248;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.212412;
      max_transition : 1.50271;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.188882, 0.194279, 0.206835, 0.238689, 0.325499, 0.56341, 1.21889", \
            "0.1929, 0.19826, 0.210756, 0.24262, 0.329389, 0.567319, 1.22204", \
            "0.200815, 0.206291, 0.218795, 0.250613, 0.337408, 0.57535, 1.23071", \
            "0.209054, 0.214446, 0.227004, 0.258848, 0.345626, 0.583394, 1.24054", \
            "0.212903, 0.218312, 0.230869, 0.262722, 0.349503, 0.587363, 1.24235", \
            "0.202373, 0.207789, 0.220333, 0.25218, 0.338971, 0.576256, 1.23162", \
            "0.150782, 0.156153, 0.168691, 0.200564, 0.28735, 0.524841, 1.17879" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0190413, 0.0241294, 0.03857, 0.0831266, 0.207612, 0.551112, 1.50207", \
            "0.0190718, 0.0241248, 0.0385807, 0.0831556, 0.207886, 0.551084, 1.4997", \
            "0.0192506, 0.0243117, 0.0386082, 0.0831594, 0.20777, 0.551129, 1.50241", \
            "0.0190379, 0.0241201, 0.0385306, 0.0831436, 0.207633, 0.55109, 1.49879", \
            "0.0190669, 0.0241264, 0.0385396, 0.083161, 0.207862, 0.550724, 1.49743", \
            "0.0192662, 0.024146, 0.0386229, 0.0831608, 0.208004, 0.551628, 1.50063", \
            "0.0191548, 0.0243127, 0.0387224, 0.0831844, 0.208132, 0.552456, 1.49075" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.134857, 0.139231, 0.148733, 0.168884, 0.21494, 0.332743, 0.655228", \
            "0.139565, 0.143947, 0.153432, 0.173592, 0.219629, 0.337458, 0.659957", \
            "0.151713, 0.156095, 0.165584, 0.185738, 0.231789, 0.349618, 0.671994", \
            "0.176867, 0.18125, 0.190731, 0.210884, 0.256943, 0.374762, 0.697384", \
            "0.217321, 0.221681, 0.231164, 0.251326, 0.297401, 0.415221, 0.737361", \
            "0.28579, 0.290194, 0.299683, 0.319846, 0.365929, 0.483741, 0.806355", \
            "0.412701, 0.417084, 0.426623, 0.44683, 0.49294, 0.610748, 0.932879" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0146397, 0.0181667, 0.0260977, 0.0459028, 0.0990242, 0.250614, 0.679956", \
            "0.0147965, 0.0180431, 0.0260432, 0.0458936, 0.0989866, 0.250502, 0.682485", \
            "0.0147822, 0.0180452, 0.0260791, 0.0459763, 0.0986665, 0.250814, 0.676698", \
            "0.01465, 0.0180149, 0.0260605, 0.0458546, 0.0989316, 0.250961, 0.678463", \
            "0.0146945, 0.0181814, 0.0260007, 0.0458506, 0.0989965, 0.250884, 0.680794", \
            "0.0147149, 0.0180739, 0.026021, 0.0459284, 0.0990313, 0.25072, 0.680806", \
            "0.0147594, 0.0182839, 0.0261926, 0.0459914, 0.0990607, 0.250879, 0.675536" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.175917, 0.181334, 0.193916, 0.225795, 0.312587, 0.549993, 1.20568", \
            "0.179483, 0.1849, 0.197494, 0.229369, 0.316132, 0.554067, 1.20893", \
            "0.187814, 0.193246, 0.205826, 0.23768, 0.324459, 0.562582, 1.21866", \
            "0.201748, 0.207123, 0.219717, 0.25157, 0.338367, 0.576316, 1.23025", \
            "0.21644, 0.221855, 0.234446, 0.266322, 0.353082, 0.591274, 1.2456", \
            "0.224623, 0.230053, 0.242654, 0.274544, 0.36134, 0.598747, 1.2535", \
            "0.206611, 0.212086, 0.224716, 0.256638, 0.343464, 0.580885, 1.23428" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.0189554, 0.0240404, 0.0386603, 0.0831292, 0.208177, 0.55243, 1.49667", \
            "0.0189578, 0.0240177, 0.0386919, 0.0831184, 0.208133, 0.552168, 1.49603", \
            "0.0189812, 0.0240506, 0.0387526, 0.0831601, 0.208021, 0.551682, 1.50181", \
            "0.0189919, 0.0240375, 0.0385268, 0.0831312, 0.208211, 0.551677, 1.50178", \
            "0.0189739, 0.0241117, 0.0385613, 0.0831604, 0.207856, 0.552065, 1.50062", \
            "0.019, 0.0240997, 0.0385486, 0.0831661, 0.208186, 0.551239, 1.50271", \
            "0.0192641, 0.0242868, 0.0387824, 0.0832577, 0.208247, 0.552306, 1.49469" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.162645, 0.167086, 0.17669, 0.196952, 0.243039, 0.360924, 0.683366", \
            "0.166307, 0.170774, 0.180376, 0.200648, 0.246744, 0.364621, 0.687283", \
            "0.175159, 0.179512, 0.189113, 0.209362, 0.255452, 0.373329, 0.695852", \
            "0.188603, 0.193083, 0.202675, 0.222941, 0.26906, 0.386905, 0.709525", \
            "0.201156, 0.205618, 0.215229, 0.235494, 0.281611, 0.399472, 0.722077", \
            "0.204345, 0.208804, 0.218399, 0.238671, 0.284773, 0.402654, 0.725038", \
            "0.171255, 0.175731, 0.185342, 0.205623, 0.251744, 0.369609, 0.692405" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0.015021, 0.0184722, 0.0264869, 0.045987, 0.099135, 0.25113, 0.676995", \
            "0.0149654, 0.0183162, 0.0264658, 0.0460213, 0.0990971, 0.250652, 0.681824", \
            "0.0149756, 0.0184726, 0.0264674, 0.0461016, 0.0987294, 0.250872, 0.679732", \
            "0.0149714, 0.0183598, 0.0264685, 0.045982, 0.099081, 0.250615, 0.67712", \
            "0.0150084, 0.018452, 0.0264799, 0.0459804, 0.0990993, 0.250493, 0.682707", \
            "0.0150464, 0.0184925, 0.0265365, 0.046121, 0.099088, 0.250411, 0.675082", \
            "0.0150018, 0.0183709, 0.0264761, 0.0460809, 0.0990105, 0.250847, 0.676631" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0, 0.0012462, 0.0057885, 0.018174, 0.0515299, 0.144258, 0.398416", \
            "0, 0.001272, 0.0057626, 0.018125, 0.0514243, 0.143934, 0.397155", \
            "0, 0.0013516, 0.005811, 0.0180948, 0.0513234, 0.144067, 0.398214", \
            "0, 0.0011503, 0.0056053, 0.0178819, 0.0511021, 0.14364, 0.397874", \
            "0, 0.0007574, 0.0052971, 0.0177166, 0.0510734, 0.142895, 0.396522", \
            "0, -2.735e-05, 0.0048865, 0.0177734, 0.0516949, 0.143388, 0.397087", \
            "0, 0, 0.0039001, 0.018017, 0.053449, 0.146828, 0.397931" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0, 0.0027817, 0.0110458, 0.0184515, 0.0040873, -0.0766309, -0.327129", \
            "0, 0.0028122, 0.0110218, 0.0183748, 0.0039429, -0.0767874, -0.327299", \
            "0, 0.0029118, 0.0111238, 0.0184272, 0.0040157, -0.0767455, -0.327256", \
            "0, 0.0027151, 0.0109571, 0.0183342, 0.0039541, -0.0768097, -0.327294", \
            "0, 0.002286, 0.010623, 0.0181686, 0.0039631, -0.0766774, -0.32713", \
            "0, 0.0013459, 0.0099664, 0.0179314, 0.0041784, -0.0761337, -0.326464", \
            "0, 0, 0.0089273, 0.0183049, 0.0059769, -0.073639, -0.32337" \
          );
        }
      }
      internal_power () {
        related_pin : "GATE";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0, -0.0018591, 0.0032912, 0.0173574, 0.0525361, 0.145402, 0.399234", \
            "0, -0.0018984, 0.0032921, 0.0173397, 0.0523402, 0.145943, 0.399433", \
            "0, -0.0019928, 0.0033405, 0.0172945, 0.0522177, 0.145885, 0.399332", \
            "0, -0.0017888, 0.0030613, 0.0169273, 0.0518013, 0.144657, 0.400505", \
            "0, -0.0014498, 0.002756, 0.0167236, 0.0516329, 0.145483, 0.400395", \
            "0, -0.0007356, 0.0024542, 0.016882, 0.0523421, 0.145324, 0.401351", \
            "0, 0, 0.0017937, 0.0175242, 0.0546264, 0.148719, 0.400863" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013709, 0.00375872, 0.0103056, 0.0282559, 0.077472, 0.212412");
          values ( \
            "0, 0.0018591, 0.0104155, 0.0182573, 0.0044039, -0.0759819, -0.326306", \
            "0, 0.0018984, 0.0104221, 0.0182562, 0.004386, -0.0760006, -0.326335", \
            "0, 0.0019928, 0.0104688, 0.0181553, 0.0041733, -0.0763028, -0.326681", \
            "0, 0.0017888, 0.010263, 0.0179646, 0.0039365, -0.0765865, -0.326977", \
            "0, 0.0014498, 0.0099759, 0.0177578, 0.0038879, -0.0765288, -0.326916", \
            "0, 0.0007356, 0.0095386, 0.0177485, 0.0042756, -0.0760495, -0.326274", \
            "0, 0, 0.0088921, 0.0184276, 0.0062863, -0.0732601, -0.323198" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.222483;
      max_transition : 1.50364;
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.172273, 0.177042, 0.188904, 0.220146, 0.306218, 0.544117, 1.20109", \
            "0.176915, 0.181695, 0.19358, 0.224905, 0.310947, 0.548749, 1.20696", \
            "0.189101, 0.193861, 0.205738, 0.236971, 0.323033, 0.561982, 1.21936", \
            "0.214258, 0.219028, 0.230915, 0.262159, 0.348152, 0.586271, 1.24393", \
            "0.254698, 0.259469, 0.271356, 0.302642, 0.388731, 0.626302, 1.28421", \
            "0.323205, 0.327926, 0.339805, 0.371173, 0.457203, 0.694807, 1.35389", \
            "0.450161, 0.454935, 0.466802, 0.498049, 0.584208, 0.822678, 1.47863" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.014408, 0.0196773, 0.0350141, 0.0792887, 0.203326, 0.548895, 1.49982", \
            "0.0144473, 0.0196861, 0.0349616, 0.0792381, 0.203358, 0.548386, 1.49638", \
            "0.0143727, 0.0197233, 0.0350164, 0.0792245, 0.203399, 0.548656, 1.49566", \
            "0.014396, 0.01969, 0.0350026, 0.0792975, 0.20393, 0.547824, 1.50247", \
            "0.0143845, 0.0196368, 0.0350009, 0.079217, 0.203748, 0.550144, 1.50273", \
            "0.0144159, 0.0196867, 0.0350134, 0.0792557, 0.203093, 0.546816, 1.49987", \
            "0.0144202, 0.0196857, 0.0349881, 0.079278, 0.203496, 0.54747, 1.49657" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.218862, 0.222736, 0.23122, 0.249641, 0.294106, 0.414543, 0.748042", \
            "0.222724, 0.2266, 0.235091, 0.253531, 0.297974, 0.418337, 0.751274", \
            "0.230659, 0.234541, 0.243028, 0.261461, 0.305916, 0.426375, 0.760117", \
            "0.238954, 0.24283, 0.251316, 0.269755, 0.314183, 0.434622, 0.767877", \
            "0.242715, 0.246598, 0.255065, 0.27348, 0.317926, 0.438393, 0.772119", \
            "0.23215, 0.236048, 0.244453, 0.262935, 0.30739, 0.427844, 0.761215", \
            "0.180628, 0.184503, 0.192954, 0.211391, 0.255853, 0.376253, 0.709576" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0119168, 0.014917, 0.0223646, 0.0414361, 0.0967056, 0.255563, 0.696117", \
            "0.0118126, 0.0149362, 0.0223115, 0.0414856, 0.0966896, 0.255177, 0.70118", \
            "0.0118269, 0.0149528, 0.022296, 0.041449, 0.0964176, 0.25566, 0.701728", \
            "0.0118066, 0.014944, 0.0223264, 0.0415293, 0.0968061, 0.255235, 0.699686", \
            "0.0118303, 0.0148681, 0.0224159, 0.0416306, 0.0966996, 0.255688, 0.700177", \
            "0.0119097, 0.0148363, 0.0223338, 0.0415641, 0.0968372, 0.254161, 0.703904", \
            "0.0120116, 0.0149349, 0.022251, 0.0413734, 0.096781, 0.254997, 0.698661" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.200247, 0.205023, 0.216857, 0.248234, 0.334392, 0.573055, 1.22979", \
            "0.20393, 0.208703, 0.220536, 0.251761, 0.337779, 0.576582, 1.23654", \
            "0.21267, 0.217439, 0.229316, 0.260553, 0.346647, 0.586268, 1.24201", \
            "0.22623, 0.231004, 0.242845, 0.274209, 0.360505, 0.597637, 1.25685", \
            "0.238705, 0.243485, 0.255428, 0.286595, 0.372614, 0.611093, 1.26926", \
            "0.24198, 0.246748, 0.258624, 0.289883, 0.375832, 0.613231, 1.27313", \
            "0.208892, 0.213669, 0.225559, 0.256837, 0.343071, 0.581506, 1.23813" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0144935, 0.0197182, 0.0350812, 0.0792994, 0.203582, 0.549698, 1.50261", \
            "0.0145008, 0.0197331, 0.0350365, 0.0792434, 0.20369, 0.548662, 1.49843", \
            "0.0144835, 0.0196913, 0.0350507, 0.0792732, 0.203813, 0.550027, 1.50265", \
            "0.0144948, 0.0197119, 0.0350874, 0.0792988, 0.203922, 0.549752, 1.49895", \
            "0.0144648, 0.0197076, 0.0350101, 0.0792475, 0.203782, 0.548348, 1.50364", \
            "0.0144854, 0.0196837, 0.0351129, 0.0791342, 0.203602, 0.545934, 1.49717", \
            "0.0145086, 0.0196619, 0.0349822, 0.0792293, 0.203458, 0.548476, 1.49735" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.205834, 0.209707, 0.21816, 0.236616, 0.28108, 0.401504, 0.735021", \
            "0.209411, 0.213289, 0.221774, 0.240192, 0.284648, 0.405029, 0.738349", \
            "0.217741, 0.221616, 0.230086, 0.248524, 0.292976, 0.413423, 0.746813", \
            "0.231632, 0.23552, 0.24398, 0.26243, 0.306871, 0.427237, 0.760421", \
            "0.246344, 0.250214, 0.258671, 0.277105, 0.321566, 0.441924, 0.774913", \
            "0.254559, 0.258447, 0.266922, 0.285332, 0.329798, 0.450212, 0.784034", \
            "0.236534, 0.24041, 0.248876, 0.267354, 0.311821, 0.432264, 0.766281" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0119068, 0.0148426, 0.0222922, 0.0415236, 0.0961513, 0.255619, 0.698693", \
            "0.0119105, 0.0148278, 0.0222186, 0.0415195, 0.0967404, 0.256, 0.697123", \
            "0.0118989, 0.0148394, 0.0222, 0.0415991, 0.0963266, 0.255409, 0.697614", \
            "0.0119424, 0.0148399, 0.0222355, 0.041362, 0.0967301, 0.255628, 0.699831", \
            "0.0118539, 0.0147904, 0.0222046, 0.0414162, 0.0963873, 0.255275, 0.694603", \
            "0.0119312, 0.0148638, 0.022205, 0.0415507, 0.0964302, 0.254422, 0.699592", \
            "0.0118432, 0.0147896, 0.0223362, 0.0415856, 0.0965017, 0.255382, 0.700375" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "-0.0012305, -0.0013088, 0.0042513, 0.0184493, 0.0549963, 0.152218, 0.419154", \
            "-0.0012666, -0.0012863, 0.0042354, 0.0183716, 0.0547064, 0.152027, 0.419313", \
            "-0.0013733, -0.001185, 0.0043322, 0.0184191, 0.0547931, 0.151958, 0.419367", \
            "-0.0011719, -0.0013795, 0.0041649, 0.0183281, 0.0547092, 0.15193, 0.421279", \
            "-0.0007327, -0.0018115, 0.0038292, 0.0181648, 0.054568, 0.153053, 0.419316", \
            "0, -0.0027551, 0.0031546, 0.017925, 0.0549522, 0.152466, 0.419899", \
            "0, -0.0020096, 0.002105, 0.018301, 0.0567201, 0.156352, 0.421975" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0012305, 0.0051251, 0.0123542, 0.0181565, 0.0013629, -0.0843281, -0.348616", \
            "0.0012666, 0.0051293, 0.0123188, 0.0180268, 0.0011431, -0.0846061, -0.348896", \
            "0.0013733, 0.0052321, 0.0123852, 0.0180711, 0.0012187, -0.0845423, -0.348857", \
            "0.0011719, 0.0050306, 0.0122004, 0.01787, 0.0009627, -0.084798, -0.349109", \
            "0.0007327, 0.0046309, 0.0118714, 0.0176557, 0.0009044, -0.0847771, -0.349072", \
            "0, 0.0038245, 0.0113932, 0.0177232, 0.0013776, -0.0841017, -0.348238", \
            "0, 0.0020096, 0.0104138, 0.0180573, 0.0030474, -0.0815934, -0.345471" \
          );
        }
      }
      internal_power () {
        related_pin : "GATE";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0, -0.001549, 0.0036215, 0.0182544, 0.0550683, 0.152709, 0.422129", \
            "0, -0.0015843, 0.0036222, 0.0182065, 0.0549203, 0.152808, 0.422126", \
            "0, -0.0016832, 0.0036721, 0.01817, 0.055058, 0.152443, 0.421743", \
            "0, -0.001466, 0.0034466, 0.0179457, 0.0548012, 0.153262, 0.419872", \
            "0, -0.0011046, 0.0031822, 0.0177442, 0.0544692, 0.15241, 0.421412", \
            "0, -0.0004278, 0.0027668, 0.017737, 0.0550626, 0.152258, 0.420465", \
            "0, 0, 0.0020973, 0.0184279, 0.0573832, 0.156631, 0.422222" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0, 0.001549, 0.0098641, 0.0173567, 0.0023019, -0.0822611, -0.346053", \
            "0, 0.0015843, 0.0098669, 0.0173382, 0.0021925, -0.082448, -0.346241", \
            "0, 0.0016832, 0.0099135, 0.0172874, 0.0020688, -0.0826102, -0.346417", \
            "0, 0.001466, 0.0096531, 0.0169315, 0.0016493, -0.0830971, -0.346942", \
            "0, 0.0011046, 0.0093349, 0.016737, 0.0014956, -0.0831593, -0.346999", \
            "0, 0.0004278, 0.0089818, 0.0168463, 0.0020483, -0.0823867, -0.346073", \
            "0, 0, 0.0083537, 0.0175225, 0.0040467, -0.0796067, -0.343007" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001877;
      rise_capacitance : 0.001966;
      rise_capacitance_range (0.001966, 0.001966);
      fall_capacitance : 0.001787;
      fall_capacitance_range (0.001787, 0.001787);
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.115188, -0.1341, -0.0759134", \
            "-0.0352396, -0.0541523, 0.0052552", \
            "0.0628236, 0.0426901, 0.103318" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0175312, -0.140204, -0.291978", \
            "0.113686, -0.0077656, -0.154657", \
            "0.26424, 0.142788, -0.0028828" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.12285, 0.141762, 0.0847962", \
            "0.0490052, 0.067918, 0.0109518", \
            "-0.0222025, -0.0057311, -0.0590352" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0251934, 0.146645, 0.297199", \
            "-0.104803, 0.014207, 0.159878", \
            "-0.254136, -0.135126, 0.0081035" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027748, 0.0026749, 0.0024446, 0.0028456, 0.0037701, 0.0059009, 0.0108125" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0092721, 0.0091727, 0.0089435, 0.0093836, 0.0103979, 0.0127362, 0.0181261" \
          );
        }
      }
    }
    pin (GATE) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001829;
      rise_capacitance : 0.001904;
      rise_capacitance_range (0.001904, 0.001904);
      fall_capacitance : 0.001753;
      fall_capacitance_range (0.001753, 0.001753);
      timing () {
        related_pin : "GATE";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0610321, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0115942, 0.0114785, 0.0112116, 0.0115604, 0.0123645, 0.0142178, 0.0184899" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.020057, 0.0199134, 0.0195823, 0.0199779, 0.0208897, 0.0229915, 0.0278364" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      data_in : "D";
      enable : "GATE";
    }
  }
  cell (scs8hd_dlxtn_1) {
    area : 15.0144;
    cell_footprint : "dlxtn";
    cell_leakage_power : 0.0184021;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0145631;
      when : "!D&GATEN&Q";
    }
    leakage_power () {
      value : 0.0222646;
      when : "D&!GATEN&Q";
    }
    leakage_power () {
      value : 0.014354;
      when : "!D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0148219;
      when : "!D&!GATEN&!Q";
    }
    leakage_power () {
      value : 0.0222354;
      when : "D&GATEN&Q";
    }
    leakage_power () {
      value : 0.0221735;
      when : "D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0184021;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.216074;
      max_transition : 1.50843;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.180062, 0.185369, 0.197818, 0.229723, 0.316422, 0.555602, 1.2134", \
            "0.183813, 0.189126, 0.20158, 0.233327, 0.32012, 0.558688, 1.21853", \
            "0.191856, 0.197167, 0.209535, 0.241382, 0.328089, 0.566752, 1.22535", \
            "0.200019, 0.205427, 0.217851, 0.249677, 0.33646, 0.575035, 1.2345", \
            "0.203871, 0.209185, 0.221666, 0.253512, 0.340383, 0.579324, 1.23844", \
            "0.1932, 0.198549, 0.210988, 0.242807, 0.329518, 0.567994, 1.23184", \
            "0.141667, 0.146886, 0.159405, 0.191269, 0.277978, 0.516478, 1.17462" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0171448, 0.0221977, 0.0368314, 0.080968, 0.205904, 0.551989, 1.50748", \
            "0.0171479, 0.0222043, 0.0368381, 0.0812373, 0.205817, 0.552157, 1.50197", \
            "0.0171397, 0.0221916, 0.0368588, 0.0811571, 0.205628, 0.551889, 1.50591", \
            "0.0173559, 0.0223691, 0.0368117, 0.0812059, 0.205758, 0.55205, 1.5046", \
            "0.0172928, 0.0222318, 0.0368346, 0.0811783, 0.20595, 0.550285, 1.50801", \
            "0.0172548, 0.0223268, 0.0368074, 0.0811432, 0.205655, 0.550999, 1.50843", \
            "0.0173141, 0.0223711, 0.036914, 0.0811831, 0.206039, 0.552136, 1.49755" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.125532, 0.129533, 0.138192, 0.156632, 0.200382, 0.317008, 0.637818", \
            "0.130227, 0.134231, 0.142884, 0.161328, 0.205078, 0.321729, 0.642556", \
            "0.142463, 0.146466, 0.155105, 0.173584, 0.217293, 0.334198, 0.654536", \
            "0.167528, 0.171524, 0.180158, 0.198657, 0.242363, 0.359226, 0.680873", \
            "0.20809, 0.212101, 0.220711, 0.239199, 0.282958, 0.399646, 0.720793", \
            "0.276366, 0.280372, 0.289041, 0.307515, 0.351275, 0.46789, 0.789271", \
            "0.403335, 0.407359, 0.416053, 0.434565, 0.478361, 0.594895, 0.915712" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0120323, 0.0151353, 0.0226224, 0.0413591, 0.0946973, 0.248008, 0.675125", \
            "0.0121101, 0.0151239, 0.0226219, 0.0413113, 0.0947365, 0.247904, 0.675074", \
            "0.0119889, 0.0152009, 0.0226276, 0.0413967, 0.0949413, 0.247645, 0.675501", \
            "0.0119998, 0.0151841, 0.0225461, 0.0415316, 0.094954, 0.247094, 0.672697", \
            "0.0120174, 0.015126, 0.0225311, 0.0414552, 0.0947783, 0.246237, 0.670564", \
            "0.0121099, 0.0152347, 0.0226691, 0.0415344, 0.0942853, 0.246934, 0.670536", \
            "0.0121856, 0.0153626, 0.0227469, 0.0415268, 0.0946207, 0.246621, 0.669866" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.221849, 0.227203, 0.239695, 0.271637, 0.358431, 0.597321, 1.25445", \
            "0.226331, 0.231684, 0.244178, 0.276105, 0.362877, 0.602057, 1.26031", \
            "0.238011, 0.243364, 0.255854, 0.28782, 0.374512, 0.613712, 1.27171", \
            "0.26513, 0.270487, 0.28298, 0.31493, 0.401674, 0.640811, 1.30108", \
            "0.311329, 0.316667, 0.329183, 0.361046, 0.447788, 0.687397, 1.34432", \
            "0.386239, 0.391578, 0.404049, 0.435913, 0.522804, 0.761761, 1.41894", \
            "0.51914, 0.524454, 0.536906, 0.568788, 0.655594, 0.89472, 1.55137" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0171754, 0.0221794, 0.0368361, 0.081012, 0.205487, 0.550952, 1.50492", \
            "0.0171385, 0.0221814, 0.036807, 0.0812605, 0.206229, 0.551401, 1.50453", \
            "0.0171673, 0.0221853, 0.0368934, 0.0812538, 0.205948, 0.551878, 1.50476", \
            "0.0171632, 0.0221905, 0.0368748, 0.0812482, 0.205689, 0.551354, 1.50538", \
            "0.017167, 0.0221583, 0.0368459, 0.0810716, 0.20586, 0.55124, 1.50528", \
            "0.0170284, 0.02211, 0.0369041, 0.0810851, 0.205652, 0.550637, 1.50338", \
            "0.016931, 0.0219847, 0.0367474, 0.0811286, 0.205657, 0.550992, 1.50028" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.141021, 0.14512, 0.15388, 0.172503, 0.216268, 0.333123, 0.654771", \
            "0.145472, 0.149569, 0.158314, 0.176933, 0.22073, 0.3373, 0.659268", \
            "0.157254, 0.161348, 0.170101, 0.188727, 0.232509, 0.34937, 0.67092", \
            "0.184631, 0.188727, 0.197493, 0.216118, 0.259883, 0.376694, 0.697657", \
            "0.234806, 0.238902, 0.247696, 0.266341, 0.310158, 0.42679, 0.748739", \
            "0.315453, 0.319611, 0.328456, 0.347178, 0.391034, 0.507743, 0.828757", \
            "0.45247, 0.456732, 0.465708, 0.484544, 0.528468, 0.645092, 0.966721" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0124331, 0.015556, 0.0230235, 0.0416614, 0.0946764, 0.249043, 0.676557", \
            "0.0124326, 0.0155938, 0.0230512, 0.0417004, 0.0948117, 0.249052, 0.673541", \
            "0.0124501, 0.0156032, 0.0230542, 0.04175, 0.0949614, 0.247564, 0.669992", \
            "0.0124239, 0.0155487, 0.0229333, 0.0414993, 0.0949768, 0.248782, 0.67092", \
            "0.0125025, 0.0156716, 0.0229741, 0.041775, 0.0948234, 0.24643, 0.674847", \
            "0.012737, 0.0158959, 0.0232119, 0.0418924, 0.0943789, 0.247085, 0.669946", \
            "0.0132359, 0.0162833, 0.0236687, 0.0420892, 0.0947033, 0.248835, 0.669532" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0225076, 0.0245636, 0.0297202, 0.0425041, 0.0762718, 0.17048, 0.428731", \
            "0.0225644, 0.0246357, 0.0297746, 0.0424351, 0.0762303, 0.169805, 0.430999", \
            "0.0223694, 0.0244259, 0.0295409, 0.0422626, 0.0760314, 0.170663, 0.429912", \
            "0.0219776, 0.0240103, 0.0291964, 0.0418477, 0.0756544, 0.169209, 0.42779", \
            "0.0215678, 0.0236253, 0.0287655, 0.0414352, 0.075303, 0.168659, 0.429013", \
            "0.0229269, 0.0245929, 0.0291428, 0.0415659, 0.0754209, 0.169093, 0.427209", \
            "0.0235079, 0.0252, 0.0297693, 0.0422697, 0.0763305, 0.169956, 0.425288" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0220821, 0.0207628, 0.0170546, 0.0050852, -0.0293934, -0.124467, -0.385897", \
            "0.0219636, 0.0206363, 0.0169336, 0.0049551, -0.0295162, -0.124593, -0.386032", \
            "0.0220747, 0.0207772, 0.0170482, 0.0050899, -0.0294032, -0.124471, -0.385865", \
            "0.0219227, 0.0205833, 0.0169071, 0.0049304, -0.0295438, -0.12461, -0.386", \
            "0.0214418, 0.0201554, 0.0165281, 0.0045827, -0.029905, -0.12497, -0.38635", \
            "0.022788, 0.021211, 0.0166581, 0.0041027, -0.0303759, -0.125281, -0.386654", \
            "0.0238078, 0.022321, 0.0176126, 0.0050889, -0.0294401, -0.124556, -0.385756" \
          );
        }
      }
      internal_power () {
        related_pin : "GATEN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0220647, 0.0241013, 0.0292259, 0.0419354, 0.0757406, 0.17012, 0.429678", \
            "0.0219645, 0.024013, 0.0291318, 0.0418714, 0.0758137, 0.170213, 0.429438", \
            "0.022106, 0.0241465, 0.0292768, 0.0420764, 0.0759128, 0.17032, 0.429742", \
            "0.0217934, 0.0238223, 0.028973, 0.0416957, 0.0757199, 0.169623, 0.429976", \
            "0.021103, 0.0231416, 0.0283195, 0.0410158, 0.0749859, 0.169322, 0.428993", \
            "0.0214079, 0.0230538, 0.0275115, 0.0405083, 0.0743353, 0.167997, 0.426272", \
            "0.022503, 0.0241173, 0.0286537, 0.041117, 0.0748463, 0.169269, 0.42572" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0203554, 0.0189861, 0.0153375, 0.0034166, -0.031047, -0.126086, -0.387481", \
            "0.0202259, 0.0188966, 0.015253, 0.0033277, -0.0311349, -0.126201, -0.387627", \
            "0.0204684, 0.0191136, 0.0154673, 0.003544, -0.0309265, -0.125917, -0.387387", \
            "0.0200451, 0.0187095, 0.0150492, 0.0031265, -0.0313392, -0.12639, -0.387784", \
            "0.019391, 0.0180719, 0.0144828, 0.0025886, -0.0318613, -0.126926, -0.388302", \
            "0.020828, 0.0192053, 0.014709, 0.0021827, -0.0321389, -0.127153, -0.388536", \
            "0.0225515, 0.0210338, 0.0165037, 0.0039693, -0.0306023, -0.125669, -0.386782" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001866;
      rise_capacitance : 0.001952;
      rise_capacitance_range (0.001952, 0.001952);
      fall_capacitance : 0.00178;
      fall_capacitance_range (0.00178, 0.00178);
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0907734, -0.109686, -0.0514994", \
            "-0.0450052, -0.0651387, -0.0069518", \
            "-0.0836608, -0.102574, -0.043166" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0614766, -0.18537, -0.338365", \
            "-0.0669779, -0.18965, -0.340204", \
            "-0.143475, -0.264927, -0.41548" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0959941, 0.116128, 0.0591615", \
            "0.0514466, 0.0703594, 0.0133932", \
            "0.0888815, 0.109015, 0.0496074" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.067918, 0.191811, 0.342365", \
            "0.0844056, 0.203416, 0.349087", \
            "0.182876, 0.29212, 0.43535" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030746, 0.0029753, 0.0027463, 0.0031488, 0.0040769, 0.0062161, 0.0111472" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089895, 0.0088894, 0.0086586, 0.0090944, 0.0100988, 0.0124141, 0.0177508" \
          );
        }
      }
    }
    pin (GATEN) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001819;
      rise_capacitance : 0.001896;
      rise_capacitance_range (0.001896, 0.001896);
      fall_capacitance : 0.001741;
      fall_capacitance_range (0.001741, 0.001741);
      timing () {
        related_pin : "GATEN";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.142322, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.011915, 0.011756, 0.0113893, 0.0117537, 0.0125938, 0.0145303, 0.0189939" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0200842, 0.0199282, 0.0195684, 0.020014, 0.0210413, 0.0234091, 0.0288671" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      data_in : "D";
      enable : "!GATEN";
    }
  }
  cell (scs8hd_dlxtn_2) {
    area : 16.2656;
    cell_footprint : "dlxtn";
    cell_leakage_power : 0.0215122;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0145889;
      when : "!D&GATEN&Q";
    }
    leakage_power () {
      value : 0.0222893;
      when : "D&!GATEN&Q";
    }
    leakage_power () {
      value : 0.0205498;
      when : "!D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0210162;
      when : "!D&!GATEN&!Q";
    }
    leakage_power () {
      value : 0.02226;
      when : "D&GATEN&Q";
    }
    leakage_power () {
      value : 0.028369;
      when : "D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0215122;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.401011;
      max_transition : 1.50101;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.187608, 0.191957, 0.202047, 0.227406, 0.301305, 0.525752, 1.21378", \
            "0.191554, 0.195879, 0.205955, 0.231312, 0.30545, 0.529983, 1.21595", \
            "0.199434, 0.203674, 0.213772, 0.239155, 0.313096, 0.537366, 1.22268", \
            "0.207794, 0.212073, 0.222116, 0.247355, 0.321479, 0.545984, 1.23056", \
            "0.211421, 0.215719, 0.225733, 0.251073, 0.325141, 0.550026, 1.23396", \
            "0.200723, 0.204987, 0.21503, 0.240391, 0.31454, 0.538605, 1.22596", \
            "0.149082, 0.153293, 0.1634, 0.188762, 0.26291, 0.487378, 1.17312" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0157559, 0.0190267, 0.0287075, 0.0612638, 0.167732, 0.495174, 1.49841", \
            "0.0156531, 0.0188783, 0.0287254, 0.0611803, 0.167635, 0.496054, 1.50101", \
            "0.0154517, 0.0189338, 0.0287445, 0.0613192, 0.167714, 0.496862, 1.499", \
            "0.015414, 0.0189712, 0.0287494, 0.0612678, 0.167633, 0.496059, 1.4989", \
            "0.0156152, 0.0188353, 0.0286634, 0.0613043, 0.167572, 0.495447, 1.49994", \
            "0.0154302, 0.0188738, 0.0286503, 0.0612794, 0.167904, 0.494933, 1.4978", \
            "0.0154858, 0.0190475, 0.0287458, 0.0613096, 0.167658, 0.496083, 1.49481" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.134279, 0.137655, 0.145557, 0.162261, 0.200153, 0.30331, 0.615126", \
            "0.138969, 0.142337, 0.150249, 0.166946, 0.204807, 0.308011, 0.619611", \
            "0.15119, 0.154559, 0.162472, 0.179167, 0.217029, 0.320274, 0.632292", \
            "0.176207, 0.179565, 0.187471, 0.204162, 0.242072, 0.345159, 0.658386", \
            "0.216609, 0.219965, 0.227846, 0.244507, 0.282413, 0.385608, 0.69805", \
            "0.284935, 0.288289, 0.296202, 0.312921, 0.350801, 0.453956, 0.765658", \
            "0.411915, 0.415294, 0.423211, 0.439944, 0.477874, 0.581066, 0.892882" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0123465, 0.014629, 0.0206032, 0.0348809, 0.0758657, 0.209042, 0.627366", \
            "0.0123393, 0.0148189, 0.0205637, 0.0348784, 0.0761936, 0.209021, 0.627304", \
            "0.0123368, 0.0148158, 0.0205515, 0.0348761, 0.076199, 0.208863, 0.626316", \
            "0.0122819, 0.0147671, 0.0204507, 0.0349569, 0.0762028, 0.209635, 0.630409", \
            "0.0123161, 0.014709, 0.0205023, 0.034871, 0.0761055, 0.21024, 0.627312", \
            "0.0123482, 0.0148208, 0.0204884, 0.0351275, 0.0761736, 0.207919, 0.631535", \
            "0.0124114, 0.0148528, 0.0207516, 0.034963, 0.0762771, 0.210634, 0.6274" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.229263, 0.233518, 0.24361, 0.26899, 0.343136, 0.567331, 1.25314", \
            "0.233756, 0.237993, 0.248101, 0.273523, 0.347584, 0.57217, 1.25816", \
            "0.245421, 0.249673, 0.259786, 0.28519, 0.359151, 0.583771, 1.26934", \
            "0.272515, 0.276768, 0.286885, 0.312211, 0.386376, 0.610489, 1.29659", \
            "0.318559, 0.322826, 0.332932, 0.358377, 0.432253, 0.65718, 1.34275", \
            "0.393268, 0.39749, 0.407576, 0.432961, 0.506965, 0.731679, 1.41763", \
            "0.52582, 0.530042, 0.540091, 0.565486, 0.639462, 0.864339, 1.5481" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0153847, 0.0188428, 0.0286404, 0.0613298, 0.168075, 0.49551, 1.49716", \
            "0.0154207, 0.0188429, 0.028608, 0.0611128, 0.168142, 0.496003, 1.49988", \
            "0.01541, 0.0188345, 0.0286195, 0.0613269, 0.167581, 0.495826, 1.4996", \
            "0.0154581, 0.0188241, 0.0286094, 0.0612596, 0.167295, 0.494484, 1.49981", \
            "0.0154005, 0.0188358, 0.0286585, 0.0613155, 0.167458, 0.494751, 1.49746", \
            "0.0154025, 0.0187398, 0.0285407, 0.0612928, 0.167713, 0.495986, 1.49978", \
            "0.015228, 0.0186541, 0.0285002, 0.0612438, 0.167449, 0.494914, 1.49455" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.149351, 0.152776, 0.160798, 0.177649, 0.215629, 0.318861, 0.630931", \
            "0.153768, 0.157194, 0.165215, 0.182078, 0.220047, 0.323277, 0.635853", \
            "0.165651, 0.169071, 0.177109, 0.193995, 0.231972, 0.335176, 0.647735", \
            "0.192932, 0.196347, 0.204378, 0.221223, 0.259243, 0.362433, 0.675207", \
            "0.243032, 0.246451, 0.254492, 0.271356, 0.309375, 0.412537, 0.725711", \
            "0.323397, 0.326831, 0.334856, 0.351768, 0.389834, 0.49303, 0.804599", \
            "0.46034, 0.463798, 0.471917, 0.488905, 0.527032, 0.630233, 0.942189" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0126335, 0.0151247, 0.0208572, 0.0353215, 0.0762333, 0.209155, 0.628121", \
            "0.0126686, 0.0151247, 0.0208597, 0.0353338, 0.0762126, 0.209321, 0.632392", \
            "0.0126212, 0.0150742, 0.0209294, 0.0353698, 0.0764547, 0.210285, 0.632376", \
            "0.0125628, 0.0150622, 0.020873, 0.0353113, 0.0764522, 0.209451, 0.631651", \
            "0.0126542, 0.0152075, 0.0209687, 0.0351465, 0.0763458, 0.209891, 0.630696", \
            "0.0127648, 0.0152783, 0.0211687, 0.0355524, 0.076387, 0.20787, 0.632166", \
            "0.0130564, 0.015545, 0.021371, 0.0357325, 0.0763643, 0.208896, 0.625388" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0286338, 0.0307867, 0.0372408, 0.0556643, 0.110043, 0.276984, 0.779924", \
            "0.0284205, 0.0305594, 0.0370244, 0.0554259, 0.109798, 0.274897, 0.782183", \
            "0.0285672, 0.0307015, 0.0371746, 0.0555861, 0.110019, 0.276105, 0.785324", \
            "0.0281155, 0.030271, 0.0366704, 0.05502, 0.10946, 0.274667, 0.781391", \
            "0.0277513, 0.0298946, 0.0362893, 0.0546935, 0.109066, 0.274532, 0.784647", \
            "0.0290284, 0.0310008, 0.036888, 0.0549922, 0.109035, 0.274155, 0.780419", \
            "0.0298032, 0.0317182, 0.0376469, 0.055573, 0.11042, 0.276653, 0.781042" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0266501, 0.0247979, 0.019648, 0.0034363, -0.050938, -0.218926, -0.731209", \
            "0.0265028, 0.0246447, 0.0195382, 0.0033038, -0.0510919, -0.219056, -0.731313", \
            "0.0266495, 0.0247853, 0.019636, 0.0034186, -0.05097, -0.21894, -0.7312", \
            "0.0264941, 0.0245652, 0.0194533, 0.0032744, -0.0511446, -0.219118, -0.731346", \
            "0.0261311, 0.02427, 0.019117, 0.0029282, -0.0514483, -0.21942, -0.731664", \
            "0.0285956, 0.0266646, 0.0209094, 0.0031273, -0.0519165, -0.219595, -0.731833", \
            "0.0297209, 0.0278558, 0.0218955, 0.0043413, -0.0507085, -0.218747, -0.730764" \
          );
        }
      }
      internal_power () {
        related_pin : "GATEN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0281789, 0.0303182, 0.0367536, 0.0552236, 0.109644, 0.276508, 0.782371", \
            "0.0280947, 0.0302155, 0.0366342, 0.0550736, 0.109539, 0.276745, 0.782057", \
            "0.0282362, 0.0303806, 0.0368079, 0.0553195, 0.109633, 0.275112, 0.782354", \
            "0.0279751, 0.0300955, 0.0365251, 0.054949, 0.1095, 0.274627, 0.782308", \
            "0.0272727, 0.029406, 0.0358712, 0.0543085, 0.108726, 0.275601, 0.783534", \
            "0.0275396, 0.0294591, 0.0353446, 0.0537912, 0.108174, 0.273492, 0.780698", \
            "0.0286744, 0.0305999, 0.0365244, 0.0545903, 0.109227, 0.275931, 0.779291" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0251619, 0.0232745, 0.0180796, 0.0019232, -0.0524477, -0.2204, -0.732647", \
            "0.0250632, 0.0231773, 0.0179817, 0.0018265, -0.0525481, -0.220504, -0.732723", \
            "0.0252609, 0.0232901, 0.0181334, 0.0019882, -0.0523743, -0.22031, -0.732542", \
            "0.0247915, 0.0229392, 0.0177016, 0.001538, -0.0528081, -0.220753, -0.73298", \
            "0.0242175, 0.0223267, 0.0171268, 0.0010116, -0.0533452, -0.221285, -0.733508", \
            "0.0265675, 0.024645, 0.0188756, 0.0010419, -0.0537801, -0.22158, -0.733792", \
            "0.0281696, 0.0262836, 0.0204467, 0.0026157, -0.0522855, -0.220275, -0.732287" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001863;
      rise_capacitance : 0.001956;
      rise_capacitance_range (0.001956, 0.001956);
      fall_capacitance : 0.001771;
      fall_capacitance_range (0.001771, 0.001771);
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.096877, -0.11579, -0.0576029", \
            "-0.0523294, -0.0712422, -0.0130553", \
            "-0.0885436, -0.107456, -0.0492695" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.063918, -0.189032, -0.340806", \
            "-0.07064, -0.193312, -0.343866", \
            "-0.147137, -0.268589, -0.419143" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.104539, 0.123452, 0.0677064", \
            "0.0599915, 0.0789043, 0.0219382", \
            "0.0962057, 0.115119, 0.0569316" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0728008, 0.195473, 0.347247", \
            "0.0892884, 0.207078, 0.352749", \
            "0.192641, 0.298224, 0.440232" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030907, 0.0029866, 0.0027468, 0.0031491, 0.0040767, 0.0062148, 0.0111434" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.008943, 0.0088424, 0.0086103, 0.0090204, 0.0099656, 0.0121442, 0.0171662" \
          );
        }
      }
    }
    pin (GATEN) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001819;
      rise_capacitance : 0.001897;
      rise_capacitance_range (0.001897, 0.001897);
      fall_capacitance : 0.001742;
      fall_capacitance_range (0.001742, 0.001742);
      timing () {
        related_pin : "GATEN";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.150011, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.011765, 0.0116016, 0.0112249, 0.0115872, 0.0124222, 0.0143471, 0.0187841" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0198467, 0.0196957, 0.0193476, 0.0197902, 0.0208105, 0.0231623, 0.0285834" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      data_in : "D";
      enable : "!GATEN";
    }
  }
  cell (scs8hd_dlxtn_4) {
    area : 18.768;
    cell_footprint : "dlxtn";
    cell_leakage_power : 0.0277431;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0146606;
      when : "!D&GATEN&Q";
    }
    leakage_power () {
      value : 0.0223611;
      when : "D&!GATEN&Q";
    }
    leakage_power () {
      value : 0.0329398;
      when : "!D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0334062;
      when : "!D&!GATEN&!Q";
    }
    leakage_power () {
      value : 0.0223318;
      when : "D&GATEN&Q";
    }
    leakage_power () {
      value : 0.040759;
      when : "D&GATEN&!Q";
    }
    leakage_power () {
      value : 0.0277431;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.722361;
      max_transition : 1.50858;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.206626, 0.209851, 0.218257, 0.240274, 0.304953, 0.519492, 1.24044", \
            "0.210402, 0.213644, 0.222139, 0.244121, 0.308922, 0.523074, 1.24658", \
            "0.218346, 0.221575, 0.230202, 0.252181, 0.316943, 0.531312, 1.25179", \
            "0.226628, 0.229841, 0.238408, 0.260301, 0.325114, 0.539253, 1.26274", \
            "0.230386, 0.233581, 0.242015, 0.264031, 0.329019, 0.543329, 1.26539", \
            "0.21967, 0.222765, 0.231375, 0.253433, 0.31844, 0.532362, 1.25378", \
            "0.167976, 0.1712, 0.179774, 0.20179, 0.266782, 0.481265, 1.20259" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0180092, 0.0205264, 0.0279646, 0.0521325, 0.141517, 0.453244, 1.50453", \
            "0.0180977, 0.0203824, 0.0278775, 0.0522303, 0.141992, 0.453179, 1.50645", \
            "0.0181911, 0.0204456, 0.0279367, 0.0522443, 0.141904, 0.452317, 1.50623", \
            "0.0181732, 0.0205522, 0.0279036, 0.0521904, 0.141973, 0.453004, 1.50674", \
            "0.0179897, 0.0204448, 0.0277211, 0.0521951, 0.14179, 0.45218, 1.50565", \
            "0.0181739, 0.0205871, 0.0278931, 0.0522624, 0.141785, 0.452645, 1.50859", \
            "0.0182335, 0.0206332, 0.0279717, 0.052194, 0.141858, 0.452816, 1.49764" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.156916, 0.159478, 0.166679, 0.183674, 0.221075, 0.318296, 0.62976", \
            "0.161562, 0.164126, 0.171327, 0.188323, 0.225726, 0.322943, 0.634235", \
            "0.173758, 0.176321, 0.183522, 0.200508, 0.237924, 0.335171, 0.647196", \
            "0.198878, 0.201439, 0.208629, 0.225682, 0.263052, 0.360166, 0.672289", \
            "0.239276, 0.241846, 0.248999, 0.266029, 0.303465, 0.400637, 0.712972", \
            "0.307686, 0.310252, 0.317448, 0.334465, 0.371849, 0.469048, 0.78127", \
            "0.434642, 0.437208, 0.444423, 0.461441, 0.498837, 0.596053, 0.908278" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0171397, 0.0189306, 0.0240202, 0.0365747, 0.0712621, 0.187919, 0.603446", \
            "0.0171373, 0.0189323, 0.024021, 0.0365845, 0.0712825, 0.187921, 0.603536", \
            "0.0171656, 0.0189532, 0.0240459, 0.0368524, 0.0709901, 0.188016, 0.602911", \
            "0.017219, 0.0190006, 0.0241903, 0.0366226, 0.0711959, 0.188392, 0.602831", \
            "0.0171746, 0.0189236, 0.0241985, 0.0368145, 0.0713251, 0.187839, 0.606142", \
            "0.0171376, 0.0189649, 0.0242215, 0.0366183, 0.0712035, 0.186696, 0.605869", \
            "0.017304, 0.0191126, 0.0242937, 0.0367269, 0.0712428, 0.187952, 0.603469" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.248063, 0.251252, 0.259837, 0.281784, 0.346813, 0.561377, 1.28315", \
            "0.252534, 0.255719, 0.264318, 0.286337, 0.351145, 0.565849, 1.28802", \
            "0.26418, 0.267347, 0.275951, 0.297935, 0.362791, 0.577437, 1.29891", \
            "0.291295, 0.294463, 0.303026, 0.325038, 0.389962, 0.604273, 1.32592", \
            "0.337341, 0.340551, 0.349118, 0.371119, 0.435959, 0.650043, 1.37084", \
            "0.411945, 0.415115, 0.42367, 0.445673, 0.510575, 0.725305, 1.44745", \
            "0.544298, 0.547476, 0.556039, 0.578052, 0.642989, 0.857603, 1.57878" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.018053, 0.020487, 0.0277097, 0.0522536, 0.14199, 0.452226, 1.50504", \
            "0.0181004, 0.020477, 0.0277754, 0.0522693, 0.141549, 0.453077, 1.5021", \
            "0.0181279, 0.0205186, 0.0277161, 0.0521212, 0.142036, 0.453119, 1.50347", \
            "0.017963, 0.0204834, 0.0277202, 0.0522615, 0.141761, 0.452441, 1.50363", \
            "0.017973, 0.0204315, 0.027764, 0.052268, 0.141886, 0.452452, 1.50273", \
            "0.0179041, 0.0204208, 0.027661, 0.0521492, 0.141537, 0.452066, 1.50368", \
            "0.0179885, 0.0203524, 0.0276458, 0.0521801, 0.141624, 0.452705, 1.50314" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.172091, 0.174694, 0.181952, 0.199031, 0.236584, 0.333855, 0.646305", \
            "0.176505, 0.179106, 0.186359, 0.203409, 0.241006, 0.338242, 0.649568", \
            "0.18838, 0.190983, 0.198215, 0.215308, 0.252913, 0.35016, 0.661894", \
            "0.215639, 0.218243, 0.225494, 0.242584, 0.280168, 0.377355, 0.68984", \
            "0.265691, 0.268307, 0.275549, 0.292627, 0.330248, 0.427496, 0.739351", \
            "0.346005, 0.348609, 0.355833, 0.372999, 0.410574, 0.507852, 0.820357", \
            "0.482824, 0.485434, 0.492703, 0.509901, 0.547516, 0.644799, 0.957143" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0174731, 0.0193557, 0.0244959, 0.0368866, 0.0716559, 0.188123, 0.602181", \
            "0.0174869, 0.0193684, 0.024524, 0.0369386, 0.071614, 0.188615, 0.605439", \
            "0.0174948, 0.0192876, 0.0245191, 0.0370372, 0.0717986, 0.188136, 0.607021", \
            "0.0175381, 0.0193482, 0.0244953, 0.0372568, 0.0716068, 0.18748, 0.601051", \
            "0.0175756, 0.0192954, 0.0245348, 0.037045, 0.0718275, 0.187342, 0.605382", \
            "0.0176423, 0.0194137, 0.0246375, 0.0371131, 0.0717653, 0.186968, 0.607107", \
            "0.01776, 0.0195724, 0.0247455, 0.0371874, 0.0719626, 0.188075, 0.605219" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0419304, 0.044252, 0.0516795, 0.0773877, 0.161849, 0.444917, 1.39847", \
            "0.0417808, 0.0440622, 0.0517738, 0.0774672, 0.161953, 0.444556, 1.4031", \
            "0.0418016, 0.0440493, 0.0518486, 0.0775527, 0.162269, 0.445023, 1.39744", \
            "0.0413829, 0.0437287, 0.051397, 0.0770313, 0.161561, 0.444222, 1.40516", \
            "0.0410295, 0.0433125, 0.0510309, 0.0766041, 0.161096, 0.444091, 1.39756", \
            "0.0421653, 0.044272, 0.0518021, 0.077179, 0.161094, 0.442711, 1.39683", \
            "0.0427486, 0.0452659, 0.0524555, 0.0778835, 0.162927, 0.444477, 1.39238" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0384463, 0.0360849, 0.0286981, 0.0056298, -0.0766598, -0.362992, -1.3278", \
            "0.0383004, 0.035965, 0.0285687, 0.0054809, -0.0767871, -0.363119, -1.32792", \
            "0.0384466, 0.0360266, 0.0286917, 0.0056793, -0.0766734, -0.362994, -1.3278", \
            "0.038102, 0.0359551, 0.0283495, 0.005343, -0.0768213, -0.363209, -1.32804", \
            "0.0379028, 0.0354852, 0.0279779, 0.0050759, -0.077324, -0.363586, -1.32841", \
            "0.0424407, 0.0399653, 0.0322737, 0.0071416, -0.0778369, -0.36398, -1.32879", \
            "0.0430415, 0.0405435, 0.0328583, 0.007935, -0.0769653, -0.363806, -1.32845" \
          );
        }
      }
      internal_power () {
        related_pin : "GATEN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0414796, 0.0437728, 0.0515448, 0.0772081, 0.161762, 0.446198, 1.40544", \
            "0.0413403, 0.0436424, 0.0513629, 0.0769839, 0.162024, 0.446635, 1.40733", \
            "0.0414853, 0.0437529, 0.0515147, 0.0772536, 0.161857, 0.44469, 1.40659", \
            "0.0412545, 0.0435167, 0.0512355, 0.0768955, 0.161435, 0.445481, 1.39891", \
            "0.0406088, 0.0429375, 0.0506448, 0.0762464, 0.160911, 0.445766, 1.40466", \
            "0.0403625, 0.0425148, 0.0497438, 0.0757691, 0.160033, 0.443035, 1.39709", \
            "0.0417757, 0.0439959, 0.0514426, 0.0767369, 0.161861, 0.445978, 1.39636" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0371043, 0.0347415, 0.0271321, 0.004164, -0.0780929, -0.364382, -1.32921", \
            "0.0370143, 0.0346543, 0.0270223, 0.004063, -0.0781943, -0.36449, -1.32932", \
            "0.0372156, 0.0347259, 0.0271838, 0.0042036, -0.078035, -0.36431, -1.32908", \
            "0.0367346, 0.0343751, 0.0267454, 0.0037532, -0.0784742, -0.364771, -1.32956", \
            "0.03608, 0.0336849, 0.0260739, 0.0031361, -0.0790807, -0.365354, -1.33013", \
            "0.040447, 0.0379259, 0.030158, 0.0049363, -0.0795069, -0.365669, -1.33046", \
            "0.0425918, 0.0400305, 0.0322377, 0.0070231, -0.0776991, -0.364322, -1.32896" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001871;
      rise_capacitance : 0.001972;
      rise_capacitance_range (0.001972, 0.001972);
      fall_capacitance : 0.001771;
      fall_capacitance_range (0.001771, 0.001771);
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.106643, -0.125555, -0.0685892", \
            "-0.0608744, -0.0797871, -0.022821", \
            "-0.0958678, -0.116001, -0.0565937" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0700215, -0.193915, -0.34813", \
            "-0.0755228, -0.198195, -0.348749", \
            "-0.153241, -0.274693, -0.425246" \
          );
        }
      }
      timing () {
        related_pin : "GATEN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.117967, 0.13688, 0.0811341", \
            "0.0721986, 0.0911113, 0.0353659", \
            "0.105971, 0.124884, 0.067918" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0825664, 0.204018, 0.354572", \
            "0.0929505, 0.21074, 0.358852", \
            "0.193862, 0.300665, 0.445115" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031046, 0.0029999, 0.0027582, 0.00316, 0.004086, 0.0062206, 0.011141" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089366, 0.0088366, 0.0086064, 0.0090403, 0.0100402, 0.0123452, 0.0176584" \
          );
        }
      }
    }
    pin (GATEN) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00182;
      rise_capacitance : 0.001897;
      rise_capacitance_range (0.001897, 0.001897);
      fall_capacitance : 0.001742;
      fall_capacitance_range (0.001742, 0.001742);
      timing () {
        related_pin : "GATEN";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.162095, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0117279, 0.0116003, 0.0113061, 0.0116662, 0.0124963, 0.0144097, 0.0188202" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0198442, 0.0196919, 0.0193405, 0.0197832, 0.0208035, 0.0231554, 0.0285768" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      data_in : "D";
      enable : "!GATEN";
    }
  }
  cell (scs8hd_dlxtp_1) {
    area : 15.0144;
    cell_footprint : "dlxtp";
    cell_leakage_power : 0.0184021;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0222652;
      when : "D&GATE&Q";
    }
    leakage_power () {
      value : 0.0143514;
      when : "!D&!GATE&!Q";
    }
    leakage_power () {
      value : 0.0148195;
      when : "!D&GATE&!Q";
    }
    leakage_power () {
      value : 0.0222392;
      when : "D&!GATE&Q";
    }
    leakage_power () {
      value : 0.0221709;
      when : "D&!GATE&!Q";
    }
    leakage_power () {
      value : 0.0145667;
      when : "!D&!GATE&Q";
    }
    leakage_power () {
      value : 0.0184021;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.213328;
      max_transition : 1.50768;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.178386, 0.183724, 0.196179, 0.228205, 0.315121, 0.55406, 1.21448", \
            "0.182358, 0.187684, 0.200125, 0.232099, 0.319091, 0.557818, 1.21661", \
            "0.19034, 0.195602, 0.207961, 0.240009, 0.326982, 0.565928, 1.22676", \
            "0.198527, 0.203847, 0.216275, 0.248263, 0.335186, 0.574158, 1.23307", \
            "0.202466, 0.207696, 0.220085, 0.252039, 0.339121, 0.578043, 1.23481", \
            "0.191531, 0.196821, 0.209275, 0.241232, 0.32819, 0.566899, 1.22608", \
            "0.140016, 0.145306, 0.157819, 0.189894, 0.276824, 0.516018, 1.17348" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0175229, 0.0224306, 0.0371575, 0.0817843, 0.207136, 0.552521, 1.50306", \
            "0.0173808, 0.0224192, 0.0371617, 0.0818156, 0.207052, 0.553508, 1.50112", \
            "0.017193, 0.022313, 0.0371857, 0.0818824, 0.206896, 0.553366, 1.50375", \
            "0.0173851, 0.0224158, 0.0371696, 0.0817354, 0.207129, 0.553594, 1.50082", \
            "0.0173549, 0.0222839, 0.0371977, 0.0818499, 0.206656, 0.552665, 1.50724", \
            "0.0172448, 0.0223719, 0.037194, 0.0817924, 0.207116, 0.551474, 1.50159", \
            "0.0175909, 0.022437, 0.0371981, 0.0818656, 0.207088, 0.551791, 1.49917" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.12433, 0.128232, 0.136659, 0.15485, 0.198016, 0.31341, 0.630716", \
            "0.129035, 0.132936, 0.141405, 0.159553, 0.202722, 0.318165, 0.634228", \
            "0.141176, 0.145078, 0.153548, 0.171696, 0.214861, 0.330276, 0.647457", \
            "0.166325, 0.170222, 0.178675, 0.196844, 0.240013, 0.355498, 0.672585", \
            "0.206723, 0.210626, 0.219085, 0.237257, 0.280457, 0.395725, 0.712886", \
            "0.2751, 0.279008, 0.287491, 0.305661, 0.348847, 0.464266, 0.780284", \
            "0.401956, 0.405885, 0.414375, 0.432587, 0.475806, 0.591275, 0.907964" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0119657, 0.014961, 0.0223433, 0.0410047, 0.0940189, 0.245395, 0.664528", \
            "0.0119295, 0.014959, 0.0223608, 0.0410211, 0.0940902, 0.244754, 0.666795", \
            "0.011956, 0.0149815, 0.0223703, 0.0410267, 0.0937478, 0.244762, 0.665272", \
            "0.0119017, 0.0150403, 0.0222099, 0.0411142, 0.0941349, 0.24472, 0.664334", \
            "0.0120335, 0.0149828, 0.0224309, 0.0410398, 0.093708, 0.244048, 0.665098", \
            "0.0120071, 0.0150587, 0.022416, 0.0410385, 0.0940297, 0.243698, 0.665724", \
            "0.012195, 0.0151191, 0.0225157, 0.0411097, 0.0941963, 0.245391, 0.66263" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.165429, 0.170714, 0.183184, 0.215289, 0.302311, 0.541159, 1.1997", \
            "0.169021, 0.174314, 0.186783, 0.218832, 0.305883, 0.545322, 1.20304", \
            "0.177371, 0.182646, 0.195131, 0.227228, 0.314288, 0.553311, 1.20985", \
            "0.191235, 0.196523, 0.208995, 0.241084, 0.328127, 0.567467, 1.22676", \
            "0.205959, 0.211243, 0.2237, 0.255808, 0.342722, 0.582176, 1.2392", \
            "0.214092, 0.219386, 0.231873, 0.263894, 0.35089, 0.589686, 1.24867", \
            "0.195912, 0.201256, 0.213765, 0.245884, 0.332926, 0.572234, 1.22902" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0171423, 0.0222272, 0.0371894, 0.0819263, 0.207026, 0.553117, 1.49981", \
            "0.0171411, 0.0222224, 0.0371038, 0.081727, 0.20678, 0.552061, 1.50718", \
            "0.0171267, 0.0221935, 0.0370803, 0.0819038, 0.206947, 0.552394, 1.5051", \
            "0.0171245, 0.0221968, 0.0372662, 0.0819735, 0.206869, 0.552238, 1.50629", \
            "0.0171405, 0.0222662, 0.0372197, 0.0817644, 0.206931, 0.553123, 1.50655", \
            "0.0171988, 0.0222776, 0.0372057, 0.0818568, 0.207106, 0.551896, 1.50768", \
            "0.0174603, 0.0224755, 0.0373199, 0.0819582, 0.206906, 0.55142, 1.49879" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.151265, 0.155218, 0.163725, 0.181982, 0.225208, 0.340847, 0.65788", \
            "0.154995, 0.158937, 0.167442, 0.185719, 0.228941, 0.34437, 0.660611", \
            "0.163687, 0.167647, 0.176143, 0.194417, 0.237637, 0.352917, 0.670094", \
            "0.177234, 0.181191, 0.189689, 0.207965, 0.25118, 0.366493, 0.683741", \
            "0.189726, 0.19366, 0.202155, 0.220424, 0.263651, 0.378972, 0.694852", \
            "0.192752, 0.196692, 0.205216, 0.223449, 0.26666, 0.382005, 0.698272", \
            "0.1592, 0.163208, 0.171707, 0.189995, 0.233197, 0.348664, 0.665707" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0121904, 0.0152582, 0.0225798, 0.0412392, 0.0935223, 0.244783, 0.671947", \
            "0.0121831, 0.0152037, 0.0224639, 0.0412199, 0.0938539, 0.246903, 0.668505", \
            "0.0122082, 0.0152502, 0.0224518, 0.0411335, 0.0940663, 0.245363, 0.665294", \
            "0.0121953, 0.0151601, 0.0224466, 0.041202, 0.094038, 0.244987, 0.662347", \
            "0.0121731, 0.0151979, 0.022548, 0.0409224, 0.0936433, 0.244776, 0.661693", \
            "0.0121885, 0.0151745, 0.0226089, 0.0411619, 0.0941235, 0.24777, 0.667636", \
            "0.0122332, 0.0152965, 0.0224942, 0.0412502, 0.0941977, 0.246002, 0.673467" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0228722, 0.0249137, 0.0300255, 0.0426523, 0.0761705, 0.169002, 0.425541", \
            "0.0227604, 0.024794, 0.029932, 0.0425025, 0.0759621, 0.169213, 0.42428", \
            "0.0227039, 0.0247491, 0.0298127, 0.0424276, 0.0759421, 0.168532, 0.425554", \
            "0.0223428, 0.0243834, 0.0295141, 0.0420742, 0.075577, 0.168043, 0.423366", \
            "0.022018, 0.0240644, 0.0291516, 0.0417135, 0.075254, 0.167731, 0.424544", \
            "0.0232045, 0.0248522, 0.0293893, 0.0416688, 0.0752543, 0.16707, 0.42253", \
            "0.0237589, 0.0255507, 0.0301068, 0.0424208, 0.0762595, 0.168679, 0.420382" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.021035, 0.019714, 0.0159542, 0.0040256, -0.0301328, -0.124087, -0.381839", \
            "0.0209087, 0.0195823, 0.0158292, 0.0038967, -0.0302671, -0.124211, -0.381948", \
            "0.0210391, 0.0197218, 0.0159399, 0.0040383, -0.0301409, -0.124078, -0.381832", \
            "0.0208302, 0.0194902, 0.0157594, 0.0038292, -0.0303283, -0.124307, -0.382019", \
            "0.0204049, 0.0191092, 0.0154565, 0.0035294, -0.0306221, -0.124571, -0.382297", \
            "0.0217377, 0.0201722, 0.0156346, 0.0032105, -0.0309956, -0.124759, -0.382511", \
            "0.0226889, 0.0212376, 0.0166495, 0.0043101, -0.0300354, -0.124046, -0.381539" \
          );
        }
      }
      internal_power () {
        related_pin : "GATE";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0212613, 0.0232788, 0.0283927, 0.0410684, 0.0745827, 0.167003, 0.422141", \
            "0.0211869, 0.02323, 0.0283301, 0.0409367, 0.0745154, 0.167797, 0.423782", \
            "0.0211385, 0.0232015, 0.0283075, 0.0409276, 0.0744453, 0.167643, 0.423577", \
            "0.0204002, 0.0224402, 0.0275704, 0.0401761, 0.0739498, 0.167101, 0.422745", \
            "0.0199982, 0.0220488, 0.027138, 0.0397629, 0.0733207, 0.166532, 0.4205", \
            "0.0215986, 0.0232555, 0.0277829, 0.0400771, 0.0736519, 0.165583, 0.422629", \
            "0.0228727, 0.0245174, 0.0290499, 0.0414558, 0.0752457, 0.168191, 0.420162" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0206158, 0.019267, 0.0155212, 0.0035975, -0.0305579, -0.124482, -0.382215", \
            "0.0205521, 0.0192002, 0.0154785, 0.0035444, -0.0305905, -0.124538, -0.382285", \
            "0.0204444, 0.0190835, 0.0153558, 0.0034311, -0.0306953, -0.124652, -0.382401", \
            "0.0199527, 0.0185846, 0.0148568, 0.0029264, -0.0311993, -0.125161, -0.382903", \
            "0.0197002, 0.0183356, 0.0145723, 0.0026481, -0.0314976, -0.125438, -0.383183", \
            "0.0211975, 0.0195604, 0.0150911, 0.0026479, -0.0316146, -0.125676, -0.383422", \
            "0.0223194, 0.0208687, 0.0163929, 0.0039357, -0.030331, -0.124311, -0.382171" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001859;
      rise_capacitance : 0.001946;
      rise_capacitance_range (0.001946, 0.001946);
      fall_capacitance : 0.001773;
      fall_capacitance_range (0.001773, 0.001773);
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.110305, -0.129218, -0.0722513", \
            "-0.0327982, -0.0517109, 0.0076966", \
            "0.0664857, 0.0463522, 0.10576" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0150898, -0.137762, -0.289537", \
            "0.114907, -0.0053242, -0.152215", \
            "0.26424, 0.144009, -0.0016621" \
          );
        }
      }
      timing () {
        related_pin : "GATE";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.115525, 0.135659, 0.0786927", \
            "0.0441224, 0.0630352, 0.0048483", \
            "-0.0356302, -0.0179382, -0.0736836" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.022752, 0.144204, 0.294757", \
            "-0.107245, 0.0117656, 0.157436", \
            "-0.255357, -0.137567, 0.0056621" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0028419, 0.0027358, 0.0024913, 0.0028954, 0.0038273, 0.0059752, 0.0109264" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0092387, 0.0091366, 0.0089013, 0.0093146, 0.0102675, 0.0124638, 0.0175265" \
          );
        }
      }
    }
    pin (GATE) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001822;
      rise_capacitance : 0.001894;
      rise_capacitance_range (0.001894, 0.001894);
      fall_capacitance : 0.001751;
      fall_capacitance_range (0.001751, 0.001751);
      timing () {
        related_pin : "GATE";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.058835, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0114591, 0.0113438, 0.0110779, 0.0114286, 0.0122369, 0.0141001, 0.0183949" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0198821, 0.0197781, 0.0195383, 0.019951, 0.0209023, 0.0230951, 0.0281497" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      data_in : "D";
      enable : "GATE";
    }
  }
  cell (scs8hd_dlygate4sd1_1) {
    area : 8.7584;
    cell_footprint : "buf";
    cell_leakage_power : 0.0032879;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0001451;
      when : "A";
    }
    leakage_power () {
      value : 0.0064307;
      when : "!A";
    }
    leakage_power () {
      value : 0.0032879;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.20875;
      max_transition : 1.51422;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.104386, 0.109325, 0.121777, 0.15437, 0.242324, 0.48232, 1.14109", \
            "0.107953, 0.112946, 0.125366, 0.157906, 0.246016, 0.486082, 1.14337", \
            "0.11513, 0.120113, 0.132546, 0.165056, 0.253183, 0.493559, 1.15083", \
            "0.122709, 0.127727, 0.140109, 0.172701, 0.260706, 0.502714, 1.15862", \
            "0.126298, 0.131333, 0.1438, 0.176254, 0.263975, 0.506002, 1.16538", \
            "0.115365, 0.120379, 0.132817, 0.165221, 0.253147, 0.494228, 1.15521", \
            "0.059269, 0.064311, 0.0767026, 0.109232, 0.197006, 0.438216, 1.09496" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.0152655, 0.020939, 0.0370344, 0.0828386, 0.209629, 0.556012, 1.51127", \
            "0.0153208, 0.0209076, 0.0370248, 0.0828387, 0.209765, 0.557877, 1.51422", \
            "0.0153301, 0.0209096, 0.037057, 0.0828873, 0.209593, 0.558144, 1.51363", \
            "0.0152827, 0.0209203, 0.0370593, 0.0828742, 0.209918, 0.558598, 1.50863", \
            "0.0153064, 0.0209268, 0.0370847, 0.0828583, 0.209356, 0.558796, 1.51405", \
            "0.0153271, 0.0209711, 0.0370908, 0.0827882, 0.209581, 0.554382, 1.50841", \
            "0.015657, 0.0211939, 0.0372357, 0.0827194, 0.209542, 0.558016, 1.49976" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.125694, 0.130212, 0.139794, 0.159488, 0.203725, 0.318116, 0.629903", \
            "0.129708, 0.134219, 0.14381, 0.163478, 0.207816, 0.322187, 0.63377", \
            "0.14166, 0.146182, 0.155765, 0.175454, 0.219754, 0.334083, 0.645706", \
            "0.16817, 0.172707, 0.18229, 0.201976, 0.246236, 0.360655, 0.672697", \
            "0.211797, 0.216332, 0.225877, 0.245579, 0.289949, 0.404393, 0.716349", \
            "0.284735, 0.289249, 0.298855, 0.31856, 0.362937, 0.477395, 0.789174", \
            "0.421926, 0.426444, 0.436018, 0.455796, 0.500211, 0.614646, 0.926997" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.0147382, 0.0181023, 0.026001, 0.0447628, 0.0963652, 0.244806, 0.65586", \
            "0.0147316, 0.0182657, 0.0258875, 0.0449479, 0.0960122, 0.245437, 0.655564", \
            "0.0147292, 0.0180819, 0.0258555, 0.0447036, 0.0963863, 0.246985, 0.654826", \
            "0.0148767, 0.0182381, 0.0259147, 0.0447492, 0.0963932, 0.244843, 0.655661", \
            "0.0147582, 0.0180839, 0.0258011, 0.0449139, 0.0962699, 0.243861, 0.660385", \
            "0.0148018, 0.0183278, 0.0259499, 0.0448064, 0.0964042, 0.243938, 0.656204", \
            "0.0148796, 0.0182071, 0.0261456, 0.0450216, 0.0962586, 0.245984, 0.656699" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.0190359, 0.0207324, 0.0252788, 0.0374868, 0.0706041, 0.161369, 0.410305", \
            "0.0188103, 0.0205532, 0.0250932, 0.0372691, 0.0704231, 0.161324, 0.410132", \
            "0.0185523, 0.0202931, 0.0248327, 0.0370257, 0.0702051, 0.161103, 0.410014", \
            "0.018491, 0.0202316, 0.0247849, 0.0369771, 0.0701089, 0.161354, 0.409283", \
            "0.0191123, 0.0207863, 0.025201, 0.0374547, 0.0704142, 0.161367, 0.410708", \
            "0.0205998, 0.0222802, 0.0267515, 0.0390355, 0.0720985, 0.162346, 0.413466", \
            "0.0253607, 0.0270246, 0.0314997, 0.0437957, 0.077327, 0.168116, 0.41483" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.0223869, 0.0208939, 0.0169431, 0.0051553, -0.0284845, -0.120641, -0.372356", \
            "0.0221342, 0.0206398, 0.0166972, 0.004907, -0.0287095, -0.12086, -0.372695", \
            "0.0219631, 0.0204659, 0.0165354, 0.0047127, -0.0289033, -0.121047, -0.372812", \
            "0.0219477, 0.0204615, 0.0165307, 0.004721, -0.0288884, -0.121016, -0.372878", \
            "0.0224524, 0.0209689, 0.0170708, 0.0052884, -0.0283152, -0.120455, -0.372191", \
            "0.0250662, 0.0234705, 0.0189993, 0.006694, -0.0269214, -0.118935, -0.370671", \
            "0.0294272, 0.0278489, 0.0234748, 0.0112137, -0.0227021, -0.114809, -0.366188" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001764;
      rise_capacitance : 0.001844;
      rise_capacitance_range (0.001844, 0.001844);
      fall_capacitance : 0.001683;
      fall_capacitance_range (0.001683, 0.001683);
    }
  }
  cell (scs8hd_dlygate4sd2_1) {
    area : 8.7584;
    cell_footprint : "buf";
    cell_leakage_power : 0.0032663;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0001233;
      when : "A";
    }
    leakage_power () {
      value : 0.0064093;
      when : "!A";
    }
    leakage_power () {
      value : 0.0032663;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.207835;
      max_transition : 1.50604;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.11513, 0.12018, 0.132695, 0.165131, 0.252609, 0.491385, 1.14588", \
            "0.118804, 0.12383, 0.136332, 0.168796, 0.25626, 0.496144, 1.14775", \
            "0.12631, 0.131358, 0.14388, 0.17631, 0.263781, 0.502959, 1.1576", \
            "0.134898, 0.139935, 0.152428, 0.185053, 0.272386, 0.512895, 1.1678", \
            "0.139733, 0.144757, 0.157253, 0.189795, 0.277102, 0.516018, 1.16996", \
            "0.131254, 0.136318, 0.148833, 0.181224, 0.268721, 0.50769, 1.16315", \
            "0.0799521, 0.0850327, 0.097558, 0.130124, 0.217603, 0.457461, 1.11101" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.016331, 0.0219184, 0.0379526, 0.0832944, 0.209586, 0.556224, 1.50333", \
            "0.0163425, 0.0219322, 0.0379803, 0.0833243, 0.209018, 0.555221, 1.50604", \
            "0.0163318, 0.0219229, 0.0379422, 0.0832924, 0.209595, 0.556243, 1.50407", \
            "0.0163479, 0.0219474, 0.0379787, 0.0834074, 0.209109, 0.556399, 1.50445", \
            "0.0163684, 0.021962, 0.037994, 0.0832537, 0.20931, 0.558178, 1.49926", \
            "0.0163807, 0.0219659, 0.0379349, 0.083385, 0.209442, 0.553448, 1.50107", \
            "0.0165969, 0.0221144, 0.0380938, 0.0833384, 0.209513, 0.555862, 1.4948" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.137712, 0.142186, 0.151812, 0.171589, 0.215952, 0.329901, 0.641172", \
            "0.14177, 0.146257, 0.155859, 0.175635, 0.220002, 0.333985, 0.645376", \
            "0.15355, 0.15803, 0.167672, 0.187442, 0.231813, 0.345904, 0.657938", \
            "0.18071, 0.185228, 0.19482, 0.214594, 0.258988, 0.373022, 0.683536", \
            "0.226403, 0.230917, 0.240466, 0.260284, 0.304666, 0.418767, 0.730384", \
            "0.302266, 0.306772, 0.316396, 0.336194, 0.380656, 0.494784, 0.805956", \
            "0.443209, 0.447723, 0.457351, 0.477188, 0.521683, 0.635726, 0.946934" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0156229, 0.0189675, 0.0265016, 0.0454488, 0.0967551, 0.245605, 0.65388", \
            "0.0156406, 0.0190379, 0.0265039, 0.0453939, 0.0968797, 0.244077, 0.655886", \
            "0.0154575, 0.01896, 0.026729, 0.0454723, 0.0967199, 0.243212, 0.657159", \
            "0.0154485, 0.018808, 0.026602, 0.0455743, 0.0967755, 0.244656, 0.653847", \
            "0.0155807, 0.0188439, 0.0266274, 0.0455008, 0.0965005, 0.243541, 0.654107", \
            "0.0156212, 0.0189311, 0.0267782, 0.0457008, 0.0964724, 0.243518, 0.658693", \
            "0.0156187, 0.0191104, 0.0268116, 0.0456058, 0.0964791, 0.243484, 0.655264" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0198324, 0.0215795, 0.0261423, 0.0383159, 0.0713053, 0.161938, 0.411739", \
            "0.0196271, 0.021376, 0.0259274, 0.0381154, 0.0710672, 0.161564, 0.41152", \
            "0.0193447, 0.0210916, 0.0256545, 0.0378285, 0.0708174, 0.161468, 0.409304", \
            "0.0192055, 0.0209608, 0.0255118, 0.0376973, 0.0707197, 0.161147, 0.409347", \
            "0.0198036, 0.0214525, 0.0258637, 0.0381066, 0.0710622, 0.161783, 0.407348", \
            "0.0212545, 0.0229357, 0.0274695, 0.0396893, 0.0726236, 0.162503, 0.412298", \
            "0.0257354, 0.0273883, 0.0318973, 0.0441757, 0.077512, 0.168384, 0.413339" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0234111, 0.0219046, 0.017995, 0.0062418, -0.0272486, -0.119026, -0.369511", \
            "0.0231235, 0.0216464, 0.0177309, 0.005984, -0.0275094, -0.119288, -0.369949", \
            "0.022913, 0.0214548, 0.0175395, 0.0057698, -0.0276874, -0.119498, -0.370035", \
            "0.0229191, 0.0214642, 0.0175462, 0.0058041, -0.0276834, -0.11946, -0.370042", \
            "0.0232874, 0.0218385, 0.0179493, 0.006222, -0.0272769, -0.119034, -0.369599", \
            "0.0259028, 0.0242994, 0.0198417, 0.0075995, -0.025855, -0.117582, -0.368122", \
            "0.0302715, 0.0283837, 0.0241816, 0.011796, -0.0216804, -0.113518, -0.363934" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001797;
      rise_capacitance : 0.00188;
      rise_capacitance_range (0.00188, 0.00188);
      fall_capacitance : 0.001714;
      fall_capacitance_range (0.001714, 0.001714);
    }
  }
  cell (scs8hd_dlygate4sd3_1) {
    area : 10.0096;
    cell_footprint : "buf";
    cell_leakage_power : 0.0239192;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0207738;
      when : "A";
    }
    leakage_power () {
      value : 0.0270646;
      when : "!A";
    }
    leakage_power () {
      value : 0.0239192;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.201426;
      max_transition : 1.49952;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.349773, 0.356556, 0.371685, 0.406206, 0.494439, 0.730927, 1.37156", \
            "0.353133, 0.359832, 0.374835, 0.409432, 0.497721, 0.733513, 1.37702", \
            "0.359572, 0.366334, 0.38126, 0.415874, 0.503984, 0.740423, 1.38083", \
            "0.370321, 0.377116, 0.392254, 0.426775, 0.515032, 0.751525, 1.39203", \
            "0.38121, 0.387958, 0.40305, 0.437703, 0.526026, 0.762208, 1.40278", \
            "0.382054, 0.38885, 0.403767, 0.438365, 0.526445, 0.762736, 1.40427", \
            "0.349903, 0.35672, 0.3717, 0.406405, 0.494507, 0.730815, 1.37043" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0232467, 0.0293315, 0.0450197, 0.088929, 0.213811, 0.556755, 1.49908", \
            "0.0230869, 0.0292596, 0.0451117, 0.0888806, 0.213928, 0.557755, 1.49942", \
            "0.0231232, 0.029274, 0.0450985, 0.0888836, 0.214015, 0.556711, 1.49766", \
            "0.0232766, 0.0293557, 0.0450182, 0.0889042, 0.213882, 0.556428, 1.49647", \
            "0.0232594, 0.0292243, 0.0449703, 0.0889406, 0.214004, 0.55677, 1.499", \
            "0.0230885, 0.0293026, 0.04513, 0.0888423, 0.213696, 0.558188, 1.49952", \
            "0.0232748, 0.0292659, 0.0449734, 0.0889241, 0.214002, 0.557403, 1.49246" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.337966, 0.344457, 0.358517, 0.386254, 0.439652, 0.557213, 0.856222", \
            "0.34173, 0.348217, 0.362277, 0.390023, 0.443394, 0.560966, 0.859939", \
            "0.353179, 0.359665, 0.373728, 0.401447, 0.455014, 0.572519, 0.87118", \
            "0.381484, 0.387995, 0.402048, 0.429831, 0.483153, 0.600711, 0.89962", \
            "0.440247, 0.446804, 0.460878, 0.488552, 0.542026, 0.659563, 0.958473", \
            "0.537773, 0.54425, 0.558268, 0.585713, 0.639315, 0.756694, 1.0558", \
            "0.707833, 0.714397, 0.728491, 0.756174, 0.809548, 0.927083, 1.22595" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0286531, 0.0330576, 0.0434754, 0.064933, 0.114888, 0.248467, 0.637334", \
            "0.0286657, 0.0330647, 0.0435139, 0.0649024, 0.115063, 0.248219, 0.637529", \
            "0.0287911, 0.0334502, 0.0430663, 0.0642856, 0.114108, 0.24847, 0.633569", \
            "0.0287187, 0.0331487, 0.0435152, 0.0644032, 0.114484, 0.248812, 0.634473", \
            "0.0288168, 0.033513, 0.0431444, 0.0642906, 0.114801, 0.248384, 0.637622", \
            "0.0286444, 0.0330019, 0.0434777, 0.0650309, 0.114946, 0.249385, 0.632977", \
            "0.0286572, 0.0332781, 0.0434154, 0.0649853, 0.114849, 0.248986, 0.634489" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0274699, 0.0294427, 0.0346928, 0.0475454, 0.0800703, 0.167534, 0.406088", \
            "0.0273524, 0.0293002, 0.0344842, 0.0472971, 0.0799424, 0.167443, 0.406186", \
            "0.0270673, 0.0290198, 0.0341805, 0.0470451, 0.07965, 0.167013, 0.40574", \
            "0.0266148, 0.0285896, 0.0338408, 0.0467082, 0.0792355, 0.166737, 0.405691", \
            "0.026702, 0.0286563, 0.0339169, 0.0467387, 0.0792742, 0.166782, 0.405419", \
            "0.028694, 0.030289, 0.0347142, 0.0476192, 0.0800521, 0.167659, 0.406563", \
            "0.033802, 0.0354757, 0.0398103, 0.0517438, 0.0842202, 0.1719, 0.409581" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.031972, 0.0302598, 0.0263371, 0.0154223, -0.0164976, -0.105677, -0.347929", \
            "0.031682, 0.0299615, 0.0260375, 0.0151235, -0.0167933, -0.105984, -0.348214", \
            "0.0315055, 0.0297675, 0.025859, 0.0149555, -0.0170017, -0.106183, -0.348539", \
            "0.0313809, 0.0296177, 0.0257462, 0.0148663, -0.0170675, -0.106228, -0.348523", \
            "0.0315433, 0.0298396, 0.0258916, 0.0150081, -0.0169466, -0.10611, -0.348348", \
            "0.0324922, 0.0307551, 0.0269147, 0.0160429, -0.0158804, -0.105038, -0.347317", \
            "0.0391756, 0.0373257, 0.0326659, 0.0204587, -0.012378, -0.101466, -0.343727" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001752;
      rise_capacitance : 0.001837;
      rise_capacitance_range (0.001837, 0.001837);
      fall_capacitance : 0.001667;
      fall_capacitance_range (0.001667, 0.001667);
    }
  }
  cell (scs8hd_dlymetal6s2s_1) {
    area : 12.512;
    cell_footprint : "delay";
    cell_leakage_power : 0.0095423;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.000114;
      when : "A";
    }
    leakage_power () {
      value : 0.0189706;
      when : "!A";
    }
    leakage_power () {
      value : 0.0095423;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.206919;
      max_transition : 1.50113;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0463518, 0.0509402, 0.0630576, 0.0952915, 0.182658, 0.420906, 1.07069", \
            "0.0501025, 0.0547145, 0.0668623, 0.0992353, 0.186653, 0.424926, 1.07466", \
            "0.0585718, 0.063153, 0.0752507, 0.107674, 0.195258, 0.433611, 1.08354", \
            "0.0689928, 0.0735792, 0.0857745, 0.118536, 0.206093, 0.444519, 1.09441", \
            "0.0761722, 0.0812315, 0.0934638, 0.125813, 0.214023, 0.452282, 1.10203", \
            "0.0678956, 0.0738303, 0.0877434, 0.120248, 0.207466, 0.44553, 1.09512", \
            "0.0122662, 0.0197339, 0.0366677, 0.0719986, 0.158456, 0.395664, 1.0448" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0272795, 0.0336682, 0.0515871, 0.100004, 0.224788, 0.567222, 1.49733", \
            "0.0273462, 0.0338118, 0.0515431, 0.100003, 0.224779, 0.566605, 1.49853", \
            "0.0275558, 0.0340033, 0.0516698, 0.100003, 0.224792, 0.567608, 1.49764", \
            "0.0293331, 0.0353928, 0.0528267, 0.100428, 0.224837, 0.565771, 1.49885", \
            "0.0335153, 0.0389561, 0.0546758, 0.101107, 0.225474, 0.565867, 1.49779", \
            "0.0422888, 0.0471091, 0.0606461, 0.103281, 0.225755, 0.568562, 1.4984", \
            "0.0568077, 0.0621555, 0.0750733, 0.112423, 0.227377, 0.569618, 1.50113" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0686762, 0.072247, 0.080478, 0.0990992, 0.142726, 0.256068, 0.565012", \
            "0.0724883, 0.0760399, 0.0845356, 0.103095, 0.146685, 0.260197, 0.568841", \
            "0.0842357, 0.0878052, 0.09609, 0.114822, 0.158441, 0.271827, 0.580767", \
            "0.11196, 0.115536, 0.123964, 0.142693, 0.186375, 0.299726, 0.608369", \
            "0.159319, 0.163608, 0.173486, 0.193839, 0.239022, 0.352721, 0.661098", \
            "0.235753, 0.240963, 0.252746, 0.276918, 0.324653, 0.439254, 0.747904", \
            "0.375756, 0.381566, 0.39518, 0.423778, 0.477612, 0.591771, 0.900361" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0206455, 0.0235344, 0.0308002, 0.0492944, 0.100737, 0.247845, 0.656034", \
            "0.020661, 0.0235434, 0.0307261, 0.0492947, 0.100556, 0.247898, 0.656043", \
            "0.0206674, 0.0235055, 0.030719, 0.0491125, 0.100462, 0.247824, 0.656012", \
            "0.0219158, 0.024604, 0.0315155, 0.0497895, 0.100697, 0.247846, 0.65604", \
            "0.0281204, 0.0309629, 0.0377625, 0.0552568, 0.103776, 0.248402, 0.656042", \
            "0.0370303, 0.0404018, 0.0482278, 0.0650366, 0.110502, 0.25149, 0.656977", \
            "0.0485883, 0.0522733, 0.0612143, 0.0798109, 0.122446, 0.255139, 0.658788" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0297731, 0.0342787, 0.041628, 0.0538073, 0.0868872, 0.177832, 0.429091", \
            "0.0295966, 0.0341302, 0.0414757, 0.0537308, 0.0868307, 0.177755, 0.42901", \
            "0.0294016, 0.0339203, 0.0413109, 0.0535542, 0.0867419, 0.177554, 0.428233", \
            "0.02942, 0.033815, 0.0411251, 0.0534558, 0.0867128, 0.178155, 0.42712", \
            "0.0359156, 0.0374661, 0.0415499, 0.0537677, 0.0869559, 0.178236, 0.429472", \
            "0.0374175, 0.0389791, 0.0433342, 0.0554697, 0.088227, 0.179053, 0.428972", \
            "0.0422237, 0.0436191, 0.0477028, 0.0591905, 0.0922243, 0.182513, 0.431677" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0269627, 0.0257316, 0.022591, 0.0110581, -0.0145033, -0.103254, -0.350854", \
            "0.0266879, 0.0267233, 0.0222534, 0.0107568, -0.0147165, -0.103467, -0.350942", \
            "0.0264089, 0.0249544, 0.0220928, 0.0105986, -0.0148179, -0.103717, -0.351189", \
            "0.0264859, 0.0265208, 0.0220873, 0.0106718, -0.0148521, -0.103625, -0.351117", \
            "0.0290685, 0.0273574, 0.0228957, 0.0112007, -0.0142743, -0.10304, -0.350665", \
            "0.0412757, 0.0394837, 0.0348844, 0.0222034, -0.0128544, -0.101707, -0.349229", \
            "0.0459911, 0.0441323, 0.0392367, 0.0266322, -0.0070936, -0.0983072, -0.345732" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001785;
      rise_capacitance : 0.001869;
      rise_capacitance_range (0.001869, 0.001869);
      fall_capacitance : 0.0017;
      fall_capacitance_range (0.0017, 0.0017);
    }
  }
  cell (scs8hd_dlymetal6s4s_1) {
    area : 12.512;
    cell_footprint : "delay";
    cell_leakage_power : 0.0095423;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.000114;
      when : "A";
    }
    leakage_power () {
      value : 0.0189706;
      when : "!A";
    }
    leakage_power () {
      value : 0.0095423;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.205088;
      max_transition : 1.4979;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0974843, 0.102134, 0.114305, 0.146733, 0.234074, 0.472053, 1.12021", \
            "0.101325, 0.105932, 0.118135, 0.150513, 0.237904, 0.475848, 1.12408", \
            "0.109778, 0.114441, 0.126661, 0.158995, 0.246384, 0.484346, 1.1326", \
            "0.120177, 0.124799, 0.136972, 0.16948, 0.256867, 0.494841, 1.14301", \
            "0.127689, 0.132325, 0.144512, 0.177011, 0.26435, 0.502395, 1.15052", \
            "0.120321, 0.124959, 0.137195, 0.16965, 0.257169, 0.49523, 1.14336", \
            "0.0663603, 0.0710308, 0.0832802, 0.11579, 0.203407, 0.441511, 1.08968" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0281607, 0.0345048, 0.052299, 0.100412, 0.22531, 0.567095, 1.49534", \
            "0.0280208, 0.0345383, 0.0523216, 0.100414, 0.22536, 0.567053, 1.4979", \
            "0.0281569, 0.0345802, 0.052307, 0.100418, 0.225306, 0.566104, 1.49739", \
            "0.0280585, 0.0344753, 0.0523453, 0.100425, 0.225411, 0.566653, 1.4959", \
            "0.028181, 0.0345328, 0.0523611, 0.100421, 0.225354, 0.568276, 1.49786", \
            "0.0282367, 0.0345784, 0.0524151, 0.100456, 0.225412, 0.566836, 1.4955", \
            "0.0284817, 0.0347189, 0.0525466, 0.100522, 0.22535, 0.565912, 1.49653" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.139278, 0.142851, 0.15118, 0.169956, 0.2137, 0.32753, 0.6369", \
            "0.143192, 0.146767, 0.155098, 0.173828, 0.217662, 0.331559, 0.640933", \
            "0.154886, 0.158462, 0.166784, 0.185575, 0.229371, 0.34315, 0.652563", \
            "0.18281, 0.186339, 0.194715, 0.213446, 0.257285, 0.370968, 0.680528", \
            "0.231416, 0.235005, 0.243354, 0.26212, 0.305913, 0.419746, 0.729132", \
            "0.310192, 0.313783, 0.322179, 0.340969, 0.384801, 0.498659, 0.808066", \
            "0.454006, 0.457576, 0.465979, 0.484796, 0.528615, 0.642515, 0.952023" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0209403, 0.0238383, 0.0310625, 0.0496124, 0.101385, 0.249238, 0.658543", \
            "0.0209742, 0.0238121, 0.0310797, 0.0497591, 0.101559, 0.249248, 0.658548", \
            "0.0208115, 0.0237209, 0.0311385, 0.0496213, 0.101452, 0.249258, 0.658597", \
            "0.0209809, 0.023862, 0.0310107, 0.0498486, 0.101566, 0.249209, 0.658568", \
            "0.0209445, 0.0237191, 0.0309301, 0.0498056, 0.101429, 0.249211, 0.658514", \
            "0.0209571, 0.0238426, 0.031147, 0.0496605, 0.101329, 0.249239, 0.658465", \
            "0.0211068, 0.0239505, 0.0309623, 0.0499413, 0.101581, 0.249286, 0.65856" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0359434, 0.0375948, 0.0419699, 0.0538877, 0.0867566, 0.177241, 0.424819", \
            "0.035799, 0.0374026, 0.0417887, 0.0537252, 0.0865027, 0.177001, 0.425757", \
            "0.0356208, 0.0372297, 0.0416349, 0.0535556, 0.0863548, 0.176639, 0.426434", \
            "0.0354929, 0.0371353, 0.0415081, 0.053472, 0.0862355, 0.176435, 0.424631", \
            "0.0359809, 0.0375446, 0.0419156, 0.0538802, 0.0866827, 0.176955, 0.426522", \
            "0.0375879, 0.0392051, 0.0436405, 0.0556921, 0.0883043, 0.178538, 0.426737", \
            "0.0424189, 0.0439976, 0.048453, 0.0605665, 0.0936875, 0.183661, 0.433001" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0385944, 0.0369832, 0.0325022, 0.0204533, -0.0120851, -0.101839, -0.346335", \
            "0.0383209, 0.0367107, 0.0322572, 0.0202049, -0.01233, -0.102208, -0.346882", \
            "0.038149, 0.0365314, 0.0320455, 0.0200012, -0.0124971, -0.102278, -0.347033", \
            "0.0381395, 0.0365204, 0.0320877, 0.0200184, -0.012512, -0.102414, -0.347037", \
            "0.0387329, 0.0370952, 0.0326444, 0.0206025, -0.0119281, -0.101792, -0.346514", \
            "0.0414311, 0.0397599, 0.0352161, 0.0227591, -0.0101101, -0.100035, -0.344729", \
            "0.0462904, 0.0446608, 0.0401167, 0.0278373, -0.0053598, -0.0953247, -0.339916" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001782;
      rise_capacitance : 0.001867;
      rise_capacitance_range (0.001867, 0.001867);
      fall_capacitance : 0.001698;
      fall_capacitance_range (0.001698, 0.001698);
    }
  }
  cell (scs8hd_dlymetal6s6s_1) {
    area : 12.512;
    cell_footprint : "delay";
    cell_leakage_power : 0.0095423;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.000114;
      when : "A";
    }
    leakage_power () {
      value : 0.0189706;
      when : "!A";
    }
    leakage_power () {
      value : 0.0095423;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.20875;
      max_transition : 1.5119;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.140823, 0.145655, 0.157969, 0.190194, 0.277374, 0.5181, 1.17698", \
            "0.144573, 0.149439, 0.161723, 0.194047, 0.281415, 0.520849, 1.175", \
            "0.153063, 0.15794, 0.170243, 0.20248, 0.289804, 0.529841, 1.18637", \
            "0.163449, 0.168315, 0.180598, 0.212911, 0.300382, 0.539866, 1.19739", \
            "0.170991, 0.175859, 0.188144, 0.220439, 0.307968, 0.546857, 1.20564", \
            "0.163627, 0.168491, 0.180778, 0.213048, 0.300475, 0.539292, 1.19677", \
            "0.109747, 0.114623, 0.126911, 0.159163, 0.246812, 0.485987, 1.14188" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.0150128, 0.0207328, 0.0370682, 0.0829333, 0.210456, 0.558112, 1.5119", \
            "0.0150021, 0.0207507, 0.0370707, 0.0829549, 0.209534, 0.557678, 1.50172", \
            "0.0150369, 0.0207743, 0.0370247, 0.0829719, 0.209724, 0.55705, 1.50227", \
            "0.015001, 0.0207494, 0.0370696, 0.0829536, 0.209938, 0.556135, 1.50148", \
            "0.0150098, 0.0207274, 0.0370397, 0.0828155, 0.209965, 0.556174, 1.51068", \
            "0.0150127, 0.020761, 0.0370642, 0.0829525, 0.209828, 0.553615, 1.5033", \
            "0.0150258, 0.0207661, 0.0370086, 0.0829751, 0.20955, 0.557755, 1.4989" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.202972, 0.207432, 0.216919, 0.236536, 0.280817, 0.395137, 0.707277", \
            "0.206807, 0.211256, 0.220752, 0.240377, 0.284583, 0.398947, 0.710699", \
            "0.218577, 0.223019, 0.232531, 0.25212, 0.296387, 0.410703, 0.723647", \
            "0.246497, 0.250932, 0.260455, 0.280057, 0.324313, 0.438852, 0.754384", \
            "0.295136, 0.299567, 0.309088, 0.328694, 0.37295, 0.487384, 0.800675", \
            "0.373805, 0.378255, 0.387757, 0.40738, 0.451586, 0.565896, 0.879308", \
            "0.517778, 0.52222, 0.531732, 0.551325, 0.595591, 0.709867, 1.0229" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.0150223, 0.0184975, 0.0261184, 0.0451742, 0.0963178, 0.246853, 0.660462", \
            "0.0150037, 0.0183272, 0.0261534, 0.0448967, 0.09662, 0.247038, 0.661115", \
            "0.0150233, 0.0185089, 0.0261064, 0.0450021, 0.0966232, 0.245725, 0.660469", \
            "0.0150038, 0.0184538, 0.0262262, 0.0451054, 0.0963979, 0.244146, 0.661595", \
            "0.0150041, 0.0184496, 0.0262253, 0.0450974, 0.0963564, 0.244967, 0.659546", \
            "0.0150319, 0.018359, 0.0260032, 0.0449739, 0.0966017, 0.244368, 0.654889", \
            "0.0150248, 0.0185131, 0.0261011, 0.045102, 0.0966452, 0.244818, 0.655639" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.0360141, 0.0376976, 0.0422353, 0.0544179, 0.087524, 0.17835, 0.427322", \
            "0.0358165, 0.0375116, 0.0420483, 0.0541921, 0.0872681, 0.178115, 0.427291", \
            "0.0356453, 0.0373403, 0.041878, 0.0540575, 0.0873846, 0.178575, 0.426027", \
            "0.0355377, 0.0372311, 0.0417498, 0.0539133, 0.0871481, 0.178309, 0.425999", \
            "0.0360008, 0.0376512, 0.042199, 0.0543154, 0.0874268, 0.177474, 0.427375", \
            "0.0376127, 0.039273, 0.0438545, 0.0561153, 0.0893879, 0.179213, 0.428192", \
            "0.0425218, 0.0441196, 0.0486729, 0.0609953, 0.0943447, 0.185006, 0.431473" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136693, 0.00373699, 0.0102164, 0.0279302, 0.0763573, 0.20875");
          values ( \
            "0.0385786, 0.0370885, 0.0331778, 0.0213716, -0.0122671, -0.104421, -0.356234", \
            "0.0382872, 0.0367937, 0.0328813, 0.0210702, -0.0125557, -0.104709, -0.356507", \
            "0.0381055, 0.036615, 0.0326903, 0.0209028, -0.0127416, -0.104875, -0.356551", \
            "0.0381182, 0.0366332, 0.0327108, 0.0208835, -0.0127294, -0.104889, -0.356644", \
            "0.0386657, 0.037197, 0.0332775, 0.0214489, -0.0121541, -0.104317, -0.356081", \
            "0.0414523, 0.0398345, 0.0353846, 0.0229969, -0.0104312, -0.102582, -0.354353", \
            "0.0463276, 0.0447514, 0.040321, 0.0278944, -0.0058153, -0.0979783, -0.349547" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001784;
      rise_capacitance : 0.001868;
      rise_capacitance_range (0.001868, 0.001868);
      fall_capacitance : 0.001699;
      fall_capacitance_range (0.001699, 0.001699);
    }
  }
  cell (scs8hd_ebufn_1) {
    area : 10.0096;
    cell_footprint : "ebufn";
    cell_leakage_power : 0.00956667;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0080012;
      when : "!A&TEB";
    }
    leakage_power () {
      value : 0.0063786;
      when : "!A&!TEB";
    }
    leakage_power () {
      value : 0.0158417;
      when : "A&TEB";
    }
    leakage_power () {
      value : 0.0080452;
      when : "A&!TEB";
    }
    leakage_power () {
      value : 0.00956667;
    }
    pin (Z) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      three_state : "(TEB)";
      max_capacitance : 0.106211;
      max_transition : 1.52532;
      capacitance : 0.002242;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0027418, 0.00346314, 0.00522514, 0.00952916, 0.0200425, 0.0457232, 0.108453");
          values ( \
            "0.0599621, 0.0679757, 0.0869902, 0.131835, 0.237536, 0.495084, 1.11971", \
            "0.0636031, 0.0715882, 0.0904884, 0.135367, 0.241147, 0.498222, 1.11755", \
            "0.0720062, 0.0797948, 0.0984801, 0.143094, 0.249924, 0.510468, 1.13326", \
            "0.0846489, 0.0922078, 0.110359, 0.154628, 0.261175, 0.516353, 1.13785", \
            "0.0962996, 0.103702, 0.12144, 0.16544, 0.270691, 0.526549, 1.14936", \
            "0.0981423, 0.106324, 0.124165, 0.166761, 0.271799, 0.527645, 1.14888", \
            "0.0644356, 0.0748957, 0.0968003, 0.139986, 0.24458, 0.49961, 1.12093" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0027418, 0.00346314, 0.00522514, 0.00952916, 0.0200425, 0.0457232, 0.108453");
          values ( \
            "0.0366851, 0.0468272, 0.0714638, 0.131496, 0.276443, 0.635088, 1.50525", \
            "0.0367408, 0.0469222, 0.0715812, 0.131426, 0.276466, 0.63475, 1.49639", \
            "0.0367189, 0.0469191, 0.0713868, 0.131307, 0.277616, 0.634153, 1.50935", \
            "0.0376208, 0.0474055, 0.0717462, 0.131636, 0.276554, 0.631974, 1.50067", \
            "0.0402515, 0.0491473, 0.0724749, 0.131818, 0.276265, 0.634822, 1.49859", \
            "0.0469173, 0.0553005, 0.0764983, 0.132799, 0.277719, 0.630391, 1.49914", \
            "0.0599029, 0.0688925, 0.0897415, 0.140163, 0.280161, 0.634071, 1.49346" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0027418, 0.00346314, 0.00522514, 0.00952916, 0.0200425, 0.0457232, 0.108453");
          values ( \
            "0.0592449, 0.0629812, 0.07077, 0.0868123, 0.121304, 0.202416, 0.400256", \
            "0.0637421, 0.0674155, 0.0752314, 0.0912594, 0.125787, 0.206928, 0.405379", \
            "0.0754995, 0.0791816, 0.0869321, 0.10298, 0.137567, 0.218645, 0.416156", \
            "0.101533, 0.105388, 0.113371, 0.12948, 0.164229, 0.24527, 0.443397", \
            "0.14341, 0.147934, 0.157231, 0.174606, 0.210518, 0.292108, 0.489932", \
            "0.210033, 0.21541, 0.226553, 0.247553, 0.285331, 0.367169, 0.564096", \
            "0.329683, 0.336237, 0.349678, 0.375264, 0.419986, 0.503191, 0.700103" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0027418, 0.00346314, 0.00522514, 0.00952916, 0.0200425, 0.0457232, 0.108453");
          values ( \
            "0.0174432, 0.0205173, 0.0275195, 0.0443677, 0.0859635, 0.192146, 0.455276", \
            "0.0173666, 0.0204115, 0.0275893, 0.0444684, 0.0859445, 0.192034, 0.452223", \
            "0.0174097, 0.0205939, 0.0276906, 0.044373, 0.0860187, 0.191755, 0.455038", \
            "0.019316, 0.0222506, 0.0289835, 0.0453148, 0.0862514, 0.192268, 0.452586", \
            "0.0247732, 0.0277676, 0.0344068, 0.0500633, 0.0889518, 0.192691, 0.451925", \
            "0.0330772, 0.0365893, 0.0440344, 0.0597552, 0.0952241, 0.194392, 0.452224", \
            "0.0454179, 0.049595, 0.0582719, 0.075434, 0.109862, 0.200154, 0.455611" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : positive_unate;
        timing_type : three_state_disable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0027418, 0.00346314, 0.00522514, 0.00952916, 0.0200425, 0.0457232, 0.108453");
          values ( \
            "0.0247712, 0.0247712, 0.0247712, 0.0247712, 0.0247712, 0.0247712, 0.0247712", \
            "0.0287623, 0.0287623, 0.0287858, 0.0288065, 0.0288195, 0.0288195, 0.0288195", \
            "0.034844, 0.034844, 0.035025, 0.0352294, 0.0352294, 0.0352544, 0.0352544", \
            "0.0396489, 0.040335, 0.040335, 0.040335, 0.040335, 0.040335, 0.040335", \
            "0.0382481, 0.0391971, 0.0391971, 0.0391971, 0.0391971, 0.0391971, 0.0391971", \
            "0.0217851, 0.0217851, 0.0225414, 0.0225414, 0.0225789, 0.0225789, 0.0225789", \
            "-0.0407459, -0.0407459, -0.0394292, -0.0350048, -0.0350048, -0.0350048, -0.0350048" \
          );
        }
        rise_transition (scalar) {
          values ( \
            "0" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0027418, 0.00346314, 0.00522514, 0.00952916, 0.0200425, 0.0457232, 0.108453");
          values ( \
            "0.019591, 0.019591, 0.019591, 0.019591, 0.019591, 0.019591, 0.019591", \
            "0.0189423, 0.0189438, 0.0189438, 0.0189504, 0.0189504, 0.0189504, 0.0189504", \
            "0.0180336, 0.0180597, 0.0180597, 0.0180597, 0.0180597, 0.0180597, 0.0182909", \
            "0.0140429, 0.0140429, 0.0140429, 0.0140817, 0.0140817, 0.0140817, 0.0140817", \
            "0.006537, 0.0065401, 0.0065408, 0.006546, 0.006546, 0.006546, 0.006546", \
            "-0.0097196, -0.0097196, -0.0097196, -0.0097196, -0.0097069, -0.0097069, -0.0097069", \
            "-0.0445775, -0.0445516, -0.0444029, -0.0444029, -0.0444029, -0.0443435, -0.0443435" \
          );
        }
        fall_transition (scalar) {
          values ( \
            "0" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : negative_unate;
        timing_type : three_state_enable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0027418, 0.00346314, 0.00522514, 0.00952916, 0.0200425, 0.0457232, 0.108453");
          values ( \
            "0.0442608, 0.0514866, 0.0689495, 0.11159, 0.215496, 0.4703, 1.08955", \
            "0.049798, 0.0570089, 0.0745133, 0.117178, 0.221247, 0.475243, 1.09494", \
            "0.0615594, 0.0688282, 0.0863647, 0.128954, 0.233211, 0.493846, 1.1147", \
            "0.0826196, 0.0912543, 0.110543, 0.153464, 0.25754, 0.511641, 1.13155", \
            "0.116559, 0.128634, 0.154317, 0.206192, 0.31297, 0.567241, 1.19192", \
            "0.161277, 0.181087, 0.221174, 0.296622, 0.43171, 0.695485, 1.32", \
            "0.204015, 0.237769, 0.305414, 0.427358, 0.630237, 0.969878, 1.6144" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0027418, 0.00346314, 0.00522514, 0.00952916, 0.0200425, 0.0457232, 0.108453");
          values ( \
            "0.0369295, 0.0469802, 0.0714626, 0.131061, 0.277107, 0.631969, 1.49988", \
            "0.0369686, 0.0469208, 0.0715144, 0.131125, 0.276928, 0.633687, 1.50047", \
            "0.0376226, 0.0474051, 0.0716335, 0.131272, 0.277718, 0.635228, 1.50043", \
            "0.0447537, 0.0534864, 0.0755506, 0.132237, 0.277019, 0.631076, 1.50231", \
            "0.0639838, 0.0739195, 0.0964123, 0.14684, 0.280093, 0.630714, 1.50658", \
            "0.10589, 0.118135, 0.145044, 0.200659, 0.321397, 0.642155, 1.49605", \
            "0.188097, 0.204712, 0.240336, 0.311642, 0.449858, 0.739424, 1.52532" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0027418, 0.00346314, 0.00522514, 0.00952916, 0.0200425, 0.0457232, 0.108453");
          values ( \
            "0.0470608, 0.0501928, 0.057175, 0.0724195, 0.106701, 0.188055, 0.385396", \
            "0.0516094, 0.0547541, 0.0617069, 0.0769509, 0.111234, 0.192592, 0.389882", \
            "0.0636811, 0.0668503, 0.07384, 0.0890843, 0.12339, 0.204584, 0.403717", \
            "0.0855991, 0.0890889, 0.0964749, 0.11234, 0.147017, 0.228391, 0.426881", \
            "0.119955, 0.124033, 0.132607, 0.149449, 0.185018, 0.267136, 0.465274", \
            "0.179021, 0.184166, 0.194411, 0.214196, 0.251414, 0.333836, 0.532163", \
            "0.29134, 0.298265, 0.311324, 0.335912, 0.378957, 0.463967, 0.662548" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0027418, 0.00346314, 0.00522514, 0.00952916, 0.0200425, 0.0457232, 0.108453");
          values ( \
            "0.0149773, 0.0180696, 0.0254356, 0.0430028, 0.0854342, 0.192643, 0.450787", \
            "0.0149401, 0.0180987, 0.025442, 0.0430097, 0.0854516, 0.19272, 0.450702", \
            "0.0150684, 0.0181657, 0.0255184, 0.0429749, 0.0856767, 0.192312, 0.452896", \
            "0.0172712, 0.0201581, 0.0270168, 0.0441092, 0.0858174, 0.192399, 0.458381", \
            "0.0212194, 0.0240956, 0.0310768, 0.0467408, 0.0874456, 0.191896, 0.451842", \
            "0.027598, 0.030669, 0.0373107, 0.0529039, 0.09062, 0.193732, 0.451083", \
            "0.0388782, 0.042209, 0.049666, 0.0649441, 0.100809, 0.196585, 0.45409" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0067101, 0.0082406, 0.0118206, 0.0203701, 0.0404019, 0.089433, 0.207809", \
            "0.006632, 0.0081478, 0.0117555, 0.0202617, 0.0403114, 0.0893444, 0.206495", \
            "0.0065922, 0.0080661, 0.0116301, 0.0201438, 0.0404356, 0.0889734, 0.208113", \
            "0.0060628, 0.0074958, 0.010906, 0.0193429, 0.0394529, 0.0880347, 0.205928", \
            "0.0056208, 0.0069016, 0.010286, 0.0185817, 0.0386868, 0.0876622, 0.20522", \
            "0.0055682, 0.006911, 0.0101851, 0.0182538, 0.0383425, 0.0867366, 0.204805", \
            "0.0063995, 0.0076756, 0.0110194, 0.0188945, 0.0389275, 0.0875382, 0.204819" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.004988, 0.0038107, 0.0008018, -0.0069407, -0.026637, -0.0753748, -0.194583", \
            "0.0048251, 0.0036433, 0.0006705, -0.0070832, -0.0267814, -0.0755055, -0.194739", \
            "0.0048486, 0.0036541, 0.0006819, -0.0070338, -0.0267457, -0.0754487, -0.194632", \
            "0.0043386, 0.0031228, 0.0001669, -0.0074669, -0.0271177, -0.0757857, -0.194992", \
            "0.0039064, 0.0025593, -0.0005346, -0.0079344, -0.0275258, -0.0760917, -0.195283", \
            "0.0043291, 0.0029279, -0.0003488, -0.0083335, -0.0280463, -0.0763251, -0.195484", \
            "0.0057818, 0.0043143, 0.0008358, -0.0074938, -0.0273126, -0.0757554, -0.194561" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0220803, 0.0234413, 0.0267594, 0.0348398, 0.0547066, 0.102776, 0.220572", \
            "0.0218733, 0.0232354, 0.0265496, 0.0346422, 0.0544949, 0.102558, 0.22036", \
            "0.0217856, 0.0231384, 0.0264498, 0.0345605, 0.0544268, 0.102832, 0.220218", \
            "0.0220466, 0.0233822, 0.0266398, 0.034727, 0.0545827, 0.102686, 0.220411", \
            "0.0227505, 0.0240813, 0.0274198, 0.0354611, 0.055262, 0.103427, 0.222648", \
            "0.0244681, 0.0257908, 0.0291397, 0.0377589, 0.0575235, 0.10584, 0.223385", \
            "0.0306012, 0.0319241, 0.0352, 0.0433699, 0.0636155, 0.111745, 0.230307" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "-0.0039383, -0.0038661, -0.0037462, -0.0036014, -0.0034726, -0.0033965, -0.0033605", \
            "-0.00432, -0.0042437, -0.0041207, -0.0039695, -0.0037586, -0.0036737, -0.003664", \
            "-0.0045676, -0.0045057, -0.0043661, -0.0042063, -0.0040599, -0.0039656, -0.0039159", \
            "-0.0046684, -0.0046267, -0.0045343, -0.0043746, -0.0041901, -0.0040546, -0.0039781", \
            "-0.0041791, -0.0041501, -0.0040835, -0.0039555, -0.0037562, -0.0035631, -0.0034371", \
            "-0.001774, -0.0017539, -0.0017251, -0.0016613, -0.0015237, -0.0013043, -0.001136", \
            "0.0045278, 0.0044991, 0.0044698, 0.0045464, 0.0046996, 0.0047472, 0.0049271" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "!A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "-0.0036522, -0.003702, -0.0037593, -0.0039328, 0, 0, 0", \
            "-0.0038805, -0.0039325, -0.0040224, -0.0041392, 0, 0, 0", \
            "-0.0041737, -0.0042504, -0.0043242, -0.0044156, 0, 0, 0", \
            "-0.0042455, -0.0042737, -0.0043228, -0.0044195, 0, 0, 0", \
            "-0.0036677, -0.0037064, -0.0037672, -0.0038347, 0, 0, 0", \
            "-0.0014502, -0.0014777, -0.0015259, -0.0015897, 0, 0, 0", \
            "0.0047601, 0.0047303, 0.0046826, 0.0046274, 0.0045811, 0.0045499, 0.0045305" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0206248, 0.0193235, 0.016152, 0.0081635, 0, 0, 0", \
            "0.0204106, 0.0191205, 0.0159473, 0.0079582, 0, 0, 0", \
            "0.0204006, 0.0190967, 0.0159238, 0.0079363, 0, 0, 0", \
            "0.0205585, 0.0193284, 0.0161463, 0.0081791, 0, 0, 0", \
            "0.0211847, 0.019795, 0.0164185, 0.008652, 0, 0, 0", \
            "0.023557, 0.0224178, 0.0190977, 0.0106827, 0, 0, 0", \
            "0.0295581, 0.0281801, 0.0248224, 0.0166576, -0.003326, -0.0045499, -0.0045305" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001877;
      rise_capacitance : 0.001954;
      rise_capacitance_range (0.001954, 0.001954);
      fall_capacitance : 0.001799;
      fall_capacitance_range (0.001799, 0.001799);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030942, 0.0029847, 0.0027323, 0.0031425, 0.0040882, 0.0062678, 0.0112923" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0113974, 0.0112944, 0.0110568, 0.0114403, 0.0123246, 0.0143628, 0.0190609" \
          );
        }
      }
    }
    pin (TEB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003152;
      rise_capacitance : 0.00335;
      rise_capacitance_range (0.00335, 0.00335);
      fall_capacitance : 0.002954;
      fall_capacitance_range (0.002954, 0.002954);
    }
  }
  cell (scs8hd_ebufn_2) {
    area : 11.2608;
    cell_footprint : "ebufn";
    cell_leakage_power : 0.0111233;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0080154;
      when : "!A&TEB";
    }
    leakage_power () {
      value : 0.012578;
      when : "!A&!TEB";
    }
    leakage_power () {
      value : 0.0158387;
      when : "A&TEB";
    }
    leakage_power () {
      value : 0.0080612;
      when : "A&!TEB";
    }
    leakage_power () {
      value : 0.0111233;
    }
    pin (Z) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      three_state : "(TEB)";
      max_capacitance : 0.172129;
      max_transition : 1.52134;
      capacitance : 0.002843;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0033431, 0.00416678, 0.00634737, 0.0121202, 0.027403, 0.0678621, 0.174972");
          values ( \
            "0.0584422, 0.0640559, 0.0786918, 0.116683, 0.213187, 0.463109, 1.12249", \
            "0.0621965, 0.0677818, 0.0823809, 0.120224, 0.216941, 0.465186, 1.12691", \
            "0.0713302, 0.0768212, 0.0911752, 0.128833, 0.224972, 0.474616, 1.12875", \
            "0.087689, 0.0931759, 0.107094, 0.143794, 0.24001, 0.491339, 1.15701", \
            "0.104357, 0.110248, 0.124439, 0.160077, 0.255204, 0.506226, 1.16389", \
            "0.111067, 0.118248, 0.134186, 0.169352, 0.263323, 0.513216, 1.1721", \
            "0.0833861, 0.0921382, 0.111869, 0.151481, 0.24451, 0.491822, 1.14654" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0033431, 0.00416678, 0.00634737, 0.0121202, 0.027403, 0.0678621, 0.174972");
          values ( \
            "0.027467, 0.034599, 0.0537764, 0.104231, 0.235532, 0.584665, 1.50511", \
            "0.0274869, 0.0345402, 0.0536652, 0.104237, 0.235831, 0.582601, 1.50907", \
            "0.0273572, 0.0345398, 0.0537499, 0.104158, 0.235578, 0.582549, 1.49578", \
            "0.0288275, 0.035887, 0.054138, 0.103868, 0.236107, 0.585317, 1.50614", \
            "0.0331582, 0.0394309, 0.0563407, 0.104829, 0.235544, 0.583716, 1.50465", \
            "0.0397165, 0.0465212, 0.0629852, 0.107142, 0.235846, 0.581158, 1.50284", \
            "0.0503085, 0.0579335, 0.0764694, 0.118527, 0.239012, 0.584082, 1.49452" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0033431, 0.00416678, 0.00634737, 0.0121202, 0.027403, 0.0678621, 0.174972");
          values ( \
            "0.065314, 0.0686585, 0.0761239, 0.0910291, 0.122105, 0.195901, 0.388886", \
            "0.0698975, 0.073233, 0.0806567, 0.0956133, 0.126725, 0.200531, 0.393867", \
            "0.0817886, 0.0851734, 0.0925564, 0.107473, 0.138661, 0.212323, 0.404671", \
            "0.109735, 0.113001, 0.120366, 0.13532, 0.166402, 0.24029, 0.433551", \
            "0.158328, 0.162171, 0.170678, 0.187537, 0.220039, 0.294358, 0.486468", \
            "0.234805, 0.23932, 0.24924, 0.269382, 0.306426, 0.381868, 0.573952", \
            "0.366716, 0.372105, 0.384269, 0.40842, 0.45322, 0.534343, 0.725305" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0033431, 0.00416678, 0.00634737, 0.0121202, 0.027403, 0.0678621, 0.174972");
          values ( \
            "0.0161324, 0.0186378, 0.0244817, 0.0379799, 0.0730907, 0.169516, 0.431053", \
            "0.0161599, 0.0185811, 0.0245181, 0.0379832, 0.0730745, 0.169497, 0.433623", \
            "0.016165, 0.0186103, 0.0245258, 0.0380292, 0.0731029, 0.169824, 0.431152", \
            "0.0170954, 0.0195401, 0.025245, 0.0386387, 0.0734671, 0.169652, 0.431002", \
            "0.0228604, 0.0254292, 0.0318009, 0.0442899, 0.0765425, 0.170172, 0.432533", \
            "0.031983, 0.0350764, 0.0413343, 0.0553959, 0.0859718, 0.174387, 0.431633", \
            "0.0453317, 0.0482239, 0.0557878, 0.0721653, 0.103893, 0.184559, 0.435155" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : positive_unate;
        timing_type : three_state_disable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0033431, 0.00416678, 0.00634737, 0.0121202, 0.027403, 0.0678621, 0.174972");
          values ( \
            "0.0323111, 0.0323111, 0.0323111, 0.0323995, 0.0323995, 0.0323995, 0.0323995", \
            "0.0364007, 0.0364069, 0.036423, 0.036423, 0.036423, 0.036423, 0.036423", \
            "0.0447557, 0.0450039, 0.0450039, 0.0450039, 0.0450039, 0.0450039, 0.0450039", \
            "0.052564, 0.052564, 0.052564, 0.0534812, 0.0534812, 0.0534812, 0.0534812", \
            "0.0582208, 0.0582208, 0.0582208, 0.0582208, 0.0582208, 0.0582208, 0.0582308", \
            "0.0487641, 0.0487681, 0.0487797, 0.0500753, 0.0500753, 0.0500753, 0.0500753", \
            "0.0022784, 0.0028126, 0.0028126, 0.0028126, 0.0028126, 0.0028126, 0.0028126" \
          );
        }
        rise_transition (scalar) {
          values ( \
            "0" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0033431, 0.00416678, 0.00634737, 0.0121202, 0.027403, 0.0678621, 0.174972");
          values ( \
            "0.0257063, 0.0257063, 0.0258358, 0.0258358, 0.0258358, 0.0258358, 0.0258358", \
            "0.0251489, 0.0251873, 0.0251873, 0.0251873, 0.0251873, 0.0251873, 0.0251873", \
            "0.0256368, 0.0256368, 0.0256909, 0.0256909, 0.0256909, 0.0257893, 0.0257898", \
            "0.020941, 0.0210301, 0.0210592, 0.0210592, 0.0210592, 0.021093, 0.021093", \
            "0.0128165, 0.012824, 0.0128365, 0.0128365, 0.0128365, 0.0128548, 0.0128548", \
            "-0.0034443, -0.0032338, -0.0032338, -0.0032338, -0.0032338, -0.0032338, -0.0032338", \
            "-0.0398079, -0.0398079, -0.0398079, -0.039799, -0.0395942, -0.0395942, -0.0393082" \
          );
        }
        fall_transition (scalar) {
          values ( \
            "0" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : negative_unate;
        timing_type : three_state_enable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0033431, 0.00416678, 0.00634737, 0.0121202, 0.027403, 0.0678621, 0.174972");
          values ( \
            "0.0412799, 0.0465336, 0.0600324, 0.0953408, 0.188864, 0.439147, 1.08941", \
            "0.0468103, 0.0520598, 0.0655779, 0.10094, 0.19435, 0.441351, 1.10133", \
            "0.0587006, 0.064085, 0.0776395, 0.112967, 0.206402, 0.453314, 1.1069", \
            "0.078611, 0.0852627, 0.101075, 0.137814, 0.231224, 0.48009, 1.1331", \
            "0.109417, 0.118556, 0.140765, 0.187599, 0.286798, 0.534243, 1.19228", \
            "0.147393, 0.163739, 0.199363, 0.270156, 0.401335, 0.663266, 1.32292", \
            "0.175595, 0.203981, 0.265921, 0.383616, 0.586984, 0.932524, 1.61784" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0033431, 0.00416678, 0.00634737, 0.0121202, 0.027403, 0.0678621, 0.174972");
          values ( \
            "0.028271, 0.0351758, 0.054055, 0.103896, 0.235538, 0.583073, 1.49638", \
            "0.0283116, 0.0352017, 0.0540901, 0.103861, 0.235261, 0.581662, 1.50801", \
            "0.0290653, 0.0358451, 0.0543085, 0.103894, 0.235102, 0.58137, 1.49905", \
            "0.0364705, 0.0426265, 0.0592863, 0.105942, 0.235267, 0.584479, 1.50273", \
            "0.0532893, 0.0609922, 0.079521, 0.123571, 0.241191, 0.580959, 1.50661", \
            "0.0921875, 0.101672, 0.124207, 0.174253, 0.286695, 0.594451, 1.5034", \
            "0.170377, 0.183337, 0.214829, 0.279541, 0.41039, 0.698425, 1.52134" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0033431, 0.00416678, 0.00634737, 0.0121202, 0.027403, 0.0678621, 0.174972");
          values ( \
            "0.0508466, 0.0534833, 0.0595327, 0.0729503, 0.103261, 0.177256, 0.36956", \
            "0.0553584, 0.0579944, 0.0640474, 0.0774613, 0.107813, 0.18176, 0.374793", \
            "0.0674689, 0.0701127, 0.0761763, 0.0895996, 0.11995, 0.193791, 0.387397", \
            "0.091529, 0.0945338, 0.101051, 0.114934, 0.145636, 0.219667, 0.412987", \
            "0.129073, 0.132564, 0.140505, 0.156341, 0.188492, 0.26335, 0.456225", \
            "0.190711, 0.195335, 0.205162, 0.224384, 0.259949, 0.33644, 0.52957", \
            "0.304597, 0.31082, 0.323554, 0.347335, 0.39, 0.471223, 0.665285" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0033431, 0.00416678, 0.00634737, 0.0121202, 0.027403, 0.0678621, 0.174972");
          values ( \
            "0.0126291, 0.0149876, 0.0208416, 0.0352977, 0.0718611, 0.169357, 0.432548", \
            "0.0126613, 0.0149992, 0.0208418, 0.0353322, 0.0718375, 0.169679, 0.431684", \
            "0.0127084, 0.0150401, 0.0208569, 0.0353451, 0.071838, 0.169584, 0.431217", \
            "0.0148123, 0.017035, 0.0224445, 0.0362559, 0.0721672, 0.16965, 0.431133", \
            "0.0198063, 0.0218969, 0.0271209, 0.040371, 0.0745426, 0.170201, 0.431856", \
            "0.0272061, 0.0293573, 0.0347646, 0.0477582, 0.080143, 0.171984, 0.430441", \
            "0.0392132, 0.0413105, 0.0470897, 0.0608557, 0.0916621, 0.177517, 0.432168" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "0.0079075, 0.0096443, 0.0141815, 0.0258196, 0.0555872, 0.132593, 0.334897", \
            "0.0078796, 0.0096261, 0.0141425, 0.0257584, 0.0554921, 0.131817, 0.33548", \
            "0.0079622, 0.0096573, 0.0140815, 0.0256859, 0.0551461, 0.131759, 0.333083", \
            "0.0075262, 0.0091414, 0.0133952, 0.024745, 0.0544598, 0.131815, 0.333557", \
            "0.0072151, 0.0087844, 0.0129509, 0.0240335, 0.0533899, 0.130649, 0.333943", \
            "0.0074575, 0.0089758, 0.0131488, 0.0238174, 0.0528694, 0.129262, 0.332299", \
            "0.0093268, 0.0107434, 0.0146902, 0.0251783, 0.0541886, 0.13061, 0.331343" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "0.0070531, 0.0056742, 0.0019876, -0.0081243, -0.0363501, -0.112921, -0.316459", \
            "0.0069492, 0.0055557, 0.0018653, -0.0082344, -0.0364462, -0.113016, -0.316527", \
            "0.0069218, 0.0055262, 0.0018236, -0.0082623, -0.036479, -0.112997, -0.316484", \
            "0.0064343, 0.0049805, 0.0011832, -0.0088414, -0.0369014, -0.113365, -0.316828", \
            "0.0063577, 0.004813, 0.0008795, -0.0094078, -0.0375004, -0.113821, -0.317235", \
            "0.0074215, 0.0056458, 0.0012392, -0.0096583, -0.0383604, -0.114345, -0.317681", \
            "0.0107627, 0.0087084, 0.0037126, -0.0079062, -0.0367723, -0.113223, -0.31634" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "0.0330773, 0.0346383, 0.0387052, 0.0495587, 0.0782977, 0.154525, 0.355219", \
            "0.0328514, 0.0344152, 0.0384725, 0.0493225, 0.0780581, 0.153982, 0.357172", \
            "0.0327288, 0.0342812, 0.0383812, 0.0492444, 0.0779746, 0.15388, 0.355024", \
            "0.0329595, 0.0344884, 0.0385601, 0.0493672, 0.0780964, 0.154629, 0.35652", \
            "0.0335249, 0.035237, 0.039323, 0.0501454, 0.0788496, 0.154742, 0.358039", \
            "0.0348132, 0.0363362, 0.0404682, 0.0520884, 0.0808931, 0.156871, 0.35923", \
            "0.0406172, 0.0421404, 0.0462226, 0.0570866, 0.086337, 0.162234, 0.3644" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "-0.0072926, -0.0071622, -0.006893, -0.0065512, -0.0062603, -0.0060778, -0.0059941", \
            "-0.0075977, -0.0074796, -0.0072432, -0.006901, -0.0065903, -0.0064031, -0.006314", \
            "-0.0080942, -0.0079899, -0.0077624, -0.0074025, -0.0070521, -0.0068067, -0.0066992", \
            "-0.0084073, -0.0083289, -0.0081175, -0.0077578, -0.0073456, -0.006987, -0.0068063", \
            "-0.0081614, -0.0081167, -0.007995, -0.0077289, -0.0072858, -0.0068472, -0.0065501", \
            "-0.0062763, -0.006275, -0.0061718, -0.0060635, -0.0057595, -0.0052681, -0.0048226", \
            "-0.0004563, -0.0004458, -0.0003419, -0.0003071, -0.0001591, 0.0001394, 0.0006153" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "!A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "-0.0072644, -0.0073589, -0.0074791, -0.0076824, 0, 0, 0", \
            "-0.0075143, -0.007574, -0.007698, -0.0078988, 0, 0, 0", \
            "-0.0078925, -0.0079471, -0.0080561, -0.0082234, 0, 0, 0", \
            "-0.0081035, -0.008159, -0.0082559, -0.0083678, 0, 0, 0", \
            "-0.0077097, -0.0077668, -0.007846, -0.0079604, 0, 0, 0", \
            "-0.0058891, -0.0059317, -0.0060126, -0.0061301, 0, 0, 0", \
            "-0.0001199, -0.0001503, -0.000239, -0.0003752, 0, 0, 0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "0.0315539, 0.0300099, 0.0259966, 0.015361, 0, 0, 0", \
            "0.0313162, 0.0297909, 0.0257815, 0.0151498, 0, 0, 0", \
            "0.0312302, 0.0297073, 0.0256667, 0.0150425, 0, 0, 0", \
            "0.0314019, 0.0298953, 0.0258222, 0.0152359, 0, 0, 0", \
            "0.0316861, 0.029811, 0.0255423, 0.015785, 0, 0, 0", \
            "0.0344029, 0.0328321, 0.028742, 0.0177377, 0, 0, 0", \
            "0.0403213, 0.0391542, 0.0351136, 0.0244491, 0, 0, 0" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001882;
      rise_capacitance : 0.001956;
      rise_capacitance_range (0.001956, 0.001956);
      fall_capacitance : 0.001808;
      fall_capacitance_range (0.001808, 0.001808);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0066, 0.0065153, 0.00632, 0.0066884, 0.0075377, 0.0094954, 0.0140081" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0133478, 0.0132348, 0.0129743, 0.0133544, 0.0142308, 0.0162508, 0.0209072" \
          );
        }
      }
    }
    pin (TEB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004065;
      rise_capacitance : 0.004377;
      rise_capacitance_range (0.004377, 0.004377);
      fall_capacitance : 0.003752;
      fall_capacitance_range (0.003752, 0.003752);
    }
  }
  cell (scs8hd_ebufn_4) {
    area : 16.2656;
    cell_footprint : "ebufn";
    cell_leakage_power : 0.0181789;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062405;
      when : "!A&TEB";
    }
    leakage_power () {
      value : 0.0248324;
      when : "!A&!TEB";
    }
    leakage_power () {
      value : 0.0352695;
      when : "A&TEB";
    }
    leakage_power () {
      value : 0.0063732;
      when : "A&!TEB";
    }
    leakage_power () {
      value : 0.0181789;
    }
    pin (Z) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      three_state : "(TEB)";
      max_capacitance : 0.297556;
      max_transition : 1.52435;
      capacitance : 0.005313;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0058132, 0.00676332, 0.00951888, 0.0175107, 0.0406887, 0.10791, 0.302869");
          values ( \
            "0.0627328, 0.0666026, 0.0775691, 0.108389, 0.193966, 0.432498, 1.12228", \
            "0.0662678, 0.0700969, 0.081069, 0.111836, 0.197188, 0.434795, 1.12956", \
            "0.0748574, 0.0786863, 0.0893773, 0.119986, 0.204974, 0.44285, 1.12707", \
            "0.090318, 0.0941365, 0.104506, 0.134056, 0.218179, 0.458488, 1.14109", \
            "0.10471, 0.108625, 0.119297, 0.147891, 0.231304, 0.473011, 1.15396", \
            "0.104167, 0.109214, 0.121705, 0.150834, 0.232671, 0.470492, 1.15924", \
            "0.0576362, 0.063573, 0.0787696, 0.113555, 0.194253, 0.429763, 1.11464" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0058132, 0.00676332, 0.00951888, 0.0175107, 0.0406887, 0.10791, 0.302869");
          values ( \
            "0.0285221, 0.0332298, 0.0471684, 0.0878215, 0.204071, 0.537139, 1.51313", \
            "0.0285265, 0.0332303, 0.0471879, 0.0877217, 0.204062, 0.536619, 1.50811", \
            "0.0285023, 0.0331871, 0.0471732, 0.087795, 0.203552, 0.536543, 1.50373", \
            "0.0298621, 0.0344548, 0.0477807, 0.0875761, 0.203724, 0.53788, 1.50132", \
            "0.034189, 0.0384503, 0.0506889, 0.088617, 0.203606, 0.537446, 1.50427", \
            "0.0407883, 0.0456541, 0.0581469, 0.0925207, 0.20432, 0.536777, 1.50608", \
            "0.0516437, 0.0573983, 0.0712273, 0.106199, 0.208189, 0.540477, 1.49961" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0058132, 0.00676332, 0.00951888, 0.0175107, 0.0406887, 0.10791, 0.302869");
          values ( \
            "0.0755684, 0.0780551, 0.0842482, 0.0980692, 0.127601, 0.199226, 0.399353", \
            "0.0802393, 0.0826674, 0.0889108, 0.1028, 0.132244, 0.203884, 0.403869", \
            "0.0925389, 0.0949735, 0.101134, 0.114946, 0.144502, 0.216208, 0.416419", \
            "0.12192, 0.124328, 0.130407, 0.144157, 0.173726, 0.24547, 0.445519", \
            "0.178821, 0.181528, 0.188425, 0.20366, 0.234489, 0.306426, 0.507145", \
            "0.270505, 0.273721, 0.281575, 0.299854, 0.336223, 0.410273, 0.61004", \
            "0.431276, 0.434939, 0.443674, 0.465133, 0.509346, 0.591766, 0.791544" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0058132, 0.00676332, 0.00951888, 0.0175107, 0.0406887, 0.10791, 0.302869");
          values ( \
            "0.0186855, 0.0204242, 0.0250568, 0.0363194, 0.0676535, 0.160327, 0.440376", \
            "0.0186969, 0.0204222, 0.0250075, 0.0364756, 0.0676864, 0.160417, 0.4407", \
            "0.0188446, 0.0206346, 0.0249283, 0.036315, 0.0676095, 0.160135, 0.439335", \
            "0.0189202, 0.020792, 0.0252314, 0.0369698, 0.0678458, 0.160202, 0.439608", \
            "0.0251275, 0.0265935, 0.0316203, 0.0423951, 0.071172, 0.161461, 0.440281", \
            "0.0352953, 0.0370326, 0.0425382, 0.0548225, 0.0831612, 0.166875, 0.439379", \
            "0.0497949, 0.0518964, 0.058006, 0.0724363, 0.10242, 0.180035, 0.443298" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : positive_unate;
        timing_type : three_state_disable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0058132, 0.00676332, 0.00951888, 0.0175107, 0.0406887, 0.10791, 0.302869");
          values ( \
            "0.0338963, 0.0339683, 0.0339683, 0.0339683, 0.0339683, 0.0339683, 0.0340016", \
            "0.0375164, 0.037689, 0.0377178, 0.0377178, 0.0377178, 0.0377659, 0.0377659", \
            "0.0451663, 0.0454743, 0.0454743, 0.0455949, 0.0455949, 0.0455949, 0.0455949", \
            "0.0530438, 0.0530438, 0.0530438, 0.0532264, 0.0534323, 0.0534323, 0.0534323", \
            "0.0555229, 0.0557137, 0.0557137, 0.0560674, 0.0560674, 0.0560674, 0.0560674", \
            "0.0415064, 0.0415064, 0.0415064, 0.0415064, 0.0415982, 0.0415982, 0.0415982", \
            "-0.0237945, -0.0234243, -0.0234123, -0.0234123, -0.0234123, -0.0234123, -0.0229399" \
          );
        }
        rise_transition (scalar) {
          values ( \
            "0" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0058132, 0.00676332, 0.00951888, 0.0175107, 0.0406887, 0.10791, 0.302869");
          values ( \
            "0.0289135, 0.0291016, 0.0291016, 0.029125, 0.029125, 0.029125, 0.029125", \
            "0.0288582, 0.0288582, 0.0288582, 0.0288582, 0.0288641, 0.0288641, 0.0288641", \
            "0.0286376, 0.0289658, 0.0291357, 0.0293839, 0.0294082, 0.0294082, 0.0294336", \
            "0.0222903, 0.0231704, 0.0239825, 0.0239825, 0.0239825, 0.0239825, 0.0239825", \
            "0.0107809, 0.0120655, 0.0142336, 0.0147144, 0.0147144, 0.0147144, 0.0147144", \
            "-0.011934, -0.0094026, -0.0040414, -0.0040414, -0.0040414, -0.0038404, -0.0038404", \
            "-0.0621395, -0.0570511, -0.0457896, -0.0457896, -0.0457896, -0.0457896, -0.0457896" \
          );
        }
        fall_transition (scalar) {
          values ( \
            "0" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : negative_unate;
        timing_type : three_state_enable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0058132, 0.00676332, 0.00951888, 0.0175107, 0.0406887, 0.10791, 0.302869");
          values ( \
            "0.0437539, 0.0473448, 0.0574353, 0.0857274, 0.167062, 0.403238, 1.08403", \
            "0.049157, 0.052791, 0.0628645, 0.0912289, 0.172409, 0.408671, 1.09055", \
            "0.0610185, 0.0647104, 0.0749, 0.103256, 0.184596, 0.420559, 1.11329", \
            "0.0811406, 0.0856137, 0.0974977, 0.127553, 0.209013, 0.444373, 1.13947", \
            "0.112645, 0.118997, 0.135342, 0.174243, 0.263867, 0.499628, 1.18231", \
            "0.15391, 0.164281, 0.19124, 0.251369, 0.371623, 0.626618, 1.31", \
            "0.190969, 0.210947, 0.256497, 0.357736, 0.546327, 0.887196, 1.60391" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0058132, 0.00676332, 0.00951888, 0.0175107, 0.0406887, 0.10791, 0.302869");
          values ( \
            "0.0294253, 0.0340534, 0.0477536, 0.0878943, 0.203277, 0.537893, 1.50146", \
            "0.0294247, 0.0340202, 0.0477937, 0.0878993, 0.203322, 0.537501, 1.50233", \
            "0.0301522, 0.0346267, 0.0481029, 0.0880051, 0.203393, 0.537376, 1.50722", \
            "0.0368698, 0.0411858, 0.0533038, 0.0908354, 0.2034, 0.538015, 1.50992", \
            "0.0525644, 0.0576406, 0.0715034, 0.108875, 0.211417, 0.538755, 1.50304", \
            "0.0903156, 0.096706, 0.113701, 0.154741, 0.257089, 0.550543, 1.50501", \
            "0.167457, 0.176277, 0.198595, 0.252412, 0.370459, 0.656139, 1.52435" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0058132, 0.00676332, 0.00951888, 0.0175107, 0.0406887, 0.10791, 0.302869");
          values ( \
            "0.0540997, 0.0559848, 0.0607592, 0.0723563, 0.100272, 0.171851, 0.372696", \
            "0.058778, 0.0606198, 0.0653925, 0.076965, 0.104923, 0.176372, 0.377814", \
            "0.0712056, 0.0730764, 0.0778392, 0.0894487, 0.117381, 0.188967, 0.389832", \
            "0.0975731, 0.0995974, 0.104702, 0.116667, 0.144849, 0.216538, 0.416808", \
            "0.140062, 0.142588, 0.148875, 0.162779, 0.192615, 0.265293, 0.465942", \
            "0.212686, 0.215841, 0.223639, 0.240389, 0.274249, 0.348904, 0.550157", \
            "0.351045, 0.355235, 0.364897, 0.385875, 0.426242, 0.506737, 0.709006" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0058132, 0.00676332, 0.00951888, 0.0175107, 0.0406887, 0.10791, 0.302869");
          values ( \
            "0.013449, 0.0150673, 0.0196477, 0.0320494, 0.0654342, 0.159929, 0.438889", \
            "0.0134296, 0.0150452, 0.01965, 0.0320328, 0.0654741, 0.160167, 0.440336", \
            "0.0134754, 0.015101, 0.0196779, 0.0320175, 0.0654074, 0.159948, 0.438882", \
            "0.015402, 0.0168626, 0.021105, 0.0328556, 0.065782, 0.16025, 0.439712", \
            "0.0206421, 0.0220572, 0.026057, 0.0371322, 0.068233, 0.161187, 0.43942", \
            "0.0283683, 0.0297685, 0.0338489, 0.0446013, 0.0745764, 0.163576, 0.439227", \
            "0.0406979, 0.0419719, 0.0459938, 0.0571873, 0.0856652, 0.170044, 0.440624" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145012, 0.00420568, 0.0121975, 0.0353755, 0.102597, 0.297556");
          values ( \
            "0.017156, 0.0191593, 0.0250876, 0.0415876, 0.0873418, 0.214518, 0.584788", \
            "0.0171795, 0.0191756, 0.0250173, 0.0415572, 0.0873089, 0.214589, 0.582509", \
            "0.0173225, 0.0192795, 0.0250158, 0.0412189, 0.0866629, 0.214253, 0.582872", \
            "0.0167867, 0.0186704, 0.0240843, 0.0399405, 0.0851304, 0.214262, 0.58029", \
            "0.0163089, 0.0179894, 0.0232859, 0.0386629, 0.0832704, 0.211975, 0.578944", \
            "0.0164073, 0.0181368, 0.0233324, 0.0382574, 0.0822324, 0.209778, 0.578916", \
            "0.0191383, 0.0207813, 0.0256236, 0.0403939, 0.0837346, 0.211072, 0.576851" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145012, 0.00420568, 0.0121975, 0.0353755, 0.102597, 0.297556");
          values ( \
            "0.0164145, 0.0147248, 0.0101291, -0.0038187, -0.0459802, -0.172829, -0.543159", \
            "0.0162655, 0.01462, 0.0099291, -0.0039769, -0.0460893, -0.172927, -0.543298", \
            "0.0163739, 0.0147139, 0.0099692, -0.0039604, -0.0460955, -0.172832, -0.543118", \
            "0.0155063, 0.0137936, 0.0089422, -0.0050813, -0.047093, -0.173676, -0.543834", \
            "0.0153834, 0.0135299, 0.00869, -0.0056702, -0.0478366, -0.174282, -0.544396", \
            "0.0177878, 0.0156526, 0.0096283, -0.005803, -0.0491004, -0.175114, -0.545027", \
            "0.0221509, 0.0197876, 0.0154322, -0.000944, -0.0481987, -0.175134, -0.544844" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145012, 0.00420568, 0.0121975, 0.0353755, 0.102597, 0.297556");
          values ( \
            "0.0596236, 0.0614158, 0.0666098, 0.081553, 0.125178, 0.251908, 0.617311", \
            "0.0593167, 0.0611341, 0.0663007, 0.081255, 0.124835, 0.251573, 0.6166", \
            "0.059182, 0.0609843, 0.066183, 0.0811351, 0.124665, 0.251481, 0.617832", \
            "0.0594036, 0.0612228, 0.0664257, 0.0814658, 0.125001, 0.251929, 0.619535", \
            "0.0604751, 0.0623731, 0.0675914, 0.0826709, 0.126117, 0.253004, 0.61805", \
            "0.0624201, 0.0641929, 0.0694634, 0.085863, 0.129521, 0.255621, 0.621315", \
            "0.0716237, 0.073423, 0.078632, 0.0937279, 0.137974, 0.265287, 0.630598" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145012, 0.00420568, 0.0121975, 0.0353755, 0.102597, 0.297556");
          values ( \
            "-0.0142588, -0.0140878, -0.0137051, -0.0130378, -0.0123189, -0.0118626, -0.0116553", \
            "-0.014703, -0.0145496, -0.0141856, -0.0135592, -0.0128671, -0.0124246, -0.0122238", \
            "-0.0154757, -0.0153324, -0.0149822, -0.0143048, -0.0135462, -0.0130205, -0.0127683", \
            "-0.0159623, -0.0158465, -0.0155367, -0.0149169, -0.013988, -0.0132508, -0.0128772", \
            "-0.0155879, -0.0155155, -0.0153007, -0.0148225, -0.0139599, -0.0130008, -0.0123921", \
            "-0.0129421, -0.0128907, -0.0126493, -0.0123492, -0.0117459, -0.0107875, -0.0098851", \
            "-0.0036186, -0.0035738, -0.0034685, -0.0032694, -0.002939, -0.0023206, -0.0013525" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "!A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145012, 0.00420568, 0.0121975, 0.0353755, 0.102597, 0.297556");
          values ( \
            "-0.0143032, -0.0143097, -0.0145063, -0.0148083, 0, 0, 0", \
            "-0.0147157, -0.0147891, -0.0149685, -0.0153156, 0, 0, 0", \
            "-0.0151627, -0.0152391, -0.0153941, -0.0157217, 0, 0, 0", \
            "-0.0155984, -0.0156543, -0.0157838, -0.0160226, 0, 0, 0", \
            "-0.014999, -0.0150577, -0.0152025, -0.0154309, 0, 0, 0", \
            "-0.0122939, -0.0123318, -0.012419, -0.0125897, 0, 0, 0", \
            "-0.0030996, -0.0031405, -0.0032381, -0.0033993, -0.003575, 0, 0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145012, 0.00420568, 0.0121975, 0.0353755, 0.102597, 0.297556");
          values ( \
            "0.0590863, 0.0573312, 0.052189, 0.037387, 0, 0, 0", \
            "0.0587523, 0.0570081, 0.0518837, 0.0370676, 0, 0, 0", \
            "0.058623, 0.0568988, 0.0517852, 0.036957, 0, 0, 0", \
            "0.0591002, 0.0573488, 0.0520942, 0.0372944, 0, 0, 0", \
            "0.058789, 0.0572425, 0.0527633, 0.0386288, 0, 0, 0", \
            "0.0633351, 0.0615433, 0.056316, 0.0411215, 0, 0, 0", \
            "0.0723346, 0.0705558, 0.0652691, 0.0500753, 0.0060204, 0, 0" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002508;
      rise_capacitance : 0.002626;
      rise_capacitance_range (0.002626, 0.002626);
      fall_capacitance : 0.00239;
      fall_capacitance_range (0.00239, 0.00239);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0104935, 0.0103844, 0.0101331, 0.0107494, 0.01217, 0.0154446, 0.0229928" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0204021, 0.0202384, 0.0198614, 0.0204753, 0.0218903, 0.0251521, 0.0326707" \
          );
        }
      }
    }
    pin (TEB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.006749;
      rise_capacitance : 0.007338;
      rise_capacitance_range (0.007338, 0.007338);
      fall_capacitance : 0.006161;
      fall_capacitance_range (0.006161, 0.006161);
    }
  }
  cell (scs8hd_ebufn_8) {
    area : 26.2752;
    cell_footprint : "ebufn";
    cell_leakage_power : 0.0315683;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.045226;
      when : "!A&TEB";
    }
    leakage_power () {
      value : 0.0496464;
      when : "!A&!TEB";
    }
    leakage_power () {
      value : 0.0186454;
      when : "A&TEB";
    }
    leakage_power () {
      value : 0.0127554;
      when : "A&!TEB";
    }
    leakage_power () {
      value : 0.0315683;
    }
    pin (Z) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      three_state : "(TEB)";
      max_capacitance : 0.509043;
      max_transition : 1.5239;
      capacitance : 0.009782;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0102818, 0.0113677, 0.0148118, 0.0257355, 0.0603829, 0.170275, 0.518825");
          values ( \
            "0.0629102, 0.0656651, 0.0740365, 0.0998646, 0.176261, 0.404101, 1.12353", \
            "0.066364, 0.0690345, 0.0774002, 0.103102, 0.179412, 0.410128, 1.12727", \
            "0.0746635, 0.0773421, 0.0855892, 0.110855, 0.186978, 0.415658, 1.13027", \
            "0.0881272, 0.0907562, 0.0987273, 0.123051, 0.198665, 0.428339, 1.14634", \
            "0.0989183, 0.101587, 0.109623, 0.133193, 0.207348, 0.436795, 1.16024", \
            "0.0916933, 0.0949231, 0.104067, 0.128187, 0.20005, 0.42922, 1.14504", \
            "0.0306267, 0.0345015, 0.0457682, 0.0748331, 0.145712, 0.372231, 1.09179" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0102818, 0.0113677, 0.0148118, 0.0257355, 0.0603829, 0.170275, 0.518825");
          values ( \
            "0.0309766, 0.0342024, 0.0444863, 0.0771312, 0.178901, 0.498727, 1.51017", \
            "0.031078, 0.0342194, 0.0444865, 0.0771958, 0.178895, 0.499948, 1.51089", \
            "0.0309265, 0.0343725, 0.0445013, 0.0770801, 0.178949, 0.496523, 1.50255", \
            "0.0321296, 0.0352434, 0.0451003, 0.0772096, 0.178731, 0.497091, 1.50486", \
            "0.035555, 0.038352, 0.0475846, 0.0781731, 0.178968, 0.498075, 1.50586", \
            "0.0423911, 0.0455414, 0.0544618, 0.0824072, 0.179858, 0.498266, 1.5031", \
            "0.0529143, 0.0568419, 0.067158, 0.0955778, 0.184573, 0.498726, 1.50136" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0102818, 0.0113677, 0.0148118, 0.0257355, 0.0603829, 0.170275, 0.518825");
          values ( \
            "0.0805647, 0.0823509, 0.087503, 0.100688, 0.131251, 0.209669, 0.445729", \
            "0.0854165, 0.0871878, 0.0923879, 0.105578, 0.136186, 0.214371, 0.451387", \
            "0.0979534, 0.0997309, 0.104862, 0.11802, 0.14862, 0.226833, 0.463188", \
            "0.12761, 0.129379, 0.134468, 0.147472, 0.17801, 0.256508, 0.492672", \
            "0.186535, 0.188443, 0.1938, 0.207972, 0.239585, 0.318525, 0.554814", \
            "0.284022, 0.286271, 0.292679, 0.309062, 0.345192, 0.426598, 0.662456", \
            "0.458005, 0.460522, 0.46775, 0.486913, 0.530432, 0.618659, 0.854604" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0102818, 0.0113677, 0.0148118, 0.0257355, 0.0603829, 0.170275, 0.518825");
          values ( \
            "0.0207747, 0.022289, 0.0263776, 0.037645, 0.0708513, 0.176612, 0.521656", \
            "0.0208592, 0.0223351, 0.0264084, 0.0377499, 0.0708242, 0.176533, 0.521726", \
            "0.0210375, 0.022275, 0.0261821, 0.037684, 0.0707935, 0.176482, 0.521842", \
            "0.0209952, 0.0223006, 0.0264095, 0.0379717, 0.0709988, 0.176688, 0.521731", \
            "0.0264853, 0.027869, 0.0317314, 0.0427946, 0.0739975, 0.177461, 0.521759", \
            "0.0366966, 0.0376961, 0.0419306, 0.0538031, 0.0838732, 0.181876, 0.52223", \
            "0.050934, 0.0524081, 0.05684, 0.0695851, 0.102111, 0.19366, 0.524105" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : positive_unate;
        timing_type : three_state_disable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0102818, 0.0113677, 0.0148118, 0.0257355, 0.0603829, 0.170275, 0.518825");
          values ( \
            "0.0519694, 0.0520818, 0.0520818, 0.0520818, 0.0520818, 0.0520818, 0.0520818", \
            "0.0555883, 0.0555883, 0.0555883, 0.0555883, 0.0555883, 0.0555883, 0.0555883", \
            "0.0634061, 0.0637965, 0.0638899, 0.0638899, 0.0638899, 0.0638899, 0.0638899", \
            "0.0790871, 0.079478, 0.079478, 0.079478, 0.079478, 0.079478, 0.079478", \
            "0.0936849, 0.0936849, 0.0936849, 0.0938893, 0.0939571, 0.0939571, 0.0939571", \
            "0.0974084, 0.0988396, 0.0988396, 0.0988396, 0.0988396, 0.0988396, 0.0988396", \
            "0.0564182, 0.0564182, 0.0567254, 0.0567254, 0.0567254, 0.0581521, 0.0581521" \
          );
        }
        rise_transition (scalar) {
          values ( \
            "0" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0102818, 0.0113677, 0.0148118, 0.0257355, 0.0603829, 0.170275, 0.518825");
          values ( \
            "0.0383673, 0.0383673, 0.0383682, 0.0383682, 0.0383682, 0.0383682, 0.0383682", \
            "0.0387513, 0.0387513, 0.0388343, 0.0388343, 0.0388343, 0.0388343, 0.0388343", \
            "0.0387928, 0.0388773, 0.0389423, 0.0389423, 0.0389423, 0.0389423, 0.0389423", \
            "0.0316672, 0.0326808, 0.0326808, 0.0326808, 0.0326808, 0.0326808, 0.0326808", \
            "0.0228611, 0.0229345, 0.0229345, 0.0229345, 0.0229345, 0.0229345, 0.0229345", \
            "0.0021115, 0.0029487, 0.0029487, 0.0029487, 0.0029487, 0.0029487, 0.0029487", \
            "-0.0403563, -0.0403563, -0.0403563, -0.0403563, -0.0403563, -0.0403563, -0.0403563" \
          );
        }
        fall_transition (scalar) {
          values ( \
            "0" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : negative_unate;
        timing_type : three_state_enable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0102818, 0.0113677, 0.0148118, 0.0257355, 0.0603829, 0.170275, 0.518825");
          values ( \
            "0.0523794, 0.054939, 0.0625753, 0.0856731, 0.157208, 0.382404, 1.10049", \
            "0.0571098, 0.0597073, 0.0673178, 0.0904423, 0.161914, 0.387059, 1.10512", \
            "0.0686623, 0.0712741, 0.0790146, 0.102191, 0.173715, 0.398946, 1.11998", \
            "0.0890812, 0.0920616, 0.101154, 0.126049, 0.198193, 0.423401, 1.14388", \
            "0.121947, 0.126088, 0.138057, 0.170039, 0.251364, 0.477685, 1.19154", \
            "0.167042, 0.173884, 0.193493, 0.243171, 0.352904, 0.602241, 1.32509", \
            "0.212454, 0.224393, 0.258316, 0.342303, 0.51736, 0.851844, 1.60537" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0102818, 0.0113677, 0.0148118, 0.0257355, 0.0603829, 0.170275, 0.518825");
          values ( \
            "0.0335706, 0.0366991, 0.0464019, 0.0780443, 0.178903, 0.496768, 1.50971", \
            "0.0336871, 0.0366352, 0.0464346, 0.0781181, 0.179007, 0.496168, 1.51063", \
            "0.0341821, 0.0372364, 0.0468632, 0.0783501, 0.179003, 0.49663, 1.50784", \
            "0.0400863, 0.0429241, 0.0517861, 0.0815637, 0.17927, 0.496637, 1.50865", \
            "0.0549666, 0.0582644, 0.0682702, 0.0990361, 0.18885, 0.496259, 1.50409", \
            "0.0921115, 0.0960031, 0.107914, 0.141709, 0.233131, 0.513449, 1.50559", \
            "0.169812, 0.175027, 0.191491, 0.235754, 0.340665, 0.61449, 1.5239" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0102818, 0.0113677, 0.0148118, 0.0257355, 0.0603829, 0.170275, 0.518825");
          values ( \
            "0.0789759, 0.0805164, 0.0851211, 0.0968768, 0.126338, 0.205597, 0.442714", \
            "0.0833067, 0.0849436, 0.0894707, 0.10122, 0.130689, 0.209792, 0.446765", \
            "0.0952688, 0.0968778, 0.101262, 0.113093, 0.142659, 0.221754, 0.45882", \
            "0.124334, 0.125931, 0.130619, 0.142388, 0.171982, 0.251087, 0.488004", \
            "0.177867, 0.179757, 0.185279, 0.198919, 0.230147, 0.310177, 0.546916", \
            "0.264407, 0.266836, 0.2737, 0.290556, 0.326936, 0.410281, 0.647874", \
            "0.420599, 0.423881, 0.432131, 0.453243, 0.496738, 0.587502, 0.827663" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0102818, 0.0113677, 0.0148118, 0.0257355, 0.0603829, 0.170275, 0.518825");
          values ( \
            "0.0196941, 0.0208883, 0.0247645, 0.0363044, 0.0708645, 0.177763, 0.521554", \
            "0.0197314, 0.0209421, 0.0247428, 0.0363039, 0.0707678, 0.177711, 0.521276", \
            "0.0197794, 0.0209456, 0.0246339, 0.0362734, 0.0708233, 0.17766, 0.521548", \
            "0.0201719, 0.0213443, 0.025099, 0.0364765, 0.0709572, 0.177723, 0.521329", \
            "0.0265904, 0.0275851, 0.0308719, 0.0411014, 0.0735374, 0.178679, 0.521952", \
            "0.0374098, 0.038417, 0.0415234, 0.0513424, 0.0818463, 0.182352, 0.522345", \
            "0.0529221, 0.0536958, 0.056467, 0.0662307, 0.0964496, 0.191621, 0.523626" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00158587, 0.00502996, 0.0159537, 0.0506011, 0.160493, 0.509043");
          values ( \
            "0.0360341, 0.0384713, 0.0460849, 0.0696827, 0.139538, 0.348156, 1.00808", \
            "0.0358288, 0.0382663, 0.0458043, 0.0694346, 0.139352, 0.349933, 1.01061", \
            "0.0360095, 0.0383316, 0.0457771, 0.0688691, 0.138625, 0.347739, 1.0031", \
            "0.0346553, 0.0369662, 0.0439528, 0.0662102, 0.135511, 0.345574, 1.00374", \
            "0.033506, 0.0356502, 0.0424325, 0.0639842, 0.131744, 0.343643, 0.999093", \
            "0.0339088, 0.0360372, 0.0425032, 0.0630872, 0.129039, 0.338779, 0.996274", \
            "0.0380558, 0.0399118, 0.0461171, 0.0663369, 0.131213, 0.339194, 0.995332" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00158587, 0.00502996, 0.0159537, 0.0506011, 0.160493, 0.509043");
          values ( \
            "0.0350385, 0.0331475, 0.0273682, 0.0087568, -0.0536589, -0.260015, -0.92186", \
            "0.0347323, 0.0329221, 0.0271532, 0.0085115, -0.053757, -0.260167, -0.921908", \
            "0.0347811, 0.0328922, 0.0270968, 0.0082748, -0.0539503, -0.260204, -0.922012", \
            "0.0332921, 0.0313811, 0.0254378, 0.0066401, -0.0555177, -0.261531, -0.923082", \
            "0.0321114, 0.0299764, 0.0232665, 0.0041465, -0.0581755, -0.263911, -0.925137", \
            "0.033788, 0.0313251, 0.0241095, 0.0018748, -0.0607656, -0.266035, -0.926786", \
            "0.0358413, 0.0331445, 0.0261462, 0.0022448, -0.0641549, -0.271275, -0.931251" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00158587, 0.00502996, 0.0159537, 0.0506011, 0.160493, 0.509043");
          values ( \
            "0.108404, 0.110607, 0.117357, 0.138145, 0.203114, 0.409629, 1.06753", \
            "0.108094, 0.110272, 0.11703, 0.137818, 0.202782, 0.409564, 1.0675", \
            "0.107788, 0.10993, 0.116729, 0.137603, 0.202507, 0.409098, 1.06634", \
            "0.107723, 0.109981, 0.116676, 0.137738, 0.202691, 0.409155, 1.06664", \
            "0.108529, 0.110685, 0.117597, 0.138669, 0.203496, 0.410219, 1.06435", \
            "0.109383, 0.111912, 0.119869, 0.141251, 0.206868, 0.412481, 1.06885", \
            "0.117908, 0.119924, 0.126413, 0.147206, 0.211797, 0.421337, 1.07546" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00158587, 0.00502996, 0.0159537, 0.0506011, 0.160493, 0.509043");
          values ( \
            "-0.0274088, -0.0272157, -0.0266423, -0.0254616, -0.0239191, -0.0227678, -0.0222626", \
            "-0.0280802, -0.0278835, -0.0273509, -0.0261492, -0.024565, -0.0233966, -0.0228627", \
            "-0.0290131, -0.0288304, -0.0283114, -0.0271299, -0.0254383, -0.0241215, -0.0235004", \
            "-0.0300896, -0.0299421, -0.0295068, -0.0284436, -0.0265758, -0.024872, -0.0239962", \
            "-0.0301243, -0.0300255, -0.0299201, -0.0291116, -0.0273172, -0.0251928, -0.0237983", \
            "-0.0288738, -0.0288042, -0.0286016, -0.0281328, -0.0269521, -0.024915, -0.0228979", \
            "-0.0211484, -0.0210975, -0.020832, -0.0204506, -0.0198654, -0.0184955, -0.0163804" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "!A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00158587, 0.00502996, 0.0159537, 0.0506011, 0.160493, 0.509043");
          values ( \
            "-0.0283192, -0.0283881, -0.0285857, -0.0290676, -0.0177294, 0, 0", \
            "-0.028807, -0.0288788, -0.0290552, -0.0295523, -0.0173853, 0, 0", \
            "-0.029269, -0.0293484, -0.0295726, -0.0300685, -0.0171424, 0, 0", \
            "-0.0296807, -0.0297618, -0.0299866, -0.0304619, -0.0172282, 0, 0", \
            "-0.0293552, -0.0293879, -0.0295814, -0.0299442, -0.0184105, 0, 0", \
            "-0.0280332, -0.0281008, -0.0281299, -0.0286005, -0.0194234, 0, 0", \
            "-0.0207955, -0.0208216, -0.0209173, -0.0212007, -0.0215818, 0, 0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00158587, 0.00502996, 0.0159537, 0.0506011, 0.160493, 0.509043");
          values ( \
            "0.110949, 0.108943, 0.102655, 0.0823476, 0.0177294, 0, 0", \
            "0.1106, 0.108618, 0.102248, 0.0820055, 0.0173853, 0, 0", \
            "0.11026, 0.108263, 0.101927, 0.0817654, 0.0171424, 0, 0", \
            "0.110516, 0.108515, 0.102171, 0.0818319, 0.0172282, 0, 0", \
            "0.111141, 0.109404, 0.103192, 0.0828698, 0.0184105, 0, 0", \
            "0.113001, 0.110891, 0.104373, 0.083483, 0.0194234, 0, 0", \
            "0.122297, 0.120266, 0.114019, 0.0928797, 0.0268205, 0, 0" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004505;
      rise_capacitance : 0.004725;
      rise_capacitance_range (0.004725, 0.004725);
      fall_capacitance : 0.004285;
      fall_capacitance_range (0.004285, 0.004285);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0161035, 0.0159334, 0.0155415, 0.0166957, 0.0193564, 0.0254895, 0.0396268" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0365219, 0.0363051, 0.0358054, 0.0372245, 0.0404958, 0.0480363, 0.0654176" \
          );
        }
      }
    }
    pin (TEB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.010358;
      rise_capacitance : 0.011398;
      rise_capacitance_range (0.011398, 0.011398);
      fall_capacitance : 0.009319;
      fall_capacitance_range (0.009319, 0.009319);
    }
  }
  cell (scs8hd_edfxbp_1) {
    area : 32.5312;
    cell_footprint : "edfxbp";
    cell_leakage_power : 0.0285673;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0227366;
      when : "CLK&!D&DE&Q&!QN";
    }
    leakage_power () {
      value : 0.0303875;
      when : "CLK&D&!DE&Q&!QN";
    }
    leakage_power () {
      value : 0.0381918;
      when : "!CLK&D&DE&Q&!QN";
    }
    leakage_power () {
      value : 0.0387647;
      when : "CLK&D&DE&!Q&QN";
    }
    leakage_power () {
      value : 0.0226541;
      when : "CLK&!D&!DE&!Q&QN";
    }
    leakage_power () {
      value : 0.0303068;
      when : "!CLK&!D&DE&!Q&QN";
    }
    leakage_power () {
      value : 0.0227107;
      when : "CLK&D&!DE&!Q&QN";
    }
    leakage_power () {
      value : 0.0303876;
      when : "CLK&!D&DE&!Q&QN";
    }
    leakage_power () {
      value : 0.0225733;
      when : "!CLK&!D&!DE&!Q&QN";
    }
    leakage_power () {
      value : 0.0226299;
      when : "!CLK&D&!DE&!Q&QN";
    }
    leakage_power () {
      value : 0.0229683;
      when : "!CLK&!D&!DE&Q&!QN";
    }
    leakage_power () {
      value : 0.0229789;
      when : "CLK&!D&!DE&Q&!QN";
    }
    leakage_power () {
      value : 0.0382023;
      when : "CLK&D&DE&Q&!QN";
    }
    leakage_power () {
      value : 0.0303769;
      when : "!CLK&D&!DE&Q&!QN";
    }
    leakage_power () {
      value : 0.0224877;
      when : "!CLK&!D&DE&Q&!QN";
    }
    leakage_power () {
      value : 0.0387203;
      when : "!CLK&D&DE&!Q&QN";
    }
    leakage_power () {
      value : 0.0285673;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.227061;
      max_transition : 1.50346;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0.17973, 0.186176, 0.201263, 0.236895, 0.32949, 0.569972, 1.23204", \
            "0.183426, 0.189989, 0.205033, 0.240705, 0.333295, 0.573636, 1.23616", \
            "0.19256, 0.199127, 0.2141, 0.249765, 0.342353, 0.582797, 1.2476", \
            "0.210847, 0.217351, 0.232476, 0.268144, 0.360739, 0.600906, 1.2639", \
            "0.233758, 0.240322, 0.255399, 0.291065, 0.383661, 0.624143, 1.28885", \
            "0.251923, 0.258534, 0.273541, 0.309202, 0.401812, 0.642146, 1.304", \
            "0.24187, 0.248304, 0.263517, 0.299223, 0.391857, 0.632396, 1.2927" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0.0211097, 0.0271345, 0.0430201, 0.0877656, 0.210094, 0.547735, 1.50184", \
            "0.0211731, 0.0271822, 0.0430616, 0.0877822, 0.210238, 0.546437, 1.50179", \
            "0.02108, 0.0271696, 0.0429915, 0.0877276, 0.210805, 0.546289, 1.50064", \
            "0.0212331, 0.0271423, 0.0430874, 0.0877744, 0.210239, 0.547911, 1.50346", \
            "0.0209368, 0.0270669, 0.0430207, 0.0877558, 0.21086, 0.546377, 1.50059", \
            "0.021162, 0.0272546, 0.0430853, 0.0878378, 0.210909, 0.54773, 1.50235", \
            "0.0214065, 0.0275532, 0.0433407, 0.0879279, 0.210103, 0.547829, 1.49604" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0.187251, 0.195308, 0.212974, 0.248526, 0.316662, 0.451649, 0.78315", \
            "0.190943, 0.198985, 0.216624, 0.25212, 0.320344, 0.455322, 0.786909", \
            "0.199565, 0.207681, 0.225297, 0.260799, 0.329006, 0.463982, 0.79575", \
            "0.217614, 0.2256, 0.243288, 0.278656, 0.346857, 0.481873, 0.813633", \
            "0.2411, 0.249074, 0.266753, 0.302298, 0.370445, 0.505449, 0.837302", \
            "0.26237, 0.270445, 0.28808, 0.323617, 0.391761, 0.526815, 0.858617", \
            "0.26385, 0.271864, 0.289804, 0.32547, 0.393848, 0.528973, 0.860619" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0.0333478, 0.0391671, 0.0526925, 0.0790691, 0.134547, 0.271582, 0.68793", \
            "0.0334006, 0.0394147, 0.0520658, 0.0791295, 0.134583, 0.271753, 0.689242", \
            "0.0335264, 0.0393889, 0.0526312, 0.0790879, 0.134567, 0.272309, 0.691846", \
            "0.0335615, 0.0393671, 0.0521547, 0.0790792, 0.134495, 0.271778, 0.691639", \
            "0.0335406, 0.039215, 0.0527811, 0.079456, 0.134535, 0.27175, 0.688391", \
            "0.0336405, 0.0394012, 0.0528293, 0.0793108, 0.134844, 0.2725, 0.686875", \
            "0.0348314, 0.0404002, 0.0536124, 0.0801395, 0.135433, 0.271556, 0.688459" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0, 0, 0.0011539, 0.0193162, 0.0600529, 0.16255, 0.439072", \
            "0, 0, 0.0011796, 0.0193193, 0.0601528, 0.16143, 0.437084", \
            "0, 0, 0.0013006, 0.0193516, 0.0600259, 0.162292, 0.438102", \
            "0, 0, 0.0010161, 0.0189945, 0.059541, 0.160896, 0.437898", \
            "0, 0, 0.0007417, 0.0187339, 0.0593692, 0.16153, 0.437588", \
            "0, 0, 0.0006787, 0.0189187, 0.0600363, 0.162688, 0.439021", \
            "0, 0, 4.72e-05, 0.0194551, 0.0617306, 0.164858, 0.439446" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0, 0, 0.0070502, 0.0170934, 0.0042742, -0.08009, -0.349018", \
            "0, 0, 0.0070361, 0.017017, 0.0041489, -0.0802783, -0.349214", \
            "0, 0, 0.0071443, 0.0170622, 0.004131, -0.0803176, -0.349284", \
            "0, 0, 0.0069005, 0.0167455, 0.0036973, -0.0808042, -0.349779", \
            "0, 0, 0.0065841, 0.0164192, 0.0034209, -0.0810827, -0.350028", \
            "0, 0, 0.0062092, 0.0164137, 0.0036804, -0.0805406, -0.349398", \
            "0, 0, 0.0058944, 0.0173464, 0.0059946, -0.077823, -0.346493" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.224314;
      max_transition : 1.50794;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138341, 0.00382765, 0.0105904, 0.0293018, 0.0810729, 0.224314");
          values ( \
            "0.292946, 0.299894, 0.315026, 0.348851, 0.436259, 0.675602, 1.33728", \
            "0.296625, 0.303574, 0.318706, 0.352562, 0.440061, 0.67917, 1.34458", \
            "0.305305, 0.312218, 0.327338, 0.361165, 0.44874, 0.687635, 1.35055", \
            "0.323121, 0.330069, 0.345236, 0.379076, 0.466299, 0.705837, 1.36892", \
            "0.34653, 0.35346, 0.368588, 0.402439, 0.489984, 0.729176, 1.39225", \
            "0.367933, 0.37489, 0.390036, 0.423896, 0.51137, 0.750239, 1.41346", \
            "0.369874, 0.376846, 0.392016, 0.425866, 0.513381, 0.75251, 1.41339" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138341, 0.00382765, 0.0105904, 0.0293018, 0.0810729, 0.224314");
          values ( \
            "0.0255794, 0.0309441, 0.0446755, 0.0847921, 0.206027, 0.54765, 1.50782", \
            "0.025575, 0.0309423, 0.04467, 0.0847958, 0.206027, 0.547907, 1.50591", \
            "0.0256373, 0.0309581, 0.044683, 0.0847906, 0.2061, 0.549077, 1.50087", \
            "0.0256145, 0.0309712, 0.0446795, 0.084752, 0.205681, 0.548498, 1.50237", \
            "0.025607, 0.0309798, 0.0446872, 0.0848089, 0.206173, 0.548235, 1.50794", \
            "0.0256037, 0.0309739, 0.0445993, 0.084704, 0.205854, 0.548905, 1.5036", \
            "0.025689, 0.0310616, 0.044684, 0.0848889, 0.206184, 0.549043, 1.50033" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138341, 0.00382765, 0.0105904, 0.0293018, 0.0810729, 0.224314");
          values ( \
            "0.246535, 0.252055, 0.264036, 0.288313, 0.338756, 0.461284, 0.795632", \
            "0.250352, 0.255876, 0.267811, 0.292084, 0.342525, 0.465049, 0.799163", \
            "0.259404, 0.264932, 0.276887, 0.301128, 0.351604, 0.473959, 0.807482", \
            "0.277675, 0.283193, 0.29513, 0.319405, 0.369872, 0.492368, 0.826474", \
            "0.300711, 0.306232, 0.318196, 0.342478, 0.392947, 0.515365, 0.848714", \
            "0.318808, 0.324295, 0.336312, 0.360507, 0.411012, 0.533409, 0.866551", \
            "0.308721, 0.314241, 0.326222, 0.350517, 0.400955, 0.523351, 0.856373" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138341, 0.00382765, 0.0105904, 0.0293018, 0.0810729, 0.224314");
          values ( \
            "0.0201547, 0.0242702, 0.0329219, 0.0531848, 0.105816, 0.258739, 0.697436", \
            "0.0201358, 0.0240303, 0.0329888, 0.0533064, 0.105747, 0.257742, 0.705081", \
            "0.0200922, 0.0240335, 0.0329504, 0.0531086, 0.105779, 0.257486, 0.696047", \
            "0.0201606, 0.0240318, 0.0329868, 0.0532826, 0.105674, 0.259098, 0.700178", \
            "0.0201243, 0.0240141, 0.0329332, 0.0533827, 0.10552, 0.258134, 0.698025", \
            "0.0202064, 0.0242393, 0.0329192, 0.053115, 0.105725, 0.258163, 0.694242", \
            "0.0201483, 0.0242485, 0.0329739, 0.0533868, 0.105238, 0.256944, 0.695694" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138341, 0.00382765, 0.0105904, 0.0293018, 0.0810729, 0.224314");
          values ( \
            "0, 0, -2.065e-05, 0.0170991, 0.0566287, 0.156282, 0.429154", \
            "0, 0, -3.405e-05, 0.017029, 0.056483, 0.155946, 0.429037", \
            "0, 0, 6.48e-05, 0.0170574, 0.0564151, 0.156831, 0.426633", \
            "0, 0, -0.0001608, 0.0167485, 0.0560791, 0.156317, 0.4279", \
            "0, 0, -0.0004985, 0.0164083, 0.0558105, 0.155213, 0.427997", \
            "0, 0, -0.0008255, 0.0164012, 0.0559209, 0.156602, 0.426444", \
            "0, 0, -0.0009784, 0.0173207, 0.0583935, 0.159079, 0.42825" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138341, 0.00382765, 0.0105904, 0.0293018, 0.0810729, 0.224314");
          values ( \
            "0, 0, 0.0081598, 0.0193061, 0.0078478, -0.0750429, -0.340107", \
            "0, 0, 0.0081946, 0.0193173, 0.0077931, -0.0751166, -0.340135", \
            "0, 0, 0.0082928, 0.019349, 0.007769, -0.0751561, -0.34025", \
            "0, 0, 0.0080376, 0.019001, 0.0073304, -0.0756718, -0.340803", \
            "0, 0, 0.0077431, 0.0187336, 0.0071133, -0.0758456, -0.340944", \
            "0, 0, 0.0074802, 0.0189207, 0.0077044, -0.0749807, -0.339983", \
            "0, 0, 0.0069252, 0.0194548, 0.009276, -0.0729152, -0.337749" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001838;
      rise_capacitance : 0.001932;
      rise_capacitance_range (0.001932, 0.001932);
      fall_capacitance : 0.001745;
      fall_capacitance_range (0.001745, 0.001745);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.102775, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.110465, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0233209, 0.0231751, 0.0228388, 0.023129, 0.0237978, 0.0253393, 0.0288928" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0298062, 0.0296482, 0.0292839, 0.0296323, 0.0304355, 0.0322867, 0.0365541" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001872;
      rise_capacitance : 0.001959;
      rise_capacitance_range (0.001959, 0.001959);
      fall_capacitance : 0.001784;
      fall_capacitance_range (0.001784, 0.001784);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0541523, -0.130438, -0.130845", \
            "-0.0437845, -0.117629, -0.126581", \
            "-0.09953, -0.174595, -0.190871" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0980977, -0.264715, -0.473863", \
            "-0.0572122, -0.226271, -0.452509", \
            "-0.0824401, -0.251499, -0.482619" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0666973, 0.147866, 0.159259", \
            "0.0551087, 0.132615, 0.144009", \
            "0.113296, 0.189581, 0.204637" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.137498, 0.306557, 0.52547", \
            "0.0941712, 0.264451, 0.49435", \
            "0.116958, 0.288458, 0.519578" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044036, 0.0043525, 0.0042344, 0.0044961, 0.0050994, 0.0064898, 0.0096949" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0114454, 0.0112997, 0.0109639, 0.0112551, 0.0119263, 0.0134735, 0.0170401" \
          );
        }
      }
    }
    pin (DE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003491;
      rise_capacitance : 0.003639;
      rise_capacitance_range (0.003639, 0.003639);
      fall_capacitance : 0.003342;
      fall_capacitance_range (0.003342, 0.003342);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0626973, -0.138983, -0.141831", \
            "-0.0535501, -0.126174, -0.131463", \
            "-0.111737, -0.184361, -0.190871" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.135939, -0.297675, -0.539781", \
            "-0.0889505, -0.254348, -0.503778", \
            "-0.110516, -0.277134, -0.529006" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.067918, 0.145425, 0.149494", \
            "0.0587708, 0.131395, 0.136684", \
            "0.116958, 0.189581, 0.197313" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.103318, 0.233315, 0.394855", \
            "0.0892884, 0.219285, 0.379604", \
            "0.143813, 0.27381, 0.434129" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "9.39322e-05, -6.59368e-05, -0.0004344, -3.70087e-05, 0.0008791, 0.0029906, 0.0078581" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0126802, 0.0125409, 0.0122201, 0.0126054, 0.0134936, 0.0155411, 0.0202608" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "(D&DE) | (IQ&!DE)";
    }
  }
  cell (scs8hd_edfxtp_1) {
    area : 30.0288;
    cell_footprint : "edfxtp";
    cell_leakage_power : 0.0254369;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.016512;
      when : "CLK&!D&DE&Q";
    }
    leakage_power () {
      value : 0.0241629;
      when : "CLK&D&!DE&Q";
    }
    leakage_power () {
      value : 0.0319701;
      when : "!CLK&D&DE&Q";
    }
    leakage_power () {
      value : 0.0387436;
      when : "CLK&D&DE&!Q";
    }
    leakage_power () {
      value : 0.022633;
      when : "CLK&!D&!DE&!Q";
    }
    leakage_power () {
      value : 0.030254;
      when : "!CLK&!D&DE&!Q";
    }
    leakage_power () {
      value : 0.0226896;
      when : "CLK&D&!DE&!Q";
    }
    leakage_power () {
      value : 0.0303665;
      when : "CLK&!D&DE&!Q";
    }
    leakage_power () {
      value : 0.0225206;
      when : "!CLK&!D&!DE&!Q";
    }
    leakage_power () {
      value : 0.0225771;
      when : "!CLK&D&!DE&!Q";
    }
    leakage_power () {
      value : 0.0167467;
      when : "!CLK&!D&!DE&Q";
    }
    leakage_power () {
      value : 0.0167543;
      when : "CLK&!D&!DE&Q";
    }
    leakage_power () {
      value : 0.0319777;
      when : "CLK&D&DE&Q";
    }
    leakage_power () {
      value : 0.0241553;
      when : "!CLK&D&!DE&Q";
    }
    leakage_power () {
      value : 0.0162665;
      when : "!CLK&!D&DE&Q";
    }
    leakage_power () {
      value : 0.0386611;
      when : "!CLK&D&DE&!Q";
    }
    leakage_power () {
      value : 0.0254369;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.227976;
      max_transition : 1.5057;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138715, 0.00384837, 0.0106765, 0.0296199, 0.0821744, 0.227976");
          values ( \
            "0.177076, 0.183461, 0.198347, 0.233913, 0.323547, 0.563233, 1.2252", \
            "0.180754, 0.187174, 0.202138, 0.237694, 0.327353, 0.567026, 1.22962", \
            "0.189886, 0.196369, 0.211206, 0.246755, 0.336418, 0.576585, 1.2394", \
            "0.208243, 0.21455, 0.229508, 0.26506, 0.354719, 0.594471, 1.25723", \
            "0.231063, 0.23746, 0.252406, 0.28798, 0.377679, 0.616967, 1.28322", \
            "0.24908, 0.255595, 0.27046, 0.306007, 0.395712, 0.634873, 1.29925", \
            "0.239034, 0.245418, 0.260325, 0.295916, 0.385601, 0.624735, 1.28637" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138715, 0.00384837, 0.0106765, 0.0296199, 0.0821744, 0.227976");
          values ( \
            "0.0205702, 0.0265865, 0.0423875, 0.0861202, 0.205488, 0.548272, 1.50408", \
            "0.0207006, 0.0266162, 0.0423569, 0.086144, 0.205677, 0.548168, 1.50458", \
            "0.020535, 0.0266145, 0.0423567, 0.0861355, 0.205873, 0.548215, 1.4987", \
            "0.0205272, 0.02654, 0.0423912, 0.08615, 0.205596, 0.547762, 1.50439", \
            "0.0205075, 0.0265164, 0.0423579, 0.0860971, 0.206034, 0.548882, 1.50273", \
            "0.0206559, 0.0267317, 0.0424379, 0.086216, 0.20576, 0.545874, 1.5057", \
            "0.0209761, 0.0268488, 0.042692, 0.0862562, 0.206167, 0.548974, 1.49812" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138715, 0.00384837, 0.0106765, 0.0296199, 0.0821744, 0.227976");
          values ( \
            "0.180762, 0.188707, 0.206286, 0.241974, 0.30934, 0.44202, 0.772979", \
            "0.184441, 0.192382, 0.209963, 0.245645, 0.313006, 0.445662, 0.776763", \
            "0.1931, 0.201087, 0.218658, 0.254322, 0.3217, 0.454367, 0.78533", \
            "0.210981, 0.218992, 0.236549, 0.272177, 0.339536, 0.472203, 0.803306", \
            "0.234556, 0.242417, 0.25995, 0.295667, 0.363086, 0.495766, 0.826554", \
            "0.255653, 0.263605, 0.281166, 0.31681, 0.384211, 0.516948, 0.848072", \
            "0.256694, 0.264788, 0.282575, 0.318391, 0.385963, 0.518811, 0.849931" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138715, 0.00384837, 0.0106765, 0.0296199, 0.0821744, 0.227976");
          values ( \
            "0.0329423, 0.0387476, 0.0517286, 0.0791261, 0.13254, 0.268335, 0.690155", \
            "0.0329294, 0.0387527, 0.0517109, 0.0791204, 0.132374, 0.268874, 0.689964", \
            "0.0327303, 0.0385274, 0.0516919, 0.0790823, 0.132523, 0.269448, 0.691768", \
            "0.0326002, 0.0386674, 0.0517116, 0.0790118, 0.132368, 0.268783, 0.690051", \
            "0.0328232, 0.0386739, 0.0517137, 0.0793651, 0.132546, 0.2686, 0.686437", \
            "0.0331951, 0.039015, 0.0519889, 0.0793601, 0.132731, 0.269296, 0.690739", \
            "0.0344949, 0.0401976, 0.0531238, 0.0802378, 0.133192, 0.268639, 0.689357" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138715, 0.00384837, 0.0106765, 0.0296199, 0.0821744, 0.227976");
          values ( \
            "0.0286081, 0.0304047, 0.0354798, 0.0488634, 0.0845855, 0.184568, 0.460091", \
            "0.0285925, 0.0303797, 0.0354717, 0.0488968, 0.0846212, 0.18479, 0.458522", \
            "0.0287147, 0.0305036, 0.0356353, 0.0489663, 0.0846502, 0.184765, 0.458783", \
            "0.0280109, 0.0297364, 0.0348272, 0.0482424, 0.0839609, 0.184178, 0.457467", \
            "0.0274529, 0.0292667, 0.0343477, 0.0477745, 0.0834543, 0.183347, 0.459317", \
            "0.0288874, 0.0305812, 0.035336, 0.0482208, 0.0841111, 0.182649, 0.459334", \
            "0.0296286, 0.0313341, 0.0359564, 0.0491454, 0.0850612, 0.184753, 0.458298" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138715, 0.00384837, 0.0106765, 0.0296199, 0.0821744, 0.227976");
          values ( \
            "0.0216798, 0.0198478, 0.015088, 0.0043119, -0.0295335, -0.128851, -0.405937", \
            "0.0215458, 0.0197143, 0.01496, 0.0041808, -0.0296611, -0.129009, -0.406079", \
            "0.0216323, 0.0197734, 0.0150517, 0.0042171, -0.0295755, -0.128915, -0.405992", \
            "0.0210148, 0.0191644, 0.0144549, 0.0036344, -0.0301978, -0.129549, -0.406614", \
            "0.0204584, 0.0185854, 0.0138625, 0.0030579, -0.0307846, -0.130112, -0.407189", \
            "0.0247732, 0.0228263, 0.0178149, 0.0047299, -0.0309074, -0.130224, -0.407287", \
            "0.0270767, 0.0251041, 0.0200658, 0.0069301, -0.0289788, -0.128733, -0.405951" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00183;
      rise_capacitance : 0.001917;
      rise_capacitance_range (0.001917, 0.001917);
      fall_capacitance : 0.001743;
      fall_capacitance_range (0.001743, 0.001743);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0972829, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.109366, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0233198, 0.0231684, 0.0228194, 0.0231094, 0.0237781, 0.0253193, 0.028872" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0298451, 0.029686, 0.0293191, 0.0296664, 0.0304668, 0.0323117, 0.0365645" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001871;
      rise_capacitance : 0.001959;
      rise_capacitance_range (0.001959, 0.001959);
      fall_capacitance : 0.001782;
      fall_capacitance_range (0.001782, 0.001782);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0541523, -0.130438, -0.130845", \
            "-0.0437845, -0.11885, -0.126581", \
            "-0.100751, -0.174595, -0.190871" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0993184, -0.264715, -0.473863", \
            "-0.0584329, -0.227492, -0.452509", \
            "-0.0824401, -0.251499, -0.482619" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0666973, 0.147866, 0.158038", \
            "0.0563294, 0.132615, 0.144009", \
            "0.113296, 0.189581, 0.204637" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.138719, 0.306557, 0.526691", \
            "0.0953919, 0.265672, 0.495571", \
            "0.118178, 0.288458, 0.520799" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044088, 0.0043554, 0.0042322, 0.0044959, 0.0051036, 0.0065046, 0.0097336" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0114477, 0.0112994, 0.0109576, 0.0112561, 0.0119443, 0.0135307, 0.0171876" \
          );
        }
      }
    }
    pin (DE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003491;
      rise_capacitance : 0.003639;
      rise_capacitance_range (0.003639, 0.003639);
      fall_capacitance : 0.003342;
      fall_capacitance_range (0.003342, 0.003342);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0626973, -0.138983, -0.141831", \
            "-0.0535501, -0.126174, -0.131463", \
            "-0.111737, -0.184361, -0.192092" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.13716, -0.298895, -0.541001", \
            "-0.0901712, -0.255568, -0.504999", \
            "-0.111737, -0.278355, -0.530227" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.067918, 0.144204, 0.149494", \
            "0.0587708, 0.131395, 0.136684", \
            "0.116958, 0.189581, 0.197313" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.103318, 0.233315, 0.394855", \
            "0.0892884, 0.219285, 0.379604", \
            "0.143813, 0.27381, 0.434129" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "7.127e-05, -8.23876e-05, -0.0004366, -4.20799e-05, 0.0008672, 0.0029633, 0.0077947" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0126716, 0.0125315, 0.0122086, 0.0125956, 0.0134877, 0.0155441, 0.0202843" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "(D&DE) | (IQ&!DE)";
    }
  }
  cell (scs8hd_einvn_0) {
    area : 5.0048;
    cell_footprint : "einvn";
    cell_leakage_power : 0.00206737;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 2.433e-05;
      when : "!A&TEB";
    }
    leakage_power () {
      value : 0.000191;
      when : "!A&!TEB";
    }
    leakage_power () {
      value : 4.05363e-05;
      when : "A&TEB";
    }
    leakage_power () {
      value : 0.0080136;
      when : "A&!TEB";
    }
    leakage_power () {
      value : 0.00206737;
    }
    pin (Z) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      three_state : "(TEB)";
      max_capacitance : 0.073252;
      max_transition : 1.48455;
      capacitance : 0.001453;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0019528, 0.00260081, 0.00408865, 0.00750475, 0.0153482, 0.0333568, 0.074705");
          values ( \
            "0.0371297, 0.0473298, 0.0699485, 0.118228, 0.228297, 0.476538, 1.04636", \
            "0.0400833, 0.0497584, 0.071846, 0.121758, 0.231076, 0.479886, 1.05176", \
            "0.0505061, 0.059734, 0.0812547, 0.130024, 0.240023, 0.495439, 1.06497", \
            "0.0720237, 0.0840691, 0.107127, 0.154046, 0.264887, 0.51564, 1.08632", \
            "0.105424, 0.122646, 0.15567, 0.214689, 0.323057, 0.571452, 1.14582", \
            "0.166766, 0.188683, 0.234494, 0.317637, 0.460757, 0.711164, 1.28567", \
            "0.289024, 0.318588, 0.375165, 0.489494, 0.690116, 1.02733, 1.60491" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0019528, 0.00260081, 0.00408865, 0.00750475, 0.0153482, 0.0333568, 0.074705");
          values ( \
            "0.0364255, 0.0491276, 0.0780564, 0.14462, 0.296933, 0.645956, 1.44825", \
            "0.0363296, 0.0490393, 0.0779558, 0.144986, 0.296427, 0.646442, 1.45005", \
            "0.0383843, 0.0497502, 0.0778073, 0.145115, 0.29602, 0.649629, 1.4482", \
            "0.0532613, 0.0625551, 0.0852858, 0.145856, 0.297877, 0.649228, 1.4531", \
            "0.0724688, 0.0872864, 0.117904, 0.168744, 0.302043, 0.649813, 1.45442", \
            "0.106705, 0.125389, 0.164783, 0.236126, 0.362149, 0.663201, 1.45359", \
            "0.174701, 0.199111, 0.247299, 0.344249, 0.517284, 0.811027, 1.48455" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0019528, 0.00260081, 0.00408865, 0.00750475, 0.0153482, 0.0333568, 0.074705");
          values ( \
            "0.0177673, 0.0214614, 0.0296244, 0.0478923, 0.0891903, 0.184521, 0.401382", \
            "0.0212129, 0.0249196, 0.0331606, 0.0514119, 0.0930398, 0.187801, 0.405246", \
            "0.0259024, 0.0312828, 0.0413775, 0.0599031, 0.101521, 0.196328, 0.415669", \
            "0.028328, 0.0362968, 0.0511834, 0.0774052, 0.121336, 0.216313, 0.434284", \
            "0.0233784, 0.0345202, 0.0561296, 0.0951433, 0.159019, 0.262554, 0.479534", \
            "-0.0024683, 0.0138739, 0.0458507, 0.101627, 0.194975, 0.346861, 0.587556", \
            "-0.0836132, -0.0594078, -0.0137993, 0.0671786, 0.202508, 0.423416, 0.775924" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0019528, 0.00260081, 0.00408865, 0.00750475, 0.0153482, 0.0333568, 0.074705");
          values ( \
            "0.0121696, 0.0166742, 0.027291, 0.0513201, 0.106768, 0.232964, 0.519342", \
            "0.0130628, 0.0170946, 0.0271877, 0.0514943, 0.10693, 0.234456, 0.5194", \
            "0.0196196, 0.0236097, 0.0314022, 0.0524735, 0.10673, 0.234372, 0.522026", \
            "0.0306042, 0.0362601, 0.0471281, 0.066466, 0.111497, 0.234273, 0.521131", \
            "0.0499915, 0.0580133, 0.0734603, 0.100621, 0.149333, 0.248091, 0.525254", \
            "0.0869169, 0.0981213, 0.119552, 0.159113, 0.224016, 0.335162, 0.560942", \
            "0.156545, 0.174883, 0.205503, 0.258282, 0.353966, 0.509247, 0.760865" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : positive_unate;
        timing_type : three_state_disable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0019528, 0.00260081, 0.00408865, 0.00750475, 0.0153482, 0.0333568, 0.074705");
          values ( \
            "0.0237579, 0.0237985, 0.0238228, 0.0238228, 0.0238228, 0.0238228, 0.0238228", \
            "0.0277908, 0.0278135, 0.0279652, 0.0280102, 0.0280102, 0.028025, 0.028025", \
            "0.0337331, 0.0337851, 0.0341316, 0.0341527, 0.0341527, 0.0341527, 0.0341565", \
            "0.0370764, 0.0373375, 0.0376971, 0.0377429, 0.0377429, 0.0378998, 0.0378998", \
            "0.0340496, 0.0342019, 0.0347627, 0.037106, 0.037106, 0.037106, 0.037106", \
            "0.0145679, 0.01469, 0.0153765, 0.0159748, 0.0159748, 0.0159748, 0.0159748", \
            "-0.0536178, -0.0527269, -0.0517299, -0.0517299, -0.0517299, -0.0517299, -0.0515776" \
          );
        }
        rise_transition (scalar) {
          values ( \
            "0" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0019528, 0.00260081, 0.00408865, 0.00750475, 0.0153482, 0.0333568, 0.074705");
          values ( \
            "0.0110291, 0.0110352, 0.0110352, 0.0110352, 0.0110352, 0.0110352, 0.0110352", \
            "0.0119774, 0.0119797, 0.0120724, 0.0120724, 0.0121447, 0.0121447, 0.0121447", \
            "0.0104852, 0.0104852, 0.0104852, 0.0106716, 0.0108095, 0.0108095, 0.0108095", \
            "0.0067853, 0.0069798, 0.0069817, 0.0069817, 0.0069817, 0.0069817, 0.0069817", \
            "-0.0013941, -0.0013861, -0.0013861, -0.0013861, -0.0013861, -0.0013861, -0.0013861", \
            "-0.0189144, -0.0189144, -0.0189144, -0.0186156, -0.0186156, -0.0186156, -0.0186156", \
            "-0.0548066, -0.0547832, -0.0547832, -0.0547832, -0.0547832, -0.0547832, -0.0547832" \
          );
        }
        fall_transition (scalar) {
          values ( \
            "0" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : negative_unate;
        timing_type : three_state_enable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0019528, 0.00260081, 0.00408865, 0.00750475, 0.0153482, 0.0333568, 0.074705");
          values ( \
            "0.0405576, 0.0497686, 0.0708019, 0.118125, 0.226616, 0.476805, 1.05387", \
            "0.04594, 0.0551562, 0.0761422, 0.123464, 0.231495, 0.479951, 1.05011", \
            "0.0571911, 0.0664283, 0.08745, 0.134802, 0.243285, 0.494665, 1.06828", \
            "0.0774522, 0.0885173, 0.111301, 0.158931, 0.267215, 0.516595, 1.09237", \
            "0.109085, 0.125026, 0.155654, 0.212067, 0.322287, 0.570877, 1.14549", \
            "0.149861, 0.175746, 0.22323, 0.304212, 0.441081, 0.696852, 1.27056", \
            "0.184394, 0.228625, 0.308252, 0.439433, 0.641912, 0.968043, 1.56046" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0019528, 0.00260081, 0.00408865, 0.00750475, 0.0153482, 0.0333568, 0.074705");
          values ( \
            "0.0374163, 0.0500988, 0.0788615, 0.144816, 0.297029, 0.650165, 1.45883", \
            "0.0374038, 0.0500625, 0.0788602, 0.144624, 0.296681, 0.64738, 1.448", \
            "0.0384594, 0.050643, 0.0789275, 0.144724, 0.29705, 0.648373, 1.45943", \
            "0.0472295, 0.0579115, 0.0831838, 0.145556, 0.296548, 0.647133, 1.45939", \
            "0.0684475, 0.0802153, 0.105367, 0.159905, 0.30021, 0.646439, 1.45795", \
            "0.112286, 0.127051, 0.15628, 0.214, 0.338762, 0.656586, 1.45586", \
            "0.200251, 0.219423, 0.257962, 0.328769, 0.467057, 0.752257, 1.4786" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0019528, 0.00260081, 0.00408865, 0.00750475, 0.0153482, 0.0333568, 0.074705");
          values ( \
            "0.0562783, 0.0605742, 0.069552, 0.0884729, 0.130097, 0.225119, 0.444951", \
            "0.0605888, 0.0648746, 0.0738641, 0.0927947, 0.134477, 0.229303, 0.446894", \
            "0.0726621, 0.0769525, 0.0859407, 0.104861, 0.146534, 0.241478, 0.460219", \
            "0.0972019, 0.101804, 0.111231, 0.130536, 0.17228, 0.267203, 0.484633", \
            "0.13557, 0.140987, 0.151629, 0.171848, 0.214385, 0.309471, 0.528655", \
            "0.202374, 0.209019, 0.221574, 0.244231, 0.28771, 0.383015, 0.600847", \
            "0.333565, 0.341899, 0.357039, 0.383556, 0.430731, 0.526715, 0.744498" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0019528, 0.00260081, 0.00408865, 0.00750475, 0.0153482, 0.0333568, 0.074705");
          values ( \
            "0.0166304, 0.0208718, 0.0305995, 0.0532467, 0.106954, 0.231382, 0.523006", \
            "0.0166073, 0.0208931, 0.0305924, 0.0532829, 0.107176, 0.233746, 0.521769", \
            "0.0166458, 0.0209007, 0.0306039, 0.0533113, 0.107071, 0.23472, 0.521652", \
            "0.0186118, 0.0226033, 0.0319093, 0.0538392, 0.107152, 0.233949, 0.522113", \
            "0.0225547, 0.0264262, 0.0354166, 0.0565851, 0.108063, 0.233143, 0.522205", \
            "0.0286016, 0.0327734, 0.0416302, 0.0615517, 0.11023, 0.23394, 0.521872", \
            "0.0380525, 0.0424519, 0.0517909, 0.0708369, 0.116521, 0.234978, 0.526588" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114801, 0.00263585, 0.00605195, 0.0138954, 0.031904, 0.0732522");
          values ( \
            "0.0053965, 0.0067997, 0.0098691, 0.0164549, 0.0313987, 0.0651756, 0.142782", \
            "0.0051446, 0.0064594, 0.0094924, 0.0162798, 0.0311712, 0.0651202, 0.142819", \
            "0.0050201, 0.0062949, 0.0092287, 0.0159414, 0.0309285, 0.065115, 0.142758", \
            "0.0052811, 0.006441, 0.0092667, 0.0157098, 0.0307611, 0.0651181, 0.142537", \
            "0.005718, 0.0068688, 0.0096472, 0.0159169, 0.0306605, 0.0648215, 0.143179", \
            "0.007403, 0.0084787, 0.0110199, 0.0170709, 0.0313799, 0.0647121, 0.142837", \
            "0.0118233, 0.0127201, 0.0150988, 0.0215018, 0.0346664, 0.06753, 0.14362" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114801, 0.00263585, 0.00605195, 0.0138954, 0.031904, 0.0732522");
          values ( \
            "0.0004585, -0.0006423, -0.0033101, -0.0096908, -0.0245419, -0.0587591, -0.137358", \
            "0.0003071, -0.0007831, -0.0034181, -0.00973, -0.0245343, -0.0587192, -0.137309", \
            "0.0001332, -0.000983, -0.003604, -0.0098653, -0.0246081, -0.0587419, -0.137307", \
            "0.0001091, -0.0010638, -0.0037247, -0.010019, -0.0247126, -0.0587865, -0.137343", \
            "0.0007027, -0.000565, -0.0033996, -0.0099756, -0.024775, -0.0588555, -0.137328", \
            "0.0024389, 0.0009657, -0.0022246, -0.0090914, -0.0242857, -0.0587294, -0.137283", \
            "0.0073256, 0.0056206, 0.0019863, -0.0054982, -0.0213787, -0.0570627, -0.136358" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114801, 0.00263585, 0.00605195, 0.0138954, 0.031904, 0.0732522");
          values ( \
            "-0.003037, -0.0030495, -0.0030669, -0.0026144, 0, 0, 0", \
            "-0.0033204, -0.003336, -0.0033558, -0.0024167, 0, 0, 0", \
            "-0.0035388, -0.0035515, -0.0035739, -0.0023532, 0, 0, 0", \
            "-0.003587, -0.0036003, -0.0036213, -0.0025369, 0, 0, 0", \
            "-0.0031759, -0.0031925, -0.0032191, -0.0031727, 0, 0, 0", \
            "-0.0014364, -0.0014469, -0.0014614, -0.0014757, 0, 0, 0", \
            "0.0032882, 0.0032784, 0.0032651, 0.0032517, 0.0032413, 0.0032348, 0.0032316" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114801, 0.00263585, 0.00605195, 0.0138954, 0.031904, 0.0732522");
          values ( \
            "0.0129227, 0.0117976, 0.0090624, 0.0026144, 0, 0, 0", \
            "0.0127245, 0.0116034, 0.0088703, 0.0024167, 0, 0, 0", \
            "0.0126599, 0.0115369, 0.008805, 0.0023532, 0, 0, 0", \
            "0.0128256, 0.0117067, 0.0089882, 0.0025369, 0, 0, 0", \
            "0.0131384, 0.0118112, 0.0089909, 0.0031727, 0, 0, 0", \
            "0.0147414, 0.0136019, 0.010734, 0.0042359, 0, 0, 0", \
            "0.0192562, 0.0181959, 0.014864, 0.0084012, -0.0032413, -0.0032348, -0.0032316" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "!A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114801, 0.00263585, 0.00605195, 0.0138954, 0.031904, 0.0732522");
          values ( \
            "0.016556, 0.0177642, 0.0205637, 0.026991, 0.0417853, 0.075915, 0.153879", \
            "0.0163562, 0.0175683, 0.0203712, 0.026786, 0.0415972, 0.0753516, 0.152984", \
            "0.0162913, 0.0175019, 0.0203031, 0.0267219, 0.0415167, 0.0753071, 0.15387", \
            "0.0164492, 0.0176517, 0.0204461, 0.0268558, 0.0416345, 0.0754114, 0.153945", \
            "0.016968, 0.0181979, 0.0209707, 0.0273535, 0.0421337, 0.0759269, 0.15446", \
            "0.0181389, 0.0193616, 0.0221978, 0.0290103, 0.0436289, 0.0775925, 0.155786", \
            "0.022572, 0.0237737, 0.0265137, 0.0328747, 0.0479383, 0.0818332, 0.159851" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114801, 0.00263585, 0.00605195, 0.0138954, 0.031904, 0.0732522");
          values ( \
            "-0.0026295, -0.0025922, -0.002545, -0.0024808, -0.0024438, -0.002419, -0.0024051", \
            "-0.0028835, -0.0028424, -0.0027766, -0.0027168, -0.0026658, -0.0026447, -0.0026295", \
            "-0.0031679, -0.0031238, -0.0030483, -0.0029725, -0.0029001, -0.0028526, -0.0028205", \
            "-0.0032307, -0.0032047, -0.0031369, -0.003038, -0.0029385, -0.0028641, -0.0028211", \
            "-0.0029213, -0.0029051, -0.0028713, -0.0027996, -0.0026863, -0.0025741, -0.002496", \
            "-0.0010924, -0.0010861, -0.0010758, -0.00109, -0.0010311, -0.0009258, -0.000818", \
            "0.0037117, 0.0036998, 0.0037045, 0.0036582, 0.0036551, 0.0037644, 0.003745" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001878;
      rise_capacitance : 0.001971;
      rise_capacitance_range (0.001971, 0.001971);
      fall_capacitance : 0.001785;
      fall_capacitance_range (0.001785, 0.001785);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0020656, -0.0020637, -0.0020592, -0.0020564, -0.00205, -0.0020352, -0.0020011" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0023561, 0.0023551, 0.0023528, 0.0023562, 0.0023639, 0.0023818, 0.0024229" \
          );
        }
      }
    }
    pin (TEB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002581;
      rise_capacitance : 0.002743;
      rise_capacitance_range (0.002743, 0.002743);
      fall_capacitance : 0.002419;
      fall_capacitance_range (0.002419, 0.002419);
    }
  }
  cell (scs8hd_einvn_1) {
    area : 6.256;
    cell_footprint : "einvn";
    cell_leakage_power : 0.00557035;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0079221;
      when : "!A&TEB";
    }
    leakage_power () {
      value : 0.0001246;
      when : "!A&!TEB";
    }
    leakage_power () {
      value : 0.0079269;
      when : "A&TEB";
    }
    leakage_power () {
      value : 0.0063078;
      when : "A&!TEB";
    }
    leakage_power () {
      value : 0.00557035;
    }
    pin (Z) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      three_state : "(TEB)";
      max_capacitance : 0.103465;
      max_transition : 1.48731;
      capacitance : 0.001968;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0024684, 0.00318442, 0.0049258, 0.00916092, 0.0194609, 0.0445107, 0.105433");
          values ( \
            "0.0314993, 0.0397831, 0.0587268, 0.102536, 0.2059, 0.457807, 1.05665", \
            "0.0351321, 0.0426832, 0.0611018, 0.104921, 0.208822, 0.460585, 1.06833", \
            "0.046499, 0.053572, 0.071229, 0.114228, 0.218001, 0.469697, 1.07105", \
            "0.0681336, 0.0779654, 0.0987269, 0.139854, 0.243156, 0.492266, 1.10104", \
            "0.104263, 0.118291, 0.147213, 0.201986, 0.304399, 0.551445, 1.15467", \
            "0.174772, 0.192714, 0.230862, 0.307458, 0.445518, 0.69586, 1.29415", \
            "0.322042, 0.344882, 0.393886, 0.493436, 0.684675, 1.0243, 1.63147" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0024684, 0.00318442, 0.0049258, 0.00916092, 0.0194609, 0.0445107, 0.105433");
          values ( \
            "0.032139, 0.0422848, 0.0665482, 0.125041, 0.268258, 0.617815, 1.454", \
            "0.0318118, 0.0420546, 0.0665126, 0.125308, 0.266834, 0.616902, 1.46097", \
            "0.0346009, 0.043289, 0.0660924, 0.12518, 0.267724, 0.615791, 1.45251", \
            "0.0476817, 0.0567566, 0.0750744, 0.126757, 0.267616, 0.611793, 1.46056", \
            "0.0653485, 0.0774286, 0.103301, 0.151729, 0.273778, 0.616342, 1.45519", \
            "0.0957231, 0.111517, 0.146453, 0.21501, 0.334375, 0.629441, 1.45602", \
            "0.161432, 0.179178, 0.219933, 0.306242, 0.473544, 0.774051, 1.48731" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0024684, 0.00318442, 0.0049258, 0.00916092, 0.0194609, 0.0445107, 0.105433");
          values ( \
            "0.01365, 0.0160202, 0.0215031, 0.0345349, 0.065847, 0.141949, 0.325837", \
            "0.0165432, 0.0193372, 0.0248049, 0.0378957, 0.0692578, 0.14546, 0.329832", \
            "0.0185832, 0.0228324, 0.0309936, 0.0459332, 0.0772034, 0.153122, 0.338727", \
            "0.0168397, 0.0228258, 0.0349226, 0.0567315, 0.0951898, 0.170851, 0.354949", \
            "0.0036348, 0.0124114, 0.0299221, 0.0622312, 0.118526, 0.213276, 0.397045", \
            "-0.0388305, -0.026329, -0.000824, 0.0461843, 0.12965, 0.268993, 0.49733", \
            "-0.155586, -0.136664, -0.0996195, -0.0310401, 0.0880247, 0.292742, 0.627478" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0024684, 0.00318442, 0.0049258, 0.00916092, 0.0194609, 0.0445107, 0.105433");
          values ( \
            "0.0084821, 0.0114043, 0.0185046, 0.0356354, 0.0774476, 0.177457, 0.422314", \
            "0.0105757, 0.0127486, 0.0189381, 0.0358318, 0.0774493, 0.177492, 0.421004", \
            "0.0163382, 0.019093, 0.0254835, 0.0387626, 0.0772397, 0.178772, 0.422945", \
            "0.0257622, 0.0302801, 0.0385416, 0.055287, 0.0873174, 0.179349, 0.421138", \
            "0.0428274, 0.0493199, 0.0612573, 0.0842574, 0.126027, 0.203132, 0.426767", \
            "0.0762663, 0.0852304, 0.102564, 0.135291, 0.192882, 0.292455, 0.478375", \
            "0.141589, 0.15449, 0.180864, 0.226346, 0.307739, 0.449336, 0.68918" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : positive_unate;
        timing_type : three_state_disable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0024684, 0.00318442, 0.0049258, 0.00916092, 0.0194609, 0.0445107, 0.105433");
          values ( \
            "0.0246448, 0.0246448, 0.0246448, 0.0246448, 0.0246485, 0.0246485, 0.0246487", \
            "0.0286303, 0.0286303, 0.0286881, 0.0286881, 0.0286898, 0.0286898, 0.0286898", \
            "0.0350844, 0.0350844, 0.0350844, 0.0350844, 0.0350844, 0.0350844, 0.0350844", \
            "0.0398627, 0.0398627, 0.0398627, 0.039888, 0.0400711, 0.0400711, 0.0400711", \
            "0.0410831, 0.0410831, 0.0410831, 0.0410831, 0.0410831, 0.0410831, 0.0410831", \
            "0.0269292, 0.0269292, 0.0269979, 0.0270002, 0.0270002, 0.0270046, 0.0271021", \
            "-0.0303163, -0.0303163, -0.0302269, -0.0302269, -0.0302269, -0.0289777, -0.0289777" \
          );
        }
        rise_transition (scalar) {
          values ( \
            "0" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0024684, 0.00318442, 0.0049258, 0.00916092, 0.0194609, 0.0445107, 0.105433");
          values ( \
            "0.0166152, 0.0166152, 0.0166186, 0.0166186, 0.0166387, 0.0166387, 0.0166837", \
            "0.016445, 0.016445, 0.016445, 0.016445, 0.016445, 0.016445, 0.0165375", \
            "0.015658, 0.015658, 0.0156789, 0.0156789, 0.0156789, 0.0156789, 0.0156789", \
            "0.0102201, 0.0102201, 0.0102201, 0.0103653, 0.0103653, 0.0103653, 0.0103653", \
            "-0.0006919, -0.0006919, -0.0006919, -0.0005864, -0.0005864, -0.0005864, -0.0005864", \
            "-0.0252623, -0.0252623, -0.0252623, -0.0250553, -0.0250553, -0.0250553, -0.0250553", \
            "-0.0804517, -0.0804517, -0.080319, -0.080319, -0.080319, -0.080319, -0.080319" \
          );
        }
        fall_transition (scalar) {
          values ( \
            "0" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : negative_unate;
        timing_type : three_state_enable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0024684, 0.00318442, 0.0049258, 0.00916092, 0.0194609, 0.0445107, 0.105433");
          values ( \
            "0.041986, 0.0496258, 0.0675396, 0.109667, 0.211392, 0.45887, 1.06044", \
            "0.0476013, 0.0552394, 0.0730777, 0.115268, 0.217058, 0.464488, 1.06616", \
            "0.0599167, 0.0675825, 0.0854453, 0.127589, 0.229784, 0.47661, 1.07797", \
            "0.0821354, 0.0912738, 0.111022, 0.153642, 0.255625, 0.502529, 1.11607", \
            "0.117958, 0.131187, 0.158109, 0.209649, 0.313883, 0.561727, 1.16864", \
            "0.166792, 0.188543, 0.231314, 0.30714, 0.439678, 0.696155, 1.30454", \
            "0.219112, 0.256577, 0.328821, 0.454442, 0.653825, 0.986248, 1.61067" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0024684, 0.00318442, 0.0049258, 0.00916092, 0.0194609, 0.0445107, 0.105433");
          values ( \
            "0.0350319, 0.0447797, 0.0682266, 0.125715, 0.267556, 0.613583, 1.4531", \
            "0.0349732, 0.0447036, 0.0681698, 0.125357, 0.26745, 0.611712, 1.45273", \
            "0.035677, 0.0450657, 0.0683032, 0.12573, 0.267234, 0.612293, 1.45271", \
            "0.0436647, 0.0516771, 0.0724936, 0.126545, 0.266786, 0.611891, 1.45594", \
            "0.0639001, 0.0732512, 0.0939606, 0.141153, 0.270301, 0.614013, 1.4613", \
            "0.106864, 0.118638, 0.143465, 0.195021, 0.310885, 0.622224, 1.45782", \
            "0.191658, 0.207705, 0.242797, 0.306987, 0.437007, 0.719707, 1.47722" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0024684, 0.00318442, 0.0049258, 0.00916092, 0.0194609, 0.0445107, 0.105433");
          values ( \
            "0.0452703, 0.0482023, 0.0546296, 0.0686077, 0.100374, 0.176382, 0.36067", \
            "0.0498727, 0.052809, 0.0592393, 0.0732163, 0.104982, 0.180988, 0.365281", \
            "0.0620845, 0.0650087, 0.0714687, 0.0854643, 0.117254, 0.193171, 0.378756", \
            "0.0836479, 0.087049, 0.0941096, 0.108728, 0.140885, 0.216959, 0.4013", \
            "0.117529, 0.121689, 0.130185, 0.146046, 0.17913, 0.255685, 0.440715", \
            "0.176596, 0.181721, 0.191826, 0.210843, 0.245949, 0.322917, 0.508056", \
            "0.290354, 0.296921, 0.31, 0.333455, 0.374226, 0.45333, 0.638404" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0024684, 0.00318442, 0.0049258, 0.00916092, 0.0194609, 0.0445107, 0.105433");
          values ( \
            "0.0127184, 0.0154246, 0.0219333, 0.0378541, 0.0777977, 0.17836, 0.42162", \
            "0.0127058, 0.0154179, 0.0219399, 0.0378545, 0.0777961, 0.178396, 0.421682", \
            "0.0128571, 0.0155621, 0.0220077, 0.0378541, 0.0779728, 0.178809, 0.422489", \
            "0.0152535, 0.0178248, 0.0239066, 0.0392762, 0.0783672, 0.178563, 0.420702", \
            "0.0194339, 0.0220598, 0.0280815, 0.0424073, 0.0801416, 0.177561, 0.421573", \
            "0.0254329, 0.0283167, 0.0347432, 0.0484287, 0.0835161, 0.179039, 0.420266", \
            "0.0352845, 0.0384603, 0.0454961, 0.0595702, 0.0930758, 0.181591, 0.425097" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121602, 0.0029574, 0.00719251, 0.0174925, 0.0425423, 0.103465");
          values ( \
            "0.0057722, 0.0073544, 0.0109582, 0.0193351, 0.0390469, 0.0864978, 0.201142", \
            "0.005504, 0.0069822, 0.0104706, 0.0188694, 0.0385788, 0.0864588, 0.201757", \
            "0.0053881, 0.0068264, 0.0102377, 0.0184497, 0.0381955, 0.0862562, 0.200915", \
            "0.0057109, 0.0070235, 0.0104622, 0.0183882, 0.037962, 0.0852425, 0.201388", \
            "0.0066837, 0.0079249, 0.01105, 0.0187965, 0.0380496, 0.0855199, 0.200487", \
            "0.0101674, 0.0106192, 0.0134152, 0.0209068, 0.0394973, 0.0856492, 0.199776", \
            "0.0168038, 0.0175777, 0.0199492, 0.0269614, 0.0450557, 0.0905198, 0.202599" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121602, 0.0029574, 0.00719251, 0.0174925, 0.0425423, 0.103465");
          values ( \
            "0.0011865, -1.65e-05, -0.0031143, -0.0109739, -0.0304437, -0.0780287, -0.193835", \
            "0.0010385, -0.0001925, -0.0032322, -0.0110126, -0.0304138, -0.0779489, -0.193738", \
            "0.0009377, -0.0003669, -0.0034399, -0.0111404, -0.0304455, -0.0779227, -0.193678", \
            "0.0009805, -0.0003586, -0.0035588, -0.0112375, -0.0305386, -0.0779655, -0.193684", \
            "0.0020106, 0.0004704, -0.0029225, -0.0110454, -0.0303899, -0.0779459, -0.19363", \
            "0.0049039, 0.0036071, -0.0003513, -0.0094269, -0.029576, -0.0776388, -0.193504", \
            "0.0127959, 0.0108293, 0.0064705, -0.0030141, -0.0246401, -0.0747678, -0.191887" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121602, 0.0029574, 0.00719251, 0.0174925, 0.0425423, 0.103465");
          values ( \
            "-0.0044288, -0.0044579, -0.0045033, -0.0044769, 0, 0, 0", \
            "-0.0047582, -0.0047876, -0.0048203, -0.0042797, 0, 0, 0", \
            "-0.0050578, -0.0050698, -0.0051028, -0.0042674, 0, 0, 0", \
            "-0.0050811, -0.0050989, -0.005119, -0.0043992, 0, 0, 0", \
            "-0.0046192, -0.00463, -0.0046529, -0.0046195, 0, 0, 0", \
            "-0.0024988, -0.0025086, -0.0025235, -0.0025434, 0, 0, 0", \
            "0.0034359, 0.0034237, 0.0034052, 0.003385, 0.0033685, 0.0033581, 0.0033527" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121602, 0.0029574, 0.00719251, 0.0174925, 0.0425423, 0.103465");
          values ( \
            "0.0167328, 0.0155323, 0.0124169, 0.0044769, 0, 0, 0", \
            "0.016538, 0.0153388, 0.0122199, 0.0042797, 0, 0, 0", \
            "0.0165287, 0.0153199, 0.0122106, 0.0042674, 0, 0, 0", \
            "0.0165272, 0.0153727, 0.0123164, 0.0043992, 0, 0, 0", \
            "0.0175916, 0.0162455, 0.0125243, 0.0046195, 0, 0, 0", \
            "0.0193377, 0.0179857, 0.0146649, 0.0066187, 0, 0, 0", \
            "0.0249026, 0.0238203, 0.0201003, 0.012067, -0.0033685, -0.0033581, -0.0033527" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "!A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121602, 0.0029574, 0.00719251, 0.0174925, 0.0425423, 0.103465");
          values ( \
            "0.0209166, 0.0222638, 0.0255444, 0.0334982, 0.0529603, 0.0998683, 0.214268", \
            "0.0207297, 0.0220787, 0.0253652, 0.0333216, 0.0527704, 0.0996896, 0.214072", \
            "0.0206611, 0.0220119, 0.0252908, 0.0332503, 0.0526677, 0.0996237, 0.21403", \
            "0.0209139, 0.0222424, 0.0255239, 0.0334216, 0.0528774, 0.0998555, 0.214499", \
            "0.0215311, 0.0229014, 0.0261968, 0.034067, 0.0534871, 0.100469, 0.216288", \
            "0.0230083, 0.0243434, 0.0276961, 0.0361634, 0.055425, 0.102581, 0.217745", \
            "0.0286961, 0.0299895, 0.0332572, 0.041268, 0.0609694, 0.108112, 0.222861" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121602, 0.0029574, 0.00719251, 0.0174925, 0.0425423, 0.103465");
          values ( \
            "-0.0038957, -0.0037968, -0.0036689, -0.0035223, -0.0034038, -0.0033351, -0.0033049", \
            "-0.0041506, -0.0040755, -0.0039717, -0.0038261, -0.0037048, -0.0036185, -0.0035926", \
            "-0.004519, -0.0044496, -0.0043389, -0.0041641, -0.0039933, -0.0039238, -0.0038719", \
            "-0.0046505, -0.0045792, -0.0044787, -0.0042999, -0.0041174, -0.003976, -0.0038922", \
            "-0.0042894, -0.0042576, -0.0042441, -0.004109, -0.0038991, -0.0036878, -0.0035471", \
            "-0.0021485, -0.00213, -0.0020877, -0.0020754, -0.0019449, -0.0017761, -0.0015732", \
            "0.0038213, 0.0038304, 0.003829, 0.0037781, 0.00385, 0.0039117, 0.0040757" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00241;
      rise_capacitance : 0.002554;
      rise_capacitance_range (0.002554, 0.002554);
      fall_capacitance : 0.002265;
      fall_capacitance_range (0.002265, 0.002265);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0027315, -0.0027411, -0.0027633, -0.0027593, -0.0027502, -0.0027292, -0.0026807" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0036601, 0.003659, 0.0036563, 0.0036647, 0.0036839, 0.0037282, 0.0038304" \
          );
        }
      }
    }
    pin (TEB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00303;
      rise_capacitance : 0.003253;
      rise_capacitance_range (0.003253, 0.003253);
      fall_capacitance : 0.002807;
      fall_capacitance_range (0.002807, 0.002807);
    }
  }
  cell (scs8hd_einvn_2) {
    area : 8.7584;
    cell_footprint : "einvn";
    cell_leakage_power : 0.0105006;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0079277;
      when : "!A&TEB";
    }
    leakage_power () {
      value : 0.0001143;
      when : "!A&!TEB";
    }
    leakage_power () {
      value : 0.0214734;
      when : "A&TEB";
    }
    leakage_power () {
      value : 0.012487;
      when : "A&!TEB";
    }
    leakage_power () {
      value : 0.0105006;
    }
    pin (Z) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      three_state : "(TEB)";
      max_capacitance : 0.173045;
      max_transition : 1.4982;
      capacitance : 0.002893;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.003393, 0.00421785, 0.00640348, 0.0121947, 0.0275399, 0.0682001, 0.175938");
          values ( \
            "0.0271685, 0.0330981, 0.0479039, 0.0842022, 0.175868, 0.416096, 1.04767", \
            "0.0309976, 0.036319, 0.050263, 0.0869128, 0.179463, 0.418785, 1.04993", \
            "0.04212, 0.0473579, 0.0604115, 0.0957715, 0.188665, 0.428752, 1.06094", \
            "0.0608053, 0.0686124, 0.0862456, 0.121717, 0.21298, 0.454825, 1.08921", \
            "0.0944272, 0.104641, 0.128916, 0.179014, 0.274482, 0.512401, 1.15623", \
            "0.163491, 0.176732, 0.207231, 0.273991, 0.408142, 0.655851, 1.28549", \
            "0.310934, 0.327676, 0.366848, 0.452004, 0.630112, 0.975255, 1.62197" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.003393, 0.00421785, 0.00640348, 0.0121947, 0.0275399, 0.0682001, 0.175938");
          values ( \
            "0.0271105, 0.0341639, 0.0526043, 0.100661, 0.228237, 0.565845, 1.46313", \
            "0.0268888, 0.0339186, 0.0523747, 0.100962, 0.228533, 0.565517, 1.46017", \
            "0.0313235, 0.0368558, 0.0529425, 0.100786, 0.228818, 0.565266, 1.45618", \
            "0.0419152, 0.05028, 0.0653543, 0.104919, 0.228577, 0.567368, 1.46041", \
            "0.0553046, 0.064836, 0.0886354, 0.133966, 0.238211, 0.566809, 1.46656", \
            "0.0837138, 0.09513, 0.122038, 0.184596, 0.304515, 0.586992, 1.46176", \
            "0.148123, 0.159329, 0.189409, 0.263299, 0.425753, 0.736136, 1.4982" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.003393, 0.00421785, 0.00640348, 0.0121947, 0.0275399, 0.0682001, 0.175938");
          values ( \
            "0.0126627, 0.0143253, 0.0185294, 0.0290882, 0.0564373, 0.129085, 0.320869", \
            "0.0152866, 0.0173202, 0.0217992, 0.0323293, 0.0599272, 0.132287, 0.325499", \
            "0.0164744, 0.0195471, 0.0263047, 0.0398317, 0.067652, 0.140207, 0.332022", \
            "0.0130151, 0.0174482, 0.0276726, 0.0479968, 0.0849114, 0.158311, 0.350802", \
            "-0.002816, 0.0038081, 0.0185293, 0.0477302, 0.103208, 0.198632, 0.390876", \
            "-0.0502891, -0.0404732, -0.0186738, 0.0244333, 0.103924, 0.24371, 0.489091", \
            "-0.175237, -0.160735, -0.128893, -0.0658008, 0.0512922, 0.254203, 0.612517" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.003393, 0.00421785, 0.00640348, 0.0121947, 0.0275399, 0.0682001, 0.175938");
          values ( \
            "0.0070576, 0.0090357, 0.0143822, 0.0285086, 0.0660759, 0.164536, 0.425647", \
            "0.0093278, 0.0107968, 0.0151615, 0.0284926, 0.0660076, 0.16506, 0.426606", \
            "0.013593, 0.0160186, 0.0214523, 0.0329895, 0.0664248, 0.164435, 0.426295", \
            "0.0218659, 0.0250146, 0.0323876, 0.0477871, 0.07871, 0.165845, 0.426154", \
            "0.0375089, 0.0419719, 0.0525663, 0.0740514, 0.114416, 0.194678, 0.428573", \
            "0.0681249, 0.0753656, 0.0904433, 0.120119, 0.175515, 0.283694, 0.487004", \
            "0.130732, 0.141216, 0.162907, 0.207558, 0.285352, 0.430132, 0.692354" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : positive_unate;
        timing_type : three_state_disable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.003393, 0.00421785, 0.00640348, 0.0121947, 0.0275399, 0.0682001, 0.175938");
          values ( \
            "0.0315614, 0.0315614, 0.0316383, 0.0316484, 0.0316484, 0.0316484, 0.0316485", \
            "0.0354888, 0.0356046, 0.0356283, 0.0356283, 0.0356283, 0.0356283, 0.0356283", \
            "0.0438233, 0.0438233, 0.0438318, 0.0438318, 0.0438318, 0.0438318, 0.0438318", \
            "0.0525431, 0.0525431, 0.0525431, 0.0525431, 0.0525431, 0.0535906, 0.0535906", \
            "0.0594088, 0.0594088, 0.0594088, 0.0594606, 0.0594606, 0.0595389, 0.0595389", \
            "0.0545354, 0.0545354, 0.0545354, 0.0545354, 0.0545354, 0.0545354, 0.0545354", \
            "0.0128552, 0.0128552, 0.0137377, 0.0137377, 0.015714, 0.015714, 0.0159129" \
          );
        }
        rise_transition (scalar) {
          values ( \
            "0" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.003393, 0.00421785, 0.00640348, 0.0121947, 0.0275399, 0.0682001, 0.175938");
          values ( \
            "0.0235674, 0.0235674, 0.0235674, 0.0235791, 0.0235791, 0.0236905, 0.0236905", \
            "0.0250926, 0.0250926, 0.0250926, 0.0250926, 0.0250926, 0.0250926, 0.0251519", \
            "0.02469, 0.02469, 0.0247013, 0.0247062, 0.0247062, 0.0247062, 0.0247062", \
            "0.0209447, 0.0209447, 0.0209673, 0.0209673, 0.0209673, 0.0211425, 0.0211425", \
            "0.0160629, 0.0160629, 0.0160629, 0.0160629, 0.0160629, 0.0160629, 0.0160629", \
            "0.0078206, 0.0078206, 0.0078206, 0.0089686, 0.0089686, 0.0089686, 0.0089686", \
            "-0.0105047, -0.0105047, -0.0105047, -0.0105047, -0.0105047, -0.0102682, -0.0100439" \
          );
        }
        fall_transition (scalar) {
          values ( \
            "0" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : negative_unate;
        timing_type : three_state_enable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.003393, 0.00421785, 0.00640348, 0.0121947, 0.0275399, 0.0682001, 0.175938");
          values ( \
            "0.0352099, 0.0402395, 0.0533905, 0.0877276, 0.177743, 0.417114, 1.04654", \
            "0.040715, 0.0457838, 0.0588625, 0.0932071, 0.183263, 0.422053, 1.0521", \
            "0.0516482, 0.0568463, 0.0700856, 0.104427, 0.194449, 0.433392, 1.06336", \
            "0.0689305, 0.0753725, 0.0909643, 0.12696, 0.21703, 0.456735, 1.08693", \
            "0.0948155, 0.104257, 0.125813, 0.171062, 0.267484, 0.506802, 1.14087", \
            "0.122375, 0.138542, 0.174438, 0.242834, 0.367827, 0.621596, 1.2536", \
            "0.132568, 0.159837, 0.221154, 0.335918, 0.528969, 0.858109, 1.522" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.003393, 0.00421785, 0.00640348, 0.0121947, 0.0275399, 0.0682001, 0.175938");
          values ( \
            "0.0285066, 0.0353567, 0.0533198, 0.101067, 0.22807, 0.567143, 1.4576", \
            "0.0284889, 0.0354431, 0.0533517, 0.101118, 0.227939, 0.567344, 1.45961", \
            "0.0300557, 0.0364235, 0.05375, 0.1011, 0.227976, 0.56728, 1.45897", \
            "0.0379457, 0.0440961, 0.0599807, 0.103842, 0.228121, 0.567349, 1.46035", \
            "0.0561117, 0.0628424, 0.0798126, 0.121579, 0.234942, 0.565633, 1.46339", \
            "0.0965645, 0.105377, 0.12455, 0.170017, 0.278468, 0.578885, 1.45971", \
            "0.177928, 0.189672, 0.216237, 0.273445, 0.393097, 0.678914, 1.4824" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.003393, 0.00421785, 0.00640348, 0.0121947, 0.0275399, 0.0682001, 0.175938");
          values ( \
            "0.0498234, 0.0521824, 0.0577013, 0.0700744, 0.0988981, 0.171771, 0.364418", \
            "0.0543542, 0.0567766, 0.0622451, 0.0745892, 0.103413, 0.176336, 0.368808", \
            "0.0664889, 0.0688348, 0.0743454, 0.0867229, 0.115498, 0.188466, 0.380523", \
            "0.0898808, 0.0926086, 0.0987414, 0.11174, 0.141015, 0.213989, 0.407489", \
            "0.125879, 0.129255, 0.136638, 0.151947, 0.182808, 0.256592, 0.449198", \
            "0.184724, 0.188995, 0.198397, 0.216794, 0.251898, 0.327243, 0.519969", \
            "0.292627, 0.29818, 0.310282, 0.333643, 0.375776, 0.45628, 0.649612" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.003393, 0.00421785, 0.00640348, 0.0121947, 0.0275399, 0.0682001, 0.175938");
          values ( \
            "0.0128318, 0.0147166, 0.0196843, 0.0327501, 0.0679909, 0.165227, 0.428028", \
            "0.0128169, 0.01474, 0.0197015, 0.0327113, 0.0680059, 0.165228, 0.426607", \
            "0.0128779, 0.0147811, 0.0197461, 0.0327241, 0.0681348, 0.165039, 0.425627", \
            "0.0151839, 0.01698, 0.0216809, 0.0340591, 0.0685186, 0.165238, 0.427082", \
            "0.019968, 0.0217137, 0.0264252, 0.0383404, 0.0712208, 0.165821, 0.426523", \
            "0.0265719, 0.0286767, 0.0338302, 0.0458771, 0.0772559, 0.167705, 0.425666", \
            "0.0370385, 0.0392499, 0.0451121, 0.0584024, 0.0889541, 0.17348, 0.427454" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132485, 0.00351048, 0.00930174, 0.0246469, 0.0653071, 0.173045");
          values ( \
            "0.0095646, 0.0114468, 0.0162065, 0.0278554, 0.05723, 0.133747, 0.337462", \
            "0.0092254, 0.010948, 0.0154255, 0.0272327, 0.0570092, 0.133608, 0.336015", \
            "0.0092285, 0.0108164, 0.0151055, 0.0264984, 0.0563445, 0.133176, 0.335801", \
            "0.0099544, 0.0114623, 0.0156421, 0.0263699, 0.0556089, 0.13278, 0.335506", \
            "0.0121216, 0.0136257, 0.0173316, 0.027744, 0.0561733, 0.133053, 0.336593", \
            "0.0184777, 0.0193368, 0.0229865, 0.0327407, 0.0600661, 0.134035, 0.337039", \
            "0.0324124, 0.0330949, 0.0355284, 0.0439749, 0.0703034, 0.142744, 0.342767" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132485, 0.00351048, 0.00930174, 0.0246469, 0.0653071, 0.173045");
          values ( \
            "0.0008772, -0.0004627, -0.0042192, -0.014767, -0.0436472, -0.120848, -0.325643", \
            "0.0005957, -0.0008033, -0.0044919, -0.0149105, -0.0436088, -0.120726, -0.325483", \
            "0.0003617, -0.0010282, -0.0048463, -0.0152046, -0.0437896, -0.120744, -0.325421", \
            "0.0005516, -0.0009078, -0.0049949, -0.0156002, -0.0439746, -0.120866, -0.325442", \
            "0.0027038, 0.0009432, -0.003426, -0.0143461, -0.0440087, -0.120651, -0.325249", \
            "0.0094348, 0.0074911, 0.0017455, -0.010875, -0.0415041, -0.119326, -0.324564", \
            "0.0243631, 0.022041, 0.0162866, 0.0022801, -0.0311159, -0.111357, -0.320195" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132485, 0.00351048, 0.00930174, 0.0246469, 0.0653071, 0.173045");
          values ( \
            "-0.0077065, -0.0077252, -0.0077452, -0.0078068, 0, 0, 0", \
            "-0.0081881, -0.0082085, -0.0082494, -0.0083145, 0, 0, 0", \
            "-0.0085122, -0.0085223, -0.0085496, -0.0086007, 0, 0, 0", \
            "-0.0087314, -0.0087547, -0.0087773, -0.0088217, 0, 0, 0", \
            "-0.0083632, -0.0083816, -0.0084832, -0.0085313, 0, 0, 0", \
            "-0.0067943, -0.0068062, -0.0068197, -0.0068461, 0, 0, 0", \
            "-0.0016578, -0.0016735, -0.0016871, -0.001766, 0, 0, 0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132485, 0.00351048, 0.00930174, 0.0246469, 0.0653071, 0.173045");
          values ( \
            "0.0264497, 0.0250398, 0.021179, 0.0104728, 0, 0, 0", \
            "0.0262371, 0.0248205, 0.0209703, 0.0102489, 0, 0, 0", \
            "0.026137, 0.0246739, 0.0208383, 0.0101202, 0, 0, 0", \
            "0.0262072, 0.0247843, 0.0209554, 0.0102753, 0, 0, 0", \
            "0.026539, 0.0249964, 0.020798, 0.0103242, 0, 0, 0", \
            "0.0286462, 0.0270942, 0.0229407, 0.011931, 0, 0, 0", \
            "0.0336407, 0.0320683, 0.0279081, 0.0168985, 0, 0, 0" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "!A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132485, 0.00351048, 0.00930174, 0.0246469, 0.0653071, 0.173045");
          values ( \
            "0.031997, 0.0335695, 0.037653, 0.0485459, 0.0773847, 0.154149, 0.355829", \
            "0.0317729, 0.0333474, 0.037422, 0.0483254, 0.0771736, 0.153975, 0.355507", \
            "0.0316533, 0.0332211, 0.0373117, 0.0481926, 0.0770345, 0.153832, 0.355401", \
            "0.0318168, 0.0333715, 0.0375044, 0.0483135, 0.0771489, 0.154101, 0.356798", \
            "0.0323797, 0.0339605, 0.0380944, 0.0489671, 0.0777238, 0.15445, 0.358667", \
            "0.0334626, 0.0350661, 0.0390902, 0.0507357, 0.0797492, 0.155865, 0.357887", \
            "0.0384875, 0.0400376, 0.044168, 0.0550733, 0.0841712, 0.161246, 0.363301" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132485, 0.00351048, 0.00930174, 0.0246469, 0.0653071, 0.173045");
          values ( \
            "-0.0073973, -0.0072921, -0.0070742, -0.0067732, -0.0065105, -0.0063611, -0.0062899", \
            "-0.0077228, -0.0076182, -0.0074133, -0.0071206, -0.0068544, -0.0066926, -0.0066174", \
            "-0.0080824, -0.0079861, -0.0077837, -0.0074831, -0.007192, -0.0070037, -0.006912", \
            "-0.008408, -0.0083311, -0.0081528, -0.0078378, -0.0074722, -0.0072023, -0.0070586", \
            "-0.0082258, -0.0081697, -0.0080429, -0.0078068, -0.0074354, -0.0070641, -0.0068292", \
            "-0.0065391, -0.0065099, -0.0064498, -0.0063455, -0.006104, -0.0057249, -0.0053779", \
            "-0.0015642, -0.0014742, -0.0014, -0.0013712, -0.0011206, -0.0008714, -0.0005097" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004299;
      rise_capacitance : 0.004556;
      rise_capacitance_range (0.004556, 0.004556);
      fall_capacitance : 0.004043;
      fall_capacitance_range (0.004043, 0.004043);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.003895, -0.0038921, -0.0038855, -0.003882, -0.0038739, -0.0038554, -0.0038125" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0050564, 0.0050447, 0.0050175, 0.0050189, 0.005022, 0.0050291, 0.0050454" \
          );
        }
      }
    }
    pin (TEB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003991;
      rise_capacitance : 0.004289;
      rise_capacitance_range (0.004289, 0.004289);
      fall_capacitance : 0.003692;
      fall_capacitance_range (0.003692, 0.003692);
    }
  }
  cell (scs8hd_einvn_4) {
    area : 13.7632;
    cell_footprint : "einvn";
    cell_leakage_power : 0.0189816;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0252574;
      when : "!A&TEB";
    }
    leakage_power () {
      value : 0.0001549;
      when : "!A&!TEB";
    }
    leakage_power () {
      value : 0.0256923;
      when : "A&TEB";
    }
    leakage_power () {
      value : 0.0248219;
      when : "A&!TEB";
    }
    leakage_power () {
      value : 0.0189816;
    }
    pin (Z) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      three_state : "(TEB)";
      max_capacitance : 0.332346;
      max_transition : 1.49707;
      capacitance : 0.004689;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.005189, 0.00616609, 0.00905259, 0.0175798, 0.0427708, 0.117189, 0.337035");
          values ( \
            "0.0241834, 0.0280142, 0.038939, 0.0685362, 0.148865, 0.37941, 1.05686", \
            "0.0283975, 0.0317714, 0.041743, 0.0707382, 0.151902, 0.385332, 1.0676", \
            "0.0395159, 0.0432414, 0.052513, 0.079891, 0.160659, 0.393821, 1.07235", \
            "0.0572713, 0.0627023, 0.0764754, 0.107202, 0.185949, 0.417568, 1.09897", \
            "0.0911599, 0.0981524, 0.116582, 0.160075, 0.249249, 0.478068, 1.15735", \
            "0.162134, 0.171105, 0.194506, 0.252316, 0.378071, 0.625977, 1.3042", \
            "0.314734, 0.326369, 0.356984, 0.430154, 0.596317, 0.942657, 1.64187" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.005189, 0.00616609, 0.00905259, 0.0175798, 0.0427708, 0.117189, 0.337035");
          values ( \
            "0.0218378, 0.0263512, 0.0393665, 0.0771015, 0.186915, 0.511316, 1.46597", \
            "0.021451, 0.0259371, 0.0390877, 0.076979, 0.187504, 0.513724, 1.46939", \
            "0.0264482, 0.0297972, 0.0405239, 0.0767978, 0.187213, 0.510936, 1.46718", \
            "0.0343213, 0.0398487, 0.0543289, 0.0833725, 0.187062, 0.511684, 1.47038", \
            "0.0476805, 0.0540033, 0.0710527, 0.111772, 0.201744, 0.5111, 1.4647", \
            "0.0760642, 0.0831105, 0.103633, 0.154928, 0.270911, 0.536172, 1.473", \
            "0.139568, 0.147413, 0.16937, 0.232136, 0.37727, 0.685543, 1.49707" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.005189, 0.00616609, 0.00905259, 0.0175798, 0.0427708, 0.117189, 0.337035");
          values ( \
            "0.0130461, 0.0142733, 0.0176096, 0.026628, 0.0522855, 0.127174, 0.348549", \
            "0.0154318, 0.0169498, 0.0207117, 0.0297989, 0.0555235, 0.130536, 0.35191", \
            "0.0160517, 0.0183255, 0.0240083, 0.0366616, 0.0632817, 0.13851, 0.360274", \
            "0.0113317, 0.0145882, 0.0229832, 0.0420581, 0.0795391, 0.156701, 0.3789", \
            "-0.0069684, -0.0021008, 0.0101979, 0.037768, 0.093466, 0.197477, 0.420111", \
            "-0.0593442, -0.0520598, -0.0338312, 0.0063065, 0.0871298, 0.237448, 0.517186", \
            "-0.193557, -0.183144, -0.156598, -0.0973543, 0.0209632, 0.242027, 0.646422" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.005189, 0.00616609, 0.00905259, 0.0175798, 0.0427708, 0.117189, 0.337035");
          values ( \
            "0.0065401, 0.007865, 0.011857, 0.0238499, 0.0593717, 0.163317, 0.469723", \
            "0.00877, 0.0098462, 0.0129644, 0.0239472, 0.0592708, 0.163161, 0.470477", \
            "0.012224, 0.0139885, 0.0186413, 0.0294126, 0.060345, 0.163247, 0.470465", \
            "0.0195676, 0.022369, 0.0284542, 0.0426763, 0.0740972, 0.165073, 0.472412", \
            "0.0343983, 0.0380306, 0.0466979, 0.0664757, 0.108154, 0.19433, 0.470962", \
            "0.063717, 0.0683264, 0.0811056, 0.109513, 0.166583, 0.280009, 0.526846", \
            "0.123792, 0.131903, 0.149916, 0.190095, 0.272979, 0.424316, 0.741475" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : positive_unate;
        timing_type : three_state_disable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.005189, 0.00616609, 0.00905259, 0.0175798, 0.0427708, 0.117189, 0.337035");
          values ( \
            "0.0340406, 0.0340406, 0.0340406, 0.0340636, 0.0340636, 0.0340636, 0.0341222", \
            "0.0377564, 0.0377564, 0.0378812, 0.0378863, 0.0378863, 0.0378863, 0.0378863", \
            "0.0458678, 0.0458678, 0.0458678, 0.0459492, 0.0459492, 0.0459492, 0.0459492", \
            "0.0546565, 0.0546565, 0.0546565, 0.0546565, 0.0546565, 0.0546565, 0.054681", \
            "0.0600255, 0.0600255, 0.0600255, 0.0600255, 0.0600255, 0.0600255, 0.0600255", \
            "0.0467269, 0.0467269, 0.0483174, 0.0483174, 0.0483174, 0.0488293, 0.0488293", \
            "-0.0111625, -0.0111625, -0.0111625, -0.0111625, -0.0111625, -0.0111625, -0.0111625" \
          );
        }
        rise_transition (scalar) {
          values ( \
            "0" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.005189, 0.00616609, 0.00905259, 0.0175798, 0.0427708, 0.117189, 0.337035");
          values ( \
            "0.0279658, 0.0280093, 0.0280093, 0.0280093, 0.0280169, 0.0280552, 0.0280552", \
            "0.0287718, 0.0287721, 0.0287768, 0.0287768, 0.0287768, 0.0287768, 0.0287768", \
            "0.0281517, 0.0281562, 0.0281741, 0.028205, 0.0282198, 0.0282328, 0.0282328", \
            "0.0226014, 0.0226868, 0.0229101, 0.0230582, 0.0230812, 0.0231157, 0.0231157", \
            "0.013761, 0.013761, 0.0145321, 0.0145321, 0.0145321, 0.0145321, 0.0145321", \
            "-0.0024983, -0.0024874, -0.0024874, -0.0023485, -0.0022324, -0.0022324, -0.0022324", \
            "-0.0400282, -0.0400174, -0.0399874, -0.0399059, -0.0398285, -0.0398285, -0.0398128" \
          );
        }
        fall_transition (scalar) {
          values ( \
            "0" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : negative_unate;
        timing_type : three_state_enable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.005189, 0.00616609, 0.00905259, 0.0175798, 0.0427708, 0.117189, 0.337035");
          values ( \
            "0.0361839, 0.0394215, 0.0487084, 0.0756857, 0.153583, 0.384458, 1.06038", \
            "0.0416086, 0.0448655, 0.0541577, 0.0810814, 0.15897, 0.389271, 1.07172", \
            "0.0531705, 0.056579, 0.0660695, 0.0929911, 0.170853, 0.400217, 1.07808", \
            "0.0717667, 0.0761012, 0.0876255, 0.116915, 0.195279, 0.425171, 1.10883", \
            "0.0992698, 0.106129, 0.122846, 0.161582, 0.249103, 0.479501, 1.15728", \
            "0.133463, 0.144501, 0.172574, 0.233393, 0.352228, 0.602986, 1.282", \
            "0.155521, 0.17543, 0.224515, 0.328113, 0.517618, 0.853383, 1.56894" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.005189, 0.00616609, 0.00905259, 0.0175798, 0.0427708, 0.117189, 0.337035");
          values ( \
            "0.0239029, 0.028125, 0.0405511, 0.0777569, 0.186924, 0.511204, 1.46853", \
            "0.0239781, 0.0281562, 0.0405956, 0.0777532, 0.186989, 0.511872, 1.47709", \
            "0.0252667, 0.0291802, 0.0412031, 0.0777717, 0.186426, 0.510803, 1.47181", \
            "0.0326794, 0.0366095, 0.047733, 0.0812101, 0.187119, 0.511525, 1.46862", \
            "0.0499698, 0.05437, 0.0666247, 0.100339, 0.195988, 0.510618, 1.47062", \
            "0.0877704, 0.0928755, 0.108543, 0.146862, 0.242051, 0.5262, 1.46713", \
            "0.1645, 0.172237, 0.193484, 0.244616, 0.354449, 0.629844, 1.48719" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.005189, 0.00616609, 0.00905259, 0.0175798, 0.0427708, 0.117189, 0.337035");
          values ( \
            "0.0528579, 0.0546015, 0.0592626, 0.0704974, 0.0980975, 0.173926, 0.395458", \
            "0.0574358, 0.0591753, 0.0638433, 0.0750722, 0.102694, 0.178422, 0.399876", \
            "0.0697075, 0.0715066, 0.0761794, 0.087416, 0.115075, 0.190779, 0.41316", \
            "0.0956677, 0.0977249, 0.102906, 0.114744, 0.142749, 0.218593, 0.441559", \
            "0.136935, 0.13953, 0.146126, 0.160231, 0.190689, 0.267546, 0.489058", \
            "0.206922, 0.210181, 0.218327, 0.235986, 0.271613, 0.350615, 0.572628", \
            "0.339242, 0.343158, 0.354003, 0.376183, 0.418858, 0.504904, 0.728098" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.005189, 0.00616609, 0.00905259, 0.0175798, 0.0427708, 0.117189, 0.337035");
          values ( \
            "0.0130299, 0.0143121, 0.0180431, 0.0291039, 0.0621696, 0.164482, 0.469451", \
            "0.0130363, 0.0143165, 0.0180518, 0.0290619, 0.0621878, 0.164002, 0.470021", \
            "0.0130984, 0.0143228, 0.0180684, 0.0291283, 0.0621847, 0.163826, 0.472158", \
            "0.0152141, 0.0164468, 0.0199188, 0.0302818, 0.0626072, 0.163979, 0.470769", \
            "0.0205557, 0.0216765, 0.0253023, 0.0352161, 0.0660751, 0.164818, 0.471246", \
            "0.0276966, 0.0290276, 0.0328156, 0.0433105, 0.0730991, 0.166866, 0.469288", \
            "0.0388231, 0.040152, 0.0441062, 0.0552302, 0.0848496, 0.173895, 0.472109" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0177982, 0.0201576, 0.0268569, 0.0449654, 0.0936956, 0.23489, 0.646891", \
            "0.0173461, 0.0194878, 0.0256592, 0.0433328, 0.093036, 0.235044, 0.646839", \
            "0.0175371, 0.0194418, 0.0251234, 0.0420473, 0.0914101, 0.23284, 0.646513", \
            "0.0191552, 0.0207905, 0.0259953, 0.0422426, 0.0901876, 0.231541, 0.648332", \
            "0.0228106, 0.0243795, 0.0294179, 0.0446821, 0.0915402, 0.230834, 0.644629", \
            "0.0356215, 0.0374867, 0.0407483, 0.0533172, 0.0982277, 0.23382, 0.648103", \
            "0.0614273, 0.0621209, 0.064784, 0.0778402, 0.119807, 0.250131, 0.656249" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "-0.0012087, -0.002725, -0.0074398, -0.0225625, -0.0696685, -0.210847, -0.628741", \
            "-0.0016571, -0.0033219, -0.0079926, -0.0229127, -0.0696098, -0.210588, -0.628366", \
            "-0.00195, -0.003643, -0.008502, -0.0235859, -0.0699805, -0.210575, -0.628183", \
            "-0.0012186, -0.003128, -0.0084228, -0.024173, -0.0705656, -0.210874, -0.628177", \
            "0.0028876, 0.0005083, -0.0051502, -0.022401, -0.0702438, -0.210996, -0.628226", \
            "0.0149127, 0.0121933, 0.0045246, -0.014039, -0.0656216, -0.207675, -0.626334", \
            "0.0420625, 0.0391906, 0.033164, 0.0099495, -0.0471442, -0.197743, -0.619555" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "-0.0151446, -0.015158, -0.0153149, -0.015378, 0, 0, 0", \
            "-0.0156291, -0.0156485, -0.0156938, -0.0158435, 0, 0, 0", \
            "-0.0161427, -0.0161624, -0.016192, -0.016249, 0, 0, 0", \
            "-0.0164877, -0.0165039, -0.0165486, -0.0166019, 0, 0, 0", \
            "-0.0160294, -0.016038, -0.0160521, -0.0160789, 0, 0, 0", \
            "-0.0135954, -0.0136021, -0.0136191, -0.013669, 0, 0, 0", \
            "-0.0057127, -0.0057218, -0.0057432, -0.0057833, 0, 0, 0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0450456, 0.0433665, 0.03834, 0.0229564, 0, 0, 0", \
            "0.0447126, 0.0430194, 0.038008, 0.0226175, 0, 0, 0", \
            "0.04462, 0.0429345, 0.0378914, 0.0224716, 0, 0, 0", \
            "0.044709, 0.0429981, 0.0380396, 0.0226007, 0, 0, 0", \
            "0.0445255, 0.0426508, 0.0371247, 0.0228561, 0, 0, 0", \
            "0.048864, 0.0470628, 0.041651, 0.0254694, 0, 0, 0", \
            "0.0566679, 0.0548356, 0.0493523, 0.0330713, 0, 0, 0" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "!A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0578059, 0.0596917, 0.0652078, 0.08118, 0.128497, 0.268644, 0.680633", \
            "0.057431, 0.0593521, 0.0648674, 0.0808483, 0.128155, 0.268576, 0.684242", \
            "0.0572684, 0.0591671, 0.0646843, 0.0806676, 0.127984, 0.267548, 0.683402", \
            "0.0575205, 0.0594697, 0.064927, 0.0809972, 0.128198, 0.268679, 0.680399", \
            "0.0585686, 0.0604653, 0.0659586, 0.0820918, 0.129166, 0.269566, 0.68161", \
            "0.0600589, 0.0618845, 0.0673299, 0.0843482, 0.132342, 0.271636, 0.684325", \
            "0.0680049, 0.0698391, 0.0752724, 0.0913955, 0.138298, 0.280062, 0.692435" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "-0.0139792, -0.0138295, -0.0134837, -0.0129014, -0.0122946, -0.0119268, -0.0117785", \
            "-0.014403, -0.0142666, -0.0139259, -0.0133375, -0.0127443, -0.0123784, -0.0121982", \
            "-0.0151019, -0.014979, -0.0146573, -0.0140485, -0.0133841, -0.0129383, -0.012728", \
            "-0.0156797, -0.0155776, -0.0152992, -0.0147256, -0.0139172, -0.0132986, -0.012984", \
            "-0.0154772, -0.0154048, -0.0152254, -0.014783, -0.0140085, -0.013174, -0.0126468", \
            "-0.0131238, -0.0130598, -0.012964, -0.012724, -0.0121999, -0.0113339, -0.0105118", \
            "-0.0053238, -0.005119, -0.0050208, -0.004983, -0.004697, -0.0041867, -0.0033713" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008255;
      rise_capacitance : 0.008695;
      rise_capacitance_range (0.008695, 0.008695);
      fall_capacitance : 0.007816;
      fall_capacitance_range (0.007816, 0.007816);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0079384, -0.0079546, -0.007992, -0.0080009, -0.0080214, -0.0080688, -0.0081779" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.009577, 0.009551, 0.0094909, 0.0094998, 0.0095204, 0.0095676, 0.0096768" \
          );
        }
      }
    }
    pin (TEB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.006575;
      rise_capacitance : 0.007159;
      rise_capacitance_range (0.007159, 0.007159);
      fall_capacitance : 0.00599;
      fall_capacitance_range (0.00599, 0.00599);
    }
  }
  cell (scs8hd_einvn_8) {
    area : 22.5216;
    cell_footprint : "einvn";
    cell_leakage_power : 0.0156132;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062416;
      when : "!A&TEB";
    }
    leakage_power () {
      value : 0.0003436;
      when : "!A&!TEB";
    }
    leakage_power () {
      value : 0.0062692;
      when : "A&TEB";
    }
    leakage_power () {
      value : 0.0495985;
      when : "A&!TEB";
    }
    leakage_power () {
      value : 0.0156132;
    }
    pin (Z) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      three_state : "(TEB)";
      max_capacitance : 0.551157;
      max_transition : 1.49929;
      capacitance : 0.009567;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100666, 0.0111736, 0.0147316, 0.0261672, 0.0629214, 0.181051, 0.560724");
          values ( \
            "0.0268028, 0.0296545, 0.0380793, 0.0632008, 0.135127, 0.356812, 1.06039", \
            "0.0307541, 0.0332133, 0.0408118, 0.0651626, 0.138031, 0.360176, 1.06573", \
            "0.0424474, 0.0448939, 0.0515888, 0.0743692, 0.146581, 0.370662, 1.08933", \
            "0.0615964, 0.0651991, 0.0757014, 0.101801, 0.170597, 0.394811, 1.11027", \
            "0.0971186, 0.10184, 0.115767, 0.152833, 0.235863, 0.45718, 1.16361", \
            "0.17157, 0.177666, 0.19579, 0.24357, 0.358947, 0.605111, 1.30936", \
            "0.331169, 0.339311, 0.362431, 0.4248, 0.576838, 0.919022, 1.65552" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100666, 0.0111736, 0.0147316, 0.0261672, 0.0629214, 0.181051, 0.560724");
          values ( \
            "0.0257938, 0.0288021, 0.0385178, 0.0690043, 0.165669, 0.476526, 1.46803", \
            "0.0253812, 0.0284565, 0.038236, 0.0686191, 0.16597, 0.474671, 1.46781", \
            "0.0291603, 0.0315116, 0.0395424, 0.0684481, 0.165893, 0.475557, 1.47848", \
            "0.0391085, 0.0430175, 0.0537571, 0.0763833, 0.165287, 0.475541, 1.47643", \
            "0.0512907, 0.0556252, 0.0686389, 0.103973, 0.183059, 0.47584, 1.47062", \
            "0.0800148, 0.0847203, 0.099811, 0.143012, 0.248075, 0.502718, 1.46857", \
            "0.143346, 0.148738, 0.16576, 0.21557, 0.349725, 0.655475, 1.49929" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100666, 0.0111736, 0.0147316, 0.0261672, 0.0629214, 0.181051, 0.560724");
          values ( \
            "0.0140652, 0.0149677, 0.0177856, 0.025928, 0.0504799, 0.127797, 0.376072", \
            "0.0168416, 0.0180088, 0.0209012, 0.0290718, 0.0537439, 0.131198, 0.380238", \
            "0.0180169, 0.0196056, 0.0241499, 0.035635, 0.0614855, 0.139307, 0.388827", \
            "0.0135338, 0.015854, 0.0227641, 0.0398131, 0.0768747, 0.157633, 0.407395", \
            "-0.0045822, -0.001242, 0.0084147, 0.0333676, 0.0886254, 0.1975, 0.448366", \
            "-0.0576023, -0.0525349, -0.038028, -0.002884, 0.0773697, 0.239062, 0.546444", \
            "-0.194906, -0.187566, -0.166728, -0.113691, 0.0012914, 0.235038, 0.687542" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100666, 0.0111736, 0.0147316, 0.0261672, 0.0629214, 0.181051, 0.560724");
          values ( \
            "0.0091024, 0.0101587, 0.0136084, 0.0246203, 0.0603229, 0.175411, 0.543294", \
            "0.010882, 0.0116503, 0.014432, 0.0246454, 0.0603478, 0.175557, 0.54406", \
            "0.0141577, 0.0155358, 0.0198517, 0.0301578, 0.0613238, 0.175425, 0.543939", \
            "0.0212213, 0.0230493, 0.0283066, 0.0418277, 0.0751002, 0.176899, 0.543335", \
            "0.0359708, 0.0385948, 0.0459509, 0.0639469, 0.106363, 0.206419, 0.543657", \
            "0.0656695, 0.069312, 0.0798023, 0.105195, 0.162315, 0.285083, 0.594017", \
            "0.126017, 0.131098, 0.14603, 0.183605, 0.262758, 0.427077, 0.787097" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : positive_unate;
        timing_type : three_state_disable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100666, 0.0111736, 0.0147316, 0.0261672, 0.0629214, 0.181051, 0.560724");
          values ( \
            "0.0523374, 0.0523374, 0.0524251, 0.0524251, 0.0524251, 0.0524251, 0.0524251", \
            "0.0558783, 0.0559365, 0.0559365, 0.0559635, 0.0559635, 0.0559777, 0.0559832", \
            "0.0643559, 0.0644235, 0.0644235, 0.0645309, 0.0645309, 0.0645309, 0.0645522", \
            "0.0802207, 0.0802492, 0.0803316, 0.080715, 0.080715, 0.0808479, 0.0808479", \
            "0.0964382, 0.0964382, 0.0975036, 0.0975036, 0.0975036, 0.0975036, 0.0975036", \
            "0.101337, 0.101602, 0.102003, 0.102074, 0.102074, 0.102074, 0.102074", \
            "0.0656179, 0.0661911, 0.0661911, 0.0661911, 0.0661911, 0.0662716, 0.0664661" \
          );
        }
        rise_transition (scalar) {
          values ( \
            "0" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100666, 0.0111736, 0.0147316, 0.0261672, 0.0629214, 0.181051, 0.560724");
          values ( \
            "0.0369327, 0.0369327, 0.0369361, 0.0369361, 0.0369474, 0.0369474, 0.0369474", \
            "0.0383636, 0.0384729, 0.0385293, 0.0385293, 0.0385494, 0.0385494, 0.0385494", \
            "0.0387354, 0.0387354, 0.0387354, 0.0387354, 0.0387354, 0.0387354, 0.0387354", \
            "0.0324908, 0.0325655, 0.0325655, 0.0327455, 0.0327455, 0.0327455, 0.0327472", \
            "0.0238897, 0.0238897, 0.0238897, 0.0238897, 0.0238897, 0.0243191, 0.0243191", \
            "0.0075023, 0.0075023, 0.0075023, 0.0075023, 0.0075023, 0.0075023, 0.0075023", \
            "-0.0323522, -0.0318334, -0.0318334, -0.0312443, -0.0312443, -0.0297542, -0.0297542" \
          );
        }
        fall_transition (scalar) {
          values ( \
            "0" \
          );
        }
      }
      timing () {
        related_pin : "TEB";
        timing_sense : negative_unate;
        timing_type : three_state_enable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100666, 0.0111736, 0.0147316, 0.0261672, 0.0629214, 0.181051, 0.560724");
          values ( \
            "0.0446674, 0.0470038, 0.0540116, 0.0759858, 0.144965, 0.364651, 1.07283", \
            "0.0494329, 0.051751, 0.0587699, 0.0807469, 0.149807, 0.369129, 1.07436", \
            "0.0609126, 0.0632084, 0.0703928, 0.0924866, 0.161608, 0.381204, 1.08969", \
            "0.0805723, 0.0833423, 0.0919294, 0.116189, 0.185712, 0.405434, 1.11552", \
            "0.110635, 0.114737, 0.12686, 0.158208, 0.237582, 0.458387, 1.1682", \
            "0.149895, 0.15724, 0.176537, 0.226249, 0.334103, 0.578639, 1.28717", \
            "0.183082, 0.194729, 0.230173, 0.315147, 0.488757, 0.81647, 1.56308" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100666, 0.0111736, 0.0147316, 0.0261672, 0.0629214, 0.181051, 0.560724");
          values ( \
            "0.0287708, 0.0316092, 0.0408257, 0.0705715, 0.166395, 0.474887, 1.47354", \
            "0.0288785, 0.0316791, 0.0408615, 0.0705811, 0.166272, 0.474254, 1.47005", \
            "0.0298041, 0.0324967, 0.0414153, 0.0708194, 0.166394, 0.474565, 1.47409", \
            "0.0363117, 0.0389374, 0.0473106, 0.0745383, 0.166982, 0.474057, 1.47335", \
            "0.0527095, 0.0554108, 0.064292, 0.0920501, 0.176869, 0.47449, 1.47524", \
            "0.0900419, 0.093393, 0.104153, 0.135642, 0.22155, 0.492225, 1.47432", \
            "0.16729, 0.172532, 0.186577, 0.227067, 0.328154, 0.591604, 1.48883" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100666, 0.0111736, 0.0147316, 0.0261672, 0.0629214, 0.181051, 0.560724");
          values ( \
            "0.0754613, 0.0769681, 0.0812577, 0.0925598, 0.121101, 0.201009, 0.450736", \
            "0.0796969, 0.0811565, 0.0855233, 0.0968087, 0.125274, 0.205283, 0.455126", \
            "0.0914609, 0.0929662, 0.0972689, 0.108656, 0.137153, 0.217052, 0.466763", \
            "0.120245, 0.121728, 0.126135, 0.137586, 0.166255, 0.246131, 0.495596", \
            "0.171468, 0.173485, 0.178923, 0.192628, 0.223758, 0.304775, 0.554011", \
            "0.253962, 0.256689, 0.263631, 0.280738, 0.317895, 0.402793, 0.65337", \
            "0.401874, 0.404954, 0.413696, 0.435468, 0.480922, 0.575772, 0.828088" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100666, 0.0111736, 0.0147316, 0.0261672, 0.0629214, 0.181051, 0.560724");
          values ( \
            "0.0198979, 0.0208634, 0.023985, 0.0339102, 0.0668541, 0.177715, 0.543844", \
            "0.0198769, 0.0208112, 0.0239982, 0.0339601, 0.0669493, 0.177823, 0.544002", \
            "0.0199679, 0.0208915, 0.0239333, 0.0339547, 0.0669241, 0.177789, 0.543877", \
            "0.0205459, 0.0214559, 0.024519, 0.0343958, 0.0671383, 0.177747, 0.544193", \
            "0.0270371, 0.0277702, 0.0305216, 0.039625, 0.07062, 0.178555, 0.544044", \
            "0.0368887, 0.0376799, 0.0405015, 0.0497312, 0.0795109, 0.18284, 0.544299", \
            "0.0504183, 0.0514489, 0.0541, 0.0639517, 0.0939158, 0.192853, 0.548198" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160702, 0.00516502, 0.0166006, 0.0533548, 0.171484, 0.551157");
          values ( \
            "0.0371259, 0.0400128, 0.0487984, 0.0743731, 0.146663, 0.371253, 1.08265", \
            "0.03592, 0.0384604, 0.0463597, 0.0712059, 0.145207, 0.369409, 1.08319", \
            "0.0356066, 0.03782, 0.0450064, 0.0685325, 0.142137, 0.369102, 1.08741", \
            "0.0374881, 0.0395229, 0.0462293, 0.0681293, 0.139277, 0.366546, 1.08747", \
            "0.0436746, 0.0455057, 0.0516176, 0.0720741, 0.140208, 0.363595, 1.0787", \
            "0.0623814, 0.0633971, 0.0677491, 0.0864883, 0.150873, 0.368746, 1.07895", \
            "0.111426, 0.112756, 0.112139, 0.124411, 0.183978, 0.392352, 1.09272" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160702, 0.00516502, 0.0166006, 0.0533548, 0.171484, 0.551157");
          values ( \
            "-0.0008498, -0.0025509, -0.0081182, -0.0277777, -0.0957045, -0.319482, -1.04113", \
            "-0.001911, -0.0036656, -0.0094106, -0.0286631, -0.0957573, -0.318923, -1.04031", \
            "-0.0027673, -0.0046631, -0.010657, -0.0302974, -0.0965898, -0.318972, -1.03992", \
            "-0.002171, -0.0042088, -0.0109249, -0.0316109, -0.0983064, -0.31977, -1.04005", \
            "0.003541, 0.0014766, -0.0059064, -0.0290797, -0.0982661, -0.319775, -1.04038", \
            "0.0227468, 0.0202721, 0.0100678, -0.013902, -0.0906145, -0.317703, -1.03834", \
            "0.067789, 0.06472, 0.0549537, 0.0244445, -0.0582898, -0.299816, -1.02929" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160702, 0.00516502, 0.0166006, 0.0533548, 0.171484, 0.551157");
          values ( \
            "-0.0297213, -0.0297335, -0.029768, -0.0298417, 0, 0, 0", \
            "-0.0303765, -0.0303877, -0.0304338, -0.0305185, 0, 0, 0", \
            "-0.030958, -0.0309715, -0.0310128, -0.0311069, 0, 0, 0", \
            "-0.0313819, -0.0313964, -0.0314043, -0.0314845, 0, 0, 0", \
            "-0.0308384, -0.0308595, -0.0308982, -0.0309752, 0, 0, 0", \
            "-0.0298595, -0.0298554, -0.0298838, -0.0299416, 0, 0, 0", \
            "-0.0232854, -0.0232951, -0.023322, -0.0233748, 0, 0, 0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160702, 0.00516502, 0.0166006, 0.0533548, 0.171484, 0.551157");
          values ( \
            "0.0814645, 0.0795772, 0.0734234, 0.0535514, 0, 0, 0", \
            "0.0810733, 0.079105, 0.0730739, 0.0531082, 0, 0, 0", \
            "0.0807224, 0.0788618, 0.0727023, 0.0528732, 0, 0, 0", \
            "0.080767, 0.0787826, 0.0727426, 0.0528975, 0, 0, 0", \
            "0.0808844, 0.0789727, 0.07288, 0.0534376, 0, 0, 0", \
            "0.0853425, 0.0834996, 0.0767265, 0.055036, 0, 0, 0", \
            "0.0934602, 0.0911296, 0.0843232, 0.0624529, 0, 0, 0" \
          );
        }
      }
      internal_power () {
        related_pin : "TEB";
        when : "!A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160702, 0.00516502, 0.0166006, 0.0533548, 0.171484, 0.551157");
          values ( \
            "0.105657, 0.108009, 0.115283, 0.137432, 0.206418, 0.428636, 1.14122", \
            "0.10531, 0.107646, 0.114925, 0.137063, 0.206125, 0.428429, 1.14016", \
            "0.104945, 0.107261, 0.114599, 0.136683, 0.205691, 0.427884, 1.14139", \
            "0.104867, 0.107184, 0.114573, 0.136749, 0.205744, 0.427638, 1.14082", \
            "0.105733, 0.108052, 0.115347, 0.137778, 0.206528, 0.428369, 1.14522", \
            "0.106652, 0.108773, 0.115416, 0.139281, 0.209603, 0.430833, 1.14757", \
            "0.114474, 0.116662, 0.123308, 0.144881, 0.213827, 0.438641, 1.15169" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160702, 0.00516502, 0.0166006, 0.0533548, 0.171484, 0.551157");
          values ( \
            "-0.0273053, -0.0271366, -0.0266341, -0.0255702, -0.0242349, -0.0232947, -0.0229032", \
            "-0.0278904, -0.027718, -0.0272318, -0.0261778, -0.0248179, -0.0239361, -0.0234868", \
            "-0.0288155, -0.0286589, -0.0282063, -0.0271378, -0.025689, -0.0245869, -0.0240812", \
            "-0.0298598, -0.0297262, -0.029342, -0.0283709, -0.0267822, -0.0253268, -0.0245942", \
            "-0.0297533, -0.0296635, -0.0294113, -0.0286924, -0.0272121, -0.0254024, -0.0246233", \
            "-0.0290851, -0.0290161, -0.0288131, -0.028304, -0.0272424, -0.0255308, -0.023758", \
            "-0.0216757, -0.0217082, -0.0214111, -0.0219985, -0.0214424, -0.0201436, -0.0182402" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.016645;
      rise_capacitance : 0.017534;
      rise_capacitance_range (0.017534, 0.017534);
      fall_capacitance : 0.015756;
      fall_capacitance_range (0.015756, 0.015756);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0156461, -0.0156647, -0.0157076, -0.0157103, -0.0157164, -0.0157307, -0.0157635" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0183194, 0.018297, 0.0182454, 0.0182618, 0.0182995, 0.0183864, 0.0185867" \
          );
        }
      }
    }
    pin (TEB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.010038;
      rise_capacitance : 0.01106;
      rise_capacitance_range (0.01106, 0.01106);
      fall_capacitance : 0.009017;
      fall_capacitance_range (0.009017, 0.009017);
    }
  }
  cell (scs8hd_einvp_1) {
    area : 6.256;
    cell_footprint : "einvp";
    cell_leakage_power : 0.00162007;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062233;
      when : "A&TE";
    }
    leakage_power () {
      value : 0.0001104;
      when : "A&!TE";
    }
    leakage_power () {
      value : 4.06862e-05;
      when : "!A&TE";
    }
    leakage_power () {
      value : 0.0001059;
      when : "!A&!TE";
    }
    leakage_power () {
      value : 0.00162007;
    }
    pin (Z) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      three_state : "(TE')";
      max_capacitance : 0.108042;
      max_transition : 1.49502;
      capacitance : 0.001892;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.002392, 0.00311682, 0.00489239, 0.0092419, 0.0198967, 0.0459972, 0.109934");
          values ( \
            "0.0310386, 0.0391246, 0.0577365, 0.100774, 0.204101, 0.450349, 1.0549", \
            "0.0346467, 0.0422631, 0.0602388, 0.103932, 0.208102, 0.456603, 1.06316", \
            "0.0462257, 0.0530477, 0.0704769, 0.113228, 0.215949, 0.46981, 1.08529", \
            "0.0672313, 0.0772413, 0.0977223, 0.138576, 0.240271, 0.489891, 1.09561", \
            "0.102854, 0.116751, 0.145564, 0.200176, 0.30266, 0.549335, 1.15672", \
            "0.172201, 0.19017, 0.228649, 0.305199, 0.442758, 0.69391, 1.29542", \
            "0.316491, 0.339526, 0.388949, 0.488599, 0.679496, 1.02092, 1.63315" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.002392, 0.00311682, 0.00489239, 0.0092419, 0.0198967, 0.0459972, 0.109934");
          values ( \
            "0.0305914, 0.0405374, 0.0644533, 0.122393, 0.265074, 0.611258, 1.46188", \
            "0.0303526, 0.0402945, 0.0644453, 0.122553, 0.266148, 0.612226, 1.46256", \
            "0.0333513, 0.0417946, 0.0640136, 0.122605, 0.263926, 0.617008, 1.47108", \
            "0.0463835, 0.0554743, 0.07341, 0.124218, 0.263781, 0.611554, 1.46785", \
            "0.0638975, 0.0758832, 0.101652, 0.15063, 0.270979, 0.614136, 1.46336", \
            "0.0947909, 0.11044, 0.144422, 0.211124, 0.334247, 0.626919, 1.4637", \
            "0.161487, 0.179409, 0.220175, 0.30528, 0.475951, 0.77573, 1.49502" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.002392, 0.00311682, 0.00489239, 0.0092419, 0.0198967, 0.0459972, 0.109934");
          values ( \
            "0.0140684, 0.0166333, 0.0225771, 0.0366759, 0.0708451, 0.153665, 0.356681", \
            "0.0170091, 0.0198249, 0.0257985, 0.0399614, 0.0740186, 0.157368, 0.36373", \
            "0.0191458, 0.0235281, 0.0321071, 0.0477553, 0.0816351, 0.165356, 0.3704", \
            "0.0174437, 0.0235817, 0.0364506, 0.0599736, 0.100001, 0.183179, 0.387163", \
            "0.0049113, 0.0139908, 0.0322167, 0.0665901, 0.126443, 0.226425, 0.428284", \
            "-0.0363463, -0.0232681, 0.0026787, 0.0517975, 0.139969, 0.286879, 0.525119", \
            "-0.149716, -0.130909, -0.0926698, -0.0204859, 0.106215, 0.319501, 0.673453" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.002392, 0.00311682, 0.00489239, 0.0092419, 0.0198967, 0.0459972, 0.109934");
          values ( \
            "0.0091187, 0.0122164, 0.019763, 0.038393, 0.0828446, 0.192541, 0.459982", \
            "0.0109465, 0.0133556, 0.0201082, 0.0380317, 0.0837726, 0.192944, 0.463678", \
            "0.0166511, 0.0197714, 0.0262467, 0.0408827, 0.0828047, 0.192962, 0.461345", \
            "0.0263405, 0.0313036, 0.0396682, 0.0570203, 0.0920165, 0.194041, 0.463575", \
            "0.0439746, 0.0503442, 0.0629909, 0.0871924, 0.130573, 0.215521, 0.466261", \
            "0.077811, 0.0862497, 0.104534, 0.138375, 0.200608, 0.309407, 0.514722", \
            "0.143713, 0.156739, 0.183977, 0.232701, 0.317833, 0.466912, 0.725555" \
          );
        }
      }
      timing () {
        related_pin : "TE";
        timing_sense : negative_unate;
        timing_type : three_state_disable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.002392, 0.00311682, 0.00489239, 0.0092419, 0.0198967, 0.0459972, 0.109934");
          values ( \
            "0.0087074, 0.0087074, 0.0087074, 0.0087152, 0.0087152, 0.0087312, 0.0087312", \
            "0.0097395, 0.0097395, 0.0097395, 0.0098113, 0.0098113, 0.0098113, 0.0098113", \
            "0.0123492, 0.0123492, 0.0123492, 0.0132349, 0.0132349, 0.0132349, 0.0141427", \
            "0.0220216, 0.0220349, 0.0220389, 0.0225539, 0.0225539, 0.0225539, 0.0225539", \
            "0.0427898, 0.0427911, 0.0428498, 0.0429946, 0.0429946, 0.0430411, 0.0430839", \
            "0.0906037, 0.0906037, 0.0906037, 0.0907369, 0.0907369, 0.0907369, 0.0907369", \
            "0.202329, 0.202345, 0.20238, 0.202541, 0.202541, 0.202541, 0.202541" \
          );
        }
        rise_transition (scalar) {
          values ( \
            "0" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.002392, 0.00311682, 0.00489239, 0.0092419, 0.0198967, 0.0459972, 0.109934");
          values ( \
            "0.0658549, 0.0658549, 0.0658549, 0.0658549, 0.0658549, 0.0658549, 0.0658549", \
            "0.0706311, 0.0706311, 0.0706311, 0.0707052, 0.0707052, 0.0707421, 0.0707421", \
            "0.0842618, 0.0842618, 0.0842618, 0.0843397, 0.0843397, 0.0843397, 0.0843397", \
            "0.111517, 0.111521, 0.111528, 0.111528, 0.111528, 0.111528, 0.111691", \
            "0.1545, 0.1545, 0.154565, 0.154565, 0.154565, 0.154904, 0.154977", \
            "0.224494, 0.224494, 0.224494, 0.224494, 0.224494, 0.225762, 0.225762", \
            "0.361441, 0.361472, 0.361558, 0.361558, 0.361558, 0.361558, 0.364698" \
          );
        }
        fall_transition (scalar) {
          values ( \
            "0" \
          );
        }
      }
      timing () {
        related_pin : "TE";
        timing_sense : positive_unate;
        timing_type : three_state_enable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.002392, 0.00311682, 0.00489239, 0.0092419, 0.0198967, 0.0459972, 0.109934");
          values ( \
            "0.0569194, 0.0638806, 0.0808609, 0.122327, 0.223782, 0.469908, 1.07447", \
            "0.0607198, 0.0677405, 0.0848009, 0.126176, 0.226631, 0.477597, 1.08992", \
            "0.068019, 0.0750554, 0.091905, 0.133573, 0.236271, 0.486911, 1.09966", \
            "0.075077, 0.0822269, 0.099223, 0.140561, 0.241986, 0.487842, 1.10401", \
            "0.0772228, 0.0844996, 0.101503, 0.142991, 0.243698, 0.490634, 1.09767", \
            "0.0616439, 0.0694405, 0.0872309, 0.128771, 0.230009, 0.477449, 1.07995", \
            "-0.0059518, 0.0036078, 0.0240997, 0.0674457, 0.168843, 0.416582, 1.02266" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.002392, 0.00311682, 0.00489239, 0.0092419, 0.0198967, 0.0459972, 0.109934");
          values ( \
            "0.031135, 0.0406307, 0.0644251, 0.122571, 0.265394, 0.613079, 1.46189", \
            "0.031134, 0.040686, 0.0643597, 0.122865, 0.263788, 0.613404, 1.46886", \
            "0.0313288, 0.0407853, 0.0645589, 0.122858, 0.265597, 0.614347, 1.47032", \
            "0.0316181, 0.0412312, 0.0645943, 0.122569, 0.265068, 0.611671, 1.46802", \
            "0.0326499, 0.0419908, 0.0651285, 0.122823, 0.263693, 0.613905, 1.46338", \
            "0.0360899, 0.0449454, 0.0671726, 0.123215, 0.265138, 0.610707, 1.46216", \
            "0.0453199, 0.0540429, 0.0746284, 0.12729, 0.266032, 0.613178, 1.45827" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.002392, 0.00311682, 0.00489239, 0.0092419, 0.0198967, 0.0459972, 0.109934");
          values ( \
            "0.0151414, 0.0175426, 0.0233565, 0.0374018, 0.0713108, 0.154724, 0.357276", \
            "0.0181085, 0.0207996, 0.0267569, 0.0408247, 0.0747514, 0.157996, 0.360786", \
            "0.0208804, 0.0245879, 0.0325062, 0.0482397, 0.0823155, 0.165735, 0.368486", \
            "0.0197567, 0.0254904, 0.0372164, 0.0593032, 0.0988768, 0.182756, 0.385718", \
            "0.0046256, 0.0136566, 0.0317293, 0.0651909, 0.122195, 0.220754, 0.425637", \
            "-0.051302, -0.0365937, -0.0076772, 0.0445752, 0.131864, 0.274164, 0.514388", \
            "-0.218503, -0.193623, -0.14467, -0.0600411, 0.0781499, 0.295435, 0.640166" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.002392, 0.00311682, 0.00489239, 0.0092419, 0.0198967, 0.0459972, 0.109934");
          values ( \
            "0.0097894, 0.0127671, 0.0201183, 0.0381955, 0.0833325, 0.192746, 0.460548", \
            "0.0114383, 0.0140545, 0.0207613, 0.0382719, 0.0833961, 0.192855, 0.461982", \
            "0.0169676, 0.0196464, 0.0257974, 0.040908, 0.0832771, 0.192705, 0.460769", \
            "0.0271422, 0.0305986, 0.0382512, 0.053546, 0.0897625, 0.192825, 0.460489", \
            "0.0449745, 0.0499511, 0.0604269, 0.0809605, 0.120534, 0.209349, 0.46834", \
            "0.0778074, 0.0846689, 0.0995385, 0.128655, 0.180556, 0.279902, 0.500935", \
            "0.143117, 0.152997, 0.173307, 0.21381, 0.288176, 0.419348, 0.660209" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122483, 0.00300039, 0.00734991, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0061589, 0.0077744, 0.011443, 0.0199904, 0.040279, 0.0893853, 0.209418", \
            "0.0058724, 0.0073662, 0.0109663, 0.0196373, 0.040272, 0.0895758, 0.209974", \
            "0.0057813, 0.0072185, 0.0106839, 0.019171, 0.0396332, 0.0895283, 0.209892", \
            "0.0060809, 0.0074185, 0.010753, 0.0189826, 0.0392215, 0.0889572, 0.209066", \
            "0.0070985, 0.0084323, 0.0116279, 0.0194893, 0.0393964, 0.0887497, 0.208765", \
            "0.010012, 0.0111139, 0.0151912, 0.0230868, 0.0406951, 0.0892528, 0.20879", \
            "0.0172782, 0.0180546, 0.0204949, 0.0276367, 0.0459754, 0.0934823, 0.211526" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122483, 0.00300039, 0.00734991, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0008681, -0.0003721, -0.0035767, -0.0117097, -0.0318866, -0.0814695, -0.203014", \
            "0.0006595, -0.0005589, -0.0037156, -0.0117659, -0.0318717, -0.0814223, -0.202954", \
            "0.0004641, -0.0008287, -0.003973, -0.0119189, -0.0319244, -0.0814257, -0.202921", \
            "0.0005227, -0.0007989, -0.0041353, -0.0121464, -0.0320557, -0.0814577, -0.202916", \
            "0.0014322, -6.34e-05, -0.0035156, -0.0118331, -0.0321072, -0.0815534, -0.202937", \
            "0.0044571, 0.0027357, -0.0008997, -0.0103008, -0.0311421, -0.0811625, -0.202469", \
            "0.0123508, 0.0103732, 0.005861, -0.0043531, -0.0265801, -0.0784175, -0.200803" \
          );
        }
      }
      internal_power () {
        related_pin : "TE";
        when : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122483, 0.00300039, 0.00734991, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0071866, 0.0071809, 0.0071724, 0.0071562, 0.0071419, 0.007132, 0.0071272", \
            "0.0069098, 0.0069103, 0.0069083, 0.0068981, 0.0068869, 0.006878, 0.0068729", \
            "0.0067306, 0.0067326, 0.0067338, 0.0067353, 0.0067316, 0.0067254, 0.0067206", \
            "0.0067485, 0.0067606, 0.0067654, 0.0067686, 0.00677, 0.0067686, 0.0067664", \
            "0.0074822, 0.0074879, 0.0075144, 0.007235, 0.0072354, 0.0072364, 0.0072361", \
            "0.0090465, 0.0090428, 0.0090648, 0.0090482, 0.0089936, 0.0089889, 0.0089861", \
            "0.0131256, 0.0130964, 0.0130442, 0.0129707, 0.0129479, 0.0129848, 0.012747" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122483, 0.00300039, 0.00734991, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0048085, 0.003488, 0.000147, -0.0071562, -0.0071419, -0.007132, -0.0071272", \
            "0.0046282, 0.003311, -2.12874e-05, -0.0068981, -0.0068869, -0.006878, -0.0068729", \
            "0.0044745, 0.0031529, -0.000193, -0.0067353, -0.0067316, -0.0067254, -0.0067206", \
            "0.0046002, 0.0032005, -0.0002423, -0.0067686, -0.00677, -0.0067686, -0.0067664", \
            "0.0050522, 0.0036756, 0.0002689, -0.007235, -0.0072354, -0.0072364, -0.0072361", \
            "0.006717, 0.0053127, 0.0019382, -0.0063838, -0.0089936, -0.0089889, -0.0089861", \
            "0.0114095, 0.0099717, 0.0065035, -0.0018429, -0.0129479, -0.0129848, -0.012747" \
          );
        }
      }
      internal_power () {
        related_pin : "TE";
        when : "!A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122483, 0.00300039, 0.00734991, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0113534, 0.0127152, 0.0160728, 0.0242819, 0.04437, 0.0935517, 0.213291", \
            "0.011198, 0.0125477, 0.0158931, 0.0241005, 0.0440429, 0.0931253, 0.213503", \
            "0.0110278, 0.0123822, 0.0157481, 0.023957, 0.0439599, 0.0930383, 0.213406", \
            "0.0109768, 0.0123373, 0.0156869, 0.0238777, 0.0438611, 0.0928327, 0.213231", \
            "0.0115071, 0.0128526, 0.0161089, 0.0243292, 0.0442637, 0.0936379, 0.2132", \
            "0.0130781, 0.0144531, 0.0177909, 0.0259735, 0.0460366, 0.0947954, 0.215551", \
            "0.0176491, 0.0189713, 0.0224077, 0.0303568, 0.0504431, 0.099452, 0.21862" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122483, 0.00300039, 0.00734991, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.007334, 0.0074425, 0.0075823, 0.0077999, 0.0079351, 0.007986, 0.0080562", \
            "0.0070835, 0.0071906, 0.0073631, 0.0075399, 0.0077192, 0.0077995, 0.0078353", \
            "0.0068786, 0.0069814, 0.0071478, 0.0073422, 0.0074926, 0.0075762, 0.0076152", \
            "0.0068968, 0.006966, 0.0071304, 0.0073429, 0.0075154, 0.0076158, 0.0076636", \
            "0.0073141, 0.0074085, 0.0075671, 0.007779, 0.0079674, 0.0080809, 0.0081349", \
            "0.0090769, 0.009165, 0.0093191, 0.0094905, 0.0096713, 0.0098206, 0.0098725", \
            "0.0127168, 0.0127953, 0.0129671, 0.0131535, 0.0133258, 0.0134257, 0.0134633" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002428;
      rise_capacitance : 0.002563;
      rise_capacitance_range (0.002563, 0.002563);
      fall_capacitance : 0.002292;
      fall_capacitance_range (0.002292, 0.002292);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0028384, -0.0028411, -0.0028472, -0.0028411, -0.0028272, -0.002795, -0.0027209" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0037911, 0.0037855, 0.0037726, 0.0037782, 0.003791, 0.0038204, 0.0038884" \
          );
        }
      }
    }
    pin (TE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002667;
      rise_capacitance : 0.002692;
      rise_capacitance_range (0.002692, 0.002692);
      fall_capacitance : 0.002642;
      fall_capacitance_range (0.002642, 0.002642);
    }
  }
  cell (scs8hd_einvp_2) {
    area : 8.7584;
    cell_footprint : "einvp";
    cell_leakage_power : 0.0104581;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0079725;
      when : "!A&TE";
    }
    leakage_power () {
      value : 0.0134084;
      when : "!A&!TE";
    }
    leakage_power () {
      value : 0.0203374;
      when : "A&TE";
    }
    leakage_power () {
      value : 0.0001139;
      when : "A&!TE";
    }
    leakage_power () {
      value : 0.0104581;
    }
    pin (Z) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      three_state : "(TE')";
      max_capacitance : 0.186778;
      max_transition : 1.49888;
      capacitance : 0.002452;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0029516, 0.00379342, 0.00605259, 0.0121154, 0.0283858, 0.0720499, 0.189229");
          values ( \
            "0.0222674, 0.0278739, 0.0422684, 0.078238, 0.169271, 0.409669, 1.06725", \
            "0.0264133, 0.0316402, 0.045052, 0.0809413, 0.172855, 0.414192, 1.0592", \
            "0.0375017, 0.0432224, 0.0557632, 0.0903706, 0.182812, 0.426811, 1.07054", \
            "0.0550068, 0.0632465, 0.0812101, 0.116908, 0.207013, 0.451697, 1.09692", \
            "0.0867508, 0.0977167, 0.122702, 0.173592, 0.270011, 0.510641, 1.15978", \
            "0.151734, 0.165876, 0.198332, 0.268083, 0.404938, 0.655519, 1.29389", \
            "0.290265, 0.308482, 0.350406, 0.439036, 0.626544, 0.977512, 1.63441" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0029516, 0.00379342, 0.00605259, 0.0121154, 0.0283858, 0.0720499, 0.189229");
          values ( \
            "0.0208241, 0.027732, 0.0458069, 0.093467, 0.218846, 0.555989, 1.46895", \
            "0.0203165, 0.0272592, 0.0456736, 0.0935793, 0.219062, 0.555773, 1.45914", \
            "0.025862, 0.0308806, 0.046322, 0.0932888, 0.220306, 0.560237, 1.46649", \
            "0.0345125, 0.0423945, 0.0592848, 0.0973491, 0.219159, 0.559875, 1.46319", \
            "0.0491489, 0.0588987, 0.0813657, 0.127283, 0.229449, 0.558073, 1.46015", \
            "0.0783161, 0.0900187, 0.117279, 0.178746, 0.298846, 0.578455, 1.46146", \
            "0.140879, 0.153288, 0.186524, 0.262018, 0.425093, 0.73054, 1.49888" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0029516, 0.00379342, 0.00605259, 0.0121154, 0.0283858, 0.0720499, 0.189229");
          values ( \
            "0.0121011, 0.0140205, 0.0188058, 0.0307159, 0.0618473, 0.145171, 0.367323", \
            "0.0146, 0.0170245, 0.0221136, 0.0341634, 0.0654043, 0.14879, 0.372527", \
            "0.0156497, 0.0192337, 0.0270004, 0.0420571, 0.0736337, 0.156566, 0.382156", \
            "0.0122203, 0.017394, 0.0288494, 0.0518351, 0.0926773, 0.175611, 0.398024", \
            "-0.0030955, 0.0045764, 0.0212803, 0.0544724, 0.114983, 0.220199, 0.444518", \
            "-0.0484479, -0.0373885, -0.0126254, 0.0356014, 0.124176, 0.277871, 0.548068", \
            "-0.167609, -0.15109, -0.115623, -0.0452702, 0.0840141, 0.309777, 0.708461" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0029516, 0.00379342, 0.00605259, 0.0121154, 0.0283858, 0.0720499, 0.189229");
          values ( \
            "0.0066744, 0.008896, 0.0149294, 0.0308489, 0.073736, 0.188335, 0.494561", \
            "0.0091568, 0.0107767, 0.0156697, 0.030905, 0.0737043, 0.18877, 0.494115", \
            "0.013027, 0.0157196, 0.0220007, 0.0349051, 0.0740697, 0.188081, 0.496244", \
            "0.0208048, 0.02467, 0.0336524, 0.0501486, 0.0847405, 0.189873, 0.495452", \
            "0.0358053, 0.0416322, 0.0536335, 0.0770743, 0.12239, 0.213203, 0.497801", \
            "0.0653375, 0.0734373, 0.0906325, 0.123921, 0.187053, 0.30303, 0.544062", \
            "0.126097, 0.137647, 0.163603, 0.211375, 0.297768, 0.461761, 0.751229" \
          );
        }
      }
      timing () {
        related_pin : "TE";
        timing_sense : negative_unate;
        timing_type : three_state_disable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0029516, 0.00379342, 0.00605259, 0.0121154, 0.0283858, 0.0720499, 0.189229");
          values ( \
            "0.0106208, 0.010648, 0.010648, 0.010648, 0.010648, 0.010648, 0.010648", \
            "0.0115074, 0.0115074, 0.0115074, 0.0115074, 0.0115074, 0.0115074, 0.0115074", \
            "0.0154161, 0.0154161, 0.0154161, 0.0154161, 0.0154161, 0.0154161, 0.0154161", \
            "0.0242457, 0.0242567, 0.0246952, 0.0246952, 0.0246952, 0.0246952, 0.0246952", \
            "0.04734, 0.04734, 0.04734, 0.04734, 0.04734, 0.04734, 0.04734", \
            "0.0988833, 0.0988833, 0.0990437, 0.0990437, 0.0990437, 0.0990517, 0.0990517", \
            "0.218145, 0.218145, 0.218145, 0.218145, 0.218145, 0.218956, 0.218956" \
          );
        }
        rise_transition (scalar) {
          values ( \
            "0" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0029516, 0.00379342, 0.00605259, 0.0121154, 0.0283858, 0.0720499, 0.189229");
          values ( \
            "0.0684423, 0.0684423, 0.0686388, 0.0686388, 0.0686388, 0.0686388, 0.0686388", \
            "0.0733235, 0.0738293, 0.0738293, 0.0738293, 0.0738342, 0.0738342, 0.0738342", \
            "0.0864327, 0.0864957, 0.0864957, 0.0864957, 0.0864957, 0.086532, 0.086532", \
            "0.110176, 0.110233, 0.110233, 0.110233, 0.110233, 0.110233, 0.110233", \
            "0.145938, 0.145938, 0.145985, 0.145985, 0.145985, 0.145985, 0.145985", \
            "0.201503, 0.203463, 0.203463, 0.204157, 0.204157, 0.204157, 0.204157", \
            "0.311472, 0.311472, 0.311472, 0.311472, 0.311472, 0.311472, 0.311472" \
          );
        }
        fall_transition (scalar) {
          values ( \
            "0" \
          );
        }
      }
      timing () {
        related_pin : "TE";
        timing_sense : positive_unate;
        timing_type : three_state_enable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0029516, 0.00379342, 0.00605259, 0.0121154, 0.0283858, 0.0720499, 0.189229");
          values ( \
            "0.0585413, 0.063474, 0.0762061, 0.10986, 0.199728, 0.439276, 1.0892", \
            "0.0622347, 0.0671917, 0.0799438, 0.113508, 0.203792, 0.443056, 1.0938", \
            "0.0707956, 0.0756987, 0.0885262, 0.122083, 0.212629, 0.451836, 1.09529", \
            "0.0817354, 0.0868698, 0.0998188, 0.133496, 0.22416, 0.46461, 1.10819", \
            "0.090739, 0.0961503, 0.109544, 0.143405, 0.23298, 0.474069, 1.12134", \
            "0.0888455, 0.0950251, 0.109727, 0.14446, 0.234203, 0.475062, 1.11859", \
            "0.0510276, 0.0585569, 0.076626, 0.115775, 0.207419, 0.447975, 1.09373" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0029516, 0.00379342, 0.00605259, 0.0121154, 0.0283858, 0.0720499, 0.189229");
          values ( \
            "0.0232332, 0.0295233, 0.0467943, 0.0936091, 0.220003, 0.555235, 1.47158", \
            "0.023298, 0.0295267, 0.0467849, 0.093367, 0.220492, 0.557918, 1.47008", \
            "0.0233497, 0.0295725, 0.0468644, 0.0936165, 0.219652, 0.558317, 1.46078", \
            "0.0238965, 0.0301641, 0.0472349, 0.0937511, 0.219359, 0.557283, 1.46609", \
            "0.0255758, 0.0315597, 0.0480665, 0.0942605, 0.219268, 0.558487, 1.46205", \
            "0.0299013, 0.0356243, 0.051482, 0.0958335, 0.220205, 0.555268, 1.46389", \
            "0.0391632, 0.0450857, 0.0608946, 0.102752, 0.222336, 0.558142, 1.45879" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0029516, 0.00379342, 0.00605259, 0.0121154, 0.0283858, 0.0720499, 0.189229");
          values ( \
            "0.0134186, 0.0151818, 0.0196731, 0.0314627, 0.0626012, 0.145545, 0.367862", \
            "0.015666, 0.0177494, 0.0226083, 0.0344945, 0.0656467, 0.148687, 0.37093", \
            "0.0170917, 0.0199235, 0.0264482, 0.0402909, 0.071986, 0.154912, 0.377287", \
            "0.0133917, 0.0179448, 0.0276552, 0.0472666, 0.0850405, 0.169218, 0.394888", \
            "-0.0051503, 0.0018962, 0.0170245, 0.0470451, 0.101319, 0.199813, 0.425124", \
            "-0.0677553, -0.0558545, -0.0306806, 0.0166966, 0.100247, 0.240901, 0.497486", \
            "-0.246956, -0.226581, -0.183693, -0.104109, 0.0296617, 0.24659, 0.604987" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0029516, 0.00379342, 0.00605259, 0.0121154, 0.0283858, 0.0720499, 0.189229");
          values ( \
            "0.0075224, 0.0095963, 0.0154867, 0.0314192, 0.0737422, 0.188489, 0.494521", \
            "0.0093243, 0.0111401, 0.0164237, 0.031577, 0.0737752, 0.188286, 0.495369", \
            "0.0137636, 0.0157996, 0.020994, 0.0345944, 0.0742531, 0.188377, 0.495566", \
            "0.0225547, 0.0251529, 0.0314974, 0.0457695, 0.0810853, 0.188876, 0.495892", \
            "0.0383039, 0.0419457, 0.0504933, 0.0690416, 0.107339, 0.202549, 0.496882", \
            "0.0692576, 0.0739875, 0.0859077, 0.111142, 0.161344, 0.26351, 0.523484", \
            "0.131333, 0.137777, 0.153864, 0.188774, 0.258009, 0.389326, 0.657405" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134183, 0.00360099, 0.00966378, 0.0259342, 0.0695983, 0.186778");
          values ( \
            "0.0078708, 0.0098562, 0.0148475, 0.0271315, 0.058152, 0.140339, 0.36142", \
            "0.007537, 0.0094003, 0.0140776, 0.0263897, 0.0577672, 0.140241, 0.360368", \
            "0.0075922, 0.0092493, 0.013701, 0.0256716, 0.0573313, 0.140833, 0.361933", \
            "0.0083993, 0.0098469, 0.0140075, 0.0254136, 0.056462, 0.140238, 0.361085", \
            "0.0099918, 0.0113909, 0.0153081, 0.0263575, 0.0566307, 0.138826, 0.359805", \
            "0.0156454, 0.0168039, 0.0203525, 0.0305498, 0.0604933, 0.140407, 0.358393", \
            "0.027815, 0.0285068, 0.0310317, 0.0401528, 0.0678759, 0.14698, 0.365085" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134183, 0.00360099, 0.00966378, 0.0259342, 0.0695983, 0.186778");
          values ( \
            "-0.000474, -0.0018062, -0.0056547, -0.0167654, -0.0474767, -0.130405, -0.353156", \
            "-0.000771, -0.0021157, -0.0059337, -0.0168843, -0.0474141, -0.130256, -0.352954", \
            "-0.0010202, -0.0024729, -0.0063234, -0.0171619, -0.0475297, -0.130212, -0.35284", \
            "-0.0008422, -0.002353, -0.0064013, -0.0176003, -0.0478497, -0.130283, -0.352842", \
            "0.0011156, -0.0006834, -0.005302, -0.016757, -0.0477001, -0.130322, -0.352892", \
            "0.0072075, 0.0050601, -0.0008488, -0.0139117, -0.0459823, -0.129248, -0.352304", \
            "0.0202283, 0.0177436, 0.0116532, -0.0030079, -0.0379587, -0.122663, -0.349879" \
          );
        }
      }
      internal_power () {
        related_pin : "TE";
        when : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134183, 0.00360099, 0.00966378, 0.0259342, 0.0695983, 0.186778");
          values ( \
            "0.0081499, 0.0081439, 0.0081247, 0.0080931, 0.0080654, 0.0080508, 0.0080359", \
            "0.0078472, 0.0078437, 0.0078152, 0.0078129, 0.00779, 0.0077744, 0.0077451", \
            "0.0076507, 0.0076431, 0.0076359, 0.0076252, 0.0076112, 0.0076011, 0.0075936", \
            "0.0076647, 0.00766, 0.0076443, 0.0076399, 0.0076315, 0.0076242, 0.0076134", \
            "0.008422, 0.0084213, 0.0084268, 0.0084302, 0.0084207, 0.0084185, 0.0084387", \
            "0.0108047, 0.0107991, 0.0107878, 0.0107769, 0.010772, 0.0107638, 0.0107688", \
            "0.0173687, 0.0172659, 0.0172553, 0.017346, 0.017336, 0.0172497, 0.0172244" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134183, 0.00360099, 0.00966378, 0.0259342, 0.0695983, 0.186778");
          values ( \
            "0.0085512, 0.0071756, 0.0032831, -0.0080931, -0.0080654, -0.0080508, -0.0080359", \
            "0.008316, 0.0069181, 0.0030487, -0.0078129, -0.00779, -0.0077744, -0.0077451", \
            "0.0081307, 0.0066943, 0.0027902, -0.0076252, -0.0076112, -0.0076011, -0.0075936", \
            "0.0088233, 0.0072278, 0.0029184, -0.0076399, -0.0076315, -0.0076242, -0.0076134", \
            "0.0097092, 0.0081026, 0.0038046, -0.007746, -0.0084207, -0.0084185, -0.0084387", \
            "0.0123027, 0.0106818, 0.0063601, -0.0052, -0.010772, -0.0107638, -0.0107688", \
            "0.0195114, 0.0178565, 0.0135018, 0.0018189, -0.017336, -0.0172497, -0.0172244" \
          );
        }
      }
      internal_power () {
        related_pin : "TE";
        when : "!A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134183, 0.00360099, 0.00966378, 0.0259342, 0.0695983, 0.186778");
          values ( \
            "0.0180388, 0.0196139, 0.0238771, 0.0352833, 0.0660713, 0.14772, 0.370206", \
            "0.0178154, 0.0194029, 0.0236646, 0.0350564, 0.0658343, 0.148082, 0.369842", \
            "0.0175861, 0.0191894, 0.0234362, 0.0348509, 0.0655789, 0.147902, 0.367329", \
            "0.0176614, 0.0191935, 0.0234229, 0.0348153, 0.0654704, 0.147291, 0.368888", \
            "0.018591, 0.0201546, 0.0243102, 0.0357438, 0.0660053, 0.148481, 0.367858", \
            "0.0210414, 0.0226219, 0.026935, 0.038418, 0.0688577, 0.1506, 0.371898", \
            "0.0282768, 0.029872, 0.0342312, 0.0456741, 0.0764518, 0.158232, 0.37751" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134183, 0.00360099, 0.00966378, 0.0259342, 0.0695983, 0.186778");
          values ( \
            "0.0090632, 0.0092296, 0.0095565, 0.0099866, 0.0104499, 0.0106872, 0.0107953", \
            "0.0087638, 0.0089472, 0.0092949, 0.0097972, 0.0102252, 0.0104738, 0.0105924", \
            "0.0085153, 0.0086812, 0.0090241, 0.0094974, 0.009937, 0.0101989, 0.0103157", \
            "0.0085063, 0.0085749, 0.0088911, 0.0093779, 0.0098613, 0.0101676, 0.0103115", \
            "0.0091708, 0.0092018, 0.0095357, 0.0100041, 0.010487, 0.0108671, 0.0110411", \
            "0.0113251, 0.0114423, 0.0117112, 0.0121653, 0.0126963, 0.0131098, 0.0133332", \
            "0.0177358, 0.0178853, 0.0181497, 0.0185823, 0.0190158, 0.0194454, 0.0197266" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004334;
      rise_capacitance : 0.00455;
      rise_capacitance_range (0.00455, 0.00455);
      fall_capacitance : 0.004117;
      fall_capacitance_range (0.004117, 0.004117);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045313, -0.0045406, -0.0045621, -0.0045713, -0.0045924, -0.0046409, -0.0047528" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0066428, 0.0066289, 0.0065967, 0.0066105, 0.0066423, 0.0067157, 0.0068847" \
          );
        }
      }
    }
    pin (TE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003763;
      rise_capacitance : 0.003728;
      rise_capacitance_range (0.003728, 0.003728);
      fall_capacitance : 0.003798;
      fall_capacitance_range (0.003798, 0.003798);
    }
  }
  cell (scs8hd_einvp_4) {
    area : 13.7632;
    cell_footprint : "einvp";
    cell_leakage_power : 0.00938784;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0063816;
      when : "!A&TE";
    }
    leakage_power () {
      value : 4.09062e-05;
      when : "!A&!TE";
    }
    leakage_power () {
      value : 0.0310649;
      when : "A&TE";
    }
    leakage_power () {
      value : 6.39481e-05;
      when : "A&!TE";
    }
    leakage_power () {
      value : 0.00938784;
    }
    pin (Z) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      three_state : "(TE')";
      max_capacitance : 0.322276;
      max_transition : 1.49757;
      capacitance : 0.004908;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0054078, 0.00637733, 0.00922686, 0.0176018, 0.0422163, 0.11456, 0.327183");
          values ( \
            "0.0238337, 0.0277839, 0.0388619, 0.0689221, 0.150031, 0.385445, 1.06173", \
            "0.0280369, 0.0314539, 0.0417828, 0.0712564, 0.153244, 0.386134, 1.0794", \
            "0.0396055, 0.0434143, 0.0527355, 0.0803789, 0.16269, 0.399262, 1.07937", \
            "0.0579979, 0.0635508, 0.0774152, 0.107999, 0.187613, 0.422472, 1.10209", \
            "0.0923047, 0.0996794, 0.118738, 0.162714, 0.251864, 0.483015, 1.16366", \
            "0.163121, 0.172578, 0.196962, 0.256077, 0.383358, 0.631053, 1.30449", \
            "0.314864, 0.326967, 0.359042, 0.434916, 0.604616, 0.953828, 1.651" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0054078, 0.00637733, 0.00922686, 0.0176018, 0.0422163, 0.11456, 0.327183");
          values ( \
            "0.0222042, 0.026876, 0.0402404, 0.0785793, 0.188637, 0.513276, 1.46274", \
            "0.0217714, 0.0265054, 0.0399419, 0.078268, 0.189046, 0.512981, 1.4719", \
            "0.0267645, 0.0299697, 0.040953, 0.0779622, 0.18894, 0.516455, 1.46556", \
            "0.0357354, 0.0411266, 0.0546329, 0.0841641, 0.188815, 0.515286, 1.46196", \
            "0.0495942, 0.0561657, 0.0735196, 0.113293, 0.202396, 0.514703, 1.45971", \
            "0.0781704, 0.085506, 0.106723, 0.158599, 0.269946, 0.535993, 1.46561", \
            "0.140515, 0.148833, 0.172092, 0.235457, 0.388068, 0.683659, 1.49757" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0054078, 0.00637733, 0.00922686, 0.0176018, 0.0422163, 0.11456, 0.327183");
          values ( \
            "0.0123067, 0.0135516, 0.0170214, 0.0264227, 0.0527321, 0.128964, 0.356198", \
            "0.0148127, 0.0163912, 0.0202903, 0.0296903, 0.0562079, 0.132493, 0.357697", \
            "0.0156293, 0.0180062, 0.0239686, 0.0370439, 0.0641262, 0.140855, 0.363816", \
            "0.0113168, 0.014812, 0.023613, 0.0431303, 0.0811298, 0.159656, 0.386921", \
            "-0.006153, -0.0011301, 0.0116787, 0.0401181, 0.0973435, 0.201788, 0.425932", \
            "-0.0570625, -0.0494138, -0.0305394, 0.0110901, 0.0937116, 0.250319, 0.528645", \
            "-0.188716, -0.17776, -0.150319, -0.0895303, 0.0320731, 0.259617, 0.673653" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0054078, 0.00637733, 0.00922686, 0.0176018, 0.0422163, 0.11456, 0.327183");
          values ( \
            "0.0070142, 0.0084736, 0.012744, 0.0252231, 0.0616794, 0.16805, 0.482252", \
            "0.0094586, 0.0104333, 0.0137309, 0.0252178, 0.0615019, 0.16816, 0.482436", \
            "0.0128517, 0.0147085, 0.0195582, 0.0304121, 0.0624645, 0.168658, 0.48349", \
            "0.0203627, 0.0229301, 0.0296053, 0.0443777, 0.0759834, 0.169934, 0.484553", \
            "0.0352159, 0.0389476, 0.0482288, 0.06812, 0.110874, 0.198605, 0.483252", \
            "0.0638337, 0.0691818, 0.0827599, 0.111132, 0.169399, 0.284089, 0.536404", \
            "0.123726, 0.131161, 0.150899, 0.193396, 0.277138, 0.431529, 0.742321" \
          );
        }
      }
      timing () {
        related_pin : "TE";
        timing_sense : negative_unate;
        timing_type : three_state_disable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0054078, 0.00637733, 0.00922686, 0.0176018, 0.0422163, 0.11456, 0.327183");
          values ( \
            "0.0120711, 0.0120711, 0.0120711, 0.0120711, 0.012078, 0.012078, 0.012078", \
            "0.013386, 0.013386, 0.0134074, 0.0134074, 0.0134074, 0.0134074, 0.0134074", \
            "0.0174976, 0.0174976, 0.0174976, 0.0174976, 0.0174976, 0.0174976, 0.0175424", \
            "0.028746, 0.028746, 0.028746, 0.028746, 0.028746, 0.028746, 0.028746", \
            "0.0526498, 0.0526498, 0.0527769, 0.0527769, 0.0536439, 0.0536439, 0.0536439", \
            "0.111346, 0.111346, 0.111346, 0.111346, 0.111346, 0.111346, 0.111346", \
            "0.245794, 0.246007, 0.246007, 0.246007, 0.246007, 0.246007, 0.246007" \
          );
        }
        rise_transition (scalar) {
          values ( \
            "0" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0054078, 0.00637733, 0.00922686, 0.0176018, 0.0422163, 0.11456, 0.327183");
          values ( \
            "0.0771031, 0.0771031, 0.0771031, 0.0771031, 0.0771031, 0.0771031, 0.0771031", \
            "0.0820286, 0.0824052, 0.0824052, 0.0824185, 0.0824185, 0.0824185, 0.0824185", \
            "0.0939611, 0.0942304, 0.0948192, 0.0954117, 0.0954117, 0.0954117, 0.0954117", \
            "0.120887, 0.121059, 0.122234, 0.122322, 0.122322, 0.122322, 0.122322", \
            "0.162153, 0.162473, 0.163852, 0.16434, 0.16434, 0.16434, 0.16434", \
            "0.230865, 0.230865, 0.233344, 0.233344, 0.233344, 0.233365, 0.233365", \
            "0.366022, 0.366355, 0.368232, 0.369164, 0.369164, 0.369164, 0.370964" \
          );
        }
        fall_transition (scalar) {
          values ( \
            "0" \
          );
        }
      }
      timing () {
        related_pin : "TE";
        timing_sense : positive_unate;
        timing_type : three_state_enable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0054078, 0.00637733, 0.00922686, 0.0176018, 0.0422163, 0.11456, 0.327183");
          values ( \
            "0.0609687, 0.0644113, 0.0739143, 0.100991, 0.179939, 0.411519, 1.09198", \
            "0.0644421, 0.0678456, 0.077373, 0.104466, 0.183409, 0.414763, 1.09555", \
            "0.0722193, 0.0756612, 0.0853189, 0.112419, 0.191437, 0.423541, 1.10105", \
            "0.0811927, 0.0846946, 0.0943359, 0.12154, 0.200298, 0.431087, 1.11731", \
            "0.0858266, 0.0894104, 0.0995452, 0.127164, 0.206013, 0.438017, 1.12109", \
            "0.0735708, 0.0777871, 0.0888529, 0.117705, 0.196793, 0.428722, 1.10867", \
            "0.0107571, 0.0161002, 0.0298238, 0.0627659, 0.144855, 0.378337, 1.05849" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0054078, 0.00637733, 0.00922686, 0.0176018, 0.0422163, 0.11456, 0.327183");
          values ( \
            "0.0250203, 0.0292035, 0.0416086, 0.0788775, 0.189264, 0.514871, 1.47161", \
            "0.0250431, 0.0291614, 0.0416567, 0.0788916, 0.189181, 0.514723, 1.4719", \
            "0.025127, 0.0292286, 0.0419078, 0.0789111, 0.189608, 0.515965, 1.46203", \
            "0.0257644, 0.0298408, 0.0422799, 0.0791843, 0.189507, 0.512233, 1.47492", \
            "0.0272752, 0.0312593, 0.0432626, 0.0798833, 0.188752, 0.514032, 1.46403", \
            "0.03143, 0.0352246, 0.0468631, 0.081884, 0.189637, 0.512765, 1.46746", \
            "0.0406408, 0.0445285, 0.0562163, 0.0897955, 0.193287, 0.514037, 1.46096" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0054078, 0.00637733, 0.00922686, 0.0176018, 0.0422163, 0.11456, 0.327183");
          values ( \
            "0.0144824, 0.015647, 0.0188373, 0.0279639, 0.0542387, 0.130353, 0.353705", \
            "0.0165441, 0.0179317, 0.02149, 0.0308245, 0.0571221, 0.133254, 0.356536", \
            "0.0176409, 0.0195071, 0.0242676, 0.0354604, 0.0627818, 0.13898, 0.362334", \
            "0.0133987, 0.0160738, 0.023246, 0.0394065, 0.073196, 0.151551, 0.375193", \
            "-0.0077562, -0.0033378, 0.0079385, 0.0329447, 0.0825015, 0.176888, 0.404438", \
            "-0.0753167, -0.0679506, -0.0493995, -0.0091988, 0.0678324, 0.204649, 0.466731", \
            "-0.266928, -0.254185, -0.221826, -0.153225, -0.0291914, 0.183992, 0.552083" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0054078, 0.00637733, 0.00922686, 0.0176018, 0.0422163, 0.11456, 0.327183");
          values ( \
            "0.0081739, 0.0095271, 0.0136346, 0.0260458, 0.0619837, 0.168779, 0.480909", \
            "0.0098756, 0.0110291, 0.014683, 0.026422, 0.0620229, 0.16878, 0.481146", \
            "0.0140991, 0.0153919, 0.0191109, 0.0298908, 0.0629774, 0.168783, 0.481192", \
            "0.0227031, 0.0243115, 0.028885, 0.0405854, 0.0710815, 0.169972, 0.481727", \
            "0.0389475, 0.0410523, 0.047031, 0.0621163, 0.0964083, 0.185598, 0.482599", \
            "0.0699287, 0.0728153, 0.0811088, 0.10179, 0.146269, 0.243144, 0.510398", \
            "0.132947, 0.137245, 0.148055, 0.176297, 0.237896, 0.36215, 0.644548" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00146953, 0.00431906, 0.012694, 0.0373085, 0.109652, 0.322275");
          values ( \
            "0.0175139, 0.0198797, 0.0266234, 0.0443801, 0.0920041, 0.228832, 0.627587", \
            "0.0169081, 0.0190081, 0.0252634, 0.0428124, 0.0910201, 0.228095, 0.629659", \
            "0.0169865, 0.0188792, 0.0245583, 0.041271, 0.0898006, 0.228833, 0.629581", \
            "0.0179547, 0.019726, 0.02507, 0.0410213, 0.088331, 0.227304, 0.626753", \
            "0.0211751, 0.0227826, 0.0277056, 0.0431592, 0.0886626, 0.225962, 0.625478", \
            "0.0314367, 0.0327348, 0.0370173, 0.0503011, 0.095255, 0.228175, 0.624325", \
            "0.0527848, 0.0535626, 0.0563704, 0.0681723, 0.10981, 0.238713, 0.635971" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00146953, 0.00431906, 0.012694, 0.0373085, 0.109652, 0.322275");
          values ( \
            "-1.82e-05, -0.0015032, -0.0061369, -0.0210777, -0.0672712, -0.204579, -0.608783", \
            "-0.0006414, -0.0021434, -0.0067558, -0.0214479, -0.0671858, -0.204307, -0.608368", \
            "-0.0011344, -0.0027825, -0.0075806, -0.022304, -0.0675616, -0.204277, -0.608157", \
            "-0.0008948, -0.0027218, -0.0079712, -0.0229482, -0.068128, -0.204599, -0.608188", \
            "0.0019102, -0.0002278, -0.0060855, -0.0220271, -0.0686342, -0.20463, -0.608082", \
            "0.0119159, 0.0094744, 0.0025914, -0.0158566, -0.0648637, -0.203831, -0.607109", \
            "0.0358848, 0.0330081, 0.0248125, 0.0044223, -0.0504002, -0.195101, -0.601983" \
          );
        }
      }
      internal_power () {
        related_pin : "TE";
        when : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00146953, 0.00431906, 0.012694, 0.0373085, 0.109652, 0.322275");
          values ( \
            "0.0114166, 0.0114021, 0.0113666, 0.0112971, 0.011224, 0.0111799, 0.011159", \
            "0.010982, 0.0109732, 0.0109497, 0.0109054, 0.010849, 0.0108075, 0.0107866", \
            "0.0107285, 0.0107268, 0.010711, 0.0106817, 0.0106452, 0.0106114, 0.0105925", \
            "0.010802, 0.0107959, 0.0107844, 0.0107624, 0.0107297, 0.0107063, 0.0106905", \
            "0.0122005, 0.0121957, 0.0121913, 0.0122032, 0.0123223, 0.0122613, 0.0122437", \
            "0.0157701, 0.0157571, 0.0157439, 0.0157218, 0.0157261, 0.0157105, 0.0156992", \
            "0.0266284, 0.0266217, 0.0266048, 0.0265776, 0.0265254, 0.0265048, 0.0264945" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00146953, 0.00431906, 0.012694, 0.0373085, 0.109652, 0.322275");
          values ( \
            "0.0187997, 0.017215, 0.0124688, -0.0027903, -0.011224, -0.0111799, -0.011159", \
            "0.0185084, 0.0169128, 0.0121772, -0.0030676, -0.010849, -0.0108075, -0.0107866", \
            "0.0183382, 0.0166799, 0.0118719, -0.0033617, -0.0106452, -0.0106114, -0.0105925", \
            "0.0195995, 0.0177871, 0.0124138, -0.0033162, -0.0107297, -0.0107063, -0.0106905", \
            "0.0212497, 0.0193981, 0.0139699, -0.0019615, -0.0123223, -0.0122613, -0.0122437", \
            "0.0255153, 0.0236486, 0.0181925, 0.0022128, -0.0157261, -0.0157105, -0.0156992", \
            "0.0373805, 0.0354581, 0.0299687, 0.0138837, -0.0265254, -0.0265048, -0.0264945" \
          );
        }
      }
      internal_power () {
        related_pin : "TE";
        when : "!A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00146953, 0.00431906, 0.012694, 0.0373085, 0.109652, 0.322275");
          values ( \
            "0.0349966, 0.0368245, 0.0422234, 0.0580217, 0.104362, 0.241168, 0.64249", \
            "0.034703, 0.0365523, 0.0419454, 0.057749, 0.104094, 0.240949, 0.642559", \
            "0.0345064, 0.0362644, 0.0416346, 0.0574181, 0.103917, 0.240803, 0.638257", \
            "0.0346392, 0.0364452, 0.0417933, 0.0575453, 0.103952, 0.239392, 0.643098", \
            "0.0359108, 0.0376962, 0.0428794, 0.0587291, 0.104703, 0.24119, 0.639479", \
            "0.0401054, 0.0420078, 0.0475112, 0.0632202, 0.109099, 0.244785, 0.646345", \
            "0.0524069, 0.0542284, 0.059499, 0.075545, 0.12183, 0.257386, 0.655292" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00146953, 0.00431906, 0.012694, 0.0373085, 0.109652, 0.322275");
          values ( \
            "0.0130394, 0.0132295, 0.0136683, 0.0144575, 0.0153881, 0.015911, 0.0161458", \
            "0.0126399, 0.0128314, 0.0132953, 0.0141397, 0.0149961, 0.0155891, 0.0158364", \
            "0.0123113, 0.0124969, 0.0129398, 0.0137429, 0.0146316, 0.0152241, 0.0154841", \
            "0.0122743, 0.0124449, 0.0128635, 0.0136579, 0.0146144, 0.0152771, 0.0155822", \
            "0.0135152, 0.0136164, 0.0140125, 0.014786, 0.0157905, 0.0165539, 0.0169285", \
            "0.0168681, 0.0170066, 0.0173453, 0.0180536, 0.019067, 0.0199321, 0.0204601", \
            "0.0276243, 0.0276206, 0.0279705, 0.0285693, 0.0295222, 0.0305951, 0.0311416" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008469;
      rise_capacitance : 0.00891;
      rise_capacitance_range (0.00891, 0.00891);
      fall_capacitance : 0.008027;
      fall_capacitance_range (0.008027, 0.008027);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0086674, -0.0086815, -0.0087137, -0.008716, -0.0087213, -0.0087334, -0.0087613" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0105074, 0.0104836, 0.0104288, 0.0104468, 0.0104883, 0.0105841, 0.0108049" \
          );
        }
      }
    }
    pin (TE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.0062;
      rise_capacitance : 0.006103;
      rise_capacitance_range (0.006103, 0.006103);
      fall_capacitance : 0.006296;
      fall_capacitance_range (0.006296, 0.006296);
    }
  }
  cell (scs8hd_einvp_8) {
    area : 22.5216;
    cell_footprint : "einvp";
    cell_leakage_power : 0.0156254;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0065487;
      when : "!A&TE";
    }
    leakage_power () {
      value : 4.89244e-05;
      when : "!A&!TE";
    }
    leakage_power () {
      value : 0.0558446;
      when : "A&TE";
    }
    leakage_power () {
      value : 5.94147e-05;
      when : "A&!TE";
    }
    leakage_power () {
      value : 0.0156254;
    }
    pin (Z) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      three_state : "(TE')";
      max_capacitance : 0.543833;
      max_transition : 1.49862;
      capacitance : 0.009506;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100055, 0.0111089, 0.0146475, 0.0259954, 0.0623866, 0.179089, 0.553339");
          values ( \
            "0.0270393, 0.0298869, 0.0385444, 0.0633284, 0.135731, 0.359282, 1.06773", \
            "0.0309354, 0.0332674, 0.0410472, 0.0654735, 0.138703, 0.362762, 1.07453", \
            "0.0427034, 0.0451107, 0.0519867, 0.0748265, 0.14778, 0.373726, 1.08791", \
            "0.0623539, 0.0660231, 0.076573, 0.102533, 0.172284, 0.398151, 1.11433", \
            "0.0982497, 0.103095, 0.117425, 0.154711, 0.237658, 0.460301, 1.17496", \
            "0.172618, 0.178903, 0.197299, 0.24613, 0.36359, 0.609631, 1.3169", \
            "0.33181, 0.340167, 0.364206, 0.428809, 0.58354, 0.927912, 1.66438" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100055, 0.0111089, 0.0146475, 0.0259954, 0.0623866, 0.179089, 0.553339");
          values ( \
            "0.0251965, 0.0281383, 0.037904, 0.0686463, 0.166335, 0.476129, 1.4676", \
            "0.0249213, 0.0278978, 0.0375827, 0.0686105, 0.166131, 0.476867, 1.47128", \
            "0.028656, 0.0309756, 0.0388764, 0.0679684, 0.166211, 0.476101, 1.47283", \
            "0.0386746, 0.042881, 0.0531454, 0.0757954, 0.165443, 0.475877, 1.46713", \
            "0.0517952, 0.0560069, 0.0688964, 0.103564, 0.182631, 0.475216, 1.46868", \
            "0.0807225, 0.0856561, 0.101144, 0.144941, 0.248695, 0.502502, 1.46736", \
            "0.1441, 0.149896, 0.166992, 0.216643, 0.354113, 0.654626, 1.49862" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100055, 0.0111089, 0.0146475, 0.0259954, 0.0623866, 0.179089, 0.553339");
          values ( \
            "0.014475, 0.0153986, 0.0182941, 0.0268231, 0.052256, 0.131383, 0.385458", \
            "0.0173548, 0.0185234, 0.0214992, 0.0300109, 0.0555302, 0.135043, 0.388309", \
            "0.0187965, 0.0204408, 0.0251067, 0.0369075, 0.0634896, 0.143005, 0.396125", \
            "0.0146708, 0.017281, 0.0242445, 0.0417517, 0.079689, 0.161811, 0.416282", \
            "-0.0028333, 0.000678, 0.0106721, 0.0363745, 0.0929514, 0.204798, 0.460057", \
            "-0.0546559, -0.0493725, -0.0346568, 0.001641, 0.0839051, 0.249028, 0.559331", \
            "-0.190043, -0.18241, -0.160866, -0.106078, 0.0115832, 0.251155, 0.710877" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100055, 0.0111089, 0.0146475, 0.0259954, 0.0623866, 0.179089, 0.553339");
          values ( \
            "0.0093337, 0.0104699, 0.0140707, 0.0255937, 0.0624018, 0.180221, 0.556878", \
            "0.0109874, 0.0117893, 0.0148307, 0.0255742, 0.0624431, 0.18008, 0.558068", \
            "0.0144681, 0.0159367, 0.0202424, 0.0308097, 0.063162, 0.180145, 0.556441", \
            "0.0219524, 0.0235456, 0.0287939, 0.0429818, 0.0770474, 0.181271, 0.557835", \
            "0.0364252, 0.0390359, 0.0466377, 0.0652051, 0.108556, 0.210579, 0.557443", \
            "0.0655383, 0.0693283, 0.0801944, 0.10632, 0.16408, 0.290884, 0.604451", \
            "0.125497, 0.130873, 0.145775, 0.185517, 0.26536, 0.434345, 0.799161" \
          );
        }
      }
      timing () {
        related_pin : "TE";
        timing_sense : negative_unate;
        timing_type : three_state_disable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100055, 0.0111089, 0.0146475, 0.0259954, 0.0623866, 0.179089, 0.553339");
          values ( \
            "0.017675, 0.017675, 0.017675, 0.017675, 0.017675, 0.017675, 0.017675", \
            "0.020272, 0.0203346, 0.0204313, 0.0204313, 0.0204351, 0.0204351, 0.0204351", \
            "0.023883, 0.0241232, 0.0241232, 0.0241232, 0.0241232, 0.0241232, 0.0241232", \
            "0.0359047, 0.0365539, 0.0365539, 0.0365539, 0.0365539, 0.0365539, 0.0365539", \
            "0.0640292, 0.0645933, 0.0655358, 0.0655358, 0.0655358, 0.0655358, 0.0655358", \
            "0.127725, 0.130356, 0.130356, 0.130361, 0.130361, 0.130385, 0.131853", \
            "0.280593, 0.286542, 0.286542, 0.286862, 0.286862, 0.286862, 0.286862" \
          );
        }
        rise_transition (scalar) {
          values ( \
            "0" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100055, 0.0111089, 0.0146475, 0.0259954, 0.0623866, 0.179089, 0.553339");
          values ( \
            "0.107766, 0.108447, 0.109121, 0.109121, 0.109121, 0.109121, 0.109121", \
            "0.112861, 0.112861, 0.112861, 0.112861, 0.112861, 0.113267, 0.113267", \
            "0.124679, 0.124679, 0.124679, 0.124679, 0.124679, 0.124969, 0.124969", \
            "0.152417, 0.152417, 0.152417, 0.152491, 0.152491, 0.152491, 0.152504", \
            "0.206781, 0.206781, 0.207278, 0.207278, 0.207278, 0.207278, 0.207278", \
            "0.296526, 0.296526, 0.296526, 0.29656, 0.29656, 0.29656, 0.29656", \
            "0.451701, 0.451701, 0.451701, 0.455214, 0.455214, 0.455214, 0.455214" \
          );
        }
        fall_transition (scalar) {
          values ( \
            "0" \
          );
        }
      }
      timing () {
        related_pin : "TE";
        timing_sense : positive_unate;
        timing_type : three_state_enable;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100055, 0.0111089, 0.0146475, 0.0259954, 0.0623866, 0.179089, 0.553339");
          values ( \
            "0.0807693, 0.0831387, 0.0907388, 0.113301, 0.183115, 0.404092, 1.11359", \
            "0.0841643, 0.0865491, 0.0940677, 0.116686, 0.186442, 0.40757, 1.11722", \
            "0.0924731, 0.094871, 0.102358, 0.124921, 0.194755, 0.415878, 1.1261", \
            "0.106794, 0.109276, 0.116874, 0.139785, 0.209643, 0.432149, 1.14093", \
            "0.119381, 0.121939, 0.129964, 0.153494, 0.223475, 0.445706, 1.15512", \
            "0.117633, 0.120707, 0.129507, 0.154583, 0.22588, 0.447795, 1.16297", \
            "0.0701434, 0.0737469, 0.0844973, 0.113765, 0.189889, 0.412912, 1.12232" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100055, 0.0111089, 0.0146475, 0.0259954, 0.0623866, 0.179089, 0.553339");
          values ( \
            "0.0300208, 0.0328705, 0.0419256, 0.0713287, 0.166644, 0.475752, 1.46592", \
            "0.0299919, 0.0328724, 0.0420283, 0.071316, 0.166838, 0.476008, 1.46587", \
            "0.0300179, 0.0328466, 0.0418857, 0.0713138, 0.167069, 0.476317, 1.4648", \
            "0.0307324, 0.033464, 0.0424033, 0.0716957, 0.167102, 0.478222, 1.46519", \
            "0.0325244, 0.0352848, 0.044096, 0.073041, 0.167133, 0.476943, 1.47299", \
            "0.0373182, 0.0399645, 0.048505, 0.0763951, 0.168948, 0.475369, 1.47036", \
            "0.0472958, 0.049851, 0.0583729, 0.0859405, 0.173999, 0.477127, 1.46426" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100055, 0.0111089, 0.0146475, 0.0259954, 0.0623866, 0.179089, 0.553339");
          values ( \
            "0.0185078, 0.0194228, 0.0221661, 0.0303373, 0.0555423, 0.134839, 0.38802", \
            "0.0207931, 0.0217531, 0.0246692, 0.0330019, 0.0582836, 0.137522, 0.391406", \
            "0.0222359, 0.02352, 0.0271485, 0.0369083, 0.0631711, 0.142518, 0.39718", \
            "0.0183281, 0.0201128, 0.0254901, 0.0390615, 0.070382, 0.152232, 0.406399", \
            "-0.0032742, -0.0003985, 0.0076931, 0.0287109, 0.0742173, 0.170479, 0.428075", \
            "-0.0728558, -0.0681289, -0.0547383, -0.0211291, 0.0500039, 0.187215, 0.473294", \
            "-0.270202, -0.261584, -0.23878, -0.181893, -0.06536, 0.147812, 0.534331" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0100055, 0.0111089, 0.0146475, 0.0259954, 0.0623866, 0.179089, 0.553339");
          values ( \
            "0.0111757, 0.012196, 0.0156751, 0.0270268, 0.0635903, 0.180315, 0.55732", \
            "0.0122896, 0.0131969, 0.016427, 0.027341, 0.0636406, 0.180175, 0.557397", \
            "0.0160489, 0.0169963, 0.0200534, 0.0305163, 0.0647379, 0.180288, 0.556958", \
            "0.0244649, 0.0255115, 0.0288747, 0.0394493, 0.0719153, 0.181565, 0.557088", \
            "0.0410853, 0.0424769, 0.0468586, 0.0597374, 0.093724, 0.19554, 0.557779", \
            "0.0732893, 0.075199, 0.08099, 0.0982956, 0.139787, 0.245556, 0.578487", \
            "0.136883, 0.139637, 0.147923, 0.171383, 0.228362, 0.356241, 0.686771" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160344, 0.00514204, 0.0164899, 0.0528811, 0.169583, 0.543833");
          values ( \
            "0.0356368, 0.038562, 0.0475252, 0.0727137, 0.144431, 0.364438, 1.06799", \
            "0.0343153, 0.0367504, 0.0447988, 0.0694752, 0.142647, 0.364093, 1.07154", \
            "0.0338772, 0.0360875, 0.0433708, 0.0667571, 0.139713, 0.362473, 1.06852", \
            "0.0355045, 0.0375946, 0.0443001, 0.0660842, 0.136739, 0.359995, 1.06734", \
            "0.0413654, 0.0433261, 0.0491883, 0.0710568, 0.136991, 0.358249, 1.06484", \
            "0.056634, 0.0581357, 0.0632415, 0.0814926, 0.146704, 0.362352, 1.06366", \
            "0.100845, 0.10358, 0.101852, 0.116392, 0.175628, 0.380866, 1.07882" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160344, 0.00514204, 0.0164899, 0.0528811, 0.169583, 0.543833");
          values ( \
            "0.0008717, -0.0006832, -0.0062127, -0.0256878, -0.0932149, -0.314414, -1.02575", \
            "-0.0002506, -0.0019733, -0.0075219, -0.0266593, -0.0932702, -0.313881, -1.02498", \
            "-0.0013599, -0.0031957, -0.0090691, -0.028484, -0.0944059, -0.313995, -1.02466", \
            "-0.0011896, -0.0034252, -0.0097847, -0.0297741, -0.0961007, -0.314869, -1.02481", \
            "0.003993, 0.0016264, -0.0056404, -0.0283126, -0.0963085, -0.315632, -1.02516", \
            "0.0200855, 0.0174393, 0.0095863, -0.0149665, -0.0902971, -0.313718, -1.02334", \
            "0.0608734, 0.0579875, 0.0486839, 0.019018, -0.0620184, -0.298424, -1.01557" \
          );
        }
      }
      internal_power () {
        related_pin : "TE";
        when : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160344, 0.00514204, 0.0164899, 0.0528811, 0.169583, 0.543833");
          values ( \
            "0.0136506, 0.0136317, 0.0135478, 0.0134237, 0.0133364, 0.013187, 0.0130982", \
            "0.0132732, 0.0132584, 0.0132153, 0.0131253, 0.0129999, 0.0128976, 0.0128502", \
            "0.0128315, 0.0128182, 0.0127866, 0.0127311, 0.0126392, 0.0125578, 0.0125157", \
            "0.0127174, 0.0127117, 0.0126838, 0.0126876, 0.012576, 0.012525, 0.012487", \
            "0.0134296, 0.0134315, 0.0133364, 0.013282, 0.0132487, 0.0132178, 0.0131927", \
            "0.0168041, 0.0167973, 0.0167749, 0.0167442, 0.0166468, 0.0166692, 0.0166678", \
            "0.0264555, 0.0264427, 0.0264008, 0.0263295, 0.0263136, 0.0262832, 0.0262777" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160344, 0.00514204, 0.0164899, 0.0528811, 0.169583, 0.543833");
          values ( \
            "0.0372288, 0.0354916, 0.0300405, 0.0110268, -0.0133364, -0.013187, -0.0130982", \
            "0.036906, 0.0352481, 0.0297852, 0.0108417, -0.0129999, -0.0128976, -0.0128502", \
            "0.0367076, 0.0349486, 0.0292984, 0.0104517, -0.0126392, -0.0125578, -0.0125157", \
            "0.0388331, 0.0367988, 0.0303647, 0.0102003, -0.012576, -0.012525, -0.012487", \
            "0.0426632, 0.0405576, 0.0338098, 0.0122439, -0.0132487, -0.0132178, -0.0131927", \
            "0.046433, 0.0443208, 0.0375404, 0.0159385, -0.0166468, -0.0166692, -0.0166678", \
            "0.0573416, 0.0551824, 0.0483648, 0.0266078, -0.0263136, -0.0262832, -0.0262777" \
          );
        }
      }
      internal_power () {
        related_pin : "TE";
        when : "!A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160344, 0.00514204, 0.0164899, 0.0528811, 0.169583, 0.543833");
          values ( \
            "0.068732, 0.0708128, 0.0775141, 0.0989634, 0.16754, 0.386026, 1.08823", \
            "0.0685466, 0.0705995, 0.0773223, 0.098729, 0.167093, 0.385783, 1.08809", \
            "0.0682689, 0.0703534, 0.0770808, 0.0984662, 0.166949, 0.385609, 1.08762", \
            "0.068128, 0.070226, 0.076973, 0.0983449, 0.166729, 0.387248, 1.08742", \
            "0.068848, 0.0709619, 0.077725, 0.0993007, 0.167232, 0.387416, 1.09336", \
            "0.0729847, 0.0751246, 0.0818449, 0.10338, 0.171206, 0.389483, 1.09444", \
            "0.0840111, 0.0861035, 0.0927883, 0.114344, 0.183359, 0.402124, 1.10192" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160344, 0.00514204, 0.0164899, 0.0528811, 0.169583, 0.543833");
          values ( \
            "0.016229, 0.0164193, 0.0169645, 0.0182443, 0.0202742, 0.0217017, 0.0223735", \
            "0.0160125, 0.0162103, 0.0167812, 0.018081, 0.0199714, 0.0214412, 0.0221236", \
            "0.0156079, 0.0158037, 0.0163651, 0.0176775, 0.0196024, 0.0211047, 0.0218081", \
            "0.0153686, 0.0155566, 0.0160921, 0.0174005, 0.0192926, 0.0208571, 0.0216166", \
            "0.015817, 0.015976, 0.0164293, 0.0175733, 0.0194697, 0.0211824, 0.0223244", \
            "0.0189934, 0.019142, 0.0195886, 0.0206817, 0.0225055, 0.0244143, 0.0255497", \
            "0.0282406, 0.0283766, 0.0287683, 0.0297243, 0.0314898, 0.0334567, 0.0349096" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.01654;
      rise_capacitance : 0.017371;
      rise_capacitance_range (0.017371, 0.017371);
      fall_capacitance : 0.015709;
      fall_capacitance_range (0.015709, 0.015709);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0169261, -0.0169245, -0.0169208, -0.016941, -0.0169876, -0.0170951, -0.0173427" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.01928, 0.0192587, 0.0192094, 0.0192304, 0.0192788, 0.0193905, 0.0196478" \
          );
        }
      }
    }
    pin (TE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.009368;
      rise_capacitance : 0.009072;
      rise_capacitance_range (0.009072, 0.009072);
      fall_capacitance : 0.009663;
      fall_capacitance_range (0.009663, 0.009663);
    }
  }
  cell (scs8hd_fa_1) {
    area : 20.0192;
    cell_footprint : "fa";
    cell_leakage_power : 0.00651914;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0064439;
      when : "!A&!B&CIN";
    }
    leakage_power () {
      value : 0.0127598;
      when : "!A&!B&!CIN";
    }
    leakage_power () {
      value : 0.0065502;
      when : "!A&B&CIN";
    }
    leakage_power () {
      value : 0.006538;
      when : "!A&B&!CIN";
    }
    leakage_power () {
      value : 0.006565;
      when : "A&!B&CIN";
    }
    leakage_power () {
      value : 0.0065962;
      when : "A&!B&!CIN";
    }
    leakage_power () {
      value : 7.80851e-05;
      when : "A&B&CIN";
    }
    leakage_power () {
      value : 0.0066219;
      when : "A&B&!CIN";
    }
    leakage_power () {
      value : 0.00651914;
    }
    pin (COUT) {
      direction : output;
      function : "(A&B) | (A&CIN) | (B&CIN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.205088;
      max_transition : 1.50061;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0773104, 0.0835139, 0.0976054, 0.130953, 0.217996, 0.456527, 1.1081", \
            "0.0806863, 0.0869317, 0.101057, 0.134393, 0.221453, 0.46001, 1.11165", \
            "0.0883986, 0.0946303, 0.108756, 0.14212, 0.229382, 0.468017, 1.12093", \
            "0.104148, 0.110528, 0.124881, 0.158375, 0.245913, 0.484788, 1.13644", \
            "0.123435, 0.130616, 0.145983, 0.180455, 0.269057, 0.50825, 1.16021", \
            "0.130428, 0.139213, 0.157293, 0.1939, 0.282408, 0.522594, 1.17529", \
            "0.0889625, 0.0996318, 0.122229, 0.16525, 0.255875, 0.495629, 1.14868" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0200215, 0.0258998, 0.0415148, 0.0854293, 0.210446, 0.55465, 1.49738", \
            "0.0199419, 0.0258795, 0.041505, 0.0854186, 0.210408, 0.554621, 1.49722", \
            "0.0199419, 0.0258608, 0.0414919, 0.085368, 0.210421, 0.554241, 1.49779", \
            "0.0208621, 0.0266551, 0.042021, 0.0855661, 0.210345, 0.554623, 1.49725", \
            "0.0240607, 0.0303085, 0.0450688, 0.0878191, 0.211418, 0.554873, 1.49583", \
            "0.0303952, 0.037309, 0.0526297, 0.0918193, 0.21272, 0.555823, 1.49976", \
            "0.0391634, 0.0477093, 0.065841, 0.103614, 0.216301, 0.556668, 1.49247" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.216452, 0.224489, 0.241714, 0.275666, 0.339967, 0.468208, 0.773955", \
            "0.217965, 0.226051, 0.243302, 0.277079, 0.341454, 0.4697, 0.775293", \
            "0.225201, 0.233123, 0.250484, 0.284229, 0.348504, 0.476732, 0.782399", \
            "0.246221, 0.254213, 0.271386, 0.30513, 0.369369, 0.497614, 0.803294", \
            "0.298856, 0.306863, 0.324039, 0.357715, 0.42202, 0.550342, 0.856061", \
            "0.404289, 0.413002, 0.431623, 0.467599, 0.535373, 0.665919, 0.972056", \
            "0.60207, 0.611748, 0.632792, 0.673445, 0.748616, 0.887053, 1.19798" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0340841, 0.0397477, 0.0518118, 0.0770048, 0.130373, 0.261303, 0.644026", \
            "0.0341856, 0.0399523, 0.0520462, 0.0766194, 0.130492, 0.261245, 0.640744", \
            "0.0343015, 0.0394888, 0.0518129, 0.0769524, 0.130438, 0.261367, 0.640805", \
            "0.0339778, 0.0397161, 0.0518811, 0.0771468, 0.130441, 0.261404, 0.643116", \
            "0.0341982, 0.0395875, 0.051844, 0.0769646, 0.130347, 0.261084, 0.640653", \
            "0.0401887, 0.0458491, 0.0587389, 0.0840284, 0.137185, 0.264661, 0.642029", \
            "0.0510646, 0.0573941, 0.0710789, 0.0988727, 0.153058, 0.2774, 0.649904" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0714618, 0.0777013, 0.0918292, 0.125218, 0.212711, 0.452028, 1.10486", \
            "0.0749762, 0.0811873, 0.0953202, 0.128716, 0.216269, 0.455508, 1.10786", \
            "0.0832543, 0.0894766, 0.103658, 0.13714, 0.224719, 0.464116, 1.11736", \
            "0.101512, 0.107824, 0.122084, 0.155586, 0.243319, 0.482592, 1.13406", \
            "0.121918, 0.129297, 0.144563, 0.179026, 0.267404, 0.506718, 1.15961", \
            "0.128389, 0.137495, 0.155962, 0.192515, 0.280823, 0.520816, 1.17347", \
            "0.0877185, 0.0985824, 0.121796, 0.165541, 0.255494, 0.494637, 1.14679" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0199987, 0.025887, 0.0414739, 0.0854311, 0.210453, 0.553991, 1.49453", \
            "0.0199651, 0.0259038, 0.0415076, 0.0853874, 0.210393, 0.554543, 1.49696", \
            "0.019947, 0.0258519, 0.0414368, 0.0855849, 0.210438, 0.554758, 1.49561", \
            "0.0207992, 0.0265758, 0.0420967, 0.0855848, 0.210485, 0.554583, 1.49756", \
            "0.0251515, 0.0308826, 0.0454682, 0.0875248, 0.211336, 0.554642, 1.49948", \
            "0.0319132, 0.0388004, 0.0540166, 0.0922029, 0.212373, 0.555623, 1.49959", \
            "0.0413369, 0.0500495, 0.068333, 0.105783, 0.216731, 0.555912, 1.49451" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.180061, 0.187929, 0.204936, 0.239583, 0.307211, 0.440559, 0.749577", \
            "0.182918, 0.190683, 0.207681, 0.242317, 0.309987, 0.443313, 0.752435", \
            "0.191333, 0.199128, 0.21605, 0.250687, 0.318323, 0.451637, 0.760472", \
            "0.21197, 0.219745, 0.236574, 0.271138, 0.338666, 0.47204, 0.780865", \
            "0.260425, 0.268082, 0.284774, 0.319068, 0.386421, 0.519668, 0.82856", \
            "0.353137, 0.361331, 0.379324, 0.414704, 0.484485, 0.621301, 0.931293", \
            "0.532736, 0.541918, 0.561664, 0.601018, 0.675585, 0.817767, 1.13346" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0325915, 0.0382911, 0.0512234, 0.0788999, 0.136426, 0.268873, 0.648237", \
            "0.0325788, 0.0382222, 0.051256, 0.0788794, 0.136415, 0.268934, 0.646966", \
            "0.0326715, 0.0381829, 0.0513528, 0.078949, 0.136293, 0.268826, 0.649218", \
            "0.0324799, 0.0381225, 0.0513533, 0.078893, 0.136304, 0.268798, 0.649176", \
            "0.0326727, 0.0380488, 0.050965, 0.0788705, 0.136141, 0.268861, 0.649282", \
            "0.0381267, 0.0436633, 0.0561041, 0.0833078, 0.14197, 0.273963, 0.647748", \
            "0.0482175, 0.0541633, 0.0676867, 0.0957065, 0.153128, 0.284961, 0.65534" \
          );
        }
      }
      timing () {
        related_pin : "CIN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.069304, 0.0755921, 0.0900507, 0.124373, 0.213476, 0.454479, 1.10682", \
            "0.0727757, 0.079048, 0.0935146, 0.127815, 0.216921, 0.45804, 1.11238", \
            "0.0809907, 0.0872876, 0.101766, 0.136068, 0.22512, 0.466166, 1.11894", \
            "0.0988475, 0.10508, 0.119846, 0.153978, 0.24302, 0.484206, 1.13675", \
            "0.117418, 0.124807, 0.140198, 0.175038, 0.264496, 0.5056, 1.15989", \
            "0.119972, 0.129063, 0.147537, 0.184732, 0.273865, 0.515457, 1.16984", \
            "0.0684144, 0.0794642, 0.103112, 0.147733, 0.238979, 0.479735, 1.13307" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0194817, 0.0254021, 0.0410074, 0.0850485, 0.210647, 0.554664, 1.4944", \
            "0.0194367, 0.0253821, 0.0410307, 0.0851212, 0.210657, 0.55503, 1.49757", \
            "0.019497, 0.0253684, 0.0410595, 0.0851378, 0.210629, 0.554712, 1.49721", \
            "0.0206147, 0.0265296, 0.0418479, 0.0854063, 0.210665, 0.554379, 1.49694", \
            "0.024872, 0.0310065, 0.0454123, 0.0873951, 0.211606, 0.554644, 1.50061", \
            "0.0317533, 0.0386504, 0.054463, 0.0921087, 0.212826, 0.555233, 1.4927", \
            "0.0416151, 0.0505581, 0.0689969, 0.106447, 0.217209, 0.556755, 1.49312" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.169657, 0.177503, 0.194578, 0.229895, 0.29898, 0.432906, 0.741846", \
            "0.171269, 0.179085, 0.196205, 0.231382, 0.300472, 0.434399, 0.743561", \
            "0.179487, 0.187318, 0.204241, 0.239517, 0.308675, 0.442613, 0.751581", \
            "0.204078, 0.211858, 0.228812, 0.264097, 0.333078, 0.467012, 0.776225", \
            "0.269307, 0.277112, 0.294052, 0.328976, 0.39815, 0.532137, 0.841165", \
            "0.397382, 0.406174, 0.425372, 0.463913, 0.537692, 0.674276, 0.983913", \
            "0.613387, 0.623776, 0.64636, 0.691579, 0.778916, 0.928053, 1.24301" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0328032, 0.0385121, 0.051717, 0.0807825, 0.138126, 0.269585, 0.649437", \
            "0.0328243, 0.0385317, 0.0516871, 0.0808146, 0.138382, 0.270049, 0.645403", \
            "0.0328353, 0.0386503, 0.0516579, 0.0808373, 0.138257, 0.269603, 0.649462", \
            "0.0328886, 0.0386222, 0.0517026, 0.0807615, 0.138401, 0.269683, 0.644285", \
            "0.0328612, 0.0386761, 0.0516008, 0.0813092, 0.138409, 0.26964, 0.649492", \
            "0.0437393, 0.0492529, 0.0630155, 0.0919989, 0.148146, 0.274179, 0.646933", \
            "0.0596222, 0.0664071, 0.0815885, 0.115217, 0.176383, 0.295135, 0.655347" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "-8.91127e-05, -3.18782e-05, 0.0011024, 0.0080047, 0.0365245, 0.121712, 0.363609", \
            "-9.75461e-05, -5.31101e-05, 0.0010589, 0.0079058, 0.0364015, 0.121622, 0.363666", \
            "-0.0001097, -8.67371e-05, 0.0009849, 0.0077823, 0.0362486, 0.121681, 0.363353", \
            "-0.0001258, -0.0001291, 0.0008835, 0.0076257, 0.0361098, 0.121395, 0.36344", \
            "-0.0001276, -0.0001279, 0.0008813, 0.0075503, 0.0360928, 0.121702, 0.363076", \
            "-3.04383e-05, 0.0001052, 0.001402, 0.0085839, 0.0363346, 0.121967, 0.363876", \
            "0.0001131, 0.0004594, 0.0021583, 0.0100253, 0.0385863, 0.124034, 0.365009" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0029826, 0.007287, 0.0152093, 0.0221188, 0.0081191, -0.0695965, -0.31049", \
            "0.0029653, 0.0072603, 0.0151146, 0.0219788, 0.0078492, -0.0699068, -0.3108", \
            "0.0029519, 0.0072058, 0.0150241, 0.0217681, 0.0075077, -0.0703043, -0.311223", \
            "0.0029249, 0.0071557, 0.0149043, 0.021526, 0.0071865, -0.0706555, -0.311585", \
            "0.0029077, 0.0071043, 0.0147777, 0.02131, 0.0068162, -0.071085, -0.312004", \
            "0.0029404, 0.0071766, 0.0149026, 0.0214181, 0.0068942, -0.0709501, -0.311829", \
            "0.0030692, 0.0074861, 0.0155329, 0.0224245, 0.0081582, -0.069414, -0.310137" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "-3.90776e-05, 8.96753e-05, 0.0013816, 0.008538, 0.0374085, 0.123217, 0.36491", \
            "-4.27755e-05, 8.49983e-05, 0.0013649, 0.0085105, 0.0373942, 0.123109, 0.365546", \
            "-4.92754e-05, 7.02813e-05, 0.0013408, 0.0084606, 0.037312, 0.12322, 0.36744", \
            "-5.28831e-05, 5.62298e-05, 0.001285, 0.0083897, 0.0372768, 0.123068, 0.365416", \
            "-4.43806e-05, 7.55514e-05, 0.0013359, 0.0084777, 0.0373947, 0.123364, 0.366321", \
            "7.56536e-05, 0.0003704, 0.0020197, 0.009679, 0.0379272, 0.123992, 0.366185", \
            "0.000285, 0.0008869, 0.0031364, 0.0117622, 0.041127, 0.127124, 0.367927" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0028284, 0.0069039, 0.0143551, 0.0205892, 0.0058121, -0.071945, -0.312768", \
            "0.0028197, 0.006882, 0.0143004, 0.0204552, 0.0056202, -0.0722011, -0.313111", \
            "0.0028034, 0.0068365, 0.0141956, 0.0202357, 0.0053686, -0.0724878, -0.31346", \
            "0.0027882, 0.0068034, 0.0141173, 0.0200693, 0.0051311, -0.0727596, -0.313741", \
            "0.0027782, 0.0067736, 0.0140316, 0.0198909, 0.0048173, -0.0730745, -0.314068", \
            "0.0028045, 0.0068248, 0.0141283, 0.0200304, 0.0048809, -0.0729293, -0.313916", \
            "0.0029893, 0.0072936, 0.0149758, 0.0214408, 0.0068598, -0.0711981, -0.311872" \
          );
        }
      }
      internal_power () {
        related_pin : "CIN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "7.75694e-05, 0.0003916, 0.0021161, 0.0100545, 0.0399273, 0.126661, 0.369723", \
            "7.57008e-05, 0.0003873, 0.0021034, 0.0100409, 0.0399408, 0.126537, 0.369005", \
            "6.78985e-05, 0.0003685, 0.0020543, 0.009938, 0.0397421, 0.126445, 0.369681", \
            "4.94733e-05, 0.0003121, 0.0019079, 0.0096396, 0.039308, 0.125968, 0.369165", \
            "4.69312e-05, 0.0003061, 0.0018483, 0.0095017, 0.0389173, 0.125478, 0.36878", \
            "0.0001317, 0.0005154, 0.0022939, 0.0103103, 0.0390575, 0.12574, 0.368474", \
            "0.0002866, 0.0008821, 0.0031629, 0.0118201, 0.0414392, 0.127808, 0.370028" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0027177, 0.0066149, 0.0136809, 0.019326, 0.0039839, -0.0741274, -0.315226", \
            "0.0027063, 0.0065933, 0.0136338, 0.0191996, 0.0037949, -0.0743597, -0.315465", \
            "0.0026915, 0.0065473, 0.0135611, 0.0190652, 0.0035676, -0.0746209, -0.315763", \
            "0.002679, 0.0065275, 0.0134788, 0.0189313, 0.0033707, -0.0748166, -0.315963", \
            "0.0026783, 0.006522, 0.013462, 0.0189806, 0.0032506, -0.0749577, -0.316081", \
            "0.0027642, 0.0067161, 0.0138401, 0.0193663, 0.0037746, -0.0743093, -0.31539", \
            "0.0029736, 0.0072411, 0.0149202, 0.0210578, 0.0059159, -0.0721369, -0.313066" \
          );
        }
      }
    }
    pin (SUM) {
      direction : output;
      function : "(A&!B&!CIN) | (!A&B&!CIN) | (!A&!B&CIN) | (A&B&CIN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.204173;
      max_transition : 1.50318;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0601146, 0.0659743, 0.0798884, 0.113806, 0.202766, 0.441821, 1.09507", \
            "0.0641763, 0.0700237, 0.0839315, 0.117837, 0.206843, 0.445947, 1.09917", \
            "0.0731007, 0.0789095, 0.0926936, 0.12643, 0.215577, 0.454855, 1.10816", \
            "0.0888033, 0.0947914, 0.108705, 0.142561, 0.231306, 0.472387, 1.12442", \
            "0.104193, 0.110965, 0.125696, 0.159728, 0.248872, 0.49022, 1.14419", \
            "0.102213, 0.110561, 0.127915, 0.163529, 0.25221, 0.493412, 1.14525", \
            "0.0439619, 0.0541189, 0.0757554, 0.117528, 0.207009, 0.447039, 1.10218" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0180932, 0.0240269, 0.040107, 0.085145, 0.211384, 0.556171, 1.49926", \
            "0.0180721, 0.0240261, 0.0401007, 0.0851428, 0.211409, 0.556115, 1.49921", \
            "0.0179779, 0.0239291, 0.0400583, 0.08493, 0.211263, 0.556525, 1.49953", \
            "0.0192394, 0.0251624, 0.0407665, 0.0850677, 0.211249, 0.556609, 1.49988", \
            "0.0229617, 0.028791, 0.0434146, 0.0865665, 0.211427, 0.555726, 1.49998", \
            "0.0294027, 0.0358651, 0.0505904, 0.0900095, 0.212425, 0.555307, 1.49698", \
            "0.0386457, 0.0466992, 0.0631777, 0.100662, 0.21462, 0.558243, 1.49198" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.178547, 0.185651, 0.200793, 0.229966, 0.285228, 0.404597, 0.709094", \
            "0.182739, 0.189813, 0.204876, 0.234126, 0.289533, 0.408617, 0.713175", \
            "0.193044, 0.200068, 0.214807, 0.244122, 0.299522, 0.419389, 0.723975", \
            "0.216804, 0.223871, 0.238907, 0.2681, 0.32333, 0.443083, 0.747648", \
            "0.270813, 0.277866, 0.292831, 0.321708, 0.377136, 0.496798, 0.801496", \
            "0.375354, 0.383052, 0.399545, 0.431074, 0.489516, 0.610807, 0.91411", \
            "0.570052, 0.578677, 0.597785, 0.633795, 0.698083, 0.824648, 1.13049" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0303606, 0.0351786, 0.0455766, 0.0663305, 0.116545, 0.252033, 0.642514", \
            "0.0303068, 0.0350749, 0.0452409, 0.0672311, 0.116329, 0.251937, 0.642385", \
            "0.0304113, 0.035221, 0.0454983, 0.066402, 0.11655, 0.251925, 0.641774", \
            "0.0302098, 0.0350738, 0.0452571, 0.0672316, 0.116566, 0.251929, 0.645661", \
            "0.0303586, 0.0351782, 0.0454587, 0.0666139, 0.115732, 0.252143, 0.646941", \
            "0.0361625, 0.0412883, 0.052368, 0.0736018, 0.121079, 0.254419, 0.642916", \
            "0.0471609, 0.0527069, 0.0646867, 0.0881428, 0.137338, 0.263742, 0.646637" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.303571, 0.309991, 0.324455, 0.358617, 0.447923, 0.688219, 1.34089", \
            "0.304974, 0.311401, 0.325968, 0.359915, 0.449321, 0.689321, 1.34492", \
            "0.312052, 0.318506, 0.3329, 0.367181, 0.456354, 0.696886, 1.34957", \
            "0.332911, 0.339374, 0.353777, 0.387996, 0.477064, 0.71762, 1.37068", \
            "0.385311, 0.391758, 0.406278, 0.440535, 0.529636, 0.769804, 1.42332", \
            "0.495415, 0.502074, 0.516808, 0.550712, 0.639847, 0.880279, 1.5356", \
            "0.702834, 0.709747, 0.724938, 0.75945, 0.848168, 1.08835, 1.74106" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0224134, 0.0281446, 0.0432007, 0.0866438, 0.211864, 0.555576, 1.49373", \
            "0.0224417, 0.028204, 0.0431271, 0.0865001, 0.2117, 0.55487, 1.4976", \
            "0.0224189, 0.0281131, 0.043184, 0.0864847, 0.211617, 0.554661, 1.49712", \
            "0.0224243, 0.028064, 0.0430859, 0.0864763, 0.211351, 0.555335, 1.49841", \
            "0.0223754, 0.0281081, 0.0430926, 0.0865702, 0.211834, 0.556089, 1.50102", \
            "0.023349, 0.0290608, 0.0437914, 0.0867156, 0.211877, 0.555694, 1.49823", \
            "0.0251286, 0.0314108, 0.0453487, 0.0873573, 0.211885, 0.557473, 1.497" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.182555, 0.189075, 0.203837, 0.234596, 0.294348, 0.418759, 0.724599", \
            "0.185907, 0.192535, 0.207184, 0.238002, 0.297776, 0.422211, 0.727872", \
            "0.193409, 0.200018, 0.214665, 0.24539, 0.305181, 0.429661, 0.735718", \
            "0.207314, 0.213936, 0.228566, 0.259328, 0.318998, 0.443537, 0.74941", \
            "0.227506, 0.234029, 0.248595, 0.279253, 0.338962, 0.463419, 0.769149", \
            "0.24132, 0.247925, 0.262472, 0.293064, 0.352598, 0.476644, 0.781948", \
            "0.213735, 0.220339, 0.234977, 0.265622, 0.325468, 0.449796, 0.754913" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0271299, 0.0323379, 0.0440575, 0.0699219, 0.123327, 0.257921, 0.64685", \
            "0.0271101, 0.0323473, 0.0440022, 0.0698683, 0.122979, 0.25735, 0.644294", \
            "0.0272793, 0.0321384, 0.0440341, 0.069845, 0.122812, 0.257564, 0.645927", \
            "0.0271083, 0.0323295, 0.043986, 0.0698565, 0.123497, 0.257395, 0.643704", \
            "0.026856, 0.031848, 0.0436865, 0.0694726, 0.123254, 0.25816, 0.643989", \
            "0.0271918, 0.0323977, 0.0439308, 0.069711, 0.123132, 0.256229, 0.646982", \
            "0.0278945, 0.0330792, 0.0448855, 0.0703879, 0.123437, 0.257998, 0.643983" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0630431, 0.068996, 0.082962, 0.116998, 0.205893, 0.445793, 1.09859", \
            "0.0670643, 0.0729896, 0.0869847, 0.120918, 0.210093, 0.450866, 1.1029", \
            "0.0752631, 0.0812031, 0.0951195, 0.129131, 0.218135, 0.458309, 1.1114", \
            "0.0896682, 0.0957254, 0.109821, 0.143738, 0.2328, 0.472647, 1.12671", \
            "0.10477, 0.11157, 0.126595, 0.161113, 0.250111, 0.490965, 1.14323", \
            "0.104075, 0.112478, 0.130076, 0.166448, 0.255392, 0.495736, 1.14799", \
            "0.0489635, 0.0592634, 0.0814756, 0.123907, 0.214063, 0.453533, 1.10776" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.018395, 0.0244089, 0.0402617, 0.0849642, 0.211367, 0.556353, 1.49496", \
            "0.0183992, 0.0243899, 0.0403357, 0.0851814, 0.211806, 0.557441, 1.49993", \
            "0.018411, 0.0244083, 0.0403829, 0.0852002, 0.211379, 0.556441, 1.5009", \
            "0.0194964, 0.025479, 0.0411292, 0.0852775, 0.211574, 0.556866, 1.49989", \
            "0.0232985, 0.0290797, 0.0439222, 0.0868199, 0.211215, 0.556638, 1.49659", \
            "0.0297452, 0.036417, 0.0513565, 0.0907273, 0.212437, 0.555131, 1.49749", \
            "0.0389602, 0.0475671, 0.0648834, 0.102625, 0.215526, 0.557776, 1.49116" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.159501, 0.166276, 0.18085, 0.209458, 0.264096, 0.383566, 0.688121", \
            "0.16318, 0.169941, 0.184546, 0.213184, 0.26779, 0.387403, 0.691884", \
            "0.172695, 0.179412, 0.194, 0.222568, 0.277299, 0.396842, 0.701437", \
            "0.193712, 0.200445, 0.214814, 0.243576, 0.298504, 0.418155, 0.722581", \
            "0.24022, 0.247047, 0.261688, 0.290177, 0.345225, 0.464899, 0.769108", \
            "0.327015, 0.33444, 0.350431, 0.381556, 0.439723, 0.561406, 0.866261", \
            "0.498052, 0.506242, 0.52437, 0.559419, 0.623716, 0.749365, 1.05544" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0282523, 0.0329942, 0.0431727, 0.0652701, 0.115439, 0.251508, 0.646595", \
            "0.0283209, 0.0331048, 0.0432323, 0.0650678, 0.115455, 0.251515, 0.647782", \
            "0.0283794, 0.0330241, 0.0432621, 0.0647372, 0.115665, 0.251423, 0.641774", \
            "0.0282505, 0.0330889, 0.0431955, 0.0648477, 0.115111, 0.25142, 0.648036", \
            "0.0295237, 0.034241, 0.0444235, 0.0663746, 0.115929, 0.251633, 0.6458", \
            "0.034629, 0.0396585, 0.0504767, 0.0723837, 0.121918, 0.254818, 0.648786", \
            "0.0440414, 0.0493602, 0.0608077, 0.084684, 0.134751, 0.262728, 0.645186" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.266727, 0.273176, 0.287474, 0.321642, 0.410612, 0.650792, 1.30373", \
            "0.269359, 0.275965, 0.290265, 0.324039, 0.41344, 0.653665, 1.30735", \
            "0.277602, 0.284309, 0.298568, 0.332568, 0.421455, 0.661577, 1.31411", \
            "0.298055, 0.304539, 0.318757, 0.35275, 0.441803, 0.682372, 1.33672", \
            "0.345048, 0.35149, 0.365776, 0.399586, 0.488681, 0.729284, 1.38362", \
            "0.441098, 0.447456, 0.461933, 0.495527, 0.584523, 0.824825, 1.47913", \
            "0.627551, 0.634216, 0.649007, 0.682659, 0.771447, 1.012, 1.66478" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0226729, 0.0282156, 0.0428255, 0.0863385, 0.211354, 0.555188, 1.49647", \
            "0.0226294, 0.0282683, 0.0428547, 0.0862784, 0.211983, 0.554857, 1.49403", \
            "0.0226998, 0.0282308, 0.0428137, 0.086226, 0.211508, 0.555673, 1.49755", \
            "0.0225587, 0.0280662, 0.0429682, 0.0861793, 0.211849, 0.554809, 1.49693", \
            "0.0226742, 0.0282712, 0.0430106, 0.0863048, 0.211571, 0.554922, 1.4972", \
            "0.0227257, 0.0284771, 0.04304, 0.0860913, 0.211678, 0.554993, 1.49673", \
            "0.0240367, 0.0300363, 0.0441462, 0.0865136, 0.211001, 0.554918, 1.49392" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.176592, 0.18308, 0.197761, 0.228136, 0.28741, 0.41162, 0.717278", \
            "0.180092, 0.186672, 0.201263, 0.231621, 0.290857, 0.415068, 0.720889", \
            "0.188072, 0.194631, 0.20918, 0.239545, 0.298843, 0.422974, 0.72886", \
            "0.204883, 0.211466, 0.226057, 0.256364, 0.315655, 0.439854, 0.745785", \
            "0.227115, 0.233714, 0.248182, 0.278628, 0.337867, 0.462017, 0.768016", \
            "0.240258, 0.246725, 0.261351, 0.291771, 0.351039, 0.475116, 0.780836", \
            "0.213847, 0.220413, 0.234994, 0.265456, 0.324997, 0.44933, 0.75477" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0270531, 0.032222, 0.0436953, 0.0691755, 0.121614, 0.257985, 0.644399", \
            "0.0271047, 0.0321907, 0.043693, 0.0691589, 0.122851, 0.257863, 0.646549", \
            "0.0272015, 0.0322484, 0.0437848, 0.0692728, 0.122412, 0.257755, 0.646214", \
            "0.0271583, 0.0320132, 0.0438439, 0.0692673, 0.122328, 0.256692, 0.643068", \
            "0.0268916, 0.0319726, 0.0437229, 0.0690069, 0.122657, 0.257933, 0.64506", \
            "0.0272449, 0.0323071, 0.0437986, 0.0693081, 0.122897, 0.256144, 0.643474", \
            "0.0280609, 0.0330808, 0.0446257, 0.0702721, 0.123714, 0.257965, 0.642974" \
          );
        }
      }
      timing () {
        related_pin : "CIN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0616757, 0.0678866, 0.08239, 0.116783, 0.205916, 0.445554, 1.09982", \
            "0.0654765, 0.0716975, 0.0861703, 0.120527, 0.209526, 0.449669, 1.10184", \
            "0.0726283, 0.0788138, 0.093229, 0.127616, 0.216617, 0.457226, 1.10911", \
            "0.0831109, 0.0897117, 0.104678, 0.13944, 0.228476, 0.468951, 1.12254", \
            "0.0920626, 0.0991814, 0.115142, 0.150699, 0.240673, 0.480941, 1.13618", \
            "0.0818989, 0.0904706, 0.108424, 0.146005, 0.236021, 0.477136, 1.12937", \
            "0.0087874, 0.019278, 0.0421365, 0.0857605, 0.177663, 0.417359, 1.07268" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0194544, 0.0254616, 0.0413539, 0.0856136, 0.211732, 0.556314, 1.49762", \
            "0.0195148, 0.0254585, 0.0413499, 0.0856501, 0.210926, 0.555413, 1.50102", \
            "0.0195083, 0.0255082, 0.0413374, 0.0855096, 0.211482, 0.55644, 1.50318", \
            "0.0210917, 0.0272599, 0.0430311, 0.0862959, 0.210926, 0.556443, 1.50224", \
            "0.0238425, 0.0302559, 0.0457833, 0.0887374, 0.212262, 0.556623, 1.49958", \
            "0.0306223, 0.037118, 0.0524086, 0.0930765, 0.213302, 0.556114, 1.49408", \
            "0.0405906, 0.0489857, 0.0669609, 0.105438, 0.217741, 0.558659, 1.4916" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.140466, 0.147086, 0.161605, 0.191164, 0.249587, 0.373538, 0.678905", \
            "0.143762, 0.15035, 0.164812, 0.194568, 0.253081, 0.376694, 0.682627", \
            "0.153443, 0.159935, 0.17439, 0.203922, 0.262374, 0.38628, 0.692021", \
            "0.176211, 0.182663, 0.197049, 0.226678, 0.285025, 0.40882, 0.714652", \
            "0.226151, 0.232749, 0.247176, 0.276768, 0.335411, 0.459261, 0.765061", \
            "0.31619, 0.323337, 0.33862, 0.369311, 0.430153, 0.557829, 0.865126", \
            "0.48966, 0.497429, 0.514955, 0.549523, 0.61437, 0.746274, 1.05792" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0264736, 0.0316016, 0.0431043, 0.0674265, 0.121814, 0.256651, 0.6458", \
            "0.026672, 0.0315961, 0.0429003, 0.0681193, 0.121442, 0.256959, 0.648503", \
            "0.0264893, 0.03137, 0.0430836, 0.067452, 0.121565, 0.257116, 0.648468", \
            "0.0266149, 0.0315101, 0.0428876, 0.067526, 0.12149, 0.257509, 0.646505", \
            "0.0276811, 0.0326339, 0.0440064, 0.0678626, 0.121329, 0.257454, 0.646057", \
            "0.0331536, 0.0380456, 0.0491131, 0.0722693, 0.127138, 0.263729, 0.649099", \
            "0.0433687, 0.0483274, 0.0599056, 0.0845299, 0.13884, 0.272843, 0.652513" \
          );
        }
      }
      timing () {
        related_pin : "CIN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.257117, 0.263648, 0.27814, 0.312005, 0.401421, 0.641748, 1.29552", \
            "0.258453, 0.265103, 0.279488, 0.313476, 0.402828, 0.643021, 1.29691", \
            "0.266609, 0.273185, 0.287569, 0.321552, 0.410756, 0.651106, 1.30492", \
            "0.291134, 0.297695, 0.312086, 0.346073, 0.435202, 0.675719, 1.32974", \
            "0.355339, 0.361928, 0.376345, 0.410308, 0.499508, 0.7399, 1.39385", \
            "0.488871, 0.495883, 0.510594, 0.544746, 0.633874, 0.874634, 1.52808", \
            "0.713384, 0.72106, 0.73698, 0.771598, 0.860196, 1.10123, 1.75446" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0228767, 0.0285145, 0.0430661, 0.0861915, 0.212022, 0.555532, 1.4968", \
            "0.0232093, 0.0284776, 0.043064, 0.0862708, 0.211703, 0.555463, 1.49762", \
            "0.0229966, 0.0284955, 0.0430642, 0.0863846, 0.211929, 0.555556, 1.49761", \
            "0.0229595, 0.0284071, 0.0430641, 0.0863645, 0.21196, 0.555036, 1.49715", \
            "0.0232228, 0.0284688, 0.0431313, 0.0864102, 0.211937, 0.555391, 1.49749", \
            "0.0244354, 0.0299082, 0.0441928, 0.0868612, 0.211695, 0.555512, 1.49375", \
            "0.027451, 0.0334591, 0.0475769, 0.0880521, 0.212453, 0.55566, 1.49549" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.19026, 0.197074, 0.211797, 0.240489, 0.295633, 0.415291, 0.719944", \
            "0.193595, 0.200431, 0.215062, 0.243872, 0.298998, 0.418497, 0.723003", \
            "0.200402, 0.207046, 0.221878, 0.250545, 0.305659, 0.4253, 0.729905", \
            "0.212663, 0.219416, 0.234094, 0.262753, 0.317857, 0.437533, 0.742216", \
            "0.229995, 0.236561, 0.250828, 0.279207, 0.334212, 0.453805, 0.758405", \
            "0.238515, 0.244852, 0.258661, 0.286469, 0.340858, 0.46003, 0.764679", \
            "0.199948, 0.206293, 0.220176, 0.248016, 0.302422, 0.421821, 0.725788" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370947, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.028593, 0.0333744, 0.043728, 0.0656597, 0.11542, 0.25187, 0.644127", \
            "0.0286177, 0.033385, 0.0435985, 0.0655652, 0.115249, 0.251548, 0.646976", \
            "0.0286181, 0.0332787, 0.0436049, 0.0651055, 0.115601, 0.251167, 0.643217", \
            "0.0287004, 0.0336203, 0.0439201, 0.0658447, 0.115533, 0.25173, 0.643571", \
            "0.0272173, 0.0318894, 0.042298, 0.0641376, 0.115706, 0.250737, 0.643823", \
            "0.0263325, 0.030956, 0.0415513, 0.0631348, 0.114239, 0.249275, 0.648886", \
            "0.0270539, 0.031639, 0.0420583, 0.0635979, 0.114758, 0.250986, 0.644692" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370948, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0011182, 0.0030254, 0.0083114, 0.0221183, 0.0567522, 0.146973, 0.390428", \
            "0.0010989, 0.0029794, 0.0082191, 0.0219778, 0.0565321, 0.146652, 0.392208", \
            "0.0010838, 0.0029442, 0.0081064, 0.0217677, 0.0562694, 0.146315, 0.389733", \
            "0.0010598, 0.002881, 0.0079847, 0.0215236, 0.0559105, 0.145892, 0.389434", \
            "0.0010352, 0.0028155, 0.0078618, 0.0213088, 0.055554, 0.14535, 0.389103", \
            "0.0010412, 0.0028145, 0.0078794, 0.0214179, 0.0557212, 0.145694, 0.390673", \
            "0.0012595, 0.0033659, 0.0087947, 0.0224253, 0.0572744, 0.147608, 0.390831" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370948, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0016298, 0.003886, 0.0075522, 0.0079853, -0.0112299, -0.0924913, -0.333915", \
            "0.0016204, 0.0038703, 0.0075185, 0.0079022, -0.0113795, -0.0926611, -0.334092", \
            "0.0016091, 0.0038442, 0.0074705, 0.0077788, -0.0115638, -0.092875, -0.334293", \
            "0.0015955, 0.003805, 0.0073671, 0.0076208, -0.0118432, -0.0931968, -0.334639", \
            "0.0015904, 0.0037906, 0.007317, 0.0075467, -0.0119931, -0.0933895, -0.334846", \
            "0.0016836, 0.0040315, 0.00787, 0.0085843, -0.0116329, -0.0930522, -0.334451", \
            "0.0018235, 0.0043825, 0.0086151, 0.0100258, -0.0094097, -0.0906571, -0.332252" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370948, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0009505, 0.0025802, 0.0073432, 0.0205876, 0.0547095, 0.144321, 0.387711", \
            "0.0009375, 0.0025493, 0.0072753, 0.0204541, 0.054561, 0.144196, 0.387511", \
            "0.0009242, 0.0025123, 0.0071827, 0.0202347, 0.0543235, 0.14374, 0.387139", \
            "0.0009074, 0.0024744, 0.0070888, 0.020067, 0.0539979, 0.143701, 0.387099", \
            "0.0008917, 0.0024333, 0.0069853, 0.0198887, 0.053765, 0.143304, 0.38648", \
            "0.0008723, 0.0023836, 0.0069765, 0.0200302, 0.0539114, 0.143516, 0.386545", \
            "0.0011623, 0.0031235, 0.0082424, 0.0214413, 0.0556075, 0.146001, 0.388265" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370948, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0016835, 0.0040159, 0.0078709, 0.0085342, -0.010505, -0.0916667, -0.332947", \
            "0.0016807, 0.0040181, 0.0078461, 0.0085059, -0.0105512, -0.0917154, -0.333099", \
            "0.0016763, 0.0040062, 0.007814, 0.0084558, -0.0106257, -0.0918096, -0.333212", \
            "0.0016695, 0.0039849, 0.0077699, 0.0083851, -0.0107471, -0.0919636, -0.333368", \
            "0.001677, 0.0040068, 0.0078221, 0.0084736, -0.0106799, -0.0918612, -0.333266", \
            "0.0017871, 0.0042901, 0.0084619, 0.0096794, -0.0100436, -0.0911811, -0.332536", \
            "0.00199, 0.0047892, 0.0095589, 0.0117626, -0.0068728, -0.087669, -0.329083" \
          );
        }
      }
      internal_power () {
        related_pin : "CIN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370948, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0008272, 0.0022748, 0.0066537, 0.019324, 0.0528679, 0.14216, 0.38534", \
            "0.0008183, 0.002246, 0.0066021, 0.0191976, 0.0527051, 0.141941, 0.384915", \
            "0.0008051, 0.0022143, 0.0065241, 0.0190641, 0.0525136, 0.141701, 0.384697", \
            "0.000792, 0.0021819, 0.0064551, 0.0189302, 0.0523214, 0.141527, 0.384517", \
            "0.0007976, 0.0021943, 0.0064764, 0.0189797, 0.0523935, 0.141577, 0.384547", \
            "0.0008253, 0.0022697, 0.0066166, 0.0193659, 0.0530306, 0.142305, 0.385396", \
            "0.0011349, 0.0030478, 0.0080569, 0.0210589, 0.0553103, 0.145373, 0.388126" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136189, 0.00370948, 0.0101038, 0.0275204, 0.0749594, 0.204173");
          values ( \
            "0.0018283, 0.0043886, 0.0086846, 0.0100533, -0.0085538, -0.0894498, -0.330585", \
            "0.0018288, 0.0043855, 0.0086652, 0.0100398, -0.0085806, -0.0894244, -0.330651", \
            "0.0018181, 0.0043616, 0.0086247, 0.0099371, -0.008721, -0.0896207, -0.330813", \
            "0.0017923, 0.0043019, 0.0084852, 0.0096351, -0.0091614, -0.0901521, -0.331437", \
            "0.0017767, 0.0042565, 0.008386, 0.0094977, -0.0094424, -0.0905019, -0.331747", \
            "0.0018445, 0.004432, 0.0087896, 0.0103102, -0.0091422, -0.0901626, -0.331415", \
            "0.0019916, 0.0048018, 0.0096272, 0.0118213, -0.0067537, -0.0875209, -0.328789" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.006988;
      rise_capacitance : 0.007168;
      rise_capacitance_range (0.007168, 0.007168);
      fall_capacitance : 0.006808;
      fall_capacitance_range (0.006808, 0.006808);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.006266;
      rise_capacitance : 0.006284;
      rise_capacitance_range (0.006284, 0.006284);
      fall_capacitance : 0.006249;
      fall_capacitance_range (0.006249, 0.006249);
    }
    pin (CIN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004675;
      rise_capacitance : 0.00476;
      rise_capacitance_range (0.00476, 0.00476);
      fall_capacitance : 0.00459;
      fall_capacitance_range (0.00459, 0.00459);
    }
  }
  cell (scs8hd_fa_2) {
    area : 22.5216;
    cell_footprint : "fa";
    cell_leakage_power : 0.0177789;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0284727;
      when : "!A&!B&CIN";
    }
    leakage_power () {
      value : 0.0251248;
      when : "!A&!B&!CIN";
    }
    leakage_power () {
      value : 0.0127732;
      when : "!A&B&CIN";
    }
    leakage_power () {
      value : 0.0206708;
      when : "!A&B&!CIN";
    }
    leakage_power () {
      value : 0.0127832;
      when : "A&!B&CIN";
    }
    leakage_power () {
      value : 0.0207262;
      when : "A&!B&!CIN";
    }
    leakage_power () {
      value : 0.0088417;
      when : "A&B&CIN";
    }
    leakage_power () {
      value : 0.0128388;
      when : "A&B&!CIN";
    }
    leakage_power () {
      value : 0.0177789;
    }
    pin (COUT) {
      direction : output;
      function : "(A&B) | (A&CIN) | (B&CIN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.387278;
      max_transition : 1.50226;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.0935685, 0.0986455, 0.111003, 0.139941, 0.216018, 0.442725, 1.12839", \
            "0.0969204, 0.10207, 0.114382, 0.143317, 0.219376, 0.446173, 1.1312", \
            "0.104492, 0.109641, 0.122023, 0.150933, 0.227062, 0.453927, 1.13834", \
            "0.121473, 0.126616, 0.138928, 0.167747, 0.243847, 0.470842, 1.1561", \
            "0.146788, 0.152513, 0.16585, 0.19598, 0.272999, 0.500015, 1.18553", \
            "0.16611, 0.172864, 0.188757, 0.221537, 0.299798, 0.527566, 1.2131", \
            "0.147022, 0.154656, 0.173771, 0.21351, 0.296029, 0.523488, 1.20824" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.0194948, 0.0239758, 0.0352576, 0.0682588, 0.173099, 0.501625, 1.49842", \
            "0.0195222, 0.0237029, 0.035224, 0.0682302, 0.173066, 0.501139, 1.50107", \
            "0.019544, 0.0238689, 0.0352657, 0.0681769, 0.173104, 0.501488, 1.49645", \
            "0.0196496, 0.0239741, 0.0352443, 0.0682948, 0.173067, 0.501054, 1.50109", \
            "0.0227501, 0.0273043, 0.0386878, 0.0709831, 0.174268, 0.501391, 1.49796", \
            "0.0290752, 0.0340627, 0.0467901, 0.0772318, 0.17668, 0.503035, 1.5019", \
            "0.0382422, 0.0443681, 0.0591562, 0.0923356, 0.183326, 0.504032, 1.50103" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.191357, 0.19687, 0.210215, 0.238656, 0.2951, 0.415492, 0.725409", \
            "0.194709, 0.2003, 0.213594, 0.241915, 0.298381, 0.418813, 0.72877", \
            "0.203812, 0.209325, 0.222639, 0.251147, 0.307778, 0.428234, 0.738253", \
            "0.226326, 0.231632, 0.244809, 0.273488, 0.329952, 0.450405, 0.760313", \
            "0.280844, 0.286382, 0.299598, 0.328025, 0.384458, 0.504884, 0.814762", \
            "0.389033, 0.395061, 0.409372, 0.439997, 0.499946, 0.6234, 0.933728", \
            "0.585813, 0.592561, 0.60886, 0.643817, 0.711686, 0.844413, 1.15963" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.031294, 0.0348687, 0.0441607, 0.0650298, 0.110211, 0.235144, 0.633102", \
            "0.0312593, 0.0348187, 0.0438409, 0.0651059, 0.110171, 0.235213, 0.633105", \
            "0.0311243, 0.0347536, 0.0441045, 0.064829, 0.110072, 0.234331, 0.63298", \
            "0.0312493, 0.0346793, 0.0440602, 0.0648821, 0.110128, 0.235105, 0.632978", \
            "0.0312628, 0.0348718, 0.0441057, 0.0646078, 0.11026, 0.234568, 0.632668", \
            "0.0380794, 0.0418481, 0.051358, 0.0726145, 0.117189, 0.238498, 0.63351", \
            "0.0514505, 0.0551585, 0.0649073, 0.0879252, 0.134774, 0.252946, 0.636156" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.0884407, 0.0934979, 0.105862, 0.134803, 0.210973, 0.438103, 1.12298", \
            "0.0918782, 0.0970351, 0.10938, 0.138293, 0.21445, 0.441539, 1.12638", \
            "0.0998885, 0.105135, 0.117446, 0.146379, 0.222644, 0.44981, 1.13438", \
            "0.119298, 0.12431, 0.136634, 0.165443, 0.241688, 0.468885, 1.15333", \
            "0.148423, 0.154374, 0.167968, 0.19785, 0.274689, 0.501784, 1.18634", \
            "0.169347, 0.176275, 0.192677, 0.226056, 0.303984, 0.531396, 1.2169", \
            "0.154607, 0.162354, 0.181916, 0.22262, 0.305829, 0.531742, 1.21585" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.0194588, 0.0239928, 0.0352519, 0.0682542, 0.173124, 0.501349, 1.50036", \
            "0.0195316, 0.023745, 0.0352494, 0.0682632, 0.173079, 0.501457, 1.50048", \
            "0.0194939, 0.0237848, 0.035231, 0.0681514, 0.173108, 0.501518, 1.49908", \
            "0.0196825, 0.0240295, 0.0353158, 0.0683244, 0.173071, 0.501507, 1.49911", \
            "0.0237472, 0.0281769, 0.0398019, 0.0712158, 0.174013, 0.50147, 1.49999", \
            "0.0305997, 0.0360291, 0.0485169, 0.07898, 0.176646, 0.502582, 1.4979", \
            "0.0419009, 0.0471398, 0.0626123, 0.0952253, 0.184543, 0.503875, 1.50049" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.169693, 0.175153, 0.188414, 0.217247, 0.27753, 0.404628, 0.719248", \
            "0.173692, 0.179182, 0.192375, 0.221532, 0.281798, 0.408887, 0.723533", \
            "0.183013, 0.188449, 0.20171, 0.230814, 0.291038, 0.418131, 0.732628", \
            "0.203956, 0.209382, 0.222587, 0.25157, 0.311966, 0.439024, 0.753513", \
            "0.253563, 0.258977, 0.272074, 0.30079, 0.360608, 0.487617, 0.802209", \
            "0.348481, 0.354326, 0.368291, 0.3986, 0.460083, 0.590752, 0.906371", \
            "0.523861, 0.530356, 0.546151, 0.579932, 0.647261, 0.783848, 1.10599" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.0311777, 0.034622, 0.0439414, 0.0668979, 0.11722, 0.243882, 0.636693", \
            "0.031184, 0.034731, 0.0439047, 0.0667749, 0.11718, 0.243634, 0.636758", \
            "0.0311245, 0.0345593, 0.0442499, 0.0666517, 0.117145, 0.243794, 0.635528", \
            "0.0310748, 0.0344862, 0.0438731, 0.0667804, 0.117118, 0.243781, 0.635501", \
            "0.0313086, 0.034847, 0.043883, 0.0664094, 0.116725, 0.243742, 0.636563", \
            "0.0375034, 0.0413068, 0.0504515, 0.0720252, 0.122069, 0.249091, 0.636704", \
            "0.0499588, 0.0532932, 0.0629478, 0.0852806, 0.134852, 0.260653, 0.644191" \
          );
        }
      }
      timing () {
        related_pin : "CIN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.085748, 0.0909016, 0.103377, 0.132674, 0.209792, 0.438253, 1.12405", \
            "0.0892339, 0.0943772, 0.106864, 0.136097, 0.21324, 0.441675, 1.12839", \
            "0.0973248, 0.102526, 0.114881, 0.144205, 0.221297, 0.449793, 1.13532", \
            "0.116713, 0.121889, 0.134053, 0.16326, 0.240153, 0.46867, 1.15633", \
            "0.144353, 0.150276, 0.163937, 0.194197, 0.271574, 0.499842, 1.18501", \
            "0.161581, 0.168526, 0.185173, 0.218953, 0.297465, 0.526162, 1.21349", \
            "0.136417, 0.144218, 0.164029, 0.206014, 0.289557, 0.517362, 1.20274" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.0192371, 0.0235726, 0.0349966, 0.0680026, 0.173199, 0.501761, 1.49691", \
            "0.01924, 0.0235881, 0.0350102, 0.0681198, 0.173178, 0.501867, 1.49845", \
            "0.0191982, 0.0233987, 0.0348909, 0.0680868, 0.173196, 0.501492, 1.49922", \
            "0.0194267, 0.0236318, 0.0352347, 0.0680636, 0.173238, 0.501706, 1.50157", \
            "0.0239089, 0.0280804, 0.0396352, 0.0711814, 0.174337, 0.501905, 1.50129", \
            "0.0307122, 0.0362033, 0.048892, 0.0792627, 0.177058, 0.502381, 1.50226", \
            "0.04242, 0.04849, 0.0635884, 0.0960148, 0.186028, 0.504274, 1.49563" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.160471, 0.165928, 0.179285, 0.208566, 0.270115, 0.398025, 0.712731", \
            "0.163387, 0.168871, 0.18223, 0.211547, 0.272737, 0.400619, 0.71523", \
            "0.172546, 0.178039, 0.191324, 0.220566, 0.282087, 0.41007, 0.7248", \
            "0.197578, 0.203039, 0.216366, 0.245558, 0.307066, 0.434996, 0.749637", \
            "0.262717, 0.268188, 0.2814, 0.310574, 0.371991, 0.499957, 0.814651", \
            "0.389533, 0.395736, 0.410237, 0.443233, 0.509622, 0.64118, 0.956468", \
            "0.599003, 0.606119, 0.623401, 0.661835, 0.740892, 0.889065, 1.21064" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
          values ( \
            "0.0314224, 0.0349296, 0.0444194, 0.0674519, 0.118785, 0.244743, 0.636251", \
            "0.0313931, 0.0349414, 0.0442805, 0.0674935, 0.119075, 0.244906, 0.635839", \
            "0.0313989, 0.0350504, 0.0443918, 0.0674706, 0.118821, 0.244707, 0.63526", \
            "0.0314067, 0.0348502, 0.0444184, 0.06742, 0.118881, 0.244757, 0.635836", \
            "0.0314655, 0.0351137, 0.0445945, 0.0676196, 0.119093, 0.244718, 0.635973", \
            "0.0434687, 0.0470786, 0.0563787, 0.0795859, 0.129941, 0.250268, 0.636888", \
            "0.0624862, 0.0667315, 0.0767065, 0.102664, 0.160018, 0.275101, 0.644005" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421701, 0.127795, 0.387278");
          values ( \
            "4.12322e-05, 0.0002942, 0.0021667, 0.0131505, 0.0626131, 0.219159, 0.703677", \
            "3.14046e-05, 0.0002726, 0.002089, 0.0130482, 0.0623854, 0.219169, 0.703483", \
            "1.95551e-05, 0.0002358, 0.0020319, 0.0129166, 0.0621727, 0.2189, 0.704279", \
            "9.05601e-06, 0.0002064, 0.0019488, 0.0126872, 0.0619141, 0.218744, 0.702798", \
            "1.45219e-05, 0.0002095, 0.0019456, 0.0126059, 0.0618566, 0.218644, 0.703612", \
            "0.0001432, 0.0005733, 0.0028521, 0.0142038, 0.0619753, 0.218637, 0.703852", \
            "0.0003486, 0.0011314, 0.0041398, 0.0169596, 0.0651155, 0.221384, 0.704506" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421701, 0.127795, 0.387278");
          values ( \
            "0.0031217, 0.0086235, 0.0200951, 0.0313764, 0.0067344, -0.13794, -0.624143", \
            "0.0031078, 0.0085635, 0.0199297, 0.0312396, 0.0065269, -0.138198, -0.624315", \
            "0.0030899, 0.0085165, 0.0198211, 0.0308623, 0.0059863, -0.138817, -0.624919", \
            "0.0030758, 0.0084738, 0.0196979, 0.0306015, 0.0056843, -0.139117, -0.625178", \
            "0.0030697, 0.0084567, 0.0196712, 0.0304264, 0.0053491, -0.139683, -0.62569", \
            "0.0031152, 0.0085647, 0.0198631, 0.0306494, 0.0052911, -0.139525, -0.625346", \
            "0.0032801, 0.0090178, 0.020882, 0.0322633, 0.0071525, -0.137682, -0.623162" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421701, 0.127795, 0.387278");
          values ( \
            "9.93364e-05, 0.0004561, 0.002586, 0.0139757, 0.0639253, 0.220899, 0.707123", \
            "9.67132e-05, 0.0004576, 0.0025719, 0.0139795, 0.0638351, 0.221011, 0.706098", \
            "8.76243e-05, 0.0004367, 0.0025321, 0.0138686, 0.0636506, 0.220945, 0.705657", \
            "8.57548e-05, 0.0004182, 0.0024828, 0.0138239, 0.0636324, 0.220741, 0.7055", \
            "9.88027e-05, 0.0004664, 0.0025801, 0.013877, 0.0636262, 0.22087, 0.705971", \
            "0.0002428, 0.0008546, 0.0035206, 0.0157253, 0.0642482, 0.221444, 0.706253", \
            "0.000526, 0.0016277, 0.0053641, 0.0190493, 0.0684512, 0.225456, 0.708443" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421701, 0.127795, 0.387278");
          values ( \
            "0.0030072, 0.0082733, 0.0192286, 0.0297314, 0.004155, -0.140275, -0.626212", \
            "0.0030033, 0.0082661, 0.0191853, 0.029567, 0.0039759, -0.14054, -0.626374", \
            "0.0029924, 0.0082232, 0.0191108, 0.0293868, 0.0037714, -0.140889, -0.626717", \
            "0.0029814, 0.0081848, 0.0190154, 0.029201, 0.0034658, -0.141196, -0.627035", \
            "0.0029616, 0.0081537, 0.0188871, 0.0289964, 0.0031611, -0.141594, -0.62748", \
            "0.0030162, 0.0082805, 0.0191438, 0.0292023, 0.003195, -0.141388, -0.627243", \
            "0.0032068, 0.0088084, 0.0203734, 0.0312619, 0.005809, -0.139391, -0.624853" \
          );
        }
      }
      internal_power () {
        related_pin : "CIN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421701, 0.127795, 0.387278");
          values ( \
            "0.0002007, 0.0007537, 0.0033815, 0.0157155, 0.066292, 0.224139, 0.710904", \
            "0.0002, 0.0007623, 0.0033786, 0.01571, 0.066361, 0.224504, 0.711437", \
            "0.0001975, 0.0007511, 0.0033378, 0.0156706, 0.066216, 0.224308, 0.710327", \
            "0.0001931, 0.0007304, 0.0032364, 0.0154155, 0.0658087, 0.223762, 0.710288", \
            "0.0001971, 0.000737, 0.0032679, 0.0153231, 0.0654098, 0.223367, 0.709302", \
            "0.000314, 0.0010556, 0.0040399, 0.0167755, 0.0654779, 0.223438, 0.709414", \
            "0.0005259, 0.0016154, 0.0053279, 0.0191254, 0.0686499, 0.226056, 0.710887" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151523, 0.00459185, 0.0139154, 0.0421701, 0.127795, 0.387278");
          values ( \
            "0.0029014, 0.0079643, 0.0184374, 0.0279824, 0.0015493, -0.143409, -0.6294", \
            "0.0028865, 0.007923, 0.0183473, 0.0278204, 0.0015528, -0.143511, -0.629563", \
            "0.0028802, 0.0079054, 0.0182992, 0.0277097, 0.0011382, -0.143829, -0.629861", \
            "0.0028676, 0.0078684, 0.0182155, 0.027523, 0.0008832, -0.14414, -0.630213", \
            "0.0028649, 0.0078701, 0.0181706, 0.0273964, 0.0007247, -0.144338, -0.630303", \
            "0.0029773, 0.0081679, 0.0188087, 0.0284414, 0.0016114, -0.143469, -0.629438", \
            "0.0032456, 0.008894, 0.020505, 0.0310224, 0.0047017, -0.140734, -0.626601" \
          );
        }
      }
    }
    pin (SUM) {
      direction : output;
      function : "(A&!B&!CIN) | (!A&B&!CIN) | (!A&!B&CIN) | (A&B&CIN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.379038;
      max_transition : 1.50147;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0780151, 0.0828042, 0.0944844, 0.12286, 0.199318, 0.425725, 1.10256", \
            "0.0820377, 0.0868305, 0.0985133, 0.126927, 0.203451, 0.429814, 1.10752", \
            "0.0909427, 0.0956863, 0.107352, 0.135722, 0.212208, 0.437846, 1.11666", \
            "0.109466, 0.114204, 0.125786, 0.15392, 0.230339, 0.456034, 1.13642", \
            "0.134015, 0.139367, 0.152084, 0.181044, 0.257618, 0.48347, 1.16367", \
            "0.148683, 0.15507, 0.170132, 0.201767, 0.27859, 0.504939, 1.18286", \
            "0.118667, 0.12589, 0.144046, 0.182282, 0.262716, 0.486923, 1.16595" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0181818, 0.0224012, 0.0338294, 0.0675818, 0.174138, 0.503623, 1.49926", \
            "0.0182235, 0.0224214, 0.033855, 0.0677008, 0.174194, 0.503623, 1.49976", \
            "0.0182248, 0.0223897, 0.0338302, 0.0675963, 0.173987, 0.502711, 1.49724", \
            "0.018538, 0.0226172, 0.0339835, 0.0676195, 0.173997, 0.502976, 1.49894", \
            "0.0221943, 0.0264551, 0.0374548, 0.0697719, 0.174505, 0.502771, 1.49854", \
            "0.0284951, 0.0334435, 0.0450293, 0.0755248, 0.176618, 0.502871, 1.49818", \
            "0.0378734, 0.0435565, 0.058008, 0.089718, 0.181846, 0.504497, 1.49557" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.166793, 0.171682, 0.18371, 0.209262, 0.259516, 0.368863, 0.663729", \
            "0.171858, 0.176832, 0.188768, 0.214409, 0.264533, 0.374097, 0.669273", \
            "0.183375, 0.188283, 0.200255, 0.225838, 0.276046, 0.385649, 0.680521", \
            "0.208011, 0.212983, 0.224874, 0.250455, 0.300564, 0.410395, 0.70545", \
            "0.264188, 0.269112, 0.28101, 0.306498, 0.356615, 0.466227, 0.761467", \
            "0.373033, 0.37836, 0.391059, 0.418895, 0.472146, 0.584423, 0.879584", \
            "0.56975, 0.575797, 0.590316, 0.622228, 0.683586, 0.803178, 1.09867" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0298949, 0.0329118, 0.0410015, 0.0585957, 0.0997412, 0.216644, 0.596832", \
            "0.0299761, 0.0330688, 0.0410534, 0.0587584, 0.0990742, 0.216523, 0.59522", \
            "0.0299746, 0.0329175, 0.0412562, 0.0589736, 0.0996707, 0.217006, 0.597526", \
            "0.0299741, 0.0331462, 0.0412348, 0.0593655, 0.0996194, 0.217064, 0.597939", \
            "0.0300216, 0.0332097, 0.0413304, 0.058709, 0.100253, 0.217396, 0.599262", \
            "0.0367079, 0.0398525, 0.0478661, 0.0662063, 0.10641, 0.220675, 0.59796", \
            "0.0502595, 0.0535883, 0.0623144, 0.0822131, 0.123939, 0.232805, 0.599231" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.317582, 0.323014, 0.335833, 0.36507, 0.441842, 0.667138, 1.34781", \
            "0.320836, 0.326284, 0.339102, 0.368367, 0.445052, 0.670525, 1.35075", \
            "0.330065, 0.335463, 0.348291, 0.377553, 0.454324, 0.679686, 1.36012", \
            "0.352298, 0.357713, 0.37053, 0.399833, 0.476584, 0.701767, 1.38308", \
            "0.406525, 0.411976, 0.424781, 0.454101, 0.530645, 0.756524, 1.43573", \
            "0.523003, 0.528504, 0.541455, 0.5709, 0.647568, 0.873344, 1.5527", \
            "0.738439, 0.744322, 0.758009, 0.787842, 0.864586, 1.09016, 1.76818" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0232604, 0.0275022, 0.0384633, 0.0706064, 0.175064, 0.502235, 1.49991", \
            "0.0231283, 0.0272427, 0.0383676, 0.070584, 0.175041, 0.501966, 1.49599", \
            "0.0232764, 0.0274937, 0.0384656, 0.0705814, 0.175201, 0.502018, 1.4976", \
            "0.0232571, 0.0275025, 0.0384559, 0.0706162, 0.175018, 0.502703, 1.50059", \
            "0.0231043, 0.0274068, 0.0384366, 0.0708438, 0.175352, 0.502035, 1.49713", \
            "0.0238165, 0.028089, 0.0389112, 0.0709875, 0.175309, 0.501756, 1.49898", \
            "0.0257457, 0.0305256, 0.0411935, 0.0724527, 0.175717, 0.503572, 1.49371" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.214943, 0.219648, 0.231346, 0.257646, 0.313199, 0.430209, 0.728908", \
            "0.218278, 0.223004, 0.2347, 0.260925, 0.316503, 0.433514, 0.732135", \
            "0.22578, 0.230476, 0.242172, 0.26842, 0.324004, 0.440998, 0.739704", \
            "0.241312, 0.246036, 0.257639, 0.28387, 0.339447, 0.456484, 0.755233", \
            "0.268079, 0.272796, 0.28453, 0.310728, 0.366307, 0.483366, 0.782119", \
            "0.294742, 0.299482, 0.311223, 0.337341, 0.392884, 0.509618, 0.808067", \
            "0.290339, 0.295127, 0.306917, 0.333276, 0.389065, 0.506177, 0.804362" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0295118, 0.0326704, 0.041098, 0.0617568, 0.108476, 0.226988, 0.601622", \
            "0.0296371, 0.0325638, 0.0409425, 0.061754, 0.108606, 0.225971, 0.599899", \
            "0.0296865, 0.0326831, 0.0408848, 0.0620032, 0.108847, 0.226912, 0.598558", \
            "0.029661, 0.0325843, 0.0410687, 0.0619129, 0.108625, 0.22682, 0.599253", \
            "0.0297729, 0.0328487, 0.0412118, 0.0618269, 0.108407, 0.227085, 0.599127", \
            "0.0299265, 0.0329216, 0.0413062, 0.0621552, 0.10857, 0.22492, 0.598718", \
            "0.03098, 0.0340293, 0.0422947, 0.0629369, 0.109931, 0.226963, 0.601646" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0811609, 0.0860999, 0.098039, 0.126852, 0.203636, 0.429475, 1.10739", \
            "0.0852855, 0.0902363, 0.102163, 0.130986, 0.20761, 0.433536, 1.11125", \
            "0.0937324, 0.0986325, 0.110576, 0.139405, 0.216165, 0.44187, 1.12044", \
            "0.110614, 0.115476, 0.127409, 0.156152, 0.232764, 0.458669, 1.13704", \
            "0.134223, 0.139642, 0.152478, 0.182227, 0.259045, 0.48434, 1.16318", \
            "0.149569, 0.155977, 0.171307, 0.203525, 0.281088, 0.506367, 1.18579", \
            "0.123146, 0.130467, 0.148799, 0.188376, 0.269701, 0.49425, 1.1728" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0188204, 0.0230945, 0.0346993, 0.0684514, 0.174464, 0.503599, 1.49642", \
            "0.0188544, 0.0231126, 0.0347328, 0.0683927, 0.174513, 0.503366, 1.49649", \
            "0.0188524, 0.0231542, 0.0347528, 0.0684385, 0.174519, 0.502833, 1.50115", \
            "0.0191086, 0.0233992, 0.0350682, 0.0685115, 0.17459, 0.503399, 1.49896", \
            "0.0224953, 0.0268655, 0.0383976, 0.0707982, 0.175246, 0.50364, 1.49656", \
            "0.0289254, 0.0340777, 0.0461212, 0.0771243, 0.177321, 0.502748, 1.49658", \
            "0.0390784, 0.0449271, 0.0595832, 0.0914439, 0.183972, 0.505041, 1.49265" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.155119, 0.159878, 0.171523, 0.196668, 0.246522, 0.356233, 0.651503", \
            "0.15987, 0.164627, 0.17628, 0.201424, 0.251302, 0.361023, 0.656307", \
            "0.170124, 0.174889, 0.186511, 0.211636, 0.261674, 0.371334, 0.666233", \
            "0.191447, 0.196203, 0.207821, 0.232868, 0.282833, 0.392693, 0.687697", \
            "0.238472, 0.243271, 0.254895, 0.280015, 0.330039, 0.439961, 0.735285", \
            "0.32709, 0.332208, 0.344874, 0.372061, 0.42559, 0.537954, 0.833522", \
            "0.494536, 0.500331, 0.514411, 0.545094, 0.60484, 0.723953, 1.02126" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0287959, 0.0316756, 0.0396392, 0.0575545, 0.0990021, 0.217437, 0.597025", \
            "0.028664, 0.031716, 0.0397767, 0.0576186, 0.0989853, 0.217446, 0.597387", \
            "0.0287809, 0.0318083, 0.0398797, 0.0574525, 0.099093, 0.217148, 0.597387", \
            "0.0288018, 0.0317514, 0.0398269, 0.0574826, 0.0994246, 0.217013, 0.59683", \
            "0.0300711, 0.0331131, 0.0408323, 0.0587333, 0.0998996, 0.21712, 0.596909", \
            "0.0357287, 0.0390199, 0.0467008, 0.0651812, 0.107037, 0.22148, 0.598008", \
            "0.047637, 0.0506103, 0.0592937, 0.0792735, 0.121307, 0.232558, 0.596865" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.298203, 0.303687, 0.316462, 0.345376, 0.421667, 0.647546, 1.32623", \
            "0.302438, 0.307925, 0.320711, 0.349611, 0.425953, 0.651869, 1.33185", \
            "0.311659, 0.317144, 0.329896, 0.358752, 0.435033, 0.660956, 1.33972", \
            "0.332414, 0.33795, 0.350695, 0.379276, 0.455496, 0.681507, 1.36066", \
            "0.380144, 0.385649, 0.398459, 0.427353, 0.503766, 0.729109, 1.40804", \
            "0.480353, 0.485923, 0.498913, 0.52784, 0.604127, 0.829722, 1.50725", \
            "0.669915, 0.675623, 0.689067, 0.718216, 0.794221, 1.02014, 1.69803" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0234244, 0.0278497, 0.0383939, 0.0700685, 0.175004, 0.502572, 1.49821", \
            "0.0236178, 0.0274534, 0.0384903, 0.0700128, 0.175029, 0.501787, 1.49766", \
            "0.0234546, 0.0274221, 0.0383873, 0.070063, 0.174954, 0.50245, 1.49786", \
            "0.0236005, 0.0275924, 0.0385025, 0.070077, 0.174757, 0.501913, 1.49538", \
            "0.0236456, 0.0275455, 0.0385455, 0.0700589, 0.174987, 0.502509, 1.49524", \
            "0.0239029, 0.0283353, 0.0389129, 0.0701328, 0.17506, 0.502448, 1.4985", \
            "0.0250512, 0.0293026, 0.0398286, 0.0709367, 0.174818, 0.501513, 1.49432" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.209683, 0.214397, 0.226056, 0.252182, 0.307087, 0.423746, 0.722234", \
            "0.213169, 0.217876, 0.229467, 0.255632, 0.310565, 0.42723, 0.725682", \
            "0.221158, 0.22592, 0.23751, 0.263604, 0.318605, 0.435217, 0.733814", \
            "0.239331, 0.2441, 0.255693, 0.281757, 0.336733, 0.453387, 0.751865", \
            "0.270537, 0.275234, 0.286939, 0.312966, 0.367942, 0.484619, 0.783205", \
            "0.299498, 0.304216, 0.315905, 0.342032, 0.397061, 0.513623, 0.811851", \
            "0.300425, 0.305259, 0.317015, 0.343383, 0.3988, 0.515809, 0.813878" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0296136, 0.0326099, 0.0410098, 0.061221, 0.107372, 0.226489, 0.602704", \
            "0.029616, 0.0324734, 0.0409352, 0.061506, 0.107606, 0.226403, 0.60006", \
            "0.0296263, 0.0326521, 0.0408239, 0.0613215, 0.107662, 0.225993, 0.60298", \
            "0.02955, 0.0327609, 0.0408291, 0.0613786, 0.107682, 0.225596, 0.60006", \
            "0.029717, 0.0327626, 0.0410295, 0.0615115, 0.108252, 0.226291, 0.599262", \
            "0.0298726, 0.0329663, 0.041295, 0.0617625, 0.107507, 0.225131, 0.600051", \
            "0.0310848, 0.0342278, 0.0424766, 0.0625754, 0.109435, 0.227116, 0.60053" \
          );
        }
      }
      timing () {
        related_pin : "CIN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0769483, 0.0819811, 0.0942874, 0.123623, 0.200667, 0.426093, 1.105", \
            "0.0808841, 0.0858964, 0.0982078, 0.12757, 0.204513, 0.429736, 1.11013", \
            "0.0884344, 0.0934878, 0.10581, 0.135162, 0.212194, 0.437705, 1.11614", \
            "0.102314, 0.107546, 0.120105, 0.149508, 0.226434, 0.451783, 1.13056", \
            "0.118961, 0.124612, 0.138198, 0.168878, 0.246867, 0.472625, 1.15081", \
            "0.123838, 0.130371, 0.146079, 0.17941, 0.258803, 0.485066, 1.16453", \
            "0.0783817, 0.0857769, 0.104669, 0.144507, 0.22768, 0.452713, 1.13381" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0195407, 0.0238533, 0.0354836, 0.0690292, 0.174432, 0.503447, 1.4988", \
            "0.0195491, 0.0238314, 0.0355276, 0.0690742, 0.17463, 0.503386, 1.50088", \
            "0.019582, 0.0239004, 0.0356014, 0.0690886, 0.174283, 0.50297, 1.50147", \
            "0.0205389, 0.0249391, 0.0364187, 0.0694828, 0.17471, 0.503372, 1.49733", \
            "0.0231819, 0.0278445, 0.0399285, 0.0728876, 0.176269, 0.503376, 1.49943", \
            "0.0295445, 0.0348484, 0.047753, 0.0791985, 0.178879, 0.503598, 1.49704", \
            "0.0410276, 0.0465849, 0.0616779, 0.0940079, 0.18677, 0.50524, 1.49523" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.145567, 0.150211, 0.161812, 0.187485, 0.241039, 0.356932, 0.655433", \
            "0.150116, 0.154767, 0.166287, 0.191936, 0.245459, 0.361405, 0.659915", \
            "0.160407, 0.165045, 0.176596, 0.202154, 0.255625, 0.37179, 0.670059", \
            "0.183385, 0.188008, 0.199485, 0.225098, 0.278671, 0.394537, 0.692971", \
            "0.235246, 0.239893, 0.251231, 0.276639, 0.329964, 0.445997, 0.744452", \
            "0.331919, 0.336949, 0.349106, 0.375743, 0.430545, 0.550074, 0.850224", \
            "0.509893, 0.515495, 0.52929, 0.55938, 0.620136, 0.744342, 1.04792" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0284039, 0.0315241, 0.0396294, 0.059681, 0.105412, 0.225289, 0.598824", \
            "0.0284765, 0.0313257, 0.0395, 0.0598814, 0.105569, 0.225954, 0.602892", \
            "0.0284687, 0.031328, 0.0395062, 0.0601061, 0.105421, 0.225623, 0.599429", \
            "0.0283605, 0.0312423, 0.039523, 0.0599337, 0.105422, 0.225524, 0.602198", \
            "0.029164, 0.0322533, 0.0401375, 0.0603398, 0.105608, 0.225938, 0.599036", \
            "0.0358393, 0.0386233, 0.0464303, 0.0649858, 0.110885, 0.231372, 0.601499", \
            "0.0494433, 0.0521334, 0.0601365, 0.0798023, 0.125291, 0.241236, 0.606597" \
          );
        }
      }
      timing () {
        related_pin : "CIN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.290724, 0.296227, 0.309029, 0.338038, 0.414352, 0.640261, 1.31946", \
            "0.293624, 0.29911, 0.312004, 0.340966, 0.417308, 0.642627, 1.32103", \
            "0.302671, 0.308211, 0.320976, 0.349968, 0.426286, 0.652166, 1.331", \
            "0.327539, 0.333028, 0.345922, 0.374884, 0.451261, 0.676954, 1.35516", \
            "0.391966, 0.397307, 0.410373, 0.439323, 0.515642, 0.741399, 1.41959", \
            "0.529344, 0.535179, 0.548227, 0.577627, 0.65419, 0.879811, 1.56021", \
            "0.75934, 0.765616, 0.780384, 0.811268, 0.887879, 1.11373, 1.793" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0236681, 0.028083, 0.0386041, 0.070193, 0.175055, 0.502118, 1.495", \
            "0.0236517, 0.0281167, 0.0387271, 0.0702602, 0.174976, 0.50199, 1.4985", \
            "0.0236654, 0.027675, 0.0386376, 0.0701861, 0.175059, 0.502547, 1.49704", \
            "0.0236625, 0.0281417, 0.0387406, 0.0702411, 0.175052, 0.502718, 1.49852", \
            "0.0238097, 0.0281479, 0.0387995, 0.070295, 0.175114, 0.50271, 1.49852", \
            "0.0251793, 0.0292465, 0.0398667, 0.0711635, 0.175393, 0.502796, 1.49945", \
            "0.0291312, 0.0340114, 0.0448811, 0.0745476, 0.176119, 0.502781, 1.49681" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.213455, 0.218245, 0.229876, 0.255422, 0.305429, 0.415466, 0.710757", \
            "0.216907, 0.221714, 0.233441, 0.258773, 0.308878, 0.418893, 0.714154", \
            "0.224515, 0.229388, 0.241057, 0.266418, 0.31648, 0.426498, 0.72167", \
            "0.240565, 0.245412, 0.257124, 0.28239, 0.332547, 0.442519, 0.737683", \
            "0.267738, 0.272514, 0.28434, 0.309617, 0.359879, 0.469769, 0.765218", \
            "0.293923, 0.298558, 0.309739, 0.334328, 0.383749, 0.493449, 0.788928", \
            "0.284068, 0.288699, 0.300078, 0.324904, 0.374563, 0.48444, 0.779632" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0295936, 0.0324573, 0.0407073, 0.0584518, 0.0996424, 0.217505, 0.597612", \
            "0.0295522, 0.0325354, 0.0404521, 0.0588249, 0.0998467, 0.216614, 0.599003", \
            "0.0296058, 0.0326879, 0.0405383, 0.058397, 0.0995197, 0.217424, 0.597844", \
            "0.0295747, 0.0326208, 0.0404807, 0.0587081, 0.0998692, 0.216879, 0.595894", \
            "0.0296769, 0.0328052, 0.0407741, 0.0583119, 0.0999335, 0.217605, 0.595419", \
            "0.0286421, 0.0315478, 0.0391696, 0.0568658, 0.0987272, 0.216848, 0.597347", \
            "0.0296232, 0.0324542, 0.0400612, 0.0582696, 0.0993972, 0.217362, 0.598346" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0012504, 0.0037313, 0.0109841, 0.0313727, 0.0869206, 0.246755, 0.723465", \
            "0.0012425, 0.0037088, 0.0109265, 0.0312357, 0.0868174, 0.246357, 0.722963", \
            "0.0012155, 0.0036321, 0.0107329, 0.0308578, 0.0861673, 0.245685, 0.722241", \
            "0.001198, 0.003583, 0.0106061, 0.0305981, 0.0857505, 0.245279, 0.722184", \
            "0.001187, 0.0035489, 0.0105237, 0.0304116, 0.0855041, 0.244912, 0.722837", \
            "0.0011967, 0.0035751, 0.0105771, 0.0306519, 0.0858456, 0.245147, 0.722623", \
            "0.001393, 0.0041084, 0.0117351, 0.0322688, 0.0882262, 0.248055, 0.725462" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.001783, 0.0047849, 0.0104055, 0.0131409, -0.0173502, -0.163159, -0.63941", \
            "0.0017755, 0.0047651, 0.0103481, 0.0130348, -0.0174836, -0.163329, -0.639592", \
            "0.0017658, 0.0047397, 0.0102961, 0.0128813, -0.0177249, -0.163582, -0.639861", \
            "0.0017559, 0.0047097, 0.0102061, 0.0126734, -0.0179783, -0.163947, -0.640242", \
            "0.001754, 0.004706, 0.0101948, 0.0125839, -0.0181717, -0.164169, -0.640464", \
            "0.001951, 0.0052602, 0.0115535, 0.0142066, -0.0177454, -0.163869, -0.640079", \
            "0.0021344, 0.0057914, 0.0129167, 0.0169635, -0.014095, -0.16047, -0.637042" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0011151, 0.0033519, 0.0100443, 0.0297251, 0.0847107, 0.244174, 0.719373", \
            "0.0011031, 0.0033105, 0.0099739, 0.0295592, 0.0845403, 0.243652, 0.72037", \
            "0.0010899, 0.0032775, 0.0098757, 0.0293798, 0.0842369, 0.243503, 0.719197", \
            "0.0010782, 0.0032442, 0.0097995, 0.0291937, 0.083981, 0.243161, 0.72236", \
            "0.0010629, 0.0031973, 0.0096858, 0.0290099, 0.0837819, 0.242579, 0.719977", \
            "0.0010683, 0.0032156, 0.0097377, 0.0291948, 0.0841279, 0.243281, 0.719528", \
            "0.0013188, 0.003897, 0.0112216, 0.0312694, 0.0863779, 0.246797, 0.722866" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.001845, 0.004956, 0.0108298, 0.0139557, -0.01612, -0.16175, -0.638046", \
            "0.0018436, 0.0049605, 0.0108358, 0.0139627, -0.0161346, -0.161797, -0.63795", \
            "0.0018357, 0.0049381, 0.010795, 0.01385, -0.016317, -0.162023, -0.638231", \
            "0.0018352, 0.0049383, 0.0107783, 0.0138067, -0.0164062, -0.162122, -0.638328", \
            "0.0018422, 0.0049551, 0.0108247, 0.0138622, -0.0162981, -0.161991, -0.638224", \
            "0.0020491, 0.005536, 0.0123077, 0.0157264, -0.0156199, -0.161142, -0.637295", \
            "0.0022844, 0.0062039, 0.013953, 0.0190534, -0.0109655, -0.156703, -0.633079" \
          );
        }
      }
      internal_power () {
        related_pin : "CIN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0009929, 0.0030047, 0.009176, 0.0279741, 0.082224, 0.240894, 0.719431", \
            "0.0009806, 0.0029649, 0.0090874, 0.0278096, 0.0819896, 0.240554, 0.716927", \
            "0.0009714, 0.0029424, 0.0090382, 0.0277011, 0.0818279, 0.24035, 0.716561", \
            "0.0009596, 0.0029061, 0.0089406, 0.0275177, 0.0815487, 0.240104, 0.716496", \
            "0.0009521, 0.002881, 0.008876, 0.0273868, 0.0813178, 0.239874, 0.715916", \
            "0.0010171, 0.0030714, 0.0093467, 0.0284366, 0.0829952, 0.24169, 0.719015", \
            "0.0013165, 0.0038823, 0.0111488, 0.0310497, 0.0863649, 0.246173, 0.722254" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150981, 0.00455905, 0.0137666, 0.0415699, 0.125525, 0.379038");
          values ( \
            "0.0019658, 0.0052979, 0.0116878, 0.0157003, -0.0141725, -0.15977, -0.635911", \
            "0.001969, 0.0053071, 0.0117081, 0.0157112, -0.0140648, -0.159686, -0.635794", \
            "0.0019628, 0.0052958, 0.0116862, 0.015657, -0.0142258, -0.159849, -0.635935", \
            "0.001954, 0.0052676, 0.011603, 0.0154022, -0.0145423, -0.160293, -0.636384", \
            "0.0019539, 0.0052777, 0.0116309, 0.0153196, -0.0146692, -0.160427, -0.636607", \
            "0.0021167, 0.0057337, 0.0128176, 0.0167776, -0.0143469, -0.160034, -0.636165", \
            "0.0022853, 0.0062054, 0.0139735, 0.0191282, -0.0107998, -0.156464, -0.632681" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.007855;
      rise_capacitance : 0.008112;
      rise_capacitance_range (0.008112, 0.008112);
      fall_capacitance : 0.007598;
      fall_capacitance_range (0.007598, 0.007598);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.007044;
      rise_capacitance : 0.007141;
      rise_capacitance_range (0.007141, 0.007141);
      fall_capacitance : 0.006947;
      fall_capacitance_range (0.006947, 0.006947);
    }
    pin (CIN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.005173;
      rise_capacitance : 0.005307;
      rise_capacitance_range (0.005307, 0.005307);
      fall_capacitance : 0.005038;
      fall_capacitance_range (0.005038, 0.005038);
    }
  }
  cell (scs8hd_fa_4) {
    area : 27.5264;
    cell_footprint : "fa";
    cell_leakage_power : 0.0332901;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0409453;
      when : "!A&!B&CIN";
    }
    leakage_power () {
      value : 0.0499041;
      when : "!A&!B&!CIN";
    }
    leakage_power () {
      value : 0.0331553;
      when : "!A&B&CIN";
    }
    leakage_power () {
      value : 0.0331537;
      when : "!A&B&!CIN";
    }
    leakage_power () {
      value : 0.0331627;
      when : "A&!B&CIN";
    }
    leakage_power () {
      value : 0.0332087;
      when : "A&!B&!CIN";
    }
    leakage_power () {
      value : 0.0168955;
      when : "A&B&CIN";
    }
    leakage_power () {
      value : 0.0258956;
      when : "A&B&!CIN";
    }
    leakage_power () {
      value : 0.0332901;
    }
    pin (COUT) {
      direction : output;
      function : "(A&B) | (A&CIN) | (B&CIN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.705881;
      max_transition : 1.49906;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.122686, 0.126734, 0.13779, 0.164935, 0.234893, 0.450984, 1.1707", \
            "0.126088, 0.130117, 0.14119, 0.168313, 0.238156, 0.454364, 1.17402", \
            "0.133752, 0.137793, 0.148862, 0.175993, 0.24585, 0.462078, 1.18176", \
            "0.15115, 0.15522, 0.16632, 0.193384, 0.263289, 0.479542, 1.19918", \
            "0.183637, 0.187816, 0.199413, 0.227419, 0.29782, 0.514307, 1.23393", \
            "0.218978, 0.223599, 0.236651, 0.267759, 0.340869, 0.557785, 1.27708", \
            "0.223637, 0.228578, 0.243291, 0.280537, 0.360226, 0.577661, 1.29718" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0245474, 0.0278267, 0.0370707, 0.063303, 0.149934, 0.457382, 1.49634", \
            "0.0242909, 0.0276306, 0.0369254, 0.0630843, 0.149829, 0.457032, 1.49633", \
            "0.0246398, 0.0275828, 0.036898, 0.0631116, 0.149823, 0.45814, 1.49724", \
            "0.0244099, 0.0276, 0.0368549, 0.0631595, 0.149884, 0.457333, 1.49814", \
            "0.0267532, 0.0299077, 0.0394367, 0.0651705, 0.150631, 0.457324, 1.49812", \
            "0.0334555, 0.0370251, 0.0473451, 0.07371, 0.155307, 0.459063, 1.49825", \
            "0.047019, 0.0497073, 0.0612103, 0.0900878, 0.166835, 0.462086, 1.49662" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.261568, 0.265572, 0.276971, 0.305187, 0.366603, 0.495123, 0.822061", \
            "0.265442, 0.269452, 0.280848, 0.308792, 0.370725, 0.499319, 0.826282", \
            "0.274938, 0.278935, 0.290472, 0.318443, 0.38005, 0.50879, 0.835829", \
            "0.297262, 0.301257, 0.312658, 0.340512, 0.402346, 0.530474, 0.85748", \
            "0.351422, 0.355441, 0.366722, 0.39491, 0.456588, 0.585161, 0.912198", \
            "0.472453, 0.476542, 0.488349, 0.517151, 0.5796, 0.709319, 1.03657", \
            "0.698201, 0.702633, 0.715295, 0.746492, 0.816238, 0.956527, 1.28985" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0480467, 0.0502285, 0.0569882, 0.0762649, 0.121994, 0.238388, 0.636839", \
            "0.0481149, 0.0503156, 0.0568166, 0.0756204, 0.12158, 0.238084, 0.637304", \
            "0.0479675, 0.0501669, 0.0573562, 0.0763769, 0.121125, 0.238338, 0.637121", \
            "0.0481705, 0.0503043, 0.0568101, 0.0756811, 0.121795, 0.238783, 0.637116", \
            "0.0479804, 0.0502686, 0.0572781, 0.0765085, 0.121713, 0.238176, 0.637352", \
            "0.0534475, 0.0553933, 0.0621839, 0.080787, 0.125214, 0.239995, 0.6378", \
            "0.069372, 0.0717375, 0.0781128, 0.0966985, 0.144156, 0.25699, 0.644217" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.117536, 0.121579, 0.132653, 0.159786, 0.229758, 0.446041, 1.16589", \
            "0.121077, 0.125108, 0.136226, 0.163277, 0.233121, 0.449549, 1.16902", \
            "0.128945, 0.132999, 0.144178, 0.171266, 0.241246, 0.457556, 1.17733", \
            "0.14826, 0.152294, 0.163402, 0.190521, 0.260439, 0.47683, 1.19657", \
            "0.187107, 0.191352, 0.203102, 0.230996, 0.301302, 0.51722, 1.23692", \
            "0.225858, 0.23053, 0.244041, 0.276294, 0.349109, 0.565738, 1.28499", \
            "0.235875, 0.240791, 0.255766, 0.294044, 0.376132, 0.591488, 1.30977" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0245364, 0.0278358, 0.0370426, 0.0633071, 0.149921, 0.457229, 1.49611", \
            "0.0245239, 0.0277149, 0.0368958, 0.0631699, 0.14979, 0.457572, 1.49753", \
            "0.0244145, 0.0278328, 0.0370404, 0.0632747, 0.149874, 0.457237, 1.49607", \
            "0.0246134, 0.0278166, 0.0369068, 0.0631358, 0.149908, 0.457247, 1.49702", \
            "0.0277093, 0.0310135, 0.0405523, 0.0655272, 0.150722, 0.457387, 1.49826", \
            "0.0366262, 0.0400703, 0.0505165, 0.0766728, 0.156191, 0.458788, 1.49757", \
            "0.0517744, 0.0548068, 0.0663143, 0.0963241, 0.170612, 0.46195, 1.49906" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.242553, 0.246494, 0.25775, 0.286024, 0.349412, 0.485427, 0.820244", \
            "0.246933, 0.250919, 0.262319, 0.290446, 0.35377, 0.489769, 0.824533", \
            "0.256553, 0.260488, 0.271868, 0.299641, 0.363117, 0.49917, 0.833943", \
            "0.277379, 0.281386, 0.292724, 0.320493, 0.383845, 0.519915, 0.854523", \
            "0.326041, 0.32995, 0.341152, 0.369375, 0.432586, 0.56847, 0.903125", \
            "0.43382, 0.43781, 0.449993, 0.478361, 0.541942, 0.678788, 1.01392", \
            "0.634136, 0.638406, 0.650741, 0.681421, 0.750407, 0.893692, 1.23627" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0489753, 0.0511705, 0.0582035, 0.0777895, 0.126751, 0.248809, 0.645433", \
            "0.0488609, 0.0513386, 0.0581603, 0.0773149, 0.126214, 0.248929, 0.645379", \
            "0.0489761, 0.0511049, 0.0578858, 0.0779065, 0.126567, 0.248881, 0.645559", \
            "0.0490968, 0.051178, 0.0581607, 0.0778416, 0.126452, 0.248631, 0.644927", \
            "0.0487699, 0.0509637, 0.057799, 0.0773904, 0.125934, 0.248541, 0.645053", \
            "0.0539381, 0.0558865, 0.0626117, 0.0810792, 0.129433, 0.250881, 0.645162", \
            "0.068686, 0.070494, 0.077724, 0.0954696, 0.143496, 0.263974, 0.653374" \
          );
        }
      }
      timing () {
        related_pin : "CIN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.115365, 0.119405, 0.130549, 0.157831, 0.228285, 0.446112, 1.16665", \
            "0.11884, 0.122909, 0.134003, 0.161298, 0.231614, 0.449648, 1.17014", \
            "0.12692, 0.130947, 0.142073, 0.169428, 0.239869, 0.457711, 1.17785", \
            "0.145993, 0.150027, 0.161168, 0.188408, 0.258634, 0.476629, 1.19705", \
            "0.184375, 0.188588, 0.200312, 0.228441, 0.299068, 0.516451, 1.23684", \
            "0.221136, 0.22578, 0.239325, 0.271999, 0.344728, 0.562649, 1.28237", \
            "0.223273, 0.228227, 0.243296, 0.281817, 0.365031, 0.581545, 1.30055" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0243681, 0.0275965, 0.0368254, 0.0631552, 0.149726, 0.4584, 1.4982", \
            "0.0244128, 0.0275893, 0.0368204, 0.0629162, 0.149709, 0.458866, 1.4971", \
            "0.0241963, 0.0274608, 0.0368673, 0.0630796, 0.149619, 0.459093, 1.49655", \
            "0.0243641, 0.027623, 0.0368883, 0.0628815, 0.149683, 0.458124, 1.4944", \
            "0.0276729, 0.0309928, 0.0404639, 0.0655772, 0.150706, 0.459152, 1.49546", \
            "0.0372922, 0.0408149, 0.0509966, 0.0763547, 0.156704, 0.460171, 1.49853", \
            "0.052575, 0.0555643, 0.066993, 0.0982914, 0.171989, 0.463262, 1.4971" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.233094, 0.237069, 0.248421, 0.27652, 0.340708, 0.477784, 0.812804", \
            "0.236632, 0.240587, 0.251882, 0.280286, 0.344403, 0.481724, 0.816802", \
            "0.245932, 0.249887, 0.261316, 0.289506, 0.353657, 0.490951, 0.826101", \
            "0.270291, 0.274249, 0.285589, 0.313644, 0.377754, 0.514967, 0.85011", \
            "0.334057, 0.338037, 0.349519, 0.377401, 0.441595, 0.579011, 0.914007", \
            "0.479888, 0.484154, 0.495746, 0.524574, 0.589747, 0.727943, 1.06334", \
            "0.731616, 0.73608, 0.74936, 0.783158, 0.858808, 1.0152, 1.35822" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0494062, 0.0515036, 0.0579635, 0.0781786, 0.128056, 0.250015, 0.645066", \
            "0.0492467, 0.0514443, 0.0585016, 0.0783349, 0.128043, 0.250173, 0.645442", \
            "0.0495324, 0.0515759, 0.0584788, 0.0782438, 0.127972, 0.249899, 0.645678", \
            "0.0494111, 0.051494, 0.058002, 0.0781242, 0.127977, 0.250076, 0.645718", \
            "0.0491885, 0.0514188, 0.0585349, 0.0782179, 0.128171, 0.249822, 0.644398", \
            "0.0574111, 0.0594873, 0.0660749, 0.0838611, 0.132547, 0.252231, 0.646145", \
            "0.0854624, 0.0868516, 0.0929027, 0.113268, 0.165187, 0.281204, 0.655353" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0004514, 0.0015906, 0.0060908, 0.025552, 0.10739, 0.386644, 1.30954", \
            "0.0004406, 0.0015699, 0.006061, 0.0254325, 0.107156, 0.386155, 1.31129", \
            "0.0004333, 0.0015312, 0.0059892, 0.0253259, 0.106961, 0.386234, 1.3103", \
            "0.0004271, 0.0015159, 0.0059018, 0.0251649, 0.106709, 0.385641, 1.31149", \
            "0.0004411, 0.0015428, 0.0059702, 0.0251602, 0.10668, 0.385758, 1.31175", \
            "0.0005016, 0.0017211, 0.0063625, 0.0258657, 0.107576, 0.386415, 1.31114", \
            "0.0009368, 0.0030698, 0.0098894, 0.0330495, 0.114239, 0.388909, 1.31183" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0035089, 0.0108024, 0.02796, 0.0464941, 0.0056422, -0.249646, -1.18189", \
            "0.0034989, 0.0107831, 0.0278953, 0.046148, 0.005048, -0.250177, -1.18202", \
            "0.0034944, 0.0107587, 0.0278875, 0.0460177, 0.0048328, -0.250605, -1.1826", \
            "0.0034816, 0.0107093, 0.0276833, 0.0457091, 0.0042758, -0.250731, -1.18274", \
            "0.0034628, 0.0106623, 0.0275837, 0.0455009, 0.0036243, -0.251581, -1.18336", \
            "0.0035087, 0.0108051, 0.0279829, 0.0458888, 0.0039976, -0.251587, -1.18353", \
            "0.0037018, 0.0113729, 0.0295735, 0.0482819, 0.006137, -0.249699, -1.18147" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0004991, 0.001727, 0.0065141, 0.0263852, 0.108858, 0.388844, 1.31269", \
            "0.0004949, 0.0017263, 0.0064814, 0.0265191, 0.108545, 0.388015, 1.31381", \
            "0.0004845, 0.0017036, 0.0064229, 0.0263294, 0.108677, 0.388539, 1.31265", \
            "0.0004812, 0.0017058, 0.0064153, 0.026378, 0.108601, 0.388522, 1.31281", \
            "0.0005094, 0.0017778, 0.006662, 0.0265674, 0.108792, 0.388287, 1.31294", \
            "0.0006025, 0.0020248, 0.0072152, 0.0277458, 0.109376, 0.388626, 1.31437", \
            "0.0011067, 0.0035708, 0.0112474, 0.0355381, 0.118542, 0.392803, 1.31733" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.003424, 0.0105501, 0.027286, 0.0447699, 0.0023292, -0.252523, -1.18416", \
            "0.0034212, 0.0105523, 0.027266, 0.0445783, 0.0025743, -0.252679, -1.18438", \
            "0.0034152, 0.0105157, 0.0272026, 0.0445191, 0.0023005, -0.253051, -1.1845", \
            "0.0034035, 0.0104884, 0.0270908, 0.0442163, 0.0019591, -0.253291, -1.18487", \
            "0.0033881, 0.0104325, 0.026951, 0.0439034, 0.0013467, -0.254047, -1.18541", \
            "0.0034362, 0.0105901, 0.027664, 0.0452041, 0.0021942, -0.253503, -1.1852", \
            "0.0036531, 0.0112461, 0.0290884, 0.0476185, 0.0051133, -0.251762, -1.18332" \
          );
        }
      }
      internal_power () {
        related_pin : "CIN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.000578, 0.0019928, 0.0072136, 0.0281188, 0.111802, 0.39162, 1.31945", \
            "0.0005671, 0.0019782, 0.0072543, 0.0279726, 0.111646, 0.391626, 1.31849", \
            "0.0005705, 0.0019517, 0.0071645, 0.0280495, 0.111807, 0.39157, 1.31746", \
            "0.0005688, 0.0019746, 0.0072007, 0.0280622, 0.111584, 0.39107, 1.31832", \
            "0.0005936, 0.0020099, 0.0073325, 0.0280708, 0.11141, 0.391034, 1.31937", \
            "0.0006741, 0.002258, 0.0078155, 0.0288342, 0.111662, 0.39053, 1.31768", \
            "0.0011201, 0.0035982, 0.0112583, 0.035589, 0.118499, 0.393077, 1.31884" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0033387, 0.010273, 0.0265193, 0.0429819, -0.0001018, -0.25555, -1.18731", \
            "0.0033369, 0.0102669, 0.0265233, 0.0429635, -0.0001958, -0.255878, -1.18753", \
            "0.00333, 0.0102349, 0.0264793, 0.0428838, -0.0004934, -0.256157, -1.18784", \
            "0.0033227, 0.0102236, 0.0263714, 0.04261, -0.0006451, -0.256254, -1.18803", \
            "0.0033129, 0.0101974, 0.0262951, 0.0424379, -0.0012407, -0.256885, -1.1884", \
            "0.0034129, 0.0104883, 0.0270624, 0.0443412, -0.0001897, -0.25625, -1.18793", \
            "0.0037666, 0.0115927, 0.0299801, 0.0486935, 0.0040991, -0.252087, -1.18456" \
          );
        }
      }
    }
    pin (SUM) {
      direction : output;
      function : "(A&!B&!CIN) | (!A&B&!CIN) | (!A&!B&CIN) | (A&B&CIN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.684824;
      max_transition : 1.50244;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.1072, 0.110858, 0.121426, 0.147531, 0.216853, 0.432967, 1.14706", \
            "0.11118, 0.114964, 0.125403, 0.15156, 0.220883, 0.437391, 1.15135", \
            "0.119939, 0.123736, 0.134283, 0.160413, 0.229687, 0.445814, 1.15989", \
            "0.139179, 0.142985, 0.153434, 0.179579, 0.248624, 0.464645, 1.17887", \
            "0.172775, 0.176769, 0.187867, 0.214589, 0.284305, 0.4994, 1.21639", \
            "0.20568, 0.21011, 0.222781, 0.25279, 0.324129, 0.539126, 1.25369", \
            "0.203496, 0.208206, 0.222406, 0.25851, 0.336583, 0.55123, 1.26342" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0233195, 0.0264077, 0.035377, 0.061727, 0.15009, 0.4603, 1.49941", \
            "0.0232938, 0.0262936, 0.0354444, 0.0617563, 0.149952, 0.46016, 1.501", \
            "0.023514, 0.0266026, 0.0355345, 0.0617467, 0.150237, 0.460028, 1.49951", \
            "0.0234085, 0.0264879, 0.0353951, 0.0618255, 0.150155, 0.459819, 1.49885", \
            "0.0262084, 0.0291233, 0.0383286, 0.0639567, 0.150899, 0.459724, 1.50244", \
            "0.0335099, 0.0370162, 0.0466209, 0.0723227, 0.154804, 0.460023, 1.50075", \
            "0.0463532, 0.0495968, 0.060617, 0.0888668, 0.165945, 0.462332, 1.49864" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.233165, 0.236844, 0.247268, 0.273258, 0.330489, 0.448822, 0.758766", \
            "0.238504, 0.242176, 0.252662, 0.278832, 0.335876, 0.454268, 0.764183", \
            "0.250502, 0.254176, 0.264665, 0.290599, 0.347909, 0.466063, 0.776162", \
            "0.275379, 0.279051, 0.289561, 0.31575, 0.372481, 0.491453, 0.801113", \
            "0.331661, 0.335339, 0.345866, 0.372005, 0.428907, 0.547774, 0.857831", \
            "0.454705, 0.458473, 0.469149, 0.496088, 0.554205, 0.673941, 0.983786", \
            "0.681389, 0.685404, 0.697114, 0.726797, 0.791431, 0.920842, 1.23394" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.046972, 0.0489069, 0.0552899, 0.073028, 0.1135, 0.222893, 0.603971", \
            "0.0468696, 0.0488403, 0.0549148, 0.0730987, 0.114227, 0.223564, 0.602394", \
            "0.0469712, 0.0489096, 0.0548346, 0.0731136, 0.113603, 0.223155, 0.602624", \
            "0.0468334, 0.0489338, 0.0550276, 0.0725018, 0.113333, 0.222885, 0.602822", \
            "0.0469517, 0.0488509, 0.0549609, 0.0723993, 0.113197, 0.223256, 0.602002", \
            "0.0521856, 0.0538313, 0.0604521, 0.0777051, 0.116923, 0.224632, 0.603268", \
            "0.0691394, 0.0708514, 0.0767037, 0.0941494, 0.136238, 0.241136, 0.607977" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.472297, 0.476573, 0.488503, 0.516927, 0.587834, 0.804781, 1.51689", \
            "0.476186, 0.480468, 0.492397, 0.520841, 0.592073, 0.808571, 1.52055", \
            "0.485669, 0.489871, 0.501828, 0.530397, 0.601468, 0.817723, 1.53107", \
            "0.507923, 0.512166, 0.524154, 0.552644, 0.623803, 0.839325, 1.55517", \
            "0.561955, 0.566229, 0.57812, 0.606702, 0.677803, 0.894221, 1.60741", \
            "0.686899, 0.691152, 0.703102, 0.731607, 0.802773, 1.0188, 1.733", \
            "0.937713, 0.942057, 0.954374, 0.983352, 1.05471, 1.2697, 1.98412" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0304821, 0.0338223, 0.0431085, 0.0689592, 0.154527, 0.460728, 1.50028", \
            "0.0304857, 0.033821, 0.0431042, 0.0689725, 0.15434, 0.460529, 1.50066", \
            "0.0305466, 0.0337663, 0.0431242, 0.0690518, 0.154385, 0.460296, 1.50077", \
            "0.0305917, 0.0338817, 0.0435046, 0.0689931, 0.154259, 0.460663, 1.49979", \
            "0.0304881, 0.0338024, 0.0432167, 0.0690455, 0.154444, 0.460764, 1.50075", \
            "0.0307661, 0.0340382, 0.0436892, 0.0691907, 0.15442, 0.460714, 1.49889", \
            "0.0326537, 0.0359597, 0.0454362, 0.0709851, 0.155144, 0.460268, 1.50054" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.328717, 0.332241, 0.342299, 0.368019, 0.427466, 0.554738, 0.872195", \
            "0.332109, 0.335634, 0.345787, 0.371543, 0.430702, 0.558032, 0.875784", \
            "0.339719, 0.343244, 0.353392, 0.379132, 0.438282, 0.565608, 0.883367", \
            "0.35646, 0.359984, 0.370039, 0.39574, 0.455178, 0.582329, 0.899955", \
            "0.389273, 0.392789, 0.402834, 0.42872, 0.487946, 0.615039, 0.93278", \
            "0.432465, 0.435976, 0.446186, 0.471754, 0.530854, 0.658027, 0.97562", \
            "0.455728, 0.459255, 0.469328, 0.495266, 0.554564, 0.681634, 0.998969" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0477971, 0.0498605, 0.0557136, 0.0735151, 0.120032, 0.234773, 0.609644", \
            "0.0479, 0.0496945, 0.055726, 0.0738273, 0.119962, 0.23517, 0.610139", \
            "0.0478961, 0.0497003, 0.0557196, 0.0739285, 0.119916, 0.23516, 0.609591", \
            "0.0477902, 0.0498633, 0.0556998, 0.0735306, 0.120067, 0.235115, 0.609856", \
            "0.0480176, 0.0497862, 0.0557969, 0.0736047, 0.119918, 0.235327, 0.608657", \
            "0.0479161, 0.049729, 0.0557914, 0.0737296, 0.120331, 0.235085, 0.610177", \
            "0.0490343, 0.050776, 0.0567176, 0.0743895, 0.120596, 0.235281, 0.607366" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.11231, 0.11623, 0.127136, 0.154209, 0.224727, 0.440874, 1.15542", \
            "0.116312, 0.120166, 0.131167, 0.158224, 0.228787, 0.445534, 1.15896", \
            "0.124932, 0.128846, 0.13973, 0.166862, 0.237428, 0.454288, 1.16773", \
            "0.142896, 0.146834, 0.157806, 0.184899, 0.255357, 0.472211, 1.18531", \
            "0.175238, 0.179365, 0.19074, 0.218624, 0.289459, 0.506136, 1.21977", \
            "0.210216, 0.214667, 0.227488, 0.258172, 0.331138, 0.546434, 1.26137", \
            "0.214263, 0.218966, 0.233319, 0.270132, 0.349494, 0.565979, 1.27827" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0244507, 0.0275961, 0.0370861, 0.0638954, 0.151797, 0.46005, 1.50227", \
            "0.0245079, 0.0278713, 0.0371295, 0.0639493, 0.151708, 0.461281, 1.49963", \
            "0.02443, 0.0277716, 0.0371364, 0.0640078, 0.15185, 0.460854, 1.49936", \
            "0.0246589, 0.0278559, 0.0371605, 0.0639869, 0.151968, 0.460956, 1.49945", \
            "0.0268251, 0.0301962, 0.039633, 0.0660181, 0.152931, 0.461467, 1.49924", \
            "0.0340104, 0.0374363, 0.0477288, 0.0740853, 0.156956, 0.460498, 1.49848", \
            "0.0477894, 0.051012, 0.0621463, 0.090835, 0.168365, 0.463562, 1.49775" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.223174, 0.22675, 0.237047, 0.262332, 0.319154, 0.438021, 0.748861", \
            "0.228289, 0.231893, 0.242199, 0.267826, 0.324192, 0.443181, 0.754068", \
            "0.23904, 0.242622, 0.252867, 0.278197, 0.335055, 0.453952, 0.764803", \
            "0.260533, 0.264112, 0.274464, 0.300008, 0.356433, 0.475555, 0.786321", \
            "0.308488, 0.312048, 0.322357, 0.347947, 0.404564, 0.5237, 0.834327", \
            "0.410955, 0.414638, 0.425094, 0.451679, 0.509638, 0.630431, 0.941071", \
            "0.603094, 0.606999, 0.618267, 0.6471, 0.710543, 0.839821, 1.15448" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.046118, 0.0480107, 0.0540068, 0.0712815, 0.113622, 0.224127, 0.60297", \
            "0.0461227, 0.0480811, 0.054164, 0.0715605, 0.112552, 0.223339, 0.603537", \
            "0.0462157, 0.0480854, 0.0539855, 0.071997, 0.113309, 0.224063, 0.60384", \
            "0.046027, 0.0478895, 0.0544514, 0.0717778, 0.112913, 0.223372, 0.605179", \
            "0.0462786, 0.0481422, 0.0542058, 0.0715012, 0.113015, 0.223241, 0.604672", \
            "0.0519166, 0.0536992, 0.0600897, 0.0774772, 0.118158, 0.226524, 0.605219", \
            "0.0665328, 0.0681583, 0.0746724, 0.09115, 0.134295, 0.241601, 0.607961" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.454717, 0.458976, 0.470811, 0.498948, 0.568894, 0.784291, 1.49794", \
            "0.459079, 0.463342, 0.475257, 0.503242, 0.573089, 0.788905, 1.50127", \
            "0.468593, 0.472858, 0.484789, 0.512658, 0.582793, 0.797742, 1.51273", \
            "0.489229, 0.493486, 0.505415, 0.53338, 0.603129, 0.819707, 1.53379", \
            "0.53719, 0.541456, 0.55337, 0.581312, 0.651046, 0.867629, 1.57953", \
            "0.647276, 0.651549, 0.663503, 0.691607, 0.761729, 0.977467, 1.69012", \
            "0.865733, 0.870048, 0.882247, 0.910837, 0.981022, 1.19603, 1.91039" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0306609, 0.0339961, 0.0431893, 0.0680856, 0.152789, 0.459408, 1.49805", \
            "0.0311641, 0.034352, 0.0431204, 0.0680243, 0.152649, 0.459988, 1.49763", \
            "0.0307223, 0.0340111, 0.0429379, 0.068014, 0.152586, 0.459915, 1.49742", \
            "0.0310848, 0.0340458, 0.0431218, 0.0680112, 0.152826, 0.459585, 1.49712", \
            "0.0311613, 0.0339689, 0.0434791, 0.0680937, 0.152873, 0.459526, 1.4971", \
            "0.0311403, 0.0343704, 0.0434514, 0.068309, 0.152897, 0.459743, 1.49774", \
            "0.0319578, 0.0352068, 0.0448516, 0.0692372, 0.153213, 0.45932, 1.49625" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.323572, 0.327092, 0.337137, 0.362792, 0.421799, 0.5485, 0.8659", \
            "0.327077, 0.330589, 0.340808, 0.366412, 0.425173, 0.551923, 0.869397", \
            "0.335033, 0.338508, 0.34856, 0.374238, 0.433214, 0.559913, 0.877306", \
            "0.353832, 0.357321, 0.367584, 0.393139, 0.451836, 0.5787, 0.896028", \
            "0.39328, 0.396801, 0.407063, 0.432609, 0.491296, 0.618089, 0.935583", \
            "0.441976, 0.445516, 0.455786, 0.481335, 0.540035, 0.666648, 0.98402", \
            "0.472979, 0.476483, 0.486564, 0.512461, 0.571396, 0.698151, 1.01555" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0477628, 0.0498191, 0.055664, 0.0734122, 0.119428, 0.234449, 0.610414", \
            "0.0477467, 0.0495878, 0.0556939, 0.0735653, 0.119514, 0.23502, 0.609725", \
            "0.0479473, 0.049767, 0.0556251, 0.0734138, 0.119439, 0.234382, 0.610333", \
            "0.047905, 0.0494203, 0.0557952, 0.0735328, 0.11977, 0.234349, 0.60953", \
            "0.0476935, 0.0494527, 0.0558203, 0.0735704, 0.11961, 0.234951, 0.608337", \
            "0.0480446, 0.0496261, 0.0559988, 0.0736992, 0.119498, 0.234587, 0.611008", \
            "0.0492472, 0.0510969, 0.0568264, 0.074488, 0.120279, 0.234943, 0.606664" \
          );
        }
      }
      timing () {
        related_pin : "CIN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.107514, 0.111558, 0.122658, 0.150242, 0.221176, 0.437435, 1.15274", \
            "0.111476, 0.115507, 0.126662, 0.154168, 0.225221, 0.441308, 1.15538", \
            "0.119374, 0.123426, 0.13452, 0.162137, 0.233164, 0.449699, 1.16435", \
            "0.135745, 0.139725, 0.150877, 0.178453, 0.249407, 0.466144, 1.18058", \
            "0.162025, 0.166256, 0.178049, 0.206707, 0.278598, 0.494675, 1.21197", \
            "0.18691, 0.191379, 0.204325, 0.235734, 0.309822, 0.526744, 1.24204", \
            "0.173364, 0.178089, 0.192521, 0.229697, 0.310407, 0.527467, 1.24095" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0250652, 0.0284164, 0.0377418, 0.0647802, 0.1525, 0.459725, 1.50234", \
            "0.0251666, 0.028444, 0.0378114, 0.0645846, 0.152189, 0.46044, 1.5002", \
            "0.0251275, 0.0283756, 0.0378165, 0.0647062, 0.152354, 0.460791, 1.50199", \
            "0.0250672, 0.0283701, 0.0379605, 0.0648364, 0.15241, 0.461087, 1.50198", \
            "0.0278285, 0.0312055, 0.0410166, 0.0678654, 0.153955, 0.460389, 1.50095", \
            "0.0345563, 0.0380154, 0.0485659, 0.0755443, 0.158937, 0.461142, 1.4976", \
            "0.049101, 0.052204, 0.0635792, 0.0929281, 0.171107, 0.464199, 1.49811" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.218113, 0.221612, 0.231832, 0.25733, 0.315647, 0.440834, 0.758052", \
            "0.223167, 0.226689, 0.236793, 0.262088, 0.320416, 0.446145, 0.763084", \
            "0.234058, 0.237551, 0.247627, 0.27301, 0.33121, 0.457018, 0.773999", \
            "0.256824, 0.260314, 0.270495, 0.295944, 0.353959, 0.479756, 0.796619", \
            "0.30894, 0.312427, 0.322529, 0.34797, 0.405941, 0.531685, 0.848641", \
            "0.421843, 0.425404, 0.435582, 0.461529, 0.520093, 0.647103, 0.964231", \
            "0.630124, 0.633893, 0.645022, 0.673212, 0.73656, 0.869465, 1.19331" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0468775, 0.0487574, 0.0550721, 0.0726318, 0.117126, 0.233794, 0.610152", \
            "0.0468714, 0.0487615, 0.0545957, 0.0729745, 0.117677, 0.233504, 0.610156", \
            "0.0469985, 0.0487892, 0.054557, 0.0728031, 0.117489, 0.233583, 0.609293", \
            "0.0469757, 0.0486823, 0.0549847, 0.0726155, 0.117353, 0.233418, 0.610828", \
            "0.0465712, 0.0483962, 0.0544838, 0.0720732, 0.117555, 0.232657, 0.610312", \
            "0.0528083, 0.0544117, 0.0598987, 0.0775578, 0.120962, 0.236393, 0.610596", \
            "0.0697124, 0.0706952, 0.0760092, 0.0938168, 0.135697, 0.248798, 0.618303" \
          );
        }
      }
      timing () {
        related_pin : "CIN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.447091, 0.451351, 0.463285, 0.491327, 0.561012, 0.777201, 1.48958", \
            "0.450638, 0.454902, 0.466839, 0.494858, 0.564596, 0.780893, 1.49371", \
            "0.45984, 0.464087, 0.475988, 0.504128, 0.574025, 0.789745, 1.50264", \
            "0.484174, 0.488435, 0.500368, 0.528414, 0.59811, 0.81432, 1.527", \
            "0.54771, 0.551969, 0.563906, 0.591969, 0.661647, 0.877843, 1.59036", \
            "0.696642, 0.700926, 0.712908, 0.741047, 0.810818, 1.027, 1.73986", \
            "0.986316, 0.99075, 1.00342, 1.03319, 1.10364, 1.31915, 2.0337" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0310468, 0.0342474, 0.0433596, 0.0682292, 0.152892, 0.459951, 1.49737", \
            "0.0310944, 0.0344312, 0.0432951, 0.0682382, 0.152817, 0.459958, 1.4958", \
            "0.0309672, 0.0341313, 0.0437078, 0.0682278, 0.152784, 0.459484, 1.49871", \
            "0.031074, 0.0342446, 0.043356, 0.0682322, 0.152953, 0.459695, 1.49807", \
            "0.0311943, 0.0342484, 0.0433627, 0.0682322, 0.152902, 0.459828, 1.49772", \
            "0.0316823, 0.0344845, 0.0440294, 0.0685367, 0.152778, 0.459983, 1.49558", \
            "0.0353706, 0.0382744, 0.0477377, 0.07242, 0.154695, 0.460266, 1.49726" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.322611, 0.326154, 0.336333, 0.362198, 0.41873, 0.537875, 0.848707", \
            "0.326091, 0.329664, 0.339992, 0.365644, 0.422224, 0.541401, 0.852291", \
            "0.333998, 0.337578, 0.347747, 0.373625, 0.430196, 0.549345, 0.860183", \
            "0.351864, 0.355442, 0.365765, 0.391268, 0.447707, 0.566935, 0.877806", \
            "0.388173, 0.391756, 0.402054, 0.427705, 0.484198, 0.603415, 0.914356", \
            "0.434994, 0.438566, 0.448615, 0.474122, 0.529682, 0.648351, 0.959393", \
            "0.458935, 0.462402, 0.47249, 0.497326, 0.552817, 0.6714, 0.982192" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0469083, 0.0487482, 0.054683, 0.072237, 0.112859, 0.22344, 0.605205", \
            "0.046675, 0.048536, 0.0546283, 0.0721307, 0.112891, 0.223405, 0.604156", \
            "0.0468202, 0.0486543, 0.0547783, 0.072083, 0.112814, 0.223339, 0.605245", \
            "0.0468185, 0.0486416, 0.0548629, 0.0718776, 0.11298, 0.223949, 0.603665", \
            "0.0468905, 0.0486966, 0.0548805, 0.0718218, 0.113094, 0.224096, 0.603196", \
            "0.046042, 0.0480321, 0.0541707, 0.0712533, 0.111441, 0.223153, 0.605116", \
            "0.0466627, 0.0484736, 0.0545853, 0.0713165, 0.111989, 0.223241, 0.600719" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0015358, 0.0049906, 0.0155889, 0.0465118, 0.135011, 0.409139, 1.31181", \
            "0.0015178, 0.0049324, 0.0154262, 0.0461665, 0.134487, 0.408291, 1.31072", \
            "0.0015102, 0.0049072, 0.0153454, 0.046076, 0.134317, 0.408124, 1.30925", \
            "0.0014928, 0.0048521, 0.0152032, 0.0457082, 0.133852, 0.40728, 1.31052", \
            "0.0014809, 0.0048176, 0.0150888, 0.0455202, 0.133468, 0.407066, 1.30818", \
            "0.0015095, 0.0049025, 0.0153447, 0.0458935, 0.134134, 0.408422, 1.31089", \
            "0.0017068, 0.0055077, 0.0169373, 0.0482723, 0.138682, 0.412832, 1.31529" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0023844, 0.0072281, 0.0179379, 0.0255735, -0.0206458, -0.271597, -1.17451", \
            "0.0023763, 0.0072053, 0.0178562, 0.0254718, -0.0208695, -0.271841, -1.17484", \
            "0.0023696, 0.0071841, 0.0177976, 0.0253627, -0.021062, -0.272074, -1.17507", \
            "0.0023624, 0.007161, 0.0177456, 0.0251532, -0.0212995, -0.272323, -1.17535", \
            "0.0023633, 0.0071626, 0.0177425, 0.0251595, -0.0212712, -0.272329, -1.17536", \
            "0.0024067, 0.0072993, 0.0181151, 0.0258915, -0.0201508, -0.271055, -1.17394", \
            "0.0028403, 0.0086527, 0.021869, 0.0330769, -0.0134573, -0.26709, -1.17046" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0014398, 0.0046789, 0.0147197, 0.0448194, 0.132868, 0.406027, 1.30874", \
            "0.0014281, 0.0046577, 0.0146824, 0.044585, 0.132379, 0.406538, 1.3078", \
            "0.00143, 0.0046437, 0.0146038, 0.044529, 0.13265, 0.406228, 1.30665", \
            "0.0014119, 0.0045955, 0.014523, 0.0442256, 0.131836, 0.40552, 1.30702", \
            "0.0013932, 0.0045439, 0.0143382, 0.0439156, 0.131354, 0.404747, 1.3064", \
            "0.0014627, 0.0047545, 0.0149341, 0.0451687, 0.133485, 0.407159, 1.3089", \
            "0.0016504, 0.0053323, 0.0164798, 0.0476413, 0.136769, 0.411219, 1.312" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0024252, 0.0073624, 0.0183082, 0.0264058, -0.0193635, -0.27028, -1.17306", \
            "0.0024294, 0.0073683, 0.0183119, 0.0265163, -0.0193593, -0.270133, -1.17317", \
            "0.0024242, 0.0073548, 0.0182838, 0.0263499, -0.0194309, -0.270309, -1.1733", \
            "0.0024197, 0.0073531, 0.0182979, 0.0264005, -0.0195167, -0.270355, -1.17336", \
            "0.0024354, 0.0073854, 0.0183726, 0.0265637, -0.0192803, -0.270064, -1.17303", \
            "0.0024809, 0.0075839, 0.0189283, 0.02775, -0.017534, -0.267915, -1.17074", \
            "0.0029727, 0.0090665, 0.0230279, 0.0355523, -0.0096892, -0.262678, -1.16581" \
          );
        }
      }
      internal_power () {
        related_pin : "CIN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0013491, 0.0044007, 0.0139419, 0.0429978, 0.130153, 0.403188, 1.30515", \
            "0.0013463, 0.0043945, 0.0139265, 0.0429737, 0.129938, 0.403134, 1.30542", \
            "0.00134, 0.0043658, 0.013868, 0.0428883, 0.129883, 0.403098, 1.30399", \
            "0.0013285, 0.0043378, 0.0137675, 0.0426238, 0.129563, 0.402462, 1.30378", \
            "0.0013172, 0.0043109, 0.0136924, 0.0424721, 0.129331, 0.402183, 1.30379", \
            "0.0014202, 0.0046261, 0.014592, 0.0443567, 0.132137, 0.40595, 1.30751", \
            "0.0016819, 0.0054206, 0.0166406, 0.0488079, 0.139777, 0.414567, 1.31515" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0025143, 0.0076411, 0.0190647, 0.0281624, -0.0171034, -0.268118, -1.17112", \
            "0.0025162, 0.0076369, 0.0190482, 0.0280097, -0.0170787, -0.268158, -1.17104", \
            "0.0025146, 0.007637, 0.0190632, 0.0280626, -0.0171264, -0.268173, -1.17128", \
            "0.0025091, 0.0076248, 0.0190308, 0.0280591, -0.0171729, -0.268242, -1.17143", \
            "0.0025115, 0.0076341, 0.0190574, 0.0280708, -0.0171557, -0.268241, -1.17125", \
            "0.0025541, 0.0077466, 0.0193831, 0.0288807, -0.0159145, -0.26675, -1.1697", \
            "0.002964, 0.0090429, 0.0229654, 0.035618, -0.0094509, -0.262064, -1.16517" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.007846;
      rise_capacitance : 0.008102;
      rise_capacitance_range (0.008102, 0.008102);
      fall_capacitance : 0.007591;
      fall_capacitance_range (0.007591, 0.007591);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.007059;
      rise_capacitance : 0.007158;
      rise_capacitance_range (0.007158, 0.007158);
      fall_capacitance : 0.006961;
      fall_capacitance_range (0.006961, 0.006961);
    }
    pin (CIN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.005186;
      rise_capacitance : 0.005313;
      rise_capacitance_range (0.005313, 0.005313);
      fall_capacitance : 0.005059;
      fall_capacitance_range (0.005059, 0.005059);
    }
  }
  cell (scs8hd_fah_1) {
    area : 33.7824;
    cell_footprint : "fah";
    cell_leakage_power : 0.0344653;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0283871;
      when : "!A&!B&CI";
    }
    leakage_power () {
      value : 0.032247;
      when : "!A&!B&!CI";
    }
    leakage_power () {
      value : 0.0367342;
      when : "!A&B&CI";
    }
    leakage_power () {
      value : 0.0345899;
      when : "!A&B&!CI";
    }
    leakage_power () {
      value : 0.0344251;
      when : "A&!B&CI";
    }
    leakage_power () {
      value : 0.0320946;
      when : "A&!B&!CI";
    }
    leakage_power () {
      value : 0.0366053;
      when : "A&B&CI";
    }
    leakage_power () {
      value : 0.0406393;
      when : "A&B&!CI";
    }
    leakage_power () {
      value : 0.0344653;
    }
    pin (COUT) {
      direction : output;
      function : "(A&B) | (A&CI) | (B&CI)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.21699;
      max_transition : 1.50409;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.175458, 0.181351, 0.195293, 0.22917, 0.317614, 0.557611, 1.21672", \
            "0.179302, 0.185193, 0.19919, 0.232779, 0.321289, 0.561029, 1.22542", \
            "0.187157, 0.193105, 0.206972, 0.240803, 0.329246, 0.568886, 1.23019", \
            "0.198423, 0.204223, 0.218309, 0.252169, 0.34087, 0.581027, 1.24013", \
            "0.209699, 0.215666, 0.229698, 0.263877, 0.352845, 0.592968, 1.25058", \
            "0.206405, 0.212231, 0.226423, 0.260796, 0.349991, 0.589925, 1.25187", \
            "0.162751, 0.168584, 0.182617, 0.216823, 0.306567, 0.547017, 1.20516" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.0225306, 0.0279095, 0.0430267, 0.0858842, 0.20853, 0.549783, 1.49421", \
            "0.0225597, 0.0279071, 0.0429658, 0.0858367, 0.208577, 0.550771, 1.50236", \
            "0.022502, 0.0278471, 0.0430564, 0.0858957, 0.208523, 0.549944, 1.49667", \
            "0.0222478, 0.0277381, 0.0428549, 0.085842, 0.208147, 0.550438, 1.50207", \
            "0.0216737, 0.0272109, 0.0426489, 0.085953, 0.20825, 0.549746, 1.49733", \
            "0.0209579, 0.026761, 0.0424192, 0.0861282, 0.208572, 0.550497, 1.50233", \
            "0.0206864, 0.0262791, 0.0418992, 0.0859855, 0.209021, 0.550706, 1.4921" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.174448, 0.179869, 0.191723, 0.21591, 0.266924, 0.385374, 0.695746", \
            "0.179182, 0.184598, 0.196452, 0.220642, 0.271676, 0.39012, 0.700518", \
            "0.191536, 0.196893, 0.208751, 0.232935, 0.283971, 0.402415, 0.712796", \
            "0.217036, 0.222437, 0.234263, 0.258512, 0.309549, 0.42794, 0.738955", \
            "0.259965, 0.265329, 0.277169, 0.301579, 0.352607, 0.470931, 0.781905", \
            "0.329032, 0.334328, 0.346094, 0.370499, 0.42177, 0.539842, 0.850348", \
            "0.452171, 0.457473, 0.469268, 0.493593, 0.545309, 0.663541, 0.973268" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.0210355, 0.0250403, 0.0339529, 0.0553687, 0.107072, 0.247658, 0.652638", \
            "0.0210849, 0.0250475, 0.033987, 0.055384, 0.106887, 0.247737, 0.652551", \
            "0.0210157, 0.0250755, 0.0339813, 0.0553843, 0.106851, 0.247722, 0.652896", \
            "0.0209651, 0.0248994, 0.0340376, 0.05475, 0.107299, 0.24825, 0.652628", \
            "0.0205622, 0.0246445, 0.0339393, 0.055033, 0.106961, 0.247833, 0.653546", \
            "0.0200947, 0.024276, 0.0333945, 0.0548168, 0.106769, 0.246766, 0.649609", \
            "0.0202983, 0.0243257, 0.033397, 0.0552754, 0.107231, 0.246476, 0.649021" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.133517, 0.139699, 0.154049, 0.188558, 0.277822, 0.517845, 1.17613", \
            "0.137512, 0.143587, 0.15789, 0.192442, 0.281585, 0.521756, 1.18114", \
            "0.145951, 0.152151, 0.166498, 0.201018, 0.290231, 0.530198, 1.19151", \
            "0.164408, 0.1705, 0.184732, 0.219213, 0.308172, 0.548563, 1.20829", \
            "0.189189, 0.195102, 0.209405, 0.243745, 0.332153, 0.57185, 1.23409", \
            "0.19248, 0.198526, 0.212559, 0.24681, 0.335313, 0.574605, 1.23527", \
            "0.145512, 0.151582, 0.165677, 0.199805, 0.288281, 0.527885, 1.18713" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.0231192, 0.0284043, 0.043521, 0.086814, 0.208755, 0.550592, 1.50079", \
            "0.0227789, 0.028374, 0.043675, 0.0868751, 0.208719, 0.550754, 1.5001", \
            "0.0232298, 0.0284988, 0.0435775, 0.0868298, 0.208751, 0.550239, 1.49755", \
            "0.0231032, 0.0284257, 0.0437141, 0.0865938, 0.20874, 0.550132, 1.50409", \
            "0.0228898, 0.0284892, 0.0435803, 0.0864875, 0.208486, 0.550241, 1.49689", \
            "0.0232022, 0.0284916, 0.0437715, 0.0865722, 0.208682, 0.549799, 1.49854", \
            "0.0232377, 0.02853, 0.0437549, 0.0865731, 0.208697, 0.550585, 1.49269" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.158154, 0.163482, 0.175118, 0.199069, 0.250035, 0.368525, 0.679666", \
            "0.162301, 0.167668, 0.179271, 0.203194, 0.254156, 0.372686, 0.683745", \
            "0.173503, 0.178832, 0.19043, 0.214356, 0.265262, 0.38379, 0.694723", \
            "0.201844, 0.207163, 0.218703, 0.242545, 0.29346, 0.41197, 0.723083", \
            "0.26259, 0.267832, 0.279293, 0.302846, 0.353569, 0.472115, 0.783108", \
            "0.362434, 0.367625, 0.378857, 0.401983, 0.452204, 0.570369, 0.881278", \
            "0.532343, 0.537483, 0.548543, 0.571155, 0.620615, 0.738189, 1.04883" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.021189, 0.0250871, 0.0339754, 0.0547139, 0.10706, 0.248109, 0.650905", \
            "0.0212284, 0.0250861, 0.0343274, 0.0548995, 0.106575, 0.247979, 0.650205", \
            "0.0212779, 0.0253316, 0.0342575, 0.0549086, 0.107077, 0.247745, 0.654997", \
            "0.0214862, 0.0251862, 0.0343222, 0.0548328, 0.107131, 0.248273, 0.652198", \
            "0.0213583, 0.0254637, 0.0341576, 0.0552309, 0.106824, 0.24832, 0.650989", \
            "0.0217064, 0.0257, 0.0344546, 0.0554852, 0.107125, 0.248422, 0.650772", \
            "0.0225394, 0.0262892, 0.0349804, 0.0557802, 0.107059, 0.248176, 0.649906" \
          );
        }
      }
      timing () {
        related_pin : "CI";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.0823734, 0.0882364, 0.102366, 0.136803, 0.226477, 0.46639, 1.12619", \
            "0.0862128, 0.092103, 0.10621, 0.140662, 0.230334, 0.47023, 1.12769", \
            "0.0950712, 0.100982, 0.11509, 0.149519, 0.239219, 0.479174, 1.13876", \
            "0.114554, 0.12048, 0.134616, 0.16894, 0.258646, 0.498673, 1.15689", \
            "0.140101, 0.146878, 0.162172, 0.197478, 0.287591, 0.527525, 1.18667", \
            "0.158615, 0.167161, 0.185751, 0.224298, 0.315392, 0.555623, 1.21768", \
            "0.141531, 0.151981, 0.176105, 0.223143, 0.31874, 0.5588, 1.21735" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.0197819, 0.0257537, 0.0416796, 0.0860693, 0.209696, 0.55025, 1.49719", \
            "0.0198054, 0.0257731, 0.0416516, 0.086004, 0.20904, 0.549341, 1.49347", \
            "0.0198388, 0.0257963, 0.0416178, 0.0860909, 0.209087, 0.549849, 1.49569", \
            "0.0203762, 0.0263113, 0.0419604, 0.0861341, 0.209175, 0.549014, 1.49748", \
            "0.0241921, 0.0300314, 0.0453258, 0.0882173, 0.209834, 0.550443, 1.50079", \
            "0.0314994, 0.0386761, 0.0543935, 0.0943299, 0.211849, 0.550591, 1.50165", \
            "0.0425978, 0.0511673, 0.0705677, 0.110764, 0.219095, 0.551723, 1.49308" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.107975, 0.115676, 0.133148, 0.166478, 0.224056, 0.345069, 0.655653", \
            "0.112758, 0.120446, 0.137927, 0.171312, 0.228888, 0.349885, 0.660972", \
            "0.12475, 0.132417, 0.149844, 0.183219, 0.240807, 0.361835, 0.672406", \
            "0.15483, 0.162523, 0.179951, 0.213257, 0.270838, 0.391862, 0.702973", \
            "0.218924, 0.227224, 0.245848, 0.280676, 0.338988, 0.460221, 0.770813", \
            "0.32207, 0.331909, 0.354637, 0.398454, 0.464063, 0.588471, 0.899451", \
            "0.492415, 0.503577, 0.53027, 0.587286, 0.671179, 0.804917, 1.11783" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.0313879, 0.0377084, 0.0506816, 0.0722901, 0.117419, 0.251291, 0.650941", \
            "0.0313866, 0.037636, 0.0506221, 0.0722984, 0.117311, 0.251052, 0.651493", \
            "0.0313908, 0.0376644, 0.0506556, 0.0722495, 0.117439, 0.251292, 0.659221", \
            "0.0315272, 0.0379449, 0.0507208, 0.0723139, 0.117289, 0.250874, 0.651354", \
            "0.0364054, 0.0429139, 0.0557978, 0.0759532, 0.118823, 0.25157, 0.653923", \
            "0.0482573, 0.0565424, 0.0731941, 0.0959325, 0.131968, 0.256501, 0.657559", \
            "0.0636901, 0.0741085, 0.0973122, 0.130474, 0.164557, 0.271215, 0.656501" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.002128, 0.0056038, 0.0144451, 0.0339192, 0.0749111, 0.173522, 0.43598", \
            "0.0021092, 0.0055558, 0.0143275, 0.0337008, 0.0746427, 0.17384, 0.43686", \
            "0.0020887, 0.0055053, 0.014207, 0.033475, 0.0742335, 0.173388, 0.436469", \
            "0.0020826, 0.005486, 0.0140821, 0.0333281, 0.0741073, 0.173363, 0.436732", \
            "0.002148, 0.0056679, 0.014325, 0.0339436, 0.0751232, 0.173794, 0.436181", \
            "0.0024309, 0.0063811, 0.0158261, 0.0359574, 0.0779529, 0.176876, 0.439945", \
            "0.0029902, 0.0078094, 0.0190321, 0.0420656, 0.087201, 0.187966, 0.449174" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.0051524, 0.0129391, 0.0283467, 0.0470128, 0.0436355, -0.0313436, -0.284341", \
            "0.005131, 0.012878, 0.0282162, 0.0467767, 0.0432927, -0.0317656, -0.284781", \
            "0.0051234, 0.0128504, 0.0281533, 0.0466562, 0.0431174, -0.0319725, -0.284994", \
            "0.005107, 0.0128213, 0.028067, 0.0464817, 0.0428659, -0.0321942, -0.285318", \
            "0.0051609, 0.0129556, 0.0284081, 0.0470909, 0.0437056, -0.031149, -0.284219", \
            "0.005367, 0.0134832, 0.0295993, 0.0493199, 0.0470121, -0.0271201, -0.279817", \
            "0.0059699, 0.0150066, 0.0330241, 0.0556441, 0.0563645, -0.0163305, -0.267455" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.0016347, 0.0043508, 0.0113339, 0.0283345, 0.0669802, 0.163661, 0.427891", \
            "0.0016339, 0.0043518, 0.0113218, 0.0283623, 0.0669162, 0.163951, 0.42539", \
            "0.0016304, 0.0043384, 0.01131, 0.0282874, 0.0668158, 0.163651, 0.42667", \
            "0.0016154, 0.0043045, 0.0112518, 0.028188, 0.0666508, 0.164407, 0.427197", \
            "0.00162, 0.0043078, 0.0113906, 0.0282391, 0.0666498, 0.164239, 0.422751", \
            "0.0019199, 0.0050771, 0.0127881, 0.0301683, 0.0689435, 0.165827, 0.429477", \
            "0.0023694, 0.0062348, 0.0154456, 0.0351699, 0.0768495, 0.175205, 0.436956" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.0046881, 0.0117388, 0.0255901, 0.0417622, 0.0360622, -0.0403627, -0.294034", \
            "0.0046494, 0.0116451, 0.0253856, 0.0413871, 0.0354917, -0.0410632, -0.294894", \
            "0.0046143, 0.0115595, 0.0251853, 0.0409914, 0.0348604, -0.0417944, -0.295586", \
            "0.0046211, 0.0115642, 0.0251982, 0.0410221, 0.0348932, -0.0417435, -0.295487", \
            "0.0046903, 0.0117488, 0.0255748, 0.0416598, 0.0357863, -0.0406854, -0.294361", \
            "0.0049878, 0.0125014, 0.0272707, 0.0447128, 0.040082, -0.035656, -0.288959", \
            "0.0056727, 0.0142589, 0.0312333, 0.0520749, 0.0503175, -0.0237088, -0.275481" \
          );
        }
      }
      internal_power () {
        related_pin : "CI";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.0010518, 0.002853, 0.0076918, 0.0211451, 0.056258, 0.151374, 0.412177", \
            "0.0010432, 0.002838, 0.0076817, 0.0210627, 0.0562685, 0.150417, 0.410368", \
            "0.0010316, 0.0028196, 0.0076179, 0.0209554, 0.056105, 0.151209, 0.411361", \
            "0.0010268, 0.0027923, 0.0075485, 0.0208226, 0.0557393, 0.150237, 0.40971", \
            "0.0010369, 0.0028192, 0.0075921, 0.0208879, 0.0558248, 0.150212, 0.412672", \
            "0.0011458, 0.003096, 0.0082313, 0.021662, 0.0566848, 0.150959, 0.413682", \
            "0.0013625, 0.0036308, 0.0094165, 0.0238574, 0.0600944, 0.155197, 0.415847" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
          values ( \
            "0.0033345, 0.008287, 0.0176099, 0.0267477, 0.0138257, -0.0673025, -0.323241", \
            "0.0033241, 0.0082521, 0.0175878, 0.0266306, 0.0136658, -0.067471, -0.323554", \
            "0.0033115, 0.0082231, 0.0174917, 0.0264994, 0.0134504, -0.0677528, -0.323798", \
            "0.0033098, 0.0082084, 0.0174805, 0.0264222, 0.0133629, -0.0677963, -0.323895", \
            "0.0033284, 0.008253, 0.0175335, 0.0264632, 0.0133527, -0.0678392, -0.323761", \
            "0.0034555, 0.0085581, 0.0181366, 0.0274143, 0.0145019, -0.0664292, -0.322337", \
            "0.0037763, 0.0093578, 0.0198821, 0.0303795, 0.018497, -0.0620986, -0.317696" \
          );
        }
      }
    }
    pin (SUM) {
      direction : output;
      function : "(A&!B&!CI) | (!A&B&!CI) | (!A&!B&CI) | (A&B&CI)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.213328;
      max_transition : 1.50224;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.17416, 0.18004, 0.194175, 0.227796, 0.315962, 0.555003, 1.21095", \
            "0.17804, 0.18404, 0.197984, 0.231678, 0.319799, 0.558435, 1.21381", \
            "0.185638, 0.191649, 0.20575, 0.239353, 0.327505, 0.566598, 1.22282", \
            "0.196097, 0.202098, 0.215993, 0.249864, 0.338028, 0.576844, 1.23432", \
            "0.205485, 0.211441, 0.225394, 0.259407, 0.347455, 0.586675, 1.24335", \
            "0.20137, 0.207273, 0.221219, 0.254924, 0.343296, 0.581705, 1.23741", \
            "0.157666, 0.163547, 0.177442, 0.210979, 0.298945, 0.537669, 1.19323" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0208583, 0.0264972, 0.0415613, 0.0848937, 0.207715, 0.549341, 1.49685", \
            "0.0208516, 0.0263586, 0.0416036, 0.0846896, 0.207954, 0.551118, 1.4997", \
            "0.0210085, 0.0264413, 0.041504, 0.0848278, 0.207755, 0.550102, 1.49311", \
            "0.0209152, 0.026229, 0.0414872, 0.0848424, 0.207678, 0.549577, 1.49609", \
            "0.0204859, 0.025883, 0.0412194, 0.0847597, 0.208051, 0.551108, 1.49454", \
            "0.0198471, 0.0253937, 0.0408133, 0.0845228, 0.207962, 0.550265, 1.49939", \
            "0.0196676, 0.0251987, 0.0406042, 0.084059, 0.207678, 0.551047, 1.49173" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.167561, 0.172697, 0.183878, 0.206628, 0.2546, 0.367574, 0.66759", \
            "0.17232, 0.177423, 0.188625, 0.211451, 0.259382, 0.372254, 0.672483", \
            "0.184539, 0.189731, 0.200902, 0.223671, 0.271636, 0.384572, 0.684722", \
            "0.210508, 0.215605, 0.226802, 0.249569, 0.297524, 0.410435, 0.71066", \
            "0.254177, 0.259246, 0.270386, 0.293075, 0.340926, 0.453739, 0.753606", \
            "0.323093, 0.328177, 0.33934, 0.362094, 0.40971, 0.522275, 0.821997", \
            "0.445864, 0.451027, 0.462295, 0.485174, 0.533027, 0.645116, 0.944354" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0181823, 0.0220094, 0.0308651, 0.0505116, 0.100073, 0.235501, 0.628158", \
            "0.0181819, 0.0221543, 0.0305931, 0.050595, 0.0996931, 0.23719, 0.624457", \
            "0.018348, 0.0221837, 0.0306381, 0.0507415, 0.0999027, 0.236871, 0.624989", \
            "0.0181206, 0.0218439, 0.0306035, 0.0506911, 0.0999197, 0.236912, 0.625036", \
            "0.0179194, 0.0216714, 0.0304817, 0.0506081, 0.0998368, 0.236039, 0.629754", \
            "0.0179501, 0.0219304, 0.0303933, 0.0503109, 0.0994526, 0.235203, 0.626751", \
            "0.0181388, 0.0220958, 0.030681, 0.0505371, 0.0992708, 0.234809, 0.623664" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.169574, 0.175685, 0.189932, 0.224007, 0.312586, 0.551696, 1.20579", \
            "0.174467, 0.180446, 0.194615, 0.228767, 0.317368, 0.556617, 1.21237", \
            "0.186502, 0.192496, 0.206657, 0.240817, 0.329424, 0.568674, 1.22435", \
            "0.214283, 0.220418, 0.234446, 0.268623, 0.35727, 0.596554, 1.25007", \
            "0.271199, 0.277379, 0.291495, 0.325476, 0.413919, 0.652822, 1.30767", \
            "0.364674, 0.371311, 0.385576, 0.419196, 0.507167, 0.746001, 1.40243", \
            "0.515781, 0.523557, 0.539183, 0.572814, 0.660116, 0.898588, 1.55243" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0206734, 0.0263018, 0.0416271, 0.0850079, 0.20805, 0.550796, 1.49999", \
            "0.0205339, 0.0262941, 0.0416682, 0.084919, 0.207849, 0.55016, 1.49931", \
            "0.0205615, 0.0262892, 0.0416609, 0.0849224, 0.207883, 0.550191, 1.49936", \
            "0.0207832, 0.0262998, 0.0416356, 0.0848344, 0.208082, 0.550302, 1.49261", \
            "0.0216405, 0.026961, 0.0419769, 0.0849928, 0.208126, 0.550859, 1.50038", \
            "0.024377, 0.0295049, 0.0434788, 0.0854064, 0.207817, 0.550183, 1.49793", \
            "0.0296539, 0.0351316, 0.0478639, 0.0870662, 0.208351, 0.550077, 1.49295" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.137524, 0.14265, 0.153893, 0.177044, 0.225644, 0.339047, 0.639228", \
            "0.14126, 0.146386, 0.157624, 0.180744, 0.22938, 0.342784, 0.642964", \
            "0.150115, 0.155239, 0.166477, 0.189662, 0.238274, 0.35168, 0.651856", \
            "0.168713, 0.173868, 0.185245, 0.208395, 0.256868, 0.370287, 0.670494", \
            "0.195555, 0.20085, 0.212183, 0.235184, 0.283478, 0.396919, 0.696922", \
            "0.216963, 0.222189, 0.233392, 0.25608, 0.304177, 0.417729, 0.71756", \
            "0.20119, 0.207246, 0.219737, 0.24346, 0.292183, 0.406087, 0.706488" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.017713, 0.0217351, 0.0305634, 0.0509212, 0.100576, 0.236322, 0.624804", \
            "0.0177258, 0.021753, 0.0304985, 0.0509478, 0.100572, 0.23632, 0.624817", \
            "0.0178291, 0.0217313, 0.0305242, 0.0509911, 0.100581, 0.236275, 0.624761", \
            "0.0179486, 0.0219083, 0.0308062, 0.0508908, 0.100468, 0.236391, 0.62484", \
            "0.0184861, 0.0225469, 0.0311373, 0.0511433, 0.100491, 0.236518, 0.632285", \
            "0.0195306, 0.0233671, 0.0316956, 0.0510311, 0.100783, 0.236315, 0.624103", \
            "0.0240786, 0.0280163, 0.0361564, 0.0539558, 0.101666, 0.238117, 0.626055" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.132562, 0.138528, 0.152577, 0.186236, 0.274517, 0.513642, 1.17022", \
            "0.136639, 0.142488, 0.156475, 0.19041, 0.278711, 0.517243, 1.17431", \
            "0.145843, 0.151856, 0.165683, 0.199631, 0.287931, 0.526439, 1.18369", \
            "0.165999, 0.171774, 0.185838, 0.219698, 0.307967, 0.546489, 1.20361", \
            "0.188706, 0.194666, 0.20863, 0.242237, 0.330373, 0.56951, 1.22639", \
            "0.190334, 0.196178, 0.210073, 0.244029, 0.332309, 0.570761, 1.22597", \
            "0.144572, 0.150469, 0.164238, 0.198084, 0.286306, 0.525012, 1.18036" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0205021, 0.0259685, 0.0411514, 0.0846945, 0.207862, 0.550096, 1.49694", \
            "0.02033, 0.0260467, 0.0412409, 0.0845112, 0.207957, 0.55103, 1.49642", \
            "0.0204509, 0.0259062, 0.0412167, 0.084528, 0.207938, 0.550976, 1.49636", \
            "0.0202261, 0.0258706, 0.0411826, 0.0845639, 0.207925, 0.551001, 1.49847", \
            "0.0200961, 0.0255754, 0.0410398, 0.0844882, 0.208045, 0.550826, 1.49684", \
            "0.0198057, 0.0255035, 0.0409423, 0.0846711, 0.207769, 0.548802, 1.49989", \
            "0.0195378, 0.0252401, 0.0408991, 0.0844304, 0.207535, 0.549693, 1.4909" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.157094, 0.162185, 0.17323, 0.195683, 0.243622, 0.357079, 0.657085", \
            "0.160649, 0.165713, 0.176764, 0.19925, 0.247185, 0.360669, 0.660434", \
            "0.172013, 0.177087, 0.188166, 0.210698, 0.258649, 0.372152, 0.671866", \
            "0.201228, 0.206366, 0.217475, 0.240082, 0.288057, 0.401586, 0.701304", \
            "0.2603, 0.26539, 0.276451, 0.298942, 0.346959, 0.460511, 0.760472", \
            "0.354852, 0.359931, 0.370942, 0.393338, 0.441248, 0.554558, 0.854632", \
            "0.520577, 0.525608, 0.536547, 0.558956, 0.606645, 0.719877, 1.01964" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0182311, 0.0219185, 0.0302161, 0.0499026, 0.100062, 0.236109, 0.632552", \
            "0.0181492, 0.0219764, 0.0302323, 0.0501314, 0.100107, 0.237022, 0.634159", \
            "0.0182676, 0.0221438, 0.0303953, 0.0502267, 0.100207, 0.236197, 0.631622", \
            "0.0184663, 0.0221945, 0.0307494, 0.0503304, 0.100303, 0.237136, 0.626692", \
            "0.0182769, 0.0220307, 0.0307466, 0.0501573, 0.0999717, 0.237085, 0.624011", \
            "0.0180778, 0.0218717, 0.0301844, 0.0498307, 0.0999352, 0.236991, 0.623886", \
            "0.017944, 0.0218408, 0.0302557, 0.049734, 0.0999385, 0.236886, 0.624478" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.154071, 0.160012, 0.174108, 0.208063, 0.296684, 0.535881, 1.19074", \
            "0.15661, 0.162548, 0.176642, 0.210617, 0.299256, 0.538458, 1.19723", \
            "0.165223, 0.171173, 0.185224, 0.219374, 0.30794, 0.546979, 1.20211", \
            "0.191104, 0.197028, 0.211048, 0.245207, 0.333802, 0.572838, 1.22876", \
            "0.249165, 0.255123, 0.269146, 0.303219, 0.391862, 0.631118, 1.28857", \
            "0.345301, 0.351341, 0.365471, 0.399621, 0.488268, 0.727399, 1.38288", \
            "0.50485, 0.511233, 0.525864, 0.559993, 0.648859, 0.888071, 1.54156" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0196332, 0.0253147, 0.0409136, 0.0845821, 0.207934, 0.550698, 1.49804", \
            "0.0196003, 0.0252806, 0.0408961, 0.084551, 0.208102, 0.550137, 1.49858", \
            "0.0195441, 0.0252939, 0.0408782, 0.0846239, 0.207954, 0.549099, 1.49641", \
            "0.0194771, 0.0252044, 0.0407968, 0.0846061, 0.208048, 0.549026, 1.49451", \
            "0.0197541, 0.025403, 0.0409335, 0.084751, 0.208146, 0.550493, 1.49856", \
            "0.0209067, 0.0265421, 0.0416243, 0.0850615, 0.208105, 0.550682, 1.49831", \
            "0.023154, 0.0289018, 0.0431692, 0.0858521, 0.208857, 0.550646, 1.49299" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.120367, 0.125841, 0.137594, 0.161219, 0.209725, 0.322246, 0.622073", \
            "0.124039, 0.129374, 0.141154, 0.164814, 0.213309, 0.325844, 0.625452", \
            "0.132487, 0.137929, 0.149698, 0.173307, 0.221797, 0.334316, 0.63385", \
            "0.146925, 0.152342, 0.164086, 0.187842, 0.236437, 0.348963, 0.648989", \
            "0.159736, 0.165027, 0.176631, 0.200515, 0.249345, 0.362049, 0.661982", \
            "0.160796, 0.166078, 0.177721, 0.201555, 0.250482, 0.363115, 0.662754", \
            "0.115916, 0.121433, 0.133503, 0.157736, 0.206887, 0.31962, 0.619553" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0191882, 0.023412, 0.0323418, 0.0519945, 0.100392, 0.235805, 0.626044", \
            "0.0191561, 0.0233226, 0.0324172, 0.0522276, 0.100468, 0.23547, 0.628715", \
            "0.0191345, 0.0233625, 0.0322319, 0.0521954, 0.1004, 0.235554, 0.627041", \
            "0.0190201, 0.0231157, 0.0322713, 0.052192, 0.100121, 0.235135, 0.624492", \
            "0.0188345, 0.0227722, 0.0318907, 0.052265, 0.100791, 0.235952, 0.624744", \
            "0.0190259, 0.0231526, 0.0321277, 0.0524258, 0.100768, 0.235446, 0.627082", \
            "0.0208554, 0.0250144, 0.0338064, 0.0536581, 0.101445, 0.235352, 0.630527" \
          );
        }
      }
      timing () {
        related_pin : "CI";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0822264, 0.0884451, 0.10315, 0.137795, 0.225803, 0.464895, 1.12001", \
            "0.0860855, 0.0922733, 0.106926, 0.141634, 0.229634, 0.467598, 1.12257", \
            "0.0949137, 0.101126, 0.115808, 0.150487, 0.238297, 0.477458, 1.13173", \
            "0.114176, 0.120435, 0.135132, 0.169813, 0.257868, 0.497026, 1.15465", \
            "0.139623, 0.146681, 0.162717, 0.198471, 0.286652, 0.525886, 1.18062", \
            "0.158037, 0.167156, 0.186548, 0.225725, 0.31477, 0.553209, 1.21294", \
            "0.141442, 0.152854, 0.177861, 0.225729, 0.318568, 0.556754, 1.2106" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0194822, 0.0258078, 0.0420786, 0.085395, 0.207844, 0.551409, 1.49716", \
            "0.019481, 0.0257045, 0.041984, 0.0854256, 0.208087, 0.551377, 1.49835", \
            "0.0194839, 0.0257998, 0.0420188, 0.0852729, 0.20813, 0.551444, 1.50067", \
            "0.020035, 0.0261765, 0.0424811, 0.085558, 0.207633, 0.550688, 1.50223", \
            "0.0237898, 0.030298, 0.0458432, 0.0874497, 0.208001, 0.551577, 1.50085", \
            "0.0314747, 0.0389162, 0.0551252, 0.0935229, 0.209865, 0.550633, 1.49992", \
            "0.0428715, 0.0524891, 0.0723905, 0.109856, 0.215266, 0.552645, 1.4926" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.106517, 0.114416, 0.131253, 0.160963, 0.213353, 0.328591, 0.628817", \
            "0.111345, 0.119256, 0.136137, 0.16562, 0.21818, 0.333383, 0.63329", \
            "0.123362, 0.131257, 0.148091, 0.177624, 0.230142, 0.345373, 0.64522", \
            "0.153492, 0.161365, 0.178187, 0.207686, 0.260202, 0.375457, 0.675515", \
            "0.217348, 0.225985, 0.244243, 0.275264, 0.328293, 0.443722, 0.743635", \
            "0.320083, 0.330374, 0.353534, 0.393182, 0.453033, 0.571747, 0.87208", \
            "0.489214, 0.501461, 0.528693, 0.58136, 0.657238, 0.785177, 1.08701" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0303263, 0.0358911, 0.0462703, 0.0634482, 0.107631, 0.239972, 0.624977", \
            "0.0303093, 0.0358653, 0.0462905, 0.0635518, 0.107569, 0.239786, 0.625104", \
            "0.0303548, 0.0359499, 0.0462738, 0.0640665, 0.10739, 0.239586, 0.625295", \
            "0.0305029, 0.0360868, 0.0463631, 0.0639239, 0.107292, 0.238874, 0.630413", \
            "0.0358444, 0.0416143, 0.0515322, 0.0677246, 0.108816, 0.240042, 0.624481", \
            "0.0487309, 0.0564002, 0.0696593, 0.0865061, 0.121466, 0.243985, 0.625717", \
            "0.0649516, 0.0749971, 0.0939904, 0.118428, 0.149458, 0.258563, 0.630601" \
          );
        }
      }
      timing () {
        related_pin : "CI";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.163959, 0.169851, 0.183644, 0.216648, 0.303805, 0.541675, 1.19572", \
            "0.168695, 0.174642, 0.188419, 0.221449, 0.308645, 0.546278, 1.19945", \
            "0.180654, 0.186537, 0.200344, 0.233352, 0.320395, 0.558277, 1.21087", \
            "0.210634, 0.216578, 0.230348, 0.263387, 0.350597, 0.588214, 1.24134", \
            "0.278585, 0.2845, 0.298322, 0.331472, 0.418577, 0.656379, 1.30992", \
            "0.396471, 0.402599, 0.416658, 0.45006, 0.537307, 0.774898, 1.4275", \
            "0.588139, 0.594901, 0.609823, 0.643659, 0.731129, 0.968853, 1.62127" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0193268, 0.0250444, 0.0405067, 0.0839825, 0.207541, 0.550651, 1.49253", \
            "0.0191932, 0.0250759, 0.0405511, 0.083975, 0.207366, 0.550063, 1.49911", \
            "0.0192078, 0.025039, 0.0404813, 0.0839757, 0.207664, 0.54982, 1.49133", \
            "0.0191895, 0.0250705, 0.0405476, 0.083972, 0.20743, 0.549936, 1.49916", \
            "0.0193791, 0.0251646, 0.0405621, 0.0840358, 0.207705, 0.549823, 1.49764", \
            "0.0205243, 0.0262947, 0.0414859, 0.0845439, 0.207532, 0.55064, 1.49452", \
            "0.0233779, 0.0291226, 0.0436319, 0.0856969, 0.208564, 0.549346, 1.49375" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.134875, 0.140851, 0.15346, 0.177607, 0.226321, 0.339566, 0.639321", \
            "0.138784, 0.144749, 0.157333, 0.181436, 0.230266, 0.34341, 0.643745", \
            "0.148111, 0.154058, 0.166703, 0.19077, 0.239577, 0.35282, 0.65241", \
            "0.168261, 0.17426, 0.186843, 0.210961, 0.259807, 0.373042, 0.673009", \
            "0.196774, 0.202716, 0.215518, 0.239831, 0.28871, 0.401899, 0.702085", \
            "0.221961, 0.228174, 0.241302, 0.266159, 0.315338, 0.428633, 0.728478", \
            "0.21483, 0.221602, 0.235856, 0.26218, 0.312492, 0.426145, 0.726204" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0224966, 0.0265267, 0.0353298, 0.0540361, 0.101819, 0.236639, 0.624526", \
            "0.0224587, 0.026729, 0.0353455, 0.0542745, 0.101786, 0.237705, 0.625617", \
            "0.0222372, 0.0267628, 0.0353578, 0.0542555, 0.101808, 0.236333, 0.62425", \
            "0.0222948, 0.0268012, 0.035392, 0.054416, 0.101902, 0.236275, 0.62597", \
            "0.0227261, 0.026912, 0.0358292, 0.0545108, 0.101898, 0.237647, 0.625265", \
            "0.023951, 0.0283983, 0.0371884, 0.0559715, 0.102328, 0.23617, 0.631234", \
            "0.0273549, 0.0317319, 0.0409572, 0.0590962, 0.104627, 0.238344, 0.625264" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0033922, 0.008806, 0.0212504, 0.0470075, 0.0939371, 0.195839, 0.456249", \
            "0.0033722, 0.0087489, 0.0211236, 0.0467635, 0.0936274, 0.194697, 0.455594", \
            "0.0033609, 0.0087223, 0.0210612, 0.0466435, 0.0934562, 0.194466, 0.455381", \
            "0.0033473, 0.0086918, 0.0209702, 0.0464749, 0.0932445, 0.194336, 0.454095", \
            "0.0033892, 0.0087932, 0.0212858, 0.0470867, 0.0940237, 0.195937, 0.456312", \
            "0.0035996, 0.0093256, 0.0224042, 0.049309, 0.0971718, 0.199682, 0.458769", \
            "0.0043171, 0.0111492, 0.0265895, 0.0556505, 0.106226, 0.210564, 0.46909" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0039825, 0.0099222, 0.0214027, 0.0339168, 0.0247559, -0.05273, -0.302757", \
            "0.0039632, 0.0098755, 0.0212887, 0.0337002, 0.024452, -0.0531032, -0.303177", \
            "0.0039421, 0.0098161, 0.0211787, 0.0334738, 0.0241131, -0.0535073, -0.303632", \
            "0.0039275, 0.0097778, 0.021078, 0.033329, 0.0238765, -0.0536974, -0.303817", \
            "0.0039814, 0.0099211, 0.0214024, 0.0339423, 0.0247818, -0.0526458, -0.302702", \
            "0.0041765, 0.0103988, 0.0224888, 0.0359555, 0.0276641, -0.0495299, -0.299296", \
            "0.0047533, 0.011863, 0.0258098, 0.0420644, 0.0366499, -0.038713, -0.287911" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0380443, 0.0402916, 0.0461494, 0.0597532, 0.0939604, 0.186862, 0.443005", \
            "0.0379179, 0.0401467, 0.0459627, 0.0596561, 0.0938682, 0.187407, 0.443775", \
            "0.0377828, 0.0400655, 0.0458296, 0.0595125, 0.0937103, 0.187275, 0.443733", \
            "0.0381228, 0.0403358, 0.0461857, 0.0598272, 0.0940213, 0.187574, 0.443943", \
            "0.0396035, 0.0419447, 0.0477044, 0.0612347, 0.0954523, 0.188144, 0.443972", \
            "0.0472196, 0.0488805, 0.0534084, 0.0658033, 0.0995429, 0.192806, 0.449522", \
            "0.0594686, 0.0611383, 0.0656186, 0.0781845, 0.112489, 0.204878, 0.4597" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0555358, 0.0544568, 0.051733, 0.0419162, 0.0094081, -0.08417, -0.341881", \
            "0.0548752, 0.0537548, 0.0510228, 0.041211, 0.0087447, -0.0848983, -0.342511", \
            "0.0547351, 0.0536017, 0.0508902, 0.0410149, 0.0085486, -0.0850431, -0.342751", \
            "0.0555296, 0.0544152, 0.0516128, 0.0418044, 0.0093321, -0.084262, -0.341948", \
            "0.0578217, 0.0566652, 0.0539949, 0.0442335, 0.0117765, -0.0818119, -0.339514", \
            "0.0684084, 0.0667963, 0.062278, 0.0498941, 0.0177993, -0.0756515, -0.333307", \
            "0.0851247, 0.0834735, 0.0789897, 0.0665991, 0.0326491, -0.0612134, -0.317886" \
          );
        }
      }
      internal_power () {
        related_pin : "CI";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0015302, 0.0040749, 0.0106692, 0.026745, 0.0639018, 0.158249, 0.415715", \
            "0.0015198, 0.0040534, 0.0106175, 0.0266274, 0.0637392, 0.158129, 0.413815", \
            "0.0015058, 0.0040148, 0.0105311, 0.026499, 0.0635243, 0.157794, 0.413682", \
            "0.0015004, 0.0040052, 0.0105061, 0.0264184, 0.0634341, 0.157773, 0.413411", \
            "0.0015022, 0.0040061, 0.0105046, 0.0264662, 0.0634957, 0.157598, 0.413429", \
            "0.0015508, 0.0041237, 0.0107715, 0.0274137, 0.0648409, 0.160121, 0.41567", \
            "0.0019532, 0.0051548, 0.0129354, 0.0303839, 0.0690989, 0.164863, 0.419609" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137188, 0.00376411, 0.0103278, 0.0283371, 0.0777501, 0.213328");
          values ( \
            "0.0028532, 0.0070437, 0.0148063, 0.0214598, 0.0063595, -0.0751061, -0.327001", \
            "0.0028494, 0.0070286, 0.0147796, 0.0213777, 0.0062642, -0.0751878, -0.327136", \
            "0.0028374, 0.0070082, 0.0147303, 0.0212746, 0.0061016, -0.0754235, -0.327344", \
            "0.0028248, 0.0069771, 0.0146541, 0.0211365, 0.0059013, -0.0756631, -0.327635", \
            "0.0028318, 0.0069909, 0.0146793, 0.0212066, 0.0059784, -0.0755473, -0.3275", \
            "0.0029022, 0.0071665, 0.0151066, 0.0219909, 0.0069073, -0.0746482, -0.326509", \
            "0.0031097, 0.0076851, 0.0162532, 0.0241613, 0.010098, -0.0708359, -0.32257" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004744;
      rise_capacitance : 0.004974;
      rise_capacitance_range (0.004974, 0.004974);
      fall_capacitance : 0.004514;
      fall_capacitance_range (0.004514, 0.004514);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.006748;
      rise_capacitance : 0.006964;
      rise_capacitance_range (0.006964, 0.006964);
      fall_capacitance : 0.006532;
      fall_capacitance_range (0.006532, 0.006532);
    }
    pin (CI) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002418;
      rise_capacitance : 0.002544;
      rise_capacitance_range (0.002544, 0.002544);
      fall_capacitance : 0.002292;
      fall_capacitance_range (0.002292, 0.002292);
    }
  }
  cell (scs8hd_fahcin_1) {
    area : 33.7824;
    cell_footprint : "fahcin";
    cell_leakage_power : 0.0345513;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0429217;
      when : "!A&!B&CIN";
    }
    leakage_power () {
      value : 0.0283758;
      when : "!A&!B&!CIN";
    }
    leakage_power () {
      value : 0.0345534;
      when : "!A&B&CIN";
    }
    leakage_power () {
      value : 0.0322057;
      when : "!A&B&!CIN";
    }
    leakage_power () {
      value : 0.0367582;
      when : "A&!B&CIN";
    }
    leakage_power () {
      value : 0.0345899;
      when : "A&!B&!CIN";
    }
    leakage_power () {
      value : 0.040869;
      when : "A&B&CIN";
    }
    leakage_power () {
      value : 0.0261366;
      when : "A&B&!CIN";
    }
    leakage_power () {
      value : 0.0345513;
    }
    pin (COUT) {
      direction : output;
      function : "(A&!CIN) | (A&B) | (B&!CIN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.102549;
      max_transition : 1.48971;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0989583, 0.107639, 0.127877, 0.175714, 0.265171, 0.413202, 0.779878", \
            "0.102381, 0.111092, 0.131274, 0.179068, 0.268739, 0.416401, 0.781948", \
            "0.110168, 0.118812, 0.139001, 0.186776, 0.276996, 0.424716, 0.791444", \
            "0.126231, 0.134861, 0.154801, 0.202312, 0.293923, 0.44216, 0.807929", \
            "0.145132, 0.154229, 0.174564, 0.222104, 0.315173, 0.463687, 0.830487", \
            "0.151148, 0.161583, 0.183798, 0.232032, 0.326591, 0.474737, 0.841132", \
            "0.105356, 0.11851, 0.145763, 0.198603, 0.294585, 0.441067, 0.806013" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0352894, 0.0459042, 0.0722321, 0.140152, 0.285201, 0.602082, 1.39272", \
            "0.0352861, 0.0459393, 0.0721661, 0.139995, 0.285584, 0.601622, 1.39427", \
            "0.0352848, 0.046011, 0.0721607, 0.140131, 0.28564, 0.602188, 1.39203", \
            "0.0356151, 0.046178, 0.0722694, 0.140038, 0.286322, 0.602121, 1.39387", \
            "0.0386537, 0.0488442, 0.0741991, 0.141075, 0.287403, 0.60238, 1.39373", \
            "0.0463407, 0.0565927, 0.0802084, 0.143517, 0.288842, 0.602939, 1.39302", \
            "0.0594777, 0.0712023, 0.0951753, 0.153776, 0.292447, 0.603375, 1.39689" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.13518, 0.14366, 0.160851, 0.1929, 0.245727, 0.342028, 0.559735", \
            "0.139614, 0.148157, 0.165333, 0.197397, 0.250271, 0.346572, 0.564016", \
            "0.151475, 0.15999, 0.17715, 0.209227, 0.26211, 0.358436, 0.576028", \
            "0.180241, 0.18876, 0.205867, 0.237989, 0.291336, 0.387715, 0.605141", \
            "0.24429, 0.253235, 0.270968, 0.303756, 0.357624, 0.454201, 0.671731", \
            "0.353036, 0.363985, 0.385383, 0.423724, 0.482357, 0.580641, 0.797839", \
            "0.539015, 0.552504, 0.579309, 0.627725, 0.697448, 0.800722, 1.01857" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0376044, 0.0436272, 0.0564958, 0.0829429, 0.133671, 0.254708, 0.563972", \
            "0.0374373, 0.0436839, 0.056497, 0.0828789, 0.133814, 0.254714, 0.564259", \
            "0.0373803, 0.0435974, 0.056535, 0.0831171, 0.133825, 0.254454, 0.564092", \
            "0.0377498, 0.043603, 0.0565673, 0.0830396, 0.133887, 0.254705, 0.564153", \
            "0.0412608, 0.0472423, 0.059515, 0.0850281, 0.13482, 0.255109, 0.564351", \
            "0.053708, 0.0601826, 0.0738756, 0.0986076, 0.143907, 0.260088, 0.565119", \
            "0.0694748, 0.0779524, 0.0962152, 0.125525, 0.1658, 0.274377, 0.571017" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.081882, 0.0903029, 0.108075, 0.143225, 0.209792, 0.357254, 0.722453", \
            "0.0855885, 0.0940655, 0.111942, 0.147274, 0.213963, 0.361837, 0.728415", \
            "0.0932947, 0.101883, 0.120038, 0.155819, 0.222818, 0.370572, 0.737834", \
            "0.109395, 0.11846, 0.137388, 0.173917, 0.241273, 0.389487, 0.756457", \
            "0.127817, 0.137369, 0.157548, 0.19426, 0.259699, 0.406979, 0.772684", \
            "0.134136, 0.145852, 0.167868, 0.200873, 0.262808, 0.406249, 0.770291", \
            "0.092901, 0.108347, 0.133442, 0.164864, 0.221481, 0.360117, 0.716697" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.042271, 0.0537708, 0.0807342, 0.143651, 0.281632, 0.602035, 1.39545", \
            "0.0422847, 0.0537047, 0.0806539, 0.143765, 0.282225, 0.602108, 1.39286", \
            "0.0416112, 0.053167, 0.0803523, 0.143591, 0.281803, 0.602012, 1.39524", \
            "0.0401731, 0.0513904, 0.0785865, 0.142623, 0.281292, 0.601385, 1.39226", \
            "0.0467047, 0.0564201, 0.0811999, 0.144098, 0.280566, 0.600328, 1.3947", \
            "0.065175, 0.0741401, 0.0950804, 0.150589, 0.283639, 0.600533, 1.39202", \
            "0.0967318, 0.105499, 0.123112, 0.170896, 0.294601, 0.606521, 1.39668" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.109402, 0.115702, 0.12769, 0.15081, 0.196584, 0.290305, 0.506752", \
            "0.112124, 0.11851, 0.130715, 0.153944, 0.199789, 0.293535, 0.510176", \
            "0.121538, 0.128178, 0.140625, 0.164002, 0.209918, 0.303729, 0.520489", \
            "0.147699, 0.154667, 0.167651, 0.19128, 0.237304, 0.331172, 0.547976", \
            "0.206748, 0.214424, 0.228369, 0.252465, 0.298433, 0.392198, 0.608933", \
            "0.304138, 0.313682, 0.330573, 0.357672, 0.40625, 0.501375, 0.717476", \
            "0.470533, 0.482413, 0.503608, 0.53547, 0.590463, 0.688523, 0.903117" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0375913, 0.043136, 0.0548183, 0.0793437, 0.131552, 0.253013, 0.562918", \
            "0.0370136, 0.042823, 0.0543161, 0.0790955, 0.13118, 0.252855, 0.562423", \
            "0.0359287, 0.0417635, 0.0536128, 0.0783326, 0.130724, 0.252219, 0.562097", \
            "0.0345003, 0.0404932, 0.0525627, 0.0775102, 0.130094, 0.252242, 0.563001", \
            "0.0402354, 0.0456219, 0.0566384, 0.0800741, 0.131512, 0.252426, 0.562049", \
            "0.0554018, 0.0610814, 0.0715751, 0.0939654, 0.143178, 0.260389, 0.564707", \
            "0.0739604, 0.0809703, 0.0925206, 0.115612, 0.16431, 0.27451, 0.572563" \
          );
        }
      }
      timing () {
        related_pin : "CIN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.042887, 0.0474429, 0.0584, 0.0847347, 0.148007, 0.303286, 0.684532", \
            "0.047471, 0.0521418, 0.0631467, 0.0896301, 0.152838, 0.308315, 0.689593", \
            "0.0597809, 0.0643917, 0.0753886, 0.101763, 0.165022, 0.32053, 0.701158", \
            "0.0872263, 0.0927948, 0.104729, 0.131465, 0.194533, 0.349759, 0.730847", \
            "0.130864, 0.13835, 0.155839, 0.192459, 0.262079, 0.417352, 0.797641", \
            "0.201347, 0.211698, 0.236129, 0.289425, 0.387935, 0.566937, 0.951336", \
            "0.326807, 0.341233, 0.372856, 0.445133, 0.586823, 0.837173, 1.28496" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0580298, 0.0665787, 0.0870181, 0.138368, 0.269512, 0.59541, 1.39287", \
            "0.0580652, 0.0665909, 0.087049, 0.138464, 0.269318, 0.595445, 1.40506", \
            "0.0597121, 0.0679705, 0.0875406, 0.1386, 0.269628, 0.595442, 1.39358", \
            "0.0734116, 0.0806152, 0.0979305, 0.14435, 0.270422, 0.595552, 1.39253", \
            "0.10486, 0.113051, 0.131318, 0.174715, 0.288673, 0.597972, 1.39133", \
            "0.153965, 0.164279, 0.187381, 0.238897, 0.354699, 0.639603, 1.39689", \
            "0.235116, 0.248636, 0.278292, 0.341576, 0.482626, 0.776335, 1.48971" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0316439, 0.0348258, 0.0421014, 0.0593136, 0.100364, 0.193756, 0.413761", \
            "0.0353296, 0.0385055, 0.0458022, 0.0629858, 0.104039, 0.197417, 0.417349", \
            "0.0440069, 0.0472907, 0.0546422, 0.0718302, 0.112813, 0.206159, 0.426098", \
            "0.0549573, 0.0594447, 0.069137, 0.0892464, 0.131521, 0.225279, 0.445485", \
            "0.0629331, 0.0691552, 0.0828665, 0.110978, 0.164497, 0.265809, 0.489181", \
            "0.0566189, 0.0655785, 0.0849807, 0.125338, 0.201835, 0.337629, 0.585567", \
            "0.0081179, 0.0209821, 0.0485561, 0.10553, 0.214751, 0.412445, 0.750333" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0206557, 0.0240245, 0.0330947, 0.0572362, 0.113914, 0.244492, 0.561331", \
            "0.0210376, 0.0242859, 0.0333049, 0.0573527, 0.11378, 0.244589, 0.561859", \
            "0.0257883, 0.0283874, 0.0359478, 0.0579457, 0.113739, 0.244573, 0.561702", \
            "0.0395369, 0.0419062, 0.0481396, 0.0658813, 0.116411, 0.244105, 0.561658", \
            "0.0636297, 0.0669503, 0.0744282, 0.0928288, 0.137394, 0.252909, 0.561162", \
            "0.106291, 0.111284, 0.122574, 0.147457, 0.198432, 0.309604, 0.588804", \
            "0.185553, 0.191713, 0.206478, 0.241759, 0.314293, 0.449493, 0.72918" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0027653, 0.0063431, 0.0144715, 0.0290949, 0.0549099, 0.106094, 0.221441", \
            "0.0027578, 0.0063123, 0.0144355, 0.029013, 0.0547876, 0.106679, 0.222146", \
            "0.0027442, 0.0062816, 0.0143749, 0.0289247, 0.0546556, 0.10616, 0.221219", \
            "0.0027335, 0.0062479, 0.0143056, 0.0288348, 0.0546649, 0.105581, 0.221506", \
            "0.0027475, 0.0062944, 0.0143874, 0.0288981, 0.0547449, 0.106144, 0.22179", \
            "0.0031076, 0.0070993, 0.0152422, 0.0300702, 0.0562996, 0.108023, 0.223999", \
            "0.0036009, 0.008231, 0.0174919, 0.0338566, 0.0616969, 0.114483, 0.230735" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0055975, 0.0122308, 0.0236994, 0.0366217, 0.0388945, 0.0069179, -0.0995441", \
            "0.0055772, 0.012195, 0.0235971, 0.0364381, 0.0386615, 0.0066543, -0.0996933", \
            "0.0055601, 0.0121547, 0.0234941, 0.0363214, 0.038456, 0.006424, -0.100033", \
            "0.0055655, 0.0121711, 0.0235248, 0.0363361, 0.038408, 0.0063651, -0.0999885", \
            "0.0056322, 0.0123067, 0.0237886, 0.036742, 0.0391442, 0.0073011, -0.0990277", \
            "0.0058096, 0.0126865, 0.0245281, 0.0380259, 0.0410833, 0.0096541, -0.0964944", \
            "0.0064849, 0.0141683, 0.0274575, 0.0429986, 0.0470385, 0.0168974, -0.0885866" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0024412, 0.0057183, 0.0128125, 0.0259439, 0.0500298, 0.0996741, 0.214985", \
            "0.002434, 0.0057043, 0.0128066, 0.0259317, 0.0500719, 0.100016, 0.2147", \
            "0.0024168, 0.0056654, 0.0127599, 0.0259383, 0.050069, 0.0997045, 0.215632", \
            "0.0023885, 0.0055944, 0.0126388, 0.0257514, 0.0498693, 0.0998846, 0.214719", \
            "0.0024507, 0.0057386, 0.0128878, 0.0261306, 0.0505022, 0.100661, 0.215596", \
            "0.0028997, 0.0066308, 0.0142997, 0.0281354, 0.0533782, 0.103974, 0.219098", \
            "0.0036726, 0.0083487, 0.0177308, 0.0342911, 0.0619513, 0.113669, 0.229214" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.005814, 0.0127059, 0.0245511, 0.037964, 0.0401799, 0.0081703, -0.0982473", \
            "0.0057591, 0.0125924, 0.0243204, 0.0375792, 0.0396621, 0.0075331, -0.0989251", \
            "0.0057189, 0.0124992, 0.0241609, 0.0373126, 0.0393026, 0.0071051, -0.0994235", \
            "0.0057213, 0.0125039, 0.0241915, 0.0373831, 0.0394424, 0.0073252, -0.0992023", \
            "0.005839, 0.0127658, 0.0247296, 0.0383326, 0.0408196, 0.0089836, -0.0973972", \
            "0.0062159, 0.0136013, 0.0263662, 0.0411661, 0.0451431, 0.0141984, -0.0917209", \
            "0.007228, 0.0158462, 0.0309046, 0.0489316, 0.0554047, 0.0267516, -0.0777659" \
          );
        }
      }
      internal_power () {
        related_pin : "CIN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0023562, 0.0055156, 0.0122049, 0.0249337, 0.0488893, 0.0986652, 0.213485", \
            "0.0023138, 0.005425, 0.0120375, 0.0246794, 0.0485201, 0.0984788, 0.213086", \
            "0.0022852, 0.0053587, 0.0119032, 0.0244387, 0.0482552, 0.0982369, 0.212899", \
            "0.0022826, 0.0053566, 0.0118714, 0.0243848, 0.0481934, 0.0980694, 0.212731", \
            "0.002388, 0.0055965, 0.012397, 0.0253079, 0.0493556, 0.0993546, 0.214218", \
            "0.0027668, 0.0063156, 0.0140423, 0.0281222, 0.0528286, 0.103178, 0.218157", \
            "0.0038864, 0.0087836, 0.0184406, 0.0351319, 0.0629698, 0.11472, 0.229811" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0030006, 0.0064529, 0.0120053, 0.0165072, 0.0098538, -0.0283482, -0.138162", \
            "0.0029796, 0.0064125, 0.01192, 0.0163486, 0.0096251, -0.0285965, -0.13844", \
            "0.0029494, 0.0063545, 0.0118115, 0.0161648, 0.0094004, -0.0288554, -0.138707", \
            "0.0029485, 0.0063521, 0.0118259, 0.0162608, 0.0095395, -0.0286664, -0.138485", \
            "0.0030416, 0.0065494, 0.0122031, 0.0169076, 0.0105025, -0.0274331, -0.13709", \
            "0.003351, 0.0072284, 0.0135413, 0.0190992, 0.0130857, -0.0246327, -0.134058", \
            "0.0042221, 0.0091532, 0.0173169, 0.0252921, 0.021297, -0.0152342, -0.124363" \
          );
        }
      }
    }
    pin (SUM) {
      direction : output;
      function : "(!A&!B&!CIN) | (A&B&!CIN) | (A&!B&CIN) | (!A&B&CIN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.214243;
      max_transition : 1.5099;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.187791, 0.193831, 0.207491, 0.240756, 0.328999, 0.56892, 1.2286", \
            "0.191351, 0.197352, 0.211053, 0.244653, 0.332839, 0.572704, 1.23169", \
            "0.199904, 0.205941, 0.219657, 0.252795, 0.34104, 0.581048, 1.23886", \
            "0.21727, 0.223312, 0.237076, 0.270159, 0.358386, 0.59838, 1.25614", \
            "0.238218, 0.24424, 0.257997, 0.291385, 0.379603, 0.619515, 1.27891", \
            "0.248031, 0.254024, 0.267735, 0.300929, 0.389177, 0.62863, 1.2869", \
            "0.211694, 0.217797, 0.231478, 0.264771, 0.352817, 0.592337, 1.24896" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0214283, 0.0264919, 0.0409871, 0.0840923, 0.207795, 0.551184, 1.50281", \
            "0.0212725, 0.0265244, 0.0410416, 0.084095, 0.207893, 0.550528, 1.50395", \
            "0.0212653, 0.0263845, 0.0410196, 0.084018, 0.207931, 0.550661, 1.5025", \
            "0.0212953, 0.0264069, 0.0410096, 0.0839913, 0.207932, 0.550599, 1.50268", \
            "0.0211951, 0.0263222, 0.0409595, 0.0839012, 0.207945, 0.550948, 1.50601", \
            "0.0211445, 0.0263856, 0.0410684, 0.0839933, 0.207899, 0.551693, 1.49783", \
            "0.0213221, 0.0264149, 0.0410844, 0.0840095, 0.207536, 0.552251, 1.49725" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.221363, 0.226735, 0.238314, 0.261648, 0.311461, 0.430088, 0.746678", \
            "0.225908, 0.231245, 0.242822, 0.26616, 0.315996, 0.434729, 0.750737", \
            "0.237739, 0.2431, 0.254648, 0.27805, 0.327902, 0.446478, 0.762842", \
            "0.26696, 0.272334, 0.283914, 0.307251, 0.357067, 0.475693, 0.792288", \
            "0.333869, 0.339238, 0.350782, 0.374124, 0.423979, 0.54253, 0.858959", \
            "0.454568, 0.45985, 0.471262, 0.494452, 0.54421, 0.662755, 0.978735", \
            "0.659581, 0.664855, 0.676208, 0.699257, 0.748903, 0.86722, 1.18345" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0195657, 0.0233009, 0.0321923, 0.0520779, 0.104379, 0.249542, 0.660042", \
            "0.0194308, 0.023497, 0.0319506, 0.0521787, 0.104376, 0.248654, 0.658242", \
            "0.0195401, 0.0233154, 0.0320002, 0.0524361, 0.104435, 0.249065, 0.66241", \
            "0.0195793, 0.0233086, 0.0321842, 0.0520848, 0.104378, 0.249541, 0.660121", \
            "0.0194115, 0.0231639, 0.0318428, 0.0524548, 0.104326, 0.249177, 0.662577", \
            "0.0190948, 0.0227403, 0.0314697, 0.0522065, 0.104036, 0.247559, 0.658895", \
            "0.0187539, 0.0226607, 0.0312189, 0.0515236, 0.103695, 0.248669, 0.658699" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.185257, 0.191191, 0.204862, 0.238051, 0.325757, 0.565053, 1.22139", \
            "0.189753, 0.195609, 0.209271, 0.242554, 0.330281, 0.569573, 1.22577", \
            "0.201644, 0.207465, 0.221107, 0.254378, 0.342117, 0.581405, 1.23754", \
            "0.230694, 0.236561, 0.250193, 0.283458, 0.371193, 0.61051, 1.26678", \
            "0.295758, 0.301688, 0.31536, 0.34865, 0.436382, 0.675726, 1.33164", \
            "0.411762, 0.418302, 0.432346, 0.465712, 0.553531, 0.792764, 1.45234", \
            "0.608267, 0.615563, 0.630957, 0.66466, 0.752504, 0.991867, 1.64737" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0204595, 0.0256752, 0.0404178, 0.0840621, 0.207997, 0.551234, 1.50244", \
            "0.0202421, 0.0256564, 0.0404946, 0.0841054, 0.207943, 0.551175, 1.4985", \
            "0.0202069, 0.0257404, 0.040443, 0.084109, 0.207823, 0.551589, 1.50035", \
            "0.0204045, 0.0256704, 0.0404485, 0.0840795, 0.207942, 0.551302, 1.49723", \
            "0.020558, 0.0259482, 0.0406713, 0.0841501, 0.208004, 0.551098, 1.49828", \
            "0.0230495, 0.0278881, 0.0419831, 0.0845523, 0.207904, 0.550407, 1.50286", \
            "0.0264575, 0.0323078, 0.045347, 0.0859244, 0.208609, 0.550772, 1.50012" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.136073, 0.141214, 0.152398, 0.175096, 0.223572, 0.340849, 0.656775", \
            "0.139381, 0.144511, 0.155713, 0.178385, 0.226895, 0.34415, 0.660208", \
            "0.147446, 0.152616, 0.163798, 0.186496, 0.234955, 0.352213, 0.668164", \
            "0.164182, 0.169333, 0.180548, 0.203172, 0.25163, 0.368863, 0.684818", \
            "0.185045, 0.190121, 0.201407, 0.224069, 0.272494, 0.389771, 0.705634", \
            "0.194045, 0.199277, 0.210569, 0.233323, 0.281883, 0.399166, 0.715275", \
            "0.155617, 0.161089, 0.172885, 0.196332, 0.245422, 0.362903, 0.678895" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0175248, 0.0214986, 0.030009, 0.0502327, 0.101301, 0.247102, 0.659354", \
            "0.0175237, 0.0212306, 0.0299219, 0.0499339, 0.101673, 0.247135, 0.661559", \
            "0.0175234, 0.0213375, 0.0301386, 0.0502032, 0.101472, 0.246949, 0.659503", \
            "0.0177038, 0.0214517, 0.0301091, 0.0502169, 0.101555, 0.246789, 0.659918", \
            "0.0176951, 0.0214478, 0.0301791, 0.0499876, 0.101234, 0.247452, 0.66229", \
            "0.0183346, 0.0223065, 0.0306013, 0.0507495, 0.101523, 0.246561, 0.661961", \
            "0.0206359, 0.0247782, 0.0330454, 0.0526267, 0.103013, 0.247508, 0.661946" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.124303, 0.130206, 0.143978, 0.177567, 0.26571, 0.505085, 1.16281", \
            "0.128515, 0.134379, 0.148154, 0.181586, 0.269808, 0.509382, 1.16594", \
            "0.137679, 0.1435, 0.157283, 0.190805, 0.279284, 0.518739, 1.17685", \
            "0.15819, 0.164036, 0.177798, 0.211177, 0.29933, 0.538998, 1.19625", \
            "0.180973, 0.186854, 0.200571, 0.233865, 0.322342, 0.561736, 1.21993", \
            "0.18262, 0.188381, 0.201915, 0.235521, 0.323879, 0.562835, 1.2188", \
            "0.13205, 0.137846, 0.151451, 0.184736, 0.273023, 0.512086, 1.16872" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0198638, 0.0252422, 0.0401944, 0.0837235, 0.207716, 0.552141, 1.50271", \
            "0.0198066, 0.0252639, 0.0401973, 0.0837214, 0.207866, 0.551997, 1.50643", \
            "0.0198489, 0.0252385, 0.0401818, 0.083747, 0.207934, 0.55107, 1.50166", \
            "0.0198304, 0.0251664, 0.0401257, 0.0837144, 0.207964, 0.551315, 1.50594", \
            "0.0197248, 0.0250725, 0.0400563, 0.083644, 0.207969, 0.551103, 1.49939", \
            "0.019379, 0.0248063, 0.0399947, 0.0836889, 0.207814, 0.551132, 1.50051", \
            "0.0192572, 0.0246624, 0.0398867, 0.0836824, 0.207449, 0.551902, 1.49641" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.152541, 0.157713, 0.169005, 0.192117, 0.241667, 0.360037, 0.67636", \
            "0.156361, 0.161541, 0.17283, 0.195902, 0.245549, 0.363972, 0.680076", \
            "0.167674, 0.172888, 0.184195, 0.207289, 0.25696, 0.375389, 0.691561", \
            "0.196996, 0.202231, 0.213622, 0.236764, 0.286364, 0.404852, 0.721513", \
            "0.257868, 0.263062, 0.274362, 0.29745, 0.347135, 0.465568, 0.781916", \
            "0.356926, 0.362068, 0.373308, 0.396421, 0.445954, 0.564307, 0.879955", \
            "0.527078, 0.532251, 0.543476, 0.566427, 0.615897, 0.734161, 1.05031" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0182599, 0.0220713, 0.0306526, 0.0515914, 0.103694, 0.249006, 0.665185", \
            "0.0181615, 0.0221832, 0.0309291, 0.0517027, 0.104078, 0.249175, 0.665857", \
            "0.0182566, 0.0221027, 0.031101, 0.0517717, 0.104093, 0.24913, 0.665316", \
            "0.0184799, 0.0222896, 0.0310041, 0.0518903, 0.104069, 0.249519, 0.66268", \
            "0.0183257, 0.0220895, 0.0310833, 0.0519513, 0.10393, 0.249046, 0.667117", \
            "0.0180609, 0.0220904, 0.0306737, 0.0515225, 0.103957, 0.248437, 0.661257", \
            "0.018048, 0.0220296, 0.0306413, 0.0510956, 0.103376, 0.248925, 0.659306" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.156066, 0.161809, 0.175349, 0.208292, 0.295868, 0.534785, 1.19332", \
            "0.158965, 0.164711, 0.178176, 0.211285, 0.298773, 0.538025, 1.19832", \
            "0.168599, 0.174377, 0.187907, 0.220888, 0.308462, 0.54764, 1.20514", \
            "0.195343, 0.20108, 0.214615, 0.24762, 0.335187, 0.57394, 1.23212", \
            "0.256931, 0.262707, 0.276212, 0.309382, 0.396857, 0.636042, 1.29316", \
            "0.362252, 0.368285, 0.382054, 0.415158, 0.502848, 0.741684, 1.40333", \
            "0.53979, 0.546598, 0.560915, 0.594291, 0.681977, 0.920947, 1.57657" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0197369, 0.0251255, 0.0403239, 0.0839298, 0.207584, 0.551312, 1.49998", \
            "0.0195859, 0.0251372, 0.0403378, 0.0838923, 0.207691, 0.551978, 1.50394", \
            "0.0195855, 0.0250311, 0.0402784, 0.0837834, 0.20787, 0.551676, 1.50335", \
            "0.019524, 0.0249541, 0.0402225, 0.0838855, 0.207365, 0.551849, 1.50629", \
            "0.0197552, 0.0250857, 0.0403627, 0.083901, 0.207766, 0.551868, 1.49868", \
            "0.0216154, 0.0267212, 0.0412208, 0.0843273, 0.208639, 0.551446, 1.50372", \
            "0.0242293, 0.0295867, 0.0431367, 0.0851222, 0.208435, 0.551455, 1.49862" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.109512, 0.114712, 0.12596, 0.148809, 0.19765, 0.315424, 0.631467", \
            "0.113013, 0.118192, 0.129419, 0.152296, 0.201202, 0.318939, 0.634864", \
            "0.121179, 0.126357, 0.137622, 0.160463, 0.2093, 0.32706, 0.643147", \
            "0.13561, 0.140804, 0.152066, 0.174924, 0.223791, 0.341527, 0.657388", \
            "0.147809, 0.152959, 0.164171, 0.187044, 0.235845, 0.353645, 0.669558", \
            "0.146101, 0.151293, 0.162552, 0.185429, 0.234415, 0.352222, 0.668183", \
            "0.0954279, 0.100879, 0.112642, 0.135963, 0.185328, 0.303382, 0.619514" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0177287, 0.021603, 0.0301678, 0.0507463, 0.102482, 0.24832, 0.662651", \
            "0.0176748, 0.0214808, 0.0303549, 0.0507174, 0.102433, 0.248107, 0.662054", \
            "0.0176291, 0.0216722, 0.030354, 0.0506745, 0.102466, 0.248326, 0.662784", \
            "0.0176877, 0.0213778, 0.0301906, 0.0504849, 0.10242, 0.248202, 0.659526", \
            "0.0175846, 0.0215726, 0.0302081, 0.0505028, 0.102362, 0.248101, 0.661847", \
            "0.0181926, 0.021904, 0.0307406, 0.0507824, 0.102599, 0.247884, 0.661572", \
            "0.020022, 0.0238656, 0.0323308, 0.0522637, 0.103424, 0.248646, 0.662366" \
          );
        }
      }
      timing () {
        related_pin : "CIN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0693305, 0.0749792, 0.0883308, 0.120364, 0.204879, 0.441561, 1.09759", \
            "0.0727334, 0.07838, 0.0917098, 0.12377, 0.208353, 0.445052, 1.10126", \
            "0.0809468, 0.086561, 0.0998786, 0.132122, 0.217162, 0.453961, 1.11255", \
            "0.0957155, 0.101544, 0.115266, 0.148113, 0.233873, 0.470475, 1.12703", \
            "0.110162, 0.116941, 0.131928, 0.165989, 0.25261, 0.490058, 1.14624", \
            "0.109061, 0.117745, 0.136031, 0.173079, 0.260225, 0.497871, 1.15368", \
            "0.058567, 0.069512, 0.0930825, 0.13828, 0.228691, 0.465967, 1.12001" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0182903, 0.0243373, 0.0404561, 0.0842551, 0.207698, 0.551512, 1.50278", \
            "0.0183074, 0.0243634, 0.0404367, 0.0843413, 0.207175, 0.551921, 1.50456", \
            "0.0182824, 0.0243619, 0.0404966, 0.0843623, 0.207474, 0.551657, 1.5042", \
            "0.019239, 0.0251429, 0.0410592, 0.0844835, 0.207787, 0.551727, 1.50389", \
            "0.0231362, 0.0290599, 0.044094, 0.0860884, 0.208194, 0.551903, 1.50047", \
            "0.0299543, 0.0369479, 0.0523267, 0.0909227, 0.208808, 0.551645, 1.50188", \
            "0.0399228, 0.048865, 0.0677135, 0.105048, 0.213445, 0.551956, 1.49529" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0867144, 0.0933261, 0.108038, 0.136038, 0.18883, 0.308329, 0.62393", \
            "0.0911434, 0.0977935, 0.112483, 0.140547, 0.193289, 0.312836, 0.628578", \
            "0.102959, 0.109611, 0.12431, 0.152444, 0.20517, 0.324701, 0.640388", \
            "0.132694, 0.139412, 0.154224, 0.182347, 0.235122, 0.354561, 0.67004", \
            "0.191027, 0.198659, 0.21527, 0.245993, 0.299953, 0.4196, 0.734989", \
            "0.284491, 0.293522, 0.313506, 0.351374, 0.411595, 0.534299, 0.849919", \
            "0.449127, 0.459687, 0.483176, 0.529799, 0.602332, 0.731728, 1.04781" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0235939, 0.0292528, 0.0411916, 0.0622176, 0.109954, 0.250883, 0.66349", \
            "0.0236464, 0.0293309, 0.0409548, 0.0616072, 0.109804, 0.250365, 0.658945", \
            "0.0236005, 0.0293843, 0.0411302, 0.0616462, 0.109851, 0.250647, 0.664469", \
            "0.0239699, 0.0295514, 0.041292, 0.061765, 0.109846, 0.25076, 0.663746", \
            "0.0291997, 0.0352404, 0.0471475, 0.0666636, 0.111896, 0.251231, 0.66383", \
            "0.0384647, 0.0455202, 0.0601848, 0.0823231, 0.122733, 0.255694, 0.663624", \
            "0.0512336, 0.0592543, 0.076894, 0.105039, 0.14459, 0.26545, 0.663107" \
          );
        }
      }
      timing () {
        related_pin : "CIN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.116055, 0.121736, 0.13527, 0.168406, 0.25653, 0.495893, 1.15292", \
            "0.120486, 0.126203, 0.139719, 0.172918, 0.260652, 0.50127, 1.16052", \
            "0.132943, 0.138629, 0.152161, 0.185348, 0.273109, 0.512887, 1.17295", \
            "0.16158, 0.16728, 0.180825, 0.214002, 0.301976, 0.542385, 1.19925", \
            "0.21296, 0.218702, 0.232304, 0.265624, 0.353338, 0.593917, 1.25165", \
            "0.299314, 0.305189, 0.319027, 0.352349, 0.440448, 0.679679, 1.33943", \
            "0.458317, 0.464557, 0.478725, 0.512337, 0.60042, 0.839947, 1.49473" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0175338, 0.0233065, 0.0388585, 0.082826, 0.207879, 0.552207, 1.50237", \
            "0.0175298, 0.0233031, 0.0388615, 0.0828617, 0.20753, 0.552596, 1.49997", \
            "0.0175313, 0.023304, 0.0388539, 0.0828657, 0.207489, 0.552988, 1.50809", \
            "0.0175784, 0.023348, 0.0389426, 0.0828776, 0.207983, 0.553224, 1.50539", \
            "0.017866, 0.0237402, 0.039129, 0.0830454, 0.207842, 0.552279, 1.50338", \
            "0.018614, 0.0243529, 0.0397538, 0.0833966, 0.207412, 0.55209, 1.5099", \
            "0.0203909, 0.0259394, 0.0409164, 0.0841222, 0.207413, 0.553077, 1.49797" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.106585, 0.112623, 0.125549, 0.150126, 0.200113, 0.318115, 0.634084", \
            "0.110205, 0.116185, 0.129146, 0.153728, 0.203761, 0.321758, 0.637806", \
            "0.117801, 0.123853, 0.136769, 0.161349, 0.211393, 0.329446, 0.64513", \
            "0.1268, 0.132794, 0.145688, 0.170336, 0.220323, 0.338388, 0.654213", \
            "0.131269, 0.137239, 0.150228, 0.174807, 0.224755, 0.342742, 0.6588", \
            "0.118868, 0.124933, 0.137845, 0.162499, 0.212468, 0.330351, 0.645831", \
            "0.0561751, 0.0625064, 0.0759283, 0.101074, 0.151453, 0.269525, 0.58579" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0211244, 0.0254384, 0.0344839, 0.0539061, 0.104115, 0.246868, 0.658617", \
            "0.0209426, 0.0252281, 0.0343314, 0.0539825, 0.104242, 0.246915, 0.658654", \
            "0.0209498, 0.0252562, 0.0347297, 0.0540066, 0.104234, 0.247092, 0.659016", \
            "0.0211421, 0.0254407, 0.0348428, 0.0540053, 0.104112, 0.246975, 0.658591", \
            "0.0210267, 0.0253364, 0.0344537, 0.0541393, 0.103986, 0.246908, 0.658574", \
            "0.0213694, 0.02572, 0.0348207, 0.054316, 0.104437, 0.246945, 0.662677", \
            "0.0234902, 0.0275372, 0.0366292, 0.0556824, 0.105337, 0.247561, 0.666583" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0587764, 0.06113, 0.0670019, 0.0807062, 0.114978, 0.208334, 0.466391", \
            "0.0586537, 0.0610099, 0.0668977, 0.0805777, 0.114874, 0.208096, 0.466451", \
            "0.0585877, 0.0609633, 0.0668777, 0.080415, 0.11478, 0.20894, 0.464265", \
            "0.0587271, 0.0611033, 0.0670511, 0.0805542, 0.114914, 0.209065, 0.464394", \
            "0.0595363, 0.0618481, 0.0677964, 0.0814876, 0.115761, 0.209842, 0.465773", \
            "0.0659016, 0.0675413, 0.0719701, 0.0842442, 0.118579, 0.212461, 0.46831", \
            "0.0743596, 0.0760236, 0.0804626, 0.0929227, 0.127361, 0.220543, 0.476919" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0695594, 0.0683249, 0.065463, 0.0553491, 0.0224711, -0.0715077, -0.330498", \
            "0.0693258, 0.0680854, 0.0651885, 0.0551255, 0.0222128, -0.0717864, -0.330633", \
            "0.0690458, 0.067798, 0.0649438, 0.0548425, 0.0219105, -0.0720661, -0.330979", \
            "0.0692528, 0.0680198, 0.0651575, 0.0550689, 0.0221842, -0.071798, -0.330764", \
            "0.0705482, 0.0693315, 0.0664594, 0.0564078, 0.0235181, -0.0704511, -0.329138", \
            "0.073652, 0.072317, 0.0697074, 0.0601633, 0.0273686, -0.0665781, -0.325434", \
            "0.0894885, 0.0878515, 0.0833281, 0.0709229, 0.036783, -0.057061, -0.315881" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.04813, 0.0506139, 0.0568881, 0.0711051, 0.105543, 0.199367, 0.454885", \
            "0.0481534, 0.0506402, 0.0569168, 0.0711307, 0.105541, 0.198497, 0.457227", \
            "0.0484608, 0.0509478, 0.0572415, 0.0714537, 0.105917, 0.199773, 0.45504", \
            "0.0493085, 0.0517645, 0.0580226, 0.0721707, 0.106612, 0.199638, 0.457978", \
            "0.0523282, 0.054658, 0.0608944, 0.0748304, 0.109228, 0.203147, 0.458433", \
            "0.0615937, 0.0632483, 0.0677374, 0.0802954, 0.113998, 0.206558, 0.462923", \
            "0.073283, 0.0749746, 0.0794113, 0.0920762, 0.126312, 0.219263, 0.474475" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0661711, 0.0650084, 0.0622104, 0.0521139, 0.0190944, -0.0749673, -0.333815", \
            "0.065498, 0.0643676, 0.0615482, 0.0514592, 0.0184147, -0.0756482, -0.33457", \
            "0.0652358, 0.0640876, 0.0612387, 0.0511612, 0.0181037, -0.0759531, -0.334878", \
            "0.0659361, 0.0647666, 0.0619626, 0.0518072, 0.0188012, -0.0752879, -0.334266", \
            "0.0687255, 0.0675208, 0.0647919, 0.0547246, 0.0217296, -0.072321, -0.33119", \
            "0.0799269, 0.0782842, 0.0737528, 0.0613016, 0.0289397, -0.0650761, -0.323995", \
            "0.0972049, 0.0955985, 0.0910785, 0.0787222, 0.0445294, -0.0496011, -0.307739" \
          );
        }
      }
      internal_power () {
        related_pin : "CIN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0006844, 0.0019285, 0.0055706, 0.0164266, 0.0480312, 0.138719, 0.393667", \
            "0.0006707, 0.001895, 0.005485, 0.0162834, 0.047855, 0.139402, 0.393763", \
            "0.000655, 0.0018501, 0.005389, 0.0161371, 0.0477797, 0.138621, 0.395405", \
            "0.0006563, 0.0018536, 0.0054083, 0.0162626, 0.0481233, 0.139138, 0.39634", \
            "0.000717, 0.0020121, 0.0057684, 0.0169582, 0.0493645, 0.141479, 0.396061", \
            "0.000912, 0.0025005, 0.0068701, 0.018989, 0.0521004, 0.143871, 0.398954", \
            "0.0014917, 0.0039639, 0.0101198, 0.0248973, 0.0610873, 0.154342, 0.410687" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0031775, 0.0078658, 0.0166815, 0.0248498, 0.0109909, -0.0701765, -0.322885", \
            "0.0031526, 0.0078057, 0.0165415, 0.0245984, 0.0106439, -0.0706056, -0.323328", \
            "0.0031315, 0.0077489, 0.0164187, 0.0243714, 0.0103462, -0.0709575, -0.323753", \
            "0.0031243, 0.0077363, 0.0163818, 0.0243221, 0.0102835, -0.0710203, -0.323791", \
            "0.0032129, 0.007953, 0.0168687, 0.0251977, 0.0115104, -0.0696083, -0.322351", \
            "0.0034761, 0.0086015, 0.0182598, 0.027728, 0.0151447, -0.0653932, -0.317963", \
            "0.0041562, 0.0103111, 0.0220643, 0.0346746, 0.0251476, -0.0536839, -0.304913" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002467;
      rise_capacitance : 0.002613;
      rise_capacitance_range (0.002613, 0.002613);
      fall_capacitance : 0.002321;
      fall_capacitance_range (0.002321, 0.002321);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.006455;
      rise_capacitance : 0.006608;
      rise_capacitance_range (0.006608, 0.006608);
      fall_capacitance : 0.006301;
      fall_capacitance_range (0.006301, 0.006301);
    }
    pin (CIN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004772;
      rise_capacitance : 0.005028;
      rise_capacitance_range (0.005028, 0.005028);
      fall_capacitance : 0.004517;
      fall_capacitance_range (0.004517, 0.004517);
    }
  }
  cell (scs8hd_fahcon_1) {
    area : 33.7824;
    cell_footprint : "fahcon";
    cell_leakage_power : 0.0346607;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0286005;
      when : "!A&!B&CI";
    }
    leakage_power () {
      value : 0.0261775;
      when : "!A&!B&!CI";
    }
    leakage_power () {
      value : 0.0491704;
      when : "!A&B&CI";
    }
    leakage_power () {
      value : 0.0345501;
      when : "!A&B&!CI";
    }
    leakage_power () {
      value : 0.0348305;
      when : "A&!B&CI";
    }
    leakage_power () {
      value : 0.0200228;
      when : "A&!B&!CI";
    }
    leakage_power () {
      value : 0.0430905;
      when : "A&B&CI";
    }
    leakage_power () {
      value : 0.0408435;
      when : "A&B&!CI";
    }
    leakage_power () {
      value : 0.0346607;
    }
    pin (COUTN) {
      direction : output;
      function : "(!A&!CI) | (!A&!B) | (!B&!CI)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.098887;
      max_transition : 1.42209;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.191891, 0.198212, 0.2128, 0.244472, 0.307784, 0.446837, 0.791714", \
            "0.19633, 0.202786, 0.217396, 0.249072, 0.312288, 0.451577, 0.798039", \
            "0.208315, 0.214631, 0.229214, 0.260871, 0.324183, 0.462932, 0.807809", \
            "0.237588, 0.244028, 0.258489, 0.290123, 0.353334, 0.491884, 0.837897", \
            "0.304658, 0.311164, 0.32585, 0.357562, 0.420699, 0.559173, 0.904907", \
            "0.425001, 0.432038, 0.447726, 0.481775, 0.547848, 0.68638, 1.02739", \
            "0.630373, 0.638071, 0.655196, 0.692654, 0.76785, 0.909656, 1.24829" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0567889, 0.0682241, 0.0942047, 0.152186, 0.280752, 0.583835, 1.33137", \
            "0.0568119, 0.0682201, 0.0942711, 0.152176, 0.281004, 0.58388, 1.32916", \
            "0.0568102, 0.0682513, 0.0942176, 0.15218, 0.281072, 0.584052, 1.32985", \
            "0.0569077, 0.0683409, 0.0942852, 0.152045, 0.280916, 0.583876, 1.34068", \
            "0.0565853, 0.0680244, 0.0939125, 0.151423, 0.28041, 0.583834, 1.33166", \
            "0.0546685, 0.0662184, 0.0923283, 0.151132, 0.283309, 0.585004, 1.32887", \
            "0.0536979, 0.0650281, 0.090939, 0.150643, 0.290015, 0.593773, 1.3343" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.143515, 0.148215, 0.158541, 0.179734, 0.222039, 0.312255, 0.525324", \
            "0.147136, 0.151902, 0.162233, 0.183356, 0.225584, 0.315828, 0.528638", \
            "0.155751, 0.160466, 0.170761, 0.191905, 0.234164, 0.324346, 0.537379", \
            "0.173719, 0.178444, 0.188798, 0.209955, 0.252157, 0.342287, 0.554909", \
            "0.195869, 0.200734, 0.211263, 0.232548, 0.27474, 0.364744, 0.577284", \
            "0.20599, 0.210982, 0.221864, 0.243436, 0.28571, 0.375685, 0.588207", \
            "0.170065, 0.175838, 0.187414, 0.209742, 0.252494, 0.34257, 0.5548" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0757138, 0.0798118, 0.0883208, 0.104688, 0.144256, 0.257577, 0.565576", \
            "0.076001, 0.0799312, 0.0883201, 0.104931, 0.144344, 0.257869, 0.565955", \
            "0.0759858, 0.0807054, 0.0886721, 0.104913, 0.144376, 0.257819, 0.565785", \
            "0.0760408, 0.0800367, 0.0886305, 0.105201, 0.144672, 0.258112, 0.566078", \
            "0.0738731, 0.0783968, 0.0868364, 0.104181, 0.144584, 0.258025, 0.56604", \
            "0.0699797, 0.0747716, 0.083572, 0.101729, 0.143625, 0.257758, 0.566145", \
            "0.0653676, 0.0704388, 0.0801062, 0.0992624, 0.142871, 0.25806, 0.566104" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.099523, 0.105195, 0.118966, 0.155328, 0.229997, 0.368796, 0.715589", \
            "0.103471, 0.109165, 0.122987, 0.159386, 0.233221, 0.371993, 0.71828", \
            "0.115148, 0.120727, 0.134571, 0.170632, 0.243369, 0.3819, 0.729054", \
            "0.14325, 0.148797, 0.162717, 0.198536, 0.2702, 0.408672, 0.755901", \
            "0.195623, 0.201074, 0.214404, 0.250805, 0.328078, 0.4668, 0.813138", \
            "0.280484, 0.286131, 0.299474, 0.335485, 0.42737, 0.570952, 0.914475", \
            "0.436604, 0.442608, 0.456839, 0.492089, 0.591532, 0.748577, 1.0901" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0907806, 0.100937, 0.125755, 0.161892, 0.287711, 0.586783, 1.32844", \
            "0.0909638, 0.10114, 0.125959, 0.162274, 0.287788, 0.586631, 1.34471", \
            "0.0916571, 0.101884, 0.126717, 0.178368, 0.287575, 0.585999, 1.32864", \
            "0.101891, 0.110422, 0.132646, 0.185315, 0.28739, 0.58588, 1.32996", \
            "0.124862, 0.131318, 0.148987, 0.196503, 0.289186, 0.586224, 1.32986", \
            "0.159135, 0.163266, 0.175917, 0.213443, 0.296852, 0.594998, 1.35196", \
            "0.217926, 0.219101, 0.22591, 0.251256, 0.305054, 0.605078, 1.33898" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0724013, 0.0792649, 0.0922654, 0.116089, 0.16224, 0.253158, 0.460833", \
            "0.075819, 0.08271, 0.0957319, 0.119621, 0.16583, 0.256714, 0.46439", \
            "0.0826008, 0.089421, 0.10242, 0.126282, 0.172501, 0.263255, 0.470766", \
            "0.101402, 0.107287, 0.118857, 0.141391, 0.18653, 0.276749, 0.483479", \
            "0.117274, 0.123213, 0.134852, 0.156984, 0.200985, 0.289733, 0.495552", \
            "0.108693, 0.114698, 0.126535, 0.150176, 0.195705, 0.285814, 0.490762", \
            "0.0472422, 0.0529771, 0.0649214, 0.0896112, 0.138281, 0.233166, 0.440001" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0455593, 0.0496287, 0.0606739, 0.0847033, 0.133086, 0.248188, 0.544702", \
            "0.0470041, 0.0502662, 0.0610399, 0.085135, 0.133277, 0.24863, 0.545034", \
            "0.0568909, 0.0542542, 0.0629401, 0.086467, 0.134219, 0.249129, 0.544513", \
            "0.0841319, 0.0868669, 0.0869911, 0.0891473, 0.135632, 0.250092, 0.545197", \
            "0.111392, 0.114229, 0.118604, 0.0998084, 0.136765, 0.24974, 0.545039", \
            "0.141032, 0.141711, 0.143581, 0.141906, 0.138759, 0.250006, 0.542406", \
            "0.189415, 0.187565, 0.18343, 0.171234, 0.143004, 0.25337, 0.544667" \
          );
        }
      }
      timing () {
        related_pin : "CI";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0433129, 0.0484834, 0.0609655, 0.0911923, 0.1624, 0.313604, 0.673348", \
            "0.0480593, 0.0532636, 0.0658067, 0.0961344, 0.167322, 0.318489, 0.677958", \
            "0.0606554, 0.0657406, 0.0782328, 0.108483, 0.179805, 0.331109, 0.691142", \
            "0.0876906, 0.093937, 0.107569, 0.137803, 0.208733, 0.359917, 0.719822", \
            "0.131212, 0.139949, 0.159549, 0.200681, 0.275507, 0.425555, 0.784923", \
            "0.200111, 0.212423, 0.240543, 0.302489, 0.402954, 0.571967, 0.93737", \
            "0.324507, 0.34008, 0.376567, 0.464197, 0.606454, 0.841348, 1.27015" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0591578, 0.0679109, 0.0900171, 0.149284, 0.281933, 0.585591, 1.32881", \
            "0.0591473, 0.0678151, 0.0900374, 0.149371, 0.281314, 0.585326, 1.32892", \
            "0.0608553, 0.069078, 0.0905489, 0.149453, 0.281903, 0.585272, 1.3299", \
            "0.074409, 0.081702, 0.100959, 0.155176, 0.282445, 0.585618, 1.33079", \
            "0.106221, 0.114474, 0.135984, 0.18608, 0.298617, 0.585966, 1.32991", \
            "0.156736, 0.168659, 0.19601, 0.252963, 0.361502, 0.620826, 1.33461", \
            "0.241362, 0.257223, 0.293272, 0.361344, 0.491569, 0.754219, 1.42209" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0309531, 0.0340388, 0.0410549, 0.0569632, 0.0935656, 0.184199, 0.395965", \
            "0.0346491, 0.0377356, 0.044745, 0.0606431, 0.0972299, 0.187885, 0.399642", \
            "0.0432463, 0.0465467, 0.0536523, 0.0695038, 0.10609, 0.196753, 0.408489", \
            "0.0538643, 0.0583877, 0.0678786, 0.0870715, 0.125799, 0.21705, 0.428934", \
            "0.0612461, 0.0676006, 0.0811275, 0.108734, 0.162593, 0.261828, 0.476404", \
            "0.0548461, 0.0638577, 0.0830029, 0.124736, 0.206736, 0.336988, 0.57561", \
            "0.0071877, 0.0200276, 0.0502144, 0.120457, 0.225402, 0.413595, 0.74009" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0198669, 0.0230119, 0.0314461, 0.0525064, 0.10746, 0.233576, 0.541782", \
            "0.0203104, 0.0233995, 0.0316817, 0.052596, 0.107638, 0.233504, 0.541681", \
            "0.0252023, 0.0275998, 0.0340895, 0.0531942, 0.10758, 0.233601, 0.541725", \
            "0.0393266, 0.0415776, 0.0471786, 0.0624805, 0.112011, 0.233989, 0.541366", \
            "0.0646647, 0.0681121, 0.0757709, 0.0938498, 0.137195, 0.246697, 0.540887", \
            "0.109714, 0.115274, 0.129139, 0.156937, 0.201115, 0.301562, 0.569494", \
            "0.208186, 0.216907, 0.229412, 0.257376, 0.318035, 0.436024, 0.708932" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.00703161, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0062406, 0.0139664, 0.028897, 0.0529393, 0.0873427, 0.142878, 0.25675", \
            "0.0062203, 0.0139188, 0.0288013, 0.0528061, 0.0871208, 0.142585, 0.255831", \
            "0.0062028, 0.0138833, 0.0287305, 0.0526547, 0.0869105, 0.142314, 0.256256", \
            "0.0062155, 0.0139092, 0.0287856, 0.0527555, 0.0870527, 0.14245, 0.256189", \
            "0.0062975, 0.0140903, 0.0291592, 0.053405, 0.0879619, 0.143482, 0.257576", \
            "0.0065412, 0.0146323, 0.0302949, 0.0553869, 0.0908114, 0.146829, 0.260581", \
            "0.007247, 0.0161723, 0.0331935, 0.0602642, 0.0978937, 0.15527, 0.269626" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.00703161, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0030183, 0.006452, 0.0119728, 0.0167806, 0.0103475, -0.0267863, -0.132408", \
            "0.0030132, 0.0064342, 0.0119568, 0.0166855, 0.0102303, -0.0270369, -0.132188", \
            "0.0030041, 0.0064209, 0.0119037, 0.0166576, 0.0101649, -0.0270239, -0.132712", \
            "0.0030096, 0.006431, 0.0119233, 0.0166738, 0.0101525, -0.0271112, -0.13262", \
            "0.0030582, 0.0065337, 0.0121605, 0.0170517, 0.0106516, -0.026567, -0.132246", \
            "0.0034157, 0.0073141, 0.0135689, 0.0189369, 0.0127451, -0.0241222, -0.129697", \
            "0.0039667, 0.0085396, 0.0159754, 0.023178, 0.0188256, -0.0170552, -0.122349" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.00703161, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0060529, 0.0135646, 0.0281437, 0.0520193, 0.0868005, 0.143071, 0.257664", \
            "0.0059818, 0.0134103, 0.0278456, 0.0515739, 0.086135, 0.142469, 0.257074", \
            "0.0059374, 0.0133054, 0.0276508, 0.0512558, 0.0857089, 0.141912, 0.256669", \
            "0.0059518, 0.013333, 0.0276997, 0.0513219, 0.0858798, 0.142156, 0.257049", \
            "0.0061036, 0.0136638, 0.0283529, 0.0523608, 0.0872521, 0.1438, 0.258855", \
            "0.0065109, 0.0145709, 0.030312, 0.0560191, 0.0922403, 0.149679, 0.264851", \
            "0.0078647, 0.017531, 0.035918, 0.0650102, 0.105327, 0.165022, 0.281092" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.00703161, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0020337, 0.0043184, 0.0077784, 0.0098501, 0.0012822, -0.0371543, -0.143711", \
            "0.0020171, 0.0042776, 0.0077061, 0.0097172, 0.0010907, -0.0374267, -0.143967", \
            "0.0019726, 0.0041833, 0.0075509, 0.0094814, 0.0007905, -0.0377461, -0.143948", \
            "0.0019444, 0.0041191, 0.0074394, 0.0093599, 0.000647, -0.0379386, -0.144398", \
            "0.0020178, 0.0042823, 0.0077665, 0.0099342, 0.0015006, -0.0367919, -0.142893", \
            "0.0025523, 0.0054751, 0.0100169, 0.0131746, 0.0052855, -0.0331051, -0.138662", \
            "0.0036656, 0.0078817, 0.014791, 0.0211878, 0.0161872, -0.0195444, -0.124756" \
          );
        }
      }
      internal_power () {
        related_pin : "CI";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.00703161, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0045825, 0.0103175, 0.0216157, 0.0408274, 0.0708629, 0.123826, 0.236613", \
            "0.0045421, 0.010225, 0.0214379, 0.0405694, 0.0705688, 0.123385, 0.236834", \
            "0.0045189, 0.0101714, 0.0213363, 0.0403841, 0.0703376, 0.123297, 0.236169", \
            "0.0045274, 0.010188, 0.0213532, 0.0404298, 0.0704027, 0.123573, 0.236419", \
            "0.0046572, 0.0104672, 0.0218875, 0.0412508, 0.0714427, 0.124685, 0.237804", \
            "0.0049706, 0.0111938, 0.0234329, 0.0437661, 0.0747802, 0.128286, 0.242011", \
            "0.0060431, 0.0135089, 0.0277885, 0.0509357, 0.0848348, 0.139716, 0.252882" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.00703161, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0012699, 0.002614, 0.0043146, 0.0036134, -0.0078715, -0.048334, -0.155593", \
            "0.0012477, 0.0025611, 0.0042138, 0.0034204, -0.0081037, -0.0486457, -0.155992", \
            "0.0012158, 0.0024858, 0.0040676, 0.0032088, -0.0084203, -0.0489834, -0.156497", \
            "0.0012018, 0.00246, 0.0040287, 0.0031577, -0.0084128, -0.0489815, -0.156298", \
            "0.0013064, 0.0026927, 0.0044596, 0.0038915, -0.0074731, -0.0477632, -0.154971", \
            "0.0016978, 0.0035391, 0.0060705, 0.0063414, -0.0045329, -0.0445545, -0.151456", \
            "0.0026568, 0.0056225, 0.0104381, 0.0129871, 0.0042235, -0.0344073, -0.140886" \
          );
        }
      }
    }
    pin (SUM) {
      direction : output;
      function : "(A&!B&!CI) | (!A&B&!CI) | (!A&!B&CI) | (A&B&CI)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.209666;
      max_transition : 1.47747;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.190139, 0.196095, 0.20947, 0.241592, 0.327854, 0.562784, 1.20499", \
            "0.193719, 0.199506, 0.212946, 0.245302, 0.331612, 0.566371, 1.21059", \
            "0.202168, 0.208127, 0.221456, 0.253813, 0.340092, 0.574946, 1.21727", \
            "0.219384, 0.225395, 0.238705, 0.271049, 0.35724, 0.591809, 1.23293", \
            "0.240316, 0.246229, 0.259687, 0.291992, 0.378304, 0.613191, 1.25638", \
            "0.25057, 0.256529, 0.269817, 0.30212, 0.388409, 0.622929, 1.26671", \
            "0.215154, 0.221021, 0.234272, 0.266832, 0.352973, 0.587726, 1.22854" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0210348, 0.0260411, 0.0400539, 0.0823912, 0.204406, 0.541203, 1.4702", \
            "0.021173, 0.026204, 0.0400489, 0.0824154, 0.20437, 0.541145, 1.47005", \
            "0.0210619, 0.026057, 0.040038, 0.0824078, 0.204375, 0.541771, 1.4709", \
            "0.0211777, 0.0260492, 0.0400087, 0.0823381, 0.203912, 0.542282, 1.47009", \
            "0.0209109, 0.0258395, 0.0400195, 0.0824256, 0.204426, 0.541037, 1.47272", \
            "0.0209354, 0.0259652, 0.0401981, 0.0823565, 0.204414, 0.542052, 1.47242", \
            "0.0208984, 0.0259546, 0.0401341, 0.0824194, 0.20427, 0.541994, 1.46349" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.219459, 0.224733, 0.236063, 0.258918, 0.307478, 0.423176, 0.732677", \
            "0.223872, 0.229147, 0.24048, 0.263341, 0.3119, 0.427585, 0.737081", \
            "0.235888, 0.241153, 0.252506, 0.275425, 0.323836, 0.439607, 0.748993", \
            "0.265159, 0.270431, 0.281749, 0.30459, 0.35321, 0.468943, 0.777758", \
            "0.331747, 0.336967, 0.348278, 0.371141, 0.419683, 0.535334, 0.84475", \
            "0.451044, 0.456249, 0.46748, 0.490222, 0.538706, 0.654431, 0.96301", \
            "0.654466, 0.659636, 0.670818, 0.69353, 0.741977, 0.857511, 1.16657" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0191196, 0.0226288, 0.0311842, 0.0514689, 0.101711, 0.244668, 0.648411", \
            "0.0190904, 0.0226155, 0.0311682, 0.0514405, 0.101787, 0.244643, 0.652314", \
            "0.0189586, 0.0226651, 0.0314616, 0.050949, 0.102062, 0.245047, 0.646155", \
            "0.0189902, 0.0226727, 0.0314576, 0.0513629, 0.102154, 0.244783, 0.652763", \
            "0.0188941, 0.0225836, 0.0311372, 0.0513451, 0.101953, 0.244531, 0.653459", \
            "0.0185822, 0.022502, 0.0308991, 0.0507679, 0.10166, 0.243688, 0.646264", \
            "0.0184004, 0.0220775, 0.0307436, 0.0506441, 0.101693, 0.244382, 0.646954" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.179025, 0.184995, 0.19891, 0.233171, 0.323508, 0.562325, 1.2049", \
            "0.183538, 0.189396, 0.20333, 0.237588, 0.32795, 0.566742, 1.20928", \
            "0.195373, 0.201332, 0.21523, 0.249493, 0.339824, 0.578646, 1.2212", \
            "0.224303, 0.230244, 0.244153, 0.278463, 0.368893, 0.607539, 1.24945", \
            "0.28913, 0.295073, 0.308993, 0.343311, 0.433659, 0.672495, 1.31424", \
            "0.402862, 0.409188, 0.423403, 0.457472, 0.547747, 0.787143, 1.42973", \
            "0.596102, 0.603424, 0.618522, 0.652718, 0.742804, 0.982892, 1.6241" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0201315, 0.0256612, 0.0412661, 0.0868702, 0.212366, 0.545878, 1.46798", \
            "0.0200504, 0.0256657, 0.0413049, 0.0868047, 0.211933, 0.545469, 1.46494", \
            "0.0201122, 0.0256426, 0.0412722, 0.0868677, 0.21237, 0.545857, 1.46773", \
            "0.0200944, 0.0256155, 0.041315, 0.0868478, 0.212319, 0.545854, 1.46802", \
            "0.020462, 0.0259173, 0.0414229, 0.0868303, 0.212033, 0.545286, 1.46676", \
            "0.0223721, 0.0277727, 0.0425003, 0.0871488, 0.212714, 0.54572, 1.46527", \
            "0.0262273, 0.0313653, 0.0451777, 0.0875392, 0.21335, 0.546538, 1.46876" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.128861, 0.133859, 0.144752, 0.167006, 0.214893, 0.330076, 0.63886", \
            "0.13225, 0.137254, 0.148127, 0.170406, 0.218285, 0.333498, 0.641987", \
            "0.140285, 0.145286, 0.15618, 0.178429, 0.226298, 0.341509, 0.650273", \
            "0.156859, 0.161873, 0.172706, 0.195003, 0.242877, 0.358059, 0.666704", \
            "0.176998, 0.181993, 0.192842, 0.215101, 0.262949, 0.378152, 0.686836", \
            "0.184256, 0.189335, 0.200235, 0.222707, 0.270641, 0.385851, 0.694305", \
            "0.142632, 0.14806, 0.159664, 0.182428, 0.23105, 0.346494, 0.655049" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0166714, 0.0205601, 0.0290431, 0.049564, 0.100281, 0.24273, 0.652301", \
            "0.0166403, 0.0205663, 0.0292336, 0.0494652, 0.100178, 0.242805, 0.644908", \
            "0.016673, 0.0205521, 0.0290453, 0.0495707, 0.100246, 0.242175, 0.649416", \
            "0.0167044, 0.0204837, 0.029144, 0.0495276, 0.100196, 0.242665, 0.652404", \
            "0.0168563, 0.0206727, 0.0291243, 0.0491873, 0.100211, 0.242587, 0.652148", \
            "0.0176346, 0.0213831, 0.0301113, 0.0498519, 0.100417, 0.242648, 0.646851", \
            "0.0199749, 0.0237713, 0.0323803, 0.0517664, 0.101452, 0.242878, 0.651552" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.129052, 0.134997, 0.148541, 0.181608, 0.268625, 0.50372, 1.14516", \
            "0.132589, 0.138523, 0.152183, 0.185358, 0.272129, 0.507685, 1.15208", \
            "0.139354, 0.145402, 0.159043, 0.19192, 0.27885, 0.514136, 1.15884", \
            "0.155371, 0.161146, 0.174765, 0.20786, 0.294875, 0.530111, 1.17251", \
            "0.169844, 0.175691, 0.189238, 0.222112, 0.309036, 0.544232, 1.18635", \
            "0.160424, 0.166231, 0.179661, 0.212804, 0.299669, 0.534544, 1.17874", \
            "0.0988165, 0.104649, 0.118222, 0.151109, 0.237984, 0.473006, 1.11424" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0207225, 0.0257947, 0.0404458, 0.0828968, 0.204946, 0.54213, 1.46986", \
            "0.0207646, 0.0258222, 0.040432, 0.0830698, 0.204779, 0.542327, 1.46727", \
            "0.0206415, 0.0259039, 0.0403547, 0.0830728, 0.204865, 0.541276, 1.47159", \
            "0.0201029, 0.0255068, 0.0401541, 0.0829769, 0.204978, 0.541858, 1.47476", \
            "0.0200868, 0.0252285, 0.0401979, 0.082715, 0.204956, 0.54159, 1.47244", \
            "0.0197619, 0.0251446, 0.0401129, 0.0828291, 0.204718, 0.541719, 1.47028", \
            "0.0196782, 0.0250298, 0.0398629, 0.0827858, 0.204563, 0.541045, 1.46466" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.146361, 0.151546, 0.162727, 0.185481, 0.23384, 0.349391, 0.658513", \
            "0.149957, 0.155158, 0.166403, 0.189046, 0.237429, 0.353125, 0.662072", \
            "0.161372, 0.166571, 0.177837, 0.200578, 0.248921, 0.36463, 0.674085", \
            "0.190158, 0.195384, 0.206668, 0.22935, 0.27782, 0.39349, 0.702298", \
            "0.245686, 0.25084, 0.262031, 0.284838, 0.333159, 0.448755, 0.758428", \
            "0.335379, 0.340519, 0.351676, 0.374331, 0.422758, 0.538317, 0.84736", \
            "0.497625, 0.502777, 0.513937, 0.536592, 0.584957, 0.700534, 1.00962" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0181084, 0.0219023, 0.0305829, 0.0508696, 0.101636, 0.244347, 0.649506", \
            "0.0181508, 0.022155, 0.0306721, 0.0507228, 0.101865, 0.243948, 0.645315", \
            "0.0183308, 0.0220729, 0.0306388, 0.0508337, 0.101856, 0.244537, 0.647515", \
            "0.0183445, 0.022339, 0.0308141, 0.0509146, 0.101958, 0.243134, 0.64549", \
            "0.0183176, 0.0219135, 0.0306583, 0.0510426, 0.101631, 0.244964, 0.649928", \
            "0.0179239, 0.0219361, 0.0306739, 0.0507891, 0.101863, 0.243578, 0.647688", \
            "0.0178424, 0.0218872, 0.0304523, 0.050704, 0.101454, 0.245209, 0.645534" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.13787, 0.14363, 0.157456, 0.191581, 0.281314, 0.518923, 1.16019", \
            "0.140439, 0.14624, 0.160074, 0.194193, 0.283946, 0.521587, 1.16319", \
            "0.149835, 0.155654, 0.169472, 0.203602, 0.293371, 0.531038, 1.17284", \
            "0.17624, 0.182037, 0.195821, 0.230005, 0.319729, 0.557632, 1.1997", \
            "0.232704, 0.238495, 0.252318, 0.286383, 0.376167, 0.613876, 1.25688", \
            "0.326145, 0.332207, 0.346179, 0.380286, 0.469956, 0.707493, 1.35076", \
            "0.488662, 0.495314, 0.509586, 0.543665, 0.633235, 0.871037, 1.51191" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0188376, 0.0245819, 0.0405003, 0.0858493, 0.210461, 0.544588, 1.46907", \
            "0.0188717, 0.0245758, 0.0405008, 0.0858506, 0.210538, 0.544753, 1.46912", \
            "0.0188355, 0.0244991, 0.0404634, 0.0858663, 0.210579, 0.544839, 1.46926", \
            "0.0188228, 0.0245392, 0.0404988, 0.0859112, 0.210759, 0.544811, 1.46405", \
            "0.0191081, 0.0248076, 0.0406887, 0.0859985, 0.210643, 0.544827, 1.46551", \
            "0.0208213, 0.0261308, 0.0412685, 0.0862978, 0.210645, 0.544459, 1.46624", \
            "0.023307, 0.0281866, 0.0426405, 0.0867115, 0.210278, 0.54435, 1.46435" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.10121, 0.10619, 0.117103, 0.139509, 0.187674, 0.303281, 0.612131", \
            "0.104593, 0.109611, 0.120511, 0.142885, 0.191062, 0.306604, 0.615623", \
            "0.112263, 0.117258, 0.12815, 0.150519, 0.198697, 0.314294, 0.623301", \
            "0.124701, 0.129663, 0.140525, 0.162806, 0.210944, 0.32653, 0.635572", \
            "0.134199, 0.139175, 0.149977, 0.172269, 0.220407, 0.33602, 0.645035", \
            "0.127636, 0.132658, 0.14351, 0.165822, 0.214106, 0.329851, 0.638484", \
            "0.0688564, 0.0741662, 0.0855517, 0.108448, 0.157072, 0.273071, 0.581815" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0165995, 0.0205163, 0.0289885, 0.0494811, 0.100811, 0.243581, 0.651976", \
            "0.0166779, 0.0204336, 0.0289344, 0.0496993, 0.100888, 0.243162, 0.645709", \
            "0.0165929, 0.020473, 0.0289994, 0.049303, 0.100825, 0.243769, 0.645044", \
            "0.0166561, 0.020294, 0.0289726, 0.049513, 0.100833, 0.243172, 0.645138", \
            "0.0166095, 0.0204983, 0.0289116, 0.0494185, 0.100533, 0.243498, 0.645457", \
            "0.0173342, 0.0209647, 0.0294914, 0.049854, 0.101034, 0.243039, 0.646657", \
            "0.0193588, 0.0230821, 0.0318466, 0.0512597, 0.102436, 0.243255, 0.649479" \
          );
        }
      }
      timing () {
        related_pin : "CI";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0677007, 0.0734689, 0.0871048, 0.119447, 0.203649, 0.435802, 1.07683", \
            "0.0710275, 0.0767941, 0.0904278, 0.122812, 0.206985, 0.439646, 1.08326", \
            "0.0791847, 0.0849427, 0.0985408, 0.130968, 0.21565, 0.447879, 1.08843", \
            "0.0932846, 0.0992549, 0.11314, 0.14589, 0.230676, 0.464011, 1.10724", \
            "0.105829, 0.112778, 0.127852, 0.161728, 0.247312, 0.481256, 1.12096", \
            "0.101793, 0.110505, 0.128896, 0.165738, 0.251802, 0.485873, 1.12608", \
            "0.0470509, 0.0580153, 0.0816791, 0.126538, 0.215902, 0.450224, 1.08928" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0176879, 0.0236707, 0.039499, 0.0827179, 0.20475, 0.540991, 1.47297", \
            "0.0176766, 0.0236757, 0.0395067, 0.0828262, 0.205013, 0.542441, 1.47359", \
            "0.0177397, 0.0236966, 0.0395032, 0.0828439, 0.204919, 0.54171, 1.4671", \
            "0.0188201, 0.0247226, 0.0403219, 0.0831123, 0.204935, 0.542343, 1.47747", \
            "0.0230312, 0.0290305, 0.0437156, 0.0848557, 0.205233, 0.543486, 1.47254", \
            "0.0301826, 0.0371878, 0.0523009, 0.090027, 0.206355, 0.54064, 1.47059", \
            "0.0399846, 0.0493657, 0.06779, 0.104278, 0.211144, 0.544508, 1.46646" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0858609, 0.0927767, 0.107521, 0.134358, 0.185342, 0.302054, 0.610843", \
            "0.0902617, 0.0971856, 0.111943, 0.138844, 0.189847, 0.306493, 0.615791", \
            "0.102255, 0.10916, 0.123943, 0.150877, 0.201847, 0.318518, 0.627568", \
            "0.13162, 0.138582, 0.153426, 0.180405, 0.231444, 0.348058, 0.657314", \
            "0.187108, 0.195189, 0.2123, 0.242196, 0.294528, 0.411519, 0.719916", \
            "0.277171, 0.286602, 0.30758, 0.3448, 0.403404, 0.523475, 0.832399", \
            "0.439008, 0.450153, 0.474503, 0.520875, 0.59152, 0.717979, 1.0272" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.025158, 0.0303614, 0.0409776, 0.059913, 0.106299, 0.245526, 0.646086", \
            "0.0251271, 0.030419, 0.0406599, 0.0594364, 0.106683, 0.246145, 0.649207", \
            "0.0251921, 0.0304448, 0.0407608, 0.0597035, 0.106409, 0.246084, 0.645328", \
            "0.0257194, 0.0308491, 0.0409427, 0.0598239, 0.106492, 0.246209, 0.647982", \
            "0.0321482, 0.0378499, 0.0482849, 0.0655068, 0.108658, 0.24565, 0.64545", \
            "0.0420271, 0.0492446, 0.0626394, 0.081694, 0.120117, 0.25068, 0.6468", \
            "0.0547457, 0.0631947, 0.080103, 0.105108, 0.14147, 0.260349, 0.648524" \
          );
        }
      }
      timing () {
        related_pin : "CI";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.114541, 0.120247, 0.133902, 0.167641, 0.256361, 0.493344, 1.13639", \
            "0.119001, 0.124771, 0.138415, 0.172188, 0.260778, 0.497674, 1.14121", \
            "0.131389, 0.137107, 0.150756, 0.18454, 0.273225, 0.510214, 1.15313", \
            "0.160041, 0.165766, 0.179403, 0.213052, 0.301816, 0.53864, 1.18201", \
            "0.211397, 0.21723, 0.23105, 0.265054, 0.354011, 0.591057, 1.23388", \
            "0.297102, 0.303006, 0.316976, 0.350919, 0.440328, 0.67805, 1.32028", \
            "0.454952, 0.461185, 0.475338, 0.509081, 0.598005, 0.836942, 1.47828" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0176548, 0.023592, 0.0397782, 0.0847331, 0.209375, 0.543925, 1.46994", \
            "0.0176702, 0.0236237, 0.0396966, 0.0848215, 0.208828, 0.543013, 1.46855", \
            "0.0176755, 0.0235854, 0.0397883, 0.084807, 0.208836, 0.543793, 1.46451", \
            "0.0176613, 0.0236915, 0.0397662, 0.0850027, 0.209229, 0.543206, 1.46739", \
            "0.0183104, 0.0242531, 0.0404138, 0.0853053, 0.209618, 0.544233, 1.46971", \
            "0.0189373, 0.0248145, 0.0407159, 0.0859811, 0.210568, 0.544891, 1.46384", \
            "0.0207403, 0.0262412, 0.0413591, 0.0853741, 0.210309, 0.547256, 1.46825" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.108512, 0.114476, 0.126818, 0.150711, 0.199757, 0.315639, 0.625185", \
            "0.112058, 0.117987, 0.130355, 0.154158, 0.203319, 0.319293, 0.627979", \
            "0.119695, 0.125672, 0.138018, 0.161933, 0.211, 0.326892, 0.636437", \
            "0.129002, 0.134935, 0.147357, 0.171327, 0.220407, 0.336389, 0.645451", \
            "0.131261, 0.137374, 0.150182, 0.174804, 0.224601, 0.340744, 0.649493", \
            "0.115696, 0.121799, 0.134692, 0.15934, 0.209942, 0.327735, 0.63638", \
            "0.0491771, 0.0555132, 0.0688903, 0.0940655, 0.144467, 0.262525, 0.573544" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0205204, 0.0244636, 0.0332655, 0.0527226, 0.102442, 0.244899, 0.647978", \
            "0.0204989, 0.024516, 0.033096, 0.0527073, 0.102831, 0.243385, 0.645549", \
            "0.0207605, 0.0244851, 0.0330614, 0.0527219, 0.102757, 0.244866, 0.647459", \
            "0.020976, 0.0246373, 0.0335146, 0.052539, 0.102792, 0.243127, 0.645557", \
            "0.0216394, 0.0257848, 0.0345462, 0.0544622, 0.103283, 0.244082, 0.64639", \
            "0.0216018, 0.0258654, 0.0349051, 0.0550926, 0.105792, 0.246021, 0.65397", \
            "0.0233969, 0.0274686, 0.0365401, 0.0560405, 0.106089, 0.248275, 0.648413" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0046085, 0.0118602, 0.0281624, 0.0588132, 0.110742, 0.214025, 0.471212", \
            "0.0045938, 0.0118216, 0.0280869, 0.058674, 0.110545, 0.213859, 0.471248", \
            "0.0045811, 0.0117916, 0.0280108, 0.058529, 0.110326, 0.213521, 0.470658", \
            "0.0045916, 0.0118148, 0.0280692, 0.0586371, 0.110452, 0.213586, 0.468927", \
            "0.0046515, 0.0119713, 0.0284069, 0.0592859, 0.111449, 0.214764, 0.470346", \
            "0.0048396, 0.0124498, 0.0294816, 0.0612967, 0.114291, 0.21832, 0.473825", \
            "0.0052982, 0.0136105, 0.0321042, 0.0661759, 0.121561, 0.227121, 0.483501" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0018439, 0.0044814, 0.009002, 0.0107527, -0.0089259, -0.0918902, -0.340428", \
            "0.0018376, 0.0044685, 0.0089749, 0.0107079, -0.0090234, -0.0919683, -0.34054", \
            "0.0018322, 0.004452, 0.0089382, 0.0106331, -0.0091005, -0.0920917, -0.3406", \
            "0.0018324, 0.0044504, 0.0089552, 0.0106558, -0.0090803, -0.0920774, -0.340657", \
            "0.0018703, 0.0045432, 0.0091409, 0.0110199, -0.0085215, -0.0913891, -0.339881", \
            "0.0020265, 0.0049354, 0.010063, 0.0126855, -0.0060367, -0.0887697, -0.336999", \
            "0.0024215, 0.0059452, 0.0122587, 0.0168861, 0.0001773, -0.0813865, -0.329169" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0045358, 0.0116766, 0.0277572, 0.0581373, 0.109682, 0.212533, 0.468286", \
            "0.0044932, 0.0115728, 0.0275071, 0.0576909, 0.109004, 0.211711, 0.467175", \
            "0.0044617, 0.0114922, 0.0273301, 0.0573573, 0.108519, 0.211178, 0.466639", \
            "0.0044699, 0.0115165, 0.0273883, 0.0574351, 0.108688, 0.21144, 0.467026", \
            "0.0045686, 0.0117619, 0.0279382, 0.058486, 0.110123, 0.213355, 0.470509", \
            "0.0049107, 0.0126261, 0.029895, 0.0620383, 0.115402, 0.219697, 0.477423", \
            "0.0057393, 0.0147202, 0.0346597, 0.0709405, 0.128507, 0.236742, 0.495079" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0010474, 0.0024661, 0.0044374, 0.002225, -0.0212648, -0.106833, -0.35653", \
            "0.0010232, 0.0024069, 0.004297, 0.0019756, -0.0216561, -0.107305, -0.357053", \
            "0.0009842, 0.0023068, 0.0040714, 0.001556, -0.0222708, -0.108081, -0.357918", \
            "0.0009747, 0.002278, 0.0040092, 0.0014164, -0.0224805, -0.108265, -0.358126", \
            "0.0010541, 0.0024803, 0.0044584, 0.0022565, -0.0212943, -0.106836, -0.356581", \
            "0.0013662, 0.0032665, 0.0062311, 0.005592, -0.0164215, -0.101793, -0.351133", \
            "0.002182, 0.005315, 0.0109182, 0.0143124, -0.0037475, -0.0860256, -0.334605" \
          );
        }
      }
      internal_power () {
        related_pin : "CI";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.003488, 0.0090315, 0.0217488, 0.046901, 0.0931705, 0.19344, 0.448783", \
            "0.0034646, 0.0089758, 0.0216192, 0.0466913, 0.0928271, 0.19289, 0.448107", \
            "0.0034511, 0.0089364, 0.0215332, 0.0465071, 0.092546, 0.192695, 0.445785", \
            "0.0034521, 0.0089404, 0.0215485, 0.0465627, 0.0926566, 0.19206, 0.447936", \
            "0.0035312, 0.0091359, 0.0219701, 0.0473622, 0.0938145, 0.193435, 0.449462", \
            "0.0037632, 0.0097218, 0.0233116, 0.0497855, 0.0974004, 0.197825, 0.451842", \
            "0.004413, 0.0113694, 0.0270494, 0.0567095, 0.108131, 0.211647, 0.465351" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
          values ( \
            "0.0006176, 0.0013758, 0.001979, -0.0022408, -0.0276965, -0.114661, -0.36497", \
            "0.0006033, 0.0013378, 0.0018839, -0.0024346, -0.0279478, -0.114952, -0.365279", \
            "0.0005823, 0.001284, 0.0017555, -0.0026523, -0.0282812, -0.115343, -0.365692", \
            "0.0005838, 0.001289, 0.0017426, -0.0027147, -0.0283779, -0.115395, -0.365729", \
            "0.0006583, 0.0014739, 0.0021672, -0.0020036, -0.0274108, -0.114291, -0.364537", \
            "0.0008739, 0.0020156, 0.0033864, 0.0002383, -0.0242769, -0.110947, -0.360954", \
            "0.0014816, 0.0035515, 0.0068556, 0.0066753, -0.014943, -0.0996529, -0.349088" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002471;
      rise_capacitance : 0.002612;
      rise_capacitance_range (0.002612, 0.002612);
      fall_capacitance : 0.002329;
      fall_capacitance_range (0.002329, 0.002329);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008541;
      rise_capacitance : 0.008857;
      rise_capacitance_range (0.008857, 0.008857);
      fall_capacitance : 0.008226;
      fall_capacitance_range (0.008226, 0.008226);
    }
    pin (CI) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004749;
      rise_capacitance : 0.00499;
      rise_capacitance_range (0.00499, 0.00499);
      fall_capacitance : 0.004507;
      fall_capacitance_range (0.004507, 0.004507);
    }
  }
  cell (scs8hd_ha_1) {
    area : 12.512;
    cell_footprint : "ha";
    cell_leakage_power : 0.00791303;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0063506;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0063519;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.0063424;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0126072;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.00791303;
    }
    pin (COUT) {
      direction : output;
      function : "(A&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.206919;
      max_transition : 1.50739;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0637273, 0.0696918, 0.0835905, 0.117057, 0.205217, 0.445613, 1.10481", \
            "0.0671795, 0.0731491, 0.0870682, 0.120546, 0.208776, 0.449275, 1.10885", \
            "0.0748147, 0.0807812, 0.09467, 0.128139, 0.216595, 0.457021, 1.11662", \
            "0.0886934, 0.0949234, 0.109163, 0.142896, 0.231615, 0.472426, 1.13092", \
            "0.103479, 0.11057, 0.125777, 0.160535, 0.249922, 0.490609, 1.14788", \
            "0.103776, 0.112759, 0.131134, 0.168126, 0.257597, 0.498796, 1.15708", \
            "0.0563153, 0.0670569, 0.0899591, 0.133443, 0.224971, 0.465175, 1.12378" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0190257, 0.024869, 0.0407307, 0.0852879, 0.210451, 0.557179, 1.5031", \
            "0.0190069, 0.0248573, 0.0407009, 0.0852532, 0.21044, 0.556664, 1.5013", \
            "0.0189068, 0.0248562, 0.0406127, 0.0852941, 0.210342, 0.555647, 1.50203", \
            "0.0204062, 0.0262532, 0.0417378, 0.0855759, 0.210451, 0.557075, 1.50502", \
            "0.0244272, 0.0304778, 0.0452322, 0.0875983, 0.211139, 0.556292, 1.50681", \
            "0.0315739, 0.0382451, 0.0535112, 0.092323, 0.212318, 0.555304, 1.50424", \
            "0.0408428, 0.0496602, 0.0671419, 0.104365, 0.216004, 0.55596, 1.49775" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0977077, 0.103616, 0.116148, 0.140392, 0.190217, 0.304841, 0.610231", \
            "0.101903, 0.10781, 0.120246, 0.144526, 0.194388, 0.309014, 0.614445", \
            "0.113266, 0.119159, 0.131645, 0.155758, 0.205661, 0.320319, 0.625895", \
            "0.142341, 0.148237, 0.160744, 0.185093, 0.235033, 0.349714, 0.655", \
            "0.206331, 0.212703, 0.22615, 0.251612, 0.302022, 0.416688, 0.721744", \
            "0.311676, 0.319399, 0.335752, 0.367265, 0.423766, 0.540843, 0.846094", \
            "0.493719, 0.503104, 0.522855, 0.561429, 0.629677, 0.752692, 1.05778" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0216806, 0.0260916, 0.0351294, 0.0553502, 0.1044, 0.242607, 0.640158", \
            "0.021496, 0.0258637, 0.0350575, 0.0553151, 0.104442, 0.242509, 0.648581", \
            "0.0214862, 0.0258401, 0.0351457, 0.0552526, 0.104383, 0.24212, 0.63973", \
            "0.0214725, 0.025851, 0.0349727, 0.055188, 0.104287, 0.242236, 0.639714", \
            "0.025538, 0.0299893, 0.0390348, 0.0579666, 0.105525, 0.242379, 0.639268", \
            "0.0359467, 0.0410494, 0.0514632, 0.0722657, 0.116178, 0.246611, 0.641157", \
            "0.0500434, 0.0559231, 0.0689558, 0.093965, 0.138017, 0.256831, 0.642834" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0597827, 0.0657335, 0.0796698, 0.113242, 0.201862, 0.442593, 1.10066", \
            "0.0631853, 0.0691721, 0.0830761, 0.116659, 0.205344, 0.446101, 1.10387", \
            "0.0716106, 0.0775424, 0.0914612, 0.125088, 0.214152, 0.454599, 1.11418", \
            "0.0877106, 0.0939447, 0.108255, 0.142141, 0.231032, 0.472134, 1.1306", \
            "0.103392, 0.11073, 0.126292, 0.161055, 0.250625, 0.491365, 1.14878", \
            "0.104776, 0.113924, 0.132961, 0.170209, 0.259597, 0.500464, 1.15822", \
            "0.0603434, 0.0713523, 0.0953509, 0.140086, 0.232336, 0.472248, 1.1297" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0189851, 0.0248713, 0.0406941, 0.085291, 0.21036, 0.556301, 1.50339", \
            "0.0189474, 0.0248823, 0.0406676, 0.0852234, 0.210323, 0.555983, 1.50202", \
            "0.0189065, 0.0248471, 0.0406066, 0.0852771, 0.210329, 0.555798, 1.50016", \
            "0.0209723, 0.0266786, 0.0420711, 0.0857293, 0.210457, 0.557122, 1.50557", \
            "0.0256978, 0.0317926, 0.0458256, 0.0879626, 0.211442, 0.555299, 1.50739", \
            "0.0332069, 0.0401207, 0.0555201, 0.0932192, 0.212659, 0.555856, 1.50524", \
            "0.0439089, 0.0527815, 0.0714297, 0.109043, 0.217519, 0.557389, 1.49709" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0871358, 0.0927619, 0.104798, 0.128611, 0.178301, 0.293283, 0.598583", \
            "0.0912499, 0.0968176, 0.108899, 0.132691, 0.182377, 0.297357, 0.60281", \
            "0.102659, 0.108241, 0.120276, 0.14405, 0.193731, 0.308671, 0.614298", \
            "0.131819, 0.137353, 0.149231, 0.172974, 0.222694, 0.337687, 0.643369", \
            "0.192552, 0.198696, 0.211883, 0.23737, 0.287866, 0.402934, 0.7082", \
            "0.291827, 0.29922, 0.315182, 0.346358, 0.40347, 0.521361, 0.826913", \
            "0.463149, 0.472008, 0.491048, 0.528976, 0.598425, 0.72322, 1.02889" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0191958, 0.0232968, 0.0324949, 0.0523773, 0.102945, 0.241869, 0.638851", \
            "0.0194167, 0.0234485, 0.0323498, 0.0523855, 0.102928, 0.241709, 0.645926", \
            "0.0192252, 0.0232918, 0.0325282, 0.0524541, 0.102937, 0.242188, 0.640482", \
            "0.0192829, 0.0233971, 0.0325178, 0.0526144, 0.102946, 0.241996, 0.640456", \
            "0.0243419, 0.0286064, 0.0378933, 0.0569082, 0.104862, 0.242313, 0.639102", \
            "0.0335692, 0.038761, 0.049326, 0.0708503, 0.116073, 0.246405, 0.639807", \
            "0.0470867, 0.0528498, 0.065793, 0.0919517, 0.138587, 0.25743, 0.641595" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "-4.20922e-05, 8.38773e-05, 0.0013835, 0.0086756, 0.0364978, 0.123075, 0.36794", \
            "-4.75311e-05, 7.02825e-05, 0.0013698, 0.0086429, 0.036419, 0.122919, 0.368152", \
            "-5.83308e-05, 4.33793e-05, 0.0013078, 0.0085419, 0.0364298, 0.122993, 0.369568", \
            "-6.43738e-05, 2.05465e-05, 0.0012401, 0.0084607, 0.0363175, 0.123013, 0.367848", \
            "-5.76402e-05, 4.62235e-05, 0.0012498, 0.0084452, 0.0363002, 0.123187, 0.366486", \
            "-5.18948e-06, 0.0001884, 0.0016186, 0.009084, 0.0369746, 0.123371, 0.368354", \
            "0.00013, 0.0005094, 0.0022901, 0.0102316, 0.0387848, 0.12548, 0.368801" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0023652, 0.0057712, 0.0118703, 0.0158712, -0.0014461, -0.0822024, -0.326483", \
            "0.0023542, 0.0057449, 0.0118043, 0.0157945, -0.0015369, -0.0822664, -0.326655", \
            "0.0023461, 0.0057152, 0.0117429, 0.0156476, -0.0016985, -0.0824869, -0.3268", \
            "0.0023343, 0.0056939, 0.0116851, 0.0155978, -0.0018032, -0.0825712, -0.32682", \
            "0.002367, 0.0057652, 0.0118165, 0.0157929, -0.0015267, -0.0823022, -0.326648", \
            "0.0024413, 0.0059325, 0.0121481, 0.0163048, -0.0008733, -0.0815284, -0.325927", \
            "0.0026552, 0.0064514, 0.0131757, 0.0180331, 0.0014453, -0.0792026, -0.323293" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "-1.19006e-05, 0.0001612, 0.0015698, 0.0090556, 0.0372072, 0.124091, 0.368609", \
            "-1.6964e-05, 0.0001509, 0.0015562, 0.0090145, 0.0372071, 0.124055, 0.368764", \
            "-2.29051e-05, 0.0001312, 0.0015047, 0.0089251, 0.0369363, 0.123667, 0.367394", \
            "-2.72373e-05, 0.0001192, 0.0014416, 0.0088563, 0.0369549, 0.123902, 0.368862", \
            "-1.87604e-05, 0.0001442, 0.0015206, 0.0089309, 0.0369803, 0.124024, 0.36751", \
            "5.69279e-05, 0.0003215, 0.0019607, 0.0096718, 0.0378027, 0.124403, 0.369717", \
            "0.0002355, 0.0007663, 0.0028237, 0.0113077, 0.0403791, 0.127232, 0.37064" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0023298, 0.0056909, 0.0117548, 0.0158966, -0.0010562, -0.0815072, -0.325616", \
            "0.0023171, 0.0056541, 0.01165, 0.0157714, -0.0012489, -0.0817181, -0.325855", \
            "0.0023028, 0.0056187, 0.011594, 0.0155894, -0.001474, -0.0819725, -0.326189", \
            "0.0022957, 0.0055995, 0.0115226, 0.0154454, -0.0017156, -0.0822109, -0.326433", \
            "0.002309, 0.00562, 0.0115251, 0.0155363, -0.0016072, -0.0821045, -0.326287", \
            "0.0023828, 0.0057935, 0.0118083, 0.0157537, -0.0014057, -0.0817842, -0.325865", \
            "0.0025694, 0.006231, 0.012716, 0.0172276, 0.000547, -0.0798575, -0.323479" \
          );
        }
      }
    }
    pin (SUM) {
      direction : output;
      function : "(A&!B) | (!A&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.2353;
      max_transition : 1.50331;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
          values ( \
            "0.056892, 0.0624041, 0.0754784, 0.107752, 0.19438, 0.43294, 1.09855", \
            "0.0608173, 0.0663341, 0.0794083, 0.111682, 0.198297, 0.437173, 1.10328", \
            "0.0686644, 0.0741525, 0.0871981, 0.119399, 0.206009, 0.444116, 1.10786", \
            "0.0821382, 0.0877927, 0.101061, 0.133258, 0.219551, 0.458459, 1.12316", \
            "0.0959139, 0.102334, 0.116531, 0.149346, 0.235603, 0.4746, 1.13928", \
            "0.0943086, 0.102357, 0.119172, 0.153926, 0.240211, 0.479825, 1.14335", \
            "0.0413482, 0.0512877, 0.0727458, 0.113945, 0.201761, 0.441088, 1.10734" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
          values ( \
            "0.016043, 0.0214213, 0.0361274, 0.0784325, 0.200401, 0.544424, 1.50241", \
            "0.0160559, 0.0214417, 0.0361436, 0.0784232, 0.200055, 0.544108, 1.50065", \
            "0.0160274, 0.0214152, 0.0362097, 0.0784387, 0.200725, 0.543241, 1.50011", \
            "0.0172528, 0.022516, 0.0369169, 0.0787415, 0.20053, 0.54404, 1.50096", \
            "0.0210094, 0.0262792, 0.0398439, 0.0800935, 0.200447, 0.543123, 1.50112", \
            "0.0273335, 0.0333686, 0.0470715, 0.0837586, 0.201417, 0.541479, 1.49863", \
            "0.0367115, 0.0443756, 0.0602173, 0.0957516, 0.204793, 0.545341, 1.4921" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
          values ( \
            "0.145922, 0.152666, 0.167242, 0.195654, 0.25201, 0.381461, 0.729116", \
            "0.150182, 0.156988, 0.17157, 0.199943, 0.256341, 0.385753, 0.733139", \
            "0.160738, 0.167498, 0.182071, 0.210424, 0.26682, 0.396233, 0.74361", \
            "0.184466, 0.191074, 0.205826, 0.234297, 0.290558, 0.420203, 0.76782", \
            "0.238263, 0.245019, 0.259605, 0.28795, 0.344245, 0.473785, 0.821023", \
            "0.338335, 0.345853, 0.362145, 0.393407, 0.452841, 0.58264, 0.929573", \
            "0.524944, 0.533484, 0.552214, 0.58862, 0.65436, 0.789761, 1.13426" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
          values ( \
            "0.027009, 0.0315306, 0.0415186, 0.0628507, 0.116088, 0.269621, 0.720402", \
            "0.026927, 0.0315712, 0.0415024, 0.0629403, 0.116374, 0.269581, 0.718406", \
            "0.026933, 0.0315833, 0.0415014, 0.0629473, 0.116368, 0.269563, 0.718346", \
            "0.0269728, 0.03152, 0.0415579, 0.063358, 0.115979, 0.270018, 0.718153", \
            "0.0279702, 0.0324503, 0.0428882, 0.0635851, 0.116507, 0.269818, 0.718687", \
            "0.0338453, 0.0386501, 0.0495379, 0.0705445, 0.121996, 0.273048, 0.71803", \
            "0.0445097, 0.0499061, 0.0623527, 0.0857653, 0.135685, 0.278062, 0.72116" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
          values ( \
            "0.152031, 0.157484, 0.170299, 0.202404, 0.288735, 0.527125, 1.19321", \
            "0.156191, 0.161659, 0.174565, 0.206464, 0.292962, 0.531988, 1.19705", \
            "0.167365, 0.172811, 0.185685, 0.217752, 0.304075, 0.543226, 1.20803", \
            "0.196542, 0.202014, 0.214943, 0.24686, 0.333346, 0.57249, 1.23615", \
            "0.262936, 0.268409, 0.281361, 0.313298, 0.399731, 0.638809, 1.30268", \
            "0.378115, 0.383887, 0.397029, 0.428978, 0.515361, 0.753768, 1.41841", \
            "0.571682, 0.5785, 0.59233, 0.624442, 0.711142, 0.949398, 1.61389" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
          values ( \
            "0.0169372, 0.0219396, 0.036347, 0.0781866, 0.199724, 0.541101, 1.50289", \
            "0.0168885, 0.0219137, 0.0362991, 0.0783038, 0.199571, 0.543451, 1.49654", \
            "0.0169276, 0.0219837, 0.0362687, 0.0782497, 0.199639, 0.542868, 1.49892", \
            "0.0168882, 0.0219231, 0.03629, 0.0783156, 0.199876, 0.542544, 1.5027", \
            "0.0172363, 0.0222033, 0.0364238, 0.078376, 0.200029, 0.543242, 1.50298", \
            "0.0192463, 0.0240839, 0.0376805, 0.078851, 0.199764, 0.542583, 1.50129", \
            "0.0226289, 0.0276309, 0.0404415, 0.0799183, 0.200382, 0.54053, 1.49483" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
          values ( \
            "0.114805, 0.11962, 0.129989, 0.151193, 0.198908, 0.323529, 0.670079", \
            "0.118246, 0.123073, 0.13347, 0.154658, 0.202374, 0.327005, 0.673632", \
            "0.125658, 0.130452, 0.140829, 0.162025, 0.209718, 0.334373, 0.681473", \
            "0.140106, 0.144888, 0.155323, 0.176512, 0.224194, 0.348864, 0.696057", \
            "0.157257, 0.1621, 0.172531, 0.193825, 0.241589, 0.366211, 0.712848", \
            "0.164366, 0.169291, 0.179891, 0.201316, 0.249224, 0.373758, 0.72015", \
            "0.127624, 0.132849, 0.14402, 0.166141, 0.214256, 0.339191, 0.68601" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
          values ( \
            "0.0156642, 0.0192581, 0.0270253, 0.0466815, 0.100905, 0.260783, 0.715378", \
            "0.0156975, 0.0193181, 0.027097, 0.0467202, 0.100823, 0.260861, 0.715542", \
            "0.0156335, 0.0192455, 0.02697, 0.0465873, 0.101067, 0.260659, 0.719635", \
            "0.0156794, 0.019088, 0.0271644, 0.046754, 0.100741, 0.260762, 0.719307", \
            "0.0159987, 0.0196305, 0.0273581, 0.0469281, 0.101226, 0.261701, 0.716559", \
            "0.016607, 0.0202048, 0.0282625, 0.047419, 0.101161, 0.261932, 0.717714", \
            "0.0186285, 0.022241, 0.0303381, 0.0488417, 0.102096, 0.262038, 0.715254" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
          values ( \
            "0.0510088, 0.0562652, 0.0689846, 0.100918, 0.187133, 0.425545, 1.09051", \
            "0.0549293, 0.0602088, 0.0728804, 0.104874, 0.190807, 0.430373, 1.09467", \
            "0.0625517, 0.0677796, 0.0803903, 0.112226, 0.198683, 0.436953, 1.10199", \
            "0.0740539, 0.0796332, 0.0926214, 0.124671, 0.210855, 0.449416, 1.11392", \
            "0.0829299, 0.0894539, 0.103443, 0.135811, 0.22216, 0.460825, 1.12506", \
            "0.0723484, 0.0806084, 0.0977483, 0.132528, 0.21846, 0.457794, 1.12213", \
            "0.0025606, 0.0127586, 0.035161, 0.0777036, 0.165847, 0.40501, 1.07025" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
          values ( \
            "0.0150108, 0.0202524, 0.0349649, 0.0775322, 0.199909, 0.543366, 1.49997", \
            "0.0150017, 0.020328, 0.0349159, 0.0776616, 0.200124, 0.544326, 1.49683", \
            "0.0150599, 0.0203171, 0.0350906, 0.0776007, 0.200239, 0.541593, 1.50331", \
            "0.0169189, 0.021997, 0.0361802, 0.0779492, 0.200165, 0.543939, 1.49815", \
            "0.0211055, 0.026222, 0.0396634, 0.079536, 0.199901, 0.542102, 1.49964", \
            "0.0281394, 0.0340693, 0.0481174, 0.0841441, 0.201065, 0.540734, 1.4931", \
            "0.0383827, 0.0464662, 0.0634463, 0.0986393, 0.205471, 0.543575, 1.49071" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
          values ( \
            "0.135724, 0.14249, 0.157078, 0.185564, 0.241875, 0.371503, 0.718298", \
            "0.138336, 0.144968, 0.159444, 0.188154, 0.244487, 0.37409, 0.72109", \
            "0.148174, 0.154761, 0.16947, 0.197974, 0.254243, 0.383802, 0.731415", \
            "0.175322, 0.181937, 0.196728, 0.225161, 0.281395, 0.411036, 0.758631", \
            "0.240347, 0.246991, 0.261503, 0.28995, 0.345411, 0.475328, 0.82282", \
            "0.358927, 0.366887, 0.384037, 0.41625, 0.475586, 0.606979, 0.954161", \
            "0.560758, 0.569943, 0.590501, 0.629366, 0.696432, 0.830636, 1.17851" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
          values ( \
            "0.0270034, 0.0315337, 0.0415115, 0.062851, 0.11599, 0.269474, 0.718858", \
            "0.0271907, 0.0315493, 0.0415582, 0.0628886, 0.116219, 0.269953, 0.717966", \
            "0.0271001, 0.0315415, 0.0415932, 0.0634314, 0.115544, 0.269861, 0.719008", \
            "0.0269419, 0.0314674, 0.041559, 0.0634245, 0.115888, 0.269965, 0.718104", \
            "0.0279228, 0.0325097, 0.0423853, 0.0640197, 0.116742, 0.269986, 0.719874", \
            "0.0380197, 0.0430797, 0.0542246, 0.0742309, 0.123452, 0.27181, 0.723873", \
            "0.0517823, 0.057338, 0.0702735, 0.0943406, 0.14032, 0.278815, 0.723657" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
          values ( \
            "0.148569, 0.154136, 0.167456, 0.199806, 0.286347, 0.52567, 1.18973", \
            "0.152638, 0.158188, 0.171497, 0.203747, 0.290226, 0.529569, 1.19382", \
            "0.163893, 0.169465, 0.18279, 0.215116, 0.301661, 0.540962, 1.20497", \
            "0.192594, 0.198144, 0.211453, 0.243896, 0.33046, 0.569471, 1.23314", \
            "0.256429, 0.262119, 0.275391, 0.307725, 0.394177, 0.633494, 1.29686", \
            "0.365382, 0.371206, 0.384789, 0.417337, 0.503748, 0.742769, 1.40712", \
            "0.548199, 0.554896, 0.569008, 0.60164, 0.688682, 0.927413, 1.59158" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
          values ( \
            "0.0174478, 0.0227579, 0.0371151, 0.07908, 0.200438, 0.543148, 1.50214", \
            "0.0173934, 0.0227782, 0.0371285, 0.0788919, 0.200505, 0.543926, 1.50186", \
            "0.0174596, 0.0227665, 0.0371076, 0.0790737, 0.200456, 0.543163, 1.50223", \
            "0.017409, 0.0227903, 0.0371155, 0.0790994, 0.200027, 0.543213, 1.50155", \
            "0.0178767, 0.0230698, 0.0374279, 0.0792226, 0.200419, 0.543203, 1.5009", \
            "0.0194367, 0.024463, 0.0384175, 0.0797623, 0.200473, 0.54209, 1.50004", \
            "0.022782, 0.0279554, 0.040836, 0.0805345, 0.201123, 0.542276, 1.49596" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
          values ( \
            "0.110774, 0.115615, 0.126003, 0.147204, 0.194898, 0.319557, 0.666789", \
            "0.11409, 0.118952, 0.129291, 0.150527, 0.198245, 0.322846, 0.669596", \
            "0.122152, 0.126946, 0.137334, 0.158521, 0.206521, 0.331174, 0.678171", \
            "0.138748, 0.143577, 0.153981, 0.175183, 0.222933, 0.347528, 0.694473", \
            "0.157388, 0.162223, 0.172661, 0.193905, 0.24159, 0.366201, 0.712997", \
            "0.166065, 0.171004, 0.181602, 0.203034, 0.250991, 0.375565, 0.721581", \
            "0.13375, 0.139072, 0.150457, 0.172671, 0.221272, 0.346223, 0.692858" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
          values ( \
            "0.0157312, 0.0192398, 0.026978, 0.0465874, 0.100979, 0.262239, 0.725803", \
            "0.015774, 0.0190649, 0.0271102, 0.0466274, 0.100666, 0.261467, 0.715664", \
            "0.0156383, 0.0192499, 0.027259, 0.0467227, 0.101117, 0.262316, 0.716613", \
            "0.0156923, 0.0191673, 0.0271588, 0.0467757, 0.100941, 0.261246, 0.717093", \
            "0.0159681, 0.0196895, 0.0275165, 0.046853, 0.101144, 0.261603, 0.717192", \
            "0.0169076, 0.0204823, 0.0284163, 0.0475491, 0.101259, 0.261638, 0.720626", \
            "0.0193058, 0.0229588, 0.0306932, 0.0494212, 0.102448, 0.262183, 0.720343" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843685, 0.2353");
          values ( \
            "0.0005018, 0.0014928, 0.0047891, 0.0158682, 0.0504085, 0.150985, 0.436061", \
            "0.0004917, 0.0014707, 0.0047572, 0.0157868, 0.0502823, 0.150781, 0.434865", \
            "0.000482, 0.0014419, 0.0046877, 0.0156566, 0.0500642, 0.15119, 0.434034", \
            "0.0004738, 0.0014237, 0.00465, 0.0155884, 0.0499848, 0.150932, 0.436703", \
            "0.0004924, 0.0014686, 0.0047503, 0.015779, 0.0504557, 0.151487, 0.436489", \
            "0.0005387, 0.0015866, 0.004907, 0.0162818, 0.0508765, 0.151418, 0.437126", \
            "0.0007298, 0.0020775, 0.0060541, 0.0180229, 0.0533636, 0.155143, 0.440014" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843685, 0.2353");
          values ( \
            "0.0016136, 0.0039883, 0.0080099, 0.0086912, -0.0142169, -0.108064, -0.390898", \
            "0.0016096, 0.0039792, 0.0080006, 0.0086322, -0.0142807, -0.10825, -0.39103", \
            "0.0016007, 0.0039553, 0.0079375, 0.008541, -0.0145004, -0.108483, -0.391306", \
            "0.0015948, 0.0039341, 0.0079049, 0.0084554, -0.0146061, -0.108585, -0.391407", \
            "0.0015918, 0.0039266, 0.0078931, 0.0084396, -0.0146102, -0.10861, -0.391466", \
            "0.0016528, 0.0040815, 0.0082434, 0.0090668, -0.0137266, -0.107765, -0.390568", \
            "0.0017522, 0.0043269, 0.0088667, 0.0102171, -0.0120134, -0.105619, -0.388403" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843685, 0.2353");
          values ( \
            "0.0005038, 0.0014855, 0.0048412, 0.0159068, 0.0504072, 0.151658, 0.434014", \
            "0.0004921, 0.0014571, 0.0047751, 0.0157991, 0.0502449, 0.150715, 0.433842", \
            "0.0004756, 0.0014126, 0.0046706, 0.0155961, 0.0499531, 0.151155, 0.435841", \
            "0.0004633, 0.0013835, 0.0046032, 0.0154755, 0.0497984, 0.150085, 0.435195", \
            "0.0004714, 0.0014109, 0.0046574, 0.0155487, 0.0498761, 0.151122, 0.435763", \
            "0.0005054, 0.0014993, 0.0047281, 0.0157695, 0.0502064, 0.150535, 0.435918", \
            "0.0006565, 0.001886, 0.0055961, 0.0172176, 0.0521459, 0.153679, 0.435274" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843685, 0.2353");
          values ( \
            "0.0016446, 0.004074, 0.0082095, 0.0090585, -0.0137437, -0.107532, -0.39029", \
            "0.0016444, 0.0040575, 0.0081901, 0.0090144, -0.0137806, -0.107591, -0.390398", \
            "0.0016363, 0.0040474, 0.0081731, 0.0089258, -0.0139047, -0.107769, -0.390544", \
            "0.0016299, 0.0040275, 0.0081149, 0.0088526, -0.0139744, -0.107866, -0.390628", \
            "0.0016334, 0.0040413, 0.0081407, 0.0089263, -0.0138821, -0.107741, -0.390531", \
            "0.0016997, 0.0042044, 0.0085599, 0.0096626, -0.012869, -0.106718, -0.389406", \
            "0.0018456, 0.0045694, 0.0093404, 0.0113043, -0.0104898, -0.103747, -0.386352" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003168;
      rise_capacitance : 0.00325;
      rise_capacitance_range (0.00325, 0.00325);
      fall_capacitance : 0.003086;
      fall_capacitance_range (0.003086, 0.003086);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002946;
      rise_capacitance : 0.002946;
      rise_capacitance_range (0.002946, 0.002946);
      fall_capacitance : 0.002946;
      fall_capacitance_range (0.002946, 0.002946);
    }
  }
  cell (scs8hd_ha_2) {
    area : 15.0144;
    cell_footprint : "ha";
    cell_leakage_power : 0.0256202;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0283674;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0249656;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0283715;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0207762;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.0256202;
    }
    pin (COUT) {
      direction : output;
      function : "(A&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.39094;
      max_transition : 1.5052;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151761, 0.00460628, 0.0139811, 0.0424356, 0.128801, 0.39094");
          values ( \
            "0.0765421, 0.0816949, 0.0938707, 0.122624, 0.199033, 0.42496, 1.11156", \
            "0.0799562, 0.0850984, 0.0972797, 0.126016, 0.202431, 0.427988, 1.11382", \
            "0.0876681, 0.0927804, 0.10489, 0.133633, 0.210132, 0.435855, 1.12094", \
            "0.103537, 0.108691, 0.120981, 0.149773, 0.226298, 0.452443, 1.13761", \
            "0.124892, 0.130782, 0.144405, 0.174575, 0.251854, 0.477785, 1.16206", \
            "0.137285, 0.144264, 0.160728, 0.194489, 0.273058, 0.499304, 1.18533", \
            "0.109529, 0.117435, 0.137513, 0.178611, 0.262035, 0.487949, 1.17304" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151761, 0.00460628, 0.0139811, 0.0424356, 0.128801, 0.39094");
          values ( \
            "0.0179452, 0.0222879, 0.0338036, 0.0671762, 0.17236, 0.499921, 1.50459", \
            "0.0179575, 0.022254, 0.0337954, 0.0671423, 0.17275, 0.500123, 1.50406", \
            "0.0178466, 0.0221483, 0.0337534, 0.0669642, 0.172579, 0.500006, 1.50027", \
            "0.0184201, 0.0227783, 0.0341262, 0.0672925, 0.172741, 0.498773, 1.49982", \
            "0.0220003, 0.0268196, 0.0382638, 0.0700689, 0.173925, 0.500116, 1.50228", \
            "0.0282781, 0.0338158, 0.0465612, 0.0771612, 0.176499, 0.499414, 1.5028", \
            "0.0385125, 0.0441254, 0.0603992, 0.0922928, 0.184006, 0.502134, 1.4984" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151761, 0.00460628, 0.0139811, 0.0424356, 0.128801, 0.39094");
          values ( \
            "0.0901367, 0.0944272, 0.104632, 0.1255, 0.168341, 0.271589, 0.566753", \
            "0.0949586, 0.099244, 0.109369, 0.13031, 0.173216, 0.27647, 0.571387", \
            "0.106921, 0.111199, 0.121354, 0.142328, 0.185187, 0.288464, 0.583344", \
            "0.13632, 0.140643, 0.150715, 0.171633, 0.214636, 0.31793, 0.613149", \
            "0.200526, 0.205237, 0.216206, 0.238441, 0.282273, 0.385717, 0.680982", \
            "0.305983, 0.31166, 0.324842, 0.352403, 0.403749, 0.511029, 0.806167", \
            "0.48485, 0.491569, 0.507535, 0.540246, 0.604882, 0.723305, 1.01869" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151761, 0.00460628, 0.0139811, 0.0424356, 0.128801, 0.39094");
          values ( \
            "0.0184638, 0.0213661, 0.0289031, 0.0446249, 0.0839548, 0.203114, 0.585544", \
            "0.0184614, 0.0213644, 0.0285591, 0.0445838, 0.0838872, 0.203057, 0.586793", \
            "0.0183545, 0.0213729, 0.0288107, 0.0443004, 0.083793, 0.203176, 0.587383", \
            "0.0184438, 0.0215803, 0.0286569, 0.0442306, 0.0836224, 0.202862, 0.585305", \
            "0.0225386, 0.0255991, 0.0330596, 0.0478013, 0.0853716, 0.202844, 0.585414", \
            "0.0329437, 0.0363838, 0.0446776, 0.0624147, 0.0984342, 0.209159, 0.585979", \
            "0.0485896, 0.0521648, 0.0619985, 0.0834911, 0.124352, 0.224051, 0.588126" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151761, 0.00460628, 0.0139811, 0.0424356, 0.128801, 0.39094");
          values ( \
            "0.0737532, 0.0788047, 0.0910119, 0.11975, 0.196268, 0.422372, 1.10689", \
            "0.0769915, 0.0820928, 0.0942538, 0.123007, 0.199526, 0.425667, 1.11182", \
            "0.0853191, 0.090431, 0.102642, 0.131412, 0.208002, 0.434271, 1.11882", \
            "0.104496, 0.109698, 0.122007, 0.150837, 0.227435, 0.453737, 1.14005", \
            "0.128228, 0.134395, 0.148467, 0.17888, 0.256391, 0.482245, 1.17244", \
            "0.143175, 0.150399, 0.167541, 0.202425, 0.281233, 0.507671, 1.1938", \
            "0.121271, 0.129327, 0.14978, 0.192873, 0.27816, 0.503749, 1.18783" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151761, 0.00460628, 0.0139811, 0.0424356, 0.128801, 0.39094");
          values ( \
            "0.0178693, 0.0223445, 0.0336934, 0.066946, 0.172458, 0.4994, 1.49934", \
            "0.0179775, 0.0222944, 0.0337746, 0.0669974, 0.172704, 0.498759, 1.49936", \
            "0.0179074, 0.0222667, 0.0337368, 0.0670334, 0.172772, 0.499604, 1.50011", \
            "0.018926, 0.023122, 0.0343936, 0.0672633, 0.172344, 0.49995, 1.50423", \
            "0.0236404, 0.0283259, 0.0396849, 0.0708608, 0.174249, 0.500367, 1.5052", \
            "0.0308727, 0.0365883, 0.0495751, 0.0794524, 0.17713, 0.500674, 1.49973", \
            "0.0430452, 0.048373, 0.0645353, 0.097763, 0.186696, 0.50285, 1.49629" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151761, 0.00460628, 0.0139811, 0.0424356, 0.128801, 0.39094");
          values ( \
            "0.0833175, 0.0873482, 0.0970169, 0.117349, 0.15918, 0.262165, 0.557274", \
            "0.0880416, 0.0920684, 0.10174, 0.121986, 0.163975, 0.266997, 0.562155", \
            "0.0997699, 0.103799, 0.113444, 0.133726, 0.175682, 0.278691, 0.573932", \
            "0.129053, 0.133103, 0.142615, 0.162807, 0.204784, 0.307816, 0.603117", \
            "0.190357, 0.194852, 0.205454, 0.227436, 0.270862, 0.374174, 0.66924", \
            "0.290315, 0.295724, 0.30864, 0.33557, 0.386682, 0.4942, 0.789293", \
            "0.457655, 0.464139, 0.479628, 0.512886, 0.576817, 0.69623, 0.992086" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151761, 0.00460628, 0.0139811, 0.0424356, 0.128801, 0.39094");
          values ( \
            "0.0167038, 0.0195593, 0.0264105, 0.041769, 0.0814522, 0.202125, 0.589716", \
            "0.0167723, 0.0196661, 0.0264968, 0.0418761, 0.0816029, 0.20232, 0.584536", \
            "0.0167508, 0.0196425, 0.0266388, 0.0417255, 0.0815268, 0.202282, 0.589445", \
            "0.0166824, 0.0195604, 0.0264969, 0.0419578, 0.0815817, 0.202165, 0.584175", \
            "0.0215795, 0.0245469, 0.0313748, 0.0463425, 0.0838075, 0.202404, 0.589026", \
            "0.0314455, 0.034832, 0.0430217, 0.0614318, 0.0975998, 0.208823, 0.585973", \
            "0.0465132, 0.050172, 0.0594608, 0.0817839, 0.123418, 0.224382, 0.588493" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151761, 0.00460628, 0.0139811, 0.0424356, 0.128801, 0.39094");
          values ( \
            "0.000109, 0.0004948, 0.0027023, 0.0146623, 0.0622202, 0.21996, 0.711205", \
            "0.0001047, 0.0004857, 0.0026716, 0.0145949, 0.0621336, 0.22, 0.71183", \
            "9.70107e-05, 0.0004642, 0.00261, 0.0145067, 0.0619524, 0.219971, 0.707465", \
            "9.26342e-05, 0.000451, 0.0025794, 0.0143391, 0.0617258, 0.22024, 0.70747", \
            "0.0001018, 0.0004693, 0.0025962, 0.0143888, 0.0618462, 0.220032, 0.712114", \
            "0.0001961, 0.0007281, 0.0032503, 0.0153891, 0.0625563, 0.220233, 0.711682", \
            "0.0003292, 0.0010906, 0.0041635, 0.017075, 0.0651863, 0.223309, 0.711599" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151761, 0.00460628, 0.0139811, 0.0424356, 0.128801, 0.39094");
          values ( \
            "0.002473, 0.006794, 0.0157226, 0.0227825, -0.0065985, -0.155859, -0.647643", \
            "0.0024667, 0.0067775, 0.0156532, 0.0226932, -0.006649, -0.155945, -0.648173", \
            "0.0024588, 0.0067562, 0.0156267, 0.0225717, -0.0068783, -0.156129, -0.648193", \
            "0.0024494, 0.0067423, 0.0155548, 0.0224694, -0.0069351, -0.156211, -0.648313", \
            "0.0024858, 0.0068149, 0.0157055, 0.0225517, -0.0069089, -0.156153, -0.648185", \
            "0.00259, 0.0071103, 0.0163255, 0.0235052, -0.0058576, -0.155038, -0.647249", \
            "0.0028307, 0.0077536, 0.0177503, 0.0258564, -0.0029509, -0.152359, -0.644256" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151761, 0.00460628, 0.0139811, 0.0424356, 0.128801, 0.39094");
          values ( \
            "0.000153, 0.0006268, 0.0030372, 0.0153583, 0.0633262, 0.221261, 0.712735", \
            "0.0001498, 0.0006125, 0.0029989, 0.0152572, 0.0630509, 0.221853, 0.711371", \
            "0.0001427, 0.0005904, 0.0029436, 0.0151282, 0.0629172, 0.221682, 0.709346", \
            "0.0001391, 0.0005827, 0.0028953, 0.0150905, 0.0629133, 0.221099, 0.715436", \
            "0.0001623, 0.000636, 0.0030108, 0.015239, 0.0630022, 0.221434, 0.713374", \
            "0.0002591, 0.0009062, 0.0036743, 0.0161709, 0.0638076, 0.221827, 0.715514", \
            "0.0004525, 0.0014356, 0.0048763, 0.0180408, 0.0670419, 0.225508, 0.713436" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151761, 0.00460628, 0.0139811, 0.0424356, 0.128801, 0.39094");
          values ( \
            "0.0024577, 0.0067651, 0.0156454, 0.0228899, -0.0058981, -0.154683, -0.646511", \
            "0.0024475, 0.0067386, 0.015588, 0.0227817, -0.0061093, -0.154886, -0.646698", \
            "0.0024354, 0.0067038, 0.0155112, 0.0225574, -0.0063675, -0.155206, -0.647028", \
            "0.0024333, 0.0066979, 0.0154651, 0.022393, -0.0066043, -0.155572, -0.647377", \
            "0.002448, 0.0067253, 0.0154668, 0.0223262, -0.0068535, -0.155744, -0.647549", \
            "0.002542, 0.0069528, 0.0159313, 0.022917, -0.0063646, -0.155175, -0.64696", \
            "0.0027524, 0.0075317, 0.0171905, 0.0249156, -0.0040348, -0.153095, -0.644388" \
          );
        }
      }
    }
    pin (SUM) {
      direction : output;
      function : "(A&!B) | (!A&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.416575;
      max_transition : 1.50346;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.0747697, 0.0795221, 0.0912432, 0.119362, 0.195132, 0.421863, 1.11568", \
            "0.0786963, 0.0834413, 0.0951453, 0.123237, 0.199062, 0.426035, 1.1194", \
            "0.0866101, 0.0914026, 0.103114, 0.131178, 0.207062, 0.434143, 1.12717", \
            "0.102584, 0.10744, 0.11916, 0.147252, 0.222864, 0.449759, 1.14387", \
            "0.124837, 0.130294, 0.143071, 0.172227, 0.248028, 0.475282, 1.17171", \
            "0.138861, 0.145365, 0.160729, 0.192561, 0.269267, 0.496914, 1.19023", \
            "0.112767, 0.120264, 0.138822, 0.178036, 0.258481, 0.484658, 1.17823" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.0165499, 0.0206306, 0.0316284, 0.0638902, 0.167324, 0.495253, 1.5006", \
            "0.0165028, 0.020641, 0.0316446, 0.0638836, 0.167087, 0.495275, 1.49767", \
            "0.0165075, 0.0206266, 0.031631, 0.0638867, 0.16725, 0.495166, 1.49923", \
            "0.0169254, 0.0209721, 0.0318947, 0.0641523, 0.167309, 0.495118, 1.49565", \
            "0.0200276, 0.024354, 0.0351142, 0.0661794, 0.167909, 0.49509, 1.49986", \
            "0.0260149, 0.0310798, 0.0427511, 0.0720142, 0.170069, 0.493543, 1.49994", \
            "0.0353774, 0.0413217, 0.0555431, 0.0865254, 0.176166, 0.495983, 1.49591" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.139977, 0.144848, 0.156611, 0.181334, 0.230441, 0.342924, 0.658239", \
            "0.145009, 0.149914, 0.161689, 0.186495, 0.235566, 0.347784, 0.663304", \
            "0.156259, 0.161185, 0.17291, 0.197734, 0.246726, 0.359119, 0.674347", \
            "0.1809, 0.185827, 0.197681, 0.222471, 0.271755, 0.383933, 0.699608", \
            "0.236954, 0.242131, 0.253872, 0.278686, 0.32789, 0.440066, 0.755626", \
            "0.341295, 0.346688, 0.359902, 0.387321, 0.440231, 0.555174, 0.871103", \
            "0.529267, 0.535557, 0.550271, 0.582397, 0.643516, 0.765041, 1.08023" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.02507, 0.028215, 0.0362407, 0.0542697, 0.09461, 0.219155, 0.625379", \
            "0.0250748, 0.0282592, 0.0361731, 0.0535795, 0.0950438, 0.219141, 0.627713", \
            "0.0251595, 0.0284282, 0.0364753, 0.0541354, 0.0952634, 0.218982, 0.628965", \
            "0.0251786, 0.0284118, 0.0365389, 0.0536506, 0.0947353, 0.218382, 0.62267", \
            "0.0261391, 0.0293042, 0.0372353, 0.0544031, 0.0959099, 0.218316, 0.624988", \
            "0.0324625, 0.0357312, 0.0441777, 0.061808, 0.102252, 0.222847, 0.623447", \
            "0.0452149, 0.0485115, 0.0574749, 0.0776728, 0.11861, 0.233124, 0.625635" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.172865, 0.177758, 0.189391, 0.216855, 0.292106, 0.519176, 1.21357", \
            "0.177739, 0.182646, 0.194154, 0.221729, 0.297049, 0.523572, 1.21791", \
            "0.189548, 0.194523, 0.206082, 0.233671, 0.308995, 0.535233, 1.23158", \
            "0.218875, 0.223783, 0.235324, 0.26285, 0.338184, 0.565286, 1.2599", \
            "0.286625, 0.291614, 0.303276, 0.33076, 0.40592, 0.632785, 1.32593", \
            "0.409295, 0.414634, 0.42672, 0.454476, 0.529557, 0.75638, 1.4504", \
            "0.611921, 0.617869, 0.631387, 0.660223, 0.735558, 0.961955, 1.65549" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.0177419, 0.0215694, 0.0318842, 0.0633992, 0.166477, 0.493797, 1.50346", \
            "0.0177763, 0.0215715, 0.0318985, 0.0635042, 0.16653, 0.494087, 1.50197", \
            "0.0178129, 0.0215423, 0.0319131, 0.0634482, 0.166707, 0.493744, 1.50076", \
            "0.0176862, 0.0215229, 0.0318824, 0.0634046, 0.166856, 0.493351, 1.5029", \
            "0.0179652, 0.0217646, 0.0320238, 0.063398, 0.166948, 0.492508, 1.50239", \
            "0.0195863, 0.0233999, 0.0335441, 0.064295, 0.166748, 0.493485, 1.50147", \
            "0.0233816, 0.0273407, 0.0378056, 0.0665674, 0.167731, 0.492155, 1.49705" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.139322, 0.143045, 0.151929, 0.170486, 0.210533, 0.314922, 0.629429", \
            "0.142734, 0.146463, 0.155306, 0.173891, 0.213952, 0.318355, 0.632671", \
            "0.150309, 0.154041, 0.162892, 0.181484, 0.22157, 0.325885, 0.640971", \
            "0.166194, 0.169893, 0.178807, 0.19742, 0.237387, 0.341815, 0.655972", \
            "0.190935, 0.194655, 0.203612, 0.222291, 0.262355, 0.366846, 0.681175", \
            "0.210898, 0.214727, 0.22383, 0.242756, 0.283153, 0.387676, 0.701742", \
            "0.195575, 0.19963, 0.209253, 0.229071, 0.270201, 0.375049, 0.689303" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.0153118, 0.0178459, 0.0243852, 0.0384344, 0.0786757, 0.208657, 0.619697", \
            "0.0152981, 0.0178348, 0.0243564, 0.038847, 0.0785812, 0.207761, 0.619717", \
            "0.0152486, 0.0178171, 0.0242034, 0.0388751, 0.0786378, 0.208549, 0.624477", \
            "0.0152532, 0.0178643, 0.0243461, 0.0385829, 0.0788291, 0.208328, 0.620148", \
            "0.0156315, 0.0181906, 0.024491, 0.0388494, 0.0790507, 0.208634, 0.625821", \
            "0.0164191, 0.0190616, 0.025506, 0.0398268, 0.0790707, 0.208024, 0.619456", \
            "0.0185926, 0.0212582, 0.0276649, 0.0422418, 0.0808665, 0.207648, 0.626832" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.0648218, 0.0693742, 0.0804829, 0.1077, 0.183058, 0.409585, 1.10422", \
            "0.0688581, 0.0734592, 0.0845999, 0.111824, 0.187225, 0.413661, 1.1064", \
            "0.0769733, 0.0815231, 0.0926697, 0.119926, 0.195042, 0.422032, 1.11555", \
            "0.0921386, 0.0968544, 0.108125, 0.135419, 0.210426, 0.437056, 1.13084", \
            "0.109606, 0.115134, 0.127802, 0.15625, 0.23147, 0.458373, 1.15486", \
            "0.113982, 0.120629, 0.136306, 0.168095, 0.244431, 0.471011, 1.16545", \
            "0.0715856, 0.0792021, 0.0982064, 0.138734, 0.219582, 0.445745, 1.14105" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.015302, 0.0192147, 0.0299498, 0.0622147, 0.166281, 0.494567, 1.50095", \
            "0.0154421, 0.0192955, 0.0299856, 0.0622685, 0.166759, 0.493029, 1.5029", \
            "0.015337, 0.0192218, 0.0299541, 0.0622648, 0.166615, 0.494619, 1.50281", \
            "0.0162654, 0.0200129, 0.0307052, 0.0626282, 0.166555, 0.494746, 1.50131", \
            "0.020155, 0.0242676, 0.035036, 0.0653205, 0.167048, 0.492463, 1.49721", \
            "0.0266677, 0.0317996, 0.0435055, 0.0723626, 0.169406, 0.492164, 1.49498", \
            "0.0372543, 0.0432779, 0.0574391, 0.0882516, 0.176726, 0.495332, 1.49372" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.129163, 0.134101, 0.145808, 0.17053, 0.219655, 0.332139, 0.647887", \
            "0.132826, 0.137724, 0.149286, 0.1742, 0.22341, 0.335704, 0.651377", \
            "0.142956, 0.147822, 0.159383, 0.184451, 0.233584, 0.345766, 0.661353", \
            "0.170001, 0.174869, 0.186513, 0.211484, 0.260656, 0.373062, 0.688385", \
            "0.234749, 0.239643, 0.251288, 0.276106, 0.325447, 0.436918, 0.752213", \
            "0.350704, 0.356464, 0.370374, 0.399332, 0.453465, 0.569225, 0.884281", \
            "0.547714, 0.554379, 0.570633, 0.605472, 0.671511, 0.792996, 1.10892" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.0251494, 0.0284873, 0.0364662, 0.0542399, 0.0945693, 0.219052, 0.622895", \
            "0.025172, 0.0283412, 0.0362291, 0.0535851, 0.0955035, 0.218494, 0.622886", \
            "0.0251116, 0.0282971, 0.0362488, 0.0543322, 0.0948541, 0.219135, 0.626554", \
            "0.0251596, 0.0282122, 0.0361448, 0.0544889, 0.0955539, 0.218887, 0.63092", \
            "0.0264741, 0.0294332, 0.0373354, 0.0542436, 0.0958301, 0.218777, 0.621955", \
            "0.0375664, 0.0409435, 0.0491848, 0.0673564, 0.105641, 0.223584, 0.622539", \
            "0.0535377, 0.056907, 0.0669565, 0.087886, 0.129878, 0.236233, 0.627529" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.175866, 0.180922, 0.192919, 0.221174, 0.296776, 0.524417, 1.21778", \
            "0.180575, 0.185608, 0.197583, 0.225824, 0.301677, 0.528376, 1.22511", \
            "0.192164, 0.197214, 0.209196, 0.237486, 0.31322, 0.540004, 1.23292", \
            "0.220924, 0.225956, 0.237951, 0.266212, 0.342043, 0.569159, 1.26318", \
            "0.286514, 0.291567, 0.303595, 0.33189, 0.407725, 0.63487, 1.32765", \
            "0.403422, 0.408649, 0.421036, 0.449627, 0.525416, 0.752526, 1.44881", \
            "0.596094, 0.602023, 0.61567, 0.644899, 0.721029, 0.947501, 1.64171" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.0181856, 0.0222225, 0.0328795, 0.064809, 0.167567, 0.494333, 1.50019", \
            "0.018171, 0.0220928, 0.0328583, 0.0646412, 0.16753, 0.493333, 1.49899", \
            "0.0181879, 0.0221937, 0.0329073, 0.0647127, 0.167787, 0.494004, 1.49681", \
            "0.0182674, 0.0221868, 0.0329023, 0.0647828, 0.167818, 0.494653, 1.49586", \
            "0.0184385, 0.0222962, 0.0330744, 0.0648815, 0.167775, 0.49473, 1.49995", \
            "0.01975, 0.0241667, 0.0345672, 0.0657098, 0.167602, 0.493526, 1.50005", \
            "0.0231707, 0.027601, 0.0381312, 0.0677867, 0.168888, 0.49392, 1.49479" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.136434, 0.140163, 0.149011, 0.167591, 0.207649, 0.312078, 0.627122", \
            "0.139656, 0.143382, 0.152252, 0.170841, 0.210881, 0.315272, 0.629746", \
            "0.147942, 0.15167, 0.160498, 0.179135, 0.218844, 0.323213, 0.638593", \
            "0.167039, 0.170769, 0.179632, 0.198215, 0.238242, 0.342691, 0.65764", \
            "0.195004, 0.198785, 0.207712, 0.22648, 0.266706, 0.371124, 0.685644", \
            "0.218906, 0.222768, 0.231928, 0.251, 0.291016, 0.3955, 0.709325", \
            "0.210317, 0.214423, 0.224282, 0.244557, 0.286083, 0.39041, 0.704687" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.0152623, 0.0178205, 0.0242149, 0.0388068, 0.0786841, 0.208127, 0.621584", \
            "0.0152515, 0.0179594, 0.0241628, 0.0386161, 0.078682, 0.208043, 0.618818", \
            "0.0152368, 0.0178296, 0.024039, 0.0388225, 0.0787158, 0.207608, 0.621864", \
            "0.0153494, 0.0178866, 0.0242715, 0.0389014, 0.0786868, 0.207846, 0.619446", \
            "0.0157243, 0.018221, 0.0247942, 0.0389597, 0.078939, 0.207142, 0.618959", \
            "0.0166098, 0.0191922, 0.0257273, 0.040181, 0.0793785, 0.208602, 0.622376", \
            "0.0195836, 0.0222435, 0.0287914, 0.043218, 0.0813027, 0.209446, 0.620911" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.0006035, 0.001934, 0.0065391, 0.0227527, 0.0769617, 0.247811, 0.779148", \
            "0.0005985, 0.0019188, 0.0065007, 0.0226899, 0.0768126, 0.247665, 0.775734", \
            "0.0005868, 0.0018891, 0.006418, 0.0225663, 0.0766363, 0.247549, 0.778223", \
            "0.0005823, 0.0018739, 0.0063856, 0.0224685, 0.0765339, 0.247449, 0.778391", \
            "0.0005994, 0.0019213, 0.0065197, 0.0227374, 0.0766459, 0.247549, 0.779006", \
            "0.0006526, 0.0020513, 0.0067538, 0.0234842, 0.077836, 0.248884, 0.780396", \
            "0.0008568, 0.0026376, 0.0081971, 0.0258426, 0.0812584, 0.253885, 0.779845" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.0018579, 0.0051309, 0.0117035, 0.0146829, -0.0202011, -0.181143, -0.709533", \
            "0.0018561, 0.0051267, 0.0116808, 0.0146439, -0.0202223, -0.181171, -0.709553", \
            "0.0018464, 0.0050987, 0.0116342, 0.0145173, -0.0204558, -0.181485, -0.709945", \
            "0.001839, 0.0050806, 0.0115587, 0.0143512, -0.0206313, -0.18168, -0.710323", \
            "0.0018462, 0.0050985, 0.011579, 0.0144046, -0.0205699, -0.181634, -0.710073", \
            "0.0019073, 0.005266, 0.0120123, 0.0154048, -0.0192551, -0.180466, -0.708815", \
            "0.0020163, 0.0055718, 0.0127465, 0.0168464, -0.0169792, -0.177467, -0.706017" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.0006222, 0.001983, 0.0066231, 0.0229011, 0.0772088, 0.249166, 0.776", \
            "0.0006116, 0.0019509, 0.0065682, 0.0227652, 0.0770109, 0.247825, 0.778255", \
            "0.0005992, 0.0019155, 0.0064595, 0.0225821, 0.0767002, 0.2478, 0.774457", \
            "0.0005884, 0.0018822, 0.0063914, 0.0224005, 0.0763651, 0.247174, 0.775181", \
            "0.0005834, 0.0018672, 0.0063487, 0.0223309, 0.0762486, 0.247143, 0.778434", \
            "0.0006276, 0.0019705, 0.0064932, 0.0229099, 0.0770004, 0.247792, 0.778547", \
            "0.0007934, 0.0024485, 0.0077564, 0.0249074, 0.0798822, 0.251947, 0.777683" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
          values ( \
            "0.0019016, 0.0052577, 0.0120462, 0.0153678, -0.0191223, -0.17997, -0.708297", \
            "0.0019007, 0.0052534, 0.0120002, 0.0152792, -0.0192314, -0.180019, -0.708431", \
            "0.001891, 0.0052311, 0.0119435, 0.0151454, -0.0193963, -0.180286, -0.70862", \
            "0.0018874, 0.0052142, 0.0119228, 0.0151124, -0.0195966, -0.180509, -0.708896", \
            "0.0018991, 0.0052476, 0.0119768, 0.0152426, -0.0193592, -0.180168, -0.708555", \
            "0.0019659, 0.0054338, 0.0124417, 0.016202, -0.0182485, -0.179119, -0.707443", \
            "0.0021133, 0.0058427, 0.0134713, 0.0180622, -0.0152318, -0.175117, -0.703387" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00356;
      rise_capacitance : 0.00368;
      rise_capacitance_range (0.00368, 0.00368);
      fall_capacitance : 0.003439;
      fall_capacitance_range (0.003439, 0.003439);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003343;
      rise_capacitance : 0.003353;
      rise_capacitance_range (0.003353, 0.003353);
      fall_capacitance : 0.003334;
      fall_capacitance_range (0.003334, 0.003334);
    }
  }
  cell (scs8hd_ha_4) {
    area : 25.024;
    cell_footprint : "ha";
    cell_leakage_power : 0.0468044;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0497481;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0496856;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0497685;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0380154;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.0468044;
    }
    pin (COUT) {
      direction : output;
      function : "(A&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.692148;
      max_transition : 1.50927;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016692, 0.00557245, 0.0186031, 0.0621045, 0.207329, 0.692148");
          values ( \
            "0.0591766, 0.0622311, 0.0707872, 0.0936402, 0.160903, 0.376321, 1.09541", \
            "0.0623379, 0.0653641, 0.0739422, 0.0967855, 0.164083, 0.379777, 1.09773", \
            "0.0692596, 0.072295, 0.080831, 0.103607, 0.171019, 0.386801, 1.10497", \
            "0.0805965, 0.0838335, 0.0927369, 0.115987, 0.183694, 0.39939, 1.11881", \
            "0.0885355, 0.0921336, 0.102128, 0.126427, 0.194847, 0.411292, 1.12933", \
            "0.074407, 0.0788925, 0.0909209, 0.118278, 0.187854, 0.404332, 1.12529", \
            "-0.0033111, 0.0018064, 0.0164261, 0.0505194, 0.125154, 0.341204, 1.06064" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016692, 0.00557245, 0.0186031, 0.0621045, 0.207329, 0.692148");
          values ( \
            "0.0150262, 0.0177754, 0.0261829, 0.0530415, 0.145648, 0.455494, 1.49645", \
            "0.0150029, 0.017802, 0.0261901, 0.0531066, 0.146019, 0.455731, 1.49977", \
            "0.0150427, 0.0177749, 0.0261954, 0.0531427, 0.146039, 0.455178, 1.49942", \
            "0.0165911, 0.0193183, 0.0276097, 0.0540491, 0.145785, 0.454616, 1.49525", \
            "0.0202935, 0.0232723, 0.0313829, 0.056397, 0.147201, 0.456365, 1.5036", \
            "0.0261594, 0.029704, 0.0388892, 0.0630295, 0.148979, 0.457331, 1.499", \
            "0.0352077, 0.0397224, 0.0509591, 0.0771724, 0.156064, 0.456484, 1.4977" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016692, 0.00557245, 0.0186031, 0.0621045, 0.207329, 0.692148");
          values ( \
            "0.0819473, 0.0846061, 0.0919001, 0.108587, 0.145005, 0.23919, 0.532757", \
            "0.086575, 0.089241, 0.0965022, 0.113186, 0.149627, 0.243826, 0.537397", \
            "0.0987154, 0.101368, 0.108637, 0.125325, 0.161757, 0.255974, 0.54955", \
            "0.129421, 0.131973, 0.139201, 0.155922, 0.192375, 0.286611, 0.580115", \
            "0.193451, 0.196501, 0.204643, 0.222982, 0.261024, 0.35558, 0.649159", \
            "0.301347, 0.305047, 0.314906, 0.337937, 0.383931, 0.482918, 0.776535", \
            "0.497746, 0.502099, 0.513887, 0.541641, 0.599415, 0.709781, 1.00416" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016692, 0.00557245, 0.0186031, 0.0621045, 0.207329, 0.692148");
          values ( \
            "0.0158432, 0.0177258, 0.0228214, 0.0351984, 0.0691449, 0.179721, 0.573961", \
            "0.0158271, 0.0177604, 0.0230433, 0.0351056, 0.0691498, 0.179698, 0.57269", \
            "0.0158721, 0.0178482, 0.0229535, 0.0350962, 0.0691425, 0.179725, 0.573994", \
            "0.0158387, 0.0177408, 0.0228364, 0.0353601, 0.0691587, 0.179725, 0.571615", \
            "0.0205513, 0.0224895, 0.0278145, 0.0401922, 0.0718896, 0.18014, 0.574097", \
            "0.0299892, 0.0319923, 0.038504, 0.0532762, 0.084738, 0.185605, 0.573424", \
            "0.0430886, 0.045359, 0.0525945, 0.0707622, 0.107802, 0.199049, 0.571716" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016692, 0.00557245, 0.0186031, 0.0621045, 0.207329, 0.692148");
          values ( \
            "0.0544797, 0.0575607, 0.0661142, 0.0889783, 0.156492, 0.372441, 1.09233", \
            "0.05749, 0.0605024, 0.0691016, 0.0919709, 0.159545, 0.375587, 1.09417", \
            "0.0648323, 0.067865, 0.0764072, 0.0992208, 0.166843, 0.382997, 1.10097", \
            "0.0769262, 0.0801486, 0.0890059, 0.112289, 0.180099, 0.396191, 1.11457", \
            "0.0836389, 0.0874338, 0.0974202, 0.121479, 0.189931, 0.406702, 1.12517", \
            "0.0671025, 0.0716324, 0.0839064, 0.111314, 0.180699, 0.397382, 1.11915", \
            "-0.0143575, -0.0092312, 0.0054848, 0.0402949, 0.115379, 0.331453, 1.04941" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016692, 0.00557245, 0.0186031, 0.0621045, 0.207329, 0.692148");
          values ( \
            "0.0150746, 0.0177617, 0.0261997, 0.0530523, 0.145644, 0.455119, 1.50002", \
            "0.015005, 0.0178272, 0.0262594, 0.0531137, 0.145767, 0.456035, 1.5013", \
            "0.0150289, 0.0177835, 0.0261881, 0.0531202, 0.146033, 0.455164, 1.50014", \
            "0.0169072, 0.0195316, 0.0276955, 0.0542475, 0.145762, 0.455714, 1.49987", \
            "0.0210044, 0.0236913, 0.0319179, 0.056744, 0.147216, 0.455347, 1.50927", \
            "0.0273472, 0.0307536, 0.0401296, 0.0638606, 0.149397, 0.455711, 1.50115", \
            "0.0376289, 0.0414753, 0.0531393, 0.0798405, 0.15774, 0.457516, 1.49747" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016692, 0.00557245, 0.0186031, 0.0621045, 0.207329, 0.692148");
          values ( \
            "0.0811229, 0.0837564, 0.0910493, 0.108166, 0.145906, 0.241635, 0.535843", \
            "0.0857138, 0.0883443, 0.0956422, 0.112761, 0.150467, 0.246201, 0.540382", \
            "0.0977474, 0.100372, 0.107649, 0.124725, 0.162464, 0.258217, 0.552528", \
            "0.12811, 0.130728, 0.137923, 0.154879, 0.192616, 0.288384, 0.582468", \
            "0.191303, 0.19431, 0.202383, 0.220985, 0.260384, 0.35656, 0.65052", \
            "0.298232, 0.301838, 0.311568, 0.3345, 0.381873, 0.483005, 0.777114", \
            "0.494149, 0.498271, 0.509895, 0.537279, 0.595792, 0.708805, 1.00378" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016692, 0.00557245, 0.0186031, 0.0621045, 0.207329, 0.692148");
          values ( \
            "0.016106, 0.0179589, 0.0232052, 0.0358239, 0.0709068, 0.18133, 0.573343", \
            "0.0160327, 0.0178671, 0.0230477, 0.0359896, 0.0708779, 0.181364, 0.571756", \
            "0.0160217, 0.0178798, 0.0230702, 0.0359812, 0.0709979, 0.181341, 0.573739", \
            "0.0161327, 0.0180344, 0.0232909, 0.036495, 0.0710149, 0.181325, 0.571185", \
            "0.021147, 0.0229183, 0.0281519, 0.0411964, 0.0739537, 0.181935, 0.570583", \
            "0.0306134, 0.0325621, 0.0388491, 0.0542417, 0.0869275, 0.187852, 0.573393", \
            "0.0437265, 0.0460914, 0.0528152, 0.0707211, 0.109864, 0.202275, 0.573065" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016692, 0.00557245, 0.0186031, 0.0621045, 0.207329, 0.692148");
          values ( \
            "0.0005526, 0.0019228, 0.0071155, 0.0288896, 0.107355, 0.376989, 1.28193", \
            "0.0005393, 0.0018829, 0.0069929, 0.028629, 0.106968, 0.375977, 1.28604", \
            "0.0005221, 0.0018312, 0.0068399, 0.0282155, 0.106607, 0.375583, 1.28641", \
            "0.0005163, 0.001801, 0.0067163, 0.0279745, 0.106276, 0.375801, 1.28368", \
            "0.0005591, 0.0019221, 0.0070846, 0.0281133, 0.106288, 0.376503, 1.2819", \
            "0.0007077, 0.0023871, 0.0082567, 0.0300995, 0.108449, 0.378055, 1.28851", \
            "0.0010108, 0.0033118, 0.0107133, 0.0353403, 0.116542, 0.386871, 1.29333" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016692, 0.00557245, 0.0186031, 0.0621045, 0.207329, 0.692148");
          values ( \
            "0.0035717, 0.0110418, 0.0291798, 0.0510642, 0.0149369, -0.234942, -1.1469", \
            "0.003552, 0.0109822, 0.0290343, 0.0506918, 0.0144421, -0.235512, -1.14748", \
            "0.0035336, 0.0109206, 0.0288374, 0.050285, 0.0138554, -0.236144, -1.14818", \
            "0.0035239, 0.0108979, 0.0287571, 0.0500559, 0.0136107, -0.236367, -1.14823", \
            "0.003563, 0.011001, 0.0289553, 0.0507519, 0.0143675, -0.23552, -1.14744", \
            "0.0037317, 0.0115091, 0.0301923, 0.0525062, 0.0170555, -0.232005, -1.14397", \
            "0.0041697, 0.0128652, 0.0337941, 0.0593669, 0.0261167, -0.223253, -1.1338" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016692, 0.00557245, 0.0186031, 0.0621045, 0.207329, 0.692148");
          values ( \
            "0.0006667, 0.0022836, 0.0081282, 0.0311057, 0.111036, 0.381823, 1.29084", \
            "0.0006582, 0.0022603, 0.0080569, 0.0309069, 0.110729, 0.380918, 1.29055", \
            "0.0006533, 0.0022383, 0.0079709, 0.0306923, 0.110638, 0.380865, 1.29293", \
            "0.0006488, 0.0022277, 0.0079132, 0.0304275, 0.110148, 0.379855, 1.29284", \
            "0.0007065, 0.0024035, 0.0084099, 0.0306261, 0.110347, 0.381584, 1.29968", \
            "0.0008785, 0.0029082, 0.0097827, 0.0329012, 0.112827, 0.384082, 1.29533", \
            "0.0012817, 0.0041687, 0.0131311, 0.0402255, 0.123944, 0.394189, 1.30142" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016692, 0.00557245, 0.0186031, 0.0621045, 0.207329, 0.692148");
          values ( \
            "0.0034406, 0.0106194, 0.0280208, 0.0487129, 0.0119756, -0.237802, -1.14962", \
            "0.0034269, 0.010578, 0.0278717, 0.0484778, 0.0114934, -0.238369, -1.15011", \
            "0.0034076, 0.0105136, 0.0276949, 0.0480392, 0.0109022, -0.239116, -1.15085", \
            "0.0034003, 0.0104995, 0.0276519, 0.0479198, 0.0105735, -0.239362, -1.15121", \
            "0.0034388, 0.0106034, 0.0278081, 0.0483066, 0.0109635, -0.238964, -1.15074", \
            "0.0035725, 0.0110021, 0.0287533, 0.0493707, 0.0115599, -0.237326, -1.14891", \
            "0.0039976, 0.01232, 0.0322474, 0.0559315, 0.0209543, -0.22868, -1.13873" \
          );
        }
      }
    }
    pin (SUM) {
      direction : output;
      function : "(A&!B) | (!A&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.740671;
      max_transition : 1.50537;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.0601005, 0.0629887, 0.0711795, 0.093243, 0.15885, 0.375156, 1.10147", \
            "0.0635067, 0.0663957, 0.0745876, 0.0966835, 0.162252, 0.377975, 1.10545", \
            "0.0704978, 0.0733891, 0.0815744, 0.103627, 0.169229, 0.385036, 1.11226", \
            "0.0823216, 0.0853097, 0.0936492, 0.115896, 0.181592, 0.397612, 1.12574", \
            "0.0915078, 0.0949969, 0.104108, 0.127202, 0.193122, 0.409972, 1.13516", \
            "0.0790955, 0.0832618, 0.0944208, 0.120058, 0.186595, 0.402871, 1.13219", \
            "0.0012624, 0.0061125, 0.0196745, 0.05187, 0.122193, 0.338004, 1.06618" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.0138539, 0.0164338, 0.024319, 0.0501077, 0.139976, 0.451072, 1.49882", \
            "0.0138146, 0.0164177, 0.0244058, 0.0501906, 0.140147, 0.451456, 1.50434", \
            "0.0138288, 0.0163609, 0.0243955, 0.0501983, 0.140182, 0.451538, 1.50398", \
            "0.0147721, 0.0173634, 0.0252728, 0.0508059, 0.14022, 0.451055, 1.50448", \
            "0.017956, 0.0205148, 0.0283068, 0.0525665, 0.1412, 0.451377, 1.4974", \
            "0.0235768, 0.0265824, 0.0346397, 0.0579396, 0.142162, 0.450898, 1.50239", \
            "0.0315601, 0.0353528, 0.0459216, 0.0701964, 0.147281, 0.452582, 1.49461" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.127038, 0.130067, 0.138345, 0.157892, 0.198926, 0.299037, 0.604547", \
            "0.131497, 0.134484, 0.142814, 0.162196, 0.203484, 0.3035, 0.609044", \
            "0.142914, 0.145894, 0.154204, 0.173518, 0.21476, 0.314792, 0.620346", \
            "0.1691, 0.172138, 0.180393, 0.199875, 0.241097, 0.341159, 0.646622", \
            "0.227479, 0.230574, 0.239039, 0.258797, 0.300363, 0.400515, 0.706168", \
            "0.335916, 0.33935, 0.348773, 0.371035, 0.41631, 0.519599, 0.825305", \
            "0.542097, 0.546031, 0.557005, 0.582993, 0.636809, 0.747145, 1.05282" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.0208981, 0.0229385, 0.0286713, 0.0423164, 0.0764872, 0.186414, 0.583011", \
            "0.0209209, 0.022777, 0.0284183, 0.0425802, 0.0764401, 0.186732, 0.583253", \
            "0.0208929, 0.0227946, 0.0283839, 0.0418622, 0.0760183, 0.186832, 0.586429", \
            "0.0209491, 0.0229097, 0.0286541, 0.0423069, 0.0763596, 0.186846, 0.584624", \
            "0.0224764, 0.0244924, 0.0299209, 0.0431061, 0.077141, 0.186761, 0.58417", \
            "0.0284711, 0.0305188, 0.036493, 0.0508022, 0.0849905, 0.191542, 0.585371", \
            "0.0396044, 0.0417955, 0.0484465, 0.0645966, 0.0999424, 0.200876, 0.583747" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.148553, 0.15169, 0.160412, 0.183432, 0.249773, 0.46615, 1.19299", \
            "0.153145, 0.156289, 0.165033, 0.188066, 0.254206, 0.469899, 1.19633", \
            "0.165216, 0.168355, 0.177105, 0.200143, 0.266383, 0.48263, 1.20941", \
            "0.195723, 0.198864, 0.207628, 0.230635, 0.296818, 0.512681, 1.23957", \
            "0.264342, 0.267544, 0.276298, 0.299375, 0.365651, 0.581454, 1.30949", \
            "0.386586, 0.389925, 0.398998, 0.422181, 0.488725, 0.704741, 1.43082", \
            "0.600453, 0.604193, 0.613895, 0.637844, 0.704526, 0.920689, 1.64681" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.0159147, 0.0184392, 0.0266078, 0.0522271, 0.140826, 0.451086, 1.50337", \
            "0.0159016, 0.0184497, 0.026574, 0.0522062, 0.141041, 0.450913, 1.49744", \
            "0.0158012, 0.0184589, 0.0265789, 0.0522368, 0.141172, 0.450218, 1.50313", \
            "0.0158625, 0.0184832, 0.0265763, 0.0522671, 0.14115, 0.451258, 1.49788", \
            "0.016063, 0.0187927, 0.026748, 0.0524661, 0.141048, 0.449647, 1.50144", \
            "0.0176331, 0.0203792, 0.0280393, 0.0532268, 0.141334, 0.450126, 1.50221", \
            "0.0208159, 0.023689, 0.0312943, 0.0551056, 0.142721, 0.449671, 1.4992" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.106564, 0.108753, 0.114779, 0.128797, 0.161422, 0.253496, 0.557272", \
            "0.109723, 0.111911, 0.117965, 0.131958, 0.164654, 0.256673, 0.560987", \
            "0.116526, 0.118748, 0.124759, 0.138782, 0.171399, 0.263425, 0.567934", \
            "0.129266, 0.131482, 0.137527, 0.151581, 0.18425, 0.276341, 0.580183", \
            "0.139968, 0.142211, 0.148292, 0.162389, 0.195182, 0.287389, 0.591021", \
            "0.132372, 0.134677, 0.140867, 0.155325, 0.188217, 0.28043, 0.583884", \
            "0.0655421, 0.0680136, 0.0747123, 0.0901071, 0.123673, 0.216022, 0.520274" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.012245, 0.0137253, 0.0181189, 0.0289135, 0.061857, 0.177259, 0.576825", \
            "0.0123193, 0.0137587, 0.0179245, 0.0290422, 0.061791, 0.176951, 0.578023", \
            "0.0123038, 0.0139199, 0.018022, 0.0289202, 0.0618104, 0.176945, 0.583334", \
            "0.0124189, 0.013969, 0.0181993, 0.0289508, 0.0619045, 0.177515, 0.579485", \
            "0.0126317, 0.0141644, 0.0186218, 0.0294502, 0.0618379, 0.177385, 0.581493", \
            "0.0133935, 0.0150147, 0.0191907, 0.0299085, 0.0624403, 0.176924, 0.578395", \
            "0.0156293, 0.0172313, 0.0217365, 0.0322843, 0.0640503, 0.177364, 0.582582" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.0583432, 0.0613575, 0.0698891, 0.0926481, 0.158672, 0.374113, 1.10107", \
            "0.0616038, 0.0646168, 0.0731507, 0.0959068, 0.161952, 0.377424, 1.10439", \
            "0.0675074, 0.0705321, 0.0790698, 0.10178, 0.167734, 0.383384, 1.11136", \
            "0.0764913, 0.0796428, 0.088372, 0.111411, 0.177616, 0.393222, 1.12057", \
            "0.081818, 0.0854027, 0.0950463, 0.118823, 0.185471, 0.401303, 1.12847", \
            "0.0639387, 0.0682616, 0.0797311, 0.106769, 0.174187, 0.390352, 1.11689", \
            "-0.0209864, -0.0160026, -0.0016892, 0.0320497, 0.104998, 0.320826, 1.04808" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.0144304, 0.0171006, 0.0252655, 0.0510816, 0.140702, 0.451871, 1.50537", \
            "0.0144494, 0.0171161, 0.0252832, 0.0511219, 0.140701, 0.451881, 1.50387", \
            "0.014466, 0.0170915, 0.0252518, 0.0512082, 0.140697, 0.45015, 1.50045", \
            "0.015609, 0.0182684, 0.0263464, 0.0518212, 0.14074, 0.45011, 1.5043", \
            "0.0188291, 0.0216096, 0.0295547, 0.0539827, 0.141755, 0.450199, 1.50368", \
            "0.0247976, 0.0281268, 0.037136, 0.0601451, 0.143178, 0.450823, 1.49879", \
            "0.0348082, 0.0386379, 0.0490824, 0.0753736, 0.150899, 0.452194, 1.49533" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.111816, 0.114825, 0.123099, 0.142642, 0.183759, 0.28388, 0.589482", \
            "0.115387, 0.118405, 0.126688, 0.146295, 0.187448, 0.287394, 0.593073", \
            "0.125841, 0.128872, 0.137122, 0.156628, 0.197765, 0.297903, 0.603436", \
            "0.153456, 0.156439, 0.164754, 0.184252, 0.225625, 0.325599, 0.630953", \
            "0.218724, 0.221842, 0.230315, 0.250004, 0.291547, 0.391406, 0.697081", \
            "0.333966, 0.337615, 0.347724, 0.371326, 0.418384, 0.521464, 0.826954", \
            "0.539485, 0.543899, 0.555577, 0.583897, 0.641378, 0.751156, 1.05804" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.0208818, 0.0229245, 0.0283902, 0.0418909, 0.0764435, 0.186386, 0.582404", \
            "0.0209092, 0.0228972, 0.0284869, 0.0421452, 0.0761668, 0.186635, 0.58626", \
            "0.0208756, 0.0229266, 0.0286823, 0.0423469, 0.0763909, 0.186536, 0.583597", \
            "0.0208706, 0.0229158, 0.0286362, 0.042238, 0.0760599, 0.18646, 0.583906", \
            "0.0235022, 0.0253026, 0.0308043, 0.043884, 0.0777104, 0.186798, 0.586217", \
            "0.0329306, 0.0350154, 0.041228, 0.0559655, 0.0873531, 0.19228, 0.584651", \
            "0.0464525, 0.0487193, 0.0553001, 0.072841, 0.107482, 0.202071, 0.584904" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.150533, 0.153569, 0.161904, 0.184193, 0.250004, 0.465774, 1.19293", \
            "0.155109, 0.158144, 0.166497, 0.188804, 0.254622, 0.470797, 1.1977", \
            "0.166979, 0.170009, 0.178373, 0.200701, 0.266411, 0.482693, 1.20988", \
            "0.19676, 0.199798, 0.208206, 0.230521, 0.296281, 0.512485, 1.23994", \
            "0.2639, 0.266936, 0.275337, 0.297655, 0.363474, 0.579167, 1.30807", \
            "0.38313, 0.386337, 0.395032, 0.417661, 0.483741, 0.699709, 1.42831", \
            "0.593674, 0.597363, 0.607021, 0.630225, 0.696462, 0.912734, 1.63924" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.0151807, 0.0177432, 0.0255532, 0.0510362, 0.140596, 0.450457, 1.50185", \
            "0.0151784, 0.0177127, 0.0255907, 0.0511392, 0.140228, 0.450479, 1.50426", \
            "0.0151902, 0.0176854, 0.0255707, 0.0511327, 0.140656, 0.450846, 1.49849", \
            "0.015312, 0.0177883, 0.0255853, 0.0511642, 0.140567, 0.450858, 1.50079", \
            "0.0155142, 0.0180541, 0.0258259, 0.0512408, 0.140461, 0.450896, 1.50473", \
            "0.0172449, 0.0196772, 0.0271434, 0.0520428, 0.140794, 0.450592, 1.50285", \
            "0.0203367, 0.0227776, 0.030348, 0.053631, 0.141558, 0.44969, 1.49818" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.101903, 0.104093, 0.110127, 0.124138, 0.156793, 0.248839, 0.55255", \
            "0.104851, 0.107055, 0.113099, 0.127087, 0.15973, 0.25179, 0.556053", \
            "0.112029, 0.114249, 0.120261, 0.134281, 0.166892, 0.258895, 0.563484", \
            "0.125178, 0.12737, 0.133426, 0.147465, 0.180191, 0.27223, 0.576478", \
            "0.134804, 0.137019, 0.143121, 0.157239, 0.190016, 0.282088, 0.586474", \
            "0.125216, 0.127499, 0.133764, 0.1482, 0.181164, 0.273293, 0.576683", \
            "0.0553572, 0.0578431, 0.0646215, 0.0802887, 0.114214, 0.206934, 0.510772" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.0122442, 0.0137868, 0.0180811, 0.029067, 0.0616962, 0.177356, 0.576707", \
            "0.0122578, 0.0138981, 0.0179506, 0.0289944, 0.0617466, 0.176912, 0.57976", \
            "0.0123053, 0.0139102, 0.0180236, 0.0289715, 0.0618129, 0.176918, 0.578588", \
            "0.0124568, 0.0140437, 0.018042, 0.0290525, 0.061937, 0.176964, 0.57986", \
            "0.0126265, 0.0141779, 0.0184083, 0.0293589, 0.061974, 0.177219, 0.581598", \
            "0.0135025, 0.0151022, 0.0193234, 0.0302124, 0.0622331, 0.176943, 0.577789", \
            "0.0161382, 0.0178232, 0.0220984, 0.0329651, 0.0643992, 0.177887, 0.581839" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.001628, 0.0053851, 0.0171657, 0.0510818, 0.145877, 0.44277, 1.42268", \
            "0.001611, 0.00533, 0.0170115, 0.0507127, 0.145334, 0.440139, 1.42271", \
            "0.0015912, 0.0052602, 0.0168191, 0.0502965, 0.144589, 0.439229, 1.42082", \
            "0.0015857, 0.0052459, 0.0167841, 0.0500926, 0.144292, 0.439289, 1.42009", \
            "0.0016123, 0.0053329, 0.0170114, 0.0507602, 0.145292, 0.44039, 1.42229", \
            "0.0017174, 0.0056483, 0.0177359, 0.0525217, 0.148245, 0.443589, 1.42516", \
            "0.0021142, 0.0068979, 0.0212549, 0.0593168, 0.158537, 0.457264, 1.44293" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.0023355, 0.0072606, 0.018933, 0.0289112, -0.0215161, -0.294637, -1.27844", \
            "0.0023238, 0.0072195, 0.0188255, 0.0286697, -0.0219148, -0.295052, -1.27863", \
            "0.0023044, 0.0071635, 0.0186403, 0.0282457, -0.0223815, -0.295769, -1.2794", \
            "0.0022911, 0.0071205, 0.0185061, 0.0280048, -0.0228618, -0.296254, -1.2799", \
            "0.0023001, 0.0071433, 0.0185948, 0.0281468, -0.0226066, -0.296078, -1.27965", \
            "0.0024009, 0.0074781, 0.019429, 0.0300444, -0.0197937, -0.293623, -1.27708", \
            "0.0026677, 0.008299, 0.0217875, 0.0353427, -0.0118613, -0.283976, -1.26733" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.0015022, 0.00498, 0.0160542, 0.048737, 0.142135, 0.43641, 1.41853", \
            "0.0014888, 0.0049404, 0.0159511, 0.0484746, 0.14177, 0.435566, 1.41775", \
            "0.001468, 0.0048783, 0.0157667, 0.048068, 0.141174, 0.436994, 1.41635", \
            "0.0014617, 0.0048571, 0.0157311, 0.0479704, 0.140924, 0.434504, 1.41636", \
            "0.0014787, 0.004908, 0.0158544, 0.0483313, 0.14148, 0.435626, 1.4236", \
            "0.0015642, 0.0051631, 0.0163593, 0.0493871, 0.143764, 0.437699, 1.42585", \
            "0.001933, 0.0063253, 0.0196916, 0.0558993, 0.153315, 0.450812, 1.42851" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168816, 0.00569974, 0.0192441, 0.0649741, 0.219373, 0.740671");
          values ( \
            "0.0024476, 0.0076264, 0.019937, 0.0310869, -0.0181563, -0.290691, -1.2741", \
            "0.0024385, 0.0075943, 0.0198635, 0.0309694, -0.0183143, -0.290951, -1.27432", \
            "0.0024303, 0.007564, 0.0197757, 0.030727, -0.0185719, -0.29129, -1.27462", \
            "0.0024159, 0.0075126, 0.0196154, 0.0304498, -0.0191405, -0.291901, -1.2753", \
            "0.0024295, 0.0075553, 0.0197183, 0.0306709, -0.0187221, -0.291372, -1.27479", \
            "0.0025584, 0.0079617, 0.0208429, 0.0329043, -0.0150834, -0.288045, -1.27121", \
            "0.0029299, 0.0091367, 0.0241397, 0.040258, -0.0045105, -0.274186, -1.25752" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.009316;
      rise_capacitance : 0.009704;
      rise_capacitance_range (0.009704, 0.009704);
      fall_capacitance : 0.008927;
      fall_capacitance_range (0.008927, 0.008927);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.007997;
      rise_capacitance : 0.008051;
      rise_capacitance_range (0.008051, 0.008051);
      fall_capacitance : 0.007942;
      fall_capacitance_range (0.007942, 0.007942);
    }
  }
  cell (scs8hd_inv_1) {
    area : 3.7536;
    cell_footprint : "inv";
    cell_leakage_power : 0.00314558;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062739;
      when : "A";
    }
    leakage_power () {
      value : 1.72574e-05;
      when : "!A";
    }
    leakage_power () {
      value : 0.00314558;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.237131;
      max_transition : 1.49722;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139628, 0.00389921, 0.0108888, 0.0304076, 0.0849153, 0.237131");
          values ( \
            "0.0151856, 0.0193552, 0.0306913, 0.0610825, 0.143967, 0.375167, 1.02027", \
            "0.0203856, 0.0243535, 0.0352601, 0.0653908, 0.15008, 0.382279, 1.02838", \
            "0.0291865, 0.0352531, 0.0476513, 0.0775728, 0.161105, 0.391188, 1.03589", \
            "0.0429656, 0.0518961, 0.0707642, 0.106282, 0.189891, 0.419937, 1.0675", \
            "0.0675048, 0.0796922, 0.106978, 0.160913, 0.255312, 0.48472, 1.12672", \
            "0.116293, 0.132444, 0.16897, 0.245394, 0.388691, 0.639088, 1.2813", \
            "0.218611, 0.239587, 0.288262, 0.390613, 0.597731, 0.962692, 1.63448" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139628, 0.00389921, 0.0108888, 0.0304076, 0.0849153, 0.237131");
          values ( \
            "0.0104435, 0.0159768, 0.0313608, 0.0745006, 0.193248, 0.526303, 1.45746", \
            "0.0120721, 0.0165226, 0.0313652, 0.0742304, 0.195361, 0.528707, 1.45729", \
            "0.0188723, 0.0234054, 0.0345439, 0.0740108, 0.195076, 0.530029, 1.45883", \
            "0.028621, 0.0356249, 0.0499589, 0.0819687, 0.19375, 0.529364, 1.46117", \
            "0.0441495, 0.0541499, 0.0760834, 0.117772, 0.208877, 0.527166, 1.45446", \
            "0.0750918, 0.0873902, 0.116434, 0.178972, 0.287875, 0.552854, 1.45646", \
            "0.143278, 0.155695, 0.189893, 0.272982, 0.440769, 0.722037, 1.49721" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139628, 0.00389921, 0.0108888, 0.0304076, 0.0849153, 0.237131");
          values ( \
            "0.0098887, 0.0121399, 0.0181457, 0.0343763, 0.0790102, 0.20355, 0.554321", \
            "0.0120502, 0.0151827, 0.0217122, 0.0379638, 0.0828662, 0.207361, 0.554759", \
            "0.013132, 0.017823, 0.0277259, 0.0467605, 0.0912928, 0.215974, 0.565925", \
            "0.011151, 0.0178467, 0.0325175, 0.0610721, 0.112333, 0.236557, 0.583205", \
            "0.000467, 0.0100818, 0.0309893, 0.0723759, 0.148379, 0.284369, 0.629991", \
            "-0.0328478, -0.0193586, 0.0106177, 0.0692517, 0.180716, 0.378329, 0.737209", \
            "-0.12141, -0.102895, -0.0595521, 0.0252435, 0.182424, 0.471515, 0.978953" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139628, 0.00389921, 0.0108888, 0.0304076, 0.0849153, 0.237131");
          values ( \
            "0.0054377, 0.0079024, 0.0153691, 0.0362635, 0.0947474, 0.258697, 0.719771", \
            "0.0084043, 0.0105545, 0.0165784, 0.0362986, 0.0947823, 0.258245, 0.72349", \
            "0.0136025, 0.016818, 0.0238617, 0.0400678, 0.0956929, 0.258134, 0.717537", \
            "0.0221797, 0.0270991, 0.0372899, 0.0574174, 0.102588, 0.259217, 0.71447", \
            "0.0380675, 0.0450026, 0.0599447, 0.0900068, 0.143413, 0.273087, 0.71966", \
            "0.0698282, 0.080092, 0.100879, 0.142323, 0.221386, 0.361775, 0.738488", \
            "0.138029, 0.149454, 0.17912, 0.235765, 0.353238, 0.554924, 0.91252" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139628, 0.00389921, 0.0108888, 0.0304077, 0.0849153, 0.237132");
          values ( \
            "0.0083735, 0.0102438, 0.0152688, 0.0287224, 0.0655685, 0.168125, 0.454404", \
            "0.0082642, 0.0100331, 0.0149217, 0.0284582, 0.0655815, 0.168421, 0.452639", \
            "0.0083549, 0.0100565, 0.0148468, 0.0281483, 0.0653836, 0.168813, 0.454575", \
            "0.0090252, 0.0106119, 0.0151862, 0.028205, 0.0648307, 0.168631, 0.455195", \
            "0.0107203, 0.0121475, 0.0164474, 0.0291814, 0.0654027, 0.167377, 0.453458", \
            "0.0152223, 0.0163463, 0.0200886, 0.032086, 0.0677256, 0.167441, 0.453564", \
            "0.0277523, 0.0285382, 0.0345211, 0.0412801, 0.0752965, 0.173033, 0.457815" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139628, 0.00389921, 0.0108888, 0.0304077, 0.0849153, 0.237132");
          values ( \
            "-0.0024293, -0.0039544, -0.0084993, -0.0216359, -0.0586666, -0.162269, -0.451671", \
            "-0.0026649, -0.0042067, -0.0086968, -0.0217537, -0.0587211, -0.162289, -0.451662", \
            "-0.0027417, -0.0043528, -0.0088473, -0.0219056, -0.0588258, -0.162344, -0.451665", \
            "-0.0021734, -0.0039479, -0.0087401, -0.0220556, -0.0589239, -0.162381, -0.451672", \
            "-0.0003465, -0.0023989, -0.0076427, -0.0213844, -0.0587338, -0.162264, -0.451638", \
            "0.0046919, 0.0023617, -0.0036165, -0.0186583, -0.0570689, -0.161622, -0.451013", \
            "0.0172314, 0.0153407, 0.0094035, -0.0089655, -0.0489322, -0.157786, -0.44946" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002303;
      rise_capacitance : 0.002392;
      rise_capacitance_range (0.002392, 0.002392);
      fall_capacitance : 0.002214;
      fall_capacitance_range (0.002214, 0.002214);
    }
  }
  cell (scs8hd_inv_12) {
    area : 16.2656;
    cell_footprint : "inv";
    cell_leakage_power : 0.0374186;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.074359;
      when : "A";
    }
    leakage_power () {
      value : 0.0004782;
      when : "!A";
    }
    leakage_power () {
      value : 0.0374186;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 1.84663;
      max_transition : 1.49988;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0019658, 0.0077287, 0.0303861, 0.119466, 0.46969, 1.84663");
          values ( \
            "0.0167115, 0.0177135, 0.0215287, 0.0353947, 0.0856743, 0.27818, 1.02543", \
            "0.0220852, 0.0230187, 0.0265392, 0.0398281, 0.0900502, 0.283052, 1.03", \
            "0.0320409, 0.0335066, 0.0385292, 0.0525007, 0.102336, 0.294417, 1.04373", \
            "0.0485695, 0.0506777, 0.0579959, 0.0793546, 0.131809, 0.323903, 1.07607", \
            "0.0810733, 0.0838015, 0.0936431, 0.12421, 0.200136, 0.392586, 1.14249", \
            "0.149893, 0.153441, 0.166218, 0.206821, 0.31648, 0.557715, 1.30425", \
            "0.300599, 0.304974, 0.321378, 0.374492, 0.520134, 0.880844, 1.67646" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0019658, 0.0077287, 0.0303861, 0.119466, 0.46969, 1.84663");
          values ( \
            "0.0094857, 0.0105753, 0.015151, 0.0331307, 0.104282, 0.38304, 1.4783", \
            "0.0105162, 0.0114307, 0.015415, 0.0332132, 0.104019, 0.383552, 1.47126", \
            "0.0170359, 0.0182424, 0.0215407, 0.0353049, 0.104007, 0.382672, 1.47258", \
            "0.02537, 0.0269983, 0.0327451, 0.0494006, 0.106799, 0.382714, 1.48018", \
            "0.0392802, 0.0414774, 0.0495073, 0.0743827, 0.13477, 0.382088, 1.47147", \
            "0.0681076, 0.0706646, 0.0802748, 0.112867, 0.203184, 0.421739, 1.47834", \
            "0.13205, 0.134554, 0.144993, 0.184334, 0.305208, 0.588738, 1.49988" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0019658, 0.0077287, 0.0303861, 0.119466, 0.46969, 1.84663");
          values ( \
            "0.0097875, 0.0102393, 0.011873, 0.017509, 0.038046, 0.117519, 0.431793", \
            "0.0108871, 0.0115738, 0.0139607, 0.0207707, 0.0414347, 0.120804, 0.432796", \
            "0.0097114, 0.0107455, 0.0143243, 0.0247515, 0.0496031, 0.129306, 0.441158", \
            "0.0028843, 0.0043516, 0.0095138, 0.0248011, 0.0620152, 0.148047, 0.45968", \
            "-0.0182303, -0.0160867, -0.0086225, 0.0134105, 0.0687111, 0.188913, 0.50405", \
            "-0.0747263, -0.071824, -0.0609439, -0.0287074, 0.0512251, 0.228987, 0.605417", \
            "-0.215486, -0.210871, -0.195913, -0.149886, -0.0351695, 0.227084, 0.784941" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0019658, 0.0077287, 0.0303861, 0.119466, 0.46969, 1.84663");
          values ( \
            "0.00428, 0.0046603, 0.0062987, 0.0132722, 0.0412727, 0.150829, 0.583535", \
            "0.006784, 0.0073057, 0.009114, 0.0146882, 0.041304, 0.151002, 0.582487", \
            "0.0109097, 0.0116771, 0.0141474, 0.0217362, 0.0443212, 0.15132, 0.58196", \
            "0.0180422, 0.0190805, 0.0228545, 0.0338687, 0.0618715, 0.153798, 0.583066", \
            "0.032068, 0.0335757, 0.0388081, 0.0544886, 0.0940133, 0.187433, 0.583135", \
            "0.0607289, 0.0626027, 0.0700572, 0.0921821, 0.147951, 0.277979, 0.62327", \
            "0.122357, 0.124837, 0.133487, 0.164975, 0.241424, 0.425223, 0.843359" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00196579, 0.0077287, 0.0303861, 0.119466, 0.46969, 1.84663");
          values ( \
            "0.0809913, 0.0843646, 0.0974562, 0.145541, 0.318977, 0.980512, 3.55414", \
            "0.0799687, 0.0830067, 0.0949111, 0.141402, 0.31472, 0.980781, 3.55531", \
            "0.0811603, 0.0839616, 0.0951971, 0.138949, 0.311465, 0.972374, 3.55282", \
            "0.0864352, 0.0890963, 0.0995227, 0.14292, 0.308875, 0.97314, 3.57204", \
            "0.106398, 0.106527, 0.113465, 0.152133, 0.316087, 0.969592, 3.55135", \
            "0.140475, 0.142045, 0.148754, 0.181019, 0.339464, 0.978707, 3.56126", \
            "0.238069, 0.238848, 0.243103, 0.268293, 0.406054, 1.03323, 3.55634" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00196579, 0.0077287, 0.0303861, 0.119466, 0.46969, 1.84663");
          values ( \
            "-0.0258487, -0.0280872, -0.0373145, -0.0771702, -0.244389, -0.909504, -3.52723", \
            "-0.0283636, -0.0307726, -0.0402122, -0.0796715, -0.245334, -0.909746, -3.52723", \
            "-0.0295309, -0.0321374, -0.042312, -0.0824912, -0.247169, -0.910381, -3.52738", \
            "-0.0260662, -0.0290572, -0.0406533, -0.0825715, -0.248261, -0.911204, -3.52764", \
            "-0.0093686, -0.0128643, -0.0262225, -0.0743795, -0.246119, -0.909785, -3.52701", \
            "0.0298108, 0.0256481, 0.0102956, -0.0437369, -0.229634, -0.901789, -3.52424", \
            "0.128285, 0.123722, 0.106245, 0.0444324, -0.165804, -0.87181, -3.51078" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.026154;
      rise_capacitance : 0.027383;
      rise_capacitance_range (0.027383, 0.027383);
      fall_capacitance : 0.024925;
      fall_capacitance_range (0.024925, 0.024925);
    }
  }
  cell (scs8hd_inv_16) {
    area : 20.0192;
    cell_footprint : "inv";
    cell_leakage_power : 0.0498992;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0991447;
      when : "A";
    }
    leakage_power () {
      value : 0.0006537;
      when : "!A";
    }
    leakage_power () {
      value : 0.0498992;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 2.12037;
      max_transition : 1.49988;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00201161, 0.00809314, 0.0325605, 0.130998, 0.527033, 2.12037");
          values ( \
            "0.0185671, 0.019494, 0.0229979, 0.0356102, 0.0811795, 0.259657, 0.974659", \
            "0.0236004, 0.0244692, 0.0277564, 0.0398936, 0.0857869, 0.264896, 0.979554", \
            "0.0336112, 0.0348444, 0.0393105, 0.0523392, 0.0976904, 0.276628, 0.997764", \
            "0.0500889, 0.051854, 0.0581573, 0.0778688, 0.126912, 0.305181, 1.02117", \
            "0.0825811, 0.0850446, 0.0932335, 0.120536, 0.192323, 0.373992, 1.08848", \
            "0.152058, 0.154973, 0.16573, 0.201353, 0.301726, 0.53749, 1.24729", \
            "0.302892, 0.306512, 0.320316, 0.366967, 0.501507, 0.841084, 1.62038" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00201161, 0.00809314, 0.0325605, 0.130998, 0.527033, 2.12037");
          values ( \
            "0.0104257, 0.0113606, 0.0153862, 0.032143, 0.099647, 0.371187, 1.46686", \
            "0.0111787, 0.0120176, 0.0157785, 0.0321986, 0.0999097, 0.372441, 1.46683", \
            "0.0176649, 0.0186918, 0.0216555, 0.0346472, 0.0996984, 0.372261, 1.46616", \
            "0.0257399, 0.0270408, 0.0325997, 0.0488137, 0.10366, 0.372195, 1.46949", \
            "0.040278, 0.0417975, 0.0487506, 0.0720295, 0.132965, 0.373139, 1.46788", \
            "0.0692649, 0.0713491, 0.0796911, 0.108474, 0.19452, 0.418074, 1.46474", \
            "0.134241, 0.136397, 0.144929, 0.178674, 0.291001, 0.576342, 1.49988" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00201161, 0.00809314, 0.0325605, 0.130998, 0.527033, 2.12037");
          values ( \
            "0.0112337, 0.0116932, 0.0133444, 0.0188863, 0.0385192, 0.115952, 0.426374", \
            "0.0126528, 0.0132645, 0.015441, 0.0218917, 0.0417201, 0.119226, 0.429529", \
            "0.0117128, 0.0126185, 0.0158166, 0.025415, 0.0494618, 0.126796, 0.437952", \
            "0.0051289, 0.0063388, 0.0108916, 0.0248852, 0.0606542, 0.145101, 0.454942", \
            "-0.015725, -0.0139474, -0.0074295, 0.0125851, 0.0649422, 0.183306, 0.49886", \
            "-0.0719186, -0.0693885, -0.0600518, -0.0308678, 0.0443666, 0.21778, 0.597194", \
            "-0.211755, -0.20835, -0.195163, -0.15375, -0.0451479, 0.207074, 0.757624" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00201161, 0.00809314, 0.0325605, 0.130998, 0.527033, 2.12037");
          values ( \
            "0.0051148, 0.0054963, 0.0071071, 0.0140583, 0.0432834, 0.161826, 0.638599", \
            "0.0074216, 0.007832, 0.0094803, 0.0153537, 0.0432754, 0.162007, 0.639281", \
            "0.0113875, 0.012016, 0.0142607, 0.0217551, 0.0466346, 0.161929, 0.639563", \
            "0.0186538, 0.0195302, 0.0226761, 0.0332143, 0.0622476, 0.16508, 0.638769", \
            "0.0331054, 0.034321, 0.0387286, 0.0531055, 0.091586, 0.196417, 0.637658", \
            "0.0624024, 0.0640639, 0.0699909, 0.0898925, 0.142492, 0.27652, 0.679847", \
            "0.125305, 0.127195, 0.135017, 0.162753, 0.234625, 0.415082, 0.869669" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00201161, 0.00809314, 0.0325605, 0.130998, 0.527033, 2.12037");
          values ( \
            "0.105475, 0.109011, 0.122928, 0.174907, 0.365747, 1.11303, 4.10823", \
            "0.104195, 0.107351, 0.120016, 0.170189, 0.362517, 1.11133, 4.10946", \
            "0.105291, 0.108202, 0.119959, 0.167385, 0.357859, 1.1089, 4.09712", \
            "0.11161, 0.114252, 0.125069, 0.170467, 0.35585, 1.10571, 4.1042", \
            "0.13072, 0.132382, 0.141521, 0.186001, 0.364824, 1.10376, 4.1018", \
            "0.175526, 0.176929, 0.183871, 0.218711, 0.390669, 1.11751, 4.0983", \
            "0.302966, 0.30375, 0.307574, 0.331185, 0.478377, 1.17944, 4.11575" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00201161, 0.00809314, 0.0325605, 0.130998, 0.527033, 2.12037");
          values ( \
            "-0.0353888, -0.0377027, -0.0474113, -0.0904172, -0.27505, -1.02715, -4.05622", \
            "-0.038395, -0.0408696, -0.0509446, -0.0934566, -0.276523, -1.02778, -4.05655", \
            "-0.0399772, -0.0427155, -0.0534801, -0.096886, -0.278511, -1.02856, -4.05689", \
            "-0.0349148, -0.0383245, -0.0506234, -0.0967005, -0.280815, -1.02929, -4.05718", \
            "-0.0144655, -0.0180886, -0.03231, -0.0835539, -0.276766, -1.02939, -4.05729", \
            "0.0356674, 0.0315722, 0.0155182, -0.0446294, -0.25409, -1.0208, -4.05452", \
            "0.162587, 0.157432, 0.138611, 0.069935, -0.167577, -0.975989, -4.03684" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.033661;
      rise_capacitance : 0.03528;
      rise_capacitance_range (0.03528, 0.03528);
      fall_capacitance : 0.032042;
      fall_capacitance_range (0.032042, 0.032042);
    }
  }
  cell (scs8hd_inv_2) {
    area : 3.7536;
    cell_footprint : "inv";
    cell_leakage_power : 0.00623574;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0124299;
      when : "A";
    }
    leakage_power () {
      value : 4.15774e-05;
      when : "!A";
    }
    leakage_power () {
      value : 0.00623574;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.43397;
      max_transition : 1.49937;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
          values ( \
            "0.0133755, 0.0161091, 0.0242461, 0.0483853, 0.119799, 0.339132, 1.02198", \
            "0.0185523, 0.0213906, 0.0291301, 0.0532964, 0.124646, 0.344711, 1.02095", \
            "0.0264644, 0.0310296, 0.0416082, 0.0651572, 0.137457, 0.356915, 1.04357", \
            "0.0397922, 0.0464383, 0.0623435, 0.0946023, 0.165712, 0.3866, 1.06761", \
            "0.065722, 0.0745076, 0.0965321, 0.144531, 0.235472, 0.454017, 1.12918", \
            "0.119955, 0.131354, 0.160518, 0.227032, 0.362619, 0.611308, 1.28374", \
            "0.237919, 0.252365, 0.289792, 0.37886, 0.569823, 0.943611, 1.64993" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
          values ( \
            "0.0073825, 0.0108628, 0.0217392, 0.0554092, 0.15863, 0.477253, 1.45904", \
            "0.0096737, 0.0122455, 0.0218119, 0.0552467, 0.159401, 0.479273, 1.46195", \
            "0.0152987, 0.0189264, 0.0267948, 0.0556968, 0.159382, 0.479733, 1.4635", \
            "0.0234341, 0.0288463, 0.0411986, 0.0668929, 0.158769, 0.479229, 1.466", \
            "0.0373447, 0.0444119, 0.0623478, 0.100711, 0.179264, 0.478312, 1.46741", \
            "0.0665677, 0.074729, 0.0979993, 0.152578, 0.257042, 0.507731, 1.46204", \
            "0.13279, 0.14121, 0.165914, 0.233777, 0.394531, 0.684543, 1.49937" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
          values ( \
            "0.0083976, 0.0098336, 0.0137291, 0.0250774, 0.0594243, 0.166051, 0.492237", \
            "0.0094055, 0.0116991, 0.0170022, 0.0285685, 0.0632879, 0.168768, 0.498342", \
            "0.0087639, 0.0121346, 0.0201063, 0.0364221, 0.0715201, 0.177204, 0.505577", \
            "0.0038161, 0.0086283, 0.0201032, 0.0446862, 0.0912489, 0.197436, 0.523605", \
            "-0.0124802, -0.0056407, 0.0108336, 0.0462106, 0.115494, 0.244107, 0.56967", \
            "-0.0569179, -0.047025, -0.0231607, 0.0277267, 0.128073, 0.318288, 0.677175", \
            "-0.167861, -0.154279, -0.120196, -0.0479699, 0.0962035, 0.372336, 0.891254" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
          values ( \
            "0.0039493, 0.0051944, 0.0096004, 0.0244438, 0.0698718, 0.208681, 0.640003", \
            "0.0064977, 0.0080579, 0.0118097, 0.0248007, 0.0693972, 0.210036, 0.642736", \
            "0.0106764, 0.0131092, 0.0186791, 0.0304381, 0.0701843, 0.209954, 0.640882", \
            "0.0179123, 0.0216247, 0.0300021, 0.0475408, 0.082099, 0.208594, 0.640311", \
            "0.0324328, 0.0372164, 0.0485989, 0.0740285, 0.123837, 0.230773, 0.644117", \
            "0.0618441, 0.068902, 0.0851012, 0.119273, 0.193411, 0.326572, 0.666137", \
            "0.127546, 0.134499, 0.155755, 0.205016, 0.307051, 0.50297, 0.871484" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
          values ( \
            "0.0140526, 0.0162742, 0.0229297, 0.0424734, 0.100684, 0.279782, 0.828471", \
            "0.0139947, 0.0160416, 0.0223698, 0.0417031, 0.10046, 0.280844, 0.832044", \
            "0.0143157, 0.0162445, 0.0223324, 0.0412876, 0.0998505, 0.279274, 0.828738", \
            "0.0157688, 0.0172756, 0.0240054, 0.042212, 0.0993328, 0.279252, 0.83199", \
            "0.0193951, 0.0208999, 0.026126, 0.044096, 0.100288, 0.278156, 0.831122", \
            "0.0278947, 0.0289854, 0.0333818, 0.0498231, 0.105655, 0.280262, 0.829727", \
            "0.0517169, 0.0521973, 0.0550583, 0.0681604, 0.120317, 0.292558, 0.839369" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
          values ( \
            "-0.0056536, -0.0073582, -0.0130076, -0.0315225, -0.0898271, -0.270408, -0.828324", \
            "-0.0060915, -0.0078077, -0.0134581, -0.0317955, -0.0899427, -0.270448, -0.828346", \
            "-0.0060356, -0.0079701, -0.0137967, -0.0321012, -0.0901201, -0.270497, -0.82835", \
            "-0.0047597, -0.0068179, -0.0130377, -0.0321787, -0.0902144, -0.270575, -0.828356", \
            "-0.0007593, -0.0033594, -0.0104157, -0.0302866, -0.0895125, -0.270399, -0.828352", \
            "0.0081102, 0.0052027, -0.0029677, -0.0251861, -0.0853376, -0.268298, -0.827693", \
            "0.0312004, 0.0280645, 0.01965, -0.0058623, -0.0713836, -0.258119, -0.822759" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004469;
      rise_capacitance : 0.004652;
      rise_capacitance_range (0.004652, 0.004652);
      fall_capacitance : 0.004285;
      fall_capacitance_range (0.004285, 0.004285);
    }
  }
  cell (scs8hd_inv_4) {
    area : 6.256;
    cell_footprint : "inv";
    cell_leakage_power : 0.0124592;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0248084;
      when : "A";
    }
    leakage_power () {
      value : 0.00011;
      when : "!A";
    }
    leakage_power () {
      value : 0.0124592;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.734263;
      max_transition : 1.49335;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168571, 0.00568326, 0.0191607, 0.0645988, 0.21779, 0.734263");
          values ( \
            "0.0142966, 0.0162089, 0.022446, 0.0420253, 0.104778, 0.317281, 1.01864", \
            "0.0198302, 0.0215817, 0.0274059, 0.0467208, 0.109903, 0.319315, 1.03037", \
            "0.0283871, 0.0314788, 0.0397636, 0.0590134, 0.121716, 0.332514, 1.04064", \
            "0.0430413, 0.0474586, 0.059582, 0.0878187, 0.15113, 0.360993, 1.06925", \
            "0.0719931, 0.0777728, 0.0944323, 0.135401, 0.220763, 0.427082, 1.13054", \
            "0.132909, 0.140376, 0.161992, 0.21785, 0.343264, 0.590408, 1.28489", \
            "0.266055, 0.275331, 0.303075, 0.377158, 0.550856, 0.918905, 1.6618" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168571, 0.00568326, 0.0191607, 0.0645988, 0.21779, 0.734263");
          values ( \
            "0.0082902, 0.010628, 0.0185956, 0.0455614, 0.136111, 0.442199, 1.4657", \
            "0.0100233, 0.0118172, 0.0186739, 0.0455462, 0.13625, 0.441204, 1.47238", \
            "0.0162331, 0.0185752, 0.0244628, 0.0464128, 0.136606, 0.441661, 1.47152", \
            "0.0243697, 0.0280594, 0.0372359, 0.0591848, 0.136481, 0.440113, 1.47135", \
            "0.0380277, 0.0426672, 0.0568419, 0.0891058, 0.160359, 0.439738, 1.46482", \
            "0.0667614, 0.0719348, 0.0884014, 0.134534, 0.235764, 0.473525, 1.46809", \
            "0.132335, 0.138643, 0.15539, 0.210671, 0.357262, 0.643531, 1.49335" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168571, 0.00568326, 0.0191607, 0.0645988, 0.21779, 0.734263");
          values ( \
            "0.0085207, 0.0094166, 0.0121661, 0.0206914, 0.0486271, 0.14151, 0.455073", \
            "0.0093811, 0.0108594, 0.0148863, 0.0242024, 0.0520351, 0.145588, 0.458208", \
            "0.0083139, 0.0105152, 0.0165133, 0.0305455, 0.0603661, 0.153762, 0.468611", \
            "0.0023703, 0.0054823, 0.0141621, 0.0348528, 0.0778127, 0.173263, 0.486194", \
            "-0.0164142, -0.0118296, 0.0006727, 0.0303995, 0.0940525, 0.218537, 0.532111", \
            "-0.0668308, -0.0603339, -0.0422261, 0.0001983, 0.0926776, 0.277526, 0.633821", \
            "-0.192041, -0.182929, -0.158011, -0.0957898, 0.0354512, 0.305335, 0.834069" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168571, 0.00568326, 0.0191607, 0.0645988, 0.21779, 0.734263");
          values ( \
            "0.0040295, 0.0048176, 0.0077846, 0.0189469, 0.0567079, 0.182743, 0.6079", \
            "0.0065417, 0.0076061, 0.010564, 0.0196995, 0.0563283, 0.182199, 0.609099", \
            "0.0106412, 0.0122273, 0.0165243, 0.0269891, 0.058138, 0.182381, 0.608519", \
            "0.0178394, 0.0200349, 0.02645, 0.041542, 0.0728438, 0.183584, 0.608914", \
            "0.031961, 0.0350003, 0.0438669, 0.0655984, 0.110227, 0.209391, 0.607382", \
            "0.060943, 0.065427, 0.0779195, 0.106576, 0.173396, 0.304928, 0.646401", \
            "0.124887, 0.129742, 0.144855, 0.187725, 0.278188, 0.467308, 0.847797" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168571, 0.00568325, 0.0191607, 0.0645988, 0.21779, 0.734263");
          values ( \
            "0.0279021, 0.0305344, 0.0391637, 0.0661653, 0.152708, 0.442465, 1.40564", \
            "0.0276806, 0.0299857, 0.0381172, 0.0648722, 0.152149, 0.440787, 1.41513", \
            "0.0280749, 0.0308184, 0.0383686, 0.0639087, 0.150801, 0.440899, 1.41417", \
            "0.030072, 0.0321605, 0.039423, 0.0644147, 0.149748, 0.439386, 1.41358", \
            "0.0360188, 0.0377853, 0.0443501, 0.0681018, 0.151527, 0.438188, 1.40461", \
            "0.0541157, 0.0558065, 0.0567061, 0.0785252, 0.159932, 0.441155, 1.40407", \
            "0.0931415, 0.0947146, 0.0967783, 0.11316, 0.186377, 0.468863, 1.41706" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168571, 0.00568325, 0.0191607, 0.0645988, 0.21779, 0.734263");
          values ( \
            "-0.009788, -0.0116312, -0.0183504, -0.0429695, -0.128862, -0.419946, -1.40184", \
            "-0.0107368, -0.0126719, -0.0193519, -0.0436618, -0.129112, -0.420038, -1.40186", \
            "-0.0109771, -0.013072, -0.0201232, -0.0446472, -0.129557, -0.42021, -1.40191", \
            "-0.008834, -0.0112763, -0.0191121, -0.0448324, -0.130197, -0.420512, -1.402", \
            "-0.0028434, -0.0056444, -0.0145823, -0.0419759, -0.12965, -0.420429, -1.40195", \
            "0.0132644, 0.0099311, -3.30342e-05, -0.0313813, -0.123395, -0.417973, -1.39979", \
            "0.0527405, 0.0489939, 0.0403384, 0.0020826, -0.0952627, -0.405014, -1.39494" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.009036;
      rise_capacitance : 0.009449;
      rise_capacitance_range (0.009449, 0.009449);
      fall_capacitance : 0.008624;
      fall_capacitance_range (0.008624, 0.008624);
    }
  }
  cell (scs8hd_inv_6) {
    area : 8.7584;
    cell_footprint : "inv";
    cell_leakage_power : 0.0186942;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0371895;
      when : "A";
    }
    leakage_power () {
      value : 0.000199;
      when : "!A";
    }
    leakage_power () {
      value : 0.0186942;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 1.01899;
      max_transition : 1.49892;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178034, 0.00633924, 0.022572, 0.0803718, 0.286179, 1.01899");
          values ( \
            "0.0149684, 0.0164899, 0.0217036, 0.0389731, 0.0971222, 0.301316, 1.01908", \
            "0.0204788, 0.0219011, 0.0267396, 0.0436522, 0.102158, 0.304325, 1.02349", \
            "0.0296032, 0.0318669, 0.0388717, 0.0561688, 0.113473, 0.31769, 1.03525", \
            "0.0450943, 0.04848, 0.0586966, 0.084322, 0.143343, 0.346659, 1.0714", \
            "0.0758232, 0.0802909, 0.0941532, 0.131392, 0.213551, 0.415765, 1.1366", \
            "0.140946, 0.146727, 0.164706, 0.214836, 0.334894, 0.578512, 1.29596", \
            "0.283768, 0.290949, 0.313908, 0.379667, 0.544293, 0.908558, 1.66997" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178034, 0.00633924, 0.022572, 0.0803718, 0.286179, 1.01899");
          values ( \
            "0.0085286, 0.0103188, 0.0168827, 0.0401731, 0.123997, 0.420425, 1.4643", \
            "0.0100699, 0.0114409, 0.0170639, 0.0402478, 0.122977, 0.417797, 1.46628", \
            "0.0163677, 0.0182084, 0.0230059, 0.0416634, 0.123258, 0.418831, 1.46714", \
            "0.0243504, 0.0271204, 0.0351647, 0.0552546, 0.12476, 0.419123, 1.47355", \
            "0.0381237, 0.0416282, 0.0531963, 0.0832549, 0.149965, 0.418581, 1.47563", \
            "0.0666957, 0.070793, 0.0847163, 0.125685, 0.224646, 0.453395, 1.46951", \
            "0.131256, 0.135372, 0.150485, 0.2003, 0.335214, 0.621604, 1.49892" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178034, 0.00633924, 0.022572, 0.0803718, 0.286179, 1.01899");
          values ( \
            "0.0087323, 0.0094403, 0.0116729, 0.0188272, 0.0431366, 0.129664, 0.434176", \
            "0.0095494, 0.010675, 0.0139981, 0.0222677, 0.0467174, 0.132366, 0.43998", \
            "0.008199, 0.0098965, 0.0148827, 0.027444, 0.0548823, 0.14096, 0.445669", \
            "0.001548, 0.0039528, 0.0111514, 0.0296744, 0.0701821, 0.160134, 0.46599", \
            "-0.0188975, -0.0154706, -0.0051862, 0.0216993, 0.0815414, 0.204164, 0.510578", \
            "-0.0734361, -0.0683407, -0.0532449, -0.0144734, 0.0718709, 0.252609, 0.613509", \
            "-0.208032, -0.201152, -0.180189, -0.124538, 0.0014364, 0.263505, 0.797161" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178034, 0.00633924, 0.022572, 0.0803718, 0.286179, 1.01899");
          values ( \
            "0.0040242, 0.0046092, 0.0069232, 0.0162112, 0.049853, 0.168589, 0.590765", \
            "0.0064605, 0.0072888, 0.0098617, 0.0173122, 0.0497582, 0.168345, 0.592419", \
            "0.0104995, 0.0117009, 0.0152855, 0.0246441, 0.0519029, 0.168339, 0.591927", \
            "0.0177161, 0.0193481, 0.0245184, 0.0378209, 0.0680652, 0.170913, 0.593821", \
            "0.0316155, 0.0339678, 0.0414044, 0.0598905, 0.103042, 0.200036, 0.591813", \
            "0.0601862, 0.0633559, 0.073822, 0.0997005, 0.160813, 0.292698, 0.631879", \
            "0.122801, 0.126662, 0.140393, 0.175367, 0.260525, 0.445651, 0.841533" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178034, 0.00633924, 0.022572, 0.0803718, 0.286179, 1.01899");
          values ( \
            "0.0406052, 0.043474, 0.0534088, 0.0864255, 0.197094, 0.586269, 1.95409", \
            "0.0400977, 0.0427025, 0.0519353, 0.0845091, 0.195093, 0.584257, 1.95377", \
            "0.0410721, 0.0431589, 0.0518376, 0.0831368, 0.194137, 0.584401, 1.95325", \
            "0.0433915, 0.045633, 0.0537634, 0.0840589, 0.193155, 0.582206, 1.96554", \
            "0.0529187, 0.0546092, 0.0614305, 0.089573, 0.195481, 0.580715, 1.96039", \
            "0.0716598, 0.0729791, 0.0788044, 0.104163, 0.207878, 0.5849, 1.95769", \
            "0.125967, 0.12629, 0.128985, 0.148241, 0.242619, 0.612309, 1.96837" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178034, 0.00633924, 0.022572, 0.0803718, 0.286179, 1.01899");
          values ( \
            "-0.0138718, -0.0158502, -0.0233794, -0.0527187, -0.161793, -0.552768, -1.94596", \
            "-0.0152027, -0.0172683, -0.0249252, -0.0538236, -0.162233, -0.552916, -1.94596", \
            "-0.0156372, -0.0179349, -0.0259766, -0.0552437, -0.162973, -0.553205, -1.94609", \
            "-0.0126239, -0.0153647, -0.0243823, -0.0550984, -0.163845, -0.553578, -1.94621", \
            "-0.0043892, -0.0066307, -0.017064, -0.0504551, -0.162805, -0.553621, -1.94624", \
            "0.0176189, 0.0140452, 0.0022157, -0.0357111, -0.151726, -0.549371, -1.94453", \
            "0.0719143, 0.0679639, 0.0556793, 0.0151809, -0.119442, -0.530385, -1.93679" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.013327;
      rise_capacitance : 0.013951;
      rise_capacitance_range (0.013951, 0.013951);
      fall_capacitance : 0.012703;
      fall_capacitance_range (0.012703, 0.012703);
    }
  }
  cell (scs8hd_inv_8) {
    area : 11.2608;
    cell_footprint : "inv";
    cell_leakage_power : 0.0249314;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.049585;
      when : "A";
    }
    leakage_power () {
      value : 0.0002779;
      when : "!A";
    }
    leakage_power () {
      value : 0.0249314;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 1.35133;
      max_transition : 1.49987;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0018661, 0.00696467, 0.0259935, 0.0970131, 0.362073, 1.35133");
          values ( \
            "0.0152584, 0.0165025, 0.0209654, 0.0366473, 0.0912556, 0.288825, 1.03169", \
            "0.0207371, 0.0218862, 0.026001, 0.0412247, 0.0961034, 0.294416, 1.03619", \
            "0.0301092, 0.0320186, 0.0379937, 0.053611, 0.107689, 0.305987, 1.04301", \
            "0.0458775, 0.0486244, 0.0574116, 0.081282, 0.137041, 0.335272, 1.07233", \
            "0.0768854, 0.080483, 0.0924867, 0.126849, 0.206652, 0.405252, 1.13917", \
            "0.142594, 0.147244, 0.162864, 0.208644, 0.324672, 0.56838, 1.30077", \
            "0.286681, 0.292429, 0.312553, 0.372571, 0.530279, 0.893375, 1.67734" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0018661, 0.00696467, 0.0259935, 0.0970131, 0.362073, 1.35133");
          values ( \
            "0.008692, 0.0101548, 0.0156871, 0.0363715, 0.113381, 0.399705, 1.47709", \
            "0.0101385, 0.0112705, 0.0159155, 0.0363705, 0.113846, 0.400692, 1.47168", \
            "0.0164982, 0.0178649, 0.0222943, 0.0381395, 0.113475, 0.401567, 1.46927", \
            "0.0246716, 0.0268113, 0.0337605, 0.0524456, 0.115601, 0.402172, 1.4739", \
            "0.0384813, 0.0412741, 0.0509678, 0.0790818, 0.142795, 0.401156, 1.47285", \
            "0.0669877, 0.0702635, 0.0820122, 0.119129, 0.213509, 0.437621, 1.47801", \
            "0.131235, 0.134787, 0.147255, 0.191911, 0.320676, 0.608921, 1.49987" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0018661, 0.00696467, 0.0259935, 0.0970131, 0.362073, 1.35133");
          values ( \
            "0.008866, 0.0094269, 0.0113215, 0.0177068, 0.040281, 0.123907, 0.437523", \
            "0.0097421, 0.0106504, 0.0135367, 0.0210954, 0.0437915, 0.127608, 0.438061", \
            "0.0084284, 0.0097664, 0.0141293, 0.0256649, 0.0519281, 0.135319, 0.447048", \
            "0.001846, 0.0037891, 0.0100038, 0.0271838, 0.066512, 0.154765, 0.466452", \
            "-0.0186147, -0.0159104, -0.0069448, 0.017955, 0.0760562, 0.197401, 0.509065", \
            "-0.0733323, -0.0691475, -0.0560758, -0.020129, 0.0633921, 0.244021, 0.613986", \
            "-0.208631, -0.203039, -0.184291, -0.133028, -0.0110416, 0.251119, 0.796705" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0018661, 0.00696467, 0.0259935, 0.0970131, 0.362073, 1.35133");
          values ( \
            "0.0040385, 0.0044926, 0.0063731, 0.0144032, 0.0444429, 0.156785, 0.581642", \
            "0.0065316, 0.0072238, 0.0093087, 0.0156656, 0.0447817, 0.156732, 0.575438", \
            "0.0106666, 0.0116323, 0.0146361, 0.0231527, 0.0472821, 0.156489, 0.577845", \
            "0.0179107, 0.0191984, 0.0237146, 0.0359148, 0.0643508, 0.159739, 0.580143", \
            "0.031684, 0.0339512, 0.0402408, 0.0575108, 0.0981891, 0.191188, 0.581731", \
            "0.0605903, 0.0631638, 0.072048, 0.0959261, 0.155649, 0.283561, 0.61538", \
            "0.122753, 0.12598, 0.136785, 0.17185, 0.252343, 0.440818, 0.843817" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0018661, 0.00696466, 0.0259935, 0.0970131, 0.362073, 1.35133");
          values ( \
            "0.0545942, 0.0577292, 0.0689869, 0.108548, 0.245999, 0.742201, 2.61092", \
            "0.0540924, 0.0568602, 0.0672645, 0.10563, 0.243379, 0.744436, 2.60776", \
            "0.0548913, 0.0574909, 0.0672328, 0.104096, 0.241226, 0.744344, 2.59435", \
            "0.0583153, 0.0607554, 0.0698845, 0.105289, 0.237437, 0.740176, 2.594", \
            "0.070655, 0.0724749, 0.0799709, 0.112556, 0.242746, 0.738582, 2.59103", \
            "0.0951503, 0.0965669, 0.102933, 0.131801, 0.258684, 0.744404, 2.60073", \
            "0.166019, 0.166684, 0.17026, 0.191615, 0.304802, 0.78088, 2.60307" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0018661, 0.00696466, 0.0259935, 0.0970131, 0.362073, 1.35133");
          values ( \
            "-0.017764, -0.0198303, -0.0281237, -0.0621199, -0.195825, -0.699308, -2.57985", \
            "-0.0196219, -0.0218064, -0.0302347, -0.0637267, -0.196436, -0.69952, -2.58005", \
            "-0.0199545, -0.0224241, -0.031649, -0.0653868, -0.197452, -0.699883, -2.58018", \
            "-0.0163244, -0.019281, -0.0294194, -0.0652682, -0.198797, -0.700507, -2.58036", \
            "-0.0057437, -0.0076324, -0.0192795, -0.0602346, -0.196758, -0.69958, -2.58008", \
            "0.0233857, 0.0195609, 0.0062454, -0.0370681, -0.181075, -0.694489, -2.57816", \
            "0.0951016, 0.0907977, 0.0759448, 0.0241433, -0.13689, -0.661603, -2.56555" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.017739;
      rise_capacitance : 0.018565;
      rise_capacitance_range (0.018565, 0.018565);
      fall_capacitance : 0.016914;
      fall_capacitance_range (0.016914, 0.016914);
    }
  }
  cell (scs8hd_lpflow_bleeder_1) {
    area : 7.5072;
    cell_footprint : "bleeder";
    cell_leakage_power : 112873;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 225747;
      when : "short";
    }
    leakage_power () {
      value : 8.48557e-06;
      when : "!short";
    }
    leakage_power () {
      value : 112873;
    }
    pin (short) {
      always_on : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      capacitance : 0.002341;
      rise_capacitance : 0.002291;
      rise_capacitance_range (0.002291, 0.002291);
      fall_capacitance : 0.00239;
      fall_capacitance_range (0.00239, 0.00239);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0951238, 0.0918351, 0.0842544, 0.134809, 0.251341, 0.519952, 1.13912" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.109467, -0.371634, -0.63223, -0.889462, -1.13868, -1.36943, -1.55761" \
          );
        }
      }
    }
  }
  cell (scs8hd_lpflow_clkbufkapwr_1) {
    always_on : true;
    area : 3.7536;
    cell_footprint : "clkbufkapwr";
    cell_leakage_power : 0.0001051;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (kapwr) {
      pg_type : backup_power;
      voltage_name : "kapwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.0001051;
      when : "A";
    }
    leakage_power () {
      value : 0.0001051;
      when : "!A";
    }
    leakage_power () {
      value : 0.0001051;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!kapwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_capacitance : 0.174876;
      max_transition : 1.50547;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0330544, 0.0382579, 0.0512962, 0.0851444, 0.174919, 0.415385, 1.05134", \
            "0.0365171, 0.0416675, 0.0547609, 0.0888479, 0.179009, 0.419033, 1.05218", \
            "0.0424421, 0.0476936, 0.0607297, 0.0948444, 0.185643, 0.426113, 1.06186", \
            "0.0470765, 0.0524692, 0.0655881, 0.0999088, 0.190591, 0.429221, 1.06633", \
            "0.0448662, 0.0510649, 0.0645071, 0.0984952, 0.188631, 0.428325, 1.06605", \
            "0.021434, 0.0294124, 0.0451386, 0.0790326, 0.169331, 0.407515, 1.04021", \
            "-0.0588066, -0.0486441, -0.027445, 0.0113256, 0.101447, 0.339848, 0.973561" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0142818, 0.0210492, 0.0394469, 0.0891263, 0.221743, 0.574281, 1.50356", \
            "0.014281, 0.0210933, 0.03946, 0.0890012, 0.221792, 0.570188, 1.49721", \
            "0.0150654, 0.0215901, 0.0396912, 0.0892497, 0.222264, 0.571249, 1.50547", \
            "0.0168287, 0.0228158, 0.0403744, 0.0892208, 0.220698, 0.572022, 1.49696", \
            "0.0211339, 0.0264236, 0.0419785, 0.0897369, 0.220303, 0.569543, 1.5045", \
            "0.027861, 0.0338608, 0.048108, 0.0917366, 0.22144, 0.571302, 1.49687", \
            "0.0391695, 0.047351, 0.0630084, 0.102179, 0.224897, 0.571761, 1.49291" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0395015, 0.0433035, 0.0515376, 0.0697508, 0.114395, 0.232302, 0.544723", \
            "0.0443039, 0.0480736, 0.0563116, 0.0745988, 0.119289, 0.237266, 0.548449", \
            "0.0566413, 0.0604089, 0.0685976, 0.0869027, 0.13164, 0.249256, 0.562544", \
            "0.0791633, 0.0835544, 0.0926233, 0.111552, 0.156549, 0.274273, 0.585712", \
            "0.115382, 0.120742, 0.131449, 0.15201, 0.19803, 0.315555, 0.629026", \
            "0.180757, 0.187026, 0.199933, 0.223806, 0.270777, 0.38846, 0.69974", \
            "0.310447, 0.318014, 0.333514, 0.362671, 0.414131, 0.530689, 0.842593" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0106826, 0.0139112, 0.021758, 0.0423131, 0.0989048, 0.256589, 0.665155", \
            "0.0106359, 0.0138997, 0.0218954, 0.0424438, 0.0999847, 0.252655, 0.661425", \
            "0.0109375, 0.014097, 0.0220703, 0.0424964, 0.0992021, 0.255559, 0.66247", \
            "0.0138495, 0.0168843, 0.0243265, 0.0440409, 0.0991293, 0.252524, 0.663896", \
            "0.0185044, 0.0218553, 0.02974, 0.0477476, 0.101341, 0.254768, 0.663202", \
            "0.0242924, 0.0284086, 0.0368681, 0.0546463, 0.104277, 0.255083, 0.665053", \
            "0.034739, 0.0392363, 0.0492364, 0.0680778, 0.112762, 0.255955, 0.668911" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248205, 0.0658824, 0.174876");
          values ( \
            "0.0061107, 0.0077364, 0.0119202, 0.0227869, 0.0520091, 0.129156, 0.333901", \
            "0.0058788, 0.0074921, 0.0116945, 0.0226241, 0.0519211, 0.129068, 0.332881", \
            "0.0056266, 0.0072244, 0.0114064, 0.022435, 0.0518258, 0.12904, 0.333695", \
            "0.0058593, 0.007318, 0.0115005, 0.0224555, 0.0515873, 0.128705, 0.334201", \
            "0.007021, 0.008592, 0.0126862, 0.0235122, 0.0524277, 0.129531, 0.336454", \
            "0.0105283, 0.0120022, 0.0159696, 0.0266657, 0.0555614, 0.132163, 0.338557", \
            "0.0211057, 0.0224201, 0.0255681, 0.0357415, 0.0638675, 0.14105, 0.344034" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248205, 0.0658824, 0.174876");
          values ( \
            "0.0120573, 0.010739, 0.0069379, -0.0039653, -0.0333567, -0.111456, -0.31873", \
            "0.0117752, 0.0104499, 0.006666, -0.0042153, -0.0335962, -0.111667, -0.318863", \
            "0.0116552, 0.0103076, 0.0065845, -0.0042624, -0.0336172, -0.111654, -0.318834", \
            "0.0118315, 0.010523, 0.0067889, -0.0039831, -0.0332833, -0.111355, -0.318565", \
            "0.0135895, 0.0120725, 0.0079246, -0.0030038, -0.0320738, -0.110136, -0.317368", \
            "0.0170326, 0.0153433, 0.0110899, -1.99411e-05, -0.0293323, -0.107174, -0.314433", \
            "0.0271997, 0.0253203, 0.0207575, 0.0090128, -0.0209271, -0.0991159, -0.306347" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_transition : 1.5;
      capacitance : 0.002158;
      rise_capacitance : 0.002251;
      rise_capacitance_range (0.002251, 0.002251);
      fall_capacitance : 0.002064;
      fall_capacitance_range (0.002064, 0.002064);
    }
  }
  cell (scs8hd_lpflow_clkbufkapwr_16) {
    always_on : true;
    area : 25.024;
    cell_footprint : "clkbufkapwr";
    cell_leakage_power : 0.0638102;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (kapwr) {
      pg_type : backup_power;
      voltage_name : "kapwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.0278404;
      when : "A";
    }
    leakage_power () {
      value : 0.09978;
      when : "!A";
    }
    leakage_power () {
      value : 0.0638102;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!kapwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_capacitance : 2.24763;
      max_transition : 1.50653;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00203125, 0.00825192, 0.0335233, 0.136188, 0.553264, 2.24763");
          values ( \
            "0.0629864, 0.0643435, 0.0692369, 0.0848637, 0.134348, 0.320988, 1.07327", \
            "0.0665154, 0.067862, 0.0727374, 0.0883491, 0.137826, 0.324181, 1.07922", \
            "0.0750873, 0.0764442, 0.0813463, 0.0968848, 0.14623, 0.33291, 1.08868", \
            "0.0935093, 0.0949259, 0.0999375, 0.115406, 0.164951, 0.351476, 1.10944", \
            "0.112868, 0.114561, 0.120459, 0.138069, 0.188659, 0.375618, 1.13091", \
            "0.120172, 0.122125, 0.129286, 0.150668, 0.20493, 0.39075, 1.14582", \
            "0.0876881, 0.0898292, 0.0979192, 0.12393, 0.188185, 0.374789, 1.12589" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00203125, 0.00825192, 0.0335233, 0.136188, 0.553264, 2.24763");
          values ( \
            "0.0167537, 0.0177981, 0.02198, 0.0379503, 0.103325, 0.378817, 1.50102", \
            "0.0167247, 0.01777, 0.0219818, 0.0379584, 0.103008, 0.377959, 1.50326", \
            "0.0167683, 0.0178107, 0.0219591, 0.0379547, 0.103313, 0.378517, 1.50328", \
            "0.0187561, 0.0198252, 0.0236571, 0.0390096, 0.103532, 0.378779, 1.50653", \
            "0.0246255, 0.0257966, 0.0300817, 0.0442142, 0.105488, 0.37795, 1.50215", \
            "0.0333195, 0.0348015, 0.0396951, 0.0547482, 0.111264, 0.379364, 1.49722", \
            "0.0483666, 0.04963, 0.054219, 0.0737089, 0.126583, 0.381914, 1.49958" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00203125, 0.00825192, 0.0335233, 0.136188, 0.553264, 2.24763");
          values ( \
            "0.0741136, 0.0754123, 0.080112, 0.094256, 0.133017, 0.260573, 0.767405", \
            "0.0793933, 0.0806911, 0.0853911, 0.0995709, 0.138319, 0.265911, 0.772696", \
            "0.0922148, 0.0935082, 0.0981984, 0.112342, 0.15109, 0.278806, 0.784881", \
            "0.122583, 0.12388, 0.128525, 0.142497, 0.181197, 0.308857, 0.816821", \
            "0.181833, 0.183286, 0.188572, 0.204286, 0.244604, 0.372812, 0.879587", \
            "0.277485, 0.279166, 0.285378, 0.30468, 0.351682, 0.48176, 0.990267", \
            "0.440327, 0.442234, 0.449399, 0.472192, 0.530423, 0.668368, 1.1725" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00203125, 0.00825192, 0.0335233, 0.136188, 0.553264, 2.24763");
          values ( \
            "0.0170436, 0.0179996, 0.0214485, 0.0326369, 0.0745376, 0.251923, 0.9938", \
            "0.0170663, 0.0180267, 0.0213587, 0.0326884, 0.0745481, 0.251946, 0.99387", \
            "0.0171487, 0.0181104, 0.0215378, 0.0326708, 0.074572, 0.251889, 0.994079", \
            "0.0171621, 0.0180964, 0.0215197, 0.0328543, 0.0746773, 0.251851, 0.993345", \
            "0.0228719, 0.0238499, 0.0272621, 0.0382725, 0.0774092, 0.252026, 0.993971", \
            "0.0327177, 0.0337392, 0.0378676, 0.0508298, 0.0881176, 0.254931, 0.993634", \
            "0.0483839, 0.0493353, 0.0535266, 0.0687324, 0.108942, 0.263007, 0.993901" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00203125, 0.00825192, 0.0335233, 0.136188, 0.553264, 2.24763");
          values ( \
            "0.0877217, 0.090807, 0.103301, 0.154295, 0.35133, 1.13737, 4.32546", \
            "0.0872226, 0.0903532, 0.1029, 0.153589, 0.351134, 1.13695, 4.32514", \
            "0.0865864, 0.0895579, 0.102196, 0.152716, 0.349938, 1.13584, 4.32378", \
            "0.0867751, 0.0897281, 0.101856, 0.15152, 0.348321, 1.13541, 4.32344", \
            "0.091404, 0.0941284, 0.104974, 0.152224, 0.347597, 1.13402, 4.32209", \
            "0.102146, 0.10455, 0.115034, 0.161422, 0.354252, 1.13852, 4.32017", \
            "0.130438, 0.132166, 0.140497, 0.184199, 0.374539, 1.15275, 4.32701" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00203125, 0.00825192, 0.0335233, 0.136188, 0.553264, 2.24763");
          values ( \
            "0.10752, 0.104729, 0.0938303, 0.0510411, -0.135179, -0.924539, -4.14481", \
            "0.106775, 0.104082, 0.0933719, 0.0506299, -0.135681, -0.92505, -4.14537", \
            "0.106211, 0.103422, 0.0925416, 0.0497449, -0.136602, -0.925772, -4.14614", \
            "0.106547, 0.103689, 0.0924052, 0.0487292, -0.137847, -0.926188, -4.14583", \
            "0.109403, 0.106275, 0.0942991, 0.0485472, -0.139104, -0.926696, -4.14543", \
            "0.126322, 0.122547, 0.108275, 0.058003, -0.134661, -0.922239, -4.14017", \
            "0.159154, 0.154917, 0.138562, 0.0825786, -0.115747, -0.903933, -4.12423" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_transition : 1.5;
      capacitance : 0.007508;
      rise_capacitance : 0.007969;
      rise_capacitance_range (0.007969, 0.007969);
      fall_capacitance : 0.007047;
      fall_capacitance_range (0.007047, 0.007047);
    }
  }
  cell (scs8hd_lpflow_clkbufkapwr_2) {
    always_on : true;
    area : 5.0048;
    cell_footprint : "clkbufkapwr";
    cell_leakage_power : 0.0094664;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (kapwr) {
      pg_type : backup_power;
      voltage_name : "kapwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.006429;
      when : "A";
    }
    leakage_power () {
      value : 0.0125038;
      when : "!A";
    }
    leakage_power () {
      value : 0.0094664;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!kapwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_capacitance : 0.363474;
      max_transition : 1.49813;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014993, 0.00449577, 0.013481, 0.040424, 0.121215, 0.363474");
          values ( \
            "0.0446295, 0.0485199, 0.0582252, 0.0834792, 0.156577, 0.376186, 1.03267", \
            "0.0481963, 0.0520552, 0.0617491, 0.0870796, 0.16017, 0.379922, 1.0385", \
            "0.0570443, 0.0608889, 0.0705173, 0.0957644, 0.169091, 0.38972, 1.04515", \
            "0.0707748, 0.0751769, 0.0854217, 0.110993, 0.184344, 0.404549, 1.0647", \
            "0.0824898, 0.0877854, 0.100177, 0.126783, 0.199772, 0.419817, 1.07617", \
            "0.0823129, 0.0891033, 0.104329, 0.134509, 0.207485, 0.426738, 1.08463", \
            "0.0482472, 0.0564248, 0.075521, 0.112843, 0.189326, 0.406883, 1.06267" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014993, 0.00449577, 0.013481, 0.040424, 0.121215, 0.363474");
          values ( \
            "0.0123811, 0.0161393, 0.0274556, 0.0630396, 0.172925, 0.503737, 1.49531", \
            "0.0123547, 0.0161505, 0.0274753, 0.0630028, 0.173129, 0.504021, 1.49813", \
            "0.0125885, 0.0163279, 0.0275447, 0.0630607, 0.172777, 0.50307, 1.49737", \
            "0.0157914, 0.0192665, 0.0296099, 0.0638227, 0.172591, 0.504875, 1.49745", \
            "0.0207431, 0.0248287, 0.0346988, 0.065959, 0.173081, 0.502694, 1.49491", \
            "0.0276504, 0.032551, 0.0434115, 0.0725653, 0.174614, 0.505843, 1.49233", \
            "0.0385738, 0.044527, 0.0580824, 0.0876174, 0.17993, 0.503871, 1.49247" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014993, 0.00449577, 0.013481, 0.040424, 0.121215, 0.363474");
          values ( \
            "0.0483477, 0.0519721, 0.0604913, 0.0800799, 0.131013, 0.280343, 0.728275", \
            "0.0532701, 0.0568645, 0.0654075, 0.0850601, 0.136005, 0.285283, 0.734842", \
            "0.065856, 0.0694256, 0.0779415, 0.0976107, 0.148615, 0.298255, 0.745444", \
            "0.0923411, 0.0962127, 0.10516, 0.125113, 0.176271, 0.326428, 0.773224", \
            "0.133861, 0.138689, 0.149573, 0.171673, 0.223899, 0.373359, 0.821278", \
            "0.199773, 0.205806, 0.219122, 0.245858, 0.301036, 0.45035, 0.899181", \
            "0.316926, 0.323913, 0.33984, 0.37327, 0.435098, 0.583733, 1.03165" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014993, 0.00449577, 0.013481, 0.040424, 0.121215, 0.363474");
          values ( \
            "0.0114117, 0.0141443, 0.0213225, 0.0421018, 0.10575, 0.303802, 0.900886", \
            "0.011448, 0.0140762, 0.0214464, 0.0419294, 0.105978, 0.303057, 0.905507", \
            "0.0114684, 0.0142122, 0.0214183, 0.0420938, 0.106469, 0.304105, 0.898703", \
            "0.0137258, 0.0163295, 0.0231564, 0.0428902, 0.106283, 0.305486, 0.901535", \
            "0.0187983, 0.0219535, 0.0290577, 0.0477075, 0.107932, 0.3052, 0.904493", \
            "0.0261822, 0.0300922, 0.0387927, 0.0573552, 0.11224, 0.304431, 0.902421", \
            "0.0377242, 0.0417498, 0.0522893, 0.073647, 0.124129, 0.309615, 0.897831" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014993, 0.00449577, 0.013481, 0.040424, 0.121215, 0.363474");
          values ( \
            "0.0121053, 0.0141479, 0.0200701, 0.0371764, 0.0878335, 0.239501, 0.695234", \
            "0.0118681, 0.0138878, 0.0198314, 0.0369659, 0.0876715, 0.239377, 0.697482", \
            "0.0115984, 0.0135785, 0.0194606, 0.0365776, 0.0874312, 0.23936, 0.69595", \
            "0.0116093, 0.0135403, 0.0193331, 0.0363354, 0.0871906, 0.239233, 0.695633", \
            "0.0124145, 0.0142235, 0.0200098, 0.0366463, 0.087393, 0.239272, 0.694808", \
            "0.0148954, 0.0166555, 0.0222342, 0.0389846, 0.0889904, 0.240864, 0.695802", \
            "0.0223904, 0.0238969, 0.0290779, 0.0450702, 0.0952656, 0.246541, 0.700325" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014993, 0.00449577, 0.013481, 0.040424, 0.121215, 0.363474");
          values ( \
            "0.0169721, 0.0153908, 0.0105074, -0.0059232, -0.0569824, -0.210645, -0.67085", \
            "0.0167095, 0.0150864, 0.0102069, -0.0061994, -0.0572123, -0.21088, -0.671358", \
            "0.016502, 0.0148446, 0.009956, -0.006418, -0.0573964, -0.210815, -0.671776", \
            "0.0164426, 0.0146673, 0.0096771, -0.0065611, -0.0574038, -0.210936, -0.671491", \
            "0.0177614, 0.0158042, 0.0103456, -0.0059933, -0.0568372, -0.210253, -0.670818", \
            "0.0204778, 0.0184718, 0.0125782, -0.0044777, -0.0554032, -0.208359, -0.668956", \
            "0.0287436, 0.0262575, 0.0197754, 0.0021318, -0.0491745, -0.202541, -0.662913" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_transition : 1.5;
      capacitance : 0.002207;
      rise_capacitance : 0.002321;
      rise_capacitance_range (0.002321, 0.002321);
      fall_capacitance : 0.002093;
      fall_capacitance_range (0.002093, 0.002093);
    }
  }
  cell (scs8hd_lpflow_clkbufkapwr_4) {
    always_on : true;
    area : 7.5072;
    cell_footprint : "clkbufkapwr";
    cell_leakage_power : 0.0158315;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (kapwr) {
      pg_type : backup_power;
      voltage_name : "kapwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.0067651;
      when : "A";
    }
    leakage_power () {
      value : 0.0248979;
      when : "!A";
    }
    leakage_power () {
      value : 0.0158315;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!kapwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_capacitance : 0.684824;
      max_transition : 1.5109;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.06181, 0.0650203, 0.0735811, 0.0958322, 0.161364, 0.375425, 1.09042", \
            "0.0655128, 0.0687078, 0.0772646, 0.0994715, 0.165014, 0.37888, 1.09378", \
            "0.0743854, 0.0775721, 0.0861426, 0.108394, 0.173831, 0.388506, 1.10398", \
            "0.0936112, 0.0970343, 0.105866, 0.128229, 0.193403, 0.408361, 1.1227", \
            "0.115447, 0.119692, 0.130437, 0.155099, 0.220891, 0.435202, 1.1503", \
            "0.128852, 0.133835, 0.147336, 0.177067, 0.24461, 0.45772, 1.17217", \
            "0.111979, 0.117586, 0.133481, 0.171028, 0.246444, 0.459178, 1.17238" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0158507, 0.0183606, 0.0261201, 0.0520849, 0.144052, 0.458447, 1.50597", \
            "0.015923, 0.0184119, 0.0261118, 0.052064, 0.143849, 0.458049, 1.50305", \
            "0.015907, 0.0184241, 0.0260639, 0.0520974, 0.144094, 0.457176, 1.50369", \
            "0.0179674, 0.020361, 0.0277074, 0.052773, 0.143898, 0.457994, 1.5109", \
            "0.0239456, 0.0270422, 0.0345489, 0.0573033, 0.144965, 0.456445, 1.50548", \
            "0.0326326, 0.0362237, 0.0452645, 0.0685397, 0.148958, 0.457543, 1.50565", \
            "0.045705, 0.0493281, 0.0610607, 0.0868749, 0.160239, 0.459577, 1.49934" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0687295, 0.0717453, 0.0797867, 0.0985776, 0.14437, 0.281376, 0.736187", \
            "0.0737293, 0.0767202, 0.0847596, 0.103526, 0.149392, 0.286337, 0.739608", \
            "0.0862066, 0.0892037, 0.0971614, 0.115897, 0.161836, 0.298848, 0.752629", \
            "0.115827, 0.118795, 0.126738, 0.145381, 0.191208, 0.328107, 0.781423", \
            "0.170335, 0.173831, 0.183199, 0.204224, 0.251762, 0.388572, 0.84154", \
            "0.255298, 0.259427, 0.270672, 0.296832, 0.349844, 0.487991, 0.941811", \
            "0.396906, 0.401619, 0.414833, 0.446745, 0.510949, 0.653092, 1.10459" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0156026, 0.0178379, 0.0235145, 0.0392185, 0.0895705, 0.269408, 0.872977", \
            "0.0155883, 0.0177371, 0.0235249, 0.0392676, 0.0893829, 0.27001, 0.88018", \
            "0.0156195, 0.0178449, 0.0234239, 0.0393162, 0.0893546, 0.270131, 0.877128", \
            "0.0159164, 0.0180513, 0.0237575, 0.0394643, 0.0898099, 0.268723, 0.88023", \
            "0.0217892, 0.0241367, 0.0301674, 0.045213, 0.0921151, 0.268622, 0.875339", \
            "0.031692, 0.0343664, 0.0420511, 0.0582973, 0.101664, 0.269673, 0.875364", \
            "0.0461796, 0.0488436, 0.0572085, 0.0779249, 0.122482, 0.277753, 0.873569" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0235665, 0.0258705, 0.0335633, 0.0586476, 0.140372, 0.410951, 1.31224", \
            "0.0234476, 0.0257853, 0.0334522, 0.0584666, 0.140168, 0.410877, 1.30767", \
            "0.0232032, 0.025504, 0.0331911, 0.0582044, 0.139858, 0.410962, 1.31345", \
            "0.0233316, 0.0255566, 0.0329514, 0.0577873, 0.139539, 0.409169, 1.31218", \
            "0.0246045, 0.026725, 0.033706, 0.0580382, 0.139136, 0.41038, 1.31323", \
            "0.0276794, 0.0295678, 0.0365346, 0.0605983, 0.140227, 0.410179, 1.31264", \
            "0.0359857, 0.0373548, 0.0432168, 0.0668054, 0.146961, 0.415158, 1.313" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
          values ( \
            "0.0264757, 0.0243742, 0.0177565, -0.0044579, -0.0850253, -0.358177, -1.26938", \
            "0.0262852, 0.0241662, 0.0175472, -0.0046499, -0.0852731, -0.358379, -1.26957", \
            "0.0260787, 0.0239656, 0.0173189, -0.0049816, -0.0855392, -0.358579, -1.26975", \
            "0.0259341, 0.0237675, 0.0169536, -0.0055605, -0.085939, -0.358803, -1.26992", \
            "0.0267341, 0.0243811, 0.0171999, -0.0052842, -0.0858431, -0.358294, -1.26947", \
            "0.0327547, 0.0300144, 0.0217972, -0.0032763, -0.0846295, -0.357093, -1.26804", \
            "0.0417357, 0.0386176, 0.0293108, 0.0031283, -0.0787604, -0.352384, -1.26315" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_transition : 1.5;
      capacitance : 0.002146;
      rise_capacitance : 0.002267;
      rise_capacitance_range (0.002267, 0.002267);
      fall_capacitance : 0.002025;
      fall_capacitance_range (0.002025, 0.002025);
    }
  }
  cell (scs8hd_lpflow_clkbufkapwr_8) {
    always_on : true;
    area : 13.7632;
    cell_footprint : "clkbufkapwr";
    cell_leakage_power : 0.0317937;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (kapwr) {
      pg_type : backup_power;
      voltage_name : "kapwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.013746;
      when : "A";
    }
    leakage_power () {
      value : 0.0498414;
      when : "!A";
    }
    leakage_power () {
      value : 0.0317937;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!kapwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_capacitance : 1.24238;
      max_transition : 1.50808;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00184014, 0.00677223, 0.0249237, 0.0917261, 0.337578, 1.24238");
          values ( \
            "0.0592928, 0.0613575, 0.0677019, 0.0861864, 0.143421, 0.347589, 1.09486", \
            "0.0629513, 0.0649766, 0.0713627, 0.0898402, 0.147086, 0.351062, 1.09589", \
            "0.071623, 0.0736693, 0.0800468, 0.0984321, 0.155684, 0.359633, 1.10372", \
            "0.089924, 0.0921524, 0.0987411, 0.117328, 0.174559, 0.379131, 1.12239", \
            "0.109282, 0.111974, 0.120117, 0.140693, 0.198402, 0.401679, 1.14958", \
            "0.117503, 0.120661, 0.130508, 0.156049, 0.216147, 0.418508, 1.16325", \
            "0.089271, 0.0927452, 0.104273, 0.13584, 0.205369, 0.407342, 1.15095" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00184014, 0.00677223, 0.0249237, 0.0917261, 0.337578, 1.24238");
          values ( \
            "0.0155886, 0.0172029, 0.0227959, 0.0430054, 0.120829, 0.416256, 1.50663", \
            "0.0155725, 0.0171851, 0.0227921, 0.0430147, 0.120959, 0.416154, 1.50808", \
            "0.0154956, 0.0171713, 0.022799, 0.0429853, 0.120802, 0.416493, 1.50391", \
            "0.0178759, 0.0194307, 0.0247183, 0.0440306, 0.121024, 0.416509, 1.50246", \
            "0.0237699, 0.0255166, 0.0310718, 0.0488908, 0.122376, 0.415945, 1.50523", \
            "0.0321706, 0.0343396, 0.0412223, 0.0600974, 0.126679, 0.416704, 1.50524", \
            "0.0460473, 0.0481109, 0.0561487, 0.0780002, 0.140138, 0.417961, 1.49817" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00184014, 0.00677223, 0.0249237, 0.0917261, 0.337578, 1.24238");
          values ( \
            "0.0692614, 0.0712121, 0.0772262, 0.0929428, 0.13317, 0.258232, 0.712058", \
            "0.0744523, 0.0763732, 0.082402, 0.0982923, 0.138341, 0.263355, 0.71619", \
            "0.0870614, 0.088977, 0.0949862, 0.110754, 0.150987, 0.276101, 0.730021", \
            "0.11712, 0.119055, 0.124994, 0.140649, 0.180868, 0.305938, 0.758411", \
            "0.173683, 0.175878, 0.182789, 0.200606, 0.242546, 0.36788, 0.81962", \
            "0.263533, 0.266162, 0.274314, 0.296274, 0.344314, 0.471605, 0.925905", \
            "0.416631, 0.419561, 0.429089, 0.455438, 0.514956, 0.647345, 1.09894" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00184014, 0.00677223, 0.0249237, 0.0917261, 0.337578, 1.24238");
          values ( \
            "0.0157812, 0.0171327, 0.0215227, 0.0339069, 0.0757493, 0.238144, 0.850509", \
            "0.0158148, 0.0171678, 0.0214216, 0.0338649, 0.0757926, 0.238134, 0.85893", \
            "0.0158165, 0.0171684, 0.0213539, 0.033917, 0.0757449, 0.238317, 0.858711", \
            "0.0160348, 0.0174062, 0.0216828, 0.0341434, 0.0757479, 0.238238, 0.850707", \
            "0.0219755, 0.0234123, 0.0280264, 0.0399176, 0.0787909, 0.238017, 0.850819", \
            "0.0319346, 0.0335646, 0.03895, 0.0527529, 0.0892615, 0.240657, 0.854376", \
            "0.0468264, 0.0483344, 0.053955, 0.0712373, 0.110313, 0.248687, 0.84947" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00184014, 0.00677223, 0.0249237, 0.0917261, 0.337578, 1.24238");
          values ( \
            "0.0441255, 0.046834, 0.0566969, 0.0927386, 0.220392, 0.684289, 2.38951", \
            "0.0438568, 0.0465432, 0.0564229, 0.0924639, 0.220017, 0.683792, 2.38757", \
            "0.0435334, 0.0461936, 0.0560657, 0.0917655, 0.219464, 0.683433, 2.3745", \
            "0.0438958, 0.0465955, 0.0558758, 0.0909149, 0.218154, 0.683201, 2.37486", \
            "0.0462617, 0.0486641, 0.0577115, 0.0913524, 0.217726, 0.682185, 2.38794", \
            "0.051817, 0.0539414, 0.0624169, 0.096378, 0.219667, 0.683108, 2.38584", \
            "0.06728, 0.0687044, 0.0760161, 0.108073, 0.232401, 0.691208, 2.387" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00184014, 0.00677223, 0.0249237, 0.0917261, 0.337578, 1.24238");
          values ( \
            "0.0523226, 0.049968, 0.0414158, 0.0110589, -0.111874, -0.578031, -2.29759", \
            "0.0520317, 0.049634, 0.0412048, 0.0103238, -0.112034, -0.578048, -2.29795", \
            "0.0516621, 0.0492043, 0.0406607, 0.0100486, -0.112764, -0.578577, -2.29812", \
            "0.0515405, 0.0490981, 0.0401772, 0.0090604, -0.113622, -0.578922, -2.29847", \
            "0.053294, 0.0505431, 0.0411669, 0.0093245, -0.11373, -0.578642, -2.29784", \
            "0.0638997, 0.0606719, 0.0497669, 0.0141285, -0.111967, -0.57626, -2.29515", \
            "0.0806022, 0.0769264, 0.0645375, 0.026071, -0.101994, -0.567259, -2.28597" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_transition : 1.5;
      capacitance : 0.003958;
      rise_capacitance : 0.00419;
      rise_capacitance_range (0.00419, 0.00419);
      fall_capacitance : 0.003727;
      fall_capacitance_range (0.003727, 0.003727);
    }
  }
  cell (scs8hd_lpflow_clkinvkapwr_1) {
    always_on : true;
    area : 3.7536;
    cell_footprint : "clkinvkapwr";
    cell_leakage_power : 0.0023071;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (kapwr) {
      pg_type : backup_power;
      voltage_name : "kapwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.0045504;
      when : "A";
    }
    leakage_power () {
      value : 6.38047e-05;
      when : "!A";
    }
    leakage_power () {
      value : 0.0023071;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!kapwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_capacitance : 0.281077;
      max_transition : 1.48939;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0130777, 0.0160594, 0.0241137, 0.0462427, 0.109353, 0.291361, 0.806527", \
            "0.0179784, 0.0211936, 0.0291323, 0.0515281, 0.114814, 0.296466, 0.814046", \
            "0.0248899, 0.0300387, 0.0410805, 0.0636011, 0.127029, 0.307057, 0.822684", \
            "0.0349735, 0.0428942, 0.0598635, 0.091391, 0.155084, 0.334424, 0.851466", \
            "0.0507316, 0.0620611, 0.0872081, 0.136299, 0.222379, 0.400062, 0.916649", \
            "0.077742, 0.0938625, 0.129294, 0.201841, 0.333811, 0.55676, 1.06379", \
            "0.126528, 0.148833, 0.199255, 0.302934, 0.498693, 0.842815, 1.42713" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0075886, 0.0114784, 0.0226855, 0.0551808, 0.147615, 0.414775, 1.18017", \
            "0.0100966, 0.0129176, 0.0227863, 0.055116, 0.147848, 0.415502, 1.17799", \
            "0.016514, 0.0202785, 0.0282327, 0.0556329, 0.1475, 0.414442, 1.17994", \
            "0.0264407, 0.032217, 0.0438998, 0.0678894, 0.148656, 0.41293, 1.17531", \
            "0.0439037, 0.0520696, 0.0702367, 0.104334, 0.173591, 0.41443, 1.17726", \
            "0.0787229, 0.0885917, 0.114606, 0.167841, 0.258569, 0.455902, 1.17616", \
            "0.151192, 0.163108, 0.196061, 0.270609, 0.410794, 0.653499, 1.2437" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0158336, 0.0200154, 0.0311063, 0.0614, 0.1472, 0.391772, 1.09424", \
            "0.0192103, 0.0232549, 0.0343562, 0.0650295, 0.150611, 0.394341, 1.0998", \
            "0.0236893, 0.0297182, 0.0430089, 0.073661, 0.159454, 0.40407, 1.10652", \
            "0.0271562, 0.0361296, 0.0559572, 0.0949661, 0.180812, 0.425169, 1.1266", \
            "0.0273002, 0.0396809, 0.0681096, 0.125566, 0.231369, 0.474311, 1.17497", \
            "0.0186047, 0.0352562, 0.0735846, 0.155403, 0.310294, 0.593199, 1.29677", \
            "-0.0144238, 0.0089715, 0.0615597, 0.173062, 0.395139, 0.809886, 1.56395" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.009001, 0.0137048, 0.0272022, 0.0667051, 0.17906, 0.500115, 1.42637", \
            "0.0102981, 0.0143303, 0.0274701, 0.0664733, 0.178028, 0.502141, 1.43191", \
            "0.0166864, 0.0212223, 0.0313336, 0.066572, 0.178751, 0.49955, 1.42331", \
            "0.0268986, 0.0336636, 0.047861, 0.0776648, 0.179426, 0.502042, 1.43596", \
            "0.0441031, 0.0536917, 0.0755824, 0.116061, 0.201943, 0.506099, 1.43898", \
            "0.0762579, 0.0902719, 0.118313, 0.180822, 0.294102, 0.540592, 1.42794", \
            "0.146048, 0.161606, 0.200434, 0.286468, 0.453736, 0.748668, 1.48939" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0115081, 0.0134987, 0.018861, 0.0336397, 0.075385, 0.195776, 0.540852", \
            "0.0113294, 0.0132243, 0.0185901, 0.0334542, 0.0754865, 0.196636, 0.542634", \
            "0.0113431, 0.0131379, 0.0183562, 0.0331386, 0.0754201, 0.195377, 0.540579", \
            "0.0117958, 0.0134399, 0.0184663, 0.0330669, 0.0746952, 0.194177, 0.539623", \
            "0.0132059, 0.014704, 0.019362, 0.0335932, 0.0750926, 0.194525, 0.540065", \
            "0.0167956, 0.0179974, 0.022019, 0.0354497, 0.0766188, 0.195002, 0.538433", \
            "0.0280911, 0.0290431, 0.0335565, 0.0442556, 0.0836076, 0.198709, 0.538795" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "-0.0047613, -0.0062718, -0.0109862, -0.0253769, -0.0674732, -0.18866, -0.537062", \
            "-0.0051907, -0.0067231, -0.0114086, -0.0256101, -0.0675619, -0.188713, -0.537046", \
            "-0.0053582, -0.0070142, -0.0118303, -0.0259851, -0.0677341, -0.188808, -0.537089", \
            "-0.0047789, -0.0067347, -0.0119862, -0.0263368, -0.0680499, -0.188932, -0.537146", \
            "-0.0037076, -0.005596, -0.0109794, -0.0262099, -0.06817, -0.189034, -0.537146", \
            "0.0009075, -0.002239, -0.0084092, -0.0235548, -0.0666675, -0.188823, -0.537162", \
            "0.01054, 0.0076962, 0.0009734, -0.0176857, -0.0618561, -0.186174, -0.536178" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_transition : 1.5;
      capacitance : 0.003007;
      rise_capacitance : 0.003177;
      rise_capacitance_range (0.003177, 0.003177);
      fall_capacitance : 0.002838;
      fall_capacitance_range (0.002838, 0.002838);
    }
  }
  cell (scs8hd_lpflow_clkinvkapwr_16) {
    always_on : true;
    area : 30.0288;
    cell_footprint : "clkinvkapwr";
    cell_leakage_power : 0.0757792;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (kapwr) {
      pg_type : backup_power;
      voltage_name : "kapwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.148704;
      when : "A";
    }
    leakage_power () {
      value : 0.0028544;
      when : "!A";
    }
    leakage_power () {
      value : 0.0757792;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!kapwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_capacitance : 3.1009;
      max_transition : 1.49449;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00214317, 0.00918634, 0.0393758, 0.168778, 0.723438, 3.1009");
          values ( \
            "0.0152792, 0.0159261, 0.0184758, 0.0277263, 0.0629014, 0.210737, 0.843775", \
            "0.0203153, 0.0209669, 0.0234723, 0.0326645, 0.06803, 0.215654, 0.846698", \
            "0.0284317, 0.0294647, 0.0333453, 0.0451469, 0.0807337, 0.228124, 0.862626", \
            "0.0416026, 0.0431132, 0.0488895, 0.0669638, 0.110915, 0.258604, 0.892147", \
            "0.0651616, 0.067245, 0.0754072, 0.10166, 0.170206, 0.328802, 0.965652", \
            "0.110511, 0.11343, 0.125011, 0.163073, 0.264911, 0.489263, 1.121", \
            "0.203011, 0.207016, 0.22293, 0.277016, 0.422062, 0.766801, 1.49801" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00214317, 0.00918634, 0.0393758, 0.168778, 0.723438, 3.1009");
          values ( \
            "0.0072797, 0.0078924, 0.0105303, 0.0222169, 0.073422, 0.29377, 1.23987", \
            "0.0087585, 0.0092017, 0.0113736, 0.0223947, 0.0733677, 0.293523, 1.23369", \
            "0.0144968, 0.0151584, 0.0176944, 0.0264677, 0.0734007, 0.292997, 1.23776", \
            "0.0233359, 0.0243155, 0.0281496, 0.0412117, 0.0803703, 0.292709, 1.23843", \
            "0.0392832, 0.0407394, 0.046224, 0.0653833, 0.114026, 0.297087, 1.23479", \
            "0.0710035, 0.0732933, 0.0803222, 0.107071, 0.179084, 0.353787, 1.23209", \
            "0.139187, 0.139859, 0.148997, 0.183194, 0.285904, 0.531632, 1.28358" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00214317, 0.00918634, 0.0393758, 0.168778, 0.723438, 3.1009");
          values ( \
            "0.0177842, 0.0185129, 0.0214795, 0.0326379, 0.0759677, 0.256846, 1.03153", \
            "0.0204887, 0.0212336, 0.0241971, 0.035363, 0.078839, 0.260005, 1.03513", \
            "0.0233255, 0.0244519, 0.0288093, 0.0429373, 0.0870644, 0.26865, 1.04743", \
            "0.0229679, 0.0246308, 0.031074, 0.0520892, 0.107011, 0.288738, 1.06463", \
            "0.0142718, 0.0165797, 0.0255252, 0.0558555, 0.137375, 0.336261, 1.11297", \
            "-0.0145663, -0.0113271, 0.0010983, 0.0427242, 0.160512, 0.438979, 1.22304", \
            "-0.0923186, -0.0880593, -0.0711633, -0.0136095, 0.14956, 0.558868, 1.47781" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00214317, 0.00918634, 0.0393758, 0.168778, 0.723438, 3.1009");
          values ( \
            "0.0080244, 0.0087478, 0.0118539, 0.0255368, 0.0844148, 0.336343, 1.41765", \
            "0.0091738, 0.0097883, 0.0124468, 0.025523, 0.0844178, 0.337309, 1.41959", \
            "0.0145115, 0.0154164, 0.0187608, 0.0298264, 0.0846629, 0.33732, 1.41674", \
            "0.0234503, 0.0246909, 0.0294462, 0.0451872, 0.0926292, 0.337505, 1.42147", \
            "0.0379125, 0.0397003, 0.0469499, 0.070329, 0.13399, 0.344279, 1.42182", \
            "0.0670957, 0.0692249, 0.078334, 0.111744, 0.199899, 0.417751, 1.426", \
            "0.129643, 0.132285, 0.143555, 0.183381, 0.306855, 0.613871, 1.49449" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00214317, 0.00918634, 0.0393758, 0.168778, 0.723438, 3.1009");
          values ( \
            "0.132555, 0.136418, 0.152621, 0.216074, 0.464442, 1.5092, 5.98148", \
            "0.131236, 0.134685, 0.149642, 0.212028, 0.462402, 1.51014, 5.98341", \
            "0.131787, 0.135043, 0.148852, 0.208644, 0.458523, 1.50644, 5.98573", \
            "0.138557, 0.141497, 0.154205, 0.210686, 0.454857, 1.50322, 5.98108", \
            "0.152853, 0.15532, 0.166513, 0.218247, 0.459651, 1.50192, 5.95743", \
            "0.189914, 0.200926, 0.204029, 0.246932, 0.479597, 1.50717, 5.96937", \
            "0.297478, 0.298839, 0.305255, 0.357131, 0.559077, 1.56098, 5.98095" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00214317, 0.00918634, 0.0393758, 0.168778, 0.723438, 3.1009");
          values ( \
            "-0.0520392, -0.054388, -0.0649375, -0.116347, -0.357914, -1.41104, -5.93103", \
            "-0.0566114, -0.0591946, -0.0704781, -0.121321, -0.360202, -1.41178, -5.9312", \
            "-0.0589524, -0.0618785, -0.0740185, -0.126893, -0.363715, -1.41289, -5.93128", \
            "-0.0571323, -0.0602606, -0.0735675, -0.129388, -0.368727, -1.41499, -5.93161", \
            "-0.0394429, -0.0430816, -0.0577614, -0.117818, -0.368553, -1.4163, -5.93156", \
            "-0.0016912, -0.0062277, -0.0241281, -0.0926359, -0.35268, -1.41435, -5.92982", \
            "0.104469, 0.0991152, 0.0773473, 0.0025159, -0.292159, -1.38421, -5.91764" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_transition : 1.5;
      capacitance : 0.038143;
      rise_capacitance : 0.040461;
      rise_capacitance_range (0.040461, 0.040461);
      fall_capacitance : 0.035826;
      fall_capacitance_range (0.035826, 0.035826);
    }
  }
  cell (scs8hd_lpflow_clkinvkapwr_2) {
    always_on : true;
    area : 5.0048;
    cell_footprint : "clkinvkapwr";
    cell_leakage_power : 0.0093938;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (kapwr) {
      pg_type : backup_power;
      voltage_name : "kapwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.0186152;
      when : "A";
    }
    leakage_power () {
      value : 0.0001724;
      when : "!A";
    }
    leakage_power () {
      value : 0.0093938;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!kapwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_capacitance : 0.566721;
      max_transition : 1.49926;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161449, 0.00521319, 0.0168333, 0.0543546, 0.17551, 0.566721");
          values ( \
            "0.0130655, 0.0153466, 0.0222373, 0.0434367, 0.109876, 0.324288, 1.01215", \
            "0.0181582, 0.0206402, 0.0272858, 0.0483751, 0.11464, 0.33024, 1.03196", \
            "0.0254998, 0.0295402, 0.0392951, 0.0608866, 0.127803, 0.340639, 1.0341", \
            "0.0367831, 0.0428198, 0.0578909, 0.0889357, 0.156222, 0.369538, 1.05671", \
            "0.056115, 0.0646302, 0.0865637, 0.1343, 0.225064, 0.437149, 1.12198", \
            "0.0921199, 0.103914, 0.134616, 0.203892, 0.343192, 0.595607, 1.28029", \
            "0.163514, 0.179426, 0.22178, 0.320433, 0.525171, 0.911348, 1.64724" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161449, 0.00521319, 0.0168333, 0.0543546, 0.17551, 0.566721");
          values ( \
            "0.0074397, 0.0102672, 0.0195727, 0.0497051, 0.14614, 0.459906, 1.46779", \
            "0.0098452, 0.0118399, 0.0197989, 0.0495262, 0.146396, 0.458365, 1.46809", \
            "0.0159901, 0.0188794, 0.0256111, 0.0504911, 0.146614, 0.460018, 1.46922", \
            "0.0253051, 0.0296626, 0.0403083, 0.0631114, 0.146973, 0.459355, 1.47064", \
            "0.0422479, 0.0476295, 0.0635915, 0.0974388, 0.170242, 0.456972, 1.46518", \
            "0.0735202, 0.0813674, 0.103291, 0.154145, 0.25139, 0.490098, 1.46557", \
            "0.142405, 0.152957, 0.178367, 0.248733, 0.397395, 0.673007, 1.49926" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161449, 0.00521319, 0.0168333, 0.0543546, 0.17551, 0.566721");
          values ( \
            "0.0134958, 0.0159772, 0.0234868, 0.046149, 0.11719, 0.345118, 1.08599", \
            "0.016487, 0.0193192, 0.0268143, 0.0495011, 0.120917, 0.348852, 1.09428", \
            "0.0195118, 0.0236635, 0.0342913, 0.0581402, 0.130198, 0.359111, 1.09556", \
            "0.0204667, 0.0265386, 0.0421791, 0.0766831, 0.150055, 0.379012, 1.11498", \
            "0.0156388, 0.0241403, 0.0461109, 0.0967348, 0.19778, 0.428123, 1.16432", \
            "-0.0040971, 0.0076725, 0.0381662, 0.109349, 0.258875, 0.542381, 1.27833", \
            "-0.061305, -0.0454776, -0.0025988, 0.0957487, 0.30744, 0.72958, 1.54257" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161449, 0.00521319, 0.0168333, 0.0543546, 0.17551, 0.566721");
          values ( \
            "0.0069807, 0.0097917, 0.0188383, 0.0485508, 0.142676, 0.44853, 1.42749", \
            "0.0090467, 0.0111132, 0.0191121, 0.0484666, 0.141954, 0.44816, 1.42732", \
            "0.0147834, 0.0176746, 0.0252624, 0.0494843, 0.142064, 0.445881, 1.42806", \
            "0.023754, 0.028381, 0.0398346, 0.0641655, 0.144996, 0.447024, 1.42669", \
            "0.039113, 0.0460814, 0.0626268, 0.100039, 0.174582, 0.44958, 1.42322", \
            "0.0703597, 0.0786907, 0.102285, 0.155272, 0.264762, 0.499826, 1.42979", \
            "0.135866, 0.146024, 0.176203, 0.251216, 0.409407, 0.711209, 1.49679" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161449, 0.00521319, 0.0168333, 0.0543546, 0.17551, 0.566721");
          values ( \
            "0.0182535, 0.0206754, 0.0280489, 0.0504756, 0.121713, 0.349896, 1.08453", \
            "0.0179243, 0.0202183, 0.0274369, 0.0498791, 0.120558, 0.349879, 1.08321", \
            "0.0181214, 0.0203036, 0.0271371, 0.0494988, 0.120886, 0.349089, 1.08624", \
            "0.0187391, 0.0207598, 0.0274915, 0.0492772, 0.120097, 0.348217, 1.09007", \
            "0.0211842, 0.0229516, 0.0291136, 0.0503708, 0.120366, 0.347228, 1.0844", \
            "0.0272477, 0.0285699, 0.0338375, 0.0533149, 0.123032, 0.347871, 1.07808", \
            "0.0469076, 0.0459813, 0.0512738, 0.0709594, 0.134165, 0.352866, 1.08322" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161449, 0.00521319, 0.0168333, 0.0543546, 0.17551, 0.566721");
          values ( \
            "-0.0063251, -0.0080292, -0.0141612, -0.035609, -0.106671, -0.33692, -1.08108", \
            "-0.0070057, -0.008831, -0.0149271, -0.0360683, -0.106874, -0.336978, -1.08071", \
            "-0.0073219, -0.0092991, -0.0156954, -0.0367695, -0.10717, -0.337116, -1.08073", \
            "-0.0066086, -0.0087567, -0.0158113, -0.0374807, -0.107641, -0.33728, -1.0808", \
            "-0.0044296, -0.0064389, -0.0139566, -0.0369055, -0.10778, -0.337609, -1.08066", \
            "0.0023499, -0.0006033, -0.0091533, -0.0333608, -0.106738, -0.336777, -1.07808", \
            "0.0198846, 0.0165185, 0.0075873, -0.0215797, -0.096781, -0.330705, -1.07847" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_transition : 1.5;
      capacitance : 0.005153;
      rise_capacitance : 0.005474;
      rise_capacitance_range (0.005474, 0.005474);
      fall_capacitance : 0.004833;
      fall_capacitance_range (0.004833, 0.004833);
    }
  }
  cell (scs8hd_lpflow_clkinvkapwr_4) {
    always_on : true;
    area : 8.7584;
    cell_footprint : "clkinvkapwr";
    cell_leakage_power : 0.0188573;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (kapwr) {
      pg_type : backup_power;
      voltage_name : "kapwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.0371894;
      when : "A";
    }
    leakage_power () {
      value : 0.0005252;
      when : "!A";
    }
    leakage_power () {
      value : 0.0188573;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!kapwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_capacitance : 1.04188;
      max_transition : 1.49375;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178695, 0.00638635, 0.0228241, 0.0815709, 0.291525, 1.04188");
          values ( \
            "0.0131398, 0.0146222, 0.0195945, 0.0360691, 0.0921495, 0.293711, 1.00413", \
            "0.018411, 0.0200639, 0.0248553, 0.041066, 0.0979463, 0.298845, 1.01601", \
            "0.0261017, 0.0288053, 0.0361985, 0.0537932, 0.110321, 0.309069, 1.02282", \
            "0.0384894, 0.0424513, 0.0538476, 0.080751, 0.140307, 0.340761, 1.05657", \
            "0.0605392, 0.0661058, 0.0822306, 0.123179, 0.207536, 0.407539, 1.12118", \
            "0.103051, 0.110889, 0.133197, 0.192126, 0.32159, 0.571875, 1.27825", \
            "0.190667, 0.200651, 0.231886, 0.315663, 0.502324, 0.885967, 1.65318" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178695, 0.00638635, 0.0228241, 0.0815709, 0.291525, 1.04188");
          values ( \
            "0.007041, 0.0088182, 0.0152791, 0.0384315, 0.120737, 0.416289, 1.45976", \
            "0.0093167, 0.010509, 0.0157106, 0.0383443, 0.120686, 0.41548, 1.4681", \
            "0.0153134, 0.0171032, 0.0223625, 0.0401217, 0.120522, 0.413686, 1.46555", \
            "0.0244722, 0.0272167, 0.0353104, 0.0544554, 0.12247, 0.414488, 1.46471", \
            "0.0401437, 0.0440492, 0.0563835, 0.0854935, 0.148929, 0.414189, 1.4617", \
            "0.0712816, 0.0770427, 0.0934304, 0.135857, 0.228114, 0.452437, 1.46532", \
            "0.138897, 0.144564, 0.165612, 0.221892, 0.360241, 0.630842, 1.49375" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178695, 0.00638635, 0.0228241, 0.0815709, 0.291525, 1.04188");
          values ( \
            "0.0130196, 0.0145523, 0.0197178, 0.0361774, 0.0929936, 0.295316, 1.01415", \
            "0.0157788, 0.0176062, 0.0228774, 0.0396031, 0.0968714, 0.300285, 1.02326", \
            "0.0179749, 0.0206424, 0.0285407, 0.0480781, 0.105548, 0.307842, 1.02715", \
            "0.0172306, 0.0211562, 0.0328021, 0.061865, 0.125945, 0.327738, 1.04721", \
            "0.0088882, 0.0143245, 0.0307998, 0.0732585, 0.166736, 0.376276, 1.0967", \
            "-0.0186213, -0.0111253, 0.0115012, 0.070465, 0.206649, 0.486487, 1.20647", \
            "-0.0936168, -0.0832419, -0.0514147, 0.0321021, 0.223597, 0.635847, 1.46738" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178695, 0.00638635, 0.0228241, 0.0815709, 0.291525, 1.04188");
          values ( \
            "0.0063441, 0.00797, 0.0139524, 0.0352412, 0.11078, 0.380684, 1.34832", \
            "0.0086544, 0.0097777, 0.0146156, 0.0350801, 0.111408, 0.384713, 1.35464", \
            "0.0139623, 0.015864, 0.0216923, 0.0381399, 0.111469, 0.382196, 1.34908", \
            "0.0224765, 0.0254915, 0.0342233, 0.0555134, 0.116018, 0.380796, 1.35205", \
            "0.0377209, 0.0415263, 0.054639, 0.0859639, 0.152111, 0.388573, 1.35168", \
            "0.0675827, 0.0727284, 0.0905883, 0.134181, 0.237994, 0.448164, 1.35287", \
            "0.131654, 0.138076, 0.15949, 0.219175, 0.363804, 0.662751, 1.42813" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178695, 0.00638635, 0.0228241, 0.0815709, 0.291525, 1.04188");
          values ( \
            "0.0360004, 0.0389147, 0.0487444, 0.0810479, 0.191605, 0.588698, 1.98873", \
            "0.0354028, 0.038139, 0.0475651, 0.0800602, 0.191938, 0.587864, 2.00235", \
            "0.03569, 0.0382096, 0.0473155, 0.0789487, 0.190898, 0.584327, 1.99082", \
            "0.0369194, 0.039237, 0.047774, 0.0786826, 0.19, 0.587622, 2.00033", \
            "0.0416331, 0.0436356, 0.0511565, 0.0805449, 0.189725, 0.581782, 1.99508", \
            "0.0551232, 0.0541127, 0.0603762, 0.0870234, 0.195597, 0.585566, 1.99839", \
            "0.0860186, 0.0864359, 0.0909919, 0.11782, 0.213944, 0.595043, 1.99528" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00178695, 0.00638635, 0.0228241, 0.0815709, 0.291525, 1.04188");
          values ( \
            "-0.0131294, -0.0150456, -0.0225796, -0.0523728, -0.163387, -0.562337, -1.98873", \
            "-0.0145432, -0.0166163, -0.0241358, -0.0534469, -0.163761, -0.562515, -1.98875", \
            "-0.0150773, -0.017367, -0.0254192, -0.05488, -0.164535, -0.562728, -1.98902", \
            "-0.0144569, -0.0169387, -0.025594, -0.0558013, -0.165701, -0.563224, -1.9892", \
            "-0.0098007, -0.0126597, -0.0214166, -0.0538581, -0.166289, -0.563736, -1.98889", \
            "0.0026402, -0.000869, -0.0124025, -0.0476316, -0.160018, -0.562339, -1.98925", \
            "0.034626, 0.0306436, 0.0174577, -0.0202777, -0.146547, -0.553679, -1.98552" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_transition : 1.5;
      capacitance : 0.010216;
      rise_capacitance : 0.010854;
      rise_capacitance_range (0.010854, 0.010854);
      fall_capacitance : 0.009578;
      fall_capacitance_range (0.009578, 0.009578);
    }
  }
  cell (scs8hd_lpflow_clkinvkapwr_8) {
    always_on : true;
    area : 16.2656;
    cell_footprint : "clkinvkapwr";
    cell_leakage_power : 0.03779;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (kapwr) {
      pg_type : backup_power;
      voltage_name : "kapwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.0743646;
      when : "A";
    }
    leakage_power () {
      value : 0.0012155;
      when : "!A";
    }
    leakage_power () {
      value : 0.03779;
    }
    pin (Y) {
      direction : output;
      function : "(!A)";
      power_down_function : "(!kapwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_capacitance : 1.91346;
      max_transition : 1.49994;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197748, 0.00782084, 0.0309311, 0.122331, 0.483814, 1.91346");
          values ( \
            "0.0132683, 0.0142254, 0.017816, 0.0305093, 0.0778994, 0.264117, 0.986146", \
            "0.0185547, 0.0196627, 0.0231398, 0.0356896, 0.0830754, 0.267727, 0.994062", \
            "0.0263621, 0.0280977, 0.0337264, 0.048473, 0.0955166, 0.279974, 1.00745", \
            "0.0390805, 0.0415539, 0.0499852, 0.0729749, 0.125667, 0.31007, 1.03977", \
            "0.0618016, 0.0653694, 0.0773328, 0.111717, 0.190578, 0.379855, 1.10613", \
            "0.105906, 0.111065, 0.128041, 0.176852, 0.294866, 0.542307, 1.26493", \
            "0.198037, 0.20446, 0.227149, 0.295888, 0.467988, 0.844265, 1.6413" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197748, 0.00782084, 0.0309311, 0.122331, 0.483814, 1.91346");
          values ( \
            "0.0068428, 0.0079512, 0.0123781, 0.0301, 0.0999012, 0.375753, 1.46889", \
            "0.0090937, 0.0097991, 0.0132047, 0.0300743, 0.100098, 0.375878, 1.47038", \
            "0.0149008, 0.0160612, 0.0202579, 0.0331228, 0.100028, 0.376525, 1.46703", \
            "0.0240196, 0.0256944, 0.0316532, 0.0480801, 0.10389, 0.376583, 1.47226", \
            "0.0396594, 0.0420593, 0.0506374, 0.0753739, 0.133604, 0.37635, 1.465", \
            "0.0708836, 0.0740051, 0.0856435, 0.121864, 0.205362, 0.419864, 1.46681", \
            "0.137632, 0.141718, 0.156532, 0.202565, 0.326287, 0.598282, 1.49994" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197748, 0.00782084, 0.0309311, 0.122331, 0.483814, 1.91346");
          values ( \
            "0.0136619, 0.0146882, 0.0183876, 0.0317516, 0.0801823, 0.270799, 1.0276", \
            "0.0163865, 0.0175992, 0.0215188, 0.0347416, 0.0841361, 0.274506, 1.02946", \
            "0.0184563, 0.0202031, 0.0261678, 0.0429788, 0.0922172, 0.282693, 1.03541", \
            "0.0173694, 0.019856, 0.0285764, 0.0535118, 0.1127, 0.30318, 1.06246", \
            "0.0080008, 0.0115993, 0.0238232, 0.0598022, 0.147611, 0.351211, 1.10728", \
            "-0.0215258, -0.016604, 0.0002098, 0.050471, 0.17741, 0.458377, 1.2139", \
            "-0.100951, -0.0943093, -0.0708232, -0.0019943, 0.175534, 0.590612, 1.47307" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197748, 0.00782084, 0.0309311, 0.122331, 0.483814, 1.91346");
          values ( \
            "0.006558, 0.0075968, 0.0117689, 0.02866, 0.0953648, 0.358378, 1.40281", \
            "0.008711, 0.0094495, 0.0127617, 0.0287405, 0.0956761, 0.358804, 1.40185", \
            "0.01386, 0.0151647, 0.0194622, 0.032725, 0.095382, 0.359333, 1.40341", \
            "0.0223387, 0.0243174, 0.0309072, 0.0491776, 0.102383, 0.359584, 1.40722", \
            "0.0371833, 0.0396477, 0.0490279, 0.0764986, 0.142643, 0.364938, 1.40043", \
            "0.0664754, 0.0700077, 0.0830772, 0.119974, 0.215385, 0.43311, 1.4038", \
            "0.130286, 0.134203, 0.14912, 0.198441, 0.331142, 0.637081, 1.48071" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197748, 0.00782084, 0.0309311, 0.122331, 0.483814, 1.91346");
          values ( \
            "0.069871, 0.0732829, 0.0862152, 0.132748, 0.306406, 0.983299, 3.66097", \
            "0.0689296, 0.0720384, 0.0843461, 0.130697, 0.305317, 0.986878, 3.67961", \
            "0.0694963, 0.0724662, 0.0837596, 0.129025, 0.303594, 0.986865, 3.67516", \
            "0.0717136, 0.0743605, 0.0851121, 0.128917, 0.301635, 0.983742, 3.67305", \
            "0.0805721, 0.0848779, 0.0931621, 0.134078, 0.303639, 0.982379, 3.66832", \
            "0.10136, 0.10329, 0.111504, 0.147977, 0.314013, 0.985534, 3.66598", \
            "0.164104, 0.165825, 0.166361, 0.197087, 0.348212, 1.0119, 3.67747" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00197748, 0.00782084, 0.0309311, 0.122331, 0.483814, 1.91346");
          values ( \
            "-0.0258721, -0.0280897, -0.0372935, -0.0782817, -0.250579, -0.937448, -3.65404", \
            "-0.0286535, -0.0309767, -0.0404866, -0.0805897, -0.251417, -0.937733, -3.65554", \
            "-0.0297598, -0.0323514, -0.0426676, -0.0834485, -0.253093, -0.938136, -3.65561", \
            "-0.0286911, -0.0308473, -0.0419385, -0.084794, -0.255119, -0.938978, -3.65563", \
            "-0.0189878, -0.0223497, -0.0347625, -0.081398, -0.255687, -0.939818, -3.65566", \
            "0.0029799, -0.0010355, -0.0160222, -0.0664462, -0.244783, -0.938022, -3.65479", \
            "0.0622401, 0.0574637, 0.0403445, -0.0205594, -0.217077, -0.92388, -3.649" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_transition : 1.5;
      capacitance : 0.02028;
      rise_capacitance : 0.021525;
      rise_capacitance_range (0.021525, 0.021525);
      fall_capacitance : 0.019035;
      fall_capacitance_range (0.019035, 0.019035);
    }
  }
  cell (scs8hd_lpflow_decapkapwr_12) {
    area : 15.0144;
    cell_footprint : "decap";
    cell_leakage_power : 0.0038025;
    pg_pin (kapwr) {
      pg_type : backup_power;
      voltage_name : "kapwr";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
  }
  cell (scs8hd_lpflow_decapkapwr_3) {
    area : 3.7536;
    cell_footprint : "decap";
    cell_leakage_power : 0.0038025;
    pg_pin (kapwr) {
      pg_type : backup_power;
      voltage_name : "kapwr";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
  }
  cell (scs8hd_lpflow_decapkapwr_4) {
    area : 5.0048;
    cell_footprint : "decap";
    cell_leakage_power : 0.0038025;
    pg_pin (kapwr) {
      pg_type : backup_power;
      voltage_name : "kapwr";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
  }
  cell (scs8hd_lpflow_decapkapwr_6) {
    area : 7.5072;
    cell_footprint : "decap";
    cell_leakage_power : 0.0038025;
    pg_pin (kapwr) {
      pg_type : backup_power;
      voltage_name : "kapwr";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
  }
  cell (scs8hd_lpflow_decapkapwr_8) {
    area : 10.0096;
    cell_footprint : "decap";
    cell_leakage_power : 0.0038025;
    pg_pin (kapwr) {
      pg_type : backup_power;
      voltage_name : "kapwr";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
  }
  cell (scs8hd_lpflow_inputiso0n_1) {
    area : 6.256;
    cell_footprint : "inputiso0n";
    cell_leakage_power : 0.0047181;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_isolation_cell : true;
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    leakage_power () {
      value : 0.0063035;
      when : "!sleepb&A";
    }
    leakage_power () {
      value : 0.0062158;
      when : "!sleepb&!A";
    }
    leakage_power () {
      value : 4.48028e-05;
      when : "sleepb&A";
    }
    leakage_power () {
      value : 0.0063083;
      when : "sleepb&!A";
    }
    leakage_power () {
      value : 0.0047181;
    }
    pin (X) {
      direction : output;
      function : "(sleepb&A)";
      power_down_function : "(!vpwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.210581;
      max_transition : 1.50702;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0494343, 0.0546887, 0.067534, 0.100019, 0.18735, 0.427082, 1.08611", \
            "0.0529431, 0.0582037, 0.0710265, 0.103603, 0.190902, 0.431138, 1.08495", \
            "0.0612648, 0.066499, 0.0793106, 0.111858, 0.199466, 0.44028, 1.09952", \
            "0.0733568, 0.0789066, 0.0921001, 0.124932, 0.212449, 0.451558, 1.11086", \
            "0.0831713, 0.0893505, 0.102931, 0.135815, 0.223707, 0.462971, 1.11707", \
            "0.0785372, 0.0862773, 0.102552, 0.136461, 0.2237, 0.463156, 1.12124", \
            "0.0294906, 0.0391329, 0.060372, 0.100205, 0.187644, 0.427432, 1.08052" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0183845, 0.0240478, 0.0398148, 0.084721, 0.210975, 0.556076, 1.50672", \
            "0.0183373, 0.0240796, 0.039821, 0.0846936, 0.211041, 0.556649, 1.50702", \
            "0.0185524, 0.0242144, 0.0398506, 0.0845963, 0.210944, 0.560019, 1.50564", \
            "0.0206359, 0.0260604, 0.0412824, 0.0851451, 0.211461, 0.556138, 1.50687", \
            "0.0251984, 0.0303909, 0.0441637, 0.0864289, 0.210711, 0.557575, 1.50292", \
            "0.0331882, 0.0387997, 0.0521011, 0.090023, 0.212109, 0.555254, 1.50326", \
            "0.0454288, 0.0524655, 0.0683327, 0.103411, 0.215628, 0.557557, 1.4948" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0653764, 0.0698072, 0.0793967, 0.0992992, 0.143986, 0.258438, 0.570885", \
            "0.0695881, 0.0740211, 0.0836604, 0.103611, 0.148283, 0.262612, 0.574222", \
            "0.0810785, 0.0854608, 0.0951131, 0.115081, 0.15976, 0.274241, 0.587226", \
            "0.108902, 0.113258, 0.122989, 0.143123, 0.187588, 0.302052, 0.615735", \
            "0.157311, 0.162628, 0.17401, 0.195965, 0.242222, 0.357065, 0.669516", \
            "0.236101, 0.242298, 0.255878, 0.282578, 0.332105, 0.447388, 0.759487", \
            "0.378748, 0.385734, 0.401945, 0.433588, 0.490778, 0.606583, 0.916896" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0165308, 0.0198988, 0.0273257, 0.0464326, 0.0976365, 0.244507, 0.658001", \
            "0.0165062, 0.0198937, 0.0272673, 0.0461436, 0.0974958, 0.245733, 0.65454", \
            "0.0166732, 0.0198721, 0.0273597, 0.0462746, 0.0976152, 0.244462, 0.660986", \
            "0.0176049, 0.0208703, 0.0281738, 0.0466509, 0.0978044, 0.245625, 0.658118", \
            "0.0233624, 0.0270178, 0.0345347, 0.0523454, 0.100302, 0.244808, 0.657705", \
            "0.0316618, 0.03564, 0.0446523, 0.0626645, 0.107794, 0.247288, 0.663752", \
            "0.0431257, 0.0472941, 0.0576415, 0.0787157, 0.121664, 0.253157, 0.657723" \
          );
        }
      }
      timing () {
        related_pin : "sleepb";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0535155, 0.0587725, 0.0715951, 0.103819, 0.190792, 0.430985, 1.08428", \
            "0.0568958, 0.0621718, 0.0749605, 0.107297, 0.194453, 0.432665, 1.08886", \
            "0.0641095, 0.0693455, 0.0820724, 0.114531, 0.201631, 0.440782, 1.09395", \
            "0.0753848, 0.0808346, 0.0940462, 0.126875, 0.214054, 0.454713, 1.10794", \
            "0.0845586, 0.0907007, 0.104673, 0.137766, 0.225527, 0.465364, 1.12025", \
            "0.0771078, 0.0846874, 0.101084, 0.13539, 0.222664, 0.462857, 1.11733", \
            "0.0188167, 0.0283354, 0.049154, 0.088935, 0.176906, 0.415199, 1.07017" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0184052, 0.0240571, 0.0398772, 0.0847067, 0.210189, 0.560269, 1.50229", \
            "0.018366, 0.0240622, 0.0398508, 0.084531, 0.210829, 0.55845, 1.50283", \
            "0.0184297, 0.0241834, 0.0399066, 0.0846976, 0.211084, 0.558615, 1.50299", \
            "0.0202259, 0.0258044, 0.0410464, 0.0850473, 0.211298, 0.558482, 1.49935", \
            "0.0246557, 0.0297781, 0.0437964, 0.0864329, 0.210251, 0.556121, 1.50208", \
            "0.0317427, 0.0373764, 0.0511102, 0.0896582, 0.211451, 0.556136, 1.50324", \
            "0.0424954, 0.0499175, 0.065079, 0.101171, 0.214537, 0.557666, 1.49685" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0767432, 0.0814745, 0.0913581, 0.111564, 0.156493, 0.270951, 0.583294", \
            "0.0811575, 0.0855814, 0.0955445, 0.115764, 0.160623, 0.274988, 0.587048", \
            "0.0929163, 0.0975557, 0.107427, 0.127708, 0.172657, 0.287178, 0.599122", \
            "0.121953, 0.126564, 0.136484, 0.156774, 0.201391, 0.316272, 0.62777", \
            "0.178288, 0.183681, 0.195126, 0.217074, 0.263035, 0.377458, 0.689344", \
            "0.269361, 0.275871, 0.289916, 0.316829, 0.365808, 0.481371, 0.792462", \
            "0.433586, 0.44064, 0.457577, 0.490004, 0.546049, 0.664005, 0.972948" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0183476, 0.021691, 0.0290414, 0.0477006, 0.0983586, 0.244612, 0.656382", \
            "0.0183291, 0.02148, 0.0290452, 0.0475805, 0.0983084, 0.244784, 0.65519", \
            "0.0182834, 0.021473, 0.0292357, 0.0477534, 0.0981374, 0.247932, 0.661146", \
            "0.0185087, 0.0218731, 0.029095, 0.0478159, 0.0986357, 0.24787, 0.655406", \
            "0.0243552, 0.0274746, 0.0354646, 0.0518639, 0.100287, 0.244889, 0.656141", \
            "0.0332246, 0.0374513, 0.0466028, 0.0631925, 0.107884, 0.248095, 0.658995", \
            "0.0452042, 0.0497177, 0.0602487, 0.0803336, 0.121972, 0.253072, 0.657166" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.076915, 0.210581");
          values ( \
            "0.010497, 0.0122004, 0.0167786, 0.0290562, 0.0625332, 0.154533, 0.406363", \
            "0.0103831, 0.0120836, 0.0166564, 0.0289412, 0.0624651, 0.154492, 0.405881", \
            "0.0102916, 0.0119785, 0.0165481, 0.028862, 0.0627191, 0.154684, 0.406511", \
            "0.0102696, 0.0119457, 0.0164544, 0.0287294, 0.0622845, 0.154738, 0.405897", \
            "0.0109715, 0.0126394, 0.0169856, 0.0291033, 0.0622635, 0.155108, 0.405903", \
            "0.0124313, 0.0140338, 0.0184752, 0.0305675, 0.0638499, 0.154766, 0.408308", \
            "0.0171837, 0.018619, 0.0230098, 0.0350318, 0.0683483, 0.159267, 0.411098" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.076915, 0.210581");
          values ( \
            "0.0095668, 0.0081477, 0.0043216, -0.0072602, -0.0408225, -0.1336, -0.387603", \
            "0.0093274, 0.0079036, 0.0041118, -0.0075114, -0.0410555, -0.133823, -0.387918", \
            "0.0091487, 0.0076732, 0.003834, -0.0077603, -0.0413049, -0.134028, -0.388103", \
            "0.0091433, 0.0076204, 0.0037543, -0.0079035, -0.0414047, -0.134062, -0.388139", \
            "0.0098507, 0.008114, 0.0038506, -0.0076274, -0.0410922, -0.133711, -0.38781", \
            "0.0124299, 0.0106304, 0.0059683, -0.0062233, -0.0398719, -0.132327, -0.386326", \
            "0.0172841, 0.0151982, 0.0102176, -0.0027397, -0.0365802, -0.129188, -0.38307" \
          );
        }
      }
      internal_power () {
        related_pin : "sleepb";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.076915, 0.210581");
          values ( \
            "0.0110719, 0.0127769, 0.0173366, 0.029542, 0.0628207, 0.155275, 0.404753", \
            "0.0109551, 0.012674, 0.0172262, 0.0294362, 0.0630365, 0.155189, 0.404718", \
            "0.0107914, 0.0124832, 0.0170304, 0.0292664, 0.0626927, 0.15512, 0.406097", \
            "0.0107122, 0.0123518, 0.0168554, 0.0291734, 0.0629654, 0.154601, 0.403318", \
            "0.0110007, 0.0126386, 0.0171192, 0.029307, 0.0626247, 0.155224, 0.403344", \
            "0.0121382, 0.0137032, 0.0181892, 0.0302971, 0.0636287, 0.154728, 0.40615", \
            "0.0156562, 0.0171335, 0.0213802, 0.0332561, 0.0666585, 0.157742, 0.409499" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.076915, 0.210581");
          values ( \
            "0.0116483, 0.0101447, 0.0062646, -0.0054362, -0.0391323, -0.13192, -0.386041", \
            "0.011458, 0.0099039, 0.0060128, -0.0057092, -0.0393415, -0.132148, -0.386284", \
            "0.0112183, 0.0097262, 0.0058377, -0.0058699, -0.0395117, -0.132275, -0.386356", \
            "0.0112512, 0.009746, 0.005767, -0.0058994, -0.0394735, -0.132273, -0.386372", \
            "0.0114719, 0.0098631, 0.0062184, -0.0054729, -0.0391615, -0.13193, -0.386077", \
            "0.0145135, 0.0126792, 0.0079643, -0.0044839, -0.038161, -0.130842, -0.384989", \
            "0.0193415, 0.0172062, 0.0121408, -0.0006159, -0.0344192, -0.127916, -0.381877" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      isolation_cell_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001552;
      rise_capacitance : 0.001587;
      rise_capacitance_range (0.001587, 0.001587);
      fall_capacitance : 0.001516;
      fall_capacitance_range (0.001516, 0.001516);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0023367, -0.0023359, -0.002334, -0.002331, -0.0023242, -0.0023086, -0.0022725" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030401, 0.0030405, 0.0030415, 0.0030414, 0.003041, 0.00304, 0.0030379" \
          );
        }
      }
    }
    pin (sleepb) {
      clock : false;
      direction : input;
      isolation_cell_enable_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001588;
      rise_capacitance : 0.001655;
      rise_capacitance_range (0.001655, 0.001655);
      fall_capacitance : 0.001522;
      fall_capacitance_range (0.001522, 0.001522);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0027001, -0.0026996, -0.0026983, -0.0026984, -0.0026986, -0.002699, -0.0027" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0026886, 0.0026926, 0.0027018, 0.0027018, 0.0027016, 0.0027013, 0.0027006" \
          );
        }
      }
    }
  }
  cell (scs8hd_lpflow_inputiso0p_1) {
    area : 7.5072;
    cell_footprint : "inputiso0p";
    cell_leakage_power : 0.00476496;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_isolation_cell : true;
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    leakage_power () {
      value : 9.32211e-05;
      when : "!sleep&A";
    }
    leakage_power () {
      value : 0.0063781;
      when : "!sleep&!A";
    }
    leakage_power () {
      value : 0.006338;
      when : "sleep&A";
    }
    leakage_power () {
      value : 0.0062505;
      when : "sleep&!A";
    }
    leakage_power () {
      value : 0.00476496;
    }
    pin (X) {
      direction : output;
      function : "(!sleep&A)";
      power_down_function : "(!vpwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.223399;
      max_transition : 1.50405;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0524463, 0.0577683, 0.0704712, 0.10207, 0.187417, 0.423951, 1.08066", \
            "0.0556282, 0.0609623, 0.0736621, 0.105274, 0.190746, 0.427444, 1.08542", \
            "0.0622533, 0.0675436, 0.0801443, 0.111871, 0.197699, 0.436657, 1.09198", \
            "0.0725241, 0.078101, 0.0912292, 0.123326, 0.20934, 0.447468, 1.10236", \
            "0.0808032, 0.0872475, 0.101273, 0.133844, 0.220008, 0.456982, 1.11342", \
            "0.0714656, 0.0795055, 0.0963714, 0.130661, 0.216529, 0.454296, 1.10967", \
            "0.0104133, 0.020181, 0.0414666, 0.0819299, 0.168754, 0.405648, 1.06276" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.015931, 0.0213959, 0.0365371, 0.0798251, 0.203372, 0.548354, 1.49977", \
            "0.0159041, 0.0213786, 0.036602, 0.0798927, 0.203266, 0.548578, 1.4978", \
            "0.0159437, 0.0214701, 0.0365839, 0.0800347, 0.203651, 0.55047, 1.49702", \
            "0.0176365, 0.022954, 0.037837, 0.0805381, 0.203358, 0.550139, 1.49824", \
            "0.0215523, 0.0271168, 0.0405685, 0.0818113, 0.203382, 0.54906, 1.49851", \
            "0.0283487, 0.0348203, 0.0480239, 0.0855, 0.204823, 0.546522, 1.49703", \
            "0.0379086, 0.0456011, 0.0619181, 0.0975865, 0.2073, 0.548446, 1.49563" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0753054, 0.0804474, 0.0912034, 0.112577, 0.159656, 0.280472, 0.614651", \
            "0.0794762, 0.0846862, 0.0955023, 0.116838, 0.163959, 0.284822, 0.619742", \
            "0.091269, 0.0963804, 0.107129, 0.128517, 0.175632, 0.296465, 0.630984", \
            "0.121077, 0.126108, 0.136797, 0.157923, 0.204955, 0.325821, 0.659165", \
            "0.178084, 0.183917, 0.196196, 0.219426, 0.267003, 0.387602, 0.720728", \
            "0.272131, 0.279084, 0.293797, 0.321793, 0.373333, 0.49499, 0.828027", \
            "0.439189, 0.447284, 0.464634, 0.498807, 0.558209, 0.68132, 1.01406" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0172659, 0.0208853, 0.0289714, 0.0478661, 0.100747, 0.257574, 0.702902", \
            "0.0173131, 0.0209902, 0.0289827, 0.0478713, 0.100782, 0.257323, 0.705419", \
            "0.0173687, 0.0210114, 0.0288816, 0.0478214, 0.100803, 0.257278, 0.699397", \
            "0.0173688, 0.020872, 0.0291003, 0.0479292, 0.100773, 0.257479, 0.695817", \
            "0.0228351, 0.0264141, 0.0345468, 0.0519479, 0.102929, 0.255504, 0.695156", \
            "0.0313327, 0.0359343, 0.0454004, 0.0632576, 0.11042, 0.258509, 0.69519", \
            "0.0430898, 0.0482745, 0.0589237, 0.080283, 0.124351, 0.26453, 0.696416" \
          );
        }
      }
      timing () {
        related_pin : "sleep";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0951092, 0.100454, 0.113235, 0.145136, 0.231094, 0.468272, 1.12448", \
            "0.0994534, 0.104831, 0.117571, 0.149463, 0.235487, 0.473902, 1.13412", \
            "0.111368, 0.11673, 0.129468, 0.161431, 0.247394, 0.485433, 1.14255", \
            "0.138412, 0.14378, 0.156547, 0.188435, 0.274651, 0.511952, 1.1716", \
            "0.184462, 0.1899, 0.202779, 0.234759, 0.32071, 0.559392, 1.2141", \
            "0.26061, 0.266196, 0.279128, 0.311408, 0.397297, 0.634225, 1.29198", \
            "0.400253, 0.406383, 0.419811, 0.452154, 0.538278, 0.776261, 1.43053" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.016355, 0.0217749, 0.0368661, 0.0800626, 0.203359, 0.549175, 1.49838", \
            "0.0163382, 0.0218138, 0.0368482, 0.0800471, 0.203194, 0.547576, 1.50405", \
            "0.0163673, 0.021827, 0.0368301, 0.0800879, 0.203622, 0.547402, 1.49871", \
            "0.0164273, 0.0218947, 0.0368466, 0.080069, 0.203251, 0.548927, 1.4995", \
            "0.0170322, 0.0224074, 0.0372427, 0.0801032, 0.203451, 0.548552, 1.4932", \
            "0.0184537, 0.0235921, 0.0381134, 0.0807115, 0.203366, 0.544893, 1.50066", \
            "0.0210988, 0.0263199, 0.0397902, 0.0815429, 0.203699, 0.546766, 1.4948" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0870849, 0.0919925, 0.102469, 0.123813, 0.170987, 0.291898, 0.625197", \
            "0.0906734, 0.0955171, 0.106045, 0.127377, 0.174475, 0.295605, 0.628185", \
            "0.0975457, 0.102411, 0.112912, 0.134269, 0.181343, 0.302441, 0.636056", \
            "0.105712, 0.110602, 0.1211, 0.142438, 0.189524, 0.310576, 0.643277", \
            "0.111032, 0.115887, 0.126411, 0.147747, 0.194888, 0.315979, 0.649849", \
            "0.103356, 0.108251, 0.118872, 0.140268, 0.187488, 0.308563, 0.641101", \
            "0.0547372, 0.0598434, 0.0708094, 0.0927098, 0.140092, 0.26126, 0.594832" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0159935, 0.0195499, 0.0274773, 0.0470783, 0.100501, 0.256656, 0.694463", \
            "0.0158351, 0.0195242, 0.0276594, 0.0471353, 0.10046, 0.25634, 0.698177", \
            "0.0159847, 0.0195419, 0.0274745, 0.0470148, 0.100419, 0.257258, 0.700583", \
            "0.0160626, 0.0194451, 0.0278123, 0.0472296, 0.100726, 0.256888, 0.700947", \
            "0.0159869, 0.0194755, 0.0275452, 0.0472853, 0.0998556, 0.258327, 0.696524", \
            "0.0164767, 0.0200329, 0.0279256, 0.047472, 0.100807, 0.25589, 0.69935", \
            "0.0180532, 0.0216209, 0.0298028, 0.0486821, 0.101267, 0.255919, 0.694775" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0124967, 0.0142777, 0.0190113, 0.0316484, 0.0663196, 0.163871, 0.430979", \
            "0.0123734, 0.0141492, 0.0188809, 0.031526, 0.0662332, 0.163798, 0.430906", \
            "0.0122173, 0.0139878, 0.0186822, 0.031374, 0.0664963, 0.163328, 0.430433", \
            "0.0121338, 0.0138862, 0.0185324, 0.031219, 0.0662046, 0.164072, 0.432974", \
            "0.0126282, 0.0142839, 0.0189003, 0.0314327, 0.0662594, 0.164059, 0.431565", \
            "0.0137106, 0.0153164, 0.0198912, 0.0324629, 0.0671503, 0.16395, 0.433861", \
            "0.0171769, 0.0186328, 0.0229207, 0.0351456, 0.0699183, 0.16656, 0.432556" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0090585, 0.0075329, 0.0034099, -0.0088548, -0.0441347, -0.142185, -0.413329", \
            "0.0088523, 0.0072631, 0.0032067, -0.0090611, -0.0443289, -0.142382, -0.413483", \
            "0.0086391, 0.0070664, 0.0029435, -0.0092798, -0.04453, -0.142562, -0.413725", \
            "0.0085973, 0.0069966, 0.0028496, -0.0093268, -0.0445682, -0.142562, -0.413688", \
            "0.0088662, 0.0071573, 0.0031157, -0.0090994, -0.0442282, -0.142257, -0.413385", \
            "0.0126019, 0.0104708, 0.0054013, -0.0076687, -0.0428706, -0.140898, -0.412119", \
            "0.0163634, 0.0142385, 0.0088867, -0.0044358, -0.0402238, -0.138402, -0.409455" \
          );
        }
      }
      internal_power () {
        related_pin : "sleep";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0121353, 0.0139069, 0.0186363, 0.0313462, 0.0662792, 0.164077, 0.431346", \
            "0.0120298, 0.0138066, 0.0185073, 0.0312544, 0.0662069, 0.163274, 0.431451", \
            "0.0120736, 0.01385, 0.0185606, 0.0312921, 0.0665482, 0.163284, 0.431546", \
            "0.0118642, 0.0136406, 0.0183551, 0.0310717, 0.0659774, 0.163764, 0.431341", \
            "0.0115284, 0.0133905, 0.0181505, 0.0308487, 0.0658602, 0.162997, 0.431062", \
            "0.0115578, 0.0132299, 0.017765, 0.0303692, 0.0658166, 0.163018, 0.432735", \
            "0.0124568, 0.0140505, 0.0186747, 0.0313876, 0.0665178, 0.164359, 0.431761" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0084964, 0.0070122, 0.0031734, -0.0087694, -0.0438608, -0.141827, -0.412913", \
            "0.0083674, 0.0068865, 0.0030342, -0.0088926, -0.043991, -0.141936, -0.413161", \
            "0.0083252, 0.0067855, 0.0029386, -0.0090335, -0.0440865, -0.142011, -0.413139", \
            "0.0078044, 0.0063048, 0.0024589, -0.0094786, -0.0445701, -0.142518, -0.413599", \
            "0.0087345, 0.0071149, 0.0026342, -0.0099869, -0.0450916, -0.143038, -0.414144", \
            "0.0085016, 0.0068824, 0.0024175, -0.0101667, -0.0453933, -0.143392, -0.41447", \
            "0.0087493, 0.0070496, 0.0024407, -0.0098934, -0.0450537, -0.143038, -0.414318" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      isolation_cell_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00174;
      rise_capacitance : 0.001811;
      rise_capacitance_range (0.001811, 0.001811);
      fall_capacitance : 0.001668;
      fall_capacitance_range (0.001668, 0.001668);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0031964, -0.0031929, -0.0031847, -0.0031851, -0.0031862, -0.0031887, -0.0031943" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031936, 0.0031961, 0.003202, 0.0032024, 0.0032033, 0.0032054, 0.0032104" \
          );
        }
      }
    }
    pin (sleep) {
      clock : false;
      direction : input;
      isolation_cell_enable_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001661;
      rise_capacitance : 0.001727;
      rise_capacitance_range (0.001727, 0.001727);
      fall_capacitance : 0.001595;
      fall_capacitance_range (0.001595, 0.001595);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0026049, 0.0025134, 0.0023024, 0.0025962, 0.0032732, 0.0048337, 0.0084309" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0073485, 0.0072451, 0.0070067, 0.0072756, 0.0078955, 0.0093243, 0.0126178" \
          );
        }
      }
    }
  }
  cell (scs8hd_lpflow_inputiso1n_1) {
    area : 7.5072;
    cell_footprint : "inputiso1n";
    cell_leakage_power : 0.00173405;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_isolation_cell : true;
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    leakage_power () {
      value : 0.0065821;
      when : "!A&sleepb";
    }
    leakage_power () {
      value : 0.0001412;
      when : "!A&!sleepb";
    }
    leakage_power () {
      value : 8.38902e-05;
      when : "A&sleepb";
    }
    leakage_power () {
      value : 0.000129;
      when : "A&!sleepb";
    }
    leakage_power () {
      value : 0.00173405;
    }
    pin (X) {
      direction : output;
      function : "(A) | (!sleepb)";
      power_down_function : "(!vpwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.223399;
      max_transition : 1.50388;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0399878, 0.0446145, 0.056313, 0.0874671, 0.173204, 0.411081, 1.06876", \
            "0.0437538, 0.0483812, 0.0601454, 0.0913678, 0.177296, 0.415282, 1.07399", \
            "0.0522975, 0.0569005, 0.068615, 0.0998874, 0.186265, 0.424804, 1.08193", \
            "0.062833, 0.0677908, 0.0796631, 0.111096, 0.197191, 0.435501, 1.09425", \
            "0.0680298, 0.0739478, 0.086699, 0.117943, 0.20425, 0.442134, 1.10314", \
            "0.0524865, 0.0600713, 0.0756122, 0.107711, 0.193213, 0.431212, 1.09073", \
            "-0.0222721, -0.0128613, 0.0070888, 0.0448077, 0.130186, 0.367548, 1.02484" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0133327, 0.0188088, 0.0344318, 0.0791838, 0.203234, 0.546434, 1.49695", \
            "0.013338, 0.0187983, 0.0344104, 0.0792319, 0.203803, 0.548708, 1.50192", \
            "0.0136906, 0.0190535, 0.0345283, 0.0792424, 0.203889, 0.548219, 1.4989", \
            "0.0159159, 0.0208115, 0.0355148, 0.0793759, 0.203352, 0.548341, 1.50184", \
            "0.0201946, 0.0249005, 0.0382322, 0.080179, 0.20348, 0.548097, 1.49771", \
            "0.0267046, 0.0322628, 0.0453274, 0.0831409, 0.203939, 0.5461, 1.49919", \
            "0.0359642, 0.0432083, 0.0584204, 0.0932394, 0.205619, 0.550455, 1.49381" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.108228, 0.114017, 0.126805, 0.152398, 0.20482, 0.32847, 0.660796", \
            "0.111676, 0.117513, 0.130315, 0.155749, 0.208237, 0.331903, 0.664259", \
            "0.121202, 0.127027, 0.139783, 0.165264, 0.217643, 0.34137, 0.673996", \
            "0.143725, 0.149553, 0.162242, 0.187962, 0.240426, 0.364087, 0.696368", \
            "0.190263, 0.196404, 0.2099, 0.236492, 0.289823, 0.413801, 0.746827", \
            "0.276749, 0.283458, 0.298441, 0.328026, 0.384763, 0.511091, 0.844076", \
            "0.445053, 0.452692, 0.469501, 0.503166, 0.566291, 0.696062, 1.0278" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0214536, 0.0260134, 0.0359333, 0.0575148, 0.110206, 0.262142, 0.700238", \
            "0.0214397, 0.0257403, 0.0358064, 0.0568678, 0.110718, 0.261246, 0.703293", \
            "0.0215915, 0.0257761, 0.0357376, 0.0572205, 0.1103, 0.261893, 0.701439", \
            "0.0215659, 0.0257804, 0.0353672, 0.0568027, 0.110407, 0.261774, 0.703732", \
            "0.0243878, 0.0288338, 0.0390698, 0.0602237, 0.111956, 0.263333, 0.705146", \
            "0.030413, 0.0349173, 0.0454397, 0.0679865, 0.119766, 0.264866, 0.703592", \
            "0.0400981, 0.0448489, 0.0564482, 0.0800657, 0.131502, 0.271534, 0.699419" \
          );
        }
      }
      timing () {
        related_pin : "sleepb";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0768613, 0.0816414, 0.093676, 0.125742, 0.212498, 0.4512, 1.10931", \
            "0.0812557, 0.0860028, 0.0980424, 0.129987, 0.216691, 0.45693, 1.11402", \
            "0.0930536, 0.0978022, 0.109842, 0.141785, 0.228499, 0.467895, 1.12564", \
            "0.118126, 0.122884, 0.134919, 0.166934, 0.253808, 0.491881, 1.16667", \
            "0.158504, 0.16333, 0.175407, 0.207315, 0.294019, 0.535964, 1.19663", \
            "0.227452, 0.232368, 0.244451, 0.276571, 0.362979, 0.601217, 1.26097", \
            "0.3586, 0.364136, 0.376545, 0.408208, 0.494933, 0.733896, 1.391" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0134997, 0.0188653, 0.034369, 0.0789776, 0.20366, 0.55086, 1.5031", \
            "0.0135463, 0.0188653, 0.0344244, 0.0789608, 0.203394, 0.548943, 1.50236", \
            "0.0135535, 0.0188682, 0.0344215, 0.0789431, 0.203389, 0.548777, 1.49543", \
            "0.0137284, 0.0190093, 0.0345174, 0.0789832, 0.203385, 0.549797, 1.50155", \
            "0.0143797, 0.0195157, 0.0347435, 0.0788857, 0.203164, 0.549509, 1.50349", \
            "0.0157836, 0.0206585, 0.0352643, 0.0792193, 0.203074, 0.546524, 1.50388", \
            "0.0180314, 0.0227442, 0.0365961, 0.0796722, 0.202974, 0.548454, 1.49298" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.108986, 0.114862, 0.12769, 0.15332, 0.205732, 0.329511, 0.662004", \
            "0.112314, 0.118159, 0.130943, 0.156686, 0.209033, 0.332795, 0.66522", \
            "0.117948, 0.12374, 0.136545, 0.162203, 0.214541, 0.33839, 0.671045", \
            "0.123149, 0.128984, 0.141737, 0.167319, 0.219771, 0.343486, 0.676662", \
            "0.123791, 0.129635, 0.142416, 0.168108, 0.220636, 0.34445, 0.677512", \
            "0.110132, 0.11599, 0.128744, 0.154367, 0.207072, 0.330885, 0.663263", \
            "0.0539561, 0.0598479, 0.0727914, 0.0986096, 0.151404, 0.275341, 0.608266" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.021443, 0.0257729, 0.0358334, 0.0573651, 0.11069, 0.261428, 0.703472", \
            "0.0215793, 0.0259466, 0.0357409, 0.0570088, 0.110606, 0.261434, 0.70607", \
            "0.0214674, 0.026003, 0.0356903, 0.0569998, 0.110285, 0.261767, 0.702626", \
            "0.0215531, 0.0258954, 0.0358273, 0.0574565, 0.10985, 0.261866, 0.701855", \
            "0.021669, 0.0258668, 0.0354941, 0.0570183, 0.10979, 0.262217, 0.700686", \
            "0.0217352, 0.0259846, 0.0359003, 0.0573936, 0.11006, 0.261166, 0.703492", \
            "0.0223552, 0.0266615, 0.0365362, 0.0575921, 0.110546, 0.261964, 0.699592" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0106314, 0.0123308, 0.0169667, 0.0296168, 0.0644711, 0.161248, 0.429088", \
            "0.0105239, 0.0122379, 0.0168889, 0.0295292, 0.0644854, 0.161215, 0.429137", \
            "0.0104855, 0.0121545, 0.0167926, 0.0295038, 0.064714, 0.161898, 0.43089", \
            "0.010426, 0.0120978, 0.0166666, 0.0293718, 0.0644155, 0.161995, 0.431037", \
            "0.0110404, 0.0126828, 0.0172042, 0.0297189, 0.0645882, 0.161411, 0.43114", \
            "0.0124868, 0.0140827, 0.0185399, 0.0310595, 0.0656788, 0.162083, 0.43194", \
            "0.0164177, 0.0179008, 0.0221201, 0.0344397, 0.0692692, 0.166177, 0.431212" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0089357, 0.0073032, 0.0034707, -0.0082433, -0.0432611, -0.141295, -0.412477", \
            "0.0086779, 0.0070542, 0.0032387, -0.008486, -0.0434424, -0.141486, -0.412671", \
            "0.0085599, 0.0069289, 0.0030787, -0.00872, -0.0436133, -0.141642, -0.412836", \
            "0.0083805, 0.0067526, 0.0028812, -0.0088615, -0.0437443, -0.141764, -0.412895", \
            "0.00846, 0.0067924, 0.0029524, -0.0087173, -0.0436074, -0.141613, -0.412781", \
            "0.0122569, 0.0102702, 0.0053552, -0.0076904, -0.0429044, -0.140889, -0.412073", \
            "0.0158528, 0.0137231, 0.0084637, -0.0048392, -0.0405011, -0.138634, -0.4096" \
          );
        }
      }
      internal_power () {
        related_pin : "sleepb";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0104362, 0.0122454, 0.0170967, 0.0300609, 0.065431, 0.163386, 0.430918", \
            "0.010304, 0.0121178, 0.0169312, 0.0299348, 0.0651886, 0.162807, 0.432488", \
            "0.0103186, 0.0121294, 0.0169437, 0.0299469, 0.0651926, 0.162431, 0.428139", \
            "0.0100463, 0.0118652, 0.016672, 0.0296475, 0.0652473, 0.162284, 0.429302", \
            "0.009575, 0.0112583, 0.0162851, 0.0292091, 0.0647838, 0.161577, 0.430884", \
            "0.0092536, 0.0109319, 0.0156444, 0.0285798, 0.0642361, 0.160743, 0.431412", \
            "0.0098352, 0.0115717, 0.0162322, 0.0290226, 0.0645221, 0.162206, 0.428644" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0085422, 0.0069163, 0.0031087, -0.0085849, -0.0434402, -0.141396, -0.412553", \
            "0.0084572, 0.006854, 0.0029569, -0.0086923, -0.0435326, -0.141491, -0.412621", \
            "0.0084491, 0.0068158, 0.0029947, -0.0087448, -0.0435731, -0.141524, -0.412667", \
            "0.008029, 0.0064195, 0.0025321, -0.0091741, -0.0440325, -0.141987, -0.413067", \
            "0.0093189, 0.0075495, 0.002854, -0.0095309, -0.0443434, -0.142314, -0.413394", \
            "0.0101717, 0.008395, 0.0037286, -0.008927, -0.0443288, -0.142395, -0.413525", \
            "0.010967, 0.0092029, 0.0046588, -0.0082175, -0.0435918, -0.141541, -0.412635" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      isolation_cell_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001821;
      rise_capacitance : 0.001891;
      rise_capacitance_range (0.001891, 0.001891);
      fall_capacitance : 0.001751;
      fall_capacitance_range (0.001751, 0.001751);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0035369, -0.0035387, -0.0035429, -0.0035424, -0.0035413, -0.0035387, -0.0035328" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0035824, 0.0035826, 0.0035829, 0.0035816, 0.0035786, 0.0035718, 0.003556" \
          );
        }
      }
    }
    pin (sleepb) {
      clock : false;
      direction : input;
      isolation_cell_enable_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001507;
      rise_capacitance : 0.001561;
      rise_capacitance_range (0.001561, 0.001561);
      fall_capacitance : 0.001453;
      fall_capacitance_range (0.001453, 0.001453);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0005096, 0.0004403, 0.0002807, 0.0007076, 0.0016915, 0.0039594, 0.009187" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0083747, 0.0083253, 0.0082116, 0.0086388, 0.0096236, 0.0118937, 0.0171263" \
          );
        }
      }
    }
  }
  cell (scs8hd_lpflow_inputiso1p_1) {
    area : 6.256;
    cell_footprint : "inputiso1p";
    cell_leakage_power : 0.00163458;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_isolation_cell : true;
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    leakage_power () {
      value : 3.51572e-05;
      when : "!A&sleep";
    }
    leakage_power () {
      value : 0.0064394;
      when : "!A&!sleep";
    }
    leakage_power () {
      value : 2.59669e-05;
      when : "A&sleep";
    }
    leakage_power () {
      value : 3.77926e-05;
      when : "A&!sleep";
    }
    leakage_power () {
      value : 0.00163458;
    }
    pin (X) {
      direction : output;
      function : "(A) | (sleep)";
      power_down_function : "(!vpwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.217905;
      max_transition : 1.50908;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0393896, 0.0442399, 0.0566887, 0.0891037, 0.176216, 0.416318, 1.0722", \
            "0.0434368, 0.0482542, 0.0606291, 0.0931925, 0.180821, 0.421155, 1.07488", \
            "0.051801, 0.0565751, 0.0687463, 0.101076, 0.188396, 0.429413, 1.08683", \
            "0.061849, 0.0668782, 0.079126, 0.111397, 0.199597, 0.438661, 1.09439", \
            "0.0674802, 0.0734278, 0.08637, 0.118299, 0.206172, 0.445911, 1.10317", \
            "0.0539334, 0.0614951, 0.0773917, 0.110346, 0.196844, 0.435782, 1.0956", \
            "-0.0163112, -0.0066665, 0.0138802, 0.0533562, 0.139132, 0.377485, 1.0341" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0147229, 0.020337, 0.0363468, 0.0813771, 0.207232, 0.553775, 1.50101", \
            "0.0147473, 0.0203326, 0.0362868, 0.0814465, 0.206804, 0.554956, 1.49511", \
            "0.0151905, 0.020665, 0.0364462, 0.0814185, 0.207325, 0.552847, 1.50908", \
            "0.0175689, 0.0225522, 0.0374967, 0.0815709, 0.206955, 0.55186, 1.49515", \
            "0.0225454, 0.0270681, 0.0404736, 0.0825014, 0.206434, 0.551232, 1.50558", \
            "0.029839, 0.0353592, 0.048129, 0.085902, 0.207522, 0.550269, 1.49988", \
            "0.0413511, 0.0487647, 0.0637482, 0.0979527, 0.20982, 0.552158, 1.49641" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.100225, 0.10592, 0.118495, 0.14384, 0.1955, 0.317156, 0.641553", \
            "0.102917, 0.108571, 0.12111, 0.146425, 0.198107, 0.319765, 0.644244", \
            "0.11246, 0.118096, 0.130802, 0.156041, 0.207961, 0.329561, 0.654351", \
            "0.13898, 0.144575, 0.157196, 0.182469, 0.23447, 0.355979, 0.6809", \
            "0.19523, 0.201205, 0.214259, 0.240525, 0.293407, 0.415282, 0.739714", \
            "0.287429, 0.294443, 0.309567, 0.339797, 0.396007, 0.519809, 0.844852", \
            "0.453557, 0.461217, 0.478887, 0.514, 0.577236, 0.704336, 1.02896" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0233208, 0.0274832, 0.0371356, 0.0583976, 0.110344, 0.25723, 0.683379", \
            "0.0233331, 0.0275657, 0.0371804, 0.0584057, 0.110382, 0.257513, 0.684797", \
            "0.0235099, 0.0275845, 0.037183, 0.0582108, 0.110288, 0.257998, 0.682278", \
            "0.0233085, 0.0277564, 0.0371617, 0.0579416, 0.110182, 0.258426, 0.68095", \
            "0.0278506, 0.0321134, 0.0416397, 0.061685, 0.112179, 0.258734, 0.683802", \
            "0.0373129, 0.0421464, 0.0526776, 0.0726851, 0.120333, 0.262398, 0.679823", \
            "0.0499029, 0.0546245, 0.065623, 0.0890185, 0.136775, 0.268539, 0.68471" \
          );
        }
      }
      timing () {
        related_pin : "sleep";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0414023, 0.0460565, 0.0579486, 0.0892618, 0.175445, 0.413487, 1.06948", \
            "0.0452281, 0.0498789, 0.0617507, 0.0932255, 0.179417, 0.417417, 1.07355", \
            "0.0539923, 0.0586686, 0.0704653, 0.102057, 0.188363, 0.426017, 1.08072", \
            "0.0652845, 0.0701642, 0.0822813, 0.113851, 0.200303, 0.438334, 1.0943", \
            "0.0720247, 0.0777323, 0.090469, 0.121975, 0.208575, 0.446602, 1.10483", \
            "0.0591907, 0.0664874, 0.0817552, 0.114129, 0.200066, 0.437974, 1.09479", \
            "-0.0101084, -0.0009127, 0.0186696, 0.0557991, 0.141512, 0.378553, 1.03392" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0150312, 0.020626, 0.0364921, 0.0816144, 0.206731, 0.551125, 1.4985", \
            "0.0150003, 0.0206012, 0.036531, 0.0817468, 0.206862, 0.551504, 1.50004", \
            "0.015307, 0.0208416, 0.0365816, 0.0816676, 0.206357, 0.54945, 1.49769", \
            "0.0174002, 0.0225034, 0.037489, 0.081716, 0.206697, 0.551644, 1.50117", \
            "0.0220842, 0.0266742, 0.0401512, 0.0826824, 0.206472, 0.551342, 1.49782", \
            "0.0289843, 0.034385, 0.047162, 0.0852867, 0.207539, 0.549326, 1.49815", \
            "0.0392443, 0.0459709, 0.0615066, 0.0954645, 0.20919, 0.551406, 1.4945" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.111477, 0.117128, 0.129603, 0.154899, 0.206755, 0.328198, 0.653034", \
            "0.114802, 0.120507, 0.13305, 0.158261, 0.210131, 0.331639, 0.656551", \
            "0.124345, 0.130018, 0.142563, 0.167749, 0.219648, 0.341089, 0.665835", \
            "0.146997, 0.152628, 0.165204, 0.190495, 0.242405, 0.363926, 0.687986", \
            "0.193977, 0.199915, 0.21311, 0.239393, 0.292281, 0.413935, 0.738832", \
            "0.280737, 0.287189, 0.301722, 0.33094, 0.387176, 0.511408, 0.836089", \
            "0.447826, 0.455134, 0.471471, 0.504858, 0.567487, 0.69439, 1.01929" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0234804, 0.0277573, 0.0373584, 0.0585537, 0.110371, 0.258592, 0.680123", \
            "0.0234121, 0.0277909, 0.036783, 0.0585562, 0.110381, 0.258328, 0.681461", \
            "0.0233217, 0.0274796, 0.0372644, 0.0585151, 0.110364, 0.257804, 0.681103", \
            "0.0233317, 0.0275777, 0.0371584, 0.0584545, 0.110364, 0.256305, 0.680872", \
            "0.026376, 0.0305729, 0.0403627, 0.061134, 0.111856, 0.256605, 0.680026", \
            "0.0329734, 0.0373358, 0.0473033, 0.0690588, 0.119486, 0.261537, 0.680708", \
            "0.0434052, 0.0480643, 0.0590677, 0.0828922, 0.132148, 0.267763, 0.683335" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379084, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0093172, 0.0111292, 0.0159882, 0.0288839, 0.0636547, 0.15863, 0.418984", \
            "0.0092596, 0.0110513, 0.0158758, 0.0287639, 0.0635258, 0.158566, 0.416994", \
            "0.009157, 0.0109098, 0.0156066, 0.028476, 0.0633416, 0.158743, 0.421943", \
            "0.0090574, 0.010782, 0.0154255, 0.0280986, 0.0629617, 0.158224, 0.416881", \
            "0.0095756, 0.0112657, 0.0157612, 0.0282547, 0.0629487, 0.157889, 0.42148", \
            "0.0108611, 0.0124932, 0.0170026, 0.0294066, 0.0639329, 0.157705, 0.421602", \
            "0.0150743, 0.0163496, 0.0207476, 0.0328305, 0.0668557, 0.161452, 0.420912" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379084, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0093448, 0.0077458, 0.0039853, -0.0075578, -0.0416896, -0.137383, -0.401218", \
            "0.0091494, 0.007558, 0.0037816, -0.0077592, -0.0418813, -0.13757, -0.401402", \
            "0.0089851, 0.0074219, 0.0035931, -0.0079379, -0.042023, -0.137692, -0.401522", \
            "0.0091412, 0.0075484, 0.0036399, -0.0079429, -0.0420221, -0.137677, -0.401523", \
            "0.0097207, 0.008013, 0.0040769, -0.0075511, -0.0417231, -0.137375, -0.401143", \
            "0.0136957, 0.0118313, 0.0068768, -0.0060735, -0.0406103, -0.136334, -0.400182", \
            "0.0185306, 0.0163346, 0.0106696, -0.0025157, -0.0374633, -0.133394, -0.397215" \
          );
        }
      }
      internal_power () {
        related_pin : "sleep";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379084, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0107867, 0.0124904, 0.017085, 0.029505, 0.0636624, 0.158127, 0.418554", \
            "0.0107249, 0.0124301, 0.0170145, 0.0294512, 0.0636868, 0.158172, 0.418673", \
            "0.0106397, 0.0123229, 0.0169342, 0.0294509, 0.0636631, 0.158233, 0.41869", \
            "0.0106664, 0.0123507, 0.0168724, 0.0293314, 0.0637355, 0.158278, 0.418854", \
            "0.0110969, 0.0127234, 0.0171693, 0.0295283, 0.0638095, 0.158439, 0.42081", \
            "0.0124103, 0.0140178, 0.018503, 0.0308845, 0.0649793, 0.158824, 0.421666", \
            "0.0162888, 0.0177868, 0.0220733, 0.033997, 0.0681859, 0.162224, 0.422628" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379084, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0101154, 0.0085681, 0.0046712, -0.006898, -0.0411452, -0.13691, -0.400894", \
            "0.0098651, 0.0083383, 0.0043805, -0.0071263, -0.0413663, -0.137136, -0.401108", \
            "0.0096117, 0.008024, 0.0041779, -0.0073298, -0.0415672, -0.137322, -0.401212", \
            "0.0094814, 0.0078729, 0.0040491, -0.0075042, -0.0417049, -0.137439, -0.401267", \
            "0.0095773, 0.0079391, 0.0040473, -0.0074279, -0.0415902, -0.137334, -0.401203", \
            "0.0131853, 0.0110973, 0.0062788, -0.0065001, -0.0409034, -0.136653, -0.400559", \
            "0.0166766, 0.0145138, 0.0093861, -0.0036902, -0.0386628, -0.134493, -0.398234" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      isolation_cell_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001549;
      rise_capacitance : 0.001641;
      rise_capacitance_range (0.001641, 0.001641);
      fall_capacitance : 0.001456;
      fall_capacitance_range (0.001456, 0.001456);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0008951, -0.0008971, -0.0009016, -0.0009016, -0.0009016, -0.0009017, -0.0009018" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0013331, 0.0013319, 0.0013291, 0.001332, 0.0013388, 0.0013543, 0.0013901" \
          );
        }
      }
    }
    pin (sleep) {
      clock : false;
      direction : input;
      isolation_cell_enable_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001566;
      rise_capacitance : 0.00164;
      rise_capacitance_range (0.00164, 0.00164);
      fall_capacitance : 0.001491;
      fall_capacitance_range (0.001491, 0.001491);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018686, -0.0018914, -0.0019442, -0.0019458, -0.0019495, -0.0019581, -0.001978" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.001993, 0.0019983, 0.0020105, 0.0020093, 0.0020065, 0.002, 0.001985" \
          );
        }
      }
    }
  }
  cell (scs8hd_lpflow_inputisolatch_1) {
    area : 13.7632;
    cell_footprint : "inputisolatch";
    cell_leakage_power : 0.0136083;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_isolation_cell : true;
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    leakage_power () {
      value : 0.007769;
      when : "D&SLEEPB&Q";
    }
    leakage_power () {
      value : 0.019731;
      when : "!D&!SLEEPB&!Q";
    }
    leakage_power () {
      value : 0.0197282;
      when : "!D&SLEEPB&!Q";
    }
    leakage_power () {
      value : 0.0072779;
      when : "D&!SLEEPB&Q";
    }
    leakage_power () {
      value : 0.0198619;
      when : "D&!SLEEPB&!Q";
    }
    leakage_power () {
      value : 0.0072817;
      when : "!D&!SLEEPB&Q";
    }
    leakage_power () {
      value : 0.0136083;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.214243;
      max_transition : 1.50319;
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0748473, 0.0819278, 0.0982028, 0.134852, 0.223748, 0.463192, 1.11843", \
            "0.0781842, 0.0852362, 0.101512, 0.13815, 0.227092, 0.466147, 1.12263", \
            "0.0858354, 0.0928918, 0.109171, 0.145787, 0.234648, 0.474422, 1.12885", \
            "0.101996, 0.109098, 0.125343, 0.161788, 0.25056, 0.48999, 1.14611", \
            "0.124114, 0.131987, 0.149311, 0.186531, 0.275329, 0.514935, 1.17133", \
            "0.139337, 0.148948, 0.169249, 0.208905, 0.298028, 0.537679, 1.19555", \
            "0.12197, 0.133856, 0.159729, 0.207035, 0.298705, 0.537524, 1.19447" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0213225, 0.0279213, 0.0443424, 0.0862954, 0.207408, 0.551156, 1.49871", \
            "0.0213003, 0.027867, 0.0443674, 0.086217, 0.207037, 0.551852, 1.49958", \
            "0.0213415, 0.0278822, 0.0443352, 0.0863454, 0.207356, 0.550247, 1.49477", \
            "0.0217586, 0.02838, 0.0446793, 0.0865575, 0.207369, 0.552082, 1.49923", \
            "0.0254821, 0.0321427, 0.0478078, 0.0883078, 0.20768, 0.550939, 1.4968", \
            "0.0324917, 0.0402198, 0.0558727, 0.0931896, 0.209438, 0.55063, 1.49347", \
            "0.0428057, 0.0527163, 0.0719027, 0.107324, 0.213445, 0.55293, 1.49132" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.154538, 0.163166, 0.181647, 0.216616, 0.276937, 0.402965, 0.723344", \
            "0.15889, 0.167386, 0.185991, 0.220934, 0.281329, 0.407354, 0.727936", \
            "0.167621, 0.176078, 0.19473, 0.229693, 0.290058, 0.416084, 0.736664", \
            "0.186434, 0.19489, 0.213495, 0.248478, 0.308818, 0.434842, 0.755395", \
            "0.229082, 0.237733, 0.256467, 0.291571, 0.352111, 0.478253, 0.798601", \
            "0.310686, 0.319935, 0.340211, 0.377805, 0.441531, 0.569489, 0.890052", \
            "0.465527, 0.476145, 0.499052, 0.541788, 0.611722, 0.74439, 1.06609" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0329496, 0.0393429, 0.0523251, 0.0741304, 0.122336, 0.261542, 0.676953", \
            "0.0330292, 0.0392857, 0.0523201, 0.0742379, 0.122087, 0.261437, 0.677419", \
            "0.0330409, 0.0392179, 0.0523282, 0.0740858, 0.121982, 0.261462, 0.67243", \
            "0.0330065, 0.0391575, 0.0523177, 0.0741618, 0.122096, 0.26131, 0.674018", \
            "0.0343212, 0.040513, 0.0533734, 0.0749131, 0.122251, 0.261481, 0.677975", \
            "0.0398567, 0.0462741, 0.0598208, 0.0820102, 0.128855, 0.264061, 0.676025", \
            "0.0506208, 0.0576148, 0.0722959, 0.0966761, 0.141598, 0.271291, 0.677213" \
          );
        }
      }
      timing () {
        related_pin : "SLEEPB";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.139843, 0.146926, 0.163151, 0.199784, 0.288701, 0.528077, 1.18448", \
            "0.143645, 0.150689, 0.166926, 0.203549, 0.292469, 0.53184, 1.19087", \
            "0.152272, 0.159337, 0.175583, 0.212217, 0.301082, 0.542545, 1.19701", \
            "0.164904, 0.171952, 0.188165, 0.22478, 0.313588, 0.553534, 1.20811", \
            "0.176691, 0.183752, 0.199682, 0.236632, 0.325436, 0.565162, 1.22124", \
            "0.177307, 0.184375, 0.200615, 0.23726, 0.326214, 0.565059, 1.22048", \
            "0.138934, 0.146068, 0.162333, 0.198991, 0.287876, 0.52894, 1.18211" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0213126, 0.027916, 0.0444296, 0.0865244, 0.207471, 0.552926, 1.49509", \
            "0.0213013, 0.0278858, 0.0444286, 0.0865267, 0.207478, 0.551942, 1.49854", \
            "0.0213803, 0.0279543, 0.0444128, 0.0865066, 0.207145, 0.553017, 1.49434", \
            "0.0212645, 0.0279132, 0.0443949, 0.0864973, 0.207068, 0.551345, 1.49631", \
            "0.0214091, 0.0279947, 0.0444238, 0.086479, 0.206984, 0.552501, 1.49404", \
            "0.021338, 0.0279963, 0.0444232, 0.0864038, 0.207539, 0.549996, 1.50319", \
            "0.0215592, 0.028166, 0.0446194, 0.0865992, 0.207077, 0.553272, 1.4931" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.157421, 0.165976, 0.184575, 0.2195, 0.279901, 0.405739, 0.726037", \
            "0.161215, 0.169683, 0.188278, 0.223225, 0.283548, 0.409463, 0.729668", \
            "0.169376, 0.177933, 0.196516, 0.23145, 0.291805, 0.417618, 0.738314", \
            "0.182428, 0.190888, 0.209475, 0.244371, 0.304701, 0.430626, 0.750967", \
            "0.195648, 0.20414, 0.222728, 0.257682, 0.317961, 0.443935, 0.764118", \
            "0.200612, 0.209115, 0.227707, 0.262571, 0.322886, 0.4489, 0.769755", \
            "0.177139, 0.185624, 0.20422, 0.239209, 0.299598, 0.425822, 0.745979" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0327572, 0.0390364, 0.0520029, 0.073891, 0.122267, 0.261446, 0.674604", \
            "0.0328479, 0.0389662, 0.0520269, 0.0738862, 0.12193, 0.261313, 0.678305", \
            "0.0327086, 0.0389604, 0.0519897, 0.0740458, 0.121685, 0.261018, 0.673426", \
            "0.0328297, 0.0389438, 0.052104, 0.0738965, 0.12188, 0.260533, 0.674008", \
            "0.0328754, 0.0390206, 0.0521318, 0.0744083, 0.12235, 0.261114, 0.67783", \
            "0.032824, 0.0390576, 0.0521425, 0.0740877, 0.121407, 0.260009, 0.670809", \
            "0.0337159, 0.0397567, 0.0529484, 0.0746282, 0.122833, 0.26066, 0.676697" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0235317, 0.0253072, 0.0301024, 0.0428985, 0.0772631, 0.170811, 0.426599", \
            "0.0234548, 0.0252303, 0.0300391, 0.0428179, 0.0771571, 0.170809, 0.426846", \
            "0.0233478, 0.0251003, 0.0299114, 0.0426922, 0.0769884, 0.170642, 0.426835", \
            "0.0233103, 0.0250427, 0.0298556, 0.0424993, 0.0768379, 0.170442, 0.426644", \
            "0.0239482, 0.0255235, 0.03007, 0.0426715, 0.0767853, 0.17044, 0.426562", \
            "0.0258784, 0.0274332, 0.0319536, 0.0443403, 0.0783189, 0.171294, 0.429223", \
            "0.0307341, 0.032263, 0.0365029, 0.0487182, 0.0827763, 0.176047, 0.430184" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0200198, 0.0181833, 0.014045, 0.0033083, -0.0297005, -0.123649, -0.382512", \
            "0.0198794, 0.0180362, 0.0139107, 0.0031241, -0.0298526, -0.123785, -0.382651", \
            "0.0197967, 0.0179631, 0.0138577, 0.0031312, -0.0298514, -0.123777, -0.382614", \
            "0.0196935, 0.0178929, 0.0137547, 0.0030131, -0.0299675, -0.123881, -0.382731", \
            "0.0200194, 0.0181533, 0.0139363, 0.0031313, -0.0298653, -0.123787, -0.382563", \
            "0.024341, 0.0222809, 0.0171777, 0.0042023, -0.0288865, -0.122796, -0.381639", \
            "0.0310377, 0.028829, 0.0234241, 0.0101469, -0.0245419, -0.118891, -0.377627" \
          );
        }
      }
      internal_power () {
        related_pin : "SLEEPB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0232211, 0.0249591, 0.0297837, 0.0425008, 0.0767529, 0.170697, 0.429517", \
            "0.0231946, 0.0249142, 0.0297348, 0.0424573, 0.0768239, 0.171232, 0.426097", \
            "0.0232261, 0.0249761, 0.0297653, 0.042587, 0.076799, 0.170641, 0.426952", \
            "0.0228292, 0.0246276, 0.0294027, 0.0421242, 0.0764713, 0.171242, 0.425388", \
            "0.0222726, 0.0240261, 0.029042, 0.0415687, 0.0758569, 0.169803, 0.425863", \
            "0.0227094, 0.0243886, 0.0290292, 0.0417403, 0.0761769, 0.169051, 0.427954", \
            "0.0238796, 0.0255544, 0.0302143, 0.0429219, 0.0774605, 0.171446, 0.424547" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137286, 0.00376949, 0.01035, 0.0284181, 0.0780281, 0.214243");
          values ( \
            "0.0183382, 0.0165179, 0.0124688, 0.0017309, -0.0312596, -0.125203, -0.384083", \
            "0.0182078, 0.0163414, 0.0122921, 0.0015534, -0.0314276, -0.125376, -0.384267", \
            "0.0181659, 0.0163026, 0.0122357, 0.0015432, -0.0314449, -0.125402, -0.38429", \
            "0.0177023, 0.015832, 0.0117298, 0.0010361, -0.0319299, -0.125883, -0.384766", \
            "0.017165, 0.0153109, 0.0111983, 0.0004663, -0.0325115, -0.126445, -0.385333", \
            "0.0210083, 0.0190723, 0.0142152, 0.001676, -0.0326275, -0.12661, -0.385467", \
            "0.0226023, 0.0206362, 0.0157648, 0.0031489, -0.0310654, -0.1252, -0.3842" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      isolation_cell_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001658;
      rise_capacitance : 0.001716;
      rise_capacitance_range (0.001716, 0.001716);
      fall_capacitance : 0.0016;
      fall_capacitance_range (0.0016, 0.0016);
      timing () {
        related_pin : "SLEEPB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0129863, -0.0437682, -0.0258646", \
            "0.144204, 0.0996563, 0.121222", \
            "0.297199, 0.263637, 0.287645" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.11885, -0.245184, -0.4348", \
            "-0.037681, -0.157912, -0.340204", \
            "0.065265, -0.0488626, -0.227492" \
          );
        }
      }
      timing () {
        related_pin : "SLEEPB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0041035, 0.0514303, 0.0310853", \
            "-0.135321, -0.0932148, -0.117222", \
            "-0.284654, -0.255975, -0.283644" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.181443, 0.285805, 0.442462", \
            "0.121027, 0.238816, 0.405239", \
            "0.0400534, 0.148078, 0.327928" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0031774, -0.003173, -0.0031627, -0.003174, -0.0032, -0.0032598, -0.0033978" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0033553, 0.0033484, 0.0033324, 0.0033362, 0.0033453, 0.0033661, 0.0034142" \
          );
        }
      }
    }
    pin (SLEEPB) {
      clock : true;
      direction : input;
      isolation_cell_enable_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001745;
      rise_capacitance : 0.001841;
      rise_capacitance_range (0.001841, 0.001841);
      fall_capacitance : 0.001649;
      fall_capacitance_range (0.001649, 0.001649);
      timing () {
        related_pin : "SLEEPB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0654261, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0104806, 0.010368, 0.0101085, 0.0104415, 0.0112093, 0.0129792, 0.0170588" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.018997, 0.0188649, 0.0185604, 0.0189975, 0.0200053, 0.0223283, 0.0276829" \
          );
        }
      }
    }
    latch (IQ,IQN) {
      data_in : "D";
      enable : "SLEEPB";
    }
  }
  cell (scs8hd_lpflow_isobufsrc_1) {
    area : 6.256;
    cell_footprint : "isobufsrc";
    cell_leakage_power : 0.00330435;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_isolation_cell : true;
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.0062928;
      when : "!A&SLEEP";
    }
    leakage_power () {
      value : 0.0063087;
      when : "!A&!SLEEP";
    }
    leakage_power () {
      value : 0.0005508;
      when : "A&SLEEP";
    }
    leakage_power () {
      value : 6.51128e-05;
      when : "A&!SLEEP";
    }
    leakage_power () {
      value : 0.00330435;
    }
    pin (X) {
      direction : output;
      function : "(A&!SLEEP)";
      power_down_function : "(!vpwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.115366;
      max_transition : 1.49813;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759495, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0492663, 0.0565658, 0.0743419, 0.116802, 0.218113, 0.467151, 1.08965", \
            "0.0529906, 0.0602707, 0.0776547, 0.119721, 0.2223, 0.472814, 1.09155", \
            "0.060681, 0.0677408, 0.0849665, 0.126776, 0.23079, 0.481078, 1.09538", \
            "0.069909, 0.0768162, 0.0938383, 0.135386, 0.237357, 0.4875, 1.10392", \
            "0.0757694, 0.0826178, 0.0991855, 0.140723, 0.242182, 0.492754, 1.1092", \
            "0.0657351, 0.0737725, 0.0909477, 0.131255, 0.233115, 0.482401, 1.09962", \
            "0.0060422, 0.0159741, 0.0372191, 0.0787347, 0.178376, 0.427222, 1.04742" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759495, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0302532, 0.0395502, 0.0628457, 0.120043, 0.260312, 0.609328, 1.47786", \
            "0.0303158, 0.039708, 0.0628756, 0.119931, 0.260942, 0.611953, 1.47316", \
            "0.0303812, 0.0396598, 0.0627815, 0.119848, 0.261133, 0.609013, 1.47177", \
            "0.0312224, 0.0402341, 0.0629796, 0.119907, 0.260857, 0.608494, 1.47313", \
            "0.034056, 0.0422878, 0.0638254, 0.120304, 0.259956, 0.611116, 1.47279", \
            "0.040828, 0.0485657, 0.0676335, 0.121046, 0.261674, 0.607682, 1.47044", \
            "0.052044, 0.0612561, 0.0806531, 0.127589, 0.263073, 0.609848, 1.46927" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759495, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0609936, 0.0646148, 0.0720384, 0.08617, 0.115043, 0.179824, 0.337592", \
            "0.0654087, 0.0690203, 0.0763792, 0.090612, 0.119478, 0.184272, 0.342111", \
            "0.077365, 0.0809555, 0.0883308, 0.102642, 0.13152, 0.196199, 0.354157", \
            "0.105095, 0.108736, 0.116168, 0.13057, 0.159543, 0.2243, 0.382641", \
            "0.151851, 0.156187, 0.164885, 0.181273, 0.211927, 0.277282, 0.435635", \
            "0.228679, 0.233781, 0.24408, 0.264111, 0.298009, 0.364936, 0.523124", \
            "0.371688, 0.377365, 0.389767, 0.413368, 0.454396, 0.525885, 0.683373" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759495, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0161506, 0.0186128, 0.0243924, 0.0374832, 0.0687272, 0.15052, 0.356832", \
            "0.0161438, 0.0187027, 0.024251, 0.0375173, 0.0687654, 0.150629, 0.356771", \
            "0.0160388, 0.0185872, 0.0243852, 0.0374908, 0.0686546, 0.150756, 0.359574", \
            "0.0175018, 0.0199817, 0.02547, 0.0383117, 0.0693004, 0.149769, 0.356312", \
            "0.0234962, 0.0263413, 0.0320492, 0.0443257, 0.0728914, 0.152013, 0.358604", \
            "0.0315249, 0.0349569, 0.0414841, 0.0543111, 0.0823574, 0.156007, 0.359369", \
            "0.0436336, 0.0472868, 0.0549741, 0.0702148, 0.098799, 0.165229, 0.362851" \
          );
        }
      }
      timing () {
        related_pin : "SLEEP";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759495, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.039987, 0.0471719, 0.0644616, 0.106347, 0.206865, 0.458583, 1.07402", \
            "0.0447737, 0.0517725, 0.0688956, 0.110341, 0.212023, 0.461528, 1.0788", \
            "0.0555339, 0.0625925, 0.0794533, 0.121005, 0.225004, 0.472352, 1.0899", \
            "0.0752738, 0.0841105, 0.103297, 0.144888, 0.246119, 0.499216, 1.11899", \
            "0.108103, 0.120422, 0.146977, 0.198621, 0.303153, 0.552806, 1.17454", \
            "0.17558, 0.191915, 0.226568, 0.296381, 0.428286, 0.686157, 1.30483", \
            "0.322663, 0.344588, 0.38809, 0.479266, 0.656276, 0.978926, 1.61018" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759495, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.03037, 0.0397849, 0.0627041, 0.120039, 0.260305, 0.612036, 1.47031", \
            "0.0304441, 0.0397233, 0.0627698, 0.119914, 0.260458, 0.608947, 1.47049", \
            "0.0314214, 0.0401145, 0.0629519, 0.120082, 0.26239, 0.608251, 1.47369", \
            "0.0408249, 0.0486302, 0.0681889, 0.121122, 0.260895, 0.61027, 1.48161", \
            "0.0603311, 0.0693852, 0.0911177, 0.139075, 0.265533, 0.610811, 1.48134", \
            "0.0923258, 0.10356, 0.130018, 0.186871, 0.308906, 0.619828, 1.47915", \
            "0.152012, 0.164082, 0.194011, 0.264894, 0.414117, 0.718441, 1.49813" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759495, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0126851, 0.0146056, 0.0190815, 0.0295912, 0.0547035, 0.116134, 0.267778", \
            "0.016248, 0.0183437, 0.0227518, 0.0331297, 0.058231, 0.11971, 0.271181", \
            "0.0198609, 0.0228776, 0.0293075, 0.0414919, 0.0665372, 0.127877, 0.2795", \
            "0.0200328, 0.0244505, 0.0337598, 0.0523584, 0.0851763, 0.147457, 0.298976", \
            "0.0099431, 0.0163766, 0.0299577, 0.0570766, 0.106724, 0.190867, 0.344788", \
            "-0.0277693, -0.0185486, 0.0012963, 0.040328, 0.11289, 0.23777, 0.446146", \
            "-0.137238, -0.124701, -0.0951665, -0.0383321, 0.0667313, 0.250004, 0.554006" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759495, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0089911, 0.0112041, 0.0166367, 0.029682, 0.0622797, 0.142987, 0.342785", \
            "0.0112554, 0.0128811, 0.0174633, 0.0297283, 0.0622065, 0.142633, 0.341724", \
            "0.0176117, 0.01974, 0.0243144, 0.034312, 0.0631461, 0.142953, 0.342985", \
            "0.027548, 0.0307465, 0.0377904, 0.0513594, 0.0761113, 0.145614, 0.342427", \
            "0.0442634, 0.0494768, 0.0597368, 0.0798519, 0.115914, 0.1774, 0.34802", \
            "0.0749297, 0.0826172, 0.0980804, 0.127521, 0.179739, 0.26819, 0.421881", \
            "0.135605, 0.146164, 0.170748, 0.212181, 0.288365, 0.418114, 0.640585" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759494, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0068497, 0.0083708, 0.0120555, 0.020927, 0.0421384, 0.0943867, 0.224889", \
            "0.0067935, 0.0083081, 0.0119381, 0.0207384, 0.042237, 0.094771, 0.224477", \
            "0.0067717, 0.0082519, 0.0118198, 0.0205963, 0.0420271, 0.0943609, 0.223428", \
            "0.0063364, 0.0077602, 0.0112452, 0.0199899, 0.0413632, 0.0937718, 0.223014", \
            "0.0061822, 0.0075138, 0.0108974, 0.0196135, 0.0408628, 0.0937049, 0.22252", \
            "0.0060496, 0.0074233, 0.0109042, 0.0193837, 0.0406336, 0.0928078, 0.222056", \
            "0.0068589, 0.0081602, 0.0113985, 0.0196872, 0.040767, 0.0930512, 0.2217" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759494, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0021154, 0.0008938, -0.0020156, -0.0099947, -0.0309725, -0.0836631, -0.214421", \
            "0.0019872, 0.0007383, -0.0021437, -0.0100872, -0.0310579, -0.0837519, -0.214503", \
            "0.0019879, 0.0007897, -0.0021159, -0.0100516, -0.0310123, -0.083714, -0.214459", \
            "0.001718, 0.0005, -0.0024469, -0.01038, -0.0313072, -0.0839665, -0.214685", \
            "0.0017668, 0.0003513, -0.0030141, -0.010889, -0.0316911, -0.0843089, -0.215008", \
            "0.0025165, 0.0010111, -0.0025309, -0.0110618, -0.032206, -0.0846918, -0.21538", \
            "0.0039158, 0.0023611, -0.0014085, -0.0101644, -0.0314283, -0.0849512, -0.215518" \
          );
        }
      }
      internal_power () {
        related_pin : "SLEEP";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759494, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0072685, 0.0087452, 0.0123428, 0.0210895, 0.0421959, 0.0950599, 0.224116", \
            "0.007104, 0.0085492, 0.0121094, 0.0207857, 0.0420406, 0.0943031, 0.223373", \
            "0.0070006, 0.0084272, 0.0119439, 0.0206363, 0.0420119, 0.0941478, 0.224473", \
            "0.0069263, 0.0083377, 0.011827, 0.0204466, 0.0415809, 0.0940118, 0.224872", \
            "0.0071295, 0.0084964, 0.0119637, 0.0204682, 0.0417179, 0.093692, 0.224627", \
            "0.0089946, 0.0101623, 0.0132194, 0.0216635, 0.0423645, 0.0944815, 0.224381", \
            "0.0157865, 0.0166091, 0.0190074, 0.0262112, 0.0461013, 0.0969949, 0.224794" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759494, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0047401, 0.0033571, -8.38e-05, -0.0086283, -0.0298838, -0.0826355, -0.21336", \
            "0.0045942, 0.0032332, -0.0001781, -0.0086827, -0.0299394, -0.0826594, -0.213378", \
            "0.0045342, 0.0031736, -0.0002083, -0.008668, -0.0299006, -0.0826094, -0.213333", \
            "0.0048158, 0.0034366, -1.13e-05, -0.008759, -0.0298897, -0.0826339, -0.21333", \
            "0.0056197, 0.0041387, 0.0005163, -0.0081424, -0.029726, -0.0825533, -0.21328", \
            "0.0084915, 0.006901, 0.0030475, -0.0061856, -0.0281944, -0.0817278, -0.212817", \
            "0.0170708, 0.014416, 0.0107743, 0.0005512, -0.0230366, -0.07798, -0.20922" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      isolation_cell_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001582;
      rise_capacitance : 0.001641;
      rise_capacitance_range (0.001641, 0.001641);
      fall_capacitance : 0.001523;
      fall_capacitance_range (0.001523, 0.001523);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.002334, 0.0022656, 0.0021079, 0.002434, 0.0031855, 0.0049177, 0.0089106" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0097293, 0.0096429, 0.0094436, 0.0097719, 0.0105286, 0.0122727, 0.0162931" \
          );
        }
      }
    }
    pin (SLEEP) {
      clock : false;
      direction : input;
      isolation_cell_enable_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002363;
      rise_capacitance : 0.002457;
      rise_capacitance_range (0.002457, 0.002457);
      fall_capacitance : 0.002269;
      fall_capacitance_range (0.002269, 0.002269);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047973, -0.0048376, -0.0049305, -0.0049306, -0.0049308, -0.0049313, -0.0049324" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0049713, 0.0049701, 0.0049674, 0.0049643, 0.0049571, 0.0049404, 0.004902" \
          );
        }
      }
    }
  }
  cell (scs8hd_lpflow_isobufsrc_16) {
    area : 45.0432;
    cell_footprint : "isobufsrc";
    cell_leakage_power : 0.0837834;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_isolation_cell : true;
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.179217;
      when : "!A&SLEEP";
    }
    leakage_power () {
      value : 0.0056719;
      when : "!A&!SLEEP";
    }
    leakage_power () {
      value : 0.123938;
      when : "A&SLEEP";
    }
    leakage_power () {
      value : 0.0263069;
      when : "A&!SLEEP";
    }
    leakage_power () {
      value : 0.0837834;
    }
    pin (X) {
      direction : output;
      function : "(A&!SLEEP)";
      power_down_function : "(!vpwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.735178;
      max_transition : 1.50079;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.102355, 0.104226, 0.110577, 0.130649, 0.19366, 0.401275, 1.09815", \
            "0.105636, 0.107516, 0.113976, 0.133924, 0.19678, 0.404015, 1.0994", \
            "0.113655, 0.115513, 0.121728, 0.14191, 0.205058, 0.41273, 1.10964", \
            "0.125529, 0.127604, 0.133689, 0.153802, 0.217231, 0.424796, 1.11964", \
            "0.133635, 0.135518, 0.141681, 0.161915, 0.225255, 0.433041, 1.12684", \
            "0.122027, 0.12402, 0.130486, 0.151347, 0.215132, 0.423547, 1.12007", \
            "0.0520804, 0.0542521, 0.0613576, 0.083936, 0.15, 0.357708, 1.05479" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0571163, 0.0592702, 0.0665821, 0.091607, 0.178556, 0.474699, 1.47592", \
            "0.0570861, 0.0592581, 0.066626, 0.0916247, 0.178684, 0.473099, 1.47078", \
            "0.057115, 0.0592296, 0.0665457, 0.0916236, 0.178537, 0.474726, 1.47601", \
            "0.0574876, 0.0596053, 0.0667989, 0.0918851, 0.178647, 0.475535, 1.47201", \
            "0.0585301, 0.0605619, 0.0676946, 0.0925964, 0.178671, 0.474084, 1.4719", \
            "0.0618124, 0.0637616, 0.0707886, 0.0948782, 0.17976, 0.474993, 1.47279", \
            "0.0708294, 0.0727744, 0.07943, 0.102358, 0.183659, 0.474534, 1.47155" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.101017, 0.101852, 0.104555, 0.113196, 0.139139, 0.217309, 0.468692", \
            "0.105813, 0.106675, 0.109485, 0.118162, 0.144173, 0.222129, 0.474706", \
            "0.118478, 0.119311, 0.122018, 0.130673, 0.156783, 0.234784, 0.486382", \
            "0.148256, 0.148967, 0.151805, 0.160493, 0.186574, 0.264855, 0.517249", \
            "0.2089, 0.209781, 0.212637, 0.221554, 0.248071, 0.326696, 0.578469", \
            "0.311102, 0.312083, 0.31536, 0.325416, 0.353455, 0.433786, 0.687275", \
            "0.492594, 0.493742, 0.496821, 0.508714, 0.539982, 0.624275, 0.878795" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0382025, 0.0392019, 0.0426521, 0.0541541, 0.0938584, 0.233437, 0.716093", \
            "0.0380105, 0.0390268, 0.0425618, 0.054148, 0.0938801, 0.23313, 0.716941", \
            "0.038204, 0.0392087, 0.0426622, 0.0541796, 0.0938846, 0.233098, 0.718019", \
            "0.0383217, 0.0391482, 0.0426406, 0.0542138, 0.0938807, 0.233616, 0.716962", \
            "0.0415252, 0.0425816, 0.046025, 0.0573158, 0.0959285, 0.234151, 0.717917", \
            "0.0495205, 0.0505532, 0.0537765, 0.0652244, 0.102618, 0.236883, 0.717839", \
            "0.0609182, 0.0622447, 0.0662535, 0.0779464, 0.114668, 0.244283, 0.720358" \
          );
        }
      }
      timing () {
        related_pin : "SLEEP";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0445644, 0.0468571, 0.0535465, 0.0754435, 0.14122, 0.349972, 1.0524", \
            "0.046843, 0.0487431, 0.0550073, 0.0760976, 0.142584, 0.35298, 1.04825", \
            "0.0577715, 0.0595161, 0.0652859, 0.0850826, 0.14987, 0.362568, 1.05852", \
            "0.0847653, 0.0868885, 0.0936736, 0.112653, 0.174764, 0.385777, 1.08688", \
            "0.130937, 0.133852, 0.14322, 0.171119, 0.24119, 0.447398, 1.14365", \
            "0.222457, 0.226004, 0.237761, 0.273622, 0.371937, 0.599174, 1.28953", \
            "0.417328, 0.421769, 0.43621, 0.480495, 0.60562, 0.922526, 1.64158" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.053162, 0.0555463, 0.0634485, 0.0895542, 0.178077, 0.473012, 1.4744", \
            "0.0528561, 0.055151, 0.063076, 0.089395, 0.177916, 0.473019, 1.46995", \
            "0.0524867, 0.0547427, 0.0621231, 0.0887814, 0.177718, 0.474447, 1.4685", \
            "0.0647317, 0.0663753, 0.0720364, 0.0939172, 0.177078, 0.474763, 1.47042", \
            "0.0801476, 0.0830856, 0.0929843, 0.123076, 0.193226, 0.473587, 1.47068", \
            "0.106273, 0.10961, 0.120535, 0.155198, 0.252488, 0.501484, 1.469", \
            "0.165354, 0.169249, 0.181737, 0.221016, 0.338725, 0.641343, 1.50079" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0141821, 0.0146003, 0.0159688, 0.0200781, 0.0321565, 0.0704313, 0.197899", \
            "0.0171171, 0.0176263, 0.0191275, 0.0233557, 0.0355939, 0.0739069, 0.201461", \
            "0.0187502, 0.0194687, 0.0216944, 0.0279561, 0.0431894, 0.0819656, 0.209493", \
            "0.0145442, 0.0155615, 0.018784, 0.0282867, 0.0512212, 0.100399, 0.22831", \
            "-0.0053062, -0.0038105, 0.0009431, 0.0148388, 0.0491046, 0.122453, 0.271571", \
            "-0.065621, -0.0633996, -0.0561755, -0.0356425, 0.0154981, 0.125543, 0.343266", \
            "-0.224695, -0.221356, -0.210486, -0.179333, -0.103097, 0.0608667, 0.385403" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0076703, 0.0080653, 0.0094301, 0.0143117, 0.0312951, 0.0891617, 0.285359", \
            "0.0094553, 0.0097783, 0.0108961, 0.0151447, 0.031419, 0.089161, 0.285259", \
            "0.0139775, 0.014465, 0.0160633, 0.021148, 0.0355276, 0.089443, 0.285359", \
            "0.0221157, 0.02282, 0.0250904, 0.0319598, 0.0501767, 0.0989289, 0.285091", \
            "0.0376174, 0.0386353, 0.041865, 0.0512457, 0.0761856, 0.134691, 0.301323", \
            "0.0683876, 0.0699329, 0.0750201, 0.0886831, 0.122703, 0.200637, 0.382529", \
            "0.129273, 0.13153, 0.138755, 0.159803, 0.210297, 0.317246, 0.553581" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.101342, 0.103659, 0.111618, 0.137853, 0.224202, 0.51406, 1.49107", \
            "0.101122, 0.10348, 0.111408, 0.137673, 0.22412, 0.51132, 1.48158", \
            "0.100886, 0.103219, 0.111151, 0.137372, 0.22396, 0.513999, 1.49108", \
            "0.0978577, 0.100201, 0.108044, 0.134247, 0.221001, 0.511309, 1.48052", \
            "0.0946362, 0.0970828, 0.104943, 0.130821, 0.217009, 0.507178, 1.47654", \
            "0.0938451, 0.0961572, 0.103896, 0.129486, 0.21529, 0.504864, 1.47825", \
            "0.0949073, 0.0970571, 0.104992, 0.131056, 0.21717, 0.504178, 1.47571" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0788256, 0.0766491, 0.0691874, 0.0442319, -0.0404305, -0.330079, -1.31179", \
            "0.0783239, 0.0761571, 0.0688538, 0.0439848, -0.0407114, -0.330258, -1.31096", \
            "0.0784903, 0.0763108, 0.0688651, 0.0439777, -0.0406364, -0.330115, -1.31193", \
            "0.0757026, 0.0734069, 0.0661781, 0.0413569, -0.0430134, -0.332225, -1.31256", \
            "0.0724324, 0.070257, 0.0628025, 0.0378223, -0.0464941, -0.335314, -1.31663", \
            "0.0706608, 0.0684205, 0.0608809, 0.0360586, -0.0479955, -0.336882, -1.31829", \
            "0.0807109, 0.0780539, 0.0704213, 0.0436459, -0.0443465, -0.334626, -1.31535" \
          );
        }
      }
      internal_power () {
        related_pin : "SLEEP";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.102885, 0.105881, 0.115256, 0.145171, 0.23625, 0.526443, 1.50028", \
            "0.0990662, 0.101632, 0.110282, 0.139212, 0.231177, 0.523974, 1.49759", \
            "0.0975746, 0.0999517, 0.107944, 0.135021, 0.225444, 0.522546, 1.49425", \
            "0.100049, 0.102313, 0.109853, 0.135296, 0.221952, 0.515591, 1.49331", \
            "0.108525, 0.110619, 0.117689, 0.141628, 0.224726, 0.512921, 1.48726", \
            "0.13328, 0.135071, 0.141518, 0.164079, 0.244181, 0.522013, 1.4873", \
            "0.203092, 0.204421, 0.209391, 0.227569, 0.297892, 0.569365, 1.51352" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0068988, 0.004775, -0.0024291, -0.0272747, -0.112738, -0.403232, -1.38607", \
            "0.0054562, 0.0034529, -0.0037935, -0.0282983, -0.112592, -0.402062, -1.38447", \
            "0.0026013, 0.0005278, -0.006447, -0.0305279, -0.113657, -0.401759, -1.38342", \
            "0.0004704, -0.0017047, -0.0087949, -0.0333431, -0.115909, -0.402828, -1.3831", \
            "0.0080645, 0.0056585, -0.0023297, -0.0284721, -0.113068, -0.402616, -1.38285", \
            "0.0328086, 0.030147, 0.0215464, -0.0075713, -0.100549, -0.396142, -1.38063", \
            "0.102073, 0.0990169, 0.0891107, 0.0561086, -0.0473061, -0.363216, -1.36392" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      isolation_cell_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008829;
      rise_capacitance : 0.009284;
      rise_capacitance_range (0.009284, 0.009284);
      fall_capacitance : 0.008373;
      fall_capacitance_range (0.008373, 0.008373);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0674632, 0.0672158, 0.0666456, 0.068853, 0.0739415, 0.085671, 0.112708" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0869964, 0.0866517, 0.0858572, 0.0880935, 0.0932486, 0.105131, 0.132521" \
          );
        }
      }
    }
    pin (SLEEP) {
      clock : false;
      direction : input;
      isolation_cell_enable_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.032422;
      rise_capacitance : 0.034864;
      rise_capacitance_range (0.034864, 0.034864);
      fall_capacitance : 0.029979;
      fall_capacitance_range (0.029979, 0.029979);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0303594, -0.0303469, -0.0303181, -0.0303318, -0.0303635, -0.0304365, -0.0306048" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0326108, 0.0325744, 0.0324907, 0.0326082, 0.0328794, 0.0335048, 0.0349465" \
          );
        }
      }
    }
  }
  cell (scs8hd_lpflow_isobufsrc_2) {
    area : 8.7584;
    cell_footprint : "isobufsrc";
    cell_leakage_power : 0.00651345;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_isolation_cell : true;
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.0124505;
      when : "!A&SLEEP";
    }
    leakage_power () {
      value : 0.0124633;
      when : "!A&!SLEEP";
    }
    leakage_power () {
      value : 0.000977;
      when : "A&SLEEP";
    }
    leakage_power () {
      value : 0.000163;
      when : "A&!SLEEP";
    }
    leakage_power () {
      value : 0.00651345;
    }
    pin (X) {
      direction : output;
      function : "(A&!SLEEP)";
      power_down_function : "(!vpwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.197764;
      max_transition : 1.50225;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0559597, 0.060813, 0.0738056, 0.108082, 0.199312, 0.442161, 1.09198", \
            "0.0599746, 0.0648925, 0.0778263, 0.111993, 0.203686, 0.448731, 1.09669", \
            "0.069468, 0.0743106, 0.0870872, 0.121106, 0.212451, 0.453479, 1.11338", \
            "0.0856846, 0.0904828, 0.102973, 0.13673, 0.226684, 0.468345, 1.13307", \
            "0.102984, 0.108076, 0.120852, 0.153528, 0.243231, 0.485261, 1.13678", \
            "0.111377, 0.117734, 0.132321, 0.164905, 0.253505, 0.494635, 1.14767", \
            "0.0867509, 0.0944086, 0.112698, 0.150869, 0.238418, 0.478434, 1.13106" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0264027, 0.0327135, 0.0499742, 0.0968095, 0.222598, 0.562237, 1.47882", \
            "0.0264012, 0.0327803, 0.0499612, 0.0966666, 0.222577, 0.562928, 1.47872", \
            "0.0264463, 0.0327761, 0.0498403, 0.0966548, 0.223004, 0.561866, 1.48155", \
            "0.0278203, 0.0339783, 0.05052, 0.0965734, 0.221789, 0.561255, 1.48378", \
            "0.0318009, 0.0373868, 0.0526718, 0.09733, 0.221646, 0.562585, 1.47878", \
            "0.0387489, 0.0446927, 0.0592933, 0.100174, 0.222258, 0.559397, 1.48236", \
            "0.0495482, 0.056865, 0.0731572, 0.111429, 0.226018, 0.562712, 1.47386" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0753677, 0.0782606, 0.0848579, 0.098505, 0.124927, 0.181675, 0.323969", \
            "0.0796402, 0.082499, 0.0891415, 0.102794, 0.129157, 0.185959, 0.328067", \
            "0.0909887, 0.093782, 0.100291, 0.113871, 0.140396, 0.197205, 0.339207", \
            "0.118566, 0.121393, 0.127922, 0.141492, 0.167846, 0.224657, 0.366563", \
            "0.170474, 0.173581, 0.180891, 0.196106, 0.224436, 0.28188, 0.424173", \
            "0.250317, 0.254067, 0.262854, 0.280804, 0.314268, 0.376038, 0.519625", \
            "0.385579, 0.3898, 0.399967, 0.421894, 0.461861, 0.531912, 0.67777" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0180766, 0.0200077, 0.0247157, 0.034918, 0.0586936, 0.122013, 0.30522", \
            "0.0180194, 0.0200149, 0.024669, 0.0346816, 0.0586714, 0.121795, 0.304903", \
            "0.0179786, 0.0200213, 0.0246762, 0.0348359, 0.058505, 0.121829, 0.303611", \
            "0.0183312, 0.0202729, 0.0246924, 0.0351554, 0.0588902, 0.121968, 0.305967", \
            "0.0241922, 0.0261489, 0.0311881, 0.0409706, 0.06287, 0.123695, 0.303833", \
            "0.0338429, 0.0359328, 0.0418144, 0.0530054, 0.0758308, 0.132458, 0.306782", \
            "0.047103, 0.0498939, 0.0559152, 0.0692188, 0.0947609, 0.149742, 0.313145" \
          );
        }
      }
      timing () {
        related_pin : "SLEEP";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0427466, 0.047735, 0.0608151, 0.0948247, 0.185929, 0.424995, 1.07585", \
            "0.0476202, 0.0524818, 0.0653484, 0.0993365, 0.19136, 0.430676, 1.0826", \
            "0.0588914, 0.0638204, 0.0766579, 0.11028, 0.201663, 0.441524, 1.09312", \
            "0.0789244, 0.0850019, 0.100021, 0.134386, 0.223783, 0.467322, 1.11742", \
            "0.110765, 0.119524, 0.1403, 0.185004, 0.280146, 0.523302, 1.17366", \
            "0.175236, 0.186476, 0.214257, 0.275397, 0.39987, 0.653445, 1.30858", \
            "0.326445, 0.341161, 0.376449, 0.454624, 0.618358, 0.943794, 1.6137" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0264037, 0.032864, 0.0501315, 0.0966466, 0.222488, 0.559215, 1.47547", \
            "0.0264748, 0.0328992, 0.0501108, 0.0966168, 0.222847, 0.561411, 1.47966", \
            "0.0270788, 0.0333026, 0.0503479, 0.0966323, 0.222389, 0.559374, 1.47514", \
            "0.035144, 0.0408219, 0.0556204, 0.0983622, 0.221595, 0.563581, 1.47767", \
            "0.0521045, 0.0588527, 0.0760328, 0.117326, 0.227911, 0.562312, 1.47347", \
            "0.0870292, 0.0941684, 0.113449, 0.161731, 0.274645, 0.574969, 1.4803", \
            "0.147886, 0.155061, 0.176148, 0.233616, 0.368973, 0.675542, 1.50225" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0111562, 0.0124002, 0.0156016, 0.0235561, 0.043536, 0.0957702, 0.23599", \
            "0.0146461, 0.0161028, 0.0194711, 0.0271363, 0.0469947, 0.099251, 0.239751", \
            "0.0177506, 0.0197792, 0.02459, 0.0348527, 0.0554412, 0.107476, 0.247574", \
            "0.0173304, 0.020166, 0.0271614, 0.0420762, 0.0717053, 0.127153, 0.26709", \
            "0.0054497, 0.00951, 0.0198059, 0.0419459, 0.085442, 0.164438, 0.311674", \
            "-0.036176, -0.0302102, -0.0163196, 0.01589, 0.0804174, 0.198729, 0.406932", \
            "-0.154437, -0.146007, -0.124605, -0.0785834, 0.0145929, 0.188514, 0.494431" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0082654, 0.0096209, 0.0132868, 0.0228997, 0.0479175, 0.116257, 0.300833", \
            "0.0111169, 0.0120077, 0.0147091, 0.0230717, 0.0478785, 0.115959, 0.300813", \
            "0.017001, 0.0184291, 0.0217517, 0.029049, 0.0497428, 0.115951, 0.300763", \
            "0.0266794, 0.0286116, 0.0335756, 0.0447649, 0.0658808, 0.120892, 0.302202", \
            "0.0421821, 0.0454841, 0.0531561, 0.0694524, 0.100815, 0.158904, 0.310701", \
            "0.0712813, 0.0763379, 0.0877391, 0.11127, 0.15856, 0.24293, 0.390541", \
            "0.126585, 0.133831, 0.153857, 0.188958, 0.257557, 0.378965, 0.600906" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0128194, 0.0145403, 0.0191851, 0.0315164, 0.064286, 0.151747, 0.385371", \
            "0.0128104, 0.014513, 0.0191319, 0.0313891, 0.064262, 0.151237, 0.386743", \
            "0.0128679, 0.0145516, 0.019097, 0.0313188, 0.0641247, 0.151459, 0.385736", \
            "0.0125069, 0.0141298, 0.0185428, 0.0305654, 0.0630471, 0.150184, 0.385968", \
            "0.0125605, 0.0140773, 0.0183807, 0.0301582, 0.0624213, 0.15009, 0.384221", \
            "0.0129477, 0.014512, 0.0188311, 0.0302646, 0.062182, 0.148732, 0.385133", \
            "0.0145882, 0.0160757, 0.0202349, 0.0319414, 0.0639284, 0.150217, 0.383661" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.002508, 0.0009608, -0.0029351, -0.0133102, -0.0441843, -0.13114, -0.36822", \
            "0.0024612, 0.0008996, -0.0029927, -0.0133846, -0.0442461, -0.131221, -0.368292", \
            "0.0024598, 0.000918, -0.0030355, -0.013452, -0.0442768, -0.131237, -0.368243", \
            "0.0020011, 0.0004072, -0.0035796, -0.0140323, -0.0447681, -0.13163, -0.368612", \
            "0.0022838, 0.0006004, -0.0039127, -0.0142987, -0.0450282, -0.131691, -0.368631", \
            "0.0058296, 0.0038937, -0.0010225, -0.013018, -0.0451882, -0.132217, -0.369096", \
            "0.0078997, 0.0076313, 0.0023725, -0.0105007, -0.0448601, -0.131982, -0.369013" \
          );
        }
      }
      internal_power () {
        related_pin : "SLEEP";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0136575, 0.0154075, 0.0200487, 0.0322135, 0.0647231, 0.151105, 0.385353", \
            "0.0133965, 0.0150719, 0.0196309, 0.0317495, 0.064328, 0.150915, 0.386789", \
            "0.0132501, 0.0148895, 0.0193804, 0.0314124, 0.0638093, 0.150615, 0.385093", \
            "0.0131004, 0.0147637, 0.019161, 0.0311124, 0.0632553, 0.151084, 0.384934", \
            "0.0131064, 0.0147076, 0.0191536, 0.0310456, 0.0630977, 0.150377, 0.384252", \
            "0.0157488, 0.0170565, 0.0208778, 0.0327018, 0.0646258, 0.150374, 0.386023", \
            "0.0280717, 0.0288465, 0.0315762, 0.0410122, 0.0706384, 0.155194, 0.38773" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0087209, 0.0071095, 0.0027443, -0.0091293, -0.041294, -0.128673, -0.365743", \
            "0.0083624, 0.0067735, 0.0024603, -0.0093238, -0.041452, -0.128832, -0.365899", \
            "0.0079827, 0.006438, 0.0022252, -0.0094816, -0.0415563, -0.128889, -0.365924", \
            "0.0083842, 0.0067711, 0.0024541, -0.0093822, -0.0416165, -0.128927, -0.365981", \
            "0.0100907, 0.0084358, 0.0035847, -0.0086014, -0.0411662, -0.128581, -0.365838", \
            "0.0148328, 0.0129711, 0.0081022, -0.0048446, -0.0384314, -0.12709, -0.365076", \
            "0.0285189, 0.026631, 0.0209926, 0.0073477, -0.0265034, -0.120261, -0.359403" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      isolation_cell_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001533;
      rise_capacitance : 0.001584;
      rise_capacitance_range (0.001584, 0.001584);
      fall_capacitance : 0.001481;
      fall_capacitance_range (0.001481, 0.001481);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0033014, 0.0032495, 0.0031298, 0.0034516, 0.0041932, 0.0059029, 0.0098439" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0132382, 0.0131508, 0.0129494, 0.0132645, 0.0139907, 0.0156648, 0.0195236" \
          );
        }
      }
    }
    pin (SLEEP) {
      clock : false;
      direction : input;
      isolation_cell_enable_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00433;
      rise_capacitance : 0.004546;
      rise_capacitance_range (0.004546, 0.004546);
      fall_capacitance : 0.004114;
      fall_capacitance_range (0.004114, 0.004114);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0085444, -0.0085924, -0.0087031, -0.0087055, -0.0087109, -0.0087232, -0.0087517" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0092812, 0.0092779, 0.0092703, 0.0092715, 0.0092744, 0.0092811, 0.0092967" \
          );
        }
      }
    }
  }
  cell (scs8hd_lpflow_isobufsrc_4) {
    area : 13.7632;
    cell_footprint : "isobufsrc";
    cell_leakage_power : 0.0160021;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_isolation_cell : true;
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.0247967;
      when : "!A&SLEEP";
    }
    leakage_power () {
      value : 0.0248074;
      when : "!A&!SLEEP";
    }
    leakage_power () {
      value : 0.0078694;
      when : "A&SLEEP";
    }
    leakage_power () {
      value : 0.006535;
      when : "A&!SLEEP";
    }
    leakage_power () {
      value : 0.0160021;
    }
    pin (X) {
      direction : output;
      function : "(A&!SLEEP)";
      power_down_function : "(!vpwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.350657;
      max_transition : 1.50155;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0612437, 0.0645057, 0.0739729, 0.1018, 0.18177, 0.417707, 1.10481", \
            "0.0649121, 0.0681495, 0.0776892, 0.105319, 0.185712, 0.420541, 1.11279", \
            "0.0736831, 0.0768687, 0.0863015, 0.11378, 0.194151, 0.428063, 1.1232", \
            "0.0892845, 0.0924886, 0.101815, 0.12865, 0.208165, 0.441386, 1.1341", \
            "0.105171, 0.1086, 0.118029, 0.144644, 0.223092, 0.457283, 1.14646", \
            "0.109527, 0.113761, 0.124842, 0.151773, 0.228892, 0.462598, 1.15674", \
            "0.0760436, 0.0812671, 0.0951315, 0.127751, 0.204755, 0.435141, 1.12433" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0281448, 0.0323154, 0.0446269, 0.0815904, 0.190557, 0.515413, 1.48105", \
            "0.0282065, 0.0322547, 0.044566, 0.0815544, 0.190998, 0.51792, 1.49094", \
            "0.0281845, 0.0322844, 0.044592, 0.0815026, 0.190772, 0.515015, 1.48429", \
            "0.0296503, 0.0335809, 0.0451979, 0.0815844, 0.190978, 0.51514, 1.48337", \
            "0.0338695, 0.0373467, 0.0480485, 0.0825447, 0.190752, 0.515091, 1.4839", \
            "0.040849, 0.0448195, 0.055504, 0.086589, 0.191903, 0.5141, 1.48247", \
            "0.0524131, 0.0564767, 0.0688651, 0.100379, 0.196421, 0.517652, 1.47545" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0644372, 0.0661677, 0.0707934, 0.0813721, 0.103748, 0.155982, 0.301367", \
            "0.0691241, 0.0708775, 0.0754655, 0.0860725, 0.108464, 0.160715, 0.306052", \
            "0.0812827, 0.0830134, 0.0875955, 0.0981844, 0.120558, 0.172819, 0.31834", \
            "0.109806, 0.111524, 0.116002, 0.126591, 0.149041, 0.201291, 0.346458", \
            "0.16049, 0.162531, 0.167846, 0.180117, 0.205061, 0.258443, 0.404195", \
            "0.239934, 0.24225, 0.248432, 0.263268, 0.293526, 0.351679, 0.497773", \
            "0.378504, 0.381097, 0.388514, 0.40598, 0.442755, 0.511294, 0.659098" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0161612, 0.017136, 0.0202599, 0.0281439, 0.0484136, 0.109796, 0.303532", \
            "0.0160572, 0.0173282, 0.0202496, 0.0281331, 0.048463, 0.109728, 0.303166", \
            "0.0161695, 0.0173342, 0.02048, 0.0280498, 0.048483, 0.109882, 0.304491", \
            "0.0169013, 0.0179948, 0.021161, 0.0286526, 0.0490083, 0.109873, 0.304615", \
            "0.0231456, 0.0243735, 0.0278053, 0.0355473, 0.0545571, 0.112086, 0.304714", \
            "0.0329503, 0.0342916, 0.0380477, 0.0472262, 0.0671772, 0.120661, 0.303828", \
            "0.0467581, 0.0478689, 0.052079, 0.0632345, 0.0866237, 0.137789, 0.309836" \
          );
        }
      }
      timing () {
        related_pin : "SLEEP";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0447988, 0.0482386, 0.0578881, 0.0854271, 0.165002, 0.396351, 1.08521", \
            "0.0496619, 0.0529193, 0.0623121, 0.0898261, 0.170371, 0.401296, 1.09663", \
            "0.061056, 0.0642683, 0.0736047, 0.100737, 0.17996, 0.412366, 1.10827", \
            "0.0815497, 0.0855947, 0.0965951, 0.124778, 0.203645, 0.436339, 1.1344", \
            "0.114976, 0.120868, 0.135658, 0.172692, 0.259051, 0.493001, 1.18695", \
            "0.182881, 0.190312, 0.210583, 0.260522, 0.37415, 0.62314, 1.31696", \
            "0.344174, 0.353583, 0.379174, 0.442938, 0.591303, 0.906809, 1.6204" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0280903, 0.0322117, 0.0446671, 0.0816454, 0.191838, 0.514727, 1.48399", \
            "0.0281208, 0.0323204, 0.0447268, 0.0815693, 0.191482, 0.514995, 1.48458", \
            "0.0286016, 0.0327063, 0.0449756, 0.0816147, 0.191023, 0.515146, 1.49411", \
            "0.0363343, 0.0398283, 0.0504979, 0.0842255, 0.19073, 0.514588, 1.49189", \
            "0.0521183, 0.0565113, 0.0689693, 0.103313, 0.199052, 0.517287, 1.48087", \
            "0.0863844, 0.0906933, 0.104432, 0.143226, 0.244257, 0.529603, 1.48083", \
            "0.146837, 0.151147, 0.165479, 0.209349, 0.331691, 0.631036, 1.50155" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0113324, 0.0121289, 0.014412, 0.0206523, 0.0376217, 0.0858026, 0.227345", \
            "0.0147963, 0.0157256, 0.0181977, 0.0242334, 0.0410229, 0.0891773, 0.230648", \
            "0.0177005, 0.019035, 0.022581, 0.0311287, 0.0494636, 0.097369, 0.238992", \
            "0.0166554, 0.0185133, 0.0235975, 0.0360446, 0.0629717, 0.116702, 0.257939", \
            "0.003556, 0.006187, 0.013513, 0.0316067, 0.0716459, 0.150492, 0.301415", \
            "-0.0418825, -0.0380843, -0.0275747, -0.001655, 0.0571726, 0.173951, 0.391737", \
            "-0.16974, -0.164193, -0.148501, -0.110855, -0.0252564, 0.146503, 0.467099" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0086254, 0.0094737, 0.0120212, 0.0196184, 0.0410514, 0.10528, 0.297772", \
            "0.0113543, 0.0119285, 0.0137737, 0.0201499, 0.0410023, 0.105217, 0.297455", \
            "0.0170602, 0.0179407, 0.0205235, 0.0268591, 0.0438129, 0.10521, 0.297487", \
            "0.0262477, 0.027627, 0.0316114, 0.0405246, 0.0607305, 0.111724, 0.297556", \
            "0.0422931, 0.044386, 0.0494408, 0.0634271, 0.0926212, 0.1511, 0.308761", \
            "0.0704313, 0.0736732, 0.0824234, 0.102122, 0.144998, 0.229272, 0.391694", \
            "0.123032, 0.128352, 0.14384, 0.173756, 0.236959, 0.359135, 0.592703" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0252611, 0.0273112, 0.033208, 0.0508137, 0.101433, 0.24995, 0.68738", \
            "0.0252606, 0.0272714, 0.0331667, 0.0507071, 0.101828, 0.250551, 0.692045", \
            "0.0253341, 0.0273565, 0.0331603, 0.0505415, 0.10101, 0.249399, 0.687983", \
            "0.0246843, 0.0265916, 0.0322794, 0.0493294, 0.0996011, 0.247948, 0.686278", \
            "0.0242714, 0.0260889, 0.0316293, 0.0484002, 0.0981884, 0.247069, 0.68515", \
            "0.0248995, 0.0267389, 0.0321881, 0.0484517, 0.0975067, 0.24494, 0.686165", \
            "0.0287926, 0.0302934, 0.0356681, 0.0520663, 0.100577, 0.247824, 0.684837" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0083083, 0.0065963, 0.0015698, -0.0132361, -0.0604838, -0.208043, -0.650772", \
            "0.0081298, 0.0064359, 0.0013302, -0.0133748, -0.0606191, -0.208178, -0.650885", \
            "0.008157, 0.0064302, 0.0012512, -0.0135716, -0.060635, -0.208188, -0.650797", \
            "0.0072641, 0.0053996, 0.0001844, -0.0146998, -0.0617757, -0.209008, -0.65154", \
            "0.006996, 0.0050652, -0.0005223, -0.0158525, -0.0627417, -0.209735, -0.652042", \
            "0.0116102, 0.0093764, 0.0031263, -0.0140471, -0.0633102, -0.210423, -0.652681", \
            "0.0157542, 0.0130855, 0.0063274, -0.0121191, -0.0625974, -0.210491, -0.6523" \
          );
        }
      }
      internal_power () {
        related_pin : "SLEEP";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0269002, 0.0289291, 0.0349614, 0.0524122, 0.102796, 0.249387, 0.686978", \
            "0.026201, 0.0282198, 0.0340666, 0.0514061, 0.101916, 0.249081, 0.687524", \
            "0.025856, 0.0278381, 0.0335499, 0.0505901, 0.100557, 0.24844, 0.691684", \
            "0.025577, 0.0275077, 0.0331634, 0.0500136, 0.0999442, 0.247432, 0.690861", \
            "0.0255242, 0.0274155, 0.0330473, 0.0498114, 0.0993353, 0.247595, 0.684704", \
            "0.0300042, 0.0314855, 0.0362335, 0.052937, 0.102261, 0.247997, 0.684422", \
            "0.0520852, 0.0530048, 0.0562482, 0.0687223, 0.113267, 0.257173, 0.69044" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0170415, 0.0151913, 0.0096231, -0.0070034, -0.056593, -0.204902, -0.647668", \
            "0.016328, 0.0145575, 0.0090793, -0.0074514, -0.0568891, -0.205222, -0.647787", \
            "0.0157701, 0.0139739, 0.0085442, -0.0077623, -0.0570694, -0.205246, -0.647887", \
            "0.0163027, 0.0144775, 0.0089534, -0.0078455, -0.0573429, -0.205311, -0.647993", \
            "0.0188084, 0.0168231, 0.0108643, -0.0061609, -0.0562744, -0.205118, -0.647502", \
            "0.0276637, 0.0254981, 0.019226, 0.0010621, -0.0509099, -0.201953, -0.646306", \
            "0.0523893, 0.0500696, 0.0434839, 0.0235846, -0.0301023, -0.189161, -0.636065" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      isolation_cell_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00239;
      rise_capacitance : 0.002496;
      rise_capacitance_range (0.002496, 0.002496);
      fall_capacitance : 0.002284;
      fall_capacitance_range (0.002284, 0.002284);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0066447, 0.0065649, 0.0063808, 0.0070599, 0.0086254, 0.0122338, 0.0205515" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0246506, 0.0245156, 0.0242044, 0.0249255, 0.0265879, 0.0304197, 0.0392521" \
          );
        }
      }
    }
    pin (SLEEP) {
      clock : false;
      direction : input;
      isolation_cell_enable_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008703;
      rise_capacitance : 0.009134;
      rise_capacitance_range (0.009134, 0.009134);
      fall_capacitance : 0.008272;
      fall_capacitance_range (0.008272, 0.008272);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0168175, -0.0169436, -0.0172344, -0.0172386, -0.0172482, -0.0172705, -0.0173218" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0185097, 0.018514, 0.018524, 0.0185256, 0.0185293, 0.0185378, 0.0185575" \
          );
        }
      }
    }
  }
  cell (scs8hd_lpflow_isobufsrc_8) {
    area : 23.7728;
    cell_footprint : "isobufsrc";
    cell_leakage_power : 0.0319409;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_isolation_cell : true;
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.0496236;
      when : "!A&SLEEP";
    }
    leakage_power () {
      value : 0.0030235;
      when : "!A&!SLEEP";
    }
    leakage_power () {
      value : 0.0619968;
      when : "A&SLEEP";
    }
    leakage_power () {
      value : 0.0131199;
      when : "A&!SLEEP";
    }
    leakage_power () {
      value : 0.0319409;
    }
    pin (X) {
      direction : output;
      function : "(A&!SLEEP)";
      power_down_function : "(!vpwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.561228;
      max_transition : 1.49277;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161188, 0.00519629, 0.0167515, 0.0540028, 0.174092, 0.561228");
          values ( \
            "0.0815612, 0.0838595, 0.0910345, 0.113422, 0.1824, 0.400338, 1.10184", \
            "0.0850059, 0.0872976, 0.0944807, 0.116839, 0.185813, 0.403838, 1.10532", \
            "0.0932333, 0.0954874, 0.10279, 0.125107, 0.194085, 0.414013, 1.11373", \
            "0.106163, 0.108503, 0.115853, 0.138015, 0.206925, 0.425399, 1.14153", \
            "0.115271, 0.117687, 0.125088, 0.147435, 0.216589, 0.436879, 1.13932", \
            "0.106939, 0.109539, 0.117618, 0.141008, 0.210129, 0.429532, 1.13101", \
            "0.0454262, 0.0485384, 0.0580599, 0.0842056, 0.155855, 0.375465, 1.08044" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161188, 0.00519629, 0.0167515, 0.0540028, 0.174092, 0.561228");
          values ( \
            "0.0358774, 0.0386563, 0.0475544, 0.0767837, 0.171634, 0.478195, 1.4657", \
            "0.0358993, 0.038676, 0.047553, 0.0767811, 0.171646, 0.478096, 1.4648", \
            "0.0359728, 0.0387391, 0.0474874, 0.0768084, 0.171878, 0.480734, 1.4652", \
            "0.0363959, 0.0391686, 0.0478873, 0.0770252, 0.171997, 0.479364, 1.47525", \
            "0.0377597, 0.0404226, 0.0491234, 0.0777608, 0.171488, 0.479062, 1.46818", \
            "0.042496, 0.0450149, 0.0529882, 0.0804481, 0.172331, 0.47887, 1.46768", \
            "0.0535401, 0.0558907, 0.0637109, 0.0893416, 0.176771, 0.479685, 1.46418" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161188, 0.00519629, 0.0167515, 0.0540028, 0.174092, 0.561228");
          values ( \
            "0.0792641, 0.0802216, 0.0830962, 0.0909998, 0.111427, 0.164927, 0.324551", \
            "0.08412, 0.0850706, 0.0878853, 0.0958543, 0.1162, 0.169905, 0.329618", \
            "0.0965164, 0.0974385, 0.100274, 0.108294, 0.128679, 0.18238, 0.342096", \
            "0.125729, 0.126714, 0.129514, 0.1375, 0.15804, 0.211469, 0.37082", \
            "0.182013, 0.183202, 0.186299, 0.195328, 0.21735, 0.27185, 0.43141", \
            "0.273807, 0.275147, 0.279161, 0.289897, 0.315724, 0.374304, 0.534634", \
            "0.438162, 0.439019, 0.443835, 0.456543, 0.487921, 0.554512, 0.717449" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161188, 0.00519629, 0.0167515, 0.0540028, 0.174092, 0.561228");
          values ( \
            "0.0223929, 0.0232366, 0.0257742, 0.0335441, 0.057209, 0.134648, 0.393583", \
            "0.0224644, 0.0233097, 0.0258073, 0.0335373, 0.0572297, 0.134658, 0.394011", \
            "0.0225523, 0.0233787, 0.0259166, 0.033486, 0.0572429, 0.134779, 0.393993", \
            "0.0226797, 0.0236247, 0.0261335, 0.0339134, 0.0574386, 0.13469, 0.394073", \
            "0.0283307, 0.0292657, 0.0318354, 0.0392753, 0.0617728, 0.136566, 0.394222", \
            "0.0371906, 0.0382954, 0.041465, 0.0501616, 0.0723763, 0.143188, 0.39524", \
            "0.0492791, 0.0506176, 0.0541934, 0.064032, 0.0885372, 0.1573, 0.399903" \
          );
        }
      }
      timing () {
        related_pin : "SLEEP";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161188, 0.00519629, 0.0167515, 0.0540028, 0.174092, 0.561228");
          values ( \
            "0.0319718, 0.0345313, 0.0421557, 0.0657396, 0.13678, 0.355684, 1.06608", \
            "0.0356486, 0.0379576, 0.045115, 0.067961, 0.139022, 0.359209, 1.0735", \
            "0.0479306, 0.0499408, 0.0565222, 0.0782543, 0.148069, 0.369243, 1.0806", \
            "0.0717584, 0.0746496, 0.0833189, 0.106962, 0.17451, 0.394125, 1.09851", \
            "0.112882, 0.116942, 0.129343, 0.163328, 0.241719, 0.457595, 1.16081", \
            "0.196422, 0.201543, 0.217385, 0.261871, 0.372371, 0.611804, 1.31121", \
            "0.377082, 0.383437, 0.402833, 0.458385, 0.603673, 0.938663, 1.66204" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161188, 0.00519629, 0.0167515, 0.0540028, 0.174092, 0.561228");
          values ( \
            "0.0336337, 0.036638, 0.0459672, 0.0760433, 0.171462, 0.479184, 1.47185", \
            "0.0331512, 0.036089, 0.0456079, 0.0757172, 0.17186, 0.479732, 1.47847", \
            "0.0353953, 0.0379585, 0.0461462, 0.0754976, 0.171723, 0.477308, 1.4769", \
            "0.0488497, 0.0518214, 0.0584776, 0.0818763, 0.171104, 0.478593, 1.46741", \
            "0.0615148, 0.065475, 0.0771689, 0.110152, 0.187382, 0.478059, 1.46432", \
            "0.0892424, 0.0936799, 0.108311, 0.149491, 0.250004, 0.503127, 1.47187", \
            "0.149361, 0.154417, 0.169897, 0.216778, 0.351015, 0.64708, 1.49277" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161188, 0.00519629, 0.0167515, 0.0540028, 0.174092, 0.561228");
          values ( \
            "0.0110489, 0.011542, 0.013041, 0.0174627, 0.0306735, 0.0721805, 0.205401", \
            "0.0132073, 0.0138975, 0.015888, 0.0208937, 0.0341844, 0.075731, 0.209558", \
            "0.0132524, 0.0142731, 0.0172785, 0.0249939, 0.0422546, 0.0840076, 0.21771", \
            "0.0076155, 0.0090902, 0.0135726, 0.0249795, 0.0509531, 0.103203, 0.23651", \
            "-0.0136636, -0.011412, -0.0048088, 0.0124324, 0.0508659, 0.129501, 0.280395", \
            "-0.0741099, -0.0707335, -0.0608525, -0.0353963, 0.0225147, 0.140058, 0.363489", \
            "-0.229916, -0.224896, -0.209924, -0.171318, -0.084426, 0.0893258, 0.421558" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161188, 0.00519629, 0.0167515, 0.0540028, 0.174092, 0.561228");
          values ( \
            "0.0052903, 0.0057908, 0.0074222, 0.0129337, 0.0307596, 0.0885838, 0.27478", \
            "0.0079514, 0.0084399, 0.0098381, 0.0141757, 0.0308948, 0.0885507, 0.2744", \
            "0.0124609, 0.0131875, 0.0152888, 0.0210414, 0.0352544, 0.0885815, 0.275222", \
            "0.0204104, 0.0214672, 0.0243436, 0.0328924, 0.0521914, 0.0978667, 0.274338", \
            "0.0354651, 0.0370354, 0.0412727, 0.0532269, 0.0808262, 0.138238, 0.288261", \
            "0.0648479, 0.0671403, 0.0738569, 0.0909957, 0.129144, 0.210094, 0.376219", \
            "0.124613, 0.127826, 0.137774, 0.163113, 0.219548, 0.333944, 0.565209" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161188, 0.00519629, 0.0167515, 0.0540028, 0.174092, 0.561228");
          values ( \
            "0.0509306, 0.0531594, 0.060274, 0.0828144, 0.153414, 0.379213, 1.10556", \
            "0.0508625, 0.0530872, 0.0601917, 0.0827019, 0.153324, 0.379177, 1.10562", \
            "0.0508099, 0.0530169, 0.0600419, 0.0824294, 0.153561, 0.381633, 1.10565", \
            "0.0491202, 0.0512853, 0.0582354, 0.0805189, 0.151648, 0.37734, 1.10842", \
            "0.0477844, 0.0499993, 0.0569406, 0.0792219, 0.149599, 0.376922, 1.10286", \
            "0.0476846, 0.0498382, 0.0567923, 0.0789379, 0.148739, 0.375336, 1.10641", \
            "0.0497748, 0.0520628, 0.0592607, 0.0810487, 0.151911, 0.37717, 1.10336" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161188, 0.00519629, 0.0167515, 0.0540028, 0.174092, 0.561228");
          values ( \
            "0.0382384, 0.0362012, 0.0297164, 0.0086011, -0.0604099, -0.28744, -1.02261", \
            "0.0380735, 0.0360602, 0.0295561, 0.0084477, -0.060555, -0.287635, -1.02283", \
            "0.0380641, 0.0360554, 0.029476, 0.008497, -0.0605344, -0.287575, -1.0227", \
            "0.0364685, 0.0344731, 0.0279555, 0.0069785, -0.0618522, -0.28836, -1.02348", \
            "0.0347121, 0.0327421, 0.0260448, 0.0049917, -0.0628796, -0.289911, -1.02507", \
            "0.0380489, 0.0358495, 0.0288602, 0.0067661, -0.0639646, -0.29034, -1.0252", \
            "0.0445778, 0.0416244, 0.034102, 0.010729, -0.062266, -0.291126, -1.02591" \
          );
        }
      }
      internal_power () {
        related_pin : "SLEEP";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161188, 0.00519629, 0.0167515, 0.0540028, 0.174092, 0.561228");
          values ( \
            "0.0506228, 0.0531923, 0.0611456, 0.0854451, 0.158504, 0.384904, 1.1137", \
            "0.0490839, 0.0514468, 0.0588716, 0.0822396, 0.155985, 0.383896, 1.1174", \
            "0.0489289, 0.0510678, 0.0580681, 0.0806725, 0.152979, 0.381883, 1.11851", \
            "0.0519162, 0.0539831, 0.0594057, 0.0817082, 0.151585, 0.379477, 1.10897", \
            "0.0569553, 0.0589189, 0.0652853, 0.0861532, 0.154155, 0.378806, 1.10737", \
            "0.0732854, 0.0749341, 0.0810701, 0.100134, 0.166162, 0.384896, 1.11532", \
            "0.117701, 0.118715, 0.122256, 0.137964, 0.199991, 0.412394, 1.12323" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161188, 0.00519629, 0.0167515, 0.0540028, 0.174092, 0.561228");
          values ( \
            "0.002663, 0.0006755, -0.0058141, -0.0271609, -0.0972244, -0.32502, -1.0609", \
            "0.0013486, -0.000577, -0.0069595, -0.0278027, -0.0972396, -0.324504, -1.06017", \
            "-0.0006682, -0.0025458, -0.0086639, -0.0291833, -0.0978944, -0.324615, -1.05986", \
            "-0.0012439, -0.0032919, -0.0099206, -0.0300026, -0.098641, -0.32501, -1.0599", \
            "0.0049289, 0.0025489, -0.0048075, -0.0273781, -0.0967736, -0.324675, -1.05956", \
            "0.0242521, 0.021756, 0.0138265, -0.0117464, -0.0895067, -0.320817, -1.05817", \
            "0.0697375, 0.0668783, 0.0575821, 0.0291225, -0.0549991, -0.30051, -1.0475" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      isolation_cell_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004653;
      rise_capacitance : 0.004874;
      rise_capacitance_range (0.004874, 0.004874);
      fall_capacitance : 0.004433;
      fall_capacitance_range (0.004433, 0.004433);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0339538, 0.0337856, 0.0333981, 0.0346943, 0.0376823, 0.04457, 0.0604466" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0443956, 0.0441627, 0.0436261, 0.0450076, 0.0481921, 0.0555326, 0.072453" \
          );
        }
      }
    }
    pin (SLEEP) {
      clock : false;
      direction : input;
      isolation_cell_enable_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.016891;
      rise_capacitance : 0.018117;
      rise_capacitance_range (0.018117, 0.018117);
      fall_capacitance : 0.015665;
      fall_capacitance_range (0.015665, 0.015665);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0152743, -0.0152763, -0.0152809, -0.0152719, -0.0152514, -0.015204, -0.0150947" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0164564, 0.0164322, 0.0163768, 0.0164384, 0.0165805, 0.0169082, 0.0176634" \
          );
        }
      }
    }
  }
  cell (scs8hd_lpflow_isobufsrckapwr_16) {
    area : 38.7872;
    cell_footprint : "isobufsrckapwr";
    cell_leakage_power : 0.0977935;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_isolation_cell : true;
    pg_pin (kapwr) {
      pg_type : backup_power;
      voltage_name : "kapwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.124574;
      when : "!A&SLEEP";
    }
    leakage_power () {
      value : 0.124584;
      when : "!A&!SLEEP";
    }
    leakage_power () {
      value : 0.107645;
      when : "A&SLEEP";
    }
    leakage_power () {
      value : 0.0343715;
      when : "A&!SLEEP";
    }
    leakage_power () {
      value : 0.0977935;
    }
    pin (X) {
      always_on : true;
      direction : output;
      function : "(A&!SLEEP)";
      power_down_function : "(!kapwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_capacitance : 2.22657;
      max_transition : 1.50461;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00202806, 0.00822607, 0.0333659, 0.135336, 0.548941, 2.22657");
          values ( \
            "0.177959, 0.179457, 0.184836, 0.201341, 0.251936, 0.438375, 1.19286", \
            "0.181591, 0.183083, 0.188408, 0.204981, 0.255608, 0.441757, 1.19396", \
            "0.19006, 0.191564, 0.196927, 0.213435, 0.263988, 0.451015, 1.2032", \
            "0.205336, 0.206835, 0.212209, 0.228718, 0.279316, 0.466261, 1.21836", \
            "0.221519, 0.223011, 0.228331, 0.244856, 0.295536, 0.481838, 1.24336", \
            "0.229012, 0.230561, 0.235856, 0.252455, 0.303098, 0.489722, 1.24169", \
            "0.204041, 0.205541, 0.210881, 0.227505, 0.278195, 0.464817, 1.21707" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00202806, 0.00822607, 0.0333659, 0.135336, 0.548941, 2.22657");
          values ( \
            "0.0200542, 0.021183, 0.0254774, 0.041557, 0.106102, 0.379963, 1.50325", \
            "0.0200523, 0.0211743, 0.0254506, 0.0415779, 0.105941, 0.379152, 1.50305", \
            "0.0200293, 0.0211665, 0.0255045, 0.0415091, 0.106169, 0.379941, 1.50168", \
            "0.0200569, 0.021183, 0.0254795, 0.0415692, 0.106102, 0.379761, 1.50104", \
            "0.0200459, 0.0211282, 0.0253543, 0.0415129, 0.106111, 0.379455, 1.50195", \
            "0.0201182, 0.0212184, 0.0254926, 0.0416087, 0.106019, 0.378738, 1.50332", \
            "0.0202364, 0.0213604, 0.0256447, 0.0417008, 0.106016, 0.379876, 1.49415" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00202806, 0.00822607, 0.0333659, 0.135336, 0.548941, 2.22657");
          values ( \
            "0.156627, 0.157996, 0.162922, 0.177836, 0.2191, 0.356515, 0.903303", \
            "0.161345, 0.162718, 0.167643, 0.1825, 0.223816, 0.360942, 0.906781", \
            "0.173463, 0.174829, 0.179766, 0.194615, 0.235925, 0.373076, 0.919099", \
            "0.202066, 0.203435, 0.208347, 0.223247, 0.264516, 0.401953, 0.94686", \
            "0.256961, 0.258331, 0.263255, 0.278113, 0.31938, 0.456454, 1.00339", \
            "0.343314, 0.344677, 0.349634, 0.364488, 0.405865, 0.542876, 1.0904", \
            "0.490553, 0.491931, 0.496858, 0.511787, 0.553107, 0.690498, 1.23444" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00202806, 0.00822607, 0.0333659, 0.135336, 0.548941, 2.22657");
          values ( \
            "0.0179472, 0.0189656, 0.0225349, 0.0345341, 0.0799677, 0.271203, 1.06737", \
            "0.0178825, 0.0189212, 0.0225205, 0.0345012, 0.0799124, 0.271112, 1.06708", \
            "0.01794, 0.0188513, 0.022473, 0.0344927, 0.0799107, 0.271174, 1.06704", \
            "0.0178587, 0.0188279, 0.0225551, 0.0345905, 0.0799059, 0.270918, 1.06786", \
            "0.0179131, 0.0189414, 0.0225346, 0.0345686, 0.0799894, 0.270915, 1.06712", \
            "0.0179802, 0.0189775, 0.0225601, 0.03457, 0.0800025, 0.270816, 1.06655", \
            "0.0179579, 0.0189912, 0.0226288, 0.0347301, 0.0800162, 0.271082, 1.06446" \
          );
        }
      }
      timing () {
        related_pin : "SLEEP";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00202806, 0.00822607, 0.0333659, 0.135336, 0.548941, 2.22657");
          values ( \
            "0.164977, 0.166485, 0.171794, 0.18838, 0.239023, 0.425341, 1.17789", \
            "0.169027, 0.170518, 0.175922, 0.192421, 0.242965, 0.430016, 1.18226", \
            "0.179876, 0.18137, 0.186696, 0.203265, 0.253891, 0.440098, 1.19468", \
            "0.203845, 0.205374, 0.210692, 0.227233, 0.277877, 0.46452, 1.21836", \
            "0.251562, 0.253087, 0.258435, 0.275071, 0.325721, 0.51214, 1.26526", \
            "0.340329, 0.341877, 0.347346, 0.364131, 0.414933, 0.601309, 1.35728", \
            "0.524594, 0.526219, 0.531965, 0.549117, 0.600252, 0.786697, 1.53721" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00202806, 0.00822607, 0.0333659, 0.135336, 0.548941, 2.22657");
          values ( \
            "0.0200739, 0.0211559, 0.0254594, 0.0415116, 0.106024, 0.379932, 1.50214", \
            "0.0200531, 0.0211287, 0.0255182, 0.0414933, 0.106165, 0.379275, 1.49958", \
            "0.0200575, 0.0211833, 0.0254636, 0.0415779, 0.105951, 0.379335, 1.50461", \
            "0.020028, 0.0211584, 0.0254313, 0.0414549, 0.106083, 0.379874, 1.50006", \
            "0.020492, 0.0215968, 0.0257726, 0.0418424, 0.105979, 0.379975, 1.50115", \
            "0.0212978, 0.0223906, 0.0265431, 0.0423775, 0.106662, 0.379467, 1.49919", \
            "0.0230357, 0.0241258, 0.0280857, 0.0436991, 0.107039, 0.379814, 1.49956" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00202806, 0.00822607, 0.0333659, 0.135336, 0.548941, 2.22657");
          values ( \
            "0.0974769, 0.0988532, 0.10382, 0.118815, 0.160336, 0.29799, 0.844272", \
            "0.100973, 0.102349, 0.107326, 0.122314, 0.163859, 0.301286, 0.848073", \
            "0.108683, 0.11006, 0.115038, 0.130035, 0.171583, 0.309046, 0.855683", \
            "0.116603, 0.118005, 0.122993, 0.137994, 0.179477, 0.317232, 0.863213", \
            "0.116834, 0.118221, 0.123188, 0.138106, 0.179723, 0.317299, 0.862847", \
            "0.0935672, 0.0949416, 0.0999143, 0.114843, 0.156434, 0.294052, 0.839091", \
            "0.0053469, 0.0067425, 0.0117942, 0.0269054, 0.0686671, 0.206693, 0.752397" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00202806, 0.00822607, 0.0333659, 0.135336, 0.548941, 2.22657");
          values ( \
            "0.0180735, 0.019131, 0.0227757, 0.034876, 0.0804481, 0.271416, 1.06825", \
            "0.0180524, 0.019146, 0.0228018, 0.0348214, 0.0804914, 0.271394, 1.06727", \
            "0.0180715, 0.0191567, 0.0228078, 0.0348346, 0.0804891, 0.271472, 1.06728", \
            "0.0181468, 0.019222, 0.0227527, 0.0349359, 0.0804111, 0.27161, 1.06771", \
            "0.0181489, 0.0191965, 0.022855, 0.0349885, 0.0805973, 0.271685, 1.06622", \
            "0.0182449, 0.0191631, 0.0228646, 0.035024, 0.0806143, 0.271836, 1.06703", \
            "0.0188921, 0.019936, 0.0237408, 0.0357561, 0.0810558, 0.271972, 1.06701" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00202806, 0.00822607, 0.0333659, 0.135336, 0.548941, 2.22657");
          values ( \
            "0.142017, 0.144961, 0.156914, 0.205997, 0.399024, 1.17621, 4.32723", \
            "0.141968, 0.144899, 0.156819, 0.205932, 0.398932, 1.17561, 4.32796", \
            "0.141951, 0.144893, 0.156824, 0.205932, 0.399015, 1.17561, 4.33095", \
            "0.140918, 0.143864, 0.155813, 0.204915, 0.397921, 1.1747, 4.32263", \
            "0.139908, 0.14276, 0.154787, 0.203859, 0.397178, 1.17277, 4.3175", \
            "0.143307, 0.146215, 0.15791, 0.206059, 0.396574, 1.17183, 4.32412", \
            "0.146158, 0.149136, 0.160794, 0.209336, 0.402611, 1.17519, 4.31756" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00202806, 0.00822607, 0.0333659, 0.135336, 0.548941, 2.22657");
          values ( \
            "0.119841, 0.117123, 0.106197, 0.0634464, -0.121883, -0.904635, -4.09306", \
            "0.119734, 0.117079, 0.106289, 0.0631866, -0.12207, -0.904801, -4.09308", \
            "0.119773, 0.117068, 0.10626, 0.0632041, -0.122104, -0.904825, -4.09317", \
            "0.118529, 0.115716, 0.105036, 0.0621032, -0.123269, -0.90588, -4.09479", \
            "0.118382, 0.115671, 0.104853, 0.0618826, -0.123746, -0.906226, -4.09451", \
            "0.122377, 0.119576, 0.108517, 0.0638288, -0.12377, -0.906287, -4.09471", \
            "0.125102, 0.122284, 0.111239, 0.0666823, -0.121415, -0.903972, -4.09236" \
          );
        }
      }
      internal_power () {
        related_pin : "SLEEP";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00202806, 0.00822607, 0.0333659, 0.135336, 0.548941, 2.22657");
          values ( \
            "0.14502, 0.148052, 0.159894, 0.209044, 0.401942, 1.17931, 4.32845", \
            "0.143795, 0.146756, 0.158776, 0.207875, 0.400963, 1.17718, 4.32554", \
            "0.14298, 0.145925, 0.157832, 0.206953, 0.399954, 1.1769, 4.33071", \
            "0.142212, 0.145184, 0.157232, 0.206131, 0.3993, 1.17519, 4.32487", \
            "0.14165, 0.144573, 0.156458, 0.205343, 0.398487, 1.17566, 4.32824", \
            "0.146327, 0.149176, 0.160797, 0.207929, 0.402615, 1.17738, 4.32805", \
            "0.163748, 0.166511, 0.178131, 0.225744, 0.419363, 1.19572, 4.33866" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00202806, 0.00822607, 0.0333659, 0.135336, 0.548941, 2.22657");
          values ( \
            "0.123149, 0.120428, 0.109509, 0.066399, -0.118902, -0.901046, -4.08906", \
            "0.122773, 0.120066, 0.109186, 0.066046, -0.119359, -0.901647, -4.08952", \
            "0.122634, 0.119928, 0.109052, 0.0659167, -0.119471, -0.901768, -4.08961", \
            "0.12232, 0.119697, 0.108899, 0.0654571, -0.119852, -0.901905, -4.08986", \
            "0.12703, 0.124192, 0.112938, 0.0676767, -0.118202, -0.900227, -4.08808", \
            "0.136784, 0.134038, 0.122722, 0.0779403, -0.110307, -0.893159, -4.08079", \
            "0.160679, 0.157773, 0.14607, 0.100975, -0.0878322, -0.869826, -4.05789" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      isolation_cell_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002384;
      rise_capacitance : 0.002491;
      rise_capacitance_range (0.002491, 0.002491);
      fall_capacitance : 0.002278;
      fall_capacitance_range (0.002278, 0.002278);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0073689, 0.0072661, 0.0070292, 0.0077268, 0.0093348, 0.0130414, 0.0215858" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0246156, 0.0244782, 0.0241616, 0.0248824, 0.026544, 0.0303746, 0.0392043" \
          );
        }
      }
    }
    pin (SLEEP) {
      always_on : true;
      clock : false;
      direction : input;
      isolation_cell_enable_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : kapwr;
      max_transition : 1.5;
      capacitance : 0.008777;
      rise_capacitance : 0.009217;
      rise_capacitance_range (0.009217, 0.009217);
      fall_capacitance : 0.008337;
      fall_capacitance_range (0.008337, 0.008337);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0167458, -0.0168804, -0.0171907, -0.0171969, -0.0172111, -0.0172437, -0.0173187" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0183089, 0.0183043, 0.0182937, 0.0182864, 0.0182697, 0.0182312, 0.018143" \
          );
        }
      }
    }
  }
  cell (scs8hd_lpflow_lsbuf_lh_hl_isowell_tap_1) {
    area : 35.0336;
    cell_footprint : "lsbuf_lh_hl_isowell_tap";
    cell_leakage_power : 0.0033596;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_level_shifter : true;
    level_shifter_type : HL_LH;
    input_voltage_range (1.2, 2.1);
    output_voltage_range (1.2, 2.1);
    pg_pin (vpwrin) {
      pg_type : primary_power;
      voltage_name : "vpwrin";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      std_cell_main_rail : true;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.0002584;
      when : "!A";
    }
    leakage_power () {
      value : 0.0064608;
      when : "A";
    }
    leakage_power () {
      value : 0.0033596;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwrin+!vpwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.172129;
      max_transition : 1.51097;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "0.122316, 0.127914, 0.141961, 0.177273, 0.268301, 0.506403, 1.13795", \
            "0.126127, 0.131728, 0.145638, 0.181151, 0.272236, 0.509647, 1.14388", \
            "0.135344, 0.140933, 0.154895, 0.190457, 0.281466, 0.519223, 1.15394", \
            "0.151197, 0.156789, 0.170664, 0.206104, 0.297055, 0.534236, 1.16639", \
            "0.168262, 0.173861, 0.187821, 0.223138, 0.314293, 0.552664, 1.18788", \
            "0.181385, 0.186971, 0.20094, 0.236508, 0.327525, 0.564999, 1.19814", \
            "0.179399, 0.184962, 0.198991, 0.234524, 0.325634, 0.564861, 1.19221" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "0.0164751, 0.0233645, 0.0418659, 0.091412, 0.223214, 0.574005, 1.50233", \
            "0.0165113, 0.0233524, 0.0417701, 0.0913096, 0.223452, 0.575829, 1.50003", \
            "0.01645, 0.0233663, 0.0418481, 0.0913483, 0.223494, 0.575201, 1.50461", \
            "0.0165196, 0.0233654, 0.0418259, 0.0914308, 0.223437, 0.575419, 1.50342", \
            "0.0165588, 0.0233789, 0.0418268, 0.0912271, 0.223336, 0.575446, 1.51097", \
            "0.0165812, 0.023492, 0.0419339, 0.0914992, 0.223493, 0.572719, 1.50518", \
            "0.0166597, 0.0235171, 0.0420196, 0.0913595, 0.223475, 0.574543, 1.49814" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "0.09519, 0.0989497, 0.106695, 0.122757, 0.15855, 0.248556, 0.486354", \
            "0.099657, 0.103388, 0.111158, 0.127157, 0.162988, 0.252981, 0.490842", \
            "0.111511, 0.115238, 0.122986, 0.139014, 0.17483, 0.264829, 0.502506", \
            "0.13586, 0.13959, 0.147352, 0.163333, 0.199164, 0.289116, 0.526737", \
            "0.173055, 0.176788, 0.184563, 0.200552, 0.236279, 0.32625, 0.565029", \
            "0.230394, 0.234124, 0.241828, 0.257796, 0.293445, 0.383298, 0.620626", \
            "0.329355, 0.333102, 0.340924, 0.356989, 0.392856, 0.482979, 0.720664" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "0.012101, 0.0151582, 0.021888, 0.0376165, 0.0791394, 0.194301, 0.505977", \
            "0.0120575, 0.0149591, 0.0218042, 0.0376107, 0.0791545, 0.194322, 0.505997", \
            "0.0120236, 0.0149788, 0.0216912, 0.0375516, 0.0791394, 0.194342, 0.506029", \
            "0.0120172, 0.014911, 0.0217653, 0.0375715, 0.0792442, 0.194236, 0.506069", \
            "0.0120093, 0.0149875, 0.0216444, 0.0374096, 0.0790755, 0.194195, 0.50513", \
            "0.0119446, 0.0149039, 0.0214987, 0.0373354, 0.0792315, 0.19535, 0.505186", \
            "0.0124071, 0.015229, 0.0220237, 0.0380314, 0.0796458, 0.1955, 0.509828" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "0.0557447, 0.0575285, 0.0619292, 0.0730653, 0.101926, 0.177386, 0.377921", \
            "0.0570978, 0.0588854, 0.0632887, 0.0744269, 0.103425, 0.178762, 0.379575", \
            "0.062871, 0.0646505, 0.0690243, 0.0801941, 0.109175, 0.184076, 0.384226", \
            "0.0752769, 0.0770604, 0.0814594, 0.0926, 0.12139, 0.196382, 0.396601", \
            "0.0964554, 0.0981433, 0.102549, 0.113636, 0.142427, 0.218458, 0.417551", \
            "0.134376, 0.136019, 0.140288, 0.151429, 0.180149, 0.254896, 0.456094", \
            "0.20677, 0.208355, 0.212652, 0.223873, 0.252918, 0.328597, 0.527374" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "0.0725071, 0.0714512, 0.0685363, 0.0584429, 0.0294574, -0.0474879, -0.25119", \
            "0.0707258, 0.0696569, 0.0667314, 0.0566162, 0.0276508, -0.0492935, -0.25298", \
            "0.0696892, 0.0685834, 0.0656469, 0.0554966, 0.02654, -0.0504057, -0.254077", \
            "0.070345, 0.0692587, 0.0663201, 0.0561955, 0.027203, -0.0497386, -0.253402", \
            "0.0715438, 0.069983, 0.0660278, 0.0566409, 0.0277021, -0.0492785, -0.252967", \
            "0.0766717, 0.0751398, 0.0710023, 0.0598722, 0.0306304, -0.0458701, -0.249587", \
            "0.103808, 0.102146, 0.0976146, 0.0855431, 0.0546552, -0.0232549, -0.22666" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      input_signal_level : vpwrin;
      level_shifter_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwrin;
      max_transition : 1.5;
      capacitance : 0.00625;
      rise_capacitance : 0.006324;
      rise_capacitance_range (0.006324, 0.006324);
      fall_capacitance : 0.006177;
      fall_capacitance_range (0.006177, 0.006177);
    }
  }
  cell (scs8hd_lpflow_lsbuf_lh_hl_isowell_tap_2) {
    area : 35.0336;
    cell_footprint : "lsbuf_lh_hl_isowell_tap";
    cell_leakage_power : 0.00957125;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_level_shifter : true;
    level_shifter_type : HL_LH;
    input_voltage_range (1.2, 2.1);
    output_voltage_range (1.2, 2.1);
    pg_pin (vpwrin) {
      pg_type : primary_power;
      voltage_name : "vpwrin";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      std_cell_main_rail : true;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.0064968;
      when : "A";
    }
    leakage_power () {
      value : 0.0126457;
      when : "!A";
    }
    leakage_power () {
      value : 0.00957125;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwrin+!vpwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.397349;
      max_transition : 1.50529;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0.128497, 0.1323, 0.142042, 0.16792, 0.242878, 0.466662, 1.15015", \
            "0.132326, 0.136097, 0.145857, 0.171755, 0.246562, 0.470332, 1.15414", \
            "0.141487, 0.145283, 0.155012, 0.180955, 0.25585, 0.479579, 1.16414", \
            "0.157388, 0.161159, 0.170919, 0.19681, 0.271558, 0.495616, 1.17871", \
            "0.174455, 0.178207, 0.187969, 0.213867, 0.28872, 0.512651, 1.20516", \
            "0.187721, 0.191486, 0.201239, 0.227195, 0.302036, 0.52618, 1.20812", \
            "0.185598, 0.189418, 0.199197, 0.225137, 0.299784, 0.524442, 1.20468" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0.0132503, 0.0169696, 0.027891, 0.0620841, 0.169048, 0.497583, 1.50529", \
            "0.0132955, 0.0169591, 0.0278968, 0.0619493, 0.169401, 0.498374, 1.50108", \
            "0.0132539, 0.0169493, 0.0278583, 0.0620941, 0.168935, 0.498378, 1.50281", \
            "0.0133004, 0.016967, 0.0279011, 0.0619394, 0.169242, 0.500244, 1.50335", \
            "0.0133414, 0.0169885, 0.0279305, 0.0620572, 0.169201, 0.498089, 1.50129", \
            "0.0133464, 0.017039, 0.0279967, 0.0621661, 0.169404, 0.496835, 1.50152", \
            "0.0134237, 0.017079, 0.0280347, 0.0620793, 0.169418, 0.498836, 1.49782" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0.108157, 0.111392, 0.119153, 0.135654, 0.172476, 0.270234, 0.564569", \
            "0.112528, 0.11575, 0.123526, 0.140013, 0.176826, 0.274582, 0.568608", \
            "0.124362, 0.127607, 0.135349, 0.151833, 0.188638, 0.286407, 0.580461", \
            "0.148681, 0.151935, 0.159683, 0.176139, 0.212943, 0.3106, 0.60365", \
            "0.185692, 0.188911, 0.196717, 0.213193, 0.249978, 0.347744, 0.641491", \
            "0.242764, 0.246031, 0.253782, 0.270292, 0.307047, 0.404749, 0.697665", \
            "0.341923, 0.345185, 0.353014, 0.369686, 0.40678, 0.504831, 0.797858" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0.0132683, 0.0156527, 0.0215088, 0.0352329, 0.0738257, 0.197257, 0.585538", \
            "0.0132074, 0.0156204, 0.0214028, 0.035173, 0.0735272, 0.197116, 0.582371", \
            "0.0132278, 0.015564, 0.0212842, 0.0351557, 0.0739573, 0.197848, 0.583255", \
            "0.013163, 0.0154788, 0.0211494, 0.0352666, 0.0739195, 0.196645, 0.581644", \
            "0.0131634, 0.0154764, 0.0211528, 0.0351498, 0.0739123, 0.195626, 0.581992", \
            "0.0132399, 0.0156051, 0.0213167, 0.0351181, 0.0739205, 0.197251, 0.584664", \
            "0.0134912, 0.0157896, 0.0216654, 0.0354964, 0.0742371, 0.197083, 0.58564" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0.0614746, 0.0635573, 0.0697975, 0.0882365, 0.142728, 0.306866, 0.810236", \
            "0.062844, 0.0649338, 0.071204, 0.0896105, 0.144141, 0.309956, 0.811682", \
            "0.0685768, 0.0706564, 0.0768896, 0.0953088, 0.149823, 0.314088, 0.817211", \
            "0.081015, 0.0831082, 0.0893773, 0.10778, 0.162305, 0.326536, 0.826447", \
            "0.10216, 0.104198, 0.110434, 0.128804, 0.183379, 0.347611, 0.844173", \
            "0.140569, 0.142532, 0.148633, 0.167048, 0.221364, 0.384344, 0.884028", \
            "0.213697, 0.215648, 0.221781, 0.240196, 0.29526, 0.458939, 0.954319" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0.0780955, 0.0762636, 0.0712701, 0.0550026, 0.0009138, -0.165697, -0.672983", \
            "0.0762414, 0.0744586, 0.0694351, 0.0531852, -0.000863, -0.167479, -0.674767", \
            "0.0751411, 0.0733013, 0.0683136, 0.0520984, -0.0019812, -0.168568, -0.675839", \
            "0.0758135, 0.0739659, 0.0689697, 0.0527294, -0.001325, -0.167953, -0.675185", \
            "0.0754208, 0.073606, 0.0689099, 0.0531924, -0.0008516, -0.167516, -0.674794", \
            "0.0824027, 0.0804752, 0.0747299, 0.0569012, 0.0020686, -0.164151, -0.671477", \
            "0.109772, 0.107724, 0.101622, 0.0829346, 0.0264398, -0.141405, -0.648467" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      input_signal_level : vpwrin;
      level_shifter_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwrin;
      max_transition : 1.5;
      capacitance : 0.00627;
      rise_capacitance : 0.006345;
      rise_capacitance_range (0.006345, 0.006345);
      fall_capacitance : 0.006195;
      fall_capacitance_range (0.006195, 0.006195);
    }
  }
  cell (scs8hd_lpflow_lsbuf_lh_hl_isowell_tap_4) {
    area : 40.0384;
    cell_footprint : "lsbuf_lh_hl_isowell_tap";
    cell_leakage_power : 0.0158078;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_level_shifter : true;
    level_shifter_type : HL_LH;
    input_voltage_range (1.2, 2.1);
    output_voltage_range (1.2, 2.1);
    pg_pin (vpwrin) {
      pg_type : primary_power;
      voltage_name : "vpwrin";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      std_cell_main_rail : true;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.0065772;
      when : "A";
    }
    leakage_power () {
      value : 0.0250384;
      when : "!A";
    }
    leakage_power () {
      value : 0.0158078;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwrin+!vpwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.724192;
      max_transition : 1.50833;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640067, 0.215298, 0.724192");
          values ( \
            "0.145588, 0.148482, 0.156605, 0.178602, 0.243959, 0.457677, 1.17557", \
            "0.149442, 0.152314, 0.160462, 0.182454, 0.247891, 0.461369, 1.18096", \
            "0.158549, 0.161448, 0.169574, 0.191578, 0.256883, 0.470758, 1.18868", \
            "0.174505, 0.177295, 0.185611, 0.207796, 0.273026, 0.486731, 1.20537", \
            "0.19185, 0.194729, 0.202853, 0.224803, 0.290468, 0.504025, 1.22054", \
            "0.205638, 0.208508, 0.216566, 0.238546, 0.304124, 0.517841, 1.23567", \
            "0.204187, 0.207101, 0.21525, 0.237255, 0.302629, 0.51651, 1.23142" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640067, 0.215298, 0.724192");
          values ( \
            "0.0153775, 0.0178365, 0.0256813, 0.0514537, 0.14213, 0.454998, 1.50476", \
            "0.0153043, 0.0177858, 0.0256256, 0.0513925, 0.141944, 0.455259, 1.50494", \
            "0.0153908, 0.0178422, 0.0256849, 0.051436, 0.142093, 0.455214, 1.50606", \
            "0.0153002, 0.0178051, 0.025688, 0.0513946, 0.14189, 0.454366, 1.50833", \
            "0.0153159, 0.0178335, 0.0257752, 0.051465, 0.141903, 0.453931, 1.50682", \
            "0.0153749, 0.0179181, 0.0257429, 0.0515412, 0.141787, 0.452761, 1.50407", \
            "0.0155564, 0.0180126, 0.0258147, 0.051581, 0.142196, 0.455018, 1.49494" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640067, 0.215298, 0.724192");
          values ( \
            "0.134211, 0.136782, 0.143877, 0.16098, 0.19842, 0.292983, 0.590287", \
            "0.138434, 0.140955, 0.148118, 0.165186, 0.202634, 0.297266, 0.594105", \
            "0.150175, 0.152692, 0.159819, 0.176975, 0.214406, 0.308992, 0.606334", \
            "0.174676, 0.177206, 0.184332, 0.20147, 0.238914, 0.333517, 0.630243", \
            "0.211382, 0.21391, 0.221044, 0.238108, 0.275587, 0.37027, 0.667493", \
            "0.268516, 0.271034, 0.278172, 0.295335, 0.332816, 0.427447, 0.724494", \
            "0.368177, 0.370717, 0.377916, 0.395247, 0.433034, 0.527789, 0.824713" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640067, 0.215298, 0.724192");
          values ( \
            "0.0184664, 0.0201608, 0.025269, 0.0377286, 0.0712752, 0.180895, 0.574558", \
            "0.0183134, 0.0201649, 0.0250544, 0.0380332, 0.0713339, 0.180513, 0.569535", \
            "0.0183269, 0.0200105, 0.0249472, 0.037607, 0.0712107, 0.180513, 0.571267", \
            "0.0183823, 0.0200794, 0.0249845, 0.0376708, 0.0713686, 0.180461, 0.572336", \
            "0.0183494, 0.0200218, 0.025056, 0.0375401, 0.0712429, 0.180913, 0.5748", \
            "0.0183915, 0.0200644, 0.0251231, 0.0375474, 0.0712563, 0.180973, 0.574262", \
            "0.0187444, 0.0204788, 0.0256817, 0.038175, 0.0713298, 0.181119, 0.571518" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640068, 0.215298, 0.724192");
          values ( \
            "0.0743046, 0.0765992, 0.084452, 0.110488, 0.196501, 0.480348, 1.44164", \
            "0.0757006, 0.0779906, 0.0858183, 0.111936, 0.197814, 0.48141, 1.42965", \
            "0.0812763, 0.0835684, 0.0914284, 0.117449, 0.203472, 0.487175, 1.44174", \
            "0.0936578, 0.0958221, 0.103782, 0.129874, 0.215671, 0.499488, 1.45426", \
            "0.11453, 0.116837, 0.1247, 0.150583, 0.236481, 0.520123, 1.46657", \
            "0.153087, 0.155366, 0.162961, 0.188921, 0.27426, 0.556587, 1.50901", \
            "0.225048, 0.227198, 0.235029, 0.26093, 0.34763, 0.630602, 1.5763" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640068, 0.215298, 0.724192");
          values ( \
            "0.0899054, 0.0873914, 0.0795894, 0.05678, -0.0255066, -0.312286, -1.27977", \
            "0.0879443, 0.085435, 0.0776864, 0.0548292, -0.0274472, -0.314221, -1.28169", \
            "0.086674, 0.0842375, 0.0765367, 0.0535689, -0.0286044, -0.315307, -1.28272", \
            "0.0873543, 0.0848821, 0.0772356, 0.0543059, -0.0279168, -0.314669, -1.28211", \
            "0.0874818, 0.0850216, 0.0773657, 0.0545215, -0.0276877, -0.314458, -1.28191", \
            "0.0964732, 0.093891, 0.0860741, 0.0608938, -0.0241696, -0.31093, -1.27841", \
            "0.122362, 0.119679, 0.111363, 0.0852139, -0.001657, -0.290093, -1.25746" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      input_signal_level : vpwrin;
      level_shifter_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : vpwrin;
      max_transition : 1.5;
      capacitance : 0.006251;
      rise_capacitance : 0.006323;
      rise_capacitance_range (0.006323, 0.006323);
      fall_capacitance : 0.006179;
      fall_capacitance_range (0.006179, 0.006179);
    }
  }
  cell (scs8hd_lpflow_lsbuf_lh_isowell_4) {
    area : 40.0384;
    cell_footprint : "lsbuf_lh_isowell_tap";
    cell_leakage_power : 0.0158039;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_level_shifter : true;
    level_shifter_type : LH;
    input_voltage_range (1.2, 2.1);
    output_voltage_range (1.2, 2.1);
    pg_pin (lowlvpwr) {
      pg_type : primary_power;
      voltage_name : "lowlvpwr";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      std_cell_main_rail : true;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : backup_ground;
      voltage_name : "vnb";
    }
    leakage_power () {
      value : 0.0065732;
      when : "A";
    }
    leakage_power () {
      value : 0.0250346;
      when : "!A";
    }
    leakage_power () {
      value : 0.0158039;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!lowlvpwr+!vpwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.724192;
      max_transition : 1.508;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640067, 0.215298, 0.724192");
          values ( \
            "0.145397, 0.14833, 0.156409, 0.17849, 0.243699, 0.457276, 1.175", \
            "0.149249, 0.152115, 0.160241, 0.182228, 0.247773, 0.46152, 1.18317", \
            "0.158361, 0.161295, 0.169378, 0.191382, 0.256616, 0.470366, 1.18841", \
            "0.174336, 0.177228, 0.185346, 0.20717, 0.272606, 0.486468, 1.2046", \
            "0.191608, 0.19448, 0.202562, 0.224553, 0.290195, 0.503583, 1.2198", \
            "0.205399, 0.208259, 0.216313, 0.238282, 0.30384, 0.517614, 1.23543", \
            "0.204034, 0.206854, 0.214984, 0.236979, 0.302619, 0.516046, 1.23068" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640067, 0.215298, 0.724192");
          values ( \
            "0.0153478, 0.0178045, 0.025646, 0.0514345, 0.141941, 0.454333, 1.50685", \
            "0.0152651, 0.0177257, 0.0255529, 0.0513631, 0.14175, 0.453775, 1.50449", \
            "0.0153513, 0.0178064, 0.0256468, 0.0513454, 0.141959, 0.455022, 1.50486", \
            "0.0153521, 0.0178099, 0.0256533, 0.0513907, 0.14206, 0.454351, 1.508", \
            "0.0152702, 0.0178021, 0.0255916, 0.0515121, 0.141816, 0.454405, 1.50719", \
            "0.0153295, 0.017871, 0.0257073, 0.0514982, 0.141782, 0.452958, 1.50271", \
            "0.0154539, 0.0179788, 0.0257803, 0.0515296, 0.141821, 0.453824, 1.49993" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640067, 0.215298, 0.724192");
          values ( \
            "0.133863, 0.136436, 0.143537, 0.16061, 0.198008, 0.292575, 0.589722", \
            "0.138081, 0.140609, 0.147777, 0.164819, 0.202226, 0.296812, 0.593585", \
            "0.149888, 0.15241, 0.15956, 0.176632, 0.214025, 0.308627, 0.605453", \
            "0.174292, 0.176861, 0.183961, 0.201062, 0.238451, 0.333036, 0.629761", \
            "0.210929, 0.213455, 0.220588, 0.237697, 0.275117, 0.369682, 0.667144", \
            "0.267983, 0.270514, 0.277653, 0.294783, 0.332262, 0.426868, 0.723691", \
            "0.36763, 0.370188, 0.377402, 0.394734, 0.43246, 0.527203, 0.823883" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640067, 0.215298, 0.724192");
          values ( \
            "0.018379, 0.0200677, 0.0251674, 0.0379596, 0.0711116, 0.180971, 0.57356", \
            "0.0183446, 0.0200838, 0.0249767, 0.0378764, 0.0712458, 0.17999, 0.570663", \
            "0.0183105, 0.0200308, 0.024956, 0.037913, 0.0712829, 0.180078, 0.56992", \
            "0.0182669, 0.0200545, 0.0249147, 0.0377128, 0.0713276, 0.180237, 0.570835", \
            "0.0182331, 0.0199238, 0.0250252, 0.0375683, 0.0710556, 0.180684, 0.56817", \
            "0.0182941, 0.0200224, 0.0251751, 0.0377012, 0.0711351, 0.180263, 0.572286", \
            "0.0186319, 0.0203642, 0.0254554, 0.0380144, 0.0712483, 0.180713, 0.572054" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640068, 0.215298, 0.724192");
          values ( \
            "0.0738578, 0.0761527, 0.0840096, 0.110095, 0.196047, 0.479475, 1.43371", \
            "0.0752574, 0.0775451, 0.0853639, 0.111476, 0.197289, 0.481495, 1.43663", \
            "0.0808351, 0.083134, 0.0909943, 0.117022, 0.203019, 0.486528, 1.44094", \
            "0.0931729, 0.0954631, 0.103323, 0.129288, 0.215275, 0.498865, 1.45618", \
            "0.11409, 0.116396, 0.124227, 0.150194, 0.235987, 0.519664, 1.47261", \
            "0.152631, 0.154895, 0.162538, 0.18849, 0.273884, 0.556073, 1.50837", \
            "0.224512, 0.22659, 0.234367, 0.260191, 0.346925, 0.62969, 1.57592" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640068, 0.215298, 0.724192");
          values ( \
            "0.089949, 0.0874613, 0.0796764, 0.0568236, -0.025381, -0.312209, -1.27969", \
            "0.087952, 0.0854404, 0.0777521, 0.0549, -0.0273617, -0.31415, -1.2816", \
            "0.0866472, 0.0841719, 0.0766614, 0.0537839, -0.028482, -0.315218, -1.28261", \
            "0.087408, 0.0850046, 0.0772679, 0.0544019, -0.0277979, -0.314586, -1.28201", \
            "0.0874839, 0.0850173, 0.0773226, 0.0545572, -0.0276442, -0.314386, -1.28184", \
            "0.0964945, 0.0939651, 0.0861026, 0.0608861, -0.0241494, -0.310867, -1.27835", \
            "0.122257, 0.119573, 0.111694, 0.0848567, -0.0017135, -0.290159, -1.25746" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      input_signal_level : lowlvpwr;
      level_shifter_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : lowlvpwr;
      max_transition : 1.5;
      capacitance : 0.006251;
      rise_capacitance : 0.006323;
      rise_capacitance_range (0.006323, 0.006323);
      fall_capacitance : 0.006178;
      fall_capacitance_range (0.006178, 0.006178);
    }
  }
  cell (scs8hd_lpflow_lsbuf_lh_isowell_tap_1) {
    area : 35.0336;
    cell_footprint : "lsbuf_lh_isowell_tap";
    cell_leakage_power : 0.0033596;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_level_shifter : true;
    level_shifter_type : LH;
    input_voltage_range (1.2, 2.1);
    output_voltage_range (1.2, 2.1);
    pg_pin (lowlvpwr) {
      pg_type : primary_power;
      voltage_name : "lowlvpwr";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      std_cell_main_rail : true;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.0064608;
      when : "A";
    }
    leakage_power () {
      value : 0.0002584;
      when : "!A";
    }
    leakage_power () {
      value : 0.0033596;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!lowlvpwr+!vpwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.172129;
      max_transition : 1.51122;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "0.122303, 0.127896, 0.141953, 0.177248, 0.268181, 0.506422, 1.13726", \
            "0.126111, 0.131711, 0.145621, 0.181134, 0.272218, 0.509622, 1.14386", \
            "0.13533, 0.140918, 0.15488, 0.190442, 0.281439, 0.519283, 1.15397", \
            "0.151183, 0.156774, 0.170649, 0.206086, 0.296962, 0.534282, 1.16644", \
            "0.168247, 0.173846, 0.187805, 0.223121, 0.314297, 0.552711, 1.18723", \
            "0.181369, 0.186955, 0.200926, 0.236491, 0.327571, 0.565052, 1.19497", \
            "0.179382, 0.184943, 0.198972, 0.234504, 0.325619, 0.564834, 1.1922" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "0.0164653, 0.0233635, 0.0418641, 0.0914054, 0.222762, 0.573978, 1.50209", \
            "0.0165086, 0.0233498, 0.0417697, 0.0913119, 0.223454, 0.575787, 1.50005", \
            "0.0164486, 0.0233635, 0.0418451, 0.0913362, 0.223502, 0.575014, 1.5048", \
            "0.0165179, 0.0233626, 0.0418241, 0.0914293, 0.22291, 0.575361, 1.50341", \
            "0.0165558, 0.0233764, 0.0418224, 0.0912242, 0.223409, 0.574151, 1.51122", \
            "0.0165778, 0.0234902, 0.0419237, 0.0915022, 0.223262, 0.572273, 1.50671", \
            "0.0166575, 0.0235151, 0.0420168, 0.0913636, 0.223473, 0.57459, 1.4982" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "0.0951725, 0.0989329, 0.106677, 0.122691, 0.15853, 0.248535, 0.48633", \
            "0.09964, 0.10337, 0.111139, 0.127138, 0.162966, 0.25296, 0.490806", \
            "0.111496, 0.115204, 0.122967, 0.139009, 0.174789, 0.264827, 0.503541", \
            "0.135825, 0.139576, 0.147332, 0.163313, 0.199112, 0.289096, 0.526798", \
            "0.17304, 0.176769, 0.184542, 0.200538, 0.236259, 0.326119, 0.56407", \
            "0.230377, 0.234107, 0.241811, 0.257777, 0.293425, 0.383278, 0.620606", \
            "0.32934, 0.333086, 0.340907, 0.356972, 0.392838, 0.48296, 0.720648" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "0.0121002, 0.0151526, 0.0218841, 0.0376991, 0.0791376, 0.194299, 0.505998", \
            "0.0120528, 0.0149493, 0.021805, 0.03761, 0.0791481, 0.194329, 0.505955", \
            "0.0120288, 0.0149093, 0.0216958, 0.037469, 0.0790891, 0.194376, 0.505217", \
            "0.0120152, 0.0149007, 0.0217709, 0.0375724, 0.0791639, 0.194285, 0.506116", \
            "0.0121138, 0.0149585, 0.0216593, 0.0374153, 0.0791513, 0.194882, 0.509406", \
            "0.0119431, 0.0149019, 0.0214955, 0.0373338, 0.0792291, 0.195348, 0.505183", \
            "0.0124049, 0.0152238, 0.0220244, 0.0380296, 0.0796496, 0.195501, 0.509812" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "0.0557472, 0.0575293, 0.0619332, 0.0730675, 0.101926, 0.177386, 0.377841", \
            "0.0570984, 0.0588861, 0.0632892, 0.0744279, 0.103426, 0.178763, 0.379574", \
            "0.0628732, 0.0646525, 0.0690268, 0.0801959, 0.108902, 0.184053, 0.384225", \
            "0.0752815, 0.0770651, 0.0814644, 0.0926042, 0.121515, 0.196387, 0.396611", \
            "0.096458, 0.0981464, 0.102552, 0.113639, 0.142426, 0.217737, 0.417493", \
            "0.134379, 0.136021, 0.140292, 0.151432, 0.180364, 0.254887, 0.454618", \
            "0.206779, 0.208365, 0.212661, 0.223883, 0.252927, 0.328606, 0.525683" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132368, 0.00350427, 0.0092771, 0.0245599, 0.065019, 0.172129");
          values ( \
            "0.0725022, 0.071453, 0.0685353, 0.0584372, 0.0294564, -0.0474893, -0.251191", \
            "0.0707266, 0.0696535, 0.0667305, 0.0566148, 0.0276483, -0.0492954, -0.252983", \
            "0.0696482, 0.0685596, 0.0656422, 0.0554878, 0.0265341, -0.0504077, -0.254072", \
            "0.070347, 0.0692579, 0.0663218, 0.0561954, 0.0272207, -0.0497384, -0.253407", \
            "0.0715485, 0.0699802, 0.0660313, 0.056639, 0.0276954, -0.0492765, -0.25298", \
            "0.07667, 0.0751381, 0.0710005, 0.0598705, 0.0306287, -0.0458718, -0.249589", \
            "0.103831, 0.102169, 0.0976395, 0.0855668, 0.0546794, -0.0232316, -0.226637" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      input_signal_level : lowlvpwr;
      level_shifter_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : lowlvpwr;
      max_transition : 1.5;
      capacitance : 0.006251;
      rise_capacitance : 0.006325;
      rise_capacitance_range (0.006325, 0.006325);
      fall_capacitance : 0.006177;
      fall_capacitance_range (0.006177, 0.006177);
    }
  }
  cell (scs8hd_lpflow_lsbuf_lh_isowell_tap_2) {
    area : 35.0336;
    cell_footprint : "lsbuf_lh_isowell_tap";
    cell_leakage_power : 0.00957125;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_level_shifter : true;
    level_shifter_type : LH;
    input_voltage_range (1.2, 2.1);
    output_voltage_range (1.2, 2.1);
    pg_pin (lowlvpwr) {
      pg_type : primary_power;
      voltage_name : "lowlvpwr";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      std_cell_main_rail : true;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.0064968;
      when : "A";
    }
    leakage_power () {
      value : 0.0126457;
      when : "!A";
    }
    leakage_power () {
      value : 0.00957125;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!lowlvpwr+!vpwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.397349;
      max_transition : 1.50332;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0.128478, 0.13228, 0.14202, 0.167896, 0.242848, 0.466695, 1.15178", \
            "0.132306, 0.136075, 0.145832, 0.171727, 0.246531, 0.470282, 1.1541", \
            "0.141468, 0.145263, 0.154989, 0.180926, 0.255823, 0.479583, 1.16415", \
            "0.15737, 0.161139, 0.170895, 0.196783, 0.27154, 0.495612, 1.17867", \
            "0.174435, 0.178185, 0.187944, 0.21384, 0.288691, 0.512611, 1.20527", \
            "0.1877, 0.191463, 0.201213, 0.227166, 0.302005, 0.526151, 1.20809", \
            "0.185573, 0.189391, 0.199174, 0.225014, 0.299797, 0.524383, 1.20351" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0.0132447, 0.0169642, 0.0278867, 0.0620749, 0.169123, 0.497383, 1.49986", \
            "0.0132896, 0.0169525, 0.0278892, 0.0619433, 0.169394, 0.498456, 1.50098", \
            "0.0132483, 0.0169468, 0.0278451, 0.0620951, 0.16894, 0.498419, 1.50167", \
            "0.0132948, 0.0169603, 0.0278933, 0.0619316, 0.169203, 0.500204, 1.50332", \
            "0.0133365, 0.016981, 0.0279223, 0.0620529, 0.169194, 0.498062, 1.50144", \
            "0.0133413, 0.0170321, 0.0279893, 0.0621605, 0.169399, 0.496816, 1.50153", \
            "0.0134093, 0.0170652, 0.0280122, 0.0622086, 0.169274, 0.498847, 1.49583" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0.108134, 0.111369, 0.119131, 0.135629, 0.172446, 0.270202, 0.564567", \
            "0.112506, 0.115728, 0.123503, 0.139987, 0.176796, 0.27455, 0.568575", \
            "0.124341, 0.127585, 0.135328, 0.151805, 0.188609, 0.286375, 0.580415", \
            "0.148655, 0.151911, 0.159656, 0.176107, 0.212911, 0.310602, 0.603758", \
            "0.185669, 0.188889, 0.196693, 0.213167, 0.249949, 0.347714, 0.641471", \
            "0.242742, 0.246009, 0.253759, 0.270266, 0.307017, 0.404714, 0.697634", \
            "0.341915, 0.345147, 0.353003, 0.369622, 0.406758, 0.504766, 0.798474" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0.0132745, 0.0156494, 0.0213569, 0.0352218, 0.0738364, 0.19727, 0.58521", \
            "0.0132056, 0.0156249, 0.0213899, 0.0351689, 0.0735287, 0.197111, 0.582378", \
            "0.0132241, 0.0155699, 0.021283, 0.0351763, 0.0739553, 0.197841, 0.5833", \
            "0.0132876, 0.0154651, 0.0211335, 0.0352808, 0.0739256, 0.195681, 0.58176", \
            "0.0131612, 0.0154721, 0.0211495, 0.0351444, 0.0739118, 0.195614, 0.581946", \
            "0.0132396, 0.0156081, 0.0213132, 0.0351157, 0.073911, 0.197234, 0.584595", \
            "0.0133741, 0.0157154, 0.0214451, 0.0356445, 0.0745173, 0.196997, 0.58418" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0.0614756, 0.0635596, 0.0698141, 0.0882387, 0.142731, 0.306837, 0.806463", \
            "0.0628446, 0.0649347, 0.0712049, 0.0896116, 0.144142, 0.309962, 0.811705", \
            "0.0685784, 0.0706589, 0.0768922, 0.0953097, 0.149824, 0.314085, 0.816199", \
            "0.0810212, 0.0831146, 0.0893842, 0.107786, 0.162324, 0.326591, 0.826454", \
            "0.102163, 0.104201, 0.110437, 0.128807, 0.183381, 0.347615, 0.844206", \
            "0.140571, 0.142535, 0.148636, 0.167051, 0.221366, 0.384347, 0.884021", \
            "0.213703, 0.215668, 0.22178, 0.240162, 0.295243, 0.459057, 0.954293" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0.0780932, 0.0762583, 0.0712585, 0.0550041, 0.0009132, -0.165698, -0.672983", \
            "0.076242, 0.0744588, 0.0694346, 0.0531849, -0.0008643, -0.16748, -0.674768", \
            "0.0751396, 0.073299, 0.0683087, 0.0521005, -0.0019832, -0.16857, -0.675841", \
            "0.0758631, 0.0739803, 0.0689937, 0.0527305, -0.0013277, -0.167956, -0.675215", \
            "0.0754183, 0.0736044, 0.0689105, 0.0531927, -0.000851, -0.167517, -0.674794", \
            "0.0824008, 0.0804734, 0.0747281, 0.0568996, 0.0020668, -0.164153, -0.671478", \
            "0.109832, 0.10778, 0.101722, 0.0830093, 0.0265113, -0.141349, -0.648361" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      input_signal_level : lowlvpwr;
      level_shifter_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : lowlvpwr;
      max_transition : 1.5;
      capacitance : 0.006271;
      rise_capacitance : 0.006346;
      rise_capacitance_range (0.006346, 0.006346);
      fall_capacitance : 0.006196;
      fall_capacitance_range (0.006196, 0.006196);
    }
  }
  cell (scs8hd_lpflow_lsbuf_lh_isowell_tap_4) {
    area : 40.0384;
    cell_footprint : "lsbuf_lh_isowell_tap";
    cell_leakage_power : 0.0158076;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    is_level_shifter : true;
    level_shifter_type : LH;
    input_voltage_range (1.2, 2.1);
    output_voltage_range (1.2, 2.1);
    pg_pin (lowlvpwr) {
      pg_type : primary_power;
      voltage_name : "lowlvpwr";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pg_pin (vpwr) {
      pg_type : primary_power;
      std_cell_main_rail : true;
      voltage_name : "vpwr";
    }
    leakage_power () {
      value : 0.0065767;
      when : "A";
    }
    leakage_power () {
      value : 0.0250384;
      when : "!A";
    }
    leakage_power () {
      value : 0.0158076;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!lowlvpwr+!vpwr+vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.724192;
      max_transition : 1.50833;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640067, 0.215298, 0.724192");
          values ( \
            "0.145569, 0.148461, 0.156581, 0.178573, 0.24393, 0.457665, 1.17555", \
            "0.149424, 0.152295, 0.16044, 0.182427, 0.247855, 0.461352, 1.18089", \
            "0.15853, 0.161428, 0.169551, 0.191549, 0.256849, 0.470732, 1.18864", \
            "0.174466, 0.177281, 0.185395, 0.207598, 0.272996, 0.486698, 1.20534", \
            "0.191831, 0.194709, 0.202829, 0.224774, 0.290435, 0.503977, 1.22051", \
            "0.205618, 0.208488, 0.216542, 0.238516, 0.30409, 0.5178, 1.23568", \
            "0.204166, 0.207079, 0.215225, 0.237225, 0.302594, 0.516475, 1.23137" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640067, 0.215298, 0.724192");
          values ( \
            "0.0153694, 0.0178292, 0.0256721, 0.0514412, 0.142128, 0.455006, 1.5046", \
            "0.0152923, 0.0177848, 0.0256199, 0.0513846, 0.141955, 0.455294, 1.50486", \
            "0.015385, 0.0178357, 0.0256762, 0.0514257, 0.142084, 0.455204, 1.50607", \
            "0.0153792, 0.0177986, 0.0256752, 0.0513738, 0.141878, 0.454361, 1.50833", \
            "0.0153112, 0.0178263, 0.0257665, 0.0514568, 0.141884, 0.453993, 1.50681", \
            "0.0153697, 0.0179139, 0.0257346, 0.0515317, 0.141794, 0.452743, 1.50418", \
            "0.0155515, 0.0180066, 0.0258062, 0.0515703, 0.14219, 0.455016, 1.49502" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640067, 0.215298, 0.724192");
          values ( \
            "0.134192, 0.13676, 0.143854, 0.160955, 0.198392, 0.292952, 0.590208", \
            "0.138411, 0.140931, 0.148094, 0.165162, 0.202605, 0.297231, 0.594073", \
            "0.150153, 0.15267, 0.159796, 0.176951, 0.214378, 0.308958, 0.606301", \
            "0.174653, 0.177183, 0.184309, 0.201443, 0.238883, 0.333483, 0.630184", \
            "0.21136, 0.21389, 0.221026, 0.238086, 0.275561, 0.37021, 0.667467", \
            "0.268526, 0.271045, 0.278181, 0.295343, 0.33282, 0.427444, 0.724489", \
            "0.368152, 0.370694, 0.377892, 0.395218, 0.433, 0.527749, 0.82469" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640067, 0.215298, 0.724192");
          values ( \
            "0.0184635, 0.0201642, 0.0252712, 0.0377255, 0.0712675, 0.180846, 0.574701", \
            "0.0183124, 0.0201623, 0.025052, 0.038032, 0.0713253, 0.180514, 0.569489", \
            "0.0183243, 0.0200079, 0.0249447, 0.0376022, 0.071203, 0.180504, 0.571247", \
            "0.0183794, 0.0200784, 0.0249824, 0.0376704, 0.0713651, 0.180445, 0.572261", \
            "0.018349, 0.0200201, 0.0250503, 0.0375125, 0.0712351, 0.181121, 0.574771", \
            "0.0183891, 0.0200649, 0.0251261, 0.0375442, 0.0712366, 0.180935, 0.574239", \
            "0.0187743, 0.0204748, 0.0256234, 0.0381765, 0.0712953, 0.181099, 0.571536" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640068, 0.215298, 0.724192");
          values ( \
            "0.0743052, 0.0766005, 0.0844531, 0.110491, 0.196504, 0.48034, 1.44164", \
            "0.0756991, 0.0779937, 0.0858201, 0.111937, 0.197818, 0.481418, 1.42965", \
            "0.0812784, 0.0835705, 0.0914305, 0.117452, 0.203474, 0.487182, 1.44174", \
            "0.093657, 0.0958335, 0.103681, 0.129805, 0.215678, 0.499491, 1.45386", \
            "0.114533, 0.11684, 0.124702, 0.150585, 0.236483, 0.520127, 1.46658", \
            "0.153088, 0.155368, 0.162964, 0.188924, 0.274261, 0.556593, 1.50904", \
            "0.225052, 0.227201, 0.235033, 0.260933, 0.347634, 0.630317, 1.5763" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168184, 0.00565715, 0.0190288, 0.0640068, 0.215298, 0.724192");
          values ( \
            "0.0899462, 0.0873925, 0.079588, 0.0567808, -0.0255234, -0.312287, -1.27973", \
            "0.087944, 0.0854334, 0.0776855, 0.0548278, -0.0274483, -0.314223, -1.2817", \
            "0.0866731, 0.0842364, 0.0765355, 0.053568, -0.0286054, -0.315309, -1.28272", \
            "0.0873557, 0.0848823, 0.0772357, 0.0543066, -0.0279161, -0.31467, -1.28212", \
            "0.0874886, 0.0850205, 0.0773645, 0.0545409, -0.027696, -0.31444, -1.28191", \
            "0.0970815, 0.094494, 0.0866769, 0.061507, -0.0235662, -0.310326, -1.2778", \
            "0.122357, 0.119678, 0.111414, 0.0852126, -0.0016572, -0.290094, -1.25746" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      input_signal_level : lowlvpwr;
      level_shifter_data_pin : true;
      related_ground_pin : vgnd;
      related_power_pin : lowlvpwr;
      max_transition : 1.5;
      capacitance : 0.006251;
      rise_capacitance : 0.006323;
      rise_capacitance_range (0.006323, 0.006323);
      fall_capacitance : 0.00618;
      fall_capacitance_range (0.00618, 0.00618);
    }
  }
  cell (scs8hd_macro_sparecell) {
    area : 36.2848;
    cell_footprint : "sparecell";
    cell_leakage_power : 0.074356;
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    pin (LO) {
      direction : output;
      function : "0";
      power_down_function : "!vpwr + vgnd";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 2.0569;
      max_transition : 1;
    }
  }
  cell (scs8hd_maj3_1) {
    area : 10.0096;
    cell_footprint : "maj3";
    cell_leakage_power : 0.00323213;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0064931;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.0062284;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 4.92346e-05;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 0.0064552;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 5.31836e-05;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0064911;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 3.83325e-05;
      when : "A&B&C";
    }
    leakage_power () {
      value : 4.85132e-05;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.00323213;
    }
    pin (X) {
      direction : output;
      function : "(A&B) | (A&C) | (B&C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.206919;
      max_transition : 1.50452;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0690783, 0.0750645, 0.0892539, 0.123429, 0.212402, 0.452891, 1.1071", \
            "0.0726122, 0.0785913, 0.0927748, 0.126899, 0.216207, 0.456332, 1.1105", \
            "0.0803703, 0.0863584, 0.100459, 0.134488, 0.223494, 0.464028, 1.11863", \
            "0.0951738, 0.101303, 0.115493, 0.149536, 0.23846, 0.479323, 1.13566", \
            "0.111858, 0.118779, 0.133867, 0.16854, 0.257484, 0.499289, 1.1555", \
            "0.114219, 0.122645, 0.140471, 0.177113, 0.266072, 0.506611, 1.16195", \
            "0.0656015, 0.0759244, 0.0982589, 0.141307, 0.232012, 0.473327, 1.12944" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0208114, 0.0265611, 0.0420154, 0.085774, 0.211266, 0.555712, 1.49773", \
            "0.0207893, 0.0265557, 0.0419927, 0.0858451, 0.211244, 0.555673, 1.4977", \
            "0.0208307, 0.0265961, 0.0420324, 0.0858821, 0.211071, 0.555498, 1.4978", \
            "0.0218861, 0.027487, 0.0427815, 0.0859828, 0.210841, 0.556752, 1.49941", \
            "0.0257371, 0.0315796, 0.0459657, 0.08782, 0.210578, 0.555906, 1.49802", \
            "0.0328081, 0.0390799, 0.0537268, 0.0922909, 0.212112, 0.553801, 1.49637", \
            "0.0429452, 0.0510212, 0.0679023, 0.105017, 0.216136, 0.556677, 1.48887" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.169353, 0.176404, 0.192208, 0.22451, 0.286651, 0.413815, 0.722727", \
            "0.173158, 0.180336, 0.19602, 0.228167, 0.290438, 0.417583, 0.726361", \
            "0.182579, 0.189705, 0.205487, 0.237996, 0.299799, 0.426999, 0.73581", \
            "0.205173, 0.212285, 0.228092, 0.260375, 0.322726, 0.449836, 0.758634", \
            "0.258628, 0.265712, 0.281471, 0.313694, 0.375926, 0.503119, 0.812028", \
            "0.362447, 0.370161, 0.387233, 0.422053, 0.487785, 0.617283, 0.926754", \
            "0.557875, 0.56666, 0.585943, 0.625338, 0.699207, 0.834891, 1.1473" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0326525, 0.0380461, 0.049875, 0.0755617, 0.129163, 0.261507, 0.646466", \
            "0.03261, 0.0378042, 0.0499053, 0.0758907, 0.129095, 0.262145, 0.64715", \
            "0.0326046, 0.0378121, 0.0499783, 0.0753312, 0.129183, 0.2618, 0.646948", \
            "0.0328763, 0.0378209, 0.0496833, 0.0754075, 0.128588, 0.260998, 0.64706", \
            "0.033312, 0.0386235, 0.0500929, 0.0759669, 0.129312, 0.262361, 0.649785", \
            "0.0392692, 0.0448129, 0.0570442, 0.0833305, 0.135337, 0.266339, 0.654232", \
            "0.0506773, 0.0562091, 0.0696098, 0.0980558, 0.152224, 0.279023, 0.65434" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.065473, 0.0716813, 0.0860794, 0.119893, 0.207554, 0.448377, 1.10204", \
            "0.0689635, 0.0751743, 0.0895815, 0.123387, 0.210958, 0.450718, 1.1045", \
            "0.0772977, 0.0834916, 0.0978737, 0.131745, 0.21958, 0.460438, 1.11664", \
            "0.0921232, 0.0987449, 0.113797, 0.1481, 0.236219, 0.475196, 1.1349", \
            "0.104723, 0.112135, 0.128458, 0.164204, 0.253383, 0.49312, 1.14874", \
            "0.100227, 0.10898, 0.127713, 0.165975, 0.255251, 0.495652, 1.15068", \
            "0.0395493, 0.0504211, 0.0738283, 0.118871, 0.211237, 0.450149, 1.10742" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0223743, 0.0281714, 0.0436088, 0.0866564, 0.210943, 0.558215, 1.49563", \
            "0.0223938, 0.0282189, 0.0435966, 0.0867768, 0.210451, 0.55687, 1.49431", \
            "0.0223364, 0.0281476, 0.0435833, 0.0865538, 0.210773, 0.558141, 1.49811", \
            "0.0248658, 0.030456, 0.0454389, 0.0872655, 0.210965, 0.556605, 1.50079", \
            "0.0286084, 0.0345635, 0.0495799, 0.0907001, 0.212136, 0.556313, 1.4969", \
            "0.0361396, 0.0424394, 0.05769, 0.0963272, 0.214326, 0.553954, 1.49425", \
            "0.0472527, 0.0562841, 0.0735404, 0.111042, 0.219943, 0.557026, 1.49357" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.147526, 0.154382, 0.169909, 0.202932, 0.266993, 0.397214, 0.707955", \
            "0.147662, 0.154485, 0.169968, 0.202837, 0.266741, 0.397113, 0.707532", \
            "0.154358, 0.161135, 0.176545, 0.209147, 0.273373, 0.403573, 0.714182", \
            "0.177837, 0.184702, 0.20002, 0.232729, 0.296875, 0.427108, 0.737711", \
            "0.241988, 0.248775, 0.264027, 0.296641, 0.360772, 0.490948, 0.801597", \
            "0.358539, 0.366241, 0.383627, 0.419358, 0.487781, 0.622972, 0.93451", \
            "0.559568, 0.568468, 0.588329, 0.629608, 0.70795, 0.851481, 1.16954" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0303577, 0.0356286, 0.0485372, 0.0767319, 0.133007, 0.267258, 0.653184", \
            "0.0303565, 0.035712, 0.0483559, 0.0762805, 0.133096, 0.266778, 0.649505", \
            "0.0302637, 0.0356826, 0.0483133, 0.076333, 0.132845, 0.266978, 0.654473", \
            "0.0300797, 0.0356546, 0.0482855, 0.0761558, 0.132205, 0.265911, 0.653693", \
            "0.0315617, 0.0366984, 0.0491598, 0.0766277, 0.131836, 0.267021, 0.652114", \
            "0.0421297, 0.0469942, 0.0595272, 0.0872679, 0.143454, 0.274117, 0.651357", \
            "0.0564732, 0.0622327, 0.0764939, 0.107755, 0.164228, 0.291089, 0.662408" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0674996, 0.0736955, 0.0880851, 0.12176, 0.209097, 0.448338, 1.10171", \
            "0.0709769, 0.0771951, 0.091579, 0.125264, 0.212699, 0.451218, 1.10623", \
            "0.0785751, 0.0847782, 0.0991069, 0.132833, 0.220509, 0.460352, 1.11692", \
            "0.0914337, 0.0979491, 0.11288, 0.147175, 0.235014, 0.475397, 1.12835", \
            "0.104673, 0.111764, 0.127743, 0.163362, 0.252359, 0.491555, 1.14524", \
            "0.103454, 0.112025, 0.130143, 0.168071, 0.257481, 0.498998, 1.15567", \
            "0.0500494, 0.0606184, 0.083766, 0.127529, 0.22033, 0.459862, 1.11518" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0222714, 0.0281325, 0.0436029, 0.0866766, 0.211169, 0.558622, 1.49619", \
            "0.0222421, 0.0280636, 0.0435935, 0.0866824, 0.210837, 0.555376, 1.49829", \
            "0.0222439, 0.0281132, 0.043559, 0.0867101, 0.210825, 0.558774, 1.50452", \
            "0.0237989, 0.029774, 0.0451064, 0.0873652, 0.2106, 0.55672, 1.49395", \
            "0.027078, 0.033191, 0.0483822, 0.09027, 0.212035, 0.555626, 1.49407", \
            "0.0342846, 0.0406594, 0.0554354, 0.0950829, 0.213695, 0.55506, 1.50051", \
            "0.0451152, 0.0532143, 0.0709024, 0.108592, 0.21907, 0.55761, 1.49335" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.147606, 0.15446, 0.169958, 0.202754, 0.266555, 0.396571, 0.706805", \
            "0.150546, 0.157373, 0.172852, 0.205624, 0.26949, 0.399608, 0.709918", \
            "0.158837, 0.165637, 0.180985, 0.213698, 0.277781, 0.407945, 0.718484", \
            "0.181035, 0.187846, 0.203185, 0.235825, 0.299736, 0.429952, 0.740349", \
            "0.233608, 0.240448, 0.255917, 0.288413, 0.352605, 0.482748, 0.793151", \
            "0.331224, 0.338643, 0.354975, 0.388906, 0.455866, 0.590875, 0.902493", \
            "0.513792, 0.52221, 0.540829, 0.579104, 0.652651, 0.793777, 1.10999" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0303725, 0.0357199, 0.0484132, 0.0764876, 0.133007, 0.266894, 0.648825", \
            "0.0303722, 0.0356772, 0.048395, 0.0764821, 0.132817, 0.266825, 0.648787", \
            "0.0301162, 0.0354346, 0.0485724, 0.0765897, 0.132952, 0.266127, 0.654142", \
            "0.0302034, 0.0356366, 0.048218, 0.0761978, 0.131677, 0.266764, 0.648565", \
            "0.0318208, 0.0370107, 0.0493649, 0.077144, 0.132123, 0.26664, 0.648616", \
            "0.0378257, 0.0427481, 0.0551062, 0.0827751, 0.140446, 0.274332, 0.656179", \
            "0.0492379, 0.054772, 0.0681143, 0.0967775, 0.153648, 0.286899, 0.661312" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0130189, 0.0147392, 0.0193955, 0.0318437, 0.065278, 0.15593, 0.402304", \
            "0.0129041, 0.0146277, 0.0192783, 0.031705, 0.0651154, 0.155774, 0.402166", \
            "0.0127954, 0.0145128, 0.0191305, 0.0315426, 0.0649694, 0.156272, 0.404012", \
            "0.0127134, 0.0144008, 0.0189864, 0.0313144, 0.0647328, 0.156065, 0.40365", \
            "0.0130981, 0.0147498, 0.0190406, 0.0313028, 0.0644514, 0.155785, 0.403445", \
            "0.0140153, 0.0155965, 0.0200834, 0.0321683, 0.0651433, 0.154935, 0.401611", \
            "0.0170911, 0.0183723, 0.0228007, 0.0348717, 0.06788, 0.158071, 0.402675" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0135511, 0.0121747, 0.0086824, -0.001525, -0.0331828, -0.123865, -0.373042", \
            "0.0133986, 0.0118888, 0.0086315, -0.0017727, -0.0333163, -0.124017, -0.373186", \
            "0.0132271, 0.0117048, 0.0082875, -0.0020553, -0.0335226, -0.124217, -0.373386", \
            "0.0131019, 0.0115522, 0.0081286, -0.0022182, -0.0337774, -0.124424, -0.373572", \
            "0.0130483, 0.0115662, 0.0080522, -0.0022436, -0.0338412, -0.124507, -0.373639", \
            "0.0164409, 0.014486, 0.0095506, -0.0020352, -0.033471, -0.124168, -0.373294", \
            "0.022146, 0.0200724, 0.0150014, 0.0021808, -0.0315102, -0.122465, -0.371506" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.012726, 0.0144122, 0.0189136, 0.0309494, 0.0637509, 0.154244, 0.400961", \
            "0.0126934, 0.0143769, 0.0188758, 0.030925, 0.0637325, 0.154019, 0.4003", \
            "0.0125757, 0.0142581, 0.0187513, 0.0308095, 0.0636727, 0.154151, 0.399427", \
            "0.0124603, 0.0141197, 0.0185945, 0.0306888, 0.0638831, 0.153846, 0.401161", \
            "0.0127624, 0.014333, 0.0186282, 0.030701, 0.0634894, 0.154552, 0.399643", \
            "0.0137599, 0.015358, 0.0196721, 0.0316967, 0.0645623, 0.153724, 0.400812", \
            "0.0169262, 0.0185298, 0.0225951, 0.0344064, 0.0672699, 0.157158, 0.403127" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0095037, 0.0081356, 0.0047554, -0.0054162, -0.036864, -0.127556, -0.376802", \
            "0.0090364, 0.0076801, 0.0041638, -0.0059135, -0.0373, -0.127998, -0.37725", \
            "0.0085783, 0.0072367, 0.0037155, -0.006373, -0.0377782, -0.128449, -0.377708", \
            "0.0082037, 0.0069007, 0.0034315, -0.0067234, -0.0381146, -0.128749, -0.378004", \
            "0.008518, 0.0071703, 0.0038677, -0.0064759, -0.0379483, -0.128603, -0.377827", \
            "0.0126773, 0.0106608, 0.0056234, -0.0060465, -0.0370016, -0.127621, -0.376912", \
            "0.0202095, 0.0180594, 0.0127768, 2.11e-05, -0.0339811, -0.125244, -0.3746" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0122794, 0.0139522, 0.018455, 0.0304585, 0.063046, 0.153799, 0.399669", \
            "0.0121745, 0.0138538, 0.0183567, 0.030365, 0.0629298, 0.153115, 0.399266", \
            "0.0120221, 0.0136953, 0.0181875, 0.0301888, 0.0631954, 0.152873, 0.401987", \
            "0.0118539, 0.0135077, 0.0179821, 0.030051, 0.0629246, 0.153421, 0.396929", \
            "0.0122715, 0.0138551, 0.0180998, 0.0301631, 0.0628947, 0.153196, 0.397066", \
            "0.0133111, 0.014884, 0.0192177, 0.031267, 0.063828, 0.15302, 0.40206", \
            "0.0167381, 0.0182733, 0.0224668, 0.034292, 0.0671967, 0.157017, 0.402848" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0098889, 0.0085301, 0.0051492, -0.0051048, -0.036586, -0.127346, -0.376612", \
            "0.0096516, 0.0082813, 0.0049057, -0.0053283, -0.0368251, -0.127577, -0.376883", \
            "0.009295, 0.0079208, 0.004553, -0.0055795, -0.0371011, -0.127835, -0.37713", \
            "0.0090987, 0.0077571, 0.0042324, -0.0058809, -0.0373451, -0.128062, -0.377341", \
            "0.0091817, 0.0077471, 0.0042814, -0.0059091, -0.037371, -0.128069, -0.377342", \
            "0.013309, 0.0113556, 0.0065095, -0.0060504, -0.0370085, -0.127637, -0.376902", \
            "0.0188662, 0.0167888, 0.0116294, -0.0011341, -0.034875, -0.126119, -0.375152" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002879;
      rise_capacitance : 0.002966;
      rise_capacitance_range (0.002966, 0.002966);
      fall_capacitance : 0.002792;
      fall_capacitance_range (0.002792, 0.002792);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047374, -0.0047335, -0.0047244, -0.0047245, -0.0047247, -0.0047252, -0.0047264" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0047291, 0.0047265, 0.0047204, 0.0047214, 0.0047238, 0.0047292, 0.0047418" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002707;
      rise_capacitance : 0.002855;
      rise_capacitance_range (0.002855, 0.002855);
      fall_capacitance : 0.002559;
      fall_capacitance_range (0.002559, 0.002559);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0040737, -0.0040771, -0.004085, -0.0040773, -0.0040598, -0.0040193, -0.0039261" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053876, 0.0053892, 0.0053929, 0.0053939, 0.0053961, 0.0054012, 0.005413" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003193;
      rise_capacitance : 0.003344;
      rise_capacitance_range (0.003344, 0.003344);
      fall_capacitance : 0.003043;
      fall_capacitance_range (0.003043, 0.003043);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0058989, -0.0058998, -0.0059021, -0.0058982, -0.0058892, -0.0058685, -0.0058209" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0065389, 0.0065397, 0.0065415, 0.0065408, 0.0065394, 0.006536, 0.0065281" \
          );
        }
      }
    }
  }
  cell (scs8hd_maj3_2) {
    area : 11.2608;
    cell_footprint : "maj3";
    cell_leakage_power : 0.0153773;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0126986;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.012428;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 0.0237942;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 0.0126617;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 0.0086328;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0126947;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 0.0237915;
      when : "A&B&C";
    }
    leakage_power () {
      value : 0.0163166;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.0153773;
    }
    pin (X) {
      direction : output;
      function : "(A&B) | (A&C) | (B&C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.404673;
      max_transition : 1.50674;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0821484, 0.0872176, 0.0993993, 0.128184, 0.20441, 0.431201, 1.1198", \
            "0.0856234, 0.0906869, 0.102869, 0.131659, 0.207856, 0.434447, 1.12262", \
            "0.0934369, 0.0985022, 0.110684, 0.139468, 0.215626, 0.44212, 1.13065", \
            "0.110047, 0.115107, 0.127301, 0.156035, 0.232115, 0.458623, 1.1474", \
            "0.134091, 0.139822, 0.153233, 0.183042, 0.259336, 0.486065, 1.17467", \
            "0.149732, 0.156468, 0.172376, 0.205685, 0.283314, 0.509656, 1.19878", \
            "0.125115, 0.132719, 0.151865, 0.192494, 0.275104, 0.501457, 1.19032" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0183825, 0.0225154, 0.0336229, 0.0659756, 0.169591, 0.498088, 1.50181", \
            "0.0183647, 0.0225497, 0.0336119, 0.0659165, 0.16958, 0.498025, 1.49928", \
            "0.0183449, 0.0225613, 0.0336184, 0.0658991, 0.169586, 0.497983, 1.49917", \
            "0.0185893, 0.0227369, 0.0339396, 0.0660455, 0.16961, 0.497941, 1.50065", \
            "0.0219051, 0.0261488, 0.0375561, 0.068546, 0.170472, 0.49762, 1.50052", \
            "0.0281107, 0.0332472, 0.0453846, 0.0755202, 0.172813, 0.496773, 1.49844", \
            "0.0373278, 0.0432229, 0.0581958, 0.0902602, 0.180151, 0.498102, 1.49712" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.158174, 0.163353, 0.176016, 0.203734, 0.260537, 0.381208, 0.692918", \
            "0.162906, 0.168058, 0.180693, 0.208432, 0.265735, 0.386082, 0.697701", \
            "0.173434, 0.178609, 0.191242, 0.218965, 0.276007, 0.396615, 0.708122", \
            "0.197384, 0.202622, 0.215195, 0.242886, 0.300135, 0.420764, 0.732654", \
            "0.253119, 0.258367, 0.270906, 0.298368, 0.355681, 0.476336, 0.78805", \
            "0.359997, 0.365651, 0.379124, 0.409156, 0.470008, 0.593983, 0.906312", \
            "0.556302, 0.562648, 0.57809, 0.612188, 0.681326, 0.815269, 1.12979" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0284816, 0.031961, 0.0411487, 0.0621925, 0.109024, 0.228798, 0.613824", \
            "0.0285726, 0.0320707, 0.0409975, 0.0623419, 0.108775, 0.22899, 0.614363", \
            "0.0285668, 0.0319253, 0.0408185, 0.0623072, 0.109675, 0.229553, 0.613318", \
            "0.0285251, 0.0321276, 0.0412027, 0.0622027, 0.10958, 0.229516, 0.621023", \
            "0.0293578, 0.0327325, 0.0414251, 0.0629416, 0.109994, 0.228638, 0.613426", \
            "0.0355543, 0.039023, 0.0480475, 0.0698239, 0.117191, 0.233642, 0.61571", \
            "0.0485168, 0.0520097, 0.0616494, 0.0848088, 0.135086, 0.24983, 0.620855" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.076849, 0.0820928, 0.0946935, 0.123919, 0.199536, 0.424615, 1.11508", \
            "0.0804227, 0.0856645, 0.0982543, 0.12747, 0.203089, 0.428277, 1.11672", \
            "0.0885152, 0.0937581, 0.106363, 0.135571, 0.211237, 0.436537, 1.12469", \
            "0.106577, 0.111961, 0.124762, 0.154032, 0.229734, 0.456106, 1.14734", \
            "0.126912, 0.132994, 0.147504, 0.179071, 0.256315, 0.482195, 1.16979", \
            "0.135992, 0.14299, 0.15983, 0.195302, 0.27462, 0.501337, 1.19178", \
            "0.0994265, 0.107259, 0.127332, 0.170288, 0.256, 0.482016, 1.16969" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0194013, 0.0238112, 0.035097, 0.0672987, 0.170042, 0.499452, 1.50146", \
            "0.019369, 0.023795, 0.0350715, 0.0672665, 0.170016, 0.499362, 1.502", \
            "0.0194038, 0.0237927, 0.0350751, 0.0672524, 0.169887, 0.499136, 1.50237", \
            "0.0205973, 0.0248539, 0.0357526, 0.0677241, 0.170056, 0.497656, 1.50601", \
            "0.0245751, 0.0294825, 0.0413344, 0.0722118, 0.172121, 0.498319, 1.50241", \
            "0.0314868, 0.0366954, 0.049856, 0.0803359, 0.175331, 0.496807, 1.50171", \
            "0.0433247, 0.0490332, 0.064853, 0.0976757, 0.185744, 0.500563, 1.49634" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.13739, 0.142467, 0.154757, 0.182425, 0.241173, 0.365088, 0.67885", \
            "0.139803, 0.144797, 0.157102, 0.184743, 0.243636, 0.367526, 0.681445", \
            "0.147696, 0.15264, 0.164877, 0.192466, 0.251393, 0.375244, 0.689168", \
            "0.172725, 0.177763, 0.189945, 0.217509, 0.276281, 0.400118, 0.714064", \
            "0.236932, 0.241878, 0.253906, 0.281289, 0.339462, 0.463328, 0.776976", \
            "0.352836, 0.35851, 0.372339, 0.402881, 0.466323, 0.59562, 0.910716", \
            "0.550871, 0.557423, 0.573322, 0.60901, 0.683476, 0.823818, 1.14644" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0267281, 0.03032, 0.0394193, 0.0623073, 0.112761, 0.233635, 0.614887", \
            "0.0266922, 0.030225, 0.0396873, 0.062426, 0.111652, 0.234103, 0.618044", \
            "0.0266625, 0.0300231, 0.0395498, 0.0623559, 0.112435, 0.234019, 0.617916", \
            "0.0265042, 0.0302028, 0.0392211, 0.0621731, 0.111465, 0.234056, 0.616864", \
            "0.0278039, 0.0312059, 0.0401962, 0.0626007, 0.112317, 0.234153, 0.615039", \
            "0.0394206, 0.0431891, 0.0516825, 0.0747655, 0.124271, 0.242528, 0.619757", \
            "0.0564274, 0.0596915, 0.0693489, 0.094397, 0.147978, 0.263018, 0.630956" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.079635, 0.0848898, 0.0974256, 0.126611, 0.202207, 0.427641, 1.1151", \
            "0.0830908, 0.0883179, 0.100909, 0.130128, 0.205762, 0.431325, 1.12028", \
            "0.0906599, 0.0958823, 0.108475, 0.137673, 0.213352, 0.438336, 1.1294", \
            "0.105907, 0.11131, 0.124106, 0.153391, 0.229061, 0.454917, 1.14314", \
            "0.1253, 0.131195, 0.14522, 0.176403, 0.253706, 0.479567, 1.16681", \
            "0.135996, 0.142822, 0.159219, 0.193448, 0.272569, 0.499933, 1.19093", \
            "0.106458, 0.114129, 0.133731, 0.175482, 0.260188, 0.486632, 1.17792" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0194005, 0.023668, 0.0349983, 0.0671879, 0.170046, 0.497291, 1.50404", \
            "0.0193483, 0.0237328, 0.0350386, 0.0672237, 0.170026, 0.497949, 1.50047", \
            "0.0193382, 0.0237181, 0.0350324, 0.0672341, 0.170012, 0.497271, 1.50674", \
            "0.0202679, 0.0246058, 0.0357162, 0.0675668, 0.170077, 0.498013, 1.50651", \
            "0.0230658, 0.0275938, 0.0395919, 0.0711861, 0.17197, 0.498451, 1.50393", \
            "0.0290763, 0.0343993, 0.0475987, 0.0778742, 0.175182, 0.497266, 1.49927", \
            "0.0395557, 0.045667, 0.0607373, 0.0938328, 0.183934, 0.499844, 1.49812" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.144814, 0.14983, 0.162137, 0.18984, 0.248318, 0.372227, 0.686106", \
            "0.148525, 0.153518, 0.165817, 0.193285, 0.252143, 0.376004, 0.689852", \
            "0.157633, 0.162604, 0.174899, 0.202309, 0.261166, 0.385042, 0.698933", \
            "0.180404, 0.18538, 0.197648, 0.225255, 0.283959, 0.407805, 0.721713", \
            "0.235906, 0.240895, 0.253032, 0.280277, 0.339002, 0.462886, 0.77654", \
            "0.337825, 0.343266, 0.356307, 0.38555, 0.446714, 0.575314, 0.890579", \
            "0.523836, 0.529995, 0.545516, 0.577991, 0.646261, 0.782486, 1.10465" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0266293, 0.030095, 0.0393173, 0.0622684, 0.112703, 0.234082, 0.616968", \
            "0.026747, 0.030174, 0.0392119, 0.0625537, 0.112906, 0.234301, 0.618604", \
            "0.0266498, 0.0301593, 0.0391834, 0.0625015, 0.112843, 0.234262, 0.616649", \
            "0.0266121, 0.030082, 0.0394121, 0.0621132, 0.112573, 0.233961, 0.617441", \
            "0.0280534, 0.0313582, 0.0403262, 0.0628425, 0.112872, 0.234354, 0.615036", \
            "0.0345568, 0.037908, 0.0469952, 0.068638, 0.119338, 0.241253, 0.622881", \
            "0.0482398, 0.0516284, 0.0609702, 0.0838365, 0.136357, 0.256107, 0.626902" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0200408, 0.0220264, 0.0281672, 0.0466208, 0.102125, 0.270439, 0.782328", \
            "0.0198742, 0.0218679, 0.0280074, 0.046455, 0.101947, 0.270303, 0.781894", \
            "0.0197285, 0.021729, 0.0278685, 0.0463048, 0.101766, 0.270142, 0.781534", \
            "0.0196516, 0.0216075, 0.0276886, 0.0460663, 0.101444, 0.269861, 0.781124", \
            "0.0204933, 0.0223015, 0.0281265, 0.0463642, 0.101246, 0.269359, 0.781581", \
            "0.0222486, 0.023913, 0.0295551, 0.0474349, 0.101758, 0.268937, 0.781366", \
            "0.0264195, 0.0279086, 0.0332417, 0.0507363, 0.105404, 0.272296, 0.781276" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0191998, 0.0167549, 0.0109027, -0.004839, -0.0564915, -0.224373, -0.741499", \
            "0.0192931, 0.0168884, 0.0109974, -0.0047841, -0.0566565, -0.224526, -0.741624", \
            "0.0189295, 0.0165342, 0.0106037, -0.0050736, -0.0567559, -0.224665, -0.741759", \
            "0.0187954, 0.016461, 0.0104998, -0.0052364, -0.0570745, -0.224898, -0.741965", \
            "0.0188096, 0.0163961, 0.0104304, -0.0051569, -0.0570772, -0.224977, -0.742078", \
            "0.0234755, 0.0208812, 0.0137517, -0.0055729, -0.0565324, -0.224634, -0.741751", \
            "0.0334084, 0.0306637, 0.0229819, 0.0028233, -0.0537518, -0.223259, -0.739711" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0196656, 0.0216283, 0.0277126, 0.0458487, 0.100555, 0.269274, 0.779081", \
            "0.0196388, 0.0215985, 0.0276746, 0.0458066, 0.100523, 0.269241, 0.77559", \
            "0.019472, 0.0214403, 0.0275213, 0.0456481, 0.100391, 0.269058, 0.779059", \
            "0.0194417, 0.0213631, 0.027375, 0.0454293, 0.10014, 0.267549, 0.77991", \
            "0.0201522, 0.0219018, 0.0275707, 0.0456564, 0.100131, 0.267431, 0.775252", \
            "0.0222012, 0.0238226, 0.0293564, 0.0469477, 0.100879, 0.267155, 0.778657", \
            "0.0271879, 0.0284807, 0.0334346, 0.0506929, 0.104938, 0.270984, 0.778558" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.014181, 0.0119458, 0.0062581, -0.0092249, -0.0607695, -0.228512, -0.745715", \
            "0.0139717, 0.0116488, 0.0059307, -0.0095556, -0.0611268, -0.228869, -0.746059", \
            "0.0133749, 0.0110151, 0.0054732, -0.0100848, -0.0616208, -0.229369, -0.746558", \
            "0.0130435, 0.0107993, 0.0051201, -0.0104111, -0.0619911, -0.229682, -0.746857", \
            "0.0135608, 0.011153, 0.0053738, -0.0103299, -0.0618138, -0.229526, -0.746738", \
            "0.0198676, 0.0172034, 0.0098937, -0.0091292, -0.0607431, -0.228602, -0.745852", \
            "0.0335928, 0.0307278, 0.0227875, 0.0018544, -0.0553924, -0.225291, -0.74252" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0196236, 0.021568, 0.027603, 0.045789, 0.10039, 0.267171, 0.77885", \
            "0.0194588, 0.0214154, 0.027497, 0.045664, 0.10024, 0.267343, 0.775246", \
            "0.0192063, 0.0211651, 0.0272492, 0.0454032, 0.10005, 0.267301, 0.779457", \
            "0.0189734, 0.0208926, 0.0269127, 0.0450178, 0.0997019, 0.268408, 0.78272", \
            "0.0196761, 0.0214717, 0.0270881, 0.0452349, 0.0996954, 0.26694, 0.778913", \
            "0.0215167, 0.0232161, 0.0289092, 0.0465061, 0.100427, 0.266778, 0.778442", \
            "0.026715, 0.0280209, 0.0333299, 0.0506268, 0.105093, 0.272294, 0.779358" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
          values ( \
            "0.0149872, 0.0126061, 0.0069969, -0.0083749, -0.0601068, -0.22801, -0.745325", \
            "0.0146563, 0.0123544, 0.0065394, -0.0087249, -0.0603596, -0.228307, -0.745585", \
            "0.0143096, 0.012004, 0.0062697, -0.0091522, -0.0607643, -0.228688, -0.745967", \
            "0.0139268, 0.0116049, 0.0059692, -0.0096138, -0.0612223, -0.22905, -0.746301", \
            "0.0141662, 0.011811, 0.0059931, -0.00954, -0.0613473, -0.229157, -0.746448", \
            "0.0197531, 0.0171737, 0.0101021, -0.0090771, -0.0611643, -0.22872, -0.746025", \
            "0.0294897, 0.0267124, 0.0198583, -0.0011586, -0.0568233, -0.227016, -0.74413" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003314;
      rise_capacitance : 0.003436;
      rise_capacitance_range (0.003436, 0.003436);
      fall_capacitance : 0.003193;
      fall_capacitance_range (0.003193, 0.003193);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0061209, -0.0061199, -0.0061177, -0.0061155, -0.0061105, -0.006099, -0.0060724" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0061885, 0.0061701, 0.0061275, 0.0061292, 0.0061332, 0.0061422, 0.006163" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003097;
      rise_capacitance : 0.003284;
      rise_capacitance_range (0.003284, 0.003284);
      fall_capacitance : 0.00291;
      fall_capacitance_range (0.00291, 0.00291);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0056046, -0.005607, -0.0056124, -0.0056062, -0.0055921, -0.0055593, -0.0054838" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0069158, 0.0069149, 0.0069127, 0.0069127, 0.0069128, 0.0069131, 0.0069136" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003783;
      rise_capacitance : 0.004003;
      rise_capacitance_range (0.004003, 0.004003);
      fall_capacitance : 0.003562;
      fall_capacitance_range (0.003562, 0.003562);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0074509, -0.0074491, -0.007445, -0.0074418, -0.0074342, -0.0074168, -0.0073767" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0080586, 0.008067, 0.0080862, 0.0080862, 0.0080861, 0.0080859, 0.0080853" \
          );
        }
      }
    }
  }
  cell (scs8hd_maj3_4) {
    area : 13.7632;
    cell_footprint : "maj3";
    cell_leakage_power : 0.0196079;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0248721;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.0248074;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 0.0187336;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 0.0248699;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 0.0070263;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0248648;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 0.0187292;
      when : "A&B&C";
    }
    leakage_power () {
      value : 0.0129598;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.0196079;
    }
    pin (X) {
      direction : output;
      function : "(A&B) | (A&C) | (B&C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.709543;
      max_transition : 1.50794;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709543");
          values ( \
            "0.082923, 0.0863, 0.0954384, 0.11932, 0.186433, 0.402091, 1.12355", \
            "0.0862194, 0.0895537, 0.0987785, 0.122554, 0.189706, 0.405949, 1.12565", \
            "0.0936075, 0.0969673, 0.106114, 0.129986, 0.197061, 0.413262, 1.13293", \
            "0.109128, 0.112451, 0.121632, 0.145485, 0.212403, 0.429705, 1.14908", \
            "0.129058, 0.132862, 0.143183, 0.168109, 0.23532, 0.451439, 1.17479", \
            "0.133935, 0.138284, 0.150597, 0.179263, 0.248067, 0.463737, 1.18606", \
            "0.0831038, 0.0879482, 0.102272, 0.137441, 0.212666, 0.42795, 1.14859" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709543");
          values ( \
            "0.0188361, 0.0215286, 0.0296891, 0.0552084, 0.144235, 0.455206, 1.50075", \
            "0.018783, 0.0215227, 0.0297644, 0.055148, 0.144045, 0.454008, 1.49842", \
            "0.0188533, 0.0215239, 0.029691, 0.0552035, 0.144166, 0.45594, 1.49527", \
            "0.0191857, 0.0218309, 0.0300476, 0.0553681, 0.143958, 0.454861, 1.50149", \
            "0.0228506, 0.025812, 0.0341027, 0.0583624, 0.145107, 0.454645, 1.50061", \
            "0.0294608, 0.0328896, 0.0421134, 0.0661203, 0.148103, 0.453058, 1.49959", \
            "0.03988, 0.0434479, 0.0547145, 0.0820754, 0.157122, 0.456172, 1.49488" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709543");
          values ( \
            "0.183092, 0.186579, 0.196491, 0.220751, 0.275285, 0.393273, 0.704842", \
            "0.187854, 0.191336, 0.201193, 0.225521, 0.280297, 0.398209, 0.709845", \
            "0.198974, 0.202453, 0.212279, 0.236654, 0.291449, 0.409163, 0.720593", \
            "0.224383, 0.227954, 0.237804, 0.26218, 0.316802, 0.43479, 0.746509", \
            "0.284157, 0.287631, 0.297591, 0.321892, 0.376538, 0.494798, 0.806438", \
            "0.407448, 0.41112, 0.422045, 0.447758, 0.505096, 0.625915, 0.937352", \
            "0.639331, 0.643403, 0.654927, 0.684012, 0.748096, 0.880438, 1.19674" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709543");
          values ( \
            "0.0352109, 0.037326, 0.043555, 0.0611415, 0.104591, 0.215948, 0.596657", \
            "0.035159, 0.0373024, 0.0437202, 0.0612097, 0.104464, 0.215509, 0.5969", \
            "0.0352358, 0.0373039, 0.0435236, 0.0612703, 0.104365, 0.215995, 0.597741", \
            "0.0350885, 0.0374361, 0.0438592, 0.0612683, 0.10433, 0.215708, 0.596849", \
            "0.0352769, 0.0373061, 0.0436386, 0.0613244, 0.10428, 0.215644, 0.596841", \
            "0.0422125, 0.0441606, 0.0507429, 0.0679863, 0.110471, 0.219113, 0.597457", \
            "0.0569401, 0.058879, 0.0655152, 0.0839815, 0.129722, 0.23706, 0.602274" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709543");
          values ( \
            "0.0776936, 0.0811588, 0.0906371, 0.114836, 0.181639, 0.396061, 1.11744", \
            "0.0809873, 0.0844281, 0.0938867, 0.118126, 0.18492, 0.399903, 1.1193", \
            "0.0882926, 0.0917509, 0.101247, 0.125416, 0.192203, 0.407436, 1.12657", \
            "0.104808, 0.108372, 0.118, 0.142356, 0.20917, 0.423953, 1.15904", \
            "0.121143, 0.125216, 0.136381, 0.162737, 0.230959, 0.446649, 1.16873", \
            "0.119395, 0.123939, 0.136899, 0.167113, 0.23773, 0.454001, 1.17637", \
            "0.0577259, 0.0626296, 0.0774535, 0.114276, 0.192667, 0.407382, 1.12728" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709543");
          values ( \
            "0.0198247, 0.0225758, 0.0308775, 0.0564511, 0.144701, 0.456441, 1.50175", \
            "0.0198471, 0.0225454, 0.0309249, 0.0564999, 0.144482, 0.456046, 1.50202", \
            "0.0197703, 0.0225557, 0.030899, 0.0563722, 0.144579, 0.454791, 1.49926", \
            "0.0212317, 0.0239453, 0.0319821, 0.0570625, 0.144569, 0.455249, 1.50075", \
            "0.0256871, 0.0287624, 0.0374848, 0.0616448, 0.146793, 0.45488, 1.50666", \
            "0.0328499, 0.0367315, 0.0462076, 0.0707328, 0.150692, 0.454949, 1.50002", \
            "0.0461097, 0.0496168, 0.0607981, 0.0890095, 0.163062, 0.457749, 1.4979" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709543");
          values ( \
            "0.156193, 0.15952, 0.169054, 0.192617, 0.247367, 0.367917, 0.681875", \
            "0.158546, 0.161855, 0.171237, 0.194744, 0.249615, 0.370231, 0.68427", \
            "0.166701, 0.169923, 0.179203, 0.202627, 0.257448, 0.377943, 0.692043", \
            "0.192101, 0.195402, 0.204785, 0.228002, 0.282656, 0.403152, 0.717192", \
            "0.258969, 0.262222, 0.271497, 0.294529, 0.348851, 0.469238, 0.783229", \
            "0.393063, 0.396724, 0.40696, 0.432677, 0.490095, 0.61501, 0.929943", \
            "0.624824, 0.628861, 0.640726, 0.670409, 0.737409, 0.875864, 1.20025" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709543");
          values ( \
            "0.0322153, 0.0343746, 0.0407114, 0.0585102, 0.10501, 0.219324, 0.600225", \
            "0.0322594, 0.0343349, 0.0404711, 0.0583738, 0.104999, 0.218812, 0.598427", \
            "0.0321367, 0.0343247, 0.040756, 0.0584574, 0.104882, 0.219192, 0.597478", \
            "0.0322034, 0.0342229, 0.0406358, 0.0583876, 0.104494, 0.218597, 0.598375", \
            "0.0319843, 0.0339595, 0.0405173, 0.0586593, 0.104927, 0.21931, 0.59823", \
            "0.0450646, 0.0471498, 0.0532154, 0.0705925, 0.114655, 0.225406, 0.60059", \
            "0.0655133, 0.0672875, 0.0735288, 0.0919824, 0.140024, 0.24927, 0.60984" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709543");
          values ( \
            "0.0797727, 0.0831924, 0.0927258, 0.116917, 0.183615, 0.39842, 1.11779", \
            "0.0830927, 0.0865085, 0.0960438, 0.120225, 0.186934, 0.401474, 1.12357", \
            "0.0902707, 0.0937472, 0.103191, 0.127383, 0.1941, 0.40944, 1.13266", \
            "0.104519, 0.108074, 0.117714, 0.14211, 0.208895, 0.424318, 1.14799", \
            "0.120053, 0.123995, 0.134758, 0.160821, 0.229036, 0.444882, 1.16922", \
            "0.119883, 0.124398, 0.136952, 0.166325, 0.236545, 0.452311, 1.17447", \
            "0.0634255, 0.0682754, 0.0828879, 0.119041, 0.1958, 0.411309, 1.13066" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709543");
          values ( \
            "0.0198218, 0.022556, 0.0309092, 0.0564783, 0.144598, 0.456013, 1.49994", \
            "0.0197994, 0.0225612, 0.0308747, 0.056474, 0.144588, 0.456402, 1.50083", \
            "0.0196691, 0.0224847, 0.0308979, 0.0563475, 0.144403, 0.454886, 1.50794", \
            "0.0208253, 0.0236422, 0.0317063, 0.0569459, 0.144561, 0.454997, 1.50703", \
            "0.0241808, 0.0273145, 0.0359198, 0.0607277, 0.146454, 0.454792, 1.50602", \
            "0.0307606, 0.034296, 0.0440434, 0.0684881, 0.150119, 0.454809, 1.50133", \
            "0.0424494, 0.0464541, 0.0576838, 0.0858047, 0.160367, 0.456571, 1.49462" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709543");
          values ( \
            "0.161226, 0.164538, 0.173944, 0.197443, 0.252178, 0.372774, 0.686806", \
            "0.165461, 0.168808, 0.178166, 0.201629, 0.256506, 0.376964, 0.691065", \
            "0.175743, 0.179031, 0.188429, 0.211902, 0.266594, 0.387139, 0.701179", \
            "0.200586, 0.203884, 0.21329, 0.236707, 0.291385, 0.411927, 0.725791", \
            "0.261057, 0.264318, 0.273505, 0.296769, 0.351277, 0.471822, 0.785818", \
            "0.380687, 0.384114, 0.394065, 0.419224, 0.475007, 0.599409, 0.914122", \
            "0.602704, 0.606503, 0.617538, 0.645753, 0.707816, 0.840788, 1.16184" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709543");
          values ( \
            "0.03225, 0.0343509, 0.0404964, 0.0586926, 0.105169, 0.218885, 0.598449", \
            "0.0322087, 0.0343232, 0.0404806, 0.0589711, 0.104441, 0.219047, 0.598351", \
            "0.0321625, 0.0342192, 0.0407308, 0.0584778, 0.104923, 0.219435, 0.597858", \
            "0.0321042, 0.0341793, 0.0406943, 0.0584281, 0.104805, 0.219352, 0.598862", \
            "0.0321603, 0.0341503, 0.040466, 0.0589929, 0.104795, 0.218802, 0.597304", \
            "0.0405246, 0.0421913, 0.0481711, 0.0654059, 0.1111, 0.22415, 0.599063", \
            "0.0567268, 0.0582407, 0.0641365, 0.0819395, 0.12766, 0.239735, 0.608073" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709544");
          values ( \
            "0.0353496, 0.0376329, 0.045339, 0.0710143, 0.155739, 0.436054, 1.37269", \
            "0.0351606, 0.037441, 0.0451327, 0.0708198, 0.155375, 0.435451, 1.37234", \
            "0.0349711, 0.0372559, 0.0449173, 0.0706093, 0.155229, 0.435529, 1.37106", \
            "0.034963, 0.0371866, 0.0447643, 0.0703314, 0.154679, 0.435272, 1.37245", \
            "0.036216, 0.0383122, 0.0454873, 0.0707288, 0.154112, 0.434519, 1.3702", \
            "0.039116, 0.0410381, 0.0480542, 0.0729065, 0.154873, 0.433812, 1.37029", \
            "0.0462017, 0.0476947, 0.0539983, 0.0779588, 0.160872, 0.437911, 1.37059" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709544");
          values ( \
            "0.0366656, 0.0337588, 0.0246365, 0.0010967, -0.0759614, -0.354421, -1.30041", \
            "0.0368606, 0.0338725, 0.0249599, 0.0012306, -0.0765047, -0.354721, -1.30065", \
            "0.0360765, 0.0331703, 0.0240422, 0.0005417, -0.0767919, -0.354967, -1.30096", \
            "0.0358395, 0.0330385, 0.0241121, 0.0003849, -0.0773269, -0.355378, -1.30131", \
            "0.0359517, 0.0329753, 0.0240005, 0.0002425, -0.0775908, -0.355727, -1.30152", \
            "0.0381336, 0.0350049, 0.0263213, 0.0014018, -0.0768366, -0.355162, -1.30103", \
            "0.0605849, 0.0572483, 0.0468829, 0.0168894, -0.069881, -0.352464, -1.29836" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709544");
          values ( \
            "0.0346878, 0.0369025, 0.0445219, 0.0698179, 0.153218, 0.432137, 1.36878", \
            "0.0347151, 0.0369748, 0.0445283, 0.0698549, 0.153218, 0.432096, 1.36709", \
            "0.0346129, 0.0368112, 0.0443975, 0.0696385, 0.153059, 0.431984, 1.36197", \
            "0.0345926, 0.0368045, 0.0442261, 0.0693939, 0.152696, 0.432154, 1.3638", \
            "0.0356292, 0.0376671, 0.0446676, 0.0695211, 0.152494, 0.431503, 1.36955", \
            "0.038957, 0.0407755, 0.0476184, 0.0717494, 0.15328, 0.430872, 1.3671", \
            "0.0475923, 0.0488645, 0.0546672, 0.0780659, 0.159974, 0.435629, 1.36762" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709544");
          values ( \
            "0.0285326, 0.0256976, 0.0169879, -0.0058989, -0.0828432, -0.360773, -1.30686", \
            "0.0279663, 0.0251227, 0.0163109, -0.0065149, -0.0831971, -0.361242, -1.30735", \
            "0.0273663, 0.0244848, 0.0157241, -0.0071726, -0.0841156, -0.362039, -1.30808", \
            "0.0266453, 0.0238313, 0.0153013, -0.0077412, -0.0847874, -0.362593, -1.30866", \
            "0.0270404, 0.0242328, 0.0154814, -0.0070631, -0.0844513, -0.362397, -1.30843", \
            "0.0340286, 0.0308189, 0.0209858, -0.0045473, -0.0823673, -0.360695, -1.30684", \
            "0.0608038, 0.0574198, 0.046726, 0.0156552, -0.0731611, -0.355834, -1.30207" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709544");
          values ( \
            "0.0338635, 0.0361003, 0.0436563, 0.0689947, 0.15223, 0.430777, 1.36567", \
            "0.0337322, 0.035965, 0.0435198, 0.068847, 0.152088, 0.430745, 1.36699", \
            "0.0334782, 0.0357035, 0.0432874, 0.0685495, 0.151782, 0.430521, 1.36675", \
            "0.0333129, 0.0355029, 0.0430035, 0.0681645, 0.151514, 0.430498, 1.36843", \
            "0.0345627, 0.0366228, 0.0436153, 0.0684679, 0.151456, 0.430404, 1.36858", \
            "0.0376094, 0.0395379, 0.0464596, 0.0706644, 0.152392, 0.430226, 1.37237", \
            "0.0460367, 0.0474277, 0.0540117, 0.0774565, 0.159376, 0.435431, 1.36403" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167612, 0.00561875, 0.0188354, 0.0631407, 0.211663, 0.709544");
          values ( \
            "0.0296469, 0.0267169, 0.017946, -0.0047015, -0.0817335, -0.359878, -1.30614", \
            "0.0295036, 0.0266357, 0.0178221, -0.005199, -0.0821787, -0.360166, -1.30645", \
            "0.0288541, 0.0260416, 0.01739, -0.0056475, -0.082532, -0.360691, -1.30689", \
            "0.0283723, 0.0255174, 0.0169529, -0.0060862, -0.0830814, -0.361161, -1.30731", \
            "0.0287126, 0.0259013, 0.0170671, -0.0061558, -0.0833148, -0.361329, -1.30746", \
            "0.0335601, 0.0304511, 0.0208156, -0.0057503, -0.0831162, -0.361073, -1.30697", \
            "0.0544954, 0.0511294, 0.040788, 0.012273, -0.0761141, -0.358811, -1.30436" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00436;
      rise_capacitance : 0.00455;
      rise_capacitance_range (0.00455, 0.00455);
      fall_capacitance : 0.00417;
      fall_capacitance_range (0.00417, 0.00417);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0086656, -0.0086638, -0.0086598, -0.008659, -0.0086572, -0.008653, -0.0086436" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0086228, 0.0086344, 0.008661, 0.0086596, 0.0086562, 0.0086486, 0.0086308" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004188;
      rise_capacitance : 0.004484;
      rise_capacitance_range (0.004484, 0.004484);
      fall_capacitance : 0.003892;
      fall_capacitance_range (0.003892, 0.003892);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0078759, -0.0078786, -0.0078848, -0.0078755, -0.0078539, -0.0078039, -0.0076888" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0100208, 0.010016, 0.0100048, 0.0100065, 0.0100104, 0.0100194, 0.0100402" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004885;
      rise_capacitance : 0.005208;
      rise_capacitance_range (0.005208, 0.005208);
      fall_capacitance : 0.004561;
      fall_capacitance_range (0.004561, 0.004561);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0099846, -0.0099858, -0.0099885, -0.0099834, -0.0099716, -0.0099445, -0.009882" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0110481, 0.0110455, 0.0110396, 0.0110421, 0.0110479, 0.0110613, 0.011092" \
          );
        }
      }
    }
  }
  cell (scs8hd_mux2_1) {
    area : 11.2608;
    cell_footprint : "mux2";
    cell_leakage_power : 0.00330922;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0064184;
      when : "!A0&!A1&S";
    }
    leakage_power () {
      value : 0.0065147;
      when : "!A0&!A1&!S";
    }
    leakage_power () {
      value : 5.28151e-05;
      when : "!A0&A1&S";
    }
    leakage_power () {
      value : 0.0066237;
      when : "!A0&A1&!S";
    }
    leakage_power () {
      value : 0.0065335;
      when : "A0&!A1&S";
    }
    leakage_power () {
      value : 0.0001465;
      when : "A0&!A1&!S";
    }
    leakage_power () {
      value : 4.52423e-05;
      when : "A0&A1&S";
    }
    leakage_power () {
      value : 0.0001389;
      when : "A0&A1&!S";
    }
    leakage_power () {
      value : 0.00330922;
    }
    pin (X) {
      direction : output;
      function : "(A0&!S) | (A1&S)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.230723;
      max_transition : 1.50606;
      timing () {
        related_pin : "A0";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0526706, 0.0581023, 0.0711159, 0.103413, 0.19065, 0.429594, 1.09383", \
            "0.056256, 0.0617152, 0.074688, 0.107087, 0.193833, 0.432974, 1.09676", \
            "0.0647754, 0.0701656, 0.0830685, 0.115251, 0.202237, 0.441258, 1.105", \
            "0.0788792, 0.0844035, 0.0976984, 0.130005, 0.217048, 0.456232, 1.12035", \
            "0.0896384, 0.0962513, 0.110262, 0.142996, 0.229525, 0.470859, 1.13379", \
            "0.0806492, 0.0888212, 0.105946, 0.139863, 0.226281, 0.465813, 1.12946", \
            "0.0116403, 0.0216034, 0.0432024, 0.0837863, 0.171131, 0.410003, 1.0746" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0159503, 0.0213288, 0.0359758, 0.0786957, 0.20228, 0.54626, 1.50207", \
            "0.0159632, 0.0213365, 0.0360914, 0.0787796, 0.201824, 0.544252, 1.49877", \
            "0.0159372, 0.0213043, 0.0360894, 0.0788808, 0.202281, 0.5454, 1.49891", \
            "0.0177198, 0.0230693, 0.0372416, 0.0793066, 0.202343, 0.54634, 1.50292", \
            "0.0222593, 0.0272393, 0.0401078, 0.0806184, 0.2015, 0.546527, 1.49852", \
            "0.0284821, 0.0347674, 0.0479453, 0.0842329, 0.202631, 0.543779, 1.50606", \
            "0.0381139, 0.0460349, 0.0620285, 0.0964119, 0.20535, 0.546448, 1.49638" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.120334, 0.12708, 0.142038, 0.173344, 0.235593, 0.369712, 0.713954", \
            "0.122767, 0.129492, 0.144482, 0.176075, 0.238166, 0.372282, 0.716397", \
            "0.131928, 0.138613, 0.153683, 0.185081, 0.247314, 0.381531, 0.725548", \
            "0.158712, 0.165394, 0.180352, 0.211914, 0.274111, 0.408325, 0.752464", \
            "0.22205, 0.228903, 0.244023, 0.275686, 0.338114, 0.472606, 0.816779", \
            "0.332485, 0.340553, 0.358035, 0.394131, 0.462299, 0.60022, 0.944182", \
            "0.527828, 0.536736, 0.556847, 0.59915, 0.678555, 0.825422, 1.17186" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0258107, 0.0311722, 0.0431578, 0.0700452, 0.126239, 0.275518, 0.715117", \
            "0.0257834, 0.030925, 0.0430698, 0.0697762, 0.126489, 0.275153, 0.715601", \
            "0.0258782, 0.0309532, 0.0430942, 0.0695979, 0.126691, 0.275913, 0.722137", \
            "0.0258649, 0.030933, 0.0432386, 0.0696875, 0.126652, 0.27563, 0.715779", \
            "0.0285397, 0.0335101, 0.0452243, 0.0711206, 0.127724, 0.27618, 0.717299", \
            "0.0384918, 0.0439934, 0.0565119, 0.0843578, 0.1389, 0.280975, 0.716682", \
            "0.0514889, 0.057364, 0.0717496, 0.103728, 0.161762, 0.295622, 0.722887" \
          );
        }
      }
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0545389, 0.059912, 0.0726199, 0.104166, 0.190028, 0.428333, 1.09221", \
            "0.0579349, 0.0633188, 0.0760238, 0.107623, 0.193201, 0.431339, 1.09472", \
            "0.0663687, 0.0717115, 0.0844145, 0.115958, 0.202029, 0.440083, 1.10353", \
            "0.0807369, 0.0863972, 0.0994897, 0.131219, 0.216973, 0.455547, 1.11938", \
            "0.0919261, 0.0983258, 0.112392, 0.144663, 0.231043, 0.469193, 1.13398", \
            "0.0837998, 0.0919942, 0.10869, 0.142986, 0.228548, 0.467418, 1.13266", \
            "0.0164597, 0.0264814, 0.0482377, 0.0890403, 0.176266, 0.4141, 1.07823" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0163155, 0.0216713, 0.0364279, 0.0789833, 0.202158, 0.545919, 1.50157", \
            "0.0162976, 0.0217215, 0.0364359, 0.0790022, 0.201892, 0.544717, 1.49924", \
            "0.0162331, 0.0216605, 0.0363766, 0.0790143, 0.202115, 0.546197, 1.50295", \
            "0.0180775, 0.0232569, 0.0375596, 0.0795188, 0.201618, 0.546592, 1.50406", \
            "0.0222498, 0.0274357, 0.0407085, 0.0809629, 0.201847, 0.546719, 1.50375", \
            "0.0289154, 0.0351033, 0.0487795, 0.0847384, 0.202812, 0.544355, 1.5027", \
            "0.0388915, 0.0467938, 0.0630839, 0.0975483, 0.206418, 0.546994, 1.4935" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.126907, 0.133683, 0.148862, 0.180841, 0.243573, 0.378657, 0.723071", \
            "0.128836, 0.135568, 0.150576, 0.182606, 0.245665, 0.380707, 0.725168", \
            "0.137122, 0.143832, 0.158998, 0.190881, 0.25376, 0.388874, 0.733325", \
            "0.163506, 0.170209, 0.185255, 0.217125, 0.280366, 0.41539, 0.759873", \
            "0.226567, 0.233395, 0.248633, 0.280578, 0.344013, 0.479237, 0.823701", \
            "0.337053, 0.345005, 0.362554, 0.398941, 0.468027, 0.607159, 0.951715", \
            "0.531393, 0.540347, 0.560657, 0.602892, 0.683594, 0.831617, 1.1793" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0260379, 0.0311473, 0.0434079, 0.0703861, 0.127701, 0.277021, 0.720618", \
            "0.0260845, 0.0310985, 0.0435218, 0.0705808, 0.127324, 0.276347, 0.715632", \
            "0.0261218, 0.031205, 0.0433626, 0.0704303, 0.12801, 0.276534, 0.715776", \
            "0.0261017, 0.0313852, 0.0435724, 0.0704471, 0.127577, 0.276848, 0.715806", \
            "0.0286564, 0.0335137, 0.0454847, 0.0718991, 0.128762, 0.277337, 0.721059", \
            "0.0386214, 0.0441033, 0.0565992, 0.0846628, 0.140492, 0.283036, 0.721969", \
            "0.0509293, 0.0571743, 0.071075, 0.103636, 0.163469, 0.296771, 0.723839" \
          );
        }
      }
      timing () {
        related_pin : "S";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0589869, 0.0643616, 0.0770611, 0.108419, 0.193829, 0.431523, 1.09478", \
            "0.0624353, 0.067812, 0.0804873, 0.111887, 0.197347, 0.435243, 1.09885", \
            "0.0700575, 0.0753977, 0.0880791, 0.119428, 0.205148, 0.442724, 1.10569", \
            "0.0834933, 0.0890872, 0.102137, 0.133961, 0.21959, 0.457864, 1.12141", \
            "0.09611, 0.102563, 0.116661, 0.149124, 0.235113, 0.473661, 1.13649", \
            "0.0916409, 0.0997352, 0.116531, 0.150856, 0.236986, 0.475657, 1.13862", \
            "0.0329345, 0.042711, 0.0635756, 0.103966, 0.191148, 0.429073, 1.09375" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0162947, 0.021655, 0.0364685, 0.0790281, 0.201963, 0.546146, 1.50294", \
            "0.0162681, 0.021706, 0.0363998, 0.0790361, 0.20193, 0.545665, 1.50086", \
            "0.0162662, 0.0216523, 0.0364333, 0.07893, 0.20181, 0.545538, 1.50208", \
            "0.0176375, 0.0229809, 0.0373442, 0.0792726, 0.201809, 0.545902, 1.50136", \
            "0.0214656, 0.0266559, 0.0402538, 0.0808197, 0.201956, 0.545824, 1.50133", \
            "0.0277511, 0.0337091, 0.0473612, 0.0843732, 0.202933, 0.544266, 1.4999", \
            "0.0364958, 0.0442314, 0.0604654, 0.0955609, 0.205564, 0.548027, 1.49377" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.15747, 0.164335, 0.179688, 0.209522, 0.267678, 0.397699, 0.740591", \
            "0.160522, 0.16738, 0.182635, 0.212575, 0.270732, 0.400871, 0.743801", \
            "0.169306, 0.176309, 0.191455, 0.221393, 0.279474, 0.409556, 0.752489", \
            "0.191428, 0.198364, 0.213384, 0.243323, 0.301452, 0.43164, 0.775082", \
            "0.243298, 0.250329, 0.265567, 0.295508, 0.353698, 0.484062, 0.827604", \
            "0.341868, 0.349629, 0.366421, 0.399438, 0.461118, 0.5939, 0.937012", \
            "0.531543, 0.540186, 0.559583, 0.596814, 0.665267, 0.802846, 1.14762" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0278307, 0.0327157, 0.0441743, 0.0667306, 0.119778, 0.271181, 0.724631", \
            "0.0279052, 0.0326807, 0.0434017, 0.0667863, 0.119721, 0.271061, 0.718829", \
            "0.027839, 0.0327958, 0.0435171, 0.0662226, 0.119854, 0.271571, 0.722553", \
            "0.0279162, 0.0327023, 0.0433811, 0.0667501, 0.120067, 0.271088, 0.71863", \
            "0.0294172, 0.0340631, 0.0444974, 0.0674664, 0.120601, 0.271832, 0.715184", \
            "0.0351045, 0.0402262, 0.0512958, 0.0749729, 0.127175, 0.275097, 0.718384", \
            "0.0450408, 0.0506301, 0.0634126, 0.0878862, 0.14066, 0.282591, 0.719752" \
          );
        }
      }
      timing () {
        related_pin : "S";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.101546, 0.107026, 0.12, 0.15229, 0.239078, 0.478808, 1.14335", \
            "0.105904, 0.111389, 0.12438, 0.156668, 0.243439, 0.483166, 1.14774", \
            "0.118245, 0.123727, 0.13673, 0.169028, 0.256077, 0.49546, 1.16008", \
            "0.146207, 0.151669, 0.164688, 0.196909, 0.283665, 0.523278, 1.18763", \
            "0.193721, 0.199212, 0.212218, 0.244357, 0.331194, 0.57016, 1.23359", \
            "0.273834, 0.279441, 0.292559, 0.324668, 0.411308, 0.650372, 1.31577", \
            "0.424214, 0.430085, 0.443404, 0.475792, 0.562559, 0.80166, 1.46433" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0162908, 0.0216184, 0.0361902, 0.0788837, 0.202109, 0.545439, 1.50067", \
            "0.0163043, 0.0216195, 0.0362279, 0.0788492, 0.202183, 0.545784, 1.50139", \
            "0.0163052, 0.0216118, 0.036211, 0.0788197, 0.202049, 0.546011, 1.50194", \
            "0.0162867, 0.0216181, 0.0362043, 0.0789402, 0.201584, 0.546416, 1.50395", \
            "0.0164475, 0.0217952, 0.0363648, 0.0788411, 0.201283, 0.545633, 1.50104", \
            "0.0171225, 0.0223777, 0.0367667, 0.0791001, 0.201723, 0.543824, 1.49838", \
            "0.0185, 0.0235728, 0.0378016, 0.0793702, 0.20151, 0.545115, 1.49868" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.160061, 0.167132, 0.182377, 0.212589, 0.270828, 0.401788, 0.745004", \
            "0.163768, 0.17085, 0.186091, 0.216298, 0.27462, 0.405584, 0.748819", \
            "0.169874, 0.176885, 0.192168, 0.222583, 0.281041, 0.411967, 0.755366", \
            "0.175608, 0.182639, 0.197908, 0.228191, 0.286988, 0.417892, 0.761505", \
            "0.177651, 0.184582, 0.199709, 0.229566, 0.287556, 0.418402, 0.762168", \
            "0.161882, 0.168864, 0.184162, 0.21421, 0.272614, 0.402848, 0.745484", \
            "0.0937866, 0.100792, 0.115974, 0.146337, 0.20511, 0.335763, 0.67861" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0282652, 0.0330771, 0.0438493, 0.0669361, 0.120999, 0.27091, 0.718009", \
            "0.0282752, 0.0330868, 0.0438566, 0.0670166, 0.121009, 0.270938, 0.718034", \
            "0.028323, 0.0329777, 0.0437714, 0.0668559, 0.121153, 0.271951, 0.716774", \
            "0.0281909, 0.0330854, 0.0438346, 0.0668235, 0.12067, 0.272106, 0.717035", \
            "0.0278213, 0.0327293, 0.0437313, 0.0655846, 0.120641, 0.270748, 0.719216", \
            "0.0280625, 0.0329168, 0.043619, 0.0668625, 0.120026, 0.268838, 0.71392", \
            "0.0282409, 0.0332903, 0.0438713, 0.0666606, 0.120715, 0.271583, 0.71264" \
          );
        }
      }
      internal_power () {
        related_pin : "A0";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0110858, 0.0128818, 0.017789, 0.0310419, 0.0672564, 0.167287, 0.444986", \
            "0.0110854, 0.0128896, 0.0177764, 0.0310615, 0.0673201, 0.167471, 0.445352", \
            "0.0111386, 0.0129224, 0.0177612, 0.0309773, 0.067538, 0.167966, 0.447129", \
            "0.0111821, 0.012854, 0.0176141, 0.0307777, 0.0673566, 0.167107, 0.444784", \
            "0.0115841, 0.0132651, 0.0178703, 0.0308665, 0.0667207, 0.166978, 0.44491", \
            "0.012617, 0.0142441, 0.0189067, 0.0317012, 0.0673557, 0.167024, 0.447701", \
            "0.0160616, 0.0173543, 0.0219691, 0.0346189, 0.0704098, 0.17014, 0.44825" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.008628, 0.0072535, 0.0035274, -0.0078964, -0.0429198, -0.143707, -0.424548", \
            "0.0084177, 0.0068805, 0.0032313, -0.0081386, -0.0431906, -0.143928, -0.424748", \
            "0.0082086, 0.0066526, 0.0029424, -0.008364, -0.0433949, -0.144135, -0.424963", \
            "0.0081267, 0.006571, 0.0028625, -0.0085246, -0.0435234, -0.144232, -0.425068", \
            "0.0088383, 0.0071743, 0.0033471, -0.0081591, -0.0433052, -0.144027, -0.424837", \
            "0.0134732, 0.011361, 0.0060948, -0.0074498, -0.0422414, -0.143025, -0.423923", \
            "0.0191397, 0.0168679, 0.0112126, -0.0027604, -0.039381, -0.140514, -0.421515" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0121968, 0.0139217, 0.0186425, 0.0314987, 0.0671311, 0.16691, 0.444346", \
            "0.0121717, 0.0139063, 0.0186066, 0.0314908, 0.0672175, 0.166965, 0.444684", \
            "0.0121746, 0.0139003, 0.0185925, 0.0314529, 0.0675244, 0.16671, 0.446532", \
            "0.0121265, 0.0138377, 0.0184773, 0.0313367, 0.0672628, 0.167703, 0.446384", \
            "0.0125563, 0.0141975, 0.0187924, 0.0315956, 0.0671715, 0.16701, 0.446439", \
            "0.0135614, 0.0151636, 0.0196679, 0.0324999, 0.0679355, 0.167107, 0.447382", \
            "0.0170201, 0.0183223, 0.0229473, 0.0357176, 0.0713993, 0.17074, 0.448476" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0080376, 0.0064568, 0.0027619, -0.0084649, -0.0432226, -0.143893, -0.424659", \
            "0.0077797, 0.0061862, 0.0026027, -0.0086287, -0.0435106, -0.144159, -0.424946", \
            "0.0074974, 0.0059038, 0.0022486, -0.0090348, -0.0438262, -0.144462, -0.425236", \
            "0.0074111, 0.0058648, 0.0021141, -0.0091834, -0.0440055, -0.144598, -0.425367", \
            "0.0080842, 0.0063405, 0.0025453, -0.0088589, -0.0438461, -0.144438, -0.425179", \
            "0.0123936, 0.0102902, 0.005023, -0.008346, -0.0428932, -0.143488, -0.424262", \
            "0.0183568, 0.0161085, 0.0108246, -0.0035666, -0.0401506, -0.141033, -0.421822" \
          );
        }
      }
      internal_power () {
        related_pin : "S";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0106927, 0.0124863, 0.0173685, 0.0305943, 0.0668363, 0.167059, 0.444826", \
            "0.010617, 0.012416, 0.0172747, 0.0305258, 0.0667528, 0.166979, 0.444779", \
            "0.0108462, 0.012648, 0.0175078, 0.0307612, 0.0669224, 0.167192, 0.444852", \
            "0.0107706, 0.012576, 0.0174433, 0.0306639, 0.0669326, 0.167896, 0.447021", \
            "0.0104923, 0.0123071, 0.017212, 0.0303963, 0.0666286, 0.166802, 0.444627", \
            "0.0102963, 0.0120298, 0.0168219, 0.030016, 0.0666783, 0.167235, 0.445081", \
            "0.0108302, 0.0125258, 0.0171861, 0.0303584, 0.0666695, 0.16754, 0.446002" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138992, 0.00386376, 0.0107406, 0.0298573, 0.0829985, 0.230723");
          values ( \
            "0.0129587, 0.0112921, 0.0073341, -0.0042259, -0.0393685, -0.140081, -0.420817", \
            "0.0128851, 0.0112334, 0.0072597, -0.0042842, -0.0394597, -0.140158, -0.420802", \
            "0.0130118, 0.0113174, 0.0073418, -0.0042616, -0.0395058, -0.140128, -0.42082", \
            "0.0124774, 0.0107907, 0.0068158, -0.0047354, -0.0399238, -0.140609, -0.421317", \
            "0.0123026, 0.0105366, 0.0064819, -0.0051658, -0.0403892, -0.141051, -0.421762", \
            "0.015703, 0.0138185, 0.0089256, -0.0041268, -0.0402863, -0.141372, -0.422059", \
            "0.0159807, 0.0140717, 0.009117, -0.003935, -0.0401754, -0.14094, -0.421936" \
          );
        }
      }
    }
    pin (A0) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001636;
      rise_capacitance : 0.001695;
      rise_capacitance_range (0.001695, 0.001695);
      fall_capacitance : 0.001577;
      fall_capacitance_range (0.001577, 0.001577);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018126, -0.0018293, -0.0018679, -0.0018661, -0.0018622, -0.001853, -0.001832" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027103, 0.0027101, 0.0027098, 0.0027102, 0.0027111, 0.0027131, 0.0027176" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001982;
      rise_capacitance : 0.002069;
      rise_capacitance_range (0.002069, 0.002069);
      fall_capacitance : 0.001896;
      fall_capacitance_range (0.001896, 0.001896);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0027573, -0.0027678, -0.0027919, -0.0027898, -0.0027848, -0.0027733, -0.0027469" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.003623, 0.00362, 0.0036133, 0.0036131, 0.0036127, 0.0036118, 0.0036096" \
          );
        }
      }
    }
    pin (S) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003563;
      rise_capacitance : 0.003686;
      rise_capacitance_range (0.003686, 0.003686);
      fall_capacitance : 0.00344;
      fall_capacitance_range (0.00344, 0.00344);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0029324, -0.0030352, -0.0032724, -0.0029643, -0.0022542, -0.0006174, 0.0031556" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0133447, 0.0132371, 0.0129892, 0.0132797, 0.0139493, 0.0154928, 0.0190505" \
          );
        }
      }
    }
  }
  cell (scs8hd_mux2_2) {
    area : 11.2608;
    cell_footprint : "mux2";
    cell_leakage_power : 0.0163782;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0204997;
      when : "!A0&!A1&S";
    }
    leakage_power () {
      value : 0.0127;
      when : "!A0&!A1&!S";
    }
    leakage_power () {
      value : 0.0162199;
      when : "!A0&A1&S";
    }
    leakage_power () {
      value : 0.0128059;
      when : "!A0&A1&!S";
    }
    leakage_power () {
      value : 0.0206165;
      when : "A0&!A1&S";
    }
    leakage_power () {
      value : 0.0084053;
      when : "A0&!A1&!S";
    }
    leakage_power () {
      value : 0.0237921;
      when : "A0&A1&S";
    }
    leakage_power () {
      value : 0.0159862;
      when : "A0&A1&!S";
    }
    leakage_power () {
      value : 0.0163782;
    }
    pin (X) {
      direction : output;
      function : "(A0&!S) | (A1&S)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.392771;
      max_transition : 1.50332;
      timing () {
        related_pin : "A0";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0690879, 0.0737872, 0.0852385, 0.112826, 0.188112, 0.413639, 1.09959", \
            "0.0726229, 0.0774104, 0.0888697, 0.116452, 0.191638, 0.41741, 1.10354", \
            "0.0809736, 0.0856969, 0.097166, 0.12476, 0.199925, 0.425754, 1.11088", \
            "0.0992548, 0.104057, 0.115579, 0.143146, 0.218038, 0.443747, 1.13108", \
            "0.120598, 0.126282, 0.139232, 0.167598, 0.243365, 0.469707, 1.15438", \
            "0.128213, 0.134925, 0.150497, 0.182762, 0.258718, 0.483973, 1.17471", \
            "0.0891863, 0.0966897, 0.115604, 0.155455, 0.235402, 0.459769, 1.14393" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0166683, 0.0208121, 0.0319475, 0.0649687, 0.170696, 0.499568, 1.50151", \
            "0.0166646, 0.020843, 0.0318859, 0.0649918, 0.170383, 0.500322, 1.50233", \
            "0.0167115, 0.0207867, 0.0318175, 0.0649871, 0.17055, 0.499978, 1.50216", \
            "0.01747, 0.0215031, 0.0325231, 0.0651938, 0.170507, 0.499578, 1.50332", \
            "0.0220192, 0.0261375, 0.0371684, 0.0680347, 0.171339, 0.500934, 1.50315", \
            "0.0286038, 0.0338891, 0.0463701, 0.0749096, 0.173178, 0.499162, 1.50053", \
            "0.0393329, 0.0449764, 0.0603701, 0.0906597, 0.180391, 0.500844, 1.49812" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.121359, 0.126136, 0.137647, 0.163505, 0.21825, 0.335039, 0.639619", \
            "0.124591, 0.129354, 0.140996, 0.166819, 0.221493, 0.338053, 0.642929", \
            "0.134131, 0.138949, 0.150636, 0.176399, 0.231081, 0.347875, 0.652474", \
            "0.16057, 0.165316, 0.176994, 0.202763, 0.257483, 0.374335, 0.679287", \
            "0.223653, 0.228593, 0.240405, 0.26629, 0.320408, 0.437671, 0.742567", \
            "0.33447, 0.340081, 0.353285, 0.383103, 0.444694, 0.56605, 0.871466", \
            "0.524978, 0.531354, 0.546766, 0.581317, 0.653433, 0.789913, 1.09984" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.024929, 0.0280064, 0.036787, 0.0577566, 0.105529, 0.227461, 0.61778", \
            "0.0249277, 0.0280228, 0.0364448, 0.0576472, 0.105653, 0.227202, 0.618168", \
            "0.024862, 0.0281754, 0.0364154, 0.0576001, 0.105442, 0.227745, 0.618033", \
            "0.0248773, 0.028012, 0.0368166, 0.0575545, 0.105215, 0.227266, 0.620066", \
            "0.0272087, 0.0303435, 0.0383985, 0.0588104, 0.106909, 0.228028, 0.619735", \
            "0.0384793, 0.0417528, 0.0503166, 0.0721076, 0.119523, 0.235431, 0.620282", \
            "0.0542283, 0.0576409, 0.0674127, 0.0919069, 0.145813, 0.257551, 0.623033" \
          );
        }
      }
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0691149, 0.0737843, 0.0852608, 0.113103, 0.189065, 0.415582, 1.10156", \
            "0.0724877, 0.0772103, 0.0887033, 0.116556, 0.192504, 0.419064, 1.10484", \
            "0.0805648, 0.0852726, 0.0967596, 0.12459, 0.200371, 0.426848, 1.11467", \
            "0.0988231, 0.10362, 0.115177, 0.142995, 0.218686, 0.445113, 1.13333", \
            "0.119969, 0.125637, 0.138289, 0.167257, 0.242903, 0.469626, 1.15593", \
            "0.127022, 0.133709, 0.149546, 0.181441, 0.257587, 0.484928, 1.17093", \
            "0.0862727, 0.0937427, 0.11253, 0.152465, 0.231959, 0.456214, 1.14272" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.016336, 0.020482, 0.0315934, 0.0646731, 0.170444, 0.499821, 1.50148", \
            "0.0165136, 0.0204311, 0.0316093, 0.0647044, 0.170517, 0.500093, 1.50141", \
            "0.0164376, 0.0205194, 0.0315647, 0.0646255, 0.170532, 0.499828, 1.50325", \
            "0.0172314, 0.0212885, 0.0323837, 0.065049, 0.170422, 0.500153, 1.50294", \
            "0.021706, 0.0258739, 0.0369148, 0.0676499, 0.170922, 0.50132, 1.50085", \
            "0.0283512, 0.0336036, 0.0453639, 0.0746896, 0.173228, 0.499131, 1.49976", \
            "0.0388372, 0.0446808, 0.0594082, 0.0904937, 0.179246, 0.500236, 1.49434" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.122108, 0.12697, 0.138834, 0.164856, 0.219271, 0.335714, 0.640336", \
            "0.125355, 0.130215, 0.142053, 0.168016, 0.222489, 0.338995, 0.643629", \
            "0.135256, 0.14011, 0.151892, 0.177856, 0.232308, 0.348913, 0.65374", \
            "0.161734, 0.166637, 0.178387, 0.20445, 0.25894, 0.375505, 0.680367", \
            "0.225368, 0.230299, 0.242139, 0.268331, 0.322444, 0.439108, 0.743835", \
            "0.337614, 0.343155, 0.357928, 0.387716, 0.448138, 0.568797, 0.874278", \
            "0.531647, 0.538006, 0.553786, 0.588255, 0.660721, 0.794688, 1.10416" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0256514, 0.0289749, 0.0376499, 0.0587352, 0.105708, 0.228035, 0.61906", \
            "0.0256861, 0.0288922, 0.0377149, 0.0588929, 0.10598, 0.22761, 0.618433", \
            "0.025659, 0.0289228, 0.0375559, 0.0588302, 0.106031, 0.227042, 0.618855", \
            "0.0256327, 0.0290833, 0.0377213, 0.0585642, 0.10581, 0.227541, 0.619575", \
            "0.0278535, 0.0309501, 0.0394089, 0.0598106, 0.106754, 0.228337, 0.619412", \
            "0.0399237, 0.0432897, 0.0517744, 0.0731696, 0.120471, 0.234998, 0.619336", \
            "0.0570166, 0.0602887, 0.0695446, 0.0934945, 0.145974, 0.256577, 0.624093" \
          );
        }
      }
      timing () {
        related_pin : "S";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0710779, 0.075764, 0.0872679, 0.115147, 0.191152, 0.417761, 1.10345", \
            "0.0745267, 0.0792063, 0.0907174, 0.11859, 0.194439, 0.421083, 1.10837", \
            "0.0823012, 0.0870261, 0.0984904, 0.126319, 0.202425, 0.4289, 1.11394", \
            "0.0984791, 0.103232, 0.114795, 0.142642, 0.218599, 0.444932, 1.13155", \
            "0.11891, 0.12446, 0.137204, 0.166034, 0.241962, 0.46845, 1.15461", \
            "0.128408, 0.135003, 0.150339, 0.182163, 0.258862, 0.485582, 1.17124", \
            "0.09477, 0.102147, 0.120754, 0.159377, 0.239875, 0.465404, 1.15091" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.016338, 0.0203886, 0.031549, 0.064697, 0.170353, 0.500717, 1.50048", \
            "0.0163322, 0.0203916, 0.0315419, 0.0647003, 0.170516, 0.499405, 1.50323", \
            "0.0163333, 0.0204001, 0.0314982, 0.0645734, 0.170618, 0.500861, 1.49853", \
            "0.0168834, 0.0209633, 0.0320792, 0.0648901, 0.170317, 0.499111, 1.5013", \
            "0.0206032, 0.0247679, 0.0357241, 0.0670168, 0.171146, 0.499835, 1.49892", \
            "0.0264833, 0.0317194, 0.0438047, 0.073238, 0.173086, 0.498987, 1.4986", \
            "0.0358138, 0.0416443, 0.0566613, 0.0875571, 0.178929, 0.5009, 1.49725" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.140233, 0.145163, 0.156955, 0.182464, 0.232589, 0.343509, 0.646221", \
            "0.145075, 0.149969, 0.161754, 0.187353, 0.237376, 0.34835, 0.650913", \
            "0.155732, 0.160735, 0.172576, 0.198064, 0.248061, 0.35903, 0.661672", \
            "0.179679, 0.184593, 0.196498, 0.221977, 0.272105, 0.38291, 0.685672", \
            "0.234249, 0.239269, 0.25113, 0.276592, 0.327101, 0.437963, 0.740624", \
            "0.336648, 0.342154, 0.355167, 0.383052, 0.437169, 0.551071, 0.853793", \
            "0.525281, 0.531447, 0.546492, 0.578387, 0.640391, 0.76153, 1.06654" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0260615, 0.0292634, 0.0378078, 0.0556799, 0.0982629, 0.220123, 0.616646", \
            "0.0261928, 0.0293116, 0.0377749, 0.0560431, 0.0981877, 0.219997, 0.617249", \
            "0.0261588, 0.0295168, 0.0378014, 0.0559951, 0.0982094, 0.219915, 0.616704", \
            "0.0261548, 0.0292494, 0.0376994, 0.0561455, 0.0982965, 0.22021, 0.617277", \
            "0.0274948, 0.0306719, 0.0385206, 0.0563719, 0.0986408, 0.22009, 0.618893", \
            "0.0338512, 0.0372544, 0.0457631, 0.0642676, 0.105183, 0.223636, 0.618027", \
            "0.0464063, 0.0502663, 0.0587168, 0.0793554, 0.122255, 0.236386, 0.616918" \
          );
        }
      }
      timing () {
        related_pin : "S";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.118735, 0.123552, 0.135035, 0.162661, 0.2376, 0.463128, 1.14842", \
            "0.12321, 0.128025, 0.139508, 0.167131, 0.242033, 0.467586, 1.15341", \
            "0.135219, 0.140066, 0.151541, 0.179116, 0.254128, 0.479632, 1.1666", \
            "0.16191, 0.166745, 0.178216, 0.205806, 0.280748, 0.506329, 1.19399", \
            "0.206916, 0.211707, 0.223186, 0.250797, 0.326113, 0.552166, 1.23541", \
            "0.283113, 0.287962, 0.299595, 0.327343, 0.402579, 0.628055, 1.31303", \
            "0.425127, 0.430233, 0.442169, 0.470337, 0.545645, 0.770973, 1.45481" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0168967, 0.0209191, 0.0320774, 0.0651239, 0.170362, 0.500622, 1.50054", \
            "0.0168983, 0.0209115, 0.0320774, 0.0651199, 0.170454, 0.500327, 1.5018", \
            "0.0169233, 0.0209489, 0.0320512, 0.0650318, 0.170402, 0.499346, 1.5033", \
            "0.0168491, 0.0209409, 0.0320804, 0.0650918, 0.170556, 0.500025, 1.50275", \
            "0.0169755, 0.0210857, 0.0322275, 0.0650923, 0.170832, 0.500724, 1.4969", \
            "0.0173902, 0.0214799, 0.0326675, 0.0653188, 0.17063, 0.498574, 1.49923", \
            "0.0187997, 0.0229567, 0.0338752, 0.0662648, 0.170696, 0.498017, 1.49797" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.174983, 0.180071, 0.192197, 0.217759, 0.268231, 0.379448, 0.681974", \
            "0.178565, 0.183606, 0.195727, 0.221353, 0.271699, 0.382982, 0.685821", \
            "0.185666, 0.190736, 0.202825, 0.228403, 0.278618, 0.390112, 0.692978", \
            "0.193949, 0.198977, 0.21108, 0.236706, 0.287116, 0.398622, 0.701059", \
            "0.198471, 0.203501, 0.215607, 0.241182, 0.291623, 0.403019, 0.705656", \
            "0.188909, 0.193934, 0.206035, 0.231634, 0.282116, 0.3937, 0.696099", \
            "0.139087, 0.144102, 0.156257, 0.1819, 0.232506, 0.344103, 0.646522" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.026991, 0.0303326, 0.0386371, 0.0570011, 0.0998163, 0.221432, 0.617243", \
            "0.0270258, 0.030218, 0.0388517, 0.0573958, 0.0999114, 0.222032, 0.618123", \
            "0.0270157, 0.0302845, 0.0389899, 0.0570322, 0.0999699, 0.221835, 0.618879", \
            "0.0270178, 0.0301985, 0.0386355, 0.0571781, 0.100233, 0.221381, 0.617073", \
            "0.0270848, 0.0302456, 0.0386712, 0.0570926, 0.100243, 0.221816, 0.615797", \
            "0.0269753, 0.030278, 0.038707, 0.0573106, 0.100236, 0.221632, 0.61571", \
            "0.0273409, 0.0305955, 0.0389959, 0.0580892, 0.100281, 0.221772, 0.618647" \
          );
        }
      }
      internal_power () {
        related_pin : "A0";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0187641, 0.0207083, 0.0267746, 0.0446207, 0.0982816, 0.260879, 0.755957", \
            "0.0187472, 0.0207415, 0.0267573, 0.0446393, 0.0983158, 0.261276, 0.759073", \
            "0.0187054, 0.0206845, 0.0267161, 0.0446017, 0.0982891, 0.261437, 0.756124", \
            "0.0190079, 0.0209468, 0.0269215, 0.0444891, 0.0982764, 0.261458, 0.759037", \
            "0.0197618, 0.0215724, 0.0272267, 0.0446615, 0.0980639, 0.261197, 0.759305", \
            "0.0216892, 0.023351, 0.0288267, 0.0462878, 0.0989648, 0.261169, 0.756751", \
            "0.0267137, 0.0280538, 0.0332497, 0.0501833, 0.103281, 0.264307, 0.756252" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0137498, 0.0114242, 0.0057714, -0.0096391, -0.0607353, -0.224575, -0.725363", \
            "0.0135399, 0.0111855, 0.0053739, -0.0099273, -0.0610117, -0.22481, -0.725582", \
            "0.013388, 0.0110428, 0.0051307, -0.0101832, -0.0612125, -0.225074, -0.725837", \
            "0.0132101, 0.010863, 0.005024, -0.0103873, -0.0615054, -0.225279, -0.725995", \
            "0.0139722, 0.0115649, 0.0054753, -0.0102536, -0.0613127, -0.22511, -0.72585", \
            "0.0202324, 0.0175787, 0.0103315, -0.0087819, -0.0604011, -0.224061, -0.724856", \
            "0.0311454, 0.0282989, 0.0199563, -0.0005179, -0.0561211, -0.220884, -0.721679" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0181975, 0.0201403, 0.0262688, 0.044396, 0.0987231, 0.261775, 0.757543", \
            "0.0181426, 0.0201434, 0.0262678, 0.0443642, 0.0986309, 0.262036, 0.7577", \
            "0.0181097, 0.0200885, 0.0261871, 0.044346, 0.0985858, 0.262403, 0.760256", \
            "0.0183155, 0.0202389, 0.0261436, 0.0440694, 0.0983167, 0.262192, 0.756686", \
            "0.0191781, 0.020987, 0.0264602, 0.0442591, 0.098035, 0.26164, 0.759051", \
            "0.0207764, 0.0224516, 0.0280207, 0.0454904, 0.098434, 0.261092, 0.756963", \
            "0.0255283, 0.0270096, 0.031866, 0.048978, 0.10207, 0.26388, 0.75706" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0134421, 0.0111964, 0.0054573, -0.0100162, -0.061403, -0.22546, -0.726356", \
            "0.0131848, 0.0108824, 0.005199, -0.0101628, -0.0615511, -0.225635, -0.726521", \
            "0.0130763, 0.0106623, 0.0049157, -0.0103846, -0.0617326, -0.225829, -0.726697", \
            "0.0129305, 0.0106167, 0.0049042, -0.0105772, -0.0618934, -0.225948, -0.726791", \
            "0.0134441, 0.0110848, 0.0051986, -0.0103449, -0.0615382, -0.225685, -0.726645", \
            "0.0202241, 0.0175243, 0.0110418, -0.0081923, -0.059717, -0.224763, -0.72582", \
            "0.0311651, 0.0282664, 0.0203837, -8.63e-05, -0.055923, -0.221286, -0.722648" \
          );
        }
      }
      internal_power () {
        related_pin : "S";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0207055, 0.0227094, 0.0287267, 0.0465779, 0.100148, 0.262934, 0.759648", \
            "0.0205684, 0.0225718, 0.0285888, 0.0464423, 0.100002, 0.262866, 0.760504", \
            "0.0206812, 0.0226722, 0.0286979, 0.0465514, 0.100109, 0.263025, 0.760593", \
            "0.0203507, 0.02235, 0.0283751, 0.0462202, 0.0997915, 0.262798, 0.75693", \
            "0.0199503, 0.0219412, 0.027865, 0.0457197, 0.0993215, 0.261862, 0.756", \
            "0.0198687, 0.0217819, 0.0275712, 0.0452193, 0.0995663, 0.261756, 0.757301", \
            "0.0212341, 0.0231483, 0.0289819, 0.0467745, 0.100846, 0.264273, 0.75614" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0179056, 0.0155328, 0.0095626, -0.0063626, -0.0587466, -0.223417, -0.724495", \
            "0.0176254, 0.0152378, 0.0093429, -0.0065017, -0.0588199, -0.223449, -0.724632", \
            "0.0175639, 0.0151922, 0.0092465, -0.0066449, -0.0588101, -0.223606, -0.724757", \
            "0.0169795, 0.0145924, 0.0086488, -0.0071995, -0.0594641, -0.224213, -0.725258", \
            "0.0163601, 0.0139852, 0.0080118, -0.0078634, -0.0600056, -0.224714, -0.725825", \
            "0.0221898, 0.0197722, 0.0131616, -0.0050914, -0.0597514, -0.224831, -0.725956", \
            "0.0231373, 0.0207177, 0.0141525, -0.0043758, -0.0586678, -0.22401, -0.725227" \
          );
        }
      }
    }
    pin (A0) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001931;
      rise_capacitance : 0.002022;
      rise_capacitance_range (0.002022, 0.002022);
      fall_capacitance : 0.001839;
      fall_capacitance_range (0.001839, 0.001839);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0025996, -0.0026232, -0.0026778, -0.0026772, -0.002676, -0.0026732, -0.0026666" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0035187, 0.003527, 0.0035461, 0.0035461, 0.0035461, 0.003546, 0.0035456" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001753;
      rise_capacitance : 0.001839;
      rise_capacitance_range (0.001839, 0.001839);
      fall_capacitance : 0.001667;
      fall_capacitance_range (0.001667, 0.001667);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0027671, -0.0027761, -0.0027967, -0.0027943, -0.0027887, -0.0027757, -0.0027456" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0035479, 0.0035463, 0.0035425, 0.0035432, 0.0035451, 0.0035495, 0.0035595" \
          );
        }
      }
    }
    pin (S) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003312;
      rise_capacitance : 0.003453;
      rise_capacitance_range (0.003453, 0.003453);
      fall_capacitance : 0.003172;
      fall_capacitance_range (0.003172, 0.003172);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0008859, 0.0007621, 0.0004766, 0.0008533, 0.001722, 0.0037242, 0.0083396" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0122272, 0.0121066, 0.0118284, 0.0122029, 0.0130661, 0.0150557, 0.0196419" \
          );
        }
      }
    }
  }
  cell (scs8hd_mux2_4) {
    area : 15.0144;
    cell_footprint : "mux2";
    cell_leakage_power : 0.0204057;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0310574;
      when : "!A0&!A1&S";
    }
    leakage_power () {
      value : 0.0248698;
      when : "!A0&!A1&!S";
    }
    leakage_power () {
      value : 0.0130963;
      when : "!A0&A1&S";
    }
    leakage_power () {
      value : 0.0249025;
      when : "!A0&A1&!S";
    }
    leakage_power () {
      value : 0.0310859;
      when : "A0&!A1&S";
    }
    leakage_power () {
      value : 0.0068969;
      when : "A0&!A1&!S";
    }
    leakage_power () {
      value : 0.0187602;
      when : "A0&A1&S";
    }
    leakage_power () {
      value : 0.0125766;
      when : "A0&A1&!S";
    }
    leakage_power () {
      value : 0.0204057;
    }
    pin (X) {
      direction : output;
      function : "(A0&!S) | (A1&S)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.704966;
      max_transition : 1.50408;
      timing () {
        related_pin : "A0";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0719167, 0.07516, 0.0841151, 0.10749, 0.174072, 0.388323, 1.102", \
            "0.0751058, 0.0783971, 0.0873489, 0.110773, 0.177308, 0.391551, 1.10466", \
            "0.0827474, 0.0860293, 0.095005, 0.118371, 0.184852, 0.39946, 1.11287", \
            "0.0998068, 0.103083, 0.11203, 0.135398, 0.201698, 0.416039, 1.12974", \
            "0.118204, 0.12197, 0.132032, 0.156081, 0.222673, 0.437979, 1.15135", \
            "0.119227, 0.123513, 0.135535, 0.163193, 0.230369, 0.443769, 1.1566", \
            "0.0647376, 0.0693832, 0.0832128, 0.117122, 0.189285, 0.401367, 1.11561" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0170915, 0.0197785, 0.0280683, 0.054049, 0.143878, 0.456168, 1.50154", \
            "0.0171237, 0.0198752, 0.0281332, 0.0540921, 0.144041, 0.455759, 1.49902", \
            "0.0170746, 0.019909, 0.0280918, 0.0540845, 0.144178, 0.456072, 1.50258", \
            "0.0177815, 0.0204151, 0.0286802, 0.0545319, 0.144238, 0.455974, 1.50164", \
            "0.0222378, 0.0249604, 0.0329617, 0.0573479, 0.145109, 0.455695, 1.49982", \
            "0.0287656, 0.0321247, 0.0412135, 0.0649324, 0.147139, 0.455325, 1.49935", \
            "0.0400951, 0.0433396, 0.0541624, 0.0802773, 0.155242, 0.455901, 1.49941" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.135728, 0.139079, 0.148294, 0.171263, 0.224769, 0.342593, 0.654189", \
            "0.138866, 0.14212, 0.151276, 0.174351, 0.227943, 0.345585, 0.657089", \
            "0.148474, 0.15172, 0.160841, 0.1838, 0.237408, 0.355348, 0.666925", \
            "0.173817, 0.177163, 0.186598, 0.209477, 0.262808, 0.380685, 0.692347", \
            "0.238059, 0.241077, 0.25026, 0.272905, 0.326492, 0.444524, 0.756092", \
            "0.356543, 0.358928, 0.36933, 0.394898, 0.454535, 0.577742, 0.890295", \
            "0.561419, 0.566027, 0.57727, 0.606322, 0.673813, 0.81312, 1.13163" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0299495, 0.0319837, 0.0384294, 0.0566667, 0.102234, 0.216927, 0.604987", \
            "0.0298462, 0.0319374, 0.038469, 0.0568805, 0.102345, 0.216933, 0.605155", \
            "0.0299524, 0.0320176, 0.0381772, 0.0564429, 0.102259, 0.217007, 0.604333", \
            "0.0298919, 0.0319485, 0.0384471, 0.0564521, 0.102444, 0.216518, 0.604723", \
            "0.0310936, 0.0331383, 0.0395495, 0.0575151, 0.103066, 0.21723, 0.604892", \
            "0.0444144, 0.0464332, 0.0525183, 0.0707006, 0.11568, 0.225338, 0.60568", \
            "0.0625775, 0.0642976, 0.0700145, 0.0897433, 0.141505, 0.249915, 0.612767" \
          );
        }
      }
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0707378, 0.073944, 0.0827991, 0.105887, 0.171492, 0.384941, 1.09869", \
            "0.0738531, 0.0771086, 0.0859835, 0.109063, 0.174607, 0.388179, 1.10075", \
            "0.0813831, 0.084594, 0.093472, 0.116523, 0.182199, 0.395856, 1.10861", \
            "0.0985472, 0.101787, 0.110742, 0.133845, 0.199397, 0.413165, 1.12536", \
            "0.116006, 0.119795, 0.129905, 0.153901, 0.219801, 0.432641, 1.14682", \
            "0.11637, 0.120701, 0.132747, 0.160417, 0.226742, 0.4397, 1.15208", \
            "0.062071, 0.0666936, 0.08063, 0.114946, 0.187752, 0.3992, 1.11157" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0171629, 0.0198765, 0.0281272, 0.0541074, 0.144123, 0.455188, 1.50195", \
            "0.0171989, 0.0199376, 0.0282095, 0.0541815, 0.143801, 0.455996, 1.49861", \
            "0.0171324, 0.019959, 0.0282031, 0.0542388, 0.144138, 0.45611, 1.50312", \
            "0.0179642, 0.0206448, 0.0288364, 0.0545771, 0.14426, 0.456181, 1.49957", \
            "0.0225457, 0.0253165, 0.0332035, 0.0577327, 0.144999, 0.454918, 1.5022", \
            "0.0293734, 0.0326308, 0.0416613, 0.0653929, 0.147571, 0.455009, 1.50408", \
            "0.0413144, 0.0445586, 0.0558631, 0.0819651, 0.157027, 0.456932, 1.49847" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.129246, 0.132408, 0.141414, 0.163821, 0.21557, 0.329493, 0.6385", \
            "0.132617, 0.13578, 0.144669, 0.167146, 0.218922, 0.332711, 0.641497", \
            "0.142406, 0.145564, 0.15444, 0.176846, 0.228567, 0.342678, 0.651557", \
            "0.168038, 0.171188, 0.180051, 0.20248, 0.254133, 0.368303, 0.677364", \
            "0.232439, 0.235631, 0.244447, 0.266461, 0.318135, 0.432523, 0.741455", \
            "0.348489, 0.35206, 0.362142, 0.387499, 0.444931, 0.564383, 0.874317", \
            "0.550348, 0.55432, 0.565807, 0.594688, 0.660925, 0.79622, 1.1119" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0280326, 0.0301512, 0.036457, 0.0539109, 0.0974013, 0.211269, 0.603", \
            "0.0280827, 0.0301108, 0.0361703, 0.0541401, 0.0974199, 0.211258, 0.602673", \
            "0.02802, 0.0299747, 0.0361752, 0.0542447, 0.0975588, 0.211107, 0.602551", \
            "0.0280331, 0.0301075, 0.0361734, 0.0541401, 0.0975068, 0.211121, 0.602921", \
            "0.0296725, 0.0315145, 0.0375632, 0.0552585, 0.0985434, 0.211563, 0.602521", \
            "0.0423684, 0.0443212, 0.050549, 0.0682697, 0.111829, 0.219139, 0.603445", \
            "0.0589338, 0.0606627, 0.0667717, 0.0870413, 0.136973, 0.242608, 0.609118" \
          );
        }
      }
      timing () {
        related_pin : "S";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0756393, 0.0788418, 0.0876986, 0.110798, 0.176202, 0.388935, 1.10267", \
            "0.0786704, 0.0819487, 0.0908036, 0.113867, 0.179187, 0.392553, 1.10497", \
            "0.0856299, 0.0888461, 0.0977142, 0.120789, 0.186154, 0.399421, 1.11158", \
            "0.0999216, 0.103192, 0.112107, 0.135194, 0.200827, 0.413898, 1.12727", \
            "0.116128, 0.119845, 0.129762, 0.153928, 0.21991, 0.43423, 1.145", \
            "0.116049, 0.120354, 0.132123, 0.159544, 0.226826, 0.440105, 1.15325", \
            "0.0614283, 0.065939, 0.0797789, 0.113, 0.18517, 0.397025, 1.10995" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0171639, 0.0198696, 0.0281356, 0.054074, 0.14408, 0.454877, 1.5012", \
            "0.017183, 0.0199303, 0.0282003, 0.0541582, 0.144082, 0.456091, 1.50191", \
            "0.017159, 0.019899, 0.0282092, 0.0541841, 0.14381, 0.456002, 1.49866", \
            "0.0177003, 0.0203586, 0.0287547, 0.0544388, 0.143964, 0.455306, 1.50126", \
            "0.0214216, 0.0243097, 0.0325693, 0.0569271, 0.144946, 0.455627, 1.49992", \
            "0.0275402, 0.0307994, 0.0401409, 0.0638654, 0.147493, 0.455573, 1.50013", \
            "0.0372812, 0.0406125, 0.0516615, 0.0775585, 0.154512, 0.456649, 1.49845" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.169244, 0.172732, 0.182195, 0.205219, 0.254686, 0.364327, 0.670898", \
            "0.17346, 0.176844, 0.186392, 0.209437, 0.258905, 0.368501, 0.675025", \
            "0.183506, 0.186896, 0.196422, 0.219448, 0.268918, 0.378554, 0.685399", \
            "0.205851, 0.209207, 0.218726, 0.241749, 0.291245, 0.400905, 0.707714", \
            "0.257367, 0.260765, 0.270228, 0.293212, 0.342742, 0.452359, 0.759059", \
            "0.359485, 0.363109, 0.373376, 0.397957, 0.450831, 0.56383, 0.871206", \
            "0.559551, 0.563383, 0.574525, 0.601783, 0.660887, 0.7814, 1.09208" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0313959, 0.0336864, 0.0400642, 0.0564263, 0.0948556, 0.20679, 0.601966", \
            "0.0313196, 0.0336911, 0.0399976, 0.0564155, 0.0953266, 0.207138, 0.602049", \
            "0.0315529, 0.0336302, 0.0400391, 0.0563855, 0.0943709, 0.206959, 0.601277", \
            "0.0313734, 0.033638, 0.0400232, 0.0564541, 0.0956039, 0.207087, 0.600912", \
            "0.0319712, 0.0339595, 0.0404267, 0.0563335, 0.0952472, 0.207086, 0.602115", \
            "0.0387662, 0.0409631, 0.0473028, 0.0635075, 0.102091, 0.211463, 0.603349", \
            "0.0517707, 0.0535475, 0.0599834, 0.0768732, 0.117471, 0.223713, 0.604277" \
          );
        }
      }
      timing () {
        related_pin : "S";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.105622, 0.108859, 0.117785, 0.141194, 0.207711, 0.422437, 1.13674", \
            "0.110487, 0.113728, 0.122684, 0.146069, 0.2126, 0.426995, 1.14126", \
            "0.123287, 0.126543, 0.135564, 0.158951, 0.22534, 0.439959, 1.15363", \
            "0.14827, 0.151542, 0.160515, 0.183914, 0.250286, 0.465059, 1.17868", \
            "0.189886, 0.193132, 0.202177, 0.225517, 0.291898, 0.506504, 1.22015", \
            "0.263906, 0.267151, 0.276171, 0.299596, 0.365816, 0.579641, 1.29476", \
            "0.408778, 0.412017, 0.421124, 0.444598, 0.510979, 0.725668, 1.43722" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0170944, 0.0198005, 0.0280664, 0.0539798, 0.14412, 0.455633, 1.50159", \
            "0.0171069, 0.0197892, 0.0280644, 0.0540432, 0.144012, 0.456245, 1.50202", \
            "0.0171445, 0.0198089, 0.0281692, 0.0540859, 0.143792, 0.455996, 1.50265", \
            "0.0171414, 0.0198834, 0.0281402, 0.0541125, 0.143808, 0.456088, 1.50357", \
            "0.0172309, 0.0198767, 0.0282082, 0.0540248, 0.144076, 0.456033, 1.50361", \
            "0.0173767, 0.0201242, 0.0283613, 0.0542404, 0.143797, 0.45479, 1.5022", \
            "0.0177899, 0.0205909, 0.0287944, 0.0545856, 0.144196, 0.456164, 1.49505" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.164413, 0.167699, 0.176892, 0.199217, 0.247359, 0.354878, 0.660373", \
            "0.1683, 0.171657, 0.18082, 0.203203, 0.251338, 0.358955, 0.664399", \
            "0.174446, 0.177738, 0.186973, 0.209413, 0.25757, 0.365237, 0.670735", \
            "0.178637, 0.181926, 0.191167, 0.213595, 0.261822, 0.369582, 0.675365", \
            "0.176455, 0.179732, 0.188942, 0.211158, 0.258995, 0.366538, 0.672045", \
            "0.154033, 0.157319, 0.166475, 0.188841, 0.237067, 0.34453, 0.649278", \
            "0.0755331, 0.0788578, 0.0881762, 0.110597, 0.159084, 0.266941, 0.571958" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0295204, 0.0315329, 0.0375001, 0.0538952, 0.0910141, 0.203351, 0.599887", \
            "0.0294359, 0.0315672, 0.0378505, 0.053817, 0.0917607, 0.203322, 0.600674", \
            "0.0295335, 0.0314128, 0.0374947, 0.053748, 0.0918097, 0.203466, 0.600561", \
            "0.0295426, 0.0315681, 0.0375103, 0.0537279, 0.0910584, 0.203403, 0.599774", \
            "0.0290984, 0.0310737, 0.0371012, 0.0529305, 0.0908964, 0.203014, 0.597886", \
            "0.0292312, 0.031282, 0.0373924, 0.0532384, 0.091394, 0.202616, 0.599212", \
            "0.0296861, 0.0317935, 0.0380561, 0.0536966, 0.0918282, 0.203267, 0.600129" \
          );
        }
      }
      internal_power () {
        related_pin : "A0";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0323192, 0.0345188, 0.0422404, 0.0680261, 0.152496, 0.431209, 1.35884", \
            "0.0322695, 0.0345583, 0.0423535, 0.0680634, 0.152497, 0.431188, 1.36163", \
            "0.0322858, 0.0345612, 0.0422856, 0.0680482, 0.152336, 0.431063, 1.36139", \
            "0.0328931, 0.0351537, 0.0426937, 0.0678405, 0.152064, 0.431335, 1.35901", \
            "0.0343564, 0.0364, 0.0435574, 0.0680437, 0.151154, 0.430511, 1.35871", \
            "0.0384551, 0.0403393, 0.0471812, 0.0714757, 0.153202, 0.430437, 1.36065", \
            "0.0485649, 0.0498101, 0.0556924, 0.078977, 0.160229, 0.435373, 1.3624" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0264525, 0.0238094, 0.0151225, -0.0084231, -0.0867125, -0.364528, -1.30441", \
            "0.0260913, 0.0232587, 0.0144968, -0.0088356, -0.086943, -0.364711, -1.30461", \
            "0.0259201, 0.0229948, 0.0141519, -0.0090319, -0.0870557, -0.365029, -1.30487", \
            "0.0257839, 0.0229408, 0.0140931, -0.0093184, -0.0874091, -0.365192, -1.30498", \
            "0.0270115, 0.0240305, 0.0160032, -0.0078782, -0.0865924, -0.364654, -1.30451", \
            "0.0375997, 0.0338562, 0.0239091, -0.0048603, -0.083781, -0.362189, -1.30239", \
            "0.0609196, 0.0571535, 0.0469633, 0.0159319, -0.0723816, -0.355029, -1.29591" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0317822, 0.0340129, 0.0415341, 0.0668022, 0.149822, 0.426589, 1.35565", \
            "0.0317055, 0.03401, 0.0415964, 0.066773, 0.149776, 0.427135, 1.3565", \
            "0.0317446, 0.0339592, 0.0415191, 0.0667899, 0.149832, 0.42721, 1.35635", \
            "0.0321037, 0.0342992, 0.0417934, 0.0665158, 0.149577, 0.427013, 1.35674", \
            "0.0340512, 0.0361543, 0.0431251, 0.0674011, 0.149785, 0.427067, 1.35556", \
            "0.0379817, 0.0398298, 0.0466511, 0.0709082, 0.151674, 0.428203, 1.3633", \
            "0.0483809, 0.0496273, 0.0554077, 0.078933, 0.1607, 0.434493, 1.35942" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0269654, 0.0241651, 0.0155769, -0.0071228, -0.0846214, -0.36232, -1.30197", \
            "0.0266007, 0.0237204, 0.015109, -0.0075275, -0.0850454, -0.362544, -1.30221", \
            "0.0262381, 0.0234469, 0.0147912, -0.0077651, -0.0852758, -0.362909, -1.30252", \
            "0.02614, 0.0233118, 0.0146434, -0.0079902, -0.0856277, -0.363177, -1.30268", \
            "0.0274461, 0.0245452, 0.0157295, -0.0067117, -0.0849989, -0.362732, -1.30221", \
            "0.0391342, 0.0359509, 0.02608, -0.0023773, -0.0820965, -0.360288, -1.29991", \
            "0.0602519, 0.0568965, 0.0463918, 0.0156382, -0.0712626, -0.353231, -1.29312" \
          );
        }
      }
      internal_power () {
        related_pin : "S";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0325103, 0.0347655, 0.0424154, 0.0681713, 0.152568, 0.431034, 1.36124", \
            "0.0323769, 0.0346401, 0.0422953, 0.0680457, 0.152445, 0.431333, 1.35996", \
            "0.0327014, 0.034977, 0.0427205, 0.0684409, 0.152646, 0.431471, 1.36206", \
            "0.0322411, 0.0345756, 0.0423109, 0.0679588, 0.152304, 0.431227, 1.36116", \
            "0.0322664, 0.0345446, 0.0423138, 0.0679503, 0.152203, 0.430956, 1.36103", \
            "0.0320889, 0.0342324, 0.0417961, 0.0672021, 0.151913, 0.42937, 1.35839", \
            "0.0324175, 0.0344467, 0.0421085, 0.0671539, 0.151923, 0.431479, 1.35664" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0345601, 0.0315459, 0.0227418, -0.000557, -0.0793405, -0.357403, -1.29706", \
            "0.0344754, 0.0313209, 0.0228521, -0.0006309, -0.0793097, -0.357385, -1.29703", \
            "0.0345742, 0.0316325, 0.0227855, -0.0005326, -0.0791815, -0.357222, -1.29686", \
            "0.0338048, 0.0308629, 0.0220428, -0.0011489, -0.0799264, -0.35806, -1.29737", \
            "0.0329303, 0.0300338, 0.0213241, -0.0020465, -0.0806856, -0.358736, -1.29825", \
            "0.042645, 0.0396826, 0.0306313, 0.0041281, -0.0794687, -0.359393, -1.29891", \
            "0.0428904, 0.039967, 0.0311106, 0.0045214, -0.0789382, -0.358955, -1.29899" \
          );
        }
      }
    }
    pin (A0) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002275;
      rise_capacitance : 0.002424;
      rise_capacitance_range (0.002424, 0.002424);
      fall_capacitance : 0.002125;
      fall_capacitance_range (0.002125, 0.002125);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0029005, -0.0029323, -0.003006, -0.0030024, -0.0029943, -0.0029755, -0.0029324" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0051234, 0.0051201, 0.0051125, 0.0051123, 0.0051117, 0.0051102, 0.0051069" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002292;
      rise_capacitance : 0.00244;
      rise_capacitance_range (0.00244, 0.00244);
      fall_capacitance : 0.002145;
      fall_capacitance_range (0.002145, 0.002145);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0030046, -0.0030207, -0.0030576, -0.0030519, -0.0030386, -0.0030081, -0.0029375" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0051492, 0.0051433, 0.0051298, 0.0051305, 0.0051322, 0.005136, 0.0051447" \
          );
        }
      }
    }
    pin (S) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.005165;
      rise_capacitance : 0.0054;
      rise_capacitance_range (0.0054, 0.0054);
      fall_capacitance : 0.004931;
      fall_capacitance_range (0.004931, 0.004931);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0022354, -0.0023851, -0.0027304, -0.0019657, -0.000203, 0.0038602, 0.0132261" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0176202, 0.0174976, 0.0172149, 0.0179741, 0.0197241, 0.023758, 0.0330565" \
          );
        }
      }
    }
  }
  cell (scs8hd_mux2_8) {
    area : 26.2752;
    cell_footprint : "mux2";
    cell_leakage_power : 0.0511887;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.109634;
      when : "!A0&!A1&S";
    }
    leakage_power () {
      value : 0.103441;
      when : "!A0&!A1&!S";
    }
    leakage_power () {
      value : 0.01957;
      when : "!A0&A1&S";
    }
    leakage_power () {
      value : 0.0504121;
      when : "!A0&A1&!S";
    }
    leakage_power () {
      value : 0.0565699;
      when : "A0&!A1&S";
    }
    leakage_power () {
      value : 0.0134289;
      when : "A0&!A1&!S";
    }
    leakage_power () {
      value : 0.0313147;
      when : "A0&A1&S";
    }
    leakage_power () {
      value : 0.0251388;
      when : "A0&A1&!S";
    }
    leakage_power () {
      value : 0.0511887;
    }
    pin (X) {
      direction : output;
      function : "(A0&!S) | (A1&S)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 1.21583;
      max_transition : 1.50192;
      timing () {
        related_pin : "A0";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0803092, 0.0826458, 0.090072, 0.110666, 0.170207, 0.371673, 1.10574", \
            "0.0840236, 0.0863233, 0.0936374, 0.114287, 0.173725, 0.375296, 1.10885", \
            "0.0921668, 0.0945387, 0.101884, 0.12253, 0.181954, 0.383942, 1.11758", \
            "0.111268, 0.113611, 0.120956, 0.141537, 0.200801, 0.402581, 1.13596", \
            "0.136533, 0.139103, 0.147047, 0.168453, 0.228275, 0.429709, 1.16354", \
            "0.150458, 0.153346, 0.162643, 0.18727, 0.248117, 0.449755, 1.19009", \
            "0.117434, 0.120507, 0.13087, 0.160561, 0.228888, 0.428991, 1.16164" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0191347, 0.0210371, 0.0275932, 0.0486595, 0.12502, 0.417966, 1.49903", \
            "0.0191156, 0.0210811, 0.0275152, 0.048627, 0.125132, 0.417692, 1.50011", \
            "0.0191059, 0.02108, 0.0274733, 0.0485632, 0.124956, 0.417665, 1.4951", \
            "0.0194369, 0.0213531, 0.0277262, 0.0490078, 0.125241, 0.416583, 1.49622", \
            "0.0230124, 0.0251867, 0.0316393, 0.0519384, 0.126391, 0.417814, 1.49981", \
            "0.0305347, 0.0328014, 0.0396687, 0.0597007, 0.129887, 0.418113, 1.49769", \
            "0.0426888, 0.0441022, 0.0518674, 0.0751296, 0.140516, 0.419726, 1.49391" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.147053, 0.149273, 0.156334, 0.175869, 0.223656, 0.339585, 0.659508", \
            "0.150891, 0.153091, 0.160146, 0.179742, 0.227764, 0.343482, 0.663476", \
            "0.160796, 0.162995, 0.170037, 0.189601, 0.237528, 0.353451, 0.673474", \
            "0.187623, 0.189818, 0.196835, 0.216378, 0.264329, 0.38034, 0.700342", \
            "0.253739, 0.255926, 0.262875, 0.282261, 0.329888, 0.445942, 0.765905", \
            "0.383229, 0.385654, 0.393526, 0.415156, 0.467346, 0.58796, 0.90866", \
            "0.601174, 0.603839, 0.612137, 0.637751, 0.698894, 0.836385, 1.16622" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0313317, 0.03268, 0.0372494, 0.0517849, 0.0926884, 0.208661, 0.620278", \
            "0.0313431, 0.0326431, 0.0372476, 0.0518091, 0.0922388, 0.20868, 0.620615", \
            "0.0313506, 0.0326656, 0.0372446, 0.0518126, 0.092392, 0.208695, 0.620582", \
            "0.0315052, 0.0328429, 0.0371511, 0.0514121, 0.0924212, 0.208593, 0.620595", \
            "0.0316407, 0.0329673, 0.0376189, 0.0522077, 0.0928122, 0.208782, 0.619597", \
            "0.0451684, 0.0465681, 0.0505467, 0.0644613, 0.103754, 0.215576, 0.621656", \
            "0.0668865, 0.06796, 0.0719981, 0.0868965, 0.13039, 0.24362, 0.630763" \
          );
        }
      }
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0802605, 0.0825698, 0.0898819, 0.110198, 0.168975, 0.37009, 1.10426", \
            "0.0837183, 0.0860267, 0.0933379, 0.11366, 0.172448, 0.373576, 1.10806", \
            "0.0916669, 0.0939793, 0.101278, 0.121636, 0.180433, 0.381507, 1.11428", \
            "0.110667, 0.112963, 0.12024, 0.14062, 0.199313, 0.400492, 1.13616", \
            "0.13558, 0.13816, 0.146149, 0.167519, 0.227002, 0.427874, 1.16246", \
            "0.149237, 0.152141, 0.16154, 0.186175, 0.247144, 0.447779, 1.18381", \
            "0.116928, 0.119972, 0.1304, 0.160105, 0.228174, 0.428211, 1.16146" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0191571, 0.021056, 0.0275466, 0.0485547, 0.125178, 0.417319, 1.49809", \
            "0.019157, 0.0210541, 0.0275369, 0.0485651, 0.12515, 0.417611, 1.49791", \
            "0.0190879, 0.0210531, 0.0275141, 0.0486648, 0.125189, 0.417675, 1.50126", \
            "0.0196141, 0.0214663, 0.0278994, 0.0489868, 0.125252, 0.41797, 1.50192", \
            "0.0234759, 0.0256597, 0.0319778, 0.0521064, 0.126687, 0.418284, 1.49713", \
            "0.0310753, 0.0328359, 0.0402087, 0.0601155, 0.130047, 0.418356, 1.5006", \
            "0.0432235, 0.0456784, 0.0528471, 0.0760932, 0.141033, 0.420504, 1.49602" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.145758, 0.147924, 0.154871, 0.174243, 0.222164, 0.33757, 0.656968", \
            "0.149551, 0.151723, 0.158685, 0.178052, 0.225746, 0.341151, 0.660534", \
            "0.159365, 0.161525, 0.168441, 0.187841, 0.235662, 0.351109, 0.669813", \
            "0.185838, 0.188003, 0.194937, 0.214251, 0.262049, 0.377438, 0.696522", \
            "0.251384, 0.253538, 0.260395, 0.279565, 0.327149, 0.442297, 0.761754", \
            "0.37742, 0.379831, 0.387684, 0.40921, 0.460968, 0.581272, 0.901776", \
            "0.590551, 0.592745, 0.601656, 0.626648, 0.688268, 0.824622, 1.15406" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0307222, 0.032044, 0.0363838, 0.0503878, 0.0913013, 0.207094, 0.618166", \
            "0.0305576, 0.0318613, 0.036447, 0.0506599, 0.0916359, 0.207505, 0.619373", \
            "0.0307391, 0.0320524, 0.0363481, 0.0504569, 0.0913576, 0.207269, 0.619003", \
            "0.0307214, 0.0320362, 0.0365958, 0.0504561, 0.0912808, 0.207409, 0.618653", \
            "0.0310306, 0.0322103, 0.036948, 0.0506571, 0.0920346, 0.207864, 0.618173", \
            "0.0442079, 0.0453481, 0.0496004, 0.0634815, 0.10294, 0.214535, 0.620679", \
            "0.0645912, 0.0660495, 0.0699933, 0.0850817, 0.128384, 0.241036, 0.629484" \
          );
        }
      }
      timing () {
        related_pin : "S";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0847052, 0.08702, 0.0943028, 0.114686, 0.173227, 0.374164, 1.10853", \
            "0.0881024, 0.0904128, 0.0977001, 0.118081, 0.17666, 0.377774, 1.11217", \
            "0.0957451, 0.098117, 0.105359, 0.125731, 0.184247, 0.385054, 1.11915", \
            "0.112398, 0.114688, 0.12195, 0.142347, 0.201012, 0.402698, 1.13633", \
            "0.136276, 0.13882, 0.146732, 0.168066, 0.22755, 0.428733, 1.16232", \
            "0.151044, 0.153946, 0.163189, 0.187547, 0.248901, 0.450164, 1.18407", \
            "0.120906, 0.124031, 0.134457, 0.163671, 0.231779, 0.432833, 1.16542" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0191323, 0.0210893, 0.0275076, 0.0486734, 0.125142, 0.418376, 1.49661", \
            "0.0191421, 0.0210751, 0.027484, 0.0486668, 0.125082, 0.418472, 1.4983", \
            "0.0190998, 0.0211357, 0.0275063, 0.0485766, 0.125132, 0.417916, 1.4992", \
            "0.0194571, 0.0214615, 0.027835, 0.0488593, 0.124983, 0.418616, 1.50136", \
            "0.022584, 0.0245024, 0.0309542, 0.0513698, 0.126273, 0.417831, 1.50172", \
            "0.0288414, 0.0311205, 0.0383579, 0.0585006, 0.129384, 0.418588, 1.50024", \
            "0.0393888, 0.0416339, 0.0497304, 0.0728809, 0.139421, 0.420181, 1.49614" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.178192, 0.180505, 0.187875, 0.208114, 0.255311, 0.362693, 0.676003", \
            "0.183076, 0.185393, 0.192797, 0.213028, 0.260249, 0.367583, 0.680574", \
            "0.194891, 0.197197, 0.204549, 0.224837, 0.272025, 0.379467, 0.692884", \
            "0.221041, 0.223355, 0.230764, 0.250957, 0.29819, 0.4056, 0.718493", \
            "0.28109, 0.283393, 0.290728, 0.310986, 0.358089, 0.465542, 0.778812", \
            "0.403668, 0.406085, 0.41393, 0.435328, 0.485347, 0.595508, 0.909301", \
            "0.626402, 0.62909, 0.637863, 0.661958, 0.719018, 0.839684, 1.15803" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0333243, 0.0346844, 0.0392915, 0.053815, 0.0894552, 0.198339, 0.616157", \
            "0.0333501, 0.0347486, 0.039513, 0.0535244, 0.089475, 0.198726, 0.615433", \
            "0.0333792, 0.0347833, 0.0392057, 0.0536643, 0.0892967, 0.198676, 0.614833", \
            "0.0332322, 0.0346093, 0.0395234, 0.0533777, 0.089489, 0.198891, 0.615271", \
            "0.0333748, 0.0347321, 0.0395633, 0.0533801, 0.0893625, 0.198416, 0.616103", \
            "0.0403308, 0.041863, 0.0461492, 0.0607032, 0.0965311, 0.201966, 0.616453", \
            "0.0569488, 0.0578924, 0.0624099, 0.0777573, 0.114475, 0.217609, 0.621006" \
          );
        }
      }
      timing () {
        related_pin : "S";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.142614, 0.144931, 0.152268, 0.17293, 0.23235, 0.4339, 1.16988", \
            "0.14703, 0.14937, 0.156825, 0.177423, 0.236894, 0.439311, 1.17295", \
            "0.159334, 0.161673, 0.169025, 0.189764, 0.249162, 0.451338, 1.18507", \
            "0.189257, 0.191573, 0.198912, 0.219573, 0.279016, 0.480693, 1.21598", \
            "0.24508, 0.24739, 0.254774, 0.275468, 0.334969, 0.536503, 1.27004", \
            "0.339116, 0.341473, 0.348874, 0.369609, 0.429038, 0.630537, 1.3635", \
            "0.511644, 0.51408, 0.521652, 0.542686, 0.602456, 0.804198, 1.53641" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0191646, 0.0212158, 0.0276582, 0.0487714, 0.125113, 0.418173, 1.50058", \
            "0.0193628, 0.0212388, 0.027751, 0.0487575, 0.124974, 0.418007, 1.49746", \
            "0.0192745, 0.02124, 0.0277171, 0.0488022, 0.124985, 0.417706, 1.49414", \
            "0.0191579, 0.0212234, 0.0276751, 0.0487684, 0.125068, 0.41816, 1.4995", \
            "0.0193005, 0.0213512, 0.0278253, 0.0489076, 0.125301, 0.417836, 1.49763", \
            "0.019738, 0.021721, 0.0281402, 0.0491266, 0.125286, 0.415829, 1.49962", \
            "0.0204246, 0.0225526, 0.0288806, 0.0497947, 0.125787, 0.417943, 1.49703" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.197016, 0.199294, 0.206584, 0.226606, 0.273621, 0.380986, 0.693521", \
            "0.200626, 0.202918, 0.210249, 0.230203, 0.277148, 0.384599, 0.697839", \
            "0.208876, 0.211157, 0.218433, 0.238512, 0.28566, 0.393048, 0.706036", \
            "0.218351, 0.220632, 0.227967, 0.247966, 0.295029, 0.402557, 0.715584", \
            "0.222434, 0.224748, 0.232025, 0.251823, 0.29885, 0.40637, 0.719579", \
            "0.207768, 0.210046, 0.217311, 0.237362, 0.284396, 0.391778, 0.70475", \
            "0.138613, 0.140891, 0.148224, 0.168252, 0.215404, 0.323125, 0.635889" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0325699, 0.0339495, 0.038533, 0.0524306, 0.088817, 0.198203, 0.614006", \
            "0.0324638, 0.0338751, 0.0387489, 0.0525656, 0.0888443, 0.19803, 0.613834", \
            "0.0326674, 0.0340201, 0.0384914, 0.0523066, 0.0891538, 0.198136, 0.614574", \
            "0.03248, 0.0341553, 0.0387763, 0.052667, 0.0887182, 0.198205, 0.615137", \
            "0.0322806, 0.0336312, 0.0383316, 0.0522991, 0.0888606, 0.19826, 0.61418", \
            "0.032441, 0.0337662, 0.0386248, 0.0522832, 0.0884745, 0.197465, 0.614978", \
            "0.0326973, 0.0340958, 0.0388181, 0.0531243, 0.0888807, 0.198484, 0.614303" \
          );
        }
      }
      internal_power () {
        related_pin : "A0";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0612517, 0.0639354, 0.0733986, 0.108572, 0.234828, 0.690133, 2.35157", \
            "0.0615479, 0.0639892, 0.0734266, 0.108683, 0.234734, 0.690006, 2.35307", \
            "0.0615313, 0.0640617, 0.0735301, 0.108894, 0.234743, 0.690756, 2.35217", \
            "0.0618841, 0.0644083, 0.0738299, 0.108498, 0.23418, 0.689488, 2.35065", \
            "0.0638434, 0.0661753, 0.0751932, 0.109206, 0.233411, 0.688794, 2.35196", \
            "0.070084, 0.0721016, 0.0803979, 0.113873, 0.233743, 0.687497, 2.34954", \
            "0.0832496, 0.0846805, 0.0914665, 0.122501, 0.24404, 0.691959, 2.34949" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0532165, 0.0499508, 0.0384113, 0.0041422, -0.108767, -0.559978, -2.24068", \
            "0.0528547, 0.0495144, 0.0380058, 0.0037408, -0.109489, -0.560352, -2.24103", \
            "0.052309, 0.0489882, 0.0374647, 0.00319, -0.109948, -0.560986, -2.24159", \
            "0.0517817, 0.0484757, 0.0368425, 0.0026831, -0.110873, -0.561556, -2.24208", \
            "0.0524526, 0.0491052, 0.0375268, 0.0029422, -0.110315, -0.561457, -2.24184", \
            "0.065648, 0.061876, 0.0489494, 0.009589, -0.106074, -0.557753, -2.23848", \
            "0.109668, 0.105808, 0.0915811, 0.0473632, -0.0886927, -0.549497, -2.23181" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0617769, 0.0642083, 0.0737385, 0.108277, 0.232434, 0.685271, 2.34483", \
            "0.0618375, 0.0642793, 0.0737955, 0.108297, 0.23252, 0.685402, 2.34496", \
            "0.0618176, 0.0643752, 0.0737458, 0.108306, 0.232551, 0.685367, 2.34531", \
            "0.0621428, 0.064566, 0.0737787, 0.108075, 0.232279, 0.685365, 2.34712", \
            "0.0638987, 0.0662113, 0.0751782, 0.109065, 0.232288, 0.68524, 2.34632", \
            "0.0701671, 0.0721403, 0.0807167, 0.113763, 0.233092, 0.685108, 2.34797", \
            "0.084137, 0.0855615, 0.092218, 0.12313, 0.24385, 0.69161, 2.3451" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0536227, 0.0502892, 0.038743, 0.0052187, -0.107109, -0.557457, -2.23759", \
            "0.0532271, 0.0499114, 0.0383683, 0.004766, -0.107491, -0.557807, -2.23796", \
            "0.0526427, 0.0494019, 0.0378249, 0.0038087, -0.108247, -0.558528, -2.23857", \
            "0.051987, 0.0485612, 0.0371628, 0.0031153, -0.109154, -0.559159, -2.2392", \
            "0.0526993, 0.0493386, 0.03784, 0.0035338, -0.109513, -0.558852, -2.23906", \
            "0.064332, 0.0606303, 0.0478072, 0.0076942, -0.106897, -0.55757, -2.23741", \
            "0.106271, 0.102056, 0.0883528, 0.0440229, -0.0864246, -0.546894, -2.22764" \
          );
        }
      }
      internal_power () {
        related_pin : "S";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0635181, 0.0659787, 0.0753572, 0.110587, 0.23649, 0.69193, 2.3552", \
            "0.0633777, 0.0659309, 0.0753526, 0.110461, 0.236531, 0.691909, 2.35392", \
            "0.0637435, 0.0662998, 0.0757218, 0.110936, 0.236634, 0.692576, 2.35431", \
            "0.0634787, 0.0659326, 0.0753027, 0.110546, 0.236461, 0.691831, 2.35544", \
            "0.063006, 0.0654259, 0.0748522, 0.109968, 0.235775, 0.691911, 2.35351", \
            "0.063777, 0.066257, 0.0754165, 0.10899, 0.236401, 0.689549, 2.35239", \
            "0.0651009, 0.0674843, 0.0767144, 0.110835, 0.236638, 0.693144, 2.34914" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0696507, 0.0662575, 0.0548044, 0.0196101, -0.0956756, -0.547388, -2.2279", \
            "0.0696691, 0.066259, 0.0547147, 0.0201444, -0.0953784, -0.547567, -2.22776", \
            "0.0698224, 0.0664427, 0.0547813, 0.0196326, -0.0954287, -0.547498, -2.22751", \
            "0.0692293, 0.0654683, 0.0543344, 0.0192311, -0.0960897, -0.548229, -2.22827", \
            "0.0683878, 0.0650225, 0.0536122, 0.0185668, -0.0966676, -0.549048, -2.22895", \
            "0.0841209, 0.0806628, 0.0688145, 0.0311518, -0.094518, -0.549927, -2.22987", \
            "0.0861762, 0.0827345, 0.070815, 0.032921, -0.0920541, -0.549403, -2.23044" \
          );
        }
      }
    }
    pin (A0) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004776;
      rise_capacitance : 0.005055;
      rise_capacitance_range (0.005055, 0.005055);
      fall_capacitance : 0.004496;
      fall_capacitance_range (0.004496, 0.004496);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0060578, -0.0061312, -0.0063002, -0.0062928, -0.0062755, -0.0062356, -0.0061435" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0107278, 0.0107128, 0.0106786, 0.0106807, 0.0106858, 0.0106975, 0.0107246" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.005132;
      rise_capacitance : 0.005437;
      rise_capacitance_range (0.005437, 0.005437);
      fall_capacitance : 0.004828;
      fall_capacitance_range (0.004828, 0.004828);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0077463, -0.0077865, -0.0078791, -0.0078684, -0.0078437, -0.0077868, -0.0076553" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0117282, 0.0117118, 0.0116741, 0.0116773, 0.0116849, 0.0117023, 0.0117425" \
          );
        }
      }
    }
    pin (S) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.007884;
      rise_capacitance : 0.008239;
      rise_capacitance_range (0.008239, 0.008239);
      fall_capacitance : 0.007529;
      fall_capacitance_range (0.007529, 0.007529);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0021406, -0.0023371, -0.0027899, -0.0022197, -0.0009051, 0.0021249, 0.0091094" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0282889, 0.0280379, 0.0274596, 0.0280393, 0.0293759, 0.0324569, 0.0395586" \
          );
        }
      }
    }
  }
  cell (scs8hd_mux2i_1) {
    area : 10.0096;
    cell_footprint : "mux2i";
    cell_leakage_power : 0.00791111;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062838;
      when : "!A0&!A1&S";
    }
    leakage_power () {
      value : 4.07177e-05;
      when : "!A0&!A1&!S";
    }
    leakage_power () {
      value : 0.0129312;
      when : "!A0&A1&S";
    }
    leakage_power () {
      value : 5.69847e-05;
      when : "!A0&A1&!S";
    }
    leakage_power () {
      value : 0.0063001;
      when : "A0&!A1&S";
    }
    leakage_power () {
      value : 0.0066101;
      when : "A0&!A1&!S";
    }
    leakage_power () {
      value : 0.0186516;
      when : "A0&A1&S";
    }
    leakage_power () {
      value : 0.0124144;
      when : "A0&A1&!S";
    }
    leakage_power () {
      value : 0.00791111;
    }
    pin (Y) {
      direction : output;
      function : "(!A0&!S) | (!A1&S)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.098887;
      max_transition : 1.49786;
      timing () {
        related_pin : "A0";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0317844, 0.039843, 0.058381, 0.101241, 0.202194, 0.441772, 1.01992", \
            "0.035168, 0.0427369, 0.0611241, 0.104292, 0.205159, 0.445846, 1.02465", \
            "0.0467466, 0.0538511, 0.071442, 0.113749, 0.215508, 0.456738, 1.03637", \
            "0.0691926, 0.0792706, 0.0991096, 0.14006, 0.240054, 0.482248, 1.06234", \
            "0.106947, 0.120582, 0.149105, 0.203287, 0.303081, 0.542698, 1.12219", \
            "0.177226, 0.195259, 0.234991, 0.310386, 0.446189, 0.689564, 1.26588", \
            "0.323696, 0.346902, 0.395661, 0.495285, 0.687174, 1.01934, 1.60487" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.054355, 0.064561, 0.088824, 0.14649, 0.285104, 0.619447, 1.42594", \
            "0.0539011, 0.0642583, 0.0887201, 0.146498, 0.285138, 0.619089, 1.42504", \
            "0.056507, 0.0652877, 0.0882576, 0.146431, 0.28529, 0.61942, 1.42611", \
            "0.071142, 0.0781993, 0.0970495, 0.147725, 0.28513, 0.621395, 1.4268", \
            "0.0987257, 0.108246, 0.129431, 0.173002, 0.29119, 0.618315, 1.42588", \
            "0.143695, 0.15523, 0.182954, 0.241555, 0.35213, 0.637822, 1.42448", \
            "0.228289, 0.240122, 0.272327, 0.348039, 0.501447, 0.778966, 1.46118" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0149, 0.0176057, 0.0240753, 0.0390066, 0.0743604, 0.159278, 0.362336", \
            "0.0182345, 0.0209607, 0.0273539, 0.0423324, 0.0779031, 0.162822, 0.365937", \
            "0.021502, 0.025991, 0.0345184, 0.0504577, 0.0860151, 0.171025, 0.374135", \
            "0.0219755, 0.0281759, 0.0409625, 0.0642554, 0.104743, 0.189379, 0.392351", \
            "0.0128604, 0.0217069, 0.0399138, 0.0745555, 0.133391, 0.233266, 0.435438", \
            "-0.0196964, -0.0077376, 0.0177768, 0.0667614, 0.153741, 0.300955, 0.539468", \
            "-0.112246, -0.0965727, -0.062815, 0.005581, 0.129669, 0.342713, 0.687856" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0178488, 0.0212618, 0.0293625, 0.048899, 0.09571, 0.208867, 0.480628", \
            "0.0194471, 0.0222807, 0.0295897, 0.0487996, 0.0961272, 0.208807, 0.481407", \
            "0.0275289, 0.0298841, 0.0354198, 0.0513717, 0.0957252, 0.208612, 0.481532", \
            "0.0418638, 0.045027, 0.0524093, 0.0682499, 0.104287, 0.209088, 0.481297", \
            "0.0672447, 0.0715123, 0.0813797, 0.10209, 0.144723, 0.230852, 0.482331", \
            "0.112977, 0.119246, 0.132131, 0.160289, 0.217767, 0.322216, 0.531551", \
            "0.199814, 0.205733, 0.2248, 0.26257, 0.341471, 0.486501, 0.747745" \
          );
        }
      }
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0339707, 0.0423199, 0.0615554, 0.105961, 0.208314, 0.455383, 1.05083", \
            "0.0373555, 0.0452782, 0.0640741, 0.108384, 0.212316, 0.460029, 1.05755", \
            "0.0486659, 0.0562624, 0.074468, 0.11875, 0.222392, 0.471926, 1.06689", \
            "0.0726895, 0.0826728, 0.102444, 0.144852, 0.247925, 0.496447, 1.09488", \
            "0.112459, 0.126415, 0.155765, 0.210496, 0.312093, 0.558791, 1.15549", \
            "0.186618, 0.205277, 0.246996, 0.323747, 0.460429, 0.708472, 1.30144", \
            "0.340511, 0.364271, 0.415247, 0.518275, 0.71422, 1.04967, 1.64631" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0666595, 0.077071, 0.101904, 0.160914, 0.301933, 0.643192, 1.46601", \
            "0.0664558, 0.0769318, 0.10185, 0.160954, 0.301812, 0.644194, 1.46596", \
            "0.068696, 0.0777981, 0.101608, 0.160923, 0.301892, 0.642976, 1.46619", \
            "0.0828544, 0.0901746, 0.109638, 0.162062, 0.301953, 0.642922, 1.46622", \
            "0.115955, 0.124214, 0.142666, 0.185825, 0.306935, 0.642897, 1.46992", \
            "0.168815, 0.178953, 0.204167, 0.257971, 0.365335, 0.658056, 1.4651", \
            "0.262355, 0.273485, 0.302896, 0.374603, 0.520854, 0.790566, 1.49786" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0152303, 0.0180784, 0.0245377, 0.0398303, 0.0761477, 0.163126, 0.371188", \
            "0.0185258, 0.0212997, 0.0279004, 0.0432189, 0.0796538, 0.166656, 0.374752", \
            "0.0219195, 0.0262443, 0.034929, 0.0513735, 0.0877889, 0.174822, 0.382925", \
            "0.0219759, 0.0286913, 0.0416396, 0.065345, 0.10653, 0.193283, 0.401268", \
            "0.0123971, 0.0215244, 0.0401884, 0.0757133, 0.136989, 0.237051, 0.44446", \
            "-0.0220563, -0.0097898, 0.016406, 0.0670146, 0.156373, 0.30633, 0.548745", \
            "-0.119834, -0.104176, -0.0688529, 0.0021166, 0.129488, 0.348947, 0.705471" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0185109, 0.0219798, 0.030259, 0.0503224, 0.0983301, 0.214656, 0.495117", \
            "0.0200344, 0.0229244, 0.0304751, 0.0501988, 0.0983231, 0.214469, 0.494973", \
            "0.0280662, 0.0305574, 0.036318, 0.052657, 0.0987468, 0.214793, 0.495112", \
            "0.0427611, 0.04583, 0.0532783, 0.0694558, 0.106761, 0.214966, 0.495797", \
            "0.0682712, 0.0727777, 0.0828639, 0.104374, 0.145736, 0.236471, 0.496897", \
            "0.114517, 0.120229, 0.133686, 0.163506, 0.221619, 0.32747, 0.54384", \
            "0.198703, 0.207175, 0.225396, 0.265124, 0.34798, 0.49732, 0.755507" \
          );
        }
      }
      timing () {
        related_pin : "S";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0801357, 0.0878634, 0.105769, 0.14847, 0.251176, 0.497584, 1.09248", \
            "0.0835219, 0.0911767, 0.109191, 0.151986, 0.254453, 0.500966, 1.09547", \
            "0.0901524, 0.097904, 0.11603, 0.159118, 0.261483, 0.508067, 1.10287", \
            "0.0964295, 0.104336, 0.122516, 0.165691, 0.268443, 0.515222, 1.10996", \
            "0.0988118, 0.106373, 0.124732, 0.167917, 0.270927, 0.519159, 1.11288", \
            "0.0869867, 0.094857, 0.112996, 0.156257, 0.25935, 0.507014, 1.10154", \
            "0.0338815, 0.0424217, 0.061553, 0.105454, 0.209271, 0.456904, 1.05299" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.04919, 0.0593116, 0.0837771, 0.142787, 0.28522, 0.626209, 1.45032", \
            "0.0491352, 0.059266, 0.0838292, 0.142513, 0.284998, 0.626333, 1.44909", \
            "0.0491655, 0.0592884, 0.0838308, 0.142801, 0.284593, 0.625699, 1.45177", \
            "0.0493339, 0.0593634, 0.0838881, 0.142722, 0.284953, 0.626943, 1.44806", \
            "0.0495161, 0.0596876, 0.0838804, 0.142782, 0.285028, 0.627915, 1.44995", \
            "0.0510918, 0.0608929, 0.0846601, 0.142981, 0.285161, 0.625453, 1.44888", \
            "0.0580675, 0.0671984, 0.0899169, 0.146337, 0.286114, 0.626074, 1.45285" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0547206, 0.0577021, 0.0644904, 0.0797698, 0.115195, 0.199464, 0.402103", \
            "0.0592988, 0.0623743, 0.0691232, 0.084438, 0.119877, 0.204194, 0.407225", \
            "0.0715273, 0.0745373, 0.0813671, 0.096694, 0.132154, 0.216409, 0.419077", \
            "0.0943099, 0.097563, 0.104573, 0.120211, 0.155816, 0.240123, 0.442749", \
            "0.130595, 0.13407, 0.141681, 0.157732, 0.193786, 0.278387, 0.481323", \
            "0.193104, 0.197239, 0.205682, 0.223253, 0.259998, 0.344944, 0.547897", \
            "0.311752, 0.316959, 0.327966, 0.348937, 0.389278, 0.475428, 0.678906" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0171095, 0.0203262, 0.0281136, 0.0470009, 0.0934564, 0.205999, 0.478643", \
            "0.0171458, 0.0203677, 0.0281231, 0.0468903, 0.0933062, 0.20563, 0.47783", \
            "0.0171574, 0.0203679, 0.0281403, 0.0470106, 0.093433, 0.206656, 0.478638", \
            "0.0182221, 0.0213958, 0.0288917, 0.0475056, 0.0934037, 0.206344, 0.478642", \
            "0.0207661, 0.0238418, 0.0310023, 0.0488807, 0.0939472, 0.206212, 0.478435", \
            "0.0257397, 0.0287142, 0.0357552, 0.0521246, 0.0955103, 0.20659, 0.478775", \
            "0.0353079, 0.0384894, 0.0457777, 0.0616236, 0.101868, 0.208382, 0.478664" \
          );
        }
      }
      timing () {
        related_pin : "S";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0619268, 0.069282, 0.0868254, 0.128615, 0.228371, 0.468181, 1.04632", \
            "0.0666659, 0.0740706, 0.0917306, 0.133702, 0.233647, 0.475029, 1.05294", \
            "0.0781591, 0.0855061, 0.103102, 0.145103, 0.245261, 0.486607, 1.06542", \
            "0.102266, 0.10992, 0.127472, 0.169295, 0.269462, 0.509812, 1.09072", \
            "0.142424, 0.152236, 0.174462, 0.221997, 0.323324, 0.564223, 1.14328", \
            "0.212067, 0.225812, 0.256189, 0.319381, 0.442294, 0.689484, 1.26872", \
            "0.358792, 0.376634, 0.416511, 0.500547, 0.663026, 0.965773, 1.56307" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0479211, 0.0581429, 0.0825139, 0.140806, 0.280562, 0.613912, 1.4192", \
            "0.0480234, 0.0581234, 0.0824149, 0.140909, 0.2804, 0.615292, 1.42301", \
            "0.0480829, 0.0581614, 0.0824011, 0.140926, 0.280472, 0.615404, 1.42407", \
            "0.05245, 0.0618237, 0.0847959, 0.141081, 0.280239, 0.614555, 1.42268", \
            "0.0704103, 0.0802155, 0.102808, 0.153722, 0.283252, 0.616024, 1.4236", \
            "0.106477, 0.11833, 0.145162, 0.201669, 0.320213, 0.625346, 1.42324", \
            "0.169589, 0.183701, 0.217215, 0.287585, 0.427541, 0.71544, 1.44813" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0241993, 0.0271634, 0.0340043, 0.0497341, 0.0862803, 0.172995, 0.380844", \
            "0.0273571, 0.0302654, 0.037053, 0.0527761, 0.0893774, 0.176014, 0.383827", \
            "0.0331245, 0.0364215, 0.0436644, 0.0595067, 0.0962024, 0.182931, 0.390723", \
            "0.0385384, 0.0430907, 0.052798, 0.0725834, 0.111718, 0.198958, 0.40701", \
            "0.0365279, 0.042997, 0.0570733, 0.0855743, 0.138179, 0.234913, 0.444385", \
            "0.0110534, 0.0205299, 0.0409611, 0.0820565, 0.159163, 0.291918, 0.527387", \
            "-0.0752379, -0.0622144, -0.032361, 0.027254, 0.139367, 0.333114, 0.657255" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0168502, 0.0204347, 0.0290365, 0.049426, 0.0980888, 0.21444, 0.494401", \
            "0.0168928, 0.0203616, 0.0289005, 0.0493854, 0.0979689, 0.214681, 0.493951", \
            "0.0204941, 0.0235386, 0.0310593, 0.0501172, 0.0980102, 0.213983, 0.493513", \
            "0.0305186, 0.033922, 0.0417527, 0.0594441, 0.10198, 0.213988, 0.49395", \
            "0.0484923, 0.0530373, 0.0635174, 0.0848639, 0.127893, 0.226541, 0.495839", \
            "0.0802357, 0.0864355, 0.100534, 0.130397, 0.185458, 0.288627, 0.526002", \
            "0.138638, 0.147357, 0.167276, 0.208552, 0.284475, 0.418537, 0.667741" \
          );
        }
      }
      internal_power () {
        related_pin : "A0";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.00703161, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0066839, 0.008199, 0.0116726, 0.0196623, 0.0385388, 0.0835665, 0.19216", \
            "0.0063594, 0.0077897, 0.0112317, 0.0193252, 0.0383102, 0.0834818, 0.192208", \
            "0.0062534, 0.0076581, 0.0109449, 0.0189434, 0.0379996, 0.0832802, 0.191882", \
            "0.0064471, 0.0077743, 0.0109822, 0.0187804, 0.0376379, 0.0830169, 0.191942", \
            "0.0073613, 0.0086046, 0.0116013, 0.0192335, 0.0377386, 0.0827911, 0.191731", \
            "0.0099475, 0.0118534, 0.0146429, 0.0212217, 0.0389723, 0.0834641, 0.191771", \
            "0.0163085, 0.017129, 0.0197705, 0.0261843, 0.0437179, 0.0870422, 0.193361" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.00703161, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0013774, 0.0001457, -0.0029546, -0.0106702, -0.0294934, -0.0750787, -0.185181", \
            "0.0012774, 6.14e-05, -0.0029969, -0.0106404, -0.029403, -0.0749453, -0.185032", \
            "0.001216, -5.79e-05, -0.0030937, -0.0106406, -0.0293253, -0.0748145, -0.184862", \
            "0.0012097, -7.82e-05, -0.0031335, -0.010749, -0.0293984, -0.0748468, -0.184865", \
            "0.0020372, 0.0006275, -0.0026483, -0.0107376, -0.0293829, -0.074836, -0.184815", \
            "0.0044257, 0.0028323, -0.0008591, -0.0092475, -0.0285944, -0.0745769, -0.184726", \
            "0.0112892, 0.0094707, 0.0052823, -0.0038035, -0.0243098, -0.0720465, -0.18195" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.00703161, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0074321, 0.0089371, 0.0124333, 0.0204462, 0.0392577, 0.0843118, 0.192997", \
            "0.0071008, 0.0085285, 0.0119815, 0.0200839, 0.0390712, 0.0842529, 0.192902", \
            "0.0069074, 0.008346, 0.0116933, 0.0197137, 0.0387663, 0.0841239, 0.192892", \
            "0.0070881, 0.0084093, 0.0116208, 0.0194815, 0.0383706, 0.0837645, 0.192667", \
            "0.0078699, 0.0090926, 0.0121758, 0.0197229, 0.0383789, 0.0834903, 0.192436", \
            "0.0099907, 0.011812, 0.0146413, 0.0214175, 0.0393984, 0.083913, 0.19246", \
            "0.0155124, 0.0162844, 0.0189331, 0.0255458, 0.0434495, 0.0871405, 0.194107" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.00703161, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0018459, 0.0005997, -0.0025232, -0.0102511, -0.0290823, -0.074674, -0.184779", \
            "0.0016824, 0.0004616, -0.0026086, -0.0102696, -0.0290394, -0.0746004, -0.184681", \
            "0.0015295, 0.0002809, -0.0027275, -0.0103512, -0.0290447, -0.0745429, -0.184597", \
            "0.0014197, 0.0001571, -0.0028959, -0.0105042, -0.0291661, -0.0746087, -0.184616", \
            "0.0021266, 0.0007129, -0.002531, -0.0105665, -0.0292997, -0.0746173, -0.184595", \
            "0.004081, 0.0024999, -0.0011409, -0.0094378, -0.0286571, -0.0745159, -0.184623", \
            "0.0099535, 0.0080894, 0.0039581, -0.0052124, -0.0250443, -0.0726659, -0.183505" \
          );
        }
      }
      internal_power () {
        related_pin : "S";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.00703161, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0122966, 0.0136435, 0.0168773, 0.0246193, 0.0432649, 0.0882351, 0.196864", \
            "0.0120448, 0.0133935, 0.0166576, 0.0244154, 0.0430739, 0.0881119, 0.196725", \
            "0.012001, 0.0133589, 0.0166446, 0.0244484, 0.0431715, 0.088202, 0.196735", \
            "0.0112211, 0.0125908, 0.0158836, 0.023719, 0.0424804, 0.0875782, 0.196187", \
            "0.010756, 0.0119104, 0.0152013, 0.0230454, 0.0418149, 0.086854, 0.195599", \
            "0.0108493, 0.0121956, 0.015469, 0.023206, 0.041817, 0.0868357, 0.195531", \
            "0.0123588, 0.0136532, 0.0168633, 0.0246365, 0.0435406, 0.0883153, 0.196897" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.00703161, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0050639, 0.0037525, 0.0005429, -0.0072384, -0.0260966, -0.071657, -0.181689", \
            "0.0048356, 0.0035149, 0.0003165, -0.0074531, -0.0263012, -0.0718596, -0.181929", \
            "0.0049748, 0.0036743, 0.0004841, -0.0072745, -0.0261116, -0.0716841, -0.181701", \
            "0.0043764, 0.0030909, -8.55e-05, -0.0077537, -0.0265567, -0.0721953, -0.182232", \
            "0.0032043, 0.0018931, -0.0011945, -0.0081587, -0.026932, -0.0724657, -0.182515", \
            "0.0030591, 0.0017845, -0.0013917, -0.0091299, -0.0279899, -0.0728017, -0.182829", \
            "0.0042171, 0.0029514, -0.0002657, -0.0080258, -0.0268026, -0.0723704, -0.181726" \
          );
        }
      }
    }
    pin (A0) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002211;
      rise_capacitance : 0.002319;
      rise_capacitance_range (0.002319, 0.002319);
      fall_capacitance : 0.002103;
      fall_capacitance_range (0.002103, 0.002103);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0025979, -0.0026482, -0.0027642, -0.0027641, -0.002764, -0.0027638, -0.002763" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052056, 0.0052068, 0.0052096, 0.0052091, 0.0052077, 0.0052048, 0.005198" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002268;
      rise_capacitance : 0.002375;
      rise_capacitance_range (0.002375, 0.002375);
      fall_capacitance : 0.002161;
      fall_capacitance_range (0.002161, 0.002161);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0033989, -0.0034261, -0.0034888, -0.0034834, -0.0034711, -0.0034427, -0.0033773" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0055596, 0.0055598, 0.0055605, 0.0055586, 0.0055542, 0.0055442, 0.0055212" \
          );
        }
      }
    }
    pin (S) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004685;
      rise_capacitance : 0.00487;
      rise_capacitance_range (0.00487, 0.00487);
      fall_capacitance : 0.0045;
      fall_capacitance_range (0.0045, 0.0045);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.001013, -0.0011586, -0.0014942, -0.0006913, 0.0011595, 0.0054257, 0.0152595" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0174189, 0.0173263, 0.0171128, 0.017896, 0.0197012, 0.0238626, 0.0334547" \
          );
        }
      }
    }
  }
  cell (scs8hd_mux2i_2) {
    area : 13.7632;
    cell_footprint : "mux2i";
    cell_leakage_power : 0.0212772;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0291079;
      when : "!A0&!A1&S";
    }
    leakage_power () {
      value : 0.0229248;
      when : "!A0&!A1&!S";
    }
    leakage_power () {
      value : 0.0195115;
      when : "!A0&A1&S";
    }
    leakage_power () {
      value : 0.000462;
      when : "!A0&A1&!S";
    }
    leakage_power () {
      value : 0.0063541;
      when : "A0&!A1&S";
    }
    leakage_power () {
      value : 0.0132508;
      when : "A0&!A1&!S";
    }
    leakage_power () {
      value : 0.0309924;
      when : "A0&A1&S";
    }
    leakage_power () {
      value : 0.0476144;
      when : "A0&A1&!S";
    }
    leakage_power () {
      value : 0.0212772;
    }
    pin (Y) {
      direction : output;
      function : "(!A0&!S) | (!A1&S)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.145579;
      max_transition : 1.49782;
      timing () {
        related_pin : "A0";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.0494646, 0.05548, 0.0704303, 0.107286, 0.198499, 0.431909, 1.0285", \
            "0.051642, 0.0575859, 0.0724784, 0.109558, 0.202173, 0.435096, 1.03253", \
            "0.0614612, 0.0670165, 0.0813384, 0.118183, 0.211511, 0.444956, 1.04318", \
            "0.0879618, 0.0944296, 0.10827, 0.143298, 0.234962, 0.469038, 1.06823", \
            "0.133202, 0.142195, 0.162202, 0.206674, 0.296864, 0.529021, 1.12756", \
            "0.215533, 0.227095, 0.254875, 0.316906, 0.440502, 0.677517, 1.27181", \
            "0.383729, 0.398536, 0.434056, 0.516161, 0.683491, 1.00689, 1.61344" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.0819446, 0.0894877, 0.108663, 0.158154, 0.285737, 0.612546, 1.45546", \
            "0.0818884, 0.089388, 0.108688, 0.158347, 0.285718, 0.612833, 1.45513", \
            "0.0821526, 0.0892984, 0.108473, 0.158137, 0.285739, 0.612489, 1.45517", \
            "0.0934778, 0.0995328, 0.115419, 0.159722, 0.285617, 0.612558, 1.45525", \
            "0.125209, 0.131976, 0.14673, 0.184206, 0.293321, 0.61265, 1.45477", \
            "0.17067, 0.178982, 0.200235, 0.249163, 0.354963, 0.630454, 1.45506", \
            "0.255009, 0.264107, 0.288557, 0.352251, 0.492769, 0.774969, 1.49128" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.0185249, 0.0202667, 0.0245505, 0.0353816, 0.0625933, 0.131781, 0.307086", \
            "0.0218905, 0.023615, 0.0279433, 0.038872, 0.0662058, 0.135441, 0.310763", \
            "0.0268568, 0.0292118, 0.0350532, 0.0470673, 0.0743826, 0.143616, 0.318992", \
            "0.0287711, 0.0324397, 0.0409402, 0.0588954, 0.0930074, 0.162574, 0.337844", \
            "0.0206651, 0.0258565, 0.0383687, 0.0647171, 0.114715, 0.2054, 0.381126", \
            "-0.0125638, -0.0055152, 0.0113087, 0.0485888, 0.122522, 0.255416, 0.482624", \
            "-0.115413, -0.105491, -0.0819932, -0.0301311, 0.0748264, 0.268332, 0.604456" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.0217162, 0.0238661, 0.0294364, 0.0439283, 0.0808166, 0.176349, 0.422006", \
            "0.0225764, 0.0244903, 0.0296497, 0.0439267, 0.0811149, 0.176336, 0.421934", \
            "0.0299996, 0.0314735, 0.0353725, 0.0470919, 0.0813168, 0.176235, 0.42224", \
            "0.0443798, 0.0462183, 0.0516132, 0.0639579, 0.0924011, 0.177844, 0.421804", \
            "0.0704563, 0.0731009, 0.0799932, 0.0962788, 0.131623, 0.205929, 0.425068", \
            "0.116953, 0.12053, 0.129826, 0.151377, 0.19957, 0.293875, 0.487456", \
            "0.203935, 0.208904, 0.222002, 0.251764, 0.316752, 0.445481, 0.689452" \
          );
        }
      }
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.0504813, 0.0565869, 0.0716625, 0.109264, 0.202329, 0.43652, 1.03944", \
            "0.0525823, 0.0584116, 0.0736608, 0.111434, 0.205059, 0.440599, 1.04396", \
            "0.0629589, 0.0685253, 0.0830191, 0.120262, 0.213712, 0.450557, 1.05473", \
            "0.0905207, 0.0968269, 0.110621, 0.145949, 0.238333, 0.475438, 1.08042", \
            "0.137455, 0.14628, 0.166046, 0.210635, 0.301308, 0.535752, 1.14047", \
            "0.222308, 0.233985, 0.262071, 0.324339, 0.448597, 0.683595, 1.28403", \
            "0.397617, 0.412328, 0.44779, 0.53156, 0.700229, 1.02505, 1.63336" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.083779, 0.0913286, 0.110709, 0.160546, 0.288755, 0.617307, 1.46229", \
            "0.0836572, 0.091211, 0.110693, 0.160589, 0.288157, 0.617435, 1.46319", \
            "0.0838212, 0.0909627, 0.110513, 0.160525, 0.288556, 0.61762, 1.4629", \
            "0.0952971, 0.101207, 0.117047, 0.161933, 0.288497, 0.617799, 1.46358", \
            "0.127997, 0.134486, 0.148353, 0.185654, 0.295064, 0.617234, 1.46528", \
            "0.17494, 0.183148, 0.203886, 0.253067, 0.354559, 0.635511, 1.46394", \
            "0.260052, 0.269294, 0.293159, 0.357235, 0.494862, 0.771396, 1.49782" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.0183013, 0.0198863, 0.0239647, 0.0341621, 0.0597845, 0.124808, 0.289873", \
            "0.0215654, 0.0231971, 0.027301, 0.0375155, 0.063255, 0.128311, 0.293417", \
            "0.0260908, 0.0286582, 0.0338384, 0.0455239, 0.0711529, 0.136283, 0.301424", \
            "0.0270725, 0.0307157, 0.0389507, 0.0560231, 0.0893179, 0.155055, 0.320014", \
            "0.0174304, 0.0224403, 0.0343311, 0.0600833, 0.109465, 0.195986, 0.363066", \
            "-0.0208587, -0.0137872, 0.003087, 0.0396522, 0.111681, 0.24105, 0.459202", \
            "-0.133131, -0.123397, -0.100385, -0.0483054, 0.0547755, 0.243636, 0.570572" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.0195049, 0.021503, 0.0267332, 0.0401712, 0.074597, 0.163258, 0.391656", \
            "0.020389, 0.0222101, 0.0270424, 0.0402248, 0.0746331, 0.163353, 0.391772", \
            "0.0278901, 0.0293336, 0.0331641, 0.0437911, 0.0750996, 0.16347, 0.391766", \
            "0.0417485, 0.0438234, 0.0488263, 0.0609129, 0.0874667, 0.165527, 0.39231", \
            "0.0669426, 0.0693943, 0.0763484, 0.0921605, 0.125535, 0.195569, 0.396189", \
            "0.111987, 0.115688, 0.124822, 0.146006, 0.19206, 0.283298, 0.465233", \
            "0.196457, 0.201762, 0.216062, 0.245659, 0.308221, 0.432482, 0.668497" \
          );
        }
      }
      timing () {
        related_pin : "S";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.101773, 0.107278, 0.121366, 0.157135, 0.248248, 0.483988, 1.0854", \
            "0.105208, 0.110733, 0.124863, 0.160842, 0.251955, 0.486094, 1.08834", \
            "0.112725, 0.118278, 0.132372, 0.168247, 0.259647, 0.493913, 1.09645", \
            "0.120842, 0.126361, 0.140537, 0.176607, 0.268106, 0.502617, 1.10502", \
            "0.122954, 0.128518, 0.142676, 0.178794, 0.270365, 0.50573, 1.11396", \
            "0.105897, 0.111492, 0.125641, 0.161635, 0.253455, 0.490133, 1.09263", \
            "0.0330514, 0.0390075, 0.053864, 0.090433, 0.182323, 0.417042, 1.02201" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.069848, 0.0772814, 0.0967583, 0.146761, 0.275417, 0.606929, 1.4528", \
            "0.0699137, 0.0773971, 0.0967559, 0.147256, 0.274953, 0.60494, 1.45163", \
            "0.0698683, 0.0775059, 0.0967224, 0.146837, 0.275355, 0.604033, 1.45186", \
            "0.0699935, 0.0775832, 0.0969666, 0.146942, 0.274721, 0.606028, 1.45188", \
            "0.0704362, 0.0778687, 0.0970362, 0.147149, 0.275443, 0.606221, 1.4582", \
            "0.0720388, 0.0792935, 0.0980759, 0.147196, 0.275817, 0.605952, 1.45618", \
            "0.0786127, 0.0854501, 0.103533, 0.150725, 0.276742, 0.606419, 1.45594" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.077381, 0.0793682, 0.0841558, 0.0957357, 0.123539, 0.192363, 0.368006", \
            "0.0818311, 0.0837771, 0.0886205, 0.100201, 0.128006, 0.196804, 0.372498", \
            "0.0938269, 0.0958353, 0.100703, 0.112238, 0.140055, 0.208939, 0.384407", \
            "0.122529, 0.124588, 0.129381, 0.141063, 0.16893, 0.237792, 0.413519", \
            "0.172799, 0.174986, 0.180246, 0.192595, 0.221011, 0.29016, 0.465715", \
            "0.256606, 0.259303, 0.265278, 0.279283, 0.308848, 0.378841, 0.554554", \
            "0.41379, 0.416911, 0.424309, 0.440841, 0.47466, 0.546297, 0.722444" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.0241049, 0.0260657, 0.0312787, 0.044907, 0.0808067, 0.17518, 0.421192", \
            "0.0240529, 0.0261042, 0.0312931, 0.0448862, 0.0807347, 0.175354, 0.420525", \
            "0.024038, 0.0260834, 0.0313148, 0.0448731, 0.0807608, 0.175187, 0.421071", \
            "0.024607, 0.0266207, 0.0316764, 0.0451177, 0.0807806, 0.175401, 0.42061", \
            "0.0281656, 0.0299813, 0.0347252, 0.0475426, 0.082119, 0.175547, 0.420948", \
            "0.0345468, 0.0363986, 0.0412836, 0.053167, 0.0854876, 0.17668, 0.420722", \
            "0.044469, 0.0465067, 0.0516561, 0.0632548, 0.0940211, 0.18017, 0.421332" \
          );
        }
      }
      timing () {
        related_pin : "S";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.0845707, 0.0902645, 0.104548, 0.140383, 0.231092, 0.464607, 1.06027", \
            "0.0890133, 0.0947167, 0.109114, 0.145155, 0.23621, 0.4683, 1.06824", \
            "0.0996436, 0.105344, 0.119701, 0.155787, 0.246983, 0.480464, 1.07709", \
            "0.122533, 0.128192, 0.142556, 0.178566, 0.269771, 0.503539, 1.10048", \
            "0.166098, 0.172907, 0.189639, 0.229318, 0.321032, 0.554436, 1.15159", \
            "0.250826, 0.25953, 0.280458, 0.329096, 0.435622, 0.673898, 1.27092", \
            "0.430559, 0.441351, 0.468275, 0.529831, 0.662028, 0.940603, 1.55274" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.0737606, 0.0810397, 0.100144, 0.149115, 0.276222, 0.60526, 1.45043", \
            "0.0736385, 0.0811474, 0.10015, 0.149525, 0.275919, 0.603095, 1.45005", \
            "0.0738347, 0.081108, 0.100212, 0.149103, 0.27682, 0.605312, 1.44744", \
            "0.076777, 0.0837986, 0.102225, 0.15005, 0.276164, 0.605377, 1.45033", \
            "0.0927722, 0.0997412, 0.116842, 0.160174, 0.280122, 0.605359, 1.45119", \
            "0.127249, 0.134811, 0.153408, 0.198438, 0.310231, 0.61388, 1.44814", \
            "0.185844, 0.194838, 0.216506, 0.2689, 0.394163, 0.685304, 1.47036" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.0260816, 0.0278355, 0.0322397, 0.0429068, 0.0686901, 0.133332, 0.298483", \
            "0.0286999, 0.0304464, 0.0348424, 0.0455437, 0.071362, 0.135979, 0.301446", \
            "0.0333854, 0.0352852, 0.0399864, 0.0510891, 0.0770747, 0.141779, 0.307353", \
            "0.037517, 0.0401026, 0.046288, 0.0603106, 0.089311, 0.154975, 0.320771", \
            "0.0321301, 0.0359052, 0.0450597, 0.0654503, 0.105322, 0.181999, 0.350758", \
            "-0.0023422, 0.003179, 0.0165391, 0.0466063, 0.105448, 0.213727, 0.414031", \
            "-0.112017, -0.103923, -0.0844629, -0.0403223, 0.0465222, 0.205615, 0.487706" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.0206189, 0.0226597, 0.0277475, 0.0408758, 0.0748117, 0.163111, 0.391717", \
            "0.0206922, 0.0226514, 0.0277149, 0.040884, 0.0747585, 0.163263, 0.391609", \
            "0.0236842, 0.0254719, 0.029988, 0.0422456, 0.0751122, 0.163259, 0.391762", \
            "0.0329765, 0.0349562, 0.0398169, 0.0513963, 0.0805939, 0.164097, 0.391782", \
            "0.0513833, 0.0540439, 0.0603036, 0.0741098, 0.104587, 0.179476, 0.394512", \
            "0.0846706, 0.0882323, 0.0969302, 0.115943, 0.154955, 0.23653, 0.432021", \
            "0.146789, 0.15216, 0.164406, 0.190352, 0.24407, 0.349939, 0.564332" \
          );
        }
      }
      internal_power () {
        related_pin : "A0";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.0144899, 0.0161469, 0.0203014, 0.0305859, 0.0561212, 0.121086, 0.287989", \
            "0.0137515, 0.0153657, 0.0194958, 0.0298839, 0.0557528, 0.120963, 0.288285", \
            "0.0132328, 0.0147784, 0.0187836, 0.0290595, 0.0550253, 0.120575, 0.287894", \
            "0.0134323, 0.0149162, 0.0187771, 0.02867, 0.0543427, 0.119991, 0.287448", \
            "0.0147713, 0.016176, 0.0198011, 0.0294598, 0.0542097, 0.119234, 0.287046", \
            "0.0191581, 0.0204185, 0.024661, 0.0329277, 0.0570321, 0.121047, 0.287401", \
            "0.0296676, 0.0308141, 0.0340606, 0.0429288, 0.0672039, 0.126792, 0.290816" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.0077738, 0.006369, 0.0026686, -0.0070638, -0.0324509, -0.0981209, -0.267371", \
            "0.0076138, 0.0062356, 0.0025781, -0.0070325, -0.0322921, -0.0978909, -0.267087", \
            "0.0073857, 0.0060547, 0.002431, -0.0070858, -0.0322146, -0.0976815, -0.266806", \
            "0.0072111, 0.0057841, 0.0021666, -0.0073814, -0.0324615, -0.0978052, -0.266813", \
            "0.0085832, 0.0070545, 0.0028628, -0.0072341, -0.0323154, -0.0977075, -0.266691", \
            "0.0122283, 0.0104758, 0.0064918, -0.0045711, -0.0307864, -0.0970573, -0.266434", \
            "0.0240484, 0.0220403, 0.017178, 0.0056364, -0.0234943, -0.0922984, -0.263759" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.0155396, 0.0172526, 0.0214217, 0.0317516, 0.0573551, 0.122455, 0.289352", \
            "0.01471, 0.0163157, 0.0205169, 0.0309671, 0.0568758, 0.122267, 0.289322", \
            "0.014326, 0.015868, 0.0198625, 0.0301495, 0.0561902, 0.121825, 0.289072", \
            "0.0145509, 0.0160574, 0.0198825, 0.0298513, 0.055556, 0.121162, 0.288733", \
            "0.0158538, 0.0172707, 0.0209194, 0.0305911, 0.0552405, 0.120324, 0.288187", \
            "0.0203695, 0.0215956, 0.0249308, 0.0342486, 0.0587128, 0.121314, 0.287811", \
            "0.0298144, 0.0309033, 0.0344619, 0.0455918, 0.0674775, 0.130694, 0.290856" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.007945, 0.00654, 0.0028521, -0.0068781, -0.0322812, -0.0979619, -0.267199", \
            "0.0077239, 0.0063576, 0.0027053, -0.0069058, -0.0321678, -0.0977841, -0.266983", \
            "0.0073541, 0.0060084, 0.0024391, -0.0070325, -0.0321979, -0.0976728, -0.266801", \
            "0.0071623, 0.0057358, 0.0021134, -0.0072865, -0.0324234, -0.0977821, -0.266836", \
            "0.0081739, 0.0066078, 0.0027211, -0.0073171, -0.032586, -0.0977666, -0.266767", \
            "0.0117957, 0.010064, 0.0057379, -0.0048957, -0.0310879, -0.0972986, -0.266251", \
            "0.0229445, 0.0210418, 0.0161017, 0.004496, -0.0243866, -0.0928824, -0.264146" \
          );
        }
      }
      internal_power () {
        related_pin : "S";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.0242692, 0.0257692, 0.0295996, 0.0394491, 0.0646679, 0.130203, 0.296371", \
            "0.0240078, 0.0255226, 0.0293911, 0.0392438, 0.0644963, 0.129308, 0.296526", \
            "0.0238078, 0.025309, 0.0291912, 0.0390986, 0.0644262, 0.129393, 0.296308", \
            "0.0229339, 0.024433, 0.0283171, 0.0382376, 0.0636081, 0.12857, 0.295676", \
            "0.0224546, 0.0239896, 0.0278731, 0.0377419, 0.0631267, 0.12812, 0.295314", \
            "0.0224757, 0.0239805, 0.0278202, 0.0373373, 0.0626976, 0.127522, 0.294561", \
            "0.0238247, 0.0253906, 0.0291746, 0.0391003, 0.0645077, 0.128883, 0.296322" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
          values ( \
            "0.0135868, 0.0121407, 0.0084067, -0.0013837, -0.0268042, -0.0924228, -0.261538", \
            "0.0133653, 0.0119377, 0.0081988, -0.0015639, -0.0269758, -0.0926255, -0.261732", \
            "0.0135233, 0.0120879, 0.0083837, -0.0013786, -0.0267747, -0.092381, -0.261527", \
            "0.0129228, 0.0115095, 0.0077885, -0.0019521, -0.0272873, -0.0929132, -0.262004", \
            "0.0119165, 0.0106246, 0.0070812, -0.0024871, -0.0278163, -0.0933979, -0.262506", \
            "0.0116435, 0.0101837, 0.0063524, -0.0034979, -0.0288559, -0.0935193, -0.262647", \
            "0.0132777, 0.0117626, 0.0078854, -0.0020974, -0.0275578, -0.0933408, -0.261547" \
          );
        }
      }
    }
    pin (A0) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004331;
      rise_capacitance : 0.004579;
      rise_capacitance_range (0.004579, 0.004579);
      fall_capacitance : 0.004083;
      fall_capacitance_range (0.004083, 0.004083);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0069345, -0.007026, -0.0072372, -0.0072419, -0.0072526, -0.0072774, -0.0073343" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0112025, 0.0112009, 0.0111971, 0.0111996, 0.0112051, 0.011218, 0.0112477" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004198;
      rise_capacitance : 0.004462;
      rise_capacitance_range (0.004462, 0.004462);
      fall_capacitance : 0.003934;
      fall_capacitance_range (0.003934, 0.003934);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0068786, -0.0069261, -0.0070358, -0.007028, -0.00701, -0.0069685, -0.006873" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0106992, 0.0106929, 0.0106782, 0.010681, 0.0106875, 0.0107022, 0.0107363" \
          );
        }
      }
    }
    pin (S) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.006445;
      rise_capacitance : 0.006747;
      rise_capacitance_range (0.006747, 0.006747);
      fall_capacitance : 0.006143;
      fall_capacitance_range (0.006143, 0.006143);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0003091, -0.0004345, -0.0007235, -0.0001338, 0.0012255, 0.004359, 0.0115818" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0245582, 0.0243639, 0.023916, 0.0245003, 0.0258471, 0.0289516, 0.0361078" \
          );
        }
      }
    }
  }
  cell (scs8hd_mux2i_4) {
    area : 22.5216;
    cell_footprint : "mux2i";
    cell_leakage_power : 0.031727;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0063613;
      when : "!A0&!A1&S";
    }
    leakage_power () {
      value : 0.0382631;
      when : "!A0&!A1&!S";
    }
    leakage_power () {
      value : 0.0326304;
      when : "!A0&A1&S";
    }
    leakage_power () {
      value : 0.0002605;
      when : "!A0&A1&!S";
    }
    leakage_power () {
      value : 0.0064807;
      when : "A0&!A1&S";
    }
    leakage_power () {
      value : 0.026451;
      when : "A0&!A1&!S";
    }
    leakage_power () {
      value : 0.0937717;
      when : "A0&A1&S";
    }
    leakage_power () {
      value : 0.0495977;
      when : "A0&A1&!S";
    }
    leakage_power () {
      value : 0.031727;
    }
    pin (Y) {
      direction : output;
      function : "(!A0&!S) | (!A1&S)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.253611;
      max_transition : 1.49527;
      timing () {
        related_pin : "A0";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0474647, 0.0515409, 0.0631434, 0.0937874, 0.17607, 0.399494, 1.03081", \
            "0.0494919, 0.0536096, 0.0648626, 0.0954857, 0.178278, 0.403416, 1.03538", \
            "0.0596301, 0.0634071, 0.0740813, 0.103856, 0.186357, 0.413427, 1.0459", \
            "0.0863289, 0.090663, 0.102, 0.129911, 0.210558, 0.437021, 1.0717", \
            "0.131553, 0.137589, 0.153737, 0.192711, 0.27501, 0.498456, 1.13163", \
            "0.216986, 0.224723, 0.24683, 0.299064, 0.414132, 0.649016, 1.27632", \
            "0.395191, 0.405059, 0.431074, 0.498464, 0.652937, 0.979946, 1.62562" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0840832, 0.0891193, 0.103208, 0.142911, 0.254771, 0.569509, 1.46361", \
            "0.0839478, 0.0889902, 0.103213, 0.14299, 0.255063, 0.569563, 1.45953", \
            "0.0842314, 0.0889393, 0.102852, 0.142926, 0.254965, 0.56994, 1.45948", \
            "0.0961501, 0.0999565, 0.111283, 0.14581, 0.254727, 0.569686, 1.46019", \
            "0.127787, 0.132373, 0.143228, 0.17248, 0.264979, 0.572219, 1.46082", \
            "0.171722, 0.177413, 0.192823, 0.233932, 0.328949, 0.593981, 1.46088", \
            "0.256097, 0.261656, 0.278522, 0.327141, 0.456758, 0.73523, 1.49527" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0170662, 0.0181468, 0.0210933, 0.0289834, 0.0508069, 0.111178, 0.279235", \
            "0.0203859, 0.0214291, 0.0243684, 0.0323627, 0.05423, 0.114716, 0.282808", \
            "0.0243437, 0.0260882, 0.0300962, 0.0399488, 0.0621918, 0.122731, 0.29087", \
            "0.0245266, 0.0270609, 0.0331283, 0.0479068, 0.0788331, 0.141582, 0.309565", \
            "0.0129119, 0.0163972, 0.0256393, 0.0472435, 0.0934526, 0.180105, 0.352493", \
            "-0.0277019, -0.0230542, -0.0106085, 0.0203612, 0.0871806, 0.215157, 0.446797", \
            "-0.144964, -0.138439, -0.121632, -0.0788353, 0.0168426, 0.204642, 0.54882" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0192006, 0.0204809, 0.0241621, 0.0346086, 0.0642247, 0.147967, 0.384364", \
            "0.0202824, 0.0213699, 0.024657, 0.0345809, 0.0642276, 0.147978, 0.384495", \
            "0.0277237, 0.0287399, 0.0313442, 0.0393203, 0.0652784, 0.147842, 0.384454", \
            "0.040741, 0.0421434, 0.0457214, 0.0555263, 0.0794629, 0.151072, 0.3846", \
            "0.0654661, 0.0670424, 0.0721206, 0.0852863, 0.115546, 0.18433, 0.390061", \
            "0.111179, 0.113429, 0.120192, 0.136953, 0.177729, 0.268654, 0.45965", \
            "0.194885, 0.198128, 0.209648, 0.23277, 0.288358, 0.410897, 0.659964" \
          );
        }
      }
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0449011, 0.0489959, 0.0596693, 0.0882015, 0.165189, 0.379611, 0.978803", \
            "0.047132, 0.0510002, 0.0617227, 0.0908254, 0.168671, 0.383584, 0.984353", \
            "0.057576, 0.0611123, 0.071127, 0.0994734, 0.17788, 0.393016, 0.995196", \
            "0.083596, 0.087915, 0.098877, 0.12555, 0.20265, 0.417943, 1.01944", \
            "0.127609, 0.133522, 0.14902, 0.187104, 0.266363, 0.478647, 1.08114", \
            "0.211964, 0.21845, 0.23871, 0.289718, 0.402582, 0.629019, 1.22599", \
            "0.384755, 0.393297, 0.419472, 0.484629, 0.635166, 0.950828, 1.57138" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0813914, 0.0862554, 0.0998407, 0.138052, 0.245354, 0.5482, 1.40273", \
            "0.0812538, 0.0860917, 0.0997525, 0.138013, 0.245276, 0.547995, 1.40124", \
            "0.0818303, 0.0862035, 0.0992635, 0.137874, 0.245044, 0.549458, 1.40212", \
            "0.0942495, 0.0978927, 0.108455, 0.141235, 0.245013, 0.550107, 1.403", \
            "0.12512, 0.129518, 0.141068, 0.168547, 0.257634, 0.549551, 1.40147", \
            "0.17048, 0.175399, 0.190295, 0.22966, 0.322211, 0.575224, 1.40167", \
            "0.25718, 0.26254, 0.277547, 0.324811, 0.449201, 0.717671, 1.44268" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0183326, 0.019473, 0.0227892, 0.0317245, 0.0562701, 0.124156, 0.312202", \
            "0.0215153, 0.0226994, 0.0260545, 0.035085, 0.0596996, 0.127716, 0.315793", \
            "0.0259564, 0.0277167, 0.0322368, 0.0429041, 0.0677153, 0.135789, 0.32381", \
            "0.0269363, 0.0295009, 0.0360112, 0.0520867, 0.0850211, 0.15446, 0.3425", \
            "0.0174228, 0.021009, 0.0304708, 0.0536383, 0.102746, 0.195348, 0.385888", \
            "-0.0186546, -0.0137421, -0.001281, 0.0306282, 0.100825, 0.237608, 0.484557", \
            "-0.127917, -0.121277, -0.103906, -0.0598092, 0.0385894, 0.236367, 0.60144" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0237192, 0.0252211, 0.0294309, 0.041658, 0.075918, 0.173258, 0.447998", \
            "0.0245978, 0.0259211, 0.0297766, 0.0415624, 0.0758522, 0.173077, 0.44784", \
            "0.0319084, 0.0329202, 0.0359446, 0.0455644, 0.0766435, 0.17306, 0.448108", \
            "0.0454304, 0.0468971, 0.0510674, 0.0617932, 0.0893271, 0.175434, 0.448107", \
            "0.0712021, 0.0731893, 0.0782773, 0.0919252, 0.125568, 0.204913, 0.451292", \
            "0.118199, 0.120902, 0.127517, 0.145176, 0.189909, 0.288704, 0.512838", \
            "0.20588, 0.209167, 0.218772, 0.243099, 0.303553, 0.435796, 0.708898" \
          );
        }
      }
      timing () {
        related_pin : "S";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.115351, 0.118805, 0.128509, 0.155363, 0.23095, 0.441874, 1.04044", \
            "0.118944, 0.122458, 0.132155, 0.159074, 0.234285, 0.445958, 1.04543", \
            "0.127259, 0.130699, 0.140471, 0.167493, 0.243027, 0.454906, 1.05543", \
            "0.141659, 0.14512, 0.154915, 0.18207, 0.25775, 0.472935, 1.07036", \
            "0.153234, 0.156761, 0.16657, 0.193754, 0.269515, 0.482067, 1.08175", \
            "0.148251, 0.151892, 0.161902, 0.189287, 0.265372, 0.478036, 1.07676", \
            "0.0916687, 0.0955465, 0.106134, 0.134748, 0.210941, 0.423834, 1.02644" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0681829, 0.0727679, 0.0863803, 0.124622, 0.232674, 0.535031, 1.39169", \
            "0.0683665, 0.0730409, 0.0864133, 0.124537, 0.232552, 0.534954, 1.39331", \
            "0.0682671, 0.0732164, 0.0866893, 0.124974, 0.232887, 0.535106, 1.39395", \
            "0.0684966, 0.0732807, 0.0867324, 0.12471, 0.232621, 0.53773, 1.39524", \
            "0.069161, 0.0738691, 0.0871354, 0.12484, 0.232756, 0.536404, 1.3915", \
            "0.0717497, 0.0763894, 0.0893778, 0.126551, 0.232614, 0.535342, 1.39191", \
            "0.0791967, 0.0835894, 0.0960005, 0.131388, 0.234679, 0.537236, 1.39392" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.101244, 0.102629, 0.10645, 0.116227, 0.140199, 0.201777, 0.370264", \
            "0.105707, 0.107155, 0.110914, 0.120748, 0.144687, 0.206269, 0.374837", \
            "0.117569, 0.119053, 0.122925, 0.132619, 0.156654, 0.218298, 0.386773", \
            "0.14715, 0.148586, 0.152456, 0.162276, 0.186357, 0.247962, 0.416377", \
            "0.208681, 0.210151, 0.214425, 0.224906, 0.249552, 0.311511, 0.480155", \
            "0.308918, 0.310816, 0.316025, 0.328337, 0.356219, 0.420224, 0.589008", \
            "0.483271, 0.485765, 0.491795, 0.507036, 0.540093, 0.609448, 0.779995" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0280207, 0.029143, 0.0323771, 0.0415517, 0.0687775, 0.14935, 0.384166", \
            "0.0279775, 0.0291256, 0.032372, 0.0416592, 0.0687704, 0.149382, 0.384122", \
            "0.027983, 0.029074, 0.0323183, 0.0415906, 0.0686319, 0.149384, 0.384159", \
            "0.0280321, 0.029183, 0.0324119, 0.0415968, 0.0687635, 0.149375, 0.383455", \
            "0.0319211, 0.0329222, 0.035877, 0.0446184, 0.0703723, 0.149852, 0.384228", \
            "0.0409572, 0.0420229, 0.045256, 0.0539704, 0.0777957, 0.153248, 0.384324", \
            "0.0524021, 0.0540105, 0.0577018, 0.0667644, 0.0915846, 0.161464, 0.386051" \
          );
        }
      }
      timing () {
        related_pin : "S";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0817609, 0.0854649, 0.0958058, 0.124603, 0.204407, 0.428206, 1.06344", \
            "0.0859081, 0.0896376, 0.100082, 0.129133, 0.209263, 0.433641, 1.064", \
            "0.0962113, 0.099925, 0.110331, 0.139348, 0.219887, 0.444745, 1.07771", \
            "0.11842, 0.122104, 0.132403, 0.16125, 0.241628, 0.466836, 1.09879", \
            "0.15933, 0.163843, 0.176105, 0.20851, 0.290948, 0.515851, 1.15104", \
            "0.240248, 0.24587, 0.261362, 0.300889, 0.397789, 0.631625, 1.26984", \
            "0.416008, 0.423129, 0.442229, 0.491374, 0.6111, 0.885105, 1.53542" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0700723, 0.0748522, 0.0892589, 0.12901, 0.240659, 0.556826, 1.4531", \
            "0.0698195, 0.0747907, 0.0892806, 0.12876, 0.241047, 0.558011, 1.45142", \
            "0.069856, 0.0750155, 0.0888811, 0.128809, 0.241263, 0.558614, 1.44895", \
            "0.073061, 0.0778208, 0.0914543, 0.12972, 0.241305, 0.557364, 1.4513", \
            "0.0885068, 0.09316, 0.106463, 0.141769, 0.246757, 0.557825, 1.45013", \
            "0.120968, 0.125912, 0.140188, 0.1782, 0.279405, 0.570378, 1.45268", \
            "0.17912, 0.18491, 0.201251, 0.244524, 0.357101, 0.645783, 1.47182" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0264292, 0.0276924, 0.0310824, 0.0402561, 0.0650412, 0.132317, 0.320559", \
            "0.0288316, 0.030072, 0.0334656, 0.0426296, 0.0674255, 0.134757, 0.323205", \
            "0.0330964, 0.0344131, 0.038077, 0.0476163, 0.0725367, 0.140002, 0.328232", \
            "0.0366842, 0.0384858, 0.0432236, 0.0549053, 0.0829068, 0.151669, 0.340401", \
            "0.0308274, 0.0334039, 0.0401843, 0.0572065, 0.0955791, 0.175688, 0.367653", \
            "-0.0041896, -0.0004584, 0.0095101, 0.0343637, 0.0905764, 0.203003, 0.425443", \
            "-0.114129, -0.108734, -0.0942414, -0.0580015, 0.0241696, 0.188476, 0.497153" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0226752, 0.0241792, 0.028401, 0.0405353, 0.0746201, 0.171697, 0.447724", \
            "0.0226267, 0.024082, 0.0282979, 0.0404344, 0.0745903, 0.171665, 0.447568", \
            "0.0255166, 0.026801, 0.0305984, 0.0418687, 0.0749177, 0.171764, 0.44778", \
            "0.0340086, 0.0353496, 0.0391599, 0.0501908, 0.0810118, 0.172849, 0.447909", \
            "0.0514874, 0.0532227, 0.0582758, 0.0708454, 0.103253, 0.188179, 0.449868", \
            "0.0843593, 0.0867518, 0.093253, 0.110178, 0.149676, 0.241442, 0.481835", \
            "0.145957, 0.149576, 0.159388, 0.182888, 0.235644, 0.349946, 0.605916" \
          );
        }
      }
      internal_power () {
        related_pin : "A0";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.024673, 0.0267199, 0.0322762, 0.0469986, 0.0867014, 0.195991, 0.503074", \
            "0.0233387, 0.0252882, 0.0307099, 0.045595, 0.0856544, 0.19559, 0.503067", \
            "0.0224675, 0.0243101, 0.0294827, 0.0439879, 0.0840227, 0.194692, 0.502582", \
            "0.0229898, 0.0247435, 0.0295944, 0.0434743, 0.0826714, 0.193279, 0.501947", \
            "0.0254565, 0.0270662, 0.0317111, 0.0449133, 0.0832621, 0.192177, 0.500727", \
            "0.0334996, 0.0348391, 0.0390395, 0.0517138, 0.0883134, 0.195504, 0.501161", \
            "0.0530601, 0.0542652, 0.057933, 0.0701788, 0.105013, 0.209615, 0.509094" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0119204, 0.0103181, 0.0057403, -0.0076179, -0.0462559, -0.156324, -0.467684", \
            "0.0116509, 0.010073, 0.0055728, -0.0076228, -0.0459202, -0.155836, -0.467102", \
            "0.0114045, 0.0097346, 0.0053524, -0.0076617, -0.0457698, -0.155346, -0.466448", \
            "0.0110788, 0.0094131, 0.0046882, -0.0084215, -0.046319, -0.155645, -0.466484", \
            "0.0127732, 0.0109869, 0.0059746, -0.0078806, -0.0464255, -0.155421, -0.466317", \
            "0.0210597, 0.0190466, 0.0135813, -0.0024461, -0.0430897, -0.153568, -0.46529", \
            "0.0411521, 0.0388725, 0.032451, 0.0156183, -0.0273816, -0.14556, -0.460952" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0275306, 0.0295128, 0.0350148, 0.0496328, 0.0889318, 0.198099, 0.505462", \
            "0.0260569, 0.0279918, 0.0334261, 0.0483221, 0.0881287, 0.197802, 0.505223", \
            "0.0252576, 0.0271136, 0.0322185, 0.0467628, 0.0868853, 0.197056, 0.505045", \
            "0.0255203, 0.0273563, 0.0322968, 0.0460304, 0.0856299, 0.19601, 0.50467", \
            "0.027982, 0.0296009, 0.0342145, 0.0475883, 0.0860396, 0.194515, 0.503346", \
            "0.03584, 0.037572, 0.0418006, 0.0540955, 0.0929924, 0.197177, 0.503632", \
            "0.0559164, 0.0572786, 0.0609093, 0.0723581, 0.107026, 0.213627, 0.510441" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0139244, 0.0122979, 0.007666, -0.0058005, -0.044569, -0.154704, -0.46607", \
            "0.0134859, 0.0119078, 0.0073571, -0.0058931, -0.0443796, -0.154343, -0.465616", \
            "0.0129917, 0.0113506, 0.0068372, -0.0062528, -0.0444377, -0.154105, -0.465224", \
            "0.0124675, 0.010824, 0.006323, -0.0069409, -0.0449951, -0.154417, -0.465296", \
            "0.0144445, 0.0126508, 0.0073088, -0.0066058, -0.0451597, -0.154568, -0.465318", \
            "0.021422, 0.0194349, 0.0142409, -0.001349, -0.041922, -0.153298, -0.464845", \
            "0.0426313, 0.0402946, 0.0338627, 0.0169699, -0.0258739, -0.144583, -0.460405" \
          );
        }
      }
      internal_power () {
        related_pin : "S";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0452291, 0.0469509, 0.0517602, 0.0653184, 0.103583, 0.211949, 0.51881", \
            "0.0448707, 0.0466087, 0.0514702, 0.0651022, 0.103362, 0.212099, 0.518713", \
            "0.0444741, 0.0461894, 0.0510675, 0.0647523, 0.103196, 0.211939, 0.518679", \
            "0.0434114, 0.045147, 0.0500474, 0.0638083, 0.102421, 0.211292, 0.518001", \
            "0.042855, 0.0445912, 0.0495162, 0.0632402, 0.101895, 0.210666, 0.518107", \
            "0.0428344, 0.0445424, 0.0494151, 0.0627771, 0.101127, 0.209914, 0.517255", \
            "0.0440611, 0.0457774, 0.0505768, 0.0643359, 0.103029, 0.210511, 0.517325" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
          values ( \
            "0.0242954, 0.0226234, 0.0179102, 0.0046035, -0.0339802, -0.14405, -0.455319", \
            "0.0241576, 0.0224895, 0.0177922, 0.0045234, -0.0340823, -0.144176, -0.455479", \
            "0.0242385, 0.0226481, 0.0179615, 0.0046561, -0.0338686, -0.143908, -0.455131", \
            "0.023608, 0.0219739, 0.0173362, 0.0040899, -0.0344852, -0.144523, -0.45563", \
            "0.0227025, 0.0210136, 0.0164353, 0.0032321, -0.0351433, -0.145141, -0.456325", \
            "0.0226654, 0.020911, 0.0160511, 0.0018948, -0.0360697, -0.145066, -0.456698", \
            "0.024311, 0.022601, 0.017604, 0.0035356, -0.0356653, -0.146387, -0.456369" \
          );
        }
      }
    }
    pin (A0) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008099;
      rise_capacitance : 0.008604;
      rise_capacitance_range (0.008604, 0.008604);
      fall_capacitance : 0.007594;
      fall_capacitance_range (0.007594, 0.007594);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0123451, -0.0125456, -0.0130079, -0.013011, -0.0130182, -0.0130348, -0.013073" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0217323, 0.0217286, 0.0217201, 0.021716, 0.0217068, 0.0216858, 0.0216372" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008248;
      rise_capacitance : 0.0087;
      rise_capacitance_range (0.0087, 0.0087);
      fall_capacitance : 0.007797;
      fall_capacitance_range (0.007797, 0.007797);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0141915, -0.0142945, -0.014532, -0.0145224, -0.0145003, -0.0144493, -0.0143317" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0207014, 0.0206958, 0.0206829, 0.0206825, 0.0206816, 0.0206795, 0.0206749" \
          );
        }
      }
    }
    pin (S) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.011141;
      rise_capacitance : 0.011603;
      rise_capacitance_range (0.011603, 0.011603);
      fall_capacitance : 0.010679;
      fall_capacitance_range (0.010679, 0.010679);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.001792, -0.0019131, -0.0021922, -0.0017117, -0.000604, 0.0019494, 0.0078352" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0420502, 0.0418038, 0.0412362, 0.0417685, 0.0429955, 0.0458242, 0.0523443" \
          );
        }
      }
    }
  }
  cell (scs8hd_mux4_1) {
    area : 26.2752;
    cell_footprint : "mux4";
    cell_leakage_power : 0.0034677;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0065687;
      when : "!A0&!A1&!A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0065738;
      when : "!A0&!A1&!A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0065413;
      when : "!A0&!A1&!A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0065465;
      when : "!A0&!A1&!A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0066466;
      when : "!A0&!A1&!A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0066518;
      when : "!A0&!A1&!A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0003414;
      when : "!A0&!A1&!A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0066024;
      when : "!A0&!A1&!A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0003665;
      when : "!A0&!A1&A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0066275;
      when : "!A0&!A1&A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0066188;
      when : "!A0&!A1&A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.006624;
      when : "!A0&!A1&A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0003567;
      when : "!A0&!A1&A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0066177;
      when : "!A0&!A1&A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0003274;
      when : "!A0&!A1&A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0065884;
      when : "!A0&!A1&A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.006642;
      when : "!A0&A1&!A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0066472;
      when : "!A0&A1&!A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0065954;
      when : "!A0&A1&!A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0003431;
      when : "!A0&A1&!A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.00672;
      when : "!A0&A1&!A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0067251;
      when : "!A0&A1&!A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0002129;
      when : "!A0&A1&!A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0002181;
      when : "!A0&A1&!A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0004398;
      when : "!A0&A1&A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0067009;
      when : "!A0&A1&A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0066729;
      when : "!A0&A1&A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0004206;
      when : "!A0&A1&A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0004301;
      when : "!A0&A1&A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0066911;
      when : "!A0&A1&A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0001989;
      when : "!A0&A1&A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0002041;
      when : "!A0&A1&A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0065991;
      when : "A0&!A1&!A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0003468;
      when : "A0&!A1&!A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0066525;
      when : "A0&!A1&!A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0066577;
      when : "A0&!A1&!A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0066771;
      when : "A0&!A1&!A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0004247;
      when : "A0&!A1&!A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0004526;
      when : "A0&!A1&!A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0067136;
      when : "A0&!A1&!A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0002144;
      when : "A0&!A1&A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0002196;
      when : "A0&!A1&A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.00673;
      when : "A0&!A1&A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0067352;
      when : "A0&!A1&A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0002046;
      when : "A0&!A1&A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0002098;
      when : "A0&!A1&A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0004386;
      when : "A0&!A1&A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0066996;
      when : "A0&!A1&A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0065826;
      when : "A0&A1&!A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0003303;
      when : "A0&A1&!A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0065786;
      when : "A0&A1&!A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0003263;
      when : "A0&A1&!A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0066605;
      when : "A0&A1&!A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0004082;
      when : "A0&A1&!A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0001961;
      when : "A0&A1&!A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0002013;
      when : "A0&A1&!A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0001978;
      when : "A0&A1&A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.000203;
      when : "A0&A1&A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0066561;
      when : "A0&A1&A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0004038;
      when : "A0&A1&A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0001881;
      when : "A0&A1&A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0001933;
      when : "A0&A1&A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0001821;
      when : "A0&A1&A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0001873;
      when : "A0&A1&A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0034677;
    }
    pin (X) {
      direction : output;
      function : "(A0&!S0&!S1) | (A1&S0&!S1) | (A2&!S0&S1) | (A3&S0&S1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.207835;
      max_transition : 1.50225;
      timing () {
        related_pin : "A0";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.103786, 0.110665, 0.126345, 0.161905, 0.249855, 0.485086, 1.12671", \
            "0.107111, 0.113995, 0.129725, 0.165189, 0.252975, 0.489012, 1.13051", \
            "0.114191, 0.121049, 0.136697, 0.172247, 0.260127, 0.495358, 1.13695", \
            "0.128984, 0.13585, 0.151493, 0.18697, 0.274918, 0.509565, 1.15291", \
            "0.15228, 0.159641, 0.176006, 0.211896, 0.300018, 0.534677, 1.17726", \
            "0.171981, 0.180458, 0.19876, 0.23677, 0.325531, 0.560371, 1.20242", \
            "0.154777, 0.165042, 0.187488, 0.231395, 0.322968, 0.558451, 1.19989" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0217824, 0.0282695, 0.0446815, 0.088114, 0.210826, 0.553635, 1.49734", \
            "0.0216928, 0.0282802, 0.0446561, 0.0881398, 0.210325, 0.554489, 1.49702", \
            "0.0218004, 0.0282835, 0.0446371, 0.0880862, 0.210637, 0.554066, 1.49524", \
            "0.021783, 0.0283271, 0.0446716, 0.0881778, 0.210448, 0.55417, 1.4981", \
            "0.0237913, 0.0304095, 0.0466692, 0.0894688, 0.210907, 0.554031, 1.49641", \
            "0.0287053, 0.0361633, 0.0524338, 0.093486, 0.212668, 0.55437, 1.49601", \
            "0.0372861, 0.0463842, 0.064338, 0.105208, 0.217816, 0.554758, 1.49273" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.233774, 0.24348, 0.265012, 0.305878, 0.379138, 0.521375, 0.848993", \
            "0.238227, 0.248025, 0.269417, 0.310538, 0.383514, 0.525975, 0.853434", \
            "0.248459, 0.258257, 0.279645, 0.320763, 0.393741, 0.536204, 0.863663", \
            "0.270207, 0.280113, 0.301484, 0.342525, 0.415476, 0.557909, 0.88526", \
            "0.318678, 0.328425, 0.349936, 0.390952, 0.464102, 0.60645, 0.934143", \
            "0.418849, 0.428927, 0.451468, 0.494101, 0.569514, 0.712965, 1.04079", \
            "0.605658, 0.616762, 0.640769, 0.688277, 0.770326, 0.920588, 1.25205" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0475978, 0.0550598, 0.0690763, 0.0972763, 0.151364, 0.290621, 0.687071", \
            "0.0476059, 0.0545786, 0.06969, 0.0964304, 0.151843, 0.290794, 0.686418", \
            "0.0476026, 0.0545905, 0.0695654, 0.0964056, 0.151851, 0.290822, 0.686551", \
            "0.0478705, 0.0549278, 0.0692126, 0.0959138, 0.151757, 0.291096, 0.688097", \
            "0.047785, 0.0549192, 0.0692347, 0.0969059, 0.151596, 0.290026, 0.686063", \
            "0.0521032, 0.0597378, 0.0748451, 0.102148, 0.156273, 0.29258, 0.689335", \
            "0.0620345, 0.0697336, 0.0862249, 0.116287, 0.170076, 0.305519, 0.695448" \
          );
        }
      }
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.10944, 0.116613, 0.132848, 0.169221, 0.257666, 0.492541, 1.13472", \
            "0.112943, 0.120158, 0.136375, 0.172748, 0.261235, 0.497554, 1.13699", \
            "0.120354, 0.127483, 0.143704, 0.180099, 0.268604, 0.50373, 1.14403", \
            "0.135699, 0.142865, 0.159119, 0.195351, 0.283665, 0.519775, 1.16053", \
            "0.16053, 0.168075, 0.18485, 0.221823, 0.310442, 0.546931, 1.18738", \
            "0.184222, 0.192856, 0.211523, 0.250579, 0.340093, 0.575095, 1.21665", \
            "0.175308, 0.185791, 0.208727, 0.253558, 0.346394, 0.581692, 1.2218" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0225789, 0.0293948, 0.0461136, 0.089578, 0.211538, 0.555098, 1.49831", \
            "0.0226604, 0.0293841, 0.0460653, 0.0895614, 0.211385, 0.555106, 1.49481", \
            "0.02269, 0.0293994, 0.0460881, 0.0896309, 0.211527, 0.554739, 1.49619", \
            "0.0227421, 0.029474, 0.0462121, 0.0897139, 0.211458, 0.555589, 1.49442", \
            "0.0243627, 0.0312463, 0.0479161, 0.0908507, 0.211993, 0.555251, 1.49478", \
            "0.0293881, 0.036394, 0.0535099, 0.0951818, 0.213565, 0.554731, 1.49278", \
            "0.0380001, 0.0467669, 0.0656674, 0.106878, 0.218782, 0.554902, 1.49355" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.242225, 0.252222, 0.27357, 0.314799, 0.387767, 0.530427, 0.858018", \
            "0.246817, 0.256673, 0.277848, 0.319478, 0.392761, 0.535163, 0.862925", \
            "0.257173, 0.267125, 0.288564, 0.329758, 0.403024, 0.545545, 0.873233", \
            "0.278713, 0.288485, 0.310032, 0.351292, 0.424353, 0.567033, 0.894652", \
            "0.326905, 0.33674, 0.358049, 0.399562, 0.473001, 0.615473, 0.943272", \
            "0.427572, 0.437724, 0.460151, 0.502912, 0.577807, 0.721366, 1.04926", \
            "0.612618, 0.623608, 0.647878, 0.695367, 0.777567, 0.927355, 1.25888" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0486671, 0.0557613, 0.0696112, 0.0981407, 0.152602, 0.291334, 0.68785", \
            "0.0483651, 0.0552628, 0.069871, 0.096845, 0.151527, 0.290861, 0.686535", \
            "0.0485228, 0.0555981, 0.0703211, 0.0971846, 0.15175, 0.290988, 0.688249", \
            "0.0483502, 0.0557603, 0.0697377, 0.0975754, 0.152495, 0.29145, 0.688815", \
            "0.0487625, 0.0557525, 0.0697075, 0.0969679, 0.152262, 0.290667, 0.687483", \
            "0.0528809, 0.0602074, 0.0748117, 0.101824, 0.155774, 0.29277, 0.689654", \
            "0.0626721, 0.0711973, 0.0866039, 0.116098, 0.170657, 0.304078, 0.691592" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.107106, 0.114353, 0.130625, 0.166896, 0.255105, 0.489741, 1.13123", \
            "0.110567, 0.117809, 0.134093, 0.170371, 0.258605, 0.494563, 1.13395", \
            "0.117731, 0.12494, 0.141186, 0.177506, 0.265768, 0.500753, 1.14087", \
            "0.132927, 0.140118, 0.156349, 0.192594, 0.280812, 0.515668, 1.1567", \
            "0.157917, 0.165533, 0.182412, 0.219251, 0.307767, 0.543078, 1.18395", \
            "0.18221, 0.190716, 0.209889, 0.248791, 0.337972, 0.57287, 1.21444", \
            "0.174903, 0.185318, 0.208044, 0.252492, 0.344841, 0.580142, 1.22101" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.022904, 0.0295739, 0.0461113, 0.0894716, 0.211441, 0.554443, 1.49731", \
            "0.0228598, 0.0295659, 0.0461061, 0.0894697, 0.211361, 0.555257, 1.49594", \
            "0.0229662, 0.0296076, 0.0461804, 0.0894429, 0.211008, 0.555, 1.49611", \
            "0.0228902, 0.0296134, 0.0461567, 0.089447, 0.211214, 0.554834, 1.49611", \
            "0.0247231, 0.0315931, 0.0480855, 0.0909538, 0.211504, 0.555476, 1.49917", \
            "0.0297829, 0.0373821, 0.0540491, 0.0953058, 0.213709, 0.554846, 1.49747", \
            "0.0382259, 0.0470581, 0.0657878, 0.107071, 0.219065, 0.556141, 1.49155" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.235763, 0.245666, 0.266846, 0.30739, 0.379159, 0.520253, 0.84657", \
            "0.240214, 0.250121, 0.271391, 0.311846, 0.383624, 0.524727, 0.851027", \
            "0.250802, 0.260709, 0.281967, 0.322439, 0.394213, 0.535316, 0.861629", \
            "0.272854, 0.282856, 0.304156, 0.344566, 0.416493, 0.557335, 0.884023", \
            "0.321788, 0.331833, 0.353038, 0.393463, 0.465322, 0.606465, 0.932946", \
            "0.421025, 0.431275, 0.453686, 0.495622, 0.570029, 0.712078, 1.03913", \
            "0.602644, 0.613832, 0.638548, 0.685614, 0.76626, 0.914462, 1.24481" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0484067, 0.0551345, 0.0690005, 0.0949344, 0.149795, 0.289009, 0.688268", \
            "0.048414, 0.0551428, 0.0691421, 0.0949977, 0.149768, 0.289066, 0.688182", \
            "0.0484169, 0.055147, 0.0691646, 0.0949907, 0.149783, 0.289059, 0.688113", \
            "0.0486444, 0.0553228, 0.0697452, 0.0961529, 0.149611, 0.287484, 0.686902", \
            "0.0487676, 0.0551993, 0.0689991, 0.094928, 0.148275, 0.288564, 0.688394", \
            "0.0528496, 0.0599374, 0.0742992, 0.10119, 0.154452, 0.289842, 0.686881", \
            "0.0626891, 0.0709104, 0.086901, 0.115037, 0.167994, 0.30308, 0.692871" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.102615, 0.109754, 0.125992, 0.162113, 0.250154, 0.485651, 1.126", \
            "0.106173, 0.113334, 0.12958, 0.165692, 0.253792, 0.489081, 1.12977", \
            "0.113773, 0.120975, 0.137184, 0.173346, 0.261503, 0.496196, 1.13733", \
            "0.129674, 0.136841, 0.153027, 0.189174, 0.277305, 0.512918, 1.15234", \
            "0.154918, 0.162575, 0.179403, 0.216238, 0.304618, 0.539807, 1.18133", \
            "0.178073, 0.186883, 0.205867, 0.244825, 0.333919, 0.568846, 1.21023", \
            "0.168064, 0.178603, 0.201444, 0.246621, 0.339155, 0.574381, 1.21538" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0226154, 0.0294081, 0.0459868, 0.089285, 0.211058, 0.555224, 1.4973", \
            "0.0227096, 0.0293972, 0.0459579, 0.0892912, 0.211402, 0.555144, 1.49832", \
            "0.0226727, 0.02933, 0.0458905, 0.0892464, 0.211295, 0.553945, 1.49922", \
            "0.0228165, 0.029443, 0.0460044, 0.0894035, 0.211437, 0.555741, 1.49407", \
            "0.0248905, 0.031521, 0.0480825, 0.0906871, 0.211875, 0.553962, 1.49627", \
            "0.0299074, 0.0370803, 0.054202, 0.0953676, 0.213561, 0.554695, 1.49576", \
            "0.0386704, 0.0476047, 0.067131, 0.107328, 0.219211, 0.556138, 1.49175" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.226172, 0.235942, 0.256893, 0.296341, 0.367036, 0.506274, 0.831314", \
            "0.230666, 0.240305, 0.261361, 0.300989, 0.37143, 0.510613, 0.835878", \
            "0.240593, 0.250216, 0.27125, 0.310751, 0.381491, 0.520649, 0.845564", \
            "0.262368, 0.272005, 0.293055, 0.332542, 0.403115, 0.54257, 0.86777", \
            "0.313709, 0.323443, 0.34431, 0.383896, 0.45449, 0.593904, 0.919211", \
            "0.418873, 0.42877, 0.450673, 0.492169, 0.565463, 0.70581, 1.03143", \
            "0.609608, 0.620955, 0.645411, 0.691997, 0.772102, 0.918419, 1.2459" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0473805, 0.0538488, 0.0673044, 0.0929309, 0.14623, 0.285678, 0.686375", \
            "0.0472181, 0.0538587, 0.0673317, 0.0927999, 0.147467, 0.285481, 0.685477", \
            "0.0473133, 0.0538955, 0.0672639, 0.0936004, 0.146199, 0.286032, 0.686259", \
            "0.047223, 0.0538416, 0.0673539, 0.0929664, 0.145741, 0.285705, 0.686049", \
            "0.047612, 0.0543774, 0.0673548, 0.094106, 0.146993, 0.284587, 0.685529", \
            "0.0523387, 0.0591557, 0.0730996, 0.100074, 0.15214, 0.2878, 0.685372", \
            "0.0629411, 0.0704502, 0.0865331, 0.114006, 0.166637, 0.299955, 0.693235" \
          );
        }
      }
      timing () {
        related_pin : "S0";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0890488, 0.0961768, 0.112426, 0.148625, 0.23678, 0.471542, 1.11249", \
            "0.0925846, 0.099804, 0.11605, 0.152165, 0.240245, 0.475843, 1.1156", \
            "0.101351, 0.108529, 0.124728, 0.160963, 0.249144, 0.484742, 1.12493", \
            "0.119838, 0.127039, 0.143267, 0.179331, 0.267317, 0.502566, 1.1441", \
            "0.144827, 0.152883, 0.170184, 0.207453, 0.296134, 0.532438, 1.17307", \
            "0.162134, 0.171709, 0.192077, 0.232252, 0.321876, 0.557203, 1.20178", \
            "0.141569, 0.15268, 0.177796, 0.226526, 0.320744, 0.556002, 1.19692" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0226379, 0.029382, 0.045909, 0.089248, 0.211255, 0.555303, 1.49849", \
            "0.0226553, 0.0293568, 0.0459837, 0.0892515, 0.211357, 0.555618, 1.49593", \
            "0.0227492, 0.0293976, 0.0459519, 0.0893521, 0.211398, 0.555795, 1.4939", \
            "0.0232455, 0.0298224, 0.0463402, 0.0893873, 0.210986, 0.555272, 1.49536", \
            "0.0267491, 0.0334518, 0.0498253, 0.0918572, 0.212336, 0.555138, 1.49686", \
            "0.0338922, 0.0417282, 0.0584104, 0.0979285, 0.214827, 0.555431, 1.49703", \
            "0.0452229, 0.0545437, 0.0743268, 0.115508, 0.22202, 0.556811, 1.49638" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.168989, 0.178756, 0.199836, 0.240703, 0.313432, 0.45535, 0.782821", \
            "0.172197, 0.181906, 0.20308, 0.243875, 0.316622, 0.458562, 0.786118", \
            "0.181852, 0.191516, 0.212665, 0.253454, 0.326049, 0.468152, 0.795353", \
            "0.206789, 0.216353, 0.237473, 0.278167, 0.350802, 0.492791, 0.820316", \
            "0.268007, 0.27757, 0.298606, 0.339334, 0.412056, 0.554, 0.881515", \
            "0.379845, 0.390665, 0.414205, 0.459283, 0.537055, 0.681729, 1.01005", \
            "0.56369, 0.575806, 0.60267, 0.655411, 0.745878, 0.90119, 1.23503" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0455093, 0.0526502, 0.0674631, 0.0944694, 0.14983, 0.290023, 0.687787", \
            "0.0456046, 0.0525805, 0.0669001, 0.0953571, 0.150531, 0.289521, 0.68467", \
            "0.0455461, 0.0524809, 0.0670208, 0.0941998, 0.149076, 0.290237, 0.688433", \
            "0.0453672, 0.0523582, 0.0667651, 0.0954377, 0.150301, 0.288871, 0.686772", \
            "0.0458238, 0.0531105, 0.0676647, 0.0950451, 0.150579, 0.290007, 0.687903", \
            "0.0580643, 0.0655042, 0.0808331, 0.108062, 0.16004, 0.293562, 0.68673", \
            "0.0737687, 0.0826864, 0.100937, 0.134182, 0.186551, 0.314952, 0.696096" \
          );
        }
      }
      timing () {
        related_pin : "S0";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.165981, 0.173221, 0.18957, 0.225865, 0.314136, 0.549773, 1.19025", \
            "0.169402, 0.176605, 0.192973, 0.229234, 0.317385, 0.552553, 1.19358", \
            "0.180462, 0.187743, 0.204063, 0.240354, 0.328584, 0.563379, 1.20407", \
            "0.207587, 0.214868, 0.231186, 0.267475, 0.355707, 0.590469, 1.23099", \
            "0.256299, 0.263643, 0.28008, 0.316509, 0.404858, 0.63957, 1.28097", \
            "0.334118, 0.341494, 0.357961, 0.394513, 0.483069, 0.717936, 1.35843", \
            "0.471369, 0.478857, 0.495563, 0.532353, 0.621094, 0.856238, 1.4961" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.022982, 0.0297462, 0.0463971, 0.0895261, 0.211378, 0.55358, 1.4994", \
            "0.0229664, 0.0298313, 0.0464123, 0.0896708, 0.211371, 0.554954, 1.49727", \
            "0.023094, 0.0298074, 0.0463319, 0.0896767, 0.211631, 0.554638, 1.49672", \
            "0.0230993, 0.0298218, 0.0463456, 0.0896786, 0.211633, 0.554707, 1.49578", \
            "0.0234204, 0.0301804, 0.0466355, 0.0899659, 0.211718, 0.554389, 1.49761", \
            "0.0235604, 0.0303414, 0.046874, 0.0902261, 0.212863, 0.554831, 1.49528", \
            "0.0245361, 0.0312989, 0.0477676, 0.0907849, 0.211926, 0.554706, 1.49207" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.232355, 0.242021, 0.262711, 0.301981, 0.372048, 0.511022, 0.836148", \
            "0.236211, 0.245824, 0.266644, 0.305867, 0.375908, 0.514885, 0.840134", \
            "0.243477, 0.253156, 0.273895, 0.313159, 0.383254, 0.522242, 0.847335", \
            "0.255707, 0.26536, 0.28621, 0.325538, 0.395813, 0.534668, 0.859555", \
            "0.268586, 0.278277, 0.298932, 0.338221, 0.408339, 0.54718, 0.872293", \
            "0.273637, 0.283114, 0.303377, 0.342092, 0.4119, 0.551139, 0.877187", \
            "0.252883, 0.262383, 0.282612, 0.321253, 0.390941, 0.529849, 0.855589" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0465149, 0.052764, 0.0662113, 0.0914074, 0.14468, 0.284765, 0.686368", \
            "0.0462893, 0.0527272, 0.0664152, 0.0914142, 0.144696, 0.283815, 0.68363", \
            "0.0465082, 0.0528373, 0.066317, 0.0914626, 0.144712, 0.284851, 0.686675", \
            "0.046683, 0.052875, 0.0669407, 0.0915092, 0.145737, 0.2851, 0.687336", \
            "0.0457711, 0.0522446, 0.0656757, 0.0919112, 0.145859, 0.284805, 0.682206", \
            "0.0441144, 0.0510464, 0.064399, 0.0913027, 0.145354, 0.285204, 0.68591", \
            "0.0444758, 0.0511476, 0.064147, 0.089873, 0.144051, 0.284269, 0.68628" \
          );
        }
      }
      timing () {
        related_pin : "S1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0590357, 0.0661761, 0.0824096, 0.118737, 0.206853, 0.441888, 1.08358", \
            "0.0626728, 0.0698495, 0.0860757, 0.122368, 0.2105, 0.444923, 1.08832", \
            "0.071567, 0.0786859, 0.094773, 0.130927, 0.219039, 0.454005, 1.0928", \
            "0.0876132, 0.0946852, 0.110783, 0.146957, 0.23498, 0.471102, 1.11319", \
            "0.103755, 0.111562, 0.128201, 0.1647, 0.253555, 0.489571, 1.13166", \
            "0.104505, 0.113858, 0.133531, 0.17206, 0.260757, 0.497442, 1.14134", \
            "0.0596264, 0.0704177, 0.0942883, 0.140235, 0.231709, 0.467195, 1.10864" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0220375, 0.0287414, 0.0453793, 0.0889845, 0.211249, 0.555371, 1.49509", \
            "0.0220278, 0.0287248, 0.0452905, 0.0888597, 0.210619, 0.553911, 1.49816", \
            "0.0218243, 0.0285648, 0.0452456, 0.0887974, 0.211171, 0.555298, 1.49467", \
            "0.0229037, 0.0294431, 0.0460292, 0.0893891, 0.211265, 0.555503, 1.50024", \
            "0.0274431, 0.0334494, 0.0489787, 0.0912502, 0.21265, 0.554568, 1.49861", \
            "0.0347118, 0.0423397, 0.0572671, 0.095955, 0.214218, 0.555532, 1.49731", \
            "0.0446424, 0.0531932, 0.0730559, 0.111808, 0.220567, 0.557194, 1.49391" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0952562, 0.102492, 0.118646, 0.151967, 0.217947, 0.356226, 0.682527", \
            "0.0989685, 0.106165, 0.122238, 0.155431, 0.221412, 0.359603, 0.685929", \
            "0.109176, 0.116238, 0.132134, 0.165069, 0.230689, 0.368807, 0.694821", \
            "0.135803, 0.142725, 0.158241, 0.190602, 0.255983, 0.393763, 0.720045", \
            "0.189577, 0.197034, 0.213436, 0.246331, 0.31124, 0.448834, 0.774829", \
            "0.273557, 0.28211, 0.301284, 0.339507, 0.408917, 0.548793, 0.87613", \
            "0.425782, 0.435349, 0.456962, 0.501178, 0.581761, 0.726512, 1.05631" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0273557, 0.0333085, 0.0467449, 0.0762635, 0.137345, 0.28409, 0.686156", \
            "0.0271872, 0.0330042, 0.0465579, 0.0760707, 0.137511, 0.283589, 0.685099", \
            "0.0267787, 0.0327195, 0.045978, 0.075226, 0.135823, 0.283624, 0.687504", \
            "0.0260503, 0.031941, 0.0450497, 0.0735955, 0.136508, 0.28328, 0.683014", \
            "0.0306909, 0.0363907, 0.0487958, 0.0755176, 0.13521, 0.283332, 0.685457", \
            "0.0380106, 0.0449356, 0.0601614, 0.0889972, 0.144846, 0.286425, 0.688406", \
            "0.0462155, 0.0541603, 0.0721643, 0.106334, 0.164684, 0.295999, 0.690118" \
          );
        }
      }
      timing () {
        related_pin : "S1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0987763, 0.105451, 0.120908, 0.156115, 0.243804, 0.479032, 1.12313", \
            "0.103019, 0.109667, 0.125137, 0.160286, 0.247866, 0.483384, 1.13056", \
            "0.114862, 0.121584, 0.137073, 0.172255, 0.25994, 0.495784, 1.13558", \
            "0.142238, 0.148983, 0.164443, 0.199732, 0.287456, 0.522629, 1.16401", \
            "0.188213, 0.194967, 0.21031, 0.245386, 0.332984, 0.568132, 1.21186", \
            "0.259524, 0.266264, 0.281607, 0.316899, 0.404361, 0.638661, 1.28237", \
            "0.38747, 0.394572, 0.410021, 0.445496, 0.533125, 0.767855, 1.40647" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.021175, 0.0277119, 0.0441509, 0.0878101, 0.210594, 0.554337, 1.50225", \
            "0.0212536, 0.0277349, 0.0441461, 0.0877364, 0.21006, 0.553128, 1.49922", \
            "0.0213193, 0.0277457, 0.0441639, 0.087798, 0.210484, 0.554983, 1.4947", \
            "0.0212054, 0.027752, 0.0441135, 0.0877386, 0.21061, 0.554974, 1.49862", \
            "0.0212273, 0.0276898, 0.0440317, 0.0876597, 0.210641, 0.555031, 1.49671", \
            "0.0217996, 0.0281464, 0.0445326, 0.0880526, 0.21003, 0.552821, 1.49766", \
            "0.0236042, 0.0299219, 0.0455505, 0.0890899, 0.211147, 0.553369, 1.49045" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0939071, 0.103174, 0.123238, 0.161631, 0.230625, 0.368722, 0.69356", \
            "0.0979853, 0.107243, 0.12734, 0.165479, 0.234553, 0.372624, 0.697293", \
            "0.107623, 0.11685, 0.136815, 0.17485, 0.243602, 0.381576, 0.706171", \
            "0.130783, 0.139162, 0.15773, 0.194225, 0.262053, 0.399385, 0.723988", \
            "0.168886, 0.176187, 0.192084, 0.224583, 0.289048, 0.424921, 0.749057", \
            "0.170155, 0.177255, 0.193149, 0.225866, 0.290799, 0.425858, 0.748936", \
            "0.135853, 0.143102, 0.158942, 0.191552, 0.256255, 0.392192, 0.715706" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0410735, 0.0475262, 0.0614684, 0.0877461, 0.143442, 0.283915, 0.68306", \
            "0.0409837, 0.047429, 0.0610559, 0.0874047, 0.143117, 0.284039, 0.68614", \
            "0.0404468, 0.0470992, 0.0604765, 0.0868462, 0.141936, 0.283047, 0.685457", \
            "0.0340773, 0.0410457, 0.0550725, 0.0828822, 0.140723, 0.281539, 0.684171", \
            "0.0329371, 0.0380306, 0.0498352, 0.0759088, 0.134541, 0.279242, 0.686602", \
            "0.0324932, 0.0377542, 0.0499422, 0.0758309, 0.13517, 0.276128, 0.681563", \
            "0.0323053, 0.0376519, 0.0497034, 0.0760531, 0.134709, 0.279969, 0.679425" \
          );
        }
      }
      internal_power () {
        related_pin : "A0";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0133303, 0.0151616, 0.0200618, 0.0325637, 0.0661245, 0.157041, 0.404633", \
            "0.0133323, 0.015199, 0.0200792, 0.0325837, 0.0660685, 0.15693, 0.40431", \
            "0.0133721, 0.0152204, 0.0201051, 0.0326185, 0.0661529, 0.157133, 0.404823", \
            "0.013181, 0.0150074, 0.0199083, 0.0323746, 0.0658187, 0.156723, 0.404159", \
            "0.0129827, 0.0147496, 0.0196125, 0.0319913, 0.0653885, 0.156328, 0.403701", \
            "0.0136442, 0.0152535, 0.0196597, 0.0318569, 0.0650528, 0.15541, 0.403407", \
            "0.0144767, 0.0159658, 0.0202419, 0.0323243, 0.0656045, 0.156086, 0.402394" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0071014, 0.0050805, 0.0004009, -0.0105888, -0.0426171, -0.133571, -0.384018", \
            "0.0071941, 0.0052051, 0.0006112, -0.0106869, -0.0426608, -0.133603, -0.38403", \
            "0.0072647, 0.0052768, 0.0006763, -0.0106108, -0.0425869, -0.133525, -0.383957", \
            "0.0069561, 0.0049472, 0.0003004, -0.0108904, -0.0428501, -0.133794, -0.384209", \
            "0.0065078, 0.0044877, -0.0001589, -0.0113388, -0.0433592, -0.134302, -0.384665", \
            "0.0063465, 0.0042994, 0.0001022, -0.0113042, -0.0435033, -0.134576, -0.385047", \
            "0.0127271, 0.0105171, 0.0049282, -0.0085355, -0.0424593, -0.134122, -0.38468" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0186918, 0.0204814, 0.0253186, 0.0378138, 0.0712899, 0.162055, 0.409491", \
            "0.0186442, 0.0204457, 0.0252925, 0.0377666, 0.0712246, 0.162156, 0.409994", \
            "0.0186055, 0.0204028, 0.0252328, 0.0377242, 0.0712247, 0.162177, 0.409934", \
            "0.0185879, 0.0203678, 0.0252036, 0.0376523, 0.071089, 0.162024, 0.409907", \
            "0.0187084, 0.0204486, 0.0252904, 0.0376325, 0.0711052, 0.161972, 0.40986", \
            "0.0202547, 0.0218256, 0.0262508, 0.038406, 0.071685, 0.161983, 0.410075", \
            "0.0232289, 0.0246678, 0.0289226, 0.0411055, 0.0742832, 0.164948, 0.410957" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0203757, 0.0183843, 0.0137034, 0.0027793, -0.0289042, -0.119748, -0.37014", \
            "0.020403, 0.018432, 0.0138426, 0.0027446, -0.0290079, -0.11984, -0.370235", \
            "0.0203027, 0.0183081, 0.0137615, 0.0026561, -0.0290937, -0.119925, -0.370328", \
            "0.0200874, 0.0180866, 0.0134697, 0.0025258, -0.0291936, -0.120043, -0.370404", \
            "0.0199906, 0.0179808, 0.0134575, 0.0023606, -0.0294057, -0.12022, -0.370546", \
            "0.0206848, 0.0186319, 0.0140224, 0.0028013, -0.028906, -0.119749, -0.370198", \
            "0.029128, 0.0268907, 0.0213127, 0.0078257, -0.026461, -0.117648, -0.368241" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0090744, 0.0108522, 0.0156654, 0.0281476, 0.0615773, 0.152408, 0.400337", \
            "0.0090859, 0.0108573, 0.0156675, 0.028134, 0.0615596, 0.152366, 0.400248", \
            "0.0091166, 0.0108938, 0.015704, 0.0282045, 0.0616002, 0.152369, 0.400084", \
            "0.0089345, 0.0107157, 0.0155238, 0.027979, 0.0613404, 0.152187, 0.400152", \
            "0.0086992, 0.0104366, 0.015245, 0.0276054, 0.0609476, 0.151772, 0.399603", \
            "0.0093631, 0.0108941, 0.0154077, 0.0275149, 0.0606573, 0.150992, 0.398811", \
            "0.0104829, 0.0119655, 0.0162246, 0.0281579, 0.0613431, 0.151701, 0.398029" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0110285, 0.0090524, 0.0045234, -0.0067034, -0.0386233, -0.129599, -0.380005", \
            "0.0110259, 0.0090474, 0.0045103, -0.0067092, -0.0386355, -0.129592, -0.380018", \
            "0.0111129, 0.0091317, 0.0046021, -0.0066258, -0.038549, -0.129507, -0.379935", \
            "0.0108338, 0.008847, 0.004312, -0.0068507, -0.0388414, -0.129791, -0.380165", \
            "0.0104392, 0.0084014, 0.0038714, -0.0073498, -0.0392433, -0.130167, -0.380534", \
            "0.0103411, 0.0083183, 0.0036802, -0.0071904, -0.0393343, -0.130405, -0.380886", \
            "0.0168746, 0.0146419, 0.0090606, -0.0044087, -0.0386906, -0.129866, -0.380532" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0167486, 0.0184862, 0.0232563, 0.0357312, 0.069125, 0.159931, 0.407753", \
            "0.0166828, 0.0184276, 0.0232175, 0.0356722, 0.0690634, 0.159852, 0.40771", \
            "0.0166326, 0.0183857, 0.0231746, 0.0356214, 0.0690345, 0.159808, 0.407552", \
            "0.0165924, 0.0183746, 0.0231323, 0.0355626, 0.0689469, 0.159741, 0.407224", \
            "0.0167255, 0.0184579, 0.0232402, 0.0355469, 0.0689302, 0.159862, 0.40738", \
            "0.0181036, 0.0197036, 0.02414, 0.0362975, 0.0694936, 0.159718, 0.407499", \
            "0.0208347, 0.0223137, 0.0265262, 0.0386913, 0.0718504, 0.162151, 0.408498" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0196336, 0.0178136, 0.0132551, 0.0023741, -0.0295291, -0.120508, -0.37098", \
            "0.0195312, 0.0175637, 0.0130323, 0.0020654, -0.0295745, -0.120592, -0.371073", \
            "0.0194548, 0.0174656, 0.0129309, 0.002144, -0.0297033, -0.1207, -0.371121", \
            "0.0193129, 0.0173456, 0.0128147, 0.0019074, -0.0299003, -0.120857, -0.371268", \
            "0.0193419, 0.0173437, 0.0127424, 0.0018314, -0.0300664, -0.121012, -0.371362", \
            "0.0204492, 0.0178858, 0.0133299, 0.0026864, -0.0293865, -0.120479, -0.370967", \
            "0.0283472, 0.0261307, 0.0205475, 0.0070628, -0.0272248, -0.118605, -0.36907" \
          );
        }
      }
      internal_power () {
        related_pin : "S0";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0121599, 0.0138855, 0.0186402, 0.0311065, 0.0645332, 0.155369, 0.40314", \
            "0.0120625, 0.0138122, 0.0185363, 0.0309883, 0.0644476, 0.155232, 0.403248", \
            "0.0119936, 0.0137461, 0.0184689, 0.0309239, 0.0643634, 0.155188, 0.402526", \
            "0.0115415, 0.013272, 0.0179625, 0.0303411, 0.0637693, 0.154773, 0.402423", \
            "0.0118681, 0.0134499, 0.0181093, 0.0303784, 0.0637278, 0.154606, 0.402289", \
            "0.0145933, 0.0161243, 0.0204832, 0.0325738, 0.0655001, 0.155796, 0.403709", \
            "0.0222657, 0.0236156, 0.027775, 0.0397835, 0.0727772, 0.16304, 0.409159" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.0285825, 0.0266507, 0.0223546, 0.0115272, -0.0201968, -0.111067, -0.361385", \
            "0.028569, 0.0265691, 0.0223086, 0.011459, -0.0202708, -0.11114, -0.361465", \
            "0.0281416, 0.026209, 0.0219513, 0.0110697, -0.0206526, -0.111518, -0.361838", \
            "0.0269014, 0.0249142, 0.0206685, 0.0097601, -0.0219471, -0.112803, -0.36313", \
            "0.0256456, 0.0237073, 0.0193185, 0.0086685, -0.0230863, -0.113952, -0.364275", \
            "0.028637, 0.0265715, 0.0214118, 0.0086258, -0.0238352, -0.11454, -0.364799", \
            "0.0307135, 0.0286499, 0.0235136, 0.0107812, -0.0228827, -0.114569, -0.364769" \
          );
        }
      }
      internal_power () {
        related_pin : "S1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.014212, 0.0159842, 0.0208083, 0.0332344, 0.0666589, 0.157464, 0.406196", \
            "0.0140507, 0.0158345, 0.0206553, 0.0331134, 0.0665191, 0.157525, 0.40388", \
            "0.0141906, 0.0160175, 0.0208406, 0.0332844, 0.0667014, 0.157546, 0.405502", \
            "0.0141449, 0.0159873, 0.0208163, 0.0332463, 0.0666572, 0.157452, 0.405582", \
            "0.0143173, 0.0161616, 0.0210307, 0.0334061, 0.0668184, 0.157786, 0.406122", \
            "0.0154789, 0.0171288, 0.0216371, 0.0339119, 0.067443, 0.157965, 0.406086", \
            "0.0176505, 0.0194249, 0.0239434, 0.0360431, 0.0695724, 0.160946, 0.406809" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136593, 0.00373152, 0.010194, 0.0278485, 0.0760781, 0.207835");
          values ( \
            "0.009284, 0.0074367, 0.0033124, -0.0073846, -0.039027, -0.129919, -0.380322", \
            "0.0093082, 0.0074594, 0.0032938, -0.0073909, -0.0390226, -0.129909, -0.380297", \
            "0.0097134, 0.0078554, 0.0037336, -0.0069993, -0.0386194, -0.129564, -0.379962", \
            "0.0093383, 0.0075293, 0.0035076, -0.0070613, -0.0386511, -0.129516, -0.379884", \
            "0.0097356, 0.0078991, 0.0038297, -0.0069379, -0.0386158, -0.129459, -0.379824", \
            "0.0153175, 0.013377, 0.0085404, -0.0038655, -0.0375005, -0.128608, -0.378969", \
            "0.018817, 0.0169105, 0.0120822, -0.0003789, -0.0338749, -0.125429, -0.376069" \
          );
        }
      }
    }
    pin (A0) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00159;
      rise_capacitance : 0.001646;
      rise_capacitance_range (0.001646, 0.001646);
      fall_capacitance : 0.001535;
      fall_capacitance_range (0.001535, 0.001535);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.00601, 0.0059553, 0.0058291, 0.0060211, 0.0064639, 0.0074844, 0.0098368" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0124614, 0.012379, 0.0121891, 0.012336, 0.0126747, 0.0134554, 0.0152549" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001506;
      rise_capacitance : 0.001554;
      rise_capacitance_range (0.001554, 0.001554);
      fall_capacitance : 0.001459;
      fall_capacitance_range (0.001459, 0.001459);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0022566, -0.0022726, -0.0023096, -0.0023113, -0.0023152, -0.0023243, -0.0023453" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0024255, 0.002419, 0.0024039, 0.0024051, 0.0024079, 0.0024144, 0.0024293" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001533;
      rise_capacitance : 0.001581;
      rise_capacitance_range (0.001581, 0.001581);
      fall_capacitance : 0.001485;
      fall_capacitance_range (0.001485, 0.001485);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0076471, 0.0075938, 0.0074709, 0.0076249, 0.0079798, 0.008798, 0.0106839" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0099556, 0.0098705, 0.0096744, 0.0097937, 0.0100689, 0.0107033, 0.0121654" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001543;
      rise_capacitance : 0.001588;
      rise_capacitance_range (0.001588, 0.001588);
      fall_capacitance : 0.001497;
      fall_capacitance_range (0.001497, 0.001497);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.00264, -0.0026474, -0.0026643, -0.0026651, -0.0026668, -0.0026709, -0.0026803" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027238, 0.0027207, 0.0027134, 0.0027134, 0.0027136, 0.002714, 0.002715" \
          );
        }
      }
    }
    pin (S0) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004272;
      rise_capacitance : 0.004279;
      rise_capacitance_range (0.004279, 0.004279);
      fall_capacitance : 0.004265;
      fall_capacitance_range (0.004265, 0.004265);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0041342, 0.0039983, 0.0036851, 0.0040223, 0.0047995, 0.0065912, 0.0107209" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0177961, 0.0176136, 0.0171928, 0.0175008, 0.0182109, 0.0198477, 0.0236207" \
          );
        }
      }
    }
    pin (S1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002801;
      rise_capacitance : 0.00288;
      rise_capacitance_range (0.00288, 0.00288);
      fall_capacitance : 0.002721;
      fall_capacitance_range (0.002721, 0.002721);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0008596, 0.0007572, 0.000521, 0.0008872, 0.0017316, 0.0036777, 0.0081637" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0097196, 0.0096143, 0.0093715, 0.0097174, 0.0105149, 0.012353, 0.01659" \
          );
        }
      }
    }
  }
  cell (scs8hd_mux4_2) {
    area : 22.5216;
    cell_footprint : "mux4";
    cell_leakage_power : 0.0149801;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0206828;
      when : "!A0&!A1&!A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0128707;
      when : "!A0&!A1&!A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.02846;
      when : "!A0&!A1&!A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.020648;
      when : "!A0&!A1&!A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.020838;
      when : "!A0&!A1&!A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.013026;
      when : "!A0&!A1&!A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0165716;
      when : "!A0&!A1&!A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0211075;
      when : "!A0&!A1&!A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0087928;
      when : "!A0&!A1&A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0133288;
      when : "!A0&!A1&A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0286139;
      when : "!A0&!A1&A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0208018;
      when : "!A0&!A1&A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.00879;
      when : "!A0&!A1&A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0133259;
      when : "!A0&!A1&A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0165689;
      when : "!A0&!A1&A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0211048;
      when : "!A0&!A1&A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0208288;
      when : "!A0&A1&!A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0130168;
      when : "!A0&A1&!A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0289463;
      when : "!A0&A1&!A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0087863;
      when : "!A0&A1&!A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0209841;
      when : "!A0&A1&!A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.013172;
      when : "!A0&A1&!A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0168734;
      when : "!A0&A1&!A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0090614;
      when : "!A0&A1&!A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0089389;
      when : "!A0&A1&A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0134748;
      when : "!A0&A1&A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0291001;
      when : "!A0&A1&A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0089401;
      when : "!A0&A1&A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0089361;
      when : "!A0&A1&A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.013472;
      when : "!A0&A1&A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0168708;
      when : "!A0&A1&A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0090588;
      when : "!A0&A1&A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0211174;
      when : "A0&!A1&!A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0009574;
      when : "A0&!A1&!A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0286166;
      when : "A0&!A1&!A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0208046;
      when : "A0&!A1&!A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0212726;
      when : "A0&!A1&!A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0011126;
      when : "A0&!A1&!A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0167282;
      when : "A0&!A1&!A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0212641;
      when : "A0&!A1&!A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0090431;
      when : "A0&!A1&A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0012311;
      when : "A0&!A1&A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0287705;
      when : "A0&!A1&A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0209584;
      when : "A0&!A1&A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0090402;
      when : "A0&!A1&A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0012282;
      when : "A0&!A1&A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0167255;
      when : "A0&!A1&A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0212615;
      when : "A0&!A1&A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0211148;
      when : "A0&A1&!A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0009548;
      when : "A0&A1&!A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.028944;
      when : "A0&A1&!A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.008784;
      when : "A0&A1&!A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0212701;
      when : "A0&A1&!A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0011101;
      when : "A0&A1&!A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0168712;
      when : "A0&A1&!A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0090592;
      when : "A0&A1&!A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0090405;
      when : "A0&A1&A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0012285;
      when : "A0&A1&A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0290979;
      when : "A0&A1&A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0089379;
      when : "A0&A1&A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0090377;
      when : "A0&A1&A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0012257;
      when : "A0&A1&A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0168686;
      when : "A0&A1&A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0090565;
      when : "A0&A1&A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0149801;
    }
    pin (X) {
      direction : output;
      function : "(A0&!S0&!S1) | (A1&S0&!S1) | (A2&!S0&S1) | (A3&S0&S1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.400095;
      max_transition : 1.50765;
      timing () {
        related_pin : "A0";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.112044, 0.117778, 0.131451, 0.162874, 0.24048, 0.46501, 1.14901", \
            "0.115238, 0.120893, 0.13467, 0.166062, 0.243688, 0.468614, 1.15221", \
            "0.122231, 0.127925, 0.141679, 0.173064, 0.250702, 0.474952, 1.15964", \
            "0.136991, 0.142652, 0.156362, 0.187723, 0.265376, 0.489811, 1.17509", \
            "0.16054, 0.166462, 0.180788, 0.21299, 0.291241, 0.516254, 1.20138", \
            "0.181944, 0.188574, 0.204561, 0.238959, 0.319105, 0.544159, 1.2305", \
            "0.1682, 0.175723, 0.194657, 0.235003, 0.319728, 0.545277, 1.22833" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.021808, 0.0266223, 0.0392013, 0.0725691, 0.174128, 0.499989, 1.5001", \
            "0.0219044, 0.0268145, 0.0391681, 0.0725099, 0.174026, 0.498781, 1.50201", \
            "0.0219138, 0.0267211, 0.0391507, 0.0725137, 0.173978, 0.499083, 1.50223", \
            "0.0219809, 0.0267885, 0.0391517, 0.0724621, 0.174229, 0.499193, 1.50099", \
            "0.0233084, 0.0285281, 0.0410381, 0.0740786, 0.175162, 0.500113, 1.50277", \
            "0.0283557, 0.0337588, 0.0463975, 0.079148, 0.177461, 0.499287, 1.50053", \
            "0.0373038, 0.0432386, 0.0587091, 0.0920588, 0.18452, 0.501082, 1.49821" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.221633, 0.228329, 0.244924, 0.280294, 0.347981, 0.482517, 0.803567", \
            "0.226127, 0.232852, 0.249236, 0.28483, 0.352578, 0.487073, 0.80819", \
            "0.235709, 0.2425, 0.25896, 0.294415, 0.362322, 0.496568, 0.81768", \
            "0.256122, 0.262853, 0.27923, 0.314797, 0.382797, 0.517164, 0.838289", \
            "0.304115, 0.310878, 0.327507, 0.362861, 0.430966, 0.565545, 0.886357", \
            "0.404101, 0.411026, 0.428707, 0.465409, 0.536078, 0.671916, 0.993602", \
            "0.594699, 0.602413, 0.620743, 0.661055, 0.737609, 0.880747, 1.20653" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0460171, 0.0505755, 0.0615763, 0.0859277, 0.133983, 0.2571, 0.6338", \
            "0.0460267, 0.0504179, 0.0618562, 0.0856394, 0.135081, 0.256959, 0.63456", \
            "0.0460699, 0.0505834, 0.0617532, 0.0850661, 0.133534, 0.257363, 0.634271", \
            "0.0460609, 0.0504221, 0.0617787, 0.085336, 0.13477, 0.257215, 0.633203", \
            "0.0460097, 0.0504233, 0.0612746, 0.0850788, 0.133728, 0.256757, 0.636308", \
            "0.0507564, 0.0552815, 0.0664045, 0.0909869, 0.139182, 0.259539, 0.635541", \
            "0.0603652, 0.0650993, 0.0775698, 0.102915, 0.151834, 0.270806, 0.640755" \
          );
        }
      }
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.114233, 0.119975, 0.133988, 0.165949, 0.244856, 0.470594, 1.15739", \
            "0.117569, 0.123308, 0.137316, 0.169274, 0.248187, 0.473963, 1.16064", \
            "0.125176, 0.131011, 0.144933, 0.17689, 0.255797, 0.481608, 1.16823", \
            "0.141566, 0.147379, 0.16128, 0.19324, 0.272112, 0.497703, 1.183", \
            "0.168961, 0.174924, 0.189418, 0.222065, 0.301226, 0.527289, 1.21366", \
            "0.198498, 0.205125, 0.221141, 0.256039, 0.336896, 0.562982, 1.24891", \
            "0.203558, 0.21105, 0.230009, 0.270735, 0.356174, 0.582847, 1.26711" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0220492, 0.0269684, 0.0393451, 0.0727428, 0.174636, 0.499685, 1.50156", \
            "0.0220528, 0.0269634, 0.0393435, 0.07271, 0.174634, 0.499697, 1.50069", \
            "0.0220629, 0.0268955, 0.039378, 0.0727022, 0.174627, 0.499715, 1.50017", \
            "0.0219735, 0.0268375, 0.0393887, 0.0727536, 0.174617, 0.499375, 1.50108", \
            "0.0235232, 0.0285551, 0.0411816, 0.074172, 0.175176, 0.499545, 1.50168", \
            "0.0278537, 0.0334686, 0.0465725, 0.0794858, 0.178062, 0.498564, 1.49636", \
            "0.0370987, 0.043051, 0.0586423, 0.0923474, 0.185001, 0.501079, 1.4943" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.222547, 0.229201, 0.245675, 0.28082, 0.348702, 0.482946, 0.804066", \
            "0.226659, 0.233335, 0.249769, 0.284906, 0.352909, 0.487206, 0.80813", \
            "0.235505, 0.242182, 0.258445, 0.293831, 0.361507, 0.495984, 0.817099", \
            "0.25394, 0.260613, 0.277068, 0.312199, 0.38014, 0.51464, 0.835551", \
            "0.297119, 0.303784, 0.320238, 0.355451, 0.423391, 0.55792, 0.878694", \
            "0.384201, 0.391069, 0.408498, 0.445225, 0.515524, 0.651884, 0.973561", \
            "0.549494, 0.556808, 0.575346, 0.615368, 0.691685, 0.834575, 1.16046" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0458709, 0.0500106, 0.0606736, 0.0842065, 0.133658, 0.256576, 0.634877", \
            "0.0457092, 0.0498943, 0.0611215, 0.084737, 0.133776, 0.256392, 0.636293", \
            "0.045771, 0.0500278, 0.061294, 0.0845127, 0.134081, 0.256546, 0.635017", \
            "0.0457014, 0.0498922, 0.060811, 0.0845273, 0.133118, 0.256213, 0.636017", \
            "0.0458522, 0.0499657, 0.061142, 0.0844753, 0.133088, 0.255753, 0.636267", \
            "0.0507637, 0.054713, 0.0665509, 0.0901358, 0.138622, 0.259023, 0.636122", \
            "0.0593339, 0.0641466, 0.0761997, 0.102349, 0.150542, 0.2695, 0.638716" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.112143, 0.117862, 0.131761, 0.163552, 0.242396, 0.468261, 1.15444", \
            "0.115491, 0.121178, 0.135044, 0.166846, 0.245645, 0.471921, 1.15739", \
            "0.122692, 0.128382, 0.142261, 0.174054, 0.252839, 0.479119, 1.16422", \
            "0.137895, 0.143649, 0.157446, 0.189265, 0.267999, 0.494473, 1.18092", \
            "0.163406, 0.169369, 0.183778, 0.216173, 0.295197, 0.521164, 1.20771", \
            "0.188324, 0.194922, 0.210823, 0.245624, 0.326223, 0.5522, 1.23743", \
            "0.180703, 0.188178, 0.207226, 0.247762, 0.333012, 0.559716, 1.24401" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0217924, 0.0266508, 0.0389835, 0.0723216, 0.174303, 0.498856, 1.49825", \
            "0.0216131, 0.0265156, 0.0389629, 0.0723493, 0.173971, 0.499419, 1.49935", \
            "0.0215868, 0.0265055, 0.0390057, 0.0723509, 0.173965, 0.49937, 1.50085", \
            "0.021668, 0.0264596, 0.0389156, 0.0724025, 0.174082, 0.499954, 1.50295", \
            "0.023223, 0.0282214, 0.0408452, 0.0739391, 0.174922, 0.499676, 1.5008", \
            "0.0278494, 0.0331007, 0.0464064, 0.0789751, 0.177232, 0.498148, 1.49852", \
            "0.0370618, 0.0433312, 0.0580786, 0.0925173, 0.184264, 0.501154, 1.49591" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.22425, 0.231092, 0.247894, 0.283679, 0.352539, 0.487713, 0.80969", \
            "0.229013, 0.235819, 0.25242, 0.288285, 0.357205, 0.492481, 0.814487", \
            "0.238893, 0.245699, 0.262297, 0.298158, 0.367077, 0.502357, 0.824365", \
            "0.259426, 0.26623, 0.282811, 0.318799, 0.387564, 0.522898, 0.844895", \
            "0.306899, 0.313786, 0.330487, 0.366296, 0.435258, 0.57059, 0.892446", \
            "0.404871, 0.411974, 0.429402, 0.466662, 0.538242, 0.674822, 0.997379", \
            "0.591341, 0.598919, 0.617638, 0.65846, 0.735626, 0.879657, 1.20612" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0471124, 0.051545, 0.0622523, 0.0861192, 0.135575, 0.257891, 0.635802", \
            "0.0472185, 0.0512497, 0.0629726, 0.0874191, 0.134278, 0.258012, 0.634241", \
            "0.0472219, 0.0512418, 0.0629695, 0.0874215, 0.134287, 0.258014, 0.634245", \
            "0.0472368, 0.0512445, 0.0628726, 0.0864992, 0.135493, 0.257917, 0.634477", \
            "0.0471581, 0.0515231, 0.0626676, 0.0863671, 0.135454, 0.257269, 0.636101", \
            "0.0515399, 0.0558536, 0.0678489, 0.0915331, 0.139769, 0.260428, 0.63602", \
            "0.0607848, 0.0656561, 0.0778263, 0.104025, 0.152517, 0.271468, 0.641237" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.112803, 0.118508, 0.132452, 0.164311, 0.24317, 0.469312, 1.1558", \
            "0.11605, 0.121772, 0.135711, 0.167572, 0.246446, 0.47251, 1.15926", \
            "0.12348, 0.129185, 0.14309, 0.174959, 0.25378, 0.479975, 1.16534", \
            "0.139239, 0.144968, 0.158865, 0.190733, 0.269411, 0.496264, 1.18102", \
            "0.165293, 0.171229, 0.185575, 0.218122, 0.297204, 0.524159, 1.20899", \
            "0.190698, 0.197253, 0.213382, 0.248163, 0.328912, 0.554834, 1.24207", \
            "0.184095, 0.191611, 0.210492, 0.251314, 0.33679, 0.56339, 1.24774" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0218931, 0.0267997, 0.0391334, 0.0725142, 0.174289, 0.499566, 1.50198", \
            "0.0218307, 0.0266686, 0.039079, 0.0724906, 0.174398, 0.499688, 1.50068", \
            "0.0216328, 0.0265719, 0.0390556, 0.0724537, 0.17407, 0.499135, 1.50141", \
            "0.0216904, 0.0265641, 0.0391677, 0.0724821, 0.174379, 0.500012, 1.50161", \
            "0.0232806, 0.0282069, 0.0408902, 0.073906, 0.174917, 0.499265, 1.49955", \
            "0.0277909, 0.0333859, 0.0466397, 0.0792632, 0.177863, 0.497835, 1.49989", \
            "0.0372176, 0.0432605, 0.0584867, 0.0926911, 0.184988, 0.500618, 1.49509" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.229636, 0.236456, 0.253386, 0.289418, 0.35825, 0.494179, 0.816635", \
            "0.234264, 0.241114, 0.257796, 0.294077, 0.36287, 0.498935, 0.821292", \
            "0.244107, 0.250974, 0.267685, 0.30393, 0.372779, 0.508838, 0.831291", \
            "0.264345, 0.271196, 0.287925, 0.324158, 0.393439, 0.529374, 0.85152", \
            "0.310891, 0.317852, 0.334637, 0.37076, 0.440064, 0.575868, 0.898341", \
            "0.407507, 0.414606, 0.432175, 0.46958, 0.54109, 0.678267, 1.00125", \
            "0.590591, 0.598122, 0.616799, 0.657883, 0.735511, 0.880014, 1.20673" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0477236, 0.0521534, 0.0632338, 0.0879388, 0.135823, 0.259003, 0.634618", \
            "0.0476705, 0.0517411, 0.0632171, 0.0877617, 0.135697, 0.2589, 0.636716", \
            "0.0476704, 0.0517328, 0.0634307, 0.0875342, 0.135441, 0.258794, 0.635158", \
            "0.0475201, 0.0518234, 0.0635783, 0.0870449, 0.136215, 0.258278, 0.637225", \
            "0.0475566, 0.0520617, 0.0628381, 0.0868582, 0.135302, 0.25879, 0.636589", \
            "0.0516982, 0.0562009, 0.0682513, 0.0930637, 0.14122, 0.261351, 0.636303", \
            "0.0607133, 0.0660346, 0.0780781, 0.104077, 0.154817, 0.272779, 0.642606" \
          );
        }
      }
      timing () {
        related_pin : "S0";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0982404, 0.103963, 0.117956, 0.149868, 0.228758, 0.454816, 1.14111", \
            "0.101306, 0.107087, 0.120983, 0.152955, 0.231699, 0.458564, 1.14318", \
            "0.108534, 0.114366, 0.128258, 0.160198, 0.239086, 0.464827, 1.15053", \
            "0.123659, 0.129422, 0.1433, 0.175159, 0.253909, 0.480121, 1.16631", \
            "0.1422, 0.148405, 0.163363, 0.196349, 0.27588, 0.502634, 1.18778", \
            "0.143984, 0.15115, 0.168473, 0.205129, 0.286682, 0.513705, 1.19917", \
            "0.0837142, 0.0916076, 0.111938, 0.156062, 0.244704, 0.47153, 1.15763" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0217863, 0.0267275, 0.0392213, 0.0725429, 0.174412, 0.499686, 1.50093", \
            "0.0217926, 0.0266602, 0.0391858, 0.0725861, 0.174365, 0.4997, 1.49865", \
            "0.021787, 0.0267237, 0.039243, 0.0725275, 0.174497, 0.499568, 1.49785", \
            "0.0220979, 0.0268843, 0.0393862, 0.0727593, 0.174189, 0.499315, 1.50177", \
            "0.024978, 0.0302901, 0.0428726, 0.075468, 0.175716, 0.499922, 1.50198", \
            "0.0324732, 0.0379532, 0.0520533, 0.0833345, 0.179608, 0.499339, 1.49774", \
            "0.0435596, 0.0494702, 0.066079, 0.101123, 0.189941, 0.502026, 1.4979" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.176228, 0.182984, 0.199419, 0.234943, 0.303227, 0.437552, 0.758696", \
            "0.180114, 0.186741, 0.203368, 0.238863, 0.307097, 0.441584, 0.76244", \
            "0.190699, 0.197396, 0.213951, 0.249394, 0.317549, 0.45215, 0.773043", \
            "0.217964, 0.224657, 0.2412, 0.276617, 0.344684, 0.479279, 0.800394", \
            "0.285002, 0.291682, 0.308071, 0.343509, 0.411512, 0.546164, 0.867256", \
            "0.419905, 0.42714, 0.445301, 0.483938, 0.556618, 0.693318, 1.01494", \
            "0.658295, 0.66621, 0.68625, 0.731139, 0.816501, 0.966964, 1.29477" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0452609, 0.0497127, 0.0609462, 0.0853642, 0.132738, 0.256889, 0.635194", \
            "0.0453848, 0.049694, 0.060674, 0.0846585, 0.133944, 0.255682, 0.635162", \
            "0.0452609, 0.0496356, 0.0611034, 0.084609, 0.133189, 0.256454, 0.636382", \
            "0.0452068, 0.0495761, 0.0610358, 0.0845633, 0.132963, 0.25633, 0.634854", \
            "0.045239, 0.0497164, 0.0606586, 0.08462, 0.133327, 0.256532, 0.635099", \
            "0.0576978, 0.0620308, 0.0733426, 0.0976336, 0.1439, 0.259881, 0.636684", \
            "0.0766814, 0.0811796, 0.0939721, 0.124024, 0.17225, 0.28309, 0.64364" \
          );
        }
      }
      timing () {
        related_pin : "S0";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.174447, 0.18014, 0.194074, 0.225867, 0.304668, 0.530893, 1.21608", \
            "0.177755, 0.183461, 0.197385, 0.229181, 0.307997, 0.53413, 1.22018", \
            "0.18892, 0.194627, 0.208506, 0.240301, 0.319082, 0.545323, 1.23278", \
            "0.216339, 0.222058, 0.235973, 0.267807, 0.346602, 0.573127, 1.25944", \
            "0.26685, 0.272623, 0.286612, 0.318485, 0.397282, 0.623615, 1.30836", \
            "0.348849, 0.354648, 0.368636, 0.400644, 0.479376, 0.705658, 1.39012", \
            "0.494952, 0.500967, 0.51529, 0.547833, 0.627365, 0.853867, 1.53841" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0218588, 0.0267532, 0.0390332, 0.0723915, 0.174253, 0.499501, 1.50077", \
            "0.0218709, 0.02675, 0.0390383, 0.0723509, 0.174331, 0.499672, 1.50166", \
            "0.0216819, 0.0265833, 0.0390345, 0.0723796, 0.17385, 0.499198, 1.50323", \
            "0.0218653, 0.0265955, 0.0390189, 0.0724958, 0.174152, 0.500227, 1.50311", \
            "0.0220792, 0.0268908, 0.0392708, 0.0726068, 0.17422, 0.499219, 1.49952", \
            "0.0222285, 0.0270989, 0.0397382, 0.0729462, 0.174426, 0.499138, 1.49972", \
            "0.0232652, 0.0282934, 0.0407753, 0.0741691, 0.175527, 0.497916, 1.49602" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.254923, 0.261801, 0.278709, 0.31479, 0.384236, 0.51992, 0.842351", \
            "0.258458, 0.26541, 0.282033, 0.31828, 0.38765, 0.523526, 0.84562", \
            "0.26633, 0.273299, 0.289917, 0.326182, 0.395552, 0.53146, 0.853584", \
            "0.278767, 0.285632, 0.302528, 0.338639, 0.408126, 0.543799, 0.866181", \
            "0.291755, 0.298641, 0.315541, 0.351598, 0.421203, 0.556856, 0.879206", \
            "0.298788, 0.305539, 0.321699, 0.357315, 0.425911, 0.561153, 0.883379", \
            "0.274918, 0.281682, 0.297858, 0.333544, 0.402157, 0.537349, 0.859595" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.04767, 0.0518038, 0.0628985, 0.0878209, 0.134882, 0.258601, 0.634939", \
            "0.047536, 0.0522169, 0.0633617, 0.0867613, 0.135423, 0.258355, 0.63777", \
            "0.0475355, 0.0520728, 0.0633518, 0.0868153, 0.135598, 0.258058, 0.637264", \
            "0.0476736, 0.0517885, 0.062891, 0.0866749, 0.134995, 0.258505, 0.636483", \
            "0.0473696, 0.0516874, 0.0628267, 0.0874244, 0.134788, 0.258787, 0.635954", \
            "0.0455123, 0.0499755, 0.0610695, 0.0849801, 0.134179, 0.25728, 0.637421", \
            "0.0457492, 0.0502143, 0.0613211, 0.0852125, 0.133652, 0.258403, 0.636398" \
          );
        }
      }
      timing () {
        related_pin : "S1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0775836, 0.0832653, 0.0970286, 0.128816, 0.207569, 0.433643, 1.11865", \
            "0.0814018, 0.0870558, 0.100863, 0.132684, 0.21147, 0.43755, 1.12422", \
            "0.0899325, 0.0956131, 0.109418, 0.141232, 0.21995, 0.446474, 1.13074", \
            "0.109193, 0.114824, 0.128547, 0.16024, 0.238843, 0.465067, 1.158", \
            "0.135147, 0.141328, 0.156021, 0.188324, 0.267662, 0.494514, 1.17856", \
            "0.153855, 0.160867, 0.178083, 0.214265, 0.294201, 0.520625, 1.20541", \
            "0.142366, 0.150059, 0.170318, 0.214206, 0.300007, 0.525024, 1.21089" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0214881, 0.0263062, 0.038745, 0.0719419, 0.173783, 0.498972, 1.50265", \
            "0.0214231, 0.0263007, 0.038755, 0.0721057, 0.173971, 0.498687, 1.50277", \
            "0.0214458, 0.026222, 0.0385979, 0.0721299, 0.173697, 0.500281, 1.50302", \
            "0.0216294, 0.0264472, 0.0388708, 0.0723629, 0.17384, 0.499451, 1.50065", \
            "0.0261675, 0.0311856, 0.0433969, 0.0752702, 0.175671, 0.498675, 1.50037", \
            "0.0346179, 0.0401447, 0.0531551, 0.0836957, 0.178546, 0.500015, 1.50534", \
            "0.0483428, 0.0542404, 0.0694467, 0.101764, 0.188482, 0.501798, 1.49866" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.116626, 0.122952, 0.138531, 0.172717, 0.239666, 0.372908, 0.693726", \
            "0.120547, 0.126809, 0.142384, 0.176506, 0.243353, 0.376607, 0.697441", \
            "0.130975, 0.137207, 0.152717, 0.18666, 0.253325, 0.386412, 0.707161", \
            "0.155086, 0.161233, 0.176517, 0.210221, 0.276571, 0.409477, 0.729963", \
            "0.201883, 0.208243, 0.223819, 0.257312, 0.322935, 0.455707, 0.776046", \
            "0.276358, 0.283216, 0.30041, 0.338779, 0.412938, 0.550677, 0.872867", \
            "0.425816, 0.432865, 0.450891, 0.492328, 0.577824, 0.729922, 1.05828" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0378835, 0.0424984, 0.0539597, 0.0792986, 0.129529, 0.254733, 0.634336", \
            "0.0377587, 0.0423144, 0.0535586, 0.0787078, 0.128955, 0.254591, 0.634716", \
            "0.0373423, 0.041936, 0.0531804, 0.0780577, 0.128607, 0.254642, 0.633839", \
            "0.036219, 0.0408362, 0.0522035, 0.0773896, 0.128041, 0.2538, 0.633934", \
            "0.0393277, 0.0437123, 0.0542793, 0.0784191, 0.12761, 0.253605, 0.635652", \
            "0.043325, 0.0486875, 0.0624342, 0.0923952, 0.142306, 0.261005, 0.637499", \
            "0.0477497, 0.0534585, 0.0683995, 0.102904, 0.166639, 0.282327, 0.643291" \
          );
        }
      }
      timing () {
        related_pin : "S1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.105594, 0.111292, 0.12495, 0.156369, 0.234346, 0.460172, 1.14814", \
            "0.110234, 0.11588, 0.129636, 0.16102, 0.239035, 0.464725, 1.15439", \
            "0.122661, 0.128419, 0.142066, 0.173423, 0.251425, 0.47765, 1.16475", \
            "0.149793, 0.155458, 0.169127, 0.200565, 0.278678, 0.503945, 1.19172", \
            "0.193925, 0.199545, 0.213226, 0.244435, 0.322657, 0.547447, 1.24262", \
            "0.265234, 0.270724, 0.284597, 0.31605, 0.394024, 0.618475, 1.30581", \
            "0.398354, 0.404099, 0.417883, 0.449796, 0.527935, 0.753505, 1.43567" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0217752, 0.0265972, 0.0388415, 0.0723022, 0.173936, 0.500242, 1.50233", \
            "0.0216091, 0.0264875, 0.0389755, 0.0723414, 0.173773, 0.50003, 1.50166", \
            "0.0216749, 0.0265642, 0.0389611, 0.0722784, 0.174102, 0.49834, 1.50765", \
            "0.0216671, 0.0265155, 0.0389298, 0.0722043, 0.17422, 0.499478, 1.50459", \
            "0.0216967, 0.0263249, 0.0387337, 0.0719251, 0.174161, 0.498887, 1.50037", \
            "0.0218208, 0.026774, 0.0391144, 0.0724701, 0.17373, 0.498311, 1.50227", \
            "0.0230104, 0.0277842, 0.0399897, 0.0732732, 0.174557, 0.497638, 1.49466" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.113735, 0.120574, 0.137467, 0.173568, 0.242857, 0.378238, 0.700621", \
            "0.117037, 0.123884, 0.140783, 0.17691, 0.246149, 0.38154, 0.703925", \
            "0.123513, 0.130386, 0.147159, 0.183261, 0.252284, 0.387605, 0.709971", \
            "0.141102, 0.147474, 0.163227, 0.197753, 0.265391, 0.400037, 0.721785", \
            "0.184587, 0.190255, 0.204147, 0.234634, 0.297476, 0.43011, 0.751342", \
            "0.181533, 0.187066, 0.200688, 0.231261, 0.294289, 0.426157, 0.746104", \
            "0.132416, 0.138042, 0.15186, 0.182424, 0.245788, 0.378049, 0.698755" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0466556, 0.0510201, 0.0620437, 0.0864391, 0.134172, 0.258459, 0.635406", \
            "0.0465298, 0.0508876, 0.0619008, 0.0862272, 0.134097, 0.258486, 0.635753", \
            "0.0457399, 0.0500092, 0.0609037, 0.0852352, 0.133647, 0.258402, 0.635902", \
            "0.0383709, 0.0428535, 0.0548179, 0.0806161, 0.131748, 0.255636, 0.636181", \
            "0.0382489, 0.0417449, 0.0511096, 0.0737198, 0.125247, 0.25424, 0.633134", \
            "0.0392219, 0.0427655, 0.0517516, 0.0744033, 0.124555, 0.250028, 0.635457", \
            "0.0396896, 0.0428826, 0.0521336, 0.0749262, 0.126981, 0.252542, 0.633652" \
          );
        }
      }
      internal_power () {
        related_pin : "A0";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0194659, 0.0214367, 0.0275674, 0.045947, 0.100012, 0.264467, 0.769814", \
            "0.019441, 0.0213689, 0.0275469, 0.0459171, 0.0999207, 0.26466, 0.769798", \
            "0.0194865, 0.021436, 0.0276113, 0.0459728, 0.0999817, 0.264893, 0.769834", \
            "0.0192149, 0.0211455, 0.0273305, 0.0456825, 0.0996879, 0.26479, 0.768734", \
            "0.0189443, 0.0208864, 0.0270313, 0.0452284, 0.0994268, 0.264314, 0.77202", \
            "0.0204837, 0.022262, 0.027923, 0.0455612, 0.0994885, 0.263556, 0.771365", \
            "0.0219598, 0.0234954, 0.028813, 0.046292, 0.100376, 0.264963, 0.76906" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0150101, 0.0123809, 0.0053173, -0.0126287, -0.0655876, -0.232173, -0.743406", \
            "0.0150136, 0.0123405, 0.0052067, -0.0126934, -0.0656138, -0.232223, -0.743403", \
            "0.0150248, 0.0123822, 0.0052575, -0.0127426, -0.0657056, -0.232198, -0.743372", \
            "0.014642, 0.0119852, 0.0049003, -0.013055, -0.0660447, -0.232604, -0.743741", \
            "0.0141799, 0.0115571, 0.0043901, -0.013657, -0.0666785, -0.233181, -0.744192", \
            "0.0145262, 0.0119541, 0.0044858, -0.0131573, -0.0666636, -0.233273, -0.744568", \
            "0.0237489, 0.0212123, 0.0132924, -0.0079339, -0.0651096, -0.233314, -0.744623" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.024031, 0.025961, 0.0321751, 0.0507465, 0.10551, 0.271405, 0.7773", \
            "0.0239182, 0.0258471, 0.0320532, 0.0506255, 0.105414, 0.271387, 0.776595", \
            "0.0238181, 0.0257817, 0.0319544, 0.0504616, 0.105308, 0.271282, 0.776304", \
            "0.0237556, 0.0257002, 0.0318581, 0.0503835, 0.105223, 0.271029, 0.78002", \
            "0.024058, 0.0259792, 0.0321069, 0.0504398, 0.105209, 0.271446, 0.77692", \
            "0.0266147, 0.0284206, 0.0339645, 0.0518499, 0.106088, 0.271414, 0.779272", \
            "0.0310956, 0.0326323, 0.0379504, 0.0554894, 0.109765, 0.27501, 0.777145" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0248768, 0.0222264, 0.0150902, -0.0027006, -0.0550402, -0.220942, -0.731755", \
            "0.0246367, 0.0219727, 0.0152258, -0.0025511, -0.0551659, -0.221069, -0.731854", \
            "0.024473, 0.0218001, 0.0147125, -0.0029791, -0.0551963, -0.221162, -0.732", \
            "0.0243145, 0.0216476, 0.0145915, -0.0030536, -0.0555632, -0.221405, -0.732183", \
            "0.0242741, 0.0216784, 0.0146034, -0.0032392, -0.0557564, -0.221611, -0.732331", \
            "0.0260153, 0.0232843, 0.0162175, -0.0021153, -0.0548443, -0.220873, -0.731737", \
            "0.0377405, 0.0349599, 0.0271123, 0.0062124, -0.0505748, -0.218596, -0.729323" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0163863, 0.0183288, 0.024553, 0.0431472, 0.098204, 0.26411, 0.769176", \
            "0.0163757, 0.0183438, 0.0244853, 0.0431203, 0.0981045, 0.26459, 0.770545", \
            "0.0164497, 0.0184241, 0.0245582, 0.0431995, 0.0981677, 0.264649, 0.770681", \
            "0.0162256, 0.0181849, 0.0243768, 0.0429837, 0.0979, 0.264045, 0.772895", \
            "0.0160721, 0.018002, 0.024105, 0.0424741, 0.0974147, 0.263478, 0.768944", \
            "0.0176069, 0.0193966, 0.0249266, 0.0428393, 0.0971602, 0.26248, 0.770284", \
            "0.0192378, 0.020859, 0.02608, 0.0435528, 0.0978899, 0.262895, 0.766567" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0179904, 0.0153055, 0.0081306, -0.0097989, -0.0622549, -0.228118, -0.738894", \
            "0.0178946, 0.0151989, 0.0080081, -0.0095786, -0.062223, -0.228111, -0.738881", \
            "0.0179867, 0.0152927, 0.0080975, -0.0094863, -0.0621295, -0.228014, -0.738774", \
            "0.0176764, 0.0149813, 0.007847, -0.0099648, -0.0624475, -0.22833, -0.739079", \
            "0.0172904, 0.014674, 0.0075368, -0.010399, -0.0630477, -0.228879, -0.739557", \
            "0.0174622, 0.0147632, 0.0075156, -0.01043, -0.063081, -0.229136, -0.740013", \
            "0.0270776, 0.024248, 0.0163541, -0.0046457, -0.0614884, -0.229252, -0.740087" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0226077, 0.0245441, 0.0307031, 0.0492208, 0.10411, 0.270412, 0.77614", \
            "0.0224957, 0.0244434, 0.0306091, 0.0490856, 0.104016, 0.270224, 0.775306", \
            "0.022435, 0.0243954, 0.0304592, 0.0490463, 0.103907, 0.270361, 0.776358", \
            "0.0223769, 0.0243452, 0.0304647, 0.0489832, 0.103752, 0.270185, 0.776227", \
            "0.0226967, 0.0246171, 0.030712, 0.0489889, 0.103744, 0.270129, 0.775851", \
            "0.0250646, 0.0268356, 0.0325637, 0.0503367, 0.104554, 0.269963, 0.778821", \
            "0.0293114, 0.0309703, 0.0361207, 0.0535747, 0.108097, 0.273241, 0.776513" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0270156, 0.0243353, 0.0172483, -0.0004387, -0.0526094, -0.218258, -0.729107", \
            "0.0269175, 0.0242186, 0.0171128, -0.0006074, -0.0526923, -0.218423, -0.729175", \
            "0.0268235, 0.0241211, 0.0170202, -0.0007098, -0.0528398, -0.218528, -0.729302", \
            "0.026727, 0.0240383, 0.0169226, -0.0007108, -0.0530552, -0.218706, -0.729444", \
            "0.0266536, 0.0240343, 0.0168367, -0.0009324, -0.0533358, -0.218926, -0.729594", \
            "0.0283018, 0.0255421, 0.0184132, 0.0004426, -0.052419, -0.218254, -0.729114", \
            "0.0400747, 0.0372499, 0.0294026, 0.008404, -0.0483589, -0.216221, -0.726948" \
          );
        }
      }
      internal_power () {
        related_pin : "S0";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0295269, 0.0314449, 0.0376884, 0.0562556, 0.11121, 0.277476, 0.78458", \
            "0.0290663, 0.0310008, 0.0372276, 0.0557431, 0.110779, 0.277021, 0.78359", \
            "0.0294001, 0.0313664, 0.0375065, 0.0561687, 0.111119, 0.277657, 0.78615", \
            "0.0291258, 0.0310884, 0.0373038, 0.0558952, 0.110934, 0.277027, 0.785969", \
            "0.0290717, 0.0310803, 0.0372534, 0.0558973, 0.11082, 0.277025, 0.785911", \
            "0.0307371, 0.0326053, 0.0383855, 0.0571872, 0.112251, 0.278237, 0.782991", \
            "0.0359703, 0.0378592, 0.0437081, 0.0616338, 0.11667, 0.284108, 0.786745" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0336921, 0.0310072, 0.0238437, 0.0061602, -0.0461884, -0.211906, -0.722721", \
            "0.0335417, 0.0309995, 0.0238108, 0.0059727, -0.0462506, -0.211854, -0.722529", \
            "0.0334818, 0.0308413, 0.0236351, 0.0058817, -0.0464052, -0.212041, -0.722716", \
            "0.0318715, 0.0291569, 0.0220728, 0.0042275, -0.0479759, -0.213601, -0.724258", \
            "0.0304705, 0.0278229, 0.0206896, 0.0029805, -0.0492032, -0.214765, -0.725632", \
            "0.0335482, 0.0309094, 0.023403, 0.0035003, -0.050073, -0.21568, -0.726263", \
            "0.0390351, 0.0364553, 0.0289252, 0.0091967, -0.0464328, -0.214239, -0.725336" \
          );
        }
      }
      internal_power () {
        related_pin : "S1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.019436, 0.0214121, 0.0275515, 0.0459802, 0.100407, 0.265978, 0.771736", \
            "0.019309, 0.0212837, 0.0274277, 0.0458471, 0.100263, 0.265772, 0.772211", \
            "0.0195284, 0.0215039, 0.0276834, 0.046036, 0.100418, 0.266179, 0.775645", \
            "0.0195232, 0.021453, 0.027631, 0.0460116, 0.100484, 0.26612, 0.772652", \
            "0.0196232, 0.0215799, 0.0277795, 0.0461381, 0.100712, 0.265928, 0.768855", \
            "0.0215131, 0.0233231, 0.0291954, 0.0470117, 0.101909, 0.266645, 0.77234", \
            "0.0245937, 0.0264543, 0.0323171, 0.0501545, 0.104821, 0.271347, 0.773584" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
          values ( \
            "0.0177725, 0.015104, 0.0081145, -0.0093304, -0.061421, -0.227009, -0.737797", \
            "0.0176871, 0.0150348, 0.0080514, -0.0093796, -0.0614756, -0.227045, -0.737834", \
            "0.0176058, 0.0150004, 0.0080096, -0.0093057, -0.0613762, -0.226908, -0.737685", \
            "0.0161022, 0.0136568, 0.0069565, -0.0101259, -0.0618813, -0.227297, -0.737906", \
            "0.0165171, 0.0139669, 0.0071973, -0.0099448, -0.0617911, -0.227225, -0.737893", \
            "0.0239464, 0.0212546, 0.0139306, -0.0053151, -0.0607934, -0.226985, -0.737617", \
            "0.0283842, 0.0257102, 0.0184128, -0.0007954, -0.0562034, -0.223751, -0.734955" \
          );
        }
      }
    }
    pin (A0) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001858;
      rise_capacitance : 0.001949;
      rise_capacitance_range (0.001949, 0.001949);
      fall_capacitance : 0.001766;
      fall_capacitance_range (0.001766, 0.001766);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0033152, 0.0032476, 0.0030917, 0.0032923, 0.0037549, 0.0048214, 0.0072796" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0110246, 0.0109535, 0.0107895, 0.0109585, 0.0113479, 0.0122454, 0.0143143" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001844;
      rise_capacitance : 0.001939;
      rise_capacitance_range (0.001939, 0.001939);
      fall_capacitance : 0.001749;
      fall_capacitance_range (0.001749, 0.001749);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0037047, -0.003718, -0.0037487, -0.0037502, -0.0037533, -0.0037604, -0.0037769" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0038009, 0.0037973, 0.0037891, 0.0037871, 0.0037829, 0.0037732, 0.0037509" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001775;
      rise_capacitance : 0.001847;
      rise_capacitance_range (0.001847, 0.001847);
      fall_capacitance : 0.001703;
      fall_capacitance_range (0.001703, 0.001703);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0056535, 0.005585, 0.0054272, 0.0056297, 0.0060965, 0.0071726, 0.009653" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0099385, 0.0098618, 0.0096851, 0.0098616, 0.0102687, 0.0112072, 0.0133705" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001792;
      rise_capacitance : 0.001873;
      rise_capacitance_range (0.001873, 0.001873);
      fall_capacitance : 0.00171;
      fall_capacitance_range (0.00171, 0.00171);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0032424, -0.0032541, -0.0032811, -0.0032805, -0.0032793, -0.0032761, -0.0032688" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0033236, 0.0033192, 0.0033092, 0.0033105, 0.0033136, 0.0033209, 0.0033376" \
          );
        }
      }
    }
    pin (S0) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.005945;
      rise_capacitance : 0.006063;
      rise_capacitance_range (0.006063, 0.006063);
      fall_capacitance : 0.005827;
      fall_capacitance_range (0.005827, 0.005827);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0021471, 0.0018842, 0.0012782, 0.0016142, 0.0023886, 0.0041739, 0.0082891" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0225681, 0.0221985, 0.0213464, 0.0216845, 0.0224639, 0.0242605, 0.0284016" \
          );
        }
      }
    }
    pin (S1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003274;
      rise_capacitance : 0.003392;
      rise_capacitance_range (0.003392, 0.003392);
      fall_capacitance : 0.003157;
      fall_capacitance_range (0.003157, 0.003157);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0011118, -0.0012314, -0.001507, -0.0010758, -8.21113e-05, 0.0022085, 0.0074888" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0117328, 0.0116068, 0.0113161, 0.0117337, 0.0126963, 0.014915, 0.0200292" \
          );
        }
      }
    }
  }
  cell (scs8hd_mux4_4) {
    area : 25.024;
    cell_footprint : "mux4";
    cell_leakage_power : 0.0212132;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0330804;
      when : "!A0&!A1&!A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0252684;
      when : "!A0&!A1&!A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0408507;
      when : "!A0&!A1&!A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0330387;
      when : "!A0&!A1&!A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0332357;
      when : "!A0&!A1&!A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0254237;
      when : "!A0&!A1&!A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0166503;
      when : "!A0&!A1&!A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.033498;
      when : "!A0&!A1&!A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0088785;
      when : "!A0&!A1&A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0257262;
      when : "!A0&!A1&A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0410046;
      when : "!A0&!A1&A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0331926;
      when : "!A0&!A1&A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0088757;
      when : "!A0&!A1&A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0257234;
      when : "!A0&!A1&A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0166477;
      when : "!A0&!A1&A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0334954;
      when : "!A0&!A1&A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0332306;
      when : "!A0&A1&!A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0254186;
      when : "!A0&A1&!A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0413287;
      when : "!A0&A1&!A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0088569;
      when : "!A0&A1&!A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0333859;
      when : "!A0&A1&!A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0255739;
      when : "!A0&A1&!A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0169439;
      when : "!A0&A1&!A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0091319;
      when : "!A0&A1&!A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0090287;
      when : "!A0&A1&A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0258764;
      when : "!A0&A1&A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0414826;
      when : "!A0&A1&A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0090108;
      when : "!A0&A1&A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0090259;
      when : "!A0&A1&A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0258736;
      when : "!A0&A1&A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0169413;
      when : "!A0&A1&A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0091293;
      when : "!A0&A1&A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0334973;
      when : "A0&!A1&!A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0010255;
      when : "A0&!A1&!A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0410142;
      when : "A0&!A1&!A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0332022;
      when : "A0&!A1&!A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0336526;
      when : "A0&!A1&!A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0011808;
      when : "A0&!A1&!A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0168138;
      when : "A0&!A1&!A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0169419;
      when : "A0&A1&!A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0091299;
      when : "A0&A1&!A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0091087;
      when : "A0&A1&A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0012967;
      when : "A0&A1&A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0414806;
      when : "A0&A1&A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0090088;
      when : "A0&A1&A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0091059;
      when : "A0&A1&A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0012938;
      when : "A0&A1&A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0169393;
      when : "A0&A1&A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0091273;
      when : "A0&A1&A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0336616;
      when : "A0&!A1&!A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.009111;
      when : "A0&!A1&A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.001299;
      when : "A0&!A1&A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0411681;
      when : "A0&!A1&A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0333561;
      when : "A0&!A1&A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0091082;
      when : "A0&!A1&A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0012962;
      when : "A0&!A1&A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0168112;
      when : "A0&!A1&A2&A3&S0&S1";
    }
    leakage_power () {
      value : 0.0336589;
      when : "A0&!A1&A2&A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0334949;
      when : "A0&A1&!A2&!A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0010232;
      when : "A0&A1&!A2&!A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0413267;
      when : "A0&A1&!A2&!A3&S0&S1";
    }
    leakage_power () {
      value : 0.0088549;
      when : "A0&A1&!A2&!A3&S0&!S1";
    }
    leakage_power () {
      value : 0.0336503;
      when : "A0&A1&!A2&A3&!S0&S1";
    }
    leakage_power () {
      value : 0.0011785;
      when : "A0&A1&!A2&A3&!S0&!S1";
    }
    leakage_power () {
      value : 0.0212132;
    }
    pin (X) {
      direction : output;
      function : "(A0&!S0&!S1) | (A1&S0&!S1) | (A2&!S0&S1) | (A3&S0&S1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.729685;
      max_transition : 1.50585;
      timing () {
        related_pin : "A0";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.149541, 0.153973, 0.166192, 0.196951, 0.27178, 0.487557, 1.20465", \
            "0.152732, 0.156924, 0.169397, 0.20017, 0.274931, 0.490461, 1.20611", \
            "0.159633, 0.163982, 0.176404, 0.207173, 0.281872, 0.497267, 1.21255", \
            "0.174495, 0.178843, 0.191243, 0.221905, 0.296715, 0.512594, 1.2299", \
            "0.202151, 0.206599, 0.219206, 0.250052, 0.325062, 0.541174, 1.25694", \
            "0.235926, 0.240513, 0.253892, 0.286812, 0.364245, 0.580874, 1.29649", \
            "0.245571, 0.250398, 0.265098, 0.302546, 0.385634, 0.604176, 1.31824" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.028632, 0.0320406, 0.0428452, 0.0711678, 0.157004, 0.456672, 1.50301", \
            "0.028612, 0.0321786, 0.0428179, 0.0712967, 0.15689, 0.457627, 1.50336", \
            "0.0287608, 0.0323967, 0.0430286, 0.0713208, 0.156809, 0.457515, 1.50462", \
            "0.0286783, 0.0323168, 0.0428963, 0.071096, 0.157023, 0.456191, 1.50255", \
            "0.0294152, 0.0329988, 0.0436179, 0.072083, 0.157358, 0.456849, 1.50213", \
            "0.0336631, 0.0372958, 0.0487638, 0.07768, 0.161207, 0.458113, 1.50312", \
            "0.0455513, 0.0489921, 0.0607216, 0.0908049, 0.171481, 0.461683, 1.49918" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.303616, 0.308225, 0.321653, 0.355312, 0.429003, 0.579092, 0.92385", \
            "0.30824, 0.312855, 0.326215, 0.360018, 0.433849, 0.583474, 0.928203", \
            "0.318234, 0.322801, 0.336142, 0.370071, 0.443829, 0.593587, 0.938395", \
            "0.338992, 0.343607, 0.357012, 0.39069, 0.464285, 0.614407, 0.959195", \
            "0.38752, 0.392211, 0.405791, 0.43935, 0.513132, 0.663428, 1.00813", \
            "0.498093, 0.502764, 0.516453, 0.550708, 0.625043, 0.77578, 1.12085", \
            "0.710278, 0.715111, 0.729432, 0.76541, 0.845099, 1.00299, 1.35294" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0671724, 0.0695897, 0.0776594, 0.100246, 0.153378, 0.270738, 0.643651", \
            "0.0672587, 0.0697198, 0.0780884, 0.100069, 0.152269, 0.272566, 0.642489", \
            "0.0671556, 0.069872, 0.0780897, 0.100244, 0.152381, 0.271053, 0.642035", \
            "0.0672521, 0.069737, 0.0772907, 0.10002, 0.153053, 0.270744, 0.642252", \
            "0.066927, 0.0697204, 0.0778354, 0.100102, 0.152036, 0.271533, 0.642558", \
            "0.0704636, 0.0728559, 0.0806216, 0.10255, 0.153812, 0.271892, 0.642977", \
            "0.0822803, 0.0846203, 0.092347, 0.115282, 0.168366, 0.286315, 0.649018" \
          );
        }
      }
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.152664, 0.157092, 0.169471, 0.200646, 0.276381, 0.493646, 1.21116", \
            "0.15605, 0.160414, 0.172822, 0.204008, 0.279723, 0.496979, 1.21372", \
            "0.16362, 0.16805, 0.180609, 0.211638, 0.287336, 0.5045, 1.2214", \
            "0.180201, 0.184472, 0.19698, 0.228228, 0.303847, 0.520767, 1.24039", \
            "0.211686, 0.216092, 0.228744, 0.259891, 0.335744, 0.55285, 1.27029", \
            "0.254326, 0.258928, 0.272296, 0.305546, 0.383706, 0.601365, 1.31717", \
            "0.284241, 0.289113, 0.303809, 0.341569, 0.425022, 0.644535, 1.35989" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0288889, 0.032508, 0.0432182, 0.0717553, 0.157474, 0.456766, 1.50353", \
            "0.0289066, 0.0325927, 0.0431678, 0.0718105, 0.157487, 0.456942, 1.50336", \
            "0.0286341, 0.0322693, 0.0432093, 0.0718378, 0.157474, 0.457778, 1.50227", \
            "0.0289665, 0.0325709, 0.0432793, 0.071853, 0.157373, 0.457852, 1.50438", \
            "0.0297095, 0.0332547, 0.0437179, 0.0723422, 0.15785, 0.458051, 1.50081", \
            "0.0340264, 0.0378263, 0.048936, 0.0778895, 0.161711, 0.458519, 1.49737", \
            "0.0458635, 0.0493215, 0.0602087, 0.0917012, 0.172095, 0.46232, 1.49672" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.30131, 0.305892, 0.319293, 0.352665, 0.425877, 0.575498, 0.919731", \
            "0.305635, 0.310217, 0.323566, 0.35702, 0.430387, 0.579663, 0.924043", \
            "0.314745, 0.31932, 0.332663, 0.366074, 0.43937, 0.588968, 0.933395", \
            "0.333302, 0.337869, 0.35133, 0.38486, 0.458149, 0.607584, 0.951884", \
            "0.376537, 0.381109, 0.394518, 0.428094, 0.501378, 0.651254, 0.99543", \
            "0.472865, 0.477533, 0.491048, 0.525418, 0.599361, 0.750023, 1.0946", \
            "0.655212, 0.660127, 0.674397, 0.710888, 0.78973, 0.946798, 1.29664" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0660642, 0.0685516, 0.0762848, 0.0985276, 0.15015, 0.27078, 0.64177", \
            "0.066125, 0.0686979, 0.0761482, 0.0987736, 0.150107, 0.270478, 0.641577", \
            "0.0661346, 0.068556, 0.0761331, 0.0990142, 0.151685, 0.269943, 0.641026", \
            "0.0664763, 0.0685678, 0.0765673, 0.0983518, 0.149544, 0.271123, 0.6416", \
            "0.0660245, 0.0685536, 0.0766447, 0.098424, 0.149225, 0.269954, 0.641535", \
            "0.0697588, 0.0723866, 0.0802522, 0.10193, 0.154206, 0.272583, 0.643403", \
            "0.0804462, 0.0834499, 0.091501, 0.113919, 0.165982, 0.285909, 0.648209" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.14974, 0.154086, 0.16635, 0.197206, 0.2726, 0.490104, 1.20844", \
            "0.153112, 0.157421, 0.169786, 0.200586, 0.275892, 0.493266, 1.21138", \
            "0.160299, 0.164621, 0.176998, 0.207877, 0.283118, 0.500043, 1.21777", \
            "0.175642, 0.179929, 0.192399, 0.223154, 0.298479, 0.515802, 1.2333", \
            "0.205155, 0.209504, 0.222014, 0.252946, 0.328398, 0.545675, 1.26241", \
            "0.242914, 0.247446, 0.260739, 0.293644, 0.37138, 0.588765, 1.30631", \
            "0.260273, 0.265167, 0.279763, 0.317387, 0.400601, 0.6197, 1.33523" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0280687, 0.0317738, 0.0424493, 0.0707869, 0.156598, 0.456103, 1.50245", \
            "0.0281887, 0.0317591, 0.0423573, 0.0708453, 0.156588, 0.457307, 1.49997", \
            "0.0283254, 0.0315731, 0.0426404, 0.0709211, 0.15628, 0.457208, 1.50448", \
            "0.0280016, 0.0318584, 0.0425027, 0.0708919, 0.156481, 0.457462, 1.50212", \
            "0.0290761, 0.0326676, 0.0429732, 0.0713495, 0.156837, 0.457627, 1.498", \
            "0.0331018, 0.0366797, 0.0480921, 0.0771466, 0.160685, 0.456915, 1.50133", \
            "0.0445853, 0.0479461, 0.0595002, 0.0908911, 0.171123, 0.461712, 1.49827" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.302471, 0.307107, 0.320623, 0.354503, 0.428843, 0.579375, 0.924798", \
            "0.307286, 0.311927, 0.325358, 0.359384, 0.433634, 0.583836, 0.929113", \
            "0.317364, 0.321953, 0.335395, 0.369443, 0.443706, 0.593891, 0.939164", \
            "0.338055, 0.342696, 0.356138, 0.390166, 0.464421, 0.614543, 0.959987", \
            "0.385595, 0.39024, 0.403759, 0.437874, 0.511994, 0.662935, 1.00807", \
            "0.492396, 0.497112, 0.510822, 0.545248, 0.619961, 0.771588, 1.11703", \
            "0.695961, 0.700849, 0.715264, 0.752124, 0.832026, 0.990294, 1.34026" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0671719, 0.0695971, 0.0776537, 0.10064, 0.15152, 0.271187, 0.642371", \
            "0.0673115, 0.0697752, 0.0779443, 0.100404, 0.152312, 0.271556, 0.643022", \
            "0.0672184, 0.0698156, 0.0779346, 0.100207, 0.15249, 0.271662, 0.643044", \
            "0.0671121, 0.06982, 0.0779233, 0.10045, 0.152338, 0.27264, 0.643593", \
            "0.0671183, 0.0696746, 0.0778401, 0.0997604, 0.150689, 0.271071, 0.642661", \
            "0.0702824, 0.072752, 0.0805634, 0.102495, 0.154259, 0.274433, 0.642379", \
            "0.0814343, 0.08395, 0.0927359, 0.115862, 0.167088, 0.285719, 0.649821" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.150838, 0.155217, 0.167559, 0.198582, 0.274139, 0.491519, 1.20847", \
            "0.154144, 0.15847, 0.170953, 0.201858, 0.277281, 0.494414, 1.21191", \
            "0.161472, 0.16587, 0.178285, 0.209274, 0.284736, 0.501579, 1.21783", \
            "0.177305, 0.181646, 0.194238, 0.225132, 0.300571, 0.517429, 1.23631", \
            "0.207353, 0.211767, 0.224356, 0.255337, 0.330903, 0.548347, 1.26541", \
            "0.245648, 0.250196, 0.263554, 0.296602, 0.374502, 0.592059, 1.30897", \
            "0.264222, 0.269086, 0.28374, 0.321489, 0.404819, 0.624178, 1.33966" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0285012, 0.0321743, 0.0426879, 0.0712899, 0.157005, 0.45727, 1.5036", \
            "0.0285088, 0.0321231, 0.0428281, 0.0711161, 0.157028, 0.456793, 1.50125", \
            "0.0283311, 0.0320011, 0.0430837, 0.0711988, 0.156628, 0.457337, 1.50479", \
            "0.0284997, 0.032204, 0.0428523, 0.0712439, 0.156664, 0.457295, 1.50585", \
            "0.029061, 0.0325635, 0.0433269, 0.0719263, 0.157238, 0.457866, 1.50461", \
            "0.0337257, 0.0373501, 0.0480462, 0.0773918, 0.161207, 0.457477, 1.50033", \
            "0.0449223, 0.048287, 0.0597885, 0.0912843, 0.171524, 0.461733, 1.49587" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.307979, 0.312651, 0.326281, 0.360555, 0.435154, 0.586097, 0.932242", \
            "0.312724, 0.317386, 0.331134, 0.365323, 0.439833, 0.590773, 0.936804", \
            "0.322691, 0.327412, 0.34094, 0.375235, 0.449839, 0.600668, 0.946706", \
            "0.343057, 0.347708, 0.361204, 0.395465, 0.469862, 0.621248, 0.967311", \
            "0.389682, 0.39437, 0.407935, 0.442256, 0.516811, 0.668373, 1.01426", \
            "0.49423, 0.498986, 0.512679, 0.547341, 0.62253, 0.774688, 1.12105", \
            "0.694688, 0.699584, 0.714121, 0.75065, 0.831195, 0.990201, 1.34139" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0677771, 0.0703104, 0.0780742, 0.100612, 0.152337, 0.272382, 0.643393", \
            "0.0678126, 0.0701308, 0.0784783, 0.100602, 0.151681, 0.271934, 0.643774", \
            "0.0679166, 0.0703289, 0.0786493, 0.101071, 0.151723, 0.272283, 0.643549", \
            "0.0679146, 0.0704399, 0.0785608, 0.101063, 0.154234, 0.273699, 0.64389", \
            "0.0677636, 0.0703829, 0.0784825, 0.100468, 0.153701, 0.273959, 0.64322", \
            "0.0709911, 0.0733011, 0.0811492, 0.103379, 0.154633, 0.274519, 0.644306", \
            "0.0819386, 0.0843973, 0.092426, 0.115781, 0.169703, 0.286801, 0.650146" \
          );
        }
      }
      timing () {
        related_pin : "S0";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.136624, 0.140953, 0.153375, 0.184337, 0.259943, 0.477259, 1.1953", \
            "0.139728, 0.144058, 0.156541, 0.187469, 0.263034, 0.480253, 1.1977", \
            "0.146888, 0.151248, 0.163843, 0.194755, 0.27021, 0.487003, 1.20579", \
            "0.162788, 0.167123, 0.179541, 0.210546, 0.286065, 0.503303, 1.21992", \
            "0.18937, 0.19378, 0.206501, 0.237977, 0.313742, 0.530918, 1.24671", \
            "0.211281, 0.21592, 0.229505, 0.264123, 0.342721, 0.560408, 1.27813", \
            "0.181773, 0.186717, 0.20196, 0.242062, 0.328995, 0.548707, 1.26394" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0284088, 0.0319915, 0.042834, 0.0711903, 0.156986, 0.456679, 1.50224", \
            "0.0283048, 0.03191, 0.0426426, 0.0712465, 0.156799, 0.457854, 1.49811", \
            "0.0285123, 0.0319633, 0.0428864, 0.0713034, 0.156786, 0.457465, 1.50551", \
            "0.0283114, 0.0320125, 0.0427564, 0.0712827, 0.157059, 0.457433, 1.50255", \
            "0.0301998, 0.0338812, 0.0446478, 0.0725645, 0.157798, 0.457539, 1.50265", \
            "0.0376657, 0.0410916, 0.0523429, 0.0812272, 0.163336, 0.458651, 1.50283", \
            "0.0534508, 0.056633, 0.0682389, 0.0993054, 0.177633, 0.463406, 1.49966" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.257706, 0.262319, 0.275856, 0.309717, 0.383463, 0.533824, 0.878526", \
            "0.261861, 0.266473, 0.279969, 0.313852, 0.387686, 0.537979, 0.882732", \
            "0.27281, 0.277429, 0.290869, 0.324748, 0.398682, 0.548852, 0.893675", \
            "0.300021, 0.304638, 0.318118, 0.351981, 0.425773, 0.576126, 0.920863", \
            "0.366183, 0.370784, 0.384358, 0.417919, 0.491821, 0.641887, 0.986927", \
            "0.519359, 0.524045, 0.537819, 0.571712, 0.646134, 0.797243, 1.14224", \
            "0.796182, 0.801091, 0.816057, 0.855055, 0.939737, 1.10307, 1.45453" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0671571, 0.0696427, 0.0776669, 0.0996474, 0.151115, 0.270989, 0.642375", \
            "0.0669743, 0.0694985, 0.0777111, 0.0995868, 0.151128, 0.271821, 0.642331", \
            "0.0669232, 0.0694539, 0.0777321, 0.100167, 0.151091, 0.270167, 0.642129", \
            "0.0669369, 0.0694451, 0.0775612, 0.0996076, 0.151124, 0.271642, 0.642389", \
            "0.067108, 0.0694637, 0.0779213, 0.0998586, 0.152206, 0.272574, 0.643475", \
            "0.0729108, 0.0752917, 0.0837059, 0.104363, 0.154177, 0.274339, 0.642324", \
            "0.0996268, 0.101782, 0.110525, 0.13337, 0.186582, 0.297307, 0.651413" \
          );
        }
      }
      timing () {
        related_pin : "S0";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.212312, 0.216617, 0.229095, 0.259828, 0.33517, 0.552575, 1.2695", \
            "0.215634, 0.219958, 0.23235, 0.263137, 0.338458, 0.555949, 1.27416", \
            "0.226787, 0.231097, 0.243467, 0.274281, 0.349594, 0.56702, 1.28543", \
            "0.254261, 0.258571, 0.27093, 0.301731, 0.377097, 0.594578, 1.31295", \
            "0.305046, 0.309364, 0.321744, 0.352577, 0.427843, 0.645131, 1.36264", \
            "0.387918, 0.392229, 0.404689, 0.435587, 0.510904, 0.728491, 1.44501", \
            "0.536429, 0.540794, 0.553324, 0.584486, 0.660079, 0.876895, 1.59362" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0280953, 0.0318887, 0.0424755, 0.0708648, 0.156561, 0.457145, 1.50327", \
            "0.0281972, 0.0318644, 0.0424127, 0.0709033, 0.156502, 0.456917, 1.5027", \
            "0.0283348, 0.0319393, 0.042357, 0.0708068, 0.156515, 0.457653, 1.50213", \
            "0.0282815, 0.0318317, 0.0425148, 0.0707778, 0.156612, 0.456187, 1.50274", \
            "0.0283794, 0.031989, 0.0424468, 0.0708573, 0.156653, 0.456763, 1.49787", \
            "0.0285773, 0.0322719, 0.0429071, 0.0710717, 0.156517, 0.457716, 1.49864", \
            "0.0291201, 0.032734, 0.0433097, 0.0717535, 0.157089, 0.457203, 1.49822" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.332059, 0.336719, 0.350246, 0.384465, 0.45919, 0.610335, 0.956321", \
            "0.335561, 0.340219, 0.353911, 0.388226, 0.462627, 0.614142, 0.960029", \
            "0.343849, 0.348527, 0.362142, 0.396441, 0.470949, 0.622492, 0.968345", \
            "0.357314, 0.361938, 0.37547, 0.409711, 0.484491, 0.63566, 0.981676", \
            "0.370718, 0.375356, 0.388922, 0.423271, 0.497889, 0.649177, 0.995136", \
            "0.377863, 0.382431, 0.395834, 0.429504, 0.503604, 0.653833, 0.999893", \
            "0.35387, 0.358442, 0.371646, 0.40537, 0.479417, 0.630088, 0.975801" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0676865, 0.070291, 0.0786205, 0.100898, 0.151972, 0.272116, 0.644075", \
            "0.0677696, 0.0701637, 0.0784797, 0.100643, 0.153053, 0.273958, 0.642969", \
            "0.0676866, 0.0702653, 0.0785463, 0.10041, 0.152648, 0.27176, 0.643685", \
            "0.0677597, 0.0704174, 0.0785977, 0.100814, 0.151985, 0.27208, 0.643836", \
            "0.0679413, 0.0705684, 0.0785982, 0.100681, 0.151639, 0.272606, 0.644351", \
            "0.065514, 0.0680825, 0.076262, 0.098517, 0.150128, 0.271668, 0.64433", \
            "0.0657493, 0.0682223, 0.0763353, 0.0985163, 0.151795, 0.271563, 0.639308" \
          );
        }
      }
      timing () {
        related_pin : "S1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.115384, 0.119617, 0.131969, 0.162866, 0.238182, 0.455282, 1.17269", \
            "0.1192, 0.12351, 0.13588, 0.166655, 0.241978, 0.459352, 1.17952", \
            "0.127652, 0.131952, 0.144349, 0.175082, 0.250292, 0.467294, 1.18327", \
            "0.145961, 0.150259, 0.162727, 0.19349, 0.268641, 0.485921, 1.20553", \
            "0.183193, 0.187538, 0.20012, 0.231182, 0.306756, 0.524005, 1.23989", \
            "0.222061, 0.22668, 0.240591, 0.275309, 0.353282, 0.570849, 1.28863", \
            "0.240465, 0.245214, 0.26045, 0.301213, 0.388822, 0.606612, 1.32144" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0282426, 0.0318343, 0.0424068, 0.0707559, 0.156376, 0.457375, 1.50141", \
            "0.0279783, 0.0316113, 0.0422721, 0.070754, 0.156251, 0.456345, 1.50212", \
            "0.0280585, 0.0316623, 0.0424614, 0.0706877, 0.156429, 0.456889, 1.50173", \
            "0.0279129, 0.03173, 0.0422432, 0.0706556, 0.15641, 0.456636, 1.50312", \
            "0.0317382, 0.035156, 0.0455511, 0.0729524, 0.157531, 0.456759, 1.50389", \
            "0.0428569, 0.0461296, 0.0569792, 0.0840577, 0.164338, 0.459067, 1.50543", \
            "0.0619662, 0.0654126, 0.0749015, 0.107082, 0.182078, 0.462196, 1.49803" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.188543, 0.19314, 0.20673, 0.240528, 0.314631, 0.464827, 0.809589", \
            "0.192584, 0.197223, 0.210644, 0.244583, 0.318695, 0.46868, 0.813615", \
            "0.202191, 0.206768, 0.220286, 0.254153, 0.328286, 0.478095, 0.823239", \
            "0.222226, 0.226852, 0.240259, 0.274143, 0.348167, 0.498207, 0.842847", \
            "0.260305, 0.264814, 0.277956, 0.311355, 0.384952, 0.534179, 0.879127", \
            "0.326556, 0.331573, 0.346401, 0.383806, 0.4642, 0.618696, 0.965046", \
            "0.470876, 0.475908, 0.490674, 0.529717, 0.620303, 0.799818, 1.15919" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0666754, 0.0691241, 0.0772, 0.0989312, 0.151232, 0.271388, 0.642295", \
            "0.066908, 0.0693189, 0.0769228, 0.0990523, 0.149964, 0.272094, 0.643452", \
            "0.066805, 0.069191, 0.0770061, 0.0988151, 0.151364, 0.271499, 0.641777", \
            "0.0661418, 0.068618, 0.0764494, 0.0984772, 0.149568, 0.270833, 0.643258", \
            "0.0643191, 0.066688, 0.0743872, 0.0961175, 0.148952, 0.26958, 0.642757", \
            "0.0693321, 0.0724948, 0.0822815, 0.107902, 0.161223, 0.277332, 0.643148", \
            "0.0688974, 0.0723732, 0.084342, 0.11634, 0.187698, 0.311485, 0.658388" \
          );
        }
      }
      timing () {
        related_pin : "S1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.140606, 0.14494, 0.157377, 0.18803, 0.262897, 0.479316, 1.19601", \
            "0.145308, 0.149747, 0.162119, 0.192764, 0.267635, 0.484075, 1.20104", \
            "0.157772, 0.162113, 0.174503, 0.205169, 0.28006, 0.496566, 1.2156", \
            "0.184524, 0.188909, 0.201287, 0.231948, 0.30685, 0.523325, 1.24202", \
            "0.230558, 0.234907, 0.247246, 0.277762, 0.352794, 0.569265, 1.28426", \
            "0.302277, 0.306665, 0.319048, 0.349697, 0.424468, 0.640181, 1.35781", \
            "0.437435, 0.441779, 0.45419, 0.484993, 0.55992, 0.776261, 1.49052" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0284601, 0.0320055, 0.0427929, 0.071131, 0.156811, 0.457332, 1.50379", \
            "0.0283513, 0.0318902, 0.0428376, 0.0711269, 0.156815, 0.457207, 1.50395", \
            "0.0284821, 0.0321124, 0.0427439, 0.0710738, 0.156837, 0.456701, 1.5028", \
            "0.0283384, 0.031998, 0.0427463, 0.0711324, 0.15684, 0.456978, 1.50327", \
            "0.0282719, 0.0318688, 0.0425741, 0.071099, 0.156918, 0.45678, 1.50115", \
            "0.0286022, 0.0321749, 0.0428076, 0.0709231, 0.156433, 0.456493, 1.50438", \
            "0.0290656, 0.0326693, 0.0433319, 0.0714957, 0.156967, 0.457171, 1.49498" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.189554, 0.194153, 0.207791, 0.241935, 0.316566, 0.467743, 0.813653", \
            "0.192595, 0.197214, 0.21071, 0.244925, 0.319722, 0.47104, 0.816838", \
            "0.197878, 0.202521, 0.216208, 0.250338, 0.324953, 0.476344, 0.822243", \
            "0.205501, 0.210183, 0.223753, 0.25806, 0.33278, 0.48353, 0.829733", \
            "0.244542, 0.248676, 0.260864, 0.292329, 0.364661, 0.51369, 0.858615", \
            "0.276925, 0.281017, 0.292851, 0.322774, 0.390563, 0.535807, 0.879131", \
            "0.230206, 0.234203, 0.246052, 0.276117, 0.344256, 0.490666, 0.833771" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0678694, 0.0703417, 0.0783434, 0.10058, 0.151424, 0.271798, 0.644101", \
            "0.0678581, 0.0706088, 0.0783902, 0.100482, 0.152127, 0.272308, 0.643638", \
            "0.0677396, 0.0701838, 0.0785667, 0.100994, 0.15268, 0.273403, 0.642127", \
            "0.0674062, 0.069861, 0.0777265, 0.0999272, 0.151101, 0.272855, 0.644758", \
            "0.0528037, 0.0554174, 0.0644992, 0.0896171, 0.145224, 0.268272, 0.640564", \
            "0.0652181, 0.0675189, 0.0737464, 0.0935101, 0.143909, 0.265159, 0.641681", \
            "0.0659997, 0.0678186, 0.0744907, 0.0936628, 0.144903, 0.265902, 0.640184" \
          );
        }
      }
      internal_power () {
        related_pin : "A0";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0327499, 0.0348083, 0.0419755, 0.0680986, 0.1534, 0.438174, 1.4016", \
            "0.0328684, 0.0346994, 0.0419408, 0.0680931, 0.153569, 0.438323, 1.40222", \
            "0.0328078, 0.0348189, 0.0421043, 0.0681512, 0.153636, 0.438136, 1.40732", \
            "0.0325541, 0.0344816, 0.0418096, 0.0678088, 0.153109, 0.437934, 1.40113", \
            "0.0325845, 0.0345225, 0.0417749, 0.0675494, 0.152549, 0.437985, 1.40243", \
            "0.0359956, 0.0377153, 0.044451, 0.068686, 0.152931, 0.43732, 1.39999", \
            "0.0404845, 0.0417386, 0.0474976, 0.0708677, 0.155074, 0.438511, 1.39767" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.038548, 0.0353822, 0.0247128, -0.0058109, -0.0929974, -0.380154, -1.35535", \
            "0.0378511, 0.0345033, 0.0240217, -0.0065532, -0.0932958, -0.379945, -1.35533", \
            "0.0380342, 0.0346903, 0.0240723, -0.0063538, -0.0933493, -0.380125, -1.35527", \
            "0.0377137, 0.0343911, 0.0238744, -0.0066784, -0.093233, -0.3804, -1.3556", \
            "0.0372043, 0.0338414, 0.0233043, -0.0072699, -0.094335, -0.381194, -1.35628", \
            "0.0383685, 0.0350722, 0.0243122, -0.0069247, -0.0939582, -0.381282, -1.35659", \
            "0.0504078, 0.0469587, 0.0359553, 0.0025838, -0.0913566, -0.380516, -1.35646" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0374671, 0.0395354, 0.0466187, 0.0728355, 0.158742, 0.445175, 1.41085", \
            "0.0374705, 0.0394575, 0.0465078, 0.0727215, 0.158618, 0.445206, 1.41099", \
            "0.0372987, 0.0392884, 0.0465265, 0.0726352, 0.158718, 0.445225, 1.41119", \
            "0.0372462, 0.0392128, 0.046333, 0.0725791, 0.158649, 0.444865, 1.40963", \
            "0.0377755, 0.0396891, 0.0468153, 0.0725831, 0.158285, 0.445189, 1.41086", \
            "0.0421586, 0.0438956, 0.0507038, 0.0748466, 0.16021, 0.445433, 1.41371", \
            "0.0495725, 0.050736, 0.0565498, 0.0808303, 0.164192, 0.448689, 1.41253" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0476052, 0.044218, 0.0337838, 0.0034048, -0.082257, -0.368452, -1.34317", \
            "0.0473432, 0.0442324, 0.033659, 0.0032418, -0.0831012, -0.368544, -1.3433", \
            "0.0480726, 0.0448336, 0.0342852, 0.0038169, -0.0826931, -0.368962, -1.34345", \
            "0.0472977, 0.0440311, 0.0336827, 0.0030368, -0.0831436, -0.369089, -1.34365", \
            "0.0469698, 0.0435832, 0.0332087, 0.0027896, -0.0836904, -0.369538, -1.34391", \
            "0.049153, 0.0463261, 0.0355753, 0.0047131, -0.0821346, -0.368568, -1.34334", \
            "0.0650149, 0.0615524, 0.0505182, 0.0175064, -0.0760441, -0.365803, -1.34088" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0299166, 0.0318844, 0.039037, 0.0654186, 0.151646, 0.438967, 1.40452", \
            "0.0299781, 0.0318505, 0.0392302, 0.0653629, 0.151753, 0.438863, 1.40233", \
            "0.0299498, 0.0319509, 0.0392823, 0.0655153, 0.151827, 0.439002, 1.41038", \
            "0.0297361, 0.0317707, 0.03902, 0.0652288, 0.151609, 0.438886, 1.40561", \
            "0.0298292, 0.0317768, 0.0389217, 0.0647473, 0.151174, 0.437997, 1.4076", \
            "0.0332009, 0.0349293, 0.0416825, 0.0659309, 0.150985, 0.437012, 1.40317", \
            "0.0376563, 0.0389321, 0.0446633, 0.0689138, 0.152936, 0.437134, 1.39976" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0413268, 0.0382242, 0.0275869, -0.0028728, -0.0895371, -0.375679, -1.34999", \
            "0.0407657, 0.0374353, 0.0270171, -0.0032702, -0.0897968, -0.375351, -1.35003", \
            "0.0410407, 0.03768, 0.0271413, -0.0032067, -0.0897173, -0.375311, -1.34991", \
            "0.0408064, 0.037408, 0.0269638, -0.0034306, -0.0900029, -0.375618, -1.35021", \
            "0.0403059, 0.0369154, 0.0264055, -0.0042088, -0.0906945, -0.376547, -1.35079", \
            "0.0414892, 0.0381583, 0.027497, -0.003356, -0.0902267, -0.376605, -1.35123", \
            "0.0540178, 0.0505876, 0.0395905, 0.0065547, -0.0873115, -0.376678, -1.35112" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0361833, 0.0381633, 0.0452604, 0.0714524, 0.157502, 0.444596, 1.41094", \
            "0.0360194, 0.037948, 0.0452598, 0.071231, 0.157516, 0.44428, 1.41404", \
            "0.0358732, 0.0378931, 0.0451355, 0.0712787, 0.157309, 0.444247, 1.41569", \
            "0.0357795, 0.0378004, 0.0450718, 0.0712402, 0.157363, 0.444092, 1.41523", \
            "0.0363941, 0.0384005, 0.0455373, 0.0712093, 0.156936, 0.443942, 1.41524", \
            "0.0406619, 0.0425126, 0.0492024, 0.0733595, 0.158167, 0.443817, 1.41024", \
            "0.0477989, 0.0490337, 0.0547566, 0.0791676, 0.162621, 0.447354, 1.40927" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0509117, 0.0476291, 0.037031, 0.006278, -0.0802205, -0.366009, -1.34036", \
            "0.0503038, 0.0469666, 0.0366084, 0.0058918, -0.0805024, -0.366027, -1.34051", \
            "0.0499132, 0.0467396, 0.0362153, 0.005691, -0.0806432, -0.366022, -1.34059", \
            "0.0499054, 0.0466806, 0.0361415, 0.0056982, -0.0804092, -0.366282, -1.34069", \
            "0.0497994, 0.0463582, 0.0360264, 0.0052764, -0.0810623, -0.366706, -1.34093", \
            "0.0521041, 0.049062, 0.0380997, 0.0068731, -0.0797016, -0.365957, -1.34048", \
            "0.0670209, 0.0636025, 0.0526561, 0.019596, -0.0743694, -0.36323, -1.33812" \
          );
        }
      }
      internal_power () {
        related_pin : "S0";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0429979, 0.0450152, 0.0523635, 0.0785319, 0.165012, 0.452015, 1.41954", \
            "0.0426112, 0.0444855, 0.0518895, 0.0779602, 0.16426, 0.451292, 1.41759", \
            "0.0428632, 0.0447875, 0.0521728, 0.078316, 0.164777, 0.451692, 1.41702", \
            "0.042616, 0.0445321, 0.0518424, 0.0781154, 0.164328, 0.451569, 1.41749", \
            "0.0425293, 0.0444438, 0.051817, 0.0779612, 0.164318, 0.451434, 1.42114", \
            "0.0432768, 0.0452413, 0.0527068, 0.0793741, 0.165458, 0.452807, 1.41828", \
            "0.0508986, 0.0527107, 0.0599822, 0.0850209, 0.170904, 0.459414, 1.41972" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0566781, 0.0533647, 0.0428397, 0.0123689, -0.0741227, -0.360052, -1.33395", \
            "0.0565296, 0.0532253, 0.0428103, 0.0123042, -0.0741122, -0.359953, -1.33436", \
            "0.056648, 0.0531879, 0.0426866, 0.0119773, -0.074245, -0.360045, -1.33439", \
            "0.0550527, 0.0516774, 0.0412092, 0.0106771, -0.0757954, -0.361607, -1.33587", \
            "0.0537282, 0.0503413, 0.0399255, 0.0093647, -0.0770887, -0.362848, -1.33717", \
            "0.0524563, 0.0490862, 0.0386012, 0.0081681, -0.0779693, -0.36362, -1.33781", \
            "0.0661622, 0.0628455, 0.052265, 0.0205913, -0.0703621, -0.36194, -1.33674" \
          );
        }
      }
      internal_power () {
        related_pin : "S1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0326499, 0.0345197, 0.0417921, 0.0679692, 0.153338, 0.439396, 1.40514", \
            "0.0323831, 0.0344367, 0.0416464, 0.0678204, 0.153184, 0.43922, 1.40499", \
            "0.0326932, 0.0345617, 0.0419391, 0.0680118, 0.153386, 0.439352, 1.40417", \
            "0.0325684, 0.0345294, 0.0417934, 0.0679685, 0.153348, 0.439318, 1.40436", \
            "0.0326707, 0.0346857, 0.041953, 0.0678169, 0.153401, 0.439451, 1.40566", \
            "0.0350076, 0.0369635, 0.0440613, 0.068451, 0.154849, 0.439892, 1.40604", \
            "0.038958, 0.0408898, 0.048105, 0.0731353, 0.158382, 0.44516, 1.40441" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168396, 0.00567142, 0.0191009, 0.06433, 0.216658, 0.729685");
          values ( \
            "0.0410011, 0.0376027, 0.0271196, -0.0033178, -0.0894116, -0.374882, -1.34925", \
            "0.0409352, 0.0376235, 0.0271299, -0.0033551, -0.0894647, -0.374909, -1.34924", \
            "0.0410764, 0.0377193, 0.0273254, -0.0031908, -0.0892, -0.374787, -1.34912", \
            "0.0402779, 0.036946, 0.0264947, -0.0036922, -0.0896495, -0.374991, -1.34927", \
            "0.0365218, 0.0334133, 0.023292, -0.0063043, -0.0912184, -0.375725, -1.34982", \
            "0.044981, 0.0415636, 0.0306911, -0.0013106, -0.0898406, -0.375271, -1.34929", \
            "0.0557839, 0.0523573, 0.0413843, 0.0093709, -0.0812612, -0.371388, -1.34766" \
          );
        }
      }
    }
    pin (A0) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001841;
      rise_capacitance : 0.001937;
      rise_capacitance_range (0.001937, 0.001937);
      fall_capacitance : 0.001745;
      fall_capacitance_range (0.001745, 0.001745);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0033197, 0.0032522, 0.0030964, 0.0032905, 0.003738, 0.0047693, 0.0071467" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0110449, 0.0109673, 0.0107883, 0.0109508, 0.0113255, 0.012189, 0.0141795" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001831;
      rise_capacitance : 0.001929;
      rise_capacitance_range (0.001929, 0.001929);
      fall_capacitance : 0.001733;
      fall_capacitance_range (0.001733, 0.001733);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.003678, -0.0036932, -0.0037283, -0.0037304, -0.0037355, -0.0037471, -0.0037739" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.003777, 0.0037733, 0.0037647, 0.0037638, 0.0037617, 0.0037569, 0.0037458" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001776;
      rise_capacitance : 0.001853;
      rise_capacitance_range (0.001853, 0.001853);
      fall_capacitance : 0.0017;
      fall_capacitance_range (0.0017, 0.0017);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0056417, 0.0055711, 0.0054084, 0.0056118, 0.0060808, 0.0071618, 0.0096535" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0099881, 0.0099142, 0.0097437, 0.0099179, 0.0103194, 0.011245, 0.0133784" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001785;
      rise_capacitance : 0.001868;
      rise_capacitance_range (0.001868, 0.001868);
      fall_capacitance : 0.001702;
      fall_capacitance_range (0.001702, 0.001702);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0032459, -0.003256, -0.0032794, -0.0032803, -0.0032821, -0.0032864, -0.0032963" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0033247, 0.0033217, 0.0033145, 0.0033156, 0.003318, 0.0033236, 0.0033365" \
          );
        }
      }
    }
    pin (S0) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.005953;
      rise_capacitance : 0.006077;
      rise_capacitance_range (0.006077, 0.006077);
      fall_capacitance : 0.005829;
      fall_capacitance_range (0.005829, 0.005829);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0021525, 0.0018762, 0.0012395, 0.0015786, 0.0023603, 0.0041622, 0.0083157" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0226844, 0.0223112, 0.0214507, 0.0217879, 0.0225652, 0.0243567, 0.0284865" \
          );
        }
      }
    }
    pin (S1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003273;
      rise_capacitance : 0.003399;
      rise_capacitance_range (0.003399, 0.003399);
      fall_capacitance : 0.003148;
      fall_capacitance_range (0.003148, 0.003148);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0011191, -0.0012454, -0.0015364, -0.001104, -0.000107, 0.0021911, 0.0074883" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0117255, 0.0116083, 0.0113379, 0.011765, 0.0127495, 0.0150188, 0.0202498" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand2_1) {
    area : 3.7536;
    cell_footprint : "nand2";
    cell_leakage_power : 0.00312128;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 2.27532e-05;
      when : "!A&B";
    }
    leakage_power () {
      value : 8.11784e-06;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0124299;
      when : "A&B";
    }
    leakage_power () {
      value : 2.43665e-05;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.00312128;
    }
    pin (Y) {
      direction : output;
      function : "(!A) | (!B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.221568;
      max_transition : 1.49829;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0176005, 0.0221978, 0.0342414, 0.0660617, 0.151677, 0.385633, 1.03113", \
            "0.0227122, 0.0269794, 0.0387622, 0.0708425, 0.156758, 0.392266, 1.04018", \
            "0.0331282, 0.038948, 0.0510776, 0.0823932, 0.168327, 0.403722, 1.05493", \
            "0.0493124, 0.0579821, 0.0766989, 0.111583, 0.197158, 0.43146, 1.07952", \
            "0.078004, 0.0901275, 0.117407, 0.170935, 0.264574, 0.497669, 1.14348", \
            "0.134, 0.150378, 0.187582, 0.264617, 0.405445, 0.655368, 1.29892", \
            "0.249663, 0.271584, 0.322094, 0.428206, 0.634188, 1.00453, 1.66463" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0126665, 0.0185372, 0.0345867, 0.0792737, 0.202279, 0.53794, 1.46836", \
            "0.0135342, 0.0186604, 0.0346007, 0.0791193, 0.201746, 0.541476, 1.47036", \
            "0.0208264, 0.0244374, 0.036902, 0.0789537, 0.202009, 0.54128, 1.48103", \
            "0.0316345, 0.0383, 0.0524079, 0.0852307, 0.201906, 0.541041, 1.47279", \
            "0.0487188, 0.0592799, 0.079919, 0.119877, 0.213561, 0.538619, 1.47782", \
            "0.0807819, 0.0929812, 0.122604, 0.184267, 0.289973, 0.56183, 1.47336", \
            "0.149096, 0.16379, 0.200329, 0.286501, 0.44651, 0.727147, 1.49829" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0127211, 0.0157099, 0.0235179, 0.0444025, 0.102182, 0.260102, 0.698288", \
            "0.0152988, 0.0187058, 0.0265482, 0.0476826, 0.10488, 0.262435, 0.696895", \
            "0.0171818, 0.022219, 0.0330512, 0.0553209, 0.113129, 0.270839, 0.705375", \
            "0.0157612, 0.022997, 0.0389294, 0.0705455, 0.129931, 0.288016, 0.721667", \
            "0.005165, 0.0153888, 0.0375336, 0.083338, 0.168209, 0.329889, 0.763277", \
            "-0.0299693, -0.0152759, 0.0168405, 0.0816492, 0.203909, 0.424873, 0.861969", \
            "-0.125102, -0.103862, -0.0590397, 0.0318193, 0.206246, 0.526285, 1.09196" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0082994, 0.0118797, 0.0219632, 0.0490532, 0.124931, 0.332939, 0.902978", \
            "0.0106961, 0.0133707, 0.0221804, 0.0490359, 0.124187, 0.330838, 0.903413", \
            "0.0162344, 0.0199593, 0.028501, 0.0509194, 0.123864, 0.331627, 0.906532", \
            "0.025661, 0.030998, 0.0425108, 0.0664638, 0.128974, 0.332361, 0.905267", \
            "0.0423124, 0.0496485, 0.0664157, 0.100261, 0.162578, 0.339969, 0.905354", \
            "0.0753972, 0.0861568, 0.108958, 0.15418, 0.243609, 0.409743, 0.91343", \
            "0.142838, 0.155641, 0.188915, 0.252304, 0.377576, 0.606566, 1.04899" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0233994, 0.0277908, 0.0393903, 0.0705133, 0.155407, 0.390878, 1.03668", \
            "0.0282879, 0.0326055, 0.0441898, 0.0753401, 0.160358, 0.39429, 1.03975", \
            "0.0406408, 0.0454002, 0.0567074, 0.0878253, 0.172938, 0.405568, 1.05118", \
            "0.061506, 0.0684317, 0.0843252, 0.117273, 0.201901, 0.434819, 1.08316", \
            "0.0956795, 0.105829, 0.129544, 0.178385, 0.270306, 0.500547, 1.14573", \
            "0.159083, 0.172815, 0.205962, 0.277656, 0.414054, 0.661904, 1.3026", \
            "0.287371, 0.305672, 0.349604, 0.447749, 0.647088, 1.00469, 1.66819" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.018063, 0.0238376, 0.0397988, 0.0836678, 0.2052, 0.54301, 1.46643", \
            "0.0180405, 0.0237792, 0.0397426, 0.0837558, 0.205041, 0.540815, 1.46596", \
            "0.0230071, 0.0275306, 0.0411857, 0.0839084, 0.205076, 0.541251, 1.46729", \
            "0.0355464, 0.0414111, 0.05407, 0.0893763, 0.205467, 0.541522, 1.47131", \
            "0.0547217, 0.0637875, 0.0835696, 0.121532, 0.21792, 0.540311, 1.4681", \
            "0.0851312, 0.0983113, 0.127869, 0.186624, 0.290234, 0.564528, 1.4681", \
            "0.144219, 0.161267, 0.20021, 0.285137, 0.446853, 0.720401, 1.49521" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0158479, 0.0187779, 0.0265485, 0.0474875, 0.105056, 0.262118, 0.696623", \
            "0.0185894, 0.0218627, 0.0297911, 0.0508814, 0.109447, 0.267774, 0.704238", \
            "0.0213235, 0.0260295, 0.0362837, 0.0584516, 0.115984, 0.275122, 0.714201", \
            "0.0209851, 0.0277764, 0.0428832, 0.0732606, 0.133832, 0.293112, 0.728506", \
            "0.0113136, 0.0212068, 0.0432897, 0.0872101, 0.169868, 0.334159, 0.772071", \
            "-0.0225916, -0.0082827, 0.023564, 0.0870388, 0.205972, 0.420935, 0.866835", \
            "-0.114686, -0.0953946, -0.0497511, 0.0416391, 0.212448, 0.521991, 1.0744" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0084174, 0.0119338, 0.0217547, 0.0490923, 0.124082, 0.332602, 0.906208", \
            "0.0097695, 0.0128164, 0.0219505, 0.0495173, 0.124555, 0.33072, 0.905452", \
            "0.0149711, 0.0181478, 0.0261402, 0.050388, 0.124081, 0.333582, 0.901762", \
            "0.0244315, 0.02871, 0.0385292, 0.0617599, 0.126701, 0.331466, 0.908024", \
            "0.041138, 0.04664, 0.0602129, 0.0892693, 0.153373, 0.338235, 0.907454", \
            "0.0734165, 0.0804666, 0.0981801, 0.138142, 0.219075, 0.390533, 0.917978", \
            "0.134613, 0.143932, 0.168605, 0.22275, 0.332882, 0.549441, 1.01481" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0038354, 0.0057344, 0.0106896, 0.0237197, 0.0589057, 0.154161, 0.42083", \
            "0.0035705, 0.0053615, 0.0101943, 0.0232635, 0.0587594, 0.155393, 0.421885", \
            "0.0035985, 0.0052979, 0.0099242, 0.0228886, 0.0582117, 0.155123, 0.421783", \
            "0.0039529, 0.0055642, 0.0101708, 0.02268, 0.058099, 0.154495, 0.421638", \
            "0.0053841, 0.0068552, 0.011073, 0.0234302, 0.0580471, 0.154127, 0.421903", \
            "0.009112, 0.0102453, 0.0141569, 0.0258489, 0.0594811, 0.154298, 0.419834", \
            "0.0196875, 0.0205029, 0.0245569, 0.0340983, 0.0664847, 0.163281, 0.420614" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0022217, 0.000687, -0.0037515, -0.0163734, -0.0515497, -0.148849, -0.41752", \
            "0.0019405, 0.0004343, -0.0039529, -0.0164969, -0.0516031, -0.148856, -0.417523", \
            "0.0017759, 0.000207, -0.0042012, -0.0166947, -0.0517135, -0.148905, -0.417542", \
            "0.0020154, 0.0003167, -0.0041713, -0.0168429, -0.0517686, -0.14892, -0.417559", \
            "0.0034899, 0.0015652, -0.0031853, -0.0161957, -0.0516753, -0.148981, -0.417529", \
            "0.0075124, 0.0052644, -0.0003884, -0.0143843, -0.0506171, -0.148546, -0.41738", \
            "0.0189574, 0.0158913, 0.0087653, -0.0062177, -0.0459324, -0.145994, -0.416184" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.007862, 0.0096125, 0.0143473, 0.0270805, 0.0620077, 0.157905, 0.422872", \
            "0.0075695, 0.0093159, 0.0140827, 0.0269092, 0.061926, 0.157975, 0.423066", \
            "0.0075124, 0.0092327, 0.0139898, 0.0266758, 0.0617081, 0.157898, 0.423029", \
            "0.0079037, 0.0095285, 0.0140117, 0.0266351, 0.0615949, 0.157753, 0.422906", \
            "0.0091569, 0.0106767, 0.0149797, 0.0271742, 0.0617226, 0.157645, 0.421723", \
            "0.0125307, 0.0138893, 0.0179883, 0.0297992, 0.0635424, 0.158525, 0.422032", \
            "0.0240777, 0.0253387, 0.0268808, 0.0376517, 0.0735044, 0.162221, 0.424555" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0026188, 0.0010625, -0.0034201, -0.0160859, -0.0512789, -0.148565, -0.41724", \
            "0.0023274, 0.0007918, -0.0036188, -0.0161845, -0.0513226, -0.148586, -0.417256", \
            "0.0020876, 0.0005317, -0.0038855, -0.0163764, -0.0514113, -0.148616, -0.417268", \
            "0.0022559, 0.0006086, -0.0040186, -0.0165747, -0.05155, -0.148684, -0.417319", \
            "0.0031062, 0.0012879, -0.003523, -0.0163429, -0.0515956, -0.148747, -0.417323", \
            "0.0064918, 0.0043582, -0.0011297, -0.0148713, -0.050807, -0.148437, -0.417192", \
            "0.0159469, 0.0134546, 0.0070029, -0.0087276, -0.047053, -0.146411, -0.416315" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002323;
      rise_capacitance : 0.002387;
      rise_capacitance_range (0.002387, 0.002387);
      fall_capacitance : 0.002259;
      fall_capacitance_range (0.002259, 0.002259);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043097, -0.0043071, -0.0043011, -0.0042963, -0.0042853, -0.0042599, -0.0042013" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0054021, 0.0054237, 0.0054736, 0.0054723, 0.0054695, 0.0054629, 0.0054476" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002321;
      rise_capacitance : 0.002422;
      rise_capacitance_range (0.002422, 0.002422);
      fall_capacitance : 0.002219;
      fall_capacitance_range (0.002219, 0.002219);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.00459, -0.0045884, -0.0045846, -0.0045849, -0.0045856, -0.0045873, -0.0045912" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045913, 0.004588, 0.0045805, 0.0045842, 0.0045928, 0.0046127, 0.0046586" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand2_2) {
    area : 6.256;
    cell_footprint : "nand2";
    cell_leakage_power : 0.00908996;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 5.68842e-05;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0114452;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0248084;
      when : "A&B";
    }
    leakage_power () {
      value : 4.93387e-05;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.00908996;
    }
    pin (Y) {
      direction : output;
      function : "(!A) | (!B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.390025;
      max_transition : 1.49651;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0172947, 0.0204018, 0.0293542, 0.0546071, 0.12888, 0.350717, 1.02229", \
            "0.0225663, 0.0254108, 0.0339048, 0.0591705, 0.133741, 0.355092, 1.03718", \
            "0.0328799, 0.0369533, 0.0466511, 0.0712213, 0.145668, 0.369943, 1.04357", \
            "0.0494157, 0.0554723, 0.0702149, 0.101169, 0.174352, 0.396374, 1.06912", \
            "0.0795525, 0.0879114, 0.109196, 0.155649, 0.244393, 0.464302, 1.13374", \
            "0.139794, 0.151121, 0.180047, 0.246208, 0.37992, 0.625649, 1.29514", \
            "0.266458, 0.281429, 0.320318, 0.410278, 0.601663, 0.967914, 1.66629" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0116554, 0.0154511, 0.0269758, 0.0620829, 0.168745, 0.490065, 1.46645", \
            "0.0124979, 0.0157412, 0.026956, 0.0622556, 0.168509, 0.48811, 1.46623", \
            "0.0194412, 0.0222349, 0.030338, 0.0620176, 0.168487, 0.491242, 1.47196", \
            "0.0297399, 0.0343054, 0.0451004, 0.0709566, 0.168051, 0.490764, 1.46583", \
            "0.0465974, 0.05304, 0.0699634, 0.105124, 0.185596, 0.489435, 1.46331", \
            "0.0776899, 0.0865518, 0.10915, 0.162042, 0.263718, 0.515302, 1.46498", \
            "0.145868, 0.155972, 0.182553, 0.251539, 0.404293, 0.679154, 1.49651" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0126161, 0.0146474, 0.0204712, 0.0373317, 0.0875828, 0.238389, 0.69653", \
            "0.0150264, 0.0174675, 0.0234465, 0.0403152, 0.0903465, 0.242287, 0.702893", \
            "0.0163133, 0.019851, 0.0286568, 0.0477495, 0.0980642, 0.248899, 0.70715", \
            "0.0135783, 0.0187077, 0.0314739, 0.0599714, 0.116081, 0.26776, 0.724718", \
            "0.0003, 0.0075324, 0.0256617, 0.0660039, 0.147334, 0.308078, 0.766531", \
            "-0.0402005, -0.0303693, -0.0048291, 0.0528665, 0.170919, 0.396798, 0.862147", \
            "-0.148075, -0.133354, -0.0967322, -0.0159235, 0.15065, 0.477199, 1.09012" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.008186, 0.0106942, 0.0182205, 0.0407052, 0.108232, 0.313942, 0.938984", \
            "0.010695, 0.0125107, 0.018843, 0.0406456, 0.108584, 0.313841, 0.938286", \
            "0.0155223, 0.018266, 0.0254174, 0.0435823, 0.108643, 0.31394, 0.937874", \
            "0.0242487, 0.0282281, 0.0379127, 0.0597181, 0.114737, 0.317272, 0.938647", \
            "0.0406598, 0.0456644, 0.0592057, 0.0896141, 0.153933, 0.323083, 0.941182", \
            "0.0720707, 0.0801589, 0.0983742, 0.13979, 0.226657, 0.402274, 0.950509", \
            "0.138127, 0.146438, 0.17224, 0.228874, 0.349458, 0.591821, 1.09494" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0249342, 0.0278978, 0.0363361, 0.0607285, 0.13312, 0.351468, 1.01604", \
            "0.0298153, 0.0326343, 0.0410398, 0.0656004, 0.138417, 0.356811, 1.01988", \
            "0.0423607, 0.0454123, 0.0536587, 0.0779381, 0.150928, 0.369639, 1.0345", \
            "0.0643474, 0.0688707, 0.0807104, 0.108231, 0.179966, 0.399592, 1.0617", \
            "0.10148, 0.108551, 0.125937, 0.16666, 0.250362, 0.46842, 1.12795", \
            "0.171652, 0.180476, 0.204628, 0.263363, 0.389357, 0.628888, 1.28632", \
            "0.312749, 0.324073, 0.356547, 0.43641, 0.617392, 0.973192, 1.66112" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.019063, 0.022739, 0.0340317, 0.0683905, 0.173267, 0.490463, 1.45425", \
            "0.0189197, 0.0226591, 0.0341506, 0.0683696, 0.173185, 0.490618, 1.45509", \
            "0.0232172, 0.0261318, 0.0356558, 0.0686874, 0.173235, 0.491641, 1.45508", \
            "0.0356338, 0.0394084, 0.0491807, 0.0758182, 0.1735, 0.491426, 1.45641", \
            "0.0548318, 0.060204, 0.0752367, 0.108645, 0.189629, 0.491898, 1.45321", \
            "0.0846804, 0.0931102, 0.115011, 0.166663, 0.263882, 0.51797, 1.45519", \
            "0.142706, 0.154508, 0.18387, 0.254586, 0.405329, 0.678795, 1.48937" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0169852, 0.0190103, 0.0247232, 0.0415413, 0.0912768, 0.242276, 0.705984", \
            "0.019623, 0.0218409, 0.0277838, 0.0446815, 0.094626, 0.247416, 0.710292", \
            "0.0220027, 0.0250918, 0.0330869, 0.0516953, 0.102009, 0.25322, 0.712044", \
            "0.0207158, 0.0253013, 0.0369344, 0.0632039, 0.118729, 0.272011, 0.73139", \
            "0.0080926, 0.0148552, 0.0320591, 0.0706149, 0.147582, 0.310215, 0.772768", \
            "-0.0326961, -0.0228253, 0.0024591, 0.0579691, 0.170583, 0.386581, 0.861009", \
            "-0.139321, -0.125289, -0.0892207, -0.0093579, 0.152035, 0.464285, 1.06127" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0084499, 0.0108498, 0.0181953, 0.0408312, 0.108366, 0.313386, 0.944934", \
            "0.009658, 0.0117667, 0.018528, 0.0406362, 0.108248, 0.315522, 0.9438", \
            "0.0147404, 0.0169061, 0.0232366, 0.0424391, 0.108523, 0.314212, 0.938484", \
            "0.0240967, 0.0269862, 0.0347417, 0.0546549, 0.112836, 0.318391, 0.937171", \
            "0.0411038, 0.044809, 0.0551821, 0.0805345, 0.139636, 0.320843, 0.939739", \
            "0.0746575, 0.0791513, 0.0920467, 0.1256, 0.202165, 0.37732, 0.94856", \
            "0.13831, 0.143831, 0.1612, 0.206136, 0.308245, 0.526772, 1.05378" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0053042, 0.0075986, 0.0141398, 0.0325973, 0.086601, 0.248351, 0.739398", \
            "0.0049227, 0.0070351, 0.0133638, 0.0319123, 0.0863216, 0.24729, 0.738042", \
            "0.0048851, 0.0068647, 0.0129993, 0.0310265, 0.0856165, 0.248945, 0.7412", \
            "0.0061018, 0.0077689, 0.0134727, 0.030809, 0.0847648, 0.249124, 0.739124", \
            "0.0087356, 0.0105343, 0.0158659, 0.0331364, 0.0855708, 0.247494, 0.736383", \
            "0.0157425, 0.0171604, 0.0212944, 0.0375545, 0.0901901, 0.249017, 0.739363", \
            "0.033792, 0.0344038, 0.0376415, 0.0507435, 0.0994546, 0.258602, 0.74761" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0043289, 0.0026038, -0.0028834, -0.0203465, -0.0741769, -0.237967, -0.73508", \
            "0.003831, 0.0021095, -0.0033363, -0.0206112, -0.0742977, -0.237981, -0.735091", \
            "0.0035269, 0.0017193, -0.003726, -0.0209522, -0.074474, -0.238068, -0.735101", \
            "0.003908, 0.0019851, -0.0037277, -0.0212863, -0.0747041, -0.238178, -0.735155", \
            "0.0065291, 0.0042772, -0.0018641, -0.0200016, -0.0743737, -0.238105, -0.735134", \
            "0.0135436, 0.0108637, 0.003491, -0.0166621, -0.0725436, -0.237386, -0.734575", \
            "0.0320195, 0.0294837, 0.0200676, -0.0023707, -0.0637256, -0.232933, -0.73267" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0151093, 0.0171765, 0.0232603, 0.0412333, 0.0946976, 0.256518, 0.747207", \
            "0.0144396, 0.0165006, 0.0226348, 0.0407748, 0.0944708, 0.25651, 0.746925", \
            "0.0142235, 0.0161515, 0.0221672, 0.0401579, 0.0940666, 0.255879, 0.747415", \
            "0.0146474, 0.0166307, 0.0224254, 0.0402185, 0.0936475, 0.256002, 0.746494", \
            "0.0170764, 0.019373, 0.0248299, 0.0423112, 0.0949585, 0.255888, 0.74349", \
            "0.0243366, 0.0260838, 0.0310884, 0.0476678, 0.0997142, 0.258383, 0.747289", \
            "0.0398609, 0.0412796, 0.0456926, 0.0605621, 0.109695, 0.268949, 0.752037" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0061557, 0.0043924, -0.0012073, -0.0187842, -0.07268, -0.236486, -0.733614", \
            "0.0056152, 0.0038716, -0.001626, -0.0190232, -0.0727805, -0.236536, -0.73359", \
            "0.005157, 0.0033664, -0.0021498, -0.0194216, -0.0729828, -0.236608, -0.733673", \
            "0.005391, 0.0035112, -0.0024913, -0.0198294, -0.0732738, -0.236731, -0.73371", \
            "0.0068096, 0.004698, -0.001401, -0.0193703, -0.0733419, -0.236762, -0.733733", \
            "0.0123706, 0.0098771, 0.0027733, -0.0167475, -0.0719498, -0.236454, -0.733631", \
            "0.0289478, 0.026014, 0.0175849, -0.0051675, -0.0649675, -0.232968, -0.732085" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00445;
      rise_capacitance : 0.004581;
      rise_capacitance_range (0.004581, 0.004581);
      fall_capacitance : 0.00432;
      fall_capacitance_range (0.00432, 0.00432);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0070685, -0.0070712, -0.0070773, -0.0070631, -0.0070305, -0.0069552, -0.0067816" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0104418, 0.0104585, 0.010497, 0.0104947, 0.0104893, 0.0104769, 0.0104483" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004419;
      rise_capacitance : 0.004614;
      rise_capacitance_range (0.004614, 0.004614);
      fall_capacitance : 0.004223;
      fall_capacitance_range (0.004223, 0.004223);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087334, -0.0087275, -0.0087137, -0.0087105, -0.008703, -0.0086856, -0.0086455" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087577, 0.0087528, 0.0087414, 0.0087457, 0.0087555, 0.0087781, 0.0088301" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand2_4) {
    area : 11.2608;
    cell_footprint : "nand2";
    cell_leakage_power : 0.012469;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0001408;
      when : "!A&B";
    }
    leakage_power () {
      value : 2.21911e-05;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.049585;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0001282;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.012469;
    }
    pin (Y) {
      direction : output;
      function : "(!A) | (!B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.696726;
      max_transition : 1.49928;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167103, 0.00558471, 0.0186645, 0.062378, 0.208472, 0.696726");
          values ( \
            "0.0179599, 0.0200146, 0.0266777, 0.0471344, 0.111964, 0.325246, 1.03524", \
            "0.0231326, 0.0250433, 0.0313449, 0.0517093, 0.116759, 0.328361, 1.04283", \
            "0.0337913, 0.036492, 0.043998, 0.0636358, 0.128633, 0.341343, 1.04941", \
            "0.0509553, 0.0550366, 0.0663674, 0.0934148, 0.158397, 0.372017, 1.08179", \
            "0.0828093, 0.0882496, 0.104302, 0.144458, 0.22841, 0.440595, 1.14478", \
            "0.147287, 0.154619, 0.176339, 0.232218, 0.357458, 0.602266, 1.30251", \
            "0.283446, 0.293281, 0.322408, 0.398433, 0.575738, 0.942364, 1.68502" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167103, 0.00558471, 0.0186645, 0.062378, 0.208472, 0.696726");
          values ( \
            "0.0117591, 0.0142013, 0.0224216, 0.0500288, 0.142788, 0.451752, 1.48072", \
            "0.012491, 0.0145319, 0.0223973, 0.0499413, 0.141653, 0.447937, 1.47844", \
            "0.0192939, 0.0211216, 0.0264588, 0.0503693, 0.142437, 0.448075, 1.4678", \
            "0.0292256, 0.0322342, 0.0407232, 0.061869, 0.142573, 0.450521, 1.4747", \
            "0.0458774, 0.0499122, 0.0632342, 0.0936131, 0.163337, 0.448306, 1.46875", \
            "0.076934, 0.0821631, 0.0998856, 0.143175, 0.239514, 0.47569, 1.47565", \
            "0.144128, 0.151319, 0.169094, 0.225911, 0.366507, 0.646966, 1.49928" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167103, 0.00558471, 0.0186645, 0.062378, 0.208472, 0.696726");
          values ( \
            "0.0129928, 0.0142877, 0.0184269, 0.0314589, 0.0734502, 0.214215, 0.680212", \
            "0.0153565, 0.0169403, 0.0213728, 0.0343982, 0.0766605, 0.218038, 0.683606", \
            "0.0163916, 0.018732, 0.0254337, 0.0418875, 0.0843756, 0.224999, 0.690897", \
            "0.0129505, 0.0163273, 0.0260675, 0.05046, 0.102528, 0.242908, 0.712084", \
            "-0.0021094, 0.0026755, 0.0165089, 0.0513278, 0.128366, 0.284808, 0.751138", \
            "-0.0468853, -0.040054, -0.0206308, 0.0289, 0.138118, 0.364532, 0.84921", \
            "-0.163786, -0.154887, -0.127105, -0.0571097, 0.0994009, 0.426723, 1.07066" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167103, 0.00558471, 0.0186645, 0.062378, 0.208472, 0.696726");
          values ( \
            "0.008346, 0.0099443, 0.0152491, 0.0327885, 0.0913144, 0.286318, 0.935244", \
            "0.0107863, 0.0119366, 0.0162544, 0.0327891, 0.0910946, 0.287941, 0.937348", \
            "0.0153335, 0.0171011, 0.0226392, 0.0370609, 0.0914985, 0.28633, 0.935955", \
            "0.0238989, 0.0265033, 0.0340067, 0.0523616, 0.100037, 0.287471, 0.943776", \
            "0.0400581, 0.0431123, 0.0532875, 0.0793242, 0.137663, 0.298528, 0.937014", \
            "0.0711579, 0.0755089, 0.0903566, 0.124798, 0.205734, 0.380885, 0.947864", \
            "0.134879, 0.140939, 0.159633, 0.210675, 0.320545, 0.562785, 1.10094" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167103, 0.00558471, 0.0186645, 0.062378, 0.208472, 0.696726");
          values ( \
            "0.0260581, 0.0279123, 0.0341488, 0.0536818, 0.116675, 0.325595, 1.02482", \
            "0.0309096, 0.0327265, 0.0388524, 0.05844, 0.122283, 0.331053, 1.03173", \
            "0.0437634, 0.0456483, 0.0514422, 0.0709823, 0.134347, 0.343896, 1.04485", \
            "0.0669348, 0.0698176, 0.0785024, 0.101525, 0.164027, 0.374142, 1.07062", \
            "0.106494, 0.110769, 0.123459, 0.157381, 0.235959, 0.441006, 1.13769", \
            "0.181427, 0.186999, 0.204556, 0.252981, 0.368258, 0.60711, 1.29481", \
            "0.333447, 0.34185, 0.365174, 0.43011, 0.594427, 0.946442, 1.66703" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167103, 0.00558471, 0.0186645, 0.062378, 0.208472, 0.696726");
          values ( \
            "0.020016, 0.0224822, 0.0303581, 0.0574099, 0.147663, 0.450585, 1.45951", \
            "0.0199163, 0.0223475, 0.0303372, 0.057236, 0.147993, 0.450591, 1.46259", \
            "0.0236553, 0.0255288, 0.0323074, 0.0573417, 0.147859, 0.449785, 1.4593", \
            "0.0358764, 0.0384269, 0.0455928, 0.066143, 0.148381, 0.450989, 1.46157", \
            "0.0547342, 0.0586046, 0.0695111, 0.0982946, 0.168041, 0.45065, 1.4619", \
            "0.0849697, 0.0904094, 0.106265, 0.149372, 0.243317, 0.481669, 1.46295", \
            "0.142253, 0.150031, 0.171788, 0.230722, 0.370376, 0.648759, 1.49185" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167103, 0.00558471, 0.0186645, 0.062378, 0.208472, 0.696726");
          values ( \
            "0.0167727, 0.0180663, 0.0221894, 0.0350781, 0.076999, 0.216963, 0.683442", \
            "0.0190167, 0.0204677, 0.0247862, 0.0379555, 0.0808573, 0.219879, 0.690827", \
            "0.0206034, 0.0226198, 0.0284416, 0.0437854, 0.0868395, 0.226504, 0.694931", \
            "0.0180164, 0.0210004, 0.029501, 0.050906, 0.100825, 0.24258, 0.709546", \
            "0.0028579, 0.0071894, 0.0199389, 0.051378, 0.120931, 0.275261, 0.743487", \
            "-0.0435401, -0.0371111, -0.018949, 0.0270617, 0.128608, 0.335518, 0.822852", \
            "-0.163105, -0.154454, -0.128085, -0.0615453, 0.0841896, 0.384039, 0.989851" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167103, 0.00558471, 0.0186645, 0.062378, 0.208472, 0.696726");
          values ( \
            "0.0085149, 0.0100601, 0.0153123, 0.0329028, 0.0911908, 0.285367, 0.937599", \
            "0.0097314, 0.0110608, 0.0158064, 0.032834, 0.0917826, 0.285646, 0.938307", \
            "0.0144488, 0.0158662, 0.020528, 0.0353028, 0.0915441, 0.285492, 0.939922", \
            "0.0234642, 0.0252675, 0.030957, 0.0468553, 0.0967967, 0.287753, 0.935281", \
            "0.0401599, 0.0424162, 0.0497063, 0.0701824, 0.123138, 0.293493, 0.934772", \
            "0.0736351, 0.0762944, 0.0848403, 0.111195, 0.179856, 0.350632, 0.946701", \
            "0.136809, 0.139977, 0.151573, 0.186697, 0.27668, 0.48617, 1.04112" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167103, 0.00558471, 0.0186645, 0.062378, 0.208472, 0.696726");
          values ( \
            "0.0093304, 0.0120316, 0.020673, 0.047142, 0.131404, 0.406976, 1.32538", \
            "0.008511, 0.0109955, 0.0192397, 0.0456973, 0.13002, 0.403599, 1.32575", \
            "0.0085243, 0.0107939, 0.0185837, 0.0440597, 0.128511, 0.404593, 1.31807", \
            "0.0098086, 0.0122624, 0.019752, 0.044181, 0.127119, 0.404429, 1.32465", \
            "0.0144276, 0.0162923, 0.0229596, 0.046363, 0.127373, 0.402312, 1.31572", \
            "0.0258476, 0.0272965, 0.0328058, 0.0544946, 0.134167, 0.403542, 1.32148", \
            "0.0588826, 0.0596563, 0.0630788, 0.080954, 0.154326, 0.418005, 1.325" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167103, 0.00558471, 0.0186645, 0.062378, 0.208472, 0.696726");
          values ( \
            "0.0093497, 0.0074295, 0.0006648, -0.0234403, -0.106095, -0.38369, -1.31189", \
            "0.008379, 0.0063933, -0.0003292, -0.0240744, -0.106375, -0.383745, -1.31191", \
            "0.0077744, 0.0056502, -0.0011639, -0.0249697, -0.106796, -0.383978, -1.31197", \
            "0.0084328, 0.0061768, -0.0010928, -0.0255393, -0.107552, -0.3843, -1.31213", \
            "0.0135545, 0.0109983, 0.0024325, -0.0230155, -0.107376, -0.384535, -1.31222", \
            "0.0255233, 0.0224631, 0.0128762, -0.0157584, -0.102756, -0.383139, -1.31179", \
            "0.057849, 0.0543849, 0.0441503, 0.0092283, -0.084784, -0.374467, -1.30781" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167103, 0.00558471, 0.0186645, 0.062378, 0.208472, 0.696726");
          values ( \
            "0.0282691, 0.0306788, 0.0384889, 0.0638266, 0.14647, 0.420956, 1.33672", \
            "0.0270145, 0.0293796, 0.0371436, 0.0627324, 0.145763, 0.420152, 1.33834", \
            "0.0265449, 0.0288305, 0.0362099, 0.0617308, 0.145007, 0.420351, 1.33703", \
            "0.0273234, 0.0295318, 0.036936, 0.0616601, 0.14432, 0.419591, 1.33611", \
            "0.0314397, 0.0334626, 0.0403079, 0.0639688, 0.145343, 0.419174, 1.33563", \
            "0.0418142, 0.0436158, 0.0535815, 0.0720264, 0.151733, 0.421676, 1.33393", \
            "0.0731148, 0.0741049, 0.0794862, 0.0990654, 0.174567, 0.436409, 1.34155" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167103, 0.00558471, 0.0186645, 0.062378, 0.208472, 0.696726");
          values ( \
            "0.0131809, 0.0112106, 0.0042942, -0.0199875, -0.102803, -0.380438, -1.3086", \
            "0.0120647, 0.0101236, 0.0033527, -0.0205679, -0.10299, -0.380496, -1.30868", \
            "0.0111648, 0.0091728, 0.002231, -0.0215146, -0.103479, -0.380687, -1.30878", \
            "0.0110007, 0.0088888, 0.0016682, -0.022396, -0.104171, -0.380953, -1.30887", \
            "0.0142056, 0.0118281, 0.0040197, -0.0212345, -0.104385, -0.381213, -1.30889", \
            "0.0243454, 0.0214705, 0.01227, -0.0156595, -0.101484, -0.380649, -1.30881", \
            "0.0545717, 0.0511552, 0.040286, 0.0074036, -0.0871927, -0.373102, -1.30595" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008559;
      rise_capacitance : 0.008817;
      rise_capacitance_range (0.008817, 0.008817);
      fall_capacitance : 0.008301;
      fall_capacitance_range (0.008301, 0.008301);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0141044, -0.0141005, -0.0140915, -0.0140682, -0.0140147, -0.0138912, -0.0136067" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0203666, 0.0203999, 0.0204766, 0.0204712, 0.0204589, 0.0204304, 0.0203646" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008838;
      rise_capacitance : 0.009272;
      rise_capacitance_range (0.009272, 0.009272);
      fall_capacitance : 0.008405;
      fall_capacitance_range (0.008405, 0.008405);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0175068, -0.0175072, -0.0175082, -0.0175103, -0.0175153, -0.0175267, -0.017553" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0175678, 0.0175533, 0.0175199, 0.0175229, 0.0175298, 0.0175457, 0.0175822" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand2_8) {
    area : 20.0192;
    cell_footprint : "nand2";
    cell_leakage_power : 0.0335559;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0003374;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0344511;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0991409;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0002942;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.0335559;
    }
    pin (Y) {
      direction : output;
      function : "(!A) | (!B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 1.21583;
      max_transition : 1.49579;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0195726, 0.0209558, 0.0258374, 0.0420979, 0.0975505, 0.294237, 1.01941", \
            "0.0246646, 0.0259286, 0.0305695, 0.0466164, 0.102408, 0.299559, 1.02667", \
            "0.0359069, 0.0376172, 0.0431387, 0.0587375, 0.114195, 0.313294, 1.03341", \
            "0.0541693, 0.0566799, 0.0647909, 0.0873644, 0.143861, 0.343198, 1.06908", \
            "0.0876284, 0.0910042, 0.102611, 0.135798, 0.213718, 0.411331, 1.13455", \
            "0.154782, 0.159549, 0.175193, 0.221273, 0.33588, 0.575643, 1.29718", \
            "0.29563, 0.302045, 0.323709, 0.387423, 0.547535, 0.907104, 1.67328" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0130212, 0.0145608, 0.0203319, 0.041435, 0.119794, 0.402256, 1.45399", \
            "0.0132919, 0.0147199, 0.0203521, 0.0414941, 0.119512, 0.40359, 1.45418", \
            "0.0199675, 0.0208027, 0.02458, 0.0423809, 0.119521, 0.404001, 1.44313", \
            "0.0303792, 0.032272, 0.0381431, 0.0549863, 0.120343, 0.406485, 1.45261", \
            "0.0476988, 0.050567, 0.0590587, 0.0841931, 0.144616, 0.404635, 1.45194", \
            "0.0795403, 0.0830103, 0.094133, 0.131825, 0.218787, 0.438323, 1.44789", \
            "0.147102, 0.151884, 0.166428, 0.210009, 0.335261, 0.614632, 1.47332" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.015111, 0.0160927, 0.0194569, 0.0309154, 0.0706566, 0.216106, 0.744946", \
            "0.0177958, 0.0188716, 0.0222473, 0.0337602, 0.0742965, 0.218602, 0.751671", \
            "0.019539, 0.021105, 0.0262713, 0.040953, 0.0815427, 0.226344, 0.756244", \
            "0.0168611, 0.0191464, 0.0266336, 0.0480259, 0.0995924, 0.244279, 0.775576", \
            "0.0023434, 0.0055456, 0.0159322, 0.0470579, 0.122346, 0.287269, 0.81642", \
            "-0.0419024, -0.0373903, -0.0223777, 0.0208642, 0.128791, 0.366871, 0.91551", \
            "-0.158795, -0.152604, -0.132475, -0.0700561, 0.0809744, 0.425494, 1.14399" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0111967, 0.0123583, 0.0165788, 0.0321934, 0.0887954, 0.296931, 1.05812", \
            "0.012916, 0.0138558, 0.0174701, 0.0320994, 0.0890903, 0.296655, 1.05888", \
            "0.0176809, 0.0190325, 0.0238582, 0.0367155, 0.088921, 0.296538, 1.05839", \
            "0.0264008, 0.0282408, 0.0340912, 0.0517268, 0.0986016, 0.29673, 1.05844", \
            "0.0424093, 0.0449475, 0.053135, 0.076381, 0.135087, 0.309543, 1.0592", \
            "0.0740826, 0.0773771, 0.0878257, 0.119745, 0.201262, 0.394099, 1.06686", \
            "0.138043, 0.141881, 0.156641, 0.199182, 0.310024, 0.569486, 1.20521" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0292501, 0.0304992, 0.0350104, 0.050469, 0.104809, 0.301992, 1.02074", \
            "0.0339929, 0.0352593, 0.0397007, 0.0553222, 0.109809, 0.307718, 1.02644", \
            "0.0468034, 0.047979, 0.0522643, 0.0676573, 0.122369, 0.320095, 1.03926", \
            "0.0713004, 0.0729545, 0.0791848, 0.0978154, 0.152477, 0.349332, 1.06977", \
            "0.113047, 0.11557, 0.124442, 0.151996, 0.222686, 0.418902, 1.13897", \
            "0.192251, 0.195697, 0.20767, 0.24581, 0.350492, 0.583958, 1.301", \
            "0.354503, 0.359055, 0.374771, 0.426144, 0.570429, 0.916282, 1.67684" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0228845, 0.0244705, 0.0301303, 0.0512578, 0.129719, 0.416696, 1.46903", \
            "0.0227924, 0.0242934, 0.0301078, 0.0512769, 0.129709, 0.417161, 1.469", \
            "0.0256263, 0.0269634, 0.0318324, 0.0514563, 0.12977, 0.416528, 1.46822", \
            "0.0381472, 0.0396926, 0.0450027, 0.0612939, 0.130861, 0.417486, 1.47153", \
            "0.0575288, 0.0598733, 0.0679406, 0.0908376, 0.152736, 0.417613, 1.4707", \
            "0.0888474, 0.092218, 0.103523, 0.139002, 0.223905, 0.452597, 1.4718", \
            "0.147461, 0.152002, 0.167486, 0.213864, 0.340544, 0.616123, 1.49579" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0194579, 0.0203976, 0.0236846, 0.0349066, 0.0746011, 0.219478, 0.748676", \
            "0.0213357, 0.0223308, 0.0257393, 0.0371995, 0.0770893, 0.222724, 0.751414", \
            "0.0225686, 0.0239292, 0.0282327, 0.0414164, 0.0821485, 0.228092, 0.756661", \
            "0.0201475, 0.0219024, 0.028048, 0.0457353, 0.0925364, 0.238501, 0.769328", \
            "0.0044432, 0.0069957, 0.0160258, 0.0416847, 0.105414, 0.264675, 0.799474", \
            "-0.0440879, -0.0400808, -0.0271843, 0.0104178, 0.102795, 0.309118, 0.857709", \
            "-0.169646, -0.164156, -0.145878, -0.0920882, 0.0407734, 0.335013, 0.989468" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0113301, 0.0124674, 0.0166272, 0.0321527, 0.0887523, 0.296976, 1.05748", \
            "0.0121576, 0.0131904, 0.0170579, 0.032287, 0.0887865, 0.297176, 1.05795", \
            "0.0163507, 0.0173767, 0.0211472, 0.0346294, 0.0890552, 0.298238, 1.05832", \
            "0.0251197, 0.0263358, 0.0305318, 0.0447115, 0.0941243, 0.296709, 1.06032", \
            "0.0420306, 0.043446, 0.0486327, 0.0654877, 0.117109, 0.303611, 1.06157", \
            "0.075993, 0.0776359, 0.0838427, 0.104559, 0.16682, 0.353217, 1.06402", \
            "0.141195, 0.143343, 0.150596, 0.17835, 0.258466, 0.474031, 1.14337" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0191291, 0.0223352, 0.0336075, 0.0712028, 0.198121, 0.649815, 2.31976", \
            "0.0174088, 0.0203622, 0.0310878, 0.0683487, 0.19665, 0.649511, 2.32042", \
            "0.0170794, 0.019705, 0.029407, 0.0655151, 0.194029, 0.652683, 2.30552", \
            "0.0190545, 0.0215188, 0.0306554, 0.0656701, 0.190632, 0.649812, 2.31825", \
            "0.0267084, 0.0288552, 0.0371693, 0.0700276, 0.192303, 0.645047, 2.31502", \
            "0.0456257, 0.0475702, 0.0544282, 0.0832, 0.203827, 0.648035, 2.3119", \
            "0.101759, 0.102536, 0.1076, 0.131334, 0.237123, 0.673105, 2.31158" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0212667, 0.0191356, 0.010878, -0.0215149, -0.145456, -0.603521, -2.28462", \
            "0.019182, 0.0170162, 0.0088137, -0.0230138, -0.146067, -0.603673, -2.28466", \
            "0.0177079, 0.0155189, 0.0069284, -0.0250604, -0.147265, -0.604105, -2.28475", \
            "0.0183322, 0.0158022, 0.0066475, -0.0260545, -0.148898, -0.604733, -2.28501", \
            "0.0253806, 0.0222343, 0.0113652, -0.0239723, -0.148964, -0.605272, -2.28517", \
            "0.0465305, 0.0427881, 0.0317298, -0.0068462, -0.13878, -0.601286, -2.28399", \
            "0.101265, 0.0973227, 0.0844738, 0.0354332, -0.110255, -0.587005, -2.27714" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0560785, 0.0588079, 0.0686531, 0.103498, 0.228085, 0.68154, 2.33975", \
            "0.0536659, 0.0563588, 0.066326, 0.101619, 0.226973, 0.681068, 2.33925", \
            "0.0520223, 0.054621, 0.064204, 0.0993374, 0.225357, 0.68093, 2.33867", \
            "0.0534929, 0.0561152, 0.0652039, 0.0989436, 0.224001, 0.678722, 2.33871", \
            "0.0605081, 0.0628123, 0.0714346, 0.104051, 0.225091, 0.678078, 2.33756", \
            "0.0782886, 0.0803831, 0.0881052, 0.118028, 0.238261, 0.683783, 2.33851", \
            "0.13465, 0.136505, 0.142943, 0.169007, 0.277318, 0.711245, 2.34699" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183353, 0.00672364, 0.0246559, 0.0904146, 0.331555, 1.21583");
          values ( \
            "0.0280854, 0.0258761, 0.0173583, -0.0156062, -0.1399, -0.598106, -2.2792", \
            "0.0258811, 0.0237074, 0.0153889, -0.0168657, -0.140402, -0.598251, -2.27927", \
            "0.0239792, 0.0217065, 0.0131876, -0.018924, -0.141448, -0.59858, -2.27939", \
            "0.023508, 0.0210791, 0.0120806, -0.0207141, -0.143059, -0.599303, -2.2796", \
            "0.028761, 0.0261251, 0.0163562, -0.0183445, -0.143524, -0.599751, -2.27973", \
            "0.0461676, 0.0429284, 0.0313909, -0.0075855, -0.137701, -0.59881, -2.2797", \
            "0.0999291, 0.0961341, 0.0826027, 0.0363151, -0.109763, -0.585089, -2.27518" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.016959;
      rise_capacitance : 0.017411;
      rise_capacitance_range (0.017411, 0.017411);
      fall_capacitance : 0.016506;
      fall_capacitance_range (0.016506, 0.016506);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0288953, -0.028875, -0.0288279, -0.028781, -0.028673, -0.0284239, -0.0278498" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0409725, 0.0409562, 0.0409188, 0.0409275, 0.0409475, 0.0409938, 0.0411004" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.017225;
      rise_capacitance : 0.018117;
      rise_capacitance_range (0.018117, 0.018117);
      fall_capacitance : 0.016332;
      fall_capacitance_range (0.016332, 0.016332);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0345874, -0.0345844, -0.0345771, -0.0345623, -0.0345284, -0.0344499, -0.0342691" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0347275, 0.0347209, 0.0347059, 0.0346996, 0.0346852, 0.0346519, 0.0345752" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand2b_1) {
    area : 6.256;
    cell_footprint : "nand2b";
    cell_leakage_power : 0.00317455;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0125115;
      when : "!AN&B";
    }
    leakage_power () {
      value : 0.0001221;
      when : "!AN&!B";
    }
    leakage_power () {
      value : 4.03372e-05;
      when : "AN&B";
    }
    leakage_power () {
      value : 2.4261e-05;
      when : "AN&!B";
    }
    leakage_power () {
      value : 0.00317455;
    }
    pin (Y) {
      direction : output;
      function : "(AN) | (!B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.196848;
      max_transition : 1.50146;
      timing () {
        related_pin : "AN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0410551, 0.0461661, 0.0590911, 0.0924726, 0.18162, 0.423733, 1.07109", \
            "0.0448477, 0.0498866, 0.0627789, 0.0962444, 0.186084, 0.426099, 1.07533", \
            "0.0531083, 0.0581091, 0.0708166, 0.104505, 0.19358, 0.433825, 1.08278", \
            "0.0630088, 0.0681687, 0.0810846, 0.11451, 0.204666, 0.445027, 1.09821", \
            "0.0692418, 0.0751217, 0.0883209, 0.121536, 0.210902, 0.451669, 1.103", \
            "0.0590371, 0.0664635, 0.0820316, 0.115674, 0.204336, 0.444709, 1.09924", \
            "6.03e-05, 0.0094699, 0.0299331, 0.0694395, 0.157734, 0.3982, 1.04772" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0175531, 0.0237271, 0.0407992, 0.0879738, 0.216545, 0.565853, 1.49594", \
            "0.0175625, 0.0237424, 0.0408059, 0.0878132, 0.216985, 0.565905, 1.4969", \
            "0.0179819, 0.0239862, 0.0408769, 0.0882503, 0.216128, 0.564554, 1.50126", \
            "0.0200071, 0.025612, 0.0418042, 0.087999, 0.216199, 0.56449, 1.50098", \
            "0.0250696, 0.0299345, 0.0441632, 0.0889738, 0.215726, 0.562033, 1.50013", \
            "0.0330782, 0.0385598, 0.0515498, 0.0916316, 0.217033, 0.561688, 1.50146", \
            "0.0460746, 0.0531083, 0.0684285, 0.104108, 0.220417, 0.564916, 1.49803" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0646475, 0.069382, 0.0799619, 0.10291, 0.157756, 0.30247, 0.695507", \
            "0.0689645, 0.0736996, 0.0841818, 0.107233, 0.162019, 0.306949, 0.698278", \
            "0.0810071, 0.0857218, 0.0961922, 0.119248, 0.174053, 0.318974, 0.71297", \
            "0.108666, 0.113433, 0.124013, 0.146896, 0.20169, 0.346873, 0.741233", \
            "0.156402, 0.161993, 0.174168, 0.198793, 0.254199, 0.398886, 0.79021", \
            "0.233995, 0.240642, 0.255268, 0.283126, 0.340847, 0.485124, 0.877134", \
            "0.376636, 0.384147, 0.401146, 0.434416, 0.496747, 0.640547, 1.03305" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0181111, 0.0219198, 0.031351, 0.0555656, 0.123484, 0.315679, 0.839851", \
            "0.0182034, 0.0220288, 0.0312617, 0.055463, 0.123452, 0.316189, 0.841961", \
            "0.0183043, 0.0220352, 0.0312847, 0.0554736, 0.123406, 0.315835, 0.835249", \
            "0.0194078, 0.02305, 0.0321146, 0.0559553, 0.123653, 0.315088, 0.837404", \
            "0.0254619, 0.029142, 0.0379648, 0.0604086, 0.125286, 0.317057, 0.832086", \
            "0.0336378, 0.0378764, 0.0478154, 0.070213, 0.129778, 0.315025, 0.843156", \
            "0.044724, 0.0497774, 0.0607496, 0.0846829, 0.140506, 0.318681, 0.832963" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0246181, 0.0292392, 0.0413694, 0.0730439, 0.157321, 0.383787, 0.997154", \
            "0.0295915, 0.0339989, 0.0461448, 0.0778459, 0.162104, 0.388898, 1.00231", \
            "0.0423749, 0.0470321, 0.0586077, 0.0900926, 0.174056, 0.401935, 1.01859", \
            "0.0644036, 0.0714177, 0.0873151, 0.120035, 0.203905, 0.430057, 1.04371", \
            "0.101378, 0.111516, 0.135052, 0.183028, 0.273047, 0.496564, 1.10942", \
            "0.1704, 0.184238, 0.217013, 0.287227, 0.419375, 0.658438, 1.2664", \
            "0.309923, 0.327935, 0.370283, 0.465674, 0.659721, 1.0066, 1.63703" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0207565, 0.0268307, 0.0429985, 0.0875876, 0.208054, 0.533731, 1.41525", \
            "0.0207, 0.0267892, 0.0431144, 0.0874847, 0.207531, 0.533607, 1.41506", \
            "0.0252312, 0.0299327, 0.0442418, 0.0875814, 0.207993, 0.535122, 1.41942", \
            "0.0385667, 0.0442217, 0.0563939, 0.092292, 0.207815, 0.534607, 1.41458", \
            "0.0585441, 0.0672849, 0.086461, 0.123381, 0.219546, 0.533553, 1.41742", \
            "0.0905866, 0.102782, 0.130877, 0.18841, 0.291355, 0.554871, 1.41784", \
            "0.150497, 0.166778, 0.204657, 0.286611, 0.444396, 0.709631, 1.45117" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0167777, 0.0199097, 0.0278683, 0.0487365, 0.102657, 0.247754, 0.64608", \
            "0.0195018, 0.022795, 0.0309646, 0.0519597, 0.105826, 0.250759, 0.644039", \
            "0.0222808, 0.0268683, 0.0370151, 0.0587862, 0.113475, 0.259603, 0.650284", \
            "0.0220701, 0.0287714, 0.0433797, 0.0723365, 0.130216, 0.276428, 0.668748", \
            "0.0115336, 0.0212721, 0.0424516, 0.0846242, 0.16362, 0.316779, 0.713773", \
            "-0.0253065, -0.0112862, 0.0196027, 0.0805352, 0.194229, 0.396938, 0.80389", \
            "-0.125932, -0.106393, -0.0611521, 0.0257273, 0.189391, 0.483188, 1.00779" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0100937, 0.0139861, 0.0244197, 0.0512883, 0.123027, 0.314907, 0.839576", \
            "0.0111369, 0.0146328, 0.0244997, 0.0512222, 0.122171, 0.317097, 0.832887", \
            "0.0157553, 0.0192447, 0.0278917, 0.0521689, 0.122551, 0.315176, 0.837678", \
            "0.0249936, 0.0294861, 0.0395858, 0.0627484, 0.125057, 0.313104, 0.832169", \
            "0.0417285, 0.0476647, 0.0611724, 0.0901739, 0.1519, 0.322603, 0.837523", \
            "0.0741003, 0.0813388, 0.0993097, 0.138114, 0.216204, 0.37578, 0.848258", \
            "0.135628, 0.145591, 0.170482, 0.22282, 0.329089, 0.535255, 0.966833" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.003779, 0.0055301, 0.0100933, 0.0220512, 0.0540052, 0.140475, 0.371598", \
            "0.0037235, 0.0054511, 0.0100074, 0.0219909, 0.0540159, 0.140254, 0.371805", \
            "0.0037307, 0.0054111, 0.0098958, 0.0219505, 0.0536846, 0.140207, 0.372083", \
            "0.0033767, 0.0050475, 0.0094994, 0.0214146, 0.0535001, 0.139995, 0.373973", \
            "0.0032031, 0.0048329, 0.0091759, 0.0209982, 0.0528148, 0.139267, 0.371094", \
            "0.0033175, 0.0048958, 0.0092649, 0.0209606, 0.0527423, 0.138252, 0.372083", \
            "0.0048573, 0.0063665, 0.010654, 0.0223195, 0.0540284, 0.139687, 0.371485" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0050212, 0.0036269, -0.0003283, -0.0117152, -0.0436597, -0.130727, -0.366717", \
            "0.0049181, 0.0034804, -0.0004552, -0.0118281, -0.0438017, -0.130876, -0.366884", \
            "0.0049755, 0.0035106, -0.0004389, -0.0118046, -0.0437396, -0.130827, -0.366784", \
            "0.0046468, 0.0031393, -0.0008763, -0.0122243, -0.0439594, -0.130974, -0.366922", \
            "0.0044446, 0.0029868, -0.0010122, -0.012424, -0.0443816, -0.131385, -0.367296", \
            "0.0049312, 0.0032171, -0.0008862, -0.012907, -0.0447561, -0.131727, -0.367613", \
            "0.0063624, 0.0043828, -0.0004377, -0.0126155, -0.0444638, -0.13142, -0.367301" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0060205, 0.0076716, 0.0121058, 0.0239673, 0.055806, 0.141819, 0.374552", \
            "0.0057437, 0.0073458, 0.0118236, 0.0237784, 0.0557526, 0.141801, 0.374532", \
            "0.0056858, 0.0072798, 0.0116293, 0.0236144, 0.0553488, 0.141833, 0.375819", \
            "0.0059857, 0.0075572, 0.0118111, 0.0235408, 0.0553563, 0.141331, 0.374472", \
            "0.0071216, 0.008596, 0.0126962, 0.0241038, 0.05564, 0.141517, 0.373852", \
            "0.010331, 0.0132614, 0.0169157, 0.0280886, 0.0588779, 0.143671, 0.375306", \
            "0.0193104, 0.0204475, 0.0239807, 0.033727, 0.0630535, 0.146235, 0.376137" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135362, 0.00366458, 0.0099209, 0.0268583, 0.0727118, 0.196848");
          values ( \
            "0.0047951, 0.0033616, -0.0007233, -0.0123675, -0.0444675, -0.131633, -0.367647", \
            "0.0045273, 0.0031265, -0.0009027, -0.0124412, -0.0445024, -0.131627, -0.367634", \
            "0.0043712, 0.0028915, -0.0011299, -0.0126232, -0.0445723, -0.131639, -0.367636", \
            "0.0049082, 0.0032661, -0.0012218, -0.0128037, -0.0447109, -0.131729, -0.367661", \
            "0.005703, 0.0039661, -0.000557, -0.01254, -0.0447731, -0.13175, -0.36762", \
            "0.008715, 0.0067035, 0.001568, -0.0111632, -0.0439466, -0.131531, -0.367565", \
            "0.0174957, 0.0151456, 0.0090801, -0.005447, -0.0403803, -0.129432, -0.366578" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001482;
      rise_capacitance : 0.001535;
      rise_capacitance_range (0.001535, 0.001535);
      fall_capacitance : 0.00143;
      fall_capacitance_range (0.00143, 0.00143);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0050284, 0.0049593, 0.0048, 0.0051152, 0.0058415, 0.0075158, 0.0113752" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0077323, 0.0076465, 0.0074489, 0.0077689, 0.0085066, 0.010207, 0.0141266" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002393;
      rise_capacitance : 0.002498;
      rise_capacitance_range (0.002498, 0.002498);
      fall_capacitance : 0.002289;
      fall_capacitance_range (0.002289, 0.002289);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004277, -0.0042776, -0.0042789, -0.0042795, -0.0042811, -0.0042845, -0.0042926" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042681, 0.0042679, 0.0042675, 0.0042682, 0.0042698, 0.0042735, 0.0042821" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand2b_2) {
    area : 8.7584;
    cell_footprint : "nand2b";
    cell_leakage_power : 0.0100775;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0248628;
      when : "!AN&B";
    }
    leakage_power () {
      value : 0.0001201;
      when : "!AN&!B";
    }
    leakage_power () {
      value : 7.00361e-05;
      when : "AN&B";
    }
    leakage_power () {
      value : 0.0152572;
      when : "AN&!B";
    }
    leakage_power () {
      value : 0.0100775;
    }
    pin (Y) {
      direction : output;
      function : "(AN) | (!B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.379954;
      max_transition : 1.50784;
      timing () {
        related_pin : "AN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0493598, 0.0529881, 0.0627261, 0.0891788, 0.165013, 0.393043, 1.07318", \
            "0.0532836, 0.0568795, 0.0666228, 0.0931, 0.169239, 0.395989, 1.08316", \
            "0.0627084, 0.0662555, 0.0758312, 0.102154, 0.178228, 0.404537, 1.0876", \
            "0.0787685, 0.0825087, 0.0923327, 0.118642, 0.194832, 0.422164, 1.10301", \
            "0.0942432, 0.098826, 0.109736, 0.136442, 0.212093, 0.438655, 1.12394", \
            "0.0974778, 0.103172, 0.116866, 0.146226, 0.221545, 0.448593, 1.13097", \
            "0.0601705, 0.0671469, 0.0843606, 0.120675, 0.198058, 0.422833, 1.10676" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0160565, 0.0196449, 0.0307242, 0.0657088, 0.175471, 0.507343, 1.50325", \
            "0.0160636, 0.0196236, 0.0307086, 0.0657835, 0.175123, 0.506942, 1.50784", \
            "0.0161658, 0.0197445, 0.0307448, 0.0658208, 0.174905, 0.505371, 1.49661", \
            "0.0188056, 0.0221185, 0.032405, 0.0663057, 0.17478, 0.506601, 1.50238", \
            "0.0243713, 0.0273609, 0.0369486, 0.0683625, 0.174537, 0.5057, 1.50698", \
            "0.0321694, 0.0366572, 0.0462781, 0.0746375, 0.176322, 0.504122, 1.50243", \
            "0.0444331, 0.0498338, 0.0621207, 0.091066, 0.181599, 0.505704, 1.49764" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0854209, 0.0895118, 0.0996568, 0.122178, 0.174974, 0.321299, 0.764218", \
            "0.0898505, 0.0939106, 0.104011, 0.126465, 0.17935, 0.325806, 0.767618", \
            "0.101481, 0.105574, 0.115677, 0.138169, 0.191134, 0.337588, 0.780734", \
            "0.130175, 0.134206, 0.144229, 0.166749, 0.219519, 0.365704, 0.807483", \
            "0.187513, 0.192005, 0.203197, 0.227337, 0.281191, 0.42736, 0.872855", \
            "0.279298, 0.284594, 0.297904, 0.326787, 0.384707, 0.53174, 0.972928", \
            "0.435091, 0.440978, 0.456517, 0.491196, 0.559027, 0.707386, 1.14635" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0216021, 0.0245855, 0.0325123, 0.0532528, 0.113837, 0.308076, 0.915127", \
            "0.021511, 0.0245102, 0.0326402, 0.0532767, 0.113596, 0.307527, 0.909049", \
            "0.021572, 0.0246453, 0.0325388, 0.0532083, 0.113676, 0.307089, 0.905608", \
            "0.0217666, 0.0246585, 0.0324828, 0.0531349, 0.113699, 0.30819, 0.910667", \
            "0.0272336, 0.030531, 0.0380328, 0.0572345, 0.115506, 0.30803, 0.904258", \
            "0.0372168, 0.0413836, 0.0497824, 0.0701242, 0.124415, 0.308767, 0.904828", \
            "0.0519621, 0.0558765, 0.0657322, 0.0890759, 0.141518, 0.314909, 0.903028" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0241016, 0.0270716, 0.0357181, 0.0604285, 0.132948, 0.348481, 0.998819", \
            "0.0290442, 0.0318674, 0.040438, 0.0652551, 0.137755, 0.353804, 1.01134", \
            "0.0419449, 0.0449574, 0.0530181, 0.0777721, 0.15035, 0.366628, 1.01669", \
            "0.0641872, 0.0686571, 0.0807521, 0.108086, 0.179734, 0.395641, 1.05178", \
            "0.102202, 0.108906, 0.12667, 0.167696, 0.250636, 0.465555, 1.11413", \
            "0.173383, 0.182321, 0.206645, 0.266184, 0.390847, 0.627564, 1.273", \
            "0.318059, 0.329951, 0.36176, 0.442172, 0.62228, 0.974002, 1.65025" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0209606, 0.0247301, 0.0360103, 0.0698424, 0.172327, 0.484414, 1.42717", \
            "0.0208418, 0.0246252, 0.0359788, 0.0699407, 0.172443, 0.484448, 1.43142", \
            "0.0253701, 0.0281844, 0.0376813, 0.0698596, 0.172538, 0.483523, 1.4273", \
            "0.038623, 0.0421293, 0.0510153, 0.0768631, 0.172576, 0.48425, 1.43171", \
            "0.0585354, 0.0638217, 0.0775928, 0.108881, 0.188973, 0.484556, 1.4273", \
            "0.090238, 0.0978832, 0.118722, 0.167228, 0.263073, 0.510658, 1.42748", \
            "0.148875, 0.159018, 0.187595, 0.256934, 0.403387, 0.672459, 1.46114" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0184836, 0.0208663, 0.0275241, 0.0457621, 0.0961861, 0.242763, 0.683437", \
            "0.0210126, 0.0234727, 0.030234, 0.0485627, 0.0991444, 0.24575, 0.691615", \
            "0.023261, 0.026477, 0.0348, 0.0543797, 0.105383, 0.25198, 0.693344", \
            "0.0221721, 0.0267095, 0.0384769, 0.0643565, 0.120323, 0.268462, 0.709598", \
            "0.0097525, 0.0163504, 0.0334385, 0.0719107, 0.147615, 0.30652, 0.75074", \
            "-0.0321509, -0.0220592, 0.0031659, 0.0587061, 0.16995, 0.381471, 0.8412", \
            "-0.141063, -0.126628, -0.0909369, -0.0115304, 0.149211, 0.45699, 1.03603" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0095405, 0.012436, 0.0208984, 0.0440966, 0.110208, 0.309002, 0.903741", \
            "0.0102912, 0.0128896, 0.0209002, 0.0440687, 0.110157, 0.309036, 0.90463", \
            "0.0139127, 0.0166209, 0.0240726, 0.0450762, 0.110235, 0.307164, 0.9036", \
            "0.021995, 0.0253258, 0.0337289, 0.0551245, 0.11359, 0.307123, 0.904025", \
            "0.0381361, 0.0423001, 0.053534, 0.0802367, 0.138575, 0.314529, 0.914436", \
            "0.0713588, 0.0760903, 0.0898423, 0.124484, 0.199887, 0.369859, 0.917146", \
            "0.136168, 0.141678, 0.159198, 0.204617, 0.306788, 0.521274, 1.02285" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0047283, 0.0068285, 0.0131387, 0.0313719, 0.0845254, 0.243557, 0.717797", \
            "0.0047088, 0.00681, 0.0130741, 0.0313137, 0.0845389, 0.243453, 0.722161", \
            "0.0047327, 0.0068091, 0.0129718, 0.0310806, 0.0843926, 0.241882, 0.718212", \
            "0.0044558, 0.006427, 0.0123624, 0.0303444, 0.0836641, 0.242827, 0.717527", \
            "0.0044666, 0.0063858, 0.0122031, 0.0295542, 0.0825097, 0.242878, 0.72116", \
            "0.0048366, 0.0067276, 0.0123245, 0.0296913, 0.0819094, 0.240229, 0.719882", \
            "0.0067815, 0.0085623, 0.0137808, 0.0307712, 0.0825769, 0.240488, 0.715997" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0079743, 0.0061218, 0.0006566, -0.0159261, -0.0683283, -0.228172, -0.711466", \
            "0.0078661, 0.0060191, 0.0005866, -0.0159819, -0.0683878, -0.228247, -0.711456", \
            "0.0079699, 0.0061206, 0.000626, -0.0160075, -0.0683574, -0.228215, -0.711286", \
            "0.0076429, 0.0057305, 0.0001861, -0.0164209, -0.0687051, -0.228439, -0.711597", \
            "0.0077803, 0.0057791, 8.1e-05, -0.0167049, -0.0690885, -0.228784, -0.711969", \
            "0.0098091, 0.0077157, 0.0015378, -0.0165278, -0.0690376, -0.228864, -0.712116", \
            "0.0128068, 0.0100927, 0.0045889, -0.0139222, -0.0668529, -0.228537, -0.711876" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.010466, 0.0124193, 0.0182805, 0.0356912, 0.0880667, 0.245914, 0.723052", \
            "0.0098378, 0.0117353, 0.0175687, 0.0351538, 0.0879732, 0.245814, 0.721621", \
            "0.0095987, 0.0114763, 0.0171087, 0.034652, 0.0874129, 0.245741, 0.722934", \
            "0.0098393, 0.0117161, 0.0172488, 0.0344596, 0.0865776, 0.245162, 0.721202", \
            "0.0123471, 0.0140055, 0.0194491, 0.0363176, 0.0879515, 0.245061, 0.721725", \
            "0.0178963, 0.0195388, 0.0249026, 0.0405792, 0.0916578, 0.246965, 0.721947", \
            "0.0334403, 0.0346439, 0.0389619, 0.0540457, 0.102005, 0.256231, 0.726021" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151042, 0.00456272, 0.0137832, 0.0416368, 0.125778, 0.379954");
          values ( \
            "0.0112057, 0.0095093, 0.004261, -0.0125004, -0.0650619, -0.224963, -0.708174", \
            "0.0106491, 0.0089924, 0.0038166, -0.0127453, -0.0651638, -0.224995, -0.708158", \
            "0.010214, 0.0084862, 0.0032877, -0.013177, -0.0653854, -0.225089, -0.708232", \
            "0.0108596, 0.0089382, 0.0032056, -0.0136072, -0.0656889, -0.225239, -0.708305", \
            "0.0128179, 0.0107402, 0.0047064, -0.0130093, -0.0658336, -0.225298, -0.708332", \
            "0.0179854, 0.0155347, 0.0085843, -0.0105243, -0.0645672, -0.225128, -0.708288", \
            "0.0337214, 0.03083, 0.0225887, 0.0003744, -0.0580438, -0.221727, -0.706972" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001473;
      rise_capacitance : 0.001538;
      rise_capacitance_range (0.001538, 0.001538);
      fall_capacitance : 0.001408;
      fall_capacitance_range (0.001408, 0.001408);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0097816, 0.0097193, 0.0095757, 0.0098196, 0.0103817, 0.0116775, 0.0146645" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0111576, 0.0110532, 0.0108125, 0.0110432, 0.011575, 0.0128009, 0.0156268" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004573;
      rise_capacitance : 0.004784;
      rise_capacitance_range (0.004784, 0.004784);
      fall_capacitance : 0.004362;
      fall_capacitance_range (0.004362, 0.004362);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0089849, -0.0089781, -0.0089624, -0.0089563, -0.0089421, -0.0089093, -0.0088337" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089966, 0.0089927, 0.0089839, 0.0089882, 0.0089983, 0.0090214, 0.0090747" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand2b_4) {
    area : 13.7632;
    cell_footprint : "nand2b";
    cell_leakage_power : 0.0156102;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062916;
      when : "AN&!B";
    }
    leakage_power () {
      value : 0.0495939;
      when : "!AN&B";
    }
    leakage_power () {
      value : 0.0001435;
      when : "!AN&!B";
    }
    leakage_power () {
      value : 0.0064117;
      when : "AN&B";
    }
    leakage_power () {
      value : 0.0156102;
    }
    pin (Y) {
      direction : output;
      function : "(AN) | (!B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.687571;
      max_transition : 1.49983;
      timing () {
        related_pin : "AN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166735, 0.00556014, 0.0185415, 0.0618303, 0.206186, 0.687571");
          values ( \
            "0.0565117, 0.0589187, 0.066222, 0.087321, 0.152026, 0.364218, 1.06089", \
            "0.0601479, 0.0625568, 0.0698485, 0.0909558, 0.155532, 0.365843, 1.06619", \
            "0.0690395, 0.0714232, 0.0785912, 0.099462, 0.164115, 0.375165, 1.08312", \
            "0.0858446, 0.0883481, 0.095733, 0.11661, 0.180952, 0.393548, 1.08952", \
            "0.102471, 0.105538, 0.113899, 0.135687, 0.199875, 0.41113, 1.11003", \
            "0.108126, 0.111851, 0.122385, 0.147379, 0.211487, 0.421924, 1.12437", \
            "0.0788384, 0.083182, 0.096088, 0.127891, 0.197008, 0.407096, 1.10606" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166735, 0.00556014, 0.0185415, 0.0618303, 0.206186, 0.687571");
          values ( \
            "0.0173103, 0.019502, 0.0267948, 0.0524541, 0.142634, 0.448261, 1.44989", \
            "0.0173091, 0.0195025, 0.026834, 0.052411, 0.142116, 0.443393, 1.45825", \
            "0.0173068, 0.0194733, 0.0268521, 0.0524287, 0.142511, 0.445418, 1.45657", \
            "0.0198696, 0.0218122, 0.0286944, 0.0531518, 0.142384, 0.447157, 1.45268", \
            "0.0255598, 0.027712, 0.0343745, 0.0563512, 0.143034, 0.444931, 1.45622", \
            "0.033881, 0.0362554, 0.043684, 0.064726, 0.144561, 0.444098, 1.45463", \
            "0.0463361, 0.0494775, 0.0593348, 0.0833837, 0.15371, 0.446844, 1.4463" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166735, 0.00556014, 0.0185415, 0.0618303, 0.206186, 0.687571");
          values ( \
            "0.0716559, 0.0741082, 0.0810984, 0.0987805, 0.144532, 0.284096, 0.747322", \
            "0.0762134, 0.0787202, 0.0856703, 0.103366, 0.149065, 0.288556, 0.752433", \
            "0.0880913, 0.0905598, 0.097548, 0.115183, 0.160973, 0.30048, 0.763063", \
            "0.116361, 0.118779, 0.125693, 0.143337, 0.189105, 0.328785, 0.791242", \
            "0.167248, 0.170081, 0.178198, 0.198028, 0.244838, 0.384596, 0.853996", \
            "0.246478, 0.249926, 0.259441, 0.283669, 0.335432, 0.475562, 0.937215", \
            "0.384255, 0.388027, 0.399126, 0.427753, 0.489216, 0.631247, 1.09284" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166735, 0.00556014, 0.0185415, 0.0618303, 0.206186, 0.687571");
          values ( \
            "0.0187758, 0.0208701, 0.0262804, 0.0427436, 0.0966825, 0.286373, 0.928372", \
            "0.0187898, 0.0206935, 0.0262806, 0.0428235, 0.0966175, 0.286156, 0.929389", \
            "0.0187895, 0.0206821, 0.0263073, 0.042671, 0.0967112, 0.285665, 0.924461", \
            "0.0193733, 0.0212452, 0.0269276, 0.0432275, 0.0969816, 0.285631, 0.923853", \
            "0.0255855, 0.0274982, 0.0332878, 0.0490243, 0.099507, 0.286663, 0.930837", \
            "0.0353264, 0.0376087, 0.0441259, 0.06079, 0.107971, 0.287059, 0.925957", \
            "0.0492676, 0.0516739, 0.0593206, 0.0783416, 0.125859, 0.293072, 0.923469" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166735, 0.00556014, 0.0185415, 0.0618303, 0.206186, 0.687571");
          values ( \
            "0.02533, 0.0273694, 0.0337474, 0.0540355, 0.118505, 0.329188, 1.03229", \
            "0.0303254, 0.0322468, 0.0385074, 0.0587818, 0.123543, 0.334617, 1.04685", \
            "0.0435305, 0.0454524, 0.0513172, 0.0712988, 0.136006, 0.347384, 1.05047", \
            "0.0669016, 0.0699897, 0.078935, 0.102268, 0.166201, 0.376854, 1.07943", \
            "0.107709, 0.111993, 0.124999, 0.159329, 0.237609, 0.445144, 1.14591", \
            "0.184758, 0.190454, 0.208095, 0.257389, 0.373817, 0.611635, 1.30752", \
            "0.342805, 0.350255, 0.373549, 0.438566, 0.603836, 0.95845, 1.68869" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166735, 0.00556014, 0.0185415, 0.0618303, 0.206186, 0.687571");
          values ( \
            "0.0223818, 0.0248635, 0.0328906, 0.059868, 0.150471, 0.455105, 1.46817", \
            "0.0222737, 0.0247171, 0.0328504, 0.0600442, 0.150418, 0.455013, 1.47279", \
            "0.0261359, 0.0280461, 0.034839, 0.0599552, 0.150734, 0.455076, 1.46778", \
            "0.0391979, 0.0413084, 0.048245, 0.0681488, 0.150621, 0.454889, 1.467", \
            "0.05861, 0.0623575, 0.0728338, 0.0999201, 0.169786, 0.455156, 1.47004", \
            "0.0899622, 0.0950436, 0.110629, 0.152034, 0.242975, 0.484443, 1.47018", \
            "0.148708, 0.15561, 0.175947, 0.233654, 0.371563, 0.64508, 1.49983" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166735, 0.00556014, 0.0185415, 0.0618303, 0.206186, 0.687571");
          values ( \
            "0.0183817, 0.0199428, 0.0247087, 0.0390712, 0.0825968, 0.221977, 0.6845", \
            "0.0204626, 0.0220723, 0.0269531, 0.0415772, 0.0851005, 0.224946, 0.687162", \
            "0.021903, 0.0239338, 0.0299604, 0.0461932, 0.0904132, 0.230304, 0.692469", \
            "0.0195372, 0.0224069, 0.0309406, 0.0524086, 0.102965, 0.243848, 0.70676", \
            "0.0043521, 0.0085927, 0.020958, 0.0524992, 0.121698, 0.276551, 0.742085", \
            "-0.043353, -0.0371035, -0.0185226, 0.0274709, 0.128514, 0.336615, 0.818816", \
            "-0.166429, -0.157447, -0.130762, -0.064278, 0.0813495, 0.381055, 0.993124" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166735, 0.00556014, 0.0185415, 0.0618303, 0.206186, 0.687571");
          values ( \
            "0.0097681, 0.0116115, 0.0176785, 0.0362066, 0.0941252, 0.286017, 0.924093", \
            "0.0105108, 0.0121817, 0.0178445, 0.0362934, 0.0942511, 0.285965, 0.923986", \
            "0.0138506, 0.0156466, 0.0212453, 0.0378048, 0.0941949, 0.285507, 0.924089", \
            "0.0218099, 0.023828, 0.0300659, 0.0471905, 0.0987549, 0.285898, 0.923608", \
            "0.0378016, 0.0404313, 0.0483973, 0.0697348, 0.123777, 0.293555, 0.928433", \
            "0.0712324, 0.0739946, 0.0833834, 0.110668, 0.178949, 0.348937, 0.933395", \
            "0.135428, 0.13881, 0.150653, 0.186668, 0.276463, 0.487122, 1.03615" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166735, 0.00556014, 0.0185414, 0.0618303, 0.206186, 0.687571");
          values ( \
            "0.0085024, 0.0109236, 0.0189827, 0.0452821, 0.128815, 0.401968, 1.30082", \
            "0.0084386, 0.0108591, 0.0189644, 0.0451886, 0.128688, 0.399332, 1.30221", \
            "0.0086171, 0.011004, 0.018956, 0.044846, 0.128441, 0.401601, 1.30368", \
            "0.0079414, 0.0102547, 0.0178755, 0.0432744, 0.126659, 0.399905, 1.30018", \
            "0.0079762, 0.0101978, 0.017405, 0.0418781, 0.124275, 0.398149, 1.30512", \
            "0.0086665, 0.0108645, 0.0180442, 0.0421902, 0.123258, 0.396143, 1.30203", \
            "0.0129951, 0.014719, 0.0212407, 0.0449799, 0.124947, 0.395886, 1.29774" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166735, 0.00556014, 0.0185414, 0.0618303, 0.206186, 0.687571");
          values ( \
            "0.0186425, 0.0165669, 0.0097162, -0.01338, -0.0940609, -0.368033, -1.28268", \
            "0.0184575, 0.0164211, 0.0096385, -0.0133856, -0.0941264, -0.367908, -1.28325", \
            "0.0185014, 0.0164344, 0.0096203, -0.0134148, -0.0942526, -0.367896, -1.28318", \
            "0.017855, 0.0157878, 0.0087516, -0.0144108, -0.0952994, -0.368797, -1.28367", \
            "0.0180477, 0.0157323, 0.008354, -0.0152991, -0.0960518, -0.369464, -1.28428", \
            "0.020563, 0.0179304, 0.0097923, -0.0151281, -0.0967639, -0.370386, -1.28491", \
            "0.0257776, 0.0227145, 0.0135841, -0.0110918, -0.0950913, -0.368998, -1.28405" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166735, 0.00556014, 0.0185414, 0.0618303, 0.206186, 0.687571");
          values ( \
            "0.0184414, 0.0207725, 0.0282802, 0.0530474, 0.134649, 0.405431, 1.30778", \
            "0.01724, 0.0195303, 0.0269437, 0.0519813, 0.134038, 0.405323, 1.30844", \
            "0.0167943, 0.018938, 0.0261665, 0.0510211, 0.133238, 0.404983, 1.30749", \
            "0.0173187, 0.0193692, 0.0270629, 0.0507558, 0.132412, 0.404983, 1.30734", \
            "0.0207134, 0.0237989, 0.0307841, 0.0531035, 0.135369, 0.402868, 1.30734", \
            "0.0331249, 0.0350225, 0.0417503, 0.0636241, 0.144087, 0.409599, 1.30892", \
            "0.0608701, 0.0622649, 0.0669427, 0.0864497, 0.161002, 0.425789, 1.3167" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166735, 0.00556014, 0.0185414, 0.0618303, 0.206186, 0.687571");
          values ( \
            "0.0243706, 0.0224386, 0.0157561, -0.0077983, -0.089411, -0.363684, -1.27895", \
            "0.0232892, 0.0213835, 0.0147912, -0.0083737, -0.0896372, -0.363755, -1.27893", \
            "0.0224181, 0.0204056, 0.0137353, -0.0093347, -0.0901307, -0.363972, -1.27896", \
            "0.023044, 0.0208212, 0.0134955, -0.0101947, -0.0908469, -0.364297, -1.27915", \
            "0.0263359, 0.0239356, 0.0161895, -0.0088041, -0.0911142, -0.364495, -1.27914", \
            "0.0358409, 0.0329084, 0.0239703, -0.0036414, -0.0883138, -0.364013, -1.27919", \
            "0.0646924, 0.0613578, 0.0506142, 0.0182217, -0.0749862, -0.357197, -1.27631" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002398;
      rise_capacitance : 0.002509;
      rise_capacitance_range (0.002509, 0.002509);
      fall_capacitance : 0.002286;
      fall_capacitance_range (0.002286, 0.002286);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0198154, 0.0196876, 0.0193929, 0.0200861, 0.0216841, 0.0253676, 0.0338582" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0198809, 0.0197198, 0.0193486, 0.0200195, 0.0215658, 0.0251302, 0.0333464" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00888;
      rise_capacitance : 0.009324;
      rise_capacitance_range (0.009324, 0.009324);
      fall_capacitance : 0.008435;
      fall_capacitance_range (0.008435, 0.008435);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0175278, -0.0175179, -0.0174953, -0.0174912, -0.0174818, -0.01746, -0.0174099" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0175774, 0.0175732, 0.0175636, 0.0175649, 0.0175679, 0.0175748, 0.0175907" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand3_1) {
    area : 5.0048;
    cell_footprint : "nand3";
    cell_leakage_power : 0.00234279;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 8.22726e-06;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 8.09593e-06;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 2.51064e-05;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 8.41329e-06;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 3.05949e-05;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 1.481e-05;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 0.0186154;
      when : "A&B&C";
    }
    leakage_power () {
      value : 3.1653e-05;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.00234279;
    }
    pin (Y) {
      direction : output;
      function : "(!A) | (!B) | (!C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.195017;
      max_transition : 1.4968;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0231672, 0.0278208, 0.0399075, 0.0711105, 0.154072, 0.376719, 0.978603", \
            "0.0279784, 0.032494, 0.0444105, 0.075798, 0.159975, 0.384018, 0.989372", \
            "0.040033, 0.0450026, 0.0565422, 0.0874183, 0.170589, 0.393628, 0.99989", \
            "0.0595744, 0.0672466, 0.0841635, 0.116923, 0.199721, 0.422356, 1.02953", \
            "0.0925383, 0.103478, 0.128298, 0.178245, 0.267919, 0.491024, 1.08934", \
            "0.153923, 0.169109, 0.203916, 0.274594, 0.41233, 0.648078, 1.24835", \
            "0.275267, 0.29662, 0.34398, 0.444454, 0.642305, 0.992788, 1.61357" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.019542, 0.0255174, 0.041877, 0.0858357, 0.205119, 0.526425, 1.39679", \
            "0.0195787, 0.0255834, 0.0418213, 0.0858786, 0.206803, 0.528839, 1.3961", \
            "0.0248764, 0.0293234, 0.0431092, 0.0859216, 0.205051, 0.527261, 1.39955", \
            "0.039067, 0.0445491, 0.0566931, 0.0912157, 0.205145, 0.528681, 1.40109", \
            "0.0608089, 0.0693138, 0.0875475, 0.125325, 0.21675, 0.526851, 1.40037", \
            "0.095797, 0.109021, 0.136374, 0.19263, 0.293391, 0.549852, 1.40021", \
            "0.168191, 0.18122, 0.218977, 0.29529, 0.448125, 0.715829, 1.42483" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0183736, 0.0219489, 0.0313003, 0.0565496, 0.123, 0.302236, 0.787049", \
            "0.0211636, 0.0246744, 0.0341357, 0.0592039, 0.12618, 0.307077, 0.795105", \
            "0.025636, 0.0304653, 0.0412709, 0.0660995, 0.132821, 0.312164, 0.797248", \
            "0.0276072, 0.0345764, 0.0504087, 0.0829677, 0.150398, 0.331764, 0.81999", \
            "0.0213441, 0.0311881, 0.0537196, 0.0999505, 0.188613, 0.36919, 0.854882", \
            "-0.0070842, 0.0065972, 0.0377703, 0.104046, 0.232064, 0.462812, 0.948557", \
            "-0.0925209, -0.0735692, -0.0286974, 0.0639372, 0.242465, 0.577884, 1.16898" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0159734, 0.0205254, 0.0327098, 0.0656185, 0.153951, 0.392681, 1.03802", \
            "0.0167346, 0.0208529, 0.0326461, 0.065336, 0.154602, 0.394691, 1.04537", \
            "0.0226972, 0.0269757, 0.0365093, 0.0659151, 0.153915, 0.393403, 1.04035", \
            "0.0338818, 0.0391052, 0.0516041, 0.0780258, 0.155905, 0.393188, 1.04061", \
            "0.0532817, 0.0604855, 0.0773725, 0.114032, 0.186089, 0.396821, 1.05136", \
            "0.0892774, 0.0993043, 0.12353, 0.1708, 0.266652, 0.457042, 1.04321", \
            "0.159681, 0.173678, 0.205053, 0.271471, 0.407538, 0.656012, 1.16406" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0319004, 0.0367224, 0.0492048, 0.0820698, 0.16973, 0.405604, 1.04248", \
            "0.03653, 0.0413186, 0.0537229, 0.0867592, 0.174485, 0.410226, 1.05203", \
            "0.0490659, 0.0536892, 0.0661498, 0.0989382, 0.186805, 0.423189, 1.05884", \
            "0.0747198, 0.0811297, 0.0958851, 0.128984, 0.216022, 0.451563, 1.08845", \
            "0.116799, 0.126181, 0.148595, 0.195136, 0.286231, 0.520928, 1.15446", \
            "0.19182, 0.205308, 0.237688, 0.306285, 0.438661, 0.684034, 1.31625", \
            "0.34091, 0.358996, 0.402873, 0.498688, 0.69335, 1.04144, 1.69288" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0267288, 0.0330627, 0.0500679, 0.0964178, 0.221155, 0.558985, 1.46741", \
            "0.0268083, 0.0330508, 0.0500701, 0.0961816, 0.220888, 0.556713, 1.47489", \
            "0.0291261, 0.0346703, 0.0503184, 0.096284, 0.221498, 0.559052, 1.46969", \
            "0.04312, 0.048218, 0.0605904, 0.0996453, 0.221637, 0.557726, 1.47122", \
            "0.0668432, 0.0749485, 0.0925249, 0.128462, 0.230262, 0.557592, 1.47037", \
            "0.103039, 0.114996, 0.142928, 0.198536, 0.297684, 0.577417, 1.47188", \
            "0.169266, 0.184897, 0.222558, 0.304688, 0.459298, 0.722823, 1.4968" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0235199, 0.027064, 0.0364087, 0.0614112, 0.128119, 0.307218, 0.792076", \
            "0.0262196, 0.0298896, 0.0394162, 0.0643092, 0.131653, 0.311984, 0.794938", \
            "0.0305976, 0.035191, 0.0460856, 0.0714063, 0.138357, 0.317909, 0.81044", \
            "0.03284, 0.0395404, 0.054663, 0.0865123, 0.155518, 0.337323, 0.820842", \
            "0.0257327, 0.0357031, 0.0575081, 0.103033, 0.190088, 0.374385, 0.861916", \
            "-0.0067764, 0.0070793, 0.0385648, 0.104384, 0.229604, 0.458286, 0.953674", \
            "-0.102958, -0.083271, -0.0381433, 0.0561822, 0.23508, 0.562303, 1.15621" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0161336, 0.0206291, 0.0327389, 0.0662377, 0.154434, 0.393529, 1.03972", \
            "0.0165322, 0.0208029, 0.0328515, 0.0654277, 0.156875, 0.395157, 1.03952", \
            "0.0216639, 0.0253499, 0.0354165, 0.0659586, 0.153822, 0.393047, 1.04329", \
            "0.0326327, 0.0369596, 0.0479332, 0.0751811, 0.155463, 0.393361, 1.03728", \
            "0.0517907, 0.058006, 0.0724731, 0.104089, 0.177856, 0.396357, 1.03795", \
            "0.0870261, 0.0949306, 0.113957, 0.156773, 0.245803, 0.444062, 1.04313", \
            "0.152975, 0.163596, 0.189246, 0.247387, 0.367382, 0.601831, 1.14027" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0338336, 0.038082, 0.0495742, 0.0794532, 0.158949, 0.372389, 0.950711", \
            "0.0385935, 0.042893, 0.0543475, 0.0844443, 0.164007, 0.378064, 0.958495", \
            "0.0511214, 0.0553397, 0.0667841, 0.0962142, 0.175566, 0.389473, 0.965868", \
            "0.077635, 0.0831803, 0.0962299, 0.126349, 0.20565, 0.418343, 0.994111", \
            "0.120606, 0.128739, 0.148164, 0.190446, 0.274526, 0.484548, 1.06065", \
            "0.195389, 0.206811, 0.235019, 0.297321, 0.420466, 0.647184, 1.21864", \
            "0.337778, 0.353644, 0.391457, 0.478438, 0.659424, 0.988888, 1.58805" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0295759, 0.0355196, 0.0509785, 0.0927119, 0.206733, 0.512554, 1.34039", \
            "0.0295417, 0.0353582, 0.0511428, 0.0933307, 0.206491, 0.513978, 1.34388", \
            "0.0312728, 0.0365035, 0.0511153, 0.0929342, 0.206677, 0.513861, 1.3427", \
            "0.0445879, 0.0493265, 0.0608732, 0.0965386, 0.206737, 0.512282, 1.34048", \
            "0.0689226, 0.0765206, 0.0928178, 0.12619, 0.217101, 0.513359, 1.34324", \
            "0.10652, 0.11699, 0.142678, 0.195099, 0.289666, 0.536068, 1.33932", \
            "0.169996, 0.185367, 0.221351, 0.298992, 0.446339, 0.697272, 1.3807" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0261599, 0.0297017, 0.0390835, 0.0638208, 0.130362, 0.309718, 0.79426", \
            "0.0286955, 0.0323146, 0.0418343, 0.0667128, 0.133305, 0.313536, 0.802196", \
            "0.0330091, 0.0372623, 0.047429, 0.07267, 0.140001, 0.320373, 0.810407", \
            "0.0361146, 0.0419636, 0.0553851, 0.085015, 0.153117, 0.333221, 0.818087", \
            "0.0307353, 0.0389562, 0.059048, 0.09986, 0.182149, 0.364604, 0.852605", \
            "0.0002492, 0.0134011, 0.0417999, 0.101955, 0.217004, 0.434621, 0.924722", \
            "-0.0885246, -0.0705844, -0.0286858, 0.0571446, 0.221343, 0.52272, 1.08909" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0161805, 0.0206497, 0.03288, 0.065468, 0.153703, 0.392754, 1.03971", \
            "0.0163143, 0.0206984, 0.0327566, 0.0654554, 0.153864, 0.392994, 1.03896", \
            "0.0199779, 0.0237124, 0.0343667, 0.0660713, 0.156445, 0.394437, 1.04431", \
            "0.0300733, 0.0339992, 0.0442986, 0.0720717, 0.155432, 0.393215, 1.04127", \
            "0.0491338, 0.0543367, 0.0669138, 0.0966746, 0.172006, 0.394997, 1.04157", \
            "0.0853375, 0.0917425, 0.107529, 0.145806, 0.228895, 0.432333, 1.04105", \
            "0.155042, 0.16299, 0.183683, 0.233004, 0.339679, 0.562508, 1.11034" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0053631, 0.007149, 0.0117882, 0.0237627, 0.0558307, 0.141111, 0.372332", \
            "0.0050209, 0.006782, 0.0114027, 0.0234445, 0.0556039, 0.141367, 0.371022", \
            "0.0049155, 0.0065502, 0.0110519, 0.0230248, 0.0551982, 0.141699, 0.372647", \
            "0.0051694, 0.0067568, 0.011074, 0.0228175, 0.0547872, 0.141452, 0.372884", \
            "0.0063187, 0.0077992, 0.0118609, 0.0232582, 0.0548344, 0.140357, 0.373479", \
            "0.0103347, 0.01137, 0.0145718, 0.0254125, 0.0563241, 0.141225, 0.373203", \
            "0.0184392, 0.020372, 0.0226879, 0.0323364, 0.0630318, 0.147927, 0.3726" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0042678, 0.0027411, -0.0015217, -0.0132386, -0.0451516, -0.131555, -0.365148", \
            "0.004006, 0.0024966, -0.0017072, -0.0133515, -0.0452032, -0.13157, -0.365131", \
            "0.0037778, 0.0022641, -0.0019612, -0.0135174, -0.0452914, -0.131623, -0.36518", \
            "0.0037983, 0.0022385, -0.0021042, -0.0137386, -0.0454678, -0.131702, -0.365217", \
            "0.0050436, 0.0032558, -0.0014764, -0.0133228, -0.0453505, -0.131674, -0.365181", \
            "0.0080102, 0.0060307, 0.0008913, -0.0117998, -0.0446136, -0.131402, -0.365088", \
            "0.0174619, 0.0146643, 0.0088205, -0.0050537, -0.0404886, -0.129151, -0.363966" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.008558, 0.0102542, 0.0147611, 0.0266205, 0.058321, 0.143556, 0.374015", \
            "0.0081583, 0.009872, 0.0143797, 0.0263323, 0.0581855, 0.143556, 0.375009", \
            "0.0078449, 0.009529, 0.014045, 0.0259923, 0.0579884, 0.143244, 0.373908", \
            "0.0080025, 0.0096041, 0.0139389, 0.025749, 0.057558, 0.143093, 0.373455", \
            "0.0088664, 0.0103541, 0.014577, 0.0259281, 0.0575666, 0.142822, 0.373301", \
            "0.012705, 0.0140057, 0.0167107, 0.0277231, 0.058551, 0.142874, 0.372779", \
            "0.0189733, 0.0201758, 0.0240633, 0.0340776, 0.0632284, 0.145974, 0.373913" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0050693, 0.0035134, -0.0007649, -0.0124991, -0.0444322, -0.130836, -0.364437", \
            "0.0047756, 0.0032616, -0.0009475, -0.0126172, -0.0444777, -0.13086, -0.364448", \
            "0.0044388, 0.0029227, -0.0012543, -0.0128205, -0.0446019, -0.130921, -0.364448", \
            "0.0042917, 0.0027268, -0.0014986, -0.0130768, -0.0447604, -0.130993, -0.364509", \
            "0.0048177, 0.0031592, -0.0012315, -0.013149, -0.0449031, -0.13109, -0.364515", \
            "0.0070535, 0.0051511, 0.0002692, -0.0120914, -0.0445678, -0.130996, -0.364526", \
            "0.0142982, 0.0120261, 0.0062898, -0.0076515, -0.0416773, -0.12959, -0.363948" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0124188, 0.0140818, 0.018526, 0.0303249, 0.061966, 0.147283, 0.377772", \
            "0.012109, 0.0137957, 0.0182861, 0.0301527, 0.0618397, 0.1472, 0.378178", \
            "0.0118854, 0.0135623, 0.018104, 0.0299339, 0.0615864, 0.146971, 0.377951", \
            "0.0120815, 0.0136529, 0.018013, 0.0297947, 0.0614802, 0.147054, 0.377638", \
            "0.0130595, 0.0145073, 0.0187164, 0.0301814, 0.0616819, 0.147069, 0.376802", \
            "0.0161125, 0.017523, 0.021443, 0.032622, 0.0632709, 0.147563, 0.377305", \
            "0.026752, 0.02892, 0.0295221, 0.0405075, 0.0711143, 0.151363, 0.37935" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0048228, 0.0032699, -0.0010073, -0.0127625, -0.0446894, -0.131093, -0.364692", \
            "0.004538, 0.0030144, -0.0012058, -0.0128714, -0.0447406, -0.131107, -0.364698", \
            "0.0042232, 0.0026974, -0.0014887, -0.0130662, -0.0448436, -0.131182, -0.364696", \
            "0.0040987, 0.0024958, -0.0017445, -0.0133235, -0.0450138, -0.131246, -0.364756", \
            "0.004546, 0.0028747, -0.0015202, -0.0134172, -0.0451661, -0.131361, -0.364835", \
            "0.0068664, 0.0049965, 0.0001118, -0.0122424, -0.0447072, -0.131195, -0.364752", \
            "0.0149383, 0.0126576, 0.0069041, -0.007173, -0.0414742, -0.129525, -0.363958" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002312;
      rise_capacitance : 0.002362;
      rise_capacitance_range (0.002362, 0.002362);
      fall_capacitance : 0.00226;
      fall_capacitance_range (0.00226, 0.00226);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0041331, -0.0041287, -0.0041185, -0.0041128, -0.0040997, -0.0040695, -0.004" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053087, 0.0053074, 0.0053044, 0.0053054, 0.0053078, 0.0053132, 0.0053258" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002406;
      rise_capacitance : 0.002495;
      rise_capacitance_range (0.002495, 0.002495);
      fall_capacitance : 0.002318;
      fall_capacitance_range (0.002318, 0.002318);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047871, -0.0047788, -0.0047598, -0.0047597, -0.0047595, -0.0047592, -0.0047583" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0056356, 0.0056381, 0.005644, 0.0056631, 0.005707, 0.0058082, 0.0060415" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002357;
      rise_capacitance : 0.002462;
      rise_capacitance_range (0.002462, 0.002462);
      fall_capacitance : 0.002252;
      fall_capacitance_range (0.002252, 0.002252);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047151, -0.0047116, -0.0047035, -0.0047045, -0.0047067, -0.004712, -0.0047241" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0047125, 0.0047116, 0.0047096, 0.0047082, 0.0047048, 0.0046969, 0.0046789" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand3_2) {
    area : 10.0096;
    cell_footprint : "nand3";
    cell_leakage_power : 0.00910925;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 1.27025e-05;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.0114452;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 5.68748e-05;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 1.2738e-05;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 5.50963e-05;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0236748;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 0.037228;
      when : "A&B&C";
    }
    leakage_power () {
      value : 0.0003886;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.00910925;
    }
    pin (Y) {
      direction : output;
      function : "(!A) | (!B) | (!C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.385447;
      max_transition : 1.4968;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0196032, 0.0225711, 0.0311586, 0.0556216, 0.127131, 0.343066, 0.998455", \
            "0.0246865, 0.0275045, 0.0359323, 0.0605141, 0.13254, 0.349727, 1.00056", \
            "0.0359218, 0.0396189, 0.0482852, 0.0728076, 0.145211, 0.360214, 1.02337", \
            "0.0536496, 0.0591178, 0.0728617, 0.102462, 0.173922, 0.391734, 1.04251", \
            "0.084416, 0.092373, 0.11239, 0.156959, 0.243485, 0.455878, 1.10977", \
            "0.143571, 0.154376, 0.182315, 0.246947, 0.377275, 0.619131, 1.26652", \
            "0.263244, 0.278096, 0.317186, 0.406471, 0.596026, 0.956703, 1.6389" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0143879, 0.0181292, 0.0293524, 0.0633157, 0.166205, 0.479964, 1.42123", \
            "0.0148151, 0.0182352, 0.0293529, 0.0633772, 0.166843, 0.480267, 1.42178", \
            "0.021317, 0.0237152, 0.0321338, 0.0635003, 0.16683, 0.477942, 1.42497", \
            "0.0330619, 0.0371642, 0.0471081, 0.0718754, 0.166623, 0.480969, 1.42879", \
            "0.0526562, 0.0582833, 0.0740922, 0.106268, 0.183641, 0.479229, 1.4294", \
            "0.0871395, 0.0950138, 0.116288, 0.166099, 0.262022, 0.504673, 1.42422", \
            "0.157824, 0.16763, 0.1955, 0.260366, 0.407192, 0.679143, 1.45384" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0170878, 0.0197849, 0.0276632, 0.0506953, 0.119314, 0.32749, 0.954795", \
            "0.0200073, 0.0225594, 0.0303908, 0.053678, 0.122431, 0.329675, 0.956921", \
            "0.0237201, 0.0275175, 0.0372263, 0.0607033, 0.130379, 0.33722, 0.96407", \
            "0.0245184, 0.0299791, 0.0437983, 0.0763747, 0.147032, 0.354117, 0.981954", \
            "0.0163153, 0.0242139, 0.0441415, 0.0899937, 0.184838, 0.393789, 1.02311", \
            "-0.0141946, -0.0036026, 0.023864, 0.088256, 0.223825, 0.488868, 1.11356", \
            "-0.103541, -0.0894328, -0.0511111, 0.0389551, 0.226793, 0.606917, 1.33199" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0157918, 0.0193469, 0.0299499, 0.0613452, 0.156147, 0.444207, 1.31161", \
            "0.0166635, 0.0198085, 0.0297172, 0.0614642, 0.156042, 0.442764, 1.30996", \
            "0.0218077, 0.0255985, 0.0347132, 0.0624657, 0.15695, 0.442808, 1.31074", \
            "0.0315873, 0.0358634, 0.0476187, 0.0758709, 0.158623, 0.444013, 1.3109", \
            "0.0493625, 0.055325, 0.0706505, 0.107051, 0.188813, 0.44535, 1.31665", \
            "0.0837052, 0.0916162, 0.112527, 0.161308, 0.269759, 0.502427, 1.31171", \
            "0.152147, 0.161922, 0.189898, 0.25527, 0.403051, 0.712915, 1.4069" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0284672, 0.0314727, 0.0400125, 0.0648329, 0.138316, 0.359269, 1.03561", \
            "0.0331352, 0.0360327, 0.0446681, 0.0696958, 0.143363, 0.365457, 1.03556", \
            "0.0455289, 0.048301, 0.0566954, 0.0818775, 0.155805, 0.376675, 1.04846", \
            "0.0688112, 0.0731397, 0.0842316, 0.111456, 0.18518, 0.407654, 1.07854", \
            "0.106892, 0.113547, 0.12975, 0.170434, 0.254063, 0.472747, 1.14215", \
            "0.17644, 0.185114, 0.208733, 0.268186, 0.392726, 0.634956, 1.29925", \
            "0.312548, 0.324396, 0.357184, 0.438158, 0.620137, 0.977169, 1.67424" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0225191, 0.0261776, 0.0375868, 0.0723345, 0.177984, 0.496622, 1.47211", \
            "0.0223424, 0.0261638, 0.0376535, 0.0724008, 0.177916, 0.498236, 1.466", \
            "0.0255851, 0.0286131, 0.0386505, 0.0723929, 0.178207, 0.498661, 1.46538", \
            "0.0389135, 0.0423776, 0.0516302, 0.0784218, 0.178454, 0.499132, 1.47089", \
            "0.060418, 0.065485, 0.0799681, 0.11139, 0.193733, 0.498847, 1.46637", \
            "0.0946417, 0.102785, 0.123464, 0.172048, 0.269138, 0.52304, 1.46666", \
            "0.159343, 0.16965, 0.198827, 0.267475, 0.414472, 0.683259, 1.4968" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0242821, 0.027042, 0.0348859, 0.0579645, 0.126465, 0.333493, 0.967713", \
            "0.0270242, 0.0297997, 0.0378497, 0.0611607, 0.12969, 0.336847, 0.971269", \
            "0.0312672, 0.0349083, 0.0442163, 0.0679836, 0.137058, 0.34637, 0.972349", \
            "0.0333175, 0.0384165, 0.0517644, 0.0820787, 0.154456, 0.363646, 0.989147", \
            "0.0259708, 0.0337385, 0.0529662, 0.0969066, 0.189231, 0.402874, 1.02987", \
            "-0.0053209, 0.0051783, 0.0325999, 0.0958424, 0.227956, 0.487753, 1.12413", \
            "-0.0936562, -0.0790169, -0.0411331, 0.0476353, 0.235371, 0.604288, 1.33009" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0162471, 0.019756, 0.030027, 0.0616298, 0.156124, 0.442812, 1.31458", \
            "0.0165576, 0.0198826, 0.0301615, 0.0616164, 0.156269, 0.442741, 1.31855", \
            "0.0219153, 0.0247199, 0.0331037, 0.0623265, 0.155988, 0.445451, 1.31184", \
            "0.0322556, 0.0358704, 0.0454107, 0.0718839, 0.157947, 0.444223, 1.31026", \
            "0.0514235, 0.0560948, 0.06871, 0.100156, 0.181451, 0.446218, 1.31145", \
            "0.0880456, 0.0936106, 0.109217, 0.150743, 0.245988, 0.488119, 1.3135", \
            "0.156617, 0.163464, 0.184739, 0.238555, 0.365524, 0.64373, 1.38522" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.030642, 0.0334378, 0.0414239, 0.0647262, 0.132888, 0.337667, 0.955584", \
            "0.0355567, 0.0383513, 0.0464769, 0.0698077, 0.138074, 0.343906, 0.962085", \
            "0.0481081, 0.0507896, 0.0587059, 0.0819443, 0.150283, 0.354867, 0.973836", \
            "0.0726749, 0.076633, 0.0869154, 0.111353, 0.179407, 0.383803, 1.00497", \
            "0.113591, 0.118939, 0.133795, 0.170237, 0.247012, 0.449827, 1.06756", \
            "0.183654, 0.19103, 0.21138, 0.264354, 0.381236, 0.609708, 1.21976", \
            "0.321586, 0.33131, 0.358404, 0.430488, 0.59713, 0.934977, 1.58684" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0272519, 0.0307001, 0.0414249, 0.0737994, 0.172704, 0.472461, 1.37329", \
            "0.0269744, 0.0305804, 0.0413786, 0.0739074, 0.17264, 0.472118, 1.37858", \
            "0.0291936, 0.0323367, 0.0421508, 0.0738454, 0.17219, 0.471745, 1.37638", \
            "0.0430067, 0.0454862, 0.0537841, 0.0800808, 0.17227, 0.471492, 1.37654", \
            "0.0647024, 0.0695564, 0.0821978, 0.112466, 0.18979, 0.471268, 1.37821", \
            "0.100471, 0.10763, 0.126951, 0.172622, 0.266163, 0.503034, 1.37648", \
            "0.160753, 0.171119, 0.198358, 0.264667, 0.406152, 0.671288, 1.41553" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0266488, 0.0293584, 0.0372378, 0.0603024, 0.129218, 0.336075, 0.963082", \
            "0.0285881, 0.0313505, 0.0392664, 0.0624154, 0.132041, 0.338508, 0.965257", \
            "0.0316162, 0.0346924, 0.0431811, 0.0667353, 0.135721, 0.34298, 0.976624", \
            "0.0330622, 0.0371075, 0.0478114, 0.0748627, 0.145277, 0.352981, 0.980907", \
            "0.0250915, 0.030944, 0.0468942, 0.0834692, 0.164893, 0.376476, 1.00403", \
            "-0.0080209, 0.0006597, 0.023366, 0.0761607, 0.186869, 0.425115, 1.05655", \
            "-0.100599, -0.0881061, -0.0552913, 0.0203787, 0.177541, 0.489047, 1.17217" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0162804, 0.0197102, 0.0300854, 0.0615218, 0.15662, 0.443217, 1.30985", \
            "0.0164267, 0.0197956, 0.0300805, 0.0613526, 0.156915, 0.443171, 1.31037", \
            "0.0192825, 0.0222832, 0.0315476, 0.0618992, 0.156006, 0.442868, 1.3186", \
            "0.0276213, 0.0305479, 0.0394495, 0.0672528, 0.157263, 0.442848, 1.31281", \
            "0.045121, 0.0487047, 0.0589847, 0.0871656, 0.170504, 0.444793, 1.31383", \
            "0.0814853, 0.0852831, 0.0969563, 0.12965, 0.216149, 0.470366, 1.31188", \
            "0.153494, 0.157417, 0.171506, 0.211879, 0.314673, 0.573617, 1.35558" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0067821, 0.009014, 0.0154138, 0.0335853, 0.0868781, 0.248737, 0.730407", \
            "0.0063164, 0.0084446, 0.0148173, 0.0331098, 0.0872613, 0.248245, 0.733951", \
            "0.0062145, 0.0082578, 0.0141559, 0.0324555, 0.0863328, 0.247022, 0.731133", \
            "0.0067738, 0.0087079, 0.0143739, 0.0322417, 0.0861108, 0.247195, 0.733403", \
            "0.0089147, 0.010622, 0.0160556, 0.0329744, 0.0855329, 0.246683, 0.735436", \
            "0.0149284, 0.0163254, 0.0211786, 0.0374892, 0.0890379, 0.247013, 0.731617", \
            "0.0313284, 0.0326997, 0.0364445, 0.0496056, 0.0986102, 0.256284, 0.739162" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0065812, 0.0048072, -0.0007291, -0.0181434, -0.0715115, -0.233509, -0.724331", \
            "0.0060868, 0.0043303, -0.0011444, -0.0183787, -0.0716209, -0.233572, -0.72432", \
            "0.0057435, 0.0039644, -0.0015792, -0.018754, -0.0718057, -0.233646, -0.724369", \
            "0.0059373, 0.0040859, -0.0016862, -0.0191442, -0.072093, -0.23379, -0.724427", \
            "0.0081688, 0.0059041, -0.0003904, -0.0182911, -0.0718414, -0.233747, -0.724545", \
            "0.0139327, 0.0114031, 0.0043397, -0.0151362, -0.0698314, -0.232866, -0.724198", \
            "0.0305024, 0.0276755, 0.0203788, -0.00298, -0.0604586, -0.226533, -0.721354" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0147775, 0.0168428, 0.0229274, 0.0407669, 0.0938466, 0.253843, 0.739045", \
            "0.0139831, 0.0160076, 0.0221921, 0.0402461, 0.0936571, 0.253572, 0.738395", \
            "0.0133428, 0.0153481, 0.0214287, 0.0395672, 0.0931569, 0.253562, 0.73849", \
            "0.0136687, 0.015684, 0.0214941, 0.0390754, 0.0925139, 0.253587, 0.738082", \
            "0.0158122, 0.0176993, 0.0225254, 0.0397447, 0.0934482, 0.252162, 0.734923", \
            "0.0205983, 0.0222574, 0.0274243, 0.044286, 0.0968844, 0.254976, 0.737708", \
            "0.0352512, 0.0366166, 0.0411987, 0.0554214, 0.103686, 0.261085, 0.739448" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0090282, 0.0072554, 0.0016278, -0.0158215, -0.0692434, -0.231272, -0.722106", \
            "0.008479, 0.0067143, 0.0012152, -0.0160642, -0.0693517, -0.231327, -0.722109", \
            "0.0078995, 0.0061542, 0.0006033, -0.0164992, -0.0695707, -0.231448, -0.722181", \
            "0.0076717, 0.0058103, 0.0001896, -0.0170309, -0.0699144, -0.231579, -0.722189", \
            "0.0086852, 0.0066658, 0.0006998, -0.0169702, -0.0701232, -0.231725, -0.722285", \
            "0.0132464, 0.0108884, 0.0041289, -0.0147186, -0.0692896, -0.23154, -0.72217", \
            "0.0276662, 0.024781, 0.0166623, -0.0052064, -0.0633016, -0.228765, -0.721254" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0223272, 0.0242563, 0.0301872, 0.0479305, 0.101057, 0.261191, 0.744846", \
            "0.0218406, 0.0238385, 0.0298075, 0.047644, 0.100842, 0.261361, 0.74517", \
            "0.0214991, 0.0234795, 0.0294733, 0.0473543, 0.100559, 0.260751, 0.745144", \
            "0.0219949, 0.0237821, 0.02963, 0.0470874, 0.100094, 0.260622, 0.74533", \
            "0.0238842, 0.0256499, 0.0311498, 0.0484009, 0.10087, 0.260077, 0.745051", \
            "0.0297911, 0.0314728, 0.036542, 0.0526454, 0.105999, 0.264525, 0.74227", \
            "0.0488016, 0.0504597, 0.0549329, 0.068677, 0.118831, 0.275266, 0.752375" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0087276, 0.0069105, 0.0012851, -0.0161903, -0.0695905, -0.231651, -0.722418", \
            "0.0081707, 0.0063957, 0.0008667, -0.0164493, -0.0697079, -0.23172, -0.722508", \
            "0.0076153, 0.0058261, 0.0002841, -0.0168682, -0.0699511, -0.23181, -0.72249", \
            "0.0073311, 0.0054696, -0.0001551, -0.0173709, -0.0703011, -0.231955, -0.722585", \
            "0.0085121, 0.0065071, 0.0006122, -0.0173264, -0.0704741, -0.232087, -0.722531", \
            "0.0134025, 0.0110552, 0.0042925, -0.0147019, -0.0694313, -0.231783, -0.722508", \
            "0.0301277, 0.0273411, 0.0191927, -0.0029568, -0.0620681, -0.22814, -0.720895" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004338;
      rise_capacitance : 0.004411;
      rise_capacitance_range (0.004411, 0.004411);
      fall_capacitance : 0.004265;
      fall_capacitance_range (0.004265, 0.004265);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0069764, -0.0069844, -0.0070027, -0.0069898, -0.0069601, -0.0068918, -0.0067342" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102802, 0.0102817, 0.0102853, 0.0102803, 0.010269, 0.0102428, 0.0101827" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004464;
      rise_capacitance : 0.004586;
      rise_capacitance_range (0.004586, 0.004586);
      fall_capacitance : 0.004342;
      fall_capacitance_range (0.004342, 0.004342);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0090463, -0.0090379, -0.0090185, -0.0090168, -0.009013, -0.009004, -0.0089832" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0107493, 0.0107513, 0.0107557, 0.0107944, 0.0108837, 0.0110894, 0.0115636" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00451;
      rise_capacitance : 0.004738;
      rise_capacitance_range (0.004738, 0.004738);
      fall_capacitance : 0.004282;
      fall_capacitance_range (0.004282, 0.004282);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0089868, -0.0089783, -0.0089588, -0.00896, -0.0089631, -0.00897, -0.0089858" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089983, 0.008991, 0.008974, 0.0089789, 0.0089903, 0.0090166, 0.0090771" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand3_4) {
    area : 17.5168;
    cell_footprint : "nand3";
    cell_leakage_power : 0.0141747;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0190884;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.0190884;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 0.0001106;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 2.26955e-05;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 0.0001205;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0004193;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 0.0743888;
      when : "A&B&C";
    }
    leakage_power () {
      value : 0.0001589;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.0141747;
    }
    pin (Y) {
      direction : output;
      function : "(!A) | (!B) | (!C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.639963;
      max_transition : 1.4987;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0205775, 0.0225252, 0.028656, 0.047233, 0.10563, 0.294449, 0.920278", \
            "0.0255778, 0.0274186, 0.0333907, 0.0519714, 0.110333, 0.300534, 0.920935", \
            "0.0368899, 0.0389997, 0.0457935, 0.0640216, 0.122678, 0.312039, 0.943222", \
            "0.054482, 0.058069, 0.0680331, 0.0926836, 0.151466, 0.341116, 0.962525", \
            "0.0851378, 0.0900138, 0.10438, 0.140962, 0.219832, 0.407374, 1.02834", \
            "0.143401, 0.15024, 0.170113, 0.221939, 0.338503, 0.5686, 1.1842", \
            "0.260626, 0.269888, 0.297991, 0.370658, 0.537286, 0.882072, 1.55444" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0153796, 0.0177428, 0.0253484, 0.0505406, 0.134379, 0.408934, 1.31593", \
            "0.0155316, 0.0177747, 0.0253239, 0.0506122, 0.134164, 0.410385, 1.31283", \
            "0.0218428, 0.0233664, 0.0286715, 0.0509358, 0.134098, 0.409774, 1.31429", \
            "0.0342393, 0.0363151, 0.0436551, 0.0621146, 0.134905, 0.409957, 1.32021", \
            "0.0533666, 0.0570045, 0.0676891, 0.0961468, 0.158017, 0.409655, 1.31497", \
            "0.0884721, 0.0933833, 0.10828, 0.14813, 0.236039, 0.447127, 1.31399", \
            "0.160882, 0.166248, 0.186164, 0.235569, 0.364708, 0.622636, 1.35624" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0188566, 0.0206013, 0.0263357, 0.0440487, 0.100874, 0.288945, 0.900244", \
            "0.0216262, 0.0233476, 0.0289597, 0.0469962, 0.103979, 0.290646, 0.906984", \
            "0.026055, 0.0285409, 0.0356118, 0.0541646, 0.111398, 0.298555, 0.909653", \
            "0.0277378, 0.0312303, 0.0414715, 0.0680716, 0.129419, 0.316325, 0.932513", \
            "0.02101, 0.0258152, 0.0402943, 0.078437, 0.165682, 0.358296, 0.96975", \
            "-0.0073678, -0.0005864, 0.0192683, 0.0715906, 0.196052, 0.453319, 1.06744", \
            "-0.0918755, -0.0818749, -0.0541469, 0.0182163, 0.189794, 0.555974, 1.29919" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0183106, 0.0206166, 0.0280436, 0.0526954, 0.133324, 0.400015, 1.27687", \
            "0.018831, 0.0208597, 0.0279794, 0.0527954, 0.133228, 0.399297, 1.27791", \
            "0.0245397, 0.0272117, 0.033198, 0.0542046, 0.133336, 0.400518, 1.27412", \
            "0.0334699, 0.036403, 0.044886, 0.0694125, 0.137605, 0.399534, 1.27687", \
            "0.0513085, 0.0552431, 0.0664555, 0.0970877, 0.172223, 0.403656, 1.27428", \
            "0.0862136, 0.0913514, 0.106092, 0.146227, 0.243625, 0.471002, 1.27555", \
            "0.153861, 0.161345, 0.180587, 0.235376, 0.364064, 0.657911, 1.37905" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.031555, 0.0335407, 0.039792, 0.0595474, 0.122893, 0.329769, 1.01167", \
            "0.0361432, 0.0381576, 0.0444827, 0.064468, 0.128076, 0.335176, 1.0163", \
            "0.0485784, 0.0504476, 0.0565789, 0.0767762, 0.140692, 0.347404, 1.0309", \
            "0.0733974, 0.0761814, 0.0845096, 0.106569, 0.170214, 0.378499, 1.05867", \
            "0.114616, 0.118594, 0.130797, 0.163889, 0.240181, 0.447697, 1.12545", \
            "0.190284, 0.195325, 0.212203, 0.260252, 0.373536, 0.608097, 1.28471", \
            "0.34162, 0.348603, 0.371998, 0.435498, 0.596443, 0.944197, 1.66296" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0253962, 0.0279511, 0.0363427, 0.0643264, 0.156863, 0.461442, 1.46656", \
            "0.0253353, 0.0278744, 0.0363436, 0.0643173, 0.156832, 0.460803, 1.46525", \
            "0.027774, 0.0299332, 0.0374509, 0.0643155, 0.156842, 0.461774, 1.46615", \
            "0.0410815, 0.0433866, 0.050266, 0.0717665, 0.156878, 0.461776, 1.46604", \
            "0.0629448, 0.0664438, 0.0768284, 0.103688, 0.17561, 0.462249, 1.46665", \
            "0.0980589, 0.103462, 0.117855, 0.158142, 0.249296, 0.492795, 1.46529", \
            "0.16223, 0.169401, 0.189731, 0.246044, 0.380819, 0.655689, 1.4987" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0250887, 0.0267931, 0.0323551, 0.0499854, 0.107319, 0.292435, 0.904045", \
            "0.0273013, 0.0291045, 0.0348701, 0.0527026, 0.109417, 0.295336, 0.907219", \
            "0.0304877, 0.0326927, 0.0393809, 0.0581512, 0.115414, 0.301529, 0.914558", \
            "0.0316214, 0.0347916, 0.043728, 0.0676628, 0.129013, 0.315791, 0.929225", \
            "0.0222352, 0.0268697, 0.0396685, 0.0745777, 0.153174, 0.348444, 0.964549", \
            "-0.0144911, -0.0079991, 0.0105246, 0.0600789, 0.173551, 0.413583, 1.03633", \
            "-0.116619, -0.107733, -0.0811467, -0.0120681, 0.148459, 0.489711, 1.20316" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0187319, 0.0209381, 0.0282953, 0.0528934, 0.134101, 0.399153, 1.27482", \
            "0.019023, 0.021231, 0.0283597, 0.0526298, 0.133161, 0.398994, 1.27339", \
            "0.0237037, 0.0256151, 0.0316466, 0.0542363, 0.133156, 0.398967, 1.27606", \
            "0.0330412, 0.0352657, 0.0421184, 0.0638652, 0.136388, 0.3991, 1.27558", \
            "0.051825, 0.0545713, 0.0630371, 0.0886468, 0.158295, 0.402411, 1.27404", \
            "0.088253, 0.0914566, 0.101748, 0.133106, 0.215961, 0.44621, 1.27626", \
            "0.156908, 0.161297, 0.174679, 0.215282, 0.32172, 0.584826, 1.33949" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0368081, 0.0388508, 0.0449782, 0.0646058, 0.126287, 0.32687, 0.986178", \
            "0.0417539, 0.0436815, 0.049978, 0.0696619, 0.1314, 0.331949, 0.988226", \
            "0.0541247, 0.056035, 0.0622733, 0.0819916, 0.143988, 0.345375, 1.00773", \
            "0.0820572, 0.0845428, 0.0917676, 0.111965, 0.173695, 0.373827, 1.03427", \
            "0.129362, 0.132834, 0.143415, 0.172984, 0.244061, 0.44119, 1.09732", \
            "0.212085, 0.216492, 0.232611, 0.274625, 0.380179, 0.605345, 1.25483", \
            "0.376667, 0.382589, 0.401939, 0.459752, 0.609153, 0.940337, 1.63168" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0335211, 0.0360554, 0.0443515, 0.0715221, 0.161758, 0.462104, 1.44838", \
            "0.0333927, 0.0359676, 0.0442816, 0.0716316, 0.161827, 0.462048, 1.44331", \
            "0.0342653, 0.0365664, 0.0443311, 0.0713559, 0.162245, 0.461051, 1.44898", \
            "0.0463408, 0.0483346, 0.0546944, 0.0771594, 0.162204, 0.460984, 1.45046", \
            "0.069524, 0.0726041, 0.0821082, 0.107722, 0.17909, 0.461248, 1.44473", \
            "0.107696, 0.112196, 0.125378, 0.163016, 0.251315, 0.49191, 1.4456", \
            "0.170129, 0.176357, 0.196496, 0.250361, 0.380724, 0.653269, 1.48058" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0285676, 0.0302613, 0.0357872, 0.0533927, 0.110001, 0.295665, 0.907508", \
            "0.0306332, 0.0323415, 0.0380418, 0.0556749, 0.112532, 0.298328, 0.913675", \
            "0.0333164, 0.0353255, 0.0415594, 0.0597162, 0.117252, 0.303748, 0.91501", \
            "0.0339549, 0.0365211, 0.0442748, 0.0656427, 0.124907, 0.312934, 0.923817", \
            "0.0233828, 0.0270149, 0.0382597, 0.0679802, 0.139424, 0.331119, 0.943346", \
            "-0.0179964, -0.0124846, 0.0040834, 0.0473395, 0.146342, 0.369023, 0.98708", \
            "-0.131633, -0.123021, -0.098825, -0.0373363, 0.105678, 0.407464, 1.08461" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0187505, 0.0209447, 0.0282317, 0.052893, 0.133327, 0.398771, 1.2738", \
            "0.0188766, 0.0210083, 0.028285, 0.0527001, 0.133126, 0.398647, 1.27722", \
            "0.0217215, 0.0236165, 0.0300992, 0.0534992, 0.133741, 0.4004, 1.27434", \
            "0.0297364, 0.0316357, 0.0378884, 0.059824, 0.135083, 0.401082, 1.27439", \
            "0.0476436, 0.0498665, 0.0570478, 0.0793245, 0.150709, 0.40134, 1.27482", \
            "0.0844991, 0.0867894, 0.094929, 0.120652, 0.195468, 0.431888, 1.27667", \
            "0.159304, 0.161442, 0.170642, 0.201432, 0.290104, 0.53849, 1.32079" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0132422, 0.0158498, 0.0240784, 0.0491082, 0.127482, 0.381933, 1.22307", \
            "0.0123373, 0.0148288, 0.02279, 0.0480085, 0.126365, 0.382383, 1.2153", \
            "0.0117487, 0.0139033, 0.021568, 0.0462862, 0.125841, 0.379924, 1.21697", \
            "0.0125475, 0.0147488, 0.0221166, 0.045645, 0.124281, 0.380837, 1.22103", \
            "0.0171532, 0.0193107, 0.0258496, 0.0487054, 0.124058, 0.378757, 1.21347", \
            "0.0270331, 0.0288537, 0.0349053, 0.0558277, 0.132106, 0.384607, 1.21498", \
            "0.0581659, 0.059213, 0.063493, 0.0808543, 0.149223, 0.399109, 1.22569" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0155907, 0.0136568, 0.0069882, -0.016063, -0.093702, -0.350782, -1.19809", \
            "0.0144729, 0.0125267, 0.0059409, -0.0167202, -0.0940321, -0.350857, -1.19822", \
            "0.0135471, 0.0115714, 0.0048515, -0.0178208, -0.0946113, -0.35114, -1.19834", \
            "0.0137419, 0.0115979, 0.0045019, -0.0184014, -0.0954023, -0.351546, -1.1985", \
            "0.0173401, 0.0148355, 0.0071232, -0.0170045, -0.0955305, -0.351918, -1.19869", \
            "0.0281516, 0.0253148, 0.0163499, -0.0105956, -0.0920585, -0.350552, -1.19864", \
            "0.0579523, 0.0548001, 0.0439565, 0.0136297, -0.0753078, -0.33684, -1.19557" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0286096, 0.0309514, 0.0383737, 0.0623523, 0.139836, 0.393894, 1.22966", \
            "0.0273491, 0.029667, 0.037218, 0.0615407, 0.139464, 0.393697, 1.22973", \
            "0.0261759, 0.0284511, 0.035936, 0.0601757, 0.138671, 0.393447, 1.23051", \
            "0.0264464, 0.0287772, 0.0359946, 0.0594625, 0.137537, 0.392586, 1.22946", \
            "0.029231, 0.031218, 0.037936, 0.0609658, 0.137945, 0.391938, 1.22979", \
            "0.0384359, 0.0403597, 0.0466433, 0.0684077, 0.146023, 0.396905, 1.22876", \
            "0.0650303, 0.0663283, 0.0718116, 0.0915124, 0.159202, 0.406099, 1.23183" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0190614, 0.017005, 0.0101132, -0.0132039, -0.0910619, -0.348193, -1.19567", \
            "0.0179408, 0.0159664, 0.00924, -0.0137475, -0.0913109, -0.348295, -1.19569", \
            "0.0167884, 0.0148268, 0.0080268, -0.0146744, -0.0917851, -0.3485, -1.19574", \
            "0.0162308, 0.0141154, 0.0072617, -0.0156853, -0.0924994, -0.34882, -1.19586", \
            "0.0179097, 0.0157293, 0.0083007, -0.0153971, -0.0928306, -0.348993, -1.19598", \
            "0.0260636, 0.0234711, 0.0150439, -0.0107265, -0.0911035, -0.348682, -1.19598", \
            "0.0520437, 0.0488427, 0.0387067, 0.0082998, -0.0787337, -0.342833, -1.19361" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0454379, 0.0477317, 0.0549818, 0.0788536, 0.156539, 0.410647, 1.24926", \
            "0.0443809, 0.0466107, 0.0539936, 0.0781269, 0.156198, 0.41046, 1.24657", \
            "0.0431737, 0.0454321, 0.0528679, 0.077005, 0.15519, 0.410761, 1.24953", \
            "0.0434281, 0.0455201, 0.0527006, 0.0765796, 0.154714, 0.409346, 1.24756", \
            "0.0462988, 0.0483691, 0.0552502, 0.078491, 0.155184, 0.40885, 1.24615", \
            "0.0583497, 0.0603131, 0.0670758, 0.0856499, 0.16067, 0.415743, 1.24311", \
            "0.0844902, 0.0864493, 0.0916089, 0.111401, 0.179321, 0.42968, 1.2478" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0185616, 0.0164807, 0.0095358, -0.0138377, -0.0917559, -0.34888, -1.19635", \
            "0.0175149, 0.0155266, 0.0087539, -0.0143495, -0.0919765, -0.348993, -1.19641", \
            "0.0164587, 0.014448, 0.007634, -0.0151735, -0.0923849, -0.349164, -1.19648", \
            "0.015722, 0.0136002, 0.00674, -0.016159, -0.0930983, -0.349454, -1.1966", \
            "0.0173306, 0.015099, 0.0078483, -0.0162127, -0.0934883, -0.349645, -1.19655", \
            "0.0242331, 0.0216499, 0.0133843, -0.0121246, -0.0919364, -0.349444, -1.19664", \
            "0.0503944, 0.0473284, 0.0374728, 0.0074331, -0.0796107, -0.343745, -1.19418" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008664;
      rise_capacitance : 0.00882;
      rise_capacitance_range (0.00882, 0.00882);
      fall_capacitance : 0.008507;
      fall_capacitance_range (0.008507, 0.008507);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0149557, -0.0149294, -0.0148687, -0.0148391, -0.0147706, -0.0146127, -0.0142488" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0209455, 0.0210035, 0.0211374, 0.0211302, 0.0211136, 0.0210754, 0.0209875" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008584;
      rise_capacitance : 0.008882;
      rise_capacitance_range (0.008882, 0.008882);
      fall_capacitance : 0.008287;
      fall_capacitance_range (0.008287, 0.008287);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0176314, -0.0176139, -0.0175735, -0.0175761, -0.0175818, -0.017595, -0.0176255" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0206474, 0.0206627, 0.0206979, 0.0207684, 0.020931, 0.0213057, 0.0221695" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008786;
      rise_capacitance : 0.009236;
      rise_capacitance_range (0.009236, 0.009236);
      fall_capacitance : 0.008336;
      fall_capacitance_range (0.008336, 0.008336);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0174258, -0.0174179, -0.0173997, -0.0173989, -0.0173971, -0.0173928, -0.0173831" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0174083, 0.0174085, 0.017409, 0.0174081, 0.0174061, 0.0174014, 0.0173906" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand3b_1) {
    area : 7.5072;
    cell_footprint : "nand3b";
    cell_leakage_power : 0.00239959;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0001323;
      when : "!AN&!B&C";
    }
    leakage_power () {
      value : 0.0001145;
      when : "!AN&!B&!C";
    }
    leakage_power () {
      value : 0.0187056;
      when : "!AN&B&C";
    }
    leakage_power () {
      value : 0.0001355;
      when : "!AN&B&!C";
    }
    leakage_power () {
      value : 2.25846e-05;
      when : "AN&!B&C";
    }
    leakage_power () {
      value : 2.24372e-05;
      when : "AN&!B&!C";
    }
    leakage_power () {
      value : 4.10313e-05;
      when : "AN&B&C";
    }
    leakage_power () {
      value : 2.28062e-05;
      when : "AN&B&!C";
    }
    leakage_power () {
      value : 0.00239959;
    }
    pin (Y) {
      direction : output;
      function : "(AN) | (!B) | (!C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.191355;
      max_transition : 1.4964;
      timing () {
        related_pin : "AN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.0436288, 0.0483731, 0.0604689, 0.0917187, 0.174034, 0.397306, 0.995388", \
            "0.0474078, 0.0521377, 0.0642776, 0.0955283, 0.178522, 0.399377, 0.995778", \
            "0.055575, 0.0602709, 0.0722844, 0.103615, 0.186333, 0.410789, 1.0096", \
            "0.0655669, 0.0702691, 0.0822979, 0.113606, 0.197173, 0.418744, 1.01906", \
            "0.0720036, 0.077207, 0.0894129, 0.120472, 0.203447, 0.425779, 1.02199", \
            "0.0622198, 0.0687515, 0.0827199, 0.11407, 0.196734, 0.418096, 1.01682", \
            "0.0027804, 0.011147, 0.0295947, 0.0665471, 0.148531, 0.370646, 0.965489" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.0205707, 0.0263595, 0.0422843, 0.0858738, 0.204598, 0.523006, 1.37706", \
            "0.0205769, 0.0263877, 0.0423235, 0.0857337, 0.204295, 0.522828, 1.37425", \
            "0.0209958, 0.0265711, 0.0423081, 0.0861004, 0.204004, 0.527367, 1.38467", \
            "0.0227605, 0.028051, 0.0431784, 0.0860623, 0.204274, 0.523108, 1.38537", \
            "0.0273825, 0.0320225, 0.0454003, 0.0868863, 0.203488, 0.520829, 1.37894", \
            "0.0357568, 0.0403808, 0.0525451, 0.089804, 0.204843, 0.522442, 1.37978", \
            "0.049951, 0.05614, 0.0695367, 0.102422, 0.208093, 0.523058, 1.36983" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.0704378, 0.075207, 0.0864263, 0.112792, 0.178496, 0.354207, 0.826139", \
            "0.0747812, 0.0795606, 0.0908198, 0.117177, 0.183012, 0.358228, 0.832281", \
            "0.0868539, 0.0916159, 0.102867, 0.129232, 0.195022, 0.371036, 0.844216", \
            "0.11462, 0.11935, 0.130544, 0.156898, 0.222629, 0.39866, 0.871987", \
            "0.163626, 0.169091, 0.181548, 0.208989, 0.274881, 0.450683, 0.922453", \
            "0.242884, 0.249696, 0.264435, 0.294383, 0.361633, 0.536276, 1.0107", \
            "0.388526, 0.396204, 0.41345, 0.448794, 0.518957, 0.692087, 1.16355" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.0229954, 0.0273635, 0.0387988, 0.0693326, 0.154727, 0.389766, 1.02349", \
            "0.0228267, 0.0274365, 0.038796, 0.0691948, 0.154169, 0.391168, 1.0221", \
            "0.0229883, 0.0273992, 0.038807, 0.0692325, 0.155047, 0.389604, 1.02275", \
            "0.0239112, 0.028323, 0.0396438, 0.069711, 0.155133, 0.389744, 1.02242", \
            "0.0294958, 0.0338541, 0.0445323, 0.07294, 0.155736, 0.39076, 1.02146", \
            "0.0379647, 0.0429435, 0.0537806, 0.0810918, 0.158621, 0.389333, 1.02416", \
            "0.0496982, 0.0552085, 0.067919, 0.0951825, 0.166176, 0.392304, 1.02082" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.0302834, 0.0351618, 0.047971, 0.0813695, 0.170154, 0.406348, 1.04412", \
            "0.0350422, 0.0399321, 0.0526636, 0.0863471, 0.174701, 0.411572, 1.0494", \
            "0.0480894, 0.0526091, 0.0654071, 0.0987092, 0.187207, 0.423325, 1.05964", \
            "0.0738056, 0.0804113, 0.0956845, 0.128956, 0.21666, 0.453028, 1.08956", \
            "0.116676, 0.126321, 0.149062, 0.195891, 0.287447, 0.522973, 1.15646", \
            "0.194167, 0.207877, 0.240118, 0.308967, 0.441388, 0.685836, 1.31119", \
            "0.347679, 0.365754, 0.408416, 0.505717, 0.702434, 1.04908, 1.69702" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.0277829, 0.0341144, 0.051369, 0.0978872, 0.223168, 0.561541, 1.4701", \
            "0.0278123, 0.0340543, 0.0514907, 0.0979263, 0.223383, 0.561545, 1.46961", \
            "0.0304307, 0.0359532, 0.0516499, 0.0977052, 0.223433, 0.561147, 1.47126", \
            "0.0445247, 0.0493893, 0.0619597, 0.101142, 0.223014, 0.560505, 1.47188", \
            "0.0682849, 0.0762145, 0.0936362, 0.129025, 0.23174, 0.56124, 1.46951", \
            "0.105012, 0.116537, 0.144572, 0.199238, 0.29784, 0.578153, 1.47229", \
            "0.170485, 0.187025, 0.223422, 0.304695, 0.45735, 0.7208, 1.4964" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.023401, 0.027156, 0.0368136, 0.061694, 0.127211, 0.304473, 0.775295", \
            "0.0259683, 0.0297988, 0.0395898, 0.064799, 0.13011, 0.306119, 0.778047", \
            "0.0299698, 0.0346381, 0.0456799, 0.0712135, 0.137365, 0.312866, 0.785173", \
            "0.0317847, 0.0387019, 0.0535886, 0.0854835, 0.153432, 0.329918, 0.802398", \
            "0.0242601, 0.034077, 0.0555055, 0.100779, 0.187613, 0.368351, 0.844161", \
            "-0.0109893, 0.0030352, 0.0351626, 0.100175, 0.224121, 0.451704, 0.934552", \
            "-0.111718, -0.0918014, -0.046068, 0.046985, 0.224942, 0.54844, 1.13378" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.0165897, 0.0213152, 0.0339136, 0.0673197, 0.153723, 0.388856, 1.0232", \
            "0.0169356, 0.0214613, 0.0338697, 0.067309, 0.15444, 0.388283, 1.02445", \
            "0.0213784, 0.0254672, 0.0361843, 0.0672695, 0.154121, 0.388704, 1.02216", \
            "0.031365, 0.0362454, 0.0476929, 0.0755354, 0.155712, 0.39144, 1.02386", \
            "0.0504027, 0.0567723, 0.0713156, 0.103837, 0.178393, 0.391849, 1.02612", \
            "0.0851713, 0.0931368, 0.112845, 0.15616, 0.245797, 0.441727, 1.02718", \
            "0.15108, 0.162082, 0.188188, 0.245835, 0.365739, 0.599081, 1.1258" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.0338946, 0.0383943, 0.0502509, 0.0812946, 0.163412, 0.3831, 0.974598", \
            "0.0387192, 0.0432357, 0.0551471, 0.0862888, 0.168339, 0.388041, 0.979275", \
            "0.0515012, 0.0559186, 0.0676834, 0.0985989, 0.180312, 0.399816, 0.990748", \
            "0.0789415, 0.0846403, 0.0980127, 0.128923, 0.210324, 0.429346, 1.02358", \
            "0.123984, 0.132439, 0.152318, 0.195381, 0.280569, 0.499007, 1.08755", \
            "0.203144, 0.215254, 0.243891, 0.307651, 0.431774, 0.661448, 1.24829", \
            "0.3568, 0.372939, 0.411592, 0.499308, 0.682184, 1.01294, 1.62364" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.0317172, 0.0376475, 0.0533902, 0.0961491, 0.212862, 0.527107, 1.37228", \
            "0.0315945, 0.0375893, 0.0534076, 0.0961852, 0.212793, 0.526401, 1.37283", \
            "0.0332386, 0.038495, 0.0535618, 0.0963094, 0.212733, 0.526176, 1.37317", \
            "0.0461639, 0.0505925, 0.0626954, 0.0992994, 0.212444, 0.526532, 1.37488", \
            "0.0707121, 0.0779042, 0.0943428, 0.127424, 0.22215, 0.526082, 1.3769", \
            "0.108073, 0.11881, 0.144303, 0.196014, 0.291228, 0.549701, 1.37379", \
            "0.171946, 0.187001, 0.223065, 0.301466, 0.4495, 0.702343, 1.40821" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.0264854, 0.0302652, 0.0399444, 0.064999, 0.130482, 0.305647, 0.781675", \
            "0.0288785, 0.032703, 0.0425319, 0.0677428, 0.133279, 0.308591, 0.791456", \
            "0.0327638, 0.0370102, 0.0474337, 0.0728785, 0.138775, 0.315231, 0.789028", \
            "0.0348999, 0.0406914, 0.0542409, 0.0837222, 0.15106, 0.327949, 0.799305", \
            "0.0274858, 0.0358606, 0.0555105, 0.0963391, 0.177249, 0.356485, 0.833942", \
            "-0.0075517, 0.0053743, 0.0341413, 0.0937974, 0.2088, 0.421728, 0.901984", \
            "-0.107294, -0.0890512, -0.0468917, 0.0389532, 0.202601, 0.498291, 1.05014" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.016724, 0.0215307, 0.0340222, 0.0667408, 0.154083, 0.388898, 1.02673", \
            "0.0168777, 0.0215634, 0.0341129, 0.0668493, 0.153984, 0.389708, 1.02662", \
            "0.0198967, 0.0239356, 0.0353178, 0.0670593, 0.154093, 0.393363, 1.02177", \
            "0.0286917, 0.0330688, 0.0441515, 0.0729578, 0.154695, 0.389248, 1.02268", \
            "0.0472343, 0.0527609, 0.0659466, 0.0963094, 0.171098, 0.392278, 1.02341", \
            "0.083324, 0.0898966, 0.106289, 0.144593, 0.228668, 0.428971, 1.02456", \
            "0.152991, 0.160717, 0.182063, 0.231268, 0.337492, 0.558443, 1.09251" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.0043645, 0.006104, 0.0106324, 0.0224082, 0.0539768, 0.138196, 0.364201", \
            "0.0043067, 0.0060244, 0.0105566, 0.022345, 0.0537618, 0.138486, 0.361921", \
            "0.0042017, 0.0059049, 0.010417, 0.0222855, 0.0538989, 0.138125, 0.365074", \
            "0.0038477, 0.0054727, 0.0099033, 0.0217181, 0.0531927, 0.137507, 0.36445", \
            "0.0036826, 0.0053293, 0.0096523, 0.0213505, 0.0524834, 0.136934, 0.365279", \
            "0.0036622, 0.005245, 0.0096072, 0.0211854, 0.0522272, 0.136021, 0.364711", \
            "0.0047065, 0.0062871, 0.0105072, 0.0219689, 0.053121, 0.137318, 0.361676" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.0069701, 0.0055132, 0.0014828, -0.0098577, -0.0411875, -0.125988, -0.354802", \
            "0.0068374, 0.0054181, 0.0013907, -0.0099786, -0.0412852, -0.126129, -0.354894", \
            "0.0069169, 0.0054857, 0.001439, -0.0099258, -0.0412471, -0.126006, -0.354831", \
            "0.0065724, 0.0051925, 0.0010381, -0.0103067, -0.0415545, -0.126324, -0.355002", \
            "0.0065051, 0.0050868, 0.0009508, -0.0105054, -0.0417922, -0.126497, -0.35521", \
            "0.0065244, 0.0049403, 0.0006693, -0.0109292, -0.0420396, -0.12674, -0.355416", \
            "0.007852, 0.0061326, 0.0014251, -0.0102989, -0.0415281, -0.126095, -0.354741" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.0056251, 0.0072476, 0.0116555, 0.0233257, 0.0545165, 0.138185, 0.363858", \
            "0.0052593, 0.0069156, 0.0113282, 0.0230903, 0.0544441, 0.138146, 0.363802", \
            "0.0051256, 0.0066575, 0.0110713, 0.022827, 0.0542404, 0.138194, 0.363965", \
            "0.0052049, 0.006775, 0.0110651, 0.022654, 0.0539133, 0.137892, 0.363791", \
            "0.0060426, 0.0075391, 0.0116978, 0.0228959, 0.0538925, 0.13767, 0.363463", \
            "0.0085533, 0.011439, 0.0139229, 0.0249403, 0.055078, 0.138245, 0.36314", \
            "0.0161799, 0.0173905, 0.0210014, 0.0310598, 0.0602839, 0.141988, 0.365939" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.007792, 0.0062872, 0.0021233, -0.0094147, -0.0408726, -0.125771, -0.354554", \
            "0.0075393, 0.0060743, 0.0019592, -0.0095029, -0.0409042, -0.125774, -0.354551", \
            "0.0072897, 0.0057989, 0.0017307, -0.0096559, -0.0409942, -0.125803, -0.354562", \
            "0.00729, 0.0057166, 0.0015174, -0.0098849, -0.0411297, -0.125882, -0.354592", \
            "0.0079294, 0.0062613, 0.0018807, -0.0099714, -0.0412618, -0.125978, -0.354663", \
            "0.0100361, 0.0081429, 0.0033361, -0.0088984, -0.0409107, -0.125907, -0.354644", \
            "0.0169979, 0.0147643, 0.0091029, -0.0046684, -0.0381986, -0.124585, -0.354096" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.0090943, 0.0107094, 0.0150511, 0.0267048, 0.0578, 0.141544, 0.367246", \
            "0.0088087, 0.010439, 0.0148498, 0.0265204, 0.0576693, 0.1416, 0.367221", \
            "0.0086233, 0.0102348, 0.0146306, 0.0264488, 0.0573885, 0.141291, 0.367175", \
            "0.0087905, 0.0103579, 0.014667, 0.0262441, 0.0574103, 0.14124, 0.367506", \
            "0.0096486, 0.0111412, 0.0153305, 0.0265835, 0.0575824, 0.141213, 0.366301", \
            "0.0123768, 0.0138981, 0.0177438, 0.0288333, 0.0590989, 0.141739, 0.36665", \
            "0.0208956, 0.0225719, 0.0268295, 0.0364646, 0.0660088, 0.145571, 0.368805" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134725, 0.00363017, 0.00978149, 0.0263562, 0.0710169, 0.191355");
          values ( \
            "0.0078063, 0.006316, 0.0021444, -0.0093989, -0.040851, -0.12574, -0.354488", \
            "0.007563, 0.006106, 0.0019873, -0.0094893, -0.0408883, -0.125751, -0.354495", \
            "0.0073098, 0.0058248, 0.0017525, -0.0096469, -0.0409777, -0.12579, -0.354517", \
            "0.007254, 0.005678, 0.0015261, -0.0098817, -0.0411217, -0.125875, -0.354569", \
            "0.007812, 0.0061754, 0.001881, -0.0099113, -0.0412586, -0.125941, -0.354638", \
            "0.0099719, 0.0080938, 0.0033063, -0.0088719, -0.0408721, -0.125822, -0.354549", \
            "0.0176487, 0.0154244, 0.0097505, -0.0040991, -0.0377601, -0.124222, -0.353723" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001465;
      rise_capacitance : 0.001517;
      rise_capacitance_range (0.001517, 0.001517);
      fall_capacitance : 0.001413;
      fall_capacitance_range (0.001413, 0.001413);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0049758, 0.0049084, 0.004753, 0.0050682, 0.0057947, 0.0074693, 0.0113294" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0079615, 0.0078667, 0.0076483, 0.007944, 0.0086254, 0.0101963, 0.0138171" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002327;
      rise_capacitance : 0.002409;
      rise_capacitance_range (0.002409, 0.002409);
      fall_capacitance : 0.002244;
      fall_capacitance_range (0.002244, 0.002244);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046937, -0.0046951, -0.0046983, -0.0046892, -0.0046683, -0.0046202, -0.0045093" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052573, 0.005256, 0.005253, 0.0052575, 0.0052678, 0.0052917, 0.0053467" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002324;
      rise_capacitance : 0.002425;
      rise_capacitance_range (0.002425, 0.002425);
      fall_capacitance : 0.002223;
      fall_capacitance_range (0.002223, 0.002223);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044303, -0.0044309, -0.004432, -0.0044327, -0.0044342, -0.0044377, -0.0044457" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044326, 0.0044321, 0.004431, 0.0044339, 0.0044407, 0.0044561, 0.0044919" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand3b_2) {
    area : 11.2608;
    cell_footprint : "nand3b";
    cell_leakage_power : 0.0120511;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.000402;
      when : "!AN&!B&C";
    }
    leakage_power () {
      value : 0.0275683;
      when : "!AN&!B&!C";
    }
    leakage_power () {
      value : 0.0373217;
      when : "!AN&B&C";
    }
    leakage_power () {
      value : 0.0005039;
      when : "!AN&B&!C";
    }
    leakage_power () {
      value : 0.0152576;
      when : "AN&!B&C";
    }
    leakage_power () {
      value : 0.0152576;
      when : "AN&!B&!C";
    }
    leakage_power () {
      value : 7.0578e-05;
      when : "AN&B&C";
    }
    leakage_power () {
      value : 2.75155e-05;
      when : "AN&B&!C";
    }
    leakage_power () {
      value : 0.0120511;
    }
    pin (Y) {
      direction : output;
      function : "(AN) | (!B) | (!C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.341502;
      max_transition : 1.49626;
      timing () {
        related_pin : "AN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148379, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.0536698, 0.0570675, 0.0662154, 0.0906342, 0.159101, 0.360667, 0.962676", \
            "0.0575366, 0.0609407, 0.0700887, 0.0945358, 0.163146, 0.36398, 0.959342", \
            "0.0666505, 0.0699812, 0.0790172, 0.103372, 0.172093, 0.372841, 0.976689", \
            "0.0825153, 0.0859378, 0.0950824, 0.119202, 0.188223, 0.391839, 0.983705", \
            "0.097501, 0.101584, 0.111696, 0.136378, 0.204688, 0.406577, 1.0017", \
            "0.0990372, 0.104022, 0.11644, 0.143643, 0.211568, 0.412216, 1.00419", \
            "0.0567911, 0.0627299, 0.0781038, 0.112244, 0.183375, 0.382333, 0.976045" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148379, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.0198482, 0.023256, 0.0336075, 0.065978, 0.164293, 0.458672, 1.33186", \
            "0.0198646, 0.0232792, 0.0336165, 0.0659826, 0.164119, 0.459123, 1.32935", \
            "0.0199204, 0.0232923, 0.033761, 0.0660389, 0.164862, 0.46018, 1.33044", \
            "0.0225108, 0.0256357, 0.035327, 0.0664893, 0.164604, 0.458806, 1.32937", \
            "0.0284868, 0.0314494, 0.0402845, 0.068763, 0.164586, 0.457471, 1.33392", \
            "0.0379496, 0.0416606, 0.0506885, 0.076145, 0.166587, 0.458813, 1.32912", \
            "0.0523763, 0.0568545, 0.0679106, 0.0951748, 0.174149, 0.459707, 1.32438" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148379, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.100286, 0.104655, 0.115762, 0.142235, 0.207212, 0.389477, 0.926978", \
            "0.104753, 0.109127, 0.120213, 0.146583, 0.211505, 0.393619, 0.931296", \
            "0.116258, 0.120609, 0.131661, 0.158029, 0.223026, 0.405062, 0.947388", \
            "0.145152, 0.149491, 0.160499, 0.186818, 0.251695, 0.433635, 0.973275", \
            "0.205967, 0.21053, 0.222164, 0.248977, 0.314401, 0.496617, 1.03424", \
            "0.30487, 0.310113, 0.323633, 0.354865, 0.422085, 0.603444, 1.14067", \
            "0.472901, 0.478808, 0.49451, 0.531056, 0.606945, 0.788803, 1.32481" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148379, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.0293678, 0.0331422, 0.0431486, 0.0697466, 0.150451, 0.399482, 1.15178", \
            "0.0292944, 0.0330442, 0.0431667, 0.0700666, 0.15026, 0.400033, 1.15235", \
            "0.0294314, 0.0333797, 0.0430318, 0.0699546, 0.15035, 0.398827, 1.15278", \
            "0.0294867, 0.0330322, 0.0431331, 0.0700507, 0.150277, 0.399432, 1.14978", \
            "0.0339632, 0.0376188, 0.0473608, 0.0731734, 0.151155, 0.399564, 1.14686", \
            "0.0451088, 0.0489118, 0.0595405, 0.0848564, 0.158291, 0.399913, 1.14845", \
            "0.0616295, 0.0657741, 0.0761024, 0.104217, 0.173364, 0.404577, 1.14545" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148379, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.0289325, 0.0321334, 0.0413424, 0.0674332, 0.142301, 0.361766, 1.01085", \
            "0.0335228, 0.0366623, 0.0458515, 0.0720805, 0.147288, 0.366666, 1.02051", \
            "0.0460039, 0.049004, 0.0579012, 0.084146, 0.159736, 0.37963, 1.02886", \
            "0.069658, 0.074345, 0.0861455, 0.113665, 0.188693, 0.408275, 1.05784", \
            "0.108513, 0.115652, 0.133162, 0.173927, 0.257395, 0.475081, 1.1275", \
            "0.180935, 0.189905, 0.214065, 0.271777, 0.397443, 0.63518, 1.28045", \
            "0.322784, 0.334792, 0.366964, 0.446673, 0.625201, 0.974345, 1.65249" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148379, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.0268923, 0.031042, 0.0432815, 0.0793291, 0.18757, 0.508736, 1.45801", \
            "0.0268311, 0.0309921, 0.0432311, 0.0794077, 0.187271, 0.507286, 1.46474", \
            "0.0300754, 0.033481, 0.044274, 0.0794857, 0.187006, 0.508481, 1.4607", \
            "0.0440424, 0.0477139, 0.0564767, 0.0851894, 0.187558, 0.508017, 1.46266", \
            "0.0670825, 0.0715813, 0.0852184, 0.117253, 0.202161, 0.508806, 1.4648", \
            "0.10192, 0.109302, 0.129894, 0.178669, 0.27563, 0.533338, 1.46141", \
            "0.166593, 0.176989, 0.205144, 0.271991, 0.417051, 0.692381, 1.49626" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148379, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.0248417, 0.0276879, 0.0357263, 0.0579538, 0.120733, 0.302632, 0.840705", \
            "0.0274994, 0.0303978, 0.0385811, 0.0610392, 0.123869, 0.306442, 0.844302", \
            "0.0312664, 0.0347835, 0.0441539, 0.06733, 0.13052, 0.313603, 0.851426", \
            "0.033522, 0.0382508, 0.0507966, 0.0799036, 0.146163, 0.329169, 0.867631", \
            "0.0260265, 0.032994, 0.0511682, 0.0926025, 0.177516, 0.368193, 0.907138", \
            "-0.006748, 0.0036673, 0.0294975, 0.0891825, 0.211872, 0.451888, 0.999927", \
            "-0.0992574, -0.0848336, -0.0480601, 0.0357395, 0.21102, 0.550659, 1.20399" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148379, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.0167804, 0.0204386, 0.0311775, 0.0612928, 0.147505, 0.399214, 1.14582", \
            "0.0170822, 0.0206292, 0.0311682, 0.061173, 0.147534, 0.398416, 1.14565", \
            "0.0213161, 0.0245329, 0.0334905, 0.0618154, 0.146837, 0.400442, 1.14606", \
            "0.0301081, 0.0338451, 0.043831, 0.0706805, 0.149004, 0.399397, 1.15178", \
            "0.048392, 0.0531852, 0.0657155, 0.0964788, 0.170737, 0.402508, 1.14624", \
            "0.0844309, 0.0902549, 0.105765, 0.145361, 0.234985, 0.451008, 1.1535", \
            "0.153909, 0.160751, 0.180968, 0.232331, 0.348397, 0.603364, 1.23639" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148379, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.0352592, 0.0383512, 0.0473863, 0.0729624, 0.146856, 0.362979, 1.00529", \
            "0.0401712, 0.0433339, 0.0524093, 0.0781487, 0.1521, 0.369104, 1.00806", \
            "0.052766, 0.055863, 0.0648163, 0.0905841, 0.164693, 0.381912, 1.02095", \
            "0.0804657, 0.0843638, 0.0947446, 0.120365, 0.193723, 0.410043, 1.05021", \
            "0.126469, 0.132209, 0.147189, 0.184673, 0.264393, 0.479671, 1.11987", \
            "0.207595, 0.214141, 0.235542, 0.290545, 0.409062, 0.641151, 1.27673", \
            "0.3634, 0.374771, 0.40345, 0.478637, 0.648961, 0.988412, 1.65188" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148379, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.0344683, 0.0385256, 0.0501237, 0.0854476, 0.191654, 0.50798, 1.45507", \
            "0.0344699, 0.0383266, 0.0502648, 0.0854159, 0.191402, 0.510109, 1.45061", \
            "0.0356528, 0.0392984, 0.0503844, 0.0853084, 0.191708, 0.508656, 1.45031", \
            "0.0483117, 0.0516509, 0.0602632, 0.0896389, 0.191476, 0.507999, 1.45089", \
            "0.0720147, 0.0769876, 0.0895352, 0.119674, 0.203803, 0.50798, 1.45066", \
            "0.109633, 0.119034, 0.136758, 0.182384, 0.276263, 0.533862, 1.45041", \
            "0.171807, 0.181308, 0.209697, 0.276637, 0.41895, 0.688379, 1.48132" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148379, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.028158, 0.0309909, 0.0390814, 0.0615689, 0.124251, 0.306848, 0.844577", \
            "0.0301715, 0.0331082, 0.0413424, 0.0639774, 0.12688, 0.309666, 0.848545", \
            "0.0331857, 0.0364329, 0.0450637, 0.0679088, 0.131023, 0.313326, 0.851303", \
            "0.0346338, 0.0385984, 0.0491864, 0.074736, 0.13949, 0.323066, 0.860835", \
            "0.0259547, 0.0314885, 0.0464301, 0.081009, 0.156967, 0.343918, 0.887867", \
            "-0.012469, -0.0039021, 0.0183182, 0.0698131, 0.173912, 0.390886, 0.937063", \
            "-0.120213, -0.107216, -0.0746495, -0.0004433, 0.151179, 0.445869, 1.0549" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148379, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.0169617, 0.0206974, 0.0313229, 0.0618116, 0.147502, 0.4004, 1.14577", \
            "0.0170861, 0.0207582, 0.0313935, 0.0617766, 0.147142, 0.400145, 1.14737", \
            "0.019402, 0.0226608, 0.032532, 0.061801, 0.147486, 0.398994, 1.14589", \
            "0.0260097, 0.0293655, 0.0391287, 0.066407, 0.14796, 0.400334, 1.1461", \
            "0.0423916, 0.0463371, 0.0568754, 0.0846392, 0.161524, 0.401829, 1.14881", \
            "0.0772542, 0.0815975, 0.0943263, 0.127166, 0.207258, 0.43136, 1.14921", \
            "0.149181, 0.153797, 0.168126, 0.207768, 0.305071, 0.540729, 1.19591" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014838, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.0060334, 0.0081098, 0.01413, 0.031254, 0.0802548, 0.224375, 0.6473", \
            "0.0059606, 0.0080372, 0.0140575, 0.0311655, 0.0801987, 0.224172, 0.650744", \
            "0.0059963, 0.0080159, 0.013944, 0.0310217, 0.0801226, 0.224058, 0.64699", \
            "0.0057194, 0.0076546, 0.013404, 0.0302386, 0.079462, 0.223629, 0.646332", \
            "0.0056754, 0.0075713, 0.01314, 0.0296562, 0.0785094, 0.222649, 0.64988", \
            "0.0061482, 0.0079648, 0.013335, 0.0298152, 0.0780499, 0.222105, 0.647402", \
            "0.0085473, 0.0101115, 0.0151636, 0.0313721, 0.0793144, 0.222343, 0.646373" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014838, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.0121929, 0.0104388, 0.0052357, -0.0105045, -0.0586973, -0.203328, -0.633695", \
            "0.0121168, 0.0103928, 0.0051392, -0.0104935, -0.0586532, -0.203374, -0.63377", \
            "0.0122024, 0.0104481, 0.0052367, -0.010485, -0.058706, -0.203336, -0.633669", \
            "0.0118743, 0.0100445, 0.0049115, -0.0107509, -0.0590113, -0.203665, -0.633906", \
            "0.0121138, 0.0106268, 0.0051246, -0.0109807, -0.0595602, -0.204141, -0.634353", \
            "0.0132336, 0.0110613, 0.0054633, -0.0112011, -0.0596318, -0.204295, -0.634503", \
            "0.0164449, 0.0138798, 0.007238, -0.0079641, -0.0583243, -0.203018, -0.633246" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014838, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.0102062, 0.0121354, 0.0177373, 0.0341024, 0.0824693, 0.225597, 0.650194", \
            "0.0094886, 0.0114077, 0.017053, 0.0336666, 0.0822747, 0.225411, 0.650846", \
            "0.0089973, 0.0108467, 0.0163739, 0.0330087, 0.0818052, 0.225506, 0.650055", \
            "0.0091912, 0.0110803, 0.0165513, 0.0326313, 0.0813306, 0.224823, 0.650051", \
            "0.0105396, 0.0122829, 0.0175681, 0.0335574, 0.0815195, 0.224663, 0.65052", \
            "0.0166137, 0.0178944, 0.0234387, 0.0369653, 0.0856184, 0.227252, 0.650273", \
            "0.0300925, 0.0317141, 0.036845, 0.0491468, 0.0934269, 0.231746, 0.650744" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014838, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.014468, 0.012748, 0.007525, -0.0085288, -0.0571759, -0.202196, -0.632657", \
            "0.0139557, 0.0122829, 0.0071504, -0.0087358, -0.0572651, -0.202221, -0.632671", \
            "0.0134644, 0.0117358, 0.0066487, -0.009085, -0.0574486, -0.202272, -0.632668", \
            "0.0133511, 0.0115471, 0.0062462, -0.0095856, -0.0577674, -0.202453, -0.632738", \
            "0.0149186, 0.012944, 0.0070591, -0.009498, -0.0579817, -0.202542, -0.63286", \
            "0.0190654, 0.0167978, 0.0103719, -0.0072257, -0.0572518, -0.202509, -0.632851", \
            "0.0327046, 0.0299495, 0.0223306, 0.0019095, -0.0513933, -0.199852, -0.631755" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014838, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.0172045, 0.0190274, 0.0244762, 0.0407519, 0.089091, 0.232225, 0.656829", \
            "0.0167273, 0.0185693, 0.0240556, 0.0404342, 0.0889408, 0.232703, 0.656617", \
            "0.0163224, 0.0181431, 0.0236203, 0.0400435, 0.0886309, 0.232343, 0.65641", \
            "0.0164823, 0.0184092, 0.0236249, 0.0400167, 0.0885992, 0.231781, 0.656972", \
            "0.0176696, 0.0194295, 0.0246978, 0.040705, 0.0888001, 0.231746, 0.655552", \
            "0.0222711, 0.0236715, 0.0285967, 0.0444016, 0.0928955, 0.234622, 0.657089", \
            "0.0382283, 0.039494, 0.044268, 0.0578874, 0.102854, 0.241783, 0.661862" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014838, 0.00440329, 0.0130672, 0.038778, 0.115077, 0.341502");
          values ( \
            "0.0146369, 0.0129214, 0.0076604, -0.0084022, -0.0570809, -0.202086, -0.632563", \
            "0.0141519, 0.0124567, 0.0073074, -0.0085984, -0.0571645, -0.202122, -0.632566", \
            "0.0136159, 0.0119107, 0.0067988, -0.0089536, -0.057333, -0.202208, -0.632659", \
            "0.0133832, 0.0115955, 0.0063941, -0.0094217, -0.0576474, -0.202328, -0.632684", \
            "0.0146861, 0.0127675, 0.0071749, -0.0094892, -0.0578419, -0.202422, -0.632655", \
            "0.0179715, 0.0158293, 0.0096613, -0.0076121, -0.0573453, -0.202348, -0.632726", \
            "0.030882, 0.0282755, 0.0209305, 0.0010108, -0.0518707, -0.199798, -0.631558" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001536;
      rise_capacitance : 0.001595;
      rise_capacitance_range (0.001595, 0.001595);
      fall_capacitance : 0.001477;
      fall_capacitance_range (0.001477, 0.001477);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0108782, 0.010828, 0.0107125, 0.0109766, 0.0115855, 0.012989, 0.0162242" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0116902, 0.0115987, 0.0113877, 0.011638, 0.012215, 0.013545, 0.016611" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004508;
      rise_capacitance : 0.004651;
      rise_capacitance_range (0.004651, 0.004651);
      fall_capacitance : 0.004364;
      fall_capacitance_range (0.004364, 0.004364);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0089357, -0.0089389, -0.0089464, -0.0089261, -0.0088795, -0.0087719, -0.0085239" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0100982, 0.010094, 0.0100843, 0.0100914, 0.0101077, 0.0101453, 0.010232" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004456;
      rise_capacitance : 0.004695;
      rise_capacitance_range (0.004695, 0.004695);
      fall_capacitance : 0.004218;
      fall_capacitance_range (0.004218, 0.004218);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087106, -0.0087078, -0.0087014, -0.0087036, -0.0087084, -0.0087197, -0.0087455" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087251, 0.0087228, 0.0087175, 0.0087211, 0.0087295, 0.0087487, 0.0087931" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand3b_4) {
    area : 20.0192;
    cell_footprint : "nand3b";
    cell_leakage_power : 0.0241564;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0001423;
      when : "!AN&!B&C";
    }
    leakage_power () {
      value : 0.0474917;
      when : "!AN&!B&!C";
    }
    leakage_power () {
      value : 0.0743977;
      when : "!AN&B&C";
    }
    leakage_power () {
      value : 0.0001643;
      when : "!AN&B&!C";
    }
    leakage_power () {
      value : 0.0291773;
      when : "AN&!B&C";
    }
    leakage_power () {
      value : 0.0291773;
      when : "AN&!B&!C";
    }
    leakage_power () {
      value : 0.0064109;
      when : "AN&B&C";
    }
    leakage_power () {
      value : 0.0062901;
      when : "AN&B&!C";
    }
    leakage_power () {
      value : 0.0241564;
    }
    pin (Y) {
      direction : output;
      function : "(AN) | (!B) | (!C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.652781;
      max_transition : 1.49934;
      timing () {
        related_pin : "AN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546474, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.0604754, 0.062808, 0.06988, 0.0908251, 0.154936, 0.360625, 1.04004", \
            "0.0640866, 0.0663754, 0.0734764, 0.0943582, 0.158133, 0.364757, 1.04381", \
            "0.0729098, 0.0751661, 0.0821433, 0.102967, 0.166877, 0.3747, 1.05177", \
            "0.0900022, 0.0923255, 0.0993747, 0.120075, 0.183838, 0.391691, 1.07014", \
            "0.107256, 0.110092, 0.117916, 0.139178, 0.202836, 0.410293, 1.09202", \
            "0.114441, 0.11778, 0.127366, 0.151106, 0.214444, 0.42138, 1.10186", \
            "0.0864635, 0.0904668, 0.102432, 0.132573, 0.200275, 0.406142, 1.08622" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546474, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.0209694, 0.0232223, 0.0305968, 0.0565633, 0.14565, 0.443951, 1.41959", \
            "0.0209859, 0.0232305, 0.0306192, 0.0565947, 0.145443, 0.442603, 1.41965", \
            "0.0210146, 0.0232332, 0.0307196, 0.0565169, 0.146027, 0.443866, 1.42477", \
            "0.0231842, 0.0253078, 0.0322351, 0.0572125, 0.145407, 0.444845, 1.42087", \
            "0.0293076, 0.031424, 0.037503, 0.0600299, 0.145972, 0.442379, 1.42376", \
            "0.0383806, 0.0406436, 0.0476379, 0.0680192, 0.147751, 0.441343, 1.42699", \
            "0.0525516, 0.0552631, 0.0638816, 0.0857632, 0.15653, 0.443856, 1.41781" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546474, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.0786714, 0.081179, 0.0886517, 0.109425, 0.168487, 0.356645, 0.974399", \
            "0.0833434, 0.0858494, 0.0932772, 0.11403, 0.173135, 0.360557, 0.982739", \
            "0.0952218, 0.0977587, 0.105163, 0.125895, 0.185046, 0.372643, 0.998001", \
            "0.123426, 0.125879, 0.133271, 0.153946, 0.213047, 0.400806, 1.01902", \
            "0.175555, 0.178427, 0.186847, 0.208605, 0.268261, 0.455724, 1.07448", \
            "0.256313, 0.259733, 0.269738, 0.295636, 0.357727, 0.544994, 1.16937", \
            "0.395164, 0.399136, 0.411012, 0.442362, 0.511971, 0.699112, 1.31605" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546474, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.0253087, 0.0276187, 0.03514, 0.058767, 0.136817, 0.402425, 1.28251", \
            "0.0253702, 0.0276568, 0.0351315, 0.0587442, 0.136845, 0.402031, 1.29254", \
            "0.0252573, 0.0276343, 0.0350605, 0.0587302, 0.136782, 0.402063, 1.28818", \
            "0.0256444, 0.0281732, 0.0355057, 0.0590657, 0.136868, 0.402034, 1.28199", \
            "0.0317309, 0.0340416, 0.041102, 0.0633794, 0.138735, 0.401895, 1.28306", \
            "0.0418139, 0.0442826, 0.0519676, 0.0734844, 0.144329, 0.402632, 1.28522", \
            "0.0554056, 0.0582304, 0.0670266, 0.0909065, 0.156873, 0.405484, 1.2832" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546474, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.0304673, 0.0325479, 0.0391371, 0.0599489, 0.125355, 0.339119, 1.04126", \
            "0.0350291, 0.0370676, 0.0437158, 0.064578, 0.130689, 0.343621, 1.04782", \
            "0.0475806, 0.0494834, 0.0558387, 0.0768366, 0.142615, 0.356082, 1.05972", \
            "0.0724176, 0.0754349, 0.0838785, 0.106751, 0.171931, 0.385059, 1.08787", \
            "0.113898, 0.118028, 0.13024, 0.164419, 0.242336, 0.454462, 1.1539", \
            "0.189802, 0.195445, 0.212747, 0.261334, 0.376824, 0.616492, 1.31325", \
            "0.340404, 0.347685, 0.371641, 0.437542, 0.601947, 0.955814, 1.6904" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546474, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.0274713, 0.0299724, 0.0382899, 0.0658396, 0.157683, 0.462113, 1.47398", \
            "0.0273661, 0.0299176, 0.0381853, 0.0658409, 0.157256, 0.462453, 1.47079", \
            "0.030036, 0.0320867, 0.0392746, 0.0657194, 0.157523, 0.462861, 1.46957", \
            "0.0437133, 0.0459369, 0.0519157, 0.0728046, 0.157293, 0.462935, 1.47122", \
            "0.0662186, 0.069364, 0.0792976, 0.105413, 0.175187, 0.46299, 1.47171", \
            "0.101283, 0.106047, 0.121051, 0.161363, 0.250206, 0.490455, 1.47143", \
            "0.167276, 0.174388, 0.193478, 0.248755, 0.383848, 0.653896, 1.49934" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546474, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.0277264, 0.0296383, 0.0357225, 0.0543604, 0.112204, 0.300864, 0.924244", \
            "0.0299242, 0.031865, 0.0380766, 0.0569488, 0.114878, 0.303907, 0.929007", \
            "0.0328602, 0.0351921, 0.04244, 0.0620475, 0.120838, 0.308739, 0.92922", \
            "0.0342465, 0.0374169, 0.0468951, 0.0717258, 0.134396, 0.323344, 0.942132", \
            "0.025087, 0.0297253, 0.0434352, 0.079339, 0.160696, 0.357801, 0.978931", \
            "-0.0103876, -0.0041869, 0.0152248, 0.0666728, 0.18411, 0.431874, 1.0618", \
            "-0.111146, -0.101879, -0.0744325, -0.0022257, 0.163683, 0.515632, 1.24934" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546474, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.018572, 0.0210223, 0.0290575, 0.0545478, 0.135648, 0.403211, 1.28635", \
            "0.0188042, 0.0212125, 0.029198, 0.0545289, 0.135821, 0.403151, 1.28688", \
            "0.0229352, 0.0250058, 0.0317516, 0.0553687, 0.136269, 0.402262, 1.28401", \
            "0.0312616, 0.0338022, 0.041623, 0.0647964, 0.138097, 0.402427, 1.28275", \
            "0.0500858, 0.0529622, 0.0627162, 0.0890781, 0.161118, 0.405995, 1.28356", \
            "0.0866102, 0.0901102, 0.101588, 0.13488, 0.221556, 0.452298, 1.28511", \
            "0.156133, 0.16075, 0.175173, 0.218047, 0.32972, 0.596782, 1.35752" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546474, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.0340826, 0.0359794, 0.0420269, 0.061116, 0.121248, 0.316606, 0.96048", \
            "0.0389846, 0.0408709, 0.0469117, 0.0660563, 0.126564, 0.321779, 0.965213", \
            "0.0513587, 0.053193, 0.0592137, 0.0784599, 0.138954, 0.334356, 0.979315", \
            "0.0785233, 0.080873, 0.0881611, 0.108312, 0.168235, 0.363613, 1.00951", \
            "0.123128, 0.126558, 0.137214, 0.166914, 0.237998, 0.43054, 1.07297", \
            "0.202159, 0.206825, 0.221427, 0.263618, 0.369096, 0.593156, 1.23117", \
            "0.355831, 0.363078, 0.382247, 0.439319, 0.587453, 0.918197, 1.60349" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546474, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.0347105, 0.0369374, 0.0444657, 0.0696294, 0.155311, 0.441135, 1.3884", \
            "0.0343259, 0.0367173, 0.0443824, 0.0697581, 0.155408, 0.441692, 1.38676", \
            "0.035759, 0.037739, 0.044622, 0.0695303, 0.155141, 0.4409, 1.39031", \
            "0.0482474, 0.0501067, 0.0556642, 0.0759538, 0.155555, 0.441215, 1.3919", \
            "0.0717624, 0.0745578, 0.0832159, 0.107404, 0.174048, 0.440696, 1.38799", \
            "0.107781, 0.112547, 0.125677, 0.162702, 0.248156, 0.475522, 1.38827", \
            "0.171608, 0.176368, 0.195792, 0.24894, 0.375389, 0.642302, 1.42753" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546474, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.0304125, 0.0323779, 0.0384546, 0.0569301, 0.11467, 0.302726, 0.923252", \
            "0.0321113, 0.0341208, 0.0403156, 0.0591927, 0.117074, 0.304693, 0.92294", \
            "0.0344325, 0.036533, 0.0431499, 0.0623194, 0.120679, 0.308314, 0.927918", \
            "0.0348156, 0.0373556, 0.0452985, 0.0669125, 0.127563, 0.316733, 0.938917", \
            "0.0249449, 0.02861, 0.0396647, 0.0690048, 0.140677, 0.334249, 0.962261", \
            "-0.0141256, -0.0086201, 0.0086702, 0.0514682, 0.149301, 0.373164, 0.999616", \
            "-0.120622, -0.112936, -0.0893518, -0.0266208, 0.113815, 0.412606, 1.09982" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546474, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.0186266, 0.0211623, 0.0292311, 0.0546386, 0.135929, 0.403246, 1.28861", \
            "0.0187412, 0.0212272, 0.0292686, 0.0547528, 0.135848, 0.402273, 1.28315", \
            "0.0210568, 0.0233123, 0.0305735, 0.0550387, 0.136175, 0.402256, 1.28512", \
            "0.027261, 0.0294858, 0.0368575, 0.0603769, 0.137659, 0.403392, 1.28542", \
            "0.0440096, 0.0464885, 0.0543466, 0.0777062, 0.151116, 0.404553, 1.28876", \
            "0.0804497, 0.0831182, 0.0920152, 0.118886, 0.194969, 0.433394, 1.28656", \
            "0.154443, 0.157119, 0.166557, 0.198334, 0.287587, 0.532475, 1.32489" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546473, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.0118198, 0.0142815, 0.0222947, 0.0477405, 0.128056, 0.386575, 1.23832", \
            "0.0117115, 0.0141526, 0.0222048, 0.0477927, 0.128024, 0.386223, 1.23843", \
            "0.0117497, 0.0141692, 0.0220819, 0.0474411, 0.127798, 0.386699, 1.2394", \
            "0.0108596, 0.0131509, 0.0207592, 0.0457575, 0.126211, 0.387408, 1.23736", \
            "0.0104259, 0.0127078, 0.0200792, 0.044249, 0.123855, 0.385105, 1.24239", \
            "0.0109305, 0.0131241, 0.0202241, 0.0440334, 0.122464, 0.382742, 1.24143", \
            "0.0146332, 0.0163095, 0.0230679, 0.046278, 0.12414, 0.382895, 1.23518" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546473, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.0244882, 0.0224806, 0.0158777, -0.0069337, -0.0850396, -0.34632, -1.21187", \
            "0.0244424, 0.0223739, 0.0156909, -0.0071409, -0.0851585, -0.346416, -1.21192", \
            "0.024385, 0.022334, 0.0157117, -0.0071764, -0.0851395, -0.34635, -1.21187", \
            "0.0235395, 0.0214876, 0.0146099, -0.0083459, -0.0862378, -0.347211, -1.21244", \
            "0.0233239, 0.0211718, 0.0145792, -0.008954, -0.0870814, -0.347983, -1.21331", \
            "0.0239612, 0.0216179, 0.0140756, -0.0099256, -0.0881584, -0.349046, -1.21402", \
            "0.0273678, 0.0247261, 0.0164632, -0.007983, -0.0875518, -0.348601, -1.21139" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546473, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.019104, 0.0214311, 0.0288914, 0.0530454, 0.131643, 0.389989, 1.24387", \
            "0.0177074, 0.0200196, 0.0275149, 0.0520287, 0.13105, 0.389898, 1.24335", \
            "0.0166327, 0.0188658, 0.0262342, 0.0506266, 0.130144, 0.389433, 1.24328", \
            "0.0171074, 0.0193309, 0.0263661, 0.050016, 0.128943, 0.389038, 1.24298", \
            "0.0195315, 0.0215357, 0.0282097, 0.0515945, 0.129431, 0.388201, 1.24193", \
            "0.0280841, 0.0299372, 0.0361114, 0.0578127, 0.133861, 0.389979, 1.24239", \
            "0.055122, 0.0566007, 0.062673, 0.0816451, 0.151294, 0.400704, 1.24487" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546473, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.0295863, 0.0276359, 0.0208888, -0.0023735, -0.0811642, -0.342889, -1.20855", \
            "0.0285256, 0.0265872, 0.0199757, -0.0028964, -0.081372, -0.342954, -1.20846", \
            "0.0274653, 0.025457, 0.0188226, -0.0038681, -0.0818492, -0.343071, -1.20854", \
            "0.0269563, 0.0248485, 0.0179771, -0.0049524, -0.0827038, -0.343485, -1.2087", \
            "0.0287603, 0.0264723, 0.0190917, -0.0049109, -0.0833402, -0.343916, -1.20887", \
            "0.0366231, 0.0338348, 0.0254163, -0.0005576, -0.0819226, -0.344058, -1.20922", \
            "0.0613734, 0.0580877, 0.0479968, 0.0173924, -0.0704075, -0.339113, -1.20752" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546473, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.0336174, 0.0358133, 0.0430727, 0.066886, 0.145432, 0.403975, 1.25804", \
            "0.0325363, 0.0347566, 0.0420522, 0.0661355, 0.144927, 0.403598, 1.25709", \
            "0.0316133, 0.0338095, 0.0411118, 0.0653893, 0.144409, 0.403578, 1.25764", \
            "0.0318559, 0.0339837, 0.0410759, 0.0650592, 0.143456, 0.403042, 1.25867", \
            "0.0347631, 0.0368074, 0.0436482, 0.0669783, 0.144626, 0.402056, 1.25685", \
            "0.047181, 0.0463506, 0.0525851, 0.0739646, 0.150682, 0.409356, 1.25842", \
            "0.0746248, 0.0764909, 0.0822636, 0.101201, 0.172236, 0.426266, 1.27008" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165299, 0.00546473, 0.0180663, 0.0597267, 0.197455, 0.652781");
          values ( \
            "0.0302106, 0.0281995, 0.0213813, -0.0019553, -0.0808231, -0.342567, -1.20818", \
            "0.0291272, 0.0271756, 0.0205448, -0.0024873, -0.0810279, -0.342636, -1.20826", \
            "0.0280411, 0.0260481, 0.0193457, -0.0034007, -0.0814908, -0.342794, -1.20831", \
            "0.0274438, 0.0253651, 0.0185019, -0.0045149, -0.0823138, -0.343129, -1.20844", \
            "0.0296503, 0.0274141, 0.0200627, -0.0043845, -0.0827328, -0.34348, -1.20843", \
            "0.0374103, 0.0348065, 0.0264647, 0.0005075, -0.0809595, -0.343151, -1.20849", \
            "0.0656829, 0.0626419, 0.0525674, 0.0219709, -0.067033, -0.336702, -1.20565" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00238;
      rise_capacitance : 0.002485;
      rise_capacitance_range (0.002485, 0.002485);
      fall_capacitance : 0.002275;
      fall_capacitance_range (0.002275, 0.002275);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0198983, 0.0197795, 0.0195056, 0.0201983, 0.0217954, 0.0254767, 0.0339623" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0195699, 0.0194172, 0.019065, 0.0197729, 0.0214046, 0.0251659, 0.0338356" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008468;
      rise_capacitance : 0.008766;
      rise_capacitance_range (0.008766, 0.008766);
      fall_capacitance : 0.008171;
      fall_capacitance_range (0.008171, 0.008171);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0169512, -0.0169623, -0.0169876, -0.0169459, -0.0168499, -0.0166282, -0.0161174" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0195894, 0.0195824, 0.0195663, 0.0195797, 0.0196106, 0.0196818, 0.0198461" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00888;
      rise_capacitance : 0.009363;
      rise_capacitance_range (0.009363, 0.009363);
      fall_capacitance : 0.008396;
      fall_capacitance_range (0.008396, 0.008396);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0176551, -0.0176585, -0.0176665, -0.017664, -0.0176582, -0.0176451, -0.0176146" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0177, 0.017699, 0.0176967, 0.0177044, 0.0177222, 0.0177634, 0.0178583" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand4_1) {
    area : 6.256;
    cell_footprint : "nand4";
    cell_leakage_power : 0.0015667;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 8.13609e-06;
      when : "!A&!B&!C&D";
    }
    leakage_power () {
      value : 8.1127e-06;
      when : "!A&!B&!C&!D";
    }
    leakage_power () {
      value : 8.2849e-06;
      when : "!A&!B&C&D";
    }
    leakage_power () {
      value : 8.14342e-06;
      when : "!A&!B&C&!D";
    }
    leakage_power () {
      value : 8.53591e-06;
      when : "!A&B&!C&D";
    }
    leakage_power () {
      value : 8.39576e-06;
      when : "!A&B&!C&!D";
    }
    leakage_power () {
      value : 2.80781e-05;
      when : "!A&B&C&D";
    }
    leakage_power () {
      value : 8.68596e-06;
      when : "!A&B&C&!D";
    }
    leakage_power () {
      value : 1.49436e-05;
      when : "A&!B&!C&D";
    }
    leakage_power () {
      value : 1.47892e-05;
      when : "A&!B&!C&!D";
    }
    leakage_power () {
      value : 3.3207e-05;
      when : "A&!B&C&D";
    }
    leakage_power () {
      value : 1.51093e-05;
      when : "A&!B&C&!D";
    }
    leakage_power () {
      value : 3.80736e-05;
      when : "A&B&!C&D";
    }
    leakage_power () {
      value : 2.13078e-05;
      when : "A&B&!C&!D";
    }
    leakage_power () {
      value : 0.024805;
      when : "A&B&C&D";
    }
    leakage_power () {
      value : 3.84098e-05;
      when : "A&B&C&!D";
    }
    leakage_power () {
      value : 0.0015667;
    }
    pin (Y) {
      direction : output;
      function : "(!A) | (!B) | (!C) | (!D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.187693;
      max_transition : 1.49531;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0242255, 0.0289169, 0.04093, 0.0720432, 0.154479, 0.37268, 0.958534", \
            "0.0291112, 0.0336814, 0.0455753, 0.0768902, 0.159749, 0.378177, 0.964779", \
            "0.0414993, 0.0462404, 0.0578573, 0.0890867, 0.170618, 0.389221, 0.9795", \
            "0.0619826, 0.0694352, 0.0859506, 0.118243, 0.200722, 0.418044, 1.00548", \
            "0.0963313, 0.107221, 0.131518, 0.180671, 0.268673, 0.485421, 1.06906", \
            "0.15971, 0.17493, 0.209375, 0.280325, 0.414903, 0.646803, 1.23081", \
            "0.285385, 0.306156, 0.353471, 0.453578, 0.648375, 0.988188, 1.59985" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0205591, 0.026628, 0.0429248, 0.0866083, 0.204208, 0.517947, 1.36011", \
            "0.0206365, 0.026582, 0.0429119, 0.0863656, 0.204772, 0.518332, 1.3648", \
            "0.0254534, 0.0299895, 0.043837, 0.086588, 0.203318, 0.518037, 1.36883", \
            "0.0399731, 0.0451891, 0.0572573, 0.0911481, 0.204278, 0.517231, 1.36501", \
            "0.0621493, 0.0708064, 0.0886193, 0.125073, 0.214759, 0.518863, 1.36524", \
            "0.0999165, 0.110683, 0.137081, 0.195077, 0.291527, 0.540666, 1.36643", \
            "0.17235, 0.187668, 0.221768, 0.298765, 0.451757, 0.702612, 1.3985" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0205326, 0.0246166, 0.0353712, 0.0639511, 0.138767, 0.339241, 0.878079", \
            "0.0231881, 0.0272049, 0.0379421, 0.0666206, 0.141237, 0.343396, 0.881983", \
            "0.0284011, 0.0333899, 0.0448554, 0.0729092, 0.147933, 0.351631, 0.888486", \
            "0.0314823, 0.0387482, 0.0551584, 0.0896934, 0.164792, 0.365824, 0.906057", \
            "0.0264572, 0.0362178, 0.0595946, 0.109012, 0.203309, 0.403087, 0.943342", \
            "-0.0006019, 0.0136219, 0.0463679, 0.115505, 0.250507, 0.495808, 1.03375", \
            "-0.0846537, -0.0648324, -0.0194081, 0.077756, 0.265438, 0.616186, 1.24566" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0201898, 0.0254728, 0.039568, 0.0773613, 0.177095, 0.445135, 1.1669", \
            "0.0205153, 0.0253436, 0.0393027, 0.0772988, 0.176959, 0.445621, 1.17058", \
            "0.026002, 0.0305475, 0.0422466, 0.0769208, 0.177078, 0.446496, 1.16875", \
            "0.0369958, 0.0426699, 0.0565469, 0.0871929, 0.178222, 0.446498, 1.16843", \
            "0.0570254, 0.0647626, 0.0831173, 0.121508, 0.204108, 0.447993, 1.17047", \
            "0.0938157, 0.104369, 0.1285, 0.180717, 0.284697, 0.501978, 1.17115", \
            "0.165374, 0.179699, 0.213098, 0.282893, 0.428596, 0.692064, 1.27531" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0336103, 0.038461, 0.0511441, 0.0842935, 0.17221, 0.406881, 1.03774", \
            "0.0382737, 0.0430056, 0.0557882, 0.0891783, 0.177729, 0.412694, 1.04296", \
            "0.0508029, 0.0556642, 0.0682684, 0.101421, 0.189582, 0.424814, 1.05515", \
            "0.07735, 0.0836756, 0.0984057, 0.131555, 0.219439, 0.453888, 1.08432", \
            "0.121253, 0.130754, 0.152681, 0.198932, 0.289688, 0.521016, 1.15133", \
            "0.199264, 0.212948, 0.245019, 0.313794, 0.444257, 0.687632, 1.30572", \
            "0.352578, 0.37079, 0.414492, 0.511432, 0.705977, 1.05013, 1.68498" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0284731, 0.0348555, 0.0522827, 0.0987561, 0.22388, 0.56071, 1.46078", \
            "0.0284679, 0.0349406, 0.0523261, 0.0989378, 0.224182, 0.559986, 1.4621", \
            "0.0305174, 0.0361318, 0.0523897, 0.0987914, 0.223953, 0.559076, 1.4605", \
            "0.0442999, 0.0492674, 0.0620919, 0.101669, 0.223937, 0.560547, 1.46257", \
            "0.0692213, 0.0769004, 0.0941333, 0.129358, 0.231926, 0.558902, 1.46185", \
            "0.107495, 0.119173, 0.145532, 0.199717, 0.298539, 0.575145, 1.46282", \
            "0.175575, 0.191518, 0.228668, 0.308434, 0.461689, 0.724519, 1.49029" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0267763, 0.0307723, 0.0414304, 0.0698679, 0.144774, 0.345202, 0.884313", \
            "0.0293167, 0.0334603, 0.0442745, 0.0727338, 0.147425, 0.35033, 0.896631", \
            "0.0340627, 0.0390325, 0.0507849, 0.0793421, 0.154698, 0.355552, 0.898099", \
            "0.0375085, 0.0444587, 0.0603571, 0.0945028, 0.171147, 0.372186, 0.912755", \
            "0.0315919, 0.0420189, 0.0649376, 0.113141, 0.207261, 0.411456, 0.951755", \
            "0.0009589, 0.01488, 0.0477002, 0.117117, 0.24987, 0.495661, 1.03984", \
            "-0.0940095, -0.0738668, -0.0271938, 0.0711409, 0.260289, 0.606947, 1.24237" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0206329, 0.0257831, 0.039658, 0.0770884, 0.177086, 0.445188, 1.16563", \
            "0.0207598, 0.0258088, 0.0396275, 0.0774589, 0.177033, 0.447026, 1.17226", \
            "0.0253303, 0.0295297, 0.0417467, 0.0773214, 0.1771, 0.445512, 1.17252", \
            "0.0362638, 0.041181, 0.0537877, 0.0850227, 0.177855, 0.445917, 1.16835", \
            "0.0564269, 0.0631874, 0.0787807, 0.113885, 0.198511, 0.447742, 1.16803", \
            "0.0930931, 0.101564, 0.122269, 0.168278, 0.265415, 0.489828, 1.16992", \
            "0.160982, 0.171935, 0.199762, 0.262085, 0.392338, 0.64844, 1.25753" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0389082, 0.0437321, 0.0564766, 0.0896411, 0.177281, 0.411999, 1.04096", \
            "0.0435305, 0.0484319, 0.0611972, 0.0945936, 0.182405, 0.418116, 1.04606", \
            "0.0562837, 0.061177, 0.073861, 0.107047, 0.195077, 0.429462, 1.05719", \
            "0.085114, 0.0907737, 0.104365, 0.137233, 0.224546, 0.458409, 1.0869", \
            "0.133524, 0.142133, 0.16229, 0.205937, 0.295269, 0.528365, 1.15336", \
            "0.218193, 0.230274, 0.260297, 0.323739, 0.451382, 0.692137, 1.31543", \
            "0.380333, 0.396993, 0.437466, 0.527384, 0.716761, 1.05532, 1.68477" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.03465, 0.0411573, 0.0584363, 0.104732, 0.229993, 0.564789, 1.46795", \
            "0.0345619, 0.0410274, 0.0585612, 0.105259, 0.230035, 0.566885, 1.46803", \
            "0.0353214, 0.0414943, 0.0584135, 0.10477, 0.229963, 0.565625, 1.46813", \
            "0.047475, 0.0521705, 0.0659958, 0.106815, 0.229741, 0.566247, 1.46562", \
            "0.0738799, 0.0811751, 0.0978533, 0.132704, 0.237317, 0.56541, 1.46577", \
            "0.114061, 0.125273, 0.15121, 0.203924, 0.302114, 0.580848, 1.46854", \
            "0.180649, 0.196652, 0.233487, 0.312792, 0.465564, 0.725259, 1.49531" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0302685, 0.0342608, 0.0449756, 0.0729854, 0.147792, 0.34853, 0.887808", \
            "0.0326293, 0.0367849, 0.0474937, 0.0757178, 0.150638, 0.351373, 0.899737", \
            "0.0369962, 0.0415806, 0.0528807, 0.0814188, 0.156514, 0.358479, 0.896415", \
            "0.0402905, 0.0464808, 0.0610249, 0.0933818, 0.169821, 0.371638, 0.9102", \
            "0.0344407, 0.0434041, 0.0648976, 0.108626, 0.198436, 0.401136, 0.940438", \
            "0.0008688, 0.0143153, 0.045175, 0.109767, 0.233593, 0.468832, 1.01167", \
            "-0.0986764, -0.0791693, -0.0349097, 0.0572946, 0.234183, 0.558283, 1.17078" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0206547, 0.0258025, 0.0397303, 0.0769266, 0.176902, 0.445093, 1.16674", \
            "0.0207888, 0.0259196, 0.0397487, 0.0768978, 0.177003, 0.445519, 1.17787", \
            "0.0240482, 0.0284071, 0.0410267, 0.0772486, 0.176908, 0.445828, 1.16647", \
            "0.0342871, 0.0387902, 0.0506372, 0.0829036, 0.177835, 0.448337, 1.16562", \
            "0.0544265, 0.0603226, 0.0743473, 0.107303, 0.193353, 0.447555, 1.16757", \
            "0.0921258, 0.0990356, 0.116788, 0.1594, 0.251982, 0.480459, 1.17158", \
            "0.164432, 0.173328, 0.195448, 0.249599, 0.367401, 0.613574, 1.23091" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0386434, 0.0431506, 0.0547431, 0.0847808, 0.163401, 0.372218, 0.931845", \
            "0.0437428, 0.0481646, 0.0598609, 0.0897932, 0.168585, 0.377218, 0.936982", \
            "0.0560336, 0.0605556, 0.0718528, 0.101815, 0.180502, 0.389723, 0.949106", \
            "0.0848866, 0.0900589, 0.102464, 0.132133, 0.210415, 0.418424, 0.977808", \
            "0.132667, 0.140205, 0.158158, 0.198113, 0.279624, 0.487361, 1.04384", \
            "0.213942, 0.224863, 0.250909, 0.310172, 0.427919, 0.647221, 1.20362", \
            "0.365749, 0.380384, 0.416225, 0.49858, 0.669376, 0.991341, 1.5738" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0361502, 0.0420364, 0.0576428, 0.0990587, 0.211045, 0.511041, 1.31397", \
            "0.0360576, 0.0420301, 0.0578264, 0.0993085, 0.211459, 0.510687, 1.31396", \
            "0.0367112, 0.0423551, 0.0575343, 0.0992634, 0.210764, 0.510702, 1.31543", \
            "0.0484037, 0.0527759, 0.0652872, 0.101973, 0.210634, 0.510873, 1.31763", \
            "0.0748957, 0.0816106, 0.0968594, 0.129536, 0.220677, 0.511753, 1.319", \
            "0.115382, 0.125528, 0.149902, 0.199321, 0.291078, 0.534134, 1.31657", \
            "0.18141, 0.195943, 0.23115, 0.305919, 0.451074, 0.693461, 1.35701" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0328259, 0.0368763, 0.0475327, 0.0754725, 0.150314, 0.352908, 0.896638", \
            "0.0352165, 0.0393548, 0.050062, 0.0784664, 0.153178, 0.35404, 0.89307", \
            "0.0395182, 0.0438623, 0.0548526, 0.0834037, 0.158409, 0.361491, 0.899167", \
            "0.0434826, 0.0490016, 0.062406, 0.0931097, 0.169048, 0.370087, 0.909697", \
            "0.0390158, 0.047352, 0.0661139, 0.106256, 0.191336, 0.393639, 0.933536", \
            "0.0093072, 0.0215227, 0.0493488, 0.107635, 0.220346, 0.447351, 0.990841", \
            "-0.0817118, -0.0636773, -0.0234324, 0.0607638, 0.222117, 0.518031, 1.11138" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.020694, 0.0258204, 0.0397008, 0.0769917, 0.176978, 0.446766, 1.17216", \
            "0.0206793, 0.0258708, 0.0397811, 0.0769152, 0.177072, 0.445277, 1.16554", \
            "0.0226257, 0.0272311, 0.040434, 0.077018, 0.17688, 0.446359, 1.16978", \
            "0.0309287, 0.0353079, 0.0473947, 0.0807755, 0.177453, 0.446383, 1.1686", \
            "0.049789, 0.0549907, 0.067829, 0.100319, 0.188363, 0.446628, 1.16823", \
            "0.0869236, 0.0931224, 0.108726, 0.14662, 0.234848, 0.472118, 1.17078", \
            "0.161863, 0.168596, 0.187322, 0.234135, 0.340604, 0.579837, 1.21404" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0054841, 0.0072662, 0.0118135, 0.0235628, 0.0545923, 0.136944, 0.356206", \
            "0.0051722, 0.0069251, 0.011486, 0.023321, 0.0543615, 0.136946, 0.358515", \
            "0.0050073, 0.0066727, 0.0111631, 0.0229271, 0.0541672, 0.137389, 0.359551", \
            "0.0052021, 0.0067789, 0.0111877, 0.0226216, 0.0536856, 0.136625, 0.359412", \
            "0.0062373, 0.0077267, 0.0117394, 0.0230336, 0.0537052, 0.136503, 0.359859", \
            "0.0094038, 0.0109969, 0.0152381, 0.0249887, 0.0550099, 0.137078, 0.359714", \
            "0.018059, 0.0186782, 0.0214318, 0.0313284, 0.0607121, 0.14249, 0.360563" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0047248, 0.0031968, -0.0009917, -0.0124395, -0.0434361, -0.126816, -0.350801", \
            "0.0044718, 0.0029589, -0.0011809, -0.0125485, -0.043496, -0.126838, -0.350797", \
            "0.0042285, 0.0026949, -0.0013985, -0.012739, -0.0435883, -0.126881, -0.3508", \
            "0.0042087, 0.0026561, -0.0015259, -0.0129612, -0.0437312, -0.126971, -0.350863", \
            "0.0051367, 0.0034357, -0.0010001, -0.0126385, -0.0436857, -0.126969, -0.350891", \
            "0.0079582, 0.0059963, 0.0010544, -0.0112601, -0.0430236, -0.126693, -0.35077", \
            "0.016689, 0.0138492, 0.0081142, -0.0051389, -0.0393186, -0.124738, -0.349786" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0087614, 0.0104546, 0.0148747, 0.0264805, 0.057262, 0.139342, 0.360204", \
            "0.0083935, 0.0100533, 0.0145352, 0.026209, 0.0570451, 0.139556, 0.359962", \
            "0.0080529, 0.0097285, 0.0141626, 0.0257952, 0.0568703, 0.139502, 0.360209", \
            "0.0081064, 0.0096985, 0.0140227, 0.025578, 0.0565022, 0.138881, 0.36022", \
            "0.0088895, 0.010426, 0.0145183, 0.0257737, 0.0564084, 0.138859, 0.359118", \
            "0.0115029, 0.0132861, 0.0177046, 0.0285795, 0.0573245, 0.139, 0.359181", \
            "0.0182761, 0.0194601, 0.0227558, 0.0330581, 0.062239, 0.145177, 0.360682" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0054363, 0.0038818, -0.0003343, -0.0118252, -0.0428264, -0.126207, -0.350176", \
            "0.0051486, 0.0036433, -0.0005192, -0.0119211, -0.0428851, -0.126242, -0.350217", \
            "0.0048095, 0.0032976, -0.0008143, -0.0121346, -0.0430143, -0.126326, -0.350239", \
            "0.0046341, 0.0030957, -0.0010805, -0.0123955, -0.0431572, -0.126384, -0.35027", \
            "0.005063, 0.0034316, -0.0008921, -0.0124659, -0.0433099, -0.126483, -0.350318", \
            "0.0069811, 0.0051386, 0.0003964, -0.0115652, -0.0430062, -0.126408, -0.350304", \
            "0.01349, 0.0112918, 0.0057538, -0.0076724, -0.0404869, -0.125155, -0.349732" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0128378, 0.0144642, 0.018829, 0.0303627, 0.0611675, 0.143573, 0.363997", \
            "0.0124774, 0.0141478, 0.0185451, 0.0301491, 0.0609469, 0.14358, 0.363914", \
            "0.01221, 0.0138689, 0.0182705, 0.029906, 0.0608904, 0.143458, 0.364329", \
            "0.0122315, 0.0138323, 0.0181725, 0.0297255, 0.0605928, 0.143032, 0.364321", \
            "0.0129106, 0.0144493, 0.0186481, 0.0298754, 0.0606878, 0.143023, 0.363796", \
            "0.0153466, 0.0167612, 0.0207287, 0.0317952, 0.061661, 0.143343, 0.363484", \
            "0.0227167, 0.02434, 0.0273825, 0.0374734, 0.0671125, 0.146239, 0.365985" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0051585, 0.0036063, -0.0006239, -0.0121348, -0.0431446, -0.126524, -0.350502", \
            "0.0049008, 0.0033868, -0.0007869, -0.012226, -0.0431886, -0.126548, -0.350515", \
            "0.0045879, 0.0030726, -0.0010592, -0.0124085, -0.0433035, -0.12661, -0.350526", \
            "0.0043632, 0.0028257, -0.0013282, -0.0126474, -0.0434469, -0.126665, -0.350593", \
            "0.0046531, 0.0030488, -0.0011684, -0.0127438, -0.0435592, -0.126796, -0.350634", \
            "0.0063283, 0.0045216, -0.000131, -0.0119993, -0.0433446, -0.126725, -0.350635", \
            "0.0127525, 0.0105832, 0.0051274, -0.0082372, -0.0409842, -0.125509, -0.350077" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0155904, 0.0172172, 0.0215627, 0.0331332, 0.0638842, 0.14627, 0.367382", \
            "0.0153422, 0.0169685, 0.0213488, 0.0329935, 0.0638731, 0.146271, 0.367339", \
            "0.0152272, 0.0168587, 0.0211771, 0.0327864, 0.0636418, 0.146282, 0.367308", \
            "0.0152668, 0.0168568, 0.0211726, 0.0327414, 0.0635149, 0.146004, 0.367267", \
            "0.0160429, 0.0175715, 0.0217641, 0.0330176, 0.0637602, 0.145938, 0.366548", \
            "0.0189511, 0.0203667, 0.0241535, 0.0351782, 0.0652134, 0.146653, 0.367029", \
            "0.0270858, 0.0283435, 0.0319796, 0.0445436, 0.0703029, 0.150203, 0.369214" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0049845, 0.0034301, -0.0008102, -0.0123043, -0.0433192, -0.126695, -0.350701", \
            "0.0047351, 0.003213, -0.000961, -0.0123987, -0.0433665, -0.126716, -0.350684", \
            "0.0044435, 0.0029205, -0.0012295, -0.0125808, -0.0434552, -0.12677, -0.350705", \
            "0.0042291, 0.0026814, -0.001481, -0.0128232, -0.0436223, -0.126843, -0.350742", \
            "0.0044949, 0.0028969, -0.0013833, -0.0129809, -0.0437377, -0.126967, -0.350792", \
            "0.0063138, 0.0044887, -0.0001411, -0.0120794, -0.0434893, -0.126868, -0.350779", \
            "0.0136279, 0.0114594, 0.0059526, -0.0075648, -0.040582, -0.125359, -0.349983" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002322;
      rise_capacitance : 0.002364;
      rise_capacitance_range (0.002364, 0.002364);
      fall_capacitance : 0.00228;
      fall_capacitance_range (0.00228, 0.00228);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004332, -0.0043291, -0.0043226, -0.0043179, -0.0043069, -0.0042815, -0.004223" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0055272, 0.0055229, 0.0055131, 0.005515, 0.0055193, 0.0055292, 0.005552" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002403;
      rise_capacitance : 0.002475;
      rise_capacitance_range (0.002475, 0.002475);
      fall_capacitance : 0.00233;
      fall_capacitance_range (0.00233, 0.00233);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047063, -0.0046913, -0.0046568, -0.0046572, -0.0046581, -0.0046603, -0.0046652" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0055398, 0.005547, 0.0055635, 0.0055802, 0.0056187, 0.0057076, 0.0059123" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002351;
      rise_capacitance : 0.002437;
      rise_capacitance_range (0.002437, 0.002437);
      fall_capacitance : 0.002265;
      fall_capacitance_range (0.002265, 0.002265);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043942, -0.004384, -0.0043606, -0.0043607, -0.0043611, -0.0043618, -0.0043636" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043663, 0.0043645, 0.0043603, 0.0043652, 0.0043765, 0.0044027, 0.004463" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002292;
      rise_capacitance : 0.002399;
      rise_capacitance_range (0.002399, 0.002399);
      fall_capacitance : 0.002184;
      fall_capacitance_range (0.002184, 0.002184);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044215, -0.0044173, -0.0044076, -0.0044074, -0.0044069, -0.0044058, -0.0044034" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044205, 0.0044206, 0.0044208, 0.0044233, 0.0044293, 0.004443, 0.0044747" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand4_2) {
    area : 12.512;
    cell_footprint : "nand4";
    cell_leakage_power : 0.0118977;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 8.5871e-05;
      when : "A&B&C&!D";
    }
    leakage_power () {
      value : 0.0114487;
      when : "!A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0114487;
      when : "!A&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0114487;
      when : "!A&!B&C&D";
    }
    leakage_power () {
      value : 0.0114487;
      when : "!A&!B&C&!D";
    }
    leakage_power () {
      value : 1.53874e-05;
      when : "!A&B&!C&D";
    }
    leakage_power () {
      value : 0.0114527;
      when : "!A&B&!C&!D";
    }
    leakage_power () {
      value : 6.18384e-05;
      when : "!A&B&C&D";
    }
    leakage_power () {
      value : 1.15862e-05;
      when : "!A&B&C&!D";
    }
    leakage_power () {
      value : 0.0002215;
      when : "A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0236967;
      when : "A&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0002749;
      when : "A&!B&C&D";
    }
    leakage_power () {
      value : 0.0236981;
      when : "A&!B&C&!D";
    }
    leakage_power () {
      value : 8.15781e-05;
      when : "A&B&!C&D";
    }
    leakage_power () {
      value : 0.0353893;
      when : "A&B&!C&!D";
    }
    leakage_power () {
      value : 0.0495789;
      when : "A&B&C&D";
    }
    leakage_power () {
      value : 0.0118977;
    }
    pin (Y) {
      direction : output;
      function : "(!A) | (!B) | (!C) | (!D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.328684;
      max_transition : 1.49759;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.023411, 0.0263659, 0.0347719, 0.0584195, 0.125804, 0.32508, 0.905963", \
            "0.0285246, 0.0313969, 0.0397466, 0.0634793, 0.131222, 0.328893, 0.913586", \
            "0.0410364, 0.0442235, 0.0522433, 0.0760842, 0.144318, 0.343579, 0.927171", \
            "0.0616287, 0.0665832, 0.0790537, 0.105791, 0.17354, 0.37013, 0.951927", \
            "0.0964476, 0.103636, 0.12236, 0.163961, 0.244301, 0.441915, 1.02471", \
            "0.161128, 0.171459, 0.197802, 0.258597, 0.382073, 0.604658, 1.18489", \
            "0.290596, 0.304733, 0.342334, 0.428391, 0.606737, 0.94272, 1.56097" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0188054, 0.0226158, 0.0337095, 0.0665743, 0.16334, 0.450128, 1.28873", \
            "0.0188574, 0.0225144, 0.0336787, 0.0665705, 0.163062, 0.449656, 1.29259", \
            "0.0237539, 0.0263764, 0.0354364, 0.0665498, 0.163122, 0.452699, 1.28904", \
            "0.0378885, 0.040896, 0.0498195, 0.0740522, 0.163831, 0.451143, 1.29196", \
            "0.0598777, 0.0647199, 0.0783547, 0.108774, 0.180047, 0.451154, 1.2964", \
            "0.0968373, 0.10568, 0.123583, 0.170088, 0.260401, 0.47757, 1.29423", \
            "0.171436, 0.180968, 0.20793, 0.268108, 0.405768, 0.650665, 1.33384" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0215327, 0.0246132, 0.0336583, 0.0598431, 0.135245, 0.357059, 1.01663", \
            "0.0242161, 0.0271723, 0.0360938, 0.0622504, 0.13792, 0.360432, 1.01395", \
            "0.029992, 0.0335736, 0.0431716, 0.068969, 0.144825, 0.368377, 1.03011", \
            "0.033696, 0.0389925, 0.052652, 0.0852572, 0.161302, 0.383666, 1.03774", \
            "0.0290888, 0.0367224, 0.056558, 0.102585, 0.200066, 0.42313, 1.0762", \
            "0.0012405, 0.0121592, 0.0400843, 0.104956, 0.244184, 0.514769, 1.16861", \
            "-0.0830682, -0.0695138, -0.0304359, 0.0588875, 0.25002, 0.640438, 1.37737" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0252524, 0.0295643, 0.0421894, 0.0786035, 0.183855, 0.494919, 1.412", \
            "0.0249973, 0.0292013, 0.0417221, 0.0783841, 0.184207, 0.494693, 1.40825", \
            "0.0302106, 0.033708, 0.044542, 0.0780418, 0.18404, 0.494601, 1.41293", \
            "0.0393713, 0.0439548, 0.0571034, 0.0888981, 0.184914, 0.494114, 1.40842", \
            "0.0591217, 0.0650487, 0.0809747, 0.119812, 0.210276, 0.495195, 1.40843", \
            "0.0954166, 0.103259, 0.126172, 0.175865, 0.287158, 0.545435, 1.41108", \
            "0.166238, 0.175851, 0.203761, 0.272155, 0.422722, 0.728981, 1.49759" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.034688, 0.0378365, 0.0466673, 0.0718623, 0.144904, 0.358355, 0.986764", \
            "0.0393849, 0.0425639, 0.0515275, 0.0769711, 0.15016, 0.364034, 0.992754", \
            "0.0520607, 0.0551208, 0.0640137, 0.0896122, 0.16258, 0.376391, 1.00954", \
            "0.0791317, 0.0831453, 0.0937829, 0.119742, 0.192919, 0.407013, 1.03435", \
            "0.124161, 0.130365, 0.146347, 0.184303, 0.263528, 0.475171, 1.10367", \
            "0.203913, 0.212584, 0.236128, 0.293187, 0.412348, 0.642172, 1.26705", \
            "0.357539, 0.369539, 0.402309, 0.483309, 0.659396, 1.00017, 1.65393" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0290744, 0.033, 0.0447825, 0.0799401, 0.183835, 0.490478, 1.3924", \
            "0.0290608, 0.0330031, 0.0448359, 0.0800092, 0.183769, 0.490194, 1.39388", \
            "0.0304013, 0.0339674, 0.0451002, 0.0803076, 0.183858, 0.490508, 1.39598", \
            "0.0438024, 0.0471374, 0.0554468, 0.0841204, 0.184221, 0.490807, 1.3906", \
            "0.0688986, 0.073589, 0.0860391, 0.115353, 0.196575, 0.490683, 1.39346", \
            "0.108474, 0.115851, 0.135577, 0.180084, 0.26917, 0.512584, 1.39423", \
            "0.178082, 0.188596, 0.216052, 0.283562, 0.421193, 0.667913, 1.42373" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.03159, 0.034702, 0.0437184, 0.0700315, 0.145107, 0.37008, 1.02235", \
            "0.0342949, 0.0375045, 0.0467523, 0.0726904, 0.149381, 0.371368, 1.02601", \
            "0.0397634, 0.0434886, 0.0531129, 0.0798214, 0.155635, 0.378034, 1.03171", \
            "0.0452365, 0.0499628, 0.0632137, 0.0949295, 0.172356, 0.39675, 1.04981", \
            "0.0415628, 0.0490076, 0.0684075, 0.113391, 0.209635, 0.436055, 1.09051", \
            "0.0125548, 0.0232175, 0.0510766, 0.117046, 0.253703, 0.524265, 1.18404", \
            "-0.0765414, -0.0616567, -0.022314, 0.0688772, 0.265159, 0.647158, 1.38935" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0264205, 0.0304545, 0.0426723, 0.0788165, 0.183802, 0.496389, 1.41202", \
            "0.0264068, 0.0304837, 0.0428512, 0.0785556, 0.184159, 0.496043, 1.4089", \
            "0.0298438, 0.033413, 0.0444146, 0.0785677, 0.183536, 0.494434, 1.40787", \
            "0.0409825, 0.0449291, 0.0561205, 0.0862654, 0.18523, 0.496661, 1.40825", \
            "0.0622267, 0.0670536, 0.0805313, 0.114579, 0.204498, 0.495073, 1.40908", \
            "0.101423, 0.107347, 0.124884, 0.169505, 0.272144, 0.535535, 1.40899", \
            "0.173659, 0.18156, 0.204756, 0.26204, 0.396938, 0.690138, 1.47415" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0404889, 0.0435022, 0.0524655, 0.0778134, 0.150347, 0.362477, 0.98628", \
            "0.0454058, 0.0486382, 0.0574494, 0.0829307, 0.15557, 0.367579, 0.999128", \
            "0.0578205, 0.0608832, 0.0698207, 0.095215, 0.168043, 0.380344, 1.00379", \
            "0.0876579, 0.0911251, 0.100923, 0.126098, 0.19899, 0.41113, 1.03439", \
            "0.137987, 0.142822, 0.157408, 0.193054, 0.269978, 0.480939, 1.10491", \
            "0.224795, 0.233277, 0.254553, 0.307473, 0.421701, 0.647169, 1.26678", \
            "0.390229, 0.400741, 0.431191, 0.504582, 0.673862, 1.00657, 1.65353" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0362961, 0.0404103, 0.0521444, 0.0871546, 0.190559, 0.496631, 1.39132", \
            "0.0362433, 0.0402268, 0.0521815, 0.0869613, 0.190488, 0.495072, 1.39654", \
            "0.0365998, 0.0404155, 0.0518803, 0.0871544, 0.190152, 0.495275, 1.39297", \
            "0.0478601, 0.0509404, 0.0600643, 0.0902042, 0.190268, 0.495402, 1.3946", \
            "0.0743162, 0.0789291, 0.0910354, 0.118711, 0.202322, 0.496684, 1.39415", \
            "0.116784, 0.122951, 0.141421, 0.18408, 0.272438, 0.518234, 1.39454", \
            "0.18485, 0.194366, 0.221834, 0.287849, 0.422678, 0.6749, 1.42605" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.036342, 0.0395928, 0.0486258, 0.0743224, 0.150095, 0.37197, 1.02553", \
            "0.0384742, 0.0417132, 0.0507333, 0.0771638, 0.152579, 0.374671, 1.02831", \
            "0.0421942, 0.0455754, 0.0550904, 0.0815628, 0.158008, 0.379458, 1.04041", \
            "0.045779, 0.0499797, 0.0613398, 0.0907774, 0.167986, 0.390141, 1.04502", \
            "0.0405099, 0.0465967, 0.0632026, 0.10253, 0.1903, 0.415473, 1.0711", \
            "0.0072071, 0.0163177, 0.0404325, 0.0975509, 0.216797, 0.47038, 1.13089", \
            "-0.0941739, -0.0805219, -0.0455812, 0.0357636, 0.207854, 0.54307, 1.25882" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0264024, 0.0305601, 0.0428623, 0.0784867, 0.184553, 0.494368, 1.40793", \
            "0.0265315, 0.0306474, 0.0428021, 0.0787164, 0.183864, 0.494256, 1.40787", \
            "0.0287478, 0.0324671, 0.0440649, 0.0787305, 0.183878, 0.494876, 1.41255", \
            "0.0373563, 0.0410656, 0.0519191, 0.0835741, 0.184719, 0.495341, 1.40839", \
            "0.0570973, 0.0610908, 0.0728342, 0.104854, 0.197046, 0.494779, 1.41466", \
            "0.0955035, 0.100458, 0.114479, 0.152492, 0.247497, 0.520821, 1.41186", \
            "0.171966, 0.177312, 0.193992, 0.239971, 0.356058, 0.631899, 1.4468" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0413279, 0.0442191, 0.0526729, 0.0763219, 0.143064, 0.335746, 0.904478", \
            "0.0462699, 0.0493818, 0.0576456, 0.0813956, 0.148057, 0.341655, 0.905618", \
            "0.0586814, 0.0617147, 0.0702563, 0.0939166, 0.16071, 0.353572, 0.918221", \
            "0.0885913, 0.0918438, 0.100542, 0.12389, 0.190378, 0.383536, 0.948211", \
            "0.139781, 0.144169, 0.156762, 0.189686, 0.260779, 0.452358, 1.01394", \
            "0.22644, 0.233102, 0.25083, 0.298013, 0.404681, 0.615393, 1.17092", \
            "0.389087, 0.398526, 0.421604, 0.489557, 0.642518, 0.953589, 1.55239" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0406425, 0.0443174, 0.0552163, 0.0869224, 0.180929, 0.460187, 1.28263", \
            "0.0403506, 0.0441651, 0.0550158, 0.0869699, 0.180873, 0.460502, 1.27831", \
            "0.0401894, 0.0439013, 0.0546648, 0.0867521, 0.180779, 0.459812, 1.27944", \
            "0.0504718, 0.0532959, 0.0620855, 0.0900497, 0.181221, 0.460874, 1.27845", \
            "0.0772294, 0.0816325, 0.0928758, 0.118906, 0.193966, 0.459565, 1.28215", \
            "0.120908, 0.127064, 0.14301, 0.184954, 0.267006, 0.487661, 1.28346", \
            "0.188957, 0.19769, 0.221957, 0.283721, 0.411022, 0.652889, 1.3297" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0398549, 0.0431369, 0.0521452, 0.0778472, 0.153428, 0.375152, 1.0379", \
            "0.0422185, 0.0453618, 0.0545962, 0.0805018, 0.157806, 0.380422, 1.03401", \
            "0.045887, 0.049254, 0.0586218, 0.0848313, 0.160829, 0.383312, 1.03731", \
            "0.049241, 0.0531373, 0.0639705, 0.0919111, 0.168723, 0.393941, 1.04533", \
            "0.0443292, 0.0497877, 0.0645629, 0.0998356, 0.183362, 0.407355, 1.07008", \
            "0.0113657, 0.0196302, 0.0409658, 0.0913567, 0.200539, 0.443665, 1.10034", \
            "-0.0888314, -0.0768435, -0.0455425, 0.0280007, 0.18181, 0.489947, 1.1839" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0264091, 0.0305793, 0.0428612, 0.0784587, 0.183849, 0.495175, 1.41596", \
            "0.0265148, 0.0305888, 0.042861, 0.0785878, 0.184975, 0.495273, 1.40899", \
            "0.0277611, 0.0315107, 0.0432412, 0.0788303, 0.183754, 0.494694, 1.40848", \
            "0.0342268, 0.0378059, 0.0487764, 0.0816425, 0.184418, 0.496737, 1.40842", \
            "0.0516579, 0.0553255, 0.0661284, 0.0980357, 0.193214, 0.495148, 1.41537", \
            "0.0892144, 0.0931572, 0.105324, 0.139244, 0.233296, 0.512744, 1.40933", \
            "0.168809, 0.172772, 0.185804, 0.224032, 0.327117, 0.606663, 1.4399" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0079921, 0.0100933, 0.016019, 0.0325161, 0.0795497, 0.219219, 0.623614", \
            "0.0075604, 0.0096039, 0.015513, 0.0321731, 0.0795336, 0.21896, 0.628166", \
            "0.0073422, 0.0092856, 0.0149186, 0.0316107, 0.079489, 0.220122, 0.626913", \
            "0.0075506, 0.0094113, 0.0149944, 0.0312661, 0.0792577, 0.219168, 0.62757", \
            "0.0092273, 0.0108789, 0.0160654, 0.031735, 0.0784127, 0.217609, 0.62731", \
            "0.0135056, 0.0150039, 0.0197382, 0.0344355, 0.0805308, 0.218312, 0.62557", \
            "0.027473, 0.0288577, 0.0326601, 0.0455216, 0.0881487, 0.222599, 0.623883" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.009011, 0.0072577, 0.0019928, -0.0139061, -0.0612653, -0.201256, -0.614224", \
            "0.0085175, 0.0067873, 0.001629, -0.0141392, -0.061375, -0.201302, -0.614234", \
            "0.00812, 0.0063364, 0.0011356, -0.0145391, -0.0615981, -0.201396, -0.614276", \
            "0.0081321, 0.0062899, 0.0008877, -0.0149498, -0.0619282, -0.201575, -0.614353", \
            "0.0094412, 0.0074322, 0.0018138, -0.0143669, -0.0620737, -0.201733, -0.614457", \
            "0.013833, 0.0122542, 0.0052548, -0.0120168, -0.0608117, -0.20133, -0.614455", \
            "0.026982, 0.02473, 0.0173877, -0.0025555, -0.053059, -0.198105, -0.613028" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0165141, 0.0184422, 0.0241092, 0.0403372, 0.0874969, 0.22543, 0.633299", \
            "0.0157966, 0.0177419, 0.023476, 0.0398745, 0.0873168, 0.225848, 0.633029", \
            "0.0150297, 0.016989, 0.0226869, 0.0392415, 0.0868304, 0.225368, 0.633597", \
            "0.0149641, 0.0169077, 0.0223826, 0.0385565, 0.0862166, 0.224978, 0.632953", \
            "0.0162644, 0.0178522, 0.0232421, 0.039279, 0.086104, 0.223893, 0.630301", \
            "0.0190252, 0.0209072, 0.0259956, 0.0419331, 0.0884771, 0.226242, 0.632773", \
            "0.0296645, 0.0311842, 0.0356862, 0.0496082, 0.0933506, 0.230176, 0.632361" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0116927, 0.0099203, 0.0046225, -0.0112954, -0.0587031, -0.198732, -0.611679", \
            "0.0112358, 0.0095136, 0.0042866, -0.0115245, -0.0587969, -0.19874, -0.611693", \
            "0.0106481, 0.0089281, 0.0037561, -0.0118955, -0.0589933, -0.19883, -0.61172", \
            "0.0103071, 0.0084792, 0.0032118, -0.0124378, -0.0593405, -0.198991, -0.611785", \
            "0.0106183, 0.0087583, 0.00333, -0.0126057, -0.0596401, -0.199138, -0.611812", \
            "0.013068, 0.0110524, 0.0051749, -0.0114237, -0.0594346, -0.199269, -0.611946", \
            "0.0227589, 0.0202906, 0.0132625, -0.0054851, -0.0555207, -0.19749, -0.611387" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0243145, 0.0261718, 0.0317121, 0.0478999, 0.0950487, 0.233337, 0.640983", \
            "0.0237737, 0.0257108, 0.0312715, 0.0476103, 0.0948018, 0.233449, 0.640801", \
            "0.0230823, 0.0249916, 0.0305889, 0.047038, 0.0942591, 0.233008, 0.640801", \
            "0.0229655, 0.0249316, 0.0304394, 0.0467124, 0.094225, 0.232753, 0.641008", \
            "0.0245643, 0.0263067, 0.0319404, 0.0477519, 0.094594, 0.233059, 0.640732", \
            "0.0278841, 0.0295959, 0.0345674, 0.0507448, 0.0967116, 0.233584, 0.639063", \
            "0.0391587, 0.0405826, 0.0451542, 0.059098, 0.103086, 0.238506, 0.642198" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0114743, 0.0097217, 0.0044012, -0.0115687, -0.0589657, -0.198984, -0.611951", \
            "0.0110389, 0.0092963, 0.0040442, -0.0117643, -0.0590609, -0.199017, -0.611963", \
            "0.0104595, 0.0087158, 0.0035218, -0.0121451, -0.0592602, -0.199108, -0.612012", \
            "0.0100308, 0.0082616, 0.0029964, -0.0126898, -0.0596139, -0.199268, -0.612071", \
            "0.0104352, 0.008594, 0.0029682, -0.0129368, -0.059948, -0.199453, -0.612098", \
            "0.0124178, 0.0103762, 0.0045992, -0.0119558, -0.0598324, -0.199666, -0.612272", \
            "0.0221801, 0.0197571, 0.01281, -0.005905, -0.0560047, -0.198049, -0.611679" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0310713, 0.0329274, 0.0384333, 0.0547156, 0.102098, 0.24059, 0.649009", \
            "0.0305593, 0.0324324, 0.038009, 0.0542734, 0.101752, 0.240325, 0.648302", \
            "0.0299692, 0.0318767, 0.0374241, 0.0539359, 0.101454, 0.240175, 0.648132", \
            "0.0299306, 0.0317389, 0.037237, 0.0534762, 0.101058, 0.239961, 0.64772", \
            "0.030958, 0.0328244, 0.0381252, 0.0540684, 0.101352, 0.239809, 0.647563", \
            "0.0353642, 0.0369762, 0.0421023, 0.0577269, 0.103719, 0.240743, 0.646858", \
            "0.05023, 0.051678, 0.0560058, 0.0697558, 0.114407, 0.251874, 0.653407" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147436, 0.0043475, 0.0128196, 0.0378015, 0.111466, 0.328684");
          values ( \
            "0.0112897, 0.0095324, 0.004206, -0.0117679, -0.0591655, -0.199181, -0.612146", \
            "0.0108412, 0.0091074, 0.0038598, -0.0119756, -0.0592512, -0.199217, -0.612172", \
            "0.0102832, 0.0085231, 0.0033274, -0.0123478, -0.0594633, -0.199306, -0.612201", \
            "0.0098602, 0.0080802, 0.0028189, -0.0128919, -0.059814, -0.199458, -0.61226", \
            "0.010299, 0.0084519, 0.0029245, -0.0130699, -0.0601376, -0.199656, -0.612314", \
            "0.0126555, 0.0105783, 0.0047237, -0.0118946, -0.059885, -0.199751, -0.612426", \
            "0.0244955, 0.0220345, 0.0150334, -0.004063, -0.0548522, -0.197291, -0.611376" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004291;
      rise_capacitance : 0.004348;
      rise_capacitance_range (0.004348, 0.004348);
      fall_capacitance : 0.004234;
      fall_capacitance_range (0.004234, 0.004234);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0067186, -0.0067173, -0.0067141, -0.0066975, -0.0066593, -0.0065713, -0.0063683" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0103141, 0.010315, 0.0103171, 0.0103142, 0.0103075, 0.0102923, 0.0102572" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004375;
      rise_capacitance : 0.004463;
      rise_capacitance_range (0.004463, 0.004463);
      fall_capacitance : 0.004287;
      fall_capacitance_range (0.004287, 0.004287);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0089631, -0.0089589, -0.0089492, -0.0089504, -0.0089529, -0.0089586, -0.0089719" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0105968, 0.0106024, 0.0106152, 0.010653, 0.0107401, 0.0109409, 0.0114036" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004326;
      rise_capacitance : 0.004492;
      rise_capacitance_range (0.004492, 0.004492);
      fall_capacitance : 0.004161;
      fall_capacitance_range (0.004161, 0.004161);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0086979, -0.0086891, -0.008669, -0.008663, -0.0086491, -0.0086169, -0.0085429" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0086846, 0.0086845, 0.0086843, 0.0086855, 0.0086883, 0.0086946, 0.0087092" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004438;
      rise_capacitance : 0.004656;
      rise_capacitance_range (0.004656, 0.004656);
      fall_capacitance : 0.004221;
      fall_capacitance_range (0.004221, 0.004221);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087082, -0.0087057, -0.0086997, -0.0087012, -0.0087043, -0.0087114, -0.0087279" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087178, 0.0087218, 0.0087309, 0.008734, 0.0087413, 0.0087581, 0.0087969" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand4_4) {
    area : 21.2704;
    cell_footprint : "nand4";
    cell_leakage_power : 0.01837;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0671709;
      when : "A&B&!C&!D";
    }
    leakage_power () {
      value : 0.0991442;
      when : "A&B&C&D";
    }
    leakage_power () {
      value : 0.0009155;
      when : "A&B&C&!D";
    }
    leakage_power () {
      value : 0.0191087;
      when : "!A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0191087;
      when : "!A&!B&!C&!D";
    }
    leakage_power () {
      value : 2.22989e-05;
      when : "!A&!B&C&D";
    }
    leakage_power () {
      value : 2.27041e-05;
      when : "!A&!B&C&!D";
    }
    leakage_power () {
      value : 2.51204e-05;
      when : "!A&B&!C&D";
    }
    leakage_power () {
      value : 1.96468e-05;
      when : "!A&B&!C&!D";
    }
    leakage_power () {
      value : 0.0001411;
      when : "!A&B&C&D";
    }
    leakage_power () {
      value : 2.61261e-05;
      when : "!A&B&C&!D";
    }
    leakage_power () {
      value : 0.0436808;
      when : "A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0436808;
      when : "A&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0001008;
      when : "A&!B&C&D";
    }
    leakage_power () {
      value : 3.25055e-05;
      when : "A&!B&C&!D";
    }
    leakage_power () {
      value : 0.00072;
      when : "A&B&!C&D";
    }
    leakage_power () {
      value : 0.01837;
    }
    pin (Y) {
      direction : output;
      function : "(!A) | (!B) | (!C) | (!D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.553904;
      max_transition : 1.49936;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.023559, 0.0254286, 0.0313638, 0.0491002, 0.103707, 0.277258, 0.835156", \
            "0.0286501, 0.0305037, 0.036317, 0.0541368, 0.10906, 0.281853, 0.841899", \
            "0.041212, 0.0432606, 0.049039, 0.0667886, 0.121731, 0.2959, 0.854504", \
            "0.0618926, 0.0650206, 0.0738437, 0.0961011, 0.151297, 0.325591, 0.880867", \
            "0.0966708, 0.101181, 0.114458, 0.148191, 0.220811, 0.39418, 0.949932", \
            "0.161352, 0.167714, 0.186252, 0.234854, 0.344589, 0.558461, 1.10861", \
            "0.290163, 0.299128, 0.325512, 0.394288, 0.550534, 0.874644, 1.48557" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0193732, 0.0215937, 0.0290984, 0.0531657, 0.130757, 0.381532, 1.19043", \
            "0.0192995, 0.0216716, 0.0291693, 0.0531911, 0.130869, 0.380728, 1.18868", \
            "0.0238677, 0.0255491, 0.0314174, 0.0533099, 0.130833, 0.382598, 1.19364", \
            "0.0378258, 0.0396389, 0.0468156, 0.0632089, 0.131704, 0.383079, 1.19069", \
            "0.0600052, 0.0628577, 0.0722764, 0.0975579, 0.154115, 0.381169, 1.18576", \
            "0.0986696, 0.102297, 0.115557, 0.151216, 0.231428, 0.421729, 1.18459", \
            "0.173079, 0.179111, 0.198146, 0.24459, 0.366349, 0.601856, 1.23455" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0229641, 0.0250853, 0.0317435, 0.0523232, 0.11728, 0.323774, 0.990006", \
            "0.0255423, 0.0275523, 0.034137, 0.055018, 0.120926, 0.327127, 0.991212", \
            "0.0315661, 0.0339956, 0.0413511, 0.0614415, 0.126859, 0.335127, 0.998374", \
            "0.0361131, 0.0396058, 0.0497946, 0.0768287, 0.143497, 0.350621, 1.01539", \
            "0.0323618, 0.0372846, 0.0519183, 0.0908324, 0.179206, 0.390082, 1.06132", \
            "0.0069123, 0.0136112, 0.033452, 0.0860053, 0.215219, 0.484058, 1.14535", \
            "-0.0753822, -0.0660854, -0.0395521, 0.0338515, 0.211005, 0.59472, 1.36223" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0294452, 0.032441, 0.0416575, 0.0706343, 0.162841, 0.458941, 1.41213", \
            "0.0290249, 0.0316555, 0.0409029, 0.0705593, 0.163028, 0.459354, 1.41108", \
            "0.0337418, 0.0362087, 0.0438366, 0.0706263, 0.163261, 0.459163, 1.4114", \
            "0.0422868, 0.0457085, 0.0555701, 0.0825255, 0.164351, 0.459638, 1.40855", \
            "0.0616237, 0.0655106, 0.0777685, 0.110536, 0.193896, 0.462468, 1.41394", \
            "0.0992506, 0.104239, 0.119118, 0.16202, 0.266436, 0.519665, 1.41513", \
            "0.168121, 0.175523, 0.196957, 0.250624, 0.391823, 0.699307, 1.49936" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0366209, 0.0385329, 0.0448253, 0.0641292, 0.124532, 0.316899, 0.936659", \
            "0.0412688, 0.0433215, 0.0496463, 0.0691868, 0.129909, 0.322344, 0.939867", \
            "0.0535854, 0.0555558, 0.062013, 0.0812888, 0.142197, 0.33525, 0.956955", \
            "0.0812037, 0.0837386, 0.0913949, 0.111821, 0.172837, 0.365835, 0.985404", \
            "0.127213, 0.131049, 0.142352, 0.172791, 0.244214, 0.433701, 1.05184", \
            "0.208991, 0.21405, 0.230375, 0.275522, 0.382928, 0.601363, 1.21543", \
            "0.366771, 0.374271, 0.396901, 0.460106, 0.613179, 0.942717, 1.59728" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0303561, 0.0331043, 0.0412127, 0.0681442, 0.154623, 0.4323, 1.32622", \
            "0.0304805, 0.0329763, 0.041209, 0.067958, 0.154653, 0.432237, 1.32314", \
            "0.0316145, 0.0339548, 0.0415744, 0.0679847, 0.154569, 0.432378, 1.32639", \
            "0.0447174, 0.0467072, 0.0526487, 0.0738407, 0.154764, 0.431742, 1.32909", \
            "0.0692247, 0.0723591, 0.081707, 0.106383, 0.17184, 0.432462, 1.32293", \
            "0.109479, 0.114247, 0.128305, 0.16458, 0.245754, 0.461993, 1.32654", \
            "0.180082, 0.18661, 0.206691, 0.258022, 0.384337, 0.628282, 1.36391" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0338144, 0.0357848, 0.0425357, 0.063061, 0.127411, 0.334628, 0.998882", \
            "0.036109, 0.0382806, 0.0449247, 0.0659555, 0.130446, 0.337916, 1.00201", \
            "0.0411066, 0.0435813, 0.0507413, 0.0719303, 0.137044, 0.345764, 1.00851", \
            "0.0462262, 0.0494385, 0.0588018, 0.0844946, 0.1525, 0.360771, 1.02486", \
            "0.0423207, 0.0472531, 0.0611571, 0.0976261, 0.183061, 0.39898, 1.06345", \
            "0.0123529, 0.0189413, 0.0389813, 0.0917176, 0.215274, 0.474969, 1.14807", \
            "-0.0798378, -0.0702386, -0.0434793, 0.0303902, 0.204949, 0.574864, 1.33874" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.030692, 0.0334253, 0.042146, 0.0708942, 0.162683, 0.458874, 1.40881", \
            "0.0307742, 0.0334673, 0.0421482, 0.070828, 0.163195, 0.45934, 1.41019", \
            "0.0336497, 0.0361436, 0.0441242, 0.0714231, 0.162885, 0.459308, 1.40924", \
            "0.0443343, 0.0470445, 0.0554178, 0.079954, 0.164644, 0.458982, 1.41071", \
            "0.0653233, 0.0685386, 0.0782128, 0.106078, 0.186373, 0.462466, 1.41278", \
            "0.104836, 0.108503, 0.120783, 0.15682, 0.250098, 0.502537, 1.4101", \
            "0.177964, 0.183121, 0.198622, 0.244036, 0.364151, 0.649633, 1.47483" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0442757, 0.0462244, 0.0527927, 0.0725475, 0.134083, 0.330255, 0.954249", \
            "0.049122, 0.0512757, 0.0576266, 0.0776305, 0.13933, 0.334196, 0.96021", \
            "0.0613229, 0.0633676, 0.0698178, 0.0898459, 0.151729, 0.346871, 0.972333", \
            "0.0911135, 0.0929168, 0.100578, 0.120347, 0.182105, 0.377701, 1.00268", \
            "0.143597, 0.146977, 0.157231, 0.185419, 0.253429, 0.448842, 1.07083", \
            "0.234482, 0.239357, 0.253931, 0.295426, 0.396988, 0.612871, 1.23431", \
            "0.407163, 0.413696, 0.43391, 0.4913, 0.638066, 0.957954, 1.61835" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0398925, 0.0425748, 0.0509517, 0.0783864, 0.166897, 0.453686, 1.36828", \
            "0.0397171, 0.0423926, 0.0509103, 0.07827, 0.166825, 0.452362, 1.37094", \
            "0.039765, 0.0424026, 0.0506261, 0.0783523, 0.166791, 0.452839, 1.3697", \
            "0.0502913, 0.0523238, 0.058726, 0.0821612, 0.167266, 0.453815, 1.36949", \
            "0.0765068, 0.0794327, 0.0882807, 0.111981, 0.18128, 0.454137, 1.37382", \
            "0.119142, 0.123701, 0.136407, 0.171336, 0.253785, 0.482517, 1.37273", \
            "0.18913, 0.195444, 0.214183, 0.26589, 0.38939, 0.640443, 1.40381" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0391051, 0.0412564, 0.0477596, 0.068446, 0.132726, 0.339376, 1.0053", \
            "0.0411719, 0.0432147, 0.0499343, 0.0707582, 0.135289, 0.341972, 1.0088", \
            "0.0443833, 0.0467334, 0.0537624, 0.0746876, 0.139951, 0.34665, 1.01312", \
            "0.0471955, 0.0502383, 0.0584883, 0.0820292, 0.14907, 0.358239, 1.02103", \
            "0.0415443, 0.0456897, 0.0574252, 0.0888614, 0.167338, 0.379164, 1.04432", \
            "0.006168, 0.0119834, 0.0294829, 0.0755015, 0.182724, 0.425452, 1.09857", \
            "-0.0994361, -0.0913111, -0.0661846, -0.0005649, 0.153307, 0.478463, 1.20498" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0306374, 0.033381, 0.0423324, 0.0708594, 0.163081, 0.458893, 1.41328", \
            "0.0308002, 0.0334532, 0.042428, 0.0708087, 0.16314, 0.457987, 1.4107", \
            "0.0328785, 0.0353344, 0.0436212, 0.0710953, 0.162804, 0.458887, 1.41242", \
            "0.0410378, 0.0436545, 0.0515434, 0.0770078, 0.164775, 0.45973, 1.4093", \
            "0.0606486, 0.0633914, 0.0717109, 0.0970404, 0.179168, 0.460362, 1.4118", \
            "0.100069, 0.103021, 0.112816, 0.142688, 0.227244, 0.488883, 1.41297", \
            "0.178569, 0.18185, 0.193314, 0.228183, 0.328635, 0.600122, 1.44948" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0455212, 0.0475846, 0.053564, 0.0724578, 0.130006, 0.309112, 0.880867", \
            "0.0505243, 0.0524626, 0.0586991, 0.0776246, 0.134981, 0.315077, 0.886913", \
            "0.0628534, 0.0648845, 0.0710265, 0.0900154, 0.147576, 0.326811, 0.900569", \
            "0.0927219, 0.0948188, 0.10155, 0.119946, 0.177383, 0.356557, 0.92895", \
            "0.146979, 0.149967, 0.159117, 0.18474, 0.247818, 0.42572, 0.995698", \
            "0.239216, 0.243374, 0.256281, 0.293064, 0.386468, 0.58814, 1.15593", \
            "0.412973, 0.418097, 0.435459, 0.486238, 0.618627, 0.919053, 1.53" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0459747, 0.0484973, 0.0564957, 0.082203, 0.16429, 0.431724, 1.29138", \
            "0.0458416, 0.048291, 0.0563451, 0.0820699, 0.16403, 0.432813, 1.29353", \
            "0.0450894, 0.0476654, 0.0556536, 0.0816871, 0.164588, 0.431564, 1.29359", \
            "0.0541316, 0.0561806, 0.0630996, 0.0851702, 0.164323, 0.431722, 1.29016", \
            "0.080834, 0.083598, 0.0916104, 0.113787, 0.180225, 0.430771, 1.2902", \
            "0.123543, 0.127681, 0.139606, 0.172529, 0.25108, 0.465465, 1.29001", \
            "0.193726, 0.199277, 0.216877, 0.265383, 0.381486, 0.627622, 1.33649" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0423624, 0.0443968, 0.0510147, 0.0712617, 0.136405, 0.342496, 1.00678", \
            "0.0441863, 0.0463095, 0.0529955, 0.0734902, 0.138351, 0.345065, 1.00932", \
            "0.046909, 0.0490772, 0.0558858, 0.0768723, 0.14289, 0.348794, 1.01297", \
            "0.0485483, 0.0509389, 0.0586836, 0.0809771, 0.147103, 0.356084, 1.01884", \
            "0.0415165, 0.0448735, 0.0548321, 0.0826201, 0.155174, 0.365702, 1.02988", \
            "0.0040725, 0.0091118, 0.0238292, 0.0632216, 0.157651, 0.385744, 1.05838", \
            "-0.107454, -0.0995707, -0.0783211, -0.0203815, 0.112685, 0.399518, 1.1102" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0307737, 0.0334799, 0.0422, 0.0709397, 0.163094, 0.460273, 1.41157", \
            "0.0308379, 0.0335269, 0.0422682, 0.0708981, 0.162867, 0.46017, 1.41092", \
            "0.0318218, 0.0344288, 0.0428835, 0.0708476, 0.163108, 0.460292, 1.40825", \
            "0.0374642, 0.0398516, 0.0479787, 0.0748525, 0.163858, 0.4595, 1.41175", \
            "0.0536837, 0.0560711, 0.0634232, 0.0888965, 0.173038, 0.460151, 1.41421", \
            "0.0901724, 0.0928128, 0.101018, 0.127094, 0.209782, 0.479335, 1.41767", \
            "0.17045, 0.17277, 0.180974, 0.208971, 0.294941, 0.557972, 1.44202" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0153726, 0.0178239, 0.0253972, 0.0482942, 0.118532, 0.340968, 1.06187", \
            "0.0146528, 0.0170342, 0.0245151, 0.0475226, 0.118414, 0.341004, 1.06242", \
            "0.0141289, 0.0163785, 0.0234714, 0.0463827, 0.117495, 0.342526, 1.06161", \
            "0.0146143, 0.0168382, 0.0237138, 0.0453566, 0.116387, 0.341374, 1.06113", \
            "0.0175001, 0.0194215, 0.0258955, 0.0474533, 0.116223, 0.340163, 1.05955", \
            "0.0254642, 0.0271727, 0.0329024, 0.0524052, 0.121839, 0.341505, 1.05491", \
            "0.0545932, 0.0560141, 0.0628762, 0.0743233, 0.135385, 0.354798, 1.06" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.019639, 0.0176863, 0.0113088, -0.0100227, -0.0797982, -0.305249, -1.03094", \
            "0.0187143, 0.0168028, 0.010471, -0.0106174, -0.0800627, -0.305372, -1.03095", \
            "0.0177252, 0.0157778, 0.0093837, -0.0114907, -0.0806706, -0.30561, -1.03104", \
            "0.0176273, 0.0155224, 0.0090236, -0.0123298, -0.0813964, -0.306009, -1.03127", \
            "0.0200296, 0.0177338, 0.0106854, -0.0117142, -0.0811323, -0.306438, -1.03155", \
            "0.0282692, 0.0257361, 0.0177844, -0.0048646, -0.078748, -0.305677, -1.03146", \
            "0.0533526, 0.0510796, 0.0439442, 0.0122103, -0.0628509, -0.2988, -1.02892" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0311154, 0.0333483, 0.0403676, 0.0624905, 0.132194, 0.35518, 1.0719", \
            "0.0299243, 0.0321417, 0.039286, 0.061705, 0.131961, 0.355368, 1.07126", \
            "0.0282599, 0.030497, 0.0376992, 0.0601081, 0.130911, 0.354909, 1.07257", \
            "0.0280205, 0.030233, 0.0372547, 0.0591038, 0.129738, 0.353804, 1.07243", \
            "0.0301089, 0.0322666, 0.0386372, 0.0605767, 0.129236, 0.35234, 1.06781", \
            "0.0354479, 0.0372578, 0.043238, 0.0640332, 0.133623, 0.354939, 1.06956", \
            "0.0596359, 0.0614736, 0.063269, 0.0810501, 0.142221, 0.360574, 1.06797" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0239032, 0.0218966, 0.0153372, -0.0061421, -0.0761005, -0.30165, -1.02738", \
            "0.0229221, 0.0209503, 0.0145362, -0.0066468, -0.0763277, -0.301712, -1.02732", \
            "0.021696, 0.0197374, 0.0133935, -0.0075723, -0.0768026, -0.301888, -1.02748", \
            "0.0208659, 0.018864, 0.0123722, -0.0086722, -0.0776239, -0.302247, -1.02753", \
            "0.0215111, 0.0195413, 0.0126921, -0.0088774, -0.0781852, -0.302571, -1.02759", \
            "0.0263203, 0.0240066, 0.0166916, -0.0062099, -0.0775426, -0.302892, -1.02789", \
            "0.0445029, 0.0417133, 0.0327252, 0.0063619, -0.069098, -0.299444, -1.02674" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0477035, 0.0497879, 0.0566878, 0.0786324, 0.148379, 0.371838, 1.08804", \
            "0.0466125, 0.0488746, 0.0557519, 0.0779793, 0.147988, 0.37112, 1.08705", \
            "0.0451589, 0.0472973, 0.0545145, 0.0767541, 0.147024, 0.370779, 1.0874", \
            "0.0451407, 0.0466613, 0.0536731, 0.0758209, 0.146239, 0.369971, 1.08676", \
            "0.0463497, 0.0483634, 0.0550587, 0.0765411, 0.146054, 0.369801, 1.08658", \
            "0.0531869, 0.0551173, 0.0612081, 0.0829623, 0.1531, 0.373136, 1.08668", \
            "0.0742203, 0.0758162, 0.081328, 0.0998123, 0.163513, 0.378442, 1.08659" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0236017, 0.0215766, 0.015028, -0.0065604, -0.0765633, -0.302117, -1.02782", \
            "0.0226637, 0.0207221, 0.0142714, -0.0070377, -0.0768007, -0.302215, -1.02789", \
            "0.0214861, 0.0195018, 0.0131028, -0.0078896, -0.0772504, -0.302421, -1.02798", \
            "0.02055, 0.0186193, 0.0120892, -0.0089884, -0.078011, -0.30272, -1.02814", \
            "0.0208107, 0.0186905, 0.0120202, -0.009435, -0.0786358, -0.303093, -1.02816", \
            "0.0249602, 0.0226603, 0.0153315, -0.0072046, -0.0782709, -0.303383, -1.0284", \
            "0.0431475, 0.0403215, 0.0316371, 0.0055499, -0.0700975, -0.29979, -1.02706" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0602079, 0.0623226, 0.0690786, 0.0910746, 0.161211, 0.384489, 1.10146", \
            "0.0592937, 0.0613084, 0.0681473, 0.0903628, 0.160489, 0.384029, 1.10095", \
            "0.0581675, 0.0602297, 0.0671666, 0.089354, 0.159924, 0.383759, 1.10092", \
            "0.0577823, 0.0598533, 0.0667557, 0.0887085, 0.159427, 0.383228, 1.1", \
            "0.0599287, 0.0619717, 0.0685124, 0.0900581, 0.159702, 0.383165, 1.10036", \
            "0.0676914, 0.0696194, 0.0760794, 0.0966852, 0.16462, 0.388725, 1.10188", \
            "0.0939895, 0.095587, 0.101489, 0.11955, 0.184041, 0.401655, 1.10071" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00160835, 0.00517358, 0.0166419, 0.0535319, 0.172196, 0.553904");
          values ( \
            "0.0232, 0.0211619, 0.0145353, -0.0070788, -0.0770764, -0.302631, -1.02831", \
            "0.0222737, 0.0203001, 0.0138099, -0.0075352, -0.0773117, -0.302747, -1.02841", \
            "0.0211711, 0.0191877, 0.0127913, -0.0082819, -0.0776658, -0.30289, -1.02846", \
            "0.0203161, 0.0182878, 0.0118346, -0.0093243, -0.0784295, -0.303219, -1.02858", \
            "0.0209729, 0.0188822, 0.0119012, -0.0096918, -0.0790197, -0.303586, -1.02863", \
            "0.0252968, 0.0229512, 0.0156219, -0.0070966, -0.0783165, -0.303694, -1.02885", \
            "0.0471138, 0.04434, 0.0354841, 0.0089924, -0.067861, -0.298754, -1.02655" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008442;
      rise_capacitance : 0.008547;
      rise_capacitance_range (0.008547, 0.008547);
      fall_capacitance : 0.008338;
      fall_capacitance_range (0.008338, 0.008338);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0141798, -0.014172, -0.0141541, -0.0141288, -0.0140705, -0.013936, -0.0136259" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0204672, 0.0204649, 0.0204595, 0.0204537, 0.0204404, 0.0204097, 0.0203387" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008456;
      rise_capacitance : 0.008646;
      rise_capacitance_range (0.008646, 0.008646);
      fall_capacitance : 0.008265;
      fall_capacitance_range (0.008265, 0.008265);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0175965, -0.0175852, -0.0175592, -0.017562, -0.0175683, -0.0175829, -0.0176167" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0211262, 0.0211466, 0.0211937, 0.0212685, 0.021441, 0.0218387, 0.0227554" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008544;
      rise_capacitance : 0.008882;
      rise_capacitance_range (0.008882, 0.008882);
      fall_capacitance : 0.008207;
      fall_capacitance_range (0.008207, 0.008207);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.017365, -0.0173434, -0.0172938, -0.0172976, -0.0173065, -0.0173269, -0.0173738" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0173359, 0.017335, 0.0173328, 0.0173318, 0.0173295, 0.0173241, 0.0173117" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008756;
      rise_capacitance : 0.009224;
      rise_capacitance_range (0.009224, 0.009224);
      fall_capacitance : 0.008287;
      fall_capacitance_range (0.008287, 0.008287);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.01735, -0.0173583, -0.0173776, -0.0173752, -0.0173697, -0.0173572, -0.0173282" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0173662, 0.0173763, 0.0173997, 0.0174009, 0.0174037, 0.0174102, 0.0174252" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand4b_1) {
    area : 8.7584;
    cell_footprint : "nand4b";
    cell_leakage_power : 0.00162598;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 2.16702e-05;
      when : "AN&!B&C&!D";
    }
    leakage_power () {
      value : 2.20948e-05;
      when : "AN&B&!C&D";
    }
    leakage_power () {
      value : 2.19341e-05;
      when : "AN&B&!C&!D";
    }
    leakage_power () {
      value : 4.36128e-05;
      when : "AN&B&C&D";
    }
    leakage_power () {
      value : 2.22903e-05;
      when : "AN&B&C&!D";
    }
    leakage_power () {
      value : 0.0001192;
      when : "!AN&!B&!C&D";
    }
    leakage_power () {
      value : 0.000119;
      when : "!AN&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0001394;
      when : "!AN&!B&C&D";
    }
    leakage_power () {
      value : 0.0001194;
      when : "!AN&!B&C&!D";
    }
    leakage_power () {
      value : 0.0001449;
      when : "!AN&B&!C&D";
    }
    leakage_power () {
      value : 0.0001256;
      when : "!AN&B&!C&!D";
    }
    leakage_power () {
      value : 0.0249035;
      when : "!AN&B&C&D";
    }
    leakage_power () {
      value : 0.0001479;
      when : "!AN&B&C&!D";
    }
    leakage_power () {
      value : 2.16563e-05;
      when : "AN&!B&!C&D";
    }
    leakage_power () {
      value : 2.16297e-05;
      when : "AN&!B&!C&!D";
    }
    leakage_power () {
      value : 2.18265e-05;
      when : "AN&!B&C&D";
    }
    leakage_power () {
      value : 0.00162598;
    }
    pin (Y) {
      direction : output;
      function : "(AN) | (!B) | (!C) | (!D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.184031;
      max_transition : 1.49461;
      timing () {
        related_pin : "AN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0460746, 0.0508269, 0.0628797, 0.0938526, 0.174423, 0.391209, 0.966673", \
            "0.0497966, 0.0545387, 0.06659, 0.0975163, 0.178347, 0.394884, 0.970214", \
            "0.0580644, 0.0627119, 0.0747998, 0.105784, 0.186659, 0.40454, 0.978496", \
            "0.0683677, 0.0730723, 0.0849824, 0.116054, 0.197891, 0.414144, 0.988787", \
            "0.0752914, 0.0803595, 0.0924741, 0.123179, 0.204709, 0.421266, 0.997885", \
            "0.0659667, 0.0722176, 0.0858449, 0.116957, 0.197737, 0.413669, 0.993439", \
            "0.0069421, 0.0149741, 0.0327371, 0.0692204, 0.149638, 0.366864, 0.940822" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0224167, 0.0282023, 0.0440704, 0.0873334, 0.203805, 0.515871, 1.34665", \
            "0.0224231, 0.0281771, 0.0440607, 0.0872401, 0.203641, 0.516643, 1.34695", \
            "0.0226804, 0.0284162, 0.0441042, 0.0871989, 0.203855, 0.516147, 1.34297", \
            "0.0244309, 0.0297384, 0.0450265, 0.0873886, 0.203642, 0.514639, 1.34205", \
            "0.0288058, 0.0334605, 0.0470404, 0.088036, 0.202824, 0.513702, 1.34429", \
            "0.0373014, 0.0418727, 0.0541147, 0.0909323, 0.204194, 0.513378, 1.34518", \
            "0.0524506, 0.0577137, 0.0717115, 0.103491, 0.207635, 0.515045, 1.34149" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.075689, 0.0808258, 0.093256, 0.123071, 0.198811, 0.400768, 0.940098", \
            "0.0800592, 0.0851793, 0.0975857, 0.12741, 0.203201, 0.404777, 0.945457", \
            "0.0920767, 0.097198, 0.109579, 0.139445, 0.21523, 0.416769, 0.956563", \
            "0.120037, 0.125157, 0.137363, 0.167119, 0.24298, 0.444778, 0.99122", \
            "0.170483, 0.176255, 0.189427, 0.219876, 0.2957, 0.497482, 1.04042", \
            "0.252155, 0.25902, 0.274573, 0.307151, 0.383606, 0.584353, 1.12679", \
            "0.400714, 0.408667, 0.427132, 0.465012, 0.542886, 0.742164, 1.28056" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0273952, 0.0325703, 0.0462211, 0.0823819, 0.182202, 0.454566, 1.17698", \
            "0.0274097, 0.032643, 0.0462789, 0.0825505, 0.182589, 0.452462, 1.18353", \
            "0.0275267, 0.0327218, 0.0462947, 0.0826115, 0.182253, 0.45288, 1.17766", \
            "0.0281373, 0.0333443, 0.0469944, 0.0828704, 0.182469, 0.452419, 1.17978", \
            "0.0334486, 0.0382492, 0.0511886, 0.0853922, 0.183206, 0.453369, 1.18671", \
            "0.0418238, 0.0472091, 0.0598745, 0.0921069, 0.185316, 0.454201, 1.18099", \
            "0.053222, 0.0594829, 0.0730192, 0.105176, 0.191506, 0.454594, 1.17926" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0327785, 0.0377723, 0.0506507, 0.084258, 0.172118, 0.408315, 1.03153", \
            "0.0375831, 0.0425543, 0.0555072, 0.0892307, 0.177871, 0.411482, 1.03811", \
            "0.0503567, 0.0551806, 0.0681363, 0.101874, 0.189844, 0.423782, 1.05005", \
            "0.0773796, 0.0837972, 0.0986522, 0.131838, 0.219573, 0.453326, 1.07948", \
            "0.122085, 0.131543, 0.153848, 0.199784, 0.29048, 0.52381, 1.14665", \
            "0.202167, 0.215708, 0.247864, 0.31651, 0.445862, 0.687686, 1.30386", \
            "0.358987, 0.377196, 0.420839, 0.517561, 0.710655, 1.05634, 1.69202" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0303431, 0.0368919, 0.0543169, 0.100694, 0.226047, 0.560923, 1.45591", \
            "0.030353, 0.0368438, 0.0542043, 0.100888, 0.226059, 0.560431, 1.45779", \
            "0.032336, 0.0381277, 0.0542094, 0.100898, 0.226051, 0.561157, 1.45731", \
            "0.0462144, 0.0508438, 0.0637602, 0.103473, 0.226087, 0.56123, 1.45641", \
            "0.0713577, 0.0791028, 0.0957025, 0.131189, 0.233748, 0.560909, 1.45637", \
            "0.110726, 0.122317, 0.147888, 0.202178, 0.300034, 0.57771, 1.45577", \
            "0.179531, 0.194758, 0.231678, 0.311803, 0.461334, 0.727506, 1.48157" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0276544, 0.0318923, 0.0430222, 0.0719498, 0.14739, 0.350373, 0.888532", \
            "0.0301147, 0.0345092, 0.0457102, 0.0747817, 0.150318, 0.351759, 0.90155", \
            "0.0347787, 0.039818, 0.0517882, 0.0811541, 0.157354, 0.35966, 0.898131", \
            "0.038323, 0.0454137, 0.0612787, 0.0957731, 0.173037, 0.375313, 0.917338", \
            "0.0329513, 0.0427829, 0.0660228, 0.114057, 0.208796, 0.414021, 0.954706", \
            "0.0009707, 0.0153366, 0.0484822, 0.118479, 0.251464, 0.498224, 1.04746", \
            "-0.0947148, -0.0745563, -0.0277041, 0.0702234, 0.260593, 0.607967, 1.24298" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0222084, 0.0277338, 0.042335, 0.0806872, 0.182461, 0.452933, 1.17497", \
            "0.0223715, 0.0278217, 0.0423442, 0.0806132, 0.181664, 0.452625, 1.18067", \
            "0.0263659, 0.0308732, 0.0439872, 0.0807591, 0.182733, 0.45374, 1.17612", \
            "0.0365105, 0.0419648, 0.0550243, 0.0877248, 0.183351, 0.45245, 1.17769", \
            "0.0569404, 0.0636798, 0.0798611, 0.115935, 0.202294, 0.454221, 1.17724", \
            "0.0936789, 0.102389, 0.1236, 0.171866, 0.271669, 0.49646, 1.18362", \
            "0.162842, 0.174156, 0.201673, 0.265056, 0.396165, 0.653425, 1.26504" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0401048, 0.0450335, 0.0579175, 0.0915481, 0.179651, 0.414264, 1.04202", \
            "0.0447668, 0.0497227, 0.0627323, 0.0964422, 0.184972, 0.419549, 1.05001", \
            "0.0575078, 0.0624684, 0.0753841, 0.109225, 0.197358, 0.431544, 1.05928", \
            "0.0865664, 0.0922745, 0.106, 0.139329, 0.227509, 0.461278, 1.0884", \
            "0.136786, 0.145332, 0.165515, 0.208714, 0.298248, 0.532513, 1.15562", \
            "0.22446, 0.23548, 0.265372, 0.328911, 0.455867, 0.696443, 1.32013", \
            "0.391104, 0.406833, 0.448207, 0.537848, 0.726577, 1.06245, 1.69826" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.037881, 0.0442693, 0.0616402, 0.108403, 0.233904, 0.570202, 1.47056", \
            "0.0377763, 0.044319, 0.0616112, 0.108364, 0.233592, 0.57084, 1.47338", \
            "0.0384009, 0.0445675, 0.0615627, 0.108116, 0.233901, 0.569811, 1.47047", \
            "0.049925, 0.0546989, 0.0684516, 0.109915, 0.233992, 0.570374, 1.47095", \
            "0.0769549, 0.0839855, 0.100029, 0.134717, 0.240148, 0.571084, 1.47175", \
            "0.117451, 0.129383, 0.155165, 0.206288, 0.303896, 0.584197, 1.46996", \
            "0.186009, 0.201279, 0.237717, 0.316284, 0.466254, 0.726669, 1.49461" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0326003, 0.0369598, 0.0480491, 0.0769465, 0.152581, 0.353778, 0.892793", \
            "0.0348987, 0.0392958, 0.0506303, 0.0795286, 0.15505, 0.359515, 0.898337", \
            "0.0390303, 0.0438159, 0.055475, 0.0847021, 0.160739, 0.363113, 0.901554", \
            "0.0423351, 0.048561, 0.0631709, 0.0958464, 0.173257, 0.376638, 0.914834", \
            "0.0364021, 0.0453559, 0.066419, 0.110594, 0.199942, 0.404584, 0.94902", \
            "0.0019491, 0.0154895, 0.0461595, 0.110646, 0.236094, 0.47073, 1.01698", \
            "-0.100599, -0.0803216, -0.0355132, 0.0556769, 0.233744, 0.556252, 1.17144" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0224332, 0.027977, 0.0424962, 0.0807116, 0.181763, 0.452261, 1.17651", \
            "0.0225218, 0.0280346, 0.0424561, 0.0807774, 0.182299, 0.455213, 1.17797", \
            "0.0250763, 0.0299739, 0.0435708, 0.080647, 0.182515, 0.453709, 1.17844", \
            "0.0342221, 0.0392391, 0.0521635, 0.0856101, 0.183394, 0.455235, 1.17811", \
            "0.0545379, 0.060598, 0.0751689, 0.109337, 0.196783, 0.454605, 1.18029", \
            "0.0927344, 0.100025, 0.118377, 0.161027, 0.256615, 0.486108, 1.17853", \
            "0.166491, 0.175397, 0.19829, 0.252616, 0.371747, 0.618022, 1.2433" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0413515, 0.0459196, 0.0580331, 0.0891148, 0.170464, 0.385967, 0.961189", \
            "0.046204, 0.0510415, 0.0629486, 0.0940945, 0.175541, 0.390938, 0.966297", \
            "0.0587702, 0.0634068, 0.0754752, 0.106688, 0.188138, 0.403715, 0.979135", \
            "0.088428, 0.0933285, 0.10602, 0.13684, 0.21795, 0.432427, 1.00931", \
            "0.139251, 0.146784, 0.164768, 0.20471, 0.287908, 0.502405, 1.0746", \
            "0.226735, 0.237526, 0.263817, 0.323116, 0.441441, 0.664347, 1.2362", \
            "0.39025, 0.405012, 0.441167, 0.525021, 0.699061, 1.01642, 1.61007" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0400299, 0.0459837, 0.0618088, 0.104652, 0.219992, 0.528625, 1.35569", \
            "0.0398789, 0.0457523, 0.0618075, 0.104367, 0.220021, 0.528451, 1.35582", \
            "0.0402814, 0.0458323, 0.0615126, 0.104493, 0.220172, 0.528798, 1.35642", \
            "0.0506222, 0.0551854, 0.0682722, 0.106261, 0.220205, 0.528347, 1.35951", \
            "0.07784, 0.0844557, 0.0993899, 0.131941, 0.227583, 0.528485, 1.36022", \
            "0.119199, 0.129159, 0.153014, 0.201832, 0.293597, 0.55084, 1.35698", \
            "0.186346, 0.201105, 0.235588, 0.310631, 0.452308, 0.702719, 1.39325" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0353068, 0.0396622, 0.0507473, 0.0796398, 0.155274, 0.356503, 0.898684", \
            "0.0376205, 0.0419757, 0.0533412, 0.082116, 0.157956, 0.36168, 0.899065", \
            "0.0416076, 0.0461838, 0.0576548, 0.0867818, 0.162878, 0.364456, 0.906894", \
            "0.0450932, 0.0506806, 0.0641266, 0.0953406, 0.17191, 0.373949, 0.915907", \
            "0.0394628, 0.0478606, 0.0664634, 0.107253, 0.191848, 0.395779, 0.935394", \
            "0.0058595, 0.018681, 0.0459418, 0.10431, 0.218203, 0.445315, 0.988627", \
            "-0.0948128, -0.0769128, -0.0364099, 0.0485322, 0.210733, 0.509878, 1.1065" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0224455, 0.0279901, 0.0424976, 0.0807301, 0.18186, 0.452181, 1.17965", \
            "0.0225385, 0.0280205, 0.0426531, 0.0809255, 0.18213, 0.453549, 1.17826", \
            "0.0239686, 0.0290637, 0.0430962, 0.0805615, 0.181621, 0.45243, 1.18202", \
            "0.031347, 0.0361604, 0.0492793, 0.0838327, 0.182598, 0.452226, 1.17791", \
            "0.0498086, 0.0553004, 0.0688545, 0.102992, 0.192708, 0.452831, 1.1769", \
            "0.0871425, 0.093896, 0.110163, 0.149005, 0.240359, 0.476862, 1.18115", \
            "0.163237, 0.170308, 0.189346, 0.23705, 0.34432, 0.585504, 1.22759" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0049586, 0.0066849, 0.0111554, 0.0226959, 0.0531884, 0.134393, 0.350649", \
            "0.0048762, 0.006601, 0.0110632, 0.0226386, 0.0533099, 0.134344, 0.350752", \
            "0.0048005, 0.0064941, 0.0109609, 0.0225461, 0.0531586, 0.134665, 0.34894", \
            "0.004408, 0.0060702, 0.0104295, 0.022021, 0.0525727, 0.134065, 0.348441", \
            "0.0041553, 0.0057822, 0.0100518, 0.0215631, 0.0518745, 0.132989, 0.348301", \
            "0.004139, 0.0057363, 0.0100067, 0.0213661, 0.0516886, 0.132421, 0.349112", \
            "0.0056915, 0.0072311, 0.011469, 0.0225979, 0.0528455, 0.133888, 0.350487" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0075225, 0.0060579, 0.0020432, -0.009062, -0.0394932, -0.121283, -0.340438", \
            "0.0074353, 0.0059886, 0.0019514, -0.0091728, -0.039615, -0.121331, -0.340365", \
            "0.0075009, 0.0060356, 0.0019837, -0.009148, -0.0395328, -0.121306, -0.340449", \
            "0.007149, 0.0056756, 0.0017788, -0.0093822, -0.0397088, -0.121446, -0.340725", \
            "0.0071322, 0.0056292, 0.0015021, -0.0097512, -0.0400561, -0.121751, -0.340865", \
            "0.007015, 0.0054042, 0.0011411, -0.0101692, -0.0403384, -0.12203, -0.341095", \
            "0.0082543, 0.0065701, 0.0022106, -0.0092902, -0.0397268, -0.12131, -0.340422" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0062483, 0.0078966, 0.0122265, 0.0236473, 0.0538349, 0.134685, 0.350856", \
            "0.0059286, 0.0075977, 0.0119449, 0.0234252, 0.0538349, 0.134729, 0.350723", \
            "0.005654, 0.0072739, 0.0116221, 0.0231623, 0.0535576, 0.134529, 0.350873", \
            "0.0057233, 0.0072813, 0.0115362, 0.0229154, 0.0532403, 0.134208, 0.350905", \
            "0.0064516, 0.0079372, 0.0120886, 0.0230335, 0.0532092, 0.13409, 0.350672", \
            "0.0090556, 0.0105843, 0.0152094, 0.0259175, 0.0558212, 0.134542, 0.349598", \
            "0.0157773, 0.0170004, 0.020339, 0.0302324, 0.0589051, 0.138012, 0.351466" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0082574, 0.0067288, 0.0025935, -0.0087249, -0.0392667, -0.121144, -0.34034", \
            "0.0080098, 0.0065249, 0.0024467, -0.0088198, -0.0393147, -0.121138, -0.340278", \
            "0.0077677, 0.00628, 0.0022196, -0.0089657, -0.0393676, -0.121172, -0.340282", \
            "0.0076339, 0.0061058, 0.0019821, -0.0091786, -0.0395157, -0.121253, -0.340344", \
            "0.0081337, 0.0065128, 0.0021243, -0.0092964, -0.0396741, -0.121337, -0.340414", \
            "0.0099041, 0.0080786, 0.0034299, -0.0083958, -0.0393856, -0.121321, -0.340421", \
            "0.0161299, 0.0139386, 0.0084674, -0.0047794, -0.0370305, -0.120209, -0.340038" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.009448, 0.0110586, 0.0153513, 0.0267212, 0.0570281, 0.137758, 0.35405", \
            "0.0090986, 0.0107262, 0.0150513, 0.0264992, 0.0568437, 0.137787, 0.354309", \
            "0.0088125, 0.0104349, 0.0147622, 0.0262482, 0.0566297, 0.13778, 0.354055", \
            "0.0088226, 0.0103751, 0.0146387, 0.0260239, 0.056398, 0.137346, 0.353891", \
            "0.0093717, 0.0109015, 0.0150498, 0.0261378, 0.0563508, 0.1372, 0.352962", \
            "0.0126844, 0.0130175, 0.0168785, 0.0279096, 0.0573341, 0.1375, 0.353214", \
            "0.0182308, 0.0197845, 0.0231729, 0.0333788, 0.0617794, 0.13988, 0.357298" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0085965, 0.0070714, 0.0029276, -0.0083977, -0.0389387, -0.120809, -0.339974", \
            "0.0083594, 0.0068762, 0.0027788, -0.0084744, -0.0389867, -0.120813, -0.339984", \
            "0.0080515, 0.0065746, 0.0025166, -0.0086711, -0.0390686, -0.120866, -0.339991", \
            "0.0078595, 0.0063452, 0.0022512, -0.0088986, -0.0392176, -0.120928, -0.340053", \
            "0.008232, 0.006632, 0.0023558, -0.0090585, -0.0394044, -0.121037, -0.340086", \
            "0.0097668, 0.0080048, 0.0034286, -0.0082906, -0.039162, -0.121, -0.340064", \
            "0.0159456, 0.013808, 0.0084288, -0.0046713, -0.0368217, -0.119869, -0.339567" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0127627, 0.0143735, 0.0186682, 0.0300695, 0.0603874, 0.141281, 0.357533", \
            "0.0125181, 0.0141306, 0.0184778, 0.0299034, 0.0602986, 0.141191, 0.357462", \
            "0.0123056, 0.0139226, 0.0182358, 0.0296858, 0.060128, 0.141144, 0.357129", \
            "0.0123831, 0.0139423, 0.0182299, 0.0296521, 0.0600064, 0.14091, 0.357519", \
            "0.0131033, 0.0146358, 0.0187908, 0.0298961, 0.0601057, 0.140962, 0.356707", \
            "0.0158074, 0.017207, 0.0211012, 0.0319532, 0.0614277, 0.141018, 0.357053", \
            "0.0243538, 0.0261399, 0.0305884, 0.0391706, 0.0680731, 0.14482, 0.359044" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0084667, 0.006942, 0.0028, -0.0085254, -0.0390628, -0.120925, -0.340168", \
            "0.0082353, 0.0067504, 0.0026536, -0.0086015, -0.0391044, -0.120948, -0.340104", \
            "0.0079445, 0.0064667, 0.0024112, -0.0087826, -0.0391862, -0.120981, -0.34017", \
            "0.0077469, 0.0062418, 0.0021531, -0.0090166, -0.0393512, -0.12106, -0.340163", \
            "0.0081049, 0.0065038, 0.002253, -0.0091733, -0.0394808, -0.121185, -0.340215", \
            "0.009691, 0.0079317, 0.0033674, -0.0083811, -0.0392926, -0.121106, -0.340211", \
            "0.0165263, 0.0144027, 0.0090194, -0.0042076, -0.0365415, -0.119757, -0.339491" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001464;
      rise_capacitance : 0.001517;
      rise_capacitance_range (0.001517, 0.001517);
      fall_capacitance : 0.001412;
      fall_capacitance_range (0.001412, 0.001412);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0049225, 0.0048602, 0.0047166, 0.0050262, 0.0057399, 0.007385, 0.0111771" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0084687, 0.0083684, 0.0081373, 0.0084275, 0.0090964, 0.0106383, 0.0141926" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002313;
      rise_capacitance : 0.002379;
      rise_capacitance_range (0.002379, 0.002379);
      fall_capacitance : 0.002247;
      fall_capacitance_range (0.002247, 0.002247);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045707, -0.004575, -0.0045851, -0.0045745, -0.0045502, -0.0044942, -0.0043652" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052887, 0.0052869, 0.0052826, 0.0052871, 0.0052974, 0.0053213, 0.0053763" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002329;
      rise_capacitance : 0.002414;
      rise_capacitance_range (0.002414, 0.002414);
      fall_capacitance : 0.002244;
      fall_capacitance_range (0.002244, 0.002244);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045233, -0.004515, -0.0044959, -0.0044957, -0.0044952, -0.0044942, -0.0044919" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0050692, 0.0050739, 0.0050847, 0.0051056, 0.0051539, 0.0052652, 0.0055217" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002312;
      rise_capacitance : 0.002417;
      rise_capacitance_range (0.002417, 0.002417);
      fall_capacitance : 0.002208;
      fall_capacitance_range (0.002208, 0.002208);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044489, -0.0044464, -0.0044407, -0.0044413, -0.0044427, -0.004446, -0.0044535" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044569, 0.0044551, 0.004451, 0.0044528, 0.004457, 0.0044665, 0.0044884" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand4b_2) {
    area : 15.0144;
    cell_footprint : "nand4b";
    cell_leakage_power : 0.00324284;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 7.81383e-05;
      when : "!AN&!B&!C&D";
    }
    leakage_power () {
      value : 8.2063e-05;
      when : "!AN&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0001128;
      when : "!AN&!B&C&D";
    }
    leakage_power () {
      value : 7.67135e-05;
      when : "!AN&!B&C&!D";
    }
    leakage_power () {
      value : 0.0004897;
      when : "!AN&B&!C&D";
    }
    leakage_power () {
      value : 0.0001028;
      when : "!AN&B&!C&!D";
    }
    leakage_power () {
      value : 0.0496366;
      when : "!AN&B&C&D";
    }
    leakage_power () {
      value : 0.0006127;
      when : "!AN&B&C&!D";
    }
    leakage_power () {
      value : 0.0001917;
      when : "AN&!B&!C&D";
    }
    leakage_power () {
      value : 6.41602e-05;
      when : "AN&!B&!C&!D";
    }
    leakage_power () {
      value : 6.48658e-05;
      when : "AN&!B&C&D";
    }
    leakage_power () {
      value : 6.55713e-05;
      when : "AN&!B&C&!D";
    }
    leakage_power () {
      value : 6.55279e-05;
      when : "AN&B&!C&D";
    }
    leakage_power () {
      value : 6.81919e-05;
      when : "AN&B&!C&!D";
    }
    leakage_power () {
      value : 0.0001089;
      when : "AN&B&C&D";
    }
    leakage_power () {
      value : 6.49561e-05;
      when : "AN&B&C&!D";
    }
    leakage_power () {
      value : 0.00324284;
    }
    pin (Y) {
      direction : output;
      function : "(AN) | (!B) | (!C) | (!D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.333262;
      max_transition : 1.49944;
      timing () {
        related_pin : "AN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0570674, 0.0602891, 0.0691364, 0.0930314, 0.16008, 0.356925, 0.932101", \
            "0.0610105, 0.0642574, 0.0731095, 0.097015, 0.164113, 0.360803, 0.937204", \
            "0.0703821, 0.0735962, 0.0823462, 0.106213, 0.173392, 0.370639, 0.9511", \
            "0.0875479, 0.0908406, 0.0996505, 0.123453, 0.190757, 0.388764, 0.967528", \
            "0.105988, 0.109723, 0.118982, 0.143371, 0.210812, 0.407893, 0.984738", \
            "0.116028, 0.120637, 0.132014, 0.158131, 0.225119, 0.421403, 0.999586", \
            "0.0933417, 0.0991491, 0.113918, 0.146559, 0.216511, 0.412794, 0.989154" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.021762, 0.0251086, 0.0352449, 0.0665856, 0.16209, 0.445301, 1.27802", \
            "0.0218098, 0.0251382, 0.0353056, 0.0664678, 0.162076, 0.445594, 1.27717", \
            "0.0218693, 0.0251729, 0.0353969, 0.0666803, 0.16214, 0.447231, 1.28715", \
            "0.0239758, 0.027137, 0.0366647, 0.0670027, 0.161617, 0.448083, 1.28404", \
            "0.0294825, 0.0323146, 0.040845, 0.0690994, 0.161837, 0.444603, 1.28522", \
            "0.0386013, 0.0417414, 0.0509391, 0.075369, 0.163763, 0.443872, 1.27981", \
            "0.0531101, 0.0571816, 0.067582, 0.0930412, 0.170407, 0.446773, 1.2856" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0978933, 0.10216, 0.113555, 0.142786, 0.220971, 0.449554, 1.11729", \
            "0.102162, 0.106357, 0.117696, 0.146964, 0.225196, 0.453054, 1.12428", \
            "0.113178, 0.117459, 0.128652, 0.157856, 0.236157, 0.463291, 1.13279", \
            "0.140529, 0.144774, 0.155973, 0.185171, 0.263579, 0.490973, 1.16295", \
            "0.195152, 0.199731, 0.211708, 0.241276, 0.319297, 0.547802, 1.22462", \
            "0.279652, 0.285116, 0.299303, 0.331613, 0.41105, 0.637359, 1.31107", \
            "0.419843, 0.426238, 0.443539, 0.482322, 0.565994, 0.791536, 1.46014" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0332877, 0.0376996, 0.0501531, 0.0853765, 0.189948, 0.506815, 1.44064", \
            "0.0330576, 0.0377764, 0.0499364, 0.0853218, 0.190281, 0.506319, 1.44739", \
            "0.0331076, 0.0375506, 0.0500505, 0.0854198, 0.190208, 0.506114, 1.44068", \
            "0.0334536, 0.0376218, 0.0502881, 0.0854631, 0.189883, 0.506204, 1.44614", \
            "0.0379049, 0.0420796, 0.0541631, 0.0881149, 0.190661, 0.506495, 1.44649", \
            "0.0480598, 0.0521288, 0.0641065, 0.0969639, 0.195049, 0.505897, 1.44243", \
            "0.0611824, 0.0659948, 0.0794298, 0.111661, 0.203489, 0.508207, 1.44162" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0322605, 0.0353746, 0.0443064, 0.0695147, 0.142047, 0.353236, 0.975605", \
            "0.0370457, 0.0401335, 0.0491386, 0.0745745, 0.147376, 0.358621, 0.981271", \
            "0.0497302, 0.0527517, 0.0618082, 0.0871604, 0.159688, 0.371467, 0.995606", \
            "0.0763811, 0.080556, 0.0915518, 0.117491, 0.190334, 0.402719, 1.02221", \
            "0.120446, 0.126711, 0.143181, 0.18165, 0.26101, 0.472409, 1.09599", \
            "0.198342, 0.20725, 0.231298, 0.288949, 0.408586, 0.637227, 1.25617", \
            "0.34937, 0.361542, 0.394403, 0.475172, 0.651597, 0.992255, 1.64115" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0294271, 0.033363, 0.0449269, 0.0794781, 0.18168, 0.485121, 1.38415", \
            "0.029374, 0.0332821, 0.0449194, 0.0794943, 0.18138, 0.485483, 1.38197", \
            "0.0312902, 0.0346858, 0.0452363, 0.0794995, 0.181663, 0.484678, 1.38269", \
            "0.0451934, 0.0481594, 0.0562402, 0.0840468, 0.181383, 0.485328, 1.38454", \
            "0.0699878, 0.0746309, 0.0868462, 0.115465, 0.194727, 0.486061, 1.38666", \
            "0.1098, 0.116867, 0.136042, 0.179608, 0.269704, 0.508228, 1.38261", \
            "0.180279, 0.189594, 0.217239, 0.282386, 0.418494, 0.665488, 1.4155" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0339889, 0.0373844, 0.0471453, 0.074411, 0.151589, 0.378372, 1.0483", \
            "0.0364441, 0.0399395, 0.0497724, 0.0774276, 0.155064, 0.383786, 1.05123", \
            "0.0413672, 0.0452345, 0.0554694, 0.0832739, 0.161716, 0.388309, 1.05827", \
            "0.0460479, 0.0512246, 0.0648883, 0.0974243, 0.177612, 0.405148, 1.07799", \
            "0.0426542, 0.0501834, 0.0698994, 0.115607, 0.213267, 0.445583, 1.11706", \
            "0.0145539, 0.0249898, 0.053265, 0.119782, 0.258342, 0.534105, 1.20868", \
            "-0.0730881, -0.0584289, -0.0192372, 0.0745186, 0.272864, 0.659383, 1.41415" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0264531, 0.0308857, 0.0439696, 0.0813936, 0.18931, 0.505411, 1.44073", \
            "0.0265393, 0.0309514, 0.0440486, 0.0816244, 0.189075, 0.506614, 1.44108", \
            "0.0293811, 0.0333901, 0.0453901, 0.0813782, 0.189321, 0.505631, 1.44083", \
            "0.0390848, 0.0433588, 0.055965, 0.0883373, 0.190015, 0.506622, 1.4467", \
            "0.0596888, 0.0647407, 0.0790218, 0.115157, 0.208157, 0.507318, 1.44653", \
            "0.0984078, 0.104413, 0.122834, 0.168958, 0.274623, 0.546647, 1.44104", \
            "0.170538, 0.178546, 0.201993, 0.261103, 0.400422, 0.698389, 1.49944" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0389368, 0.0419716, 0.0508547, 0.0761602, 0.149061, 0.361207, 0.98802", \
            "0.0438864, 0.0469801, 0.0559176, 0.0814883, 0.154134, 0.366692, 0.992343", \
            "0.0563219, 0.0593902, 0.0685576, 0.09374, 0.16689, 0.379272, 1.00548", \
            "0.0859706, 0.0896567, 0.0995158, 0.124651, 0.197778, 0.409836, 1.03916", \
            "0.135674, 0.141217, 0.156209, 0.191894, 0.269147, 0.478315, 1.10328", \
            "0.223508, 0.231316, 0.252527, 0.305387, 0.418978, 0.64541, 1.26743", \
            "0.38895, 0.399713, 0.428754, 0.502778, 0.672997, 1.00339, 1.65303" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.03793, 0.0416717, 0.0532367, 0.0876224, 0.190867, 0.49707, 1.40675", \
            "0.0378411, 0.0416869, 0.0533635, 0.0877727, 0.191014, 0.497455, 1.40286", \
            "0.0384415, 0.0420088, 0.053195, 0.0876206, 0.1913, 0.498075, 1.40516", \
            "0.0497085, 0.0526838, 0.0615632, 0.0908478, 0.191136, 0.497462, 1.4079", \
            "0.0766556, 0.0812586, 0.0921378, 0.119462, 0.202007, 0.497598, 1.40498", \
            "0.118233, 0.12484, 0.142714, 0.185732, 0.273369, 0.518942, 1.40554", \
            "0.186578, 0.196702, 0.222867, 0.288234, 0.422337, 0.674673, 1.43266" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0385018, 0.0419291, 0.0516367, 0.0787126, 0.156134, 0.382835, 1.05278", \
            "0.0404691, 0.0439363, 0.0537866, 0.0810491, 0.15864, 0.385502, 1.05553", \
            "0.0438515, 0.0475156, 0.057608, 0.0851546, 0.163155, 0.390142, 1.05972", \
            "0.0465468, 0.0509039, 0.0629235, 0.093128, 0.17262, 0.401364, 1.06981", \
            "0.0411421, 0.0474137, 0.0639848, 0.103291, 0.193117, 0.423072, 1.09614", \
            "0.0071962, 0.0163956, 0.0417088, 0.0983651, 0.219369, 0.476005, 1.15007", \
            "-0.0946014, -0.0808301, -0.0456265, 0.0370705, 0.211844, 0.551121, 1.27528" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0265357, 0.0310917, 0.044174, 0.0815552, 0.189069, 0.505428, 1.44097", \
            "0.0266039, 0.0311763, 0.0442326, 0.0813672, 0.189377, 0.505369, 1.44234", \
            "0.0284841, 0.0327143, 0.0450014, 0.08157, 0.189026, 0.506074, 1.44053", \
            "0.0355842, 0.0397488, 0.0518958, 0.0855735, 0.189899, 0.506717, 1.441", \
            "0.0541427, 0.0586235, 0.0711373, 0.10491, 0.201098, 0.507361, 1.44651", \
            "0.0924215, 0.0975738, 0.112735, 0.151642, 0.248772, 0.529758, 1.44067", \
            "0.169052, 0.17476, 0.191752, 0.239059, 0.35653, 0.643334, 1.47773" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0432207, 0.0462708, 0.0550735, 0.0798803, 0.150008, 0.354015, 0.953265", \
            "0.0482001, 0.051295, 0.0599776, 0.0848512, 0.155269, 0.358631, 0.956992", \
            "0.0606277, 0.0637254, 0.0725979, 0.0975871, 0.168118, 0.371561, 0.970586", \
            "0.0908236, 0.0942287, 0.103279, 0.127605, 0.197682, 0.401163, 0.999921", \
            "0.143729, 0.14853, 0.161627, 0.194539, 0.26793, 0.470699, 1.06732", \
            "0.233403, 0.240581, 0.259861, 0.30822, 0.416218, 0.633972, 1.22875", \
            "0.40164, 0.411047, 0.436678, 0.504472, 0.662829, 0.982533, 1.60828" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0454918, 0.0493243, 0.060304, 0.0935702, 0.193554, 0.492204, 1.37435", \
            "0.0453399, 0.0492063, 0.0603089, 0.0935841, 0.193714, 0.49132, 1.37184", \
            "0.0449628, 0.0486099, 0.0597186, 0.0933845, 0.193174, 0.491578, 1.37439", \
            "0.0544577, 0.0573105, 0.0666531, 0.0959048, 0.193757, 0.491292, 1.37488", \
            "0.0818527, 0.0857726, 0.0964589, 0.123543, 0.205068, 0.491633, 1.3722", \
            "0.124395, 0.131189, 0.147453, 0.188233, 0.274689, 0.517207, 1.37223", \
            "0.192986, 0.202003, 0.227777, 0.289641, 0.419835, 0.673668, 1.41039" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0423936, 0.0458785, 0.0555161, 0.0824892, 0.159982, 0.389036, 1.05632", \
            "0.0447133, 0.0482676, 0.0579874, 0.0855121, 0.163121, 0.392161, 1.05945", \
            "0.0484806, 0.052018, 0.0619619, 0.0896458, 0.167586, 0.39551, 1.06403", \
            "0.0516438, 0.0556993, 0.0666009, 0.0956506, 0.174332, 0.401551, 1.0755", \
            "0.0466685, 0.0520975, 0.0665682, 0.102202, 0.187516, 0.417477, 1.0871", \
            "0.0125017, 0.0206489, 0.0420726, 0.0939491, 0.203107, 0.450729, 1.12791", \
            "-0.0922183, -0.0800588, -0.0480421, 0.027289, 0.183509, 0.49683, 1.20666" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0265726, 0.0311205, 0.0441731, 0.0813981, 0.189767, 0.50699, 1.44098", \
            "0.0265968, 0.0311772, 0.0441701, 0.0816334, 0.189027, 0.507264, 1.4408", \
            "0.0276032, 0.0319232, 0.0445793, 0.0815191, 0.189388, 0.507174, 1.44095", \
            "0.032889, 0.036932, 0.0491235, 0.0840828, 0.189558, 0.506137, 1.44382", \
            "0.0486905, 0.0527535, 0.0643148, 0.0985049, 0.197439, 0.506507, 1.44089", \
            "0.0849699, 0.089636, 0.102949, 0.139546, 0.235256, 0.52285, 1.44398", \
            "0.164612, 0.169195, 0.183116, 0.223296, 0.32875, 0.611065, 1.47076" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0076375, 0.0097007, 0.0156526, 0.0325504, 0.080671, 0.221557, 0.632164", \
            "0.0075766, 0.0096359, 0.0156118, 0.0324825, 0.0806354, 0.221849, 0.63223", \
            "0.0075342, 0.0095671, 0.0154612, 0.0323109, 0.0805831, 0.221158, 0.637671", \
            "0.0070166, 0.0089724, 0.014688, 0.0314452, 0.0797648, 0.222177, 0.636117", \
            "0.0068771, 0.0087897, 0.0141946, 0.0307306, 0.0786075, 0.219929, 0.635", \
            "0.0070233, 0.0088473, 0.014268, 0.0306261, 0.0782414, 0.219013, 0.634069", \
            "0.0086172, 0.0103522, 0.0156301, 0.0318929, 0.079197, 0.219237, 0.632246" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0132303, 0.0115704, 0.0063192, -0.0093907, -0.056894, -0.198471, -0.61752", \
            "0.0131591, 0.011446, 0.0061948, -0.0094829, -0.056949, -0.198437, -0.617674", \
            "0.0131914, 0.0114488, 0.0062705, -0.0094564, -0.056924, -0.198509, -0.617622", \
            "0.012795, 0.0110102, 0.0057428, -0.0100379, -0.0574419, -0.198862, -0.617949", \
            "0.0126844, 0.0108591, 0.0055269, -0.0102518, -0.0577827, -0.199327, -0.618271", \
            "0.012794, 0.0109298, 0.0052901, -0.0105895, -0.0581983, -0.199693, -0.618706", \
            "0.0153534, 0.013244, 0.0073632, -0.0091783, -0.0572297, -0.198545, -0.617509" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0119774, 0.013899, 0.0194385, 0.0356879, 0.0832594, 0.223616, 0.637115", \
            "0.0112929, 0.0132093, 0.0188252, 0.0352628, 0.0830526, 0.223191, 0.636903", \
            "0.0105248, 0.0124265, 0.0180454, 0.034599, 0.0826413, 0.223161, 0.637161", \
            "0.0103975, 0.0122821, 0.0177717, 0.0339193, 0.0819386, 0.222332, 0.636386", \
            "0.0114062, 0.0132381, 0.0186853, 0.0346265, 0.0822875, 0.222647, 0.635019", \
            "0.014306, 0.015968, 0.0211955, 0.0370374, 0.0845519, 0.223242, 0.636275", \
            "0.0255318, 0.0270662, 0.0316085, 0.0455024, 0.0893203, 0.227546, 0.636362" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0166452, 0.0149358, 0.0096619, -0.0063351, -0.0541939, -0.195986, -0.615207", \
            "0.0162111, 0.0144844, 0.0092899, -0.0065274, -0.0542717, -0.196022, -0.615228", \
            "0.0156285, 0.0139171, 0.0087746, -0.0069139, -0.0544551, -0.196107, -0.615205", \
            "0.0152673, 0.0134891, 0.0082851, -0.0074224, -0.0548445, -0.196262, -0.61527", \
            "0.0157556, 0.0138873, 0.0083954, -0.0076358, -0.0551109, -0.196446, -0.615395", \
            "0.0182987, 0.0161812, 0.0102693, -0.0064973, -0.0550359, -0.196663, -0.615625", \
            "0.0277868, 0.0253168, 0.0181654, -0.0007495, -0.0513275, -0.195195, -0.615198" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0183946, 0.0202295, 0.0256791, 0.0417806, 0.0893656, 0.229358, 0.642851", \
            "0.0178537, 0.0197183, 0.0252147, 0.0414568, 0.0891081, 0.229213, 0.64293", \
            "0.0171337, 0.0189978, 0.0245875, 0.0409413, 0.0886328, 0.228879, 0.643158", \
            "0.0169479, 0.0188353, 0.0242719, 0.0404389, 0.0882635, 0.228807, 0.643601", \
            "0.0175826, 0.0193593, 0.0247189, 0.0406728, 0.0880983, 0.228141, 0.642354", \
            "0.021034, 0.0228274, 0.028455, 0.044669, 0.0913476, 0.230474, 0.64305", \
            "0.0316035, 0.0337885, 0.0385768, 0.0516811, 0.0961921, 0.233685, 0.644095" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0169185, 0.0151776, 0.009906, -0.0061133, -0.0539874, -0.195795, -0.615021", \
            "0.0164306, 0.0147372, 0.0095518, -0.006327, -0.0540905, -0.19584, -0.61504", \
            "0.0158604, 0.01415, 0.0090116, -0.006704, -0.0542836, -0.195925, -0.615088", \
            "0.0154103, 0.0136684, 0.008489, -0.0072394, -0.0546327, -0.19609, -0.615144", \
            "0.0158056, 0.0139344, 0.0084712, -0.0075042, -0.0549636, -0.196253, -0.615195", \
            "0.0180595, 0.0160224, 0.0101741, -0.0064735, -0.0548693, -0.196467, -0.61535", \
            "0.0277412, 0.0252757, 0.0183443, -0.000477, -0.0510452, -0.194932, -0.614792" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0259928, 0.0278604, 0.0333833, 0.0496314, 0.097377, 0.237727, 0.65132", \
            "0.025459, 0.0273499, 0.0329051, 0.0492579, 0.0969926, 0.237351, 0.650946", \
            "0.0248975, 0.0268031, 0.0323879, 0.0487767, 0.0967069, 0.237098, 0.651236", \
            "0.0248393, 0.0266761, 0.0322343, 0.0485224, 0.096072, 0.236848, 0.651029", \
            "0.0263528, 0.0281709, 0.033727, 0.049645, 0.0969677, 0.236794, 0.650992", \
            "0.0312726, 0.032907, 0.0380626, 0.0536699, 0.100544, 0.238984, 0.651286", \
            "0.0434507, 0.0449337, 0.0495534, 0.0633012, 0.108212, 0.245338, 0.655106" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147777, 0.00436759, 0.0129086, 0.0381517, 0.112759, 0.333262");
          values ( \
            "0.0165808, 0.0148091, 0.0094923, -0.0065218, -0.0544112, -0.196201, -0.615465", \
            "0.016133, 0.014427, 0.0091839, -0.0067036, -0.0544871, -0.196238, -0.61548", \
            "0.0155922, 0.0138892, 0.0087143, -0.0070416, -0.0546675, -0.196316, -0.615475", \
            "0.0152008, 0.0134394, 0.0082247, -0.0075368, -0.0549837, -0.196463, -0.615548", \
            "0.0157049, 0.0138311, 0.0081697, -0.0078054, -0.0552665, -0.196651, -0.615545", \
            "0.017716, 0.0156835, 0.0098717, -0.0067173, -0.0551833, -0.196738, -0.615738", \
            "0.0284173, 0.0259764, 0.0190469, 9.6e-05, -0.0508668, -0.194812, -0.614795" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001604;
      rise_capacitance : 0.001666;
      rise_capacitance_range (0.001666, 0.001666);
      fall_capacitance : 0.001541;
      fall_capacitance_range (0.001541, 0.001541);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0097288, 0.0096584, 0.0094962, 0.0098143, 0.0105476, 0.0122378, 0.0161339" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0117037, 0.011589, 0.0113248, 0.0116372, 0.0123573, 0.0140172, 0.0178435" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004448;
      rise_capacitance : 0.004553;
      rise_capacitance_range (0.004553, 0.004553);
      fall_capacitance : 0.004343;
      fall_capacitance_range (0.004343, 0.004343);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0089187, -0.0089199, -0.0089228, -0.0089058, -0.0088667, -0.0087765, -0.0085686" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0103045, 0.0103057, 0.0103085, 0.0103206, 0.0103486, 0.010413, 0.0105616" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004458;
      rise_capacitance : 0.004614;
      rise_capacitance_range (0.004614, 0.004614);
      fall_capacitance : 0.004302;
      fall_capacitance_range (0.004302, 0.004302);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0089163, -0.0089068, -0.0088848, -0.0088819, -0.0088751, -0.0088594, -0.0088233" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0096588, 0.0096602, 0.0096634, 0.0097097, 0.0098163, 0.0100622, 0.0106289" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004478;
      rise_capacitance : 0.004698;
      rise_capacitance_range (0.004698, 0.004698);
      fall_capacitance : 0.004257;
      fall_capacitance_range (0.004257, 0.004257);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0088679, -0.0088708, -0.0088775, -0.0088767, -0.0088749, -0.0088707, -0.0088612" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088826, 0.008881, 0.0088772, 0.008874, 0.0088667, 0.0088498, 0.008811" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand4b_4) {
    area : 23.7728;
    cell_footprint : "nand4b";
    cell_leakage_power : 0.0211395;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0004647;
      when : "!AN&!B&!C&D";
    }
    leakage_power () {
      value : 0.0474917;
      when : "!AN&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0001448;
      when : "!AN&!B&C&D";
    }
    leakage_power () {
      value : 0.0005108;
      when : "!AN&!B&C&!D";
    }
    leakage_power () {
      value : 0.0001724;
      when : "!AN&B&!C&D";
    }
    leakage_power () {
      value : 0.0709808;
      when : "!AN&B&!C&!D";
    }
    leakage_power () {
      value : 0.0991578;
      when : "!AN&B&C&D";
    }
    leakage_power () {
      value : 0.000193;
      when : "!AN&B&C&!D";
    }
    leakage_power () {
      value : 0.0291773;
      when : "AN&!B&!C&D";
    }
    leakage_power () {
      value : 0.0291773;
      when : "AN&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0291773;
      when : "AN&!B&C&D";
    }
    leakage_power () {
      value : 0.0062915;
      when : "AN&!B&C&!D";
    }
    leakage_power () {
      value : 0.0062922;
      when : "AN&B&!C&D";
    }
    leakage_power () {
      value : 0.0062937;
      when : "AN&B&!C&!D";
    }
    leakage_power () {
      value : 0.006411;
      when : "AN&B&C&D";
    }
    leakage_power () {
      value : 0.0062955;
      when : "AN&B&C&!D";
    }
    leakage_power () {
      value : 0.0211395;
    }
    pin (Y) {
      direction : output;
      function : "(AN) | (!B) | (!C) | (!D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.568552;
      max_transition : 1.49769;
      timing () {
        related_pin : "AN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0633079, 0.0654623, 0.0720135, 0.091268, 0.14893, 0.331982, 0.917284", \
            "0.0668719, 0.0690464, 0.075582, 0.0948345, 0.152694, 0.334485, 0.918845", \
            "0.075543, 0.0776907, 0.084161, 0.103303, 0.161159, 0.344004, 0.926928", \
            "0.0925291, 0.0946688, 0.101166, 0.120248, 0.177767, 0.361473, 0.953027", \
            "0.11049, 0.11292, 0.119952, 0.139345, 0.197372, 0.378763, 0.963693", \
            "0.118127, 0.121081, 0.129661, 0.151231, 0.208519, 0.391506, 0.978409", \
            "0.0904161, 0.0939156, 0.104697, 0.132167, 0.194183, 0.374568, 0.9584" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.023988, 0.0261105, 0.0331935, 0.0570317, 0.137246, 0.400269, 1.246", \
            "0.0240055, 0.0261174, 0.0332413, 0.0570954, 0.13713, 0.398138, 1.23805", \
            "0.0240449, 0.0261559, 0.0332896, 0.0571161, 0.137446, 0.399511, 1.24182", \
            "0.0259739, 0.0279969, 0.0345837, 0.0577431, 0.137093, 0.399913, 1.25043", \
            "0.0316462, 0.0334735, 0.0392569, 0.0604305, 0.137921, 0.399537, 1.23764", \
            "0.0411934, 0.0429442, 0.0490657, 0.068168, 0.139844, 0.397915, 1.24204", \
            "0.0563215, 0.0594483, 0.0665197, 0.0867229, 0.148875, 0.400241, 1.23738" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0866755, 0.0892569, 0.0970049, 0.119584, 0.186368, 0.396795, 1.07532", \
            "0.0912017, 0.0937867, 0.101591, 0.124203, 0.190996, 0.402516, 1.08353", \
            "0.103017, 0.105598, 0.113348, 0.136008, 0.202841, 0.413283, 1.09336", \
            "0.131155, 0.133671, 0.141326, 0.163819, 0.230662, 0.441956, 1.12214", \
            "0.184783, 0.187544, 0.195692, 0.218747, 0.285635, 0.496062, 1.17496", \
            "0.267588, 0.271002, 0.280997, 0.307044, 0.374947, 0.584979, 1.26739", \
            "0.409215, 0.413254, 0.425293, 0.456604, 0.529059, 0.738627, 1.41608" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0338456, 0.0368132, 0.0459754, 0.0745797, 0.165537, 0.466307, 1.43042", \
            "0.0337228, 0.0367474, 0.0459444, 0.0743911, 0.166005, 0.465117, 1.43291", \
            "0.0337406, 0.0367684, 0.0460163, 0.0744427, 0.16564, 0.465685, 1.43099", \
            "0.0341468, 0.0370898, 0.0462778, 0.0748147, 0.16606, 0.464583, 1.4309", \
            "0.0390181, 0.0417641, 0.0506095, 0.0779348, 0.166887, 0.465397, 1.43443", \
            "0.0487074, 0.0515608, 0.0602396, 0.0861516, 0.170821, 0.464997, 1.43396", \
            "0.0624521, 0.065639, 0.0752828, 0.101643, 0.181775, 0.468201, 1.43143" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0346269, 0.0367194, 0.0432464, 0.0635419, 0.126391, 0.325901, 0.976026", \
            "0.0393716, 0.0414636, 0.0480623, 0.0686381, 0.131846, 0.331321, 0.977622", \
            "0.0518841, 0.0539215, 0.0603866, 0.0806434, 0.144274, 0.344103, 0.987585", \
            "0.079411, 0.082087, 0.0900553, 0.111142, 0.174213, 0.37326, 1.01752", \
            "0.124913, 0.128906, 0.140877, 0.172772, 0.245704, 0.444727, 1.08426", \
            "0.206927, 0.2125, 0.229498, 0.276126, 0.385206, 0.608663, 1.24731", \
            "0.364979, 0.373318, 0.396461, 0.461074, 0.619196, 0.957231, 1.63014" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0322618, 0.0347889, 0.0432528, 0.0702398, 0.158146, 0.444331, 1.37398", \
            "0.0322874, 0.0347623, 0.0432252, 0.0701133, 0.158244, 0.443433, 1.36997", \
            "0.0336492, 0.0359536, 0.0436337, 0.0701775, 0.157935, 0.443668, 1.36778", \
            "0.0470434, 0.0488248, 0.0545073, 0.0758949, 0.15826, 0.444519, 1.36806", \
            "0.072344, 0.0752374, 0.0840405, 0.107882, 0.17426, 0.444123, 1.36942", \
            "0.111667, 0.116742, 0.130416, 0.166682, 0.251016, 0.47304, 1.36988", \
            "0.184073, 0.189635, 0.208723, 0.261753, 0.386897, 0.63701, 1.39896" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0356527, 0.0378691, 0.0449539, 0.0660266, 0.132081, 0.342252, 1.02118", \
            "0.037843, 0.0400963, 0.0472868, 0.0685994, 0.134724, 0.34514, 1.0241", \
            "0.0419159, 0.044467, 0.0520076, 0.0740293, 0.140987, 0.352733, 1.03075", \
            "0.0459702, 0.0491826, 0.058785, 0.0855568, 0.155149, 0.366854, 1.04633", \
            "0.0416655, 0.0464339, 0.0610295, 0.0979741, 0.184804, 0.402651, 1.08828", \
            "0.0109028, 0.0183455, 0.0379856, 0.0918987, 0.216935, 0.484619, 1.17358", \
            "-0.0811125, -0.0726144, -0.044701, 0.0302296, 0.207557, 0.583046, 1.36164" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0298661, 0.0328247, 0.0423188, 0.0718789, 0.165145, 0.465861, 1.43075", \
            "0.0298686, 0.032848, 0.042247, 0.0718659, 0.165014, 0.463834, 1.43071", \
            "0.0326981, 0.0353259, 0.0439478, 0.0721745, 0.164996, 0.464692, 1.43153", \
            "0.0418181, 0.0447906, 0.0539431, 0.0800002, 0.167188, 0.464646, 1.4312", \
            "0.0620738, 0.0656076, 0.0757535, 0.105086, 0.187078, 0.4662, 1.43396", \
            "0.101147, 0.105271, 0.11806, 0.155049, 0.24935, 0.509177, 1.43283", \
            "0.1747, 0.179769, 0.195423, 0.242971, 0.366101, 0.658119, 1.49769" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0435575, 0.0456321, 0.0520801, 0.0723277, 0.13566, 0.336427, 0.981149", \
            "0.0483601, 0.0504292, 0.0570452, 0.0774611, 0.140862, 0.34172, 0.985869", \
            "0.060561, 0.0625893, 0.0691361, 0.0896025, 0.153326, 0.353808, 0.999246", \
            "0.0904531, 0.0928189, 0.0998884, 0.120175, 0.183555, 0.38434, 1.0307", \
            "0.142138, 0.145618, 0.156188, 0.185331, 0.254879, 0.454767, 1.10104", \
            "0.233572, 0.238466, 0.25346, 0.295773, 0.398813, 0.619189, 1.26001", \
            "0.406811, 0.413404, 0.433787, 0.492075, 0.64113, 0.968681, 1.64207" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0423278, 0.044922, 0.0532174, 0.0804254, 0.169843, 0.462774, 1.40402", \
            "0.0421095, 0.0448583, 0.0531241, 0.0805283, 0.169557, 0.461748, 1.40786", \
            "0.0422791, 0.0447771, 0.0528558, 0.0803957, 0.169738, 0.460915, 1.4036", \
            "0.0528418, 0.0545845, 0.0610158, 0.0842191, 0.169758, 0.46155, 1.40727", \
            "0.079465, 0.0824609, 0.0908447, 0.113886, 0.183669, 0.461787, 1.40815", \
            "0.121512, 0.125528, 0.138379, 0.173365, 0.256705, 0.489104, 1.40669", \
            "0.19167, 0.197516, 0.216163, 0.26806, 0.392856, 0.647142, 1.43401" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0415927, 0.0437399, 0.0507474, 0.0717132, 0.137527, 0.3478, 1.02673", \
            "0.0433742, 0.0457022, 0.0527485, 0.0741125, 0.14042, 0.350631, 1.03338", \
            "0.0465032, 0.0488659, 0.0561103, 0.0779385, 0.144571, 0.355505, 1.03335", \
            "0.0485912, 0.051349, 0.0597583, 0.0842519, 0.152516, 0.363809, 1.04388", \
            "0.0423201, 0.0462872, 0.0583519, 0.0904284, 0.169166, 0.384901, 1.0724", \
            "0.0066635, 0.0122737, 0.0295507, 0.0762499, 0.185104, 0.431213, 1.11499", \
            "-0.100527, -0.0918369, -0.0669461, 0.0012237, 0.156185, 0.489364, 1.22712" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0299058, 0.0328858, 0.0423156, 0.0719135, 0.165033, 0.465834, 1.43053", \
            "0.03006, 0.0329372, 0.0423665, 0.0717772, 0.165044, 0.464768, 1.43267", \
            "0.0319211, 0.0345123, 0.0433653, 0.0720472, 0.165157, 0.464383, 1.43545", \
            "0.0388635, 0.0415629, 0.0504037, 0.0772647, 0.166397, 0.464696, 1.43235", \
            "0.0573765, 0.0601386, 0.0691875, 0.0965162, 0.180302, 0.46665, 1.43627", \
            "0.0966677, 0.0998728, 0.110175, 0.141043, 0.227914, 0.492772, 1.43289", \
            "0.17531, 0.178936, 0.190224, 0.227179, 0.329413, 0.60547, 1.46834" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0453647, 0.0473043, 0.0534677, 0.0724725, 0.13093, 0.313877, 0.901023", \
            "0.0502592, 0.0522358, 0.0584484, 0.0775114, 0.135945, 0.318816, 0.908117", \
            "0.0626352, 0.0645675, 0.0707969, 0.0899876, 0.148485, 0.331642, 0.918827", \
            "0.0928489, 0.0949679, 0.101309, 0.119939, 0.178328, 0.361471, 0.948244", \
            "0.146619, 0.149606, 0.158796, 0.184747, 0.248743, 0.429117, 1.01568", \
            "0.238788, 0.242963, 0.255986, 0.293297, 0.387676, 0.593789, 1.17616", \
            "0.41248, 0.418031, 0.434466, 0.486704, 0.621514, 0.925036, 1.54997" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0487426, 0.0510875, 0.0588822, 0.0838157, 0.166557, 0.437327, 1.31387", \
            "0.048581, 0.0508902, 0.058681, 0.0837851, 0.166535, 0.437449, 1.3164", \
            "0.0478764, 0.0502133, 0.0578939, 0.0833726, 0.166237, 0.437525, 1.31467", \
            "0.0568362, 0.0587208, 0.0650797, 0.0869643, 0.166056, 0.43726, 1.31349", \
            "0.0832877, 0.0859243, 0.0938306, 0.115543, 0.182078, 0.436805, 1.31332", \
            "0.125706, 0.129624, 0.141314, 0.174261, 0.252895, 0.471076, 1.31418", \
            "0.195461, 0.200853, 0.220026, 0.266827, 0.384245, 0.631787, 1.35767" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0446263, 0.0467849, 0.0536982, 0.0749502, 0.140972, 0.352655, 1.02918", \
            "0.046448, 0.0487568, 0.0557811, 0.0771074, 0.143268, 0.353552, 1.03616", \
            "0.0492464, 0.0515237, 0.0587185, 0.0803441, 0.147034, 0.358538, 1.03572", \
            "0.0506594, 0.0531596, 0.0610413, 0.0841087, 0.1516, 0.362613, 1.04234", \
            "0.0437211, 0.0470057, 0.0569103, 0.0847206, 0.158826, 0.373183, 1.05205", \
            "0.0057471, 0.0107637, 0.0256798, 0.0661316, 0.160966, 0.393723, 1.07666", \
            "-0.105465, -0.0981654, -0.0760479, -0.0176782, 0.117954, 0.410395, 1.13285" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0299559, 0.0329169, 0.0422824, 0.0719571, 0.165079, 0.465301, 1.43164", \
            "0.0300549, 0.0329354, 0.0423706, 0.0718068, 0.164843, 0.464811, 1.43613", \
            "0.0309133, 0.033734, 0.0428325, 0.0719901, 0.165075, 0.465139, 1.43493", \
            "0.0359155, 0.0384688, 0.0473197, 0.0750108, 0.165904, 0.464802, 1.43191", \
            "0.050694, 0.0533399, 0.0615356, 0.0882941, 0.174602, 0.466135, 1.43621", \
            "0.0873657, 0.0900442, 0.0987728, 0.126223, 0.209294, 0.485812, 1.43683", \
            "0.168128, 0.170621, 0.179653, 0.208314, 0.296489, 0.562927, 1.45766" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0144302, 0.0167954, 0.024326, 0.0478718, 0.120347, 0.350163, 1.08884", \
            "0.0143295, 0.0167073, 0.0242434, 0.0478018, 0.120266, 0.348164, 1.08262", \
            "0.0142874, 0.0166339, 0.02412, 0.0475126, 0.12014, 0.3487, 1.0841", \
            "0.0132567, 0.0154992, 0.0227514, 0.046008, 0.118771, 0.349634, 1.0877", \
            "0.0129094, 0.0150957, 0.0220535, 0.0444646, 0.116993, 0.347369, 1.08106", \
            "0.0127574, 0.0149046, 0.0217602, 0.043949, 0.114925, 0.344865, 1.08386", \
            "0.0159664, 0.0181641, 0.0243045, 0.0464922, 0.116713, 0.344657, 1.0828" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0289194, 0.0269402, 0.0204887, -0.0007054, -0.0711875, -0.301724, -1.04784", \
            "0.0287223, 0.0267693, 0.0203774, -0.0007206, -0.0713609, -0.30179, -1.04786", \
            "0.0287506, 0.026764, 0.0204011, -0.0009502, -0.0713488, -0.301757, -1.04782", \
            "0.0278818, 0.0258993, 0.0193081, -0.0020629, -0.0724431, -0.302588, -1.04857", \
            "0.0277451, 0.0256052, 0.0187893, -0.0026675, -0.0733923, -0.303433, -1.04899", \
            "0.0275709, 0.0253808, 0.0185732, -0.003279, -0.0741132, -0.304162, -1.04987", \
            "0.0304956, 0.0281126, 0.0208823, -0.001709, -0.07261, -0.303131, -1.04911" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0217579, 0.0239226, 0.0310368, 0.0533378, 0.124426, 0.352347, 1.08775", \
            "0.0206096, 0.0227871, 0.0299369, 0.0524604, 0.124178, 0.352408, 1.08852", \
            "0.0191935, 0.0213645, 0.0284299, 0.05109, 0.122953, 0.352184, 1.08755", \
            "0.0188243, 0.0209636, 0.0279216, 0.0503573, 0.122026, 0.35074, 1.08945", \
            "0.0201954, 0.022199, 0.0288251, 0.0507292, 0.121571, 0.350376, 1.08564", \
            "0.0265189, 0.0284392, 0.0348083, 0.0564322, 0.127556, 0.352734, 1.08868", \
            "0.047125, 0.0485141, 0.0540052, 0.0730254, 0.136683, 0.364578, 1.09162" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0343623, 0.0323756, 0.0258799, 0.0041348, -0.0670906, -0.298019, -1.04428", \
            "0.0334691, 0.031501, 0.0251325, 0.0036682, -0.0672972, -0.29802, -1.04431", \
            "0.0323242, 0.0303807, 0.0240236, 0.0028402, -0.0676875, -0.298153, -1.04429", \
            "0.0314822, 0.0294474, 0.0229671, 0.0017057, -0.0685286, -0.298562, -1.04443", \
            "0.032139, 0.0300068, 0.023152, 0.0012123, -0.0693484, -0.299154, -1.04455", \
            "0.037089, 0.0347327, 0.0272635, 0.0040718, -0.0686242, -0.29939, -1.04515", \
            "0.0544272, 0.0517273, 0.0426784, 0.0160342, -0.0609939, -0.296311, -1.04461" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0346624, 0.0367939, 0.0436644, 0.065761, 0.136754, 0.365582, 1.10102", \
            "0.0335695, 0.035719, 0.0427047, 0.0650822, 0.136226, 0.364854, 1.10095", \
            "0.0322602, 0.0342722, 0.0414132, 0.0638662, 0.135252, 0.36418, 1.10057", \
            "0.0318979, 0.0337992, 0.0409031, 0.0628229, 0.134469, 0.363412, 1.10044", \
            "0.0325692, 0.0346708, 0.041398, 0.0633399, 0.134187, 0.362788, 1.09942", \
            "0.0388142, 0.0408042, 0.0474165, 0.0703757, 0.139799, 0.366697, 1.10072", \
            "0.0592524, 0.0609275, 0.0665052, 0.0853536, 0.149643, 0.373146, 1.10148" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0351026, 0.0330657, 0.0265107, 0.0046652, -0.0666276, -0.297581, -1.04386", \
            "0.0341644, 0.0322217, 0.025747, 0.0042298, -0.0667716, -0.297623, -1.04404", \
            "0.033007, 0.0310453, 0.0246722, 0.0034351, -0.0671666, -0.297749, -1.04397", \
            "0.0321151, 0.0301174, 0.0236203, 0.0023031, -0.0679807, -0.298098, -1.04407", \
            "0.0324369, 0.0303476, 0.0235727, 0.0018031, -0.0687621, -0.298562, -1.04412", \
            "0.0369179, 0.0345393, 0.0271866, 0.0042535, -0.0681619, -0.298808, -1.04445", \
            "0.0547037, 0.0518827, 0.0431521, 0.0167054, -0.0602071, -0.295458, -1.04334" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0490914, 0.0512332, 0.0581357, 0.0804489, 0.151615, 0.380046, 1.11638", \
            "0.0480528, 0.0502437, 0.0572312, 0.0796708, 0.151031, 0.37964, 1.11612", \
            "0.0471063, 0.0491948, 0.0562354, 0.078699, 0.150448, 0.3792, 1.11616", \
            "0.0468288, 0.0489444, 0.0558395, 0.0781916, 0.14982, 0.37892, 1.11581", \
            "0.0488151, 0.0508927, 0.0576488, 0.0794704, 0.150238, 0.378476, 1.11638", \
            "0.0566445, 0.0585029, 0.064601, 0.0860256, 0.154954, 0.384544, 1.11779", \
            "0.0831971, 0.0847983, 0.0904417, 0.108973, 0.175132, 0.39597, 1.11589" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00161536, 0.00521879, 0.0168605, 0.0544716, 0.175983, 0.568552");
          values ( \
            "0.0346013, 0.0325855, 0.0259837, 0.0041723, -0.0671571, -0.298151, -1.04448", \
            "0.0337035, 0.0317401, 0.0252384, 0.0036671, -0.0674048, -0.29823, -1.04452", \
            "0.0325667, 0.0306221, 0.024218, 0.0029018, -0.0677677, -0.298395, -1.04461", \
            "0.0317347, 0.0297187, 0.0232077, 0.001839, -0.0685116, -0.298732, -1.04476", \
            "0.032588, 0.0303478, 0.0231873, 0.0014149, -0.0691798, -0.299096, -1.0448", \
            "0.0371011, 0.0347597, 0.0273194, 0.0042675, -0.068426, -0.299092, -1.04491", \
            "0.0584761, 0.055731, 0.0468236, 0.0199239, -0.0583012, -0.294518, -1.04288" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002399;
      rise_capacitance : 0.00251;
      rise_capacitance_range (0.00251, 0.00251);
      fall_capacitance : 0.002288;
      fall_capacitance_range (0.002288, 0.002288);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0197083, 0.019582, 0.0192909, 0.0199718, 0.0215417, 0.0251604, 0.0335017" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0195369, 0.019383, 0.0190282, 0.0196947, 0.0212313, 0.0247734, 0.0329379" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008486;
      rise_capacitance : 0.008684;
      rise_capacitance_range (0.008684, 0.008684);
      fall_capacitance : 0.008288;
      fall_capacitance_range (0.008288, 0.008288);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0169745, -0.0169945, -0.0170407, -0.0169974, -0.0168976, -0.0166675, -0.0161372" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0195306, 0.019527, 0.0195186, 0.0195396, 0.0195882, 0.0197004, 0.0199589" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008654;
      rise_capacitance : 0.009005;
      rise_capacitance_range (0.009005, 0.009005);
      fall_capacitance : 0.008303;
      fall_capacitance_range (0.008303, 0.008303);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0174323, -0.0174439, -0.0174705, -0.017467, -0.0174589, -0.0174403, -0.0173972" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0195638, 0.0195756, 0.0196029, 0.0196899, 0.0198904, 0.0203527, 0.021418" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008747;
      rise_capacitance : 0.009205;
      rise_capacitance_range (0.009205, 0.009205);
      fall_capacitance : 0.008289;
      fall_capacitance_range (0.008289, 0.008289);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.017376, -0.0173813, -0.0173935, -0.0173882, -0.017376, -0.017348, -0.0172833" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0174239, 0.0174161, 0.017398, 0.0173943, 0.0173856, 0.0173657, 0.0173199" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand4bb_1) {
    area : 11.2608;
    cell_footprint : "nand4bb";
    cell_leakage_power : 0.00167584;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0002159;
      when : "!AN&!BN&!C&D";
    }
    leakage_power () {
      value : 0.0001966;
      when : "!AN&!BN&!C&!D";
    }
    leakage_power () {
      value : 0.0249742;
      when : "!AN&!BN&C&D";
    }
    leakage_power () {
      value : 0.0002189;
      when : "!AN&!BN&C&!D";
    }
    leakage_power () {
      value : 0.0001006;
      when : "!AN&BN&!C&D";
    }
    leakage_power () {
      value : 0.0001004;
      when : "!AN&BN&!C&!D";
    }
    leakage_power () {
      value : 0.00012;
      when : "!AN&BN&C&D";
    }
    leakage_power () {
      value : 0.0001008;
      when : "!AN&BN&C&!D";
    }
    leakage_power () {
      value : 0.0001407;
      when : "AN&!BN&!C&D";
    }
    leakage_power () {
      value : 0.0001406;
      when : "AN&!BN&!C&!D";
    }
    leakage_power () {
      value : 0.0001607;
      when : "AN&!BN&C&D";
    }
    leakage_power () {
      value : 0.0001409;
      when : "AN&!BN&C&!D";
    }
    leakage_power () {
      value : 5.0768e-05;
      when : "AN&BN&!C&D";
    }
    leakage_power () {
      value : 5.07427e-05;
      when : "AN&BN&!C&!D";
    }
    leakage_power () {
      value : 5.0923e-05;
      when : "AN&BN&C&D";
    }
    leakage_power () {
      value : 5.07807e-05;
      when : "AN&BN&C&!D";
    }
    leakage_power () {
      value : 0.00167584;
    }
    pin (Y) {
      direction : output;
      function : "(AN) | (BN) | (!C) | (!D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.184031;
      max_transition : 1.4984;
      timing () {
        related_pin : "AN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0499372, 0.0550689, 0.0681494, 0.101299, 0.188451, 0.419813, 1.03602", \
            "0.0538419, 0.058948, 0.0720486, 0.105389, 0.192239, 0.424286, 1.04008", \
            "0.0621937, 0.067255, 0.0804055, 0.113655, 0.201046, 0.431709, 1.04757", \
            "0.0740137, 0.0790467, 0.092019, 0.125285, 0.212596, 0.444265, 1.06545", \
            "0.0837412, 0.0891026, 0.102091, 0.135403, 0.222698, 0.454223, 1.07455", \
            "0.0808636, 0.087332, 0.101494, 0.134679, 0.221773, 0.45421, 1.07197", \
            "0.0352079, 0.0436442, 0.0621768, 0.0998863, 0.18741, 0.418244, 1.03613" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0240926, 0.0302748, 0.0472279, 0.0935329, 0.216497, 0.54707, 1.42861", \
            "0.0241608, 0.030301, 0.0472186, 0.0933345, 0.217443, 0.548542, 1.42842", \
            "0.0242937, 0.0304219, 0.047312, 0.0934498, 0.217321, 0.546275, 1.43608", \
            "0.0259248, 0.0317528, 0.0480518, 0.0934341, 0.217766, 0.547938, 1.441", \
            "0.0301217, 0.0351391, 0.0501065, 0.0941636, 0.216392, 0.546688, 1.43467", \
            "0.0384819, 0.0434487, 0.0567095, 0.0965643, 0.217662, 0.544837, 1.43463", \
            "0.0528196, 0.0589747, 0.0729957, 0.107915, 0.221504, 0.549964, 1.42843" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0787195, 0.0838589, 0.0964826, 0.126536, 0.202836, 0.406764, 0.949721", \
            "0.0826902, 0.0878214, 0.100396, 0.130466, 0.206871, 0.410754, 0.955433", \
            "0.0941776, 0.0993586, 0.111898, 0.141975, 0.218359, 0.422483, 0.968583", \
            "0.121417, 0.126551, 0.139084, 0.169133, 0.245598, 0.449344, 0.999079", \
            "0.169394, 0.175266, 0.188649, 0.219661, 0.296044, 0.499206, 1.04338", \
            "0.245578, 0.252513, 0.267953, 0.301297, 0.378293, 0.581936, 1.12727", \
            "0.382115, 0.39033, 0.409008, 0.447986, 0.527298, 0.729972, 1.27338" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0273897, 0.032623, 0.0465279, 0.0831179, 0.183822, 0.456696, 1.18899", \
            "0.0273862, 0.0326065, 0.0464629, 0.0831548, 0.183853, 0.456927, 1.19233", \
            "0.027385, 0.0326416, 0.0465043, 0.0831536, 0.183727, 0.457346, 1.18903", \
            "0.0281564, 0.0331399, 0.0469634, 0.0834185, 0.184155, 0.457655, 1.19006", \
            "0.0332589, 0.0383729, 0.0514696, 0.0861267, 0.184638, 0.45715, 1.18693", \
            "0.0418841, 0.0472701, 0.060071, 0.0928866, 0.187367, 0.457393, 1.19234", \
            "0.053626, 0.0596902, 0.0738814, 0.106675, 0.193807, 0.458532, 1.18892" \
          );
        }
      }
      timing () {
        related_pin : "BN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0554878, 0.0604519, 0.073339, 0.106648, 0.194811, 0.427483, 1.05133", \
            "0.0593104, 0.0642855, 0.0771817, 0.11055, 0.198794, 0.431374, 1.05731", \
            "0.0675531, 0.0725132, 0.0854194, 0.119079, 0.207135, 0.440263, 1.06527", \
            "0.0783827, 0.0833462, 0.0961816, 0.129931, 0.217912, 0.4516, 1.07509", \
            "0.0863015, 0.0913281, 0.103996, 0.137576, 0.22617, 0.460616, 1.08548", \
            "0.0804072, 0.0858488, 0.099257, 0.1322, 0.220323, 0.4534, 1.07784", \
            "0.0269843, 0.0341007, 0.0503034, 0.08622, 0.173286, 0.40687, 1.03183" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.031282, 0.0375425, 0.054641, 0.100958, 0.225218, 0.557036, 1.4461", \
            "0.0312951, 0.0375945, 0.0546661, 0.100981, 0.225255, 0.556491, 1.4469", \
            "0.0314023, 0.0377265, 0.0547609, 0.100959, 0.225022, 0.558071, 1.44684", \
            "0.0324704, 0.0385407, 0.0552657, 0.101302, 0.225196, 0.558091, 1.44697", \
            "0.0354053, 0.0409607, 0.0566902, 0.101715, 0.225727, 0.558504, 1.4481", \
            "0.0427245, 0.0477085, 0.0617071, 0.10358, 0.226308, 0.557413, 1.44893", \
            "0.0575631, 0.0628636, 0.0766703, 0.113795, 0.22919, 0.560024, 1.44712" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0852038, 0.090535, 0.103494, 0.134322, 0.211677, 0.415635, 0.967401", \
            "0.0896448, 0.0949422, 0.107858, 0.138706, 0.216027, 0.419565, 0.963942", \
            "0.101355, 0.106648, 0.119556, 0.150414, 0.227698, 0.431338, 0.975743", \
            "0.129511, 0.134741, 0.147649, 0.178575, 0.256086, 0.459754, 1.00521", \
            "0.180713, 0.186396, 0.200055, 0.231884, 0.309911, 0.514708, 1.05789", \
            "0.263604, 0.270449, 0.286488, 0.320109, 0.39944, 0.603754, 1.1482", \
            "0.412877, 0.421363, 0.440223, 0.478933, 0.560443, 0.765226, 1.30945" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0273125, 0.0326547, 0.0465856, 0.0835109, 0.184048, 0.457648, 1.18897", \
            "0.0273118, 0.0326514, 0.0465327, 0.0835588, 0.184545, 0.456479, 1.18694", \
            "0.0273355, 0.0326692, 0.046622, 0.0835904, 0.184468, 0.456668, 1.187", \
            "0.0277587, 0.0329821, 0.0468781, 0.0836662, 0.184349, 0.456697, 1.18799", \
            "0.0320418, 0.036742, 0.0498258, 0.085402, 0.184918, 0.456891, 1.18722", \
            "0.0397742, 0.0446187, 0.0570349, 0.0902002, 0.186416, 0.456495, 1.18686", \
            "0.0505941, 0.0559362, 0.0687188, 0.100532, 0.190652, 0.458753, 1.18658" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.038763, 0.0438045, 0.0569068, 0.0908867, 0.17979, 0.415495, 1.04564", \
            "0.0435652, 0.0485068, 0.061685, 0.0958612, 0.184798, 0.420833, 1.05129", \
            "0.0562601, 0.0614349, 0.0744844, 0.108705, 0.197456, 0.433061, 1.06319", \
            "0.0859181, 0.0916575, 0.105276, 0.138603, 0.226917, 0.462621, 1.09311", \
            "0.136108, 0.14475, 0.165429, 0.209024, 0.298682, 0.534494, 1.16282", \
            "0.224039, 0.236371, 0.266063, 0.329766, 0.456928, 0.698797, 1.32381", \
            "0.390507, 0.40764, 0.448487, 0.541622, 0.729377, 1.0677, 1.70519" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0374197, 0.0440868, 0.0615276, 0.10833, 0.234064, 0.56966, 1.47082", \
            "0.0374686, 0.0441048, 0.0615849, 0.10834, 0.234096, 0.571252, 1.47332", \
            "0.0383344, 0.0443897, 0.0614891, 0.108423, 0.23404, 0.570643, 1.4679", \
            "0.0500374, 0.054895, 0.0686986, 0.110405, 0.234038, 0.570536, 1.47049", \
            "0.077139, 0.0841844, 0.100119, 0.134574, 0.240731, 0.571292, 1.4733", \
            "0.118287, 0.129448, 0.154509, 0.206409, 0.303583, 0.584064, 1.47157", \
            "0.186791, 0.202035, 0.238593, 0.318359, 0.46617, 0.72442, 1.4984" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0331177, 0.0376576, 0.0491659, 0.0785702, 0.155105, 0.358226, 0.909429", \
            "0.0352825, 0.0398455, 0.0514239, 0.081058, 0.157671, 0.361121, 0.904731", \
            "0.0390428, 0.0439816, 0.0559618, 0.0857854, 0.162715, 0.365983, 0.913319", \
            "0.0422475, 0.048569, 0.0633628, 0.0965029, 0.174372, 0.378707, 0.931092", \
            "0.0366233, 0.045474, 0.0667198, 0.111099, 0.201137, 0.407783, 0.953783", \
            "0.0018025, 0.0157607, 0.0464885, 0.111319, 0.235215, 0.474752, 1.02293", \
            "-0.101155, -0.0813941, -0.0367604, 0.0563345, 0.234895, 0.559537, 1.18138" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0230936, 0.0287177, 0.0435353, 0.0819198, 0.183714, 0.456153, 1.19365", \
            "0.0232336, 0.0289, 0.0435383, 0.0822631, 0.184362, 0.456518, 1.18864", \
            "0.02563, 0.0305964, 0.0444715, 0.0818832, 0.183593, 0.456134, 1.19167", \
            "0.034255, 0.0394066, 0.0524155, 0.0866582, 0.184615, 0.456593, 1.19186", \
            "0.054179, 0.0602772, 0.0751496, 0.110003, 0.198553, 0.458549, 1.19058", \
            "0.091739, 0.0994018, 0.117954, 0.161554, 0.254095, 0.491271, 1.19217", \
            "0.165127, 0.174457, 0.197419, 0.25284, 0.372445, 0.621519, 1.2574" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0425186, 0.0473132, 0.0599868, 0.0925822, 0.177865, 0.402756, 1.00458", \
            "0.0473536, 0.052159, 0.0648913, 0.0975635, 0.182954, 0.407905, 1.01046", \
            "0.059952, 0.0648247, 0.077429, 0.110167, 0.195578, 0.421748, 1.02084", \
            "0.0901534, 0.0950561, 0.10808, 0.140399, 0.225169, 0.449363, 1.05075", \
            "0.142177, 0.149896, 0.168359, 0.209186, 0.295488, 0.519853, 1.11757", \
            "0.231708, 0.242719, 0.26987, 0.330895, 0.451447, 0.682482, 1.27945", \
            "0.39873, 0.414005, 0.450047, 0.537362, 0.715264, 1.04079, 1.65186" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0422884, 0.0484747, 0.065001, 0.109189, 0.229279, 0.549693, 1.41183", \
            "0.0420032, 0.0483878, 0.0649788, 0.109394, 0.229191, 0.550341, 1.41368", \
            "0.0423081, 0.0481955, 0.064656, 0.109234, 0.229216, 0.551637, 1.40944", \
            "0.0523134, 0.0571081, 0.0708651, 0.11055, 0.228798, 0.550193, 1.40927", \
            "0.0799544, 0.0866315, 0.10189, 0.135188, 0.23613, 0.549579, 1.41319", \
            "0.121874, 0.132249, 0.156519, 0.206034, 0.299873, 0.56762, 1.41016", \
            "0.189816, 0.204523, 0.239791, 0.316596, 0.462437, 0.715656, 1.44214" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0364677, 0.0409038, 0.0525262, 0.0818565, 0.158307, 0.362045, 0.905355", \
            "0.0386558, 0.0432714, 0.0549326, 0.084578, 0.16119, 0.365582, 0.910969", \
            "0.0423404, 0.0470966, 0.0589489, 0.08871, 0.165468, 0.369906, 0.912873", \
            "0.0456105, 0.0512717, 0.064851, 0.0966412, 0.174264, 0.378301, 0.928021", \
            "0.0398894, 0.0483447, 0.0670446, 0.10807, 0.193332, 0.399285, 0.945635", \
            "0.0058679, 0.0180296, 0.0461727, 0.104843, 0.220263, 0.448043, 0.995647", \
            "-0.097544, -0.0779222, -0.0377233, 0.0477457, 0.210764, 0.513011, 1.11161" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0232664, 0.0289439, 0.0437452, 0.0821636, 0.184252, 0.456652, 1.18653", \
            "0.0232966, 0.0289533, 0.0436518, 0.0824086, 0.184423, 0.458779, 1.18757", \
            "0.0244434, 0.0297742, 0.0441005, 0.0822204, 0.184274, 0.45756, 1.18682", \
            "0.031194, 0.0363722, 0.0496807, 0.0849244, 0.184896, 0.456522, 1.19034", \
            "0.0490952, 0.0547772, 0.0686033, 0.103984, 0.194237, 0.457776, 1.19337", \
            "0.0861134, 0.092732, 0.109435, 0.148878, 0.241488, 0.479846, 1.18995", \
            "0.161874, 0.168929, 0.188647, 0.236648, 0.34459, 0.591292, 1.23661" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0042882, 0.0060476, 0.0105794, 0.0222333, 0.0527367, 0.134014, 0.350491", \
            "0.0042251, 0.0059568, 0.0104969, 0.0221579, 0.0525985, 0.133989, 0.350391", \
            "0.0041679, 0.0058758, 0.0103455, 0.022056, 0.0526258, 0.132844, 0.349243", \
            "0.0036254, 0.0052856, 0.0097191, 0.0213501, 0.052347, 0.133099, 0.352714", \
            "0.0032692, 0.0049028, 0.009179, 0.0208016, 0.0511658, 0.132835, 0.350465", \
            "0.0032611, 0.0048586, 0.0090615, 0.0205782, 0.0510003, 0.131798, 0.351156", \
            "0.0042397, 0.0057793, 0.0098839, 0.0211427, 0.0517566, 0.132579, 0.347995" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0067862, 0.0052843, 0.001317, -0.0098271, -0.040236, -0.122078, -0.341258", \
            "0.0066491, 0.0051577, 0.0011791, -0.0099677, -0.0403704, -0.12219, -0.341435", \
            "0.0067319, 0.0052471, 0.0012218, -0.009896, -0.0402739, -0.122043, -0.341195", \
            "0.0063356, 0.0048337, 0.000797, -0.0103456, -0.0406608, -0.12233, -0.341468", \
            "0.0062092, 0.0046685, 0.0005123, -0.0106781, -0.0409975, -0.122725, -0.341825", \
            "0.0059824, 0.0044189, 0.0003291, -0.0111301, -0.0412433, -0.123076, -0.342109", \
            "0.0070205, 0.005455, 0.0011549, -0.0103205, -0.0408918, -0.122445, -0.341511" \
          );
        }
      }
      internal_power () {
        related_pin : "BN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0058081, 0.0074402, 0.0117628, 0.023137, 0.0533521, 0.134274, 0.350386", \
            "0.0057197, 0.0073573, 0.0116904, 0.0230889, 0.0533272, 0.134135, 0.350322", \
            "0.0056403, 0.0072606, 0.0116085, 0.0230704, 0.0533765, 0.134053, 0.350295", \
            "0.0051554, 0.0067689, 0.0110705, 0.0225729, 0.0529625, 0.133685, 0.350077", \
            "0.0048313, 0.0064315, 0.0106107, 0.0221333, 0.052446, 0.133236, 0.349496", \
            "0.0045765, 0.0061346, 0.010429, 0.0217879, 0.0518887, 0.132549, 0.348953", \
            "0.0052962, 0.0068206, 0.0108866, 0.0221225, 0.0524443, 0.132944, 0.349549" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0107356, 0.0092776, 0.0052769, -0.005869, -0.0362726, -0.118077, -0.337253", \
            "0.0106483, 0.0091757, 0.0051722, -0.0059734, -0.0363877, -0.118179, -0.337335", \
            "0.0106974, 0.0092354, 0.0052226, -0.0059186, -0.0363109, -0.118093, -0.337244", \
            "0.0103148, 0.0088265, 0.0047917, -0.0063272, -0.0366659, -0.118408, -0.337521", \
            "0.0100701, 0.0085673, 0.0045071, -0.0066401, -0.0369516, -0.118617, -0.337686", \
            "0.0098469, 0.0082644, 0.0041105, -0.0071241, -0.0371823, -0.118866, -0.337933", \
            "0.010179, 0.0085876, 0.0042645, -0.0054289, -0.0358601, -0.117304, -0.336342" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0069542, 0.008563, 0.0128256, 0.0241824, 0.0543873, 0.135182, 0.351396", \
            "0.0066363, 0.0082153, 0.012524, 0.0239462, 0.054236, 0.13523, 0.35151", \
            "0.0063679, 0.0079794, 0.01229, 0.0237436, 0.0540719, 0.135072, 0.351327", \
            "0.0065299, 0.0080977, 0.0123313, 0.0236314, 0.053843, 0.134623, 0.351312", \
            "0.007036, 0.0085696, 0.0127668, 0.023837, 0.0538907, 0.134552, 0.350873", \
            "0.0091141, 0.0105708, 0.0144366, 0.0253723, 0.054955, 0.135131, 0.350754", \
            "0.0160291, 0.0171899, 0.0209342, 0.0313035, 0.060313, 0.138753, 0.353492" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0111493, 0.0096417, 0.0055151, -0.0057947, -0.0363211, -0.11819, -0.337362", \
            "0.0109233, 0.0094495, 0.0053688, -0.0058637, -0.0363462, -0.118196, -0.337355", \
            "0.0106556, 0.0091753, 0.0051406, -0.0060328, -0.03643, -0.118228, -0.337423", \
            "0.0104646, 0.0089546, 0.004875, -0.0062597, -0.0365968, -0.118292, -0.337446", \
            "0.0109167, 0.009291, 0.0049793, -0.0063799, -0.0367165, -0.118402, -0.337481", \
            "0.0123622, 0.0106145, 0.0060293, -0.005687, -0.0365976, -0.118405, -0.337505", \
            "0.0182787, 0.0161642, 0.0108335, -0.0022592, -0.0343774, -0.117394, -0.337038" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0102724, 0.0118635, 0.016126, 0.0274929, 0.0577629, 0.138731, 0.354806", \
            "0.0100274, 0.0116389, 0.0159262, 0.0273433, 0.0576734, 0.138609, 0.35468", \
            "0.0098028, 0.0114083, 0.0157009, 0.0271044, 0.0575139, 0.138391, 0.354696", \
            "0.0098692, 0.0114418, 0.0156783, 0.0270557, 0.0574279, 0.138458, 0.354788", \
            "0.0105655, 0.0120827, 0.016252, 0.027298, 0.0575518, 0.13829, 0.354229", \
            "0.0130414, 0.0144432, 0.0183201, 0.0293575, 0.0587116, 0.138796, 0.354285", \
            "0.0205229, 0.0222306, 0.0261007, 0.0360303, 0.0648481, 0.141744, 0.359316" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0113219, 0.009814, 0.0056728, -0.0056214, -0.0361391, -0.118006, -0.337184", \
            "0.0110844, 0.0096005, 0.00552, -0.0057117, -0.0362019, -0.118029, -0.337183", \
            "0.0107986, 0.0093237, 0.0052836, -0.005871, -0.0362584, -0.118056, -0.337234", \
            "0.0106054, 0.0090988, 0.0050191, -0.0061215, -0.036418, -0.118138, -0.337248", \
            "0.010972, 0.0093723, 0.005102, -0.0062219, -0.0365975, -0.118271, -0.337332", \
            "0.0123912, 0.0106507, 0.006136, -0.0055902, -0.0364483, -0.118244, -0.337333", \
            "0.0188019, 0.016683, 0.0113714, -0.0017442, -0.0339483, -0.117023, -0.336727" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001647;
      rise_capacitance : 0.001715;
      rise_capacitance_range (0.001715, 0.001715);
      fall_capacitance : 0.001579;
      fall_capacitance_range (0.001579, 0.001579);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0059471, 0.0058542, 0.0056401, 0.0059742, 0.0067443, 0.0085194, 0.012611" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0098536, 0.0097288, 0.009441, 0.0097655, 0.0105137, 0.0122384, 0.0162138" \
          );
        }
      }
    }
    pin (BN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001589;
      rise_capacitance : 0.001651;
      rise_capacitance_range (0.001651, 0.001651);
      fall_capacitance : 0.001526;
      fall_capacitance_range (0.001526, 0.001526);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048198, 0.0047517, 0.0045949, 0.0049235, 0.0056811, 0.0074273, 0.0114523" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0084779, 0.0083743, 0.0081356, 0.00843, 0.0091086, 0.0106729, 0.0142788" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00229;
      rise_capacitance : 0.002375;
      rise_capacitance_range (0.002375, 0.002375);
      fall_capacitance : 0.002204;
      fall_capacitance_range (0.002204, 0.002204);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046575, -0.0046585, -0.004661, -0.0046543, -0.0046389, -0.0046032, -0.004521" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0051524, 0.0051512, 0.0051484, 0.0051551, 0.0051703, 0.0052054, 0.0052863" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002308;
      rise_capacitance : 0.002416;
      rise_capacitance_range (0.002416, 0.002416);
      fall_capacitance : 0.002199;
      fall_capacitance_range (0.002199, 0.002199);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044821, -0.004482, -0.0044816, -0.0044802, -0.0044769, -0.0044692, -0.0044514" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044986, 0.0044955, 0.0044885, 0.0044871, 0.0044838, 0.0044763, 0.004459" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand4bb_2) {
    area : 16.2656;
    cell_footprint : "nand4bb";
    cell_leakage_power : 0.00906759;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0002812;
      when : "!AN&!BN&!C&D";
    }
    leakage_power () {
      value : 0.043151;
      when : "!AN&!BN&!C&!D";
    }
    leakage_power () {
      value : 0.0497819;
      when : "!AN&!BN&C&D";
    }
    leakage_power () {
      value : 0.0002827;
      when : "!AN&!BN&C&!D";
    }
    leakage_power () {
      value : 0.0001527;
      when : "!AN&BN&!C&D";
    }
    leakage_power () {
      value : 0.031399;
      when : "!AN&BN&!C&!D";
    }
    leakage_power () {
      value : 0.0001819;
      when : "!AN&BN&C&D";
    }
    leakage_power () {
      value : 0.0001509;
      when : "!AN&BN&C&!D";
    }
    leakage_power () {
      value : 0.0001139;
      when : "AN&!BN&!C&D";
    }
    leakage_power () {
      value : 0.0001131;
      when : "AN&!BN&!C&!D";
    }
    leakage_power () {
      value : 0.0001581;
      when : "AN&!BN&C&D";
    }
    leakage_power () {
      value : 0.0001142;
      when : "AN&!BN&C&!D";
    }
    leakage_power () {
      value : 4.26158e-05;
      when : "AN&BN&!C&D";
    }
    leakage_power () {
      value : 0.0190727;
      when : "AN&BN&!C&!D";
    }
    leakage_power () {
      value : 4.2843e-05;
      when : "AN&BN&C&D";
    }
    leakage_power () {
      value : 4.26258e-05;
      when : "AN&BN&C&!D";
    }
    leakage_power () {
      value : 0.00906759;
    }
    pin (Y) {
      direction : output;
      function : "(AN) | (BN) | (!C) | (!D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.332346;
      max_transition : 1.49646;
      timing () {
        related_pin : "AN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0565024, 0.0597688, 0.0687855, 0.0932445, 0.16219, 0.363499, 0.957847", \
            "0.0603793, 0.063666, 0.0727163, 0.0971791, 0.166144, 0.367299, 0.962781", \
            "0.0692665, 0.0724728, 0.0814132, 0.105829, 0.174815, 0.375931, 0.96945", \
            "0.0852584, 0.088577, 0.0975552, 0.122053, 0.190986, 0.392766, 0.990356", \
            "0.100551, 0.104321, 0.113784, 0.138702, 0.207551, 0.409388, 1.00332", \
            "0.101674, 0.106343, 0.118195, 0.144824, 0.213475, 0.414759, 1.00716", \
            "0.0565597, 0.0624565, 0.0772274, 0.110701, 0.181947, 0.382962, 0.974754" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0223963, 0.0258517, 0.0366083, 0.0693071, 0.168708, 0.463528, 1.33126", \
            "0.0224316, 0.0258549, 0.0365869, 0.0692838, 0.16858, 0.462659, 1.33489", \
            "0.0225086, 0.0259881, 0.0366474, 0.0693355, 0.168371, 0.463108, 1.33593", \
            "0.0246709, 0.0278712, 0.0379071, 0.0698291, 0.168997, 0.462509, 1.33278", \
            "0.0302102, 0.0331403, 0.0419484, 0.0716577, 0.168544, 0.462769, 1.33189", \
            "0.0396915, 0.0425595, 0.0518408, 0.0778494, 0.170268, 0.461444, 1.3294", \
            "0.0544826, 0.0581636, 0.0696162, 0.0949448, 0.176617, 0.464246, 1.32791" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.107598, 0.112162, 0.12408, 0.154051, 0.232895, 0.460898, 1.12983", \
            "0.112132, 0.116572, 0.12846, 0.158535, 0.237325, 0.464219, 1.13556", \
            "0.123666, 0.12822, 0.14004, 0.16996, 0.248867, 0.476226, 1.14846", \
            "0.15266, 0.157123, 0.168916, 0.198756, 0.277611, 0.504585, 1.17651", \
            "0.21422, 0.218965, 0.231314, 0.261728, 0.340689, 0.568879, 1.23816", \
            "0.315308, 0.320967, 0.335678, 0.369024, 0.44932, 0.676219, 1.35177", \
            "0.487743, 0.49431, 0.511587, 0.551493, 0.637129, 0.863254, 1.53238" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0354515, 0.0395836, 0.0520879, 0.0877107, 0.193162, 0.512792, 1.45755", \
            "0.0353055, 0.0397822, 0.0522804, 0.0876085, 0.193212, 0.512644, 1.46008", \
            "0.0351566, 0.0395865, 0.0522893, 0.0877924, 0.193273, 0.512167, 1.46102", \
            "0.0351187, 0.039906, 0.0522544, 0.0877512, 0.193156, 0.512651, 1.4581", \
            "0.0391468, 0.0437392, 0.0553293, 0.0897353, 0.193553, 0.513122, 1.45867", \
            "0.0497273, 0.0541018, 0.0663323, 0.0993086, 0.19803, 0.513408, 1.46337", \
            "0.0640756, 0.0693894, 0.0824425, 0.11731, 0.208564, 0.515266, 1.4584" \
          );
        }
      }
      timing () {
        related_pin : "BN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.068852, 0.0721107, 0.0813683, 0.107155, 0.180125, 0.391581, 1.01558", \
            "0.0727728, 0.0760259, 0.0852722, 0.11106, 0.18416, 0.396037, 1.02098", \
            "0.0817811, 0.0850225, 0.0942642, 0.120094, 0.193234, 0.405736, 1.02791", \
            "0.098894, 0.102128, 0.111319, 0.136968, 0.210342, 0.423079, 1.04591", \
            "0.117805, 0.121146, 0.130394, 0.156253, 0.229066, 0.442377, 1.06558", \
            "0.126516, 0.130612, 0.140935, 0.167198, 0.239994, 0.452743, 1.07504", \
            "0.0962817, 0.101124, 0.114231, 0.145404, 0.218989, 0.430617, 1.05429" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0322627, 0.0360163, 0.0472933, 0.081096, 0.183248, 0.486536, 1.38406", \
            "0.0322883, 0.0360398, 0.0472932, 0.0810669, 0.183393, 0.48681, 1.38552", \
            "0.0323686, 0.0361108, 0.0473201, 0.0809854, 0.182976, 0.486864, 1.3805", \
            "0.0335542, 0.037204, 0.0480921, 0.0813522, 0.183033, 0.486803, 1.38439", \
            "0.0379436, 0.0412971, 0.0510919, 0.0830021, 0.183902, 0.487045, 1.3844", \
            "0.0473535, 0.0505063, 0.0591548, 0.0879963, 0.184884, 0.487078, 1.38277", \
            "0.0641541, 0.0680294, 0.0771727, 0.103797, 0.190786, 0.489155, 1.38302" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.120713, 0.125363, 0.137666, 0.169018, 0.250091, 0.479483, 1.15136", \
            "0.124959, 0.129569, 0.141946, 0.173301, 0.254425, 0.48373, 1.15285", \
            "0.136385, 0.140834, 0.15324, 0.184536, 0.265796, 0.494488, 1.16398", \
            "0.164742, 0.169261, 0.18156, 0.212977, 0.293945, 0.523368, 1.19266", \
            "0.225386, 0.230275, 0.242822, 0.274493, 0.356108, 0.585613, 1.25523", \
            "0.324122, 0.329941, 0.345232, 0.379324, 0.463166, 0.693002, 1.36681", \
            "0.489408, 0.496445, 0.514586, 0.555332, 0.644133, 0.8749, 1.54529" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0354257, 0.0399584, 0.0525643, 0.088558, 0.194947, 0.513124, 1.4584", \
            "0.0354281, 0.0398435, 0.0524933, 0.0885706, 0.194363, 0.512878, 1.45784", \
            "0.035531, 0.039839, 0.052587, 0.0886089, 0.194552, 0.513597, 1.45822", \
            "0.0355543, 0.0398012, 0.052457, 0.0887546, 0.194484, 0.512581, 1.45814", \
            "0.0386908, 0.0428135, 0.054758, 0.0898792, 0.195395, 0.513076, 1.45779", \
            "0.0489332, 0.0528632, 0.0642449, 0.0968612, 0.198246, 0.513357, 1.45793", \
            "0.0632206, 0.0676401, 0.0793567, 0.110712, 0.205582, 0.514794, 1.45785" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.036615, 0.0397435, 0.0486781, 0.0742961, 0.147097, 0.357853, 0.977927", \
            "0.0415274, 0.044676, 0.0537004, 0.079453, 0.152361, 0.363315, 0.983058", \
            "0.05424, 0.0572775, 0.0665283, 0.0922744, 0.164825, 0.375706, 0.995945", \
            "0.0836679, 0.0874504, 0.0975604, 0.122783, 0.195464, 0.406739, 1.02597", \
            "0.13282, 0.138434, 0.153346, 0.189935, 0.26687, 0.478089, 1.09414", \
            "0.219649, 0.227542, 0.249216, 0.302517, 0.417419, 0.640989, 1.25695", \
            "0.384154, 0.394716, 0.42407, 0.498381, 0.668427, 1.00247, 1.64295" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0379226, 0.0418158, 0.0534796, 0.087523, 0.189103, 0.491531, 1.38393", \
            "0.0377798, 0.0417187, 0.0534427, 0.0875371, 0.189076, 0.4923, 1.38657", \
            "0.0386557, 0.0422722, 0.0533057, 0.0873391, 0.189311, 0.491161, 1.38424", \
            "0.0508155, 0.0536257, 0.0622255, 0.0908609, 0.18948, 0.492025, 1.38423", \
            "0.0783816, 0.0825352, 0.0937095, 0.120102, 0.200667, 0.492247, 1.38671", \
            "0.120241, 0.126509, 0.144247, 0.186086, 0.272325, 0.5165, 1.38656", \
            "0.189515, 0.198768, 0.225174, 0.290024, 0.42226, 0.672103, 1.41513" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0403445, 0.0441249, 0.0545923, 0.0831062, 0.161894, 0.390464, 1.06116", \
            "0.0420548, 0.0458245, 0.0564183, 0.0852673, 0.164085, 0.392277, 1.06226", \
            "0.0447812, 0.0486501, 0.0593404, 0.0882376, 0.167615, 0.396459, 1.06847", \
            "0.0467912, 0.0513238, 0.0636001, 0.0951274, 0.175493, 0.404194, 1.07559", \
            "0.0417555, 0.0478471, 0.0650156, 0.104465, 0.195027, 0.426924, 1.09747", \
            "0.0081164, 0.0173868, 0.0431633, 0.100217, 0.220119, 0.478936, 1.15436", \
            "-0.0924948, -0.0791157, -0.0438875, 0.0387267, 0.212394, 0.55208, 1.28282" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0279532, 0.0328897, 0.0465603, 0.0846846, 0.193458, 0.513011, 1.46318", \
            "0.0280388, 0.0328854, 0.0464889, 0.0848204, 0.193216, 0.513323, 1.46049", \
            "0.0297415, 0.0341953, 0.0471723, 0.0847331, 0.193373, 0.513061, 1.45758", \
            "0.0358045, 0.0403967, 0.0531626, 0.0882119, 0.193646, 0.512257, 1.45905", \
            "0.0532852, 0.0578912, 0.0711752, 0.10613, 0.204559, 0.514425, 1.45915", \
            "0.0903488, 0.0958348, 0.111865, 0.152413, 0.251911, 0.536828, 1.46142", \
            "0.166789, 0.172715, 0.190131, 0.238086, 0.357884, 0.647659, 1.49646" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0395498, 0.0425281, 0.0511226, 0.0751128, 0.142964, 0.337853, 0.91062", \
            "0.0443526, 0.0473507, 0.0559599, 0.0800801, 0.147803, 0.343111, 0.914879", \
            "0.0569371, 0.0599072, 0.0685512, 0.0927498, 0.160523, 0.355027, 0.929113", \
            "0.0867192, 0.0901049, 0.099164, 0.122732, 0.190061, 0.385629, 0.956859", \
            "0.137286, 0.142238, 0.155472, 0.188264, 0.260448, 0.454172, 1.02527", \
            "0.224388, 0.231127, 0.24992, 0.297936, 0.404505, 0.618061, 1.18473", \
            "0.386402, 0.395621, 0.42108, 0.487433, 0.642503, 0.956349, 1.56209" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0447331, 0.0481268, 0.058812, 0.0900964, 0.18376, 0.464713, 1.29517", \
            "0.0443386, 0.0479626, 0.0586629, 0.0900706, 0.183477, 0.464616, 1.29487", \
            "0.0443146, 0.0477306, 0.0579799, 0.0897128, 0.183895, 0.464708, 1.29794", \
            "0.0551456, 0.057665, 0.0661287, 0.0931142, 0.183971, 0.464197, 1.29437", \
            "0.082484, 0.0865899, 0.0965605, 0.121879, 0.196759, 0.464462, 1.2933", \
            "0.125583, 0.131855, 0.146986, 0.185719, 0.269219, 0.493988, 1.29431", \
            "0.19417, 0.203063, 0.226979, 0.286538, 0.413119, 0.656795, 1.3411" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0441503, 0.047857, 0.0581636, 0.0869309, 0.165696, 0.394454, 1.06787", \
            "0.0463325, 0.0500657, 0.0606685, 0.0897053, 0.168336, 0.3969, 1.06672", \
            "0.0495957, 0.0534147, 0.0640694, 0.0929506, 0.172542, 0.400504, 1.06979", \
            "0.0519592, 0.056135, 0.0676017, 0.0978191, 0.177973, 0.405816, 1.07587", \
            "0.0468916, 0.0526536, 0.0671978, 0.102945, 0.189643, 0.420669, 1.09146", \
            "0.0137923, 0.0219563, 0.0433444, 0.0941982, 0.2038, 0.45296, 1.13194", \
            "-0.0873172, -0.0741522, -0.0434733, 0.030868, 0.186384, 0.504695, 1.21261" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0280868, 0.032867, 0.0465469, 0.0849079, 0.193426, 0.513311, 1.45941", \
            "0.0281126, 0.0328886, 0.0466675, 0.0849471, 0.193354, 0.512861, 1.46227", \
            "0.0288194, 0.033451, 0.0468199, 0.084636, 0.193246, 0.51323, 1.45696", \
            "0.0332931, 0.0378346, 0.0506379, 0.0866452, 0.193607, 0.512695, 1.4564", \
            "0.0476818, 0.052142, 0.0647514, 0.10014, 0.200858, 0.514106, 1.46008", \
            "0.0835672, 0.0885161, 0.102109, 0.138901, 0.237434, 0.529846, 1.46019", \
            "0.163725, 0.168676, 0.182453, 0.222963, 0.330389, 0.624184, 1.48472" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0064521, 0.0084848, 0.0143967, 0.0311346, 0.0790532, 0.219086, 0.634492", \
            "0.0063719, 0.0084185, 0.0143278, 0.0310915, 0.0790706, 0.218919, 0.633173", \
            "0.0062952, 0.0083043, 0.0141508, 0.0309161, 0.0789363, 0.219379, 0.632845", \
            "0.0058868, 0.0078339, 0.0135094, 0.0302259, 0.0784329, 0.218622, 0.633078", \
            "0.0056431, 0.0075681, 0.013001, 0.0294553, 0.0772564, 0.218081, 0.632626", \
            "0.0057433, 0.0075717, 0.0131572, 0.029392, 0.0769422, 0.217466, 0.631184", \
            "0.0074798, 0.0092563, 0.0144425, 0.0306527, 0.0778838, 0.217606, 0.629732" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0118444, 0.0100265, 0.0048338, -0.0107633, -0.0581595, -0.199427, -0.617158", \
            "0.0117597, 0.0099918, 0.0048792, -0.0107116, -0.0581561, -0.199435, -0.617265", \
            "0.0118333, 0.0100658, 0.0048625, -0.0108184, -0.0581607, -0.199361, -0.617254", \
            "0.0116988, 0.0099109, 0.0046446, -0.0111198, -0.0585278, -0.199676, -0.617559", \
            "0.0113454, 0.0095152, 0.0041386, -0.011645, -0.0589835, -0.200076, -0.617832", \
            "0.0113547, 0.0094428, 0.0039768, -0.0117865, -0.0592926, -0.200431, -0.618211", \
            "0.013433, 0.0113409, 0.0054984, -0.0112471, -0.0593744, -0.200054, -0.617789" \
          );
        }
      }
      internal_power () {
        related_pin : "BN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0111913, 0.0131255, 0.018802, 0.035281, 0.0829098, 0.222679, 0.634615", \
            "0.011129, 0.0130657, 0.0187556, 0.0351964, 0.0828986, 0.222893, 0.635511", \
            "0.0109965, 0.012942, 0.0185973, 0.0350322, 0.0827329, 0.222412, 0.635068", \
            "0.0103349, 0.0122309, 0.0178293, 0.0343128, 0.0821313, 0.222023, 0.634821", \
            "0.0097367, 0.0116432, 0.017024, 0.0335151, 0.0813974, 0.221383, 0.633454", \
            "0.0095035, 0.011389, 0.0168708, 0.0331219, 0.0807498, 0.220813, 0.633892", \
            "0.0108131, 0.0125594, 0.0178453, 0.0340092, 0.0816185, 0.220984, 0.633267" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0206255, 0.0189107, 0.0138546, -0.0017459, -0.0490423, -0.190209, -0.608118", \
            "0.0205463, 0.0188475, 0.013749, -0.0018321, -0.0491294, -0.1903, -0.608179", \
            "0.0206298, 0.0189385, 0.0138446, -0.0017539, -0.0490634, -0.190225, -0.608084", \
            "0.0202965, 0.0185423, 0.0133911, -0.0021526, -0.0494961, -0.190614, -0.60849", \
            "0.0199878, 0.0182473, 0.0130302, -0.0026558, -0.0498934, -0.190918, -0.608619", \
            "0.0195553, 0.0177101, 0.0125214, -0.0031291, -0.0504054, -0.191329, -0.608963", \
            "0.020831, 0.0189345, 0.0134286, -0.0026985, -0.0504086, -0.191137, -0.608755" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0132321, 0.0150689, 0.0204756, 0.0364214, 0.0837034, 0.223375, 0.635731", \
            "0.0127065, 0.0145472, 0.0199949, 0.0360349, 0.0835423, 0.223437, 0.635568", \
            "0.0120747, 0.0138981, 0.0194121, 0.0355771, 0.08324, 0.223289, 0.635567", \
            "0.0119627, 0.0137736, 0.0191355, 0.0351929, 0.0828206, 0.222558, 0.635553", \
            "0.0125961, 0.0143675, 0.0195837, 0.0355028, 0.0828022, 0.222488, 0.634182", \
            "0.0161134, 0.0178509, 0.0235927, 0.0396939, 0.0843443, 0.224323, 0.636317", \
            "0.0271987, 0.0286048, 0.0330944, 0.0470915, 0.0913481, 0.228847, 0.637416" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0219597, 0.0202367, 0.014995, -0.0008953, -0.0486098, -0.190052, -0.607999", \
            "0.0214826, 0.0198148, 0.0146608, -0.001103, -0.048705, -0.190077, -0.608023", \
            "0.0209452, 0.0192193, 0.0141336, -0.0014682, -0.0488804, -0.190148, -0.608052", \
            "0.0205083, 0.0187553, 0.0136008, -0.0020152, -0.0492516, -0.190312, -0.608125", \
            "0.0209683, 0.0191139, 0.0135903, -0.0022904, -0.0496542, -0.190558, -0.60821", \
            "0.0232417, 0.0211948, 0.0153804, -0.0012498, -0.0496586, -0.190816, -0.608591", \
            "0.0328516, 0.0303262, 0.0234222, 0.0045682, -0.0460261, -0.189521, -0.608128" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0210742, 0.0229022, 0.0282752, 0.0442684, 0.091623, 0.231584, 0.64389", \
            "0.0205697, 0.022384, 0.0278013, 0.0438678, 0.0913637, 0.231017, 0.643536", \
            "0.0200134, 0.0218477, 0.0272886, 0.0434461, 0.0910642, 0.231177, 0.643522", \
            "0.0200143, 0.0217673, 0.0272001, 0.0432193, 0.0903547, 0.230561, 0.64326", \
            "0.0213389, 0.0231034, 0.0285843, 0.0442489, 0.0913615, 0.230599, 0.643014", \
            "0.0260266, 0.0275894, 0.0326244, 0.0482345, 0.0943984, 0.232862, 0.643533", \
            "0.0394599, 0.0410205, 0.0455497, 0.0597668, 0.103382, 0.238797, 0.647974" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147709, 0.00436359, 0.0128908, 0.0380818, 0.1125, 0.332346");
          values ( \
            "0.0222771, 0.0205602, 0.0152858, -0.0006048, -0.0483218, -0.189752, -0.607715", \
            "0.0218014, 0.0200992, 0.014931, -0.0008168, -0.0484122, -0.189812, -0.607728", \
            "0.0212644, 0.0195502, 0.0144346, -0.0011964, -0.0486127, -0.189872, -0.607787", \
            "0.0208783, 0.019135, 0.0138961, -0.0017342, -0.0489836, -0.19004, -0.607839", \
            "0.0214087, 0.019475, 0.0139684, -0.0019128, -0.0493052, -0.190243, -0.607865", \
            "0.0240281, 0.0219566, 0.0160671, -0.0006513, -0.0490754, -0.190341, -0.607943", \
            "0.0358938, 0.03346, 0.0263729, 0.0071752, -0.0440645, -0.187995, -0.607014" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001576;
      rise_capacitance : 0.001623;
      rise_capacitance_range (0.001623, 0.001623);
      fall_capacitance : 0.00153;
      fall_capacitance_range (0.00153, 0.00153);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0112441, 0.011206, 0.0111181, 0.011378, 0.0119771, 0.0133583, 0.0165419" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.01366, 0.0135639, 0.0133424, 0.013613, 0.0142367, 0.0156743, 0.0189881" \
          );
        }
      }
    }
    pin (BN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001574;
      rise_capacitance : 0.001632;
      rise_capacitance_range (0.001632, 0.001632);
      fall_capacitance : 0.001517;
      fall_capacitance_range (0.001517, 0.001517);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0107313, 0.0106769, 0.0105515, 0.0108337, 0.0114844, 0.0129841, 0.0164412" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0103682, 0.0102577, 0.0100032, 0.010265, 0.0108684, 0.0122594, 0.0154657" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004482;
      rise_capacitance : 0.004663;
      rise_capacitance_range (0.004663, 0.004663);
      fall_capacitance : 0.004302;
      fall_capacitance_range (0.004302, 0.004302);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0083818, -0.0083845, -0.0083908, -0.0083692, -0.0083191, -0.0082038, -0.0079378" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0097707, 0.0097655, 0.0097537, 0.0097694, 0.0098057, 0.0098893, 0.0100821" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004475;
      rise_capacitance : 0.004698;
      rise_capacitance_range (0.004698, 0.004698);
      fall_capacitance : 0.004253;
      fall_capacitance_range (0.004253, 0.004253);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087792, -0.0087779, -0.0087749, -0.0087768, -0.0087809, -0.0087905, -0.0088125" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088009, 0.0087967, 0.0087872, 0.0087853, 0.0087808, 0.0087707, 0.0087472" \
          );
        }
      }
    }
  }
  cell (scs8hd_nand4bb_4) {
    area : 27.5264;
    cell_footprint : "nand4bb";
    cell_leakage_power : 0.0236912;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0001959;
      when : "!AN&!BN&!C&D";
    }
    leakage_power () {
      value : 0.0748123;
      when : "!AN&!BN&!C&!D";
    }
    leakage_power () {
      value : 0.0991888;
      when : "!AN&!BN&C&D";
    }
    leakage_power () {
      value : 0.0002244;
      when : "!AN&!BN&C&!D";
    }
    leakage_power () {
      value : 0.0062697;
      when : "!AN&BN&!C&D";
    }
    leakage_power () {
      value : 0.0574984;
      when : "!AN&BN&!C&!D";
    }
    leakage_power () {
      value : 0.0063552;
      when : "!AN&BN&C&D";
    }
    leakage_power () {
      value : 0.0062716;
      when : "!AN&BN&C&!D";
    }
    leakage_power () {
      value : 0.0062558;
      when : "AN&!BN&!C&D";
    }
    leakage_power () {
      value : 0.0329503;
      when : "AN&!BN&!C&!D";
    }
    leakage_power () {
      value : 0.0063745;
      when : "AN&!BN&C&D";
    }
    leakage_power () {
      value : 0.0062537;
      when : "AN&!BN&C&!D";
    }
    leakage_power () {
      value : 0.0124311;
      when : "AN&BN&!C&D";
    }
    leakage_power () {
      value : 0.0391156;
      when : "AN&BN&!C&!D";
    }
    leakage_power () {
      value : 0.0124318;
      when : "AN&BN&C&D";
    }
    leakage_power () {
      value : 0.0124308;
      when : "AN&BN&C&!D";
    }
    leakage_power () {
      value : 0.0236912;
    }
    pin (Y) {
      direction : output;
      function : "(AN) | (BN) | (!C) | (!D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.559397;
      max_transition : 1.5012;
      timing () {
        related_pin : "AN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0657997, 0.0681392, 0.0751587, 0.0955171, 0.155748, 0.3448, 0.949536", \
            "0.0693984, 0.0717358, 0.0787454, 0.0991273, 0.159409, 0.348399, 0.953123", \
            "0.0777644, 0.0800959, 0.087113, 0.107472, 0.167746, 0.356601, 0.961495", \
            "0.0936064, 0.0958989, 0.102871, 0.12324, 0.183308, 0.372989, 0.980257", \
            "0.108547, 0.111075, 0.118366, 0.138888, 0.199607, 0.388541, 0.995128", \
            "0.10852, 0.11158, 0.120192, 0.142748, 0.202913, 0.392998, 1.00125", \
            "0.0607207, 0.0645233, 0.0755776, 0.103765, 0.168146, 0.356027, 0.962045" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0262588, 0.0285768, 0.0361035, 0.0612076, 0.144774, 0.417393, 1.30132", \
            "0.0262724, 0.0285823, 0.0361043, 0.0612233, 0.144766, 0.417385, 1.29648", \
            "0.0263113, 0.028651, 0.0361599, 0.0611288, 0.14459, 0.41758, 1.29825", \
            "0.0280333, 0.0301648, 0.0373164, 0.0617861, 0.144829, 0.416324, 1.29793", \
            "0.0329985, 0.0350138, 0.0416614, 0.0643749, 0.145046, 0.417067, 1.29731", \
            "0.0427682, 0.0448396, 0.0515525, 0.0713935, 0.14736, 0.417291, 1.29358", \
            "0.0580689, 0.0607196, 0.0686256, 0.0893808, 0.156326, 0.418459, 1.2919" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.101323, 0.104186, 0.112779, 0.137145, 0.206575, 0.421174, 1.10995", \
            "0.106143, 0.109, 0.117584, 0.141981, 0.211237, 0.425804, 1.11477", \
            "0.118172, 0.121007, 0.129558, 0.153854, 0.223241, 0.43789, 1.12748", \
            "0.147409, 0.150193, 0.158663, 0.182784, 0.252048, 0.46737, 1.16174", \
            "0.207577, 0.210585, 0.219446, 0.244134, 0.31349, 0.529236, 1.21803", \
            "0.306177, 0.309786, 0.320361, 0.347681, 0.418447, 0.633202, 1.32147", \
            "0.47666, 0.480918, 0.493565, 0.526153, 0.602586, 0.816307, 1.50393" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0373046, 0.040307, 0.04986, 0.0794077, 0.173045, 0.478198, 1.4673", \
            "0.0372864, 0.0403033, 0.0498813, 0.0794573, 0.173147, 0.48015, 1.46386", \
            "0.0373417, 0.0404062, 0.0498573, 0.0795046, 0.172841, 0.48028, 1.46642", \
            "0.0373443, 0.0405146, 0.0501297, 0.0796513, 0.173123, 0.478896, 1.46723", \
            "0.0417342, 0.0447039, 0.0536656, 0.0817711, 0.173905, 0.478931, 1.46629", \
            "0.0516031, 0.0545651, 0.0636422, 0.0908577, 0.178001, 0.47952, 1.46784", \
            "0.0676312, 0.0708892, 0.0798109, 0.106741, 0.188824, 0.483285, 1.46795" \
          );
        }
      }
      timing () {
        related_pin : "BN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0763297, 0.0786325, 0.0855782, 0.106588, 0.17072, 0.371141, 1.01292", \
            "0.0799545, 0.0821713, 0.0891405, 0.110211, 0.17429, 0.37501, 1.01645", \
            "0.0880104, 0.0902014, 0.0971321, 0.118212, 0.182346, 0.383551, 1.03199", \
            "0.104086, 0.106291, 0.113164, 0.134258, 0.198316, 0.398851, 1.04116", \
            "0.119625, 0.121867, 0.128698, 0.149652, 0.213551, 0.414479, 1.05742", \
            "0.1201, 0.122671, 0.13038, 0.151929, 0.215196, 0.41687, 1.05858", \
            "0.0704651, 0.0736803, 0.0832941, 0.108768, 0.173972, 0.374138, 1.0163" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0365622, 0.0390293, 0.0472257, 0.0737098, 0.161574, 0.447162, 1.36699", \
            "0.0365756, 0.0390395, 0.0472409, 0.0736668, 0.161661, 0.446596, 1.36578", \
            "0.036657, 0.0390848, 0.0472469, 0.0739149, 0.161688, 0.446798, 1.37218", \
            "0.0376105, 0.039999, 0.0478928, 0.074193, 0.161684, 0.44721, 1.36793", \
            "0.0417414, 0.043845, 0.0510539, 0.0758877, 0.16187, 0.447252, 1.36913", \
            "0.0508668, 0.0529266, 0.0597683, 0.0815531, 0.163315, 0.44714, 1.3693", \
            "0.0679759, 0.0702674, 0.0769636, 0.0976211, 0.17136, 0.449477, 1.36691" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.118518, 0.121442, 0.130585, 0.156415, 0.228067, 0.444514, 1.1327", \
            "0.123089, 0.126062, 0.135292, 0.160997, 0.232734, 0.449506, 1.13761", \
            "0.135432, 0.138313, 0.147362, 0.173138, 0.244925, 0.461366, 1.14985", \
            "0.165011, 0.167891, 0.176915, 0.202586, 0.274442, 0.490756, 1.17948", \
            "0.228322, 0.231364, 0.240529, 0.266538, 0.33894, 0.556004, 1.24418", \
            "0.334979, 0.338609, 0.349782, 0.377602, 0.451839, 0.669568, 1.36092", \
            "0.518745, 0.523232, 0.536434, 0.57072, 0.649303, 0.868584, 1.55852" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0387084, 0.0416503, 0.0513781, 0.0813529, 0.1754, 0.479253, 1.46969", \
            "0.0385921, 0.0416838, 0.051418, 0.0814174, 0.1754, 0.479114, 1.46366", \
            "0.0387027, 0.0416843, 0.0514561, 0.081264, 0.175367, 0.479203, 1.46879", \
            "0.0387851, 0.0418605, 0.0514065, 0.0814163, 0.175391, 0.479395, 1.46373", \
            "0.041582, 0.0444788, 0.0534791, 0.0826828, 0.175436, 0.478961, 1.47036", \
            "0.0513552, 0.0540818, 0.0626474, 0.0893708, 0.178759, 0.481142, 1.46488", \
            "0.0663871, 0.0690849, 0.0778921, 0.10407, 0.187029, 0.481663, 1.46461" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0409562, 0.0430509, 0.0495821, 0.0700287, 0.133703, 0.332472, 0.969072", \
            "0.0458263, 0.0479374, 0.0545819, 0.0752431, 0.138841, 0.337805, 0.974502", \
            "0.0583403, 0.0604284, 0.0669392, 0.087503, 0.151324, 0.351281, 0.987335", \
            "0.0882813, 0.0907619, 0.0978356, 0.118341, 0.181815, 0.380907, 1.0155", \
            "0.139886, 0.143439, 0.154191, 0.183674, 0.253255, 0.452522, 1.08716", \
            "0.231201, 0.236125, 0.251213, 0.293902, 0.397338, 0.616338, 1.24873", \
            "0.405245, 0.411845, 0.432236, 0.49069, 0.639542, 0.964718, 1.63054" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0432779, 0.0459424, 0.0544803, 0.0819497, 0.170737, 0.458715, 1.38872", \
            "0.043233, 0.0458471, 0.0544246, 0.0819065, 0.170579, 0.458454, 1.38678", \
            "0.0435042, 0.0459262, 0.05421, 0.0816436, 0.170598, 0.459071, 1.38742", \
            "0.0544835, 0.0566486, 0.0628599, 0.0859568, 0.170146, 0.458338, 1.38756", \
            "0.0824069, 0.0851122, 0.0931906, 0.115731, 0.184861, 0.458375, 1.39038", \
            "0.124802, 0.128799, 0.141474, 0.175627, 0.256681, 0.486313, 1.39019", \
            "0.196798, 0.202679, 0.220096, 0.271393, 0.393669, 0.642829, 1.42064" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.04455, 0.0469826, 0.0547573, 0.0778636, 0.147053, 0.362329, 1.05012", \
            "0.0460199, 0.0484866, 0.056411, 0.0797912, 0.149072, 0.36464, 1.0536", \
            "0.0480564, 0.0506564, 0.0586339, 0.0822075, 0.152165, 0.367237, 1.05544", \
            "0.0488443, 0.051858, 0.0607106, 0.0866436, 0.157746, 0.374222, 1.06629", \
            "0.0425904, 0.0466015, 0.0585829, 0.0907122, 0.17162, 0.391841, 1.08156", \
            "0.0073914, 0.0131913, 0.0299702, 0.0764718, 0.185137, 0.432883, 1.12793", \
            "-0.1005, -0.0919497, -0.0668261, -0.0005756, 0.154729, 0.482506, 1.2369" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0327017, 0.0359439, 0.046206, 0.0775444, 0.17332, 0.479336, 1.46999", \
            "0.0327519, 0.0360026, 0.04627, 0.0775106, 0.173323, 0.479918, 1.46644", \
            "0.0342585, 0.03732, 0.0469955, 0.0774624, 0.173137, 0.478981, 1.46731", \
            "0.0398965, 0.0430439, 0.0527611, 0.0814582, 0.174697, 0.479044, 1.46701", \
            "0.0563652, 0.0595038, 0.0691386, 0.0976071, 0.186093, 0.481088, 1.46601", \
            "0.0941334, 0.097653, 0.108384, 0.140657, 0.230331, 0.504765, 1.46435", \
            "0.172505, 0.17631, 0.188397, 0.225691, 0.329071, 0.609674, 1.5012" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0436787, 0.0456344, 0.0517905, 0.0708931, 0.129259, 0.310967, 0.891044", \
            "0.0485236, 0.050529, 0.0567908, 0.0759369, 0.134494, 0.316713, 0.897707", \
            "0.0610485, 0.0630426, 0.0692829, 0.0885316, 0.147042, 0.329131, 0.908729", \
            "0.0917036, 0.0937887, 0.100022, 0.118696, 0.177132, 0.359758, 0.938694", \
            "0.14491, 0.147974, 0.157166, 0.183558, 0.24779, 0.428205, 1.00692", \
            "0.237468, 0.241623, 0.254577, 0.292077, 0.386695, 0.591539, 1.16746", \
            "0.411828, 0.417401, 0.434909, 0.485836, 0.620441, 0.921203, 1.54365" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0511179, 0.0534566, 0.0612108, 0.0862049, 0.167551, 0.434765, 1.29999", \
            "0.0508424, 0.0532754, 0.0610854, 0.086139, 0.16757, 0.435486, 1.30053", \
            "0.0504096, 0.0526928, 0.0602604, 0.0856096, 0.167647, 0.434902, 1.29865", \
            "0.0597675, 0.0616244, 0.0678582, 0.0894886, 0.167625, 0.43481, 1.30038", \
            "0.0868809, 0.089366, 0.0971354, 0.118207, 0.182513, 0.434601, 1.29902", \
            "0.130416, 0.134285, 0.145523, 0.177652, 0.254258, 0.467201, 1.30121", \
            "0.2019, 0.206979, 0.223009, 0.270382, 0.384682, 0.631491, 1.35366" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0476469, 0.0500616, 0.057813, 0.0810915, 0.15006, 0.364574, 1.0576", \
            "0.0493396, 0.0518454, 0.059658, 0.0829045, 0.152149, 0.367102, 1.06386", \
            "0.0516518, 0.0541938, 0.0620555, 0.0855942, 0.155282, 0.370264, 1.05882", \
            "0.0520885, 0.054804, 0.0632759, 0.087955, 0.158503, 0.374753, 1.06296", \
            "0.0445716, 0.048235, 0.0581686, 0.0866115, 0.16258, 0.38135, 1.0714", \
            "0.0067738, 0.0117697, 0.0265382, 0.0662192, 0.162014, 0.397742, 1.09102", \
            "-0.106215, -0.0983804, -0.076168, -0.0169026, 0.116561, 0.411559, 1.13851" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0327484, 0.0359732, 0.0461546, 0.0776109, 0.17379, 0.480719, 1.46741", \
            "0.0327965, 0.0360772, 0.0461932, 0.0774478, 0.173563, 0.47855, 1.47131", \
            "0.0334642, 0.0365682, 0.0464914, 0.0774968, 0.173507, 0.478559, 1.46634", \
            "0.0373183, 0.0404065, 0.0501953, 0.0797513, 0.174253, 0.479132, 1.46448", \
            "0.0495764, 0.0525993, 0.061677, 0.0907223, 0.18138, 0.480524, 1.46596", \
            "0.0843667, 0.0872153, 0.096481, 0.125593, 0.214157, 0.49869, 1.46587", \
            "0.16542, 0.167702, 0.177242, 0.207351, 0.297352, 0.575412, 1.49172" \
          );
        }
      }
      internal_power () {
        related_pin : "AN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.01184, 0.0142102, 0.0216565, 0.0449622, 0.116509, 0.342691, 1.06962", \
            "0.0117751, 0.0141289, 0.0215772, 0.0448555, 0.116464, 0.342707, 1.06397", \
            "0.0116704, 0.0139818, 0.0214076, 0.0445582, 0.116221, 0.342776, 1.06421", \
            "0.0106937, 0.0129264, 0.0201707, 0.0430439, 0.114879, 0.341346, 1.06895", \
            "0.0102436, 0.0124202, 0.0191979, 0.0415526, 0.11316, 0.340285, 1.06785", \
            "0.0101627, 0.0122988, 0.0188825, 0.0412023, 0.1115, 0.338443, 1.06453", \
            "0.0130847, 0.0152793, 0.0217998, 0.0435549, 0.113291, 0.338785, 1.0637" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0253218, 0.0233965, 0.0171512, -0.003878, -0.0732847, -0.300336, -1.03354", \
            "0.0252935, 0.0233617, 0.0170847, -0.0039437, -0.073371, -0.300325, -1.03359", \
            "0.0254719, 0.0235092, 0.017055, -0.0038608, -0.0732953, -0.30016, -1.03328", \
            "0.0252167, 0.0231929, 0.0166235, -0.0044548, -0.0740795, -0.300909, -1.03397", \
            "0.0242397, 0.0221406, 0.0155336, -0.0056623, -0.0748724, -0.301423, -1.03465", \
            "0.0241025, 0.0219676, 0.0153592, -0.0058965, -0.0759417, -0.302491, -1.03527", \
            "0.0273583, 0.0250323, 0.0178631, -0.0045815, -0.0753707, -0.302324, -1.03481" \
          );
        }
      }
      internal_power () {
        related_pin : "BN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0204503, 0.0227206, 0.0298716, 0.0522976, 0.122956, 0.348136, 1.07174", \
            "0.0204337, 0.0227018, 0.0298107, 0.0522849, 0.122963, 0.348035, 1.07168", \
            "0.0202191, 0.0224128, 0.029524, 0.0520844, 0.122859, 0.348007, 1.07154", \
            "0.0187938, 0.0209515, 0.0279802, 0.050515, 0.121462, 0.347297, 1.07145", \
            "0.0177312, 0.0198618, 0.0265476, 0.0488605, 0.119964, 0.346114, 1.07013", \
            "0.0170414, 0.0191582, 0.0261147, 0.0482716, 0.11823, 0.344697, 1.06925", \
            "0.0196454, 0.0217096, 0.0282057, 0.0498416, 0.120124, 0.344676, 1.07046" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0428797, 0.0408056, 0.0345314, 0.0136855, -0.0557001, -0.282633, -1.01587", \
            "0.0427207, 0.0407372, 0.0344508, 0.0136281, -0.0557714, -0.282665, -1.01591", \
            "0.0428146, 0.0408239, 0.0345447, 0.0136706, -0.0556191, -0.282572, -1.01584", \
            "0.042373, 0.0403699, 0.0340047, 0.0131155, -0.0562574, -0.283053, -1.01614", \
            "0.0411316, 0.0391798, 0.0327116, 0.0116324, -0.0576851, -0.28415, -1.01711", \
            "0.040593, 0.0385891, 0.0321139, 0.0109896, -0.0585107, -0.284896, -1.01766", \
            "0.0425915, 0.0404439, 0.0336756, 0.0117633, -0.058554, -0.284551, -1.01724" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0252057, 0.0273254, 0.0339642, 0.0555916, 0.125414, 0.350037, 1.07358", \
            "0.024187, 0.0262498, 0.0330437, 0.0548293, 0.125032, 0.349729, 1.07322", \
            "0.0230652, 0.0252066, 0.0318871, 0.0537331, 0.124056, 0.349515, 1.07283", \
            "0.0226078, 0.0247582, 0.0314618, 0.0529461, 0.123307, 0.348819, 1.07325", \
            "0.0235848, 0.0256254, 0.0321988, 0.0537773, 0.12344, 0.348592, 1.07242", \
            "0.0297863, 0.0318002, 0.0389141, 0.0606603, 0.129431, 0.352152, 1.07315", \
            "0.0506881, 0.0523471, 0.057813, 0.0763567, 0.140165, 0.359751, 1.07511" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.045724, 0.0437283, 0.037258, 0.0157837, -0.0544831, -0.282014, -1.01548", \
            "0.0448052, 0.042871, 0.036507, 0.0153436, -0.0546922, -0.282139, -1.01544", \
            "0.0437129, 0.0417659, 0.0354937, 0.0145888, -0.0550441, -0.282192, -1.0155", \
            "0.0427746, 0.0408425, 0.0344243, 0.0133946, -0.0558946, -0.282566, -1.0157", \
            "0.0432606, 0.0411497, 0.0343984, 0.0128882, -0.056682, -0.283063, -1.01581", \
            "0.0478634, 0.0454914, 0.0381343, 0.0153937, -0.0562541, -0.283485, -1.01606", \
            "0.0653218, 0.0625367, 0.0538, 0.0275112, -0.0485267, -0.280503, -1.01537" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0397753, 0.0418724, 0.0485605, 0.0701563, 0.140053, 0.364763, 1.08837", \
            "0.0387842, 0.0408611, 0.0476452, 0.0694479, 0.139375, 0.364302, 1.08814", \
            "0.0378214, 0.0399214, 0.0466743, 0.0684334, 0.138719, 0.364293, 1.08733", \
            "0.037604, 0.039634, 0.0462501, 0.0679353, 0.137986, 0.36334, 1.08738", \
            "0.039473, 0.0415224, 0.0479973, 0.0692446, 0.138813, 0.364026, 1.08681", \
            "0.0463783, 0.0482118, 0.0542155, 0.0753707, 0.143045, 0.365248, 1.08753", \
            "0.072414, 0.0740698, 0.0795992, 0.0981871, 0.163859, 0.377627, 1.10194" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001611, 0.00519063, 0.0167242, 0.0538853, 0.173618, 0.559397");
          values ( \
            "0.0461751, 0.0441573, 0.0376141, 0.0161647, -0.0542123, -0.281748, -1.0152", \
            "0.0452671, 0.0432833, 0.0368974, 0.0156717, -0.0544371, -0.28186, -1.01534", \
            "0.0441864, 0.042229, 0.0358766, 0.0149102, -0.0548553, -0.282034, -1.01534", \
            "0.0433036, 0.0413002, 0.0348623, 0.0138166, -0.0555854, -0.28231, -1.01547", \
            "0.04376, 0.0417253, 0.0349115, 0.0134385, -0.0561808, -0.282746, -1.01551", \
            "0.0490034, 0.0466741, 0.039307, 0.0164386, -0.0554069, -0.282738, -1.01558", \
            "0.0702413, 0.0674436, 0.0586578, 0.0320041, -0.0452624, -0.278018, -1.01367" \
          );
        }
      }
    }
    pin (AN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002401;
      rise_capacitance : 0.00252;
      rise_capacitance_range (0.00252, 0.00252);
      fall_capacitance : 0.002282;
      fall_capacitance_range (0.002282, 0.002282);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0218211, 0.0217362, 0.0215402, 0.0220938, 0.0233698, 0.0263111, 0.0330909" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0246707, 0.0245217, 0.0241781, 0.0247436, 0.0260474, 0.0290528, 0.0359802" \
          );
        }
      }
    }
    pin (BN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002392;
      rise_capacitance : 0.002504;
      rise_capacitance_range (0.002504, 0.002504);
      fall_capacitance : 0.002281;
      fall_capacitance_range (0.002281, 0.002281);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0208873, 0.0208019, 0.0206048, 0.0211253, 0.0223249, 0.02509, 0.0314639" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0176985, 0.0175421, 0.0171814, 0.0177035, 0.0189069, 0.0216808, 0.0280747" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008606;
      rise_capacitance : 0.008941;
      rise_capacitance_range (0.008941, 0.008941);
      fall_capacitance : 0.008271;
      fall_capacitance_range (0.008271, 0.008271);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.016617, -0.0166308, -0.0166625, -0.0166313, -0.0165595, -0.0163936, -0.0160113" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0187497, 0.0187506, 0.0187526, 0.0187802, 0.0188439, 0.0189906, 0.0193288" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008758;
      rise_capacitance : 0.00922;
      rise_capacitance_range (0.00922, 0.00922);
      fall_capacitance : 0.008296;
      fall_capacitance_range (0.008296, 0.008296);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0173858, -0.0173831, -0.0173765, -0.0173778, -0.0173809, -0.0173879, -0.0174038" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0174014, 0.017403, 0.0174069, 0.0173998, 0.0173835, 0.0173459, 0.017259" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor2_1) {
    area : 3.7536;
    cell_footprint : "nor2";
    cell_leakage_power : 0.0032538;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062187;
      when : "!A&B";
    }
    leakage_power () {
      value : 4.19999e-05;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0061988;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0005557;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.0032538;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.12086;
      max_transition : 1.49533;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124793, 0.00311463, 0.00777366, 0.0194019, 0.0484242, 0.12086");
          values ( \
            "0.0367437, 0.0435961, 0.0604555, 0.101455, 0.202145, 0.447585, 1.06466", \
            "0.0415872, 0.0482662, 0.0649289, 0.105829, 0.207747, 0.457171, 1.06904", \
            "0.0523629, 0.0589944, 0.0752634, 0.115705, 0.215774, 0.463837, 1.08018", \
            "0.0706145, 0.0794588, 0.0984995, 0.139437, 0.239408, 0.488437, 1.10484", \
            "0.100906, 0.113187, 0.138981, 0.191112, 0.294494, 0.543859, 1.1602", \
            "0.163545, 0.179391, 0.213791, 0.283115, 0.414978, 0.672655, 1.2888", \
            "0.299404, 0.31987, 0.364047, 0.454606, 0.630173, 0.950014, 1.59067" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124793, 0.00311463, 0.00777366, 0.0194019, 0.0484242, 0.12086");
          values ( \
            "0.0274259, 0.0362988, 0.058789, 0.114471, 0.25332, 0.598695, 1.45982", \
            "0.0274905, 0.0363393, 0.0587719, 0.114753, 0.253389, 0.603567, 1.45944", \
            "0.0287195, 0.0371328, 0.0586346, 0.114224, 0.251943, 0.597587, 1.46072", \
            "0.0386417, 0.0464185, 0.0647247, 0.115659, 0.252393, 0.600218, 1.4581", \
            "0.0580837, 0.0668281, 0.0872483, 0.134712, 0.25751, 0.599657, 1.46198", \
            "0.0898162, 0.100713, 0.126185, 0.182205, 0.302266, 0.60995, 1.46918", \
            "0.149831, 0.160588, 0.190342, 0.259448, 0.407775, 0.707603, 1.4839" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124793, 0.00311463, 0.00777366, 0.0194019, 0.0484242, 0.12086");
          values ( \
            "0.0130523, 0.0149946, 0.0195868, 0.0304267, 0.0566158, 0.121257, 0.282332", \
            "0.0166819, 0.0187992, 0.0232732, 0.0339836, 0.0601888, 0.124853, 0.285805", \
            "0.0204636, 0.0236091, 0.0300865, 0.042497, 0.0686317, 0.133207, 0.294268", \
            "0.021325, 0.0257141, 0.0355488, 0.0544439, 0.0883171, 0.152939, 0.313821", \
            "0.013023, 0.0194228, 0.0334259, 0.0608758, 0.111811, 0.198628, 0.360779", \
            "-0.0209298, -0.0115995, 0.0086423, 0.0483871, 0.122612, 0.250782, 0.465837", \
            "-0.120723, -0.107769, -0.0781048, -0.0202812, 0.0862446, 0.275118, 0.587755" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124793, 0.00311463, 0.00777366, 0.0194019, 0.0484242, 0.12086");
          values ( \
            "0.0088284, 0.0111434, 0.0167448, 0.0304179, 0.0643033, 0.149365, 0.360892", \
            "0.0108654, 0.0126144, 0.0173819, 0.0303748, 0.0645275, 0.148988, 0.360372", \
            "0.0169607, 0.0192265, 0.0242076, 0.0346496, 0.0649477, 0.149194, 0.360535", \
            "0.0268373, 0.0305657, 0.037433, 0.051757, 0.0776941, 0.15108, 0.36133", \
            "0.0435932, 0.0490077, 0.0595809, 0.0803581, 0.117291, 0.180923, 0.366023", \
            "0.0743691, 0.0821883, 0.0981013, 0.128244, 0.182237, 0.273387, 0.433658", \
            "0.132621, 0.145455, 0.171053, 0.213647, 0.292477, 0.425511, 0.655954" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124793, 0.00311463, 0.00777366, 0.0194019, 0.0484242, 0.12086");
          values ( \
            "0.0275207, 0.034561, 0.0516141, 0.0924633, 0.19231, 0.439543, 1.05571", \
            "0.0314716, 0.0381121, 0.0547655, 0.0958544, 0.196091, 0.443636, 1.06049", \
            "0.0431652, 0.0495341, 0.0656636, 0.105701, 0.207128, 0.45572, 1.07513", \
            "0.0628832, 0.0725714, 0.0926743, 0.132482, 0.231932, 0.479347, 1.09647", \
            "0.0966635, 0.109974, 0.13831, 0.192765, 0.294116, 0.540258, 1.15845", \
            "0.163293, 0.179943, 0.217416, 0.293388, 0.432578, 0.685455, 1.2978", \
            "0.303677, 0.325323, 0.373236, 0.471411, 0.66428, 1.01199, 1.63511" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124793, 0.00311463, 0.00777366, 0.0194019, 0.0484242, 0.12086");
          values ( \
            "0.0273199, 0.0363237, 0.0587535, 0.114257, 0.25249, 0.598415, 1.46079", \
            "0.0270054, 0.0360581, 0.0585486, 0.114246, 0.252381, 0.598732, 1.46193", \
            "0.0310467, 0.0384346, 0.0589375, 0.114137, 0.254257, 0.599156, 1.46401", \
            "0.0432165, 0.0522107, 0.0695309, 0.116983, 0.253743, 0.597437, 1.4634", \
            "0.0602707, 0.0723874, 0.0967836, 0.144377, 0.260497, 0.60117, 1.45851", \
            "0.090575, 0.104608, 0.138785, 0.205104, 0.324992, 0.615047, 1.46127", \
            "0.153761, 0.169728, 0.207805, 0.297349, 0.471735, 0.762921, 1.49533" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124793, 0.00311463, 0.00777366, 0.0194019, 0.0484242, 0.12086");
          values ( \
            "0.0108863, 0.0127104, 0.0170787, 0.027641, 0.0536374, 0.118541, 0.279543", \
            "0.0133759, 0.0158481, 0.0207578, 0.0313422, 0.0572108, 0.122622, 0.282812", \
            "0.0146455, 0.0183305, 0.0257793, 0.0397071, 0.0656605, 0.130174, 0.291488", \
            "0.0118844, 0.0173366, 0.0284155, 0.0493153, 0.085051, 0.14985, 0.310902", \
            "-0.0022016, 0.0056867, 0.0217878, 0.0527464, 0.106335, 0.195549, 0.357934", \
            "-0.0455397, -0.0338397, -0.0100314, 0.0347149, 0.113641, 0.24574, 0.462935", \
            "-0.161458, -0.14444, -0.109528, -0.0436149, 0.0710908, 0.265222, 0.586766" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124793, 0.00311463, 0.00777366, 0.0194019, 0.0484242, 0.12086");
          values ( \
            "0.0060499, 0.0081424, 0.013703, 0.0271939, 0.0615244, 0.14668, 0.357637", \
            "0.0088776, 0.0105235, 0.0148271, 0.0275156, 0.0614923, 0.146169, 0.357228", \
            "0.0142414, 0.0168658, 0.0221967, 0.0323389, 0.0620234, 0.147426, 0.35928", \
            "0.0234884, 0.0273657, 0.0348658, 0.0491899, 0.0753629, 0.15056, 0.359641", \
            "0.040022, 0.0451771, 0.0565523, 0.0777731, 0.114993, 0.180437, 0.361509", \
            "0.0723864, 0.0805235, 0.0963488, 0.125977, 0.181323, 0.275522, 0.432256", \
            "0.137268, 0.149922, 0.173146, 0.217082, 0.296289, 0.425634, 0.649551" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124792, 0.00311463, 0.00777366, 0.0194019, 0.0484242, 0.12086");
          values ( \
            "0.0079655, 0.0094593, 0.0131517, 0.022088, 0.0440622, 0.0985085, 0.234344", \
            "0.0077843, 0.0092467, 0.0129003, 0.0219486, 0.0439846, 0.099229, 0.23435", \
            "0.0076661, 0.0091132, 0.0127168, 0.0215741, 0.0435987, 0.0982684, 0.234256", \
            "0.0075708, 0.0090122, 0.0125834, 0.0214742, 0.0433659, 0.0987167, 0.234126", \
            "0.0078812, 0.009236, 0.0127484, 0.0214982, 0.0434755, 0.0985512, 0.234058", \
            "0.0099625, 0.0111134, 0.0141909, 0.022783, 0.04435, 0.0988136, 0.235353", \
            "0.0172916, 0.0180398, 0.0204895, 0.0277293, 0.0482951, 0.100761, 0.236902" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124792, 0.00311463, 0.00777366, 0.0194019, 0.0484242, 0.12086");
          values ( \
            "0.0036433, 0.0022569, -0.001233, -0.0100222, -0.0320738, -0.0871704, -0.224844", \
            "0.0035192, 0.002142, -0.0013248, -0.0100699, -0.0320897, -0.0872063, -0.22486", \
            "0.0035028, 0.0021162, -0.0013233, -0.0100237, -0.0320349, -0.0870866, -0.224757", \
            "0.0038331, 0.0024242, -0.0012034, -0.0101018, -0.0320416, -0.087101, -0.224791", \
            "0.0048695, 0.0031704, -0.0004917, -0.0095187, -0.0318514, -0.0869983, -0.22472", \
            "0.0077325, 0.0061152, 0.0021281, -0.0073587, -0.0301974, -0.0861563, -0.224198", \
            "0.0158829, 0.014102, 0.0102309, -0.0001697, -0.0231576, -0.0821956, -0.220148" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124792, 0.00311463, 0.00777366, 0.0194019, 0.0484242, 0.12086");
          values ( \
            "0.0068228, 0.0083744, 0.01211, 0.0210869, 0.0430978, 0.0976297, 0.233513", \
            "0.0066092, 0.0080795, 0.0117495, 0.0207598, 0.0428955, 0.0975346, 0.233439", \
            "0.0066716, 0.0080372, 0.0116397, 0.0205176, 0.042944, 0.0979044, 0.234582", \
            "0.0070123, 0.0083454, 0.0118061, 0.0205476, 0.0426659, 0.0971037, 0.23316", \
            "0.0081532, 0.0094369, 0.0127578, 0.0212492, 0.0428524, 0.0975898, 0.232975", \
            "0.0115307, 0.0124982, 0.0155019, 0.0236353, 0.0444167, 0.0984882, 0.233329", \
            "0.0231581, 0.0229792, 0.0247027, 0.0304325, 0.0509693, 0.105562, 0.236727" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00124792, 0.00311463, 0.00777366, 0.0194019, 0.0484242, 0.12086");
          values ( \
            "-3.12e-05, -0.0013312, -0.0047213, -0.0134485, -0.0354723, -0.0906236, -0.228316", \
            "-0.0002086, -0.0015077, -0.0048579, -0.0135158, -0.0354813, -0.0905836, -0.228258", \
            "-0.0003876, -0.0016854, -0.0050636, -0.0136708, -0.0355247, -0.0906009, -0.228245", \
            "-0.0002285, -0.0015884, -0.0049891, -0.0138434, -0.0356731, -0.0906109, -0.228282", \
            "0.0010139, -0.0005499, -0.0042792, -0.0134052, -0.0356153, -0.0906302, -0.228256", \
            "0.0046052, 0.002748, -0.0014785, -0.011311, -0.0342312, -0.0899635, -0.227899", \
            "0.014472, 0.0118611, 0.0070023, -0.003949, -0.028255, -0.0864888, -0.225708" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002373;
      rise_capacitance : 0.002469;
      rise_capacitance_range (0.002469, 0.002469);
      fall_capacitance : 0.002277;
      fall_capacitance_range (0.002277, 0.002277);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.00413, -0.0041924, -0.0043362, -0.0043384, -0.0043435, -0.0043551, -0.0043819" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044585, 0.0044575, 0.0044553, 0.0044516, 0.004443, 0.0044233, 0.0043778" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002361;
      rise_capacitance : 0.002511;
      rise_capacitance_range (0.002511, 0.002511);
      fall_capacitance : 0.002211;
      fall_capacitance_range (0.002211, 0.002211);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018373, -0.0018359, -0.0018328, -0.0018327, -0.0018326, -0.0018322, -0.0018313" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027722, 0.0027689, 0.0027612, 0.0027671, 0.0027807, 0.002812, 0.0028843" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor2_2) {
    area : 6.256;
    cell_footprint : "nor2";
    cell_leakage_power : 0.00645895;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.012406;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0001112;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0123936;
      when : "A&B";
    }
    leakage_power () {
      value : 0.000925;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.00645895;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.195017;
      max_transition : 1.4944;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0412969, 0.0462561, 0.0590657, 0.092554, 0.183198, 0.42073, 1.06326", \
            "0.0462763, 0.0510756, 0.0637579, 0.0973987, 0.186404, 0.425379, 1.06818", \
            "0.0580234, 0.0627583, 0.0753642, 0.108886, 0.197595, 0.436504, 1.07981", \
            "0.0789084, 0.0848593, 0.0995746, 0.133372, 0.222837, 0.461086, 1.10426", \
            "0.111595, 0.120155, 0.140746, 0.184653, 0.278813, 0.518996, 1.16251", \
            "0.176472, 0.187846, 0.215162, 0.275486, 0.397735, 0.650174, 1.29626", \
            "0.328813, 0.343199, 0.377847, 0.455109, 0.616238, 0.936363, 1.59995" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0274595, 0.0336499, 0.0508721, 0.0969134, 0.221308, 0.554389, 1.45744", \
            "0.0275428, 0.0337511, 0.0508242, 0.0968707, 0.220355, 0.554767, 1.45716", \
            "0.0281117, 0.0341845, 0.0509165, 0.0968345, 0.220096, 0.553882, 1.45701", \
            "0.0366817, 0.0420306, 0.0563263, 0.0987061, 0.221507, 0.555612, 1.458", \
            "0.0544852, 0.0608508, 0.0772818, 0.117607, 0.227169, 0.556692, 1.46188", \
            "0.0894948, 0.0961899, 0.115359, 0.161961, 0.272567, 0.568807, 1.46117", \
            "0.150199, 0.157413, 0.17827, 0.234017, 0.367826, 0.668924, 1.48243" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0119003, 0.0131448, 0.01631, 0.0241793, 0.043978, 0.0958799, 0.234939", \
            "0.0153984, 0.0168413, 0.0200956, 0.0277187, 0.0474182, 0.0993732, 0.238394", \
            "0.0186967, 0.0206772, 0.0254121, 0.035388, 0.0557536, 0.107572, 0.246639", \
            "0.0181331, 0.0210126, 0.0277969, 0.0429677, 0.0719365, 0.127048, 0.266206", \
            "0.0062228, 0.0103951, 0.0206295, 0.0425009, 0.085663, 0.164165, 0.310544", \
            "-0.035386, -0.0294115, -0.0153384, 0.0165796, 0.0804561, 0.198101, 0.404893", \
            "-0.153565, -0.145163, -0.124857, -0.0784488, 0.0143443, 0.187323, 0.491074" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0083842, 0.0097024, 0.0133591, 0.0229482, 0.0483926, 0.117252, 0.302885", \
            "0.0107667, 0.0117207, 0.0145924, 0.0230915, 0.0483169, 0.117054, 0.303464", \
            "0.0162529, 0.0177948, 0.0214653, 0.028928, 0.0501461, 0.117409, 0.302969", \
            "0.0258163, 0.0278633, 0.0330313, 0.0439615, 0.0661663, 0.122217, 0.303138", \
            "0.041593, 0.0447128, 0.0526094, 0.0687005, 0.101104, 0.160298, 0.31341", \
            "0.0704381, 0.0755673, 0.0872621, 0.111352, 0.157793, 0.242679, 0.393522", \
            "0.127422, 0.13427, 0.153332, 0.188424, 0.25693, 0.378673, 0.601034" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0267081, 0.0317022, 0.0449525, 0.0791429, 0.170678, 0.409131, 1.05951", \
            "0.0307267, 0.0354324, 0.0481684, 0.0824689, 0.172052, 0.414224, 1.05893", \
            "0.0429047, 0.047418, 0.0594476, 0.0925708, 0.182145, 0.421571, 1.07177", \
            "0.0630692, 0.0701339, 0.0861711, 0.11993, 0.207376, 0.446458, 1.10027", \
            "0.0994593, 0.108801, 0.131259, 0.179055, 0.272385, 0.509067, 1.15652", \
            "0.172936, 0.184894, 0.213673, 0.27917, 0.410172, 0.657482, 1.29532", \
            "0.330189, 0.34525, 0.381542, 0.464186, 0.64181, 0.985279, 1.64081" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.026912, 0.033394, 0.0506162, 0.0967876, 0.221562, 0.555547, 1.46337", \
            "0.0265702, 0.0329974, 0.0504875, 0.0968324, 0.22044, 0.558222, 1.46062", \
            "0.0302486, 0.0354499, 0.0508983, 0.0967071, 0.220863, 0.553948, 1.46715", \
            "0.0413978, 0.0484414, 0.0626442, 0.1004, 0.220991, 0.553987, 1.46345", \
            "0.0565454, 0.0655544, 0.0856563, 0.128956, 0.230471, 0.555364, 1.46193", \
            "0.0845397, 0.0952314, 0.12125, 0.181822, 0.294389, 0.574447, 1.45851", \
            "0.145996, 0.156843, 0.186655, 0.260614, 0.418654, 0.715499, 1.4944" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0100829, 0.0112144, 0.0141038, 0.0214891, 0.0409471, 0.0932988, 0.235532", \
            "0.0120862, 0.0136897, 0.0174242, 0.0251159, 0.0446311, 0.0973378, 0.238537", \
            "0.0122827, 0.0147271, 0.020469, 0.0318234, 0.0529578, 0.105515, 0.2463", \
            "0.0074122, 0.0111215, 0.0194613, 0.036562, 0.0680882, 0.124803, 0.265904", \
            "-0.0108927, -0.0054552, 0.0068681, 0.0318832, 0.0788204, 0.161911, 0.310539", \
            "-0.0637115, -0.0555874, -0.0373741, -0.0001258, 0.0702797, 0.193869, 0.405934", \
            "-0.20028, -0.188417, -0.161158, -0.105275, -0.0035061, 0.179774, 0.490831" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0050856, 0.0062348, 0.0096932, 0.0193704, 0.045499, 0.115074, 0.30419", \
            "0.0078352, 0.0090701, 0.0117069, 0.0199102, 0.0451648, 0.115727, 0.303721", \
            "0.0125604, 0.0143333, 0.0184008, 0.026618, 0.0476527, 0.115571, 0.303819", \
            "0.0207992, 0.0232921, 0.0292696, 0.0416971, 0.0645663, 0.120423, 0.30527", \
            "0.0361592, 0.0399187, 0.0486673, 0.065962, 0.0999966, 0.159501, 0.315675", \
            "0.0664533, 0.0720135, 0.0844171, 0.10874, 0.156555, 0.242431, 0.39621", \
            "0.128468, 0.13576, 0.154212, 0.191288, 0.256767, 0.380633, 0.606463" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0144054, 0.016143, 0.0207462, 0.0327049, 0.0646935, 0.150553, 0.380666", \
            "0.0141072, 0.0158018, 0.0203033, 0.0323814, 0.064257, 0.149863, 0.380576", \
            "0.0139211, 0.0155825, 0.0200462, 0.0319666, 0.0638457, 0.149611, 0.380523", \
            "0.0138039, 0.015423, 0.0198385, 0.0316657, 0.0637456, 0.149212, 0.380289", \
            "0.0138208, 0.0154308, 0.0198483, 0.0316152, 0.0633873, 0.149432, 0.379918", \
            "0.0164885, 0.0177895, 0.0216582, 0.0332927, 0.0646926, 0.149938, 0.381773", \
            "0.0287697, 0.0295397, 0.0322868, 0.0416507, 0.070966, 0.154175, 0.382914" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.0081292, 0.0065291, 0.0022231, -0.0094405, -0.0412242, -0.127458, -0.360861", \
            "0.0078477, 0.0062631, 0.0019881, -0.00962, -0.0413119, -0.127544, -0.361009", \
            "0.0076043, 0.0060537, 0.00183, -0.0096521, -0.0413452, -0.127406, -0.360916", \
            "0.0081006, 0.0064954, 0.002223, -0.009866, -0.0413191, -0.127549, -0.360974", \
            "0.009721, 0.0080633, 0.0032338, -0.0088485, -0.0409526, -0.127154, -0.360795", \
            "0.0144891, 0.0126422, 0.0077896, -0.0049108, -0.038048, -0.12572, -0.360057", \
            "0.0287208, 0.0264774, 0.0209366, 0.0072654, -0.02632, -0.118813, -0.354454" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "0.012201, 0.013991, 0.0187455, 0.0309813, 0.0631377, 0.149053, 0.380031", \
            "0.0118331, 0.0135341, 0.0181158, 0.0304407, 0.0626001, 0.149421, 0.379442", \
            "0.0119821, 0.0135998, 0.0180584, 0.0299602, 0.0620085, 0.148015, 0.381606", \
            "0.0124677, 0.0140425, 0.018326, 0.0299364, 0.0614096, 0.147517, 0.379287", \
            "0.0145673, 0.0159845, 0.0200214, 0.0312791, 0.0623821, 0.147913, 0.38023", \
            "0.0202053, 0.0214232, 0.0266188, 0.0356834, 0.065815, 0.149139, 0.378372", \
            "0.0387703, 0.038416, 0.0398419, 0.0495884, 0.0773944, 0.1624, 0.384896" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135151, 0.00365318, 0.00987465, 0.0266914, 0.0721477, 0.195017");
          values ( \
            "-0.0007305, -0.0021976, -0.0062797, -0.0177903, -0.0495834, -0.135915, -0.369508", \
            "-0.0010476, -0.0024803, -0.0064985, -0.0178639, -0.0495343, -0.13577, -0.369316", \
            "-0.0012919, -0.0027129, -0.0068769, -0.0181992, -0.0495833, -0.135725, -0.369197", \
            "-0.0009295, -0.002479, -0.0066007, -0.0180524, -0.0497113, -0.135767, -0.369161", \
            "0.0010903, -0.0007196, -0.0053506, -0.0172487, -0.0490603, -0.135609, -0.369061", \
            "0.007214, 0.0051636, -0.000219, -0.0136093, -0.0471631, -0.134371, -0.368573", \
            "0.02287, 0.02042, 0.0144938, -0.0003482, -0.0366768, -0.128342, -0.362933" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004407;
      rise_capacitance : 0.004622;
      rise_capacitance_range (0.004622, 0.004622);
      fall_capacitance : 0.004193;
      fall_capacitance_range (0.004193, 0.004193);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.008112, -0.0082107, -0.0084383, -0.0084427, -0.0084529, -0.0084762, -0.00853" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0090594, 0.0090616, 0.0090666, 0.0090644, 0.0090592, 0.0090474, 0.0090203" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004459;
      rise_capacitance : 0.004773;
      rise_capacitance_range (0.004773, 0.004773);
      fall_capacitance : 0.004145;
      fall_capacitance_range (0.004145, 0.004145);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0037061, -0.0037098, -0.0037182, -0.003716, -0.003711, -0.0036993, -0.0036723" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0055781, 0.0055716, 0.0055564, 0.0055746, 0.0056164, 0.005713, 0.0059356" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor2_4) {
    area : 11.2608;
    cell_footprint : "nor2";
    cell_leakage_power : 0.0128749;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0247938;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0002795;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0248011;
      when : "A&B";
    }
    leakage_power () {
      value : 0.001625;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.0128749;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.345164;
      max_transition : 1.49789;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148643, 0.00441898, 0.013137, 0.0390547, 0.116105, 0.345164");
          values ( \
            "0.0429706, 0.0461786, 0.0556981, 0.082656, 0.161488, 0.389649, 1.06809", \
            "0.0478651, 0.0511036, 0.0603478, 0.0875029, 0.165556, 0.394722, 1.07869", \
            "0.0597834, 0.0628571, 0.0719395, 0.0985332, 0.177654, 0.406764, 1.08558", \
            "0.0810258, 0.0850065, 0.0957449, 0.123523, 0.201137, 0.430985, 1.11434", \
            "0.115191, 0.121057, 0.135545, 0.171865, 0.257382, 0.488463, 1.1667", \
            "0.183868, 0.191146, 0.211144, 0.260397, 0.372155, 0.618089, 1.30385", \
            "0.345452, 0.354728, 0.379922, 0.442538, 0.589056, 0.901336, 1.60504" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148643, 0.00441898, 0.013137, 0.0390547, 0.116105, 0.345164");
          values ( \
            "0.0287606, 0.03287, 0.0451588, 0.0816228, 0.190637, 0.510215, 1.46581", \
            "0.0287888, 0.0328143, 0.045204, 0.0815654, 0.189575, 0.509958, 1.46777", \
            "0.0292673, 0.0332625, 0.0453179, 0.0817348, 0.190223, 0.510213, 1.46018", \
            "0.0375163, 0.0409031, 0.0511796, 0.0843352, 0.189616, 0.511981, 1.4625", \
            "0.0543966, 0.058628, 0.0702681, 0.103422, 0.198031, 0.512739, 1.46191", \
            "0.08873, 0.0932626, 0.10687, 0.143957, 0.244125, 0.52595, 1.46868", \
            "0.149277, 0.153621, 0.167532, 0.21106, 0.333425, 0.626945, 1.48476" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148643, 0.00441898, 0.013137, 0.0390547, 0.116105, 0.345164");
          values ( \
            "0.0120413, 0.0128418, 0.0151031, 0.0212916, 0.0381566, 0.0861219, 0.226777", \
            "0.0155335, 0.01642, 0.0188337, 0.0248168, 0.0415413, 0.0894157, 0.230146", \
            "0.0184984, 0.0197883, 0.0232338, 0.0316905, 0.0498567, 0.0976087, 0.238702", \
            "0.0173338, 0.0191802, 0.0242081, 0.0365616, 0.0633755, 0.116833, 0.257532", \
            "0.0039083, 0.0065817, 0.0141043, 0.0321023, 0.0715591, 0.150447, 0.301914", \
            "-0.0414611, -0.0376179, -0.0271611, -0.001332, 0.057126, 0.172948, 0.390116", \
            "-0.168809, -0.163316, -0.148894, -0.110551, -0.0255559, 0.145007, 0.462994" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148643, 0.00441898, 0.013137, 0.0390547, 0.116105, 0.345164");
          values ( \
            "0.0088167, 0.0096693, 0.0122662, 0.0198518, 0.0419699, 0.10771, 0.303945", \
            "0.0111401, 0.0117596, 0.0137532, 0.0202924, 0.0417548, 0.107889, 0.303735", \
            "0.016439, 0.0174797, 0.0201378, 0.0267472, 0.0445856, 0.107598, 0.303589", \
            "0.0252554, 0.0269157, 0.0308096, 0.0405362, 0.060924, 0.114228, 0.303725", \
            "0.041167, 0.0430975, 0.04935, 0.062598, 0.0925959, 0.153223, 0.314947", \
            "0.0696089, 0.0729088, 0.0819554, 0.101843, 0.144249, 0.230948, 0.397878", \
            "0.125437, 0.130042, 0.143479, 0.174377, 0.23705, 0.358036, 0.59586" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148643, 0.00441898, 0.013137, 0.0390547, 0.116105, 0.345164");
          values ( \
            "0.0281661, 0.031595, 0.0415276, 0.0695927, 0.148062, 0.38072, 1.05986", \
            "0.0321032, 0.0352928, 0.0448355, 0.0718366, 0.151104, 0.381757, 1.06043", \
            "0.0443906, 0.0472627, 0.0559696, 0.0824493, 0.16258, 0.391587, 1.08438", \
            "0.0659874, 0.0705858, 0.0826268, 0.110703, 0.187688, 0.418438, 1.10474", \
            "0.104479, 0.110667, 0.127535, 0.168123, 0.253608, 0.481294, 1.16228", \
            "0.18282, 0.190569, 0.211992, 0.26656, 0.388245, 0.632694, 1.30728", \
            "0.351905, 0.361418, 0.388129, 0.456979, 0.619199, 0.961647, 1.65893" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148643, 0.00441898, 0.013137, 0.0390547, 0.116105, 0.345164");
          values ( \
            "0.0282765, 0.0324945, 0.0449632, 0.0815523, 0.189649, 0.513486, 1.46524", \
            "0.027886, 0.032167, 0.0446758, 0.0814942, 0.190083, 0.511315, 1.46465", \
            "0.0313363, 0.0348219, 0.0456042, 0.0813372, 0.190124, 0.510181, 1.47155", \
            "0.0425827, 0.0472108, 0.0575769, 0.0869422, 0.18937, 0.513375, 1.46835", \
            "0.0573433, 0.0629799, 0.0784415, 0.116301, 0.202786, 0.511781, 1.47155", \
            "0.0849524, 0.091535, 0.110976, 0.161011, 0.268927, 0.532647, 1.46543", \
            "0.145392, 0.154404, 0.175503, 0.233504, 0.380838, 0.674203, 1.49789" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148643, 0.00441898, 0.013137, 0.0390547, 0.116105, 0.345164");
          values ( \
            "0.0099577, 0.0106585, 0.0126913, 0.0183416, 0.0344289, 0.0820094, 0.222058", \
            "0.0117959, 0.0128667, 0.0156421, 0.021923, 0.0380975, 0.085458, 0.225702", \
            "0.0118164, 0.0134256, 0.0176394, 0.0271596, 0.046468, 0.0938609, 0.233804", \
            "0.0060903, 0.0085121, 0.0147821, 0.0291703, 0.0582679, 0.113187, 0.253184", \
            "-0.0141431, -0.010698, -0.0013956, 0.0195948, 0.063615, 0.145782, 0.296978", \
            "-0.0715951, -0.0662901, -0.0527208, -0.0211621, 0.0440804, 0.165958, 0.386757", \
            "-0.219147, -0.211295, -0.190686, -0.143451, -0.0484786, 0.133168, 0.45932" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148643, 0.00441898, 0.013137, 0.0390547, 0.116105, 0.345164");
          values ( \
            "0.0050139, 0.0057283, 0.0080404, 0.0152803, 0.0368834, 0.100788, 0.291109", \
            "0.0077526, 0.0085487, 0.0105311, 0.0163534, 0.0368544, 0.101657, 0.290189", \
            "0.0122792, 0.0133919, 0.0164358, 0.0234926, 0.0402874, 0.100768, 0.291028", \
            "0.0202854, 0.0221002, 0.0262231, 0.0364377, 0.0577951, 0.108187, 0.290317", \
            "0.03529, 0.0378716, 0.0441331, 0.0594719, 0.0887251, 0.148058, 0.303715", \
            "0.0650471, 0.0686851, 0.0784109, 0.0985417, 0.142855, 0.229513, 0.386114", \
            "0.125876, 0.130941, 0.143982, 0.175931, 0.236327, 0.357815, 0.592719" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148643, 0.00441898, 0.013137, 0.0390547, 0.116105, 0.345164");
          values ( \
            "0.0267784, 0.0288188, 0.0347575, 0.0517474, 0.101601, 0.245903, 0.676083", \
            "0.0261183, 0.028079, 0.0339158, 0.0510531, 0.100383, 0.245666, 0.676418", \
            "0.0258059, 0.0277275, 0.0333889, 0.0501415, 0.100038, 0.245121, 0.675465", \
            "0.0255096, 0.027392, 0.0330334, 0.0496926, 0.0987933, 0.24439, 0.675759", \
            "0.0254919, 0.0274573, 0.0329617, 0.0495707, 0.0985497, 0.244625, 0.674328", \
            "0.0300051, 0.0314652, 0.0361768, 0.0528041, 0.101487, 0.245097, 0.676919", \
            "0.0521422, 0.0531031, 0.056358, 0.068577, 0.113515, 0.255454, 0.681699" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148643, 0.00441898, 0.013137, 0.0390547, 0.116105, 0.345164");
          values ( \
            "0.016113, 0.0142869, 0.0087834, -0.0075732, -0.0565241, -0.202678, -0.637771", \
            "0.0155833, 0.0137872, 0.0083557, -0.0079582, -0.0567325, -0.2029, -0.638011", \
            "0.0152413, 0.0134516, 0.0080456, -0.008051, -0.0567041, -0.20267, -0.637765", \
            "0.0155954, 0.0137086, 0.0081515, -0.0081719, -0.0568977, -0.202807, -0.637876", \
            "0.0187818, 0.0168062, 0.0104958, -0.0064626, -0.0560136, -0.202551, -0.637752", \
            "0.0270853, 0.0249455, 0.0186975, 0.0007963, -0.0506074, -0.199405, -0.636237", \
            "0.0521764, 0.0496738, 0.0429744, 0.0232809, -0.02942, -0.186611, -0.62635" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148643, 0.00441898, 0.013137, 0.0390547, 0.116105, 0.345164");
          values ( \
            "0.0267814, 0.0289219, 0.0352492, 0.0528492, 0.102657, 0.249859, 0.680497", \
            "0.0261034, 0.0280878, 0.0340749, 0.0511361, 0.101539, 0.248386, 0.677977", \
            "0.0260378, 0.0279478, 0.0336847, 0.0505311, 0.100648, 0.246562, 0.679502", \
            "0.0272647, 0.0290821, 0.0344618, 0.0507257, 0.100005, 0.246902, 0.67745", \
            "0.0306932, 0.0323739, 0.0376379, 0.0533176, 0.10104, 0.246003, 0.67979", \
            "0.0431871, 0.0447931, 0.0503621, 0.0656196, 0.108028, 0.249259, 0.676954", \
            "0.0689979, 0.0691606, 0.0702427, 0.0825763, 0.127232, 0.269103, 0.687432" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148643, 0.00441898, 0.013137, 0.0390547, 0.116105, 0.345164");
          values ( \
            "-0.0003434, -0.0020207, -0.0071276, -0.0230176, -0.0718441, -0.218121, -0.653534", \
            "-0.0008835, -0.0025466, -0.0075994, -0.0233138, -0.0717888, -0.217852, -0.65318", \
            "-0.0016911, -0.0034006, -0.0084664, -0.0239572, -0.0721449, -0.217873, -0.653022", \
            "-0.0009617, -0.0026901, -0.0082124, -0.0238574, -0.0725012, -0.218025, -0.652969", \
            "0.0025749, 0.0004715, -0.0057623, -0.0222095, -0.0719227, -0.218085, -0.652606", \
            "0.013116, 0.0107437, 0.0047059, -0.0152115, -0.0675266, -0.215677, -0.651917", \
            "0.0407465, 0.0379713, 0.0303709, 0.0088418, -0.0479705, -0.204571, -0.642143" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008756;
      rise_capacitance : 0.00919;
      rise_capacitance_range (0.00919, 0.00919);
      fall_capacitance : 0.008322;
      fall_capacitance_range (0.008322, 0.008322);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0159763, -0.016205, -0.0167322, -0.0167459, -0.0167776, -0.0168508, -0.0170193" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0191398, 0.0191217, 0.0190797, 0.0190687, 0.0190432, 0.0189844, 0.018849" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00872;
      rise_capacitance : 0.009347;
      rise_capacitance_range (0.009347, 0.009347);
      fall_capacitance : 0.008093;
      fall_capacitance_range (0.008093, 0.008093);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0073623, -0.0073545, -0.0073366, -0.0073357, -0.0073335, -0.0073284, -0.0073169" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0075532, 0.0075376, 0.0075017, 0.0075158, 0.0075482, 0.0076229, 0.0077954" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor2_8) {
    area : 20.0192;
    cell_footprint : "nor2";
    cell_leakage_power : 0.0342373;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0495737;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0006533;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0837602;
      when : "A&B";
    }
    leakage_power () {
      value : 0.002962;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.0342373;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.580454;
      max_transition : 1.49561;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162095, 0.00525496, 0.0170361, 0.0552292, 0.179048, 0.580454");
          values ( \
            "0.0479898, 0.0502496, 0.0573157, 0.0791854, 0.147813, 0.365028, 1.06828", \
            "0.0525191, 0.0547312, 0.0617335, 0.0836638, 0.151949, 0.372588, 1.07984", \
            "0.0641215, 0.0662832, 0.0731761, 0.0947376, 0.164125, 0.383702, 1.08589", \
            "0.0852304, 0.0879041, 0.095901, 0.118953, 0.187285, 0.405416, 1.11102", \
            "0.120626, 0.12411, 0.134602, 0.164191, 0.241057, 0.460337, 1.16771", \
            "0.19174, 0.196312, 0.210123, 0.249472, 0.348414, 0.586699, 1.29598", \
            "0.359605, 0.36541, 0.383081, 0.432337, 0.558415, 0.855815, 1.58914" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162095, 0.00525496, 0.0170361, 0.0552292, 0.179048, 0.580454");
          values ( \
            "0.0330366, 0.035774, 0.0447317, 0.0737978, 0.168853, 0.473986, 1.46304", \
            "0.0330476, 0.0358633, 0.044718, 0.0740519, 0.168833, 0.4761, 1.46754", \
            "0.0335213, 0.0361267, 0.0449108, 0.0740017, 0.168438, 0.47473, 1.46547", \
            "0.0410764, 0.0433774, 0.0509151, 0.0772446, 0.168946, 0.474578, 1.46255", \
            "0.0571804, 0.0596697, 0.0682316, 0.0957567, 0.178414, 0.474585, 1.46862", \
            "0.0912911, 0.0942504, 0.103407, 0.132572, 0.221685, 0.491015, 1.47209", \
            "0.15287, 0.155713, 0.164794, 0.197607, 0.300624, 0.585762, 1.48607" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162095, 0.00525496, 0.0170361, 0.0552292, 0.179048, 0.580454");
          values ( \
            "0.014613, 0.0151901, 0.0169715, 0.0222996, 0.0378319, 0.0850472, 0.235852", \
            "0.0179653, 0.0185794, 0.0204299, 0.0256079, 0.0410025, 0.0885054, 0.239504", \
            "0.0211999, 0.0220362, 0.0245835, 0.0315965, 0.0488474, 0.0961849, 0.247107", \
            "0.0204289, 0.0215562, 0.0253236, 0.0354327, 0.0601153, 0.114364, 0.26566", \
            "0.0070434, 0.0088406, 0.0138154, 0.0286022, 0.0647434, 0.142733, 0.307754", \
            "-0.0397684, -0.0376251, -0.0302974, -0.0089053, 0.0436035, 0.158173, 0.388575", \
            "-0.170611, -0.167076, -0.156245, -0.125695, -0.0501619, 0.11702, 0.453946" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162095, 0.00525496, 0.0170361, 0.0552292, 0.179048, 0.580454");
          values ( \
            "0.0121133, 0.0127874, 0.0149637, 0.0220392, 0.0451468, 0.121545, 0.372233", \
            "0.0134728, 0.0140356, 0.0159469, 0.0223706, 0.0449564, 0.121726, 0.372341", \
            "0.0181286, 0.0188628, 0.0211743, 0.0278771, 0.0481178, 0.121482, 0.3722", \
            "0.0272983, 0.0278987, 0.0307147, 0.0391454, 0.0618394, 0.128927, 0.372438", \
            "0.0426887, 0.0441273, 0.0483701, 0.0599248, 0.0890566, 0.161614, 0.382073", \
            "0.0714995, 0.0736999, 0.0804871, 0.0972131, 0.137124, 0.228027, 0.454624", \
            "0.126077, 0.129469, 0.140898, 0.166397, 0.225494, 0.348752, 0.619684" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162095, 0.00525496, 0.0170361, 0.0552292, 0.179048, 0.580454");
          values ( \
            "0.0319302, 0.0344261, 0.0420237, 0.0652116, 0.13566, 0.35635, 1.05767", \
            "0.0355425, 0.0377314, 0.0448066, 0.0674059, 0.137372, 0.357499, 1.06175", \
            "0.0476566, 0.0496321, 0.0561568, 0.0776243, 0.147213, 0.366718, 1.07236", \
            "0.0710224, 0.0739964, 0.0828608, 0.106009, 0.173568, 0.394196, 1.10448", \
            "0.111993, 0.11607, 0.128267, 0.161814, 0.240414, 0.457072, 1.16659", \
            "0.194973, 0.200098, 0.215879, 0.260601, 0.371641, 0.610396, 1.31117", \
            "0.374754, 0.380975, 0.400135, 0.455759, 0.601149, 0.937789, 1.6628" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162095, 0.00525496, 0.0170361, 0.0552292, 0.179048, 0.580454");
          values ( \
            "0.0327025, 0.0354009, 0.0445849, 0.0739425, 0.169037, 0.475024, 1.46379", \
            "0.0323901, 0.0350978, 0.0442278, 0.0738896, 0.168523, 0.47413, 1.46344", \
            "0.0346203, 0.0370402, 0.044897, 0.0735216, 0.168312, 0.475734, 1.4654", \
            "0.0474166, 0.0506231, 0.0571503, 0.080508, 0.168454, 0.477821, 1.47693", \
            "0.0606553, 0.0644734, 0.0760364, 0.107959, 0.184924, 0.476053, 1.4774", \
            "0.0881439, 0.0926345, 0.106936, 0.148116, 0.25051, 0.500369, 1.47118", \
            "0.148054, 0.153007, 0.168201, 0.218708, 0.350442, 0.645457, 1.49561" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162095, 0.00525496, 0.0170361, 0.0552292, 0.179048, 0.580454");
          values ( \
            "0.0109936, 0.0114864, 0.0129924, 0.0174326, 0.03084, 0.0731543, 0.209531", \
            "0.0131412, 0.0138194, 0.0158404, 0.0208841, 0.0343296, 0.0768125, 0.213271", \
            "0.0131855, 0.0143111, 0.0173239, 0.0249791, 0.042399, 0.0848952, 0.221463", \
            "0.0074231, 0.0089217, 0.0135139, 0.0252513, 0.0514069, 0.104188, 0.24104", \
            "-0.0137447, -0.0115108, -0.0048282, 0.0124637, 0.0521285, 0.131217, 0.284036", \
            "-0.0739631, -0.0705719, -0.0605542, -0.0346279, 0.0233501, 0.142349, 0.369081", \
            "-0.229135, -0.223999, -0.20942, -0.17017, -0.0823799, 0.0928639, 0.429107" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162095, 0.00525496, 0.0170361, 0.0552292, 0.179048, 0.580454");
          values ( \
            "0.0053084, 0.0058058, 0.0074455, 0.0129478, 0.0310462, 0.0898665, 0.280281", \
            "0.0079975, 0.0084325, 0.009841, 0.0142004, 0.0311154, 0.0899419, 0.279861", \
            "0.0124138, 0.0131033, 0.0152003, 0.0210935, 0.0354366, 0.0898511, 0.279139", \
            "0.0205325, 0.0213715, 0.0246547, 0.0326316, 0.0521194, 0.0989758, 0.28029", \
            "0.035431, 0.0369798, 0.0417392, 0.053564, 0.0807113, 0.139095, 0.29337", \
            "0.065046, 0.0671902, 0.0736365, 0.0917237, 0.12971, 0.211807, 0.380355", \
            "0.124631, 0.128012, 0.138045, 0.163805, 0.220892, 0.336966, 0.571792" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162095, 0.00525496, 0.0170361, 0.0552292, 0.179047, 0.580454");
          values ( \
            "0.0530195, 0.0553717, 0.0627144, 0.0857831, 0.159233, 0.391147, 1.14464", \
            "0.0515772, 0.0538351, 0.0611629, 0.0845156, 0.157377, 0.391374, 1.14927", \
            "0.0506788, 0.0529027, 0.0599596, 0.0828965, 0.156019, 0.390731, 1.14362", \
            "0.0500603, 0.0522431, 0.0592067, 0.0819037, 0.154886, 0.388592, 1.14289", \
            "0.0498657, 0.0519496, 0.0589268, 0.0815375, 0.15343, 0.386726, 1.14501", \
            "0.0596902, 0.0613722, 0.0671817, 0.087587, 0.15872, 0.389359, 1.14773", \
            "0.096484, 0.0975375, 0.101275, 0.116999, 0.178669, 0.406517, 1.15168" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162095, 0.00525496, 0.0170361, 0.0552292, 0.179047, 0.580454");
          values ( \
            "0.031781, 0.029686, 0.0228635, 0.0007729, -0.0712598, -0.305983, -1.06848", \
            "0.0308902, 0.0288208, 0.0220651, 6.92e-05, -0.0717095, -0.30646, -1.06897", \
            "0.0304963, 0.0284581, 0.0217767, -2.69e-05, -0.0714416, -0.306067, -1.06805", \
            "0.0301531, 0.0279738, 0.0211686, -0.0008597, -0.0724142, -0.306361, -1.06864", \
            "0.035776, 0.032431, 0.0254859, 0.0025153, -0.071173, -0.306176, -1.06849", \
            "0.050301, 0.0478686, 0.0404184, 0.0157545, -0.0594678, -0.301255, -1.06617", \
            "0.0943505, 0.0917232, 0.0829104, 0.0563575, -0.0260589, -0.275284, -1.05275" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162095, 0.00525496, 0.0170361, 0.0552292, 0.179047, 0.580454");
          values ( \
            "0.051526, 0.0541389, 0.0621494, 0.0869146, 0.162056, 0.39601, 1.1485", \
            "0.0499495, 0.0523017, 0.0597889, 0.0838132, 0.158608, 0.393873, 1.14865", \
            "0.0497975, 0.0519658, 0.0589789, 0.0820549, 0.155922, 0.391704, 1.14717", \
            "0.0515787, 0.0536041, 0.0603881, 0.0822802, 0.154569, 0.392109, 1.15439", \
            "0.0581844, 0.0599768, 0.0661167, 0.0871691, 0.157281, 0.39047, 1.15096", \
            "0.0756379, 0.0772615, 0.0829698, 0.102515, 0.170156, 0.394967, 1.15165", \
            "0.117698, 0.11872, 0.122596, 0.138529, 0.202034, 0.423663, 1.16175" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00162095, 0.00525496, 0.0170361, 0.0552292, 0.179047, 0.580454");
          values ( \
            "0.0003786, -0.0015155, -0.0077664, -0.0288997, -0.100382, -0.335263, -1.09827", \
            "-0.0007211, -0.0026098, -0.008809, -0.0295282, -0.10039, -0.334742, -1.09753", \
            "-0.0017744, -0.003916, -0.0101955, -0.0307569, -0.100994, -0.334826, -1.09718", \
            "-0.0015685, -0.0035335, -0.0106659, -0.0320844, -0.10233, -0.335311, -1.09728", \
            "0.0042414, 0.0018858, -0.0054364, -0.0280261, -0.101061, -0.335415, -1.0967", \
            "0.0239878, 0.0214172, 0.012349, -0.013543, -0.092359, -0.330859, -1.09538", \
            "0.0705368, 0.0676434, 0.0588825, 0.0290362, -0.0572773, -0.307882, -1.08376" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.01705;
      rise_capacitance : 0.017944;
      rise_capacitance_range (0.017944, 0.017944);
      fall_capacitance : 0.016156;
      fall_capacitance_range (0.016156, 0.016156);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0314445, -0.0319495, -0.0331134, -0.0331407, -0.0332033, -0.0333476, -0.0336802" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0369815, 0.0369751, 0.0369607, 0.0369767, 0.0370137, 0.0370991, 0.0372962" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.016927;
      rise_capacitance : 0.018153;
      rise_capacitance_range (0.018153, 0.018153);
      fall_capacitance : 0.0157;
      fall_capacitance_range (0.0157, 0.0157);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0145569, -0.0145622, -0.0145743, -0.0145824, -0.0146011, -0.0146441, -0.0147431" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0156772, 0.0156643, 0.0156345, 0.0156876, 0.0158103, 0.0160931, 0.0167452" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor2b_1) {
    area : 6.256;
    cell_footprint : "nor2b";
    cell_leakage_power : 0.00330433;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 6.50243e-05;
      when : "!A&BN";
    }
    leakage_power () {
      value : 0.0063087;
      when : "!A&!BN";
    }
    leakage_power () {
      value : 0.0005508;
      when : "A&BN";
    }
    leakage_power () {
      value : 0.0062928;
      when : "A&!BN";
    }
    leakage_power () {
      value : 0.00330433;
    }
    pin (Y) {
      direction : output;
      function : "(!A&BN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.115366;
      max_transition : 1.49813;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759495, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.039987, 0.0471719, 0.0644616, 0.106347, 0.206865, 0.458583, 1.07402", \
            "0.0447737, 0.0517725, 0.0688956, 0.110341, 0.212023, 0.461528, 1.0788", \
            "0.0555339, 0.0625925, 0.0794533, 0.121005, 0.225004, 0.472352, 1.0899", \
            "0.0752738, 0.0841105, 0.103297, 0.144888, 0.246119, 0.499216, 1.11899", \
            "0.108103, 0.120422, 0.146977, 0.198621, 0.303153, 0.552806, 1.17454", \
            "0.17558, 0.191915, 0.226568, 0.296381, 0.428286, 0.686157, 1.30483", \
            "0.322663, 0.344588, 0.38809, 0.479266, 0.656276, 0.978926, 1.61018" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759495, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.03037, 0.0397849, 0.0627041, 0.120039, 0.260305, 0.612036, 1.47031", \
            "0.0304441, 0.0397233, 0.0627698, 0.119914, 0.260458, 0.608947, 1.47049", \
            "0.0314214, 0.0401145, 0.0629519, 0.120082, 0.26239, 0.608251, 1.47369", \
            "0.0408249, 0.0486302, 0.0681889, 0.121122, 0.260895, 0.61027, 1.48161", \
            "0.0603311, 0.0693852, 0.0911177, 0.139075, 0.265533, 0.610811, 1.48134", \
            "0.0923258, 0.10356, 0.130018, 0.186871, 0.308906, 0.619828, 1.47915", \
            "0.152012, 0.164082, 0.194011, 0.264894, 0.414117, 0.718441, 1.49813" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759495, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0126851, 0.0146056, 0.0190815, 0.0295912, 0.0547035, 0.116134, 0.267778", \
            "0.016248, 0.0183437, 0.0227518, 0.0331297, 0.058231, 0.11971, 0.271181", \
            "0.0198609, 0.0228776, 0.0293075, 0.0414919, 0.0665372, 0.127877, 0.2795", \
            "0.0200328, 0.0244505, 0.0337598, 0.0523584, 0.0851763, 0.147457, 0.298976", \
            "0.0099431, 0.0163766, 0.0299577, 0.0570766, 0.106724, 0.190867, 0.344788", \
            "-0.0277693, -0.0185486, 0.0012963, 0.040328, 0.11289, 0.23777, 0.446146", \
            "-0.137238, -0.124701, -0.0951665, -0.0383321, 0.0667313, 0.250004, 0.554006" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759495, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0089911, 0.0112041, 0.0166367, 0.029682, 0.0622797, 0.142987, 0.342785", \
            "0.0112554, 0.0128811, 0.0174633, 0.0297283, 0.0622065, 0.142633, 0.341724", \
            "0.0176117, 0.01974, 0.0243144, 0.034312, 0.0631461, 0.142953, 0.342985", \
            "0.027548, 0.0307465, 0.0377904, 0.0513594, 0.0761113, 0.145614, 0.342427", \
            "0.0442634, 0.0494768, 0.0597368, 0.0798519, 0.115914, 0.1774, 0.34802", \
            "0.0749297, 0.0826172, 0.0980804, 0.127521, 0.179739, 0.26819, 0.421881", \
            "0.135605, 0.146164, 0.170748, 0.212181, 0.288365, 0.418114, 0.640585" \
          );
        }
      }
      timing () {
        related_pin : "BN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759495, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0492663, 0.0565658, 0.0743419, 0.116802, 0.218113, 0.467151, 1.08965", \
            "0.0529906, 0.0602707, 0.0776547, 0.119721, 0.2223, 0.472814, 1.09155", \
            "0.060681, 0.0677408, 0.0849665, 0.126776, 0.23079, 0.481078, 1.09538", \
            "0.069909, 0.0768162, 0.0938383, 0.135386, 0.237357, 0.4875, 1.10392", \
            "0.0757694, 0.0826178, 0.0991855, 0.140723, 0.242182, 0.492754, 1.1092", \
            "0.0657351, 0.0737725, 0.0909477, 0.131255, 0.233115, 0.482401, 1.09962", \
            "0.0060422, 0.0159741, 0.0372191, 0.0787347, 0.178376, 0.427222, 1.04742" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759495, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0302532, 0.0395502, 0.0628457, 0.120043, 0.260312, 0.609328, 1.47786", \
            "0.0303158, 0.039708, 0.0628756, 0.119931, 0.260942, 0.611953, 1.47316", \
            "0.0303812, 0.0396598, 0.0627815, 0.119848, 0.261133, 0.609013, 1.47177", \
            "0.0312224, 0.0402341, 0.0629796, 0.119907, 0.260857, 0.608494, 1.47313", \
            "0.034056, 0.0422878, 0.0638254, 0.120304, 0.259956, 0.611116, 1.47279", \
            "0.040828, 0.0485657, 0.0676335, 0.121046, 0.261674, 0.607682, 1.47044", \
            "0.052044, 0.0612561, 0.0806531, 0.127589, 0.263073, 0.609848, 1.46927" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759495, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0609936, 0.0646148, 0.0720384, 0.08617, 0.115043, 0.179824, 0.337592", \
            "0.0654087, 0.0690203, 0.0763792, 0.090612, 0.119478, 0.184272, 0.342111", \
            "0.077365, 0.0809555, 0.0883308, 0.102642, 0.13152, 0.196199, 0.354157", \
            "0.105095, 0.108736, 0.116168, 0.13057, 0.159543, 0.2243, 0.382641", \
            "0.151851, 0.156187, 0.164885, 0.181273, 0.211927, 0.277282, 0.435635", \
            "0.228679, 0.233781, 0.24408, 0.264111, 0.298009, 0.364936, 0.523124", \
            "0.371688, 0.377365, 0.389767, 0.413368, 0.454396, 0.525885, 0.683373" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759495, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0161506, 0.0186128, 0.0243924, 0.0374832, 0.0687272, 0.15052, 0.356832", \
            "0.0161438, 0.0187027, 0.024251, 0.0375173, 0.0687654, 0.150629, 0.356771", \
            "0.0160388, 0.0185872, 0.0243852, 0.0374908, 0.0686546, 0.150756, 0.359574", \
            "0.0175018, 0.0199817, 0.02547, 0.0383117, 0.0693004, 0.149769, 0.356312", \
            "0.0234962, 0.0263413, 0.0320492, 0.0443257, 0.0728914, 0.152013, 0.358604", \
            "0.0315249, 0.0349569, 0.0414841, 0.0543111, 0.0823574, 0.156007, 0.359369", \
            "0.0436336, 0.0472868, 0.0549741, 0.0702148, 0.098799, 0.165229, 0.362851" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759494, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0072685, 0.0087452, 0.0123428, 0.0210895, 0.0421959, 0.0950599, 0.224116", \
            "0.007104, 0.0085492, 0.0121094, 0.0207857, 0.0420406, 0.0943031, 0.223373", \
            "0.0070006, 0.0084272, 0.0119439, 0.0206363, 0.0420119, 0.0941478, 0.224473", \
            "0.0069263, 0.0083377, 0.011827, 0.0204466, 0.0415809, 0.0940118, 0.224872", \
            "0.0071295, 0.0084964, 0.0119637, 0.0204682, 0.0417179, 0.093692, 0.224627", \
            "0.0089946, 0.0101623, 0.0132194, 0.0216635, 0.0423645, 0.0944815, 0.224381", \
            "0.0157865, 0.0166091, 0.0190074, 0.0262112, 0.0461013, 0.0969949, 0.224794" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759494, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0047401, 0.0033571, -8.38e-05, -0.0086283, -0.0298838, -0.0826355, -0.21336", \
            "0.0045942, 0.0032332, -0.0001781, -0.0086827, -0.0299394, -0.0826594, -0.213378", \
            "0.0045342, 0.0031736, -0.0002083, -0.008668, -0.0299006, -0.0826094, -0.213333", \
            "0.0048158, 0.0034366, -1.13e-05, -0.008759, -0.0298897, -0.0826339, -0.21333", \
            "0.0056197, 0.0041387, 0.0005163, -0.0081424, -0.029726, -0.0825533, -0.21328", \
            "0.0084915, 0.006901, 0.0030475, -0.0061856, -0.0281944, -0.0817278, -0.212817", \
            "0.0170708, 0.014416, 0.0107743, 0.0005512, -0.0230366, -0.07798, -0.20922" \
          );
        }
      }
      internal_power () {
        related_pin : "BN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759494, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0068497, 0.0083708, 0.0120555, 0.020927, 0.0421384, 0.0943867, 0.224889", \
            "0.0067935, 0.0083081, 0.0119381, 0.0207384, 0.042237, 0.094771, 0.224477", \
            "0.0067717, 0.0082519, 0.0118198, 0.0205963, 0.0420271, 0.0943609, 0.223428", \
            "0.0063364, 0.0077602, 0.0112452, 0.0199899, 0.0413632, 0.0937718, 0.223014", \
            "0.0061822, 0.0075138, 0.0108974, 0.0196135, 0.0408628, 0.0937049, 0.22252", \
            "0.0060496, 0.0074233, 0.0109042, 0.0193837, 0.0406336, 0.0928078, 0.222056", \
            "0.0068589, 0.0081602, 0.0113985, 0.0196872, 0.040767, 0.0930512, 0.2217" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123829, 0.00306671, 0.00759494, 0.0188095, 0.046583, 0.115366");
          values ( \
            "0.0021154, 0.0008938, -0.0020156, -0.0099947, -0.0309725, -0.0836631, -0.214421", \
            "0.0019872, 0.0007383, -0.0021437, -0.0100872, -0.0310579, -0.0837519, -0.214503", \
            "0.0019879, 0.0007897, -0.0021159, -0.0100516, -0.0310123, -0.083714, -0.214459", \
            "0.001718, 0.0005, -0.0024469, -0.01038, -0.0313072, -0.0839665, -0.214685", \
            "0.0017668, 0.0003513, -0.0030141, -0.010889, -0.0316911, -0.0843089, -0.215008", \
            "0.0025165, 0.0010111, -0.0025309, -0.0110618, -0.032206, -0.0846918, -0.21538", \
            "0.0039158, 0.0023611, -0.0014085, -0.0101644, -0.0314283, -0.0849512, -0.215518" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002363;
      rise_capacitance : 0.002457;
      rise_capacitance_range (0.002457, 0.002457);
      fall_capacitance : 0.002269;
      fall_capacitance_range (0.002269, 0.002269);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047973, -0.0048376, -0.0049305, -0.0049306, -0.0049308, -0.0049313, -0.0049324" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0049713, 0.0049701, 0.0049674, 0.0049643, 0.0049571, 0.0049404, 0.004902" \
          );
        }
      }
    }
    pin (BN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001582;
      rise_capacitance : 0.001641;
      rise_capacitance_range (0.001641, 0.001641);
      fall_capacitance : 0.001523;
      fall_capacitance_range (0.001523, 0.001523);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.002334, 0.0022656, 0.0021079, 0.002434, 0.0031855, 0.0049177, 0.0089106" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0097293, 0.0096429, 0.0094436, 0.0097719, 0.0105286, 0.0122727, 0.0162931" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor2b_2) {
    area : 8.7584;
    cell_footprint : "nor2b";
    cell_leakage_power : 0.00651648;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.000163;
      when : "!A&BN";
    }
    leakage_power () {
      value : 0.0124633;
      when : "!A&!BN";
    }
    leakage_power () {
      value : 0.0009768;
      when : "A&BN";
    }
    leakage_power () {
      value : 0.0124628;
      when : "A&!BN";
    }
    leakage_power () {
      value : 0.00651648;
    }
    pin (Y) {
      direction : output;
      function : "(!A&BN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.197764;
      max_transition : 1.50227;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0427481, 0.0477368, 0.0608166, 0.0948251, 0.185926, 0.424995, 1.07586", \
            "0.0476218, 0.0524832, 0.06535, 0.0993369, 0.191358, 0.430682, 1.08261", \
            "0.0588933, 0.0638222, 0.0766597, 0.110281, 0.201664, 0.441525, 1.09314", \
            "0.0789222, 0.085042, 0.100018, 0.134389, 0.223784, 0.467312, 1.11743", \
            "0.110767, 0.119525, 0.140301, 0.185006, 0.280148, 0.523295, 1.17371", \
            "0.174675, 0.186328, 0.214264, 0.275398, 0.399874, 0.653449, 1.30859", \
            "0.326445, 0.341163, 0.376454, 0.454913, 0.618326, 0.943695, 1.61372" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0264043, 0.0328641, 0.0501321, 0.0966476, 0.222487, 0.559209, 1.47548", \
            "0.0264747, 0.032899, 0.0501113, 0.0966178, 0.222845, 0.561434, 1.47967", \
            "0.0270785, 0.0333024, 0.050348, 0.0966323, 0.222388, 0.559373, 1.47514", \
            "0.0351356, 0.0408001, 0.0556055, 0.0983608, 0.221592, 0.563569, 1.47768", \
            "0.052102, 0.0588531, 0.0760305, 0.117321, 0.227904, 0.562266, 1.47357", \
            "0.0869734, 0.0938912, 0.113437, 0.161735, 0.274646, 0.574966, 1.48029", \
            "0.147895, 0.155054, 0.176159, 0.233116, 0.36899, 0.675471, 1.50227" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0111562, 0.0124002, 0.0156016, 0.0235561, 0.043536, 0.0957702, 0.23599", \
            "0.0146461, 0.0161028, 0.0194711, 0.0271363, 0.0469947, 0.099251, 0.239751", \
            "0.0177506, 0.0197792, 0.02459, 0.0348527, 0.0554412, 0.107476, 0.247574", \
            "0.0173304, 0.020166, 0.0271614, 0.0420762, 0.0717053, 0.127153, 0.26709", \
            "0.0054497, 0.00951, 0.0198059, 0.0419459, 0.085442, 0.164438, 0.311674", \
            "-0.036176, -0.0302102, -0.0163196, 0.01589, 0.0804174, 0.198729, 0.406932", \
            "-0.154437, -0.146007, -0.124605, -0.0785834, 0.0145929, 0.188514, 0.494431" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0082654, 0.0096209, 0.0132868, 0.0228997, 0.0479175, 0.116257, 0.300833", \
            "0.0111169, 0.0120077, 0.0147091, 0.0230717, 0.0478785, 0.115959, 0.300813", \
            "0.017001, 0.0184291, 0.0217517, 0.029049, 0.0497428, 0.115951, 0.300763", \
            "0.0266794, 0.0286116, 0.0335756, 0.0447649, 0.0658808, 0.120892, 0.302202", \
            "0.0421821, 0.0454841, 0.0531561, 0.0694524, 0.100815, 0.158904, 0.310701", \
            "0.0712813, 0.0763379, 0.0877391, 0.11127, 0.15856, 0.24293, 0.390541", \
            "0.126585, 0.133831, 0.153857, 0.188958, 0.257557, 0.378965, 0.600906" \
          );
        }
      }
      timing () {
        related_pin : "BN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0559597, 0.060813, 0.0738056, 0.108082, 0.199312, 0.442161, 1.09198", \
            "0.0599746, 0.0648925, 0.0778263, 0.111993, 0.203686, 0.448731, 1.09669", \
            "0.069468, 0.0743106, 0.0870872, 0.121106, 0.212451, 0.453479, 1.11338", \
            "0.0856846, 0.0904828, 0.102973, 0.13673, 0.226684, 0.468345, 1.13307", \
            "0.102984, 0.108076, 0.120852, 0.153528, 0.243231, 0.485261, 1.13678", \
            "0.111377, 0.117734, 0.132321, 0.164905, 0.253505, 0.494635, 1.14767", \
            "0.0867509, 0.0944086, 0.112698, 0.150869, 0.238418, 0.478434, 1.13106" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0264027, 0.0327135, 0.0499742, 0.0968095, 0.222598, 0.562237, 1.47882", \
            "0.0264012, 0.0327803, 0.0499612, 0.0966666, 0.222577, 0.562928, 1.47872", \
            "0.0264463, 0.0327761, 0.0498403, 0.0966548, 0.223004, 0.561866, 1.48155", \
            "0.0278203, 0.0339783, 0.05052, 0.0965734, 0.221789, 0.561255, 1.48378", \
            "0.0318009, 0.0373868, 0.0526718, 0.09733, 0.221646, 0.562585, 1.47878", \
            "0.0387489, 0.0446927, 0.0592933, 0.100174, 0.222258, 0.559397, 1.48236", \
            "0.0495482, 0.056865, 0.0731572, 0.111429, 0.226018, 0.562712, 1.47386" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0753677, 0.0782606, 0.0848579, 0.098505, 0.124927, 0.181675, 0.323969", \
            "0.0796402, 0.082499, 0.0891415, 0.102794, 0.129157, 0.185959, 0.328067", \
            "0.0909887, 0.093782, 0.100291, 0.113871, 0.140396, 0.197205, 0.339207", \
            "0.118566, 0.121393, 0.127922, 0.141492, 0.167846, 0.224657, 0.366563", \
            "0.170474, 0.173581, 0.180891, 0.196106, 0.224436, 0.28188, 0.424173", \
            "0.250317, 0.254067, 0.262854, 0.280804, 0.314268, 0.376038, 0.519625", \
            "0.385579, 0.3898, 0.399967, 0.421894, 0.461861, 0.531912, 0.67777" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0180766, 0.0200077, 0.0247157, 0.034918, 0.0586936, 0.122013, 0.30522", \
            "0.0180194, 0.0200149, 0.024669, 0.0346816, 0.0586714, 0.121795, 0.304903", \
            "0.0179786, 0.0200213, 0.0246762, 0.0348359, 0.058505, 0.121829, 0.303611", \
            "0.0183312, 0.0202729, 0.0246924, 0.0351554, 0.0588902, 0.121968, 0.305967", \
            "0.0241922, 0.0261489, 0.0311881, 0.0409706, 0.06287, 0.123695, 0.303833", \
            "0.0338429, 0.0359328, 0.0418144, 0.0530054, 0.0758308, 0.132458, 0.306782", \
            "0.047103, 0.0498939, 0.0559152, 0.0692188, 0.0947609, 0.149742, 0.313145" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0136578, 0.0154078, 0.020049, 0.0322138, 0.0647237, 0.151105, 0.385354", \
            "0.0133968, 0.0150721, 0.0196312, 0.0317498, 0.0643286, 0.150916, 0.386791", \
            "0.0132505, 0.0148898, 0.0193807, 0.0314127, 0.0638098, 0.150615, 0.385093", \
            "0.0131002, 0.0147461, 0.0191613, 0.0311126, 0.0632556, 0.151083, 0.384934", \
            "0.0131066, 0.0147077, 0.0191539, 0.0310464, 0.0630975, 0.150374, 0.384251", \
            "0.0157568, 0.0170709, 0.0208764, 0.0327018, 0.0646258, 0.150375, 0.386022", \
            "0.0280729, 0.0288466, 0.031576, 0.0410097, 0.0706429, 0.155184, 0.387734" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0087209, 0.0071095, 0.0027443, -0.0091293, -0.041294, -0.128673, -0.365743", \
            "0.0083624, 0.0067735, 0.0024603, -0.0093238, -0.041452, -0.128832, -0.365899", \
            "0.0079827, 0.006438, 0.0022252, -0.0094816, -0.0415563, -0.128889, -0.365924", \
            "0.0083842, 0.0067711, 0.0024541, -0.0093822, -0.0416165, -0.128927, -0.365981", \
            "0.0100907, 0.0084358, 0.0035847, -0.0086014, -0.0411662, -0.128581, -0.365838", \
            "0.0148328, 0.0129711, 0.0081022, -0.0048446, -0.0384314, -0.12709, -0.365076", \
            "0.0285189, 0.026631, 0.0209926, 0.0073477, -0.0265034, -0.120261, -0.359403" \
          );
        }
      }
      internal_power () {
        related_pin : "BN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0128194, 0.0145403, 0.0191851, 0.0315164, 0.064286, 0.151747, 0.385371", \
            "0.0128104, 0.014513, 0.0191319, 0.0313891, 0.064262, 0.151237, 0.386743", \
            "0.0128679, 0.0145516, 0.019097, 0.0313188, 0.0641247, 0.151459, 0.385736", \
            "0.0125069, 0.0141298, 0.0185428, 0.0305654, 0.0630471, 0.150184, 0.385968", \
            "0.0125605, 0.0140773, 0.0183807, 0.0301582, 0.0624213, 0.15009, 0.384221", \
            "0.0129477, 0.014512, 0.0188311, 0.0302646, 0.062182, 0.148732, 0.385133", \
            "0.0145882, 0.0160757, 0.0202349, 0.0319414, 0.0639284, 0.150217, 0.383661" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.002508, 0.0009608, -0.0029351, -0.0133102, -0.0441843, -0.13114, -0.36822", \
            "0.0024612, 0.0008996, -0.0029927, -0.0133846, -0.0442461, -0.131221, -0.368292", \
            "0.0024598, 0.000918, -0.0030355, -0.013452, -0.0442768, -0.131237, -0.368243", \
            "0.0020011, 0.0004072, -0.0035796, -0.0140323, -0.0447681, -0.13163, -0.368612", \
            "0.0022838, 0.0006004, -0.0039127, -0.0142987, -0.0450282, -0.131691, -0.368631", \
            "0.0058296, 0.0038937, -0.0010225, -0.013018, -0.0451882, -0.132217, -0.369096", \
            "0.0078996, 0.0076312, 0.0023724, -0.0105008, -0.0448602, -0.131982, -0.369013" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00433;
      rise_capacitance : 0.004546;
      rise_capacitance_range (0.004546, 0.004546);
      fall_capacitance : 0.004114;
      fall_capacitance_range (0.004114, 0.004114);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0085444, -0.0085924, -0.0087031, -0.0087055, -0.0087109, -0.0087232, -0.0087517" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0092812, 0.0092779, 0.0092703, 0.0092715, 0.0092744, 0.0092811, 0.0092967" \
          );
        }
      }
    }
    pin (BN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001533;
      rise_capacitance : 0.001584;
      rise_capacitance_range (0.001584, 0.001584);
      fall_capacitance : 0.001481;
      fall_capacitance_range (0.001481, 0.001481);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0033014, 0.0032495, 0.0031298, 0.0034516, 0.0041932, 0.0059029, 0.0098439" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0132382, 0.0131508, 0.0129494, 0.0132645, 0.0139907, 0.0156648, 0.0195237" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor2b_4) {
    area : 13.7632;
    cell_footprint : "nor2b";
    cell_leakage_power : 0.0160068;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0065351;
      when : "!A&BN";
    }
    leakage_power () {
      value : 0.0248074;
      when : "!A&!BN";
    }
    leakage_power () {
      value : 0.0078694;
      when : "A&BN";
    }
    leakage_power () {
      value : 0.0248155;
      when : "A&!BN";
    }
    leakage_power () {
      value : 0.0160068;
    }
    pin (Y) {
      direction : output;
      function : "(!A&BN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.350657;
      max_transition : 1.50156;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0447981, 0.0482381, 0.0578874, 0.0854266, 0.165002, 0.39635, 1.08521", \
            "0.0496616, 0.0529186, 0.0623113, 0.0898256, 0.170373, 0.401295, 1.09663", \
            "0.0610553, 0.0642675, 0.073604, 0.100736, 0.17996, 0.412446, 1.10682", \
            "0.0815486, 0.0855937, 0.096587, 0.124763, 0.203631, 0.437242, 1.13218", \
            "0.114975, 0.120867, 0.135657, 0.172691, 0.25905, 0.492998, 1.18695", \
            "0.182881, 0.190312, 0.210511, 0.260592, 0.373877, 0.623764, 1.31641", \
            "0.344174, 0.353583, 0.379174, 0.442931, 0.591325, 0.906815, 1.62038" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0280904, 0.032212, 0.0446675, 0.0816454, 0.191838, 0.514727, 1.48398", \
            "0.0281201, 0.0323204, 0.0447266, 0.0815694, 0.191482, 0.514994, 1.48458", \
            "0.0286017, 0.0327064, 0.0449756, 0.0816146, 0.191023, 0.515412, 1.48296", \
            "0.0363348, 0.0398288, 0.0504971, 0.084219, 0.191386, 0.517849, 1.4898", \
            "0.0521178, 0.0565116, 0.06897, 0.103313, 0.199053, 0.517292, 1.48087", \
            "0.0863848, 0.0906939, 0.10445, 0.143069, 0.244969, 0.530057, 1.48166", \
            "0.146839, 0.151147, 0.165479, 0.209347, 0.331693, 0.631039, 1.50156" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0113324, 0.0121289, 0.014412, 0.0206523, 0.0376217, 0.0858026, 0.227345", \
            "0.0147963, 0.0157256, 0.0181977, 0.0242334, 0.0410229, 0.0891773, 0.230648", \
            "0.0177005, 0.019035, 0.022581, 0.0311287, 0.0494636, 0.097369, 0.238992", \
            "0.0166554, 0.0185133, 0.0235975, 0.0360446, 0.0629717, 0.116702, 0.257939", \
            "0.003556, 0.006187, 0.013513, 0.0316067, 0.0716459, 0.150492, 0.301415", \
            "-0.0418825, -0.0380843, -0.0275747, -0.001655, 0.0571726, 0.173951, 0.391737", \
            "-0.16974, -0.164193, -0.148501, -0.110855, -0.0252564, 0.146503, 0.467099" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0086254, 0.0094737, 0.0120212, 0.0196184, 0.0410514, 0.10528, 0.297772", \
            "0.0113543, 0.0119285, 0.0137737, 0.0201499, 0.0410023, 0.105217, 0.297455", \
            "0.0170602, 0.0179407, 0.0205235, 0.0268591, 0.0438129, 0.10521, 0.297487", \
            "0.0262477, 0.027627, 0.0316114, 0.0405246, 0.0607305, 0.111724, 0.297556", \
            "0.0422931, 0.044386, 0.0494408, 0.0634271, 0.0926212, 0.1511, 0.308761", \
            "0.0704313, 0.0736732, 0.0824234, 0.102122, 0.144998, 0.229272, 0.391694", \
            "0.123032, 0.128352, 0.14384, 0.173756, 0.236959, 0.359135, 0.592703" \
          );
        }
      }
      timing () {
        related_pin : "BN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0612437, 0.0645057, 0.0739729, 0.1018, 0.18177, 0.417707, 1.10481", \
            "0.0649121, 0.0681495, 0.0776892, 0.105319, 0.185712, 0.420541, 1.11279", \
            "0.0736831, 0.0768687, 0.0863015, 0.11378, 0.194151, 0.428063, 1.1232", \
            "0.0892845, 0.0924886, 0.101815, 0.12865, 0.208165, 0.441386, 1.1341", \
            "0.105171, 0.1086, 0.118029, 0.144644, 0.223092, 0.457283, 1.14646", \
            "0.109527, 0.113761, 0.124842, 0.151773, 0.228892, 0.462598, 1.15674", \
            "0.0760436, 0.0812671, 0.0951315, 0.127751, 0.204755, 0.435141, 1.12433" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0281448, 0.0323154, 0.0446269, 0.0815904, 0.190557, 0.515413, 1.48105", \
            "0.0282065, 0.0322547, 0.044566, 0.0815544, 0.190998, 0.51792, 1.49094", \
            "0.0281845, 0.0322844, 0.044592, 0.0815026, 0.190772, 0.515015, 1.48429", \
            "0.0296503, 0.0335809, 0.0451979, 0.0815844, 0.190978, 0.51514, 1.48337", \
            "0.0338695, 0.0373467, 0.0480485, 0.0825447, 0.190752, 0.515091, 1.4839", \
            "0.040849, 0.0448195, 0.055504, 0.086589, 0.191903, 0.5141, 1.48247", \
            "0.0524131, 0.0564767, 0.0688651, 0.100379, 0.196421, 0.517652, 1.47545" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0644372, 0.0661677, 0.0707934, 0.0813721, 0.103748, 0.155982, 0.301367", \
            "0.0691241, 0.0708775, 0.0754655, 0.0860725, 0.108464, 0.160715, 0.306052", \
            "0.0812827, 0.0830134, 0.0875955, 0.0981844, 0.120558, 0.172819, 0.31834", \
            "0.109806, 0.111524, 0.116002, 0.126591, 0.149041, 0.201291, 0.346458", \
            "0.16049, 0.162531, 0.167846, 0.180117, 0.205061, 0.258443, 0.404195", \
            "0.239934, 0.24225, 0.248432, 0.263268, 0.293526, 0.351679, 0.497773", \
            "0.378504, 0.381097, 0.388514, 0.40598, 0.442755, 0.511294, 0.659098" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0161612, 0.017136, 0.0202599, 0.0281439, 0.0484136, 0.109796, 0.303532", \
            "0.0160572, 0.0173282, 0.0202496, 0.0281331, 0.048463, 0.109728, 0.303166", \
            "0.0161695, 0.0173342, 0.02048, 0.0280498, 0.048483, 0.109882, 0.304491", \
            "0.0169013, 0.0179948, 0.021161, 0.0286526, 0.0490083, 0.109873, 0.304615", \
            "0.0231456, 0.0243735, 0.0278053, 0.0355473, 0.0545571, 0.112086, 0.304714", \
            "0.0329503, 0.0342916, 0.0380477, 0.0472262, 0.0671772, 0.120661, 0.303828", \
            "0.0467581, 0.0478689, 0.052079, 0.0632345, 0.0866237, 0.137789, 0.309836" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0268999, 0.0289289, 0.0349611, 0.0524119, 0.102796, 0.249386, 0.686978", \
            "0.0262009, 0.0282196, 0.0340663, 0.0514059, 0.101916, 0.249081, 0.687524", \
            "0.0258557, 0.0278378, 0.0335496, 0.0505898, 0.100557, 0.248433, 0.686867", \
            "0.0255767, 0.0275074, 0.0331678, 0.050031, 0.100052, 0.248898, 0.690378", \
            "0.0255239, 0.0274153, 0.0330471, 0.0498115, 0.0993351, 0.247596, 0.684704", \
            "0.0300043, 0.0314857, 0.036209, 0.0529179, 0.102083, 0.248058, 0.684937", \
            "0.0520853, 0.0530049, 0.0562483, 0.0687227, 0.11327, 0.257173, 0.690439" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0170415, 0.0151913, 0.0096231, -0.0070034, -0.056593, -0.204902, -0.647668", \
            "0.016328, 0.0145575, 0.0090793, -0.0074514, -0.0568891, -0.205222, -0.647787", \
            "0.0157701, 0.0139739, 0.0085442, -0.0077623, -0.0570694, -0.205246, -0.647887", \
            "0.0163027, 0.0144775, 0.0089534, -0.0078455, -0.0573429, -0.205311, -0.647993", \
            "0.0188084, 0.0168231, 0.0108643, -0.0061609, -0.0562744, -0.205118, -0.647502", \
            "0.0276637, 0.0254981, 0.019226, 0.0010621, -0.0509099, -0.201953, -0.646306", \
            "0.0523893, 0.0500696, 0.0434839, 0.0235846, -0.0301023, -0.189161, -0.636065" \
          );
        }
      }
      internal_power () {
        related_pin : "BN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0252611, 0.0273112, 0.033208, 0.0508137, 0.101433, 0.24995, 0.68738", \
            "0.0252606, 0.0272714, 0.0331667, 0.0507071, 0.101828, 0.250551, 0.692045", \
            "0.0253341, 0.0273565, 0.0331603, 0.0505415, 0.10101, 0.249399, 0.687983", \
            "0.0246843, 0.0265916, 0.0322794, 0.0493294, 0.0996011, 0.247948, 0.686278", \
            "0.0242714, 0.0260889, 0.0316293, 0.0484002, 0.0981884, 0.247069, 0.68515", \
            "0.0248995, 0.0267389, 0.0321881, 0.0484517, 0.0975067, 0.24494, 0.686165", \
            "0.0287926, 0.0302934, 0.0356681, 0.0520663, 0.100577, 0.247824, 0.684837" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00149035, 0.0044423, 0.0132412, 0.039468, 0.117642, 0.350657");
          values ( \
            "0.0083083, 0.0065963, 0.0015698, -0.0132361, -0.0604838, -0.208043, -0.650772", \
            "0.0081298, 0.0064359, 0.0013302, -0.0133748, -0.0606191, -0.208178, -0.650885", \
            "0.008157, 0.0064302, 0.0012512, -0.0135716, -0.060635, -0.208188, -0.650797", \
            "0.0072641, 0.0053996, 0.0001844, -0.0146998, -0.0617757, -0.209008, -0.65154", \
            "0.006996, 0.0050652, -0.0005223, -0.0158525, -0.0627417, -0.209735, -0.652042", \
            "0.0116102, 0.0093765, 0.0031263, -0.0140471, -0.0633102, -0.210423, -0.652681", \
            "0.0157542, 0.0130855, 0.0063274, -0.0121191, -0.0625974, -0.210491, -0.6523" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008703;
      rise_capacitance : 0.009134;
      rise_capacitance_range (0.009134, 0.009134);
      fall_capacitance : 0.008272;
      fall_capacitance_range (0.008272, 0.008272);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0168175, -0.0169436, -0.0172344, -0.0172386, -0.0172482, -0.0172705, -0.0173218" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0185097, 0.018514, 0.018524, 0.0185256, 0.0185293, 0.0185378, 0.0185575" \
          );
        }
      }
    }
    pin (BN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00239;
      rise_capacitance : 0.002496;
      rise_capacitance_range (0.002496, 0.002496);
      fall_capacitance : 0.002284;
      fall_capacitance_range (0.002284, 0.002284);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0066447, 0.0065649, 0.0063808, 0.0070599, 0.0086254, 0.0122338, 0.0205515" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0246506, 0.0245156, 0.0242044, 0.0249255, 0.0265879, 0.0304197, 0.0392521" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor3_1) {
    area : 5.0048;
    cell_footprint : "nor3";
    cell_leakage_power : 0.00328279;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0005103;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.0062107;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 7.36358e-05;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 0.0061987;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 0.0005114;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 0.006199;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0003599;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 0.0061987;
      when : "A&B&C";
    }
    leakage_power () {
      value : 0.00328279;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B&!C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.075999;
      max_transition : 1.49156;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0764208, 0.0858923, 0.10737, 0.156074, 0.267453, 0.519396, 1.10805", \
            "0.0803331, 0.0896997, 0.111186, 0.159286, 0.270054, 0.521609, 1.10207", \
            "0.0905863, 0.0998567, 0.120943, 0.169079, 0.281071, 0.536607, 1.11254", \
            "0.11207, 0.121397, 0.142215, 0.189939, 0.301116, 0.555097, 1.13493", \
            "0.147113, 0.158405, 0.183197, 0.235181, 0.344906, 0.598109, 1.17861", \
            "0.208407, 0.224272, 0.255, 0.319077, 0.444991, 0.701012, 1.28164", \
            "0.352428, 0.370933, 0.410203, 0.487703, 0.640474, 0.935272, 1.52837" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0595453, 0.0716122, 0.0997572, 0.164614, 0.316032, 0.6589, 1.46276", \
            "0.0597374, 0.071684, 0.099839, 0.164461, 0.314472, 0.657907, 1.45456", \
            "0.0595963, 0.0716598, 0.0998181, 0.164502, 0.315877, 0.66403, 1.45264", \
            "0.062672, 0.0738736, 0.100677, 0.164956, 0.315885, 0.662926, 1.45888", \
            "0.078349, 0.0897846, 0.115226, 0.173436, 0.315731, 0.659179, 1.45229", \
            "0.112631, 0.124742, 0.151275, 0.211605, 0.344645, 0.667075, 1.45704", \
            "0.179197, 0.190319, 0.217997, 0.282566, 0.429721, 0.738307, 1.47871" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0155006, 0.0174244, 0.0216905, 0.0309121, 0.050892, 0.0950385, 0.195373", \
            "0.0198069, 0.021559, 0.0255626, 0.0345642, 0.054367, 0.0985466, 0.198795", \
            "0.0259101, 0.0285371, 0.0337304, 0.0435695, 0.0629963, 0.106969, 0.207065", \
            "0.0305506, 0.034222, 0.0416676, 0.0557681, 0.0816616, 0.126855, 0.226699", \
            "0.0264331, 0.0316782, 0.0426974, 0.0637668, 0.101806, 0.166129, 0.273028", \
            "-0.0026742, 0.004758, 0.0201602, 0.0507038, 0.106616, 0.202124, 0.358535", \
            "-0.0992903, -0.0886289, -0.066883, -0.0226692, 0.0582905, 0.197195, 0.429086" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0131357, 0.015474, 0.020727, 0.0321324, 0.0572255, 0.114363, 0.246273", \
            "0.0144974, 0.0163755, 0.0209141, 0.0317883, 0.0569306, 0.114636, 0.246369", \
            "0.0216041, 0.0235485, 0.0272234, 0.0355497, 0.0579076, 0.114432, 0.246064", \
            "0.0334467, 0.0365519, 0.0417328, 0.0524017, 0.0712933, 0.11914, 0.246926", \
            "0.0532751, 0.0572147, 0.0656787, 0.080714, 0.108307, 0.155534, 0.261354", \
            "0.0887988, 0.0946535, 0.106321, 0.13001, 0.16926, 0.238062, 0.352661", \
            "0.15349, 0.162787, 0.181266, 0.215958, 0.273499, 0.375283, 0.538909" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0671724, 0.0767521, 0.0982394, 0.146171, 0.255953, 0.507922, 1.08868", \
            "0.0706747, 0.0802049, 0.101318, 0.149688, 0.259847, 0.51273, 1.09391", \
            "0.0813216, 0.0905985, 0.111733, 0.159471, 0.271397, 0.522531, 1.10382", \
            "0.105308, 0.114865, 0.135908, 0.183907, 0.295153, 0.54644, 1.12776", \
            "0.147024, 0.159696, 0.186716, 0.240802, 0.350551, 0.604889, 1.18425", \
            "0.226619, 0.243899, 0.281072, 0.352173, 0.483111, 0.739198, 1.31946", \
            "0.400085, 0.421168, 0.467202, 0.55967, 0.732861, 1.04546, 1.63764" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0594343, 0.07168, 0.0996286, 0.164569, 0.314107, 0.657329, 1.45256", \
            "0.0595263, 0.0717307, 0.0997664, 0.164439, 0.313724, 0.657672, 1.4526", \
            "0.0595719, 0.0715094, 0.0998485, 0.164459, 0.316103, 0.658373, 1.45479", \
            "0.0650665, 0.0759297, 0.10186, 0.164773, 0.31439, 0.660108, 1.45687", \
            "0.0881269, 0.0989237, 0.122608, 0.176839, 0.31697, 0.661185, 1.45323", \
            "0.126072, 0.138889, 0.168668, 0.228636, 0.353198, 0.667187, 1.45327", \
            "0.186074, 0.202518, 0.237852, 0.312443, 0.464097, 0.757507, 1.48133" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.015435, 0.017164, 0.0209706, 0.0293717, 0.0481517, 0.0909245, 0.189221", \
            "0.0192014, 0.0208654, 0.0245795, 0.032922, 0.051712, 0.0944588, 0.192739", \
            "0.0238366, 0.0263648, 0.0315243, 0.0413402, 0.0600659, 0.102787, 0.201137", \
            "0.0252189, 0.028936, 0.0367568, 0.0514798, 0.077649, 0.122479, 0.220523", \
            "0.0157457, 0.0212891, 0.0326915, 0.0545934, 0.093662, 0.159133, 0.265075", \
            "-0.0245043, -0.0164561, 0.0003097, 0.0328481, 0.0908031, 0.18782, 0.346186", \
            "-0.14326, -0.131303, -0.107153, -0.059136, 0.0264868, 0.169257, 0.403901" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.011212, 0.0132415, 0.0179119, 0.0284745, 0.0530462, 0.109533, 0.240048", \
            "0.0124886, 0.0142088, 0.0183872, 0.0284535, 0.0530205, 0.109716, 0.239963", \
            "0.0189077, 0.0208569, 0.0249194, 0.0328018, 0.0543842, 0.10934, 0.240438", \
            "0.0297412, 0.0326557, 0.0384377, 0.0492649, 0.0686801, 0.115199, 0.240275", \
            "0.0483394, 0.0524686, 0.0609357, 0.0769646, 0.106243, 0.153867, 0.256834", \
            "0.0812401, 0.0875306, 0.100461, 0.124395, 0.165578, 0.235916, 0.348769", \
            "0.144045, 0.15417, 0.172783, 0.20746, 0.269091, 0.372066, 0.536852" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0453734, 0.0550546, 0.0765433, 0.124938, 0.235077, 0.48885, 1.06667", \
            "0.0479241, 0.0570621, 0.0784823, 0.127484, 0.237951, 0.49017, 1.07112", \
            "0.0585749, 0.0672052, 0.0879705, 0.136201, 0.24635, 0.499211, 1.08718", \
            "0.0845914, 0.0942355, 0.113919, 0.160698, 0.270314, 0.522069, 1.1069", \
            "0.128552, 0.141946, 0.169505, 0.222187, 0.328883, 0.580856, 1.15967", \
            "0.209047, 0.226544, 0.263131, 0.336106, 0.468461, 0.71789, 1.29911", \
            "0.373187, 0.394615, 0.440649, 0.534766, 0.715174, 1.03591, 1.61924" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0584066, 0.070917, 0.0995643, 0.164483, 0.314813, 0.660288, 1.45504", \
            "0.0579211, 0.0703971, 0.0993272, 0.164295, 0.313458, 0.657964, 1.45461", \
            "0.0578367, 0.0696383, 0.0985374, 0.164224, 0.313763, 0.660431, 1.4661", \
            "0.0680726, 0.0779324, 0.10219, 0.16383, 0.313917, 0.658366, 1.45799", \
            "0.0875899, 0.100915, 0.129032, 0.18134, 0.316728, 0.66165, 1.45656", \
            "0.120792, 0.137644, 0.172305, 0.243099, 0.367585, 0.670809, 1.45756", \
            "0.182026, 0.203142, 0.242925, 0.330731, 0.501654, 0.794422, 1.49156" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0128185, 0.0144845, 0.0181787, 0.0265388, 0.0454732, 0.0889728, 0.18956", \
            "0.0160152, 0.0180297, 0.0218784, 0.0302154, 0.0491576, 0.092657, 0.193275", \
            "0.0187636, 0.0217573, 0.0276661, 0.0383317, 0.0578169, 0.101101, 0.20168", \
            "0.0174196, 0.0217678, 0.0308554, 0.0472182, 0.0751416, 0.121368, 0.220853", \
            "0.0043357, 0.0108153, 0.0239526, 0.0482906, 0.0905784, 0.158803, 0.268016", \
            "-0.0397008, -0.0300754, -0.0105333, 0.0258455, 0.0877678, 0.189376, 0.351066", \
            "-0.163305, -0.148549, -0.119006, -0.0660762, 0.0256088, 0.176957, 0.415219" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.008284, 0.0103219, 0.0151555, 0.0260927, 0.051322, 0.109136, 0.24429", \
            "0.0106254, 0.0121767, 0.0160842, 0.0263313, 0.0512933, 0.110255, 0.244553", \
            "0.0165969, 0.0187492, 0.0229887, 0.0314695, 0.0529243, 0.109714, 0.244489", \
            "0.026699, 0.0298529, 0.0360098, 0.0476083, 0.0681645, 0.115488, 0.243914", \
            "0.0451085, 0.0492567, 0.0585451, 0.0748276, 0.104555, 0.155461, 0.260295", \
            "0.0792816, 0.0858313, 0.0990067, 0.123087, 0.164608, 0.235838, 0.353931", \
            "0.146908, 0.157335, 0.175956, 0.209597, 0.270463, 0.372209, 0.538347" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0127712, 0.0140835, 0.0170711, 0.0237534, 0.0392375, 0.0742616, 0.155614", \
            "0.012525, 0.0138041, 0.0167914, 0.023511, 0.0389689, 0.0740197, 0.154952", \
            "0.0123713, 0.0136424, 0.0165815, 0.0232436, 0.0388046, 0.0745016, 0.154812", \
            "0.0122793, 0.0135431, 0.0164414, 0.0231013, 0.0385554, 0.0739985, 0.155312", \
            "0.0122544, 0.0134918, 0.0163691, 0.0229522, 0.0382607, 0.0733491, 0.15451", \
            "0.0126411, 0.0140333, 0.016812, 0.0234048, 0.0384451, 0.0734518, 0.154399", \
            "0.0178956, 0.018735, 0.0209613, 0.0266398, 0.0413004, 0.0753871, 0.155719" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0053756, 0.0041427, 0.0012791, -0.0053205, -0.0205338, -0.0558829, -0.137698", \
            "0.0052811, 0.0040474, 0.001193, -0.0053991, -0.0206027, -0.0559385, -0.137767", \
            "0.0052209, 0.0039674, 0.0011264, -0.0054218, -0.0205978, -0.055918, -0.137741", \
            "0.0051819, 0.0039349, 0.0010794, -0.005437, -0.0206095, -0.0559542, -0.137768", \
            "0.0059336, 0.0046559, 0.0017174, -0.0049795, -0.020486, -0.0558611, -0.137704", \
            "0.0082887, 0.0069299, 0.0038655, -0.0030994, -0.0189501, -0.0548688, -0.137137", \
            "0.015178, 0.0137357, 0.0104905, 0.0033455, -0.0140493, -0.0498583, -0.133988" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0103487, 0.0116797, 0.0146396, 0.0213384, 0.0366297, 0.0717145, 0.152624", \
            "0.0100886, 0.0113756, 0.0143362, 0.0210716, 0.0364294, 0.0716029, 0.152554", \
            "0.0099441, 0.0112051, 0.0141285, 0.0208037, 0.0364057, 0.0714349, 0.152525", \
            "0.0098131, 0.0110731, 0.0139888, 0.020651, 0.0360184, 0.0714306, 0.152382", \
            "0.0098505, 0.0110813, 0.0139314, 0.020569, 0.0358511, 0.0711999, 0.152076", \
            "0.0110626, 0.0122102, 0.0149006, 0.021368, 0.0362669, 0.071375, 0.151973", \
            "0.0154095, 0.0163499, 0.0186716, 0.0244811, 0.0392032, 0.0732832, 0.153805" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0041601, 0.0029366, 0.0001067, -0.0064869, -0.0217843, -0.0572103, -0.139095", \
            "0.0041495, 0.0029366, 0.0001317, -0.0064276, -0.0216875, -0.0571183, -0.138994", \
            "0.0042185, 0.0030193, 0.0002222, -0.0062857, -0.0215282, -0.0568923, -0.138756", \
            "0.0043072, 0.0030968, 0.0002677, -0.006412, -0.0216005, -0.0569447, -0.138792", \
            "0.0046662, 0.0034234, 0.0005105, -0.0061058, -0.0214515, -0.05685, -0.138681", \
            "0.006647, 0.0052957, 0.0022115, -0.0046705, -0.0203662, -0.0561734, -0.138392", \
            "0.012334, 0.010816, 0.0076242, 0.0003284, -0.015976, -0.0518126, -0.135734" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0090372, 0.0103564, 0.0133809, 0.0201112, 0.0354425, 0.0705527, 0.151549", \
            "0.0087444, 0.0100077, 0.0129955, 0.0197908, 0.0351894, 0.0704196, 0.151449", \
            "0.0087437, 0.0099782, 0.0128261, 0.0195265, 0.0349138, 0.0702836, 0.152404", \
            "0.0089062, 0.0101105, 0.0129396, 0.0195103, 0.0347481, 0.0699956, 0.151146", \
            "0.0097958, 0.010967, 0.0136804, 0.0200561, 0.035068, 0.0703015, 0.150984", \
            "0.0122205, 0.0133052, 0.0158133, 0.0222236, 0.0365622, 0.0710823, 0.151832", \
            "0.0189696, 0.0197653, 0.0220972, 0.0273564, 0.0433268, 0.0758489, 0.154602" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
          values ( \
            "0.0005023, -0.0007007, -0.0035086, -0.0100591, -0.0253361, -0.0607699, -0.142698", \
            "0.0003779, -0.0007869, -0.0035447, -0.0100654, -0.0252937, -0.0606907, -0.142583", \
            "0.0002072, -0.000965, -0.0036846, -0.0101228, -0.0253128, -0.0606419, -0.142516", \
            "0.0003836, -0.0007772, -0.0036611, -0.01025, -0.0253686, -0.0606481, -0.142493", \
            "0.0010654, -0.0002268, -0.0030756, -0.0099556, -0.0252456, -0.0605992, -0.142488", \
            "0.0035861, 0.0020978, -0.0011853, -0.0083314, -0.0241558, -0.0599061, -0.142091", \
            "0.0106849, 0.0090326, 0.0056234, -0.0022714, -0.0190596, -0.0567844, -0.139261" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002448;
      rise_capacitance : 0.002561;
      rise_capacitance_range (0.002561, 0.002561);
      fall_capacitance : 0.002334;
      fall_capacitance_range (0.002334, 0.002334);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038957, -0.0039547, -0.0040907, -0.004101, -0.0041246, -0.0041792, -0.0043048" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044986, 0.0044931, 0.0044803, 0.0044824, 0.0044873, 0.0044987, 0.0045248" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002389;
      rise_capacitance : 0.002541;
      rise_capacitance_range (0.002541, 0.002541);
      fall_capacitance : 0.002237;
      fall_capacitance_range (0.002237, 0.002237);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0037177, -0.0038189, -0.0040521, -0.0040551, -0.0040619, -0.0040776, -0.0041138" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0041822, 0.0041831, 0.0041851, 0.0041842, 0.0041822, 0.0041774, 0.0041664" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002332;
      rise_capacitance : 0.002507;
      rise_capacitance_range (0.002507, 0.002507);
      fall_capacitance : 0.002158;
      fall_capacitance_range (0.002158, 0.002158);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018495, -0.0018478, -0.0018438, -0.0018437, -0.0018434, -0.0018426, -0.0018409" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.002862, 0.0028579, 0.0028485, 0.0028548, 0.0028693, 0.0029027, 0.0029798" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor3_2) {
    area : 10.0096;
    cell_footprint : "nor3";
    cell_leakage_power : 0.00658441;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0124299;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.0001499;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 0.0123945;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 0.0010834;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 0.0123934;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0007453;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 0.0123986;
      when : "A&B&C";
    }
    leakage_power () {
      value : 0.0010803;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.00658441;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B&!C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.13093;
      max_transition : 1.50071;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0799173, 0.086377, 0.102413, 0.14172, 0.238569, 0.481825, 1.09519", \
            "0.0842302, 0.0906624, 0.106285, 0.145946, 0.243751, 0.487244, 1.10105", \
            "0.0955962, 0.101907, 0.117622, 0.156312, 0.2551, 0.497647, 1.11235", \
            "0.118765, 0.125153, 0.140772, 0.179722, 0.276155, 0.520136, 1.14403", \
            "0.157468, 0.165298, 0.18351, 0.22617, 0.32376, 0.567311, 1.19088", \
            "0.220307, 0.230692, 0.255329, 0.308552, 0.422954, 0.672786, 1.28734", \
            "0.365979, 0.378807, 0.408814, 0.476048, 0.615975, 0.906058, 1.53408" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0574756, 0.0656794, 0.08651, 0.140126, 0.274383, 0.611835, 1.46951", \
            "0.0576172, 0.0655752, 0.0866081, 0.139895, 0.273802, 0.613066, 1.46703", \
            "0.0574352, 0.0656562, 0.086735, 0.13963, 0.27397, 0.611404, 1.46558", \
            "0.0598289, 0.067493, 0.0875869, 0.140095, 0.274153, 0.611816, 1.47694", \
            "0.073782, 0.0815276, 0.100923, 0.148694, 0.276218, 0.611759, 1.47602", \
            "0.106768, 0.114378, 0.13438, 0.184269, 0.30562, 0.622501, 1.46878", \
            "0.179925, 0.186968, 0.206324, 0.256517, 0.385554, 0.692662, 1.48896" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0126973, 0.0138463, 0.0166716, 0.0234766, 0.0394322, 0.0769957, 0.168546", \
            "0.0170046, 0.0181512, 0.0209076, 0.0273148, 0.0429809, 0.0804257, 0.17184", \
            "0.0222358, 0.0239459, 0.0276298, 0.0356968, 0.0515435, 0.0885403, 0.179918", \
            "0.0254333, 0.0275215, 0.0329892, 0.0448994, 0.0675062, 0.108536, 0.199326", \
            "0.0185544, 0.0219853, 0.0300728, 0.0468798, 0.080135, 0.140581, 0.244082", \
            "-0.0161069, -0.0113519, -0.000303, 0.0239893, 0.0722751, 0.161495, 0.316652", \
            "-0.126464, -0.119185, -0.104886, -0.0691957, 0.0025165, 0.13252, 0.360137" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0111265, 0.0125282, 0.0160662, 0.0247313, 0.0447026, 0.0931507, 0.21393", \
            "0.0135124, 0.014531, 0.017363, 0.0248438, 0.044344, 0.0929608, 0.214629", \
            "0.0208283, 0.0220686, 0.0248384, 0.0307493, 0.0467412, 0.0926944, 0.214431", \
            "0.0325308, 0.0343105, 0.0382128, 0.0466372, 0.0633589, 0.100324, 0.214477", \
            "0.0519991, 0.0544989, 0.0602215, 0.072366, 0.0966178, 0.1407, 0.234083", \
            "0.0865439, 0.0903284, 0.0987656, 0.116431, 0.1507, 0.214981, 0.328315", \
            "0.149766, 0.156146, 0.169924, 0.196038, 0.247664, 0.341027, 0.503405" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0671443, 0.0735901, 0.0897291, 0.129602, 0.226827, 0.470069, 1.08385", \
            "0.0705498, 0.0770554, 0.0927458, 0.132544, 0.229828, 0.474059, 1.08873", \
            "0.081194, 0.0873832, 0.102953, 0.142382, 0.239622, 0.484159, 1.1014", \
            "0.104078, 0.110831, 0.12683, 0.165531, 0.263624, 0.511677, 1.12334", \
            "0.141951, 0.150896, 0.17163, 0.217921, 0.31727, 0.562613, 1.18143", \
            "0.214754, 0.227474, 0.254715, 0.315235, 0.438238, 0.690648, 1.30897", \
            "0.384272, 0.398905, 0.432824, 0.508883, 0.66956, 0.979042, 1.61172" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0574987, 0.0654482, 0.0866107, 0.14003, 0.274008, 0.611701, 1.46735", \
            "0.0573025, 0.0655978, 0.0865618, 0.139777, 0.273228, 0.612296, 1.46645", \
            "0.0575856, 0.0656414, 0.0866055, 0.140071, 0.273129, 0.611834, 1.47149", \
            "0.0625222, 0.0700193, 0.0894409, 0.140241, 0.274146, 0.615097, 1.46751", \
            "0.0831642, 0.09111, 0.110559, 0.155289, 0.27797, 0.613373, 1.47434", \
            "0.121007, 0.129783, 0.151366, 0.201998, 0.320728, 0.623465, 1.47138", \
            "0.182867, 0.192051, 0.21638, 0.276754, 0.420678, 0.719128, 1.49171" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0138373, 0.0149628, 0.0176595, 0.0240649, 0.0392639, 0.0764405, 0.169535", \
            "0.0177378, 0.0188911, 0.0214779, 0.0277004, 0.0428227, 0.0799783, 0.17285", \
            "0.0221074, 0.0237358, 0.0275559, 0.035445, 0.0512927, 0.0882814, 0.181315", \
            "0.0229144, 0.0254048, 0.0311203, 0.0430087, 0.066192, 0.108154, 0.200762", \
            "0.0122889, 0.0157627, 0.0243025, 0.0421481, 0.0768061, 0.138807, 0.246156", \
            "-0.0289072, -0.0242336, -0.0122422, 0.0144358, 0.066151, 0.159139, 0.318949", \
            "-0.150718, -0.142926, -0.124801, -0.0861972, -0.0108291, 0.127413, 0.36496" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0103015, 0.0116039, 0.0147429, 0.0224628, 0.0418558, 0.0910438, 0.214641", \
            "0.0120189, 0.0130014, 0.015595, 0.02262, 0.0416596, 0.0909497, 0.215548", \
            "0.0181101, 0.0193028, 0.0222212, 0.0283065, 0.0441775, 0.0908527, 0.214706", \
            "0.0282185, 0.0299513, 0.0340556, 0.0430183, 0.0605648, 0.0988216, 0.214938", \
            "0.0455167, 0.0482742, 0.0550441, 0.0678344, 0.0927597, 0.139632, 0.235201", \
            "0.0769659, 0.0811721, 0.0911119, 0.110152, 0.146832, 0.2138, 0.330014", \
            "0.137399, 0.143983, 0.1585, 0.188287, 0.2426, 0.338718, 0.507066" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0383323, 0.0448026, 0.0611393, 0.10105, 0.20024, 0.448046, 1.0643", \
            "0.0412206, 0.0472262, 0.0631481, 0.10299, 0.201617, 0.446159, 1.06061", \
            "0.0526941, 0.0581772, 0.07261, 0.111489, 0.210875, 0.454377, 1.08116", \
            "0.0776979, 0.0845754, 0.100299, 0.136569, 0.232587, 0.476399, 1.09173", \
            "0.119255, 0.128863, 0.150967, 0.197344, 0.292343, 0.533516, 1.14793", \
            "0.197258, 0.209415, 0.237828, 0.301113, 0.427369, 0.673417, 1.28294", \
            "0.360022, 0.374785, 0.409808, 0.48891, 0.655563, 0.983004, 1.605" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0542387, 0.0630597, 0.0851112, 0.139309, 0.274829, 0.615326, 1.47622", \
            "0.0529771, 0.0621998, 0.0845292, 0.139166, 0.273969, 0.611332, 1.46623", \
            "0.0533422, 0.061676, 0.0827002, 0.1387, 0.274524, 0.611743, 1.47336", \
            "0.0645844, 0.0715571, 0.0899081, 0.139088, 0.274233, 0.611472, 1.46973", \
            "0.0798975, 0.0902122, 0.114216, 0.161974, 0.279366, 0.612299, 1.46799", \
            "0.108588, 0.120401, 0.148863, 0.211655, 0.337567, 0.630277, 1.46908", \
            "0.166972, 0.18043, 0.213005, 0.286464, 0.447281, 0.755012, 1.50071" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0113545, 0.0123567, 0.0147999, 0.0207567, 0.0353241, 0.0719288, 0.164423", \
            "0.0141522, 0.0154952, 0.0184229, 0.0244812, 0.0391669, 0.0757395, 0.167922", \
            "0.0158736, 0.0178983, 0.0224261, 0.0314046, 0.0479177, 0.0843143, 0.17683", \
            "0.0134652, 0.0163337, 0.023208, 0.0367446, 0.0614572, 0.104766, 0.197047", \
            "-0.0016017, 0.0029808, 0.0126665, 0.0332041, 0.0708348, 0.134584, 0.242829", \
            "-0.049489, -0.0425869, -0.0274637, 0.0025226, 0.0590313, 0.156017, 0.318286", \
            "-0.178916, -0.168601, -0.145778, -0.0998672, -0.0167382, 0.1272, 0.368344" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0063342, 0.0074591, 0.0104431, 0.0180685, 0.0375914, 0.0860739, 0.208255", \
            "0.009076, 0.0099465, 0.0121473, 0.018702, 0.0373244, 0.0859884, 0.208493", \
            "0.014195, 0.0156519, 0.0187042, 0.0253329, 0.0405252, 0.0864268, 0.208505", \
            "0.0230297, 0.025305, 0.0297282, 0.0392805, 0.0577309, 0.0948802, 0.208859", \
            "0.0395786, 0.04272, 0.0496378, 0.0629593, 0.0891336, 0.135657, 0.229913", \
            "0.0714306, 0.0753058, 0.0858393, 0.105845, 0.143003, 0.209437, 0.322955", \
            "0.135203, 0.141258, 0.156207, 0.186849, 0.240763, 0.335135, 0.499574" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0211818, 0.0226948, 0.0265351, 0.0360653, 0.0594313, 0.118313, 0.266894", \
            "0.0208277, 0.0223598, 0.0261043, 0.0356394, 0.0591016, 0.118194, 0.266847", \
            "0.0206367, 0.0221328, 0.0258284, 0.0351522, 0.0587292, 0.117878, 0.266818", \
            "0.020492, 0.0219755, 0.0256678, 0.0349877, 0.0583592, 0.117455, 0.267634", \
            "0.0203836, 0.0218115, 0.0254951, 0.034686, 0.0581274, 0.117045, 0.267059", \
            "0.0209924, 0.022383, 0.0259677, 0.0353278, 0.0584596, 0.117088, 0.265718", \
            "0.0291281, 0.0301126, 0.0328664, 0.0406109, 0.0627841, 0.120574, 0.267534" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0117637, 0.0103296, 0.0066703, -0.0025812, -0.0258986, -0.0849856, -0.235095", \
            "0.0115154, 0.0101437, 0.0064661, -0.0027806, -0.0260852, -0.0851921, -0.235252", \
            "0.0113138, 0.0098897, 0.0063233, -0.0028951, -0.0261747, -0.0852165, -0.235358", \
            "0.0110952, 0.0097867, 0.0061873, -0.003097, -0.0263497, -0.0854069, -0.235566", \
            "0.0126474, 0.0111589, 0.0074172, -0.0020348, -0.0257098, -0.0851549, -0.23528", \
            "0.0167347, 0.0151999, 0.0112294, 0.0013988, -0.0229579, -0.0833403, -0.234486", \
            "0.0290895, 0.0274062, 0.0231857, 0.0126645, -0.0136514, -0.0752901, -0.228528" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0178053, 0.0193415, 0.0232262, 0.0327992, 0.0562448, 0.115157, 0.263728", \
            "0.0174103, 0.0189389, 0.0227179, 0.0322486, 0.0558605, 0.114963, 0.263621", \
            "0.0171758, 0.0186431, 0.0223968, 0.0318788, 0.0553624, 0.114576, 0.263451", \
            "0.016996, 0.0184741, 0.0221895, 0.0315297, 0.0551534, 0.114556, 0.263175", \
            "0.0168955, 0.0183636, 0.0220434, 0.0313371, 0.0546926, 0.113959, 0.264069", \
            "0.0190462, 0.0203581, 0.0237749, 0.0326791, 0.0556357, 0.114373, 0.26411", \
            "0.0277858, 0.028761, 0.0314598, 0.0391922, 0.0618334, 0.118562, 0.265799" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0083259, 0.0068884, 0.0032634, -0.0059173, -0.029266, -0.0885891, -0.238952", \
            "0.0083307, 0.0069036, 0.0032882, -0.0058573, -0.0291552, -0.0884764, -0.238839", \
            "0.0083212, 0.0069249, 0.0033673, -0.005677, -0.0289348, -0.0881407, -0.238511", \
            "0.0086622, 0.0071968, 0.0035091, -0.005859, -0.0290717, -0.0882426, -0.238526", \
            "0.0097727, 0.0083253, 0.0042973, -0.0051032, -0.0286216, -0.0878043, -0.23828", \
            "0.0132615, 0.0116586, 0.0084147, -0.0020727, -0.026289, -0.0864929, -0.237635", \
            "0.0241302, 0.0224285, 0.0182219, 0.0079118, -0.0175337, -0.079645, -0.233215" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "0.0169067, 0.0185325, 0.0224592, 0.0320725, 0.0559935, 0.115263, 0.265286", \
            "0.0164253, 0.0179272, 0.02179, 0.0314326, 0.0552667, 0.114538, 0.263436", \
            "0.016452, 0.0179388, 0.021554, 0.0310203, 0.0548556, 0.114102, 0.263838", \
            "0.0169073, 0.0183277, 0.0219173, 0.0310992, 0.0545885, 0.113616, 0.262664", \
            "0.0187038, 0.0200591, 0.0235311, 0.0323906, 0.0551727, 0.113576, 0.262058", \
            "0.0234059, 0.0246314, 0.0278217, 0.0366542, 0.0585372, 0.116162, 0.263869", \
            "0.036513, 0.0388472, 0.0417691, 0.0494303, 0.0675612, 0.124248, 0.270557" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
          values ( \
            "-1.26e-05, -0.0014276, -0.0050326, -0.0142557, -0.0376551, -0.0970557, -0.247529", \
            "-0.0002606, -0.0016523, -0.0052249, -0.0142733, -0.0375402, -0.0968472, -0.247265", \
            "-0.0005792, -0.0019341, -0.0054415, -0.0144725, -0.0375444, -0.0966964, -0.247097", \
            "-0.0002627, -0.0015655, -0.0053404, -0.0143011, -0.0375055, -0.0967199, -0.246987", \
            "0.0011504, -0.0003683, -0.0041502, -0.0137694, -0.0371388, -0.0961926, -0.246717", \
            "0.0066488, 0.0043806, 0.0001, -0.010192, -0.0348114, -0.0949879, -0.246003", \
            "0.0195947, 0.0178625, 0.0130065, 0.0016022, -0.0244523, -0.0884746, -0.240667" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004395;
      rise_capacitance : 0.004618;
      rise_capacitance_range (0.004618, 0.004618);
      fall_capacitance : 0.004173;
      fall_capacitance_range (0.004173, 0.004173);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.007557, -0.0076519, -0.0078709, -0.0078939, -0.007947, -0.0080695, -0.0083516" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0111643, 0.0111544, 0.0111315, 0.0111259, 0.0111129, 0.0110828, 0.0110137" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004395;
      rise_capacitance : 0.004698;
      rise_capacitance_range (0.004698, 0.004698);
      fall_capacitance : 0.004091;
      fall_capacitance_range (0.004091, 0.004091);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.008051, -0.0081865, -0.0084987, -0.0085065, -0.0085243, -0.0085656, -0.0086604" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0093062, 0.0092993, 0.0092834, 0.0092796, 0.0092709, 0.0092508, 0.0092046" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004363;
      rise_capacitance : 0.004726;
      rise_capacitance_range (0.004726, 0.004726);
      fall_capacitance : 0.003999;
      fall_capacitance_range (0.003999, 0.003999);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0037948, -0.0037894, -0.0037769, -0.0037756, -0.0037725, -0.0037655, -0.0037492" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045726, 0.0045685, 0.0045589, 0.004576, 0.0046152, 0.0047058, 0.0049146" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor3_4) {
    area : 16.2656;
    cell_footprint : "nor3";
    cell_leakage_power : 0.0129551;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.024787;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.0004638;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 0.0247847;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 0.0014206;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 0.024782;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0011992;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 0.0247847;
      when : "A&B&C";
    }
    leakage_power () {
      value : 0.0014188;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.0129551;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B&!C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.215159;
      max_transition : 1.49456;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0870751, 0.0916182, 0.103732, 0.13591, 0.221563, 0.45828, 1.09982", \
            "0.090995, 0.095596, 0.107416, 0.139618, 0.227001, 0.464091, 1.1017", \
            "0.102395, 0.1069, 0.11891, 0.15086, 0.237514, 0.471844, 1.11201", \
            "0.126332, 0.130789, 0.142616, 0.173985, 0.259746, 0.49464, 1.1366", \
            "0.16654, 0.171975, 0.185462, 0.220895, 0.307765, 0.541543, 1.18907", \
            "0.234658, 0.241258, 0.259004, 0.301951, 0.403107, 0.645338, 1.28797", \
            "0.39047, 0.398714, 0.420646, 0.472542, 0.595093, 0.872295, 1.53031" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0628401, 0.0685765, 0.0843864, 0.128124, 0.246257, 0.575889, 1.46999", \
            "0.0629239, 0.0686471, 0.0844444, 0.127835, 0.247639, 0.575258, 1.46922", \
            "0.0630287, 0.0686414, 0.0844722, 0.128018, 0.246909, 0.572244, 1.46338", \
            "0.0646182, 0.0701218, 0.0852717, 0.128073, 0.246817, 0.572432, 1.468", \
            "0.0776008, 0.0830413, 0.0979377, 0.137154, 0.249852, 0.57346, 1.46995", \
            "0.106219, 0.111587, 0.126849, 0.168213, 0.278374, 0.582702, 1.46667", \
            "0.176457, 0.180903, 0.195111, 0.234046, 0.348672, 0.650184, 1.48835" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0125659, 0.0133102, 0.0153186, 0.0206128, 0.034093, 0.0681163, 0.156888", \
            "0.0167567, 0.0175492, 0.0195919, 0.0245221, 0.0375977, 0.0714473, 0.160111", \
            "0.0214884, 0.0226186, 0.0253263, 0.0321759, 0.0463452, 0.0795748, 0.168096", \
            "0.0235275, 0.0251838, 0.0290426, 0.0387973, 0.0590945, 0.0988615, 0.186938", \
            "0.0147992, 0.0171039, 0.0229113, 0.0366965, 0.0662709, 0.124423, 0.231121", \
            "-0.0245593, -0.0214736, -0.013463, 0.0060394, 0.0487587, 0.134116, 0.291359", \
            "-0.145667, -0.14123, -0.131389, -0.103222, -0.0393475, 0.0849788, 0.315222" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0128624, 0.0137437, 0.0163389, 0.0234151, 0.0416217, 0.0885988, 0.216606", \
            "0.0152691, 0.0159915, 0.0180379, 0.0240147, 0.0411475, 0.0884507, 0.216638", \
            "0.0223011, 0.0231444, 0.0254315, 0.030756, 0.0445645, 0.088164, 0.216547", \
            "0.0336786, 0.0349276, 0.0378279, 0.0447885, 0.0608458, 0.0981866, 0.216656", \
            "0.0532718, 0.0548676, 0.0595709, 0.0691962, 0.0900759, 0.135447, 0.239646", \
            "0.087787, 0.0902185, 0.0957978, 0.110562, 0.140929, 0.203554, 0.326733", \
            "0.151957, 0.155709, 0.166159, 0.187111, 0.232105, 0.319055, 0.490741" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0755815, 0.0803117, 0.0927878, 0.125791, 0.212228, 0.450326, 1.08766", \
            "0.0786581, 0.0831459, 0.0952347, 0.128112, 0.216364, 0.450355, 1.09061", \
            "0.0893741, 0.0935469, 0.105575, 0.137867, 0.224433, 0.459978, 1.10789", \
            "0.112878, 0.117397, 0.129518, 0.16135, 0.248714, 0.482794, 1.12475", \
            "0.153247, 0.159178, 0.175099, 0.213532, 0.302711, 0.53732, 1.17974", \
            "0.233896, 0.241731, 0.262123, 0.311434, 0.423085, 0.668774, 1.31382", \
            "0.419761, 0.430107, 0.454163, 0.515602, 0.65906, 0.958005, 1.62136" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.062709, 0.0684226, 0.084311, 0.128129, 0.246296, 0.57674, 1.46845", \
            "0.0628101, 0.0685197, 0.08434, 0.128102, 0.247504, 0.572747, 1.46539", \
            "0.0629838, 0.0686084, 0.0844047, 0.128065, 0.246292, 0.573718, 1.47024", \
            "0.0675914, 0.0727202, 0.0871977, 0.128497, 0.247022, 0.572123, 1.46557", \
            "0.0877154, 0.0933268, 0.108549, 0.144717, 0.252567, 0.573447, 1.46691", \
            "0.123354, 0.12948, 0.145556, 0.187964, 0.294764, 0.58531, 1.46977", \
            "0.183261, 0.189351, 0.207416, 0.255885, 0.384809, 0.678876, 1.48945" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0138017, 0.0145389, 0.0164754, 0.0214256, 0.0339123, 0.0663429, 0.153652", \
            "0.0176977, 0.0184707, 0.0203763, 0.0250884, 0.0374367, 0.0697965, 0.157079", \
            "0.0217271, 0.022801, 0.0255652, 0.0320615, 0.0458425, 0.0779516, 0.165153", \
            "0.0216896, 0.0232716, 0.0274154, 0.0370144, 0.0574787, 0.0970504, 0.184095", \
            "0.0087857, 0.011032, 0.0172161, 0.0314605, 0.0620538, 0.120829, 0.22857", \
            "-0.0389215, -0.0354815, -0.0265956, -0.0054704, 0.0399216, 0.128083, 0.288989", \
            "-0.175117, -0.170035, -0.157502, -0.125412, -0.0580545, 0.0733676, 0.312081" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0110039, 0.0117901, 0.0139268, 0.0197159, 0.0353655, 0.0786709, 0.198551", \
            "0.0127976, 0.01338, 0.0150735, 0.020062, 0.0351164, 0.0786133, 0.198795", \
            "0.018888, 0.0196574, 0.0215861, 0.0264317, 0.0386942, 0.0787224, 0.19879", \
            "0.0287118, 0.0296838, 0.0329053, 0.039673, 0.0551108, 0.0891363, 0.199322", \
            "0.0459609, 0.0476859, 0.051928, 0.0622288, 0.0846173, 0.129225, 0.22311", \
            "0.0770219, 0.0798007, 0.0862224, 0.10155, 0.134366, 0.197697, 0.316495", \
            "0.135262, 0.139621, 0.150245, 0.174854, 0.22345, 0.314282, 0.483201" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.045508, 0.0501299, 0.0627333, 0.0961296, 0.184644, 0.419304, 1.05958", \
            "0.0477421, 0.0521431, 0.0643751, 0.0974869, 0.185311, 0.422782, 1.06363", \
            "0.0588429, 0.062925, 0.0741682, 0.105829, 0.193275, 0.42945, 1.07617", \
            "0.0874661, 0.0920968, 0.103354, 0.132394, 0.218094, 0.452936, 1.09493", \
            "0.136682, 0.142992, 0.158845, 0.197046, 0.281718, 0.513334, 1.15463", \
            "0.22955, 0.237742, 0.258744, 0.310781, 0.424714, 0.661795, 1.29598", \
            "0.423952, 0.434256, 0.460061, 0.525765, 0.677237, 0.992855, 1.64029" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0603087, 0.0664131, 0.083025, 0.127377, 0.247319, 0.57342, 1.46987", \
            "0.0594807, 0.0654851, 0.0823306, 0.127256, 0.246501, 0.573399, 1.47064", \
            "0.0584969, 0.064537, 0.0806151, 0.126445, 0.246567, 0.572211, 1.46953", \
            "0.0677595, 0.0727817, 0.08688, 0.127043, 0.246612, 0.573387, 1.46473", \
            "0.0860678, 0.0927358, 0.11074, 0.148574, 0.253233, 0.572866, 1.47021", \
            "0.11559, 0.123486, 0.144536, 0.19569, 0.307894, 0.58833, 1.46847", \
            "0.174638, 0.182926, 0.206262, 0.268763, 0.414295, 0.714258, 1.49456" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0120662, 0.0127506, 0.0145613, 0.0192419, 0.0316065, 0.0649596, 0.156553", \
            "0.0147865, 0.0156766, 0.0178811, 0.0227829, 0.035153, 0.0686384, 0.160143", \
            "0.0161895, 0.0173867, 0.0207222, 0.0282222, 0.0434546, 0.0769987, 0.168541", \
            "0.0123093, 0.0142826, 0.0192414, 0.0305646, 0.0532128, 0.0958869, 0.187773", \
            "-0.0068538, -0.0039121, 0.0034372, 0.0200346, 0.0552818, 0.119195, 0.231448", \
            "-0.0651615, -0.0611139, -0.049469, -0.02389, 0.028105, 0.122887, 0.292697", \
            "-0.221006, -0.214205, -0.197174, -0.158191, -0.0795981, 0.063187, 0.317445" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0070576, 0.0078124, 0.009945, 0.0159377, 0.0326415, 0.078343, 0.204194", \
            "0.0097025, 0.0103024, 0.0118648, 0.0169646, 0.0326402, 0.0787212, 0.203783", \
            "0.0148377, 0.0158646, 0.0182505, 0.0238927, 0.0368049, 0.0787583, 0.203713", \
            "0.0237311, 0.025172, 0.0284971, 0.0365235, 0.0538292, 0.0893472, 0.204726", \
            "0.0404081, 0.0423659, 0.0474745, 0.0593321, 0.082802, 0.129545, 0.228387", \
            "0.0718694, 0.0756108, 0.0819688, 0.098934, 0.133423, 0.200995, 0.322612", \
            "0.135389, 0.13971, 0.150542, 0.175519, 0.226136, 0.31901, 0.491879" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0395516, 0.0413163, 0.0460632, 0.0589056, 0.0932388, 0.187889, 0.443699", \
            "0.0387209, 0.0404849, 0.0451951, 0.0580142, 0.093043, 0.187435, 0.445307", \
            "0.0382457, 0.0399721, 0.0445899, 0.0573899, 0.0918556, 0.186009, 0.443411", \
            "0.0380145, 0.039695, 0.0442498, 0.0568599, 0.0911857, 0.185404, 0.444331", \
            "0.0377432, 0.0393988, 0.0439615, 0.0563985, 0.0907166, 0.184585, 0.44181", \
            "0.0386645, 0.0402646, 0.044847, 0.057201, 0.0914124, 0.184579, 0.441871", \
            "0.0519942, 0.0531439, 0.0563826, 0.0665271, 0.0990413, 0.19017, 0.445064" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0221404, 0.0204843, 0.0159486, 0.0034734, -0.0307701, -0.124789, -0.384309", \
            "0.0218086, 0.0201327, 0.0155814, 0.0031056, -0.0311142, -0.12512, -0.384669", \
            "0.0214219, 0.0197964, 0.0153728, 0.0030031, -0.0311834, -0.125147, -0.384643", \
            "0.0208698, 0.019349, 0.0149087, 0.0025087, -0.0316028, -0.12547, -0.384975", \
            "0.0230476, 0.0213447, 0.016844, 0.0040176, -0.0307614, -0.125276, -0.384932", \
            "0.0301039, 0.0282774, 0.0233374, 0.0100079, -0.0257592, -0.12201, -0.383262", \
            "0.0516402, 0.0497151, 0.0443945, 0.0304112, -0.0087983, -0.108829, -0.372447" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0341022, 0.0359401, 0.0408765, 0.0540707, 0.0887322, 0.183711, 0.441359", \
            "0.0331822, 0.0349223, 0.0396812, 0.0528397, 0.088076, 0.182063, 0.439426", \
            "0.0325667, 0.0342782, 0.0389417, 0.0518188, 0.0865314, 0.181189, 0.438705", \
            "0.0321837, 0.0338794, 0.0384899, 0.0511657, 0.085901, 0.179994, 0.438106", \
            "0.0318551, 0.0335145, 0.0381921, 0.0506672, 0.0850853, 0.178997, 0.436764", \
            "0.0352057, 0.0367235, 0.0409345, 0.0529081, 0.0865867, 0.180228, 0.438886", \
            "0.0492667, 0.0503218, 0.0537677, 0.0644077, 0.0973272, 0.187006, 0.442221" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0158964, 0.0142607, 0.0097526, -0.0026409, -0.0367964, -0.131207, -0.391155", \
            "0.0158726, 0.0142473, 0.0098174, -0.0025249, -0.0366214, -0.130968, -0.390959", \
            "0.0160396, 0.0144185, 0.0100044, -0.0021643, -0.0360895, -0.130305, -0.390144", \
            "0.0157431, 0.014193, 0.0096164, -0.0026179, -0.0365542, -0.130533, -0.390329", \
            "0.0177777, 0.0161652, 0.0110945, -0.0014241, -0.0356963, -0.13014, -0.390061", \
            "0.02357, 0.0217936, 0.0175118, 0.003587, -0.0320072, -0.127651, -0.388821", \
            "0.042062, 0.0401142, 0.0347836, 0.0205741, -0.0169468, -0.115436, -0.381139" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.033763, 0.0356195, 0.0406145, 0.0539401, 0.0890083, 0.183502, 0.441783", \
            "0.0325747, 0.0343721, 0.0392464, 0.0525551, 0.0877759, 0.182479, 0.441651", \
            "0.0322174, 0.033892, 0.0385543, 0.0513637, 0.0864084, 0.181365, 0.439236", \
            "0.0331727, 0.0350074, 0.0394521, 0.0515671, 0.0859806, 0.180264, 0.438438", \
            "0.0356723, 0.0372707, 0.0415384, 0.0532943, 0.0865931, 0.179849, 0.437112", \
            "0.0428331, 0.0442409, 0.0482388, 0.0598476, 0.0918647, 0.183897, 0.438098", \
            "0.0621224, 0.0635944, 0.0665405, 0.0766835, 0.107511, 0.19502, 0.446743" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0013718, -0.0002539, -0.004775, -0.0172492, -0.051541, -0.146074, -0.406202", \
            "0.000896, -0.0007126, -0.0051276, -0.0173516, -0.0513661, -0.145678, -0.405729", \
            "0.0002339, -0.0011467, -0.0054944, -0.0175234, -0.0513583, -0.145509, -0.405377", \
            "0.0001644, -0.0014278, -0.0058476, -0.0179153, -0.0513711, -0.145428, -0.405187", \
            "0.0026007, 0.0008811, -0.0037394, -0.0160076, -0.0508365, -0.14529, -0.404828", \
            "0.0097793, 0.0087198, 0.0025586, -0.0113711, -0.0474619, -0.141977, -0.403448", \
            "0.0301975, 0.028042, 0.0221614, 0.006861, -0.0324882, -0.132268, -0.397475" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.0087;
      rise_capacitance : 0.009162;
      rise_capacitance_range (0.009162, 0.009162);
      fall_capacitance : 0.008239;
      fall_capacitance_range (0.008239, 0.008239);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0147595, -0.014986, -0.0155082, -0.0155583, -0.0156737, -0.0159396, -0.0165527" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0229138, 0.0229119, 0.0229074, 0.0229065, 0.0229045, 0.0229, 0.0228895" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.009052;
      rise_capacitance : 0.009694;
      rise_capacitance_range (0.009694, 0.009694);
      fall_capacitance : 0.00841;
      fall_capacitance_range (0.00841, 0.00841);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0152959, -0.0156422, -0.0164405, -0.0164645, -0.0165195, -0.0166464, -0.0169389" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0186121, 0.0186172, 0.0186292, 0.0186332, 0.0186429, 0.0186651, 0.0187164" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008397;
      rise_capacitance : 0.009037;
      rise_capacitance_range (0.009037, 0.009037);
      fall_capacitance : 0.007758;
      fall_capacitance_range (0.007758, 0.007758);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0073348, -0.0073298, -0.0073183, -0.007322, -0.0073305, -0.0073502, -0.0073956" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0074122, 0.0074123, 0.0074124, 0.0074186, 0.0074328, 0.0074655, 0.0075411" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor3b_1) {
    area : 7.5072;
    cell_footprint : "nor3b";
    cell_leakage_power : 0.00332954;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062979;
      when : "A&B&!CN";
    }
    leakage_power () {
      value : 0.0001017;
      when : "!A&!B&CN";
    }
    leakage_power () {
      value : 0.0063052;
      when : "!A&!B&!CN";
    }
    leakage_power () {
      value : 0.0004902;
      when : "!A&B&CN";
    }
    leakage_power () {
      value : 0.0062979;
      when : "!A&B&!CN";
    }
    leakage_power () {
      value : 0.0003559;
      when : "A&!B&CN";
    }
    leakage_power () {
      value : 0.0062981;
      when : "A&!B&!CN";
    }
    leakage_power () {
      value : 0.0004894;
      when : "A&B&CN";
    }
    leakage_power () {
      value : 0.00332954;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B&CN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.071421;
      max_transition : 1.49035;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.0808771, 0.0908981, 0.113159, 0.162381, 0.274297, 0.52855, 1.10969", \
            "0.0853428, 0.0951675, 0.117132, 0.166772, 0.279918, 0.534751, 1.12237", \
            "0.0961436, 0.105752, 0.127463, 0.177242, 0.289011, 0.544565, 1.12682", \
            "0.118484, 0.128233, 0.149774, 0.199243, 0.312416, 0.566081, 1.14733", \
            "0.15672, 0.16825, 0.193633, 0.246118, 0.3586, 0.612717, 1.19376", \
            "0.223491, 0.238839, 0.271441, 0.335793, 0.463151, 0.720703, 1.3013", \
            "0.379193, 0.398237, 0.43781, 0.517678, 0.672431, 0.968267, 1.55961" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.0640137, 0.0769909, 0.106106, 0.17334, 0.325895, 0.673491, 1.46694", \
            "0.0640859, 0.0769087, 0.106406, 0.172972, 0.326406, 0.675433, 1.48382", \
            "0.0641179, 0.0769531, 0.106255, 0.173332, 0.326487, 0.672531, 1.47647", \
            "0.0665857, 0.0786545, 0.106933, 0.173396, 0.326877, 0.675562, 1.46735", \
            "0.0818177, 0.0938377, 0.120218, 0.180785, 0.32768, 0.674167, 1.47268", \
            "0.116463, 0.128834, 0.156802, 0.21903, 0.355175, 0.681145, 1.47184", \
            "0.182362, 0.194857, 0.223411, 0.290748, 0.439093, 0.749678, 1.49035" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.013922, 0.0157175, 0.0196535, 0.0281267, 0.0462855, 0.0859575, 0.174986", \
            "0.0181937, 0.0199255, 0.0235717, 0.0317782, 0.0497539, 0.0893945, 0.178458", \
            "0.0236697, 0.0261882, 0.0311892, 0.0405453, 0.0582514, 0.097537, 0.186484", \
            "0.0270497, 0.0303905, 0.0376987, 0.0514783, 0.0757889, 0.117361, 0.205877", \
            "0.0207761, 0.0258152, 0.0361005, 0.0563005, 0.0922073, 0.152988, 0.251344", \
            "-0.0141272, -0.0066541, 0.0082639, 0.0375941, 0.0904822, 0.180283, 0.32655", \
            "-0.123023, -0.112604, -0.0913284, -0.0488679, 0.0282137, 0.160831, 0.376421" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.0124142, 0.014567, 0.0192646, 0.0297352, 0.0522729, 0.103257, 0.219251", \
            "0.0142688, 0.0159239, 0.0198622, 0.0294387, 0.0521544, 0.102865, 0.218833", \
            "0.021474, 0.0231569, 0.026885, 0.0339159, 0.0534876, 0.102772, 0.219191", \
            "0.0337961, 0.0363392, 0.0410505, 0.0511025, 0.068146, 0.109159, 0.220128", \
            "0.0526525, 0.0564577, 0.0638937, 0.0787488, 0.105184, 0.148613, 0.238336", \
            "0.0882629, 0.0930077, 0.104815, 0.125361, 0.163668, 0.228637, 0.333789", \
            "0.152124, 0.160902, 0.178476, 0.211091, 0.265265, 0.359146, 0.513573" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.0708506, 0.0809691, 0.103375, 0.152745, 0.264928, 0.519422, 1.10103", \
            "0.0745604, 0.084292, 0.106555, 0.156167, 0.26859, 0.523712, 1.10592", \
            "0.085081, 0.0948123, 0.116784, 0.166803, 0.278413, 0.533858, 1.11521", \
            "0.109006, 0.118955, 0.140934, 0.190608, 0.302245, 0.557192, 1.14827", \
            "0.151895, 0.164987, 0.19286, 0.247435, 0.360656, 0.614978, 1.20544", \
            "0.23414, 0.251803, 0.289059, 0.359928, 0.493641, 0.751379, 1.33136", \
            "0.413451, 0.435231, 0.481704, 0.575819, 0.748182, 1.06047, 1.65193" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.0639954, 0.0769651, 0.106118, 0.173273, 0.325632, 0.673006, 1.47537", \
            "0.0638229, 0.0769182, 0.106452, 0.173174, 0.325708, 0.674194, 1.47633", \
            "0.0641166, 0.0770196, 0.106384, 0.173683, 0.326654, 0.674926, 1.46717", \
            "0.0688993, 0.0806768, 0.108247, 0.173531, 0.32592, 0.673623, 1.47758", \
            "0.0909257, 0.102722, 0.127974, 0.184545, 0.327982, 0.673298, 1.47696", \
            "0.128899, 0.142779, 0.173222, 0.233619, 0.361917, 0.68201, 1.469", \
            "0.189711, 0.206116, 0.24226, 0.320024, 0.469748, 0.769705, 1.4896" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.0146152, 0.016303, 0.0200333, 0.0281396, 0.0460184, 0.0861991, 0.177402", \
            "0.0184417, 0.0201215, 0.0237053, 0.03176, 0.0495954, 0.0897628, 0.180977", \
            "0.0229708, 0.0254458, 0.0305033, 0.0398525, 0.0580351, 0.0980102, 0.189194", \
            "0.024114, 0.0278532, 0.0354536, 0.0495584, 0.0748822, 0.117617, 0.208588", \
            "0.0139034, 0.0193707, 0.0305079, 0.0515173, 0.0892377, 0.152378, 0.254056", \
            "-0.0279997, -0.0199681, -0.003613, 0.0278272, 0.0835628, 0.177195, 0.328603", \
            "-0.151497, -0.139586, -0.116048, -0.0685004, 0.0135184, 0.151738, 0.376276" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.0113308, 0.0133713, 0.0178619, 0.0279701, 0.0509414, 0.103582, 0.224436", \
            "0.0128972, 0.0145156, 0.0184424, 0.027942, 0.0509097, 0.103606, 0.224319", \
            "0.019432, 0.021294, 0.0251542, 0.0326628, 0.0523977, 0.103676, 0.224712", \
            "0.0303415, 0.0334036, 0.0385442, 0.0492894, 0.0676831, 0.109861, 0.224068", \
            "0.0488449, 0.052831, 0.060993, 0.0767655, 0.103832, 0.150161, 0.243093", \
            "0.0817709, 0.0881804, 0.100271, 0.123281, 0.163168, 0.229896, 0.337473", \
            "0.144778, 0.154193, 0.1719, 0.206279, 0.265211, 0.363652, 0.520775" \
          );
        }
      }
      timing () {
        related_pin : "CN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.0675907, 0.0777387, 0.100395, 0.151609, 0.264031, 0.521136, 1.10005", \
            "0.0710473, 0.0810955, 0.103709, 0.15508, 0.267438, 0.522447, 1.10335", \
            "0.0784979, 0.0883136, 0.110749, 0.161573, 0.273937, 0.529766, 1.11106", \
            "0.0872913, 0.0969167, 0.118863, 0.168876, 0.281852, 0.537858, 1.1193", \
            "0.0928405, 0.102215, 0.123583, 0.173517, 0.285517, 0.541332, 1.12904", \
            "0.083918, 0.0929207, 0.113728, 0.162131, 0.274641, 0.529155, 1.11348", \
            "0.0281725, 0.0383912, 0.0598812, 0.106911, 0.218098, 0.471512, 1.05478" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.0624098, 0.0757052, 0.105699, 0.173643, 0.325538, 0.678147, 1.46662", \
            "0.0624154, 0.0758404, 0.105796, 0.173574, 0.326331, 0.673537, 1.46801", \
            "0.0621732, 0.0756949, 0.105797, 0.173585, 0.326629, 0.674747, 1.46809", \
            "0.0619476, 0.0752917, 0.105465, 0.17323, 0.325663, 0.673238, 1.46829", \
            "0.0621499, 0.0753508, 0.105393, 0.173705, 0.326016, 0.675001, 1.47689", \
            "0.0658927, 0.0776454, 0.10604, 0.173288, 0.326492, 0.672828, 1.47576", \
            "0.0764529, 0.087931, 0.113435, 0.175747, 0.32775, 0.675332, 1.46706" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.0664773, 0.0694837, 0.0753815, 0.0864912, 0.107514, 0.149563, 0.241587", \
            "0.0709368, 0.0738609, 0.079813, 0.0908148, 0.111802, 0.153861, 0.245878", \
            "0.0827808, 0.0857629, 0.0916632, 0.102821, 0.123849, 0.165964, 0.258038", \
            "0.110762, 0.113742, 0.119744, 0.131009, 0.152031, 0.193986, 0.286096", \
            "0.159701, 0.163257, 0.170309, 0.183118, 0.205686, 0.248965, 0.34095", \
            "0.239389, 0.243666, 0.252026, 0.267337, 0.293181, 0.338878, 0.431542", \
            "0.386079, 0.390974, 0.401145, 0.419387, 0.450927, 0.502355, 0.595911" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.0188054, 0.0209698, 0.0256898, 0.035333, 0.0567272, 0.10617, 0.224084", \
            "0.018714, 0.0209332, 0.0253602, 0.0351812, 0.0567278, 0.106051, 0.224177", \
            "0.0188734, 0.021039, 0.0255004, 0.0352972, 0.0566074, 0.106508, 0.224246", \
            "0.0200916, 0.0220884, 0.0262655, 0.0360473, 0.0571373, 0.106773, 0.224206", \
            "0.0262189, 0.0284473, 0.0329031, 0.0419886, 0.0616062, 0.108997, 0.226443", \
            "0.0352646, 0.0381092, 0.0430429, 0.0528839, 0.0726079, 0.115612, 0.227993", \
            "0.0479894, 0.0508542, 0.0569075, 0.0684976, 0.0888228, 0.129879, 0.234801" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114317, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.0123123, 0.0135923, 0.0164517, 0.022879, 0.0373723, 0.0704614, 0.145878", \
            "0.0121309, 0.0133845, 0.0162693, 0.0226591, 0.0373317, 0.0705799, 0.147072", \
            "0.0120106, 0.0132527, 0.0160681, 0.0224608, 0.037049, 0.0701964, 0.146481", \
            "0.0119226, 0.0131598, 0.0159778, 0.0223659, 0.0369722, 0.0700102, 0.145615", \
            "0.0118781, 0.0131044, 0.0158814, 0.0222232, 0.0367735, 0.0698056, 0.14547", \
            "0.0122817, 0.0135256, 0.0162234, 0.022581, 0.0368711, 0.0699055, 0.145308", \
            "0.016854, 0.0177563, 0.0199425, 0.0255291, 0.03964, 0.0716286, 0.146548" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114317, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.0056248, 0.0044032, 0.0016153, -0.0047371, -0.0192145, -0.0525086, -0.128774", \
            "0.005532, 0.0043219, 0.0015395, -0.0048112, -0.0192922, -0.0525652, -0.128855", \
            "0.005471, 0.0042699, 0.0015063, -0.0048314, -0.0193156, -0.0525529, -0.128848", \
            "0.0055562, 0.0043647, 0.0015418, -0.0048319, -0.0193464, -0.0526138, -0.1289", \
            "0.0062151, 0.0049589, 0.0021222, -0.0043078, -0.0190337, -0.0524682, -0.12877", \
            "0.0084906, 0.0071357, 0.0041726, -0.0025554, -0.0175748, -0.0514664, -0.128281", \
            "0.0150367, 0.0136099, 0.0104966, 0.00369, -0.0129331, -0.047845, -0.125607" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114317, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.0094356, 0.010733, 0.0136088, 0.0200547, 0.0345927, 0.0676586, 0.143762", \
            "0.009232, 0.0104969, 0.0133927, 0.0198031, 0.0344203, 0.0675737, 0.143757", \
            "0.0090895, 0.0103512, 0.0131794, 0.0196268, 0.0341919, 0.0674074, 0.14285", \
            "0.0089879, 0.0102187, 0.0130319, 0.0194416, 0.0339463, 0.0671363, 0.143077", \
            "0.0089999, 0.0102096, 0.0130318, 0.0193668, 0.0339636, 0.0669111, 0.142836", \
            "0.0101061, 0.0112357, 0.013865, 0.0200515, 0.0344012, 0.0673415, 0.142582", \
            "0.0142596, 0.0151724, 0.0174561, 0.0232554, 0.0371428, 0.0692017, 0.144294" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114317, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.0050075, 0.0037994, 0.001036, -0.0053102, -0.0198637, -0.0532302, -0.129594", \
            "0.0049923, 0.0037951, 0.0010507, -0.0052611, -0.0197882, -0.0531523, -0.129501", \
            "0.005021, 0.003839, 0.0011143, -0.0051857, -0.0196857, -0.053007, -0.129348", \
            "0.0051095, 0.0039199, 0.0011582, -0.0052943, -0.0197529, -0.0530421, -0.129351", \
            "0.0054758, 0.0042502, 0.0014028, -0.0049354, -0.0194868, -0.0529532, -0.129283", \
            "0.0073502, 0.0060254, 0.0030894, -0.003598, -0.0185368, -0.0522738, -0.128933", \
            "0.0128056, 0.0114233, 0.0082215, 0.0010196, -0.0138462, -0.0482066, -0.126418" \
          );
        }
      }
      internal_power () {
        related_pin : "CN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114317, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.008951, 0.0102558, 0.013211, 0.0198204, 0.0344029, 0.068022, 0.143059", \
            "0.0088756, 0.0101841, 0.0131133, 0.0197017, 0.0344622, 0.0675244, 0.142978", \
            "0.0088382, 0.0101158, 0.0129932, 0.0195695, 0.0342416, 0.067479, 0.143031", \
            "0.0084235, 0.0096654, 0.0125024, 0.0189934, 0.0336679, 0.0669544, 0.142614", \
            "0.0080157, 0.009251, 0.0120859, 0.0185047, 0.0331065, 0.066405, 0.142692", \
            "0.0079299, 0.0091569, 0.0119153, 0.0181723, 0.0327229, 0.0658731, 0.142205", \
            "0.0087321, 0.0098341, 0.0126067, 0.0187049, 0.0332047, 0.0663782, 0.141274" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114317, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
          values ( \
            "0.0023302, 0.0013079, -0.001066, -0.0068585, -0.0210515, -0.0542674, -0.130628", \
            "0.0022498, 0.0012229, -0.0011831, -0.0069732, -0.0211563, -0.0543822, -0.130722", \
            "0.00225, 0.0011977, -0.001149, -0.0069378, -0.0210785, -0.0542933, -0.130638", \
            "0.0019005, 0.0008689, -0.0015277, -0.007261, -0.0214078, -0.054442, -0.130778", \
            "0.0020025, 0.000768, -0.0019545, -0.0074639, -0.0214943, -0.0547653, -0.131057", \
            "0.0030358, 0.0018705, -0.0008822, -0.0074482, -0.021913, -0.0551326, -0.131334", \
            "0.0042239, 0.0028881, -6.8e-06, -0.0065607, -0.0211547, -0.0547121, -0.131068" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002391;
      rise_capacitance : 0.002494;
      rise_capacitance_range (0.002494, 0.002494);
      fall_capacitance : 0.002288;
      fall_capacitance_range (0.002288, 0.002288);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038597, -0.0039075, -0.0040177, -0.0040293, -0.0040559, -0.0041174, -0.0042592" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043953, 0.0043929, 0.0043873, 0.0043896, 0.004395, 0.0044074, 0.0044359" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002378;
      rise_capacitance : 0.002519;
      rise_capacitance_range (0.002519, 0.002519);
      fall_capacitance : 0.002237;
      fall_capacitance_range (0.002237, 0.002237);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045601, -0.0046274, -0.0047825, -0.0047842, -0.0047881, -0.0047972, -0.004818" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048424, 0.0048431, 0.0048447, 0.0048431, 0.0048394, 0.0048307, 0.0048108" \
          );
        }
      }
    }
    pin (CN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001544;
      rise_capacitance : 0.001607;
      rise_capacitance_range (0.001607, 0.001607);
      fall_capacitance : 0.001481;
      fall_capacitance_range (0.001481, 0.001481);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027054, 0.0026442, 0.0025031, 0.0028115, 0.0035224, 0.0051611, 0.0089383" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0098646, 0.0097804, 0.0095863, 0.0098847, 0.0105723, 0.0121575, 0.0158113" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor3b_2) {
    area : 12.512;
    cell_footprint : "nor3b";
    cell_leakage_power : 0.00663174;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0002052;
      when : "!A&!B&CN";
    }
    leakage_power () {
      value : 0.0124813;
      when : "!A&!B&!CN";
    }
    leakage_power () {
      value : 0.0011078;
      when : "!A&B&CN";
    }
    leakage_power () {
      value : 0.0124518;
      when : "!A&B&!CN";
    }
    leakage_power () {
      value : 0.0007945;
      when : "A&!B&CN";
    }
    leakage_power () {
      value : 0.0124519;
      when : "A&!B&!CN";
    }
    leakage_power () {
      value : 0.0011047;
      when : "A&B&CN";
    }
    leakage_power () {
      value : 0.0124567;
      when : "A&B&!CN";
    }
    leakage_power () {
      value : 0.00663174;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B&CN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.131846;
      max_transition : 1.49558;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0814901, 0.0879762, 0.103908, 0.143757, 0.241914, 0.485584, 1.10314", \
            "0.0859245, 0.09222, 0.108111, 0.147636, 0.24628, 0.490764, 1.1088", \
            "0.0972838, 0.1036, 0.11938, 0.158067, 0.258395, 0.504374, 1.12109", \
            "0.120266, 0.126656, 0.142477, 0.181089, 0.278025, 0.527153, 1.15121", \
            "0.158788, 0.166555, 0.18492, 0.227651, 0.325713, 0.572939, 1.19389", \
            "0.2211, 0.23225, 0.256014, 0.309492, 0.424694, 0.676036, 1.29539", \
            "0.365739, 0.378707, 0.408691, 0.475369, 0.617856, 0.908935, 1.54226" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0556891, 0.0640985, 0.0855125, 0.139444, 0.275476, 0.613725, 1.4741", \
            "0.0557833, 0.0642095, 0.0855178, 0.139412, 0.274301, 0.615054, 1.47385", \
            "0.0558509, 0.0642845, 0.0855419, 0.139074, 0.275179, 0.615885, 1.47571", \
            "0.0578693, 0.0658471, 0.0864484, 0.139492, 0.273528, 0.617759, 1.48289", \
            "0.0716642, 0.0796924, 0.0996084, 0.14772, 0.276368, 0.614986, 1.47624", \
            "0.10423, 0.112453, 0.132356, 0.18327, 0.305547, 0.622505, 1.47437", \
            "0.17839, 0.184786, 0.204403, 0.254334, 0.385866, 0.694208, 1.49378" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0122571, 0.0134257, 0.0163179, 0.023243, 0.0393369, 0.0770131, 0.168842", \
            "0.0166502, 0.0178446, 0.0206345, 0.0270897, 0.0428714, 0.0804002, 0.172058", \
            "0.0219995, 0.0235552, 0.0274205, 0.0354883, 0.0514395, 0.0885541, 0.180248", \
            "0.0250319, 0.0275961, 0.033027, 0.0447492, 0.0674363, 0.10856, 0.19969", \
            "0.0189372, 0.0219929, 0.0300503, 0.0467668, 0.080076, 0.140515, 0.244499", \
            "-0.01605, -0.0113793, -0.0001048, 0.0235973, 0.0722616, 0.161742, 0.317343", \
            "-0.126699, -0.119613, -0.103302, -0.0693087, 0.0023698, 0.133265, 0.361327" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0115511, 0.012925, 0.0164788, 0.0249978, 0.0448786, 0.0928054, 0.213234", \
            "0.0141225, 0.0150899, 0.0178333, 0.0251671, 0.044365, 0.0925434, 0.2136", \
            "0.0216554, 0.022894, 0.0255751, 0.0311142, 0.0468142, 0.0923095, 0.212984", \
            "0.0335331, 0.0353934, 0.0391606, 0.047055, 0.063439, 0.100208, 0.213309", \
            "0.0531923, 0.0554886, 0.0609812, 0.0728865, 0.0967989, 0.139775, 0.23317", \
            "0.0868735, 0.0911803, 0.0992066, 0.117219, 0.150829, 0.214655, 0.328366", \
            "0.150502, 0.155552, 0.169015, 0.196017, 0.247894, 0.339361, 0.503943" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0694195, 0.0759948, 0.0922512, 0.131793, 0.23055, 0.477735, 1.09349", \
            "0.0727581, 0.0792212, 0.0952478, 0.134665, 0.23292, 0.47841, 1.10765", \
            "0.0833488, 0.0895712, 0.1053, 0.144696, 0.242537, 0.488498, 1.10873", \
            "0.105756, 0.112517, 0.128679, 0.167501, 0.265709, 0.513856, 1.13085", \
            "0.143007, 0.152046, 0.173032, 0.219779, 0.319481, 0.564523, 1.19176", \
            "0.214543, 0.226448, 0.254861, 0.315892, 0.441177, 0.694394, 1.31525", \
            "0.38301, 0.397872, 0.432414, 0.509042, 0.671095, 0.984092, 1.61885" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0555932, 0.0640297, 0.0853317, 0.13906, 0.27431, 0.615735, 1.47563", \
            "0.0556917, 0.0640841, 0.0854375, 0.139031, 0.273533, 0.613379, 1.4796", \
            "0.0559838, 0.0642355, 0.0855397, 0.139385, 0.27356, 0.614237, 1.47338", \
            "0.0608585, 0.0685626, 0.0884088, 0.139732, 0.27481, 0.618104, 1.47377", \
            "0.0810071, 0.089162, 0.109322, 0.154264, 0.278163, 0.614423, 1.48202", \
            "0.118381, 0.127715, 0.149668, 0.201546, 0.320609, 0.625346, 1.47943", \
            "0.180946, 0.190174, 0.214787, 0.276106, 0.419777, 0.721343, 1.49558" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0134567, 0.0146059, 0.017384, 0.023928, 0.0393957, 0.0770407, 0.171069", \
            "0.0173997, 0.0185836, 0.0212385, 0.0275687, 0.0429606, 0.0806063, 0.174685", \
            "0.0217822, 0.0234673, 0.0272244, 0.0354338, 0.0514777, 0.0889592, 0.182931", \
            "0.0228771, 0.0253164, 0.0309243, 0.0431023, 0.0666212, 0.108836, 0.202495", \
            "0.0125043, 0.0158184, 0.0244771, 0.0422341, 0.077341, 0.139752, 0.248073", \
            "-0.0286515, -0.0234883, -0.0114289, 0.014909, 0.0670887, 0.160794, 0.321692", \
            "-0.149986, -0.1422, -0.124045, -0.0847539, -0.0090003, 0.129907, 0.368938" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0105927, 0.0118795, 0.0151306, 0.0229255, 0.042237, 0.0914646, 0.216233", \
            "0.0125005, 0.0134616, 0.0160269, 0.0230499, 0.0421418, 0.091194, 0.216587", \
            "0.0188583, 0.0200238, 0.0230463, 0.0287618, 0.0444495, 0.0910279, 0.2165", \
            "0.0293193, 0.0312625, 0.035137, 0.043546, 0.0610015, 0.099074, 0.216245", \
            "0.0468632, 0.0497022, 0.055336, 0.0683209, 0.09364, 0.140253, 0.236004", \
            "0.0779813, 0.0821099, 0.0918389, 0.111315, 0.147986, 0.214679, 0.33042", \
            "0.138082, 0.14467, 0.15916, 0.188651, 0.243032, 0.33996, 0.508833" \
          );
        }
      }
      timing () {
        related_pin : "CN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0657019, 0.0716676, 0.0873614, 0.127271, 0.226843, 0.474156, 1.09041", \
            "0.069739, 0.0756269, 0.0912707, 0.131089, 0.230516, 0.476814, 1.09432", \
            "0.0789269, 0.0848095, 0.100226, 0.139612, 0.238103, 0.484669, 1.10291", \
            "0.0947089, 0.100402, 0.11518, 0.154158, 0.253027, 0.498732, 1.1176", \
            "0.111833, 0.117287, 0.131765, 0.16967, 0.266994, 0.514337, 1.1373", \
            "0.121921, 0.128041, 0.142245, 0.17873, 0.274905, 0.51975, 1.13845", \
            "0.0994321, 0.106867, 0.123898, 0.161248, 0.255673, 0.49859, 1.11985" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0515518, 0.0603443, 0.0829979, 0.138543, 0.274349, 0.615691, 1.47204", \
            "0.051504, 0.0603542, 0.0829289, 0.13864, 0.274839, 0.614468, 1.47525", \
            "0.0514069, 0.0602409, 0.0828807, 0.138344, 0.274205, 0.615619, 1.47305", \
            "0.0515755, 0.0602482, 0.0824655, 0.138032, 0.274337, 0.614336, 1.47493", \
            "0.0534707, 0.0618344, 0.0829485, 0.137964, 0.273804, 0.614461, 1.47967", \
            "0.0594746, 0.0669803, 0.08655, 0.138473, 0.274606, 0.613324, 1.47304", \
            "0.0693328, 0.0779299, 0.0975194, 0.145527, 0.275502, 0.614877, 1.47145" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0780551, 0.0804296, 0.085704, 0.0965332, 0.117306, 0.158974, 0.253325", \
            "0.0823921, 0.0846955, 0.0899209, 0.100781, 0.121607, 0.163229, 0.257588", \
            "0.0938051, 0.0961691, 0.101433, 0.11219, 0.132966, 0.174543, 0.269057", \
            "0.121487, 0.123792, 0.129014, 0.139805, 0.160655, 0.20209, 0.296507", \
            "0.173953, 0.176543, 0.18232, 0.194343, 0.21668, 0.259326, 0.353962", \
            "0.255783, 0.258757, 0.265475, 0.279627, 0.30567, 0.352592, 0.449034", \
            "0.393112, 0.396686, 0.404707, 0.421318, 0.452858, 0.50777, 0.607287" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0203984, 0.02194, 0.02571, 0.0335935, 0.0519718, 0.0961625, 0.214612", \
            "0.0204122, 0.0219263, 0.0254755, 0.0338305, 0.0520668, 0.0962289, 0.214781", \
            "0.0203309, 0.0219717, 0.0257423, 0.0339563, 0.052018, 0.0961112, 0.21458", \
            "0.0205997, 0.0222229, 0.025716, 0.033812, 0.0520313, 0.0965166, 0.213557", \
            "0.0267218, 0.0284067, 0.0321578, 0.0398223, 0.0565633, 0.0987126, 0.215542", \
            "0.0363857, 0.03819, 0.0430248, 0.0516431, 0.0691565, 0.108773, 0.218109", \
            "0.0499647, 0.0522599, 0.0571906, 0.0675968, 0.0877691, 0.126969, 0.227693" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0217608, 0.0233039, 0.02714, 0.0367407, 0.0604507, 0.119512, 0.269305", \
            "0.0214338, 0.0229428, 0.0267103, 0.0363003, 0.0598888, 0.119788, 0.269067", \
            "0.0212143, 0.0227071, 0.0264197, 0.0358111, 0.0596259, 0.118986, 0.269954", \
            "0.0210631, 0.0225543, 0.0262203, 0.0356131, 0.0591221, 0.119202, 0.270498", \
            "0.0209015, 0.0223742, 0.0260593, 0.0353037, 0.0588668, 0.11825, 0.268105", \
            "0.021435, 0.0228594, 0.0264132, 0.0358333, 0.0591304, 0.118415, 0.267814", \
            "0.0294194, 0.0303588, 0.0330451, 0.0408076, 0.0634967, 0.121304, 0.26984" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0118992, 0.0104556, 0.0067882, -0.0025034, -0.0259067, -0.0854071, -0.236682", \
            "0.0117173, 0.0102491, 0.0065784, -0.0027063, -0.0261045, -0.0855724, -0.236824", \
            "0.0114594, 0.0100806, 0.006459, -0.0028293, -0.0262135, -0.0856271, -0.236914", \
            "0.0113334, 0.009929, 0.0062812, -0.0029934, -0.02636, -0.0857951, -0.237141", \
            "0.0128199, 0.0113467, 0.0075859, -0.0018994, -0.0257026, -0.0856006, -0.236881", \
            "0.0169938, 0.0153465, 0.0114236, 0.0014482, -0.0229693, -0.0837068, -0.236067", \
            "0.0292367, 0.0276174, 0.0232976, 0.0128479, -0.0137693, -0.0764842, -0.230109" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0179562, 0.0195279, 0.0234331, 0.0329802, 0.0567033, 0.116005, 0.266709", \
            "0.0175485, 0.0190853, 0.0229117, 0.0324368, 0.0562826, 0.115846, 0.26652", \
            "0.0172799, 0.0187761, 0.0225355, 0.0320495, 0.0557277, 0.115429, 0.265297", \
            "0.0171249, 0.0185973, 0.0223251, 0.0317301, 0.0554501, 0.115397, 0.264993", \
            "0.0170101, 0.0184622, 0.0221522, 0.0314622, 0.055031, 0.114301, 0.265544", \
            "0.019007, 0.0203198, 0.023741, 0.032743, 0.0559413, 0.11518, 0.265738", \
            "0.0277085, 0.0286777, 0.0313972, 0.0391715, 0.0619956, 0.119548, 0.267643" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0090119, 0.0075673, 0.0039029, -0.0053864, -0.0288726, -0.0886802, -0.240169", \
            "0.0089144, 0.0074875, 0.0038652, -0.0053667, -0.0288444, -0.0885707, -0.240037", \
            "0.0087407, 0.0073405, 0.0038046, -0.0053456, -0.0287772, -0.0884241, -0.239844", \
            "0.0089475, 0.0075502, 0.0038874, -0.0055658, -0.0288578, -0.0884647, -0.239925", \
            "0.0100063, 0.0086263, 0.0045193, -0.0048991, -0.0284964, -0.0881735, -0.239688", \
            "0.0134935, 0.0118937, 0.0079575, -0.0018618, -0.0261325, -0.0868104, -0.239105", \
            "0.0243682, 0.0226333, 0.0183554, 0.0078614, -0.0175882, -0.0800108, -0.234747" \
          );
        }
      }
      internal_power () {
        related_pin : "CN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0160816, 0.0176252, 0.0214978, 0.0311691, 0.0552617, 0.115289, 0.264876", \
            "0.0160577, 0.0175874, 0.0214529, 0.0311125, 0.0551983, 0.114704, 0.264751", \
            "0.0160482, 0.01756, 0.0213666, 0.0309048, 0.0548308, 0.114612, 0.264702", \
            "0.0156834, 0.0172073, 0.0208742, 0.0303759, 0.0542737, 0.113797, 0.264118", \
            "0.015371, 0.0168431, 0.0205378, 0.029859, 0.0534093, 0.113374, 0.264787", \
            "0.0158117, 0.017242, 0.0208266, 0.0296981, 0.0532819, 0.112495, 0.262855", \
            "0.0172404, 0.0186399, 0.0222253, 0.0312137, 0.0546877, 0.114049, 0.263259" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
          values ( \
            "0.0036324, 0.0022019, -0.0010459, -0.0093159, -0.0317437, -0.0909597, -0.242444", \
            "0.0035092, 0.0021208, -0.0011616, -0.0094284, -0.031839, -0.0910392, -0.242516", \
            "0.0035333, 0.0021468, -0.0011285, -0.0093883, -0.0317978, -0.0910054, -0.24245", \
            "0.0029929, 0.0015897, -0.0016734, -0.0099492, -0.0322756, -0.0913835, -0.242811", \
            "0.0026483, 0.001194, -0.0021646, -0.0103968, -0.0326699, -0.0916652, -0.243014", \
            "0.0061771, 0.0044729, 0.0004594, -0.0090326, -0.0323728, -0.0919516, -0.243154", \
            "0.0076001, 0.0058821, 0.001714, -0.0081845, -0.0320691, -0.0917583, -0.243206" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004403;
      rise_capacitance : 0.004625;
      rise_capacitance_range (0.004625, 0.004625);
      fall_capacitance : 0.00418;
      fall_capacitance_range (0.00418, 0.00418);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0076521, -0.0077419, -0.0079491, -0.0079701, -0.0080187, -0.0081306, -0.0083884" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0104107, 0.0104074, 0.0103996, 0.0104034, 0.0104123, 0.0104326, 0.0104796" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004502;
      rise_capacitance : 0.004816;
      rise_capacitance_range (0.004816, 0.004816);
      fall_capacitance : 0.004188;
      fall_capacitance_range (0.004188, 0.004188);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0085579, -0.0086357, -0.0088148, -0.0088177, -0.0088245, -0.0088402, -0.0088762" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0092261, 0.0092273, 0.00923, 0.0092264, 0.0092181, 0.0091987, 0.0091544" \
          );
        }
      }
    }
    pin (CN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001355;
      rise_capacitance : 0.001399;
      rise_capacitance_range (0.001399, 0.001399);
      fall_capacitance : 0.00131;
      fall_capacitance_range (0.00131, 0.00131);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0040631, 0.0040097, 0.0038867, 0.0042187, 0.0049837, 0.0067474, 0.0108127" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0126377, 0.0125533, 0.0123589, 0.0126781, 0.0134139, 0.01511, 0.0190196" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor3b_4) {
    area : 18.768;
    cell_footprint : "nor3b";
    cell_leakage_power : 0.0189898;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0066922;
      when : "!A&!B&CN";
    }
    leakage_power () {
      value : 0.02482;
      when : "!A&!B&!CN";
    }
    leakage_power () {
      value : 0.0078404;
      when : "!A&B&CN";
    }
    leakage_power () {
      value : 0.0476105;
      when : "!A&B&!CN";
    }
    leakage_power () {
      value : 0.0074925;
      when : "A&!B&CN";
    }
    leakage_power () {
      value : 0.0248096;
      when : "A&!B&!CN";
    }
    leakage_power () {
      value : 0.0078404;
      when : "A&B&CN";
    }
    leakage_power () {
      value : 0.0248125;
      when : "A&B&!CN";
    }
    leakage_power () {
      value : 0.0189898;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B&CN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.201426;
      max_transition : 1.49739;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0955676, 0.100405, 0.113062, 0.146726, 0.234631, 0.474276, 1.11529", \
            "0.0991867, 0.104056, 0.116609, 0.150181, 0.238819, 0.476682, 1.11953", \
            "0.109399, 0.114115, 0.126489, 0.159543, 0.249364, 0.486787, 1.13045", \
            "0.130482, 0.135173, 0.147471, 0.180758, 0.269301, 0.507258, 1.15492", \
            "0.166501, 0.17181, 0.185772, 0.221919, 0.311486, 0.549068, 1.19394", \
            "0.229838, 0.236342, 0.253876, 0.295941, 0.398549, 0.643597, 1.29107", \
            "0.387297, 0.395215, 0.415968, 0.465429, 0.583608, 0.856189, 1.51242" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0698409, 0.075956, 0.0927177, 0.137863, 0.258759, 0.59015, 1.47676", \
            "0.0698938, 0.0759953, 0.0925564, 0.137925, 0.258806, 0.587702, 1.47408", \
            "0.070022, 0.0761224, 0.0927402, 0.137708, 0.259305, 0.587277, 1.47396", \
            "0.0715233, 0.0773403, 0.0935461, 0.137749, 0.259351, 0.587079, 1.48042", \
            "0.0843814, 0.0902958, 0.105682, 0.146617, 0.262529, 0.587988, 1.4777", \
            "0.111651, 0.11739, 0.133, 0.175819, 0.289496, 0.597439, 1.48284", \
            "0.179305, 0.184175, 0.198261, 0.237222, 0.352526, 0.659521, 1.49739" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0131, 0.0138663, 0.0159306, 0.0212598, 0.034489, 0.0673305, 0.152089", \
            "0.0173514, 0.0181414, 0.0201738, 0.0250799, 0.0379342, 0.0706035, 0.155521", \
            "0.0220763, 0.0231977, 0.0261067, 0.0326688, 0.0465208, 0.0785587, 0.163308", \
            "0.0242631, 0.0258414, 0.0298623, 0.0391018, 0.0589022, 0.0974498, 0.18165", \
            "0.0156553, 0.0178034, 0.0232381, 0.0364688, 0.0652656, 0.121543, 0.225183", \
            "-0.0250516, -0.0220311, -0.0142245, 0.0048041, 0.0462624, 0.128838, 0.280938", \
            "-0.147816, -0.143465, -0.13219, -0.106391, -0.0450001, 0.0747176, 0.299395" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.013582, 0.0144898, 0.0170876, 0.0240507, 0.0417188, 0.0877508, 0.213142", \
            "0.015786, 0.0164775, 0.018568, 0.0244608, 0.0412396, 0.0875088, 0.21327", \
            "0.0228082, 0.0236411, 0.0256853, 0.0307981, 0.0446103, 0.0874987, 0.213202", \
            "0.034001, 0.0351111, 0.0378634, 0.0446199, 0.0601573, 0.0977009, 0.213475", \
            "0.053399, 0.0549354, 0.0588411, 0.0682909, 0.0893684, 0.133584, 0.237451", \
            "0.0878747, 0.0902188, 0.0961199, 0.109598, 0.138541, 0.199894, 0.322573", \
            "0.152586, 0.156326, 0.165629, 0.187031, 0.23101, 0.31668, 0.479622" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0838773, 0.088874, 0.101531, 0.13575, 0.224183, 0.464507, 1.10522", \
            "0.0866178, 0.0913436, 0.103901, 0.137727, 0.22772, 0.465835, 1.10909", \
            "0.096922, 0.101638, 0.114003, 0.147397, 0.236271, 0.475088, 1.12924", \
            "0.119954, 0.124643, 0.13719, 0.170674, 0.259468, 0.497477, 1.14314", \
            "0.160256, 0.166404, 0.182611, 0.2217, 0.313214, 0.555207, 1.20162", \
            "0.240766, 0.248845, 0.270097, 0.319989, 0.434173, 0.681837, 1.32835", \
            "0.43128, 0.440992, 0.466093, 0.528815, 0.67247, 0.973491, 1.63552" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0698557, 0.0759553, 0.092683, 0.137848, 0.258675, 0.590573, 1.47679", \
            "0.069868, 0.0760385, 0.0927194, 0.137663, 0.259456, 0.587022, 1.47745", \
            "0.0700538, 0.0760824, 0.0927222, 0.137941, 0.258658, 0.586961, 1.48223", \
            "0.0738266, 0.0795448, 0.0948578, 0.138388, 0.259326, 0.586586, 1.47783", \
            "0.0945107, 0.100639, 0.115372, 0.15301, 0.264263, 0.589058, 1.48407", \
            "0.129915, 0.136038, 0.153663, 0.197338, 0.306233, 0.599999, 1.47604", \
            "0.190305, 0.197218, 0.215759, 0.26683, 0.395774, 0.69116, 1.49479" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0140419, 0.0147808, 0.0167462, 0.0216903, 0.0340905, 0.0658932, 0.150516", \
            "0.0178382, 0.0186209, 0.0205478, 0.0252823, 0.0375623, 0.0693514, 0.153991", \
            "0.0218649, 0.0229702, 0.0257434, 0.0322062, 0.0459223, 0.0774955, 0.161876", \
            "0.0221217, 0.0237023, 0.0277051, 0.0372715, 0.0573968, 0.0963759, 0.180839", \
            "0.0091329, 0.0114073, 0.0174229, 0.031468, 0.0614514, 0.118697, 0.224008", \
            "-0.0391352, -0.0357529, -0.0271493, -0.0065504, 0.0380281, 0.124262, 0.281176", \
            "-0.178335, -0.173292, -0.159895, -0.129322, -0.0641881, 0.0644847, 0.296962" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.011484, 0.0123123, 0.01458, 0.0206004, 0.0365612, 0.0801792, 0.199777", \
            "0.0132278, 0.0138765, 0.0156964, 0.0209526, 0.0364595, 0.0801856, 0.199873", \
            "0.0195182, 0.020297, 0.0223663, 0.0273, 0.0399289, 0.0803777, 0.199738", \
            "0.0293858, 0.0306399, 0.0334584, 0.0404064, 0.0559376, 0.0910413, 0.200576", \
            "0.0471153, 0.048823, 0.0533932, 0.0631243, 0.0847281, 0.129971, 0.22524", \
            "0.0784852, 0.0811093, 0.087962, 0.102949, 0.134488, 0.196519, 0.316561", \
            "0.1369, 0.141093, 0.152185, 0.175597, 0.22312, 0.312785, 0.479235" \
          );
        }
      }
      timing () {
        related_pin : "CN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0830438, 0.0875986, 0.099996, 0.13401, 0.224639, 0.466284, 1.10809", \
            "0.0867431, 0.0911558, 0.103478, 0.137393, 0.228142, 0.469433, 1.11595", \
            "0.0950224, 0.0995239, 0.111768, 0.145454, 0.235217, 0.475511, 1.11937", \
            "0.109792, 0.114139, 0.12581, 0.158658, 0.248836, 0.487927, 1.13264", \
            "0.123668, 0.12775, 0.139151, 0.171124, 0.259249, 0.499246, 1.14344", \
            "0.123016, 0.127188, 0.137926, 0.168748, 0.256302, 0.49554, 1.1437", \
            "0.0732519, 0.0783562, 0.0915631, 0.123006, 0.207432, 0.444678, 1.09115" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0660473, 0.0721944, 0.0897408, 0.136492, 0.259364, 0.589969, 1.47587", \
            "0.0660523, 0.0722551, 0.0897176, 0.13666, 0.259661, 0.590406, 1.48364", \
            "0.0659431, 0.0725298, 0.0896777, 0.13636, 0.259242, 0.587698, 1.47766", \
            "0.0660233, 0.0724735, 0.0893929, 0.135965, 0.259355, 0.586803, 1.4758", \
            "0.0672617, 0.0733934, 0.0899253, 0.135993, 0.258932, 0.589166, 1.47616", \
            "0.0729899, 0.0783708, 0.0934702, 0.136754, 0.259432, 0.587078, 1.4808", \
            "0.0834266, 0.089348, 0.104836, 0.144508, 0.260929, 0.591379, 1.47606" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.079814, 0.0812896, 0.0850065, 0.0935729, 0.111219, 0.146995, 0.229988", \
            "0.084565, 0.0860577, 0.0897619, 0.0983674, 0.116025, 0.151819, 0.234805", \
            "0.0970656, 0.0985523, 0.102306, 0.110854, 0.128405, 0.164336, 0.2475", \
            "0.126958, 0.128432, 0.132151, 0.140653, 0.158269, 0.19417, 0.277242", \
            "0.187279, 0.18891, 0.192995, 0.202365, 0.221551, 0.258143, 0.341689", \
            "0.285512, 0.287428, 0.29223, 0.303316, 0.326474, 0.36891, 0.454707", \
            "0.459148, 0.461418, 0.466898, 0.480229, 0.507473, 0.558975, 0.652314" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0215529, 0.0224945, 0.0250163, 0.030933, 0.0455457, 0.0823631, 0.187213", \
            "0.0215659, 0.0223816, 0.0248229, 0.0309433, 0.0455673, 0.0823906, 0.187223", \
            "0.021549, 0.0225014, 0.0250285, 0.0308897, 0.0454172, 0.0824999, 0.18719", \
            "0.0215583, 0.0226857, 0.0252426, 0.030972, 0.0457016, 0.0826318, 0.18713", \
            "0.027928, 0.0289036, 0.0313895, 0.0371028, 0.0504808, 0.085815, 0.187675", \
            "0.0392437, 0.0403202, 0.043674, 0.0500812, 0.0647126, 0.0974771, 0.193546", \
            "0.0554692, 0.0566239, 0.0598001, 0.0675054, 0.0845765, 0.119248, 0.206883" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0399201, 0.0416935, 0.0463476, 0.0586855, 0.0913084, 0.18054, 0.418363", \
            "0.0391114, 0.0408712, 0.0454657, 0.0578956, 0.0907219, 0.179238, 0.418445", \
            "0.0386697, 0.0403368, 0.0448992, 0.0570625, 0.0899934, 0.178666, 0.418122", \
            "0.0383865, 0.0400434, 0.0445593, 0.0566491, 0.0893075, 0.177929, 0.417661", \
            "0.0380458, 0.0397252, 0.0441626, 0.0561504, 0.0887701, 0.177183, 0.416777", \
            "0.039419, 0.0409701, 0.0453216, 0.0572199, 0.0894659, 0.177223, 0.41813", \
            "0.055478, 0.0565584, 0.0596403, 0.0691124, 0.0995994, 0.184891, 0.420286" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0227762, 0.0211701, 0.0167537, 0.0047681, -0.0278162, -0.116315, -0.357723", \
            "0.0224118, 0.020801, 0.0163677, 0.0043401, -0.0281889, -0.116687, -0.35815", \
            "0.022104, 0.0204634, 0.0161058, 0.0041686, -0.0283504, -0.116805, -0.358282", \
            "0.0217292, 0.020119, 0.0157417, 0.0038464, -0.0285951, -0.116949, -0.358448", \
            "0.0241972, 0.0225296, 0.0179824, 0.0056616, -0.0275743, -0.116561, -0.35822", \
            "0.0319776, 0.0301599, 0.0253093, 0.0123849, -0.0218849, -0.112738, -0.356137", \
            "0.0555907, 0.0536533, 0.0484337, 0.0349308, -0.0025839, -0.0949524, -0.34464" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.033812, 0.0355986, 0.0403394, 0.0528519, 0.0856622, 0.174941, 0.412889", \
            "0.0328941, 0.0346165, 0.0392824, 0.0517063, 0.0849064, 0.173493, 0.412717", \
            "0.0323214, 0.0340269, 0.0386058, 0.0508926, 0.0838361, 0.172796, 0.41226", \
            "0.0320579, 0.0337388, 0.0381857, 0.0503535, 0.083024, 0.171779, 0.413151", \
            "0.0318022, 0.0334454, 0.0379608, 0.0499154, 0.0825239, 0.171113, 0.413027", \
            "0.0350225, 0.0364988, 0.0406164, 0.0521633, 0.0843879, 0.172275, 0.410482", \
            "0.0507799, 0.0519433, 0.0551988, 0.0652628, 0.0950605, 0.179781, 0.416811" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0189012, 0.0172578, 0.0128279, 0.0007631, -0.0318819, -0.12063, -0.362439", \
            "0.0188313, 0.0172254, 0.0128407, 0.0008257, -0.0317766, -0.120541, -0.362139", \
            "0.0187838, 0.0171772, 0.0128543, 0.0010646, -0.0313771, -0.120026, -0.361663", \
            "0.0183168, 0.0167158, 0.0123926, 0.0005036, -0.0317484, -0.120136, -0.361634", \
            "0.0204125, 0.0188037, 0.0139716, 0.0018303, -0.0309119, -0.119496, -0.361405", \
            "0.0262264, 0.02451, 0.0197461, 0.0070406, -0.0267165, -0.116959, -0.359821", \
            "0.0449008, 0.0429919, 0.0378357, 0.024224, -0.0112372, -0.104544, -0.351755" \
          );
        }
      }
      internal_power () {
        related_pin : "CN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0321282, 0.0338637, 0.0386066, 0.0511557, 0.0849173, 0.174799, 0.413382", \
            "0.0321476, 0.0338778, 0.0385558, 0.0511388, 0.0848469, 0.174499, 0.415328", \
            "0.0321559, 0.0338671, 0.0385295, 0.0509371, 0.0843414, 0.173625, 0.413352", \
            "0.0315056, 0.0332267, 0.0376273, 0.0498128, 0.0833087, 0.17222, 0.412353", \
            "0.0310275, 0.0326714, 0.0370616, 0.0490014, 0.0817673, 0.171586, 0.411368", \
            "0.0312305, 0.0328479, 0.0367624, 0.0483464, 0.0812571, 0.169691, 0.410765", \
            "0.0334612, 0.0350102, 0.0392648, 0.0511133, 0.0831667, 0.171373, 0.409887" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0097474, 0.0082264, 0.0040837, -0.0067394, -0.0370218, -0.124333, -0.365909", \
            "0.0095872, 0.0082606, 0.0041489, -0.0067573, -0.037091, -0.124375, -0.365953", \
            "0.0097803, 0.0082004, 0.0040602, -0.0067421, -0.0370016, -0.124275, -0.36587", \
            "0.0088205, 0.0072081, 0.0030871, -0.0077633, -0.0378821, -0.125046, -0.366454", \
            "0.0085873, 0.006969, 0.0026707, -0.0084641, -0.0385993, -0.125601, -0.366895", \
            "0.0127326, 0.0109689, 0.0062722, -0.0060148, -0.0385283, -0.126546, -0.367456", \
            "0.0183975, 0.0168616, 0.0122888, -0.003726, -0.0372022, -0.126146, -0.367599" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008734;
      rise_capacitance : 0.009223;
      rise_capacitance_range (0.009223, 0.009223);
      fall_capacitance : 0.008246;
      fall_capacitance_range (0.008246, 0.008246);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0155882, -0.0157403, -0.0160911, -0.0161401, -0.016253, -0.0165134, -0.0171133" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0222933, 0.0222865, 0.0222708, 0.0222628, 0.0222445, 0.0222024, 0.0221052" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008447;
      rise_capacitance : 0.009076;
      rise_capacitance_range (0.009076, 0.009076);
      fall_capacitance : 0.007817;
      fall_capacitance_range (0.007817, 0.007817);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.016558, -0.0167937, -0.0173369, -0.0173471, -0.0173705, -0.0174245, -0.0175491" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0182934, 0.0182972, 0.018306, 0.0183001, 0.0182863, 0.0182545, 0.0181815" \
          );
        }
      }
    }
    pin (CN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002388;
      rise_capacitance : 0.00251;
      rise_capacitance_range (0.00251, 0.00251);
      fall_capacitance : 0.002267;
      fall_capacitance_range (0.002267, 0.002267);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.008445, 0.0083525, 0.0081394, 0.0086876, 0.0099511, 0.0128637, 0.0195773" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0262995, 0.0261414, 0.025777, 0.0263652, 0.0277211, 0.0308464, 0.0380504" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor4_1) {
    area : 6.256;
    cell_footprint : "nor4";
    cell_leakage_power : 0.00329111;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062082;
      when : "!A&!B&!C&D";
    }
    leakage_power () {
      value : 0.000112;
      when : "!A&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0061987;
      when : "!A&!B&C&D";
    }
    leakage_power () {
      value : 0.0004941;
      when : "!A&!B&C&!D";
    }
    leakage_power () {
      value : 0.0061989;
      when : "!A&B&!C&D";
    }
    leakage_power () {
      value : 0.0003339;
      when : "!A&B&!C&!D";
    }
    leakage_power () {
      value : 0.0061987;
      when : "!A&B&C&D";
    }
    leakage_power () {
      value : 0.0004935;
      when : "!A&B&C&!D";
    }
    leakage_power () {
      value : 0.0061991;
      when : "A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0003039;
      when : "A&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0061987;
      when : "A&!B&C&D";
    }
    leakage_power () {
      value : 0.0004936;
      when : "A&!B&C&!D";
    }
    leakage_power () {
      value : 0.0061989;
      when : "A&B&!C&D";
    }
    leakage_power () {
      value : 0.0003334;
      when : "A&B&!C&!D";
    }
    leakage_power () {
      value : 0.0061987;
      when : "A&B&C&D";
    }
    leakage_power () {
      value : 0.0004935;
      when : "A&B&C&!D";
    }
    leakage_power () {
      value : 0.00329111;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B&!C&!D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.054942;
      max_transition : 1.48915;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.118726, 0.130332, 0.155798, 0.2096, 0.327255, 0.582652, 1.1351", \
            "0.122251, 0.133904, 0.159082, 0.213254, 0.329278, 0.582023, 1.13326", \
            "0.132594, 0.144101, 0.168836, 0.222796, 0.338416, 0.595449, 1.14369", \
            "0.15419, 0.165232, 0.189747, 0.243678, 0.360373, 0.617977, 1.1715", \
            "0.193493, 0.205687, 0.231783, 0.285749, 0.401881, 0.658348, 1.20846", \
            "0.2555, 0.271096, 0.30136, 0.363876, 0.489583, 0.743239, 1.29479", \
            "0.388256, 0.408127, 0.443938, 0.517873, 0.660461, 0.942041, 1.50057" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.091188, 0.106212, 0.138863, 0.210854, 0.368273, 0.71323, 1.45927", \
            "0.0912701, 0.106188, 0.139219, 0.21094, 0.366926, 0.707809, 1.45369", \
            "0.0912676, 0.106771, 0.139112, 0.210413, 0.366632, 0.713796, 1.45354", \
            "0.0919654, 0.106606, 0.139165, 0.210869, 0.367733, 0.713591, 1.46594", \
            "0.101739, 0.115852, 0.14554, 0.214017, 0.367815, 0.711532, 1.45735", \
            "0.127969, 0.142593, 0.173868, 0.240885, 0.385566, 0.713774, 1.45785", \
            "0.196346, 0.209781, 0.238323, 0.306238, 0.454424, 0.768967, 1.4771" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0148727, 0.0166185, 0.0203249, 0.0281412, 0.0443126, 0.0778146, 0.148218", \
            "0.0193879, 0.0210047, 0.024481, 0.0320095, 0.0479117, 0.0812858, 0.151653", \
            "0.0261304, 0.0284098, 0.0329229, 0.0414105, 0.0565933, 0.0895231, 0.159812", \
            "0.0320514, 0.035488, 0.0419471, 0.0537825, 0.0751924, 0.109587, 0.179222", \
            "0.030492, 0.0349191, 0.0444235, 0.0621559, 0.0931034, 0.144346, 0.226356", \
            "0.0028707, 0.0101307, 0.0235959, 0.0490694, 0.0938861, 0.169799, 0.291637", \
            "-0.0916149, -0.0822183, -0.0633388, -0.0275891, 0.0382946, 0.149911, 0.326633" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0138232, 0.0160583, 0.0209233, 0.0309467, 0.0513398, 0.0940923, 0.185027", \
            "0.0155649, 0.0174279, 0.02152, 0.0306914, 0.0510083, 0.0936363, 0.184491", \
            "0.0235038, 0.0251252, 0.0284667, 0.0350696, 0.0525169, 0.0933514, 0.185095", \
            "0.0366237, 0.0389789, 0.043763, 0.0528377, 0.0673965, 0.100714, 0.184874", \
            "0.0586461, 0.0621196, 0.0688934, 0.0817317, 0.103735, 0.139624, 0.20845", \
            "0.0972179, 0.102105, 0.112728, 0.129849, 0.1624, 0.217269, 0.302308", \
            "0.16786, 0.17579, 0.190783, 0.216754, 0.263249, 0.341601, 0.471114" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.110334, 0.121954, 0.147317, 0.2014, 0.318699, 0.573504, 1.12027", \
            "0.113217, 0.125062, 0.149835, 0.204502, 0.322459, 0.576884, 1.12851", \
            "0.123903, 0.135138, 0.160058, 0.214222, 0.33009, 0.583749, 1.13869", \
            "0.147526, 0.158609, 0.183275, 0.23683, 0.354525, 0.606142, 1.15935", \
            "0.191758, 0.20528, 0.232295, 0.286948, 0.402792, 0.658605, 1.208", \
            "0.268805, 0.286294, 0.320209, 0.387825, 0.515793, 0.770866, 1.32605", \
            "0.440078, 0.460984, 0.503906, 0.587448, 0.74607, 1.03548, 1.59773" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0911252, 0.106041, 0.139183, 0.210943, 0.367695, 0.714006, 1.45676", \
            "0.0912561, 0.106155, 0.138691, 0.210488, 0.368394, 0.710217, 1.45885", \
            "0.0915294, 0.106234, 0.13951, 0.210862, 0.366333, 0.709673, 1.46032", \
            "0.0925302, 0.106841, 0.139329, 0.210651, 0.368179, 0.708984, 1.45389", \
            "0.107454, 0.120003, 0.149283, 0.216374, 0.367642, 0.711784, 1.4558", \
            "0.14465, 0.158832, 0.189233, 0.254599, 0.390281, 0.715204, 1.45993", \
            "0.215247, 0.23089, 0.263444, 0.334103, 0.481904, 0.781004, 1.47543" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0154135, 0.01713, 0.0207458, 0.0282242, 0.0435887, 0.0756473, 0.144051", \
            "0.0196682, 0.0212415, 0.0246253, 0.0318742, 0.0471009, 0.0790661, 0.147388", \
            "0.025835, 0.0280537, 0.0325073, 0.0406994, 0.055621, 0.0873019, 0.155645", \
            "0.0297765, 0.0330873, 0.0395005, 0.0514889, 0.0723849, 0.107026, 0.174893", \
            "0.0235932, 0.0282506, 0.0376526, 0.0553101, 0.086357, 0.137557, 0.21926", \
            "-0.0127373, -0.0059005, 0.0078802, 0.0334155, 0.0795586, 0.156382, 0.278822", \
            "-0.131177, -0.119562, -0.10044, -0.0622383, 0.0051172, 0.118921, 0.301676" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0135736, 0.0156729, 0.0200935, 0.0291472, 0.0485042, 0.0895599, 0.179155", \
            "0.0148987, 0.0165853, 0.0203648, 0.0290106, 0.0480777, 0.0892987, 0.179424", \
            "0.0218395, 0.0236327, 0.0268899, 0.0333237, 0.0497146, 0.0892876, 0.179506", \
            "0.0345344, 0.0363231, 0.0408011, 0.0500037, 0.0651673, 0.0970197, 0.179332", \
            "0.0536934, 0.0572489, 0.0647767, 0.0772057, 0.0995386, 0.137737, 0.205314", \
            "0.0894219, 0.0945656, 0.104757, 0.123713, 0.156748, 0.213485, 0.300515", \
            "0.154567, 0.16155, 0.177411, 0.206649, 0.256729, 0.337243, 0.46525" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0905434, 0.102369, 0.127357, 0.181631, 0.29821, 0.551444, 1.10755", \
            "0.0930557, 0.104483, 0.130025, 0.184658, 0.302482, 0.554153, 1.10601", \
            "0.10285, 0.113857, 0.138755, 0.19372, 0.311756, 0.563255, 1.11587", \
            "0.126464, 0.137862, 0.163022, 0.217145, 0.332537, 0.587077, 1.13972", \
            "0.17378, 0.187601, 0.216705, 0.272578, 0.389246, 0.641683, 1.19414", \
            "0.263088, 0.283188, 0.319336, 0.390973, 0.522743, 0.778291, 1.33649", \
            "0.45527, 0.47843, 0.525383, 0.618445, 0.788028, 1.09194, 1.64975" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0910446, 0.106293, 0.138704, 0.209882, 0.366377, 0.71012, 1.46001", \
            "0.0914011, 0.105913, 0.139034, 0.211043, 0.367839, 0.707922, 1.45226", \
            "0.0912871, 0.105894, 0.138726, 0.211009, 0.369058, 0.707304, 1.45306", \
            "0.0932444, 0.107353, 0.13941, 0.210838, 0.367007, 0.70948, 1.45687", \
            "0.115045, 0.127281, 0.154673, 0.219667, 0.368551, 0.707766, 1.45573", \
            "0.153737, 0.169485, 0.201439, 0.267448, 0.397288, 0.715469, 1.45933", \
            "0.21596, 0.233757, 0.272745, 0.353202, 0.504362, 0.802045, 1.47743" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0156526, 0.017202, 0.0204408, 0.027246, 0.0416824, 0.0726915, 0.140143", \
            "0.0194543, 0.0209317, 0.0240911, 0.0308555, 0.0452726, 0.0762977, 0.14364", \
            "0.0241544, 0.0264396, 0.0308468, 0.0389345, 0.0537606, 0.0845497, 0.152026", \
            "0.0256316, 0.0290166, 0.0357046, 0.047998, 0.0692766, 0.104161, 0.171269", \
            "0.0156347, 0.0206011, 0.0303566, 0.0486971, 0.0805748, 0.133301, 0.21642", \
            "-0.0274027, -0.0201401, -0.0054491, 0.0216884, 0.0692996, 0.147903, 0.272241", \
            "-0.15696, -0.144742, -0.123554, -0.0825066, -0.0110909, 0.106698, 0.292008" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0115804, 0.0133942, 0.017329, 0.0259088, 0.0444725, 0.0849782, 0.173839", \
            "0.0127995, 0.0143308, 0.0178496, 0.0259025, 0.0444433, 0.0850637, 0.174571", \
            "0.0192892, 0.0209627, 0.0243411, 0.0308132, 0.0464036, 0.0852508, 0.174015", \
            "0.0302471, 0.0326136, 0.0376094, 0.0465436, 0.0628015, 0.0941731, 0.1748", \
            "0.048791, 0.052451, 0.0597487, 0.0731142, 0.0969304, 0.134718, 0.200929", \
            "0.0823283, 0.0878852, 0.0991907, 0.118605, 0.152838, 0.208733, 0.298148", \
            "0.144613, 0.153411, 0.170481, 0.200026, 0.250441, 0.332041, 0.460385" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0563169, 0.0680633, 0.0935642, 0.148462, 0.265779, 0.521266, 1.07838", \
            "0.0578471, 0.0691929, 0.0943352, 0.149253, 0.266667, 0.520281, 1.07231", \
            "0.0679069, 0.0786827, 0.10305, 0.156752, 0.27382, 0.531111, 1.08689", \
            "0.0962686, 0.105959, 0.128133, 0.180481, 0.297742, 0.549332, 1.10655", \
            "0.147651, 0.16161, 0.18965, 0.240718, 0.353493, 0.604171, 1.16182", \
            "0.237747, 0.256189, 0.293052, 0.36486, 0.493154, 0.738789, 1.28604", \
            "0.417872, 0.440092, 0.486389, 0.577525, 0.749549, 1.04892, 1.59738" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0867434, 0.102815, 0.13813, 0.21046, 0.366631, 0.71044, 1.4598", \
            "0.0851632, 0.102003, 0.13659, 0.209886, 0.366403, 0.707528, 1.45347", \
            "0.0833335, 0.0990117, 0.134882, 0.209126, 0.366183, 0.712171, 1.45901", \
            "0.0896556, 0.103911, 0.135028, 0.207002, 0.367566, 0.711814, 1.45812", \
            "0.110715, 0.127626, 0.156451, 0.218172, 0.366836, 0.708441, 1.46081", \
            "0.141556, 0.159647, 0.197407, 0.272138, 0.406378, 0.716812, 1.45355", \
            "0.204964, 0.224448, 0.26787, 0.358914, 0.524954, 0.824636, 1.48915" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0131418, 0.0146217, 0.0177544, 0.0244614, 0.0389111, 0.0702463, 0.138891", \
            "0.016408, 0.0181863, 0.0214768, 0.0282205, 0.0426339, 0.0741207, 0.142585", \
            "0.0194382, 0.0220433, 0.0270593, 0.0359297, 0.0512946, 0.0826638, 0.151085", \
            "0.0184469, 0.02221, 0.0300862, 0.0436768, 0.0663604, 0.102323, 0.170529", \
            "0.0052876, 0.0114363, 0.0227167, 0.0430582, 0.0774705, 0.130841, 0.217337", \
            "-0.0404689, -0.0317658, -0.0145964, 0.0159347, 0.0672939, 0.149162, 0.27664", \
            "-0.170889, -0.157516, -0.13155, -0.0858323, -0.0084009, 0.115169, 0.304423" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0086415, 0.010476, 0.0145344, 0.0233162, 0.0419718, 0.0846233, 0.175816", \
            "0.010897, 0.0122595, 0.0155026, 0.0235404, 0.0420169, 0.0842873, 0.174075", \
            "0.0170954, 0.0189282, 0.0226189, 0.0291822, 0.044808, 0.0835001, 0.174533", \
            "0.0275137, 0.0300639, 0.0351172, 0.0447828, 0.0612701, 0.0932102, 0.1764", \
            "0.0456569, 0.0497127, 0.0569026, 0.0708228, 0.0950767, 0.13567, 0.202038", \
            "0.0795252, 0.0855834, 0.0965307, 0.117294, 0.152077, 0.20765, 0.296711", \
            "0.146819, 0.15623, 0.172774, 0.202158, 0.254467, 0.3322, 0.46079" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0159571, 0.017127, 0.019647, 0.0252037, 0.037004, 0.0627805, 0.118615", \
            "0.0157395, 0.0169077, 0.0194685, 0.0249623, 0.0367343, 0.0624687, 0.118566", \
            "0.0156064, 0.0167423, 0.0192565, 0.0246806, 0.0364934, 0.0624979, 0.118432", \
            "0.0154938, 0.016627, 0.0191031, 0.0245464, 0.0364003, 0.0622222, 0.118855", \
            "0.0154201, 0.016567, 0.0190119, 0.0244019, 0.0362096, 0.0620109, 0.117967", \
            "0.0154903, 0.0166411, 0.0190902, 0.0244746, 0.036104, 0.0619109, 0.117783", \
            "0.0184775, 0.0193497, 0.0214354, 0.0263674, 0.0379375, 0.0629725, 0.118442" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0066496, 0.0055123, 0.0030518, -0.0023328, -0.0140982, -0.0397541, -0.0962337", \
            "0.0065739, 0.0054416, 0.0029726, -0.0024282, -0.0141863, -0.0398522, -0.0963247", \
            "0.0065023, 0.0053998, 0.0029359, -0.0024954, -0.0142096, -0.0398852, -0.0963659", \
            "0.0063879, 0.0052669, 0.0028343, -0.0025377, -0.014269, -0.0399553, -0.0964304", \
            "0.0071341, 0.0060062, 0.0034911, -0.001999, -0.0139463, -0.0397959, -0.0963585", \
            "0.009229, 0.008024, 0.0053882, -0.0002784, -0.0124773, -0.0387276, -0.0957685", \
            "0.0156249, 0.0143302, 0.0117369, 0.0050516, -0.0078658, -0.0350167, -0.0918914" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0135859, 0.0147541, 0.0173342, 0.0228311, 0.0346765, 0.0605013, 0.116358", \
            "0.0133376, 0.0145072, 0.0170373, 0.0224923, 0.0344675, 0.0600953, 0.116199", \
            "0.0131958, 0.0143339, 0.0168248, 0.0223199, 0.0341249, 0.0599002, 0.11608", \
            "0.0130992, 0.0142376, 0.0167275, 0.0221985, 0.0339889, 0.0596328, 0.115747", \
            "0.013029, 0.0141547, 0.0166217, 0.0220261, 0.0338378, 0.0596451, 0.115579", \
            "0.0131947, 0.0143132, 0.0167553, 0.022192, 0.0338296, 0.0594966, 0.115748", \
            "0.0161163, 0.0170657, 0.0191329, 0.0243123, 0.0358504, 0.06075, 0.116631" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0054193, 0.0042955, 0.0018303, -0.0035469, -0.0152585, -0.0410381, -0.0976496", \
            "0.0054057, 0.0042742, 0.0018108, -0.0035617, -0.0152779, -0.0410596, -0.0976829", \
            "0.0053489, 0.0042571, 0.0018051, -0.0035431, -0.0152544, -0.0410223, -0.0975845", \
            "0.0053356, 0.0041934, 0.0017326, -0.0036212, -0.0153048, -0.0410433, -0.0976486", \
            "0.0058374, 0.0047016, 0.002218, -0.003197, -0.0150681, -0.0409847, -0.0975287", \
            "0.0074914, 0.0063041, 0.0037046, -0.0018537, -0.0139056, -0.0400785, -0.0971148", \
            "0.0125933, 0.0113642, 0.0086108, 0.0026878, -0.0092053, -0.0361533, -0.0942948" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0112822, 0.0124808, 0.0149992, 0.020506, 0.0323637, 0.0582163, 0.114132", \
            "0.0110291, 0.0121652, 0.0147269, 0.0203092, 0.0322765, 0.0579195, 0.114056", \
            "0.010873, 0.0119921, 0.0145015, 0.0200322, 0.0319747, 0.0576781, 0.113957", \
            "0.0107353, 0.0118769, 0.0143496, 0.019852, 0.0315646, 0.0573534, 0.113586", \
            "0.0106871, 0.0118106, 0.0142971, 0.0196784, 0.0315275, 0.0571349, 0.113385", \
            "0.0115443, 0.0126469, 0.0149839, 0.0202098, 0.0318453, 0.0574391, 0.113658", \
            "0.0149518, 0.0159787, 0.0182602, 0.0231483, 0.034368, 0.0594317, 0.114808" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0038952, 0.002776, 0.0003288, -0.0050438, -0.0168326, -0.042706, -0.0993923", \
            "0.003945, 0.0028365, 0.0004128, -0.0049397, -0.0167054, -0.0425582, -0.0992195", \
            "0.0040796, 0.0029908, 0.0005796, -0.0047297, -0.0164663, -0.0422869, -0.098939", \
            "0.0042335, 0.0031262, 0.0006857, -0.0047768, -0.0165053, -0.0422566, -0.0989094", \
            "0.0044629, 0.0033271, 0.0008311, -0.0045177, -0.0162576, -0.0422088, -0.0988296", \
            "0.0059557, 0.0047882, 0.0022186, -0.0033552, -0.0154074, -0.0414931, -0.0983952", \
            "0.010672, 0.0093462, 0.0066259, 0.0008232, -0.0115969, -0.0388038, -0.0960527" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0100595, 0.0112756, 0.0138494, 0.0194445, 0.0312218, 0.0569609, 0.113015", \
            "0.0097017, 0.0108937, 0.013462, 0.0190464, 0.0309961, 0.0568175, 0.112975", \
            "0.0096803, 0.0108242, 0.0132766, 0.0187467, 0.0306986, 0.0567985, 0.112779", \
            "0.0098237, 0.0109321, 0.0133623, 0.0187625, 0.0305371, 0.0562003, 0.112496", \
            "0.0106219, 0.0116826, 0.0140772, 0.0192114, 0.0308524, 0.0563055, 0.112715", \
            "0.0127987, 0.0138022, 0.0160577, 0.0210965, 0.0322123, 0.0574569, 0.112926", \
            "0.0185551, 0.0193599, 0.0214033, 0.0263075, 0.0374205, 0.0611707, 0.11681" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0004599, -0.0006674, -0.0031468, -0.0085592, -0.020377, -0.0462452, -0.102954", \
            "0.0003248, -0.0007543, -0.0031895, -0.0085679, -0.0203235, -0.0461631, -0.102834", \
            "0.0001283, -0.0009449, -0.0033127, -0.008588, -0.0202898, -0.0460896, -0.102742", \
            "0.000307, -0.000749, -0.0032631, -0.0086554, -0.0203185, -0.0460015, -0.102675", \
            "0.0009031, -0.0004424, -0.0029563, -0.0083543, -0.0200859, -0.0458789, -0.102634", \
            "0.002783, 0.001517, -0.0012037, -0.0069482, -0.0191307, -0.045274, -0.102173", \
            "0.0087483, 0.0073552, 0.0043506, -0.0016621, -0.0145891, -0.0423625, -0.100092" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002332;
      rise_capacitance : 0.002426;
      rise_capacitance_range (0.002426, 0.002426);
      fall_capacitance : 0.002238;
      fall_capacitance_range (0.002238, 0.002238);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.003828, -0.0038716, -0.0039723, -0.0039851, -0.0040145, -0.0040822, -0.0042383" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.004438, 0.0044441, 0.0044582, 0.0044577, 0.0044568, 0.0044545, 0.0044493" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002348;
      rise_capacitance : 0.002488;
      rise_capacitance_range (0.002488, 0.002488);
      fall_capacitance : 0.002207;
      fall_capacitance_range (0.002207, 0.002207);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0036708, -0.0037221, -0.0038404, -0.0038575, -0.0038968, -0.0039874, -0.0041962" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043437, 0.0043406, 0.0043337, 0.0043332, 0.0043322, 0.0043299, 0.0043245" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002422;
      rise_capacitance : 0.002601;
      rise_capacitance_range (0.002601, 0.002601);
      fall_capacitance : 0.002243;
      fall_capacitance_range (0.002243, 0.002243);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0039137, -0.0040112, -0.0042357, -0.0042418, -0.0042559, -0.0042883, -0.0043629" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044126, 0.0044106, 0.004406, 0.0044069, 0.0044092, 0.0044143, 0.0044261" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002356;
      rise_capacitance : 0.002555;
      rise_capacitance_range (0.002555, 0.002555);
      fall_capacitance : 0.002158;
      fall_capacitance_range (0.002158, 0.002158);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018563, -0.0018582, -0.0018626, -0.0018621, -0.0018609, -0.0018581, -0.0018518" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0028604, 0.0028558, 0.0028453, 0.002851, 0.002864, 0.0028941, 0.0029634" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor4_2) {
    area : 12.512;
    cell_footprint : "nor4";
    cell_leakage_power : 0.00657896;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.012406;
      when : "!A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0002199;
      when : "!A&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0124017;
      when : "!A&!B&C&D";
    }
    leakage_power () {
      value : 0.0009248;
      when : "!A&!B&C&!D";
    }
    leakage_power () {
      value : 0.0124052;
      when : "!A&B&!C&D";
    }
    leakage_power () {
      value : 0.0007243;
      when : "!A&B&!C&!D";
    }
    leakage_power () {
      value : 0.0124014;
      when : "!A&B&C&D";
    }
    leakage_power () {
      value : 0.0009219;
      when : "!A&B&C&!D";
    }
    leakage_power () {
      value : 0.0124115;
      when : "A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0006643;
      when : "A&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0124012;
      when : "A&!B&C&D";
    }
    leakage_power () {
      value : 0.0009217;
      when : "A&!B&C&!D";
    }
    leakage_power () {
      value : 0.0124143;
      when : "A&B&!C&D";
    }
    leakage_power () {
      value : 0.0007218;
      when : "A&B&!C&!D";
    }
    leakage_power () {
      value : 0.0124013;
      when : "A&B&C&D";
    }
    leakage_power () {
      value : 0.0009221;
      when : "A&B&C&!D";
    }
    leakage_power () {
      value : 0.00657896;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B&!C&!D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.092478;
      max_transition : 1.48866;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.133298, 0.141315, 0.159881, 0.204187, 0.307259, 0.551262, 1.13697", \
            "0.136948, 0.144647, 0.163874, 0.208062, 0.311382, 0.556141, 1.1374", \
            "0.147654, 0.155598, 0.174071, 0.217726, 0.322749, 0.571355, 1.15326", \
            "0.170409, 0.178223, 0.197154, 0.240582, 0.343266, 0.587974, 1.1701", \
            "0.213406, 0.221679, 0.240939, 0.285238, 0.388035, 0.6367, 1.21447", \
            "0.280746, 0.290506, 0.312795, 0.363372, 0.476381, 0.72193, 1.30287", \
            "0.412045, 0.424277, 0.452639, 0.514654, 0.640885, 0.914534, 1.50496" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0973563, 0.107374, 0.132248, 0.191092, 0.331484, 0.666025, 1.46353", \
            "0.0976856, 0.107446, 0.132793, 0.191568, 0.331496, 0.664285, 1.46059", \
            "0.0974031, 0.107566, 0.132172, 0.19116, 0.332408, 0.668771, 1.46386", \
            "0.0977021, 0.107861, 0.132388, 0.191602, 0.330952, 0.66493, 1.46012", \
            "0.105443, 0.114971, 0.13803, 0.195112, 0.333536, 0.668504, 1.4637", \
            "0.129309, 0.139068, 0.162608, 0.218771, 0.350064, 0.671975, 1.46242", \
            "0.195823, 0.204539, 0.225368, 0.28049, 0.412331, 0.723172, 1.48366" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0133256, 0.0143362, 0.0167216, 0.02226, 0.0348605, 0.0632625, 0.127499", \
            "0.0177475, 0.0187999, 0.0210857, 0.0262941, 0.0385904, 0.0667811, 0.130909", \
            "0.0236836, 0.0251476, 0.0282723, 0.034833, 0.0476435, 0.075086, 0.138894", \
            "0.0280917, 0.0301723, 0.0347939, 0.0444707, 0.062634, 0.0954022, 0.158484", \
            "0.0246451, 0.0270549, 0.0336839, 0.0479057, 0.0745694, 0.122361, 0.202023", \
            "-0.0067743, -0.0025126, 0.0068168, 0.0266017, 0.0649888, 0.135311, 0.254977", \
            "-0.11287, -0.106936, -0.0936198, -0.0653206, -0.0095048, 0.0938181, 0.270622" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0124504, 0.0137556, 0.0168862, 0.024332, 0.0408416, 0.077604, 0.16173", \
            "0.0148586, 0.0158633, 0.0184327, 0.024742, 0.0403947, 0.0773593, 0.161141", \
            "0.0227282, 0.023805, 0.0263518, 0.0312191, 0.0436621, 0.0772929, 0.161258", \
            "0.0359488, 0.0374953, 0.0408712, 0.0477011, 0.0611713, 0.0875941, 0.162478", \
            "0.0579931, 0.0604066, 0.0651149, 0.0747868, 0.0933204, 0.127826, 0.19125", \
            "0.0964948, 0.0996004, 0.10654, 0.120685, 0.148, 0.196084, 0.282679", \
            "0.166453, 0.171467, 0.181746, 0.20394, 0.244273, 0.314065, 0.437617" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.121389, 0.129603, 0.148451, 0.192654, 0.296053, 0.540204, 1.121", \
            "0.124037, 0.132171, 0.151046, 0.194956, 0.300296, 0.548747, 1.12571", \
            "0.13388, 0.141764, 0.160213, 0.20392, 0.309266, 0.557115, 1.1356", \
            "0.155704, 0.163537, 0.182213, 0.225829, 0.328366, 0.573286, 1.15606", \
            "0.19609, 0.205482, 0.226002, 0.271632, 0.375098, 0.622777, 1.20144", \
            "0.265707, 0.276795, 0.302822, 0.357681, 0.4734, 0.722365, 1.30359", \
            "0.424376, 0.437709, 0.468335, 0.535556, 0.674845, 0.955592, 1.54874" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0973475, 0.107601, 0.132244, 0.191096, 0.331319, 0.665264, 1.4666", \
            "0.0974669, 0.107723, 0.132063, 0.191962, 0.332574, 0.668863, 1.45902", \
            "0.0975244, 0.107829, 0.132239, 0.191176, 0.332406, 0.66828, 1.46021", \
            "0.0985564, 0.108651, 0.13305, 0.191445, 0.331333, 0.66523, 1.46167", \
            "0.112252, 0.12096, 0.143436, 0.198002, 0.334225, 0.668163, 1.45887", \
            "0.144819, 0.15433, 0.17826, 0.233263, 0.358534, 0.67378, 1.45959", \
            "0.21664, 0.226528, 0.249784, 0.305968, 0.439575, 0.740624, 1.48346" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0144144, 0.0154944, 0.0180214, 0.0237319, 0.0364556, 0.0647916, 0.129577", \
            "0.0188842, 0.0199337, 0.0222343, 0.0276414, 0.0401142, 0.0683034, 0.133089", \
            "0.024961, 0.0264178, 0.0296516, 0.036296, 0.0489843, 0.0767339, 0.141226", \
            "0.0292069, 0.031143, 0.0357025, 0.045481, 0.0638662, 0.0966096, 0.160727", \
            "0.0236494, 0.0265976, 0.0331955, 0.0471402, 0.0736148, 0.122411, 0.205212", \
            "-0.0115207, -0.0072445, 0.0024666, 0.0228129, 0.0624898, 0.134711, 0.257566", \
            "-0.126897, -0.120262, -0.10577, -0.076044, -0.0167993, 0.0899586, 0.27236" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0131597, 0.0144729, 0.0176102, 0.0246903, 0.0404571, 0.0766089, 0.162468", \
            "0.0149368, 0.0159674, 0.0184976, 0.0247254, 0.0400736, 0.0763236, 0.162171", \
            "0.0221529, 0.0232251, 0.0254836, 0.0302068, 0.0428278, 0.0762432, 0.162288", \
            "0.0340093, 0.0355904, 0.0386976, 0.0457354, 0.0591283, 0.0863504, 0.163682", \
            "0.0539947, 0.0561837, 0.0613614, 0.0708866, 0.091022, 0.126512, 0.191153", \
            "0.089083, 0.0925781, 0.10021, 0.115294, 0.14275, 0.194438, 0.282577", \
            "0.155821, 0.160884, 0.173218, 0.193074, 0.236191, 0.313145, 0.439517" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0986201, 0.106744, 0.125496, 0.170056, 0.27547, 0.51846, 1.0989", \
            "0.100724, 0.109071, 0.127577, 0.172089, 0.276257, 0.527691, 1.10313", \
            "0.110869, 0.118787, 0.13693, 0.180948, 0.284788, 0.530492, 1.11298", \
            "0.134111, 0.14214, 0.16039, 0.203988, 0.308408, 0.553169, 1.13732", \
            "0.179375, 0.188811, 0.211368, 0.257844, 0.362119, 0.605837, 1.18815", \
            "0.261481, 0.274249, 0.302718, 0.363336, 0.485891, 0.734527, 1.32131", \
            "0.4474, 0.46282, 0.497925, 0.575167, 0.730401, 1.03296, 1.62416" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0968661, 0.107235, 0.131892, 0.190773, 0.33242, 0.666338, 1.45996", \
            "0.0968948, 0.107332, 0.131991, 0.191085, 0.331287, 0.668247, 1.46041", \
            "0.0968483, 0.107209, 0.13163, 0.190789, 0.331471, 0.665869, 1.46193", \
            "0.0983156, 0.108471, 0.132223, 0.190742, 0.332604, 0.665491, 1.46328", \
            "0.118274, 0.126648, 0.147835, 0.200603, 0.33376, 0.66564, 1.46095", \
            "0.157419, 0.167837, 0.19284, 0.248743, 0.368757, 0.674669, 1.46557", \
            "0.221072, 0.232861, 0.260899, 0.328117, 0.468156, 0.76761, 1.48445" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0151109, 0.016116, 0.0184092, 0.0236281, 0.0353153, 0.0622164, 0.125487", \
            "0.0190835, 0.0200565, 0.0222408, 0.0273098, 0.0389431, 0.0658136, 0.129009", \
            "0.0240872, 0.0255411, 0.0286839, 0.0350239, 0.04748, 0.0742181, 0.137452", \
            "0.0260529, 0.028126, 0.0328315, 0.0423964, 0.0608977, 0.0938702, 0.157052", \
            "0.0166471, 0.0197483, 0.0265343, 0.041011, 0.0686561, 0.117677, 0.200913", \
            "-0.0254781, -0.0208257, -0.0106428, 0.0109221, 0.052614, 0.126834, 0.250945", \
            "-0.152073, -0.145031, -0.129684, -0.096893, -0.0349168, 0.0769324, 0.262424" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.011607, 0.0127498, 0.0153632, 0.0215998, 0.0362158, 0.0710974, 0.154706", \
            "0.0129026, 0.01382, 0.0160749, 0.0216911, 0.0360676, 0.0712095, 0.155243", \
            "0.0191444, 0.020233, 0.0225469, 0.0274149, 0.0390908, 0.0715105, 0.154482", \
            "0.029556, 0.0310767, 0.0343922, 0.041687, 0.0559069, 0.0822577, 0.156449", \
            "0.0478184, 0.0500935, 0.0549675, 0.0658982, 0.0859192, 0.12256, 0.186195", \
            "0.0803583, 0.0839853, 0.0915819, 0.107378, 0.137098, 0.190473, 0.279949", \
            "0.141965, 0.147499, 0.160763, 0.184277, 0.229378, 0.305137, 0.434841" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0513564, 0.0590782, 0.0780607, 0.123212, 0.229166, 0.472786, 1.05624", \
            "0.0532723, 0.0606684, 0.0789696, 0.1239, 0.228885, 0.474875, 1.06756", \
            "0.0645525, 0.0708428, 0.0883434, 0.131929, 0.236799, 0.482372, 1.06579", \
            "0.0942305, 0.100907, 0.115819, 0.156912, 0.258852, 0.504272, 1.08758", \
            "0.147854, 0.157344, 0.17856, 0.221518, 0.319044, 0.561422, 1.14664", \
            "0.243138, 0.255638, 0.283834, 0.343715, 0.463721, 0.701457, 1.27513", \
            "0.43476, 0.449876, 0.484378, 0.560891, 0.719752, 1.02338, 1.59802" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0884246, 0.10023, 0.127045, 0.189164, 0.331784, 0.666179, 1.46331", \
            "0.0863029, 0.0984032, 0.125493, 0.189456, 0.330723, 0.665329, 1.47021", \
            "0.0843501, 0.0954473, 0.123184, 0.187051, 0.331678, 0.665244, 1.46092", \
            "0.0911893, 0.101254, 0.12523, 0.184211, 0.329419, 0.665693, 1.46034", \
            "0.111142, 0.123964, 0.146883, 0.198869, 0.329656, 0.66486, 1.4684", \
            "0.139506, 0.152111, 0.181816, 0.246927, 0.375294, 0.674167, 1.46137", \
            "0.198486, 0.21523, 0.246886, 0.323822, 0.488684, 0.783157, 1.48866" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0119952, 0.0128708, 0.0149141, 0.0196171, 0.0305984, 0.0563793, 0.117952", \
            "0.0149929, 0.0161051, 0.0185025, 0.0233052, 0.0343038, 0.0600589, 0.121709", \
            "0.0170674, 0.0187555, 0.0224852, 0.0296764, 0.0428781, 0.0685543, 0.129968", \
            "0.0152111, 0.017693, 0.023058, 0.0338673, 0.0537903, 0.0876156, 0.149631", \
            "-0.00078, 0.0033669, 0.0115323, 0.0278408, 0.0578496, 0.108077, 0.192472", \
            "-0.0521049, -0.0463597, -0.0341936, -0.0091079, 0.0362988, 0.113278, 0.23966", \
            "-0.195581, -0.186705, -0.167558, -0.129411, -0.0612341, 0.0563086, 0.245256" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0074645, 0.0084884, 0.0109588, 0.0170362, 0.0313761, 0.0652054, 0.147628", \
            "0.0101333, 0.0108409, 0.0127044, 0.0177558, 0.0314971, 0.0655127, 0.147721", \
            "0.0157424, 0.0168957, 0.0194056, 0.0246469, 0.035483, 0.0666023, 0.146559", \
            "0.0250323, 0.0267844, 0.0304959, 0.0382606, 0.0526556, 0.078596, 0.148704", \
            "0.0425489, 0.0446959, 0.0504819, 0.0610785, 0.0819751, 0.118986, 0.181609", \
            "0.0742407, 0.0780623, 0.0865622, 0.102528, 0.132804, 0.185116, 0.272002", \
            "0.138426, 0.144113, 0.157127, 0.181375, 0.224688, 0.300119, 0.425936" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0317237, 0.0331295, 0.0363195, 0.0439264, 0.0618224, 0.104213, 0.205104", \
            "0.031313, 0.0326947, 0.0359126, 0.0436073, 0.0615013, 0.104015, 0.205123", \
            "0.0311459, 0.0325016, 0.0356421, 0.0431973, 0.0613716, 0.104053, 0.204847", \
            "0.0309511, 0.0322743, 0.035441, 0.0429867, 0.0607814, 0.103321, 0.204505", \
            "0.030777, 0.03207, 0.0352161, 0.0427284, 0.0605577, 0.103161, 0.20401", \
            "0.0308494, 0.0321535, 0.0353279, 0.0428002, 0.0604202, 0.102848, 0.203859", \
            "0.034617, 0.0356568, 0.0382979, 0.0456132, 0.0628235, 0.104396, 0.204317" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0144853, 0.0131854, 0.0100507, 0.0025866, -0.0152479, -0.0576648, -0.159105", \
            "0.0143078, 0.0129954, 0.0098412, 0.0023713, -0.0154518, -0.0578953, -0.159348", \
            "0.0140847, 0.0127771, 0.0097257, 0.00231, -0.0155859, -0.0580072, -0.15946", \
            "0.0139094, 0.0126192, 0.0094918, 0.0020673, -0.0158735, -0.0581712, -0.159684", \
            "0.0148768, 0.0135894, 0.0103853, 0.002777, -0.0154117, -0.057985, -0.159403", \
            "0.0186793, 0.017293, 0.013966, 0.0060984, -0.0123456, -0.0558488, -0.158592", \
            "0.0299436, 0.0284981, 0.0249871, 0.017082, -0.0033075, -0.0484329, -0.153143" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0223318, 0.0236995, 0.0269858, 0.0346221, 0.0525639, 0.0949832, 0.19568", \
            "0.0218943, 0.0232486, 0.0265341, 0.0341317, 0.0524438, 0.095107, 0.195852", \
            "0.0216208, 0.0229533, 0.0261629, 0.0337178, 0.0519359, 0.094854, 0.19564", \
            "0.021434, 0.0227819, 0.025906, 0.0334713, 0.0513139, 0.0938605, 0.19521", \
            "0.0212246, 0.0225381, 0.0256596, 0.0331603, 0.0510026, 0.0937448, 0.194625", \
            "0.0215119, 0.0228015, 0.0260504, 0.0334282, 0.0510879, 0.0934054, 0.194367", \
            "0.0269733, 0.0280027, 0.0305415, 0.0378176, 0.0549485, 0.0958861, 0.195902" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0111409, 0.0098156, 0.006702, -0.0007768, -0.0185521, -0.0609736, -0.162847", \
            "0.0111469, 0.009828, 0.0066918, -0.0007856, -0.018575, -0.0609916, -0.162826", \
            "0.0110711, 0.0097634, 0.0066591, -0.0007843, -0.0185302, -0.0609521, -0.162823", \
            "0.0108709, 0.0095894, 0.006473, -0.0009906, -0.0186521, -0.0610369, -0.162875", \
            "0.0120731, 0.0107572, 0.0075718, 8.6e-06, -0.0177732, -0.0607938, -0.162677", \
            "0.0152498, 0.0138793, 0.0106227, 0.0027636, -0.0156135, -0.0589047, -0.161663", \
            "0.0254086, 0.0239044, 0.0203746, 0.0121633, -0.0067037, -0.0512438, -0.156122" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.020878, 0.0222892, 0.025515, 0.0331757, 0.0514575, 0.0937172, 0.194649", \
            "0.0204037, 0.0218038, 0.0250218, 0.0327086, 0.0507849, 0.0937561, 0.194518", \
            "0.0201571, 0.0214816, 0.0246709, 0.0322257, 0.0502582, 0.0929645, 0.194309", \
            "0.0199842, 0.0213129, 0.0244846, 0.0319516, 0.0501613, 0.0924745, 0.193673", \
            "0.019786, 0.0210957, 0.0242777, 0.0317848, 0.049709, 0.0919953, 0.193305", \
            "0.0210509, 0.0223274, 0.025331, 0.0325918, 0.0502559, 0.0925104, 0.193562", \
            "0.0281539, 0.0291913, 0.0317819, 0.0384388, 0.0551643, 0.0963191, 0.196254" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0084951, 0.0071879, 0.0040637, -0.0033741, -0.0211557, -0.0638054, -0.165831", \
            "0.008598, 0.0072972, 0.004198, -0.0031989, -0.0209653, -0.0635434, -0.165621", \
            "0.0088147, 0.0075328, 0.0044815, -0.0028334, -0.0205347, -0.0630829, -0.165056", \
            "0.0090566, 0.0077653, 0.0046911, -0.0028648, -0.0205442, -0.0630696, -0.165", \
            "0.0096542, 0.0083344, 0.0052183, -0.002335, -0.0201147, -0.062803, -0.164786", \
            "0.0124055, 0.0110184, 0.0077502, 1.87e-05, -0.0182128, -0.0613189, -0.163982", \
            "0.02112, 0.0196826, 0.0161227, 0.0080079, -0.010616, -0.0558742, -0.159065" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0203307, 0.0217589, 0.0250955, 0.0329751, 0.0512017, 0.0936281, 0.194507", \
            "0.0197538, 0.0211351, 0.024426, 0.032279, 0.050463, 0.0932136, 0.195241", \
            "0.0197343, 0.0209397, 0.0241434, 0.0318214, 0.0500571, 0.0926965, 0.19413", \
            "0.0200056, 0.0212889, 0.0243826, 0.0318017, 0.0495033, 0.0921978, 0.193559", \
            "0.0214651, 0.0227113, 0.0257008, 0.0328219, 0.0503026, 0.0923333, 0.193855", \
            "0.0251576, 0.0263073, 0.0291885, 0.0361275, 0.0529672, 0.0945234, 0.194479", \
            "0.0363714, 0.0372455, 0.0397199, 0.0461865, 0.062658, 0.101364, 0.200624" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
          values ( \
            "0.0005597, -0.0007432, -0.0039079, -0.0114994, -0.0295446, -0.0723682, -0.174485", \
            "0.000337, -0.000959, -0.0040816, -0.0115352, -0.0294593, -0.0721689, -0.174215", \
            "3.31e-05, -0.0012157, -0.0043303, -0.011659, -0.0294034, -0.0719244, -0.173974", \
            "9.48e-05, -0.0011717, -0.0041951, -0.0114827, -0.0293745, -0.0718361, -0.173743", \
            "0.0013786, -0.0002994, -0.0035112, -0.0110354, -0.028813, -0.0712938, -0.173468", \
            "0.0045938, 0.0031116, -0.0003883, -0.0083672, -0.0269754, -0.0701802, -0.172741", \
            "0.014959, 0.013329, 0.0095517, 0.0007894, -0.0187658, -0.0646663, -0.168907" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00437;
      rise_capacitance : 0.0046;
      rise_capacitance_range (0.0046, 0.0046);
      fall_capacitance : 0.004141;
      fall_capacitance_range (0.004141, 0.004141);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0073738, -0.007466, -0.0076785, -0.0077117, -0.0077882, -0.0079644, -0.0083709" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0086534, 0.0086357, 0.0085949, 0.0085985, 0.0086067, 0.0086256, 0.0086691" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004325;
      rise_capacitance : 0.004627;
      rise_capacitance_range (0.004627, 0.004627);
      fall_capacitance : 0.004022;
      fall_capacitance_range (0.004022, 0.004022);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.007524, -0.0075987, -0.0077707, -0.007805, -0.0078841, -0.0080662, -0.0084862" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0128936, 0.012888, 0.0128748, 0.0128778, 0.0128847, 0.0129006, 0.0129371" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004314;
      rise_capacitance : 0.004667;
      rise_capacitance_range (0.004667, 0.004667);
      fall_capacitance : 0.003962;
      fall_capacitance_range (0.003962, 0.003962);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0076703, -0.007856, -0.0082842, -0.0082976, -0.0083286, -0.0084, -0.0085647" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.009409, 0.0094007, 0.0093816, 0.0093774, 0.0093679, 0.009346, 0.0092953" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004309;
      rise_capacitance : 0.004697;
      rise_capacitance_range (0.004697, 0.004697);
      fall_capacitance : 0.003922;
      fall_capacitance_range (0.003922, 0.003922);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0036933, -0.0036915, -0.0036874, -0.0036856, -0.0036816, -0.0036723, -0.0036507" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0041364, 0.0041319, 0.0041215, 0.0041372, 0.0041733, 0.0042568, 0.0044492" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor4_4) {
    area : 21.2704;
    cell_footprint : "nor4";
    cell_leakage_power : 0.0142774;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0247944;
      when : "!A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0006594;
      when : "!A&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0437863;
      when : "!A&!B&C&D";
    }
    leakage_power () {
      value : 0.0016379;
      when : "!A&!B&C&!D";
    }
    leakage_power () {
      value : 0.0247838;
      when : "!A&B&!C&D";
    }
    leakage_power () {
      value : 0.0012893;
      when : "!A&B&!C&!D";
    }
    leakage_power () {
      value : 0.0247899;
      when : "!A&B&C&D";
    }
    leakage_power () {
      value : 0.0016347;
      when : "!A&B&C&!D";
    }
    leakage_power () {
      value : 0.0248056;
      when : "A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0011843;
      when : "A&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0249438;
      when : "A&!B&C&D";
    }
    leakage_power () {
      value : 0.0016349;
      when : "A&!B&C&!D";
    }
    leakage_power () {
      value : 0.0247817;
      when : "A&B&!C&D";
    }
    leakage_power () {
      value : 0.001287;
      when : "A&B&!C&!D";
    }
    leakage_power () {
      value : 0.0247907;
      when : "A&B&C&D";
    }
    leakage_power () {
      value : 0.0016349;
      when : "A&B&C&!D";
    }
    leakage_power () {
      value : 0.0142774;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B&!C&!D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.161143;
      max_transition : 1.49546;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.142802, 0.148397, 0.162331, 0.198204, 0.289629, 0.525163, 1.14121", \
            "0.146243, 0.151664, 0.165556, 0.201515, 0.293947, 0.529838, 1.14638", \
            "0.156725, 0.162215, 0.175951, 0.211773, 0.30385, 0.540429, 1.1575", \
            "0.180155, 0.185202, 0.199061, 0.23441, 0.325245, 0.562325, 1.18017", \
            "0.223722, 0.22943, 0.243693, 0.279751, 0.37106, 0.609456, 1.22469", \
            "0.294828, 0.301138, 0.318308, 0.358689, 0.458657, 0.698641, 1.31533", \
            "0.436426, 0.443832, 0.463397, 0.512399, 0.625228, 0.890706, 1.51827" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.104976, 0.111845, 0.129807, 0.177422, 0.301495, 0.622952, 1.46785", \
            "0.105335, 0.112205, 0.129785, 0.177877, 0.300866, 0.622973, 1.46782", \
            "0.105518, 0.112281, 0.130195, 0.177136, 0.300674, 0.623284, 1.4691", \
            "0.105741, 0.112667, 0.130099, 0.176932, 0.300517, 0.623849, 1.46671", \
            "0.112309, 0.118548, 0.135451, 0.180664, 0.302748, 0.626572, 1.46771", \
            "0.134937, 0.141143, 0.158434, 0.203806, 0.319991, 0.630945, 1.4698", \
            "0.19815, 0.203646, 0.218426, 0.260484, 0.376959, 0.680804, 1.48667" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0141624, 0.0148781, 0.0166707, 0.021231, 0.0325674, 0.0603029, 0.128756", \
            "0.0184749, 0.0192098, 0.0209551, 0.0252419, 0.0362739, 0.0637353, 0.13209", \
            "0.0241545, 0.0251318, 0.0274927, 0.0332458, 0.0452717, 0.0720526, 0.139962", \
            "0.0282436, 0.0296022, 0.0329858, 0.0409985, 0.058223, 0.0912865, 0.158432", \
            "0.0233033, 0.0252775, 0.0296576, 0.0412515, 0.0658143, 0.113747, 0.200743", \
            "-0.0116823, -0.0089949, -0.0022599, 0.0142165, 0.0493531, 0.119208, 0.246507", \
            "-0.126591, -0.12288, -0.113179, -0.090404, -0.0391191, 0.0617713, 0.250419" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0149144, 0.0158869, 0.0185296, 0.0254068, 0.0422751, 0.0827207, 0.18324", \
            "0.0170023, 0.0178341, 0.0199894, 0.0259716, 0.0417843, 0.0822853, 0.183311", \
            "0.0242067, 0.0250622, 0.027285, 0.0324124, 0.0455102, 0.0822724, 0.183054", \
            "0.0371063, 0.0381996, 0.0408793, 0.0472399, 0.0613793, 0.0936232, 0.184264", \
            "0.0588256, 0.0603541, 0.0643267, 0.0726082, 0.0902413, 0.128257, 0.212693", \
            "0.0972821, 0.0994199, 0.104674, 0.116683, 0.141515, 0.192502, 0.293031", \
            "0.167475, 0.170754, 0.178723, 0.197565, 0.236092, 0.305452, 0.440646" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.132114, 0.137457, 0.151836, 0.187652, 0.279016, 0.520288, 1.13172", \
            "0.134125, 0.139232, 0.153691, 0.189897, 0.282141, 0.522613, 1.13687", \
            "0.143812, 0.149205, 0.162721, 0.198929, 0.291674, 0.531138, 1.1474", \
            "0.166228, 0.171751, 0.185353, 0.221026, 0.313293, 0.551092, 1.16912", \
            "0.209777, 0.215657, 0.230749, 0.267937, 0.359808, 0.597769, 1.21411", \
            "0.283854, 0.29187, 0.309644, 0.355035, 0.458765, 0.701686, 1.32326", \
            "0.455688, 0.464413, 0.488012, 0.540326, 0.663764, 0.93951, 1.57058" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.105328, 0.11175, 0.129735, 0.176836, 0.300824, 0.626912, 1.46737", \
            "0.105454, 0.112334, 0.129862, 0.176968, 0.300466, 0.626555, 1.46661", \
            "0.105482, 0.112175, 0.129958, 0.177134, 0.30171, 0.624634, 1.46706", \
            "0.106198, 0.112896, 0.130551, 0.177328, 0.30169, 0.624355, 1.46733", \
            "0.118496, 0.124581, 0.140817, 0.18465, 0.304067, 0.624244, 1.46894", \
            "0.150831, 0.157328, 0.173773, 0.218806, 0.330543, 0.633413, 1.47235", \
            "0.221528, 0.22755, 0.244316, 0.289297, 0.405226, 0.700284, 1.49067" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0153959, 0.0161363, 0.0180615, 0.0228257, 0.0344098, 0.0622848, 0.131306", \
            "0.0197469, 0.0204482, 0.0222058, 0.0266875, 0.0379685, 0.0656978, 0.134539", \
            "0.0256562, 0.0266282, 0.0290858, 0.0347215, 0.0466378, 0.0736953, 0.142318", \
            "0.0290911, 0.0305123, 0.0341079, 0.0421527, 0.0591729, 0.0924632, 0.160983", \
            "0.0214988, 0.0234555, 0.0283514, 0.0399895, 0.0649684, 0.113729, 0.202626", \
            "-0.0186032, -0.0157751, -0.0086342, 0.0078712, 0.0443691, 0.116464, 0.248679", \
            "-0.146624, -0.142469, -0.132006, -0.10812, -0.0541017, 0.0532141, 0.248736" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.015417, 0.0163284, 0.0187876, 0.0250373, 0.0402284, 0.0783138, 0.176819", \
            "0.0168021, 0.017586, 0.0196431, 0.0251393, 0.0397647, 0.0780279, 0.176935", \
            "0.0235374, 0.0243338, 0.0262859, 0.0309568, 0.0428793, 0.0779502, 0.17677", \
            "0.0350275, 0.0361278, 0.0387595, 0.0447555, 0.0585068, 0.0889559, 0.17823", \
            "0.0552417, 0.0566751, 0.0610157, 0.0691413, 0.0874253, 0.125316, 0.206547", \
            "0.0902536, 0.0925259, 0.0983223, 0.111033, 0.136546, 0.189796, 0.290964", \
            "0.156574, 0.159948, 0.168064, 0.187545, 0.226832, 0.302851, 0.442521" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.104827, 0.110266, 0.125162, 0.16101, 0.254331, 0.490863, 1.10762", \
            "0.106514, 0.112234, 0.126356, 0.162841, 0.255688, 0.493243, 1.11152", \
            "0.115968, 0.121015, 0.135362, 0.170689, 0.264227, 0.503346, 1.1215", \
            "0.139217, 0.14461, 0.158363, 0.193832, 0.285159, 0.525434, 1.14258", \
            "0.185638, 0.192783, 0.208341, 0.247381, 0.339438, 0.576365, 1.20199", \
            "0.274523, 0.282523, 0.303028, 0.351905, 0.463335, 0.706101, 1.32751", \
            "0.477101, 0.486946, 0.511892, 0.573219, 0.713142, 1.00223, 1.63613" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.104789, 0.111731, 0.129605, 0.176827, 0.301774, 0.624438, 1.46803", \
            "0.104839, 0.111714, 0.129699, 0.177294, 0.300759, 0.622962, 1.46815", \
            "0.104617, 0.111564, 0.129656, 0.176828, 0.301785, 0.623998, 1.4705", \
            "0.105956, 0.112677, 0.130225, 0.176937, 0.300975, 0.624352, 1.46664", \
            "0.124298, 0.130681, 0.145539, 0.187516, 0.304449, 0.623849, 1.4721", \
            "0.162994, 0.169584, 0.187292, 0.233511, 0.341143, 0.634552, 1.47325", \
            "0.224166, 0.231403, 0.252104, 0.304639, 0.432979, 0.719493, 1.49116" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0154722, 0.01615, 0.0178671, 0.0220964, 0.0324058, 0.0580356, 0.123755", \
            "0.0193533, 0.0200034, 0.0216279, 0.0257275, 0.0359467, 0.0615343, 0.12725", \
            "0.0240583, 0.0250108, 0.0273621, 0.0327511, 0.0442921, 0.0696929, 0.13535", \
            "0.0254479, 0.0265718, 0.030146, 0.038128, 0.0551221, 0.0881223, 0.154372", \
            "0.0139199, 0.0159289, 0.0209469, 0.0327889, 0.0580354, 0.106719, 0.195606", \
            "-0.0338184, -0.0307548, -0.0232814, -0.0058912, 0.0324746, 0.106328, 0.239109", \
            "-0.174919, -0.170322, -0.158825, -0.132301, -0.0759846, 0.0358274, 0.233604" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0124348, 0.0131828, 0.0151354, 0.0201866, 0.033308, 0.0677609, 0.158429", \
            "0.0135918, 0.0142234, 0.0158855, 0.0204506, 0.0331063, 0.0676936, 0.158362", \
            "0.0196601, 0.0204569, 0.0222708, 0.0265491, 0.0368154, 0.0682032, 0.158453", \
            "0.0297485, 0.0309726, 0.0335703, 0.0397362, 0.052962, 0.0802879, 0.160638", \
            "0.0478013, 0.0492909, 0.0530862, 0.0622253, 0.0806782, 0.118982, 0.190909", \
            "0.0804889, 0.0828286, 0.0885582, 0.101625, 0.128933, 0.18303, 0.280387", \
            "0.141747, 0.145407, 0.154384, 0.175297, 0.216672, 0.294856, 0.432913" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0555004, 0.0607475, 0.0750707, 0.111703, 0.205975, 0.44354, 1.06085", \
            "0.0573682, 0.062275, 0.0753761, 0.111325, 0.205849, 0.445086, 1.06346", \
            "0.0678136, 0.0723635, 0.0847747, 0.119836, 0.212578, 0.451799, 1.07193", \
            "0.0985051, 0.102741, 0.113546, 0.145653, 0.235829, 0.475151, 1.09279", \
            "0.155684, 0.161895, 0.177417, 0.213354, 0.297846, 0.533315, 1.14992", \
            "0.257643, 0.265946, 0.286394, 0.335926, 0.443664, 0.675922, 1.28709", \
            "0.463759, 0.473725, 0.499262, 0.560344, 0.701067, 1.00337, 1.61781" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0959115, 0.103532, 0.123852, 0.173785, 0.301137, 0.624867, 1.46874", \
            "0.0938232, 0.10169, 0.121617, 0.172695, 0.300451, 0.623441, 1.47446", \
            "0.0910426, 0.0986119, 0.11917, 0.171067, 0.300451, 0.623672, 1.46806", \
            "0.096867, 0.103306, 0.121499, 0.168394, 0.298245, 0.625813, 1.46849", \
            "0.119419, 0.127718, 0.143184, 0.18562, 0.299866, 0.624905, 1.46909", \
            "0.145205, 0.154037, 0.176446, 0.230448, 0.346598, 0.63433, 1.46858", \
            "0.203314, 0.213392, 0.238854, 0.301833, 0.451454, 0.745876, 1.49546" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0116198, 0.0121943, 0.0136598, 0.0173235, 0.0264404, 0.0497692, 0.110456", \
            "0.0145506, 0.0152941, 0.0170631, 0.0209933, 0.0301332, 0.0534119, 0.114139", \
            "0.0164352, 0.0175552, 0.0200553, 0.0260743, 0.0380828, 0.0619481, 0.122367", \
            "0.0135523, 0.0151407, 0.0192344, 0.0281059, 0.0457956, 0.0792595, 0.141879", \
            "-0.0037756, -0.0011655, 0.0046984, 0.0180251, 0.0451402, 0.0955383, 0.18353", \
            "-0.0601422, -0.0564333, -0.0474993, -0.0269449, 0.0141271, 0.090136, 0.221279", \
            "-0.215121, -0.20945, -0.19553, -0.164052, -0.10168, 0.0132288, 0.212015" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0074212, 0.0080518, 0.0097568, 0.0143205, 0.0263235, 0.0573161, 0.139638", \
            "0.0101598, 0.010575, 0.011784, 0.0154442, 0.0264631, 0.0573233, 0.13958", \
            "0.0155118, 0.0163127, 0.0183089, 0.0224912, 0.0315759, 0.0587032, 0.139314", \
            "0.0250208, 0.0259339, 0.0287293, 0.0347285, 0.0481629, 0.0729799, 0.142587", \
            "0.0419063, 0.0430358, 0.0469737, 0.055971, 0.0748445, 0.110565, 0.175264", \
            "0.073389, 0.0757951, 0.0821521, 0.0948052, 0.122427, 0.173742, 0.266798", \
            "0.136567, 0.140522, 0.149302, 0.169609, 0.208787, 0.282595, 0.413575" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0641222, 0.0657316, 0.0699638, 0.0805836, 0.108415, 0.179491, 0.366725", \
            "0.0632896, 0.0648748, 0.0691128, 0.0798363, 0.107359, 0.179143, 0.366378", \
            "0.0627423, 0.0642991, 0.0684366, 0.0791833, 0.106678, 0.178665, 0.365979", \
            "0.0624187, 0.063933, 0.0680611, 0.0787163, 0.106111, 0.178068, 0.365691", \
            "0.062066, 0.0635835, 0.0675797, 0.0781335, 0.105641, 0.178154, 0.364749", \
            "0.0622542, 0.0637841, 0.0678672, 0.0784134, 0.105601, 0.17743, 0.364484", \
            "0.068463, 0.0696765, 0.0730771, 0.083149, 0.110054, 0.18016, 0.365889" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0290002, 0.027468, 0.0234505, 0.0129611, -0.0145143, -0.0863411, -0.274543", \
            "0.0286485, 0.0271073, 0.0230776, 0.0125435, -0.0149137, -0.0867553, -0.274992", \
            "0.0282219, 0.0267457, 0.0228253, 0.0123073, -0.0151139, -0.0869833, -0.275193", \
            "0.027734, 0.0261946, 0.0222049, 0.0118635, -0.0155024, -0.0874166, -0.275621", \
            "0.0282381, 0.0266799, 0.0227176, 0.0121122, -0.0155395, -0.0872963, -0.275571", \
            "0.0353277, 0.0336988, 0.0294152, 0.0181628, -0.0102867, -0.0839423, -0.273808", \
            "0.05556, 0.0538655, 0.0493694, 0.0378867, 0.0062992, -0.0704122, -0.26456" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0462033, 0.0478234, 0.0520738, 0.0627815, 0.0905441, 0.162769, 0.34921", \
            "0.0451451, 0.046747, 0.0510549, 0.0617465, 0.0896993, 0.162437, 0.348897", \
            "0.0444715, 0.046036, 0.0501896, 0.0609839, 0.089063, 0.160883, 0.348489", \
            "0.044083, 0.0456265, 0.0497778, 0.0603778, 0.0882182, 0.159979, 0.347775", \
            "0.0436398, 0.0451422, 0.0491543, 0.0597674, 0.0872218, 0.158944, 0.346695", \
            "0.0440628, 0.0456063, 0.0495852, 0.0601926, 0.0874898, 0.158838, 0.347315", \
            "0.0539845, 0.0554045, 0.0593344, 0.0684792, 0.0941006, 0.163986, 0.348995" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0225254, 0.020992, 0.0169837, 0.0064802, -0.0209492, -0.0927339, -0.281472", \
            "0.0224997, 0.0209693, 0.0169398, 0.0064419, -0.0210176, -0.0927161, -0.281451", \
            "0.0224025, 0.020878, 0.0168118, 0.0064635, -0.0209848, -0.0927005, -0.281467", \
            "0.021842, 0.020334, 0.0163567, 0.0059601, -0.0213382, -0.0928638, -0.281647", \
            "0.0237555, 0.0222036, 0.0181583, 0.0075074, -0.020341, -0.0924983, -0.281348", \
            "0.029227, 0.0275939, 0.0234066, 0.0123763, -0.0160285, -0.08933, -0.279628", \
            "0.0479345, 0.0461949, 0.0416584, 0.0300938, 0.0008182, -0.0765708, -0.270368" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.040448, 0.0420874, 0.0464289, 0.0572787, 0.0855506, 0.157311, 0.344085", \
            "0.0394129, 0.0410878, 0.0453797, 0.056337, 0.0841656, 0.156347, 0.343727", \
            "0.0387421, 0.0403004, 0.0445548, 0.0551117, 0.0835043, 0.155669, 0.344194", \
            "0.038379, 0.0399009, 0.0440001, 0.054519, 0.0822384, 0.154307, 0.342361", \
            "0.0378601, 0.0394721, 0.0435398, 0.0540471, 0.0817045, 0.153437, 0.341076", \
            "0.0402877, 0.0418066, 0.0455596, 0.055733, 0.0826462, 0.153985, 0.342589", \
            "0.0533325, 0.0545446, 0.0577665, 0.0669439, 0.0923165, 0.160919, 0.346254" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0169805, 0.0154536, 0.0114551, 0.0009762, -0.0264481, -0.0984864, -0.287496", \
            "0.0171811, 0.0156758, 0.011689, 0.0012996, -0.026042, -0.0980099, -0.287048", \
            "0.0177004, 0.016231, 0.0123144, 0.0019677, -0.0252497, -0.0971213, -0.28605", \
            "0.0176873, 0.0163677, 0.0123897, 0.0020124, -0.025292, -0.0969815, -0.285873", \
            "0.0191584, 0.0176116, 0.0135878, 0.0031455, -0.0243468, -0.0964121, -0.285396", \
            "0.0243101, 0.0227128, 0.0185253, 0.007551, -0.0206182, -0.0936061, -0.283892", \
            "0.0404631, 0.0386831, 0.0342374, 0.0229827, -0.0066776, -0.0830771, -0.276061" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0391432, 0.0408297, 0.0452864, 0.0564954, 0.0849952, 0.157286, 0.344264", \
            "0.0381119, 0.0397134, 0.0439172, 0.0548608, 0.0834804, 0.155935, 0.34334", \
            "0.0377108, 0.0392634, 0.0432299, 0.0540666, 0.082365, 0.154736, 0.342977", \
            "0.0383868, 0.0398838, 0.0438727, 0.0542019, 0.0818025, 0.154456, 0.341911", \
            "0.0408545, 0.0423062, 0.0461333, 0.0562703, 0.0830416, 0.154414, 0.34108", \
            "0.0472628, 0.0486735, 0.0523307, 0.0621402, 0.0879001, 0.157812, 0.342947", \
            "0.0651797, 0.0663031, 0.0694586, 0.0783685, 0.103027, 0.169688, 0.353248" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0020655, 0.0005315, -0.0034951, -0.014134, -0.0420295, -0.1145, -0.303773", \
            "0.0016627, 0.0001611, -0.0038335, -0.0142919, -0.0419103, -0.114138, -0.30327", \
            "0.0009315, -0.0004939, -0.004248, -0.0146336, -0.0420055, -0.113825, -0.302814", \
            "0.0014231, -6.14e-05, -0.0042599, -0.0144383, -0.0416536, -0.113514, -0.302429", \
            "0.0030212, 0.0010438, -0.0030567, -0.0136053, -0.0409161, -0.113174, -0.302104", \
            "0.0087074, 0.0070803, 0.0026285, -0.0087496, -0.0372974, -0.110496, -0.300687", \
            "0.0268413, 0.0248685, 0.0200659, 0.0078654, -0.0226037, -0.100377, -0.293764" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008662;
      rise_capacitance : 0.00914;
      rise_capacitance_range (0.00914, 0.00914);
      fall_capacitance : 0.008185;
      fall_capacitance_range (0.008185, 0.008185);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0146482, -0.0148213, -0.0152202, -0.0152894, -0.0154487, -0.0158158, -0.0166621" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0148878, 0.0148786, 0.0148575, 0.0148442, 0.0148136, 0.0147431, 0.0145806" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008597;
      rise_capacitance : 0.009209;
      rise_capacitance_range (0.009209, 0.009209);
      fall_capacitance : 0.007985;
      fall_capacitance_range (0.007985, 0.007985);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.014646, -0.0148001, -0.0151554, -0.0152327, -0.0154105, -0.0158204, -0.0167651" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0231693, 0.0231861, 0.0232246, 0.0232304, 0.023244, 0.0232753, 0.0233475" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00836;
      rise_capacitance : 0.009052;
      rise_capacitance_range (0.009052, 0.009052);
      fall_capacitance : 0.007667;
      fall_capacitance_range (0.007667, 0.007667);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0153897, -0.0157275, -0.0165061, -0.0165348, -0.0166006, -0.0167524, -0.0171024" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0182228, 0.0182178, 0.0182064, 0.0182202, 0.0182522, 0.0183259, 0.018496" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008559;
      rise_capacitance : 0.009348;
      rise_capacitance_range (0.009348, 0.009348);
      fall_capacitance : 0.007769;
      fall_capacitance_range (0.007769, 0.007769);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0073332, -0.0073349, -0.0073388, -0.0073367, -0.0073321, -0.0073215, -0.0072969" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0084911, 0.0084734, 0.0084326, 0.008464, 0.0085365, 0.0087035, 0.0090886" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor4b_1) {
    area : 8.7584;
    cell_footprint : "nor4b";
    cell_leakage_power : 0.00332469;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0004276;
      when : "A&B&C&DN";
    }
    leakage_power () {
      value : 0.0063004;
      when : "A&B&C&!DN";
    }
    leakage_power () {
      value : 0.0001364;
      when : "!A&!B&!C&DN";
    }
    leakage_power () {
      value : 0.0063033;
      when : "!A&!B&!C&!DN";
    }
    leakage_power () {
      value : 0.000428;
      when : "!A&!B&C&DN";
    }
    leakage_power () {
      value : 0.0063004;
      when : "!A&!B&C&!DN";
    }
    leakage_power () {
      value : 0.000322;
      when : "!A&B&!C&DN";
    }
    leakage_power () {
      value : 0.0063005;
      when : "!A&B&!C&!DN";
    }
    leakage_power () {
      value : 0.0004276;
      when : "!A&B&C&DN";
    }
    leakage_power () {
      value : 0.0063004;
      when : "!A&B&C&!DN";
    }
    leakage_power () {
      value : 0.0002976;
      when : "A&!B&!C&DN";
    }
    leakage_power () {
      value : 0.0063007;
      when : "A&!B&!C&!DN";
    }
    leakage_power () {
      value : 0.0004276;
      when : "A&!B&C&DN";
    }
    leakage_power () {
      value : 0.0063004;
      when : "A&!B&C&!DN";
    }
    leakage_power () {
      value : 0.0003217;
      when : "A&B&!C&DN";
    }
    leakage_power () {
      value : 0.0063005;
      when : "A&B&!C&!DN";
    }
    leakage_power () {
      value : 0.00332469;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B&!C&DN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.05128;
      max_transition : 1.49672;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.13034, 0.142889, 0.168969, 0.224769, 0.34424, 0.597094, 1.14676", \
            "0.134337, 0.146466, 0.172165, 0.227806, 0.346718, 0.601983, 1.1528", \
            "0.144904, 0.156643, 0.182673, 0.238222, 0.358072, 0.611842, 1.16227", \
            "0.167512, 0.179128, 0.204853, 0.260502, 0.37807, 0.635838, 1.18505", \
            "0.209745, 0.222448, 0.24923, 0.304484, 0.423083, 0.680089, 1.22832", \
            "0.278901, 0.293834, 0.32568, 0.388955, 0.51544, 0.770813, 1.32797", \
            "0.42262, 0.441082, 0.478476, 0.553145, 0.697647, 0.980487, 1.53675" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.101472, 0.117476, 0.151279, 0.225544, 0.385607, 0.728348, 1.47336", \
            "0.101444, 0.117492, 0.151455, 0.224986, 0.385161, 0.729832, 1.47267", \
            "0.101478, 0.1174, 0.151907, 0.225997, 0.386732, 0.728178, 1.47069", \
            "0.101828, 0.117571, 0.151494, 0.225929, 0.38524, 0.73106, 1.47692", \
            "0.110673, 0.124959, 0.157159, 0.228519, 0.385109, 0.732543, 1.47169", \
            "0.136816, 0.152186, 0.185137, 0.254711, 0.401681, 0.734751, 1.47779", \
            "0.203141, 0.21663, 0.247639, 0.318006, 0.468954, 0.785172, 1.49126" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0141489, 0.0157608, 0.0191579, 0.0262394, 0.0408402, 0.0708562, 0.133203", \
            "0.0185843, 0.0201391, 0.0232981, 0.0301179, 0.0444436, 0.0743108, 0.136661", \
            "0.0247485, 0.0269782, 0.0313628, 0.039226, 0.0533129, 0.0827042, 0.144706", \
            "0.0296903, 0.0325029, 0.0387995, 0.0501476, 0.0699146, 0.102816, 0.164202", \
            "0.0259891, 0.0304987, 0.038911, 0.0557535, 0.084903, 0.132869, 0.209118", \
            "-0.0057292, -0.0003569, 0.0130275, 0.0372737, 0.0794713, 0.150481, 0.263964", \
            "-0.112994, -0.103893, -0.0857349, -0.0515123, 0.0108119, 0.115716, 0.283541" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0134406, 0.0155031, 0.019869, 0.0288891, 0.0472744, 0.0855426, 0.165689", \
            "0.0155346, 0.0171147, 0.020739, 0.0287563, 0.046797, 0.085074, 0.165476", \
            "0.023407, 0.0249484, 0.0280717, 0.0338138, 0.0489604, 0.085063, 0.165465", \
            "0.0366823, 0.0391237, 0.0432436, 0.0513015, 0.0653965, 0.0935789, 0.166391", \
            "0.0583472, 0.0614555, 0.0679361, 0.0800325, 0.0997391, 0.133797, 0.193454", \
            "0.096374, 0.101393, 0.110575, 0.127045, 0.158215, 0.206812, 0.287838", \
            "0.166224, 0.173673, 0.188116, 0.212401, 0.256235, 0.329477, 0.446138" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.12128, 0.133565, 0.160065, 0.216188, 0.335943, 0.588573, 1.1386", \
            "0.12435, 0.136144, 0.162831, 0.218836, 0.338749, 0.596748, 1.14282", \
            "0.134477, 0.146383, 0.172493, 0.228207, 0.348707, 0.602408, 1.15308", \
            "0.157891, 0.170142, 0.195699, 0.251172, 0.369491, 0.624904, 1.17579", \
            "0.204059, 0.217628, 0.245271, 0.30093, 0.419683, 0.675692, 1.22535", \
            "0.28417, 0.30122, 0.336423, 0.403245, 0.532855, 0.789929, 1.33977", \
            "0.460096, 0.481221, 0.524087, 0.610724, 0.765743, 1.05503, 1.61539" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.101237, 0.117089, 0.151715, 0.225781, 0.387401, 0.728025, 1.47066", \
            "0.101376, 0.117344, 0.151905, 0.225451, 0.385605, 0.730546, 1.47335", \
            "0.101499, 0.117404, 0.151877, 0.225983, 0.385643, 0.732083, 1.47068", \
            "0.102309, 0.117812, 0.152077, 0.225846, 0.384914, 0.728447, 1.4733", \
            "0.116241, 0.129607, 0.160815, 0.230686, 0.386059, 0.729805, 1.47217", \
            "0.152533, 0.167197, 0.199028, 0.266569, 0.406408, 0.736694, 1.47212", \
            "0.223534, 0.239154, 0.273891, 0.348109, 0.496053, 0.79621, 1.49264" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0154481, 0.0171295, 0.0206608, 0.0278681, 0.0425032, 0.0726423, 0.136184", \
            "0.0197341, 0.0212649, 0.0245527, 0.0315277, 0.0460182, 0.0760853, 0.139574", \
            "0.0258572, 0.0281518, 0.0324433, 0.0403385, 0.0545387, 0.0843502, 0.147732", \
            "0.0300468, 0.0332113, 0.0393881, 0.0509113, 0.0709576, 0.104004, 0.16689", \
            "0.0236, 0.0281145, 0.0371879, 0.0541247, 0.0839634, 0.133122, 0.210671", \
            "-0.013615, -0.0069918, 0.0063403, 0.0309696, 0.0752277, 0.148649, 0.26534", \
            "-0.133647, -0.123861, -0.105143, -0.0682536, -0.0020468, 0.106672, 0.279234" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0144615, 0.0164734, 0.0207354, 0.0294987, 0.0475518, 0.0861331, 0.168992", \
            "0.0158101, 0.0174486, 0.0210844, 0.0292542, 0.0471689, 0.085701, 0.169116", \
            "0.022913, 0.0245894, 0.027588, 0.0336252, 0.0489072, 0.0856743, 0.168769", \
            "0.0352353, 0.0373531, 0.0415856, 0.0502757, 0.0647964, 0.0941293, 0.170006", \
            "0.0550553, 0.0584613, 0.065618, 0.0774619, 0.0985696, 0.134689, 0.197461", \
            "0.090922, 0.0959672, 0.105675, 0.123694, 0.155229, 0.208327, 0.291391", \
            "0.155549, 0.16378, 0.178553, 0.206174, 0.254241, 0.329608, 0.45297" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0982912, 0.110557, 0.137223, 0.19234, 0.311118, 0.566297, 1.11655", \
            "0.101061, 0.11328, 0.139701, 0.194899, 0.314201, 0.569794, 1.12328", \
            "0.110924, 0.122497, 0.148469, 0.205746, 0.322793, 0.579005, 1.13044", \
            "0.134506, 0.146617, 0.172391, 0.227052, 0.345646, 0.601341, 1.15258", \
            "0.183108, 0.197872, 0.226837, 0.283748, 0.402283, 0.657273, 1.20772", \
            "0.275993, 0.294774, 0.332478, 0.403171, 0.535953, 0.792894, 1.34177", \
            "0.473863, 0.497384, 0.545765, 0.638609, 0.806204, 1.10491, 1.6625" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.101338, 0.117106, 0.151754, 0.224955, 0.3849, 0.728997, 1.47196", \
            "0.101377, 0.117064, 0.151646, 0.225193, 0.384858, 0.729363, 1.47905", \
            "0.101313, 0.116833, 0.150995, 0.226043, 0.384265, 0.730309, 1.47283", \
            "0.102786, 0.117978, 0.15179, 0.22503, 0.385314, 0.730497, 1.47055", \
            "0.121927, 0.136002, 0.164724, 0.232312, 0.38559, 0.728657, 1.47095", \
            "0.161972, 0.178271, 0.211288, 0.277549, 0.413223, 0.73467, 1.47236", \
            "0.226469, 0.243874, 0.284677, 0.367456, 0.51551, 0.81259, 1.49673" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0153612, 0.0168917, 0.0200914, 0.0266989, 0.040534, 0.0698147, 0.132627", \
            "0.0192579, 0.0207183, 0.0238061, 0.030349, 0.044179, 0.0733845, 0.136163", \
            "0.0242317, 0.0263744, 0.0306966, 0.0386468, 0.0525136, 0.0817297, 0.144471", \
            "0.0260722, 0.0293753, 0.0357612, 0.0475063, 0.0675337, 0.101287, 0.163774", \
            "0.0162188, 0.0210344, 0.0306483, 0.0482118, 0.0787945, 0.129191, 0.208304", \
            "-0.0266939, -0.0195974, -0.0053678, 0.020892, 0.0666328, 0.141518, 0.260337", \
            "-0.157734, -0.146794, -0.125231, -0.08534, -0.0165098, 0.0954262, 0.272597" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0123451, 0.0141149, 0.0179787, 0.0261625, 0.0438024, 0.0820512, 0.164676", \
            "0.0137072, 0.0151774, 0.0185761, 0.0262687, 0.0437567, 0.0821474, 0.165051", \
            "0.0202364, 0.0218842, 0.0251474, 0.0310795, 0.0460279, 0.0818578, 0.164699", \
            "0.0313989, 0.0341177, 0.0384009, 0.0470326, 0.0629402, 0.0917288, 0.166565", \
            "0.0503863, 0.0538896, 0.060702, 0.0735393, 0.0957033, 0.132544, 0.193885", \
            "0.0840624, 0.0893945, 0.100051, 0.119172, 0.152032, 0.205372, 0.290024", \
            "0.146728, 0.155274, 0.171396, 0.201126, 0.250262, 0.32761, 0.449288" \
          );
        }
      }
      timing () {
        related_pin : "DN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0832387, 0.0957218, 0.122463, 0.179396, 0.298793, 0.557584, 1.10507", \
            "0.0865097, 0.0988084, 0.125644, 0.182167, 0.302076, 0.558313, 1.10802", \
            "0.0936774, 0.105802, 0.131895, 0.188534, 0.308391, 0.564573, 1.11688", \
            "0.102221, 0.114051, 0.139918, 0.196289, 0.31582, 0.572476, 1.12498", \
            "0.107728, 0.119051, 0.144442, 0.200129, 0.319058, 0.575453, 1.12718", \
            "0.0989402, 0.109757, 0.134209, 0.188839, 0.308037, 0.562836, 1.11673", \
            "0.0461362, 0.0563779, 0.0797211, 0.132796, 0.249968, 0.505716, 1.05612" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0962035, 0.113308, 0.149383, 0.225127, 0.384719, 0.731938, 1.47217", \
            "0.0961467, 0.113428, 0.149748, 0.225146, 0.38534, 0.72885, 1.47061", \
            "0.0955345, 0.112847, 0.14919, 0.225052, 0.384599, 0.729493, 1.47122", \
            "0.0951713, 0.112111, 0.148645, 0.224779, 0.384566, 0.729119, 1.47046", \
            "0.0940563, 0.111187, 0.147715, 0.224173, 0.385226, 0.72975, 1.47044", \
            "0.0956895, 0.111643, 0.147195, 0.224003, 0.386579, 0.728073, 1.47115", \
            "0.104502, 0.119037, 0.151303, 0.224848, 0.385982, 0.730436, 1.46977" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0695183, 0.0721516, 0.0772678, 0.0866369, 0.103333, 0.134945, 0.198936", \
            "0.0739565, 0.0766512, 0.0816681, 0.0909217, 0.107637, 0.139263, 0.203275", \
            "0.0857924, 0.0884228, 0.0935462, 0.102886, 0.119673, 0.151365, 0.215418", \
            "0.113917, 0.116627, 0.121765, 0.130979, 0.147886, 0.179623, 0.243539", \
            "0.163964, 0.167104, 0.17312, 0.183786, 0.202049, 0.235042, 0.299193", \
            "0.245066, 0.248849, 0.256136, 0.269069, 0.290648, 0.325791, 0.391706", \
            "0.394151, 0.398518, 0.407243, 0.422364, 0.448716, 0.49017, 0.558135" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0200797, 0.0219944, 0.026178, 0.0342058, 0.0506078, 0.0869076, 0.167633", \
            "0.0200607, 0.0219908, 0.0260327, 0.0341483, 0.0506793, 0.0869491, 0.167704", \
            "0.0201059, 0.0220231, 0.026038, 0.0341384, 0.0508228, 0.0866947, 0.16833", \
            "0.0211704, 0.0229537, 0.0268582, 0.0350128, 0.0513063, 0.0872341, 0.168498", \
            "0.0274753, 0.0294178, 0.033306, 0.0411241, 0.0561135, 0.0900008, 0.1695", \
            "0.0369394, 0.0389891, 0.0435153, 0.0517038, 0.0669292, 0.0986096, 0.173828", \
            "0.0496531, 0.0522139, 0.057633, 0.0670982, 0.0838237, 0.114508, 0.182432" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0155736, 0.0167303, 0.0191489, 0.0243692, 0.0355082, 0.0595356, 0.111326", \
            "0.0153765, 0.0165162, 0.0189552, 0.0241522, 0.0353778, 0.0594008, 0.111165", \
            "0.0152698, 0.0163778, 0.0188259, 0.0240448, 0.0352881, 0.0592797, 0.111164", \
            "0.0151758, 0.0162831, 0.018693, 0.0239083, 0.0350716, 0.0591323, 0.111328", \
            "0.0150767, 0.016173, 0.0185594, 0.0237274, 0.0349011, 0.059041, 0.11064", \
            "0.0151739, 0.0162513, 0.0186768, 0.0237779, 0.0347822, 0.0588342, 0.110922", \
            "0.0175238, 0.0184312, 0.0204876, 0.0254722, 0.0363157, 0.0597112, 0.11109" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0072812, 0.0061732, 0.0037913, -0.0013656, -0.0124895, -0.0364939, -0.0886767", \
            "0.0072089, 0.0061054, 0.0037216, -0.0014448, -0.0125804, -0.0365837, -0.0887508", \
            "0.0071486, 0.0060608, 0.003678, -0.0014529, -0.0125845, -0.0366093, -0.0887626", \
            "0.0070243, 0.0059504, 0.0036043, -0.0015663, -0.0126935, -0.0366595, -0.0888636", \
            "0.007736, 0.0066394, 0.0042498, -0.0010387, -0.0123752, -0.0365771, -0.0888084", \
            "0.0096829, 0.0085593, 0.0060177, 0.0006256, -0.0108515, -0.0354466, -0.0882594", \
            "0.0155809, 0.01432, 0.0118018, 0.0054924, -0.0066249, -0.0319545, -0.0855604" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.013339, 0.0144769, 0.0169807, 0.0222093, 0.0335072, 0.0573603, 0.109165", \
            "0.0130801, 0.0142192, 0.0167032, 0.0219003, 0.0331173, 0.0572144, 0.109087", \
            "0.0129393, 0.0140435, 0.0165088, 0.0217352, 0.0328597, 0.0569418, 0.108958", \
            "0.0128368, 0.0139479, 0.0163623, 0.0215889, 0.0327056, 0.0567189, 0.108665", \
            "0.01276, 0.013849, 0.016241, 0.0214081, 0.0325888, 0.056525, 0.108401", \
            "0.0128669, 0.0139708, 0.0163646, 0.0214675, 0.032574, 0.05658, 0.10829", \
            "0.0154009, 0.0163171, 0.018417, 0.0235546, 0.0343577, 0.0576363, 0.109399" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0061095, 0.0050127, 0.0026305, -0.0025097, -0.0135927, -0.0376903, -0.0900042", \
            "0.0061045, 0.0049978, 0.0026062, -0.0025286, -0.0136102, -0.0377067, -0.0900151", \
            "0.0060722, 0.0049555, 0.0026023, -0.0025167, -0.0135909, -0.0376908, -0.0899645", \
            "0.0060175, 0.0049124, 0.0025297, -0.0025901, -0.0136458, -0.0377105, -0.0900337", \
            "0.0064749, 0.0053635, 0.0029621, -0.002218, -0.013427, -0.0376408, -0.089923", \
            "0.0080176, 0.0068569, 0.0043644, -0.0009461, -0.0123401, -0.0367808, -0.0895271", \
            "0.0128572, 0.0116333, 0.0089503, 0.003343, -0.0088232, -0.0338609, -0.0866357" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0103382, 0.0114549, 0.013984, 0.0191658, 0.0303793, 0.0543311, 0.106096", \
            "0.0101079, 0.0112086, 0.0137199, 0.0189201, 0.0301608, 0.0542391, 0.106467", \
            "0.0099699, 0.0110466, 0.0134663, 0.0187193, 0.0299069, 0.0540097, 0.105873", \
            "0.0098541, 0.0109699, 0.0133976, 0.0185162, 0.02969, 0.0537699, 0.105787", \
            "0.0097814, 0.0109226, 0.0132986, 0.018467, 0.0296623, 0.0535528, 0.105511", \
            "0.0105051, 0.0115453, 0.0138647, 0.0188425, 0.0299107, 0.053835, 0.105633", \
            "0.0135879, 0.0146528, 0.0168651, 0.021681, 0.0322024, 0.0554905, 0.107063" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0054073, 0.0043018, 0.0019179, -0.003238, -0.0143948, -0.0385696, -0.0909796", \
            "0.0054367, 0.0043405, 0.0019828, -0.0031551, -0.0142858, -0.0384796, -0.0908653", \
            "0.0055285, 0.0044534, 0.0021276, -0.0029741, -0.0140962, -0.0382461, -0.0906294", \
            "0.0056509, 0.0045863, 0.0022153, -0.0030297, -0.0140825, -0.0382203, -0.0905922", \
            "0.0058617, 0.0047458, 0.0023461, -0.0027652, -0.0139063, -0.0381575, -0.0905106", \
            "0.0072358, 0.0060862, 0.0035926, -0.0017263, -0.0130923, -0.0375101, -0.0901669", \
            "0.0114946, 0.0102476, 0.0076278, 0.0022287, -0.0094873, -0.0343372, -0.0879042" \
          );
        }
      }
      internal_power () {
        related_pin : "DN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0099141, 0.011103, 0.0136115, 0.0189448, 0.030243, 0.0545245, 0.10608", \
            "0.0098455, 0.0110035, 0.0135161, 0.0188084, 0.0302431, 0.0542517, 0.106087", \
            "0.009765, 0.0109159, 0.0134159, 0.0186992, 0.0300035, 0.0541543, 0.106038", \
            "0.0093261, 0.0104518, 0.0129052, 0.0181591, 0.0294533, 0.0536555, 0.105592", \
            "0.0089365, 0.0100346, 0.0124252, 0.0176323, 0.028892, 0.0530578, 0.105123", \
            "0.0088124, 0.0098785, 0.0122051, 0.0174134, 0.0286277, 0.0525942, 0.104633", \
            "0.0094946, 0.0105099, 0.0128183, 0.017906, 0.02876, 0.0530517, 0.104661" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0029376, 0.0020215, -4.7e-05, -0.0046778, -0.0154449, -0.0394363, -0.0917859", \
            "0.0028549, 0.0019333, -0.0001282, -0.0047814, -0.0155563, -0.0395471, -0.0918916", \
            "0.0028667, 0.0019442, -0.0001108, -0.0047691, -0.0154773, -0.0394609, -0.0917957", \
            "0.0026442, 0.001704, -0.000308, -0.0049153, -0.0156504, -0.0396182, -0.0919575", \
            "0.0022589, 0.0011738, -0.0009568, -0.0053826, -0.0159898, -0.0399278, -0.0922361", \
            "0.0033636, 0.0022816, -0.0001402, -0.0052277, -0.016303, -0.0403612, -0.0924608", \
            "0.0045188, 0.0033197, 0.0008485, -0.0044462, -0.0156466, -0.0397481, -0.0921253" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002387;
      rise_capacitance : 0.002495;
      rise_capacitance_range (0.002495, 0.002495);
      fall_capacitance : 0.002279;
      fall_capacitance_range (0.002279, 0.002279);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0037379, -0.0037864, -0.0038981, -0.00391, -0.0039376, -0.004001, -0.0041472" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043738, 0.0043704, 0.0043624, 0.0043616, 0.0043598, 0.0043555, 0.0043456" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002379;
      rise_capacitance : 0.002523;
      rise_capacitance_range (0.002523, 0.002523);
      fall_capacitance : 0.002235;
      fall_capacitance_range (0.002235, 0.002235);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0036848, -0.0037263, -0.0038221, -0.0038391, -0.0038783, -0.0039686, -0.0041769" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042849, 0.004287, 0.004292, 0.0042929, 0.0042951, 0.0043002, 0.0043118" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002349;
      rise_capacitance : 0.002508;
      rise_capacitance_range (0.002508, 0.002508);
      fall_capacitance : 0.002189;
      fall_capacitance_range (0.002189, 0.002189);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045512, -0.0046184, -0.0047734, -0.0047752, -0.0047795, -0.0047893, -0.004812" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048322, 0.0048317, 0.0048303, 0.0048288, 0.0048252, 0.0048169, 0.004798" \
          );
        }
      }
    }
    pin (DN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001548;
      rise_capacitance : 0.001611;
      rise_capacitance_range (0.001611, 0.001611);
      fall_capacitance : 0.001485;
      fall_capacitance_range (0.001485, 0.001485);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0028205, 0.0027609, 0.0026234, 0.0029252, 0.0036207, 0.005224, 0.0089197" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0100196, 0.0099333, 0.0097344, 0.0100262, 0.0106987, 0.0122489, 0.0158221" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor4b_2) {
    area : 15.0144;
    cell_footprint : "nor4b";
    cell_leakage_power : 0.00663279;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0007845;
      when : "A&B&!C&DN";
    }
    leakage_power () {
      value : 0.0124502;
      when : "A&B&!C&!DN";
    }
    leakage_power () {
      value : 0.0009754;
      when : "A&B&C&DN";
    }
    leakage_power () {
      value : 0.0124585;
      when : "A&B&C&!DN";
    }
    leakage_power () {
      value : 0.000269;
      when : "!A&!B&!C&DN";
    }
    leakage_power () {
      value : 0.0124634;
      when : "!A&!B&!C&!DN";
    }
    leakage_power () {
      value : 0.0009784;
      when : "!A&!B&C&DN";
    }
    leakage_power () {
      value : 0.0124589;
      when : "!A&!B&C&!DN";
    }
    leakage_power () {
      value : 0.0007872;
      when : "!A&B&!C&DN";
    }
    leakage_power () {
      value : 0.0124534;
      when : "!A&B&!C&!DN";
    }
    leakage_power () {
      value : 0.0009751;
      when : "!A&B&C&DN";
    }
    leakage_power () {
      value : 0.0124586;
      when : "!A&B&C&!DN";
    }
    leakage_power () {
      value : 0.0007278;
      when : "A&!B&!C&DN";
    }
    leakage_power () {
      value : 0.0124507;
      when : "A&!B&!C&!DN";
    }
    leakage_power () {
      value : 0.0009751;
      when : "A&!B&C&DN";
    }
    leakage_power () {
      value : 0.0124585;
      when : "A&!B&C&!DN";
    }
    leakage_power () {
      value : 0.00663279;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B&!C&DN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.093394;
      max_transition : 1.49538;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.134452, 0.142572, 0.161657, 0.206435, 0.310926, 0.55749, 1.14315", \
            "0.137986, 0.146264, 0.164895, 0.2098, 0.314913, 0.55979, 1.14564", \
            "0.149044, 0.156954, 0.175723, 0.220015, 0.324651, 0.572259, 1.15832", \
            "0.1718, 0.17976, 0.198227, 0.242181, 0.345297, 0.592133, 1.17954", \
            "0.214188, 0.222449, 0.241925, 0.286344, 0.390367, 0.63529, 1.22179", \
            "0.280621, 0.290267, 0.312893, 0.363537, 0.476973, 0.724575, 1.31453", \
            "0.409397, 0.421654, 0.450373, 0.51247, 0.639538, 0.915152, 1.51067" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0957774, 0.105711, 0.130729, 0.190343, 0.332566, 0.66792, 1.47061", \
            "0.0954703, 0.105855, 0.130869, 0.190516, 0.332325, 0.667686, 1.46838", \
            "0.095754, 0.106182, 0.130754, 0.190362, 0.332547, 0.667769, 1.47101", \
            "0.0958493, 0.106047, 0.130848, 0.190042, 0.331461, 0.666707, 1.46869", \
            "0.103576, 0.11308, 0.13642, 0.193163, 0.332245, 0.666896, 1.46915", \
            "0.12721, 0.137249, 0.16085, 0.217636, 0.349145, 0.674124, 1.4739", \
            "0.193411, 0.201868, 0.223913, 0.279033, 0.411936, 0.725052, 1.48947" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0131766, 0.0142177, 0.0166673, 0.0223472, 0.0351753, 0.063892, 0.12879", \
            "0.0177162, 0.0187897, 0.0210963, 0.0263968, 0.0388907, 0.0674003, 0.13212", \
            "0.0237011, 0.0251779, 0.0284513, 0.0350181, 0.0479422, 0.0757051, 0.140207", \
            "0.0286563, 0.0307735, 0.0351884, 0.0448994, 0.0631201, 0.0960513, 0.159822", \
            "0.0254523, 0.0277667, 0.0344359, 0.0486519, 0.0753503, 0.123414, 0.203601", \
            "-0.0053792, -0.0011451, 0.0081325, 0.0278955, 0.06579, 0.13706, 0.257505", \
            "-0.110103, -0.104224, -0.0910104, -0.0629524, -0.0068256, 0.0961107, 0.273032" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0129649, 0.0143054, 0.0174689, 0.0249286, 0.0414722, 0.0782556, 0.162671", \
            "0.0154455, 0.016457, 0.0190313, 0.025306, 0.0409754, 0.0779772, 0.162496", \
            "0.0236395, 0.0246708, 0.027198, 0.0317149, 0.0441453, 0.0777141, 0.162382", \
            "0.0368671, 0.0383707, 0.0415282, 0.0489778, 0.0615849, 0.0880492, 0.163455", \
            "0.058993, 0.0611934, 0.0658479, 0.0754077, 0.0937357, 0.12816, 0.19197", \
            "0.0971912, 0.100276, 0.107198, 0.121192, 0.148459, 0.196926, 0.28367", \
            "0.1663, 0.171169, 0.182034, 0.204206, 0.244838, 0.315179, 0.440893" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.122955, 0.131204, 0.150609, 0.195261, 0.299749, 0.545289, 1.13162", \
            "0.125433, 0.133773, 0.152784, 0.197544, 0.302983, 0.548916, 1.1353", \
            "0.135332, 0.143045, 0.161944, 0.206509, 0.311453, 0.557805, 1.14726", \
            "0.157181, 0.164942, 0.183729, 0.227371, 0.330713, 0.577425, 1.1649", \
            "0.197158, 0.205968, 0.226588, 0.272823, 0.376715, 0.625466, 1.20937", \
            "0.265463, 0.276291, 0.301497, 0.356793, 0.474365, 0.724208, 1.31344", \
            "0.421019, 0.434259, 0.464905, 0.532406, 0.672321, 0.956018, 1.55434" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0955017, 0.105672, 0.130727, 0.190513, 0.331571, 0.668371, 1.46856", \
            "0.0953976, 0.105961, 0.130758, 0.190505, 0.33147, 0.66651, 1.46833", \
            "0.0957273, 0.105867, 0.130751, 0.190339, 0.332553, 0.668066, 1.47132", \
            "0.0966856, 0.107069, 0.131142, 0.189936, 0.330941, 0.666834, 1.46855", \
            "0.110358, 0.119562, 0.141728, 0.197178, 0.3325, 0.669856, 1.46754", \
            "0.142821, 0.152758, 0.175649, 0.231979, 0.358164, 0.675873, 1.46919", \
            "0.214339, 0.224414, 0.24748, 0.304005, 0.438593, 0.742388, 1.49185" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0143631, 0.0154888, 0.0180921, 0.0239526, 0.0369044, 0.0656307, 0.131444", \
            "0.0189494, 0.0199988, 0.0223287, 0.0278555, 0.0405542, 0.069133, 0.134945", \
            "0.0251756, 0.026672, 0.0299007, 0.0365857, 0.0494103, 0.0775728, 0.143073", \
            "0.0297612, 0.0317663, 0.0363195, 0.0459991, 0.0645383, 0.0974948, 0.162716", \
            "0.0244102, 0.027307, 0.0339286, 0.0479145, 0.0747681, 0.123913, 0.207346", \
            "-0.011033, -0.0062036, 0.0037482, 0.0241968, 0.064199, 0.136963, 0.261111", \
            "-0.122732, -0.117485, -0.102934, -0.0733094, -0.0137001, 0.0939987, 0.277432" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0137328, 0.0151114, 0.0182816, 0.0253739, 0.0411747, 0.0775354, 0.164162", \
            "0.0155405, 0.0165542, 0.0191089, 0.0254033, 0.0407998, 0.0774293, 0.163968", \
            "0.0228322, 0.023906, 0.0260983, 0.0307515, 0.0433418, 0.0771554, 0.163846", \
            "0.0350264, 0.0362588, 0.0396133, 0.0463841, 0.0598023, 0.0871082, 0.165074", \
            "0.0551772, 0.0575489, 0.0619279, 0.071565, 0.0914539, 0.12714, 0.19254", \
            "0.0902119, 0.0932761, 0.10044, 0.115265, 0.143456, 0.19659, 0.284579", \
            "0.155713, 0.161388, 0.173667, 0.19372, 0.23693, 0.314234, 0.442202" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0996654, 0.107767, 0.127246, 0.172513, 0.278112, 0.522088, 1.11577", \
            "0.102045, 0.109893, 0.129078, 0.173371, 0.279626, 0.525306, 1.11194", \
            "0.111701, 0.119203, 0.137882, 0.18206, 0.288635, 0.53587, 1.12168", \
            "0.134594, 0.14265, 0.16135, 0.205128, 0.308417, 0.555719, 1.1432", \
            "0.178929, 0.188446, 0.210587, 0.257964, 0.36217, 0.613159, 1.2001", \
            "0.259081, 0.271936, 0.302341, 0.362861, 0.486495, 0.736294, 1.32635", \
            "0.443348, 0.458851, 0.494191, 0.572364, 0.72821, 1.02817, 1.62831" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.095182, 0.10594, 0.130407, 0.19027, 0.332203, 0.670655, 1.47371", \
            "0.0950983, 0.105909, 0.130489, 0.18988, 0.331559, 0.67034, 1.46909", \
            "0.0949189, 0.105612, 0.130302, 0.189781, 0.331968, 0.668338, 1.46879", \
            "0.096665, 0.106886, 0.130897, 0.190164, 0.331087, 0.668253, 1.46728", \
            "0.116421, 0.125058, 0.146603, 0.199526, 0.333272, 0.670184, 1.47114", \
            "0.155391, 0.165883, 0.191957, 0.248152, 0.368567, 0.677518, 1.46905", \
            "0.218619, 0.230612, 0.259468, 0.327137, 0.467898, 0.764931, 1.49538" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0148493, 0.0158835, 0.0182597, 0.0236289, 0.035707, 0.0634264, 0.128476", \
            "0.0188873, 0.0198898, 0.0221155, 0.0273316, 0.0393176, 0.0670161, 0.132094", \
            "0.0239597, 0.0254256, 0.0286429, 0.0353044, 0.0480545, 0.07545, 0.140513", \
            "0.0262212, 0.0282461, 0.0330795, 0.0428903, 0.0617451, 0.0953528, 0.160209", \
            "0.017161, 0.0203281, 0.0273133, 0.0419494, 0.0699475, 0.119794, 0.204505", \
            "-0.0243758, -0.0194857, -0.0089602, 0.0127983, 0.0554114, 0.130576, 0.256725", \
            "-0.149099, -0.141956, -0.125958, -0.0929431, -0.0304117, 0.0815972, 0.27182" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0119529, 0.0131254, 0.0159084, 0.02223, 0.0372395, 0.0729227, 0.159023", \
            "0.01334, 0.0142957, 0.0166064, 0.0224177, 0.0370766, 0.0730165, 0.158984", \
            "0.0197921, 0.0208233, 0.0231423, 0.0279449, 0.0400136, 0.0731072, 0.15925", \
            "0.0307568, 0.0320463, 0.0357037, 0.042523, 0.0567392, 0.0835811, 0.160599", \
            "0.0488377, 0.0511186, 0.0559074, 0.0669088, 0.0870875, 0.124227, 0.189622", \
            "0.0812577, 0.0852093, 0.0928601, 0.1086, 0.13842, 0.192779, 0.283688", \
            "0.142854, 0.148368, 0.160574, 0.185127, 0.231288, 0.309515, 0.439924" \
          );
        }
      }
      timing () {
        related_pin : "DN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0792212, 0.0862674, 0.104563, 0.149242, 0.254387, 0.50229, 1.09467", \
            "0.0831149, 0.090213, 0.108305, 0.152693, 0.25822, 0.509217, 1.09387", \
            "0.0923186, 0.0993746, 0.117192, 0.161625, 0.267056, 0.514235, 1.10903", \
            "0.108101, 0.114889, 0.131966, 0.175828, 0.280864, 0.52783, 1.11614", \
            "0.126267, 0.132272, 0.148767, 0.191601, 0.295265, 0.544916, 1.13018", \
            "0.138793, 0.14504, 0.160586, 0.200847, 0.304004, 0.549332, 1.14028", \
            "0.122112, 0.129375, 0.14604, 0.185225, 0.284755, 0.530352, 1.11487" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.084201, 0.0958562, 0.123307, 0.186893, 0.330993, 0.667932, 1.47669", \
            "0.0840929, 0.0956931, 0.123361, 0.187199, 0.33082, 0.671243, 1.46805", \
            "0.0841008, 0.0956611, 0.12319, 0.186856, 0.330941, 0.666993, 1.4761", \
            "0.0835054, 0.0948575, 0.121977, 0.186038, 0.331863, 0.666871, 1.46758", \
            "0.0836414, 0.0947684, 0.121399, 0.185075, 0.330825, 0.668805, 1.47079", \
            "0.0875006, 0.0977285, 0.122843, 0.183709, 0.330647, 0.666891, 1.47183", \
            "0.0970855, 0.107074, 0.13045, 0.186953, 0.330107, 0.669843, 1.46688" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0816493, 0.0836879, 0.0880652, 0.0970129, 0.113621, 0.145371, 0.211066", \
            "0.0859037, 0.0879189, 0.0922757, 0.101246, 0.11791, 0.149671, 0.21533", \
            "0.0971249, 0.0990665, 0.10342, 0.112332, 0.129102, 0.160881, 0.226508", \
            "0.124832, 0.126779, 0.131163, 0.140022, 0.156809, 0.18843, 0.254091", \
            "0.177984, 0.180197, 0.185016, 0.194703, 0.212889, 0.245709, 0.311574", \
            "0.259861, 0.262439, 0.26812, 0.279844, 0.301376, 0.337827, 0.406659", \
            "0.397232, 0.400303, 0.407458, 0.421243, 0.446509, 0.490855, 0.564857" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0222082, 0.0236327, 0.026549, 0.0332857, 0.0475523, 0.0795176, 0.158315", \
            "0.022216, 0.023668, 0.0268036, 0.0332148, 0.0474197, 0.0795234, 0.157873", \
            "0.0221597, 0.0236483, 0.0267028, 0.0332118, 0.0474956, 0.0794423, 0.157981", \
            "0.0225153, 0.0237233, 0.0267525, 0.0334547, 0.0477909, 0.0796663, 0.157695", \
            "0.0287553, 0.0301544, 0.0332658, 0.040013, 0.0525419, 0.0827413, 0.159115", \
            "0.0391541, 0.0409662, 0.0445616, 0.0516899, 0.0652661, 0.0946681, 0.165639", \
            "0.0533541, 0.0551381, 0.0591143, 0.0675175, 0.083714, 0.113191, 0.179786" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0282213, 0.0296011, 0.0329183, 0.0406335, 0.0588979, 0.101316, 0.203517", \
            "0.0278439, 0.0292418, 0.0324695, 0.0402132, 0.0585261, 0.101187, 0.203307", \
            "0.0276082, 0.0289771, 0.0321817, 0.0398361, 0.058167, 0.100823, 0.203583", \
            "0.0274561, 0.0287968, 0.031969, 0.0395728, 0.0574999, 0.100427, 0.202843", \
            "0.027259, 0.0285444, 0.0316946, 0.0392499, 0.0573286, 0.100012, 0.202251", \
            "0.0273045, 0.0286881, 0.0318109, 0.0393197, 0.0571141, 0.0998976, 0.202839", \
            "0.0310317, 0.0320741, 0.0346962, 0.0421373, 0.0594371, 0.101421, 0.202571" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0145188, 0.0132099, 0.010073, 0.0025551, -0.0154146, -0.0582114, -0.160809", \
            "0.0143297, 0.0130254, 0.0098515, 0.0023368, -0.0156333, -0.0584478, -0.161051", \
            "0.0141643, 0.012861, 0.0097415, 0.0022599, -0.0157621, -0.0585834, -0.161142", \
            "0.0138607, 0.0125403, 0.009514, 0.0019962, -0.016066, -0.0587502, -0.161387", \
            "0.0149135, 0.0136302, 0.0104186, 0.0027538, -0.0155681, -0.0585504, -0.161113", \
            "0.0187425, 0.0173517, 0.0140023, 0.0060783, -0.0125322, -0.0564255, -0.160291", \
            "0.0301418, 0.0286355, 0.0251309, 0.0170171, -0.0033631, -0.048928, -0.153608" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.023158, 0.0245669, 0.0278981, 0.0356645, 0.053678, 0.0968609, 0.198633", \
            "0.0227097, 0.0241066, 0.0273978, 0.0351619, 0.0532747, 0.0962713, 0.198546", \
            "0.0224265, 0.023787, 0.0270096, 0.0346943, 0.0530743, 0.0961219, 0.198231", \
            "0.0222318, 0.0235847, 0.026765, 0.0343732, 0.0523239, 0.0953209, 0.197758", \
            "0.0220112, 0.0233548, 0.0264828, 0.0340226, 0.0521383, 0.095223, 0.197173", \
            "0.0223143, 0.0236528, 0.0267574, 0.0343642, 0.0520729, 0.0947738, 0.196898", \
            "0.0277654, 0.0288143, 0.0313546, 0.0387058, 0.055674, 0.0974457, 0.198459" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0112523, 0.0099317, 0.0067837, -0.0007346, -0.0186147, -0.0614535, -0.164395", \
            "0.011241, 0.0099107, 0.0067585, -0.0007288, -0.0186522, -0.061522, -0.164432", \
            "0.0111381, 0.0098329, 0.0067113, -0.0007826, -0.0186166, -0.0614807, -0.164488", \
            "0.010941, 0.0096603, 0.0065255, -0.0009649, -0.0187542, -0.0615661, -0.164516", \
            "0.0120945, 0.010783, 0.0076044, 4.7e-06, -0.0179342, -0.0612951, -0.164369", \
            "0.0154777, 0.0139177, 0.0105709, 0.0027521, -0.0157929, -0.0595, -0.16339", \
            "0.0253223, 0.0240152, 0.0204162, 0.0121749, -0.0068976, -0.0518722, -0.157955" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0208789, 0.0222539, 0.0256559, 0.033353, 0.0517753, 0.0943997, 0.196449", \
            "0.0204285, 0.0217808, 0.0250793, 0.0327668, 0.0510668, 0.0940831, 0.196388", \
            "0.0201541, 0.0214453, 0.0246954, 0.0323033, 0.0504723, 0.0937666, 0.196091", \
            "0.0199905, 0.0213061, 0.0245219, 0.032123, 0.0500676, 0.0933731, 0.195632", \
            "0.0197924, 0.0210868, 0.0242587, 0.0318228, 0.0498798, 0.0928229, 0.194951", \
            "0.0209851, 0.022239, 0.0253347, 0.032651, 0.0504328, 0.0931975, 0.19507", \
            "0.0281528, 0.0291897, 0.0317943, 0.0384984, 0.0553201, 0.0964633, 0.197696" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0092705, 0.0079449, 0.0047804, -0.002777, -0.0207479, -0.0638147, -0.166965", \
            "0.0092954, 0.0079857, 0.0048509, -0.0026681, -0.0206009, -0.0636692, -0.166762", \
            "0.0093694, 0.0080857, 0.0049887, -0.0024329, -0.0203028, -0.0632959, -0.166432", \
            "0.00955, 0.0082539, 0.0051977, -0.002521, -0.02031, -0.0632921, -0.166311", \
            "0.0100222, 0.0087027, 0.005518, -0.0019887, -0.0199782, -0.0629732, -0.166137", \
            "0.0127802, 0.0113866, 0.0081268, 0.0003104, -0.0180349, -0.0616014, -0.165412", \
            "0.021482, 0.0200249, 0.0164828, 0.0082091, -0.0105417, -0.0542685, -0.160665" \
          );
        }
      }
      internal_power () {
        related_pin : "DN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0195577, 0.0209752, 0.0243342, 0.0321257, 0.0503818, 0.0935989, 0.196918", \
            "0.0195598, 0.0209361, 0.0242678, 0.0320019, 0.0503189, 0.0938586, 0.195805", \
            "0.0195641, 0.0209383, 0.0242041, 0.0319606, 0.0501674, 0.0933816, 0.196775", \
            "0.019037, 0.0203288, 0.0235266, 0.0312408, 0.0496853, 0.0926079, 0.195147", \
            "0.0188904, 0.0200703, 0.0231863, 0.0308269, 0.0488745, 0.0921974, 0.194473", \
            "0.019007, 0.0202512, 0.0232897, 0.0306318, 0.048582, 0.0914642, 0.194437", \
            "0.020339, 0.0216359, 0.0247825, 0.0321733, 0.0495278, 0.0927003, 0.194054" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
          values ( \
            "0.0039641, 0.0027637, -7.59e-05, -0.0067993, -0.0237829, -0.0662811, -0.169334", \
            "0.0038665, 0.0026567, -0.0001263, -0.006879, -0.0238927, -0.0663645, -0.169393", \
            "0.0038802, 0.0026328, -0.0001285, -0.0068996, -0.0238913, -0.0663541, -0.169408", \
            "0.0033406, 0.0021363, -0.0006623, -0.0073823, -0.0243587, -0.0666537, -0.169617", \
            "0.0033261, 0.0020805, -0.0007362, -0.0075816, -0.0244904, -0.0668427, -0.169779", \
            "0.0058222, 0.0044343, 0.0011312, -0.0063538, -0.0243713, -0.0673252, -0.170041", \
            "0.0083832, 0.0069944, 0.003524, -0.0041903, -0.0238866, -0.0655976, -0.168601" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004474;
      rise_capacitance : 0.004705;
      rise_capacitance_range (0.004705, 0.004705);
      fall_capacitance : 0.004242;
      fall_capacitance_range (0.004242, 0.004242);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0075179, -0.0076123, -0.0078298, -0.0078634, -0.0079406, -0.0081187, -0.0085293" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0124626, 0.0124543, 0.0124352, 0.01244, 0.0124511, 0.0124768, 0.0125358" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004442;
      rise_capacitance : 0.004753;
      rise_capacitance_range (0.004753, 0.004753);
      fall_capacitance : 0.004132;
      fall_capacitance_range (0.004132, 0.004132);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0077225, -0.007789, -0.007942, -0.0079736, -0.0080463, -0.0082139, -0.0086003" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0122524, 0.012256, 0.0122641, 0.0122647, 0.0122661, 0.0122694, 0.0122767" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004316;
      rise_capacitance : 0.004666;
      rise_capacitance_range (0.004666, 0.004666);
      fall_capacitance : 0.003966;
      fall_capacitance_range (0.003966, 0.003966);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0083411, -0.0084659, -0.0087536, -0.008759, -0.0087715, -0.0088004, -0.0088669" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0094159, 0.0094123, 0.0094042, 0.0093993, 0.0093881, 0.0093622, 0.0093024" \
          );
        }
      }
    }
    pin (DN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001513;
      rise_capacitance : 0.001565;
      rise_capacitance_range (0.001565, 0.001565);
      fall_capacitance : 0.001461;
      fall_capacitance_range (0.001461, 0.001461);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0035236, 0.0034637, 0.0033255, 0.0036514, 0.0044026, 0.0061342, 0.0101258" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.013505, 0.0134132, 0.0132015, 0.013515, 0.0142379, 0.015904, 0.0197445" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor4b_4) {
    area : 23.7728;
    cell_footprint : "nor4b";
    cell_leakage_power : 0.0162154;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0069192;
      when : "!A&!B&!C&DN";
    }
    leakage_power () {
      value : 0.0248083;
      when : "!A&!B&!C&!DN";
    }
    leakage_power () {
      value : 0.0078981;
      when : "!A&!B&C&DN";
    }
    leakage_power () {
      value : 0.0247986;
      when : "!A&!B&C&!DN";
    }
    leakage_power () {
      value : 0.0075494;
      when : "!A&B&!C&DN";
    }
    leakage_power () {
      value : 0.0247973;
      when : "!A&B&!C&!DN";
    }
    leakage_power () {
      value : 0.0078949;
      when : "!A&B&C&DN";
    }
    leakage_power () {
      value : 0.0247977;
      when : "!A&B&C&!DN";
    }
    leakage_power () {
      value : 0.0074449;
      when : "A&!B&!C&DN";
    }
    leakage_power () {
      value : 0.0247956;
      when : "A&!B&!C&!DN";
    }
    leakage_power () {
      value : 0.0078945;
      when : "A&!B&C&DN";
    }
    leakage_power () {
      value : 0.0247999;
      when : "A&!B&C&!DN";
    }
    leakage_power () {
      value : 0.007547;
      when : "A&B&!C&DN";
    }
    leakage_power () {
      value : 0.0248091;
      when : "A&B&!C&!DN";
    }
    leakage_power () {
      value : 0.007895;
      when : "A&B&C&DN";
    }
    leakage_power () {
      value : 0.0247975;
      when : "A&B&C&!DN";
    }
    leakage_power () {
      value : 0.0162154;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B&!C&DN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.161143;
      max_transition : 1.49384;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.14383, 0.149387, 0.163488, 0.199219, 0.290842, 0.526684, 1.14221", \
            "0.14719, 0.152722, 0.166184, 0.202424, 0.294489, 0.530417, 1.14693", \
            "0.157494, 0.163071, 0.177, 0.212577, 0.304752, 0.541726, 1.15905", \
            "0.180453, 0.185805, 0.199704, 0.234979, 0.326661, 0.563932, 1.18121", \
            "0.224304, 0.229822, 0.244008, 0.279774, 0.371242, 0.611444, 1.22473", \
            "0.294455, 0.30128, 0.317507, 0.35876, 0.457786, 0.698177, 1.31447", \
            "0.435127, 0.441976, 0.461578, 0.510306, 0.623318, 0.888847, 1.51678" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.103031, 0.109935, 0.128055, 0.175893, 0.300269, 0.622136, 1.46412", \
            "0.103285, 0.110217, 0.127908, 0.175578, 0.29948, 0.621662, 1.46329", \
            "0.103493, 0.110027, 0.12812, 0.175682, 0.300223, 0.622419, 1.4643", \
            "0.103868, 0.11038, 0.128264, 0.175876, 0.300059, 0.622172, 1.46405", \
            "0.110145, 0.116838, 0.133841, 0.178845, 0.30006, 0.624812, 1.46288", \
            "0.132457, 0.139001, 0.156596, 0.202095, 0.318965, 0.630967, 1.46576", \
            "0.195997, 0.201115, 0.216215, 0.258438, 0.375142, 0.679129, 1.48811" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0138093, 0.0145284, 0.0163534, 0.0209551, 0.0323286, 0.0599301, 0.127334", \
            "0.0182822, 0.0190033, 0.0207429, 0.0250148, 0.0360002, 0.0634076, 0.130868", \
            "0.0240607, 0.0250866, 0.0275657, 0.0331765, 0.0451267, 0.071641, 0.138634", \
            "0.028426, 0.0298124, 0.0331807, 0.0409358, 0.0580186, 0.0907793, 0.157553", \
            "0.0230579, 0.0250738, 0.0301659, 0.0416557, 0.0659805, 0.113464, 0.200058", \
            "-0.0108181, -0.0081883, -0.0024851, 0.0145164, 0.0496083, 0.11901, 0.245835", \
            "-0.12562, -0.121776, -0.112129, -0.09071, -0.0388517, 0.0631406, 0.249735" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0154951, 0.0164366, 0.0189158, 0.0253383, 0.0413401, 0.0801941, 0.177661", \
            "0.0176243, 0.0183854, 0.0203968, 0.0260279, 0.0409201, 0.0797986, 0.177457", \
            "0.0250383, 0.0258622, 0.0279134, 0.0324844, 0.0447456, 0.0799187, 0.177153", \
            "0.0378308, 0.0388414, 0.0414052, 0.0475889, 0.0608645, 0.0915119, 0.178677", \
            "0.0599434, 0.061336, 0.064716, 0.0725624, 0.0904022, 0.126985, 0.207644", \
            "0.0977933, 0.0999434, 0.105181, 0.116735, 0.140783, 0.191271, 0.28997", \
            "0.167311, 0.170473, 0.178204, 0.196594, 0.232983, 0.302393, 0.437326" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.132817, 0.138182, 0.152765, 0.188365, 0.281579, 0.517953, 1.13344", \
            "0.13497, 0.14012, 0.15448, 0.190743, 0.284185, 0.525366, 1.14691", \
            "0.14465, 0.149846, 0.163799, 0.19957, 0.292224, 0.529958, 1.14757", \
            "0.167164, 0.172258, 0.186011, 0.221719, 0.312686, 0.550281, 1.16896", \
            "0.2099, 0.215747, 0.231005, 0.268276, 0.360004, 0.597841, 1.21899", \
            "0.283248, 0.291496, 0.309379, 0.354423, 0.458619, 0.701227, 1.32185", \
            "0.455501, 0.464077, 0.486176, 0.539607, 0.662711, 0.939322, 1.56939" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.103062, 0.10977, 0.128076, 0.175357, 0.30023, 0.622191, 1.46414", \
            "0.103393, 0.110276, 0.128128, 0.175735, 0.30019, 0.624513, 1.47012", \
            "0.103492, 0.110374, 0.128113, 0.175707, 0.300203, 0.622544, 1.46355", \
            "0.104275, 0.111201, 0.128553, 0.175757, 0.299202, 0.621444, 1.46359", \
            "0.116436, 0.122443, 0.13892, 0.183159, 0.301095, 0.622178, 1.47121", \
            "0.1485, 0.15474, 0.172454, 0.216719, 0.32841, 0.631433, 1.46441", \
            "0.218555, 0.225168, 0.241556, 0.287287, 0.40252, 0.698445, 1.49384" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.015125, 0.0158861, 0.0178429, 0.0227096, 0.0343717, 0.0622335, 0.131086", \
            "0.0196149, 0.0203143, 0.0220702, 0.0266063, 0.0379665, 0.0656439, 0.134344", \
            "0.0257243, 0.0267213, 0.0291379, 0.0347761, 0.0466408, 0.0737065, 0.142229", \
            "0.0293369, 0.0307427, 0.0342843, 0.0423114, 0.059292, 0.0924876, 0.160934", \
            "0.0223057, 0.0243004, 0.0290895, 0.0406062, 0.0655687, 0.114311, 0.203305", \
            "-0.0181264, -0.0151861, -0.0089446, 0.0076917, 0.0443836, 0.117124, 0.24904", \
            "-0.145261, -0.141165, -0.130908, -0.107483, -0.0528581, 0.0543669, 0.249917" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0160387, 0.0169065, 0.019305, 0.0253189, 0.0400618, 0.0769994, 0.173472", \
            "0.0174149, 0.0181945, 0.0201712, 0.0253958, 0.0395163, 0.0767046, 0.17357", \
            "0.0242659, 0.0250133, 0.0268919, 0.0311015, 0.0426, 0.0769295, 0.173465", \
            "0.0358948, 0.036872, 0.0394203, 0.0455816, 0.0584413, 0.0877401, 0.175195", \
            "0.0559429, 0.0573693, 0.0616315, 0.0691443, 0.0878521, 0.124969, 0.203185", \
            "0.0914646, 0.0936091, 0.0990252, 0.11137, 0.137457, 0.189102, 0.289483", \
            "0.155662, 0.159055, 0.167318, 0.187087, 0.226923, 0.30269, 0.440771" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.106748, 0.112095, 0.126866, 0.163756, 0.256864, 0.493586, 1.10975", \
            "0.107869, 0.113669, 0.127464, 0.163839, 0.256862, 0.498792, 1.11223", \
            "0.117415, 0.122673, 0.136158, 0.171851, 0.264821, 0.503898, 1.12265", \
            "0.140091, 0.145477, 0.159043, 0.194679, 0.286693, 0.524317, 1.14364", \
            "0.186498, 0.192751, 0.208378, 0.247722, 0.340349, 0.578838, 1.19608", \
            "0.273753, 0.281755, 0.302355, 0.352818, 0.463691, 0.706172, 1.32402", \
            "0.475343, 0.485302, 0.510377, 0.572166, 0.711974, 1.00314, 1.63687" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.102869, 0.109956, 0.12789, 0.175908, 0.300406, 0.622271, 1.46421", \
            "0.102749, 0.109593, 0.12768, 0.175318, 0.299417, 0.625345, 1.46927", \
            "0.102545, 0.109459, 0.128162, 0.175132, 0.299864, 0.622623, 1.46444", \
            "0.104131, 0.110917, 0.128394, 0.175902, 0.299442, 0.621116, 1.46495", \
            "0.122795, 0.128793, 0.143986, 0.186268, 0.302925, 0.62427, 1.46616", \
            "0.160205, 0.167257, 0.185329, 0.231644, 0.3399, 0.631765, 1.46567", \
            "0.221439, 0.228984, 0.249446, 0.303397, 0.430516, 0.724131, 1.48775" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0152567, 0.0159615, 0.0177148, 0.0220811, 0.0326898, 0.0589729, 0.126085", \
            "0.0192197, 0.0198753, 0.021526, 0.0257363, 0.0362629, 0.0624766, 0.129657", \
            "0.0241138, 0.0251038, 0.027509, 0.0330596, 0.0447483, 0.0707683, 0.137804", \
            "0.0256386, 0.0270505, 0.0305137, 0.0386889, 0.0560507, 0.0893878, 0.156915", \
            "0.0146213, 0.0166623, 0.0217192, 0.0337377, 0.059288, 0.109456, 0.198972", \
            "-0.0333796, -0.0296881, -0.0219146, -0.0051287, 0.0337724, 0.109496, 0.243899", \
            "-0.172919, -0.168324, -0.157464, -0.129923, -0.0717623, 0.041083, 0.24159" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0128991, 0.0136888, 0.0156775, 0.0208142, 0.0340174, 0.0686401, 0.159933", \
            "0.0141762, 0.0147962, 0.0164752, 0.0210419, 0.0338254, 0.0685632, 0.159904", \
            "0.0205664, 0.0213016, 0.0231223, 0.0271613, 0.0374767, 0.0690367, 0.159952", \
            "0.0308046, 0.0318376, 0.0344353, 0.0404849, 0.0537172, 0.0808789, 0.161841", \
            "0.0488007, 0.0504779, 0.0541466, 0.0634457, 0.0817647, 0.119552, 0.191193", \
            "0.0822582, 0.0841534, 0.0898046, 0.103709, 0.131752, 0.184694, 0.282954", \
            "0.14257, 0.146354, 0.155513, 0.17629, 0.218355, 0.295139, 0.435995" \
          );
        }
      }
      timing () {
        related_pin : "DN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0863526, 0.0913657, 0.104389, 0.140546, 0.234524, 0.477531, 1.09221", \
            "0.0900425, 0.0948615, 0.108008, 0.144103, 0.238056, 0.479704, 1.10103", \
            "0.098431, 0.103315, 0.116329, 0.151879, 0.245363, 0.484322, 1.11174", \
            "0.113549, 0.118155, 0.130581, 0.165297, 0.258501, 0.497031, 1.12789", \
            "0.129532, 0.13364, 0.145628, 0.179511, 0.270611, 0.509025, 1.1294", \
            "0.137712, 0.142053, 0.152978, 0.184544, 0.27457, 0.512015, 1.13623", \
            "0.113515, 0.118118, 0.130036, 0.160457, 0.248, 0.482956, 1.10151" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0913872, 0.0992122, 0.119634, 0.171022, 0.298426, 0.625052, 1.46264", \
            "0.0913636, 0.0992386, 0.119525, 0.170643, 0.298418, 0.622023, 1.47078", \
            "0.0912088, 0.0989063, 0.119514, 0.170684, 0.299191, 0.622016, 1.46909", \
            "0.0904061, 0.0982209, 0.11796, 0.16972, 0.29904, 0.621723, 1.47291", \
            "0.0902643, 0.0975784, 0.117298, 0.16907, 0.298063, 0.621859, 1.46751", \
            "0.0938738, 0.101087, 0.119044, 0.167774, 0.297544, 0.62148, 1.46945", \
            "0.103772, 0.110068, 0.127848, 0.172416, 0.297151, 0.623234, 1.46377" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0696518, 0.0708723, 0.0738474, 0.0806181, 0.0946021, 0.123478, 0.189688", \
            "0.0742976, 0.075514, 0.0784944, 0.0852758, 0.0992991, 0.128148, 0.194354", \
            "0.0863716, 0.087609, 0.0905703, 0.0972873, 0.111384, 0.140302, 0.206497", \
            "0.114811, 0.116034, 0.118995, 0.125759, 0.13989, 0.168759, 0.234678", \
            "0.166341, 0.167743, 0.171141, 0.178845, 0.194638, 0.224905, 0.29155", \
            "0.247072, 0.248708, 0.252728, 0.261979, 0.280906, 0.315699, 0.384622", \
            "0.386572, 0.388501, 0.393093, 0.404284, 0.426856, 0.469289, 0.54492" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.019917, 0.0207347, 0.0227951, 0.0278501, 0.0400946, 0.0703284, 0.153931", \
            "0.019899, 0.0207188, 0.0227799, 0.0278757, 0.0399678, 0.0705229, 0.153658", \
            "0.0201197, 0.0209449, 0.0230393, 0.0279294, 0.0399591, 0.0704242, 0.153651", \
            "0.0206149, 0.0216588, 0.0234707, 0.0285055, 0.0403526, 0.0705733, 0.154172", \
            "0.0277801, 0.0283997, 0.0305537, 0.0353454, 0.0466295, 0.0742709, 0.155083", \
            "0.038122, 0.0390902, 0.0415011, 0.0472456, 0.0590802, 0.0863621, 0.160478", \
            "0.0527829, 0.0539341, 0.0566592, 0.0632442, 0.077242, 0.105993, 0.174477" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0640618, 0.0656806, 0.0698788, 0.0805877, 0.108523, 0.179808, 0.366578", \
            "0.0632136, 0.0648121, 0.0688929, 0.0798436, 0.107375, 0.179241, 0.366532", \
            "0.0626154, 0.0641745, 0.0683277, 0.0789988, 0.107106, 0.178983, 0.366085", \
            "0.0622806, 0.0638368, 0.0679324, 0.0784578, 0.10642, 0.17815, 0.365519", \
            "0.0618715, 0.0633849, 0.0674004, 0.0780078, 0.105588, 0.177705, 0.364622", \
            "0.0619262, 0.063461, 0.0674931, 0.0779635, 0.105416, 0.176806, 0.364126", \
            "0.0680484, 0.0692763, 0.0726281, 0.0826127, 0.109519, 0.179857, 0.365212" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.028803, 0.0272625, 0.023301, 0.0127657, -0.014717, -0.0864955, -0.27465", \
            "0.0284661, 0.0269108, 0.0228756, 0.012396, -0.0151058, -0.0869402, -0.275041", \
            "0.0281659, 0.0266271, 0.0226985, 0.0120937, -0.0153274, -0.0870923, -0.275286", \
            "0.0276019, 0.0260479, 0.0220835, 0.0117559, -0.0156353, -0.0874126, -0.275732", \
            "0.0286055, 0.0270381, 0.0229535, 0.0121433, -0.0154867, -0.0869807, -0.275306", \
            "0.0353654, 0.0337538, 0.0296144, 0.0186013, -0.0100538, -0.0838866, -0.273862", \
            "0.0547211, 0.0529463, 0.0482992, 0.0365892, 0.0059648, -0.0704405, -0.264566" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0472654, 0.0488905, 0.0532486, 0.0639243, 0.0921224, 0.163551, 0.350427", \
            "0.0462754, 0.0478124, 0.0521201, 0.0629627, 0.0912857, 0.16342, 0.35013", \
            "0.0456058, 0.0471357, 0.0513362, 0.0620793, 0.090319, 0.162541, 0.349768", \
            "0.0452265, 0.0467424, 0.0508824, 0.0614706, 0.0890317, 0.161116, 0.348901", \
            "0.0448167, 0.0463131, 0.0503431, 0.0609329, 0.0885315, 0.160087, 0.349317", \
            "0.0451881, 0.0468352, 0.0507373, 0.0612863, 0.0884072, 0.160051, 0.347184", \
            "0.0551924, 0.0565472, 0.0605577, 0.0698256, 0.0953946, 0.165214, 0.350073" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.022493, 0.020952, 0.0169599, 0.0064613, -0.0209386, -0.0927439, -0.281424", \
            "0.0224457, 0.0209221, 0.0169192, 0.0064345, -0.0209867, -0.0927749, -0.281491", \
            "0.0222209, 0.0207011, 0.0167219, 0.0063334, -0.0210156, -0.0927054, -0.28151", \
            "0.0218486, 0.0203412, 0.0163605, 0.0059862, -0.0213136, -0.092848, -0.281665", \
            "0.023789, 0.022229, 0.0181904, 0.0075369, -0.020141, -0.0924219, -0.281231", \
            "0.0296647, 0.0280311, 0.0247292, 0.0136525, -0.0149231, -0.0892523, -0.279667", \
            "0.0485793, 0.046824, 0.0421546, 0.0308432, -0.0005505, -0.0767415, -0.270378" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.040494, 0.0421455, 0.0466262, 0.0575924, 0.0859555, 0.157655, 0.344577", \
            "0.0394143, 0.0410999, 0.0452132, 0.0562119, 0.0844114, 0.157621, 0.343842", \
            "0.0387552, 0.0403707, 0.0443959, 0.0551018, 0.0832812, 0.156176, 0.343696", \
            "0.0383935, 0.0399523, 0.0440595, 0.0546642, 0.0821886, 0.154426, 0.342743", \
            "0.0379185, 0.039541, 0.0436198, 0.0540472, 0.0817281, 0.154069, 0.341303", \
            "0.0403895, 0.0418607, 0.0456845, 0.0558832, 0.0828986, 0.154189, 0.341355", \
            "0.0537278, 0.054924, 0.0581906, 0.0674343, 0.0927904, 0.161381, 0.346542" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0180601, 0.0165189, 0.0124572, 0.0019032, -0.0256115, -0.0976843, -0.286815", \
            "0.0181579, 0.016629, 0.0126212, 0.0021455, -0.0252789, -0.0973014, -0.28633", \
            "0.0184743, 0.0169668, 0.0130211, 0.0026, -0.0246854, -0.0966072, -0.285508", \
            "0.0183538, 0.0168644, 0.0129505, 0.0025601, -0.024643, -0.0963897, -0.2853", \
            "0.0198283, 0.0183106, 0.0143082, 0.0037771, -0.0237303, -0.0959658, -0.284851", \
            "0.0260361, 0.0232797, 0.0191779, 0.0092145, -0.0193166, -0.0931706, -0.283548", \
            "0.0408945, 0.0391956, 0.0347614, 0.023386, -0.007174, -0.0828242, -0.275815" \
          );
        }
      }
      internal_power () {
        related_pin : "DN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0375574, 0.0391977, 0.0434744, 0.05446, 0.0828491, 0.156197, 0.343446", \
            "0.037496, 0.0391886, 0.0434221, 0.0544936, 0.082776, 0.15549, 0.34516", \
            "0.0375986, 0.039186, 0.043365, 0.0542863, 0.0828373, 0.155196, 0.343074", \
            "0.0365548, 0.0381692, 0.0423644, 0.0531246, 0.0813533, 0.153781, 0.343367", \
            "0.0358537, 0.0372902, 0.0413641, 0.0520048, 0.0798836, 0.152235, 0.340486", \
            "0.0357259, 0.0371975, 0.0409305, 0.0513668, 0.0790903, 0.150803, 0.33971", \
            "0.0389241, 0.0403713, 0.0440864, 0.054391, 0.0814385, 0.152867, 0.339845" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
          values ( \
            "0.0113495, 0.0098798, 0.0061704, -0.0035916, -0.0297324, -0.100871, -0.289851", \
            "0.011178, 0.0097062, 0.0060053, -0.0037521, -0.0298617, -0.101005, -0.289891", \
            "0.0111369, 0.0096755, 0.0059726, -0.0036917, -0.0298635, -0.101022, -0.289753", \
            "0.0102701, 0.0087593, 0.0050333, -0.0046334, -0.0306667, -0.101724, -0.290401", \
            "0.009828, 0.0082597, 0.0043911, -0.0052925, -0.0310556, -0.101791, -0.290408", \
            "0.0126468, 0.01102, 0.0069019, -0.0037825, -0.0312803, -0.102902, -0.291243", \
            "0.0145358, 0.0128581, 0.0084788, -0.0026146, -0.0304409, -0.10258, -0.291301" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008605;
      rise_capacitance : 0.009073;
      rise_capacitance_range (0.009073, 0.009073);
      fall_capacitance : 0.008138;
      fall_capacitance_range (0.008138, 0.008138);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0147249, -0.0148917, -0.0152761, -0.0153341, -0.0154674, -0.0157748, -0.0164833" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0145656, 0.0145813, 0.0146173, 0.0146231, 0.0146367, 0.0146681, 0.0147403" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008501;
      rise_capacitance : 0.009092;
      rise_capacitance_range (0.009092, 0.009092);
      fall_capacitance : 0.00791;
      fall_capacitance_range (0.00791, 0.00791);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0147689, -0.0149106, -0.0152374, -0.0153088, -0.0154731, -0.015852, -0.0167254" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0216767, 0.0216751, 0.0216715, 0.0216673, 0.0216577, 0.0216357, 0.0215849" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008373;
      rise_capacitance : 0.009047;
      rise_capacitance_range (0.009047, 0.009047);
      fall_capacitance : 0.007698;
      fall_capacitance_range (0.007698, 0.007698);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.016399, -0.0166476, -0.0172204, -0.0172318, -0.0172578, -0.0173177, -0.0174559" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0180661, 0.0180653, 0.0180633, 0.0180528, 0.0180287, 0.0179732, 0.0178452" \
          );
        }
      }
    }
    pin (DN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002445;
      rise_capacitance : 0.00256;
      rise_capacitance_range (0.00256, 0.00256);
      fall_capacitance : 0.00233;
      fall_capacitance_range (0.00233, 0.00233);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0074675, 0.0073499, 0.0070788, 0.0077816, 0.0094015, 0.0131355, 0.0217426" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0246674, 0.0245228, 0.0241893, 0.0249142, 0.0265852, 0.0304369, 0.0393153" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor4bb_1) {
    area : 10.0096;
    cell_footprint : "nor4bb";
    cell_leakage_power : 0.00342861;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0006341;
      when : "!A&!B&!CN&DN";
    }
    leakage_power () {
      value : 0.0063671;
      when : "!A&!B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0002154;
      when : "!A&!B&CN&DN";
    }
    leakage_power () {
      value : 0.0063449;
      when : "!A&!B&CN&!DN";
    }
    leakage_power () {
      value : 0.0006335;
      when : "!A&B&!CN&DN";
    }
    leakage_power () {
      value : 0.0063671;
      when : "!A&B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0004397;
      when : "!A&B&CN&DN";
    }
    leakage_power () {
      value : 0.0063352;
      when : "!A&B&CN&!DN";
    }
    leakage_power () {
      value : 0.0006336;
      when : "A&!B&!CN&DN";
    }
    leakage_power () {
      value : 0.0063671;
      when : "A&!B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0004097;
      when : "A&!B&CN&DN";
    }
    leakage_power () {
      value : 0.0063353;
      when : "A&!B&CN&!DN";
    }
    leakage_power () {
      value : 0.0006335;
      when : "A&B&!CN&DN";
    }
    leakage_power () {
      value : 0.0063671;
      when : "A&B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0004392;
      when : "A&B&CN&DN";
    }
    leakage_power () {
      value : 0.0063352;
      when : "A&B&CN&!DN";
    }
    leakage_power () {
      value : 0.00342861;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B&CN&DN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.054942;
      max_transition : 1.48928;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.117926, 0.129647, 0.154731, 0.208729, 0.32487, 0.578633, 1.13859", \
            "0.121564, 0.133326, 0.158378, 0.212307, 0.328818, 0.583709, 1.13792", \
            "0.131811, 0.143333, 0.168234, 0.222037, 0.338295, 0.591054, 1.1504", \
            "0.153225, 0.16448, 0.188994, 0.243022, 0.359769, 0.611018, 1.16304", \
            "0.191902, 0.204114, 0.230458, 0.284636, 0.400364, 0.65255, 1.21337", \
            "0.253505, 0.268512, 0.299334, 0.361808, 0.488205, 0.741582, 1.29268", \
            "0.38562, 0.403792, 0.441564, 0.515887, 0.65827, 0.940143, 1.49839" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0899946, 0.105194, 0.138224, 0.210816, 0.369399, 0.714692, 1.47594", \
            "0.090084, 0.105255, 0.138288, 0.210789, 0.369456, 0.715147, 1.47114", \
            "0.0900181, 0.105325, 0.138766, 0.211267, 0.369348, 0.713675, 1.47254", \
            "0.0906736, 0.105656, 0.138679, 0.211441, 0.370059, 0.713294, 1.46625", \
            "0.100671, 0.114551, 0.14532, 0.214814, 0.369652, 0.713633, 1.47522", \
            "0.126828, 0.141497, 0.173479, 0.242148, 0.387712, 0.718958, 1.46635", \
            "0.194667, 0.207125, 0.23761, 0.30638, 0.456493, 0.774671, 1.48928" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0131426, 0.0148092, 0.0183675, 0.0258705, 0.0413803, 0.0734335, 0.140693", \
            "0.0177189, 0.0193811, 0.0226308, 0.0297515, 0.0450119, 0.0769243, 0.144096", \
            "0.0239912, 0.0263013, 0.0308306, 0.0389417, 0.0538314, 0.0852542, 0.152285", \
            "0.0293999, 0.0327447, 0.0392365, 0.0510896, 0.0718271, 0.105435, 0.171729", \
            "0.0270071, 0.0312996, 0.0405694, 0.057768, 0.0883179, 0.138723, 0.21871", \
            "-0.0008925, 0.0046249, 0.0186488, 0.0433447, 0.0874521, 0.161756, 0.280802", \
            "-0.098362, -0.0893085, -0.0708347, -0.0351556, 0.0288166, 0.138149, 0.313499" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0132437, 0.0153087, 0.0198052, 0.0293379, 0.0487253, 0.0888589, 0.175025", \
            "0.0156754, 0.0172218, 0.020885, 0.0292509, 0.0482121, 0.0887366, 0.17464", \
            "0.0238196, 0.0253598, 0.0285016, 0.0344372, 0.0502286, 0.0880798, 0.174589", \
            "0.037501, 0.0396201, 0.0442143, 0.0524795, 0.0662906, 0.0965189, 0.174692", \
            "0.0594932, 0.0626984, 0.0690924, 0.0809239, 0.102349, 0.136518, 0.20021", \
            "0.0979582, 0.103062, 0.113421, 0.129848, 0.160558, 0.212872, 0.29441", \
            "0.169378, 0.176712, 0.189794, 0.216968, 0.260383, 0.33691, 0.458827" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.109995, 0.121694, 0.147367, 0.20212, 0.317638, 0.570303, 1.1221", \
            "0.113094, 0.124726, 0.149832, 0.203984, 0.320744, 0.574032, 1.12526", \
            "0.123401, 0.134819, 0.159867, 0.21318, 0.330092, 0.584168, 1.13598", \
            "0.146277, 0.158005, 0.182521, 0.236146, 0.35191, 0.605632, 1.15842", \
            "0.190047, 0.203533, 0.230721, 0.285651, 0.401429, 0.656278, 1.20604", \
            "0.266014, 0.283048, 0.318565, 0.385806, 0.514203, 0.769445, 1.3263", \
            "0.436125, 0.457344, 0.500223, 0.584625, 0.743562, 1.03338, 1.59563" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0899986, 0.105231, 0.138751, 0.211423, 0.368376, 0.71306, 1.4664", \
            "0.0900032, 0.105178, 0.138613, 0.210916, 0.368717, 0.714069, 1.46562", \
            "0.0900857, 0.105334, 0.138404, 0.210715, 0.369555, 0.713184, 1.46624", \
            "0.0911689, 0.106156, 0.138836, 0.211115, 0.369551, 0.71468, 1.46616", \
            "0.1064, 0.120036, 0.149229, 0.217168, 0.369496, 0.715884, 1.4648", \
            "0.143357, 0.157547, 0.188766, 0.255085, 0.393444, 0.718968, 1.47278", \
            "0.213847, 0.228234, 0.262314, 0.333344, 0.48392, 0.786556, 1.48722" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0143111, 0.0160489, 0.0197042, 0.0272581, 0.0427203, 0.0748331, 0.143186", \
            "0.0187102, 0.0203152, 0.0236814, 0.0309597, 0.0462679, 0.0783197, 0.146621", \
            "0.0245997, 0.0269278, 0.0315566, 0.0398586, 0.0547598, 0.0865524, 0.15483", \
            "0.0286447, 0.0319353, 0.0384505, 0.0506135, 0.0712737, 0.106191, 0.17399", \
            "0.0222292, 0.0269634, 0.0365465, 0.0542608, 0.0855279, 0.13716, 0.219547", \
            "-0.0139827, -0.0070578, 0.00674, 0.0325178, 0.0785843, 0.155327, 0.27823", \
            "-0.130886, -0.120796, -0.101706, -0.0633098, 0.0047519, 0.119412, 0.301073" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.013677, 0.0156934, 0.0201581, 0.0292743, 0.0481931, 0.0887154, 0.177259", \
            "0.0154997, 0.0170966, 0.02069, 0.0290569, 0.0479071, 0.0886674, 0.177362", \
            "0.0229066, 0.0244646, 0.0276701, 0.033757, 0.049613, 0.0884707, 0.177385", \
            "0.035453, 0.0376229, 0.0419853, 0.0506212, 0.0659987, 0.0965628, 0.178085", \
            "0.0553694, 0.0588285, 0.0659668, 0.0782521, 0.100024, 0.137852, 0.203101", \
            "0.0913408, 0.0962548, 0.106127, 0.124712, 0.157315, 0.212555, 0.298898", \
            "0.155629, 0.163946, 0.179936, 0.2085, 0.257255, 0.338002, 0.462923" \
          );
        }
      }
      timing () {
        related_pin : "CN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.111829, 0.124111, 0.149156, 0.203937, 0.321097, 0.574349, 1.12516", \
            "0.115896, 0.127418, 0.153349, 0.208307, 0.326218, 0.583924, 1.12825", \
            "0.123404, 0.134789, 0.160474, 0.215225, 0.333196, 0.589521, 1.13648", \
            "0.133246, 0.144715, 0.169663, 0.223783, 0.340896, 0.594572, 1.14681", \
            "0.140792, 0.152547, 0.177854, 0.231372, 0.348631, 0.605603, 1.15473", \
            "0.137021, 0.148415, 0.173565, 0.227244, 0.345131, 0.597038, 1.14949", \
            "0.0955616, 0.107357, 0.132828, 0.187059, 0.304733, 0.557791, 1.11165" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0895209, 0.104862, 0.138203, 0.210449, 0.368352, 0.713174, 1.4667", \
            "0.0897898, 0.104966, 0.138786, 0.211636, 0.369539, 0.718419, 1.46571", \
            "0.0897801, 0.104943, 0.138675, 0.211606, 0.370476, 0.718551, 1.46623", \
            "0.0898145, 0.105158, 0.138401, 0.210689, 0.368112, 0.71268, 1.46527", \
            "0.0900102, 0.105394, 0.139082, 0.21064, 0.369281, 0.7163, 1.46857", \
            "0.0913179, 0.106177, 0.139295, 0.211212, 0.37031, 0.713311, 1.46711", \
            "0.0981494, 0.112035, 0.143295, 0.213719, 0.370734, 0.716151, 1.46574" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0712995, 0.0736538, 0.0782714, 0.0873219, 0.104193, 0.13729, 0.20573", \
            "0.0753943, 0.0777341, 0.0824446, 0.0915314, 0.108521, 0.141517, 0.209902", \
            "0.0870074, 0.0893645, 0.0940231, 0.103102, 0.120074, 0.15317, 0.221618", \
            "0.113812, 0.116207, 0.120914, 0.129971, 0.147001, 0.180101, 0.248534", \
            "0.159731, 0.162515, 0.167921, 0.178102, 0.196295, 0.230423, 0.299282", \
            "0.232726, 0.235719, 0.242429, 0.254637, 0.275519, 0.311587, 0.381121", \
            "0.364743, 0.36858, 0.376442, 0.391051, 0.416254, 0.457513, 0.529192" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0219111, 0.0237183, 0.0276395, 0.0356874, 0.053047, 0.0911551, 0.178428", \
            "0.0219247, 0.0238465, 0.0277417, 0.0357548, 0.0529141, 0.0911394, 0.178291", \
            "0.021957, 0.02375, 0.0276503, 0.0356937, 0.0529059, 0.0910481, 0.178151", \
            "0.022849, 0.0246211, 0.028598, 0.0364412, 0.0534538, 0.0913766, 0.178262", \
            "0.0289249, 0.0304473, 0.0344854, 0.0420727, 0.0582624, 0.094304, 0.179199", \
            "0.0370545, 0.0395582, 0.0441589, 0.0518045, 0.0673477, 0.101498, 0.18351", \
            "0.0490565, 0.0517186, 0.0574568, 0.0667167, 0.0834831, 0.115736, 0.191136" \
          );
        }
      }
      timing () {
        related_pin : "DN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0736795, 0.0854476, 0.111154, 0.166511, 0.282993, 0.539296, 1.08678", \
            "0.0770111, 0.0888022, 0.11415, 0.169451, 0.286294, 0.542433, 1.09129", \
            "0.0836363, 0.09502, 0.120168, 0.175017, 0.29233, 0.546014, 1.10699", \
            "0.0924419, 0.102928, 0.1277, 0.182865, 0.299416, 0.553443, 1.11454", \
            "0.0982782, 0.108895, 0.133295, 0.187278, 0.303674, 0.55874, 1.11315", \
            "0.0939561, 0.103957, 0.126861, 0.179789, 0.29516, 0.548222, 1.10202", \
            "0.051143, 0.0616985, 0.0844222, 0.135241, 0.250476, 0.502008, 1.05654" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0845397, 0.101096, 0.136353, 0.211017, 0.368417, 0.717179, 1.46493", \
            "0.0846241, 0.100982, 0.136368, 0.210822, 0.369517, 0.715875, 1.46746", \
            "0.0838444, 0.100386, 0.135838, 0.210075, 0.368581, 0.713792, 1.47589", \
            "0.083, 0.0995673, 0.135206, 0.210317, 0.369054, 0.712852, 1.47221", \
            "0.0823846, 0.0986231, 0.134227, 0.209886, 0.369283, 0.714777, 1.46624", \
            "0.0847936, 0.0997598, 0.133906, 0.209104, 0.368972, 0.712972, 1.47092", \
            "0.0938443, 0.10838, 0.138959, 0.210072, 0.370916, 0.714983, 1.46492" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0608571, 0.0634837, 0.0685737, 0.0779345, 0.0951956, 0.128529, 0.198441", \
            "0.0650716, 0.067711, 0.0728189, 0.0821323, 0.0994361, 0.132858, 0.202816", \
            "0.0767581, 0.0794052, 0.0844438, 0.0938679, 0.111143, 0.144494, 0.21446", \
            "0.102993, 0.105616, 0.110863, 0.120366, 0.137703, 0.171263, 0.241068", \
            "0.146106, 0.149234, 0.155213, 0.166073, 0.184682, 0.219369, 0.289457", \
            "0.21577, 0.219679, 0.226668, 0.239633, 0.261015, 0.297397, 0.368337", \
            "0.344988, 0.348915, 0.35752, 0.373127, 0.399149, 0.44067, 0.513189" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.017869, 0.0198319, 0.0240103, 0.0323629, 0.050143, 0.0898756, 0.180737", \
            "0.0179801, 0.0199169, 0.0240509, 0.0323689, 0.0501526, 0.0898751, 0.180102", \
            "0.0178945, 0.0199621, 0.0238925, 0.032253, 0.0501306, 0.0898451, 0.181462", \
            "0.019624, 0.0216241, 0.0253791, 0.0334388, 0.0507966, 0.089843, 0.180542", \
            "0.0256486, 0.0276905, 0.0315992, 0.039398, 0.0555876, 0.0927923, 0.180856", \
            "0.0337311, 0.0358662, 0.0404044, 0.0487935, 0.0647156, 0.0988938, 0.184403", \
            "0.045861, 0.0484703, 0.0534007, 0.0634471, 0.0799581, 0.11282, 0.190701" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0158092, 0.0169769, 0.0195212, 0.0249578, 0.0367668, 0.0624193, 0.118954", \
            "0.0156091, 0.0167684, 0.0192989, 0.024736, 0.0365862, 0.0623023, 0.118439", \
            "0.0154781, 0.0166247, 0.0191338, 0.024616, 0.0363742, 0.0621571, 0.1183", \
            "0.0154063, 0.0165418, 0.019019, 0.0244573, 0.0362988, 0.0619204, 0.118137", \
            "0.0153394, 0.0164766, 0.0189263, 0.0243252, 0.0361492, 0.0617501, 0.118286", \
            "0.0154373, 0.0165697, 0.019057, 0.0244127, 0.0360004, 0.061815, 0.117717", \
            "0.0185282, 0.0193907, 0.0214583, 0.0263869, 0.0379021, 0.062951, 0.118553" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0063465, 0.0052185, 0.0027515, -0.0026281, -0.0143855, -0.0400364, -0.0964991", \
            "0.0062538, 0.0051279, 0.0026635, -0.0027389, -0.0144897, -0.0401283, -0.0966007", \
            "0.0062069, 0.0051004, 0.0026512, -0.0027828, -0.014504, -0.0401617, -0.0966443", \
            "0.0061073, 0.0049855, 0.0024973, -0.0028473, -0.0145504, -0.0402329, -0.0967036", \
            "0.0069646, 0.0058435, 0.0033238, -0.0021656, -0.0141017, -0.0400591, -0.0966109", \
            "0.0090863, 0.0079029, 0.0052626, -0.0004794, -0.0126771, -0.0389339, -0.0960382", \
            "0.0155436, 0.0143218, 0.0109906, 0.0053845, -0.0080276, -0.0352327, -0.0931747" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0130359, 0.014212, 0.0167852, 0.0223141, 0.0341404, 0.0597466, 0.115915", \
            "0.0128101, 0.0139595, 0.0165009, 0.0219848, 0.033869, 0.0596945, 0.115783", \
            "0.0126682, 0.0138058, 0.0163183, 0.0217337, 0.0336845, 0.0593991, 0.115632", \
            "0.0125616, 0.0136925, 0.0161917, 0.0215967, 0.0333882, 0.0592453, 0.115327", \
            "0.0124982, 0.0136298, 0.0160875, 0.0214895, 0.0333229, 0.0591133, 0.115098", \
            "0.0126645, 0.0137824, 0.0162502, 0.0216082, 0.0332869, 0.0589994, 0.115182", \
            "0.0156428, 0.0165555, 0.0186263, 0.0238229, 0.0353239, 0.0602186, 0.116023" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0060612, 0.0049343, 0.0024785, -0.0028983, -0.0146302, -0.0404063, -0.0970384", \
            "0.0060107, 0.0049009, 0.002424, -0.0029448, -0.0146738, -0.04044, -0.0970514", \
            "0.0059319, 0.004798, 0.0023528, -0.002978, -0.0146992, -0.0404739, -0.0970802", \
            "0.0058872, 0.004759, 0.0022936, -0.0030605, -0.014762, -0.0405426, -0.0971412", \
            "0.0063616, 0.0052226, 0.0027233, -0.002703, -0.0145227, -0.0404583, -0.0971236", \
            "0.0079498, 0.00676, 0.0041637, -0.0014097, -0.0135504, -0.0397063, -0.0966504", \
            "0.0129059, 0.0116308, 0.0088557, 0.0029354, -0.0095845, -0.0366648, -0.0944584" \
          );
        }
      }
      internal_power () {
        related_pin : "CN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0107145, 0.011935, 0.0144672, 0.019997, 0.0318976, 0.0576083, 0.113709", \
            "0.0106798, 0.0118226, 0.0144273, 0.0200158, 0.0317942, 0.0577525, 0.113687", \
            "0.010613, 0.0117478, 0.0143224, 0.0199007, 0.0318567, 0.0578195, 0.113656", \
            "0.0101454, 0.0112908, 0.0138059, 0.0192579, 0.0311604, 0.0569834, 0.113189", \
            "0.0098049, 0.0109548, 0.013443, 0.0188628, 0.0307722, 0.0566466, 0.112614", \
            "0.0096094, 0.0107217, 0.0131399, 0.0185713, 0.0304963, 0.0561554, 0.112392", \
            "0.0104643, 0.0116344, 0.0140974, 0.0195565, 0.0312322, 0.0571924, 0.113036" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0050635, 0.0040344, 0.0017678, -0.003292, -0.0148633, -0.0406159, -0.0972867", \
            "0.0049443, 0.0039104, 0.0016678, -0.0033987, -0.0149697, -0.040721, -0.0973876", \
            "0.0050215, 0.0039913, 0.0017306, -0.0033281, -0.0148633, -0.0406242, -0.0972675", \
            "0.004673, 0.0036579, 0.0014377, -0.0035958, -0.0151218, -0.0408548, -0.0974776", \
            "0.0042398, 0.0030987, 0.0007313, -0.0040919, -0.0154415, -0.0411402, -0.0977241", \
            "0.0050424, 0.0037971, 0.0014722, -0.003898, -0.0156618, -0.0415118, -0.0978867", \
            "0.0064443, 0.0051808, 0.0026511, -0.0028296, -0.0146655, -0.0404788, -0.0971301" \
          );
        }
      }
      internal_power () {
        related_pin : "DN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0092793, 0.0104798, 0.0130947, 0.0186707, 0.0305169, 0.0564308, 0.112296", \
            "0.0091633, 0.0103625, 0.0129531, 0.0185482, 0.0304203, 0.0564166, 0.112094", \
            "0.0090588, 0.0102276, 0.0127965, 0.0183152, 0.0302681, 0.056092, 0.11269", \
            "0.0086154, 0.0097068, 0.012242, 0.0177731, 0.0296976, 0.0555611, 0.111981", \
            "0.0082028, 0.009342, 0.0118475, 0.0172811, 0.0291626, 0.0550584, 0.111168", \
            "0.0082012, 0.0093339, 0.0116738, 0.017065, 0.0288147, 0.0545616, 0.111049", \
            "0.0088976, 0.0100128, 0.0124705, 0.0178373, 0.0294913, 0.0553269, 0.111085" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
          values ( \
            "0.0031035, 0.0021353, -4.07e-05, -0.0050659, -0.0166018, -0.0423638, -0.0990437", \
            "0.0029738, 0.0019987, -0.0001548, -0.0051886, -0.0167145, -0.0424758, -0.0991515", \
            "0.0029981, 0.0020198, -0.0001516, -0.0051469, -0.0166718, -0.0424113, -0.0990776", \
            "0.0026104, 0.0016788, -0.0005459, -0.005517, -0.0169673, -0.0426823, -0.0993286", \
            "0.0026313, 0.0017002, -0.0008813, -0.0060077, -0.0172588, -0.0429029, -0.0994927", \
            "0.0027377, 0.0017783, -0.0008064, -0.0061168, -0.0177491, -0.0435288, -0.0999631", \
            "0.0034023, 0.0022435, -0.0004674, -0.0059213, -0.0177314, -0.0437265, -0.100035" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002325;
      rise_capacitance : 0.002422;
      rise_capacitance_range (0.002422, 0.002422);
      fall_capacitance : 0.002228;
      fall_capacitance_range (0.002228, 0.002228);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.003939, -0.0039833, -0.0040853, -0.0040975, -0.0041255, -0.0041902, -0.0043393" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044458, 0.0044456, 0.0044452, 0.0044441, 0.0044415, 0.0044355, 0.0044217" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00236;
      rise_capacitance : 0.0025;
      rise_capacitance_range (0.0025, 0.0025);
      fall_capacitance : 0.00222;
      fall_capacitance_range (0.00222, 0.00222);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046483, -0.0046688, -0.0047162, -0.0047174, -0.0047201, -0.0047263, -0.0047407" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0047779, 0.0047779, 0.0047777, 0.0047788, 0.0047812, 0.0047867, 0.0047994" \
          );
        }
      }
    }
    pin (CN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001593;
      rise_capacitance : 0.001651;
      rise_capacitance_range (0.001651, 0.001651);
      fall_capacitance : 0.001536;
      fall_capacitance_range (0.001536, 0.001536);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.005014, 0.0049539, 0.0048154, 0.0051807, 0.0060228, 0.0079639, 0.0124381" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0096209, 0.0095242, 0.0093012, 0.0096478, 0.0104467, 0.0122883, 0.0165331" \
          );
        }
      }
    }
    pin (DN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001478;
      rise_capacitance : 0.001531;
      rise_capacitance_range (0.001531, 0.001531);
      fall_capacitance : 0.001425;
      fall_capacitance_range (0.001425, 0.001425);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0029986, 0.0029319, 0.002778, 0.0031835, 0.0041182, 0.0062726, 0.0112387" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088554, 0.008778, 0.0085997, 0.009011, 0.0099592, 0.0121448, 0.0171829" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor4bb_2) {
    area : 16.2656;
    cell_footprint : "nor4bb";
    cell_leakage_power : 0.00790136;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.001062;
      when : "!A&!B&!CN&DN";
    }
    leakage_power () {
      value : 0.0125639;
      when : "!A&!B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0003307;
      when : "!A&!B&CN&DN";
    }
    leakage_power () {
      value : 0.0125417;
      when : "!A&!B&CN&!DN";
    }
    leakage_power () {
      value : 0.0010595;
      when : "!A&B&!CN&DN";
    }
    leakage_power () {
      value : 0.0125624;
      when : "!A&B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0008389;
      when : "!A&B&CN&DN";
    }
    leakage_power () {
      value : 0.0125363;
      when : "!A&B&CN&!DN";
    }
    leakage_power () {
      value : 0.001059;
      when : "A&!B&!CN&DN";
    }
    leakage_power () {
      value : 0.012575;
      when : "A&!B&!CN&!DN";
    }
    leakage_power () {
      value : 0.000774;
      when : "A&!B&CN&DN";
    }
    leakage_power () {
      value : 0.0125291;
      when : "A&!B&CN&!DN";
    }
    leakage_power () {
      value : 0.0010595;
      when : "A&B&!CN&DN";
    }
    leakage_power () {
      value : 0.0315652;
      when : "A&B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0008364;
      when : "A&B&CN&DN";
    }
    leakage_power () {
      value : 0.0125282;
      when : "A&B&CN&!DN";
    }
    leakage_power () {
      value : 0.00790136;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B&CN&DN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.086985;
      max_transition : 1.49995;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279123, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.142102, 0.150645, 0.170168, 0.215645, 0.320143, 0.564026, 1.13844", \
            "0.145607, 0.154014, 0.173167, 0.21883, 0.323783, 0.568541, 1.14342", \
            "0.156077, 0.164663, 0.183907, 0.228889, 0.333791, 0.578492, 1.15408", \
            "0.178875, 0.186722, 0.206032, 0.250778, 0.354979, 0.599406, 1.1745", \
            "0.220609, 0.22908, 0.24883, 0.293785, 0.397509, 0.646671, 1.21778", \
            "0.286462, 0.296647, 0.319647, 0.370701, 0.48214, 0.728069, 1.30273", \
            "0.416274, 0.428332, 0.455565, 0.515302, 0.643108, 0.912065, 1.49638" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279123, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.104101, 0.115065, 0.141032, 0.202178, 0.345495, 0.682337, 1.47878", \
            "0.10418, 0.115107, 0.14099, 0.202178, 0.345495, 0.682022, 1.47784", \
            "0.104351, 0.115251, 0.141093, 0.202032, 0.345653, 0.683491, 1.47887", \
            "0.104945, 0.11536, 0.141279, 0.202534, 0.345432, 0.683375, 1.4779", \
            "0.111421, 0.121589, 0.146258, 0.205074, 0.346199, 0.686103, 1.47795", \
            "0.134036, 0.144294, 0.169255, 0.228138, 0.362027, 0.688317, 1.47613", \
            "0.196949, 0.206301, 0.228119, 0.284327, 0.421154, 0.737203, 1.4944" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279123, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.012375, 0.0133524, 0.0156288, 0.0209053, 0.0328721, 0.0595578, 0.119245", \
            "0.0167852, 0.0178357, 0.0200981, 0.0250293, 0.0366581, 0.0630493, 0.122585", \
            "0.0224545, 0.0239101, 0.0270995, 0.0336161, 0.0458536, 0.0715053, 0.130732", \
            "0.0271131, 0.02914, 0.033461, 0.0428733, 0.0605125, 0.0919379, 0.150483", \
            "0.0229491, 0.0258121, 0.0322512, 0.0459425, 0.0717482, 0.117386, 0.193198", \
            "-0.0079412, -0.0038079, 0.0053497, 0.024412, 0.0609534, 0.128606, 0.242686", \
            "-0.114216, -0.108396, -0.0954292, -0.0683079, -0.0143419, 0.0839674, 0.250608" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279123, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.0124924, 0.0137385, 0.0166707, 0.0236627, 0.0391365, 0.073135, 0.149405", \
            "0.0154248, 0.0163246, 0.0186605, 0.0244468, 0.0388338, 0.0728578, 0.149382", \
            "0.0241679, 0.0251291, 0.0273554, 0.0314489, 0.042783, 0.072928, 0.14894", \
            "0.0380934, 0.0394754, 0.0427569, 0.0490077, 0.0605881, 0.0842834, 0.151127", \
            "0.0611258, 0.0630591, 0.0673673, 0.0762888, 0.0933095, 0.12567, 0.182744", \
            "0.10041, 0.103438, 0.109764, 0.122747, 0.147816, 0.194355, 0.273449", \
            "0.172655, 0.177156, 0.187378, 0.207849, 0.244532, 0.310095, 0.427776" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279123, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.130506, 0.139157, 0.158926, 0.204726, 0.309665, 0.553957, 1.12829", \
            "0.132951, 0.141501, 0.160761, 0.206863, 0.313288, 0.563505, 1.13507", \
            "0.142325, 0.150714, 0.169953, 0.215028, 0.319655, 0.565302, 1.14935", \
            "0.163648, 0.171877, 0.190753, 0.235445, 0.339226, 0.584102, 1.16068", \
            "0.203471, 0.212815, 0.233558, 0.279577, 0.38376, 0.631294, 1.20366", \
            "0.27078, 0.282054, 0.30812, 0.362722, 0.4791, 0.727838, 1.30643", \
            "0.428157, 0.441622, 0.471991, 0.538233, 0.676562, 0.955114, 1.54079" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279123, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.104049, 0.115039, 0.141028, 0.202063, 0.345515, 0.682365, 1.47616", \
            "0.104547, 0.115313, 0.141167, 0.202624, 0.346986, 0.686616, 1.47801", \
            "0.104256, 0.115549, 0.14114, 0.201935, 0.345411, 0.682544, 1.48026", \
            "0.105347, 0.115937, 0.141627, 0.202459, 0.345531, 0.683711, 1.47907", \
            "0.11784, 0.127515, 0.151321, 0.208502, 0.347137, 0.684687, 1.4764", \
            "0.149086, 0.159118, 0.184331, 0.242044, 0.37071, 0.691481, 1.48213", \
            "0.219154, 0.228982, 0.253444, 0.310862, 0.447672, 0.7535, 1.49995" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279123, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.0134841, 0.0145298, 0.0169783, 0.0225064, 0.0347213, 0.0616114, 0.122158", \
            "0.0179795, 0.0190602, 0.0212959, 0.0264762, 0.0384226, 0.0651449, 0.125624", \
            "0.0239803, 0.025448, 0.0286009, 0.0351445, 0.0474406, 0.0735263, 0.133877", \
            "0.0280821, 0.0301249, 0.0347007, 0.0441729, 0.0620184, 0.0936035, 0.153148", \
            "0.0228248, 0.025813, 0.0319681, 0.0455589, 0.0715591, 0.11844, 0.197073", \
            "-0.012674, -0.0082698, 0.0011827, 0.0210088, 0.0594147, 0.128681, 0.246275", \
            "-0.127329, -0.120965, -0.107132, -0.0787441, -0.0215947, 0.0817384, 0.255907" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279123, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.0132047, 0.0144639, 0.0175029, 0.0243113, 0.0393179, 0.0727912, 0.151091", \
            "0.0155287, 0.0164791, 0.0188192, 0.024598, 0.0388396, 0.0725356, 0.150898", \
            "0.0235145, 0.0244437, 0.0264385, 0.0307297, 0.0420402, 0.0725238, 0.150768", \
            "0.0361942, 0.0374834, 0.0403641, 0.0467464, 0.059468, 0.083518, 0.152484", \
            "0.0570114, 0.058966, 0.0635135, 0.0723632, 0.0908381, 0.123203, 0.182165", \
            "0.0930759, 0.0960899, 0.102831, 0.117335, 0.142771, 0.192243, 0.274144", \
            "0.160958, 0.165699, 0.176938, 0.196665, 0.237086, 0.307512, 0.428954" \
          );
        }
      }
      timing () {
        related_pin : "CN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279123, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.133529, 0.141447, 0.161383, 0.207249, 0.311649, 0.556686, 1.13135", \
            "0.137138, 0.145264, 0.16499, 0.209983, 0.315038, 0.560065, 1.13491", \
            "0.145607, 0.153836, 0.173168, 0.2188, 0.323252, 0.56869, 1.14378", \
            "0.160032, 0.168208, 0.18763, 0.232902, 0.339241, 0.583525, 1.1671", \
            "0.173484, 0.182004, 0.200813, 0.245505, 0.350173, 0.59814, 1.17227", \
            "0.177719, 0.185881, 0.205104, 0.250217, 0.353832, 0.598599, 1.17465", \
            "0.146891, 0.155435, 0.175521, 0.220461, 0.324621, 0.569171, 1.14564" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279123, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.104031, 0.114719, 0.140936, 0.202728, 0.345726, 0.681832, 1.47853", \
            "0.103808, 0.114662, 0.140808, 0.202078, 0.345443, 0.683114, 1.47598", \
            "0.103887, 0.114657, 0.140554, 0.20213, 0.345632, 0.681852, 1.47834", \
            "0.103731, 0.114894, 0.140927, 0.202565, 0.347084, 0.683455, 1.48232", \
            "0.104151, 0.11561, 0.141217, 0.201996, 0.345714, 0.684819, 1.47821", \
            "0.105722, 0.116342, 0.141864, 0.202778, 0.345612, 0.682235, 1.4775", \
            "0.11212, 0.121997, 0.146611, 0.205319, 0.346994, 0.683495, 1.47542" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279123, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.0911082, 0.0927549, 0.096476, 0.104308, 0.119585, 0.149771, 0.212546", \
            "0.0952033, 0.0968908, 0.100609, 0.108444, 0.123769, 0.153992, 0.216727", \
            "0.106554, 0.108226, 0.111944, 0.119777, 0.135184, 0.16541, 0.228192", \
            "0.1342, 0.135854, 0.139563, 0.147348, 0.162556, 0.192678, 0.255506", \
            "0.188733, 0.190587, 0.194657, 0.203213, 0.219559, 0.250615, 0.31367", \
            "0.274829, 0.276969, 0.281784, 0.291796, 0.311086, 0.34522, 0.410735", \
            "0.42128, 0.422971, 0.428794, 0.440878, 0.463333, 0.504125, 0.574956" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279123, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.0280329, 0.0291741, 0.0318531, 0.0380587, 0.0513289, 0.0822277, 0.157924", \
            "0.0280959, 0.0291484, 0.0318405, 0.0381135, 0.051376, 0.0823656, 0.157981", \
            "0.0279776, 0.0291883, 0.0318721, 0.0381403, 0.0513576, 0.0823279, 0.157903", \
            "0.0282087, 0.0292495, 0.0321011, 0.038202, 0.0515505, 0.0825, 0.158288", \
            "0.0338038, 0.0349563, 0.0376606, 0.0435608, 0.0558129, 0.0851771, 0.159154", \
            "0.0439858, 0.0452423, 0.0483818, 0.0553675, 0.0678427, 0.095571, 0.165465", \
            "0.0572519, 0.0590188, 0.0627836, 0.0706468, 0.0858311, 0.114756, 0.17794" \
          );
        }
      }
      timing () {
        related_pin : "DN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279123, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.0871409, 0.0949392, 0.113789, 0.159059, 0.266228, 0.511734, 1.09303", \
            "0.0911518, 0.0987191, 0.117676, 0.163409, 0.270222, 0.519433, 1.0923", \
            "0.0999062, 0.107589, 0.126044, 0.171299, 0.27714, 0.522969, 1.10375", \
            "0.115355, 0.122591, 0.140637, 0.185349, 0.291238, 0.539509, 1.11672", \
            "0.132785, 0.139602, 0.156748, 0.200503, 0.304931, 0.550291, 1.13108", \
            "0.143532, 0.150235, 0.166398, 0.20838, 0.311224, 0.555358, 1.13149", \
            "0.122358, 0.130186, 0.146473, 0.186244, 0.287043, 0.532135, 1.10488" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279123, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.0934686, 0.105804, 0.133975, 0.199112, 0.346173, 0.682246, 1.48575", \
            "0.0933752, 0.105835, 0.133948, 0.198918, 0.345926, 0.686328, 1.47943", \
            "0.0933094, 0.105476, 0.133628, 0.199108, 0.345227, 0.681581, 1.47786", \
            "0.0924698, 0.104461, 0.132607, 0.198028, 0.345753, 0.685596, 1.47819", \
            "0.0924216, 0.104339, 0.132147, 0.197323, 0.344962, 0.682228, 1.47828", \
            "0.0956626, 0.106918, 0.132876, 0.196357, 0.344781, 0.682234, 1.47832", \
            "0.105899, 0.116554, 0.141173, 0.199557, 0.344754, 0.685169, 1.47554" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279123, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.0879482, 0.0900188, 0.0944506, 0.103435, 0.120277, 0.151655, 0.215115", \
            "0.0921931, 0.094253, 0.0986366, 0.107648, 0.124538, 0.155924, 0.219253", \
            "0.103276, 0.105303, 0.109752, 0.118723, 0.135668, 0.167055, 0.230475", \
            "0.131131, 0.133138, 0.13753, 0.146509, 0.163313, 0.194729, 0.258071", \
            "0.186585, 0.188821, 0.193638, 0.203169, 0.221205, 0.253371, 0.317062", \
            "0.272865, 0.275422, 0.280861, 0.292292, 0.313959, 0.350283, 0.416643", \
            "0.419494, 0.422539, 0.429164, 0.442211, 0.467825, 0.511324, 0.583758" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279123, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.0243989, 0.0257779, 0.0285915, 0.0352517, 0.0495641, 0.080651, 0.155473", \
            "0.0243901, 0.0257141, 0.0286829, 0.0354525, 0.049531, 0.0805658, 0.155781", \
            "0.0243965, 0.0257723, 0.0287703, 0.0355808, 0.0496271, 0.0806862, 0.155625", \
            "0.0245038, 0.0256887, 0.0288744, 0.0353941, 0.0496613, 0.0810308, 0.1555", \
            "0.0305403, 0.0318979, 0.0349022, 0.0411668, 0.0543568, 0.0840359, 0.156416", \
            "0.0414786, 0.0431026, 0.0468779, 0.0538896, 0.0674871, 0.096204, 0.163947", \
            "0.0568066, 0.0585953, 0.0625967, 0.0702574, 0.0864001, 0.115985, 0.179489" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279122, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.0296107, 0.030974, 0.0341574, 0.0415603, 0.0585592, 0.0985735, 0.19284", \
            "0.0292311, 0.0305726, 0.0336906, 0.0411302, 0.058204, 0.0983499, 0.192676", \
            "0.0289738, 0.0303071, 0.033393, 0.0407239, 0.0577478, 0.09801, 0.192453", \
            "0.0288099, 0.0301047, 0.0332103, 0.0404736, 0.0573959, 0.0977294, 0.192098", \
            "0.0286497, 0.0299198, 0.03296, 0.0401784, 0.0572349, 0.0974681, 0.191592", \
            "0.0287615, 0.0300538, 0.0331041, 0.0402654, 0.0570549, 0.0970953, 0.191352", \
            "0.0323433, 0.0333922, 0.0359279, 0.043008, 0.0594438, 0.0988533, 0.192057" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279122, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.0144974, 0.0132269, 0.0101808, 0.0029945, -0.0139996, -0.0539855, -0.148601", \
            "0.0142999, 0.0130143, 0.0099845, 0.0027692, -0.0142316, -0.0542042, -0.148818", \
            "0.01422, 0.0129433, 0.0098992, 0.0027074, -0.0143207, -0.0543343, -0.148918", \
            "0.0139197, 0.0126334, 0.0096221, 0.0024429, -0.0145029, -0.0545234, -0.149182", \
            "0.0151698, 0.0138448, 0.0107283, 0.0033955, -0.0139674, -0.0542762, -0.148929", \
            "0.0188445, 0.0174544, 0.0142042, 0.0066114, -0.0110407, -0.052067, -0.148144", \
            "0.0299861, 0.0285048, 0.0251625, 0.0174456, -0.0023284, -0.0449482, -0.141384" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279122, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.0261148, 0.0274981, 0.030724, 0.0381966, 0.0552734, 0.0953507, 0.189744", \
            "0.025657, 0.0269938, 0.0301797, 0.0376116, 0.0550923, 0.0954253, 0.189475", \
            "0.0253706, 0.0266892, 0.0298173, 0.0371779, 0.0542482, 0.0945434, 0.18924", \
            "0.0252347, 0.0265527, 0.0296308, 0.0368619, 0.0538899, 0.0940734, 0.188696", \
            "0.0251172, 0.0264163, 0.02942, 0.036652, 0.0536921, 0.0940135, 0.188074", \
            "0.0254173, 0.0267133, 0.0298362, 0.0369479, 0.0537582, 0.0937001, 0.188727", \
            "0.0306915, 0.0317102, 0.0345054, 0.0412309, 0.0573378, 0.0962164, 0.189531" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279122, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.0118061, 0.010519, 0.007462, 0.0002916, -0.016646, -0.0566697, -0.151763", \
            "0.0117638, 0.0104849, 0.0074355, 0.0002554, -0.0166994, -0.0567264, -0.151746", \
            "0.0116705, 0.0104008, 0.0073868, 0.0001972, -0.01673, -0.0567457, -0.151792", \
            "0.0115856, 0.0102784, 0.0072462, 3.9e-05, -0.0167911, -0.0568508, -0.151905", \
            "0.0126247, 0.0113128, 0.0082697, 0.0009899, -0.0159961, -0.0565891, -0.151819", \
            "0.01562, 0.0142498, 0.0110001, 0.00345, -0.0140547, -0.0549562, -0.150927", \
            "0.0252575, 0.023797, 0.0203679, 0.0124252, -0.005461, -0.0482696, -0.146175" \
          );
        }
      }
      internal_power () {
        related_pin : "CN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279122, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.0197582, 0.0210581, 0.0242957, 0.0317126, 0.0487776, 0.0889005, 0.18325", \
            "0.019714, 0.0210281, 0.0242011, 0.0315377, 0.0487513, 0.0888636, 0.183251", \
            "0.0196743, 0.0209853, 0.0241412, 0.0314603, 0.0486549, 0.0887631, 0.183173", \
            "0.0191948, 0.0205198, 0.0236468, 0.0309866, 0.0482605, 0.0883518, 0.182713", \
            "0.0186688, 0.0200101, 0.0230666, 0.0303152, 0.0475297, 0.0876977, 0.18213", \
            "0.0184504, 0.0197569, 0.0228371, 0.0301171, 0.047056, 0.0872161, 0.181615", \
            "0.0194285, 0.0207771, 0.0238703, 0.0311443, 0.0477923, 0.0880737, 0.182146" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279122, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.0110833, 0.0098557, 0.0070058, 0.0002702, -0.0160843, -0.0559324, -0.151049", \
            "0.0109545, 0.0097585, 0.0068962, 0.0001757, -0.0161342, -0.0560434, -0.15116", \
            "0.011019, 0.0098051, 0.0069526, 0.0002374, -0.016066, -0.0559534, -0.151067", \
            "0.0104552, 0.0092573, 0.0064274, -0.0002931, -0.0165042, -0.056346, -0.151465", \
            "0.0098268, 0.0086005, 0.0057799, -0.0008472, -0.0171131, -0.0568431, -0.151807", \
            "0.0116495, 0.0103358, 0.0072147, 1.22e-05, -0.0170272, -0.0572414, -0.152105", \
            "0.0137467, 0.0107479, 0.0076139, 0.000276, -0.0168586, -0.0570787, -0.152431" \
          );
        }
      }
      internal_power () {
        related_pin : "DN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279122, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.0175667, 0.0189438, 0.0221993, 0.0296215, 0.047144, 0.0873545, 0.182799", \
            "0.0175624, 0.0189463, 0.0221996, 0.0296574, 0.0471386, 0.0877438, 0.181833", \
            "0.0176378, 0.0189894, 0.0221723, 0.0295946, 0.0468619, 0.0872906, 0.181784", \
            "0.0170896, 0.0184265, 0.021574, 0.0289798, 0.0463441, 0.0870125, 0.181176", \
            "0.0166984, 0.0180247, 0.0210488, 0.0283032, 0.0454673, 0.0857435, 0.180303", \
            "0.0167251, 0.0179276, 0.0209466, 0.0281601, 0.0450814, 0.08514, 0.179767", \
            "0.0183295, 0.0196014, 0.0224689, 0.0295579, 0.0460607, 0.0863408, 0.180131" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118136, 0.00279122, 0.00659489, 0.0155819, 0.0368156, 0.0869851");
          values ( \
            "0.0055812, 0.0043643, 0.0016005, -0.0048046, -0.0208025, -0.0603955, -0.155515", \
            "0.0055035, 0.0042967, 0.0015347, -0.0049141, -0.020875, -0.0604736, -0.155551", \
            "0.0054957, 0.0043246, 0.0015586, -0.0048893, -0.020864, -0.0604003, -0.155478", \
            "0.0050793, 0.0038558, 0.0011207, -0.0053181, -0.0213477, -0.0608431, -0.155866", \
            "0.004991, 0.0037762, 0.0009382, -0.0057149, -0.0214845, -0.060809, -0.155826", \
            "0.0073156, 0.0059361, 0.0027749, -0.0045093, -0.0213867, -0.0614821, -0.156224", \
            "0.0096052, 0.0081922, 0.0050729, -0.0024905, -0.0207656, -0.0609631, -0.156094" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00438;
      rise_capacitance : 0.004608;
      rise_capacitance_range (0.004608, 0.004608);
      fall_capacitance : 0.004152;
      fall_capacitance_range (0.004152, 0.004152);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0075791, -0.0076823, -0.0079203, -0.0079459, -0.008005, -0.0081411, -0.0084549" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0107, 0.0106958, 0.0106862, 0.0106893, 0.0106964, 0.0107129, 0.010751" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004348;
      rise_capacitance : 0.004652;
      rise_capacitance_range (0.004652, 0.004652);
      fall_capacitance : 0.004044;
      fall_capacitance_range (0.004044, 0.004044);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0083198, -0.0083738, -0.0084984, -0.0085046, -0.0085189, -0.0085519, -0.008628" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0091372, 0.0091364, 0.0091346, 0.0091315, 0.0091241, 0.0091073, 0.0090686" \
          );
        }
      }
    }
    pin (CN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001443;
      rise_capacitance : 0.001494;
      rise_capacitance_range (0.001494, 0.001494);
      fall_capacitance : 0.001392;
      fall_capacitance_range (0.001392, 0.001392);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0091291, 0.0090779, 0.0089599, 0.0092861, 0.0100378, 0.0117708, 0.0157654" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0119417, 0.0118473, 0.0116295, 0.0120045, 0.0128689, 0.0148614, 0.019454" \
          );
        }
      }
    }
    pin (DN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001576;
      rise_capacitance : 0.001636;
      rise_capacitance_range (0.001636, 0.001636);
      fall_capacitance : 0.001516;
      fall_capacitance_range (0.001516, 0.001516);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0065643, 0.0064872, 0.0063094, 0.0066553, 0.0074527, 0.0092907, 0.0135276" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0135074, 0.0134068, 0.0131748, 0.0135065, 0.014271, 0.0160332, 0.0200952" \
          );
        }
      }
    }
  }
  cell (scs8hd_nor4bb_4) {
    area : 25.024;
    cell_footprint : "nor4bb";
    cell_leakage_power : 0.0193086;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0078675;
      when : "!A&!B&!CN&DN";
    }
    leakage_power () {
      value : 0.0248231;
      when : "!A&!B&!CN&!DN";
    }
    leakage_power () {
      value : 0.013081;
      when : "!A&!B&CN&DN";
    }
    leakage_power () {
      value : 0.0310236;
      when : "!A&!B&CN&!DN";
    }
    leakage_power () {
      value : 0.0078642;
      when : "!A&B&!CN&DN";
    }
    leakage_power () {
      value : 0.0248254;
      when : "!A&B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0137095;
      when : "!A&B&CN&DN";
    }
    leakage_power () {
      value : 0.0310194;
      when : "!A&B&CN&!DN";
    }
    leakage_power () {
      value : 0.0078643;
      when : "A&!B&!CN&DN";
    }
    leakage_power () {
      value : 0.0248227;
      when : "A&!B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0136045;
      when : "A&!B&CN&DN";
    }
    leakage_power () {
      value : 0.0310167;
      when : "A&!B&CN&!DN";
    }
    leakage_power () {
      value : 0.0078644;
      when : "A&B&!CN&DN";
    }
    leakage_power () {
      value : 0.0248291;
      when : "A&B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0137072;
      when : "A&B&CN&DN";
    }
    leakage_power () {
      value : 0.0310143;
      when : "A&B&CN&!DN";
    }
    leakage_power () {
      value : 0.0193086;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B&CN&DN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.157481;
      max_transition : 1.48992;
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.149793, 0.155422, 0.169179, 0.205336, 0.295713, 0.533778, 1.13914", \
            "0.153007, 0.158295, 0.172667, 0.208204, 0.300803, 0.53462, 1.14273", \
            "0.163544, 0.169043, 0.182716, 0.21825, 0.310749, 0.54539, 1.15453", \
            "0.186236, 0.191407, 0.20557, 0.241094, 0.332949, 0.566899, 1.17711", \
            "0.229625, 0.235193, 0.249443, 0.2856, 0.376645, 0.61045, 1.22279", \
            "0.299962, 0.306696, 0.322613, 0.364056, 0.462418, 0.700899, 1.30938", \
            "0.438941, 0.446675, 0.466277, 0.514619, 0.627216, 0.889876, 1.51077" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.107831, 0.114825, 0.132661, 0.18089, 0.305167, 0.631594, 1.46555", \
            "0.108044, 0.114908, 0.133015, 0.180788, 0.305827, 0.627607, 1.46618", \
            "0.10805, 0.115053, 0.132883, 0.18084, 0.305886, 0.62736, 1.46611", \
            "0.108373, 0.11547, 0.133292, 0.181229, 0.306173, 0.627532, 1.46694", \
            "0.114432, 0.12136, 0.137991, 0.184133, 0.305607, 0.630908, 1.46761", \
            "0.136112, 0.142919, 0.160551, 0.20683, 0.324472, 0.634802, 1.46682", \
            "0.197144, 0.202883, 0.218559, 0.262179, 0.380077, 0.684331, 1.48442" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.0133459, 0.0140144, 0.0157725, 0.020256, 0.0314148, 0.0586444, 0.124844", \
            "0.0177131, 0.0184275, 0.0201827, 0.0243552, 0.035141, 0.0621174, 0.128311", \
            "0.0232727, 0.0242953, 0.0267336, 0.0323836, 0.0443223, 0.0703822, 0.136134", \
            "0.0274378, 0.0287947, 0.0319494, 0.0401428, 0.0568831, 0.0895038, 0.154931", \
            "0.0222506, 0.024267, 0.0293568, 0.0406993, 0.0647935, 0.111674, 0.19727", \
            "-0.0116538, -0.0102019, -0.0031122, 0.0135011, 0.0482377, 0.116866, 0.241848", \
            "-0.126292, -0.1225, -0.112999, -0.0921591, -0.0407715, 0.059732, 0.243861" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.0156486, 0.0166325, 0.0190051, 0.0255015, 0.0416251, 0.080221, 0.175694", \
            "0.018074, 0.0188308, 0.0208816, 0.0264437, 0.0412911, 0.0797486, 0.175343", \
            "0.0259372, 0.0267632, 0.0286676, 0.0333211, 0.0454166, 0.0800784, 0.175086", \
            "0.0393563, 0.0403278, 0.0430004, 0.0488792, 0.0616804, 0.0918466, 0.176388", \
            "0.0624815, 0.0638221, 0.0670762, 0.0746263, 0.0918581, 0.127524, 0.206117", \
            "0.101382, 0.103896, 0.108705, 0.119797, 0.142937, 0.191483, 0.288417", \
            "0.173048, 0.176085, 0.183498, 0.200999, 0.236165, 0.303371, 0.434412" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.13885, 0.144389, 0.159143, 0.195582, 0.287506, 0.521057, 1.12935", \
            "0.140748, 0.146221, 0.160697, 0.197366, 0.290138, 0.524357, 1.13327", \
            "0.15019, 0.155838, 0.169752, 0.205207, 0.298224, 0.53368, 1.14343", \
            "0.17208, 0.177433, 0.191422, 0.226654, 0.318369, 0.553465, 1.16451", \
            "0.214482, 0.220414, 0.235732, 0.272685, 0.364285, 0.59957, 1.21444", \
            "0.286715, 0.29508, 0.313046, 0.357103, 0.462091, 0.70237, 1.31697", \
            "0.457981, 0.46664, 0.488738, 0.541512, 0.663603, 0.937344, 1.56057" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.107523, 0.114417, 0.132931, 0.181081, 0.306089, 0.627502, 1.466", \
            "0.107614, 0.114656, 0.132942, 0.181143, 0.305147, 0.627872, 1.46636", \
            "0.107776, 0.114998, 0.133024, 0.180812, 0.305935, 0.627394, 1.46592", \
            "0.108882, 0.115835, 0.133636, 0.181319, 0.306097, 0.627551, 1.46748", \
            "0.120137, 0.126576, 0.143328, 0.188148, 0.307019, 0.627741, 1.47458", \
            "0.151568, 0.158261, 0.1764, 0.221356, 0.333783, 0.638085, 1.46944", \
            "0.22103, 0.227683, 0.244538, 0.290965, 0.406764, 0.703194, 1.48992" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.0146391, 0.0153563, 0.0172768, 0.0220248, 0.0335557, 0.0612628, 0.129099", \
            "0.0190476, 0.0197667, 0.0215044, 0.0259419, 0.0371795, 0.06468, 0.132617", \
            "0.0248165, 0.0258079, 0.0282804, 0.034037, 0.0459792, 0.0727552, 0.140455", \
            "0.0286138, 0.0300635, 0.0335222, 0.0415162, 0.0586764, 0.0916713, 0.15925", \
            "0.0216792, 0.0235864, 0.0283838, 0.039907, 0.0648668, 0.113349, 0.201426", \
            "-0.0182315, -0.0164855, -0.009285, 0.007532, 0.0438851, 0.115876, 0.246694", \
            "-0.144833, -0.140763, -0.13058, -0.107419, -0.0532049, 0.0528703, 0.246158" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.0159235, 0.0168358, 0.0192047, 0.0252698, 0.0402092, 0.0772464, 0.172238", \
            "0.0177287, 0.0184769, 0.0203931, 0.0256579, 0.0397955, 0.0770486, 0.172256", \
            "0.0251403, 0.0258444, 0.0276607, 0.0319121, 0.0432038, 0.0770969, 0.172102", \
            "0.0373284, 0.0383023, 0.0406419, 0.0468649, 0.0593269, 0.0882654, 0.173258", \
            "0.0582406, 0.0595937, 0.0636214, 0.0711098, 0.0892496, 0.125747, 0.202135", \
            "0.0949607, 0.0974301, 0.102271, 0.114079, 0.139387, 0.189778, 0.288161", \
            "0.160795, 0.164439, 0.172863, 0.19184, 0.229761, 0.304567, 0.440757" \
          );
        }
      }
      timing () {
        related_pin : "CN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.146263, 0.152207, 0.166414, 0.203042, 0.295176, 0.531306, 1.1421", \
            "0.150225, 0.155669, 0.169653, 0.20617, 0.298514, 0.535247, 1.1444", \
            "0.158227, 0.163713, 0.177465, 0.213623, 0.307455, 0.542914, 1.15241", \
            "0.171883, 0.177279, 0.191688, 0.227724, 0.319154, 0.55554, 1.16682", \
            "0.18509, 0.190344, 0.204592, 0.240023, 0.332379, 0.569456, 1.18394", \
            "0.184667, 0.189973, 0.20413, 0.239595, 0.331302, 0.566644, 1.18243", \
            "0.140205, 0.145993, 0.160264, 0.196782, 0.288701, 0.523343, 1.13512" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.107424, 0.114279, 0.132689, 0.180696, 0.305097, 0.630283, 1.46509", \
            "0.107238, 0.114293, 0.132468, 0.180505, 0.305235, 0.627069, 1.46669", \
            "0.107418, 0.114558, 0.132576, 0.180499, 0.306078, 0.629096, 1.46553", \
            "0.107236, 0.114255, 0.132565, 0.180553, 0.305099, 0.627796, 1.46732", \
            "0.107891, 0.11485, 0.133075, 0.180762, 0.304839, 0.627968, 1.4746", \
            "0.10953, 0.116525, 0.134528, 0.181569, 0.30566, 0.627434, 1.4693", \
            "0.116367, 0.122978, 0.140028, 0.185612, 0.306872, 0.628136, 1.46481" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.0934548, 0.0945816, 0.0972641, 0.103914, 0.118366, 0.149041, 0.217797", \
            "0.0980423, 0.0992089, 0.102041, 0.108649, 0.12301, 0.153614, 0.222579", \
            "0.110257, 0.111382, 0.114183, 0.120765, 0.135271, 0.165843, 0.234805", \
            "0.139511, 0.14069, 0.143465, 0.150005, 0.164489, 0.195036, 0.263657", \
            "0.199874, 0.201066, 0.204066, 0.211072, 0.226334, 0.257804, 0.326779", \
            "0.297156, 0.298628, 0.302135, 0.310583, 0.328736, 0.363975, 0.435833", \
            "0.465239, 0.466959, 0.471111, 0.480861, 0.502764, 0.545218, 0.623577" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.0291505, 0.0299324, 0.0320571, 0.0374035, 0.0494922, 0.0809168, 0.16634", \
            "0.0290812, 0.0299335, 0.0320079, 0.0373909, 0.0495721, 0.0812422, 0.166508", \
            "0.0291912, 0.0299931, 0.0320192, 0.0372258, 0.0494973, 0.0811609, 0.166563", \
            "0.0292778, 0.0301663, 0.03208, 0.0372329, 0.0495848, 0.0811876, 0.166557", \
            "0.0349005, 0.0356562, 0.0375078, 0.0429908, 0.0540782, 0.0839396, 0.167472", \
            "0.0462687, 0.0472094, 0.0496075, 0.0551151, 0.0675703, 0.0960777, 0.173875", \
            "0.0617263, 0.0627756, 0.0658415, 0.0727281, 0.0876522, 0.117317, 0.188365" \
          );
        }
      }
      timing () {
        related_pin : "DN";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.0901791, 0.0949991, 0.108324, 0.144338, 0.237334, 0.474217, 1.08498", \
            "0.0936081, 0.0984459, 0.111672, 0.147722, 0.240564, 0.477986, 1.08861", \
            "0.101736, 0.106718, 0.119625, 0.155364, 0.248167, 0.485423, 1.09547", \
            "0.116305, 0.121012, 0.133396, 0.16791, 0.260625, 0.498721, 1.10897", \
            "0.130074, 0.134314, 0.14641, 0.180321, 0.271071, 0.511295, 1.11934", \
            "0.132583, 0.136862, 0.148152, 0.180042, 0.269868, 0.50477, 1.1184", \
            "0.09331, 0.0981194, 0.11037, 0.141007, 0.226295, 0.45959, 1.07108" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.095463, 0.103254, 0.123334, 0.175692, 0.304533, 0.631724, 1.46556", \
            "0.0954037, 0.103471, 0.123532, 0.175592, 0.304656, 0.627906, 1.46798", \
            "0.0952317, 0.102975, 0.123869, 0.175163, 0.304176, 0.62789, 1.46614", \
            "0.0943524, 0.101978, 0.122392, 0.174118, 0.304069, 0.628149, 1.46615", \
            "0.0938931, 0.101925, 0.121397, 0.173489, 0.303394, 0.630014, 1.46621", \
            "0.0972767, 0.104182, 0.123237, 0.172602, 0.302898, 0.627331, 1.47018", \
            "0.107542, 0.113981, 0.132037, 0.177708, 0.302231, 0.630706, 1.4665" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.0827942, 0.0841137, 0.0873519, 0.0946903, 0.110019, 0.140854, 0.208766", \
            "0.0873338, 0.088657, 0.0918881, 0.0992425, 0.114609, 0.145484, 0.213308", \
            "0.0993456, 0.100658, 0.103873, 0.111264, 0.126663, 0.157451, 0.22536", \
            "0.128565, 0.12985, 0.133077, 0.140427, 0.15568, 0.186481, 0.254422", \
            "0.187072, 0.188496, 0.191987, 0.199982, 0.216494, 0.248149, 0.31634", \
            "0.28102, 0.2827, 0.286801, 0.296198, 0.315919, 0.352086, 0.42327", \
            "0.445169, 0.447204, 0.452014, 0.463028, 0.486315, 0.53021, 0.607853" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.0235174, 0.0243941, 0.0266052, 0.032106, 0.0448003, 0.0757998, 0.158479", \
            "0.023523, 0.024397, 0.0266129, 0.0320704, 0.0447865, 0.0756222, 0.158568", \
            "0.0237158, 0.0245963, 0.0267909, 0.0322912, 0.0447692, 0.0757055, 0.158346", \
            "0.0238583, 0.0246022, 0.0270412, 0.0321183, 0.0450152, 0.076008, 0.158422", \
            "0.0303472, 0.0311922, 0.0333237, 0.0384751, 0.0498605, 0.0791204, 0.159381", \
            "0.0414407, 0.0424066, 0.0452653, 0.0508685, 0.0632883, 0.0915685, 0.165965", \
            "0.0570054, 0.0581009, 0.0608521, 0.0679021, 0.0824803, 0.111606, 0.180618" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887358, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.0557765, 0.0573626, 0.0613954, 0.0720397, 0.0991173, 0.169972, 0.351365", \
            "0.0549391, 0.0564667, 0.0606361, 0.0711495, 0.098786, 0.168699, 0.351312", \
            "0.0543642, 0.0559064, 0.0599119, 0.0703808, 0.0980114, 0.168085, 0.350939", \
            "0.0540013, 0.0555193, 0.0595587, 0.0700083, 0.0972673, 0.167341, 0.350338", \
            "0.0535686, 0.055058, 0.0590549, 0.069431, 0.0965994, 0.166575, 0.349411", \
            "0.0536306, 0.0551105, 0.0591383, 0.0694364, 0.0964199, 0.166498, 0.348932", \
            "0.0592187, 0.0604674, 0.0637667, 0.0739319, 0.10011, 0.169344, 0.349944" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887358, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.0292174, 0.0276876, 0.0237525, 0.0134013, -0.0136322, -0.0839032, -0.267365", \
            "0.0288944, 0.0273495, 0.0233601, 0.0130148, -0.0140272, -0.0843053, -0.267778", \
            "0.0287525, 0.0272147, 0.0231688, 0.0128059, -0.0141601, -0.0844263, -0.267883", \
            "0.0281542, 0.0266291, 0.0228108, 0.0125313, -0.0146795, -0.0848728, -0.268383", \
            "0.029067, 0.0275124, 0.0234745, 0.0127967, -0.0143383, -0.0843462, -0.267978", \
            "0.0357312, 0.0342461, 0.0300011, 0.0191458, -0.0090957, -0.0813826, -0.266658", \
            "0.0547423, 0.0529743, 0.0483733, 0.0367559, 0.0066159, -0.0682754, -0.257519" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887358, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.0516654, 0.0532683, 0.0575541, 0.0682508, 0.0957916, 0.16554, 0.347995", \
            "0.0506263, 0.0522592, 0.056467, 0.0672121, 0.0945153, 0.1651, 0.34785", \
            "0.0499733, 0.0515583, 0.0556528, 0.0661487, 0.0939211, 0.164252, 0.347414", \
            "0.0496374, 0.0511984, 0.0552173, 0.0656706, 0.0930652, 0.163302, 0.346581", \
            "0.049244, 0.0507488, 0.0547702, 0.0651336, 0.0923255, 0.162356, 0.346847", \
            "0.0494928, 0.0510979, 0.0550504, 0.0654702, 0.0920483, 0.162066, 0.345891", \
            "0.0597406, 0.0612105, 0.0647221, 0.0737303, 0.098888, 0.167308, 0.347609" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887358, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.0244867, 0.0229544, 0.0190004, 0.0086366, -0.0183438, -0.0885458, -0.272636", \
            "0.0243297, 0.0228525, 0.0188712, 0.008551, -0.0184487, -0.0886787, -0.272645", \
            "0.0240628, 0.022564, 0.0186639, 0.008376, -0.0185448, -0.0887129, -0.272736", \
            "0.023693, 0.0221807, 0.0182497, 0.0079717, -0.018836, -0.0889393, -0.272929", \
            "0.0254525, 0.0238996, 0.019869, 0.0093374, -0.0180405, -0.0886384, -0.272791", \
            "0.0308833, 0.0301685, 0.0259642, 0.0148625, -0.0131068, -0.0858731, -0.271543", \
            "0.0489179, 0.0472255, 0.0427854, 0.0315993, 0.000483, -0.0740421, -0.263145" \
          );
        }
      }
      internal_power () {
        related_pin : "CN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887358, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.0396843, 0.0413297, 0.0455215, 0.056246, 0.0838253, 0.154344, 0.337067", \
            "0.0396652, 0.0412907, 0.0453268, 0.0560356, 0.0837347, 0.154356, 0.3372", \
            "0.0396355, 0.041096, 0.0451749, 0.055912, 0.0837951, 0.154791, 0.337262", \
            "0.0386597, 0.0402171, 0.0443567, 0.0550413, 0.0822822, 0.153145, 0.33623", \
            "0.0375389, 0.0391365, 0.0432099, 0.0536658, 0.0810681, 0.151595, 0.336568", \
            "0.0373605, 0.038898, 0.0429315, 0.0534649, 0.0804789, 0.150973, 0.335151", \
            "0.0390019, 0.0405618, 0.044589, 0.0550827, 0.0818314, 0.152229, 0.334725" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887358, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.0221946, 0.0207259, 0.0169856, 0.0070572, -0.0189106, -0.0886175, -0.272718", \
            "0.0221305, 0.0206556, 0.016867, 0.0069721, -0.0189619, -0.088687, -0.272749", \
            "0.0220956, 0.0206533, 0.0168596, 0.0069899, -0.0189567, -0.0886108, -0.272644", \
            "0.0212792, 0.0198264, 0.0160206, 0.0061768, -0.0197404, -0.0892533, -0.273165", \
            "0.0209269, 0.0194063, 0.0156006, 0.0060215, -0.0199409, -0.0896262, -0.273335", \
            "0.022762, 0.0212413, 0.0171385, 0.00674, -0.0201789, -0.0900378, -0.27378", \
            "0.0260943, 0.024476, 0.0202862, 0.0096486, -0.0177673, -0.0885507, -0.272978" \
          );
        }
      }
      internal_power () {
        related_pin : "DN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887358, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.0380358, 0.0396406, 0.0437561, 0.0546583, 0.0826687, 0.153286, 0.336226", \
            "0.0378758, 0.0395464, 0.0437739, 0.0545747, 0.0825072, 0.153286, 0.336439", \
            "0.0379482, 0.0395379, 0.0436836, 0.0544848, 0.0820856, 0.153016, 0.336246", \
            "0.0368965, 0.0384849, 0.0425101, 0.0531031, 0.080721, 0.15156, 0.334935", \
            "0.0360326, 0.0374945, 0.0414588, 0.0519371, 0.0792586, 0.1505, 0.333432", \
            "0.035763, 0.0372161, 0.0410315, 0.051453, 0.0786585, 0.148638, 0.332964", \
            "0.0384092, 0.0399066, 0.0438092, 0.0539554, 0.0799568, 0.150543, 0.332108" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130421, 0.00340191, 0.00887358, 0.0231459, 0.0603741, 0.157481");
          values ( \
            "0.0115092, 0.0100109, 0.0062928, -0.003313, -0.0288242, -0.0981538, -0.282212", \
            "0.0113803, 0.0098852, 0.0061709, -0.003479, -0.0289128, -0.0982791, -0.282255", \
            "0.0113727, 0.0099087, 0.0061151, -0.0034247, -0.0288844, -0.0981594, -0.282166", \
            "0.0104613, 0.0090261, 0.0052567, -0.0043273, -0.0297017, -0.0988585, -0.282742", \
            "0.0103841, 0.0089045, 0.0050479, -0.0047395, -0.0302143, -0.0990448, -0.282954", \
            "0.0131268, 0.0114996, 0.0073768, -0.0032332, -0.0300985, -0.100215, -0.283612", \
            "0.0158676, 0.0141675, 0.0097864, -0.0013237, -0.0289607, -0.099511, -0.283714" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008663;
      rise_capacitance : 0.009132;
      rise_capacitance_range (0.009132, 0.009132);
      fall_capacitance : 0.008194;
      fall_capacitance_range (0.008194, 0.008194);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0149908, -0.0152017, -0.0156881, -0.0157422, -0.0158671, -0.0161548, -0.0168181" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0238751, 0.0238835, 0.0239029, 0.0239122, 0.0239338, 0.0239834, 0.0240978" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008565;
      rise_capacitance : 0.009157;
      rise_capacitance_range (0.009157, 0.009157);
      fall_capacitance : 0.007974;
      fall_capacitance_range (0.007974, 0.007974);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0167517, -0.0168491, -0.0170737, -0.0170853, -0.0171119, -0.0171734, -0.0173151" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0183092, 0.0183034, 0.0182902, 0.0182868, 0.018279, 0.018261, 0.0182194" \
          );
        }
      }
    }
    pin (CN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002398;
      rise_capacitance : 0.002526;
      rise_capacitance_range (0.002526, 0.002526);
      fall_capacitance : 0.00227;
      fall_capacitance_range (0.00227, 0.00227);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.018667, 0.0185877, 0.0184048, 0.0189208, 0.0201105, 0.0228527, 0.0291737" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0234846, 0.0233476, 0.0230317, 0.0235716, 0.0248163, 0.0276854, 0.0342987" \
          );
        }
      }
    }
    pin (DN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002417;
      rise_capacitance : 0.002544;
      rise_capacitance_range (0.002544, 0.002544);
      fall_capacitance : 0.002291;
      fall_capacitance_range (0.002291, 0.002291);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0076749, 0.0075849, 0.0073773, 0.0079871, 0.0093927, 0.0126325, 0.0201008" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0243911, 0.0242189, 0.0238219, 0.0244213, 0.0258029, 0.0289877, 0.0363288" \
          );
        }
      }
    }
  }
  cell (scs8hd_o2111a_1) {
    area : 11.2608;
    cell_footprint : "o2111a";
    cell_leakage_power : 0.00778255;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0247995;
      when : "A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0062313;
      when : "A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.006217;
      when : "!A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0062103;
      when : "!A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.006224;
      when : "!A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0062106;
      when : "!A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062177;
      when : "!A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0062104;
      when : "!A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.006263;
      when : "!A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0062112;
      when : "!A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062172;
      when : "!A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0062103;
      when : "!A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062441;
      when : "!A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0062108;
      when : "!A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062376;
      when : "!A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0062105;
      when : "!A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0248014;
      when : "!A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0062313;
      when : "!A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062172;
      when : "A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0062103;
      when : "A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062441;
      when : "A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0062108;
      when : "A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062376;
      when : "A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0062105;
      when : "A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0189912;
      when : "A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0062313;
      when : "A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062172;
      when : "A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0062103;
      when : "A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0062441;
      when : "A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0062108;
      when : "A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0062376;
      when : "A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0062105;
      when : "A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.00778255;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1&C1&D1) | (A2&B1&C1&D1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.216074;
      max_transition : 1.50773;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.085719, 0.0924062, 0.10768, 0.142725, 0.231214, 0.470612, 1.12804", \
            "0.0886256, 0.095306, 0.110582, 0.145691, 0.234192, 0.473217, 1.13124", \
            "0.0936797, 0.100392, 0.11567, 0.150719, 0.239268, 0.478845, 1.13465", \
            "0.102262, 0.109011, 0.124374, 0.159471, 0.248019, 0.487341, 1.14307", \
            "0.111993, 0.119301, 0.135342, 0.171097, 0.259654, 0.49992, 1.15652", \
            "0.106218, 0.114923, 0.133205, 0.171011, 0.26023, 0.499709, 1.15795", \
            "0.0450124, 0.0559512, 0.0791397, 0.123477, 0.215588, 0.455306, 1.11242" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0200936, 0.0262827, 0.0419797, 0.0846054, 0.206455, 0.552099, 1.50119", \
            "0.0201423, 0.0263454, 0.0419338, 0.0845743, 0.206406, 0.552212, 1.5009", \
            "0.0202131, 0.0263399, 0.042054, 0.0844987, 0.206926, 0.552233, 1.49771", \
            "0.0203797, 0.026627, 0.0423915, 0.0846603, 0.20707, 0.55119, 1.49795", \
            "0.0229042, 0.0290078, 0.0444668, 0.0860644, 0.207274, 0.551827, 1.50006", \
            "0.0287547, 0.0354562, 0.0509688, 0.0900962, 0.208466, 0.549501, 1.49793", \
            "0.038249, 0.0468892, 0.0648158, 0.102428, 0.212999, 0.551987, 1.49387" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.128666, 0.135015, 0.148338, 0.173926, 0.225937, 0.348507, 0.678254", \
            "0.133631, 0.13998, 0.153174, 0.178758, 0.230806, 0.35351, 0.683592", \
            "0.144498, 0.150846, 0.163973, 0.189606, 0.241609, 0.364436, 0.694522", \
            "0.168537, 0.174876, 0.188152, 0.213793, 0.26576, 0.38865, 0.718663", \
            "0.221732, 0.22827, 0.241813, 0.267595, 0.319577, 0.442529, 0.772835", \
            "0.320538, 0.327959, 0.343406, 0.372176, 0.427077, 0.551545, 0.881754", \
            "0.504944, 0.513668, 0.532041, 0.56588, 0.626401, 0.754034, 1.08371" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0225429, 0.0268682, 0.0356721, 0.0558797, 0.108342, 0.258257, 0.691063", \
            "0.0226165, 0.026571, 0.0356807, 0.0562322, 0.108174, 0.259748, 0.697", \
            "0.0225798, 0.0265576, 0.0362076, 0.0564306, 0.108137, 0.259591, 0.694623", \
            "0.0225629, 0.0267578, 0.0357206, 0.0560929, 0.108031, 0.259322, 0.694874", \
            "0.0240195, 0.0280729, 0.0367765, 0.0569827, 0.10858, 0.260244, 0.694204", \
            "0.0287741, 0.0335188, 0.0431539, 0.0630579, 0.113359, 0.261666, 0.695064", \
            "0.0378539, 0.0432642, 0.0543487, 0.0768882, 0.124091, 0.265781, 0.690858" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0730273, 0.0793503, 0.093972, 0.128204, 0.21624, 0.454984, 1.11264", \
            "0.0759902, 0.0823364, 0.0969609, 0.131145, 0.21895, 0.457905, 1.1175", \
            "0.0810493, 0.0873732, 0.101982, 0.136166, 0.224149, 0.463299, 1.12165", \
            "0.088741, 0.0951949, 0.109948, 0.144267, 0.232235, 0.472376, 1.13818", \
            "0.0942113, 0.101405, 0.117136, 0.152271, 0.24039, 0.479772, 1.13917", \
            "0.0769246, 0.0859111, 0.104616, 0.142358, 0.231201, 0.470573, 1.13051", \
            "-0.0088051, 0.0026263, 0.0272664, 0.0732866, 0.16596, 0.406076, 1.06256" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.018641, 0.0245621, 0.0400792, 0.0828495, 0.206176, 0.551829, 1.50291", \
            "0.0186467, 0.0245534, 0.0400414, 0.0829327, 0.206073, 0.551023, 1.50449", \
            "0.0185497, 0.0245747, 0.0400808, 0.0829078, 0.205906, 0.552196, 1.49768", \
            "0.0194303, 0.0253832, 0.0406499, 0.0831927, 0.206033, 0.550949, 1.5075", \
            "0.0226443, 0.0289035, 0.0436629, 0.0847945, 0.206181, 0.551601, 1.50409", \
            "0.0297533, 0.0364827, 0.0518025, 0.0898588, 0.207372, 0.548851, 1.50085", \
            "0.0406262, 0.0492227, 0.0677351, 0.105387, 0.214004, 0.551837, 1.49207" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.119703, 0.126056, 0.139427, 0.164935, 0.216915, 0.339407, 0.669063", \
            "0.123496, 0.129839, 0.143149, 0.168817, 0.220445, 0.343075, 0.672822", \
            "0.13414, 0.140471, 0.153594, 0.179229, 0.231292, 0.354121, 0.684361", \
            "0.161771, 0.168123, 0.181393, 0.207026, 0.258965, 0.381861, 0.711853", \
            "0.227147, 0.233659, 0.24705, 0.272846, 0.32392, 0.446768, 0.776966", \
            "0.343745, 0.351737, 0.368353, 0.397928, 0.453049, 0.575298, 0.905274", \
            "0.550672, 0.559994, 0.580408, 0.617225, 0.67914, 0.804728, 1.13472" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.022556, 0.0266227, 0.0357507, 0.0560611, 0.108131, 0.25812, 0.68998", \
            "0.0225184, 0.0266282, 0.0356548, 0.0560503, 0.108252, 0.259213, 0.690999", \
            "0.0226747, 0.0266371, 0.0356438, 0.0563217, 0.108126, 0.259876, 0.694655", \
            "0.0225741, 0.0267712, 0.035725, 0.0560827, 0.108118, 0.259375, 0.694573", \
            "0.024094, 0.028158, 0.0368321, 0.0563515, 0.108903, 0.260418, 0.693447", \
            "0.0330512, 0.0382532, 0.047393, 0.0661613, 0.113849, 0.262125, 0.694045", \
            "0.0440668, 0.049969, 0.0627189, 0.0830038, 0.126843, 0.265442, 0.693074" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.063684, 0.0697933, 0.0840278, 0.117833, 0.205713, 0.445313, 1.10331", \
            "0.0662926, 0.0724074, 0.086626, 0.120374, 0.208137, 0.44752, 1.10379", \
            "0.071582, 0.0776943, 0.0918914, 0.125573, 0.213312, 0.453876, 1.11271", \
            "0.0802509, 0.0865006, 0.101031, 0.134974, 0.222859, 0.464011, 1.12111", \
            "0.0852597, 0.0923634, 0.107699, 0.142342, 0.230507, 0.470245, 1.12722", \
            "0.0671617, 0.0759289, 0.0942118, 0.130872, 0.219097, 0.458735, 1.11872", \
            "-0.0137502, -0.0027054, 0.0206693, 0.0641586, 0.15578, 0.395213, 1.05142" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.017866, 0.0237278, 0.039082, 0.0821249, 0.205993, 0.550048, 1.49739", \
            "0.0177988, 0.0236801, 0.0391794, 0.0822765, 0.206077, 0.549166, 1.49704", \
            "0.0178357, 0.0237138, 0.0391244, 0.0821057, 0.205535, 0.552294, 1.50735", \
            "0.0191159, 0.0250828, 0.0400851, 0.0827856, 0.20603, 0.552429, 1.50768", \
            "0.0230147, 0.0287604, 0.0430332, 0.0843203, 0.206354, 0.549872, 1.50136", \
            "0.0295077, 0.0361542, 0.0508167, 0.0885839, 0.20758, 0.549934, 1.50066", \
            "0.0393379, 0.0477538, 0.0654156, 0.102001, 0.212264, 0.552284, 1.49274" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0651817, 0.0696723, 0.079348, 0.0989985, 0.144641, 0.264777, 0.593733", \
            "0.0700984, 0.07461, 0.0841604, 0.104101, 0.149716, 0.269762, 0.599185", \
            "0.0829511, 0.0874916, 0.0970685, 0.11695, 0.162612, 0.282814, 0.612644", \
            "0.113612, 0.118139, 0.127713, 0.147621, 0.19322, 0.313393, 0.643146", \
            "0.171163, 0.176768, 0.188153, 0.209841, 0.25629, 0.375081, 0.703726", \
            "0.267532, 0.274659, 0.289076, 0.314679, 0.36456, 0.485225, 0.8141", \
            "0.446995, 0.455596, 0.473613, 0.506801, 0.563627, 0.685934, 1.01455" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0139853, 0.017208, 0.0247695, 0.0439362, 0.0981535, 0.256714, 0.688208", \
            "0.0139907, 0.0173112, 0.0247032, 0.0438888, 0.0982639, 0.255114, 0.689298", \
            "0.0139785, 0.0172811, 0.024753, 0.0438931, 0.0981616, 0.253655, 0.698173", \
            "0.014358, 0.0175534, 0.0249286, 0.0440164, 0.0982475, 0.25384, 0.690094", \
            "0.0193881, 0.0228367, 0.0300791, 0.0476297, 0.0997011, 0.253854, 0.68875", \
            "0.0268533, 0.0312966, 0.0406066, 0.0578975, 0.104754, 0.255711, 0.69159", \
            "0.0372425, 0.0422535, 0.0532755, 0.0730185, 0.116783, 0.260097, 0.68935" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0597685, 0.0658816, 0.0801076, 0.113891, 0.201593, 0.44103, 1.09828", \
            "0.0626743, 0.0687927, 0.0829977, 0.116753, 0.204549, 0.443812, 1.09975", \
            "0.069167, 0.0752805, 0.0894248, 0.123066, 0.210724, 0.450455, 1.10599", \
            "0.0794038, 0.0856904, 0.100214, 0.134204, 0.222228, 0.461491, 1.11643", \
            "0.0856103, 0.0926318, 0.107863, 0.142257, 0.230575, 0.471292, 1.12744", \
            "0.0698582, 0.0784762, 0.0962313, 0.13238, 0.220616, 0.461251, 1.12067", \
            "-0.0051892, 0.0051321, 0.0282049, 0.0711017, 0.160713, 0.400322, 1.0567" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0178442, 0.0237141, 0.0391275, 0.0821452, 0.205896, 0.551911, 1.50478", \
            "0.0178092, 0.0237001, 0.0391834, 0.0821932, 0.205499, 0.55026, 1.50185", \
            "0.0178599, 0.0236991, 0.0391285, 0.0822845, 0.205877, 0.551702, 1.49331", \
            "0.0192575, 0.0251459, 0.04034, 0.0829717, 0.206362, 0.5507, 1.49714", \
            "0.0228519, 0.028744, 0.0429475, 0.0844068, 0.206265, 0.551511, 1.49809", \
            "0.0294796, 0.0357504, 0.0501926, 0.0879749, 0.207642, 0.549033, 1.50042", \
            "0.0391154, 0.0475972, 0.0643656, 0.100078, 0.211232, 0.552196, 1.48909" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0587665, 0.0631747, 0.0724513, 0.0917498, 0.137034, 0.256885, 0.585826", \
            "0.0637029, 0.0680503, 0.0772721, 0.0967032, 0.141959, 0.261688, 0.590485", \
            "0.0765375, 0.0808887, 0.0901332, 0.109632, 0.154911, 0.274879, 0.604642", \
            "0.106647, 0.111056, 0.120407, 0.139895, 0.185264, 0.304586, 0.634287", \
            "0.16002, 0.165536, 0.176871, 0.198516, 0.24507, 0.364994, 0.694151", \
            "0.251042, 0.257924, 0.272307, 0.298674, 0.348619, 0.468451, 0.797148", \
            "0.421028, 0.429419, 0.447314, 0.480633, 0.538385, 0.660766, 0.989031" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0130608, 0.0160961, 0.023785, 0.0430005, 0.0974261, 0.255005, 0.688092", \
            "0.0130413, 0.0161628, 0.0236237, 0.0431217, 0.0972281, 0.252919, 0.687372", \
            "0.0130496, 0.0161911, 0.0237924, 0.0430631, 0.0972953, 0.253305, 0.692937", \
            "0.0139863, 0.0170037, 0.024342, 0.0434809, 0.0975475, 0.253913, 0.693957", \
            "0.0193698, 0.0228977, 0.0303371, 0.0479024, 0.0993353, 0.254978, 0.68817", \
            "0.0263282, 0.0308396, 0.0399034, 0.0571769, 0.10487, 0.25548, 0.694739", \
            "0.0365158, 0.0420677, 0.0531753, 0.0736459, 0.117631, 0.259086, 0.688515" \
          );
        }
      }
      timing () {
        related_pin : "D1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0543467, 0.0604626, 0.0747107, 0.108542, 0.196484, 0.436477, 1.09696", \
            "0.0570489, 0.0631647, 0.0774049, 0.111176, 0.198846, 0.438089, 1.09392", \
            "0.0641727, 0.0702443, 0.0844038, 0.118066, 0.206024, 0.444781, 1.11246", \
            "0.0746718, 0.08085, 0.0952908, 0.129363, 0.2175, 0.456424, 1.12391", \
            "0.0808402, 0.0877131, 0.102374, 0.136383, 0.2249, 0.46593, 1.1207", \
            "0.0663774, 0.0747984, 0.0922991, 0.127117, 0.215148, 0.454661, 1.11059", \
            "-0.0045876, 0.006007, 0.0281541, 0.0685203, 0.15697, 0.395683, 1.05311" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0178324, 0.023724, 0.0390697, 0.0822606, 0.206251, 0.551963, 1.50773", \
            "0.0178321, 0.0237162, 0.0390847, 0.0820567, 0.205828, 0.550953, 1.50153", \
            "0.0178326, 0.0237228, 0.0391851, 0.0822844, 0.206317, 0.55151, 1.50125", \
            "0.0190252, 0.0248138, 0.040319, 0.0831232, 0.205903, 0.550767, 1.5017", \
            "0.0227939, 0.0280282, 0.0425217, 0.0842859, 0.206894, 0.551219, 1.49566", \
            "0.0293, 0.0353896, 0.0490887, 0.0868116, 0.207308, 0.549505, 1.50155", \
            "0.0387575, 0.046716, 0.0626117, 0.0976428, 0.210098, 0.554117, 1.49092" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0501801, 0.0542435, 0.063127, 0.0820717, 0.126933, 0.246536, 0.57539", \
            "0.0551435, 0.0592142, 0.0680605, 0.08705, 0.131956, 0.251449, 0.581071", \
            "0.0679578, 0.0720146, 0.0808714, 0.0998997, 0.144793, 0.264483, 0.593548", \
            "0.0963516, 0.100775, 0.110034, 0.129424, 0.174222, 0.294061, 0.623152", \
            "0.144056, 0.149525, 0.160894, 0.182377, 0.229122, 0.349159, 0.679227", \
            "0.225891, 0.232591, 0.246528, 0.27312, 0.322915, 0.443492, 0.772602", \
            "0.381217, 0.389444, 0.406799, 0.440006, 0.499414, 0.621376, 0.9507" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.011965, 0.0152127, 0.0229513, 0.042317, 0.0971413, 0.255709, 0.68817", \
            "0.0119425, 0.0151945, 0.0229333, 0.0424687, 0.0971208, 0.25504, 0.696442", \
            "0.0120798, 0.0152195, 0.0229342, 0.0422645, 0.0973279, 0.253308, 0.687122", \
            "0.0139114, 0.0169845, 0.0242856, 0.0431366, 0.0976754, 0.255447, 0.687312", \
            "0.0188764, 0.0224587, 0.0300916, 0.0485332, 0.0997631, 0.253435, 0.691086", \
            "0.0257286, 0.0299773, 0.0396278, 0.0585333, 0.106229, 0.25522, 0.692038", \
            "0.0361262, 0.0413182, 0.0531714, 0.0756961, 0.120675, 0.261163, 0.688918" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0169792, 0.0187714, 0.0236247, 0.0363969, 0.0708989, 0.165907, 0.425377", \
            "0.0168424, 0.0186392, 0.0234849, 0.0362609, 0.0707494, 0.165807, 0.425284", \
            "0.0166702, 0.018492, 0.0233224, 0.036087, 0.0705789, 0.165563, 0.425335", \
            "0.0164902, 0.0183047, 0.0230991, 0.0358361, 0.0702983, 0.165276, 0.42506", \
            "0.016889, 0.0185631, 0.0230877, 0.0357894, 0.0700406, 0.165157, 0.424909", \
            "0.0179224, 0.0195466, 0.0240694, 0.0366143, 0.0707504, 0.165234, 0.42264", \
            "0.0221974, 0.0236153, 0.028231, 0.0407582, 0.0750614, 0.168978, 0.425398" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0221052, 0.0207539, 0.0175298, 0.0068153, -0.026666, -0.121143, -0.382229", \
            "0.0218942, 0.0205182, 0.0174298, 0.0066975, -0.0268099, -0.121283, -0.3824", \
            "0.0217383, 0.0203526, 0.0172978, 0.0065089, -0.0269618, -0.12145, -0.382589", \
            "0.0215845, 0.0201981, 0.017004, 0.0062682, -0.0271527, -0.121672, -0.382771", \
            "0.0215918, 0.0201507, 0.0169349, 0.0064063, -0.0272104, -0.121733, -0.382831", \
            "0.0260516, 0.0242552, 0.0195435, 0.0069202, -0.0266432, -0.121058, -0.382076", \
            "0.0314911, 0.0295661, 0.0246797, 0.011865, -0.0227504, -0.117375, -0.378189" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0156799, 0.0174861, 0.0223147, 0.0350643, 0.069544, 0.163722, 0.422527", \
            "0.0155653, 0.0173926, 0.0222049, 0.0349693, 0.0694518, 0.163351, 0.423212", \
            "0.01531, 0.0171142, 0.0219371, 0.0346772, 0.0691527, 0.16349, 0.423112", \
            "0.0150043, 0.0167632, 0.021531, 0.0342461, 0.0687058, 0.163386, 0.423699", \
            "0.0152613, 0.0169368, 0.0214879, 0.0340663, 0.0682738, 0.162657, 0.421794", \
            "0.0161837, 0.017797, 0.0223706, 0.0348761, 0.0689367, 0.162365, 0.423812", \
            "0.0207293, 0.0222708, 0.0266619, 0.039214, 0.073548, 0.167084, 0.425107" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0196991, 0.0183096, 0.0151836, 0.0044126, -0.0290628, -0.123551, -0.384614", \
            "0.0194557, 0.0180859, 0.014884, 0.0041559, -0.0292577, -0.123724, -0.384823", \
            "0.0192752, 0.0178989, 0.0146804, 0.0039515, -0.0295098, -0.123995, -0.38512", \
            "0.0190811, 0.0177052, 0.0144965, 0.003755, -0.0296828, -0.124183, -0.385286", \
            "0.0195805, 0.0181676, 0.0148862, 0.0040974, -0.0292058, -0.12378, -0.38487", \
            "0.0247963, 0.0229539, 0.0181656, 0.0054367, -0.0277761, -0.122126, -0.383183", \
            "0.0323366, 0.0302946, 0.0252702, 0.012146, -0.0221848, -0.117097, -0.377971" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0155437, 0.0173548, 0.0221614, 0.0349201, 0.0693884, 0.16373, 0.423257", \
            "0.0153814, 0.0171784, 0.021973, 0.0347576, 0.0691633, 0.163477, 0.419558", \
            "0.015133, 0.0169333, 0.021732, 0.0344604, 0.0689628, 0.163586, 0.424587", \
            "0.0149416, 0.0166718, 0.0213974, 0.0340901, 0.0685346, 0.162413, 0.424373", \
            "0.0153235, 0.0170046, 0.0215545, 0.0340496, 0.0683155, 0.162677, 0.421675", \
            "0.0167199, 0.0183265, 0.0229094, 0.0353882, 0.069446, 0.16329, 0.424254", \
            "0.0224586, 0.0239969, 0.0284026, 0.0407751, 0.0750472, 0.16882, 0.424842" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.016812, 0.0154985, 0.0118803, 0.0001972, -0.0339537, -0.128829, -0.389982", \
            "0.0165589, 0.0152436, 0.01162, -8.3e-05, -0.0342118, -0.129084, -0.390381", \
            "0.0162241, 0.0149139, 0.0112637, -0.0004182, -0.0345476, -0.129428, -0.390653", \
            "0.0161073, 0.0147628, 0.0110931, -0.0006332, -0.0347178, -0.129509, -0.390773", \
            "0.0165694, 0.0149144, 0.0112707, -0.0002275, -0.0342558, -0.12899, -0.390231", \
            "0.0206905, 0.0189559, 0.0143163, 0.001974, -0.032263, -0.12689, -0.388078", \
            "0.0278396, 0.0258907, 0.0210237, 0.0083921, -0.0259799, -0.121204, -0.38201" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0155515, 0.0173571, 0.0221541, 0.0349231, 0.0693447, 0.164299, 0.424218", \
            "0.0153896, 0.0171851, 0.0219806, 0.0347493, 0.0691796, 0.163405, 0.422026", \
            "0.0151513, 0.0169584, 0.0217266, 0.034453, 0.0689276, 0.163365, 0.421773", \
            "0.0149888, 0.016774, 0.021434, 0.0341005, 0.0685877, 0.162006, 0.421427", \
            "0.0154533, 0.0171638, 0.0216878, 0.034202, 0.0684185, 0.162651, 0.419376", \
            "0.0169692, 0.0185868, 0.0232068, 0.0356718, 0.069716, 0.163249, 0.42441", \
            "0.0226372, 0.0240263, 0.0285963, 0.0410225, 0.0753893, 0.168989, 0.425923" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0131416, 0.0118506, 0.0081566, -0.0036923, -0.0379705, -0.132952, -0.394161", \
            "0.0128546, 0.011583, 0.0078748, -0.00396, -0.0382396, -0.133187, -0.394502", \
            "0.0124929, 0.0111704, 0.0074545, -0.0043802, -0.0386472, -0.133614, -0.39491", \
            "0.0123253, 0.0109696, 0.0072232, -0.0046362, -0.038852, -0.133678, -0.395009", \
            "0.0133372, 0.0116472, 0.0072528, -0.0041781, -0.0383868, -0.13324, -0.394559", \
            "0.0168443, 0.0150754, 0.0104542, -0.0020304, -0.0362136, -0.130785, -0.392034", \
            "0.0229647, 0.0210289, 0.0161614, 0.0034338, -0.0310072, -0.12598, -0.386833" \
          );
        }
      }
      internal_power () {
        related_pin : "D1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0150861, 0.0168959, 0.0217096, 0.034464, 0.0692196, 0.163499, 0.422549", \
            "0.0148949, 0.0167071, 0.0215145, 0.034273, 0.0687151, 0.163755, 0.422864", \
            "0.0146761, 0.0164706, 0.0212478, 0.033959, 0.0687244, 0.16254, 0.42057", \
            "0.0145605, 0.01634, 0.0210259, 0.0335931, 0.068006, 0.162589, 0.42033", \
            "0.0153393, 0.0170031, 0.021506, 0.0339825, 0.068188, 0.16246, 0.419011", \
            "0.0172344, 0.0188537, 0.0234079, 0.0358759, 0.0696635, 0.163549, 0.424707", \
            "0.0233684, 0.0248861, 0.029167, 0.0413117, 0.0754224, 0.169949, 0.426107" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0098705, 0.0085296, 0.0046961, -0.0074169, -0.0419079, -0.136997, -0.39839", \
            "0.0095267, 0.0082153, 0.004365, -0.0077181, -0.0421985, -0.137259, -0.398673", \
            "0.009184, 0.0078172, 0.0039713, -0.0080998, -0.0425334, -0.137604, -0.398996", \
            "0.0090595, 0.0076637, 0.003798, -0.0082239, -0.0425839, -0.13762, -0.399008", \
            "0.0105584, 0.0088833, 0.0043727, -0.0073237, -0.0416984, -0.136712, -0.398138", \
            "0.0131912, 0.0114915, 0.0069487, -0.0056874, -0.0400658, -0.134737, -0.396146", \
            "0.0197964, 0.0178587, 0.0128834, 0.0001768, -0.0343712, -0.129439, -0.390659" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002365;
      rise_capacitance : 0.002473;
      rise_capacitance_range (0.002473, 0.002473);
      fall_capacitance : 0.002257;
      fall_capacitance_range (0.002257, 0.002257);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004388, -0.0043872, -0.0043856, -0.0043848, -0.0043832, -0.0043793, -0.0043705" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043937, 0.0043939, 0.0043945, 0.0043956, 0.0043983, 0.0044044, 0.0044185" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002355;
      rise_capacitance : 0.002507;
      rise_capacitance_range (0.002507, 0.002507);
      fall_capacitance : 0.002204;
      fall_capacitance_range (0.002204, 0.002204);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042796, -0.0042789, -0.0042774, -0.0042763, -0.0042738, -0.004268, -0.0042548" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042747, 0.0042743, 0.0042734, 0.0042737, 0.0042744, 0.004276, 0.0042798" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002396;
      rise_capacitance : 0.002488;
      rise_capacitance_range (0.002488, 0.002488);
      fall_capacitance : 0.002303;
      fall_capacitance_range (0.002303, 0.002303);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043702, -0.0043678, -0.0043623, -0.0043601, -0.0043551, -0.0043435, -0.0043167" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043663, 0.0043672, 0.0043693, 0.004369, 0.0043683, 0.0043667, 0.004363" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002415;
      rise_capacitance : 0.002492;
      rise_capacitance_range (0.002492, 0.002492);
      fall_capacitance : 0.002338;
      fall_capacitance_range (0.002338, 0.002338);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043621, -0.0043614, -0.0043598, -0.0043593, -0.0043581, -0.0043555, -0.0043493" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0051716, 0.0051775, 0.005191, 0.005207, 0.0052439, 0.0053291, 0.0055254" \
          );
        }
      }
    }
    pin (D1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002421;
      rise_capacitance : 0.002486;
      rise_capacitance_range (0.002486, 0.002486);
      fall_capacitance : 0.002356;
      fall_capacitance_range (0.002356, 0.002356);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.003978, -0.0039776, -0.0039767, -0.0039718, -0.0039607, -0.0039351, -0.0038761" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052089, 0.0052114, 0.0052173, 0.0052178, 0.0052189, 0.0052215, 0.0052276" \
          );
        }
      }
    }
  }
  cell (scs8hd_o2111a_2) {
    area : 12.512;
    cell_footprint : "o2111a";
    cell_leakage_power : 0.0145405;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.012413;
      when : "!A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0124063;
      when : "!A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0124197;
      when : "!A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0124066;
      when : "!A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0337187;
      when : "!A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0124064;
      when : "!A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0124669;
      when : "!A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0276192;
      when : "!A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0124132;
      when : "!A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0124064;
      when : "!A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0124393;
      when : "!A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0124068;
      when : "!A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0124318;
      when : "!A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0124065;
      when : "!A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0248258;
      when : "!A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0124254;
      when : "!A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0124132;
      when : "A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0124064;
      when : "A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0124393;
      when : "A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0124068;
      when : "A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0124318;
      when : "A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0124065;
      when : "A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0190012;
      when : "A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0124254;
      when : "A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0124132;
      when : "A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0124064;
      when : "A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0124393;
      when : "A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0124068;
      when : "A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0124318;
      when : "A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0124065;
      when : "A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0248244;
      when : "A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0124254;
      when : "A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0145405;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1&C1&D1) | (A2&B1&C1&D1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.401011;
      max_transition : 1.51331;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0931737, 0.0985119, 0.111406, 0.141699, 0.219756, 0.449168, 1.14334", \
            "0.0960729, 0.101464, 0.114393, 0.144611, 0.22271, 0.451526, 1.14581", \
            "0.101407, 0.106742, 0.119663, 0.149919, 0.227895, 0.456532, 1.15152", \
            "0.110814, 0.116148, 0.129165, 0.159426, 0.237374, 0.466442, 1.16045", \
            "0.123536, 0.129258, 0.14288, 0.174009, 0.252202, 0.481278, 1.17631", \
            "0.124218, 0.130947, 0.146758, 0.180173, 0.259747, 0.488803, 1.18332", \
            "0.0744106, 0.0822775, 0.101669, 0.142074, 0.226032, 0.45502, 1.14966" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0185236, 0.0230352, 0.0349871, 0.0679994, 0.171536, 0.500537, 1.50632", \
            "0.0186163, 0.0231522, 0.0350198, 0.0680233, 0.17143, 0.500329, 1.50182", \
            "0.0184989, 0.0230485, 0.0349255, 0.067923, 0.171343, 0.49975, 1.49939", \
            "0.0188144, 0.0233666, 0.0352756, 0.0681154, 0.171539, 0.500843, 1.50477", \
            "0.0207613, 0.0254323, 0.0372585, 0.0698615, 0.172128, 0.499648, 1.50174", \
            "0.0262818, 0.0314227, 0.0440924, 0.0751588, 0.174199, 0.497191, 1.5038", \
            "0.0348631, 0.041044, 0.0559901, 0.0888476, 0.180395, 0.499392, 1.4969" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.140612, 0.1456, 0.157191, 0.181198, 0.228074, 0.336269, 0.644255", \
            "0.14564, 0.150588, 0.162254, 0.186162, 0.233168, 0.341265, 0.649288", \
            "0.156643, 0.161592, 0.173234, 0.197237, 0.244116, 0.35252, 0.661315", \
            "0.180648, 0.185576, 0.197199, 0.221092, 0.268079, 0.376701, 0.684947", \
            "0.23495, 0.239939, 0.251587, 0.275656, 0.322341, 0.431101, 0.739307", \
            "0.336711, 0.342268, 0.355315, 0.38214, 0.432516, 0.54328, 0.851345", \
            "0.526233, 0.532642, 0.547577, 0.579131, 0.636434, 0.752568, 1.06187" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0237211, 0.0270265, 0.034406, 0.0505494, 0.0906875, 0.213102, 0.61366", \
            "0.0236973, 0.0269583, 0.0345185, 0.0506619, 0.090684, 0.213199, 0.613671", \
            "0.0236319, 0.0267748, 0.0344476, 0.0506651, 0.0910954, 0.212916, 0.616935", \
            "0.0235892, 0.0268212, 0.034534, 0.0506913, 0.0907298, 0.212543, 0.612153", \
            "0.0246954, 0.0276846, 0.0352959, 0.051196, 0.0913902, 0.213401, 0.612852", \
            "0.0301718, 0.0334443, 0.0416027, 0.0589537, 0.0978187, 0.216471, 0.616844", \
            "0.040332, 0.0442429, 0.0532535, 0.0724701, 0.112422, 0.224403, 0.612032" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0803908, 0.0855345, 0.0978743, 0.127253, 0.204631, 0.433359, 1.12653", \
            "0.0834494, 0.0885641, 0.100945, 0.130329, 0.207693, 0.437638, 1.13328", \
            "0.088606, 0.0936613, 0.106018, 0.135401, 0.212565, 0.441792, 1.13501", \
            "0.0970466, 0.102235, 0.114704, 0.144174, 0.221451, 0.450131, 1.15055", \
            "0.10544, 0.111122, 0.124617, 0.154966, 0.23265, 0.461388, 1.15593", \
            "0.0943443, 0.101162, 0.117333, 0.150883, 0.229784, 0.458357, 1.15671", \
            "0.0195359, 0.0275069, 0.0475511, 0.0893377, 0.173797, 0.40313, 1.09702" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0173545, 0.0217349, 0.0332673, 0.0663218, 0.170073, 0.499608, 1.50245", \
            "0.0174452, 0.0217576, 0.033255, 0.0663199, 0.170047, 0.500084, 1.50783", \
            "0.017326, 0.0216828, 0.0332488, 0.0662177, 0.170216, 0.50023, 1.50051", \
            "0.0177413, 0.0221881, 0.0337255, 0.0665753, 0.170214, 0.500052, 1.51113", \
            "0.0205276, 0.025295, 0.0366413, 0.0686514, 0.171161, 0.500457, 1.50537", \
            "0.0266718, 0.0323575, 0.0444957, 0.0749346, 0.173329, 0.498102, 1.506", \
            "0.0369615, 0.0436356, 0.0586882, 0.0908776, 0.181334, 0.499701, 1.49683" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.130645, 0.13558, 0.147218, 0.171198, 0.218162, 0.326274, 0.63433", \
            "0.134527, 0.139492, 0.151075, 0.175029, 0.221982, 0.330453, 0.639182", \
            "0.145442, 0.150435, 0.162044, 0.185865, 0.23269, 0.341479, 0.649683", \
            "0.173118, 0.178061, 0.189542, 0.21377, 0.26069, 0.369432, 0.677968", \
            "0.239852, 0.244719, 0.256299, 0.280191, 0.326205, 0.434857, 0.743102", \
            "0.364542, 0.370353, 0.384305, 0.41205, 0.46341, 0.573512, 0.879571", \
            "0.58035, 0.587331, 0.604043, 0.639148, 0.701414, 0.816978, 1.12585" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0235818, 0.0267861, 0.0345826, 0.0504824, 0.0906051, 0.213136, 0.614115", \
            "0.0236899, 0.0268109, 0.0348115, 0.0507478, 0.0909986, 0.212901, 0.611115", \
            "0.023683, 0.0267712, 0.0345108, 0.0508238, 0.0909463, 0.21281, 0.617716", \
            "0.0235767, 0.0267923, 0.0344087, 0.050717, 0.0908685, 0.213208, 0.617499", \
            "0.0243224, 0.0275124, 0.035207, 0.0512225, 0.0915942, 0.213123, 0.610969", \
            "0.0342646, 0.0377293, 0.0463554, 0.0627021, 0.0993491, 0.216586, 0.613075", \
            "0.0481123, 0.0520679, 0.0619899, 0.0832372, 0.119442, 0.226461, 0.613597" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0707299, 0.0756143, 0.087545, 0.116274, 0.193106, 0.422575, 1.11641", \
            "0.0734229, 0.0782647, 0.0901981, 0.118919, 0.195726, 0.424923, 1.11991", \
            "0.0787871, 0.0836482, 0.0955694, 0.124259, 0.201166, 0.430731, 1.13056", \
            "0.0887344, 0.0937365, 0.105923, 0.134776, 0.211549, 0.440708, 1.13459", \
            "0.0978147, 0.103449, 0.116607, 0.146343, 0.223576, 0.45228, 1.14683", \
            "0.0865419, 0.0933478, 0.109182, 0.141812, 0.21961, 0.448319, 1.14748", \
            "0.0153596, 0.0233975, 0.0428393, 0.0826949, 0.165711, 0.393883, 1.09023" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.016524, 0.020755, 0.0320927, 0.0650402, 0.169906, 0.498734, 1.50641", \
            "0.0165151, 0.0207439, 0.0320812, 0.0650577, 0.16989, 0.499578, 1.50434", \
            "0.0164847, 0.0206649, 0.0320561, 0.0651118, 0.169553, 0.499566, 1.51331", \
            "0.017434, 0.0215044, 0.0328424, 0.065521, 0.169883, 0.499212, 1.49963", \
            "0.0206961, 0.0249655, 0.0362422, 0.0677711, 0.170348, 0.500329, 1.50477", \
            "0.0267665, 0.0320433, 0.0443962, 0.0736659, 0.172503, 0.497885, 1.50582", \
            "0.0363057, 0.0426169, 0.0579017, 0.0884846, 0.179275, 0.500648, 1.49954" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0786861, 0.0825492, 0.0916445, 0.11009, 0.149677, 0.252477, 0.560186", \
            "0.0835193, 0.0874223, 0.0964589, 0.115066, 0.154502, 0.257357, 0.564241", \
            "0.0961555, 0.100014, 0.109044, 0.127625, 0.167202, 0.27009, 0.577501", \
            "0.126473, 0.130323, 0.139345, 0.157985, 0.197613, 0.300451, 0.607945", \
            "0.190119, 0.194487, 0.204663, 0.225028, 0.265637, 0.367414, 0.674207", \
            "0.295983, 0.301322, 0.313874, 0.339181, 0.38501, 0.489993, 0.796691", \
            "0.487132, 0.493426, 0.508921, 0.540502, 0.5979, 0.708173, 1.01385" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0155108, 0.0181761, 0.0240635, 0.0384235, 0.0778834, 0.205815, 0.607356", \
            "0.0154732, 0.0179864, 0.0241029, 0.0381803, 0.0775598, 0.204968, 0.607203", \
            "0.0155161, 0.0180483, 0.0241553, 0.0381672, 0.0777583, 0.205195, 0.607732", \
            "0.0154691, 0.0181372, 0.0242291, 0.0385049, 0.0778454, 0.20587, 0.608057", \
            "0.0199997, 0.0225962, 0.0291357, 0.0421684, 0.0794547, 0.204635, 0.607264", \
            "0.028733, 0.0318051, 0.0398731, 0.0554382, 0.0900809, 0.208733, 0.616176", \
            "0.0410958, 0.0447283, 0.0537097, 0.0732065, 0.108486, 0.217529, 0.609029" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0672322, 0.0720926, 0.0840255, 0.112701, 0.189725, 0.418768, 1.11735", \
            "0.0701608, 0.0750345, 0.0869593, 0.115635, 0.192586, 0.421272, 1.1147", \
            "0.0769473, 0.0818061, 0.0937272, 0.122401, 0.199289, 0.429069, 1.12165", \
            "0.0894975, 0.0944782, 0.106719, 0.135583, 0.212083, 0.440843, 1.1343", \
            "0.100993, 0.106664, 0.119766, 0.14933, 0.226651, 0.455455, 1.15372", \
            "0.0932323, 0.100043, 0.115892, 0.148183, 0.225862, 0.4552, 1.14873", \
            "0.0294396, 0.0373267, 0.0566834, 0.0960212, 0.177869, 0.405962, 1.10168" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0164933, 0.0206747, 0.032057, 0.0650266, 0.169765, 0.500868, 1.51088", \
            "0.016481, 0.0206834, 0.0320815, 0.0649803, 0.169854, 0.499898, 1.50439", \
            "0.0165446, 0.0206564, 0.0320275, 0.0650542, 0.169515, 0.500944, 1.50694", \
            "0.0176609, 0.0218389, 0.0330817, 0.0656809, 0.169951, 0.500213, 1.50181", \
            "0.021188, 0.0253717, 0.0364474, 0.0679526, 0.170944, 0.498867, 1.5049", \
            "0.0274269, 0.0325476, 0.0442306, 0.0736848, 0.172286, 0.498502, 1.5086", \
            "0.0368497, 0.043087, 0.0574438, 0.0880895, 0.17812, 0.501151, 1.50029" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0719978, 0.0757399, 0.0845056, 0.102596, 0.141563, 0.243998, 0.551773", \
            "0.0767695, 0.0805258, 0.0892692, 0.107352, 0.146351, 0.248783, 0.556115", \
            "0.0893025, 0.0930469, 0.101777, 0.119821, 0.158922, 0.261436, 0.569198", \
            "0.119563, 0.123284, 0.131975, 0.149954, 0.188834, 0.291277, 0.597923", \
            "0.17973, 0.184036, 0.194131, 0.214437, 0.254838, 0.357318, 0.664877", \
            "0.279427, 0.284635, 0.296911, 0.322299, 0.369327, 0.473145, 0.780113", \
            "0.461976, 0.468123, 0.48264, 0.513964, 0.571741, 0.682332, 0.988739" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0144394, 0.0169737, 0.0231224, 0.0373172, 0.0770293, 0.20571, 0.609555", \
            "0.0145124, 0.0169551, 0.0230931, 0.0370171, 0.0767938, 0.205102, 0.607095", \
            "0.0143736, 0.0169603, 0.0229763, 0.0373046, 0.0770538, 0.204251, 0.606292", \
            "0.014492, 0.0172122, 0.0232757, 0.0374274, 0.0771283, 0.205985, 0.609986", \
            "0.0196954, 0.0225055, 0.0287625, 0.0423505, 0.0796108, 0.206974, 0.609025", \
            "0.0285318, 0.0315932, 0.039263, 0.055168, 0.0908191, 0.208271, 0.607969", \
            "0.0406876, 0.0442324, 0.0531144, 0.072884, 0.110512, 0.217619, 0.608827" \
          );
        }
      }
      timing () {
        related_pin : "D1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0621162, 0.0670496, 0.07897, 0.107698, 0.184491, 0.413417, 1.10807", \
            "0.0649619, 0.0698123, 0.0817511, 0.110461, 0.187231, 0.416125, 1.11293", \
            "0.0719533, 0.0768165, 0.088717, 0.117394, 0.194083, 0.423333, 1.11971", \
            "0.0859518, 0.0909413, 0.103037, 0.132041, 0.208945, 0.43736, 1.13807", \
            "0.0980231, 0.103719, 0.116516, 0.14599, 0.223239, 0.452452, 1.14584", \
            "0.0916307, 0.0984188, 0.11421, 0.146256, 0.223168, 0.452193, 1.14577", \
            "0.0321044, 0.0399282, 0.0590621, 0.0982496, 0.177916, 0.405813, 1.10357" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0164912, 0.020757, 0.0320911, 0.0650304, 0.1698, 0.500068, 1.50741", \
            "0.0165483, 0.0206578, 0.0320417, 0.0650589, 0.169546, 0.500299, 1.50302", \
            "0.0165106, 0.020622, 0.0319711, 0.0649499, 0.16992, 0.500291, 1.50366", \
            "0.0176856, 0.0218536, 0.0330858, 0.0658204, 0.170014, 0.500419, 1.50949", \
            "0.021642, 0.0257359, 0.0366485, 0.0679261, 0.170958, 0.499771, 1.50748", \
            "0.0282256, 0.0334007, 0.0448354, 0.0736234, 0.172572, 0.499196, 1.50815", \
            "0.0381505, 0.0440952, 0.0586714, 0.0875633, 0.177737, 0.50072, 1.49924" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0596654, 0.0630855, 0.0710476, 0.0879372, 0.125799, 0.227524, 0.53501", \
            "0.064455, 0.0678622, 0.0758839, 0.0927502, 0.130569, 0.232399, 0.539936", \
            "0.0771848, 0.0805745, 0.088569, 0.105467, 0.143332, 0.245154, 0.552667", \
            "0.107459, 0.11085, 0.118857, 0.135806, 0.173611, 0.275349, 0.582502", \
            "0.16169, 0.165856, 0.175593, 0.195456, 0.235703, 0.337623, 0.64481", \
            "0.253306, 0.258239, 0.269966, 0.294551, 0.340814, 0.444883, 0.751707", \
            "0.420571, 0.426393, 0.440165, 0.470262, 0.52726, 0.638023, 0.942717" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0126985, 0.0150332, 0.0209636, 0.0351543, 0.075224, 0.203127, 0.606228", \
            "0.0126118, 0.0150459, 0.0209712, 0.0351119, 0.0751639, 0.204469, 0.608665", \
            "0.012723, 0.0150912, 0.0208767, 0.03508, 0.0751222, 0.204767, 0.614635", \
            "0.0134072, 0.015728, 0.021381, 0.0356121, 0.0755215, 0.203184, 0.611315", \
            "0.0190069, 0.0216954, 0.0282736, 0.0417074, 0.0787946, 0.203749, 0.608624", \
            "0.0276001, 0.0304963, 0.0379252, 0.0538755, 0.0893421, 0.207715, 0.611348", \
            "0.0405469, 0.0436969, 0.0522168, 0.0715121, 0.110771, 0.218444, 0.608944" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.021882, 0.0239168, 0.0301169, 0.0486567, 0.103813, 0.271808, 0.78082", \
            "0.0217939, 0.0238143, 0.0300192, 0.0485552, 0.103668, 0.270578, 0.780933", \
            "0.0216625, 0.02365, 0.0299262, 0.0484407, 0.103609, 0.270305, 0.777477", \
            "0.0215345, 0.0235053, 0.0296658, 0.0482083, 0.103303, 0.271444, 0.780509", \
            "0.0221981, 0.0240627, 0.0298958, 0.0482911, 0.103103, 0.269682, 0.776295", \
            "0.0238765, 0.025717, 0.0315419, 0.0494055, 0.103464, 0.26942, 0.776405", \
            "0.0286685, 0.0302503, 0.0357718, 0.0532363, 0.108104, 0.273479, 0.778231" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0266453, 0.0245719, 0.018982, 0.0037248, -0.0485581, -0.21539, -0.727323", \
            "0.0265532, 0.0243913, 0.0188368, 0.003595, -0.0487335, -0.215606, -0.727464", \
            "0.0263545, 0.0243387, 0.0187771, 0.0034921, -0.0489175, -0.215873, -0.72763", \
            "0.0261588, 0.0240278, 0.0185361, 0.0031913, -0.0491347, -0.216033, -0.727786", \
            "0.0266749, 0.0241716, 0.0185325, 0.0031179, -0.0492527, -0.216191, -0.727974", \
            "0.032336, 0.0299146, 0.0232917, 0.0054394, -0.0483533, -0.215474, -0.727297", \
            "0.0399617, 0.0372446, 0.0301341, 0.0108774, -0.0437269, -0.212039, -0.723612" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0202746, 0.0223205, 0.0285634, 0.0470691, 0.102252, 0.269032, 0.77644", \
            "0.0202303, 0.0222679, 0.0285034, 0.0470186, 0.102239, 0.268988, 0.776819", \
            "0.020064, 0.0220906, 0.02831, 0.0468566, 0.102055, 0.270221, 0.772045", \
            "0.0197916, 0.0217609, 0.0279756, 0.0464658, 0.101592, 0.268461, 0.776259", \
            "0.020485, 0.0224249, 0.0282486, 0.0462517, 0.101134, 0.269289, 0.778644", \
            "0.0216487, 0.023445, 0.0292415, 0.047276, 0.101341, 0.266831, 0.778471", \
            "0.0268141, 0.028586, 0.0339023, 0.051384, 0.106085, 0.271327, 0.779864" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0240917, 0.0219602, 0.016463, 0.0011812, -0.0511079, -0.217903, -0.729848", \
            "0.0239461, 0.0217717, 0.0166062, 0.0011763, -0.0513307, -0.218245, -0.730155", \
            "0.0238321, 0.0216504, 0.0161195, 0.0009698, -0.0514834, -0.218427, -0.730259", \
            "0.0236072, 0.0214709, 0.0159501, 0.0006585, -0.0517325, -0.218641, -0.730403", \
            "0.0240807, 0.0218977, 0.0162993, 0.0008477, -0.0512025, -0.218264, -0.730085", \
            "0.0306771, 0.0281775, 0.0212959, 0.0024194, -0.0500737, -0.216809, -0.728549", \
            "0.0418456, 0.0391528, 0.03172, 0.0122712, -0.0438079, -0.212031, -0.723681" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0203305, 0.0223923, 0.0286291, 0.0471208, 0.102297, 0.270211, 0.775843", \
            "0.020223, 0.0222684, 0.0285057, 0.046998, 0.102187, 0.270166, 0.776049", \
            "0.0199701, 0.0220223, 0.0282736, 0.0468027, 0.10195, 0.26911, 0.776962", \
            "0.0198427, 0.0218534, 0.0280312, 0.0464515, 0.101491, 0.268471, 0.775458", \
            "0.0206621, 0.0225643, 0.0284603, 0.0462193, 0.100998, 0.269311, 0.778658", \
            "0.0222706, 0.0241091, 0.0298735, 0.0476476, 0.101762, 0.267561, 0.774705", \
            "0.028241, 0.0298146, 0.0352085, 0.0526014, 0.107135, 0.272388, 0.777117" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0210655, 0.0191117, 0.0138843, -0.001654, -0.0553255, -0.222869, -0.735107", \
            "0.0207678, 0.0187767, 0.0136406, -0.0020529, -0.0555783, -0.223141, -0.73529", \
            "0.0205287, 0.0185772, 0.0134041, -0.0023952, -0.0559251, -0.223429, -0.735376", \
            "0.0207395, 0.0187794, 0.0135308, -0.0025335, -0.0561098, -0.22358, -0.73561", \
            "0.0211629, 0.0190921, 0.0135923, -0.0023326, -0.055883, -0.223185, -0.735234", \
            "0.0277333, 0.0253181, 0.0187182, 0.0003832, -0.0540887, -0.221371, -0.73343", \
            "0.0362478, 0.0336152, 0.0265546, 0.0073344, -0.0481593, -0.215819, -0.727854" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0204725, 0.0225226, 0.0288162, 0.0473186, 0.102496, 0.269173, 0.776706", \
            "0.0203351, 0.0223842, 0.0286231, 0.0471824, 0.102414, 0.270565, 0.775502", \
            "0.0200833, 0.022122, 0.028366, 0.0468999, 0.102041, 0.269174, 0.779174", \
            "0.0200577, 0.0219985, 0.0281549, 0.046548, 0.101622, 0.26855, 0.775829", \
            "0.0209477, 0.0228458, 0.0286903, 0.046491, 0.101266, 0.267989, 0.77692", \
            "0.0226633, 0.0244878, 0.030193, 0.0481076, 0.102082, 0.267948, 0.779811", \
            "0.0283374, 0.0303094, 0.0356281, 0.0529204, 0.107458, 0.273982, 0.779903" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0173059, 0.0153592, 0.0102129, -0.0055455, -0.0593049, -0.22702, -0.739415", \
            "0.0169467, 0.0150437, 0.0099637, -0.0058462, -0.059567, -0.227265, -0.739512", \
            "0.0165861, 0.0146591, 0.0095425, -0.0062175, -0.0599705, -0.227673, -0.739848", \
            "0.0165288, 0.0145933, 0.0093922, -0.0065705, -0.0602399, -0.227784, -0.739953", \
            "0.0168932, 0.0147915, 0.0092952, -0.0065283, -0.0601589, -0.227626, -0.739754", \
            "0.0232866, 0.0208362, 0.0142878, -0.0040437, -0.057827, -0.225929, -0.738027", \
            "0.0311763, 0.0285712, 0.0213446, 0.0023247, -0.0534208, -0.221099, -0.732963" \
          );
        }
      }
      internal_power () {
        related_pin : "D1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0201959, 0.0222673, 0.0284991, 0.0469915, 0.10221, 0.270196, 0.775379", \
            "0.0200467, 0.0220807, 0.0283052, 0.0468703, 0.102063, 0.270121, 0.777124", \
            "0.0198308, 0.0218619, 0.0281111, 0.0466398, 0.101754, 0.269994, 0.77397", \
            "0.0198211, 0.0218115, 0.0279455, 0.0462654, 0.101252, 0.26826, 0.77663", \
            "0.0209396, 0.0228221, 0.0285647, 0.0463863, 0.101089, 0.269305, 0.776202", \
            "0.0231149, 0.0249047, 0.0306026, 0.0486585, 0.102079, 0.268135, 0.779873", \
            "0.0294172, 0.0309212, 0.0362674, 0.0538062, 0.107509, 0.27326, 0.777611" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152406, 0.0046455, 0.01416, 0.0431613, 0.13156, 0.401011");
          values ( \
            "0.0143794, 0.0125244, 0.0074395, -0.0088096, -0.0631424, -0.231152, -0.743396", \
            "0.0140698, 0.0122295, 0.0071614, -0.0091396, -0.0634173, -0.231415, -0.743782", \
            "0.0137138, 0.0118292, 0.0066993, -0.0095558, -0.0637877, -0.231776, -0.743998", \
            "0.0135919, 0.0116742, 0.0064436, -0.0098537, -0.0640446, -0.231848, -0.744102", \
            "0.0142461, 0.0121032, 0.0060331, -0.0097036, -0.063411, -0.231478, -0.743829", \
            "0.0207682, 0.0183662, 0.0118088, -0.0065768, -0.0620243, -0.229019, -0.741328", \
            "0.0280456, 0.0253251, 0.0182108, -0.0007963, -0.0566044, -0.224257, -0.736982" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002473;
      rise_capacitance : 0.00258;
      rise_capacitance_range (0.00258, 0.00258);
      fall_capacitance : 0.002365;
      fall_capacitance_range (0.002365, 0.002365);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0048353, -0.0048535, -0.0048955, -0.004895, -0.0048937, -0.0048907, -0.0048838" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048731, 0.00488, 0.0048958, 0.0048959, 0.0048965, 0.0048977, 0.0049004" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00239;
      rise_capacitance : 0.002547;
      rise_capacitance_range (0.002547, 0.002547);
      fall_capacitance : 0.002232;
      fall_capacitance_range (0.002232, 0.002232);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045009, -0.0045108, -0.0045336, -0.0045329, -0.0045311, -0.0045269, -0.0045174" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045799, 0.0045678, 0.0045399, 0.0045399, 0.0045402, 0.0045409, 0.0045424" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002358;
      rise_capacitance : 0.002467;
      rise_capacitance_range (0.002467, 0.002467);
      fall_capacitance : 0.002249;
      fall_capacitance_range (0.002249, 0.002249);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043381, -0.0043398, -0.0043436, -0.0043427, -0.0043407, -0.0043359, -0.0043249" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043394, 0.0043393, 0.0043393, 0.0043385, 0.0043371, 0.0043337, 0.0043259" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002491;
      rise_capacitance : 0.00259;
      rise_capacitance_range (0.00259, 0.00259);
      fall_capacitance : 0.002393;
      fall_capacitance_range (0.002393, 0.002393);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044816, -0.0044803, -0.0044773, -0.0044763, -0.0044739, -0.0044682, -0.0044551" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053544, 0.0053609, 0.005376, 0.0053917, 0.0054281, 0.0055121, 0.0057056" \
          );
        }
      }
    }
    pin (D1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002427;
      rise_capacitance : 0.002505;
      rise_capacitance_range (0.002505, 0.002505);
      fall_capacitance : 0.00235;
      fall_capacitance_range (0.00235, 0.00235);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004322, -0.0043208, -0.0043181, -0.0043135, -0.0043027, -0.0042779, -0.0042207" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053396, 0.0053412, 0.0053451, 0.0053441, 0.0053421, 0.0053374, 0.0053267" \
          );
        }
      }
    }
  }
  cell (scs8hd_o2111a_4) {
    area : 20.0192;
    cell_footprint : "o2111a";
    cell_leakage_power : 0.0278784;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0248337;
      when : "!A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0248652;
      when : "A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0248173;
      when : "!A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0248448;
      when : "!A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0248161;
      when : "!A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.024837;
      when : "!A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0248162;
      when : "!A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0317716;
      when : "!A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0514529;
      when : "!A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0248318;
      when : "!A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0250359;
      when : "!A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0248829;
      when : "!A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.024816;
      when : "!A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0248645;
      when : "!A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0248166;
      when : "!A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0497232;
      when : "!A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0248652;
      when : "!A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0248318;
      when : "A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0250359;
      when : "A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0248829;
      when : "A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0248183;
      when : "A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0248645;
      when : "A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0248166;
      when : "A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0381365;
      when : "A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0248652;
      when : "A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0248318;
      when : "A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0250359;
      when : "A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0248829;
      when : "A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0248183;
      when : "A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0248645;
      when : "A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0248166;
      when : "A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0497155;
      when : "A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0278784;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1&C1&D1) | (A2&B1&C1&D1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.72053;
      max_transition : 1.503;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.109037, 0.112887, 0.123666, 0.150671, 0.220626, 0.434177, 1.14453", \
            "0.111726, 0.115541, 0.126277, 0.153284, 0.223235, 0.436798, 1.1476", \
            "0.115895, 0.119756, 0.130549, 0.157518, 0.227519, 0.441159, 1.15142", \
            "0.123065, 0.126873, 0.137628, 0.164648, 0.234465, 0.447787, 1.15954", \
            "0.132043, 0.136, 0.147081, 0.17478, 0.245334, 0.459381, 1.16919", \
            "0.128287, 0.132499, 0.144814, 0.174499, 0.246745, 0.460843, 1.17473", \
            "0.065668, 0.0704736, 0.084648, 0.119317, 0.197102, 0.412102, 1.12632" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0212508, 0.0245757, 0.0341402, 0.0612725, 0.148258, 0.45451, 1.49805", \
            "0.0212191, 0.0244829, 0.034065, 0.0613135, 0.148195, 0.454396, 1.49856", \
            "0.0213386, 0.0246288, 0.0342033, 0.0612759, 0.148388, 0.454166, 1.49617", \
            "0.0214721, 0.0246553, 0.0342876, 0.0613029, 0.148481, 0.454075, 1.49702", \
            "0.0224595, 0.0258933, 0.0358628, 0.0630265, 0.149433, 0.45419, 1.49705", \
            "0.0269148, 0.0306818, 0.0405703, 0.0677248, 0.152007, 0.453946, 1.49812", \
            "0.0357128, 0.0395315, 0.0513971, 0.0811878, 0.159878, 0.45638, 1.49671" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.166015, 0.169413, 0.178811, 0.201394, 0.248546, 0.355667, 0.668876", \
            "0.170833, 0.174251, 0.183661, 0.206192, 0.253448, 0.360365, 0.673755", \
            "0.18237, 0.185741, 0.195182, 0.217783, 0.264702, 0.371632, 0.684658", \
            "0.208318, 0.211723, 0.221105, 0.243646, 0.290836, 0.39794, 0.711338", \
            "0.268422, 0.271877, 0.281202, 0.303872, 0.350847, 0.457907, 0.771312", \
            "0.389253, 0.392993, 0.403174, 0.427518, 0.478135, 0.587637, 0.901091", \
            "0.612971, 0.617278, 0.629035, 0.657582, 0.716018, 0.833723, 1.14941" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0277209, 0.029883, 0.036115, 0.0519528, 0.08806, 0.20141, 0.614219", \
            "0.0277414, 0.02997, 0.036141, 0.0512132, 0.0880025, 0.201458, 0.614434", \
            "0.0276769, 0.0298234, 0.0361272, 0.0513261, 0.0882943, 0.201843, 0.613706", \
            "0.0277388, 0.0300111, 0.0361952, 0.0514814, 0.088125, 0.201387, 0.614745", \
            "0.0279141, 0.0300897, 0.0364796, 0.0517092, 0.0879, 0.201259, 0.614331", \
            "0.0338566, 0.0358948, 0.0430843, 0.058197, 0.0940244, 0.204669, 0.611618", \
            "0.046135, 0.0485364, 0.0559054, 0.0741837, 0.11119, 0.216237, 0.614091" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0944378, 0.0981304, 0.108527, 0.134697, 0.203251, 0.41479, 1.12407", \
            "0.0972347, 0.10098, 0.111274, 0.137495, 0.205956, 0.417834, 1.12891", \
            "0.101336, 0.105047, 0.115322, 0.141537, 0.209932, 0.421675, 1.13099", \
            "0.107679, 0.111423, 0.121842, 0.148074, 0.216662, 0.428486, 1.14155", \
            "0.114018, 0.117936, 0.128889, 0.155957, 0.225525, 0.438282, 1.14833", \
            "0.104819, 0.109211, 0.121478, 0.151055, 0.222586, 0.43641, 1.14821", \
            "0.0353529, 0.040325, 0.0547148, 0.0903005, 0.168665, 0.383453, 1.09692" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0202322, 0.0233713, 0.0327965, 0.0596608, 0.146947, 0.452875, 1.49519", \
            "0.0202714, 0.0234465, 0.0327399, 0.0595921, 0.146899, 0.45231, 1.5013", \
            "0.0202527, 0.0234363, 0.0327722, 0.059652, 0.146933, 0.453398, 1.50171", \
            "0.0207132, 0.023836, 0.0331479, 0.0601093, 0.146776, 0.453169, 1.50287", \
            "0.0222675, 0.025596, 0.03528, 0.0619859, 0.147863, 0.452411, 1.49886", \
            "0.0277961, 0.0310491, 0.0414314, 0.0679072, 0.151066, 0.453212, 1.49965", \
            "0.0378236, 0.0413281, 0.0533139, 0.0829937, 0.161312, 0.455338, 1.49726" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.152346, 0.155767, 0.165176, 0.187575, 0.235014, 0.341585, 0.655137", \
            "0.155795, 0.159219, 0.168644, 0.191161, 0.238428, 0.345398, 0.6585", \
            "0.165837, 0.169204, 0.17863, 0.201203, 0.248483, 0.355397, 0.668607", \
            "0.191644, 0.195011, 0.204419, 0.226968, 0.274199, 0.381181, 0.694518", \
            "0.255171, 0.258561, 0.26775, 0.290197, 0.337296, 0.444281, 0.757728", \
            "0.381529, 0.385457, 0.396244, 0.421766, 0.473334, 0.582597, 0.895966", \
            "0.599185, 0.603705, 0.616166, 0.646786, 0.709715, 0.827969, 1.14252" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0278052, 0.0299764, 0.0361386, 0.051166, 0.0878642, 0.201617, 0.61346", \
            "0.027751, 0.029962, 0.0361774, 0.0512189, 0.0879449, 0.201541, 0.614719", \
            "0.0276462, 0.0298458, 0.0361238, 0.0513127, 0.0880456, 0.201634, 0.614621", \
            "0.0276637, 0.0298799, 0.0361871, 0.0513693, 0.0880097, 0.201771, 0.613966", \
            "0.0277488, 0.0299448, 0.0364128, 0.0520193, 0.0882348, 0.201845, 0.613836", \
            "0.0377109, 0.0397358, 0.0463683, 0.0632634, 0.0970966, 0.205682, 0.613106", \
            "0.0523309, 0.054871, 0.0627775, 0.0813827, 0.118988, 0.217746, 0.614621" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0835501, 0.0870638, 0.0970119, 0.122481, 0.19026, 0.402041, 1.11461", \
            "0.0863281, 0.0899261, 0.0999029, 0.125364, 0.193001, 0.405765, 1.11922", \
            "0.0920039, 0.0955631, 0.10548, 0.130922, 0.198756, 0.410879, 1.12463", \
            "0.10304, 0.106656, 0.116683, 0.142282, 0.210065, 0.422297, 1.13809", \
            "0.115427, 0.119318, 0.130048, 0.156585, 0.225516, 0.438441, 1.15154", \
            "0.11075, 0.115136, 0.127359, 0.156928, 0.227497, 0.440031, 1.15241", \
            "0.0500798, 0.0549373, 0.0692476, 0.104617, 0.181684, 0.395262, 1.10666" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0192572, 0.0223214, 0.0313861, 0.0580309, 0.145589, 0.45325, 1.49687", \
            "0.019205, 0.0223683, 0.0314191, 0.0580507, 0.145608, 0.453679, 1.50126", \
            "0.0192752, 0.0223893, 0.0313696, 0.0579313, 0.145697, 0.452053, 1.49986", \
            "0.0197938, 0.0229081, 0.0321228, 0.0584735, 0.14559, 0.453403, 1.50159", \
            "0.022259, 0.0256711, 0.034888, 0.0610959, 0.147299, 0.452803, 1.49781", \
            "0.0282819, 0.0318548, 0.0417689, 0.0678745, 0.150067, 0.45448, 1.49602", \
            "0.0388799, 0.0420726, 0.0538529, 0.0831187, 0.159584, 0.454877, 1.4946" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0835274, 0.0860518, 0.0931255, 0.109926, 0.146625, 0.243338, 0.55221", \
            "0.0883558, 0.0908885, 0.0979763, 0.114677, 0.151586, 0.248079, 0.557354", \
            "0.100735, 0.103255, 0.110347, 0.127038, 0.163945, 0.260621, 0.570138", \
            "0.130913, 0.133429, 0.14047, 0.157103, 0.193955, 0.290662, 0.600459", \
            "0.194436, 0.197263, 0.204998, 0.223015, 0.261038, 0.358241, 0.668113", \
            "0.301443, 0.30484, 0.314173, 0.336343, 0.380379, 0.480856, 0.790179", \
            "0.491873, 0.49595, 0.507062, 0.533997, 0.589096, 0.697731, 1.00778" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0161688, 0.0179578, 0.0229141, 0.0353184, 0.0700968, 0.188215, 0.60595", \
            "0.0162578, 0.0180044, 0.0227861, 0.0353292, 0.0699368, 0.188306, 0.610174", \
            "0.016187, 0.0179549, 0.0229705, 0.0352307, 0.0699496, 0.18832, 0.607682", \
            "0.0162971, 0.0179946, 0.0228922, 0.0356256, 0.0700521, 0.188458, 0.605662", \
            "0.0203944, 0.0221827, 0.0273056, 0.0391469, 0.0722622, 0.188723, 0.606092", \
            "0.0295204, 0.0314821, 0.0374352, 0.0511941, 0.0828832, 0.192963, 0.609408", \
            "0.0422386, 0.0445454, 0.05132, 0.0681198, 0.102904, 0.202804, 0.608099" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0795451, 0.083103, 0.0931227, 0.118574, 0.186408, 0.398652, 1.11428", \
            "0.0825017, 0.0860565, 0.096043, 0.121473, 0.18937, 0.401597, 1.11536", \
            "0.0890966, 0.0926688, 0.102564, 0.128023, 0.195954, 0.408281, 1.1222", \
            "0.102373, 0.105948, 0.116106, 0.14174, 0.209701, 0.422039, 1.13293", \
            "0.117236, 0.121085, 0.131786, 0.158244, 0.227097, 0.439755, 1.15058", \
            "0.116478, 0.120839, 0.133141, 0.16189, 0.232015, 0.445233, 1.16202", \
            "0.0643324, 0.0691267, 0.0832789, 0.118544, 0.194183, 0.407275, 1.12001" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.019253, 0.0223097, 0.0313616, 0.0579364, 0.145495, 0.452385, 1.49826", \
            "0.0192312, 0.0223423, 0.0313427, 0.0579327, 0.145668, 0.452163, 1.50052", \
            "0.019283, 0.0223461, 0.0313448, 0.0579278, 0.145674, 0.452028, 1.50032", \
            "0.0198845, 0.0231874, 0.0322428, 0.0585132, 0.145787, 0.453008, 1.49845", \
            "0.0226218, 0.0258701, 0.0349949, 0.061049, 0.147375, 0.453163, 1.49832", \
            "0.0288486, 0.0321705, 0.0422324, 0.0676577, 0.149887, 0.453921, 1.4936", \
            "0.0385079, 0.0421643, 0.0537553, 0.0812816, 0.158794, 0.455288, 1.49557" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0743625, 0.0767552, 0.0834082, 0.0989916, 0.133932, 0.22884, 0.538445", \
            "0.0794174, 0.0816502, 0.0883051, 0.103884, 0.138833, 0.233942, 0.543603", \
            "0.0915443, 0.0939222, 0.100561, 0.116155, 0.15113, 0.246092, 0.555074", \
            "0.121918, 0.124213, 0.130903, 0.146364, 0.181101, 0.276055, 0.586793", \
            "0.182289, 0.18495, 0.192619, 0.210218, 0.24662, 0.342109, 0.650984", \
            "0.282164, 0.28533, 0.294664, 0.316433, 0.360082, 0.459297, 0.767829", \
            "0.460511, 0.464462, 0.47509, 0.50145, 0.556124, 0.664029, 0.972912" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0146283, 0.0163654, 0.0208289, 0.0326166, 0.0669691, 0.186414, 0.609706", \
            "0.0146503, 0.0162298, 0.0209256, 0.0326523, 0.0669102, 0.18644, 0.607139", \
            "0.0146734, 0.0162202, 0.0208781, 0.0326148, 0.0670019, 0.186308, 0.609148", \
            "0.0147983, 0.016467, 0.0210928, 0.0329042, 0.0672031, 0.186443, 0.604463", \
            "0.0196964, 0.0216078, 0.0264752, 0.0381748, 0.0702612, 0.186881, 0.607921", \
            "0.0286706, 0.0305813, 0.0366838, 0.0505231, 0.0812775, 0.19074, 0.607203", \
            "0.0414768, 0.0437397, 0.0503889, 0.0670747, 0.101939, 0.202236, 0.607527" \
          );
        }
      }
      timing () {
        related_pin : "D1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0717179, 0.0753202, 0.0852584, 0.11072, 0.178663, 0.391136, 1.10458", \
            "0.0744162, 0.0780313, 0.0879885, 0.113458, 0.181316, 0.394142, 1.10807", \
            "0.081382, 0.0849444, 0.0948771, 0.120413, 0.188299, 0.400999, 1.11198", \
            "0.0955441, 0.0991679, 0.109271, 0.134996, 0.202759, 0.415376, 1.13149", \
            "0.110761, 0.114487, 0.125002, 0.150999, 0.219775, 0.43337, 1.14789", \
            "0.11098, 0.115263, 0.127344, 0.155652, 0.224543, 0.438835, 1.14905", \
            "0.0661369, 0.0707284, 0.0846677, 0.119066, 0.192924, 0.40524, 1.11677" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0192786, 0.0223811, 0.0314016, 0.0580242, 0.145332, 0.45272, 1.49775", \
            "0.0192558, 0.02242, 0.0314338, 0.0579566, 0.145555, 0.452599, 1.50064", \
            "0.0191758, 0.0222961, 0.0313672, 0.0580406, 0.145562, 0.452471, 1.499", \
            "0.0196762, 0.0228216, 0.0321055, 0.0585831, 0.145857, 0.453438, 1.50099", \
            "0.0227129, 0.0257739, 0.0346639, 0.0606775, 0.147685, 0.452913, 1.503", \
            "0.0287346, 0.0321234, 0.0415095, 0.0666509, 0.149461, 0.454251, 1.49644", \
            "0.0393153, 0.0428985, 0.0539971, 0.0806496, 0.157337, 0.45603, 1.49323" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0673619, 0.0696698, 0.0760825, 0.0915924, 0.12695, 0.222191, 0.531842", \
            "0.0721943, 0.0744875, 0.080977, 0.0964087, 0.131769, 0.227138, 0.536588", \
            "0.0843435, 0.0866312, 0.0930792, 0.108527, 0.143918, 0.239338, 0.548107", \
            "0.113394, 0.115514, 0.121905, 0.137295, 0.172663, 0.268088, 0.5772", \
            "0.166631, 0.169318, 0.176772, 0.194443, 0.232047, 0.3283, 0.637359", \
            "0.25465, 0.257871, 0.266664, 0.287923, 0.33187, 0.432296, 0.740926", \
            "0.414872, 0.418534, 0.42884, 0.45395, 0.507067, 0.615895, 0.924245" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0137988, 0.0154782, 0.0201781, 0.0323729, 0.0674906, 0.18686, 0.606685", \
            "0.0136861, 0.0153246, 0.020084, 0.0323164, 0.067529, 0.186736, 0.604443", \
            "0.013726, 0.0154089, 0.0201021, 0.0322493, 0.0675617, 0.186785, 0.609143", \
            "0.014167, 0.0157718, 0.0204078, 0.0326457, 0.0676875, 0.186835, 0.609498", \
            "0.0198843, 0.021547, 0.0264423, 0.0388877, 0.0717253, 0.187886, 0.604171", \
            "0.0283444, 0.0302934, 0.0359481, 0.0500972, 0.0830736, 0.192412, 0.605447", \
            "0.0407588, 0.0428187, 0.0492011, 0.0654539, 0.102297, 0.203552, 0.607108" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0451686, 0.0473294, 0.0550351, 0.0811176, 0.165986, 0.448705, 1.39816", \
            "0.0449483, 0.0471433, 0.054811, 0.080943, 0.165787, 0.448421, 1.39808", \
            "0.0445848, 0.0467927, 0.0544539, 0.0805724, 0.165549, 0.448248, 1.39815", \
            "0.0442339, 0.0464167, 0.0541186, 0.0802149, 0.165179, 0.447741, 1.39919", \
            "0.044548, 0.0466257, 0.0538717, 0.0801108, 0.164655, 0.447678, 1.39714", \
            "0.0481658, 0.050091, 0.0571188, 0.081983, 0.164951, 0.44754, 1.39767", \
            "0.0569421, 0.0585182, 0.0649369, 0.0890232, 0.172626, 0.452596, 1.39997" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0558704, 0.0532097, 0.0447362, 0.0222606, -0.0568718, -0.340677, -1.30221", \
            "0.0553646, 0.0525827, 0.0441413, 0.0216879, -0.0570416, -0.341005, -1.30249", \
            "0.0547788, 0.0521248, 0.0436495, 0.0213881, -0.057239, -0.34126, -1.30273", \
            "0.054576, 0.0517925, 0.043448, 0.0210599, -0.0578163, -0.341707, -1.30322", \
            "0.0548616, 0.0520618, 0.0435664, 0.0211761, -0.058173, -0.342147, -1.30352", \
            "0.0595801, 0.0565454, 0.0471393, 0.021097, -0.057605, -0.341435, -1.30288", \
            "0.0804035, 0.0772034, 0.0670986, 0.039657, -0.0499765, -0.336291, -1.29782" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0421032, 0.0443449, 0.052093, 0.0780843, 0.162398, 0.443852, 1.38847", \
            "0.0420549, 0.0443154, 0.0519107, 0.0779968, 0.162187, 0.443633, 1.39534", \
            "0.0416598, 0.0438944, 0.0514938, 0.0775433, 0.161784, 0.443192, 1.39798", \
            "0.0409433, 0.0431949, 0.0508155, 0.0766134, 0.16105, 0.4429, 1.3941", \
            "0.0416285, 0.0436921, 0.0508369, 0.0764711, 0.160657, 0.44267, 1.38806", \
            "0.0453301, 0.0473233, 0.0543461, 0.0788627, 0.161678, 0.443173, 1.39365", \
            "0.0560312, 0.0578524, 0.0641996, 0.0876533, 0.171249, 0.450466, 1.39657" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0504659, 0.0476585, 0.0392089, 0.0169513, -0.0618868, -0.345461, -1.30705", \
            "0.0501485, 0.0473974, 0.0390207, 0.0164892, -0.062206, -0.346075, -1.30743", \
            "0.0495781, 0.0468753, 0.0383751, 0.0160643, -0.0626549, -0.346432, -1.30787", \
            "0.049128, 0.0464051, 0.0379381, 0.0156216, -0.0631797, -0.346905, -1.30837", \
            "0.0506115, 0.0478831, 0.0394282, 0.016946, -0.0625357, -0.346521, -1.30792", \
            "0.0590217, 0.0559342, 0.0463647, 0.0208263, -0.058709, -0.343356, -1.30492", \
            "0.0851195, 0.0818306, 0.0715419, 0.0414544, -0.0466067, -0.33393, -1.29533" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0409331, 0.0431641, 0.0508611, 0.0769277, 0.161619, 0.444056, 1.39482", \
            "0.0406649, 0.0429793, 0.0507368, 0.0767279, 0.16124, 0.444005, 1.39631", \
            "0.0403149, 0.0426007, 0.0502718, 0.0763537, 0.160999, 0.443693, 1.39463", \
            "0.0401468, 0.0423243, 0.0499225, 0.0757803, 0.160467, 0.443236, 1.39721", \
            "0.0415582, 0.0436492, 0.0506549, 0.0760396, 0.160241, 0.442713, 1.39662", \
            "0.0457271, 0.0476508, 0.0545091, 0.0789686, 0.161711, 0.444247, 1.39564", \
            "0.0571162, 0.0585094, 0.0647318, 0.0881745, 0.17159, 0.451151, 1.39791" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0447259, 0.0424197, 0.0351662, 0.0132099, -0.0680777, -0.353159, -1.31508", \
            "0.044208, 0.0418275, 0.0346299, 0.0127406, -0.0685554, -0.353606, -1.31546", \
            "0.0437433, 0.0414444, 0.0341622, 0.0122318, -0.0691874, -0.354241, -1.31597", \
            "0.0437042, 0.0414143, 0.0339542, 0.0117416, -0.0698335, -0.354799, -1.31649", \
            "0.0451404, 0.0425886, 0.0347434, 0.0130265, -0.0689562, -0.35385, -1.31556", \
            "0.0583865, 0.0554435, 0.0463435, 0.0183512, -0.0658088, -0.350715, -1.31246", \
            "0.0737117, 0.0705039, 0.0606054, 0.0316015, -0.055534, -0.342003, -1.30329" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0415633, 0.0438074, 0.0516222, 0.0776405, 0.16228, 0.445397, 1.39706", \
            "0.0413342, 0.0435559, 0.0512924, 0.0774058, 0.162051, 0.445243, 1.39707", \
            "0.0408376, 0.0431206, 0.0508017, 0.0768972, 0.161671, 0.444741, 1.39648", \
            "0.0406987, 0.0427968, 0.0504422, 0.0762978, 0.160984, 0.444372, 1.39007", \
            "0.0422528, 0.0442994, 0.0513475, 0.0766612, 0.16083, 0.443985, 1.39033", \
            "0.0470005, 0.0488277, 0.0560295, 0.080032, 0.162447, 0.445143, 1.39562", \
            "0.0580913, 0.0595069, 0.0656927, 0.0898913, 0.173129, 0.452738, 1.39938" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.03768, 0.0353509, 0.0282618, 0.0063465, -0.0756474, -0.361133, -1.32318", \
            "0.0373238, 0.0350911, 0.0279976, 0.0058947, -0.0760451, -0.361544, -1.32353", \
            "0.0366696, 0.0344711, 0.0273028, 0.0053992, -0.0767094, -0.362149, -1.32407", \
            "0.0370052, 0.0341786, 0.0273376, 0.0049934, -0.0770103, -0.362442, -1.32438", \
            "0.0376713, 0.0356512, 0.0274285, 0.0046031, -0.0766001, -0.361932, -1.32432", \
            "0.0492366, 0.0458526, 0.0374534, 0.0107473, -0.0753681, -0.359876, -1.32079", \
            "0.0636231, 0.0605812, 0.0504781, 0.021808, -0.0650022, -0.351346, -1.31275" \
          );
        }
      }
      internal_power () {
        related_pin : "D1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.0393095, 0.041586, 0.0492517, 0.0753196, 0.160298, 0.443172, 1.39697", \
            "0.0390238, 0.0412915, 0.0490322, 0.0751211, 0.159949, 0.443135, 1.39709", \
            "0.0385522, 0.0408202, 0.0484843, 0.0745883, 0.159572, 0.443152, 1.3892", \
            "0.0387911, 0.0409806, 0.0486196, 0.0743267, 0.159148, 0.442513, 1.39693", \
            "0.0408595, 0.042886, 0.049953, 0.0751028, 0.159268, 0.442636, 1.39667", \
            "0.0467188, 0.0486577, 0.0555089, 0.0799029, 0.162441, 0.444786, 1.39496", \
            "0.0622102, 0.063566, 0.0696395, 0.0933146, 0.175897, 0.455861, 1.40332" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168042, 0.0056476, 0.0189806, 0.0637908, 0.21439, 0.72053");
          values ( \
            "0.029326, 0.0271842, 0.0202087, -0.0016739, -0.0837147, -0.369292, -1.33139", \
            "0.0288966, 0.0267315, 0.0198349, -0.001888, -0.0838637, -0.369619, -1.33151", \
            "0.0285016, 0.0263022, 0.0192195, -0.002632, -0.0845919, -0.37015, -1.33225", \
            "0.0287022, 0.0263861, 0.0191335, -0.0030621, -0.0850618, -0.370457, -1.3325", \
            "0.0305562, 0.0279698, 0.0201831, -0.0021425, -0.083783, -0.369097, -1.33115", \
            "0.0425623, 0.0396382, 0.0306033, 0.003993, -0.080755, -0.365627, -1.32753", \
            "0.0593655, 0.0561651, 0.0462213, 0.0176239, -0.068011, -0.354795, -1.31641" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00436;
      rise_capacitance : 0.004614;
      rise_capacitance_range (0.004614, 0.004614);
      fall_capacitance : 0.004106;
      fall_capacitance_range (0.004106, 0.004106);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0084166, -0.008414, -0.0084079, -0.0084099, -0.0084144, -0.0084249, -0.0084489" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0084266, 0.0084244, 0.0084193, 0.0084201, 0.008422, 0.0084264, 0.0084367" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00471;
      rise_capacitance : 0.005084;
      rise_capacitance_range (0.005084, 0.005084);
      fall_capacitance : 0.004337;
      fall_capacitance_range (0.004337, 0.004337);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0091479, -0.0091363, -0.0091098, -0.009111, -0.0091138, -0.0091204, -0.0091353" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.009128, 0.0091301, 0.0091348, 0.0091351, 0.0091358, 0.0091372, 0.0091407" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004416;
      rise_capacitance : 0.004593;
      rise_capacitance_range (0.004593, 0.004593);
      fall_capacitance : 0.004239;
      fall_capacitance_range (0.004239, 0.004239);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0083898, -0.0083838, -0.0083701, -0.0083674, -0.008361, -0.0083465, -0.0083128" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0083773, 0.0083796, 0.0083847, 0.008383, 0.0083792, 0.0083703, 0.00835" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00479;
      rise_capacitance : 0.004956;
      rise_capacitance_range (0.004956, 0.004956);
      fall_capacitance : 0.004625;
      fall_capacitance_range (0.004625, 0.004625);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0089423, -0.0089483, -0.0089621, -0.0089647, -0.0089707, -0.0089847, -0.0090166" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0105671, 0.0105743, 0.0105908, 0.010626, 0.0107073, 0.0108944, 0.011326" \
          );
        }
      }
    }
    pin (D1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004414;
      rise_capacitance : 0.004575;
      rise_capacitance_range (0.004575, 0.004575);
      fall_capacitance : 0.004252;
      fall_capacitance_range (0.004252, 0.004252);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0066296, -0.0066374, -0.0066556, -0.0066385, -0.0065989, -0.0065077, -0.0062974" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0103611, 0.0103625, 0.0103656, 0.0103616, 0.0103523, 0.0103307, 0.0102814" \
          );
        }
      }
    }
  }
  cell (scs8hd_o2111ai_1) {
    area : 8.7584;
    cell_footprint : "o2111ai";
    cell_leakage_power : 0.0034937;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.013726;
      when : "!A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 8.11954e-06;
      when : "!A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 2.13148e-05;
      when : "!A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0076229;
      when : "!A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0137272;
      when : "!A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 8.18738e-06;
      when : "!A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 6.20207e-05;
      when : "!A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0076236;
      when : "!A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 1.49946e-05;
      when : "!A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 1.49946e-05;
      when : "A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 8.14304e-06;
      when : "A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 4.11294e-05;
      when : "A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 8.57735e-06;
      when : "A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 3.36237e-05;
      when : "A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 8.2883e-06;
      when : "A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0247944;
      when : "A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 2.72251e-05;
      when : "A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 8.14304e-06;
      when : "!A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 4.11294e-05;
      when : "!A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 8.57735e-06;
      when : "!A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 3.36237e-05;
      when : "!A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 8.2883e-06;
      when : "!A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0247961;
      when : "!A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 2.72238e-05;
      when : "!A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 1.49946e-05;
      when : "A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 8.14304e-06;
      when : "A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 4.11294e-05;
      when : "A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 8.57735e-06;
      when : "A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 3.36237e-05;
      when : "A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 8.2883e-06;
      when : "A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0189825;
      when : "A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 2.72279e-05;
      when : "A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0034937;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2) | (!B1) | (!C1) | (!D1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.101634;
      max_transition : 1.4911;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0938813, 0.101641, 0.119969, 0.162211, 0.26361, 0.50584, 1.09132", \
            "0.0993696, 0.106976, 0.124444, 0.167572, 0.268769, 0.511081, 1.09751", \
            "0.110082, 0.117783, 0.135352, 0.178594, 0.279842, 0.522456, 1.1087", \
            "0.13398, 0.141602, 0.159393, 0.202471, 0.304012, 0.546938, 1.13313", \
            "0.184144, 0.193807, 0.213209, 0.257957, 0.359413, 0.603094, 1.18875", \
            "0.277194, 0.288405, 0.313935, 0.368561, 0.485972, 0.731831, 1.32085", \
            "0.45364, 0.468338, 0.501726, 0.574637, 0.723315, 1.02038, 1.61836" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0831471, 0.0928979, 0.116313, 0.174083, 0.312997, 0.649761, 1.46204", \
            "0.082303, 0.0922905, 0.116685, 0.173885, 0.312861, 0.649709, 1.46704", \
            "0.0826024, 0.0924441, 0.116486, 0.173861, 0.312734, 0.649285, 1.46337", \
            "0.0837591, 0.0934685, 0.116731, 0.174195, 0.31284, 0.650938, 1.46335", \
            "0.100319, 0.1091, 0.130018, 0.181852, 0.314698, 0.651942, 1.46433", \
            "0.138905, 0.149263, 0.172521, 0.22584, 0.346352, 0.658225, 1.46741", \
            "0.203283, 0.216633, 0.246527, 0.311864, 0.449593, 0.743134, 1.48686" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0454323, 0.0492068, 0.0582704, 0.079756, 0.130906, 0.253633, 0.550789", \
            "0.0482656, 0.052133, 0.061289, 0.0827503, 0.133846, 0.25675, 0.553935", \
            "0.0534293, 0.0573358, 0.0664954, 0.088067, 0.139319, 0.262358, 0.559168", \
            "0.0604017, 0.0648034, 0.0751527, 0.0977342, 0.149303, 0.272571, 0.569742", \
            "0.0629261, 0.0690705, 0.0823443, 0.110565, 0.168344, 0.294155, 0.591655", \
            "0.0420223, 0.0508592, 0.0706637, 0.111297, 0.189013, 0.335358, 0.641705", \
            "-0.0431819, -0.0295664, 0.0001777, 0.0603048, 0.173238, 0.374421, 0.736331" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0307982, 0.0355714, 0.0469856, 0.0749376, 0.142914, 0.308049, 0.705952", \
            "0.0308638, 0.0356122, 0.0470991, 0.0750383, 0.142912, 0.307515, 0.707767", \
            "0.0314681, 0.0360357, 0.0472062, 0.0749131, 0.142894, 0.307451, 0.70597", \
            "0.037281, 0.0415223, 0.0520953, 0.0776827, 0.143876, 0.307793, 0.706507", \
            "0.0551183, 0.0595526, 0.0701046, 0.0947091, 0.155204, 0.310825, 0.706881", \
            "0.0916899, 0.0974198, 0.110001, 0.138633, 0.200032, 0.343945, 0.71573", \
            "0.162328, 0.169269, 0.186363, 0.223017, 0.297428, 0.450763, 0.797396" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0845167, 0.0918815, 0.109636, 0.152734, 0.254023, 0.49687, 1.08314", \
            "0.0882091, 0.0956746, 0.113721, 0.15629, 0.257786, 0.500526, 1.08669", \
            "0.0987213, 0.106511, 0.124625, 0.167323, 0.269178, 0.512491, 1.09727", \
            "0.126347, 0.133969, 0.151863, 0.194542, 0.295869, 0.539293, 1.12548", \
            "0.189928, 0.198531, 0.217937, 0.261046, 0.36128, 0.603269, 1.18952", \
            "0.298718, 0.311933, 0.340608, 0.399192, 0.514405, 0.755209, 1.33848", \
            "0.502836, 0.518954, 0.556035, 0.637909, 0.804147, 1.10755, 1.68898" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0823789, 0.0923238, 0.116464, 0.173906, 0.313628, 0.649979, 1.46824", \
            "0.0823579, 0.0927211, 0.116261, 0.174025, 0.313054, 0.650135, 1.46287", \
            "0.0826045, 0.0923014, 0.116234, 0.173966, 0.313138, 0.649596, 1.4653", \
            "0.0846583, 0.093907, 0.116909, 0.173846, 0.313137, 0.651014, 1.46763", \
            "0.1089, 0.117051, 0.13622, 0.185098, 0.315295, 0.650283, 1.46336", \
            "0.157724, 0.169409, 0.196353, 0.249983, 0.359885, 0.66004, 1.46676", \
            "0.22904, 0.245764, 0.284525, 0.36257, 0.50696, 0.780991, 1.4911" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0366944, 0.0400963, 0.0483546, 0.0682382, 0.115705, 0.23083, 0.509537", \
            "0.0394869, 0.0430104, 0.0514282, 0.0712711, 0.11879, 0.233753, 0.512119", \
            "0.0440714, 0.0478213, 0.0564036, 0.0765433, 0.125108, 0.23923, 0.52146", \
            "0.0480769, 0.0526952, 0.063187, 0.0853514, 0.134072, 0.249498, 0.528078", \
            "0.0425888, 0.0494828, 0.0643725, 0.0942198, 0.151827, 0.271219, 0.550378", \
            "0.0067857, 0.0171264, 0.0392189, 0.0832583, 0.163985, 0.310886, 0.59961", \
            "-0.109816, -0.0932413, -0.0589879, 0.0070666, 0.126508, 0.331861, 0.685376" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0217827, 0.0262402, 0.0370283, 0.0634077, 0.126697, 0.280656, 0.653915", \
            "0.0218312, 0.0262293, 0.0369937, 0.0630803, 0.126637, 0.280599, 0.652705", \
            "0.0231559, 0.0272943, 0.037587, 0.0634035, 0.12729, 0.280579, 0.654381", \
            "0.0310987, 0.0347474, 0.0443306, 0.0676213, 0.127964, 0.280169, 0.653863", \
            "0.0499639, 0.0541855, 0.0643943, 0.0871708, 0.143299, 0.285265, 0.654943", \
            "0.086666, 0.0922239, 0.10481, 0.132696, 0.190794, 0.326718, 0.668124", \
            "0.162221, 0.16841, 0.183313, 0.218279, 0.29091, 0.435266, 0.759558" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0433877, 0.0478522, 0.0587154, 0.0844055, 0.145594, 0.292742, 0.648975", \
            "0.0478746, 0.0525298, 0.0634521, 0.0893344, 0.150618, 0.297878, 0.654102", \
            "0.0605636, 0.0650925, 0.0758973, 0.101771, 0.163287, 0.311027, 0.667329", \
            "0.0905541, 0.0954097, 0.106715, 0.13212, 0.19333, 0.339515, 0.695953", \
            "0.142446, 0.150025, 0.166653, 0.200372, 0.26413, 0.410512, 0.762896", \
            "0.233182, 0.244054, 0.268477, 0.317039, 0.412543, 0.576105, 0.929512", \
            "0.40541, 0.42151, 0.453196, 0.52292, 0.662562, 0.908781, 1.3122" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0394492, 0.0456301, 0.060307, 0.0964345, 0.183061, 0.393822, 0.902255", \
            "0.0395928, 0.0455372, 0.0604325, 0.0960733, 0.183299, 0.394109, 0.901938", \
            "0.0398699, 0.0457542, 0.060527, 0.0967374, 0.183276, 0.393706, 0.903529", \
            "0.0505692, 0.0552642, 0.0672886, 0.0989117, 0.183693, 0.39376, 0.903501", \
            "0.0780916, 0.0845808, 0.0981659, 0.125642, 0.195959, 0.394101, 0.904889", \
            "0.119178, 0.129522, 0.151224, 0.192849, 0.266626, 0.429129, 0.906607", \
            "0.18677, 0.200672, 0.230548, 0.293733, 0.408705, 0.598165, 0.991949" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0290291, 0.032263, 0.0399737, 0.0581193, 0.102043, 0.208395, 0.466084", \
            "0.0314565, 0.034764, 0.0424592, 0.0609779, 0.104966, 0.212498, 0.470252", \
            "0.0358043, 0.0394353, 0.0477541, 0.0664125, 0.110639, 0.217131, 0.477362", \
            "0.038744, 0.0437205, 0.054957, 0.0771388, 0.12321, 0.230173, 0.491082", \
            "0.0315467, 0.0389367, 0.0554307, 0.0867213, 0.145653, 0.25931, 0.518584", \
            "-0.0049913, 0.0060418, 0.0298141, 0.0763258, 0.161358, 0.310069, 0.586323", \
            "-0.113536, -0.0975017, -0.0629451, 0.0045313, 0.127798, 0.340828, 0.702321" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0194945, 0.0236518, 0.0336896, 0.0578462, 0.116452, 0.258682, 0.601939", \
            "0.0197087, 0.0237895, 0.033675, 0.057746, 0.116484, 0.25969, 0.602777", \
            "0.0230207, 0.0264265, 0.0353615, 0.0583229, 0.116235, 0.258092, 0.605515", \
            "0.0330509, 0.0366221, 0.0455309, 0.0659702, 0.119124, 0.258115, 0.604124", \
            "0.0532043, 0.0576347, 0.068258, 0.0907544, 0.140417, 0.266618, 0.604488", \
            "0.0902682, 0.0960033, 0.109376, 0.138327, 0.197499, 0.320008, 0.623899", \
            "0.162093, 0.169044, 0.185878, 0.22372, 0.301011, 0.44717, 0.742505" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0358788, 0.0403103, 0.0509079, 0.0759838, 0.135751, 0.281257, 0.632118", \
            "0.0403504, 0.0448203, 0.0555063, 0.0808047, 0.140806, 0.285326, 0.635186", \
            "0.0530274, 0.0573874, 0.0678426, 0.0930661, 0.153612, 0.298362, 0.648123", \
            "0.0802291, 0.0858593, 0.097947, 0.123052, 0.18313, 0.32771, 0.676922", \
            "0.125727, 0.134091, 0.152144, 0.1882, 0.253247, 0.39664, 0.743101", \
            "0.20668, 0.21872, 0.24483, 0.297895, 0.395368, 0.56151, 0.909087", \
            "0.365516, 0.381486, 0.416855, 0.490463, 0.634034, 0.883991, 1.28901" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0316271, 0.0376022, 0.0520953, 0.0873414, 0.172573, 0.380062, 0.879551", \
            "0.0316723, 0.0376197, 0.0521855, 0.0873164, 0.172178, 0.378635, 0.877414", \
            "0.0332595, 0.0385942, 0.0524182, 0.0875637, 0.172695, 0.3791, 0.879518", \
            "0.0468613, 0.0511535, 0.0620719, 0.0916023, 0.172905, 0.37897, 0.879335", \
            "0.0721418, 0.0788654, 0.0931771, 0.121429, 0.187811, 0.378675, 0.879813", \
            "0.111263, 0.121361, 0.143393, 0.187383, 0.26166, 0.418547, 0.880434", \
            "0.179343, 0.193303, 0.223305, 0.286929, 0.401761, 0.593687, 0.973794" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0254552, 0.0287901, 0.036452, 0.0548494, 0.0987549, 0.20515, 0.462913", \
            "0.0281945, 0.0314922, 0.0392491, 0.0577049, 0.101748, 0.208274, 0.466267", \
            "0.0332291, 0.0370356, 0.0458175, 0.0646296, 0.10942, 0.217687, 0.475524", \
            "0.0363989, 0.0420813, 0.0542075, 0.0782132, 0.125369, 0.233471, 0.490968", \
            "0.0305784, 0.0384968, 0.0563384, 0.0912386, 0.154655, 0.270922, 0.531519", \
            "-0.0023568, 0.0097017, 0.0350356, 0.0854866, 0.177976, 0.336607, 0.620695", \
            "-0.101022, -0.0838896, -0.0475072, 0.0247183, 0.156115, 0.386231, 0.773265" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0194659, 0.0236935, 0.0337032, 0.0576874, 0.116352, 0.258485, 0.603002", \
            "0.0197545, 0.023746, 0.0337083, 0.0577842, 0.116313, 0.258528, 0.60342", \
            "0.0245618, 0.027817, 0.0362407, 0.0586858, 0.116618, 0.259165, 0.603271", \
            "0.0355125, 0.0395108, 0.0485136, 0.0687682, 0.12025, 0.258617, 0.603458", \
            "0.0558248, 0.0611408, 0.072959, 0.0974779, 0.147546, 0.269576, 0.605383", \
            "0.0917412, 0.0989621, 0.11453, 0.147661, 0.21118, 0.335874, 0.632108", \
            "0.159505, 0.169127, 0.189986, 0.23448, 0.321006, 0.481603, 0.781231" \
          );
        }
      }
      timing () {
        related_pin : "D1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0261413, 0.0304142, 0.0404519, 0.0638649, 0.119424, 0.251587, 0.57294", \
            "0.0308028, 0.0349684, 0.0449724, 0.0684685, 0.124189, 0.258066, 0.58111", \
            "0.0433156, 0.0474227, 0.0570462, 0.0799351, 0.135241, 0.268584, 0.594774", \
            "0.0644258, 0.0709961, 0.084557, 0.109503, 0.164739, 0.297702, 0.621679", \
            "0.0995228, 0.108887, 0.128892, 0.16742, 0.233284, 0.365067, 0.68447", \
            "0.164612, 0.177947, 0.205621, 0.26083, 0.360713, 0.524926, 0.844691", \
            "0.293696, 0.311478, 0.349496, 0.425453, 0.568188, 0.815616, 1.21471" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0230471, 0.0285733, 0.0419917, 0.0745168, 0.153753, 0.345496, 0.807575", \
            "0.0231071, 0.0285905, 0.0419614, 0.0745247, 0.153782, 0.346313, 0.812779", \
            "0.0273558, 0.0316637, 0.0431375, 0.0745594, 0.153441, 0.34338, 0.815505", \
            "0.0421391, 0.0469168, 0.0569029, 0.0812953, 0.153723, 0.34512, 0.813632", \
            "0.0651387, 0.0721102, 0.0876108, 0.11563, 0.173304, 0.344895, 0.806625", \
            "0.102467, 0.11326, 0.133598, 0.178719, 0.25387, 0.393254, 0.810781", \
            "0.175546, 0.188162, 0.216399, 0.27426, 0.388977, 0.572427, 0.922153" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0204366, 0.023665, 0.0314666, 0.0498211, 0.0938116, 0.200302, 0.457826", \
            "0.0231511, 0.02639, 0.0341125, 0.0527023, 0.0967448, 0.204833, 0.463501", \
            "0.0283537, 0.0324543, 0.041132, 0.0596615, 0.103585, 0.212017, 0.471042", \
            "0.0313584, 0.037337, 0.0500134, 0.0744133, 0.120757, 0.227379, 0.486383", \
            "0.0261835, 0.0345846, 0.0524952, 0.0877451, 0.152872, 0.267152, 0.524779", \
            "-0.0012785, 0.0102774, 0.0354867, 0.0854312, 0.179068, 0.340398, 0.617597", \
            "-0.0865, -0.069993, -0.0349474, 0.0349904, 0.165294, 0.392211, 0.788272" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0192542, 0.0233657, 0.0335282, 0.0577681, 0.116312, 0.259044, 0.60294", \
            "0.0195061, 0.0234343, 0.0332343, 0.057768, 0.116315, 0.259233, 0.605507", \
            "0.0252891, 0.0289958, 0.0370135, 0.0587302, 0.116217, 0.259138, 0.605074", \
            "0.0367325, 0.0411726, 0.0513542, 0.0725317, 0.121348, 0.258541, 0.602421", \
            "0.0567794, 0.0632718, 0.077391, 0.104946, 0.156046, 0.272355, 0.60504", \
            "0.0956803, 0.103895, 0.120927, 0.158154, 0.228261, 0.358815, 0.63597", \
            "0.166521, 0.177896, 0.203567, 0.253468, 0.350706, 0.524769, 0.831804" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0199811, 0.0213623, 0.0246356, 0.0326273, 0.0518365, 0.0981847, 0.210325", \
            "0.019763, 0.0211408, 0.0244821, 0.0324925, 0.0517242, 0.0980733, 0.210239", \
            "0.0196128, 0.020947, 0.0243017, 0.0323368, 0.0515814, 0.0979969, 0.210165", \
            "0.0194305, 0.0208154, 0.0241236, 0.0321459, 0.0514571, 0.0979328, 0.210098", \
            "0.0194105, 0.0208088, 0.0241508, 0.0321704, 0.0513758, 0.0977958, 0.210045", \
            "0.0202948, 0.0215848, 0.0247991, 0.032735, 0.0518728, 0.0981008, 0.210182", \
            "0.0246047, 0.0257908, 0.0286684, 0.0358899, 0.0543925, 0.100075, 0.211626" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0074699, 0.006119, 0.0028596, -0.0050737, -0.0243707, -0.0711017, -0.184608", \
            "0.0073172, 0.005995, 0.0027314, -0.0051832, -0.0244413, -0.0712198, -0.184681", \
            "0.007126, 0.005816, 0.0025829, -0.0052981, -0.0245237, -0.0712717, -0.184726", \
            "0.0069147, 0.0055939, 0.002409, -0.0054475, -0.0246487, -0.0713432, -0.184808", \
            "0.0070657, 0.0057126, 0.0024214, -0.0055337, -0.0246965, -0.0713571, -0.184809", \
            "0.0078845, 0.0064923, 0.0031293, -0.0049505, -0.0244885, -0.071287, -0.18477", \
            "0.012237, 0.010705, 0.0070617, -0.0015525, -0.0218014, -0.0695623, -0.183868" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.017517, 0.0188896, 0.0222095, 0.0302134, 0.0494656, 0.095746, 0.207905", \
            "0.0172235, 0.0186673, 0.0219525, 0.0300011, 0.049285, 0.0956294, 0.20782", \
            "0.0169995, 0.0183496, 0.0217022, 0.0298381, 0.0491354, 0.0954902, 0.207984", \
            "0.0168466, 0.0182199, 0.0216264, 0.0296354, 0.0489909, 0.0954255, 0.207689", \
            "0.0173421, 0.0186982, 0.0219741, 0.0298979, 0.0490592, 0.095347, 0.207657", \
            "0.0194288, 0.0206643, 0.0237929, 0.0314529, 0.049846, 0.0959945, 0.207819", \
            "0.0269232, 0.0281596, 0.0292901, 0.0362853, 0.0552501, 0.0987113, 0.209922" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0057816, 0.0044741, 0.0012296, -0.0066639, -0.0259551, -0.072755, -0.186294", \
            "0.0056269, 0.0043392, 0.0011618, -0.0067014, -0.0259257, -0.0727045, -0.186227", \
            "0.0053142, 0.0040574, 0.0009337, -0.0068375, -0.0259816, -0.0727213, -0.186183", \
            "0.004981, 0.0037014, 0.0005786, -0.007135, -0.0261732, -0.0728061, -0.186231", \
            "0.0050714, 0.0037532, 0.0005431, -0.0073997, -0.0263935, -0.0729343, -0.186298", \
            "0.0059406, 0.0045142, 0.0010966, -0.0069691, -0.0262682, -0.0730167, -0.186409", \
            "0.0105637, 0.0089373, 0.0050156, -0.0038882, -0.0242784, -0.0718097, -0.185802" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0125699, 0.013957, 0.0172954, 0.0252906, 0.0444015, 0.0907861, 0.202807", \
            "0.0122625, 0.0136536, 0.0170398, 0.0250527, 0.0442761, 0.0905734, 0.202734", \
            "0.011955, 0.0133402, 0.0166889, 0.0247399, 0.0440844, 0.0904339, 0.202692", \
            "0.0120126, 0.0133673, 0.0166645, 0.0246374, 0.0438644, 0.0899622, 0.202611", \
            "0.0126556, 0.0139662, 0.0171512, 0.0248731, 0.0439988, 0.0902113, 0.202269", \
            "0.0148721, 0.0161123, 0.0191196, 0.0266091, 0.0453737, 0.0909869, 0.202316", \
            "0.0219783, 0.0233735, 0.0254512, 0.0324573, 0.0500058, 0.0969094, 0.205059" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0056948, 0.0043694, 0.0011522, -0.0067704, -0.026044, -0.0728505, -0.186395", \
            "0.0054642, 0.0041805, 0.0009977, -0.0068628, -0.0260907, -0.07286, -0.186385", \
            "0.0051844, 0.0038859, 0.0007383, -0.0070455, -0.0262061, -0.0729301, -0.186451", \
            "0.0049356, 0.0036218, 0.0004894, -0.0073107, -0.0263808, -0.0730248, -0.186451", \
            "0.0052473, 0.0038887, 0.0006221, -0.0073886, -0.0265659, -0.0731666, -0.186546", \
            "0.0066893, 0.0051776, 0.001619, -0.0066182, -0.0261237, -0.0730535, -0.186532", \
            "0.0126235, 0.0108564, 0.0067138, -0.0026442, -0.0234817, -0.0714122, -0.185705" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0084494, 0.0098742, 0.0132413, 0.0212505, 0.0403975, 0.0866987, 0.19832", \
            "0.0080426, 0.0094941, 0.0129239, 0.021001, 0.0403119, 0.0866976, 0.198747", \
            "0.0077766, 0.0091759, 0.0125589, 0.0205745, 0.0399742, 0.0863879, 0.198589", \
            "0.0078228, 0.0091713, 0.0124593, 0.0204247, 0.0396267, 0.0862053, 0.198199", \
            "0.0085753, 0.0098589, 0.0130151, 0.0207522, 0.039726, 0.0859492, 0.197986", \
            "0.0112519, 0.0128552, 0.0162991, 0.022599, 0.0410232, 0.0865988, 0.198017", \
            "0.0174887, 0.0185424, 0.0210747, 0.0280932, 0.0456402, 0.0914043, 0.200487" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0058172, 0.0045222, 0.0013049, -0.0066095, -0.0258793, -0.0726736, -0.186207", \
            "0.0055798, 0.0043068, 0.0011371, -0.0067176, -0.0259358, -0.0727098, -0.18622", \
            "0.0052828, 0.0039875, 0.0008415, -0.0069204, -0.0260563, -0.0727714, -0.186265", \
            "0.0050838, 0.0037687, 0.0006039, -0.0071805, -0.0262324, -0.0728751, -0.186304", \
            "0.0054933, 0.0041846, 0.0008199, -0.0072158, -0.0263837, -0.0729827, -0.18636", \
            "0.0073217, 0.0057827, 0.0021336, -0.0061945, -0.0258112, -0.0728337, -0.186325", \
            "0.013576, 0.0117427, 0.0074993, -0.0019877, -0.022944, -0.07106, -0.185438" \
          );
        }
      }
      internal_power () {
        related_pin : "D1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.005243, 0.0067472, 0.0102598, 0.018398, 0.037697, 0.0845652, 0.19548", \
            "0.0048855, 0.00636, 0.0098945, 0.0180561, 0.037596, 0.084227, 0.197141", \
            "0.0047222, 0.0061363, 0.0095822, 0.0176502, 0.0370884, 0.083338, 0.196649", \
            "0.0049344, 0.0062601, 0.0095372, 0.0175022, 0.0367848, 0.0835087, 0.196348", \
            "0.005935, 0.0071572, 0.0101954, 0.0179153, 0.0366713, 0.0832004, 0.194605", \
            "0.009113, 0.0104796, 0.0139499, 0.0202014, 0.0386335, 0.0837643, 0.195439", \
            "0.0170122, 0.0178784, 0.020124, 0.0265622, 0.0443287, 0.0894649, 0.197841" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121241, 0.00293985, 0.00712859, 0.0172855, 0.041914, 0.101633");
          values ( \
            "0.0055326, 0.0042371, 0.0010492, -0.0068253, -0.0260684, -0.0728583, -0.186385", \
            "0.0052598, 0.0039937, 0.0008478, -0.0069381, -0.0261325, -0.0728731, -0.186386", \
            "0.0050298, 0.0037398, 0.0006071, -0.007158, -0.0262405, -0.0729369, -0.186413", \
            "0.004974, 0.0036837, 0.0005279, -0.0073351, -0.02643, -0.0730508, -0.186475", \
            "0.0058983, 0.0044544, 0.0010839, -0.0068981, -0.0264682, -0.0731125, -0.18652", \
            "0.0086737, 0.0070207, 0.0032172, -0.0054217, -0.0253754, -0.0725977, -0.186327", \
            "0.0168839, 0.0149169, 0.0114539, 0.000954, -0.0203988, -0.0696274, -0.184625" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00232;
      rise_capacitance : 0.002432;
      rise_capacitance_range (0.002432, 0.002432);
      fall_capacitance : 0.002208;
      fall_capacitance_range (0.002208, 0.002208);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044079, -0.00441, -0.0044149, -0.004415, -0.0044152, -0.0044158, -0.0044171" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044167, 0.0044174, 0.0044191, 0.0044196, 0.0044208, 0.0044236, 0.0044301" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002385;
      rise_capacitance : 0.002546;
      rise_capacitance_range (0.002546, 0.002546);
      fall_capacitance : 0.002224;
      fall_capacitance_range (0.002224, 0.002224);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043715, -0.0043687, -0.0043623, -0.004361, -0.004358, -0.004351, -0.004335" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043638, 0.0043628, 0.0043605, 0.0043609, 0.0043619, 0.0043642, 0.0043695" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002341;
      rise_capacitance : 0.002441;
      rise_capacitance_range (0.002441, 0.002441);
      fall_capacitance : 0.00224;
      fall_capacitance_range (0.00224, 0.00224);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042949, -0.0042906, -0.0042806, -0.0042803, -0.0042795, -0.0042777, -0.0042736" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042872, 0.0042879, 0.0042894, 0.0042903, 0.0042922, 0.0042967, 0.004307" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002425;
      rise_capacitance : 0.002508;
      rise_capacitance_range (0.002508, 0.002508);
      fall_capacitance : 0.002341;
      fall_capacitance_range (0.002341, 0.002341);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044591, -0.004452, -0.0044356, -0.0044338, -0.0044297, -0.0044201, -0.0043981" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052884, 0.0052963, 0.0053146, 0.0053305, 0.0053671, 0.0054515, 0.0056461" \
          );
        }
      }
    }
    pin (D1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002342;
      rise_capacitance : 0.002403;
      rise_capacitance_range (0.002403, 0.002403);
      fall_capacitance : 0.002281;
      fall_capacitance_range (0.002281, 0.002281);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043148, -0.0043155, -0.0043171, -0.0043125, -0.004302, -0.0042778, -0.0042219" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053193, 0.0053226, 0.0053303, 0.0053311, 0.0053329, 0.005337, 0.0053466" \
          );
        }
      }
    }
  }
  cell (scs8hd_o2111ai_2) {
    area : 15.0144;
    cell_footprint : "o2111ai";
    cell_leakage_power : 0.00617798;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 2.62563e-05;
      when : "!A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0114486;
      when : "!A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0353937;
      when : "!A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0114518;
      when : "!A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 2.49111e-05;
      when : "!A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 1.2247e-05;
      when : "!A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0001307;
      when : "!A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0011728;
      when : "!A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 2.61185e-05;
      when : "!A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 1.24598e-05;
      when : "!A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 7.30758e-05;
      when : "!A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 1.14075e-05;
      when : "!A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 5.97392e-05;
      when : "!A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 1.2723e-05;
      when : "!A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0495945;
      when : "!A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 6.17142e-05;
      when : "!A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 2.61185e-05;
      when : "A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 1.24598e-05;
      when : "A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 7.30758e-05;
      when : "A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 1.14075e-05;
      when : "A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 5.97392e-05;
      when : "A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 1.2723e-05;
      when : "A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0380842;
      when : "A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 6.1709e-05;
      when : "A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 2.61187e-05;
      when : "A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 1.24598e-05;
      when : "A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 7.30761e-05;
      when : "A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 1.14075e-05;
      when : "A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 5.97394e-05;
      when : "A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 1.2723e-05;
      when : "A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0495845;
      when : "A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 6.12453e-05;
      when : "A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.00617798;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2) | (!B1) | (!C1) | (!D1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.176707;
      max_transition : 1.49776;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0997688, 0.104987, 0.117983, 0.151426, 0.238014, 0.463673, 1.0614", \
            "0.104896, 0.109535, 0.122543, 0.156372, 0.242909, 0.469848, 1.06554", \
            "0.11589, 0.120865, 0.133941, 0.167733, 0.254495, 0.480509, 1.08009", \
            "0.140762, 0.145733, 0.158864, 0.192596, 0.279438, 0.505841, 1.10243", \
            "0.194049, 0.199723, 0.213667, 0.249202, 0.336141, 0.562467, 1.16", \
            "0.28964, 0.296777, 0.315152, 0.358861, 0.462603, 0.694004, 1.29211", \
            "0.473603, 0.483086, 0.507422, 0.565786, 0.698307, 0.982498, 1.59753" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0883167, 0.0950223, 0.11211, 0.158305, 0.280025, 0.604136, 1.466", \
            "0.0881183, 0.0952479, 0.11239, 0.158048, 0.279546, 0.605586, 1.46113", \
            "0.0885402, 0.0950187, 0.112356, 0.158407, 0.279483, 0.603861, 1.46838", \
            "0.0891038, 0.0954597, 0.112418, 0.158286, 0.279339, 0.604035, 1.46232", \
            "0.10394, 0.109788, 0.125278, 0.166604, 0.282366, 0.60343, 1.46176", \
            "0.142382, 0.149333, 0.166808, 0.209781, 0.317801, 0.614817, 1.46298", \
            "0.20944, 0.218094, 0.240274, 0.293182, 0.416401, 0.702303, 1.48351" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0528963, 0.0558404, 0.0637379, 0.0836254, 0.134667, 0.268403, 0.622495", \
            "0.0552869, 0.058412, 0.0661532, 0.0861352, 0.137401, 0.271055, 0.624667", \
            "0.0591855, 0.0622912, 0.0701196, 0.0902682, 0.141557, 0.27586, 0.629824", \
            "0.0638637, 0.0672539, 0.0754386, 0.0963848, 0.148124, 0.282016, 0.636089", \
            "0.0640121, 0.0681356, 0.0783347, 0.102282, 0.158585, 0.295108, 0.649457", \
            "0.0389955, 0.0449139, 0.0597153, 0.0934573, 0.165339, 0.317932, 0.679014", \
            "-0.0556752, -0.0467769, -0.0249307, 0.0248581, 0.1285, 0.329082, 0.734768" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0406704, 0.0442227, 0.0536442, 0.0794909, 0.149186, 0.335374, 0.830838", \
            "0.0406871, 0.0441927, 0.0537731, 0.0797179, 0.149026, 0.335636, 0.829831", \
            "0.0409539, 0.0445019, 0.053931, 0.0794662, 0.149498, 0.336351, 0.831742", \
            "0.0448101, 0.0482342, 0.0573219, 0.0817608, 0.150117, 0.335477, 0.830397", \
            "0.0592797, 0.0625497, 0.0710249, 0.094641, 0.158821, 0.338663, 0.829783", \
            "0.094411, 0.0982017, 0.108154, 0.132349, 0.194178, 0.363144, 0.836805", \
            "0.167319, 0.171786, 0.183809, 0.213398, 0.282619, 0.450776, 0.89603" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0862178, 0.0912078, 0.104222, 0.137822, 0.22436, 0.449945, 1.04794", \
            "0.0897033, 0.0947577, 0.107441, 0.141463, 0.228114, 0.453989, 1.05026", \
            "0.099558, 0.104642, 0.117611, 0.151532, 0.23838, 0.464547, 1.06108", \
            "0.125993, 0.130912, 0.143903, 0.177632, 0.264533, 0.490621, 1.09069", \
            "0.187941, 0.193587, 0.207589, 0.242009, 0.327401, 0.552214, 1.14929", \
            "0.294426, 0.302042, 0.321919, 0.369202, 0.474004, 0.69633, 1.29038", \
            "0.490164, 0.500681, 0.525129, 0.586812, 0.732727, 1.03253, 1.63049" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0882135, 0.0947404, 0.112116, 0.158042, 0.279582, 0.60288, 1.46177", \
            "0.0881592, 0.09478, 0.112201, 0.158069, 0.279626, 0.603883, 1.46044", \
            "0.0882892, 0.0948052, 0.112192, 0.158046, 0.279664, 0.603836, 1.45983", \
            "0.0898221, 0.0960513, 0.112729, 0.15803, 0.280195, 0.603177, 1.46627", \
            "0.113317, 0.118855, 0.134558, 0.172198, 0.283699, 0.603999, 1.46329", \
            "0.156901, 0.165267, 0.184817, 0.232534, 0.335191, 0.618081, 1.46643", \
            "0.226283, 0.237762, 0.265895, 0.331644, 0.471034, 0.753837, 1.49776" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0413547, 0.0440728, 0.0511768, 0.0692945, 0.11782, 0.244322, 0.58166", \
            "0.04399, 0.0466782, 0.0538495, 0.0725807, 0.120561, 0.247487, 0.585052", \
            "0.0476202, 0.0505499, 0.0580159, 0.0768215, 0.125552, 0.252311, 0.590138", \
            "0.050186, 0.0535376, 0.0622263, 0.0825366, 0.132158, 0.260051, 0.597443", \
            "0.0437646, 0.0485229, 0.0600665, 0.0861759, 0.14284, 0.27379, 0.611826", \
            "0.0063421, 0.0136812, 0.0315564, 0.0684686, 0.145919, 0.297803, 0.644693", \
            "-0.110849, -0.100075, -0.0738059, -0.0167219, 0.0955721, 0.3031, 0.705051" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0263129, 0.029809, 0.0393972, 0.0644033, 0.131753, 0.308497, 0.78032", \
            "0.0264044, 0.029929, 0.0393815, 0.064513, 0.131719, 0.309395, 0.780435", \
            "0.0273364, 0.03069, 0.039769, 0.0644656, 0.131658, 0.308733, 0.780662", \
            "0.0336544, 0.0367171, 0.0451341, 0.0684565, 0.132612, 0.309373, 0.780143", \
            "0.0509908, 0.0539418, 0.0622783, 0.0840003, 0.144597, 0.312169, 0.782715", \
            "0.0880992, 0.0917386, 0.101463, 0.125087, 0.184948, 0.342975, 0.788392", \
            "0.168227, 0.171853, 0.18212, 0.210128, 0.277428, 0.436475, 0.85769" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0373342, 0.0397593, 0.0463885, 0.0631255, 0.106276, 0.219252, 0.519557", \
            "0.0422294, 0.0446598, 0.0513024, 0.0681377, 0.111482, 0.224413, 0.524182", \
            "0.0546038, 0.0571401, 0.0636931, 0.0805536, 0.124053, 0.237558, 0.53757", \
            "0.0825376, 0.0856056, 0.0930137, 0.110436, 0.153572, 0.266286, 0.566289", \
            "0.128785, 0.133337, 0.144534, 0.170074, 0.222974, 0.335009, 0.632382", \
            "0.208529, 0.215061, 0.22983, 0.268302, 0.347003, 0.494002, 0.794102", \
            "0.364311, 0.372861, 0.394272, 0.443044, 0.554357, 0.774686, 1.16435" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0337954, 0.0372132, 0.0458398, 0.0691474, 0.130967, 0.296603, 0.738082", \
            "0.0337282, 0.0370646, 0.0457893, 0.069014, 0.131506, 0.296527, 0.735774", \
            "0.0345901, 0.0376911, 0.0460184, 0.069115, 0.131669, 0.296444, 0.738235", \
            "0.0470397, 0.0495849, 0.0563655, 0.0750488, 0.132047, 0.296528, 0.735283", \
            "0.0714403, 0.0754114, 0.0850361, 0.106513, 0.1547, 0.300074, 0.736454", \
            "0.111381, 0.117758, 0.13228, 0.163777, 0.228001, 0.355102, 0.744882", \
            "0.17632, 0.184849, 0.20487, 0.254312, 0.351237, 0.528553, 0.86108" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0324808, 0.0350563, 0.0415098, 0.0581967, 0.101494, 0.21666, 0.522472", \
            "0.034497, 0.0370827, 0.0436201, 0.060335, 0.104791, 0.219218, 0.527806", \
            "0.0378774, 0.0406073, 0.0474817, 0.0646529, 0.108727, 0.223959, 0.533829", \
            "0.040315, 0.0437745, 0.0522053, 0.0720616, 0.117971, 0.233885, 0.54016", \
            "0.0336072, 0.038636, 0.0508962, 0.0780924, 0.135163, 0.256071, 0.563501", \
            "-0.0002914, 0.0073298, 0.0249832, 0.0644287, 0.143565, 0.294467, 0.616285", \
            "-0.0983808, -0.0873985, -0.0622258, -0.0057428, 0.106977, 0.31887, 0.714825" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0228698, 0.0259746, 0.0345836, 0.0574657, 0.117706, 0.277869, 0.704323", \
            "0.0230524, 0.0260867, 0.0345558, 0.0573299, 0.118274, 0.278423, 0.705817", \
            "0.0254413, 0.0282317, 0.0361236, 0.0580056, 0.118016, 0.278426, 0.708287", \
            "0.0339217, 0.0367035, 0.0439827, 0.0644066, 0.120228, 0.27787, 0.705188", \
            "0.0528196, 0.0561091, 0.0643762, 0.0849347, 0.138552, 0.283663, 0.705724", \
            "0.0908121, 0.094585, 0.104132, 0.12826, 0.186442, 0.32637, 0.716041", \
            "0.166415, 0.170748, 0.181921, 0.211396, 0.281174, 0.437226, 0.816942" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0333347, 0.0359309, 0.0426804, 0.059909, 0.104682, 0.222392, 0.534872", \
            "0.0380319, 0.0405942, 0.047442, 0.0649385, 0.109926, 0.228224, 0.540559", \
            "0.0504082, 0.0529264, 0.0597892, 0.0772347, 0.12241, 0.24011, 0.553676", \
            "0.076812, 0.0801826, 0.0886057, 0.107474, 0.151871, 0.270358, 0.585361", \
            "0.119938, 0.125441, 0.138122, 0.166616, 0.222236, 0.340293, 0.652649", \
            "0.197083, 0.204388, 0.222284, 0.264421, 0.349593, 0.502674, 0.81443", \
            "0.346739, 0.35708, 0.382138, 0.440024, 0.562623, 0.794532, 1.19919" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0275267, 0.0309577, 0.0400027, 0.0641027, 0.128393, 0.299521, 0.753307", \
            "0.0275128, 0.0310741, 0.0400246, 0.0642682, 0.128552, 0.300354, 0.756074", \
            "0.0294349, 0.0323755, 0.0405641, 0.064309, 0.128866, 0.300209, 0.755492", \
            "0.0427551, 0.0457516, 0.0524929, 0.0710319, 0.12965, 0.300547, 0.757812", \
            "0.0665507, 0.0710066, 0.0809923, 0.103462, 0.151709, 0.303228, 0.756061", \
            "0.10506, 0.111485, 0.126923, 0.161342, 0.226593, 0.355938, 0.758605", \
            "0.173201, 0.181968, 0.20405, 0.252615, 0.351682, 0.529223, 0.876226" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0290334, 0.0314747, 0.0379059, 0.0545089, 0.0980172, 0.213261, 0.51909", \
            "0.0318524, 0.0343802, 0.0409212, 0.0578226, 0.10156, 0.216745, 0.522736", \
            "0.0371158, 0.0402455, 0.0474641, 0.0646435, 0.10899, 0.225571, 0.530537", \
            "0.0416006, 0.0457032, 0.0558955, 0.0778724, 0.125127, 0.242939, 0.548243", \
            "0.036769, 0.0429371, 0.0580229, 0.0904485, 0.154701, 0.281459, 0.590029", \
            "0.0067411, 0.0157281, 0.0368434, 0.0839316, 0.177515, 0.34919, 0.679001", \
            "-0.0834912, -0.071092, -0.0418281, 0.0240288, 0.15638, 0.407181, 0.848573" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0228301, 0.0259724, 0.034504, 0.0572817, 0.11753, 0.278074, 0.703921", \
            "0.0229131, 0.0260956, 0.0346827, 0.0574235, 0.118102, 0.278845, 0.705197", \
            "0.0271318, 0.0295522, 0.0370857, 0.0581164, 0.118128, 0.278589, 0.706541", \
            "0.0379328, 0.0410373, 0.0490599, 0.0683902, 0.121422, 0.279495, 0.706595", \
            "0.0588214, 0.0626987, 0.0727765, 0.0957813, 0.149287, 0.289031, 0.705001", \
            "0.0969244, 0.101479, 0.114399, 0.145504, 0.210842, 0.351193, 0.723255", \
            "0.167836, 0.174388, 0.191202, 0.230332, 0.319188, 0.497077, 0.863033" \
          );
        }
      }
      timing () {
        related_pin : "D1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0220158, 0.0245756, 0.0310157, 0.0472206, 0.0888405, 0.199266, 0.489577", \
            "0.0271363, 0.0295423, 0.0358722, 0.0521599, 0.0940629, 0.204677, 0.495896", \
            "0.0391486, 0.0419979, 0.0482904, 0.0647036, 0.106504, 0.21619, 0.507452", \
            "0.0581884, 0.0626711, 0.0728919, 0.0937752, 0.135939, 0.246111, 0.535122", \
            "0.0912823, 0.0975356, 0.112386, 0.143881, 0.202932, 0.314106, 0.603584", \
            "0.153305, 0.16191, 0.182601, 0.227497, 0.315687, 0.471564, 0.764474", \
            "0.276652, 0.288932, 0.317965, 0.380412, 0.505749, 0.737881, 1.13073" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0178568, 0.0209645, 0.0294294, 0.0518532, 0.111871, 0.270933, 0.69363", \
            "0.0179782, 0.021027, 0.0294369, 0.0517965, 0.111648, 0.271893, 0.69571", \
            "0.023444, 0.0255637, 0.0321407, 0.0521686, 0.111777, 0.270997, 0.696058", \
            "0.0369787, 0.04024, 0.0469445, 0.0632185, 0.113694, 0.271565, 0.695928", \
            "0.0579671, 0.0627248, 0.0731537, 0.0970447, 0.141957, 0.276008, 0.693874", \
            "0.0944049, 0.100854, 0.116209, 0.15021, 0.218148, 0.339258, 0.701868", \
            "0.169291, 0.175938, 0.197796, 0.242202, 0.336425, 0.509747, 0.828019" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0199444, 0.0223745, 0.0288724, 0.0456703, 0.0891776, 0.204429, 0.510437", \
            "0.0226799, 0.0250367, 0.0314277, 0.0483108, 0.0920316, 0.207346, 0.513273", \
            "0.0279981, 0.0310236, 0.0384459, 0.0552093, 0.0990207, 0.215779, 0.521094", \
            "0.030913, 0.0353896, 0.0458716, 0.0694206, 0.116076, 0.231266, 0.537455", \
            "0.0256259, 0.0318707, 0.0470693, 0.079795, 0.146606, 0.27094, 0.576113", \
            "-0.0023964, 0.0069954, 0.0280378, 0.0740198, 0.167787, 0.344362, 0.66863", \
            "-0.0858218, -0.0732025, -0.0441379, 0.0193775, 0.147418, 0.399683, 0.855237" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0219766, 0.025305, 0.0341493, 0.0572752, 0.117829, 0.277841, 0.703794", \
            "0.0220743, 0.0252441, 0.0336976, 0.0572832, 0.117771, 0.278384, 0.70468", \
            "0.0275847, 0.0305458, 0.0378755, 0.0580777, 0.117532, 0.278665, 0.70672", \
            "0.0368583, 0.0407047, 0.050235, 0.0717067, 0.123034, 0.278363, 0.705274", \
            "0.0558106, 0.0610774, 0.0730934, 0.100044, 0.15697, 0.291782, 0.704518", \
            "0.0922435, 0.0987208, 0.114386, 0.150196, 0.225812, 0.372178, 0.730837", \
            "0.161935, 0.170429, 0.193476, 0.245242, 0.340155, 0.539973, 0.913728" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0383183, 0.0399293, 0.0440935, 0.0553079, 0.0849227, 0.163065, 0.370122", \
            "0.0379304, 0.0395662, 0.0437826, 0.054969, 0.0846109, 0.16274, 0.369751", \
            "0.0376052, 0.0391885, 0.0434459, 0.0547179, 0.0844296, 0.162558, 0.369831", \
            "0.0372806, 0.0388648, 0.0430927, 0.0544136, 0.0840971, 0.162375, 0.369429", \
            "0.0371236, 0.0387035, 0.043001, 0.0542369, 0.083887, 0.162062, 0.369626", \
            "0.0382542, 0.0397779, 0.0438807, 0.0550055, 0.084679, 0.162712, 0.369999", \
            "0.0456997, 0.0470432, 0.0506739, 0.0606043, 0.0890422, 0.16595, 0.371836" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0159256, 0.0143516, 0.01019, -0.0008988, -0.0304043, -0.109122, -0.31861", \
            "0.0155694, 0.014023, 0.00988, -0.0011736, -0.0307056, -0.109394, -0.318853", \
            "0.0151183, 0.0135982, 0.0094894, -0.0015156, -0.0309554, -0.109609, -0.319044", \
            "0.0146322, 0.0131445, 0.0090057, -0.0019115, -0.0312419, -0.109772, -0.319212", \
            "0.0146112, 0.0129382, 0.0087495, -0.0022014, -0.0314694, -0.109937, -0.319227", \
            "0.0159765, 0.0143703, 0.0100943, -0.0012349, -0.0312732, -0.109872, -0.319297", \
            "0.0236265, 0.0218386, 0.017167, 0.0049585, -0.026313, -0.107093, -0.317719" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0331315, 0.034707, 0.0389617, 0.0501704, 0.0797852, 0.157896, 0.364985", \
            "0.0326126, 0.0342219, 0.0385015, 0.0497537, 0.0794348, 0.157609, 0.36478", \
            "0.0320707, 0.0336643, 0.037974, 0.0493014, 0.0791021, 0.157402, 0.364407", \
            "0.0317823, 0.0333772, 0.0377026, 0.0490299, 0.0788019, 0.15719, 0.364765", \
            "0.0328328, 0.0343816, 0.038546, 0.0495142, 0.0789281, 0.157088, 0.364463", \
            "0.0376234, 0.0390675, 0.0422576, 0.0527826, 0.0812235, 0.158016, 0.36476", \
            "0.0482229, 0.0495338, 0.0532389, 0.0630714, 0.0916761, 0.16518, 0.371365" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.011212, 0.0096891, 0.0055892, -0.0054719, -0.0350371, -0.113843, -0.323464", \
            "0.0109057, 0.009418, 0.0054154, -0.0054963, -0.0349699, -0.113705, -0.323285", \
            "0.0102926, 0.0088619, 0.0049525, -0.0057905, -0.0350659, -0.113683, -0.323196", \
            "0.0096916, 0.0082025, 0.0042881, -0.0063864, -0.0354461, -0.113834, -0.323218", \
            "0.0099266, 0.0083708, 0.0042514, -0.006843, -0.0358972, -0.11412, -0.323327", \
            "0.0120726, 0.0103836, 0.0059679, -0.0055703, -0.0354997, -0.114171, -0.323414", \
            "0.0222812, 0.0202947, 0.0151485, 0.0021541, -0.0301273, -0.111052, -0.321884" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.023824, 0.0254126, 0.0296599, 0.0408945, 0.0704144, 0.148401, 0.355696", \
            "0.023306, 0.0249193, 0.0292108, 0.0405208, 0.0703059, 0.14825, 0.355143", \
            "0.0227036, 0.0243152, 0.02865, 0.0400062, 0.0697707, 0.14823, 0.355495", \
            "0.0227432, 0.0243269, 0.028626, 0.0398169, 0.0694769, 0.147717, 0.354938", \
            "0.0247247, 0.0262165, 0.0303185, 0.0412967, 0.0707808, 0.147903, 0.353514", \
            "0.029043, 0.0304748, 0.034116, 0.044364, 0.0732513, 0.150803, 0.35658", \
            "0.0440567, 0.0452066, 0.0484696, 0.0574082, 0.0834701, 0.15769, 0.359944" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0109106, 0.0094203, 0.0053468, -0.0056657, -0.0352224, -0.114, -0.323597", \
            "0.0104474, 0.0089603, 0.0049685, -0.0059224, -0.0353403, -0.114067, -0.323604", \
            "0.0098852, 0.0083886, 0.0044214, -0.0063485, -0.0356139, -0.114193, -0.323695", \
            "0.0094832, 0.0079822, 0.0039283, -0.0068829, -0.0360341, -0.114417, -0.323789", \
            "0.0102294, 0.0086132, 0.0044025, -0.0069229, -0.0361858, -0.114618, -0.323862", \
            "0.0135777, 0.0117864, 0.0070854, -0.0047943, -0.0350871, -0.11437, -0.323814", \
            "0.0269817, 0.0247814, 0.0191186, 0.0052081, -0.0281979, -0.110075, -0.321745" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.016165, 0.0178525, 0.0221939, 0.0335253, 0.0630074, 0.141046, 0.347795", \
            "0.0154336, 0.0171722, 0.0215627, 0.0330142, 0.0627764, 0.140841, 0.348045", \
            "0.0147268, 0.0163897, 0.0207983, 0.0322744, 0.0622345, 0.14064, 0.347792", \
            "0.0148987, 0.016425, 0.0206692, 0.0318031, 0.0612901, 0.140041, 0.347833", \
            "0.015776, 0.0173222, 0.0213988, 0.0325, 0.0616402, 0.139182, 0.346941", \
            "0.0197906, 0.0212059, 0.0250692, 0.0360756, 0.0647988, 0.141137, 0.345858", \
            "0.0318193, 0.0340298, 0.0359233, 0.0454973, 0.0723198, 0.15066, 0.351016" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0109113, 0.0094048, 0.0053333, -0.0056696, -0.035208, -0.113996, -0.323586", \
            "0.0104617, 0.0089944, 0.0049934, -0.0059, -0.0353434, -0.11406, -0.323626", \
            "0.0099263, 0.0084209, 0.0044643, -0.0063234, -0.035595, -0.114183, -0.323675", \
            "0.0095615, 0.0080402, 0.0040204, -0.0068279, -0.0359982, -0.114395, -0.323786", \
            "0.0099838, 0.0083982, 0.0042242, -0.0068413, -0.036226, -0.114565, -0.323836", \
            "0.0130538, 0.0112193, 0.0066167, -0.0051405, -0.0355583, -0.114498, -0.323929", \
            "0.023842, 0.0216361, 0.016043, 0.0024313, -0.030182, -0.111448, -0.322535" \
          );
        }
      }
      internal_power () {
        related_pin : "D1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0076359, 0.0094405, 0.0140363, 0.0256507, 0.055468, 0.133802, 0.341643", \
            "0.0072396, 0.0089774, 0.01353, 0.025197, 0.055273, 0.133735, 0.341775", \
            "0.0070143, 0.0086793, 0.012959, 0.0245283, 0.0547455, 0.133328, 0.341635", \
            "0.0073014, 0.0088949, 0.0131121, 0.0244731, 0.0540443, 0.133505, 0.340792", \
            "0.0091745, 0.0106317, 0.0145442, 0.0255148, 0.0544015, 0.131755, 0.340124", \
            "0.014465, 0.0157049, 0.0192947, 0.02938, 0.0581942, 0.134279, 0.33981", \
            "0.0299089, 0.0317348, 0.0368935, 0.0421414, 0.0679857, 0.144885, 0.342799" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132949, 0.00353507, 0.00939965, 0.0249934, 0.0664568, 0.176707");
          values ( \
            "0.0084567, 0.0069863, 0.0029951, -0.0079576, -0.0374502, -0.116201, -0.325776", \
            "0.0079948, 0.0065622, 0.002595, -0.0082171, -0.0375955, -0.116271, -0.325801", \
            "0.0076589, 0.0061484, 0.0021582, -0.0086282, -0.0378752, -0.116395, -0.325855", \
            "0.0077231, 0.0062204, 0.002015, -0.008969, -0.0382146, -0.116618, -0.325979", \
            "0.009411, 0.007733, 0.0031145, -0.0080523, -0.0377757, -0.1165, -0.325927", \
            "0.014495, 0.01255, 0.0075663, -0.0048601, -0.0354143, -0.115282, -0.325473", \
            "0.030777, 0.026885, 0.0208124, 0.0062601, -0.0275059, -0.110567, -0.322984" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004339;
      rise_capacitance : 0.004563;
      rise_capacitance_range (0.004563, 0.004563);
      fall_capacitance : 0.004115;
      fall_capacitance_range (0.004115, 0.004115);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087603, -0.0087564, -0.0087473, -0.0087415, -0.0087279, -0.0086967, -0.0086248" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087657, 0.0087614, 0.0087515, 0.0087522, 0.0087539, 0.0087579, 0.008767" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00433;
      rise_capacitance : 0.004639;
      rise_capacitance_range (0.004639, 0.004639);
      fall_capacitance : 0.004021;
      fall_capacitance_range (0.004021, 0.004021);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087483, -0.0087449, -0.0087372, -0.0087337, -0.0087256, -0.0087069, -0.0086638" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087444, 0.0087432, 0.0087404, 0.008741, 0.0087424, 0.0087457, 0.0087532" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004505;
      rise_capacitance : 0.004699;
      rise_capacitance_range (0.004699, 0.004699);
      fall_capacitance : 0.004311;
      fall_capacitance_range (0.004311, 0.004311);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0088422, -0.0088415, -0.00884, -0.0088423, -0.0088474, -0.0088593, -0.0088868" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088406, 0.0088427, 0.0088475, 0.0088455, 0.0088408, 0.00883, 0.0088052" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004347;
      rise_capacitance : 0.004469;
      rise_capacitance_range (0.004469, 0.004469);
      fall_capacitance : 0.004225;
      fall_capacitance_range (0.004225, 0.004225);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087804, -0.0087721, -0.0087529, -0.0087504, -0.0087446, -0.0087313, -0.0087006" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0103697, 0.0103665, 0.0103591, 0.0103964, 0.0104824, 0.0106805, 0.0111372" \
          );
        }
      }
    }
    pin (D1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004335;
      rise_capacitance : 0.004408;
      rise_capacitance_range (0.004408, 0.004408);
      fall_capacitance : 0.004262;
      fall_capacitance_range (0.004262, 0.004262);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.006781, -0.0067847, -0.0067933, -0.0067788, -0.0067454, -0.0066685, -0.0064912" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102987, 0.0102963, 0.0102907, 0.0102872, 0.0102793, 0.0102609, 0.0102185" \
          );
        }
      }
    }
  }
  cell (scs8hd_o2111ai_4) {
    area : 26.2752;
    cell_footprint : "o2111ai";
    cell_leakage_power : 0.0187069;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0436795;
      when : "!A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0191085;
      when : "!A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0671734;
      when : "!A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0191191;
      when : "!A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0004688;
      when : "!A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0191085;
      when : "!A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0002905;
      when : "!A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0191249;
      when : "!A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0004083;
      when : "!A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0191085;
      when : "!A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0001527;
      when : "!A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 2.27422e-05;
      when : "!A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0001304;
      when : "!A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0191085;
      when : "!A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0991449;
      when : "!A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0001409;
      when : "!A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0004083;
      when : "A1&!A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0191085;
      when : "A1&!A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0001527;
      when : "A1&!A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 0.0191191;
      when : "A1&!A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0001304;
      when : "A1&!A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0191085;
      when : "A1&!A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0759612;
      when : "A1&!A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.0001405;
      when : "A1&!A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0004083;
      when : "A1&A2&!B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0191085;
      when : "A1&A2&!B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0001527;
      when : "A1&A2&!B1&C1&D1";
    }
    leakage_power () {
      value : 1.90126e-05;
      when : "A1&A2&!B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0001304;
      when : "A1&A2&B1&!C1&D1";
    }
    leakage_power () {
      value : 0.0191083;
      when : "A1&A2&B1&!C1&!D1";
    }
    leakage_power () {
      value : 0.0991353;
      when : "A1&A2&B1&C1&D1";
    }
    leakage_power () {
      value : 0.00014;
      when : "A1&A2&B1&C1&!D1";
    }
    leakage_power () {
      value : 0.0187069;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2) | (!B1) | (!C1) | (!D1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.28657;
      max_transition : 1.49246;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.112269, 0.115664, 0.124646, 0.152333, 0.22814, 0.440698, 1.04879", \
            "0.116825, 0.120232, 0.129897, 0.156896, 0.23255, 0.445679, 1.05966", \
            "0.126621, 0.130047, 0.140137, 0.167312, 0.243354, 0.456144, 1.06606", \
            "0.14835, 0.151543, 0.161503, 0.188706, 0.264924, 0.478388, 1.0861", \
            "0.19464, 0.198423, 0.208968, 0.237984, 0.314033, 0.529152, 1.13624", \
            "0.284234, 0.288656, 0.301038, 0.335291, 0.423009, 0.643014, 1.252", \
            "0.463263, 0.468607, 0.48446, 0.525405, 0.632734, 0.892415, 1.52012" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.104316, 0.108857, 0.122415, 0.158751, 0.266238, 0.574174, 1.46007", \
            "0.104305, 0.108761, 0.12178, 0.159357, 0.265482, 0.575037, 1.4656", \
            "0.104887, 0.109326, 0.121753, 0.159041, 0.266273, 0.573366, 1.46499", \
            "0.105095, 0.10955, 0.122226, 0.158729, 0.266257, 0.574554, 1.45943", \
            "0.118417, 0.122283, 0.133706, 0.167671, 0.269376, 0.575606, 1.46097", \
            "0.150755, 0.155279, 0.16779, 0.203957, 0.301661, 0.585496, 1.4607", \
            "0.214992, 0.220323, 0.2337, 0.275192, 0.381671, 0.666854, 1.4889" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0567388, 0.0587505, 0.0644055, 0.0803151, 0.124494, 0.24812, 0.602443", \
            "0.0588631, 0.060897, 0.066708, 0.0826476, 0.126672, 0.25102, 0.604266", \
            "0.062158, 0.0643099, 0.0700061, 0.0860098, 0.130066, 0.254601, 0.608393", \
            "0.0650638, 0.067208, 0.0734366, 0.0901256, 0.134788, 0.258771, 0.612915", \
            "0.0631653, 0.0656794, 0.0726791, 0.0915801, 0.139497, 0.266432, 0.621661", \
            "0.0361195, 0.0400021, 0.0498808, 0.0753291, 0.135715, 0.27599, 0.637602", \
            "-0.0609378, -0.0557231, -0.0412185, -0.004161, 0.0828309, 0.264389, 0.664569" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0488664, 0.0513579, 0.0581866, 0.0786155, 0.138823, 0.315163, 0.824234", \
            "0.0489318, 0.0511628, 0.0582516, 0.0786696, 0.138746, 0.315034, 0.824421", \
            "0.0491223, 0.051472, 0.0584163, 0.0784949, 0.138962, 0.314954, 0.824101", \
            "0.0525966, 0.0548337, 0.061511, 0.0808577, 0.139658, 0.314784, 0.824421", \
            "0.0646225, 0.0665687, 0.0731298, 0.0917413, 0.148313, 0.317797, 0.823906", \
            "0.0990806, 0.101547, 0.108274, 0.126561, 0.179839, 0.340369, 0.831374", \
            "0.174956, 0.177743, 0.185583, 0.206935, 0.262928, 0.418036, 0.880808" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.102744, 0.106139, 0.115777, 0.142687, 0.21844, 0.431404, 1.04079", \
            "0.10599, 0.109436, 0.119151, 0.146265, 0.222085, 0.436343, 1.04284", \
            "0.115291, 0.119006, 0.129018, 0.156398, 0.232515, 0.445544, 1.05427", \
            "0.142127, 0.145559, 0.155252, 0.182419, 0.258798, 0.47373, 1.08088", \
            "0.207228, 0.210259, 0.220704, 0.24804, 0.322901, 0.536784, 1.14363", \
            "0.321325, 0.326722, 0.341598, 0.381009, 0.472312, 0.686334, 1.29142", \
            "0.537297, 0.543847, 0.562528, 0.611585, 0.738977, 1.02595, 1.64069" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.104342, 0.108846, 0.121805, 0.158731, 0.265292, 0.573411, 1.46076", \
            "0.104281, 0.108759, 0.121802, 0.159608, 0.265498, 0.574832, 1.45865", \
            "0.104732, 0.109118, 0.121667, 0.159096, 0.265637, 0.573881, 1.45951", \
            "0.104634, 0.108922, 0.121629, 0.158891, 0.265814, 0.575595, 1.46063", \
            "0.12636, 0.131039, 0.14121, 0.172325, 0.26972, 0.575463, 1.46101", \
            "0.174369, 0.180514, 0.195316, 0.231869, 0.323331, 0.59012, 1.45954", \
            "0.248577, 0.255564, 0.275617, 0.326999, 0.452459, 0.724973, 1.49246" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.04669, 0.0486305, 0.0537513, 0.0685139, 0.110332, 0.229584, 0.576374", \
            "0.0491299, 0.0509472, 0.0563834, 0.0713509, 0.113486, 0.232741, 0.576195", \
            "0.0522372, 0.0542369, 0.0599082, 0.0752473, 0.117758, 0.23706, 0.580669", \
            "0.0540056, 0.0563082, 0.0624956, 0.0790399, 0.122707, 0.243858, 0.586676", \
            "0.0470889, 0.0500296, 0.0581669, 0.0789692, 0.128281, 0.252493, 0.600276", \
            "0.0081875, 0.0126677, 0.0247131, 0.0539122, 0.120473, 0.265016, 0.618858", \
            "-0.115939, -0.109518, -0.0911677, -0.0460883, 0.0531636, 0.248522, 0.653898" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0338888, 0.0363014, 0.043177, 0.0636456, 0.12359, 0.294363, 0.790385", \
            "0.0337965, 0.036206, 0.0433305, 0.063628, 0.123148, 0.295393, 0.787629", \
            "0.0346028, 0.0369368, 0.0437358, 0.0638765, 0.123269, 0.294301, 0.787857", \
            "0.0399793, 0.04219, 0.0487859, 0.0676418, 0.124524, 0.295011, 0.788561", \
            "0.056031, 0.0579411, 0.063862, 0.0820761, 0.136317, 0.2985, 0.790439", \
            "0.0933527, 0.0954862, 0.102418, 0.120719, 0.172858, 0.327498, 0.796882", \
            "0.174326, 0.176582, 0.183683, 0.205005, 0.262463, 0.41332, 0.858789" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0476263, 0.0494056, 0.0548074, 0.0698052, 0.111203, 0.22897, 0.564297", \
            "0.0525123, 0.0544744, 0.0596935, 0.0748162, 0.116571, 0.233906, 0.569714", \
            "0.0646601, 0.0665745, 0.071869, 0.0869498, 0.128934, 0.246442, 0.582708", \
            "0.0943652, 0.096459, 0.102254, 0.117162, 0.158709, 0.276174, 0.612237", \
            "0.14806, 0.151052, 0.159305, 0.180476, 0.229215, 0.34608, 0.681508", \
            "0.241195, 0.24544, 0.257017, 0.287908, 0.360103, 0.510039, 0.842248", \
            "0.418154, 0.422384, 0.439279, 0.482084, 0.584699, 0.805225, 1.22609" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0437268, 0.0462636, 0.0533817, 0.0739394, 0.133598, 0.306671, 0.803015", \
            "0.0434709, 0.0460402, 0.0534544, 0.0739167, 0.133839, 0.307364, 0.804891", \
            "0.0434367, 0.0459391, 0.0529982, 0.0738837, 0.133713, 0.306432, 0.806675", \
            "0.053342, 0.0551869, 0.0609521, 0.0784581, 0.134242, 0.307303, 0.804104", \
            "0.0800533, 0.0827169, 0.0899694, 0.108205, 0.154394, 0.309518, 0.803499", \
            "0.122339, 0.126382, 0.136971, 0.164036, 0.224898, 0.361063, 0.80788", \
            "0.192971, 0.199874, 0.213437, 0.25206, 0.340847, 0.524828, 0.914332" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0369387, 0.0386109, 0.0434655, 0.0569183, 0.0944196, 0.202284, 0.512636", \
            "0.0387843, 0.0404553, 0.0453591, 0.0590571, 0.0968015, 0.204783, 0.515846", \
            "0.0418097, 0.0435941, 0.0487549, 0.0626819, 0.100847, 0.209075, 0.520519", \
            "0.0439481, 0.0462712, 0.0523474, 0.0685555, 0.108841, 0.217658, 0.528416", \
            "0.0370237, 0.0403503, 0.0490009, 0.070822, 0.120255, 0.236762, 0.549603", \
            "-0.000145, 0.0047796, 0.0174971, 0.049368, 0.120542, 0.266031, 0.593474", \
            "-0.111177, -0.104244, -0.0855032, -0.0395509, 0.0625843, 0.268751, 0.675107" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0293994, 0.0315688, 0.0378082, 0.0563151, 0.110067, 0.265238, 0.710506", \
            "0.029487, 0.0315982, 0.0379657, 0.0563115, 0.110046, 0.265397, 0.710141", \
            "0.031448, 0.033437, 0.0393465, 0.0570327, 0.110204, 0.264909, 0.711405", \
            "0.0393578, 0.0413253, 0.0470062, 0.0636532, 0.112877, 0.265668, 0.711142", \
            "0.0583412, 0.0604061, 0.0664986, 0.0827863, 0.129946, 0.271306, 0.711041", \
            "0.0969334, 0.0993074, 0.106216, 0.125469, 0.176899, 0.31287, 0.72259", \
            "0.173936, 0.176472, 0.18458, 0.207661, 0.269019, 0.419287, 0.818928" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0384874, 0.0403228, 0.0454021, 0.0595816, 0.0991967, 0.212234, 0.535269", \
            "0.0431839, 0.0450069, 0.0501646, 0.0645503, 0.104528, 0.218658, 0.543165", \
            "0.0553641, 0.0571455, 0.0621743, 0.076553, 0.116758, 0.230006, 0.554977", \
            "0.0830758, 0.0852942, 0.091405, 0.106697, 0.146554, 0.258648, 0.583155", \
            "0.129627, 0.132924, 0.142045, 0.165117, 0.21614, 0.329902, 0.653313", \
            "0.212158, 0.216901, 0.230089, 0.263696, 0.339988, 0.490804, 0.813971", \
            "0.373433, 0.379671, 0.397393, 0.443121, 0.552111, 0.779055, 1.20145" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0324612, 0.0348082, 0.0415906, 0.0612863, 0.118388, 0.282194, 0.752678", \
            "0.0324312, 0.0347771, 0.0415918, 0.0612904, 0.118094, 0.283065, 0.75454", \
            "0.0334579, 0.0356111, 0.0419269, 0.0613849, 0.118474, 0.282163, 0.754816", \
            "0.0464575, 0.0482664, 0.053149, 0.0686718, 0.119412, 0.281923, 0.755011", \
            "0.0715466, 0.0742991, 0.0817451, 0.100065, 0.143503, 0.285429, 0.754067", \
            "0.112526, 0.116625, 0.126929, 0.154419, 0.214776, 0.340062, 0.758279", \
            "0.182611, 0.188033, 0.20358, 0.242728, 0.331779, 0.507386, 0.875794" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0323374, 0.0341541, 0.0388347, 0.0522803, 0.0900183, 0.198276, 0.508637", \
            "0.0348214, 0.036586, 0.0414987, 0.0552793, 0.0930989, 0.201056, 0.514564", \
            "0.0397791, 0.0418626, 0.0472161, 0.0613797, 0.0995833, 0.208137, 0.522315", \
            "0.0445368, 0.0471647, 0.0542626, 0.0721822, 0.114547, 0.223609, 0.534517", \
            "0.0405399, 0.0442522, 0.0546847, 0.0807333, 0.1383, 0.259048, 0.572982", \
            "0.0093514, 0.0149616, 0.0299387, 0.0672801, 0.150755, 0.316359, 0.65558", \
            "-0.085497, -0.0777382, -0.0567474, -0.0046585, 0.112167, 0.353455, 0.80593" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0292577, 0.0314948, 0.0377376, 0.0563987, 0.109769, 0.264915, 0.710868", \
            "0.0294447, 0.0315941, 0.0379121, 0.056303, 0.109927, 0.264874, 0.71249", \
            "0.0326545, 0.0345024, 0.0401411, 0.0574748, 0.109806, 0.26477, 0.712194", \
            "0.0431715, 0.0452061, 0.05127, 0.0677335, 0.114753, 0.265673, 0.709978", \
            "0.0640829, 0.0666746, 0.0736781, 0.0925388, 0.141728, 0.275837, 0.711117", \
            "0.103413, 0.106407, 0.115145, 0.139459, 0.198157, 0.337744, 0.73093", \
            "0.175434, 0.18053, 0.192256, 0.22287, 0.300707, 0.473054, 0.863105" \
          );
        }
      }
      timing () {
        related_pin : "D1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0242951, 0.0260088, 0.0308529, 0.0439426, 0.0795629, 0.180431, 0.468724", \
            "0.0293932, 0.0310396, 0.035794, 0.0489555, 0.0847433, 0.185665, 0.473523", \
            "0.042005, 0.0436834, 0.0484369, 0.0613809, 0.0972523, 0.197968, 0.488467", \
            "0.0630411, 0.065826, 0.0730973, 0.0899189, 0.12656, 0.227616, 0.515121", \
            "0.0985663, 0.10252, 0.112939, 0.138607, 0.191638, 0.29584, 0.58388", \
            "0.164983, 0.170504, 0.185281, 0.221308, 0.299655, 0.45159, 0.745108", \
            "0.296732, 0.304498, 0.325111, 0.375071, 0.486845, 0.710914, 1.11277" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.020878, 0.0229427, 0.0288417, 0.0461571, 0.0961776, 0.241101, 0.661174", \
            "0.0208928, 0.0229104, 0.0288765, 0.0461, 0.0964692, 0.241272, 0.655135", \
            "0.0251188, 0.0267375, 0.0312191, 0.0465528, 0.0962662, 0.24125, 0.659662", \
            "0.0393126, 0.0412093, 0.04605, 0.0583339, 0.0992975, 0.241173, 0.659406", \
            "0.0611846, 0.0641404, 0.0718344, 0.0908828, 0.129098, 0.248015, 0.656946", \
            "0.0995122, 0.103498, 0.114345, 0.1411, 0.199735, 0.314097, 0.666549", \
            "0.174681, 0.179853, 0.193137, 0.229646, 0.311971, 0.480898, 0.798976" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0229654, 0.0247257, 0.0296316, 0.0432296, 0.0812029, 0.189377, 0.503569", \
            "0.0255616, 0.0272279, 0.0321202, 0.045819, 0.0839939, 0.192135, 0.503817", \
            "0.0315502, 0.0336561, 0.0390317, 0.0526398, 0.0907973, 0.199229, 0.510588", \
            "0.0359087, 0.0388324, 0.046742, 0.0657356, 0.10769, 0.215904, 0.528098", \
            "0.0318694, 0.0359977, 0.0470058, 0.0745601, 0.135203, 0.257087, 0.568209", \
            "0.0052346, 0.0108822, 0.0260109, 0.0637683, 0.150792, 0.32431, 0.661421", \
            "-0.0793425, -0.0710037, -0.0515657, 0.001179, 0.120296, 0.367841, 0.840221" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0285888, 0.0309285, 0.0373512, 0.0561698, 0.110239, 0.264832, 0.713925", \
            "0.0281843, 0.0304302, 0.0368076, 0.0559397, 0.109909, 0.264842, 0.712623", \
            "0.0330976, 0.0350576, 0.0404601, 0.0570833, 0.109847, 0.265413, 0.710969", \
            "0.0420383, 0.0446422, 0.0518864, 0.070973, 0.116226, 0.264563, 0.710948", \
            "0.0613391, 0.0646009, 0.074799, 0.0970099, 0.149478, 0.280401, 0.711896", \
            "0.0979474, 0.102241, 0.114091, 0.144177, 0.212335, 0.360338, 0.737297", \
            "0.16851, 0.17497, 0.191299, 0.231008, 0.320805, 0.512659, 0.915942" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.074012, 0.0757878, 0.0809937, 0.0959255, 0.138812, 0.261481, 0.612867", \
            "0.073329, 0.0751297, 0.0803127, 0.0953482, 0.138271, 0.260727, 0.612474", \
            "0.0727087, 0.0744454, 0.079611, 0.0946822, 0.137696, 0.260487, 0.611977", \
            "0.0720413, 0.0737922, 0.0790114, 0.094111, 0.137241, 0.259964, 0.611971", \
            "0.071943, 0.0737025, 0.0787914, 0.0936464, 0.136653, 0.259571, 0.611505", \
            "0.0747027, 0.0764043, 0.0814002, 0.0962486, 0.138514, 0.260837, 0.612306", \
            "0.0912827, 0.0927404, 0.0968768, 0.109798, 0.149998, 0.268931, 0.616206" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0317225, 0.0299618, 0.0248168, 0.010028, -0.0326571, -0.15589, -0.511506", \
            "0.031168, 0.0293438, 0.0242479, 0.0094636, -0.0332056, -0.156442, -0.511984", \
            "0.0304587, 0.0286471, 0.0235881, 0.008893, -0.0337023, -0.156848, -0.512363", \
            "0.0296137, 0.0278226, 0.0228288, 0.0082212, -0.0341599, -0.157145, -0.512573", \
            "0.0293373, 0.027564, 0.0224975, 0.007965, -0.0344328, -0.157313, -0.51268", \
            "0.0331431, 0.0312878, 0.0260002, 0.0107411, -0.0331744, -0.156627, -0.512241", \
            "0.0498594, 0.0477704, 0.0418976, 0.0252058, -0.0209893, -0.149187, -0.508418" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0642947, 0.0660801, 0.0713083, 0.0863032, 0.129162, 0.251843, 0.60339", \
            "0.0632647, 0.0651004, 0.0703395, 0.0854613, 0.128377, 0.250994, 0.602841", \
            "0.06217, 0.0640431, 0.0692431, 0.0844748, 0.127555, 0.2504, 0.602783", \
            "0.0613137, 0.0631579, 0.068298, 0.083491, 0.12681, 0.249834, 0.60187", \
            "0.0623957, 0.0643845, 0.0693311, 0.0839837, 0.126633, 0.24961, 0.602105", \
            "0.0691137, 0.0707706, 0.0755367, 0.0895692, 0.130885, 0.251822, 0.602644", \
            "0.0888324, 0.0903621, 0.094827, 0.107751, 0.146826, 0.266614, 0.610821" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0258043, 0.0241029, 0.0190196, 0.0043097, -0.0384103, -0.161804, -0.517655", \
            "0.0252511, 0.0235751, 0.0186581, 0.0041466, -0.0383696, -0.161641, -0.517347", \
            "0.0239697, 0.022352, 0.0175874, 0.0034437, -0.0386482, -0.161667, -0.517254", \
            "0.0226204, 0.0209304, 0.0161584, 0.0021419, -0.0395513, -0.162017, -0.517344", \
            "0.0226971, 0.0207743, 0.0154712, 0.0011463, -0.0405585, -0.162683, -0.517591", \
            "0.0260072, 0.0240625, 0.018742, 0.0033863, -0.0398227, -0.162877, -0.517756", \
            "0.0420543, 0.0398943, 0.0336648, 0.016412, -0.0304475, -0.157571, -0.515429" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0462484, 0.0479848, 0.0532074, 0.0682113, 0.110927, 0.233545, 0.585031", \
            "0.0452212, 0.0471075, 0.0523256, 0.0674646, 0.110395, 0.232784, 0.584035", \
            "0.0441133, 0.0459105, 0.0512785, 0.0664802, 0.109592, 0.232321, 0.58392", \
            "0.0437511, 0.045507, 0.0508052, 0.0655481, 0.108744, 0.231557, 0.583784", \
            "0.0451621, 0.046921, 0.0520354, 0.0669035, 0.108823, 0.230829, 0.582773", \
            "0.0535037, 0.0551992, 0.0603577, 0.0755163, 0.113528, 0.236121, 0.584918", \
            "0.0728409, 0.0746842, 0.0829799, 0.0926165, 0.13171, 0.245646, 0.589932" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0249654, 0.0232291, 0.0182053, 0.0035181, -0.0392142, -0.162596, -0.518368", \
            "0.0240503, 0.0223793, 0.0174678, 0.0030001, -0.039499, -0.162747, -0.518464", \
            "0.0228233, 0.0211659, 0.0163169, 0.0020913, -0.0400261, -0.162994, -0.518575", \
            "0.0218572, 0.0201761, 0.0153184, 0.0009717, -0.0409376, -0.163481, -0.518776", \
            "0.0226191, 0.0207384, 0.0152553, 0.0005874, -0.0415526, -0.163979, -0.518935", \
            "0.0268453, 0.0248598, 0.0192375, 0.0036629, -0.03985, -0.163767, -0.51905", \
            "0.0452114, 0.0428707, 0.0362711, 0.0180263, -0.0300177, -0.157895, -0.516507" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0302422, 0.0321461, 0.0374899, 0.0526479, 0.0954226, 0.21751, 0.568867", \
            "0.0289932, 0.0309365, 0.0363537, 0.0517443, 0.0949774, 0.217325, 0.569726", \
            "0.0277179, 0.029599, 0.0349259, 0.0505105, 0.0939521, 0.216826, 0.568879", \
            "0.0269805, 0.0288096, 0.0341344, 0.0494768, 0.0924599, 0.215559, 0.568219", \
            "0.0286298, 0.0303404, 0.035367, 0.0501403, 0.0920566, 0.21424, 0.566521", \
            "0.0357869, 0.0374962, 0.0418872, 0.055573, 0.098481, 0.218438, 0.569018", \
            "0.058934, 0.0607709, 0.060811, 0.0723617, 0.110732, 0.232837, 0.572323" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0250288, 0.023353, 0.0183265, 0.0037023, -0.0389561, -0.162326, -0.51807", \
            "0.0241126, 0.0224314, 0.01756, 0.0031623, -0.0392663, -0.162471, -0.518232", \
            "0.0228958, 0.0212212, 0.0163948, 0.0021846, -0.0398845, -0.16279, -0.518378", \
            "0.0220537, 0.0203036, 0.0153569, 0.001037, -0.0407828, -0.16331, -0.518544", \
            "0.0226454, 0.0207841, 0.0156303, 0.0009266, -0.041364, -0.163783, -0.51872", \
            "0.0277155, 0.0257231, 0.0200335, 0.0042761, -0.0399362, -0.16373, -0.518913", \
            "0.0456035, 0.0432748, 0.0364445, 0.0180356, -0.0299489, -0.157839, -0.51664" \
          );
        }
      }
      internal_power () {
        related_pin : "D1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0148515, 0.0169494, 0.0227502, 0.0385789, 0.0820325, 0.204854, 0.557867", \
            "0.0141377, 0.016149, 0.0218808, 0.0376469, 0.0816107, 0.205032, 0.554521", \
            "0.0135839, 0.0153345, 0.0208066, 0.0364463, 0.0803796, 0.204471, 0.55824", \
            "0.0138714, 0.0157055, 0.0210056, 0.0360605, 0.0791857, 0.203281, 0.557398", \
            "0.0165253, 0.0181432, 0.0230052, 0.0378061, 0.0802334, 0.202449, 0.556077", \
            "0.0259913, 0.0275693, 0.0322265, 0.0446891, 0.087053, 0.204401, 0.554465", \
            "0.0526696, 0.0542072, 0.055333, 0.0656727, 0.10277, 0.223006, 0.559681" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144105, 0.00415327, 0.0119702, 0.0344993, 0.0994307, 0.28657");
          values ( \
            "0.0214341, 0.0197399, 0.0149254, 0.0004985, -0.0419529, -0.165219, -0.520987", \
            "0.0204582, 0.0188277, 0.0140716, -0.0001395, -0.0423587, -0.165389, -0.521017", \
            "0.0194885, 0.0179002, 0.0130334, -0.0011627, -0.0430317, -0.165742, -0.52117", \
            "0.019231, 0.0175107, 0.0125035, -0.0018863, -0.0437618, -0.166195, -0.521381", \
            "0.0214786, 0.0195823, 0.0142388, -0.00086, -0.0437502, -0.166565, -0.521621", \
            "0.0308923, 0.0287317, 0.0226903, 0.0048127, -0.0402612, -0.164775, -0.521275", \
            "0.0563559, 0.0545984, 0.0437889, 0.0242628, -0.0249856, -0.155733, -0.516564" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008664;
      rise_capacitance : 0.009107;
      rise_capacitance_range (0.009107, 0.009107);
      fall_capacitance : 0.008221;
      fall_capacitance_range (0.008221, 0.008221);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.017447, -0.0174371, -0.0174146, -0.0174137, -0.0174118, -0.0174073, -0.017397" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0174452, 0.0174465, 0.0174494, 0.017448, 0.0174452, 0.0174387, 0.0174236" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008428;
      rise_capacitance : 0.009061;
      rise_capacitance_range (0.009061, 0.009061);
      fall_capacitance : 0.007794;
      fall_capacitance_range (0.007794, 0.007794);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0173281, -0.0173221, -0.0173084, -0.0173048, -0.0172963, -0.0172767, -0.0172317" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.017359, 0.0173519, 0.0173356, 0.0173368, 0.0173394, 0.0173457, 0.0173602" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008569;
      rise_capacitance : 0.008959;
      rise_capacitance_range (0.008959, 0.008959);
      fall_capacitance : 0.008179;
      fall_capacitance_range (0.008179, 0.008179);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0172724, -0.0172765, -0.017286, -0.0172891, -0.0172958, -0.0173114, -0.0173474" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0172964, 0.0172975, 0.0173002, 0.0172974, 0.0172909, 0.0172759, 0.0172413" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008417;
      rise_capacitance : 0.008674;
      rise_capacitance_range (0.008674, 0.008674);
      fall_capacitance : 0.00816;
      fall_capacitance_range (0.00816, 0.00816);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0174056, -0.0173875, -0.0173459, -0.0173379, -0.0173191, -0.0172758, -0.0171759" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0208289, 0.0208435, 0.0208773, 0.0209503, 0.0211185, 0.0215062, 0.0224002" \
          );
        }
      }
    }
    pin (D1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008436;
      rise_capacitance : 0.008578;
      rise_capacitance_range (0.008578, 0.008578);
      fall_capacitance : 0.008294;
      fall_capacitance_range (0.008294, 0.008294);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0144584, -0.0144542, -0.0144445, -0.0144164, -0.0143513, -0.0142013, -0.0138555" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0203842, 0.020384, 0.0203836, 0.0203915, 0.0204096, 0.0204513, 0.0205477" \
          );
        }
      }
    }
  }
  cell (scs8hd_o211a_1) {
    area : 10.0096;
    cell_footprint : "o211a";
    cell_leakage_power : 0.00895575;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062871;
      when : "!A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0062784;
      when : "!A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0063557;
      when : "!A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0176929;
      when : "!A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0063042;
      when : "!A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0062784;
      when : "!A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0186128;
      when : "!A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0062983;
      when : "!A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0063042;
      when : "A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0062784;
      when : "A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0128118;
      when : "A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0062983;
      when : "A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0063042;
      when : "A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0062784;
      when : "A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0186106;
      when : "A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0062983;
      when : "A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.00895575;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1&C1) | (A2&B1&C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.242625;
      max_transition : 1.5094;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308754, 0.0865514, 0.242625");
          values ( \
            "0.0680362, 0.0737543, 0.0871615, 0.119478, 0.205253, 0.442748, 1.10824", \
            "0.0710534, 0.0767795, 0.0902096, 0.122491, 0.208282, 0.446002, 1.11178", \
            "0.0767683, 0.082474, 0.0959053, 0.128201, 0.213852, 0.452035, 1.11882", \
            "0.0868442, 0.0927113, 0.106314, 0.138752, 0.224415, 0.462806, 1.12943", \
            "0.0963542, 0.102853, 0.117437, 0.150492, 0.236193, 0.474378, 1.14035", \
            "0.0875346, 0.0956436, 0.112808, 0.148097, 0.234022, 0.47323, 1.13864", \
            "0.0234176, 0.0333967, 0.0549882, 0.0970324, 0.185476, 0.423175, 1.08951" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308754, 0.0865514, 0.242625");
          values ( \
            "0.0166453, 0.0221548, 0.0367069, 0.0777748, 0.198414, 0.541438, 1.50193", \
            "0.0167495, 0.0221396, 0.036672, 0.0778655, 0.198418, 0.54112, 1.50045", \
            "0.0166745, 0.0221277, 0.0367009, 0.0778445, 0.198297, 0.541683, 1.50218", \
            "0.0174624, 0.0228747, 0.0372856, 0.078146, 0.198501, 0.541525, 1.5023", \
            "0.0205807, 0.0262674, 0.03989, 0.0796382, 0.19836, 0.540784, 1.49987", \
            "0.0263674, 0.0325844, 0.0467699, 0.083366, 0.199774, 0.539825, 1.49727", \
            "0.0346495, 0.0428489, 0.059175, 0.095165, 0.203287, 0.541592, 1.49458" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308754, 0.0865514, 0.242625");
          values ( \
            "0.115857, 0.121661, 0.134197, 0.159229, 0.211324, 0.341112, 0.699102", \
            "0.120503, 0.126339, 0.138864, 0.163892, 0.216001, 0.34574, 0.704179", \
            "0.131037, 0.136872, 0.149371, 0.174375, 0.226666, 0.356451, 0.714891", \
            "0.154698, 0.160497, 0.173053, 0.197882, 0.250588, 0.380402, 0.738263", \
            "0.205321, 0.211406, 0.224449, 0.249829, 0.303011, 0.432888, 0.792111", \
            "0.297716, 0.304646, 0.319329, 0.347804, 0.403172, 0.53451, 0.892866", \
            "0.473327, 0.481431, 0.49885, 0.532012, 0.593714, 0.72805, 1.08626" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308754, 0.0865514, 0.242625");
          values ( \
            "0.0202978, 0.0240083, 0.032892, 0.0535206, 0.108035, 0.270138, 0.739544", \
            "0.0200993, 0.0241499, 0.0328622, 0.0535145, 0.108032, 0.270047, 0.737764", \
            "0.0200875, 0.0241196, 0.0328737, 0.053487, 0.10794, 0.270168, 0.738474", \
            "0.0202583, 0.024327, 0.0332627, 0.0535999, 0.107893, 0.268248, 0.736915", \
            "0.0222353, 0.0260049, 0.0350155, 0.0552742, 0.108467, 0.270439, 0.744263", \
            "0.0270556, 0.0317112, 0.0415497, 0.0616332, 0.114564, 0.27222, 0.744947", \
            "0.0357208, 0.0411357, 0.052452, 0.073766, 0.12441, 0.276126, 0.738432" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308754, 0.0865514, 0.242625");
          values ( \
            "0.0580368, 0.0634994, 0.0764376, 0.108246, 0.1935, 0.430964, 1.0961", \
            "0.0611413, 0.0665849, 0.0795159, 0.111383, 0.196827, 0.434756, 1.10005", \
            "0.0667615, 0.072204, 0.0850745, 0.116866, 0.202496, 0.440749, 1.10472", \
            "0.0749768, 0.0807254, 0.0940178, 0.125959, 0.211428, 0.453303, 1.1171", \
            "0.0783309, 0.0850091, 0.0995431, 0.132179, 0.217768, 0.456312, 1.1265", \
            "0.0568902, 0.0653259, 0.0831042, 0.118669, 0.204361, 0.442914, 1.10905", \
            "-0.0333247, -0.0228022, -0.0001206, 0.0438356, 0.133225, 0.371872, 1.03801" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308754, 0.0865514, 0.242625");
          values ( \
            "0.0155017, 0.0208587, 0.0352594, 0.0767834, 0.198082, 0.54168, 1.50455", \
            "0.0155191, 0.0208646, 0.0352612, 0.0767966, 0.197902, 0.539732, 1.50244", \
            "0.015509, 0.0208484, 0.0353103, 0.0767672, 0.198141, 0.542791, 1.50409", \
            "0.0170279, 0.0222869, 0.0363622, 0.0773218, 0.198412, 0.54199, 1.5094", \
            "0.0211519, 0.0265744, 0.0398037, 0.0787909, 0.197474, 0.539076, 1.50503", \
            "0.0274812, 0.0339785, 0.0480126, 0.0837627, 0.199268, 0.538981, 1.50011", \
            "0.0370054, 0.0455912, 0.0629084, 0.0998661, 0.20493, 0.541039, 1.49444" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308754, 0.0865514, 0.242625");
          values ( \
            "0.10548, 0.111282, 0.123637, 0.148727, 0.201364, 0.331091, 0.68978", \
            "0.108978, 0.114804, 0.127312, 0.152271, 0.204791, 0.334394, 0.692996", \
            "0.119553, 0.125392, 0.137921, 0.162743, 0.215333, 0.345221, 0.704075", \
            "0.147422, 0.153191, 0.165693, 0.190634, 0.243362, 0.373269, 0.731387", \
            "0.21073, 0.216912, 0.229819, 0.255396, 0.307576, 0.437334, 0.795764", \
            "0.320954, 0.328293, 0.344144, 0.373423, 0.429268, 0.560179, 0.917888", \
            "0.517716, 0.526483, 0.545871, 0.581376, 0.643898, 0.776144, 1.1352" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308754, 0.0865514, 0.242625");
          values ( \
            "0.020132, 0.0241268, 0.0328581, 0.0534462, 0.107906, 0.268939, 0.738091", \
            "0.0201596, 0.0241447, 0.0328729, 0.0536256, 0.108071, 0.270033, 0.736096", \
            "0.0203896, 0.0240202, 0.0330855, 0.0535804, 0.108101, 0.270182, 0.736831", \
            "0.020186, 0.0240123, 0.0329294, 0.0534422, 0.107748, 0.268902, 0.746403", \
            "0.0228076, 0.0269893, 0.0352759, 0.0552519, 0.109018, 0.268793, 0.73676", \
            "0.0310911, 0.0362505, 0.0454084, 0.064144, 0.114338, 0.271776, 0.73611", \
            "0.0418961, 0.0475306, 0.059958, 0.0805373, 0.126283, 0.276624, 0.739503" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308754, 0.0865514, 0.242625");
          values ( \
            "0.0489946, 0.0542108, 0.066813, 0.0982826, 0.183457, 0.421299, 1.08683", \
            "0.0520078, 0.0572514, 0.0698061, 0.101362, 0.18667, 0.424754, 1.09128", \
            "0.0584994, 0.0637202, 0.0762383, 0.107644, 0.193057, 0.433317, 1.10135", \
            "0.0670782, 0.0725858, 0.0854884, 0.117248, 0.20263, 0.44034, 1.10963", \
            "0.0695733, 0.0760225, 0.0899791, 0.122104, 0.207622, 0.446489, 1.11053", \
            "0.0491773, 0.0571097, 0.0741588, 0.108133, 0.193525, 0.43226, 1.09664", \
            "-0.0326814, -0.0227895, -0.0013524, 0.0404724, 0.128026, 0.366576, 1.03181" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308754, 0.0865514, 0.242625");
          values ( \
            "0.01477, 0.01997, 0.0344672, 0.0763608, 0.19796, 0.541963, 1.5067", \
            "0.0147445, 0.0200373, 0.0344453, 0.0763765, 0.198077, 0.540756, 1.50341", \
            "0.0149481, 0.0201983, 0.034495, 0.0764196, 0.19817, 0.542527, 1.50381", \
            "0.0167337, 0.0217945, 0.0358698, 0.077012, 0.1984, 0.5403, 1.50588", \
            "0.0205752, 0.0256611, 0.0388466, 0.0782232, 0.197679, 0.540225, 1.49795", \
            "0.0265764, 0.033092, 0.0462904, 0.0819355, 0.198996, 0.538879, 1.49655", \
            "0.0354786, 0.0434537, 0.0596223, 0.0951043, 0.203238, 0.541945, 1.49588" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308754, 0.0865514, 0.242625");
          values ( \
            "0.0567694, 0.0609986, 0.07013, 0.089871, 0.136983, 0.264816, 0.622471", \
            "0.061572, 0.0657958, 0.0749925, 0.0947803, 0.141876, 0.269605, 0.62727", \
            "0.0740868, 0.0783303, 0.0874875, 0.107291, 0.154462, 0.282362, 0.640783", \
            "0.103873, 0.108221, 0.117534, 0.137451, 0.184602, 0.312539, 0.671137", \
            "0.155335, 0.160719, 0.172031, 0.194038, 0.242105, 0.369863, 0.728431", \
            "0.243466, 0.250111, 0.264202, 0.290525, 0.341651, 0.469769, 0.827186", \
            "0.410582, 0.418482, 0.435541, 0.468307, 0.526623, 0.654748, 1.01228" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308754, 0.0865514, 0.242625");
          values ( \
            "0.012546, 0.0156703, 0.0231798, 0.0426725, 0.0990981, 0.266605, 0.734326", \
            "0.0126353, 0.0156039, 0.0232463, 0.0426677, 0.099228, 0.265378, 0.735265", \
            "0.0126461, 0.0156875, 0.0231043, 0.0426718, 0.0998486, 0.265059, 0.736917", \
            "0.0136426, 0.0166115, 0.0239817, 0.0431737, 0.0997565, 0.265514, 0.73778", \
            "0.018506, 0.0220213, 0.0295534, 0.0474833, 0.101613, 0.269038, 0.743887", \
            "0.025315, 0.0294906, 0.0386886, 0.0559475, 0.106476, 0.267283, 0.737144", \
            "0.035238, 0.0401686, 0.0509502, 0.0717207, 0.117593, 0.2696, 0.737172" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308754, 0.0865514, 0.242625");
          values ( \
            "0.0450883, 0.0503096, 0.0629281, 0.0944163, 0.179738, 0.41791, 1.08525", \
            "0.0480347, 0.0532593, 0.0658644, 0.097331, 0.182517, 0.421818, 1.09054", \
            "0.0552915, 0.0604828, 0.0729924, 0.104439, 0.189756, 0.427388, 1.09238", \
            "0.0640505, 0.0694885, 0.0823232, 0.114018, 0.199676, 0.438156, 1.10543", \
            "0.0673586, 0.0737129, 0.0871676, 0.118942, 0.204733, 0.443966, 1.10817", \
            "0.0510118, 0.0588895, 0.0754291, 0.108601, 0.194161, 0.4322, 1.0989", \
            "-0.0184679, -0.0086636, 0.0127098, 0.0535937, 0.139815, 0.378749, 1.04625" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308754, 0.0865514, 0.242625");
          values ( \
            "0.0147734, 0.0199814, 0.0344715, 0.0763585, 0.198506, 0.543096, 1.49977", \
            "0.0147589, 0.0200007, 0.0344943, 0.0763436, 0.198523, 0.544111, 1.50463", \
            "0.0150128, 0.020268, 0.0346676, 0.076455, 0.198619, 0.543371, 1.49992", \
            "0.0168192, 0.021729, 0.0358923, 0.0771385, 0.197933, 0.543198, 1.50609", \
            "0.020628, 0.0257572, 0.0386354, 0.0781068, 0.198019, 0.540526, 1.49889", \
            "0.0267457, 0.0327485, 0.0461843, 0.0813332, 0.198854, 0.539703, 1.50132", \
            "0.036084, 0.0438856, 0.0602106, 0.0948675, 0.203489, 0.540982, 1.4962" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308754, 0.0865514, 0.242625");
          values ( \
            "0.0472573, 0.0512774, 0.0600115, 0.0792193, 0.125968, 0.2538, 0.611919", \
            "0.0520429, 0.0560409, 0.0647647, 0.084071, 0.130817, 0.258446, 0.616125", \
            "0.0644273, 0.0683525, 0.0770925, 0.0963755, 0.143216, 0.271127, 0.629393", \
            "0.0907898, 0.0951026, 0.104453, 0.124153, 0.171117, 0.299185, 0.661488", \
            "0.133598, 0.138845, 0.1501, 0.171988, 0.220357, 0.348507, 0.70759", \
            "0.207563, 0.213812, 0.227563, 0.253549, 0.305033, 0.433202, 0.790702", \
            "0.349181, 0.356826, 0.373585, 0.406213, 0.465741, 0.594385, 0.952782" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308754, 0.0865514, 0.242625");
          values ( \
            "0.0111232, 0.0142821, 0.0218837, 0.0417183, 0.0990312, 0.267378, 0.734983", \
            "0.0111097, 0.0142956, 0.0218228, 0.0415853, 0.0986775, 0.264956, 0.733916", \
            "0.0112395, 0.0143879, 0.0218929, 0.0416179, 0.0991991, 0.265468, 0.736406", \
            "0.0133892, 0.016381, 0.0237118, 0.042744, 0.0995707, 0.269343, 0.735001", \
            "0.0179181, 0.0215516, 0.0291973, 0.0474552, 0.102122, 0.265473, 0.736141", \
            "0.0239863, 0.0284891, 0.0374176, 0.0567651, 0.106432, 0.266876, 0.734804", \
            "0.0343682, 0.0390972, 0.0505023, 0.0726237, 0.119467, 0.270936, 0.735802" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308755, 0.0865514, 0.242625");
          values ( \
            "0.0165249, 0.0183501, 0.0233422, 0.0369915, 0.0744834, 0.179237, 0.472313", \
            "0.0163604, 0.0181908, 0.0231823, 0.036785, 0.0743316, 0.179141, 0.472361", \
            "0.0161471, 0.017977, 0.0229838, 0.0365745, 0.0741548, 0.179737, 0.474216", \
            "0.0159794, 0.0178183, 0.0227142, 0.0362731, 0.0738619, 0.17946, 0.47401", \
            "0.0165086, 0.0181737, 0.0229494, 0.0363013, 0.0737014, 0.178455, 0.471874", \
            "0.0177712, 0.0194128, 0.024085, 0.0374769, 0.0746725, 0.178941, 0.47496", \
            "0.0229971, 0.0247383, 0.0291032, 0.0423768, 0.0797657, 0.183981, 0.474763" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308755, 0.0865514, 0.242625");
          values ( \
            "0.0192045, 0.017815, 0.0143329, 0.0025774, -0.0342672, -0.139715, -0.436866", \
            "0.018974, 0.0176398, 0.0141321, 0.0023634, -0.0344759, -0.139914, -0.43658", \
            "0.0187586, 0.017416, 0.0138832, 0.0020997, -0.0347124, -0.140193, -0.436837", \
            "0.0185382, 0.0171497, 0.0136495, 0.0018565, -0.0349982, -0.140466, -0.43705", \
            "0.018536, 0.0171066, 0.0135598, 0.0019677, -0.034965, -0.140481, -0.43703", \
            "0.0233049, 0.0214179, 0.0164009, 0.0028362, -0.0339815, -0.139534, -0.436052", \
            "0.0292033, 0.0271193, 0.0219063, 0.0079532, -0.0299013, -0.135678, -0.431798" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308755, 0.0865514, 0.242625");
          values ( \
            "0.0149092, 0.0167407, 0.0217277, 0.0353301, 0.0728322, 0.178556, 0.473675", \
            "0.0147947, 0.0166241, 0.0216, 0.0352416, 0.0730119, 0.177465, 0.471015", \
            "0.0145157, 0.0163403, 0.0212994, 0.0349096, 0.0724023, 0.177365, 0.47313", \
            "0.014198, 0.0160105, 0.0209073, 0.0344488, 0.0723563, 0.176567, 0.473726", \
            "0.0145824, 0.0162632, 0.0211068, 0.0342871, 0.0717396, 0.176876, 0.471194", \
            "0.0158952, 0.0175319, 0.0222327, 0.0356618, 0.0727353, 0.177054, 0.470732", \
            "0.0213839, 0.0231922, 0.0274889, 0.0405734, 0.0780836, 0.181837, 0.475286" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308755, 0.0865514, 0.242625");
          values ( \
            "0.0169083, 0.0155158, 0.0119948, 0.0001982, -0.036698, -0.142161, -0.438711", \
            "0.0164813, 0.0151127, 0.0116266, -0.0001776, -0.0370284, -0.142443, -0.438929", \
            "0.016271, 0.0148856, 0.0113467, -0.0004245, -0.0372994, -0.142707, -0.439325", \
            "0.0160987, 0.0146815, 0.0112313, -0.0005927, -0.0374538, -0.1429, -0.439327", \
            "0.0168295, 0.0153995, 0.0116846, -0.0001331, -0.0368726, -0.142385, -0.438906", \
            "0.022986, 0.0209757, 0.0158284, 0.0020893, -0.0350264, -0.140536, -0.43701", \
            "0.0302533, 0.0280522, 0.0226842, 0.0085196, -0.0291145, -0.134788, -0.431198" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308755, 0.0865514, 0.242625");
          values ( \
            "0.0147674, 0.0165937, 0.0215859, 0.0352121, 0.072692, 0.178533, 0.473451", \
            "0.0145596, 0.0163934, 0.0213728, 0.0350142, 0.0725338, 0.177567, 0.471706", \
            "0.0143037, 0.016113, 0.0210795, 0.0346432, 0.0722381, 0.176436, 0.471799", \
            "0.0141607, 0.0159618, 0.0207851, 0.0342976, 0.0722576, 0.177504, 0.470959", \
            "0.0147262, 0.0164378, 0.0212209, 0.03449, 0.0717409, 0.177627, 0.470575", \
            "0.0169118, 0.0184827, 0.023351, 0.0366219, 0.0736088, 0.178036, 0.471942", \
            "0.0237003, 0.02543, 0.029839, 0.0430723, 0.0808207, 0.184381, 0.478143" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308755, 0.0865514, 0.242625");
          values ( \
            "0.0132642, 0.0120447, 0.0081717, -0.0045171, -0.0419609, -0.147711, -0.444153", \
            "0.013012, 0.0117379, 0.0078887, -0.004823, -0.0422764, -0.148005, -0.444774", \
            "0.0127614, 0.0115054, 0.0075866, -0.0051169, -0.0425456, -0.148233, -0.444909", \
            "0.0127241, 0.0113317, 0.0074773, -0.0052694, -0.0426062, -0.148287, -0.444922", \
            "0.0142083, 0.0124297, 0.0076513, -0.0046736, -0.0419784, -0.147631, -0.444226", \
            "0.0182989, 0.0163456, 0.0113897, -0.0020995, -0.0395, -0.144869, -0.441424", \
            "0.0258353, 0.0237248, 0.0184509, 0.0046795, -0.0330534, -0.13879, -0.43503" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308755, 0.0865514, 0.242625");
          values ( \
            "0.0142293, 0.0160644, 0.0210579, 0.0346889, 0.0726023, 0.178177, 0.469357", \
            "0.014009, 0.0158348, 0.0208386, 0.0344378, 0.0723884, 0.177857, 0.471468", \
            "0.0138016, 0.0156018, 0.0205055, 0.0340912, 0.0720633, 0.177696, 0.470116", \
            "0.0137436, 0.0155741, 0.0204701, 0.0338257, 0.0717402, 0.177488, 0.470511", \
            "0.0148819, 0.0165992, 0.0212837, 0.0344644, 0.0717124, 0.177604, 0.470731", \
            "0.0177398, 0.0193556, 0.0241697, 0.0373893, 0.0743619, 0.179454, 0.475298", \
            "0.0267271, 0.0282812, 0.0327343, 0.0458962, 0.0830208, 0.187077, 0.480795" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00140162, 0.00392909, 0.0110142, 0.0308755, 0.0865514, 0.242625");
          values ( \
            "0.0098814, 0.0086141, 0.004698, -0.0081312, -0.0456794, -0.151466, -0.448271", \
            "0.0095665, 0.0082913, 0.0043793, -0.0084711, -0.0460443, -0.15182, -0.448596", \
            "0.0093122, 0.0080322, 0.0040446, -0.0087874, -0.0462612, -0.152079, -0.448783", \
            "0.0094342, 0.0080049, 0.0040192, -0.0088165, -0.0462525, -0.152, -0.448696", \
            "0.0111689, 0.0094335, 0.0046989, -0.0080985, -0.045467, -0.151159, -0.447862", \
            "0.0150633, 0.0131467, 0.0081883, -0.005155, -0.0427084, -0.148079, -0.444765", \
            "0.0237356, 0.021663, 0.016403, 0.0027084, -0.0350176, -0.140719, -0.437084" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002369;
      rise_capacitance : 0.002489;
      rise_capacitance_range (0.002489, 0.002489);
      fall_capacitance : 0.002249;
      fall_capacitance_range (0.002249, 0.002249);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045339, -0.0045335, -0.0045326, -0.004533, -0.0045342, -0.0045367, -0.0045424" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045502, 0.0045483, 0.004544, 0.0045436, 0.0045425, 0.0045398, 0.004534" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002365;
      rise_capacitance : 0.002523;
      rise_capacitance_range (0.002523, 0.002523);
      fall_capacitance : 0.002207;
      fall_capacitance_range (0.002207, 0.002207);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043797, -0.0043816, -0.0043858, -0.0043845, -0.0043815, -0.0043746, -0.0043586" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043728, 0.0043785, 0.0043917, 0.0043917, 0.0043914, 0.0043909, 0.0043897" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002351;
      rise_capacitance : 0.00245;
      rise_capacitance_range (0.00245, 0.00245);
      fall_capacitance : 0.002252;
      fall_capacitance_range (0.002252, 0.002252);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044559, -0.0044531, -0.0044466, -0.0044471, -0.0044482, -0.0044509, -0.0044569" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.004809, 0.0047959, 0.0047654, 0.0047774, 0.0048049, 0.0048683, 0.0050146" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002405;
      rise_capacitance : 0.002485;
      rise_capacitance_range (0.002485, 0.002485);
      fall_capacitance : 0.002325;
      fall_capacitance_range (0.002325, 0.002325);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0041123, -0.0041142, -0.0041187, -0.0041119, -0.0040963, -0.0040603, -0.0039771" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.005341, 0.0053415, 0.0053424, 0.0053432, 0.0053448, 0.0053486, 0.0053575" \
          );
        }
      }
    }
  }
  cell (scs8hd_o211a_2) {
    area : 10.0096;
    cell_footprint : "o211a";
    cell_leakage_power : 0.0164532;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0336877;
      when : "!A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0276142;
      when : "!A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0124509;
      when : "!A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0276152;
      when : "!A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0124227;
      when : "!A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0124069;
      when : "!A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0186567;
      when : "!A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0124212;
      when : "!A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0124227;
      when : "A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0124069;
      when : "A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0128189;
      when : "A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0124212;
      when : "A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0124227;
      when : "A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0124069;
      when : "A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0186557;
      when : "A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0124212;
      when : "A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0164532;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1&C1) | (A2&B1&C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.34791;
      max_transition : 1.50433;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0823487, 0.0872838, 0.0992568, 0.127738, 0.202427, 0.421047, 1.07362", \
            "0.085016, 0.0899674, 0.10191, 0.130338, 0.204964, 0.42456, 1.07577", \
            "0.0898677, 0.0947891, 0.106754, 0.135186, 0.209671, 0.428529, 1.08075", \
            "0.0990244, 0.104005, 0.116058, 0.144628, 0.219494, 0.43835, 1.09015", \
            "0.10941, 0.114768, 0.127659, 0.157097, 0.232514, 0.451754, 1.10334", \
            "0.102764, 0.109215, 0.124234, 0.155968, 0.232344, 0.451295, 1.10497", \
            "0.0360822, 0.0435701, 0.061606, 0.0996302, 0.179379, 0.399002, 1.05158" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0186647, 0.0231844, 0.0355126, 0.0707967, 0.179154, 0.510152, 1.49853", \
            "0.018642, 0.0232097, 0.0354544, 0.070714, 0.179037, 0.510304, 1.49602", \
            "0.0186831, 0.0232045, 0.035476, 0.0706655, 0.178931, 0.509849, 1.49625", \
            "0.0190525, 0.0236554, 0.0358914, 0.0709392, 0.179018, 0.510493, 1.49953", \
            "0.0215807, 0.0261129, 0.0383144, 0.0725957, 0.17945, 0.510687, 1.50008", \
            "0.0271344, 0.0325244, 0.0446256, 0.0774221, 0.18088, 0.510158, 1.49953", \
            "0.0356818, 0.0418971, 0.0571961, 0.0896595, 0.186279, 0.510129, 1.49558" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.136709, 0.141353, 0.152245, 0.174691, 0.217923, 0.314636, 0.578455", \
            "0.141656, 0.146296, 0.157218, 0.17962, 0.223062, 0.319517, 0.583424", \
            "0.152981, 0.15758, 0.168528, 0.190935, 0.234384, 0.330918, 0.59483", \
            "0.178516, 0.183173, 0.194052, 0.216457, 0.25986, 0.356801, 0.620787", \
            "0.237032, 0.241708, 0.252912, 0.275721, 0.319141, 0.415965, 0.679924", \
            "0.348439, 0.353715, 0.366406, 0.391421, 0.438795, 0.538437, 0.802411", \
            "0.557354, 0.563383, 0.577384, 0.607323, 0.662594, 0.767757, 1.03307" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.024287, 0.0273308, 0.0347528, 0.0502716, 0.0866735, 0.193087, 0.534873", \
            "0.0241326, 0.0271974, 0.0345297, 0.0497862, 0.0865043, 0.193103, 0.534496", \
            "0.0242694, 0.0271938, 0.0345524, 0.0497672, 0.086507, 0.193122, 0.534451", \
            "0.0243154, 0.0273569, 0.0346186, 0.0497589, 0.0864335, 0.193054, 0.533759", \
            "0.025307, 0.0282691, 0.0355, 0.0510986, 0.0872631, 0.192734, 0.534232", \
            "0.0315952, 0.0347569, 0.0426438, 0.0588674, 0.0943798, 0.196445, 0.536562", \
            "0.0431297, 0.0466836, 0.0552657, 0.0734297, 0.109331, 0.207994, 0.534767" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0761525, 0.081081, 0.0931717, 0.122005, 0.198105, 0.418344, 1.07197", \
            "0.0791226, 0.0840694, 0.0961177, 0.124991, 0.200913, 0.421505, 1.07424", \
            "0.0843253, 0.0892244, 0.101321, 0.130131, 0.206287, 0.426963, 1.08423", \
            "0.0938286, 0.0989191, 0.111055, 0.140048, 0.215851, 0.436753, 1.09576", \
            "0.103955, 0.109528, 0.122578, 0.152418, 0.228669, 0.44953, 1.10484", \
            "0.0967582, 0.103352, 0.118765, 0.151056, 0.227972, 0.44853, 1.1046", \
            "0.0304434, 0.0380965, 0.0569519, 0.096499, 0.177518, 0.396893, 1.05122" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0183, 0.0228082, 0.0350948, 0.0702659, 0.178618, 0.509345, 1.50041", \
            "0.0183004, 0.0228006, 0.0350754, 0.070236, 0.178234, 0.510209, 1.49831", \
            "0.0182709, 0.0228289, 0.0351075, 0.0702877, 0.178247, 0.511168, 1.50298", \
            "0.0189269, 0.0234066, 0.0355692, 0.0706285, 0.178209, 0.509472, 1.50409", \
            "0.0219262, 0.0265426, 0.0385799, 0.0724995, 0.179438, 0.509368, 1.50059", \
            "0.0277901, 0.0333281, 0.0457697, 0.0783541, 0.181419, 0.510783, 1.49978", \
            "0.0374331, 0.0436038, 0.0585639, 0.0927253, 0.187868, 0.511452, 1.49829" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.124743, 0.129403, 0.140285, 0.162787, 0.206191, 0.302695, 0.566589", \
            "0.128539, 0.133185, 0.144077, 0.166523, 0.210067, 0.306664, 0.570637", \
            "0.13933, 0.143982, 0.154889, 0.17739, 0.220816, 0.317677, 0.581531", \
            "0.166274, 0.170915, 0.181805, 0.204856, 0.248333, 0.345356, 0.609552", \
            "0.232789, 0.237413, 0.248251, 0.270671, 0.314363, 0.410191, 0.673802", \
            "0.352148, 0.357644, 0.370783, 0.397549, 0.446343, 0.545026, 0.808712", \
            "0.558491, 0.565028, 0.580551, 0.613508, 0.673616, 0.780497, 1.04473" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0242656, 0.0271932, 0.0344391, 0.0498684, 0.0865848, 0.193099, 0.535023", \
            "0.0242499, 0.0273522, 0.0347609, 0.0500095, 0.0862625, 0.193035, 0.534449", \
            "0.0242649, 0.0271518, 0.0344548, 0.0497334, 0.0864693, 0.192608, 0.534917", \
            "0.0242193, 0.0273458, 0.0344898, 0.0500281, 0.0860673, 0.192429, 0.535226", \
            "0.0256595, 0.0285878, 0.0356399, 0.0507033, 0.0869971, 0.193334, 0.536004", \
            "0.0362644, 0.0396771, 0.0475883, 0.063652, 0.0969099, 0.198621, 0.535636", \
            "0.0509687, 0.0547063, 0.0640151, 0.0837412, 0.119278, 0.212248, 0.535497" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0645777, 0.0691893, 0.0805132, 0.108213, 0.183162, 0.402652, 1.0592", \
            "0.067874, 0.0724812, 0.0838247, 0.111557, 0.186522, 0.406257, 1.06386", \
            "0.0753652, 0.079963, 0.0912933, 0.118965, 0.193934, 0.414039, 1.07129", \
            "0.0893557, 0.0941312, 0.105653, 0.133525, 0.208621, 0.429203, 1.08706", \
            "0.103412, 0.108856, 0.121415, 0.149992, 0.225431, 0.444908, 1.103", \
            "0.101501, 0.108015, 0.123197, 0.154407, 0.230014, 0.450263, 1.10447", \
            "0.0517091, 0.0592611, 0.077235, 0.116173, 0.195496, 0.414391, 1.06793" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0169952, 0.0213183, 0.0333141, 0.0685194, 0.177568, 0.509986, 1.5013", \
            "0.0169059, 0.0213014, 0.0333818, 0.0686954, 0.177521, 0.50944, 1.50402", \
            "0.0169093, 0.021286, 0.0333327, 0.0685558, 0.178012, 0.508899, 1.50236", \
            "0.018241, 0.0223987, 0.0344226, 0.0692192, 0.177806, 0.510218, 1.50375", \
            "0.0221511, 0.0263163, 0.0378324, 0.0713358, 0.178715, 0.510712, 1.50311", \
            "0.0282707, 0.0336216, 0.045752, 0.0770603, 0.180382, 0.510479, 1.50036", \
            "0.0373554, 0.0434254, 0.0589947, 0.091232, 0.186202, 0.511327, 1.49911" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0653921, 0.0687522, 0.0766052, 0.092687, 0.127081, 0.216191, 0.477463", \
            "0.0702908, 0.0736729, 0.0815132, 0.0976076, 0.132055, 0.221099, 0.482994", \
            "0.0826214, 0.0859766, 0.0940365, 0.110101, 0.144697, 0.233725, 0.495059", \
            "0.113069, 0.116404, 0.124186, 0.14028, 0.174843, 0.263907, 0.525472", \
            "0.169733, 0.173717, 0.183035, 0.201709, 0.238344, 0.326742, 0.587662", \
            "0.261979, 0.266807, 0.278169, 0.301655, 0.344734, 0.436502, 0.697134", \
            "0.428504, 0.43398, 0.447573, 0.476372, 0.529425, 0.62909, 0.88716" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0138672, 0.016042, 0.0214207, 0.0340404, 0.0697491, 0.182871, 0.529181", \
            "0.0138686, 0.0160604, 0.0214432, 0.0342215, 0.0698163, 0.181032, 0.526721", \
            "0.013776, 0.016026, 0.0214707, 0.0342074, 0.0698482, 0.182476, 0.525444", \
            "0.0142008, 0.0164301, 0.0217708, 0.0344766, 0.0699439, 0.181873, 0.526246", \
            "0.0196907, 0.0222062, 0.0282742, 0.0402327, 0.0729707, 0.182588, 0.52961", \
            "0.0284553, 0.0315416, 0.0387703, 0.0537593, 0.0840281, 0.186159, 0.524892", \
            "0.0406551, 0.0439236, 0.0524481, 0.070166, 0.104215, 0.195909, 0.528773" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.060473, 0.0650726, 0.0764153, 0.104124, 0.178917, 0.399645, 1.05604", \
            "0.0633637, 0.0679982, 0.0793237, 0.106994, 0.182138, 0.402113, 1.05747", \
            "0.0710945, 0.0756985, 0.0870095, 0.114728, 0.189737, 0.40938, 1.06371", \
            "0.0856857, 0.0903991, 0.101971, 0.129901, 0.204889, 0.425927, 1.08389", \
            "0.0988872, 0.1044, 0.116811, 0.145425, 0.220472, 0.440356, 1.09755", \
            "0.0977085, 0.104285, 0.119389, 0.150335, 0.225358, 0.445536, 1.10138", \
            "0.0538764, 0.0613656, 0.079862, 0.118252, 0.196187, 0.415527, 1.06807" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0169368, 0.0212826, 0.0333703, 0.0686559, 0.177687, 0.509346, 1.50124", \
            "0.0169603, 0.0213094, 0.0333138, 0.0686488, 0.177869, 0.509253, 1.50197", \
            "0.0169165, 0.0212854, 0.0332732, 0.0686945, 0.178104, 0.510454, 1.49769", \
            "0.0184751, 0.0226828, 0.0346039, 0.0694332, 0.17804, 0.510216, 1.50433", \
            "0.0227256, 0.0267414, 0.0383311, 0.0714353, 0.178877, 0.510631, 1.4991", \
            "0.028958, 0.0338887, 0.0459002, 0.0771468, 0.179833, 0.509945, 1.49625", \
            "0.0392535, 0.0453945, 0.0598038, 0.0922974, 0.186072, 0.510231, 1.49888" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.05578, 0.0588863, 0.0662387, 0.0816005, 0.115538, 0.204382, 0.466213", \
            "0.0605041, 0.0636255, 0.0709549, 0.0862205, 0.120248, 0.209247, 0.470991", \
            "0.0727513, 0.0758614, 0.083135, 0.0985236, 0.132563, 0.22152, 0.483031", \
            "0.101201, 0.104391, 0.111808, 0.127412, 0.161352, 0.250291, 0.512745", \
            "0.149579, 0.153396, 0.162407, 0.18081, 0.217225, 0.307115, 0.568277", \
            "0.228743, 0.23326, 0.2442, 0.266879, 0.309453, 0.401026, 0.66213", \
            "0.37243, 0.377813, 0.390657, 0.418048, 0.469941, 0.568362, 0.828817" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0123359, 0.0144253, 0.0196854, 0.0327429, 0.068664, 0.180538, 0.52927", \
            "0.0122425, 0.0143907, 0.0196928, 0.0328377, 0.0687343, 0.181318, 0.527595", \
            "0.0122378, 0.0144393, 0.0197572, 0.0326789, 0.0686957, 0.181017, 0.526064", \
            "0.013639, 0.0157019, 0.0208462, 0.0336028, 0.069188, 0.181842, 0.526467", \
            "0.0191538, 0.0214142, 0.0274051, 0.0399815, 0.07323, 0.182197, 0.52648", \
            "0.0269491, 0.0297117, 0.0367153, 0.052031, 0.0835254, 0.186623, 0.529908", \
            "0.0390092, 0.0420076, 0.05, 0.0675406, 0.102757, 0.195519, 0.529586" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0231075, 0.0250857, 0.030852, 0.0474122, 0.0959381, 0.240687, 0.673404", \
            "0.023002, 0.0249191, 0.0306613, 0.0472758, 0.0958645, 0.24082, 0.673813", \
            "0.0228152, 0.0247231, 0.0304944, 0.047055, 0.095658, 0.240814, 0.673831", \
            "0.0226794, 0.0245474, 0.030278, 0.0468474, 0.0955029, 0.240414, 0.673736", \
            "0.0233065, 0.0250723, 0.0304471, 0.0470485, 0.0955273, 0.240783, 0.673747", \
            "0.0244665, 0.0262295, 0.0317114, 0.0479684, 0.0963123, 0.241593, 0.674391", \
            "0.0288924, 0.0304597, 0.0355448, 0.0515502, 0.100346, 0.244972, 0.676884" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0234239, 0.021275, 0.0159779, 0.0017567, -0.0457158, -0.192754, -0.631931", \
            "0.0231081, 0.0210343, 0.015713, 0.0014115, -0.0459437, -0.1929, -0.632126", \
            "0.0230096, 0.0209235, 0.015521, 0.0011729, -0.0461686, -0.19312, -0.632338", \
            "0.0226197, 0.0205702, 0.0152679, 0.0008891, -0.0464062, -0.19337, -0.632549", \
            "0.0226984, 0.0205984, 0.0153718, 0.0009121, -0.0464272, -0.193411, -0.632554", \
            "0.0280398, 0.0256856, 0.0199463, 0.0025935, -0.045625, -0.192741, -0.631959", \
            "0.0354893, 0.0329328, 0.0260391, 0.0080916, -0.0421824, -0.189708, -0.628832" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0215071, 0.0234446, 0.0293505, 0.0463236, 0.0959882, 0.242313, 0.677944", \
            "0.0214518, 0.0234117, 0.029279, 0.0462395, 0.0959141, 0.242301, 0.676738", \
            "0.021218, 0.02315, 0.0290237, 0.0459786, 0.0955795, 0.242017, 0.676859", \
            "0.0209842, 0.0229046, 0.028713, 0.0456252, 0.0951699, 0.241327, 0.676364", \
            "0.0215268, 0.0233837, 0.0288164, 0.045481, 0.0946815, 0.241021, 0.676301", \
            "0.0229846, 0.0247421, 0.0301536, 0.0464127, 0.0951023, 0.241151, 0.675539", \
            "0.0275452, 0.029073, 0.0340989, 0.0502369, 0.0990613, 0.244164, 0.676084" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0209674, 0.018932, 0.0135967, -0.0006541, -0.0479158, -0.194686, -0.633875", \
            "0.0209394, 0.0187922, 0.0134701, -0.0008641, -0.0481119, -0.194968, -0.634087", \
            "0.0205553, 0.0184952, 0.0131669, -0.0010922, -0.048303, -0.195152, -0.634273", \
            "0.0205593, 0.0184833, 0.013122, -0.0012673, -0.0485085, -0.195337, -0.634412", \
            "0.0214595, 0.0193374, 0.0138326, -0.0010352, -0.0483169, -0.195055, -0.634125", \
            "0.0275671, 0.0251056, 0.0185174, 0.0009585, -0.0468568, -0.193454, -0.632742", \
            "0.0383318, 0.0356937, 0.0283461, 0.0091354, -0.0415685, -0.189411, -0.628514" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.021403, 0.0233742, 0.0291577, 0.0459616, 0.0951254, 0.240824, 0.674694", \
            "0.0212517, 0.0232091, 0.0290063, 0.0457989, 0.0949886, 0.240741, 0.675124", \
            "0.0209741, 0.0229197, 0.0287267, 0.0454877, 0.0946802, 0.24054, 0.675409", \
            "0.0209642, 0.0229047, 0.0285246, 0.0451747, 0.094383, 0.240426, 0.674974", \
            "0.021784, 0.023618, 0.0290414, 0.0453023, 0.0942794, 0.240366, 0.674675", \
            "0.0235283, 0.0252728, 0.0306537, 0.0468377, 0.0953663, 0.241157, 0.674978", \
            "0.0292704, 0.0308126, 0.0358531, 0.0521549, 0.100813, 0.245753, 0.677851" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0183766, 0.0165631, 0.0117296, -0.0028639, -0.0513657, -0.19869, -0.637859", \
            "0.0181123, 0.0162721, 0.0114903, -0.003153, -0.0515925, -0.198914, -0.638058", \
            "0.0177948, 0.0160093, 0.0111359, -0.0035502, -0.0520012, -0.199279, -0.638469", \
            "0.0177348, 0.0159163, 0.0109305, -0.0037921, -0.0521615, -0.199328, -0.638383", \
            "0.0180256, 0.0160237, 0.0107359, -0.0037105, -0.0520346, -0.199081, -0.63818", \
            "0.024248, 0.0219471, 0.0157198, -0.0012969, -0.0507004, -0.197418, -0.636518", \
            "0.0325229, 0.0299542, 0.0231487, 0.0053036, -0.044924, -0.192394, -0.631082" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0211657, 0.0231408, 0.0289597, 0.0457649, 0.0950658, 0.240836, 0.674949", \
            "0.0209943, 0.0229713, 0.0287712, 0.0455878, 0.0948549, 0.240713, 0.674921", \
            "0.0207508, 0.0227063, 0.0284817, 0.0452734, 0.0945367, 0.240639, 0.675299", \
            "0.0208096, 0.0227282, 0.0283966, 0.0449222, 0.0942844, 0.240397, 0.674918", \
            "0.0220065, 0.0238126, 0.0291779, 0.0455428, 0.0945281, 0.240629, 0.674846", \
            "0.0247974, 0.026516, 0.0318797, 0.0482865, 0.0962605, 0.241934, 0.675784", \
            "0.0331938, 0.0347229, 0.0397339, 0.0559267, 0.104076, 0.249362, 0.681901" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0014884, 0.00443067, 0.0131892, 0.0392616, 0.116874, 0.34791");
          values ( \
            "0.0152445, 0.0135423, 0.0088098, -0.0059708, -0.0546305, -0.202005, -0.641256", \
            "0.0149794, 0.0132483, 0.008543, -0.0062484, -0.0548973, -0.202293, -0.641503", \
            "0.0145912, 0.0127711, 0.008055, -0.0067421, -0.0553669, -0.202698, -0.641864", \
            "0.0146793, 0.0128209, 0.0078701, -0.0069975, -0.055475, -0.202749, -0.64189", \
            "0.0163101, 0.0142288, 0.0084615, -0.0066115, -0.0550029, -0.202138, -0.641373", \
            "0.0215426, 0.0192527, 0.0131185, -0.0036858, -0.0530392, -0.199813, -0.638945", \
            "0.0309344, 0.0284285, 0.0216448, 0.0039367, -0.0460818, -0.19345, -0.632234" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002432;
      rise_capacitance : 0.002563;
      rise_capacitance_range (0.002563, 0.002563);
      fall_capacitance : 0.002301;
      fall_capacitance_range (0.002301, 0.002301);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047365, -0.0047327, -0.004724, -0.0047256, -0.0047291, -0.0047372, -0.004756" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0047564, 0.0047513, 0.0047393, 0.004739, 0.0047386, 0.0047375, 0.0047351" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002338;
      rise_capacitance : 0.002501;
      rise_capacitance_range (0.002501, 0.002501);
      fall_capacitance : 0.002176;
      fall_capacitance_range (0.002176, 0.002176);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043425, -0.0043393, -0.0043319, -0.0043322, -0.0043329, -0.0043346, -0.0043386" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043172, 0.0043241, 0.0043398, 0.0043398, 0.00434, 0.0043404, 0.0043415" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002376;
      rise_capacitance : 0.00247;
      rise_capacitance_range (0.00247, 0.00247);
      fall_capacitance : 0.002282;
      fall_capacitance_range (0.002282, 0.002282);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045377, -0.0045353, -0.00453, -0.0045312, -0.0045342, -0.0045409, -0.0045565" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0050147, 0.005007, 0.0049891, 0.0050011, 0.0050289, 0.005093, 0.0052408" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002424;
      rise_capacitance : 0.002496;
      rise_capacitance_range (0.002496, 0.002496);
      fall_capacitance : 0.002351;
      fall_capacitance_range (0.002351, 0.002351);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044497, -0.0044499, -0.0044504, -0.0044449, -0.0044322, -0.0044029, -0.0043353" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0054352, 0.0054372, 0.0054416, 0.0054422, 0.0054437, 0.0054472, 0.0054554" \
          );
        }
      }
    }
  }
  cell (scs8hd_o211a_4) {
    area : 17.5168;
    cell_footprint : "o211a";
    cell_leakage_power : 0.0281075;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.024815;
      when : "!A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0248015;
      when : "!A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.024902;
      when : "!A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0514501;
      when : "!A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0248528;
      when : "!A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0248018;
      when : "!A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.037286;
      when : "!A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0248665;
      when : "!A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0248528;
      when : "A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0248018;
      when : "A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0256185;
      when : "A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0248665;
      when : "A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0248528;
      when : "A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0248018;
      when : "A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0372836;
      when : "A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0248665;
      when : "A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0281075;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1&C1) | (A2&B1&C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.666514;
      max_transition : 1.50255;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0754143, 0.0786619, 0.0876692, 0.111309, 0.178492, 0.392556, 1.09994", \
            "0.0784373, 0.0816547, 0.0906407, 0.114323, 0.181302, 0.395568, 1.10368", \
            "0.0839675, 0.087187, 0.0961715, 0.119859, 0.186855, 0.401467, 1.10927", \
            "0.0943631, 0.0976361, 0.106717, 0.130452, 0.197488, 0.412206, 1.11915", \
            "0.105419, 0.109009, 0.118771, 0.143278, 0.210689, 0.425256, 1.13382", \
            "0.0979334, 0.102224, 0.113898, 0.140982, 0.20924, 0.423824, 1.13392", \
            "0.0310927, 0.0360544, 0.0498222, 0.0835561, 0.156551, 0.371453, 1.07773" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0169565, 0.0198622, 0.0284189, 0.0551043, 0.146045, 0.457774, 1.49292", \
            "0.0169295, 0.0197907, 0.0282638, 0.0551088, 0.146063, 0.457985, 1.49603", \
            "0.0169833, 0.0197921, 0.0282823, 0.0551041, 0.146211, 0.458785, 1.49638", \
            "0.0174362, 0.0202297, 0.028876, 0.0554804, 0.146504, 0.45883, 1.49759", \
            "0.0201793, 0.0231685, 0.0315142, 0.0573941, 0.146915, 0.458701, 1.49511", \
            "0.0259302, 0.0292071, 0.0380149, 0.0630824, 0.148819, 0.458277, 1.49614", \
            "0.0344041, 0.0388424, 0.049631, 0.0758758, 0.155553, 0.459706, 1.49106" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.132846, 0.13591, 0.144406, 0.164296, 0.205558, 0.302634, 0.591526", \
            "0.137708, 0.140807, 0.149231, 0.169079, 0.210285, 0.30728, 0.596745", \
            "0.148841, 0.151903, 0.160407, 0.180289, 0.221576, 0.318523, 0.607803", \
            "0.173717, 0.176786, 0.185274, 0.205207, 0.246448, 0.343484, 0.632911", \
            "0.229694, 0.232841, 0.241432, 0.261507, 0.302846, 0.399949, 0.689682", \
            "0.335116, 0.338572, 0.348143, 0.370494, 0.416145, 0.516315, 0.805287", \
            "0.533795, 0.537779, 0.548776, 0.575307, 0.628308, 0.735592, 1.02687" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0228593, 0.0248783, 0.030609, 0.0442136, 0.0779911, 0.185877, 0.57266", \
            "0.0228616, 0.0250236, 0.0305608, 0.0443939, 0.0782611, 0.185909, 0.570076", \
            "0.0228575, 0.0248704, 0.0305852, 0.0442522, 0.0779955, 0.186059, 0.570402", \
            "0.0229774, 0.0248706, 0.0305612, 0.0441016, 0.077757, 0.186073, 0.571692", \
            "0.0242431, 0.0262347, 0.0317615, 0.0452744, 0.0790361, 0.186285, 0.572316", \
            "0.0300582, 0.0321342, 0.0385437, 0.052637, 0.0858534, 0.189489, 0.572421", \
            "0.0409458, 0.0432335, 0.0498559, 0.0664168, 0.100511, 0.199759, 0.571232" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0709196, 0.0742183, 0.0833931, 0.10751, 0.174842, 0.389473, 1.09827", \
            "0.0738196, 0.0770991, 0.0862774, 0.110399, 0.177824, 0.39232, 1.10187", \
            "0.0785984, 0.0818859, 0.0910587, 0.115127, 0.182415, 0.39695, 1.10572", \
            "0.0866932, 0.0900251, 0.0993506, 0.123605, 0.190992, 0.405178, 1.11213", \
            "0.0927201, 0.0964728, 0.106588, 0.131632, 0.199349, 0.413991, 1.12641", \
            "0.0769962, 0.0814215, 0.0935009, 0.12147, 0.190609, 0.405388, 1.1148", \
            "-0.0052004, -0.0001157, 0.0141644, 0.0492734, 0.124496, 0.338993, 1.04736" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0172559, 0.0200883, 0.0287041, 0.0555637, 0.14658, 0.459011, 1.49712", \
            "0.0171799, 0.0200842, 0.0287521, 0.0556021, 0.146591, 0.45884, 1.50255", \
            "0.0171942, 0.0200643, 0.0287697, 0.0556063, 0.14618, 0.458835, 1.4967", \
            "0.0180002, 0.0208582, 0.0294706, 0.0561615, 0.146757, 0.459934, 1.49854", \
            "0.0209849, 0.0239025, 0.0326189, 0.0584474, 0.147362, 0.458021, 1.50093", \
            "0.0273165, 0.0307082, 0.0396711, 0.0647286, 0.149863, 0.459265, 1.49837", \
            "0.0367575, 0.0407645, 0.052837, 0.0797633, 0.158518, 0.459585, 1.4913" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.120985, 0.124047, 0.132584, 0.152424, 0.193664, 0.290697, 0.579754", \
            "0.124863, 0.127947, 0.136404, 0.156295, 0.197479, 0.294587, 0.583629", \
            "0.135621, 0.138689, 0.147193, 0.167032, 0.208289, 0.305358, 0.594902", \
            "0.162551, 0.165614, 0.174127, 0.194571, 0.235817, 0.332927, 0.622308", \
            "0.228804, 0.231938, 0.240489, 0.260382, 0.30172, 0.398146, 0.687872", \
            "0.347161, 0.350817, 0.360913, 0.385877, 0.432734, 0.532617, 0.822727", \
            "0.55914, 0.563403, 0.575513, 0.603271, 0.661254, 0.769225, 1.05872" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0229231, 0.0250305, 0.0306324, 0.0441194, 0.0779945, 0.185992, 0.572141", \
            "0.0228914, 0.0249273, 0.0307765, 0.0443065, 0.0780621, 0.186017, 0.572558", \
            "0.0228447, 0.0248813, 0.0305488, 0.0442573, 0.0780218, 0.186115, 0.572676", \
            "0.0229805, 0.0248538, 0.0305696, 0.0441226, 0.0780267, 0.185943, 0.571835", \
            "0.0245708, 0.0264491, 0.0319011, 0.0451749, 0.0787946, 0.186534, 0.572427", \
            "0.0344622, 0.0369062, 0.0428626, 0.0576423, 0.0890625, 0.190374, 0.57236", \
            "0.0480542, 0.0505276, 0.0576317, 0.0756895, 0.109044, 0.201888, 0.573412" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0596547, 0.0627088, 0.0712821, 0.0943245, 0.160865, 0.374861, 1.08243", \
            "0.0627697, 0.0658326, 0.0744208, 0.097458, 0.163951, 0.377936, 1.08553", \
            "0.0698211, 0.0728511, 0.0814104, 0.104329, 0.170878, 0.385653, 1.09658", \
            "0.0814763, 0.0846372, 0.0933776, 0.116652, 0.183094, 0.398241, 1.11068", \
            "0.0898653, 0.0934808, 0.103153, 0.127003, 0.193863, 0.408142, 1.11535", \
            "0.0768673, 0.0811911, 0.0927783, 0.11968, 0.187071, 0.40209, 1.1114", \
            "0.0038389, 0.0087969, 0.0228693, 0.0557402, 0.127858, 0.341216, 1.04895" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0156876, 0.0183776, 0.02676, 0.0535586, 0.145558, 0.45779, 1.50192", \
            "0.0156878, 0.0183488, 0.0267327, 0.0536156, 0.145505, 0.457094, 1.50149", \
            "0.0156425, 0.0183678, 0.0268019, 0.0536238, 0.145544, 0.458821, 1.49924", \
            "0.0170104, 0.0197206, 0.0281886, 0.0546227, 0.145378, 0.459201, 1.50192", \
            "0.0208627, 0.0236444, 0.0316692, 0.0568202, 0.146881, 0.458414, 1.50237", \
            "0.0267494, 0.0303611, 0.0390164, 0.0628564, 0.148047, 0.4592, 1.49785", \
            "0.0363584, 0.0396556, 0.0507212, 0.0775112, 0.154561, 0.459254, 1.49085" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0696459, 0.0720084, 0.0784327, 0.0931863, 0.126027, 0.215449, 0.504017", \
            "0.0743725, 0.07672, 0.083094, 0.0978196, 0.130765, 0.220213, 0.508676", \
            "0.0865878, 0.0889513, 0.0953861, 0.110081, 0.143048, 0.232511, 0.520554", \
            "0.117394, 0.119716, 0.126035, 0.140678, 0.173744, 0.263186, 0.552322", \
            "0.176412, 0.1792, 0.186708, 0.203704, 0.238785, 0.32822, 0.616072", \
            "0.276002, 0.279272, 0.288317, 0.309457, 0.351087, 0.443864, 0.731276", \
            "0.459047, 0.462894, 0.473709, 0.498878, 0.550825, 0.651858, 0.939778" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.014255, 0.0158569, 0.0205091, 0.0315316, 0.0645392, 0.177147, 0.565309", \
            "0.0143567, 0.0159085, 0.0203642, 0.0318106, 0.0645597, 0.176714, 0.570361", \
            "0.0142431, 0.0159089, 0.0203696, 0.0316499, 0.0643667, 0.176938, 0.570967", \
            "0.0145829, 0.0162239, 0.0208403, 0.0319033, 0.0646041, 0.17719, 0.565816", \
            "0.0198919, 0.0216449, 0.0264781, 0.0374052, 0.0676587, 0.17763, 0.570462", \
            "0.0285486, 0.0305007, 0.0362674, 0.0494498, 0.0786609, 0.181991, 0.568588", \
            "0.0412741, 0.0436773, 0.0498593, 0.0663174, 0.0990602, 0.192051, 0.568442" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0546053, 0.0576716, 0.0662752, 0.0893113, 0.155901, 0.370385, 1.0793", \
            "0.0575553, 0.060563, 0.0691733, 0.0921871, 0.158852, 0.372498, 1.08456", \
            "0.0648235, 0.0678588, 0.0763795, 0.0992611, 0.16581, 0.381285, 1.08727", \
            "0.075969, 0.0790919, 0.0878121, 0.111033, 0.1776, 0.392576, 1.10399", \
            "0.0820315, 0.0856145, 0.0951618, 0.11874, 0.185467, 0.400206, 1.10934", \
            "0.0653053, 0.0696157, 0.0812298, 0.107468, 0.174147, 0.389258, 1.09714", \
            "-0.0148013, -0.0099234, 0.0040276, 0.0370951, 0.108009, 0.321653, 1.02928" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0156522, 0.0183651, 0.0268251, 0.0535392, 0.145509, 0.458525, 1.49662", \
            "0.0156021, 0.0183366, 0.0268233, 0.0535839, 0.145523, 0.458878, 1.49921", \
            "0.0155935, 0.0183668, 0.0267879, 0.0536638, 0.145457, 0.458762, 1.49849", \
            "0.0170379, 0.0198108, 0.0281154, 0.0547927, 0.145628, 0.459006, 1.50103", \
            "0.0210713, 0.023898, 0.031701, 0.0567057, 0.147161, 0.458142, 1.49547", \
            "0.0274124, 0.030721, 0.0393209, 0.0628888, 0.148215, 0.458764, 1.49861", \
            "0.0377923, 0.0416479, 0.0525687, 0.0783154, 0.154519, 0.458805, 1.49589" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0687764, 0.0711172, 0.0775823, 0.0926151, 0.126684, 0.217041, 0.505735", \
            "0.0734086, 0.0755869, 0.0820178, 0.0971717, 0.131235, 0.221573, 0.510097", \
            "0.0853753, 0.0877214, 0.0941821, 0.109228, 0.143351, 0.233806, 0.522397", \
            "0.115776, 0.118104, 0.124418, 0.139433, 0.173491, 0.263977, 0.552325", \
            "0.173419, 0.176151, 0.183558, 0.200829, 0.236956, 0.328093, 0.61682", \
            "0.271899, 0.27506, 0.283844, 0.304777, 0.34724, 0.442063, 0.729531", \
            "0.455506, 0.459177, 0.469495, 0.494264, 0.546349, 0.649746, 0.937266" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0144733, 0.0160032, 0.0205262, 0.0322548, 0.0656996, 0.178092, 0.56719", \
            "0.0144541, 0.0160347, 0.0205435, 0.0322705, 0.0659271, 0.178168, 0.565965", \
            "0.0143664, 0.0161342, 0.0206113, 0.0323943, 0.0658956, 0.177967, 0.566038", \
            "0.0146238, 0.016353, 0.0208731, 0.032797, 0.0661389, 0.1781, 0.567551", \
            "0.0203271, 0.0220261, 0.0268089, 0.0385175, 0.0696937, 0.179029, 0.569175", \
            "0.0290572, 0.030908, 0.0364362, 0.0499231, 0.0814138, 0.184299, 0.567178", \
            "0.0421, 0.0437922, 0.0499288, 0.0657073, 0.0998591, 0.195183, 0.569863" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0411573, 0.0434163, 0.0511726, 0.0762731, 0.15724, 0.422412, 1.2963", \
            "0.0408998, 0.0431649, 0.0508499, 0.0760707, 0.156967, 0.42151, 1.2973", \
            "0.0404956, 0.0428016, 0.0504919, 0.0756702, 0.156639, 0.421227, 1.2965", \
            "0.0403911, 0.0426526, 0.0501487, 0.0750762, 0.155926, 0.420876, 1.29668", \
            "0.041577, 0.043766, 0.050994, 0.0750607, 0.155337, 0.420331, 1.29454", \
            "0.0440931, 0.0461607, 0.0533489, 0.0773013, 0.156292, 0.420986, 1.29584", \
            "0.0538867, 0.0557744, 0.0621289, 0.0857401, 0.165317, 0.427996, 1.29968" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0490529, 0.0465625, 0.0390311, 0.0183967, -0.0563563, -0.321187, -1.20581", \
            "0.0487048, 0.0462529, 0.0388708, 0.0182379, -0.0567308, -0.321454, -1.2062", \
            "0.0483186, 0.0457867, 0.0382487, 0.0175822, -0.0571946, -0.321984, -1.20655", \
            "0.0479196, 0.0454182, 0.0378782, 0.0170596, -0.057816, -0.322393, -1.20712", \
            "0.0480901, 0.0455738, 0.0378362, 0.0174169, -0.0579435, -0.322664, -1.20712", \
            "0.0578965, 0.0550345, 0.046409, 0.0207142, -0.0572706, -0.321567, -1.20556", \
            "0.0718605, 0.0688262, 0.0595564, 0.0324534, -0.0489138, -0.315549, -1.19909" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0376961, 0.0399959, 0.0477047, 0.0729801, 0.153999, 0.418793, 1.29616", \
            "0.0376125, 0.0398849, 0.0476063, 0.0728903, 0.15397, 0.418751, 1.30029", \
            "0.0371834, 0.0394665, 0.0471911, 0.0724215, 0.153369, 0.417885, 1.29536", \
            "0.0368474, 0.0390498, 0.0466371, 0.0716734, 0.152537, 0.417557, 1.28784", \
            "0.037997, 0.0401526, 0.0473137, 0.0712773, 0.151684, 0.416598, 1.29409", \
            "0.040766, 0.0428437, 0.0498381, 0.0738991, 0.152923, 0.417651, 1.29302", \
            "0.0516287, 0.0533086, 0.059599, 0.0830084, 0.162553, 0.424762, 1.29881" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0441944, 0.041825, 0.0342081, 0.0132857, -0.0614207, -0.32614, -1.21074", \
            "0.0437356, 0.0411962, 0.0337436, 0.0128444, -0.0617516, -0.326604, -1.21114", \
            "0.0432706, 0.040758, 0.0332341, 0.0125051, -0.062167, -0.326956, -1.21149", \
            "0.0432323, 0.0406451, 0.0331051, 0.0119823, -0.0626976, -0.327339, -1.21199", \
            "0.0442134, 0.0416012, 0.0338016, 0.0134785, -0.0615771, -0.325903, -1.2104", \
            "0.0555455, 0.0526219, 0.0437801, 0.0208044, -0.0568635, -0.321783, -1.20618", \
            "0.0758182, 0.0727329, 0.0631666, 0.0343637, -0.0477383, -0.314639, -1.19794" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0385489, 0.0409382, 0.0486879, 0.0740528, 0.155046, 0.420055, 1.29668", \
            "0.0382436, 0.0405733, 0.0483753, 0.0736378, 0.154716, 0.419672, 1.29602", \
            "0.0378024, 0.0400946, 0.0478687, 0.0729947, 0.153986, 0.419015, 1.29527", \
            "0.0375927, 0.0398695, 0.0473072, 0.0721119, 0.152914, 0.418181, 1.29655", \
            "0.0389089, 0.041096, 0.0483689, 0.0720246, 0.15217, 0.4171, 1.29458", \
            "0.0422479, 0.044331, 0.0511903, 0.0751873, 0.154269, 0.418916, 1.29413", \
            "0.0533982, 0.0551741, 0.0618848, 0.0849093, 0.163904, 0.426311, 1.29786" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0360412, 0.0339557, 0.0272212, 0.0056481, -0.0722661, -0.3388, -1.22388", \
            "0.0355166, 0.0334595, 0.0266138, 0.005266, -0.0728323, -0.339333, -1.22444", \
            "0.0348437, 0.0328349, 0.0259287, 0.0044848, -0.0734231, -0.339834, -1.22492", \
            "0.0351645, 0.0328789, 0.0257509, 0.0041471, -0.0737839, -0.340029, -1.22507", \
            "0.035814, 0.0334725, 0.0261308, 0.0044389, -0.0725237, -0.338368, -1.22358", \
            "0.0475963, 0.0447496, 0.036261, 0.0111739, -0.0702113, -0.335367, -1.22062", \
            "0.0618951, 0.0588738, 0.0496196, 0.0224664, -0.0593147, -0.326669, -1.21149" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0369334, 0.0392858, 0.0471157, 0.0723653, 0.15346, 0.418142, 1.29514", \
            "0.0367105, 0.039, 0.0467934, 0.0720221, 0.153141, 0.417672, 1.29404", \
            "0.0364329, 0.0387449, 0.0464694, 0.0715505, 0.1525, 0.41752, 1.28793", \
            "0.0363445, 0.0386345, 0.0462326, 0.0707935, 0.151432, 0.417119, 1.29432", \
            "0.0382699, 0.0404467, 0.0476531, 0.0711178, 0.151527, 0.416446, 1.29441", \
            "0.0423218, 0.0443405, 0.051301, 0.0751786, 0.153713, 0.418434, 1.29419", \
            "0.0556666, 0.0572599, 0.0635474, 0.086777, 0.165319, 0.42759, 1.30102" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165873, 0.00550279, 0.0182553, 0.0605614, 0.20091, 0.666514");
          values ( \
            "0.0292291, 0.027218, 0.0204479, -0.0003677, -0.0776989, -0.343934, -1.22903", \
            "0.028835, 0.026689, 0.0197791, -0.0010596, -0.0782236, -0.344545, -1.22954", \
            "0.0280412, 0.0260799, 0.0192961, -0.0016491, -0.0788925, -0.345085, -1.23009", \
            "0.0282994, 0.0261714, 0.0192257, -0.0019977, -0.0793409, -0.345296, -1.2303", \
            "0.0293561, 0.0269638, 0.0195028, -0.0018653, -0.0779459, -0.343888, -1.22889", \
            "0.0417372, 0.038898, 0.0303237, 0.0052685, -0.0751633, -0.340469, -1.22549", \
            "0.0562564, 0.0531674, 0.0438099, 0.0170336, -0.064848, -0.331492, -1.21555" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00488;
      rise_capacitance : 0.005119;
      rise_capacitance_range (0.005119, 0.005119);
      fall_capacitance : 0.004641;
      fall_capacitance_range (0.004641, 0.004641);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0089376, -0.0089317, -0.008918, -0.0089157, -0.0089102, -0.0088975, -0.0088681" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089441, 0.0089479, 0.0089565, 0.0089579, 0.0089609, 0.0089678, 0.008984" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004483;
      rise_capacitance : 0.0048;
      rise_capacitance_range (0.0048, 0.0048);
      fall_capacitance : 0.004165;
      fall_capacitance_range (0.004165, 0.004165);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0083851, -0.0083788, -0.0083646, -0.0083665, -0.0083708, -0.0083808, -0.0084037" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0084092, 0.0084106, 0.0084138, 0.0084132, 0.008412, 0.008409, 0.0084024" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00504;
      rise_capacitance : 0.005274;
      rise_capacitance_range (0.005274, 0.005274);
      fall_capacitance : 0.004806;
      fall_capacitance_range (0.004806, 0.004806);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0096034, -0.0096041, -0.0096059, -0.0096083, -0.0096138, -0.0096267, -0.0096562" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0104871, 0.0104632, 0.0104083, 0.0104343, 0.0104943, 0.0106328, 0.0109522" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004517;
      rise_capacitance : 0.004717;
      rise_capacitance_range (0.004717, 0.004717);
      fall_capacitance : 0.004318;
      fall_capacitance_range (0.004318, 0.004318);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0077224, -0.0077237, -0.0077266, -0.0077139, -0.0076848, -0.0076175, -0.0074624" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0098769, 0.0098777, 0.0098796, 0.0098785, 0.009876, 0.0098701, 0.0098569" \
          );
        }
      }
    }
  }
  cell (scs8hd_o211ai_1) {
    area : 7.5072;
    cell_footprint : "o211ai";
    cell_leakage_power : 0.00362027;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0185922;
      when : "A1&A2&B1&C1";
    }
    leakage_power () {
      value : 3.57781e-05;
      when : "A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 1.48104e-05;
      when : "!A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 8.24536e-06;
      when : "!A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 4.87812e-05;
      when : "!A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0076305;
      when : "!A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 3.53918e-05;
      when : "!A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 8.36174e-06;
      when : "!A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0185944;
      when : "!A1&A2&B1&C1";
    }
    leakage_power () {
      value : 3.57781e-05;
      when : "!A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 3.53918e-05;
      when : "A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 8.36174e-06;
      when : "A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0127968;
      when : "A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 3.57718e-05;
      when : "A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 3.53918e-05;
      when : "A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 8.36174e-06;
      when : "A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.00362027;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2) | (!B1) | (!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.106211;
      max_transition : 1.49095;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0819736, 0.0886441, 0.106383, 0.147903, 0.248201, 0.491767, 1.08562", \
            "0.0863438, 0.0936787, 0.111319, 0.152831, 0.253293, 0.497325, 1.09286", \
            "0.0970906, 0.104385, 0.122012, 0.163775, 0.264239, 0.50782, 1.10085", \
            "0.121297, 0.128484, 0.145752, 0.187653, 0.288442, 0.53217, 1.12581", \
            "0.169087, 0.178724, 0.198378, 0.243449, 0.344265, 0.588461, 1.18698", \
            "0.256427, 0.26897, 0.295296, 0.351438, 0.47059, 0.718939, 1.31301", \
            "0.427012, 0.442117, 0.476949, 0.552195, 0.70445, 1.00792, 1.6165" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.071506, 0.0816508, 0.104991, 0.161635, 0.301149, 0.64011, 1.46708", \
            "0.0719797, 0.0813304, 0.104634, 0.161592, 0.300957, 0.639167, 1.46527", \
            "0.0717492, 0.0813358, 0.104562, 0.161663, 0.300851, 0.639689, 1.46451", \
            "0.0742574, 0.0833375, 0.105722, 0.161758, 0.300399, 0.640032, 1.4666", \
            "0.0925233, 0.101705, 0.121749, 0.17173, 0.302454, 0.639805, 1.46663", \
            "0.131021, 0.141143, 0.164765, 0.21736, 0.336221, 0.647494, 1.46683", \
            "0.192993, 0.20602, 0.235812, 0.30315, 0.440176, 0.737592, 1.48598" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0355978, 0.0387427, 0.0463501, 0.064432, 0.107844, 0.212981, 0.469319", \
            "0.0386308, 0.0418064, 0.0494546, 0.0675852, 0.11097, 0.216297, 0.472266", \
            "0.0443213, 0.0476414, 0.055329, 0.0734993, 0.116986, 0.222201, 0.478444", \
            "0.0516011, 0.055751, 0.0650465, 0.0853167, 0.129827, 0.235249, 0.491538", \
            "0.0525315, 0.0586071, 0.0719066, 0.099937, 0.153909, 0.264745, 0.521824", \
            "0.0298595, 0.0388733, 0.0587115, 0.0993638, 0.176979, 0.317027, 0.589429", \
            "-0.0552449, -0.0421699, -0.0128045, 0.0470133, 0.160351, 0.361221, 0.709976" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0249558, 0.0287963, 0.0383077, 0.0616933, 0.118921, 0.257614, 0.597784", \
            "0.024903, 0.0287551, 0.0383199, 0.0616895, 0.118559, 0.258084, 0.598803", \
            "0.0263415, 0.0299537, 0.0390177, 0.0617004, 0.118896, 0.257583, 0.598747", \
            "0.0351866, 0.0388068, 0.0468989, 0.0670046, 0.120523, 0.25809, 0.597989", \
            "0.055094, 0.0592225, 0.0686871, 0.0898617, 0.138638, 0.264604, 0.598441", \
            "0.0912051, 0.0968357, 0.11003, 0.137035, 0.192502, 0.311835, 0.615173", \
            "0.159572, 0.167081, 0.184055, 0.220506, 0.294627, 0.437672, 0.727336" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0727143, 0.0799556, 0.0976509, 0.13912, 0.239438, 0.482764, 1.07594", \
            "0.0763539, 0.0836703, 0.101237, 0.143012, 0.243676, 0.487327, 1.08093", \
            "0.0872986, 0.0942964, 0.111998, 0.153901, 0.254805, 0.498863, 1.09209", \
            "0.115594, 0.122617, 0.13984, 0.181183, 0.281204, 0.525639, 1.11923", \
            "0.174536, 0.183656, 0.204422, 0.247719, 0.34672, 0.589342, 1.18627", \
            "0.27825, 0.289402, 0.319091, 0.380025, 0.501101, 0.741116, 1.33125", \
            "0.469151, 0.486104, 0.52452, 0.609027, 0.779827, 1.0928, 1.68089" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0714907, 0.0812442, 0.104549, 0.161656, 0.300808, 0.639567, 1.46638", \
            "0.0715036, 0.0811436, 0.104963, 0.161518, 0.301029, 0.63922, 1.46468", \
            "0.0715609, 0.0813039, 0.104593, 0.161603, 0.300437, 0.639875, 1.46545", \
            "0.0755299, 0.0842884, 0.106142, 0.161678, 0.301016, 0.639258, 1.46284", \
            "0.102487, 0.111037, 0.130313, 0.176266, 0.303514, 0.639549, 1.46466", \
            "0.147202, 0.161946, 0.187642, 0.242415, 0.351672, 0.64945, 1.46671", \
            "0.216822, 0.233759, 0.271385, 0.351436, 0.499969, 0.776455, 1.49095" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0290843, 0.0318907, 0.0387753, 0.055417, 0.0953646, 0.193091, 0.431288", \
            "0.0320265, 0.0349693, 0.041885, 0.0586827, 0.0989079, 0.196724, 0.4362", \
            "0.0369224, 0.0402368, 0.0476441, 0.0644616, 0.104803, 0.202595, 0.440918", \
            "0.040243, 0.0448237, 0.0548811, 0.0756542, 0.117918, 0.215958, 0.458412", \
            "0.0336847, 0.0402426, 0.0550899, 0.0847318, 0.139946, 0.24611, 0.485877", \
            "-0.0035429, 0.0067562, 0.0290054, 0.0731036, 0.153677, 0.293629, 0.553255", \
            "-0.118686, -0.102561, -0.0686112, -0.0032527, 0.116067, 0.3208, 0.664796" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0177601, 0.0213485, 0.030224, 0.0517471, 0.104876, 0.233489, 0.549707", \
            "0.0178329, 0.0214339, 0.0302371, 0.0517562, 0.104706, 0.234224, 0.549537", \
            "0.0207444, 0.0237136, 0.0315954, 0.0524147, 0.104741, 0.233588, 0.549769", \
            "0.0309072, 0.0339679, 0.0415049, 0.0600307, 0.1078, 0.234177, 0.551564", \
            "0.0507188, 0.0548003, 0.0642328, 0.0843678, 0.129364, 0.242989, 0.553652", \
            "0.0874435, 0.092913, 0.105118, 0.132107, 0.185404, 0.297562, 0.570144", \
            "0.160647, 0.16711, 0.182614, 0.217377, 0.289027, 0.425758, 0.696967" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0369192, 0.0414072, 0.0522318, 0.0780306, 0.140358, 0.291976, 0.661215", \
            "0.0415977, 0.0461034, 0.0567582, 0.0828556, 0.145295, 0.297009, 0.666726", \
            "0.0543338, 0.0587228, 0.069357, 0.0953402, 0.157515, 0.309127, 0.67883", \
            "0.0824702, 0.0880015, 0.0999631, 0.125172, 0.186808, 0.339022, 0.708575", \
            "0.129598, 0.138092, 0.156302, 0.192682, 0.258758, 0.409977, 0.778335", \
            "0.213404, 0.225019, 0.251507, 0.305255, 0.405526, 0.575464, 0.940796", \
            "0.380139, 0.395746, 0.430829, 0.505506, 0.651723, 0.906048, 1.3223" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0335888, 0.0396306, 0.0546591, 0.0907602, 0.179673, 0.396121, 0.924017", \
            "0.0336234, 0.0396851, 0.0546356, 0.0908738, 0.179576, 0.395509, 0.924052", \
            "0.0350836, 0.0405845, 0.0546411, 0.0911998, 0.179944, 0.396505, 0.92556", \
            "0.0485273, 0.0528302, 0.0640571, 0.0946869, 0.179877, 0.397158, 0.925361", \
            "0.0740272, 0.0809857, 0.0954802, 0.123991, 0.193999, 0.396417, 0.92688", \
            "0.11285, 0.122834, 0.146187, 0.189493, 0.267968, 0.433769, 0.926147", \
            "0.179775, 0.193752, 0.224126, 0.288678, 0.409463, 0.602864, 1.01195" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0218262, 0.024418, 0.0306289, 0.0457239, 0.0823811, 0.171165, 0.387011", \
            "0.0247876, 0.0274068, 0.0337409, 0.0488344, 0.0855198, 0.174372, 0.389383", \
            "0.0293635, 0.032794, 0.0404076, 0.0560583, 0.092826, 0.182911, 0.397133", \
            "0.0316023, 0.0366452, 0.0474453, 0.0688892, 0.109886, 0.198992, 0.416185", \
            "0.0233789, 0.0309153, 0.0469486, 0.0785174, 0.136017, 0.238275, 0.455895", \
            "-0.0131591, -0.0022949, 0.0209474, 0.0670887, 0.151368, 0.296517, 0.548347", \
            "-0.121075, -0.105435, -0.0717851, -0.0051724, 0.116984, 0.329362, 0.686044" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0156229, 0.0188858, 0.0269554, 0.0462152, 0.0942209, 0.210835, 0.495872", \
            "0.016127, 0.0192011, 0.0269961, 0.046808, 0.0960061, 0.211375, 0.495451", \
            "0.0212538, 0.0239759, 0.0304444, 0.0479126, 0.0939486, 0.211833, 0.496093", \
            "0.0325066, 0.0358678, 0.0434062, 0.0597812, 0.100251, 0.213542, 0.495103", \
            "0.0521192, 0.0566674, 0.0667652, 0.0883332, 0.130185, 0.226659, 0.501259", \
            "0.0872894, 0.0932686, 0.107282, 0.136108, 0.19281, 0.298346, 0.534942", \
            "0.152893, 0.161638, 0.180496, 0.21988, 0.297738, 0.4385, 0.696272" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.02931, 0.0339017, 0.0449625, 0.071095, 0.132358, 0.281374, 0.645979", \
            "0.0338711, 0.038427, 0.0493564, 0.0755279, 0.137117, 0.286501, 0.65025", \
            "0.0467669, 0.0510267, 0.0616018, 0.0869923, 0.151169, 0.29958, 0.66308", \
            "0.0708686, 0.0774183, 0.0911575, 0.116984, 0.177361, 0.326694, 0.690659", \
            "0.111176, 0.120814, 0.141108, 0.180742, 0.248531, 0.397515, 0.758656", \
            "0.186208, 0.19927, 0.227865, 0.285306, 0.389817, 0.561857, 0.920778", \
            "0.337731, 0.355368, 0.394037, 0.47376, 0.622835, 0.882872, 1.30028" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0263845, 0.032453, 0.0471105, 0.083289, 0.170213, 0.381514, 0.898458", \
            "0.0263992, 0.0323511, 0.0469979, 0.0832752, 0.170118, 0.381814, 0.899894", \
            "0.0295432, 0.0344699, 0.0475434, 0.0826838, 0.170072, 0.387127, 0.897472", \
            "0.0444584, 0.0493601, 0.0596775, 0.087787, 0.170653, 0.38433, 0.89926", \
            "0.0687845, 0.0755487, 0.0907728, 0.120549, 0.185353, 0.383514, 0.904925", \
            "0.105062, 0.115547, 0.138256, 0.184419, 0.262753, 0.42191, 0.901281", \
            "0.177182, 0.189977, 0.219396, 0.281846, 0.404464, 0.595389, 0.990283" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0185068, 0.0211441, 0.0274184, 0.0424049, 0.0787241, 0.1672, 0.382911", \
            "0.021357, 0.0239626, 0.0302609, 0.0453807, 0.0818998, 0.170826, 0.387576", \
            "0.0256525, 0.0292681, 0.036889, 0.0524745, 0.0887653, 0.178139, 0.394899", \
            "0.0268038, 0.032165, 0.043377, 0.0659709, 0.106423, 0.194445, 0.411797", \
            "0.0172717, 0.0248489, 0.041588, 0.0737701, 0.133028, 0.234855, 0.449685", \
            "-0.0193169, -0.0085295, 0.0150495, 0.0616946, 0.147784, 0.296935, 0.544928", \
            "-0.126636, -0.111381, -0.077657, -0.0112309, 0.108524, 0.327238, 0.68916" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0154871, 0.0187693, 0.0268621, 0.0462978, 0.0940624, 0.21075, 0.49523", \
            "0.0163126, 0.0192892, 0.026925, 0.0463254, 0.0951538, 0.211488, 0.495885", \
            "0.0228263, 0.0257297, 0.0320561, 0.0485326, 0.0942564, 0.214664, 0.495682", \
            "0.0343255, 0.0382281, 0.0468424, 0.0641424, 0.101981, 0.210911, 0.496902", \
            "0.0543812, 0.0600371, 0.0726334, 0.0964726, 0.140874, 0.231235, 0.497291", \
            "0.0919441, 0.0988791, 0.116403, 0.148668, 0.211524, 0.321585, 0.543537", \
            "0.161421, 0.174328, 0.195972, 0.242022, 0.329821, 0.492073, 0.750861" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0170302, 0.0184217, 0.0217789, 0.0299658, 0.0497763, 0.0980297, 0.215672", \
            "0.0168474, 0.0182282, 0.0216223, 0.0298312, 0.0496963, 0.0980401, 0.215708", \
            "0.0166199, 0.018007, 0.0214132, 0.0296326, 0.0495197, 0.0978192, 0.215605", \
            "0.0164792, 0.0178775, 0.0212436, 0.0294502, 0.0493521, 0.0977555, 0.21567", \
            "0.0164978, 0.0179071, 0.0212393, 0.0294826, 0.0493804, 0.0975929, 0.215537", \
            "0.0173151, 0.0187566, 0.0221256, 0.0301997, 0.0499366, 0.0981316, 0.21579", \
            "0.0222662, 0.0234259, 0.0263428, 0.0337022, 0.0527316, 0.10027, 0.217289" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0077208, 0.0063489, 0.0030192, -0.0051263, -0.0250901, -0.0738613, -0.19307", \
            "0.0075747, 0.0062169, 0.0029018, -0.0052415, -0.0251738, -0.0739457, -0.19314", \
            "0.0073937, 0.0060572, 0.0027561, -0.00535, -0.0252593, -0.074005, -0.193223", \
            "0.0071929, 0.0058586, 0.0025749, -0.0055072, -0.0253684, -0.0740841, -0.193275", \
            "0.0074613, 0.006089, 0.0027529, -0.0055195, -0.0253567, -0.0740402, -0.193246", \
            "0.0085994, 0.0071526, 0.0037073, -0.0046491, -0.0248596, -0.0738845, -0.193171", \
            "0.013541, 0.0119551, 0.0081725, -0.0008085, -0.0219459, -0.0719318, -0.192186" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0145612, 0.0159478, 0.0193463, 0.0275265, 0.0473535, 0.0956178, 0.21318", \
            "0.0142134, 0.0156194, 0.0190376, 0.0273183, 0.0472384, 0.0955468, 0.213305", \
            "0.0139813, 0.0153783, 0.0187889, 0.027095, 0.0470708, 0.0953951, 0.213372", \
            "0.0140083, 0.0153911, 0.0187518, 0.0269252, 0.0468472, 0.0952944, 0.213143", \
            "0.014671, 0.0160222, 0.0193335, 0.0273481, 0.0470148, 0.0952691, 0.213065", \
            "0.016825, 0.0181602, 0.0212502, 0.0290242, 0.0482987, 0.0959896, 0.213444", \
            "0.0247193, 0.026147, 0.0291467, 0.0345043, 0.0539146, 0.102692, 0.215558" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0063162, 0.004979, 0.0016833, -0.0064581, -0.0264087, -0.0752162, -0.194476", \
            "0.0061473, 0.0048481, 0.0015966, -0.0064859, -0.0263885, -0.0751685, -0.19441", \
            "0.0058422, 0.0045651, 0.0013643, -0.0066233, -0.0264588, -0.0751865, -0.194405", \
            "0.0055584, 0.0042231, 0.0010251, -0.0069014, -0.0266211, -0.0752739, -0.194417", \
            "0.0057817, 0.0043936, 0.001089, -0.0070079, -0.0268145, -0.0753643, -0.194488", \
            "0.0070306, 0.0055405, 0.0019828, -0.0064194, -0.0265002, -0.0753728, -0.194498", \
            "0.0123911, 0.0106436, 0.0066413, -0.002715, -0.0240575, -0.0738508, -0.193726" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0090548, 0.0104778, 0.0139112, 0.0221051, 0.0419746, 0.0901992, 0.207903", \
            "0.0087299, 0.0101652, 0.0135653, 0.0219063, 0.0418506, 0.0901529, 0.207894", \
            "0.0085161, 0.0099182, 0.013337, 0.0216918, 0.041689, 0.0897236, 0.207836", \
            "0.0088111, 0.0101529, 0.0134656, 0.0215451, 0.0413546, 0.0896877, 0.207752", \
            "0.0093978, 0.0107216, 0.0140096, 0.0219152, 0.0413902, 0.0895147, 0.207431", \
            "0.0116265, 0.0128125, 0.0158143, 0.0237038, 0.0430359, 0.0905972, 0.207492", \
            "0.0188798, 0.020214, 0.0224562, 0.0295419, 0.0488136, 0.098058, 0.20964" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0062558, 0.0049267, 0.0016302, -0.0065117, -0.0264666, -0.0752719, -0.194522", \
            "0.0060302, 0.004726, 0.0014759, -0.0065912, -0.0264972, -0.0752897, -0.194532", \
            "0.0057643, 0.0044519, 0.001239, -0.0067732, -0.0266025, -0.075315, -0.194548", \
            "0.0055856, 0.0042571, 0.0010031, -0.0069914, -0.026751, -0.0754057, -0.194575", \
            "0.0060313, 0.0046459, 0.0012731, -0.0068856, -0.026861, -0.0754902, -0.19465", \
            "0.0079747, 0.0064138, 0.0027157, -0.0058969, -0.0262099, -0.0752881, -0.194523", \
            "0.0145636, 0.0127162, 0.008395, -0.0013618, -0.0231484, -0.0733312, -0.193559" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0054635, 0.006981, 0.010546, 0.0190395, 0.0391132, 0.0868591, 0.204326", \
            "0.0050722, 0.0065632, 0.0101508, 0.0187122, 0.038885, 0.0868009, 0.204213", \
            "0.0049151, 0.0063226, 0.0097789, 0.018121, 0.0383564, 0.0872115, 0.204216", \
            "0.0051776, 0.0065436, 0.0099096, 0.0181129, 0.0379645, 0.0871095, 0.203614", \
            "0.0060467, 0.0073085, 0.0104433, 0.0183794, 0.0378725, 0.0861777, 0.20458", \
            "0.0097108, 0.0105348, 0.0126122, 0.0203354, 0.039569, 0.0868695, 0.204653", \
            "0.0161261, 0.0171188, 0.0199206, 0.0274645, 0.0447965, 0.0925557, 0.206231" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.006129, 0.0048123, 0.001554, -0.0065432, -0.0264706, -0.0752631, -0.194509", \
            "0.0058845, 0.0045956, 0.0013782, -0.0066534, -0.026506, -0.0752819, -0.194511", \
            "0.0056534, 0.0043628, 0.0011409, -0.0068177, -0.0266137, -0.0753034, -0.194525", \
            "0.0055872, 0.0042801, 0.0010306, -0.0070299, -0.0267806, -0.0754104, -0.194573", \
            "0.0064817, 0.0050523, 0.0016521, -0.0065459, -0.0266951, -0.0754034, -0.194571", \
            "0.0089433, 0.0072995, 0.003534, -0.0052898, -0.0258045, -0.0750884, -0.194409", \
            "0.0166292, 0.0147288, 0.0109198, 0.0006747, -0.0217242, -0.0725325, -0.1931" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002334;
      rise_capacitance : 0.002441;
      rise_capacitance_range (0.002441, 0.002441);
      fall_capacitance : 0.002228;
      fall_capacitance_range (0.002228, 0.002228);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043835, -0.0043838, -0.0043847, -0.0043835, -0.0043807, -0.0043743, -0.0043595" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043692, 0.004376, 0.0043917, 0.0043905, 0.0043878, 0.0043816, 0.0043672" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002329;
      rise_capacitance : 0.002482;
      rise_capacitance_range (0.002482, 0.002482);
      fall_capacitance : 0.002176;
      fall_capacitance_range (0.002176, 0.002176);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004261, -0.0042605, -0.0042596, -0.0042577, -0.0042534, -0.0042435, -0.0042206" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042633, 0.0042629, 0.0042618, 0.0042614, 0.0042604, 0.0042581, 0.0042528" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002363;
      rise_capacitance : 0.002464;
      rise_capacitance_range (0.002464, 0.002464);
      fall_capacitance : 0.002262;
      fall_capacitance_range (0.002262, 0.002262);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043808, -0.0043816, -0.0043832, -0.0043835, -0.0043841, -0.0043856, -0.004389" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.004819, 0.0048098, 0.0047884, 0.004801, 0.00483, 0.0048969, 0.0050511" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002399;
      rise_capacitance : 0.002481;
      rise_capacitance_range (0.002481, 0.002481);
      fall_capacitance : 0.002318;
      fall_capacitance_range (0.002318, 0.002318);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043793, -0.004383, -0.0043915, -0.0043856, -0.0043719, -0.0043406, -0.0042683" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053968, 0.0053997, 0.0054063, 0.005403, 0.0053952, 0.0053772, 0.0053357" \
          );
        }
      }
    }
  }
  cell (scs8hd_o211ai_2) {
    area : 12.512;
    cell_footprint : "o211ai";
    cell_leakage_power : 0.00920175;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.000248;
      when : "A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0114465;
      when : "A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0371968;
      when : "A1&A2&B1&C1";
    }
    leakage_power () {
      value : 5.83426e-05;
      when : "A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0002227;
      when : "!A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0114465;
      when : "!A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0001054;
      when : "!A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 1.41289e-05;
      when : "!A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0002711;
      when : "!A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0114465;
      when : "!A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.037209;
      when : "!A1&A2&B1&C1";
    }
    leakage_power () {
      value : 5.87433e-05;
      when : "!A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0002758;
      when : "A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0114465;
      when : "A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0257232;
      when : "A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 5.87274e-05;
      when : "A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.00920175;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2) | (!B1) | (!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.184031;
      max_transition : 1.49541;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0797627, 0.0846203, 0.0974036, 0.130862, 0.218536, 0.451531, 1.07394", \
            "0.0847489, 0.0896809, 0.102203, 0.135999, 0.223724, 0.456786, 1.07708", \
            "0.095997, 0.100771, 0.113573, 0.147534, 0.235449, 0.467549, 1.0872", \
            "0.120693, 0.125622, 0.138449, 0.171881, 0.260109, 0.492323, 1.11138", \
            "0.168564, 0.17406, 0.1897, 0.226818, 0.315679, 0.548137, 1.16831", \
            "0.253961, 0.26193, 0.281953, 0.330373, 0.43819, 0.67869, 1.29896", \
            "0.425533, 0.435814, 0.461917, 0.524557, 0.664693, 0.961526, 1.59905" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0657583, 0.0722144, 0.0893066, 0.135199, 0.257744, 0.587085, 1.4664", \
            "0.0657499, 0.0721474, 0.0894472, 0.135214, 0.258469, 0.586143, 1.46327", \
            "0.0658193, 0.0721604, 0.0896452, 0.135177, 0.257717, 0.585557, 1.46268", \
            "0.0682061, 0.0743818, 0.0906308, 0.135475, 0.25849, 0.586571, 1.46201", \
            "0.0854656, 0.0922236, 0.106982, 0.14711, 0.261447, 0.585973, 1.46202", \
            "0.122515, 0.129729, 0.147748, 0.192165, 0.298838, 0.597645, 1.46213", \
            "0.183211, 0.192255, 0.215216, 0.270613, 0.397448, 0.687686, 1.48151" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0354058, 0.0378938, 0.0441291, 0.0601412, 0.101129, 0.209504, 0.496666", \
            "0.0377323, 0.0401853, 0.0464515, 0.0624613, 0.103534, 0.211545, 0.499011", \
            "0.0414647, 0.0440272, 0.0505044, 0.0666078, 0.107771, 0.215837, 0.503577", \
            "0.0458303, 0.0486888, 0.0562215, 0.0737776, 0.116334, 0.224755, 0.512249", \
            "0.0427032, 0.0468967, 0.0572596, 0.0804507, 0.130406, 0.24395, 0.532407", \
            "0.0131915, 0.0192464, 0.0347332, 0.0682203, 0.138393, 0.27632, 0.577377", \
            "-0.0855131, -0.076656, -0.0546584, -0.0047685, 0.0976885, 0.291272, 0.656817" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.026026, 0.0288668, 0.036384, 0.0568672, 0.112044, 0.260861, 0.658503", \
            "0.026001, 0.0287126, 0.0363276, 0.0568329, 0.11203, 0.261255, 0.658791", \
            "0.0270667, 0.0298077, 0.0370737, 0.0571144, 0.112069, 0.260508, 0.660863", \
            "0.0336064, 0.0362062, 0.0430692, 0.0616985, 0.114027, 0.260627, 0.658934", \
            "0.0511256, 0.0537634, 0.0611826, 0.0795401, 0.128424, 0.267065, 0.659538", \
            "0.0844708, 0.0883324, 0.098105, 0.120416, 0.173515, 0.305322, 0.671231", \
            "0.149809, 0.15509, 0.167992, 0.197413, 0.263716, 0.410103, 0.757895" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0666948, 0.0716151, 0.0844625, 0.117761, 0.205787, 0.437327, 1.06026", \
            "0.0701516, 0.0746239, 0.0880535, 0.121742, 0.20955, 0.441658, 1.06426", \
            "0.0804898, 0.085233, 0.0983656, 0.132112, 0.220132, 0.453262, 1.07401", \
            "0.107758, 0.112526, 0.125184, 0.158525, 0.246384, 0.479754, 1.09853", \
            "0.162169, 0.168927, 0.1855, 0.223139, 0.309445, 0.540659, 1.16023", \
            "0.257059, 0.266052, 0.288529, 0.341689, 0.453828, 0.68839, 1.30689", \
            "0.438163, 0.449365, 0.477844, 0.547681, 0.704132, 1.01671, 1.64725" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.065574, 0.0720987, 0.089309, 0.135266, 0.258741, 0.584279, 1.46525", \
            "0.0656348, 0.0723665, 0.0892976, 0.135198, 0.257804, 0.58582, 1.46574", \
            "0.0654677, 0.0721875, 0.0892967, 0.135124, 0.258325, 0.585569, 1.46511", \
            "0.0706579, 0.0763662, 0.0919506, 0.135779, 0.257664, 0.586186, 1.46149", \
            "0.0950901, 0.102187, 0.118009, 0.155151, 0.263207, 0.585516, 1.46326", \
            "0.13425, 0.14328, 0.166076, 0.215164, 0.32137, 0.60184, 1.46487", \
            "0.196034, 0.20774, 0.238396, 0.307503, 0.452598, 0.741311, 1.49541" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0283765, 0.0307125, 0.0366248, 0.0518592, 0.0921174, 0.19872, 0.484259", \
            "0.0306719, 0.0330348, 0.0391099, 0.0545961, 0.0947389, 0.201617, 0.4871", \
            "0.0336529, 0.0362919, 0.0428346, 0.0587788, 0.0994913, 0.206415, 0.494834", \
            "0.0345833, 0.0380458, 0.0464241, 0.0653533, 0.108087, 0.215543, 0.501602", \
            "0.0252483, 0.0301158, 0.0420573, 0.0686727, 0.122403, 0.235821, 0.522319", \
            "-0.0154217, -0.0077209, 0.0102576, 0.0494242, 0.125294, 0.268406, 0.570455", \
            "-0.134402, -0.122198, -0.094841, -0.0361769, 0.07674, 0.281058, 0.655195" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0167282, 0.0196159, 0.0273492, 0.0479828, 0.103673, 0.251159, 0.647251", \
            "0.0168255, 0.019664, 0.0274592, 0.0481289, 0.103192, 0.251191, 0.647466", \
            "0.0194003, 0.021868, 0.0287616, 0.0487354, 0.103635, 0.25109, 0.651261", \
            "0.0275681, 0.0299547, 0.0365464, 0.0548848, 0.105598, 0.25158, 0.647446", \
            "0.0452304, 0.0481601, 0.0556428, 0.0745348, 0.123513, 0.257839, 0.650141", \
            "0.0807721, 0.0842702, 0.0934999, 0.116389, 0.169375, 0.298378, 0.659705", \
            "0.153716, 0.157758, 0.168619, 0.196937, 0.262316, 0.411165, 0.756705" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0283869, 0.0308145, 0.0372931, 0.0538121, 0.0968767, 0.210745, 0.515219", \
            "0.0329845, 0.0354294, 0.0418897, 0.0585308, 0.101793, 0.215852, 0.521594", \
            "0.0455128, 0.0479496, 0.0541941, 0.0707383, 0.114028, 0.228395, 0.534208", \
            "0.0689699, 0.072576, 0.0812924, 0.100048, 0.143472, 0.257739, 0.5624", \
            "0.107731, 0.112994, 0.125983, 0.154662, 0.210883, 0.325508, 0.628384", \
            "0.178398, 0.185702, 0.203318, 0.244441, 0.328381, 0.483868, 0.79064", \
            "0.318645, 0.328455, 0.352756, 0.408972, 0.52799, 0.756592, 1.16211" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0228441, 0.0261737, 0.0346057, 0.0577953, 0.120165, 0.287564, 0.731671", \
            "0.0227689, 0.0260819, 0.0346531, 0.0579391, 0.120281, 0.286419, 0.735152", \
            "0.0259868, 0.0286716, 0.0361097, 0.0579928, 0.120521, 0.286501, 0.733989", \
            "0.0391187, 0.0421982, 0.0495668, 0.0674038, 0.121889, 0.287131, 0.732905", \
            "0.0601349, 0.0647508, 0.0755771, 0.0988647, 0.146798, 0.292533, 0.734837", \
            "0.0938734, 0.100567, 0.116674, 0.152155, 0.220722, 0.347855, 0.741731", \
            "0.1566, 0.165731, 0.187632, 0.236168, 0.336806, 0.521138, 0.863921" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0216276, 0.023633, 0.0287609, 0.0420927, 0.077061, 0.169942, 0.418314", \
            "0.0244437, 0.0264916, 0.0317742, 0.045251, 0.0801613, 0.173144, 0.425457", \
            "0.0283307, 0.0310364, 0.0376128, 0.0521787, 0.0876183, 0.181404, 0.429744", \
            "0.029443, 0.0334159, 0.0429445, 0.0634098, 0.103982, 0.198168, 0.447245", \
            "0.02062, 0.026569, 0.0407194, 0.069895, 0.127651, 0.236748, 0.487708", \
            "-0.0138091, -0.0054552, 0.0143626, 0.0569505, 0.141001, 0.294192, 0.575712", \
            "-0.10912, -0.0973535, -0.0696449, -0.0095865, 0.109163, 0.330895, 0.727759" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0137103, 0.016156, 0.0228954, 0.0407662, 0.0884374, 0.216493, 0.55855", \
            "0.0142175, 0.01656, 0.023018, 0.0408168, 0.0884852, 0.21611, 0.562459", \
            "0.019502, 0.0217127, 0.0271354, 0.0425829, 0.0890308, 0.217997, 0.558717", \
            "0.0298744, 0.0325516, 0.0389312, 0.0549435, 0.0947662, 0.216393, 0.55888", \
            "0.0484036, 0.051957, 0.0610076, 0.080603, 0.12376, 0.231895, 0.560929", \
            "0.0843186, 0.088509, 0.0992445, 0.125027, 0.182318, 0.298562, 0.589511", \
            "0.151651, 0.157061, 0.171776, 0.206259, 0.281007, 0.435191, 0.742945" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0203167, 0.0229938, 0.0298016, 0.0469542, 0.0912514, 0.209051, 0.521169", \
            "0.0253314, 0.0278227, 0.0344703, 0.0516612, 0.09595, 0.213732, 0.528465", \
            "0.0366755, 0.0399358, 0.0469586, 0.0637136, 0.108314, 0.225531, 0.540254", \
            "0.0546629, 0.0594363, 0.0702641, 0.0924011, 0.137484, 0.254089, 0.568493", \
            "0.0862617, 0.0929931, 0.108814, 0.142197, 0.204387, 0.32237, 0.633494", \
            "0.147688, 0.156824, 0.178495, 0.225391, 0.317655, 0.480556, 0.790901", \
            "0.273401, 0.285866, 0.315641, 0.380507, 0.509435, 0.750305, 1.1641" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0153201, 0.0185861, 0.0274547, 0.0512476, 0.114598, 0.286157, 0.740015", \
            "0.0155801, 0.0187076, 0.0274818, 0.0511312, 0.11467, 0.284773, 0.741996", \
            "0.0220699, 0.0242151, 0.0306236, 0.0517215, 0.114844, 0.285351, 0.74468", \
            "0.0340025, 0.0374556, 0.0456774, 0.0628068, 0.1167, 0.285374, 0.740641", \
            "0.0526732, 0.0578009, 0.0699057, 0.0962006, 0.144617, 0.289412, 0.739097", \
            "0.0866787, 0.093437, 0.110054, 0.146947, 0.218403, 0.349045, 0.745185", \
            "0.155979, 0.164764, 0.184817, 0.231438, 0.336708, 0.519921, 0.868869" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0159039, 0.0179394, 0.0230531, 0.0365435, 0.0720621, 0.165293, 0.41502", \
            "0.0188629, 0.0208505, 0.0259094, 0.0393068, 0.0746947, 0.167525, 0.416244", \
            "0.0219602, 0.0249797, 0.0318961, 0.0467806, 0.0818135, 0.175839, 0.423954", \
            "0.0217706, 0.0261194, 0.0362292, 0.0581192, 0.0996678, 0.193139, 0.443208", \
            "0.012243, 0.0183472, 0.0326571, 0.063296, 0.123976, 0.234316, 0.481809", \
            "-0.0222087, -0.0136161, 0.0065367, 0.049726, 0.13584, 0.295911, 0.578598", \
            "-0.120054, -0.107537, -0.0797299, -0.0173792, 0.101287, 0.332084, 0.741213" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0133503, 0.015918, 0.0226998, 0.0408233, 0.0891907, 0.217393, 0.559995", \
            "0.0145846, 0.0167323, 0.0229376, 0.0406843, 0.0887221, 0.21662, 0.559628", \
            "0.0198051, 0.0224667, 0.0289295, 0.043443, 0.0884477, 0.216999, 0.558797", \
            "0.0296644, 0.0329606, 0.0410945, 0.0585601, 0.0975198, 0.217252, 0.560115", \
            "0.0470807, 0.0516872, 0.0628674, 0.0872267, 0.134355, 0.236659, 0.559939", \
            "0.0811524, 0.0874546, 0.102179, 0.13439, 0.200539, 0.324642, 0.600063", \
            "0.148294, 0.157025, 0.177233, 0.223815, 0.310494, 0.484931, 0.80188" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0297817, 0.0313815, 0.0356316, 0.0470664, 0.0775691, 0.158623, 0.37475", \
            "0.0294806, 0.031063, 0.0353798, 0.0468479, 0.077295, 0.158263, 0.374728", \
            "0.0291621, 0.0307413, 0.0350787, 0.0465943, 0.0771173, 0.158219, 0.374564", \
            "0.0289067, 0.0305248, 0.0348353, 0.0463336, 0.0768527, 0.158077, 0.374522", \
            "0.0288204, 0.030471, 0.0347464, 0.0462615, 0.076689, 0.157788, 0.374345", \
            "0.0304367, 0.0320624, 0.0361278, 0.0474201, 0.0776649, 0.158709, 0.374749", \
            "0.0391786, 0.0405059, 0.0441734, 0.0541639, 0.0829005, 0.162258, 0.377081" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0135304, 0.0119564, 0.007744, -0.0035965, -0.0340715, -0.115814, -0.334951", \
            "0.013188, 0.0116367, 0.0074345, -0.0038819, -0.0343228, -0.116055, -0.335128", \
            "0.0127234, 0.0111757, 0.0070106, -0.0042216, -0.0345745, -0.11628, -0.335289", \
            "0.0122757, 0.0107087, 0.0066029, -0.0045608, -0.0348404, -0.116418, -0.335391", \
            "0.0127186, 0.0111388, 0.0069177, -0.004713, -0.034929, -0.116453, -0.335348", \
            "0.0149885, 0.0132927, 0.0089061, -0.0028528, -0.0338383, -0.116022, -0.335245", \
            "0.0245207, 0.0226315, 0.017724, 0.004928, -0.0277979, -0.112105, -0.333119" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0245918, 0.0262151, 0.0305334, 0.042013, 0.0724364, 0.153409, 0.370246", \
            "0.024054, 0.0256877, 0.0300607, 0.0416241, 0.0721802, 0.153218, 0.370019", \
            "0.0236161, 0.0252536, 0.0296022, 0.0412417, 0.0718838, 0.153022, 0.369464", \
            "0.0235813, 0.0251695, 0.0294647, 0.0409785, 0.0715993, 0.152818, 0.369436", \
            "0.0249726, 0.0264911, 0.0306258, 0.0418152, 0.071991, 0.152808, 0.369324", \
            "0.0292142, 0.0306654, 0.0345677, 0.0453196, 0.0744721, 0.154183, 0.369733", \
            "0.0410117, 0.0422886, 0.0458546, 0.0575131, 0.0866259, 0.160452, 0.373164" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0090673, 0.0075832, 0.003476, -0.0077881, -0.0382582, -0.120091, -0.339275", \
            "0.0086699, 0.0072356, 0.0032547, -0.0078464, -0.0381909, -0.119938, -0.339069", \
            "0.0080588, 0.006639, 0.0027022, -0.0081953, -0.0383038, -0.119922, -0.338931", \
            "0.0075148, 0.0060149, 0.0020506, -0.0088137, -0.0387202, -0.120094, -0.339016", \
            "0.0082004, 0.0066164, 0.0023881, -0.0089297, -0.0390708, -0.120342, -0.339087", \
            "0.0113238, 0.0095304, 0.0048034, -0.0072231, -0.0382035, -0.120192, -0.339115", \
            "0.0227606, 0.0206541, 0.015215, 0.0015826, -0.0322173, -0.11664, -0.337325" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0154137, 0.0171089, 0.0215733, 0.0331926, 0.0637179, 0.144569, 0.360789", \
            "0.0146865, 0.0163829, 0.020881, 0.0326273, 0.0633255, 0.144486, 0.360686", \
            "0.0142083, 0.015839, 0.0202662, 0.0320334, 0.0628668, 0.144162, 0.360813", \
            "0.0146856, 0.0163001, 0.020621, 0.0316992, 0.0623628, 0.143536, 0.360383", \
            "0.0163907, 0.0179054, 0.0219743, 0.0333204, 0.0635119, 0.144268, 0.359177", \
            "0.02153, 0.0229279, 0.0265594, 0.0370166, 0.0662706, 0.145038, 0.360306", \
            "0.0381902, 0.0394797, 0.0442958, 0.0506358, 0.0819938, 0.153852, 0.365739" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0086847, 0.0071998, 0.0031021, -0.0081462, -0.038629, -0.120446, -0.339589", \
            "0.0081511, 0.0066961, 0.002681, -0.0084207, -0.0387677, -0.120518, -0.339665", \
            "0.0076229, 0.0061473, 0.0021036, -0.0089024, -0.0390381, -0.120605, -0.33968", \
            "0.0074249, 0.0058781, 0.001743, -0.0093256, -0.0394341, -0.120875, -0.339808", \
            "0.0087409, 0.0070594, 0.0026945, -0.0089144, -0.0394673, -0.120968, -0.339906", \
            "0.013386, 0.0114002, 0.0063428, -0.0061924, -0.0377927, -0.120427, -0.339726", \
            "0.0284018, 0.0260267, 0.0199308, 0.0051395, -0.0300284, -0.115616, -0.337307" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0065013, 0.00835, 0.0131068, 0.0250887, 0.0556149, 0.137157, 0.35398", \
            "0.0060606, 0.0078173, 0.0124648, 0.0244703, 0.0553157, 0.136889, 0.354761", \
            "0.0059795, 0.0076591, 0.0120887, 0.0237677, 0.0549002, 0.136906, 0.356108", \
            "0.0066615, 0.008245, 0.0122268, 0.0236758, 0.0541772, 0.135851, 0.353514", \
            "0.0087523, 0.0101774, 0.0141124, 0.0251514, 0.0547208, 0.134926, 0.352807", \
            "0.0148703, 0.0159663, 0.0193744, 0.0294926, 0.0585239, 0.137627, 0.351168", \
            "0.0314329, 0.0321848, 0.0349933, 0.0473955, 0.070597, 0.151035, 0.357665" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
          values ( \
            "0.0063089, 0.0048554, 0.0008397, -0.0103327, -0.0407514, -0.122575, -0.3417", \
            "0.0058244, 0.0043724, 0.0004083, -0.0106111, -0.0409243, -0.122636, -0.341738", \
            "0.0054594, 0.0039928, -4.9e-05, -0.0110725, -0.0412105, -0.122758, -0.341817", \
            "0.0056455, 0.0041105, -5.26e-05, -0.0113641, -0.041573, -0.122937, -0.341908", \
            "0.0076354, 0.0058393, 0.0012364, -0.0102722, -0.0411224, -0.122827, -0.341811", \
            "0.0139645, 0.0117766, 0.0065618, -0.0064818, -0.0379826, -0.121469, -0.341311", \
            "0.0318352, 0.0293771, 0.0216757, 0.0064352, -0.0292249, -0.11584, -0.338307" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004377;
      rise_capacitance : 0.004606;
      rise_capacitance_range (0.004606, 0.004606);
      fall_capacitance : 0.004149;
      fall_capacitance_range (0.004149, 0.004149);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087674, -0.0087587, -0.0087387, -0.008739, -0.0087397, -0.0087414, -0.0087452" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087612, 0.0087591, 0.0087542, 0.0087539, 0.0087532, 0.0087517, 0.0087482" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004374;
      rise_capacitance : 0.004704;
      rise_capacitance_range (0.004704, 0.004704);
      fall_capacitance : 0.004045;
      fall_capacitance_range (0.004045, 0.004045);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087736, -0.0087749, -0.0087778, -0.0087773, -0.0087761, -0.0087734, -0.0087673" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087714, 0.0087753, 0.0087845, 0.0087835, 0.0087812, 0.0087758, 0.0087636" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004425;
      rise_capacitance : 0.004581;
      rise_capacitance_range (0.004581, 0.004581);
      fall_capacitance : 0.004268;
      fall_capacitance_range (0.004268, 0.004268);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0089421, -0.0089366, -0.0089241, -0.0089259, -0.00893, -0.0089396, -0.0089615" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0099111, 0.0098924, 0.0098494, 0.0098769, 0.0099403, 0.0100864, 0.0104231" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004401;
      rise_capacitance : 0.004513;
      rise_capacitance_range (0.004513, 0.004513);
      fall_capacitance : 0.004289;
      fall_capacitance_range (0.004289, 0.004289);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0069773, -0.0069762, -0.0069737, -0.0069573, -0.0069195, -0.0068324, -0.0066315" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0104728, 0.0104636, 0.0104424, 0.0104432, 0.0104452, 0.0104498, 0.0104605" \
          );
        }
      }
    }
  }
  cell (scs8hd_o211ai_4) {
    area : 21.2704;
    cell_footprint : "o211ai";
    cell_leakage_power : 0.0200706;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0437895;
      when : "!A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0191282;
      when : "!A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0002271;
      when : "!A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 2.36091e-05;
      when : "!A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0001528;
      when : "!A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0191282;
      when : "!A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0743498;
      when : "!A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.0001731;
      when : "!A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0001528;
      when : "A1&!A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0191282;
      when : "A1&!A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.050899;
      when : "A1&!A2&B1&C1";
    }
    leakage_power () {
      value : 0.0001779;
      when : "A1&!A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0001528;
      when : "A1&A2&!B1&C1";
    }
    leakage_power () {
      value : 0.0191282;
      when : "A1&A2&!B1&!C1";
    }
    leakage_power () {
      value : 0.0743476;
      when : "A1&A2&B1&C1";
    }
    leakage_power () {
      value : 0.000171;
      when : "A1&A2&B1&!C1";
    }
    leakage_power () {
      value : 0.0200706;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2) | (!B1) | (!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.292979;
      max_transition : 1.50068;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0946138, 0.0980299, 0.107746, 0.135178, 0.212469, 0.431723, 1.06353", \
            "0.0989945, 0.102411, 0.111814, 0.139795, 0.217362, 0.438715, 1.06828", \
            "0.109618, 0.113091, 0.122938, 0.150618, 0.228685, 0.448162, 1.08656", \
            "0.13338, 0.137043, 0.146704, 0.174404, 0.252168, 0.472466, 1.10454", \
            "0.182711, 0.186758, 0.19816, 0.228106, 0.306623, 0.528262, 1.1607", \
            "0.275783, 0.280681, 0.29455, 0.33252, 0.426204, 0.655145, 1.29119", \
            "0.464312, 0.470664, 0.488419, 0.53632, 0.655046, 0.932242, 1.58614" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0813765, 0.0858487, 0.0989545, 0.136715, 0.245769, 0.560553, 1.47015", \
            "0.0813178, 0.0858817, 0.0996173, 0.136577, 0.245436, 0.562741, 1.47072", \
            "0.0813215, 0.0858327, 0.098901, 0.136463, 0.245926, 0.560758, 1.47844", \
            "0.0830172, 0.0873201, 0.0998051, 0.136694, 0.246099, 0.561352, 1.4702", \
            "0.0996545, 0.103501, 0.114476, 0.147833, 0.249907, 0.561578, 1.47464", \
            "0.133642, 0.138316, 0.151648, 0.188069, 0.285679, 0.57363, 1.47559", \
            "0.192498, 0.198203, 0.214623, 0.259084, 0.37226, 0.65735, 1.49524" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0334318, 0.0348582, 0.0388238, 0.049694, 0.0791535, 0.16189, 0.397733", \
            "0.0361097, 0.0375285, 0.0415193, 0.0523489, 0.0818321, 0.164553, 0.400759", \
            "0.0405077, 0.0419832, 0.046131, 0.0570914, 0.0866683, 0.169393, 0.405547", \
            "0.0445925, 0.0463789, 0.0512012, 0.0639259, 0.0956474, 0.17889, 0.416002", \
            "0.0399576, 0.042504, 0.0493464, 0.066757, 0.107072, 0.19869, 0.436941", \
            "0.0053944, 0.0091136, 0.0192432, 0.0446649, 0.103259, 0.223599, 0.484917", \
            "-0.107491, -0.102145, -0.0873302, -0.0492312, 0.0376115, 0.212955, 0.550999" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0258766, 0.0273949, 0.0319544, 0.0454174, 0.0852635, 0.202424, 0.542907", \
            "0.0257241, 0.0272588, 0.0318508, 0.0453374, 0.0852226, 0.202423, 0.542299", \
            "0.0273613, 0.0287499, 0.0329905, 0.0459527, 0.085221, 0.2024, 0.542745", \
            "0.0346893, 0.0360976, 0.0400875, 0.0524179, 0.0887385, 0.202914, 0.542726", \
            "0.0525629, 0.0542458, 0.0588805, 0.0715816, 0.107283, 0.212763, 0.543775", \
            "0.086991, 0.0891531, 0.0952449, 0.111595, 0.152999, 0.257736, 0.563928", \
            "0.155606, 0.15839, 0.165871, 0.187136, 0.240293, 0.364624, 0.668025" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0811595, 0.0845727, 0.0940739, 0.121793, 0.199023, 0.419237, 1.05081", \
            "0.0843265, 0.0878006, 0.0976506, 0.125351, 0.202721, 0.423264, 1.05509", \
            "0.0941281, 0.097518, 0.107685, 0.135346, 0.213219, 0.433537, 1.06522", \
            "0.121763, 0.125052, 0.135137, 0.162668, 0.240186, 0.460511, 1.09467", \
            "0.18469, 0.188794, 0.200247, 0.22962, 0.305853, 0.524735, 1.15729", \
            "0.295591, 0.301101, 0.316642, 0.35772, 0.455474, 0.678427, 1.31079", \
            "0.499802, 0.507781, 0.529922, 0.586005, 0.720591, 1.02269, 1.66521" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0813341, 0.0858697, 0.0992033, 0.136517, 0.245552, 0.562256, 1.4724", \
            "0.0813594, 0.0858459, 0.0988966, 0.136614, 0.245269, 0.560767, 1.47171", \
            "0.0818104, 0.0861535, 0.0989965, 0.136676, 0.245442, 0.560537, 1.46911", \
            "0.0840204, 0.088065, 0.100369, 0.136643, 0.24527, 0.560556, 1.47525", \
            "0.109065, 0.113127, 0.123309, 0.153998, 0.251058, 0.561983, 1.47458", \
            "0.148268, 0.154017, 0.169876, 0.210686, 0.307337, 0.579311, 1.47525", \
            "0.217851, 0.225248, 0.245872, 0.299913, 0.432797, 0.713936, 1.50068" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0291126, 0.0304655, 0.0344463, 0.0453161, 0.0759662, 0.164958, 0.418546", \
            "0.0315953, 0.0330006, 0.0370508, 0.0481698, 0.0791885, 0.167021, 0.421838", \
            "0.0345042, 0.036205, 0.0407394, 0.0522904, 0.0834453, 0.171885, 0.426835", \
            "0.034956, 0.0371208, 0.0428233, 0.0568884, 0.091329, 0.180974, 0.434893", \
            "0.0228721, 0.025929, 0.0345259, 0.0547851, 0.0994018, 0.198474, 0.454194", \
            "-0.0246663, -0.0200518, -0.007372, 0.0231196, 0.0886632, 0.218774, 0.496709", \
            "-0.163238, -0.156386, -0.136398, -0.0894332, 0.0086456, 0.199108, 0.554006" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0183801, 0.0201407, 0.0253285, 0.040688, 0.084741, 0.213295, 0.582126", \
            "0.0185244, 0.0202531, 0.0254633, 0.0405606, 0.0848132, 0.212627, 0.582143", \
            "0.0210215, 0.0225848, 0.0271476, 0.0415039, 0.084849, 0.212829, 0.582655", \
            "0.0290645, 0.0305477, 0.0351071, 0.0484387, 0.0885328, 0.213235, 0.582562", \
            "0.0472741, 0.0491541, 0.0542387, 0.0685002, 0.106982, 0.222384, 0.583103", \
            "0.0832914, 0.0853345, 0.0915555, 0.108815, 0.152672, 0.266559, 0.599558", \
            "0.158352, 0.160517, 0.167554, 0.188687, 0.242427, 0.374572, 0.697592" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0343739, 0.0362505, 0.0415058, 0.0561865, 0.0970235, 0.213861, 0.552634", \
            "0.0387659, 0.0406877, 0.0459889, 0.0608245, 0.102154, 0.21921, 0.554885", \
            "0.0512526, 0.053057, 0.0581064, 0.0726994, 0.114078, 0.231453, 0.569964", \
            "0.077804, 0.0802559, 0.0868515, 0.103157, 0.144148, 0.26209, 0.597404", \
            "0.122603, 0.126174, 0.135798, 0.160148, 0.213511, 0.330747, 0.666636", \
            "0.205669, 0.2105, 0.223913, 0.258168, 0.33705, 0.495051, 0.828401", \
            "0.373475, 0.379967, 0.39786, 0.442371, 0.552785, 0.78297, 1.20895" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0287484, 0.0311622, 0.0380559, 0.0583155, 0.117398, 0.288115, 0.785221", \
            "0.0287566, 0.0311058, 0.0380608, 0.0583206, 0.117256, 0.288732, 0.782471", \
            "0.0305518, 0.0325669, 0.0389241, 0.0584956, 0.117635, 0.288156, 0.782958", \
            "0.0437553, 0.0458994, 0.0511003, 0.0666, 0.11879, 0.288621, 0.781533", \
            "0.0656278, 0.068716, 0.0771876, 0.0971644, 0.144084, 0.292263, 0.782116", \
            "0.100176, 0.104992, 0.116881, 0.147054, 0.211797, 0.347037, 0.786861", \
            "0.162743, 0.168818, 0.184931, 0.226193, 0.320031, 0.507217, 0.896072" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0208972, 0.022095, 0.0254409, 0.0345922, 0.0604929, 0.133929, 0.346256", \
            "0.023391, 0.0246524, 0.0281084, 0.0374683, 0.0633303, 0.136899, 0.349954", \
            "0.0263171, 0.0280159, 0.0324362, 0.0433792, 0.0697996, 0.144384, 0.356482", \
            "0.0258534, 0.0283073, 0.0345556, 0.0499123, 0.083027, 0.159459, 0.372129", \
            "0.013146, 0.016684, 0.0260037, 0.0483179, 0.0963003, 0.191858, 0.409211", \
            "-0.0310477, -0.0259427, -0.0124749, 0.0199164, 0.0898906, 0.226249, 0.486346", \
            "-0.151762, -0.144586, -0.124537, -0.0786908, 0.0214346, 0.219219, 0.588416" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0142094, 0.0156728, 0.0199952, 0.0327808, 0.0695294, 0.175527, 0.482045", \
            "0.0148807, 0.0162225, 0.0202584, 0.0326931, 0.0694359, 0.175323, 0.483363", \
            "0.019878, 0.0212539, 0.0250779, 0.035697, 0.0699111, 0.176116, 0.482935", \
            "0.0297174, 0.0314327, 0.0357317, 0.0476268, 0.0790473, 0.177062, 0.482592", \
            "0.0479297, 0.0500414, 0.0557478, 0.0705038, 0.106341, 0.197452, 0.484486", \
            "0.0827454, 0.0853599, 0.0925219, 0.111393, 0.158048, 0.261358, 0.521803", \
            "0.149073, 0.15211, 0.161947, 0.187252, 0.247844, 0.383314, 0.673039" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0246855, 0.0268223, 0.0327282, 0.0487789, 0.0932561, 0.21824, 0.578228", \
            "0.0294589, 0.0314722, 0.0373185, 0.0534499, 0.0980488, 0.223576, 0.588944", \
            "0.0419886, 0.0442521, 0.0496654, 0.0653466, 0.109977, 0.236836, 0.597837", \
            "0.063209, 0.0664533, 0.0750873, 0.0950929, 0.139152, 0.264917, 0.6277", \
            "0.10097, 0.105636, 0.117981, 0.147346, 0.208277, 0.333869, 0.695022", \
            "0.175393, 0.181555, 0.198115, 0.238676, 0.327491, 0.496456, 0.85761", \
            "0.330949, 0.339162, 0.361239, 0.415709, 0.537569, 0.786084, 1.23901" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0205267, 0.0230233, 0.0306123, 0.0524465, 0.115822, 0.299683, 0.824712", \
            "0.0205449, 0.0230223, 0.0305371, 0.0525156, 0.115818, 0.298433, 0.827226", \
            "0.0252152, 0.0270719, 0.0330103, 0.0526488, 0.115259, 0.298389, 0.829109", \
            "0.038608, 0.0409355, 0.0479083, 0.0632945, 0.117074, 0.297526, 0.828422", \
            "0.0580795, 0.061546, 0.0711109, 0.0940517, 0.14329, 0.301188, 0.824269", \
            "0.0914375, 0.0961592, 0.109132, 0.141955, 0.214729, 0.354926, 0.826661", \
            "0.160993, 0.166077, 0.180403, 0.223738, 0.321163, 0.52474, 0.929624" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0155077, 0.0167205, 0.0200416, 0.0292616, 0.0551127, 0.129098, 0.341139", \
            "0.0183716, 0.0196118, 0.0228745, 0.0320993, 0.0580584, 0.132495, 0.344411", \
            "0.0209374, 0.0227822, 0.0275934, 0.0389752, 0.0651635, 0.139854, 0.35171", \
            "0.0192698, 0.0219577, 0.0289466, 0.0457401, 0.0808078, 0.156277, 0.368469", \
            "0.0056091, 0.0093923, 0.0194283, 0.0435532, 0.0954202, 0.195285, 0.409425", \
            "-0.0393285, -0.0339161, -0.0196457, 0.0144391, 0.0886699, 0.234508, 0.503816", \
            "-0.162423, -0.154135, -0.133614, -0.0845699, 0.0198154, 0.229318, 0.620886" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.013865, 0.0154144, 0.0198221, 0.0325938, 0.0693604, 0.176288, 0.483082", \
            "0.0151219, 0.0163655, 0.0203139, 0.0324542, 0.0693609, 0.17631, 0.483852", \
            "0.0200568, 0.0216858, 0.0263369, 0.0369877, 0.0700089, 0.175997, 0.483401", \
            "0.0295559, 0.0316157, 0.0373578, 0.0507292, 0.0826319, 0.17741, 0.483314", \
            "0.0469664, 0.0497819, 0.0571258, 0.0755519, 0.115395, 0.206636, 0.484773", \
            "0.0800714, 0.0839746, 0.0942424, 0.119307, 0.173526, 0.288858, 0.540102", \
            "0.146012, 0.152071, 0.166089, 0.202487, 0.274839, 0.428818, 0.73619" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0596275, 0.0614432, 0.0667107, 0.0819025, 0.125405, 0.250003, 0.60992", \
            "0.0586943, 0.0605378, 0.0658913, 0.0810981, 0.124778, 0.249592, 0.609562", \
            "0.057798, 0.0596454, 0.0649756, 0.0803009, 0.124092, 0.249051, 0.610425", \
            "0.0572274, 0.0590031, 0.0642827, 0.0795974, 0.123299, 0.248699, 0.609001", \
            "0.0570435, 0.0589107, 0.0640037, 0.0791676, 0.122837, 0.247878, 0.608403", \
            "0.0596974, 0.0613957, 0.0663928, 0.0813607, 0.12446, 0.248749, 0.608646", \
            "0.0740602, 0.0755799, 0.0799825, 0.0931861, 0.13413, 0.256073, 0.612442" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0262229, 0.0244456, 0.0192712, 0.0043314, -0.0390626, -0.164798, -0.52897", \
            "0.0255703, 0.0238046, 0.0186732, 0.0037831, -0.0395578, -0.165304, -0.529517", \
            "0.0247327, 0.0229629, 0.0178912, 0.003115, -0.0400797, -0.165742, -0.529882", \
            "0.0237939, 0.0220822, 0.0170376, 0.0023907, -0.0406224, -0.166098, -0.53017", \
            "0.0245544, 0.0227766, 0.017607, 0.0025787, -0.0408491, -0.166202, -0.530057", \
            "0.0280482, 0.0261591, 0.0206969, 0.0051071, -0.0389549, -0.165701, -0.529985", \
            "0.0438115, 0.041768, 0.0356884, 0.0187509, -0.028129, -0.158378, -0.526448" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0497269, 0.0515598, 0.0568905, 0.0720619, 0.115601, 0.24033, 0.600518", \
            "0.0486613, 0.0505269, 0.0558973, 0.0712441, 0.114925, 0.239873, 0.600134", \
            "0.0476685, 0.049428, 0.0547774, 0.0701888, 0.114116, 0.239374, 0.599755", \
            "0.0473426, 0.0490265, 0.0543105, 0.069494, 0.11333, 0.238634, 0.599119", \
            "0.0490708, 0.050847, 0.0557326, 0.0705859, 0.113656, 0.238608, 0.598754", \
            "0.055612, 0.0572812, 0.0621021, 0.0763124, 0.117715, 0.240689, 0.599641", \
            "0.0729425, 0.0744709, 0.0787534, 0.0929186, 0.133844, 0.252588, 0.605084" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0190318, 0.0173132, 0.012278, -0.0025585, -0.0459848, -0.171886, -0.536311", \
            "0.018405, 0.0167527, 0.011878, -0.0027269, -0.0458816, -0.171695, -0.536072", \
            "0.0172641, 0.0156282, 0.0108448, -0.003433, -0.04619, -0.171714, -0.53598", \
            "0.0161539, 0.0144982, 0.0096292, -0.0045706, -0.0469201, -0.172002, -0.536017", \
            "0.0169471, 0.015235, 0.0101053, -0.0045784, -0.0476749, -0.172468, -0.536095", \
            "0.0210796, 0.0191708, 0.0134996, -0.0022825, -0.0462981, -0.172392, -0.536188", \
            "0.0384134, 0.0360773, 0.0296161, 0.0117394, -0.0365756, -0.166675, -0.533543" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0282268, 0.0301694, 0.0356626, 0.05106, 0.0945493, 0.219454, 0.579521", \
            "0.0268082, 0.028758, 0.0343129, 0.0499253, 0.0940204, 0.218906, 0.578758", \
            "0.0259375, 0.0278229, 0.0331696, 0.0487963, 0.0931357, 0.218179, 0.579243", \
            "0.0260616, 0.0278552, 0.0330839, 0.0483736, 0.0917035, 0.217242, 0.578179", \
            "0.0289477, 0.0306703, 0.0354389, 0.0500878, 0.0925216, 0.216572, 0.577071", \
            "0.0367076, 0.0388868, 0.0434472, 0.0577692, 0.099487, 0.221444, 0.576437", \
            "0.0609867, 0.062322, 0.06661, 0.0780784, 0.118226, 0.24086, 0.584356" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0192447, 0.0175866, 0.0126583, -0.0020673, -0.0453996, -0.171268, -0.535705", \
            "0.0181774, 0.0165569, 0.0117367, -0.0026968, -0.0457067, -0.171429, -0.535776", \
            "0.0170007, 0.0153447, 0.0105467, -0.0037491, -0.0463627, -0.171742, -0.53594", \
            "0.0164412, 0.0146808, 0.0097284, -0.0047077, -0.0472492, -0.172232, -0.536136", \
            "0.0184168, 0.0165435, 0.0112413, -0.0038759, -0.0474908, -0.172585, -0.536199", \
            "0.0258762, 0.0236968, 0.0175855, 0.0008538, -0.044425, -0.171901, -0.536192", \
            "0.0495787, 0.0469964, 0.0397492, 0.0199651, -0.0309842, -0.163688, -0.532536" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0128427, 0.0149544, 0.0208369, 0.0367323, 0.0808952, 0.206018, 0.564458", \
            "0.0117756, 0.0138033, 0.0195828, 0.0357224, 0.0803018, 0.204842, 0.564892", \
            "0.0113695, 0.0133077, 0.01862, 0.0342344, 0.078778, 0.204294, 0.566987", \
            "0.0121201, 0.0138278, 0.0189912, 0.0343219, 0.0775829, 0.20324, 0.566769", \
            "0.0159158, 0.0172811, 0.0218605, 0.0362254, 0.0791609, 0.2037, 0.564705", \
            "0.0244954, 0.0258549, 0.0300986, 0.0442335, 0.0881862, 0.208826, 0.565168", \
            "0.0501633, 0.0512426, 0.0545024, 0.0654719, 0.103184, 0.226706, 0.571991" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0157911, 0.0141257, 0.0092157, -0.0054456, -0.048707, -0.174562, -0.538946", \
            "0.0147982, 0.0132006, 0.0083668, -0.0060347, -0.0490184, -0.174654, -0.538998", \
            "0.0139112, 0.012271, 0.0074425, -0.0069469, -0.0495406, -0.174909, -0.539111", \
            "0.0138483, 0.0120948, 0.0070536, -0.0074643, -0.0501325, -0.175287, -0.539267", \
            "0.0166137, 0.0146393, 0.0090351, -0.0064428, -0.0499918, -0.175525, -0.539354", \
            "0.0270012, 0.0247012, 0.0183611, 0.0012775, -0.045587, -0.173945, -0.538979", \
            "0.0542741, 0.0494689, 0.0418438, 0.0216565, -0.0298335, -0.164078, -0.534062" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.009054;
      rise_capacitance : 0.009531;
      rise_capacitance_range (0.009531, 0.009531);
      fall_capacitance : 0.008578;
      fall_capacitance_range (0.008578, 0.008578);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0174611, -0.0174529, -0.0174342, -0.0174314, -0.0174251, -0.0174104, -0.0173767" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0175329, 0.0175291, 0.0175204, 0.0175212, 0.0175233, 0.0175281, 0.0175393" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008492;
      rise_capacitance : 0.009106;
      rise_capacitance_range (0.009106, 0.009106);
      fall_capacitance : 0.007877;
      fall_capacitance_range (0.007877, 0.007877);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0167468, -0.0167232, -0.016669, -0.0166748, -0.016688, -0.0167186, -0.0167889" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0167873, 0.0167808, 0.0167659, 0.0167656, 0.0167651, 0.0167642, 0.0167619" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.009138;
      rise_capacitance : 0.009557;
      rise_capacitance_range (0.009557, 0.009557);
      fall_capacitance : 0.008719;
      fall_capacitance_range (0.008719, 0.008719);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0181638, -0.0181395, -0.0180838, -0.0180806, -0.0180732, -0.0180564, -0.0180173" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0199434, 0.0198872, 0.0197579, 0.0198144, 0.0199447, 0.0202452, 0.0209377" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.0085;
      rise_capacitance : 0.008788;
      rise_capacitance_range (0.008788, 0.008788);
      fall_capacitance : 0.008211;
      fall_capacitance_range (0.008211, 0.008211);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0145574, -0.0145571, -0.0145564, -0.014528, -0.0144624, -0.0143111, -0.0139623" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0195186, 0.0195271, 0.0195465, 0.0195473, 0.0195489, 0.0195526, 0.0195613" \
          );
        }
      }
    }
  }
  cell (scs8hd_o21a_1) {
    area : 7.5072;
    cell_footprint : "o21a";
    cell_leakage_power : 0.00782066;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062475;
      when : "!A1&!A2&B1";
    }
    leakage_power () {
      value : 0.0062107;
      when : "!A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0124105;
      when : "!A1&A2&B1";
    }
    leakage_power () {
      value : 0.0062273;
      when : "!A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0066062;
      when : "A1&!A2&B1";
    }
    leakage_power () {
      value : 0.0062273;
      when : "A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0124085;
      when : "A1&A2&B1";
    }
    leakage_power () {
      value : 0.0062273;
      when : "A1&A2&!B1";
    }
    leakage_power () {
      value : 0.00782066;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1) | (A2&B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.218821;
      max_transition : 1.51175;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.0104599, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0522041, 0.0575256, 0.0705448, 0.103435, 0.191705, 0.432658, 1.09533", \
            "0.0554828, 0.0608294, 0.0738073, 0.106817, 0.195244, 0.436565, 1.10116", \
            "0.0623199, 0.0675891, 0.0804901, 0.113341, 0.201375, 0.442416, 1.10585", \
            "0.0727648, 0.0781934, 0.0912829, 0.124272, 0.21237, 0.453573, 1.11677", \
            "0.0796523, 0.0857734, 0.0994748, 0.132453, 0.22081, 0.463017, 1.12651", \
            "0.0667091, 0.0743676, 0.0901595, 0.124166, 0.212, 0.453995, 1.1155", \
            "-0.0028645, 0.00685, 0.0273319, 0.0665783, 0.155501, 0.397761, 1.05992" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.0104599, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0153509, 0.0209077, 0.0364424, 0.0810082, 0.206375, 0.550999, 1.50244", \
            "0.0153073, 0.0209213, 0.0365186, 0.0810641, 0.206447, 0.552057, 1.50247", \
            "0.0153558, 0.0209371, 0.0365248, 0.080847, 0.206422, 0.552675, 1.50749", \
            "0.0166277, 0.0220582, 0.0371942, 0.0812652, 0.206327, 0.55259, 1.50733", \
            "0.0201571, 0.0251969, 0.0392628, 0.0820609, 0.20572, 0.550838, 1.50576", \
            "0.0260682, 0.031566, 0.0450374, 0.0843297, 0.206721, 0.550026, 1.49994", \
            "0.0346848, 0.0422958, 0.0578733, 0.093452, 0.208802, 0.554162, 1.49889" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.0104599, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0933883, 0.098582, 0.109535, 0.131838, 0.180491, 0.302766, 0.63628", \
            "0.098159, 0.103392, 0.114373, 0.136523, 0.185169, 0.307432, 0.641338", \
            "0.108901, 0.114098, 0.125142, 0.147308, 0.195929, 0.318189, 0.65231", \
            "0.132825, 0.138008, 0.149012, 0.171316, 0.21998, 0.342329, 0.675969", \
            "0.179209, 0.184872, 0.196819, 0.220151, 0.269861, 0.392407, 0.726133", \
            "0.263122, 0.269712, 0.283499, 0.309871, 0.362099, 0.484457, 0.818491", \
            "0.427343, 0.435378, 0.451882, 0.483058, 0.540776, 0.665108, 0.999348" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.0104599, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0174905, 0.0210867, 0.0293576, 0.049237, 0.102906, 0.25768, 0.69682", \
            "0.0174029, 0.0210154, 0.0291196, 0.0492684, 0.102912, 0.260313, 0.697281", \
            "0.0176112, 0.0209318, 0.0291992, 0.0492066, 0.102885, 0.257437, 0.69628", \
            "0.0175101, 0.021047, 0.0294106, 0.0491833, 0.102719, 0.260751, 0.69724", \
            "0.0201966, 0.0238814, 0.0323788, 0.0514702, 0.104187, 0.259566, 0.696096", \
            "0.0256488, 0.0299414, 0.0390897, 0.0580031, 0.109417, 0.260596, 0.700807", \
            "0.0339177, 0.0389703, 0.0496138, 0.0699253, 0.119067, 0.265199, 0.698521" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.0104599, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0443811, 0.0494917, 0.0622217, 0.0948443, 0.182929, 0.423528, 1.08498", \
            "0.0476967, 0.0528076, 0.0654334, 0.0982551, 0.186322, 0.428031, 1.09031", \
            "0.0541909, 0.0592438, 0.0718518, 0.104408, 0.192645, 0.433419, 1.09512", \
            "0.0616527, 0.0670254, 0.0798371, 0.11261, 0.201139, 0.443537, 1.10505", \
            "0.0618685, 0.0682587, 0.0819314, 0.114738, 0.202934, 0.44532, 1.10934", \
            "0.0366959, 0.0448092, 0.0614814, 0.0958521, 0.183721, 0.425105, 1.08704", \
            "-0.0578182, -0.047449, -0.0252393, 0.0165114, 0.105837, 0.348325, 1.01049" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.0104599, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0141677, 0.0197542, 0.0354299, 0.0803902, 0.206347, 0.552551, 1.50991", \
            "0.0141691, 0.0197324, 0.0354449, 0.080541, 0.205568, 0.554197, 1.51022", \
            "0.014447, 0.0200115, 0.0355046, 0.0803232, 0.206406, 0.553341, 1.5043", \
            "0.0164947, 0.0216558, 0.0366339, 0.0805209, 0.206451, 0.555796, 1.49945", \
            "0.0209732, 0.0256706, 0.0392025, 0.081378, 0.205265, 0.552932, 1.50581", \
            "0.0276909, 0.0336135, 0.0470432, 0.084719, 0.20677, 0.549168, 1.50681", \
            "0.0382764, 0.045933, 0.0621746, 0.0977582, 0.210207, 0.55346, 1.49967" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.0104599, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0835017, 0.0887068, 0.0997735, 0.122048, 0.170398, 0.292667, 0.626294", \
            "0.0869143, 0.0921181, 0.103014, 0.125326, 0.173991, 0.296281, 0.630153", \
            "0.0979233, 0.103099, 0.114082, 0.136326, 0.184987, 0.307275, 0.641098", \
            "0.126271, 0.131443, 0.142336, 0.164336, 0.213004, 0.335347, 0.669018", \
            "0.184028, 0.189937, 0.201991, 0.225452, 0.274256, 0.39653, 0.730754", \
            "0.282, 0.289004, 0.304094, 0.330784, 0.382641, 0.505965, 0.840196", \
            "0.464784, 0.473346, 0.491411, 0.524852, 0.58208, 0.705355, 1.03958" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.0104599, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0176363, 0.0209198, 0.029193, 0.0490325, 0.102737, 0.259428, 0.702734", \
            "0.0174639, 0.0210363, 0.0291598, 0.0493381, 0.102901, 0.260635, 0.695881", \
            "0.0174897, 0.0209745, 0.0291902, 0.0493652, 0.102608, 0.260052, 0.703754", \
            "0.0174803, 0.0212028, 0.0294193, 0.0495132, 0.102732, 0.258431, 0.700681", \
            "0.0218638, 0.0255196, 0.0332708, 0.0519354, 0.10477, 0.257983, 0.697344", \
            "0.0295191, 0.0338635, 0.0434086, 0.0607325, 0.109473, 0.261101, 0.696531", \
            "0.0395086, 0.0449747, 0.055548, 0.075027, 0.118989, 0.263951, 0.700392" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.0104599, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0361936, 0.0411584, 0.0537549, 0.086329, 0.174944, 0.414752, 1.08065", \
            "0.0396145, 0.0445321, 0.0569998, 0.0897684, 0.177704, 0.419751, 1.08517", \
            "0.0461494, 0.0511092, 0.0634282, 0.0960085, 0.183878, 0.426807, 1.0903", \
            "0.0518664, 0.0569496, 0.0694722, 0.102035, 0.190923, 0.432643, 1.09904", \
            "0.0501254, 0.0560815, 0.0689533, 0.101539, 0.189748, 0.430427, 1.09457", \
            "0.0250254, 0.0325423, 0.0478893, 0.0802775, 0.168011, 0.409935, 1.07357", \
            "-0.0632544, -0.0534848, -0.0332597, 0.0050203, 0.0927075, 0.333874, 0.997257" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.0104599, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0134817, 0.0191049, 0.0350118, 0.0804596, 0.207455, 0.552429, 1.50012", \
            "0.0135024, 0.0191449, 0.0350598, 0.080417, 0.206777, 0.554843, 1.51116", \
            "0.0141263, 0.019679, 0.0352761, 0.0804354, 0.206555, 0.554753, 1.50512", \
            "0.0157618, 0.0209409, 0.0361784, 0.0806551, 0.205542, 0.555009, 1.51175", \
            "0.0197697, 0.0245698, 0.0379979, 0.0812266, 0.205722, 0.550487, 1.50702", \
            "0.026306, 0.0317961, 0.0443778, 0.0830925, 0.206487, 0.549923, 1.50479", \
            "0.0367623, 0.0437003, 0.0582323, 0.0931395, 0.208978, 0.550991, 1.49673" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.0104599, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0429381, 0.0465493, 0.0545636, 0.0724813, 0.117, 0.238278, 0.57183", \
            "0.0477981, 0.0514019, 0.0594812, 0.0774465, 0.121992, 0.243595, 0.577859", \
            "0.0607491, 0.0643326, 0.0723701, 0.0903721, 0.134962, 0.256218, 0.590928", \
            "0.0871314, 0.0912172, 0.0999182, 0.118271, 0.163134, 0.28403, 0.617395", \
            "0.130256, 0.135339, 0.145946, 0.166295, 0.212139, 0.333562, 0.667763", \
            "0.206173, 0.212428, 0.225516, 0.250082, 0.297979, 0.419489, 0.75385", \
            "0.355599, 0.362768, 0.37914, 0.410254, 0.464974, 0.587034, 0.920745" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.0104599, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0104921, 0.0135093, 0.0208661, 0.0405792, 0.0970811, 0.255743, 0.696667", \
            "0.0105656, 0.0135389, 0.0209334, 0.0405961, 0.0974648, 0.255356, 0.698748", \
            "0.0107153, 0.0136471, 0.0210467, 0.0407125, 0.0963777, 0.257303, 0.694787", \
            "0.0131326, 0.0159815, 0.0229064, 0.0416633, 0.0966644, 0.257719, 0.694546", \
            "0.0178529, 0.0213773, 0.0283564, 0.0461519, 0.0988245, 0.25592, 0.695584", \
            "0.0242042, 0.0284097, 0.0368569, 0.0546775, 0.103292, 0.25718, 0.698062", \
            "0.0344183, 0.0393771, 0.0499783, 0.0703511, 0.115325, 0.2616, 0.697474" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.01046, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0141262, 0.0159322, 0.0207852, 0.0336741, 0.0685638, 0.1638, 0.426195", \
            "0.0139812, 0.0158007, 0.0206281, 0.0335474, 0.0686457, 0.164003, 0.426949", \
            "0.0138389, 0.0156246, 0.0204232, 0.0332716, 0.0681446, 0.163301, 0.42738", \
            "0.0136493, 0.0153945, 0.0201248, 0.032948, 0.0678434, 0.163063, 0.427264", \
            "0.0141998, 0.0158823, 0.0205244, 0.0330863, 0.0676645, 0.163957, 0.427088", \
            "0.0157812, 0.0174289, 0.0219724, 0.0346223, 0.0691538, 0.16373, 0.426411", \
            "0.0212874, 0.0228142, 0.0273392, 0.0399766, 0.0747806, 0.17051, 0.431849" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.01046, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0158213, 0.0144623, 0.0109329, -0.0004314, -0.0347364, -0.130681, -0.395624", \
            "0.0155529, 0.0142236, 0.0107379, -0.0006332, -0.0349245, -0.130912, -0.395717", \
            "0.0153899, 0.0140269, 0.0105565, -0.0008393, -0.0351117, -0.131036, -0.396128", \
            "0.015254, 0.0138475, 0.0103442, -0.0010621, -0.0353084, -0.131256, -0.396136", \
            "0.0147592, 0.0133802, 0.0101157, -0.0011832, -0.0353912, -0.131291, -0.39617", \
            "0.0188258, 0.0170744, 0.0124446, -0.000139, -0.0345626, -0.130136, -0.395015", \
            "0.0243124, 0.0224831, 0.0175598, 0.0047998, -0.0299607, -0.125785, -0.390298" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.01046, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0126929, 0.0145098, 0.0193906, 0.0322741, 0.0672816, 0.162209, 0.426557", \
            "0.0125198, 0.0143385, 0.019186, 0.0320801, 0.0669418, 0.162252, 0.426854", \
            "0.0122109, 0.0139683, 0.0187609, 0.0316424, 0.0665555, 0.162596, 0.424088", \
            "0.0119138, 0.0136446, 0.0183949, 0.0311754, 0.0663771, 0.161847, 0.421355", \
            "0.0123203, 0.0140132, 0.0186933, 0.0312366, 0.0658777, 0.162266, 0.424595", \
            "0.0139563, 0.0156294, 0.0201444, 0.0329006, 0.0672367, 0.162107, 0.424612", \
            "0.0200564, 0.0213524, 0.0258497, 0.0384283, 0.0732646, 0.16847, 0.42808" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.01046, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0132468, 0.0118675, 0.0083959, -0.0029422, -0.037273, -0.133128, -0.398064", \
            "0.0129222, 0.0115754, 0.0081024, -0.0032824, -0.037579, -0.133569, -0.398374", \
            "0.0127641, 0.0113837, 0.0078765, -0.0035055, -0.0377817, -0.133766, -0.398706", \
            "0.0127095, 0.0113677, 0.0078226, -0.0035078, -0.0378041, -0.133762, -0.398658", \
            "0.0130596, 0.0116043, 0.0082234, -0.0031167, -0.0372787, -0.133192, -0.398076", \
            "0.0179976, 0.0161937, 0.0115035, -0.000924, -0.0353789, -0.131186, -0.396045", \
            "0.0246785, 0.0227038, 0.017753, 0.0048539, -0.0300056, -0.125913, -0.390389" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.01046, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0106354, 0.0124728, 0.0173613, 0.0302463, 0.0650576, 0.160922, 0.421796", \
            "0.0104013, 0.0122172, 0.0170486, 0.0299254, 0.0646557, 0.160114, 0.422781", \
            "0.0101259, 0.0118929, 0.0166272, 0.0295149, 0.0646915, 0.160225, 0.421613", \
            "0.0101307, 0.0117542, 0.0164457, 0.029163, 0.0639789, 0.159973, 0.42467", \
            "0.010821, 0.012555, 0.0171409, 0.0297072, 0.0643708, 0.159948, 0.423003", \
            "0.0133059, 0.0149478, 0.019477, 0.0319709, 0.0663781, 0.161357, 0.42548", \
            "0.0210086, 0.0225047, 0.026737, 0.0389552, 0.0731872, 0.168044, 0.428482" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137771, 0.00379615, 0.01046, 0.0288215, 0.079415, 0.218821");
          values ( \
            "0.0091387, 0.0077979, 0.0037426, -0.0086223, -0.0435056, -0.139743, -0.404783", \
            "0.0087947, 0.007416, 0.0033552, -0.0089815, -0.0438266, -0.140033, -0.405045", \
            "0.0085353, 0.0071465, 0.003095, -0.0092233, -0.0440152, -0.140187, -0.405214", \
            "0.0085318, 0.0070781, 0.0030287, -0.0091787, -0.0438987, -0.140065, -0.405093", \
            "0.0097667, 0.0081335, 0.0036311, -0.0085191, -0.0431509, -0.139258, -0.40429", \
            "0.0129853, 0.0111559, 0.0065741, -0.0061127, -0.0408654, -0.136667, -0.401626", \
            "0.0210858, 0.0181035, 0.013281, 0.0004202, -0.0343635, -0.130527, -0.395339" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002364;
      rise_capacitance : 0.002469;
      rise_capacitance_range (0.002469, 0.002469);
      fall_capacitance : 0.00226;
      fall_capacitance_range (0.00226, 0.00226);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004408, -0.004407, -0.0044049, -0.0044064, -0.0044096, -0.0044172, -0.0044345" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044528, 0.0044416, 0.0044158, 0.0044173, 0.0044208, 0.0044287, 0.0044472" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002426;
      rise_capacitance : 0.002576;
      rise_capacitance_range (0.002576, 0.002576);
      fall_capacitance : 0.002275;
      fall_capacitance_range (0.002275, 0.002275);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045266, -0.0045201, -0.0045051, -0.0045059, -0.0045078, -0.0045123, -0.0045226" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045101, 0.0045117, 0.0045151, 0.0045156, 0.0045167, 0.0045192, 0.004525" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002443;
      rise_capacitance : 0.002545;
      rise_capacitance_range (0.002545, 0.002545);
      fall_capacitance : 0.00234;
      fall_capacitance_range (0.00234, 0.00234);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0025685, -0.0025777, -0.0025991, -0.002589, -0.0025658, -0.0025124, -0.0023893" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053565, 0.0053562, 0.0053553, 0.0053564, 0.0053589, 0.0053646, 0.0053778" \
          );
        }
      }
    }
  }
  cell (scs8hd_o21a_2) {
    area : 8.7584;
    cell_footprint : "o21a";
    cell_leakage_power : 0.0136037;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0124466;
      when : "!A1&!A2&B1";
    }
    leakage_power () {
      value : 0.0276178;
      when : "!A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0124348;
      when : "!A1&A2&B1";
    }
    leakage_power () {
      value : 0.0124248;
      when : "!A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0066227;
      when : "A1&!A2&B1";
    }
    leakage_power () {
      value : 0.0124248;
      when : "A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.012433;
      when : "A1&A2&B1";
    }
    leakage_power () {
      value : 0.0124248;
      when : "A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0136037;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1) | (A2&B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.389109;
      max_transition : 1.50474;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.0591245, 0.0634209, 0.074154, 0.101159, 0.176829, 0.402689, 1.08556", \
            "0.0623021, 0.0665986, 0.0773241, 0.104319, 0.179825, 0.405929, 1.08848", \
            "0.0690845, 0.073393, 0.0841126, 0.111061, 0.186638, 0.412279, 1.09646", \
            "0.0812845, 0.0857385, 0.0967288, 0.123772, 0.199405, 0.425049, 1.10907", \
            "0.0924372, 0.0975546, 0.109376, 0.13717, 0.213062, 0.439013, 1.12094", \
            "0.0859343, 0.0922432, 0.10666, 0.136656, 0.212255, 0.438722, 1.12226", \
            "0.0265416, 0.0340404, 0.0519666, 0.0885032, 0.166839, 0.392978, 1.07691" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.0139278, 0.0178267, 0.0290213, 0.0628698, 0.169751, 0.49956, 1.49599", \
            "0.0139243, 0.017864, 0.0289897, 0.0627449, 0.170012, 0.499306, 1.49525", \
            "0.0139081, 0.0178324, 0.0289803, 0.0628961, 0.169654, 0.498183, 1.49826", \
            "0.0149942, 0.0188357, 0.0297873, 0.0632121, 0.170105, 0.498476, 1.49769", \
            "0.0183259, 0.0222118, 0.0328032, 0.0648905, 0.169845, 0.499146, 1.49545", \
            "0.0238384, 0.0285176, 0.0395327, 0.069397, 0.171047, 0.498331, 1.49369", \
            "0.031901, 0.0377558, 0.0515705, 0.0818435, 0.175537, 0.500548, 1.49474" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.10853, 0.112953, 0.123307, 0.144609, 0.187882, 0.292492, 0.596214", \
            "0.113448, 0.117877, 0.128201, 0.149517, 0.19254, 0.297462, 0.601153", \
            "0.124248, 0.128687, 0.139034, 0.160251, 0.203538, 0.308279, 0.612015", \
            "0.14828, 0.152708, 0.163026, 0.18426, 0.227556, 0.332344, 0.635529", \
            "0.198842, 0.203476, 0.214264, 0.236303, 0.280278, 0.384782, 0.688328", \
            "0.290117, 0.295288, 0.307239, 0.332355, 0.380239, 0.487259, 0.791086", \
            "0.464528, 0.470526, 0.48464, 0.513905, 0.568937, 0.681753, 0.98587" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.0190365, 0.0219898, 0.029176, 0.0443761, 0.085557, 0.21201, 0.621397", \
            "0.0190152, 0.0219895, 0.0289898, 0.0446807, 0.0855245, 0.211837, 0.618039", \
            "0.0190239, 0.0219897, 0.0292127, 0.0444297, 0.0855283, 0.212056, 0.61501", \
            "0.0190137, 0.0219845, 0.0290166, 0.0449861, 0.0854684, 0.2125, 0.618162", \
            "0.0212585, 0.024258, 0.0317001, 0.0466703, 0.0866809, 0.213097, 0.62155", \
            "0.0270154, 0.0301931, 0.037903, 0.0541972, 0.0938852, 0.21574, 0.620427", \
            "0.0369667, 0.0402397, 0.0494455, 0.0675407, 0.107279, 0.223099, 0.616833" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.0499654, 0.0539829, 0.0641276, 0.0904458, 0.165628, 0.391553, 1.07671", \
            "0.053447, 0.0574427, 0.0675944, 0.0938725, 0.169026, 0.394946, 1.08108", \
            "0.0605604, 0.0645481, 0.0746155, 0.100782, 0.176077, 0.402127, 1.09043", \
            "0.0710193, 0.0753065, 0.0857108, 0.112111, 0.187527, 0.413952, 1.09767", \
            "0.0761812, 0.0814559, 0.0933025, 0.120432, 0.195951, 0.421831, 1.10621", \
            "0.0584631, 0.064969, 0.0796761, 0.110039, 0.185325, 0.411207, 1.09664", \
            "-0.0240863, -0.0163698, 0.0023253, 0.0406407, 0.119604, 0.345104, 1.029" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.0125668, 0.0163666, 0.0273397, 0.0615474, 0.169189, 0.501048, 1.50289", \
            "0.0125296, 0.0163389, 0.0273152, 0.0614892, 0.169121, 0.498903, 1.50474", \
            "0.0125822, 0.0163983, 0.0273923, 0.0615808, 0.169526, 0.500118, 1.50321", \
            "0.0145252, 0.0181948, 0.028826, 0.0621236, 0.169791, 0.50185, 1.5006", \
            "0.0188432, 0.0225992, 0.0328589, 0.0639153, 0.169245, 0.498971, 1.49853", \
            "0.0248811, 0.0296672, 0.0410806, 0.0696713, 0.170785, 0.497219, 1.49904", \
            "0.0342212, 0.0402137, 0.0545728, 0.0854591, 0.176821, 0.499114, 1.49026" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.0992044, 0.103636, 0.114002, 0.135309, 0.178588, 0.283062, 0.586837", \
            "0.102678, 0.107109, 0.117459, 0.138778, 0.182051, 0.286801, 0.590327", \
            "0.113465, 0.117881, 0.128214, 0.149376, 0.192658, 0.297462, 0.600843", \
            "0.141524, 0.145937, 0.15631, 0.177485, 0.220883, 0.325596, 0.628886", \
            "0.204619, 0.209329, 0.220291, 0.242041, 0.285744, 0.390771, 0.694157", \
            "0.312677, 0.318227, 0.331198, 0.357841, 0.406134, 0.513894, 0.817461", \
            "0.5066, 0.5131, 0.528349, 0.560892, 0.619438, 0.732025, 1.03421" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.0190293, 0.0219929, 0.0291357, 0.0444313, 0.0855071, 0.212138, 0.620965", \
            "0.0190128, 0.0219829, 0.0291523, 0.0444402, 0.0855473, 0.212342, 0.618422", \
            "0.0190557, 0.0219944, 0.0289755, 0.0447552, 0.0854789, 0.211752, 0.620709", \
            "0.0191224, 0.0221702, 0.0292753, 0.044839, 0.0855569, 0.212457, 0.618127", \
            "0.0224488, 0.0254414, 0.0323032, 0.0478596, 0.0872689, 0.212446, 0.622647", \
            "0.0316133, 0.0349749, 0.0431057, 0.0597824, 0.0965433, 0.215918, 0.620464", \
            "0.0438112, 0.0474593, 0.0569174, 0.0777201, 0.113824, 0.224156, 0.619125" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.0413415, 0.045161, 0.0549769, 0.0809697, 0.156139, 0.381977, 1.06726", \
            "0.0447954, 0.0485998, 0.0584021, 0.0844244, 0.159597, 0.384923, 1.06893", \
            "0.0527211, 0.056463, 0.0661593, 0.0920436, 0.167433, 0.395106, 1.07659", \
            "0.0627286, 0.0668412, 0.0769312, 0.10288, 0.178384, 0.405962, 1.09217", \
            "0.0663573, 0.0714752, 0.0828308, 0.109095, 0.184388, 0.410531, 1.09697", \
            "0.0478926, 0.0542599, 0.0685481, 0.0974886, 0.171974, 0.398019, 1.08504", \
            "-0.030303, -0.0228641, -0.004758, 0.0318043, 0.107504, 0.332859, 1.01621" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.0117528, 0.0154555, 0.0264801, 0.0611046, 0.169755, 0.499462, 1.50076", \
            "0.0117653, 0.0154425, 0.0264696, 0.0609631, 0.169338, 0.500507, 1.49631", \
            "0.0120595, 0.0157415, 0.0266766, 0.0611239, 0.169632, 0.500779, 1.49856", \
            "0.0145705, 0.0179327, 0.0282868, 0.0619382, 0.169343, 0.50056, 1.50262", \
            "0.0189729, 0.0227229, 0.032244, 0.0634195, 0.169547, 0.499406, 1.50053", \
            "0.0254058, 0.0298416, 0.0407045, 0.068636, 0.170426, 0.49906, 1.49405", \
            "0.0348536, 0.0407941, 0.0539785, 0.0827532, 0.174399, 0.501289, 1.50276" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.0533757, 0.0566698, 0.064223, 0.0799931, 0.116519, 0.217026, 0.519736", \
            "0.0581716, 0.0614409, 0.0689818, 0.0847865, 0.121318, 0.221724, 0.525432", \
            "0.0708855, 0.0741325, 0.0816002, 0.0974831, 0.134039, 0.234618, 0.538164", \
            "0.100572, 0.103994, 0.111655, 0.127764, 0.164446, 0.264718, 0.56762", \
            "0.151529, 0.155588, 0.165039, 0.18405, 0.222838, 0.323357, 0.626206", \
            "0.238097, 0.242891, 0.254344, 0.278124, 0.321748, 0.424205, 0.726834", \
            "0.400851, 0.406414, 0.419717, 0.448581, 0.502818, 0.609432, 0.911706" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.0114161, 0.0137062, 0.0191785, 0.0334435, 0.074557, 0.207251, 0.620892", \
            "0.0114639, 0.01369, 0.0192644, 0.0335034, 0.0746281, 0.207117, 0.619577", \
            "0.0114336, 0.0137741, 0.0192974, 0.0334164, 0.0744849, 0.207252, 0.6146", \
            "0.0129025, 0.0150432, 0.0204701, 0.0340419, 0.0748728, 0.206614, 0.613888", \
            "0.0183099, 0.0207861, 0.0269621, 0.0403876, 0.0780205, 0.207572, 0.617602", \
            "0.026039, 0.0289419, 0.03645, 0.0519947, 0.088191, 0.209894, 0.619794", \
            "0.038188, 0.0412344, 0.0494265, 0.0680715, 0.105551, 0.217358, 0.616419" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.0193296, 0.0213844, 0.0275971, 0.0457465, 0.0996055, 0.262714, 0.751077", \
            "0.0191811, 0.0212459, 0.027423, 0.045592, 0.0995724, 0.261572, 0.752248", \
            "0.019045, 0.0211037, 0.0272794, 0.0454175, 0.0992811, 0.262078, 0.751416", \
            "0.0190126, 0.0210372, 0.0270696, 0.045141, 0.0989733, 0.262146, 0.750776", \
            "0.0197761, 0.0216895, 0.0275612, 0.0451638, 0.0987875, 0.261135, 0.753238", \
            "0.0216587, 0.0234947, 0.0292146, 0.0467996, 0.0997749, 0.26136, 0.754055", \
            "0.0275553, 0.0291951, 0.0346577, 0.0521576, 0.10555, 0.26768, 0.754197" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.0198986, 0.0178225, 0.012604, -0.0024693, -0.0544585, -0.217412, -0.713011", \
            "0.0197045, 0.0176391, 0.0123984, -0.0026481, -0.0545331, -0.217514, -0.713187", \
            "0.0195538, 0.017513, 0.0122925, -0.0028186, -0.0547906, -0.217754, -0.71342", \
            "0.0193673, 0.0172881, 0.012036, -0.0031175, -0.0549945, -0.217899, -0.713549", \
            "0.0197575, 0.0176224, 0.0121656, -0.0031753, -0.0551597, -0.217896, -0.7136", \
            "0.0255758, 0.0232004, 0.0167161, -0.001278, -0.0545512, -0.216931, -0.712637", \
            "0.0322739, 0.0296848, 0.022697, 0.0039673, -0.0500984, -0.213375, -0.708498" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.0178725, 0.0199626, 0.0261676, 0.0444393, 0.0983352, 0.261499, 0.751784", \
            "0.0178064, 0.0198786, 0.0260928, 0.0442928, 0.0980905, 0.260298, 0.75431", \
            "0.0176405, 0.0197032, 0.0258527, 0.0439497, 0.097833, 0.26115, 0.751751", \
            "0.0174716, 0.0194704, 0.0254382, 0.0434099, 0.0973566, 0.260809, 0.75364", \
            "0.0180381, 0.0199631, 0.0257914, 0.0432404, 0.0969704, 0.259084, 0.750498", \
            "0.0198204, 0.0216451, 0.0272876, 0.0449399, 0.0978986, 0.259684, 0.750213", \
            "0.0259566, 0.0275174, 0.0329624, 0.0503813, 0.103683, 0.265705, 0.752444" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.0175019, 0.0154384, 0.0102257, -0.0048497, -0.0568288, -0.219694, -0.715367", \
            "0.0171723, 0.0151024, 0.0099302, -0.0051621, -0.0571492, -0.2201, -0.715769", \
            "0.0169752, 0.0149209, 0.0096521, -0.0054315, -0.0573897, -0.220294, -0.716095", \
            "0.0170967, 0.0150338, 0.0097468, -0.0054611, -0.0574045, -0.220244, -0.715875", \
            "0.017915, 0.0157146, 0.0101456, -0.0048856, -0.0570045, -0.219971, -0.715585", \
            "0.0251212, 0.0226117, 0.0158911, -0.0023577, -0.0553402, -0.218121, -0.713742", \
            "0.0349038, 0.0321148, 0.024658, 0.0054971, -0.0486638, -0.212026, -0.706956" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.0161859, 0.0182827, 0.0245608, 0.0428016, 0.0966747, 0.258709, 0.74965", \
            "0.0159941, 0.0180959, 0.0243157, 0.0425552, 0.0963615, 0.258363, 0.745594", \
            "0.0158668, 0.017868, 0.0239508, 0.0420514, 0.0960505, 0.258558, 0.748799", \
            "0.015679, 0.0177112, 0.0236922, 0.0415925, 0.095488, 0.257798, 0.749607", \
            "0.0166247, 0.0185802, 0.0243587, 0.0416758, 0.0952964, 0.258826, 0.748904", \
            "0.0192262, 0.0209705, 0.0267945, 0.0440244, 0.0969137, 0.258665, 0.749293", \
            "0.0265116, 0.0282158, 0.0333401, 0.0505748, 0.102852, 0.265126, 0.752652" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
          values ( \
            "0.0134969, 0.0117315, 0.0068086, -0.0094063, -0.0628792, -0.226358, -0.72224", \
            "0.0131278, 0.0113496, 0.006381, -0.0098239, -0.0632045, -0.226722, -0.7225", \
            "0.012831, 0.0110479, 0.0060423, -0.0102062, -0.0635227, -0.226935, -0.722789", \
            "0.012933, 0.0110511, 0.0058814, -0.010363, -0.0636464, -0.226951, -0.722758", \
            "0.0143157, 0.0121889, 0.0062193, -0.0100357, -0.0631647, -0.226395, -0.722254", \
            "0.0190422, 0.0166881, 0.0114244, -0.0068336, -0.0609847, -0.223639, -0.719857", \
            "0.0276273, 0.0249695, 0.0178817, -0.000798, -0.0547696, -0.218503, -0.713838" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002334;
      rise_capacitance : 0.00244;
      rise_capacitance_range (0.00244, 0.00244);
      fall_capacitance : 0.002229;
      fall_capacitance_range (0.002229, 0.002229);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044285, -0.0044278, -0.0044262, -0.0044274, -0.0044299, -0.0044356, -0.0044488" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044603, 0.0044537, 0.0044383, 0.0044397, 0.0044427, 0.0044498, 0.0044663" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002421;
      rise_capacitance : 0.002575;
      rise_capacitance_range (0.002575, 0.002575);
      fall_capacitance : 0.002266;
      fall_capacitance_range (0.002266, 0.002266);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004452, -0.0044513, -0.0044497, -0.004449, -0.0044473, -0.0044432, -0.0044339" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044417, 0.0044482, 0.0044634, 0.004464, 0.0044652, 0.0044683, 0.0044753" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002487;
      rise_capacitance : 0.0026;
      rise_capacitance_range (0.0026, 0.0026);
      fall_capacitance : 0.002373;
      fall_capacitance_range (0.002373, 0.002373);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0029004, -0.0029007, -0.0029016, -0.0028918, -0.0028691, -0.0028171, -0.0026971" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0054944, 0.0054956, 0.0054985, 0.0054986, 0.0054987, 0.0054992, 0.0055003" \
          );
        }
      }
    }
  }
  cell (scs8hd_o21a_4) {
    area : 15.0144;
    cell_footprint : "o21a";
    cell_leakage_power : 0.0267395;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0249138;
      when : "!A1&!A2&B1";
    }
    leakage_power () {
      value : 0.051435;
      when : "!A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.024894;
      when : "!A1&A2&B1";
    }
    leakage_power () {
      value : 0.0248509;
      when : "!A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0132289;
      when : "A1&!A2&B1";
    }
    leakage_power () {
      value : 0.0248509;
      when : "A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0248919;
      when : "A1&A2&B1";
    }
    leakage_power () {
      value : 0.0248509;
      when : "A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0267395;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1) | (A2&B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.668345;
      max_transition : 1.50787;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550783, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.058377, 0.0612209, 0.069267, 0.0913912, 0.157409, 0.371301, 1.07915", \
            "0.061558, 0.0643946, 0.0724717, 0.0945289, 0.160665, 0.374291, 1.08015", \
            "0.0683605, 0.071194, 0.0792391, 0.101277, 0.167124, 0.380976, 1.08777", \
            "0.0800609, 0.0829762, 0.0911722, 0.113303, 0.179205, 0.393086, 1.09845", \
            "0.088899, 0.0923271, 0.101356, 0.124193, 0.189966, 0.405156, 1.11111", \
            "0.0768693, 0.0809682, 0.0920206, 0.117487, 0.183811, 0.397696, 1.10444", \
            "0.004129, 0.0089289, 0.0221461, 0.0540621, 0.123879, 0.337439, 1.04335" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550783, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.0143545, 0.016976, 0.0252084, 0.0521512, 0.145369, 0.458645, 1.50245", \
            "0.0143069, 0.0169601, 0.0252269, 0.0522941, 0.145274, 0.459491, 1.50017", \
            "0.0143064, 0.0169407, 0.0252351, 0.0522659, 0.145184, 0.459642, 1.50188", \
            "0.0153736, 0.0179743, 0.0261322, 0.0528492, 0.145487, 0.458678, 1.50043", \
            "0.018944, 0.0214469, 0.029393, 0.0546315, 0.145731, 0.458904, 1.50115", \
            "0.0244195, 0.0278132, 0.0360114, 0.0598908, 0.147135, 0.458745, 1.49969", \
            "0.0331629, 0.0368627, 0.0471772, 0.0721619, 0.152428, 0.459926, 1.50068" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550783, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.111626, 0.114432, 0.122212, 0.140275, 0.178585, 0.272663, 0.561674", \
            "0.116455, 0.119254, 0.127016, 0.145159, 0.183376, 0.277462, 0.566439", \
            "0.127612, 0.130415, 0.138176, 0.156231, 0.194374, 0.288542, 0.578066", \
            "0.152688, 0.155505, 0.163244, 0.181379, 0.21961, 0.313811, 0.603261", \
            "0.206657, 0.209569, 0.21765, 0.236321, 0.275259, 0.369439, 0.65912", \
            "0.305462, 0.308783, 0.31771, 0.338829, 0.381775, 0.47966, 0.76914", \
            "0.495124, 0.498867, 0.509349, 0.533919, 0.584372, 0.688314, 0.979109" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550783, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.0197628, 0.0216199, 0.026881, 0.0394411, 0.073128, 0.182609, 0.570566", \
            "0.0199077, 0.0216315, 0.0268648, 0.0395461, 0.0729562, 0.182811, 0.569016", \
            "0.0198965, 0.0218022, 0.0270893, 0.0395772, 0.0730418, 0.182674, 0.570615", \
            "0.0198529, 0.0217396, 0.0269514, 0.0398308, 0.073065, 0.182494, 0.57235", \
            "0.0220794, 0.023809, 0.0291464, 0.0416737, 0.0742514, 0.183273, 0.56923", \
            "0.0280889, 0.0301413, 0.0359251, 0.0493716, 0.0821282, 0.1867, 0.572352", \
            "0.0386031, 0.0406734, 0.0468506, 0.0622719, 0.0961373, 0.19639, 0.571356" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550783, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.0552424, 0.0581758, 0.066513, 0.0891375, 0.155324, 0.369864, 1.07806", \
            "0.0582098, 0.0611632, 0.0694719, 0.0920538, 0.158293, 0.372707, 1.07784", \
            "0.0638551, 0.0668037, 0.0750734, 0.0976019, 0.163726, 0.37849, 1.08453", \
            "0.0722566, 0.0753346, 0.0838724, 0.106585, 0.172948, 0.387782, 1.09438", \
            "0.075901, 0.0794037, 0.0886433, 0.112146, 0.178702, 0.392649, 1.09902", \
            "0.0552101, 0.0594575, 0.0708876, 0.0971364, 0.164282, 0.378909, 1.08637", \
            "-0.0337358, -0.0288127, -0.0147837, 0.0178195, 0.0905703, 0.304664, 1.01178" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550783, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.0147198, 0.0174239, 0.0258478, 0.0528954, 0.14563, 0.460172, 1.50094", \
            "0.0147562, 0.0174513, 0.025816, 0.0528029, 0.145458, 0.460425, 1.50131", \
            "0.0147738, 0.0174398, 0.0258104, 0.0528567, 0.14566, 0.460313, 1.50787", \
            "0.0160834, 0.018773, 0.0270721, 0.0536265, 0.145696, 0.460791, 1.50061", \
            "0.0196652, 0.0222108, 0.0304233, 0.0557448, 0.14656, 0.458524, 1.50207", \
            "0.025733, 0.0290532, 0.0378574, 0.0618069, 0.148105, 0.460556, 1.50184", \
            "0.0352708, 0.0391012, 0.0502737, 0.0765889, 0.155888, 0.460487, 1.49838" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550783, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.0999116, 0.102737, 0.110471, 0.128596, 0.166601, 0.260834, 0.550277", \
            "0.103728, 0.106529, 0.114296, 0.132447, 0.17068, 0.264802, 0.553806", \
            "0.114654, 0.117448, 0.125191, 0.143321, 0.181446, 0.275842, 0.565299", \
            "0.142626, 0.145442, 0.15321, 0.171292, 0.209668, 0.303867, 0.593354", \
            "0.206071, 0.20907, 0.21722, 0.235877, 0.274496, 0.36898, 0.6585", \
            "0.315938, 0.319425, 0.329066, 0.350786, 0.395317, 0.492413, 0.781597", \
            "0.515701, 0.519738, 0.53076, 0.557779, 0.611964, 0.716259, 1.00561" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550783, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.0198355, 0.0217717, 0.0271793, 0.0395433, 0.0733627, 0.18282, 0.570262", \
            "0.019912, 0.0216299, 0.0268348, 0.039534, 0.073021, 0.182767, 0.571927", \
            "0.0197759, 0.021632, 0.0268414, 0.0394443, 0.0733209, 0.182563, 0.57119", \
            "0.0198344, 0.0217889, 0.0270845, 0.0395532, 0.0733048, 0.182674, 0.572382", \
            "0.0232023, 0.0250353, 0.0302624, 0.0424215, 0.0748489, 0.183377, 0.572514", \
            "0.032521, 0.0345058, 0.0405296, 0.0546198, 0.0845542, 0.188104, 0.569594", \
            "0.0451494, 0.0473773, 0.054342, 0.0707437, 0.104097, 0.196852, 0.571634" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550783, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.0438137, 0.0464982, 0.0542203, 0.0758571, 0.141516, 0.35618, 1.06408", \
            "0.0471895, 0.0498675, 0.0576049, 0.0791913, 0.144874, 0.358629, 1.06819", \
            "0.0550224, 0.0576952, 0.0653192, 0.0867437, 0.152264, 0.367571, 1.07148", \
            "0.0643935, 0.0671906, 0.0750945, 0.0968861, 0.162435, 0.377754, 1.08764", \
            "0.0672815, 0.0706606, 0.0795756, 0.101644, 0.167563, 0.381046, 1.0905", \
            "0.0465312, 0.0506536, 0.0617027, 0.0864862, 0.151648, 0.365736, 1.07436", \
            "-0.0378957, -0.0331565, -0.0196115, 0.0119367, 0.080012, 0.292391, 0.999628" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550783, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.0130861, 0.0156351, 0.0238676, 0.0510372, 0.144445, 0.459815, 1.5015", \
            "0.0130328, 0.0156043, 0.0238453, 0.0511567, 0.144595, 0.459239, 1.50009", \
            "0.0133315, 0.0159223, 0.0240686, 0.0511486, 0.144973, 0.46074, 1.50344", \
            "0.0153207, 0.0177343, 0.0255514, 0.0522979, 0.144837, 0.460498, 1.50766", \
            "0.019839, 0.0223464, 0.0294177, 0.0541485, 0.145728, 0.45952, 1.50412", \
            "0.0260387, 0.0289386, 0.0374782, 0.0600287, 0.146808, 0.459765, 1.50128", \
            "0.0359368, 0.0394973, 0.0498248, 0.0746352, 0.151906, 0.460715, 1.50141" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550783, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.0554743, 0.0575927, 0.0633242, 0.0767124, 0.108023, 0.196479, 0.484697", \
            "0.0603236, 0.0624235, 0.0681503, 0.0814556, 0.112796, 0.201301, 0.489426", \
            "0.0728795, 0.0749985, 0.0806667, 0.0940022, 0.125386, 0.213902, 0.50271", \
            "0.102752, 0.10491, 0.110711, 0.124181, 0.155645, 0.244179, 0.532232", \
            "0.154864, 0.157458, 0.164453, 0.18063, 0.214667, 0.303892, 0.592951", \
            "0.244735, 0.247741, 0.256064, 0.275905, 0.316015, 0.407699, 0.695284", \
            "0.413999, 0.417483, 0.427518, 0.450988, 0.500272, 0.598916, 0.886418" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550783, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.012105, 0.0135757, 0.0175644, 0.0285489, 0.0618538, 0.176299, 0.571309", \
            "0.012005, 0.0134823, 0.0175687, 0.0285791, 0.0617796, 0.176261, 0.569612", \
            "0.0120338, 0.0135353, 0.0175146, 0.0284255, 0.061728, 0.176104, 0.573161", \
            "0.0133139, 0.0147628, 0.0186098, 0.0293201, 0.0620679, 0.176063, 0.566186", \
            "0.0189939, 0.0205074, 0.0249525, 0.0358851, 0.0659702, 0.177118, 0.572332", \
            "0.0272131, 0.0289567, 0.034197, 0.046811, 0.076678, 0.180578, 0.567103", \
            "0.0404165, 0.0421746, 0.0480409, 0.0625392, 0.0954426, 0.190038, 0.568659" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550782, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.038167, 0.0405258, 0.0483065, 0.0735495, 0.154745, 0.419944, 1.29749", \
            "0.0378499, 0.0402084, 0.0480224, 0.0732632, 0.154457, 0.419221, 1.29761", \
            "0.0375383, 0.039867, 0.0476708, 0.0728302, 0.153953, 0.4195, 1.29566", \
            "0.0374931, 0.0398137, 0.0474334, 0.0721109, 0.153191, 0.41892, 1.29482", \
            "0.038807, 0.0409986, 0.0482807, 0.0720993, 0.152633, 0.418287, 1.29537", \
            "0.0417299, 0.0438237, 0.0509861, 0.0750873, 0.154394, 0.419533, 1.29737", \
            "0.0523763, 0.0542016, 0.0607185, 0.084447, 0.16424, 0.427726, 1.30234" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550782, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.0417516, 0.0393405, 0.0319477, 0.011154, -0.0645873, -0.330546, -1.21784", \
            "0.0413274, 0.0389038, 0.0315721, 0.0108152, -0.0650144, -0.330971, -1.21844", \
            "0.0409358, 0.0384857, 0.0312763, 0.0103536, -0.0653808, -0.331498, -1.21885", \
            "0.0404854, 0.0381092, 0.0306739, 0.009795, -0.0659516, -0.331981, -1.21922", \
            "0.0414557, 0.0389018, 0.0311652, 0.0096931, -0.0662387, -0.331966, -1.21937", \
            "0.0505812, 0.0478064, 0.0393498, 0.0151324, -0.0651009, -0.330509, -1.21778", \
            "0.0640407, 0.0610142, 0.0517617, 0.0250157, -0.0565954, -0.323914, -1.21041" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550782, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.0347229, 0.037067, 0.044882, 0.070271, 0.151398, 0.416658, 1.29594", \
            "0.0345464, 0.0369043, 0.0447367, 0.0700809, 0.151138, 0.416494, 1.28973", \
            "0.0342244, 0.0365474, 0.0443615, 0.0695629, 0.150707, 0.416001, 1.29623", \
            "0.0337694, 0.036117, 0.0437477, 0.0685981, 0.149716, 0.415709, 1.28817", \
            "0.0351842, 0.0374121, 0.0446224, 0.0683944, 0.149272, 0.414675, 1.2883", \
            "0.0384244, 0.0404795, 0.0475781, 0.0715514, 0.151119, 0.416648, 1.29449", \
            "0.0505118, 0.0522461, 0.0587781, 0.0817994, 0.161762, 0.424831, 1.30021" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550782, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.0365821, 0.0342106, 0.0268835, 0.0060067, -0.0695899, -0.335674, -1.22304", \
            "0.0361612, 0.0337379, 0.0263173, 0.005632, -0.0701739, -0.336046, -1.22336", \
            "0.0358342, 0.0333258, 0.0260185, 0.0053299, -0.0705199, -0.336384, -1.22379", \
            "0.035929, 0.0336163, 0.0262614, 0.0048402, -0.0709341, -0.336846, -1.224", \
            "0.0374576, 0.035041, 0.0272487, 0.0056999, -0.0697954, -0.335834, -1.22318", \
            "0.0497393, 0.0468576, 0.0380771, 0.0123311, -0.0673831, -0.332402, -1.21979", \
            "0.0662607, 0.0631522, 0.0536425, 0.026794, -0.0557654, -0.323094, -1.2092" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550782, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.0309223, 0.0333121, 0.0412423, 0.0667176, 0.147798, 0.413104, 1.29242", \
            "0.0305706, 0.032978, 0.0408798, 0.0662649, 0.147421, 0.412694, 1.29342", \
            "0.0303188, 0.0326095, 0.0403728, 0.0655187, 0.146689, 0.413002, 1.28476", \
            "0.0302364, 0.0324821, 0.0399816, 0.064725, 0.145623, 0.411839, 1.29161", \
            "0.0319506, 0.0341492, 0.0414864, 0.0651636, 0.145869, 0.410994, 1.29394", \
            "0.0365514, 0.0385204, 0.04559, 0.0691072, 0.14832, 0.414131, 1.29192", \
            "0.050533, 0.0521477, 0.058541, 0.0815211, 0.159601, 0.422407, 1.2979" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165949, 0.00550782, 0.0182804, 0.0606723, 0.20137, 0.668345");
          values ( \
            "0.0284671, 0.0264439, 0.0198589, -0.001731, -0.0806119, -0.347959, -1.23555", \
            "0.0277861, 0.0257468, 0.0191041, -0.0023326, -0.0811811, -0.348516, -1.23639", \
            "0.0271637, 0.0250831, 0.0183542, -0.0031975, -0.081867, -0.349092, -1.23691", \
            "0.0269778, 0.0249042, 0.0179404, -0.0038151, -0.0822578, -0.349305, -1.23703", \
            "0.0280795, 0.0256002, 0.0179825, -0.0035612, -0.081629, -0.348404, -1.23621", \
            "0.038946, 0.0361539, 0.0275219, 0.0025121, -0.0779026, -0.344161, -1.23193", \
            "0.0538845, 0.0508568, 0.0426698, 0.015833, -0.0661729, -0.33376, -1.22133" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004867;
      rise_capacitance : 0.005092;
      rise_capacitance_range (0.005092, 0.005092);
      fall_capacitance : 0.004642;
      fall_capacitance_range (0.004642, 0.004642);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0090669, -0.0090556, -0.0090295, -0.0090281, -0.0090249, -0.0090174, -0.0090001" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0090574, 0.0090601, 0.0090665, 0.0090618, 0.009051, 0.0090261, 0.0089688" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004461;
      rise_capacitance : 0.004763;
      rise_capacitance_range (0.004763, 0.004763);
      fall_capacitance : 0.004158;
      fall_capacitance_range (0.004158, 0.004158);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0083844, -0.0083858, -0.0083892, -0.0083907, -0.0083944, -0.0084025, -0.0084213" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0084375, 0.0084275, 0.0084043, 0.0084048, 0.008406, 0.0084087, 0.008415" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004614;
      rise_capacitance : 0.004833;
      rise_capacitance_range (0.004833, 0.004833);
      fall_capacitance : 0.004396;
      fall_capacitance_range (0.004396, 0.004396);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.005003, -0.0050144, -0.0050403, -0.0050183, -0.0049673, -0.0048498, -0.0045788" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0104744, 0.0104786, 0.0104881, 0.0104823, 0.010469, 0.0104382, 0.0103674" \
          );
        }
      }
    }
  }
  cell (scs8hd_o21ai_0) {
    area : 5.0048;
    cell_footprint : "o21ai";
    cell_leakage_power : 0.00505536;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0001543;
      when : "!A1&!A2&B1";
    }
    leakage_power () {
      value : 7.60503e-06;
      when : "!A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0158323;
      when : "!A1&A2&B1";
    }
    leakage_power () {
      value : 9.84132e-05;
      when : "!A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0083233;
      when : "A1&!A2&B1";
    }
    leakage_power () {
      value : 9.77503e-05;
      when : "A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.015831;
      when : "A1&A2&B1";
    }
    leakage_power () {
      value : 9.8212e-05;
      when : "A1&A2&!B1";
    }
    leakage_power () {
      value : 0.00505536;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2) | (!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.074168;
      max_transition : 1.48513;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0605125, 0.0700539, 0.091059, 0.138554, 0.247034, 0.496683, 1.06576", \
            "0.0650704, 0.0743873, 0.0957133, 0.143497, 0.251824, 0.500297, 1.07162", \
            "0.0752189, 0.0844542, 0.10564, 0.153554, 0.262537, 0.510956, 1.0827", \
            "0.0969775, 0.107026, 0.128121, 0.175949, 0.284732, 0.534056, 1.10525", \
            "0.134972, 0.147624, 0.174624, 0.227968, 0.337655, 0.588231, 1.15843", \
            "0.202591, 0.219949, 0.255675, 0.323801, 0.454759, 0.70894, 1.28024", \
            "0.334687, 0.357788, 0.404752, 0.496776, 0.667378, 0.978415, 1.56666" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0494408, 0.0618286, 0.090539, 0.155756, 0.307439, 0.655777, 1.44746", \
            "0.0494392, 0.0618955, 0.0903147, 0.156162, 0.306709, 0.651971, 1.44802", \
            "0.049427, 0.0618482, 0.0903295, 0.156007, 0.306881, 0.652097, 1.45275", \
            "0.0551251, 0.0663072, 0.0928434, 0.156383, 0.307014, 0.654467, 1.45121", \
            "0.0743134, 0.0857902, 0.111786, 0.168488, 0.3098, 0.655465, 1.44835", \
            "0.109756, 0.124013, 0.153983, 0.215161, 0.346415, 0.662881, 1.45048", \
            "0.168302, 0.18675, 0.225392, 0.302002, 0.45211, 0.754883, 1.47751" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0275343, 0.0316262, 0.0405627, 0.0606251, 0.105937, 0.209471, 0.447257", \
            "0.0310876, 0.0351061, 0.0441418, 0.0642078, 0.109553, 0.213056, 0.450905", \
            "0.0380328, 0.0424669, 0.0518064, 0.0720405, 0.11745, 0.22116, 0.458935", \
            "0.0463581, 0.0525853, 0.0647483, 0.0884544, 0.135035, 0.239036, 0.477073", \
            "0.0498585, 0.05926, 0.0770735, 0.110512, 0.169595, 0.279328, 0.518324", \
            "0.036222, 0.0496667, 0.0762337, 0.125931, 0.211805, 0.355459, 0.611446", \
            "-0.0245708, -0.0049761, 0.0343192, 0.106433, 0.232157, 0.442195, 0.781403" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0183945, 0.0233908, 0.0347583, 0.0610425, 0.121619, 0.259774, 0.578795", \
            "0.0183659, 0.023362, 0.0348028, 0.0610688, 0.121056, 0.259616, 0.579347", \
            "0.0212001, 0.0255333, 0.0359114, 0.0612143, 0.121618, 0.260477, 0.578922", \
            "0.0313585, 0.0360343, 0.0459772, 0.067869, 0.123728, 0.25991, 0.579595", \
            "0.0503559, 0.0566521, 0.0691516, 0.0941775, 0.144524, 0.267419, 0.579655", \
            "0.0838581, 0.0922098, 0.110497, 0.143997, 0.20492, 0.321891, 0.600871", \
            "0.1459, 0.157528, 0.182995, 0.230083, 0.313911, 0.460154, 0.729728" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0523418, 0.0619504, 0.0831118, 0.130943, 0.239593, 0.487993, 1.05856", \
            "0.0554513, 0.0651023, 0.0865135, 0.134628, 0.243565, 0.492329, 1.06781", \
            "0.0661204, 0.0753675, 0.0966703, 0.144775, 0.253839, 0.502847, 1.07432", \
            "0.0930202, 0.10303, 0.123629, 0.170712, 0.279613, 0.528649, 1.10023", \
            "0.138855, 0.153471, 0.181593, 0.234645, 0.341515, 0.59018, 1.16092", \
            "0.216981, 0.237438, 0.277021, 0.353071, 0.488353, 0.73366, 1.30407", \
            "0.36725, 0.392455, 0.445315, 0.549275, 0.741161, 1.06696, 1.64085" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0493263, 0.0617956, 0.0904106, 0.155919, 0.30681, 0.65259, 1.44803", \
            "0.0493521, 0.0619264, 0.0903483, 0.155789, 0.307422, 0.654848, 1.45581", \
            "0.0494131, 0.0617139, 0.0902732, 0.155821, 0.307168, 0.653123, 1.4485", \
            "0.0592055, 0.0693188, 0.094342, 0.15607, 0.306588, 0.652676, 1.44856", \
            "0.0843333, 0.0966453, 0.122699, 0.174769, 0.310072, 0.655065, 1.4485", \
            "0.121072, 0.139404, 0.176099, 0.242389, 0.363763, 0.666506, 1.45361", \
            "0.182994, 0.20738, 0.257715, 0.354157, 0.518334, 0.803878, 1.48513" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0222344, 0.0258991, 0.0339564, 0.0522678, 0.0937589, 0.189714, 0.408478", \
            "0.0255791, 0.0293791, 0.0376151, 0.0561102, 0.0975047, 0.193008, 0.413954", \
            "0.0309079, 0.0356887, 0.0451676, 0.0639362, 0.105999, 0.202038, 0.42091", \
            "0.0344066, 0.0415644, 0.0553212, 0.0798581, 0.123964, 0.220959, 0.43968", \
            "0.0298678, 0.0410257, 0.0611237, 0.0971347, 0.158078, 0.262143, 0.48393", \
            "0.0015911, 0.0183262, 0.0484615, 0.102322, 0.192031, 0.335859, 0.580163", \
            "-0.087676, -0.0631717, -0.0169631, 0.0628313, 0.19587, 0.408662, 0.746464" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0119986, 0.0165155, 0.0270809, 0.050922, 0.105837, 0.233412, 0.52357", \
            "0.01233, 0.0166796, 0.0270618, 0.0511478, 0.106063, 0.232479, 0.527985", \
            "0.0169286, 0.0205915, 0.0293491, 0.0517899, 0.107697, 0.234048, 0.52424", \
            "0.0272485, 0.0317196, 0.0410441, 0.0611687, 0.110104, 0.233242, 0.523438", \
            "0.0458901, 0.0522122, 0.065179, 0.0884964, 0.135842, 0.244194, 0.526322", \
            "0.0804309, 0.0889783, 0.1057, 0.139189, 0.199414, 0.304995, 0.552463", \
            "0.148002, 0.158462, 0.181878, 0.226244, 0.30814, 0.450146, 0.698464" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0205084, 0.025646, 0.0369396, 0.0619407, 0.117859, 0.246282, 0.541205", \
            "0.0253198, 0.0302258, 0.041396, 0.0664886, 0.123357, 0.252895, 0.549481", \
            "0.0365711, 0.042378, 0.0533589, 0.0779508, 0.134193, 0.263549, 0.557585", \
            "0.053785, 0.0627315, 0.0790454, 0.106999, 0.162706, 0.29137, 0.590898", \
            "0.0822984, 0.0951277, 0.119516, 0.161963, 0.230061, 0.356167, 0.651613", \
            "0.135011, 0.152711, 0.186625, 0.248289, 0.351597, 0.513231, 0.806862", \
            "0.239553, 0.263494, 0.309563, 0.392917, 0.544409, 0.790228, 1.16647" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0164677, 0.0231233, 0.0385744, 0.0738397, 0.153542, 0.3384, 0.764564", \
            "0.0167778, 0.0231301, 0.0383912, 0.0737058, 0.155016, 0.339772, 0.769379", \
            "0.0231824, 0.0276466, 0.0400972, 0.0735417, 0.154547, 0.34111, 0.764485", \
            "0.035866, 0.0425703, 0.0545954, 0.0810109, 0.155113, 0.340536, 0.77316", \
            "0.0560911, 0.0662437, 0.0840191, 0.115655, 0.175011, 0.341038, 0.764636", \
            "0.0887814, 0.102424, 0.128853, 0.177836, 0.255182, 0.393259, 0.772956", \
            "0.157127, 0.174212, 0.207149, 0.277626, 0.397285, 0.578028, 0.896904" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0148002, 0.0179143, 0.0248964, 0.0405004, 0.0759669, 0.157721, 0.345486", \
            "0.0182283, 0.0214932, 0.0284658, 0.0441684, 0.0796131, 0.161211, 0.348521", \
            "0.0220494, 0.0270066, 0.0365641, 0.0530628, 0.0887965, 0.170087, 0.357183", \
            "0.0237153, 0.0311676, 0.045232, 0.0696166, 0.109584, 0.190999, 0.378442", \
            "0.0181534, 0.0290172, 0.0492027, 0.0853493, 0.14456, 0.239605, 0.42592", \
            "-0.0062466, 0.0089099, 0.0378743, 0.0896803, 0.177011, 0.316822, 0.539251", \
            "-0.0812952, -0.0587884, -0.0183302, 0.0565769, 0.178556, 0.388379, 0.718348" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0098949, 0.0137835, 0.0228003, 0.0434689, 0.0910828, 0.198964, 0.44882", \
            "0.0116718, 0.014859, 0.0231594, 0.0437883, 0.0911368, 0.199886, 0.450839", \
            "0.0183245, 0.0220844, 0.0286516, 0.0458778, 0.0910222, 0.199757, 0.451151", \
            "0.0290054, 0.0344102, 0.0442934, 0.0625998, 0.0988024, 0.200431, 0.451214", \
            "0.0472933, 0.0550957, 0.0703571, 0.0956175, 0.138321, 0.221181, 0.451151", \
            "0.0826548, 0.0930009, 0.114184, 0.150047, 0.215563, 0.314294, 0.504012", \
            "0.150449, 0.165079, 0.195139, 0.246866, 0.334168, 0.480118, 0.723122" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0090296, 0.0102994, 0.0131517, 0.0196623, 0.0345729, 0.0687903, 0.14749", \
            "0.0088949, 0.010151, 0.0130334, 0.0195811, 0.03453, 0.068777, 0.147377", \
            "0.0087729, 0.0100313, 0.0129046, 0.0194895, 0.0344365, 0.068699, 0.147223", \
            "0.0086829, 0.009936, 0.0127998, 0.0193412, 0.0343476, 0.068587, 0.147333", \
            "0.0086855, 0.0099407, 0.0128326, 0.0193684, 0.0343354, 0.0685507, 0.147261", \
            "0.00934, 0.0104775, 0.0133388, 0.0198348, 0.0346126, 0.0688562, 0.147419", \
            "0.0127606, 0.0137615, 0.0161644, 0.0220302, 0.0363358, 0.0701089, 0.148443" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0028113, 0.0015864, -0.0012345, -0.0077549, -0.0227872, -0.0574093, -0.137144", \
            "0.002687, 0.0014748, -0.0013315, -0.007832, -0.0228549, -0.0574696, -0.137185", \
            "0.0025268, 0.0013293, -0.0014581, -0.0079326, -0.0229367, -0.0575355, -0.137216", \
            "0.0024109, 0.0012103, -0.0015757, -0.0080162, -0.0230023, -0.0575712, -0.137284", \
            "0.0026929, 0.0014553, -0.0014027, -0.0080129, -0.0229835, -0.0575428, -0.137203", \
            "0.0036468, 0.0023231, -0.0006655, -0.0073781, -0.0226363, -0.0574118, -0.137154", \
            "0.0071732, 0.0057321, 0.0024522, -0.0047874, -0.0206624, -0.0560769, -0.13643" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0072425, 0.0085339, 0.0114198, 0.0179679, 0.0328885, 0.0671512, 0.145717", \
            "0.0069907, 0.0082891, 0.0112053, 0.0178002, 0.0328008, 0.0670283, 0.145763", \
            "0.0068644, 0.0081043, 0.0110069, 0.0176402, 0.0326605, 0.0670193, 0.145682", \
            "0.0069391, 0.0081677, 0.0110117, 0.0175135, 0.0324974, 0.0668599, 0.145581", \
            "0.007373, 0.0085586, 0.0113072, 0.0177235, 0.0325312, 0.0667128, 0.145524", \
            "0.0088415, 0.009944, 0.0125436, 0.0188191, 0.0333595, 0.0667171, 0.14532", \
            "0.0130834, 0.0144615, 0.0180033, 0.0226544, 0.0369231, 0.0710326, 0.146773" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0019148, 0.0007507, -0.0020173, -0.0085093, -0.0235357, -0.0581767, -0.137885", \
            "0.0017543, 0.0006204, -0.0020953, -0.0085294, -0.0235221, -0.0581343, -0.137851", \
            "0.001525, 0.000392, -0.0022802, -0.0086423, -0.0235684, -0.0581446, -0.137828", \
            "0.0014465, 0.0002062, -0.0024931, -0.0088411, -0.0236908, -0.0582063, -0.137857", \
            "0.0016365, 0.0003916, -0.0024308, -0.0089285, -0.0238378, -0.0582918, -0.137903", \
            "0.0027588, 0.001358, -0.0017146, -0.0084547, -0.0236037, -0.0582768, -0.137895", \
            "0.0066267, 0.0050282, 0.0015055, -0.0059716, -0.0219773, -0.0572418, -0.137385" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0033491, 0.0047315, 0.0077563, 0.0144636, 0.0292046, 0.0636886, 0.142531", \
            "0.003157, 0.0044833, 0.0074833, 0.0142491, 0.0293207, 0.0638741, 0.142987", \
            "0.0031337, 0.0043999, 0.0072704, 0.0139864, 0.029038, 0.0638123, 0.142516", \
            "0.003316, 0.0045694, 0.0073634, 0.0138265, 0.0288831, 0.0632675, 0.143222", \
            "0.0040513, 0.0051823, 0.0078247, 0.0142105, 0.0288229, 0.0631624, 0.142159", \
            "0.0060323, 0.0070155, 0.0094396, 0.0153645, 0.0301412, 0.0635878, 0.142915", \
            "0.0119166, 0.012665, 0.0152252, 0.0203379, 0.0340664, 0.0677925, 0.144112" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00115039, 0.00264678, 0.00608965, 0.0140109, 0.032236, 0.0741677");
          values ( \
            "0.0003646, -0.0007802, -0.0035266, -0.0099798, -0.0250005, -0.0596116, -0.139388", \
            "0.0001587, -0.0009584, -0.0036695, -0.0100755, -0.0250343, -0.0596494, -0.139347", \
            "2.05e-05, -0.0011303, -0.0038488, -0.010215, -0.0251369, -0.0596932, -0.139353", \
            "6.59e-05, -0.0011598, -0.0039271, -0.010334, -0.0252472, -0.0597644, -0.139411", \
            "0.0009112, -0.0003501, -0.0032824, -0.0100943, -0.0251223, -0.0597657, -0.139446", \
            "0.0030316, 0.00145, -0.0018556, -0.0088769, -0.0241178, -0.058922, -0.139044", \
            "0.0090233, 0.0080122, 0.0032706, -0.0042689, -0.0213495, -0.0574343, -0.138157" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001784;
      rise_capacitance : 0.001854;
      rise_capacitance_range (0.001854, 0.001854);
      fall_capacitance : 0.001714;
      fall_capacitance_range (0.001714, 0.001714);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0033103, -0.0033009, -0.0032793, -0.0032798, -0.003281, -0.0032837, -0.0032899" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0032982, 0.0032934, 0.0032826, 0.0032835, 0.0032855, 0.0032902, 0.0033012" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001749;
      rise_capacitance : 0.001853;
      rise_capacitance_range (0.001853, 0.001853);
      fall_capacitance : 0.001644;
      fall_capacitance_range (0.001644, 0.001644);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0031934, -0.0031954, -0.0032002, -0.0031998, -0.0031991, -0.0031973, -0.0031932" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0032117, 0.0032109, 0.0032091, 0.0032087, 0.0032076, 0.0032051, 0.0031994" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001728;
      rise_capacitance : 0.001778;
      rise_capacitance_range (0.001778, 0.001778);
      fall_capacitance : 0.001677;
      fall_capacitance_range (0.001677, 0.001677);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.002142, -0.0021441, -0.0021488, -0.0021422, -0.0021269, -0.0020916, -0.0020104" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0040226, 0.004022, 0.0040208, 0.0040215, 0.0040232, 0.0040272, 0.0040363" \
          );
        }
      }
    }
  }
  cell (scs8hd_o21ai_1) {
    area : 5.0048;
    cell_footprint : "o21ai";
    cell_leakage_power : 0.00258057;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 2.51779e-05;
      when : "A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0062077;
      when : "A1&A2&B1";
    }
    leakage_power () {
      value : 2.50859e-05;
      when : "A1&A2&!B1";
    }
    leakage_power () {
      value : 4.59105e-05;
      when : "!A1&!A2&B1";
    }
    leakage_power () {
      value : 0.0076207;
      when : "!A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0062143;
      when : "!A1&A2&B1";
    }
    leakage_power () {
      value : 2.51477e-05;
      when : "!A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0004805;
      when : "A1&!A2&B1";
    }
    leakage_power () {
      value : 0.00258057;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2) | (!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.114451;
      max_transition : 1.49943;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.0547302, 0.0617589, 0.0786759, 0.11965, 0.220054, 0.467346, 1.0786", \
            "0.0594207, 0.0664467, 0.0834877, 0.124729, 0.225107, 0.473935, 1.08327", \
            "0.0699682, 0.0769852, 0.094043, 0.13528, 0.236024, 0.4837, 1.09455", \
            "0.0926025, 0.100503, 0.117831, 0.159103, 0.259824, 0.509038, 1.11976", \
            "0.131997, 0.142107, 0.164347, 0.212943, 0.315432, 0.563134, 1.17508", \
            "0.20519, 0.218613, 0.248488, 0.311812, 0.43804, 0.693356, 1.30708", \
            "0.355285, 0.372705, 0.412093, 0.495167, 0.659432, 0.974451, 1.60432" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.0426908, 0.0519118, 0.0749233, 0.131372, 0.270988, 0.615814, 1.46882", \
            "0.0426327, 0.0518917, 0.0748233, 0.131463, 0.270814, 0.61784, 1.46548", \
            "0.0427592, 0.0520279, 0.0747618, 0.131279, 0.271192, 0.616065, 1.46639", \
            "0.0493251, 0.057355, 0.0780993, 0.132149, 0.271609, 0.616834, 1.46797", \
            "0.0686076, 0.0775152, 0.098163, 0.146804, 0.274887, 0.617133, 1.46859", \
            "0.102067, 0.112941, 0.138656, 0.193984, 0.31513, 0.626236, 1.46798", \
            "0.158001, 0.171829, 0.20366, 0.27413, 0.417783, 0.719391, 1.49586" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.0233006, 0.0262739, 0.0331576, 0.0495854, 0.0891473, 0.186029, 0.425308", \
            "0.0264448, 0.0293924, 0.0363681, 0.0528102, 0.0923695, 0.189538, 0.428579", \
            "0.0318127, 0.0352186, 0.0429634, 0.0597016, 0.0993919, 0.196641, 0.435777", \
            "0.0363322, 0.0411593, 0.0514754, 0.0727415, 0.115111, 0.212571, 0.452089", \
            "0.0324844, 0.0394668, 0.0548331, 0.0853666, 0.141982, 0.248783, 0.48922", \
            "0.0040196, 0.0144913, 0.0367837, 0.0817405, 0.163987, 0.308599, 0.572985", \
            "-0.0850897, -0.0704245, -0.0379525, 0.0268729, 0.146297, 0.356693, 0.713972" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.015205, 0.0187193, 0.0273459, 0.0487994, 0.101461, 0.232113, 0.555562", \
            "0.015361, 0.0187226, 0.0273321, 0.0487804, 0.101841, 0.2325, 0.555437", \
            "0.0191099, 0.0221809, 0.0296076, 0.0494717, 0.101838, 0.2323, 0.556567", \
            "0.0289222, 0.0325019, 0.0404732, 0.0588687, 0.105354, 0.232249, 0.556563", \
            "0.0467875, 0.0516365, 0.0621432, 0.0842433, 0.129793, 0.2433, 0.556383", \
            "0.0786163, 0.0851686, 0.099623, 0.129915, 0.189028, 0.301704, 0.580656", \
            "0.137647, 0.147925, 0.168855, 0.209571, 0.288965, 0.435649, 0.722549" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.0466913, 0.0541197, 0.0713419, 0.112699, 0.21331, 0.460771, 1.07164", \
            "0.0500531, 0.0571756, 0.0745293, 0.116306, 0.217427, 0.465215, 1.07619", \
            "0.0609858, 0.0681552, 0.0850639, 0.126523, 0.227852, 0.476396, 1.08817", \
            "0.0880763, 0.0956829, 0.112764, 0.153151, 0.254563, 0.502097, 1.11368", \
            "0.134341, 0.145357, 0.169393, 0.218146, 0.31785, 0.564543, 1.17829", \
            "0.216938, 0.231774, 0.26492, 0.333246, 0.464383, 0.712873, 1.32088", \
            "0.381738, 0.400579, 0.443415, 0.535597, 0.719082, 1.05179, 1.66303" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.0427621, 0.051886, 0.074725, 0.131227, 0.270369, 0.614782, 1.46609", \
            "0.0426353, 0.0519346, 0.0748369, 0.131361, 0.271595, 0.615932, 1.46641", \
            "0.0430418, 0.0519323, 0.0747255, 0.131336, 0.270913, 0.615354, 1.4678", \
            "0.0538103, 0.0611481, 0.0803716, 0.132166, 0.271763, 0.615789, 1.46697", \
            "0.0756544, 0.0862121, 0.108406, 0.154286, 0.276297, 0.615752, 1.47081", \
            "0.108821, 0.123664, 0.155246, 0.218346, 0.334826, 0.629379, 1.47072", \
            "0.166879, 0.18571, 0.228079, 0.317272, 0.476028, 0.762226, 1.49943" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.0185101, 0.0210786, 0.0270803, 0.0413478, 0.0761248, 0.162023, 0.37432", \
            "0.021496, 0.024234, 0.0303558, 0.0448375, 0.0797135, 0.165644, 0.381237", \
            "0.0243937, 0.0283796, 0.0364582, 0.0521746, 0.0874787, 0.173518, 0.386954", \
            "0.0238349, 0.0295264, 0.0414396, 0.0636957, 0.1045, 0.191403, 0.404737", \
            "0.0120883, 0.0202373, 0.0377983, 0.0708271, 0.128954, 0.230752, 0.445853", \
            "-0.0308204, -0.0179257, 0.0079001, 0.056896, 0.142496, 0.287097, 0.537485", \
            "-0.148583, -0.129756, -0.0913052, -0.0189212, 0.106996, 0.320014, 0.671432" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.008917, 0.0119369, 0.0195443, 0.0383116, 0.0841836, 0.19827, 0.481531", \
            "0.0097601, 0.0124693, 0.0196389, 0.0382308, 0.0845435, 0.199285, 0.487776", \
            "0.0149269, 0.0175165, 0.0238147, 0.0399072, 0.0843029, 0.198779, 0.483272", \
            "0.0247492, 0.0282582, 0.0358742, 0.0520049, 0.0905123, 0.200879, 0.483427", \
            "0.0422029, 0.0467182, 0.0573016, 0.0785454, 0.119679, 0.21522, 0.484778", \
            "0.0758343, 0.0816932, 0.0954043, 0.124498, 0.180244, 0.282747, 0.51928", \
            "0.140973, 0.148902, 0.167384, 0.206034, 0.282077, 0.420528, 0.675186" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.0216247, 0.0269922, 0.0397659, 0.0700887, 0.14244, 0.321886, 0.764908", \
            "0.0265199, 0.031639, 0.0439683, 0.0744231, 0.148184, 0.326943, 0.766236", \
            "0.0383446, 0.0440815, 0.0559053, 0.0855962, 0.15808, 0.33776, 0.78287", \
            "0.0573061, 0.0659087, 0.0831309, 0.114597, 0.186412, 0.366111, 0.805391", \
            "0.0902335, 0.102555, 0.127665, 0.174622, 0.254396, 0.430671, 0.872875", \
            "0.155207, 0.171073, 0.204873, 0.271668, 0.391695, 0.589381, 1.02352", \
            "0.291087, 0.311602, 0.3559, 0.445177, 0.614064, 0.907184, 1.38906" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.0181254, 0.0250368, 0.0423621, 0.0852495, 0.189938, 0.450455, 1.09356", \
            "0.0182872, 0.0250605, 0.0421652, 0.0850781, 0.190607, 0.450834, 1.08641", \
            "0.0243041, 0.0291421, 0.043657, 0.0843589, 0.189813, 0.449041, 1.09062", \
            "0.0369365, 0.043857, 0.056981, 0.09023, 0.189138, 0.449143, 1.08905", \
            "0.0557816, 0.0659539, 0.0862627, 0.123178, 0.204675, 0.448777, 1.09489", \
            "0.0875561, 0.100455, 0.128983, 0.185242, 0.28047, 0.485179, 1.09142", \
            "0.155584, 0.17064, 0.204786, 0.280329, 0.421979, 0.654091, 1.16185" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.0117165, 0.0138734, 0.0190816, 0.0315082, 0.0618781, 0.137668, 0.324057", \
            "0.0143363, 0.0170524, 0.0224672, 0.0349263, 0.0654038, 0.140579, 0.326746", \
            "0.0158328, 0.0200565, 0.0283507, 0.0434146, 0.0738595, 0.149247, 0.336428", \
            "0.0136412, 0.0196138, 0.0317847, 0.0545206, 0.0927984, 0.168349, 0.353661", \
            "0.0002915, 0.0091365, 0.0268496, 0.0591775, 0.117749, 0.213711, 0.400016", \
            "-0.0411367, -0.0285878, -0.0029628, 0.0449723, 0.129453, 0.271765, 0.505259", \
            "-0.153207, -0.134713, -0.0977958, -0.0285344, 0.0906851, 0.301427, 0.648057" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.0074988, 0.0101625, 0.0168287, 0.0334118, 0.0740545, 0.175557, 0.423717", \
            "0.0104182, 0.012393, 0.0179238, 0.033641, 0.0740719, 0.175809, 0.426838", \
            "0.0160022, 0.0189137, 0.0250731, 0.0377274, 0.0753713, 0.175554, 0.426634", \
            "0.0256539, 0.0297524, 0.0385253, 0.0547246, 0.0862204, 0.176054, 0.424577", \
            "0.0429222, 0.0490473, 0.0614266, 0.0847741, 0.126252, 0.202695, 0.430248", \
            "0.0771759, 0.0856509, 0.102765, 0.134469, 0.197449, 0.298486, 0.485651", \
            "0.14449, 0.156066, 0.18305, 0.226697, 0.310274, 0.455691, 0.703382" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.0121266, 0.0135432, 0.0170473, 0.0255976, 0.0465622, 0.098325, 0.226215", \
            "0.0119232, 0.0133509, 0.0168709, 0.0254705, 0.0464976, 0.0983857, 0.226155", \
            "0.0117788, 0.013198, 0.0167016, 0.0253193, 0.0463984, 0.0982143, 0.226149", \
            "0.0116646, 0.0130933, 0.0165625, 0.025155, 0.0462312, 0.0980949, 0.225999", \
            "0.0117545, 0.0131562, 0.0166204, 0.0252093, 0.0462689, 0.098186, 0.226012", \
            "0.0131423, 0.0144018, 0.0175703, 0.0261293, 0.0469363, 0.0985208, 0.226257", \
            "0.0190777, 0.0201425, 0.0229439, 0.0303463, 0.0500098, 0.10027, 0.228082" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.0044335, 0.0030548, -0.0003796, -0.0089162, -0.0300384, -0.0824118, -0.211985", \
            "0.004266, 0.0028942, -0.0005178, -0.0090278, -0.0301449, -0.0824879, -0.212072", \
            "0.004058, 0.0026962, -0.000682, -0.00915, -0.0302493, -0.0825396, -0.212151", \
            "0.0039566, 0.0025412, -0.0008724, -0.009261, -0.0303191, -0.0826259, -0.212178", \
            "0.0044645, 0.003041, -0.0004272, -0.0090222, -0.0302471, -0.0825537, -0.212096", \
            "0.0062754, 0.0047462, 0.0010411, -0.0078958, -0.0294624, -0.0822319, -0.211936", \
            "0.0124812, 0.0108132, 0.0066434, -0.0030068, -0.0257951, -0.0797956, -0.210686" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.0094387, 0.0109242, 0.0144835, 0.0231247, 0.0441248, 0.0959405, 0.223843", \
            "0.0090676, 0.0104954, 0.0140925, 0.0228091, 0.0439681, 0.0958374, 0.22378", \
            "0.0088961, 0.0103389, 0.0138265, 0.0225145, 0.0437808, 0.0957063, 0.22366", \
            "0.0090611, 0.0104479, 0.013892, 0.0224071, 0.043512, 0.0955021, 0.223599", \
            "0.0099353, 0.0112654, 0.0145851, 0.022974, 0.0437032, 0.095387, 0.223632", \
            "0.0127397, 0.0139679, 0.0170666, 0.025095, 0.0451023, 0.0963813, 0.22351", \
            "0.0197072, 0.0208192, 0.0247818, 0.0336395, 0.0510828, 0.102601, 0.225894" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.0032185, 0.0019423, -0.0013825, -0.0098452, -0.0309749, -0.0833533, -0.212962", \
            "0.0029305, 0.001694, -0.0015424, -0.0099078, -0.0309689, -0.0833101, -0.212901", \
            "0.0026056, 0.0013442, -0.0018629, -0.0101136, -0.0310654, -0.0833415, -0.212911", \
            "0.002591, 0.0012487, -0.0021505, -0.010412, -0.0312593, -0.0834257, -0.212929", \
            "0.0031134, 0.0016674, -0.0018484, -0.0103277, -0.0313922, -0.0835251, -0.212969", \
            "0.0054125, 0.0037736, -0.0001794, -0.0092705, -0.0307945, -0.083343, -0.212875", \
            "0.0126, 0.0106774, 0.0061518, -0.0041358, -0.0274164, -0.0813122, -0.211871" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.0038164, 0.0053826, 0.0091018, 0.0179525, 0.039153, 0.0913804, 0.219476", \
            "0.0035728, 0.0050866, 0.0087105, 0.0175963, 0.0387474, 0.0909488, 0.217555", \
            "0.0035639, 0.0049821, 0.0084095, 0.0170548, 0.0385678, 0.090564, 0.219688", \
            "0.0039325, 0.0053021, 0.0086965, 0.0171985, 0.038033, 0.0904425, 0.218442", \
            "0.0051129, 0.006422, 0.0096611, 0.0181322, 0.0388506, 0.0897873, 0.217898", \
            "0.0092935, 0.0103906, 0.0122827, 0.0212338, 0.0414746, 0.0923389, 0.220991", \
            "0.0173233, 0.0180537, 0.0203352, 0.0280745, 0.0465057, 0.09672, 0.225115" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
          values ( \
            "0.0005696, -0.0007519, -0.0041234, -0.0126025, -0.0337485, -0.0861702, -0.215723", \
            "0.0003658, -0.0009187, -0.0042564, -0.0126876, -0.0337854, -0.0861573, -0.215756", \
            "0.0002337, -0.0011116, -0.004405, -0.0127997, -0.0338626, -0.0862013, -0.215802", \
            "0.0003867, -0.0010153, -0.0043939, -0.0129141, -0.0338884, -0.0862435, -0.215773", \
            "0.001772, 4.12e-05, -0.0036928, -0.012323, -0.0337509, -0.0861451, -0.215739", \
            "0.0050862, 0.0032585, -0.0009265, -0.0104842, -0.0323618, -0.0851639, -0.215504", \
            "0.0145985, 0.0120257, 0.0072161, -0.0034518, -0.0276232, -0.0824639, -0.213853" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002329;
      rise_capacitance : 0.002429;
      rise_capacitance_range (0.002429, 0.002429);
      fall_capacitance : 0.002229;
      fall_capacitance_range (0.002229, 0.002229);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044043, -0.0044008, -0.0043925, -0.0043928, -0.0043932, -0.0043943, -0.0043968" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044295, 0.0044194, 0.0043959, 0.0043965, 0.0043981, 0.0044016, 0.0044096" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002469;
      rise_capacitance : 0.002629;
      rise_capacitance_range (0.002629, 0.002629);
      fall_capacitance : 0.002309;
      fall_capacitance_range (0.002309, 0.002309);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047216, -0.0047188, -0.0047125, -0.0047122, -0.0047117, -0.0047105, -0.0047077" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0047221, 0.0047216, 0.0047204, 0.0047201, 0.0047194, 0.0047177, 0.0047139" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002066;
      rise_capacitance : 0.002112;
      rise_capacitance_range (0.002112, 0.002112);
      fall_capacitance : 0.002019;
      fall_capacitance_range (0.002019, 0.002019);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0017668, -0.0017669, -0.0017671, -0.0017574, -0.0017349, -0.0016832, -0.0015641" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043737, 0.0044026, 0.0044693, 0.0044658, 0.0044577, 0.0044391, 0.0043962" \
          );
        }
      }
    }
  }
  cell (scs8hd_o21ai_2) {
    area : 8.7584;
    cell_footprint : "o21ai";
    cell_leakage_power : 0.00930989;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0001054;
      when : "!A1&!A2&B1";
    }
    leakage_power () {
      value : 0.0114509;
      when : "!A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0247958;
      when : "!A1&A2&B1";
    }
    leakage_power () {
      value : 5.85526e-05;
      when : "!A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0131596;
      when : "A1&!A2&B1";
    }
    leakage_power () {
      value : 6.15996e-05;
      when : "A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0247927;
      when : "A1&A2&B1";
    }
    leakage_power () {
      value : 5.45728e-05;
      when : "A1&A2&!B1";
    }
    leakage_power () {
      value : 0.00930989;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2) | (!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.193186;
      max_transition : 1.49646;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.0602723, 0.0648716, 0.0777176, 0.110767, 0.198036, 0.432086, 1.06141", \
            "0.0645018, 0.0694791, 0.0822362, 0.11548, 0.203158, 0.43695, 1.06626", \
            "0.0759382, 0.0806463, 0.0933049, 0.126476, 0.214549, 0.449997, 1.07861", \
            "0.100484, 0.105638, 0.118276, 0.151259, 0.238936, 0.474718, 1.10359", \
            "0.143122, 0.149747, 0.166536, 0.206203, 0.296275, 0.532647, 1.16564", \
            "0.222799, 0.231756, 0.254529, 0.306815, 0.420735, 0.665321, 1.30255", \
            "0.390293, 0.401986, 0.43111, 0.499732, 0.649375, 0.959358, 1.6093" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.0444314, 0.0509679, 0.0678508, 0.11356, 0.236536, 0.569417, 1.46113", \
            "0.0445451, 0.0507721, 0.0677189, 0.113447, 0.237209, 0.568048, 1.45952", \
            "0.044557, 0.0507682, 0.067746, 0.113416, 0.236754, 0.570004, 1.46046", \
            "0.0496415, 0.0552941, 0.0709223, 0.11452, 0.237085, 0.568646, 1.46087", \
            "0.0681798, 0.0743509, 0.0902223, 0.130267, 0.24166, 0.570171, 1.46819", \
            "0.102024, 0.109444, 0.128738, 0.174454, 0.284135, 0.581076, 1.46579", \
            "0.156898, 0.166598, 0.190168, 0.247476, 0.379609, 0.679348, 1.48553" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.020803, 0.0225834, 0.0270531, 0.038197, 0.0665804, 0.141442, 0.342302", \
            "0.0241153, 0.0258527, 0.0302856, 0.0414104, 0.0698383, 0.144847, 0.345735", \
            "0.0289888, 0.0312452, 0.0364851, 0.0484584, 0.0770121, 0.152135, 0.353063", \
            "0.0319911, 0.0349654, 0.0424762, 0.0585765, 0.0923155, 0.168516, 0.369859", \
            "0.0245678, 0.0288595, 0.0397692, 0.0637891, 0.11186, 0.203821, 0.408267", \
            "-0.0120948, -0.0051438, 0.0104484, 0.045932, 0.117165, 0.248746, 0.490617", \
            "-0.121643, -0.111944, -0.0887313, -0.0367946, 0.0676346, 0.261796, 0.607061" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.0131824, 0.015083, 0.0201477, 0.0338633, 0.0711092, 0.172033, 0.444117", \
            "0.0134531, 0.0152096, 0.0201062, 0.0337541, 0.0710991, 0.172078, 0.445349", \
            "0.0178928, 0.0194748, 0.0237455, 0.035602, 0.0711409, 0.172007, 0.445347", \
            "0.0276219, 0.0295599, 0.034581, 0.0469712, 0.0780883, 0.173298, 0.445192", \
            "0.0445013, 0.0474439, 0.054247, 0.0708552, 0.106486, 0.190256, 0.445959", \
            "0.0753088, 0.0796797, 0.0894398, 0.112213, 0.160807, 0.256466, 0.48312", \
            "0.134448, 0.139817, 0.154411, 0.186764, 0.252697, 0.383248, 0.639171" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.0476241, 0.0523407, 0.065089, 0.0981246, 0.185382, 0.419306, 1.04887", \
            "0.0510244, 0.0558525, 0.0685633, 0.10186, 0.189496, 0.423447, 1.05319", \
            "0.0621488, 0.0668613, 0.0795077, 0.11263, 0.20031, 0.434601, 1.06419", \
            "0.0901054, 0.0952154, 0.107775, 0.140125, 0.227439, 0.462014, 1.09555", \
            "0.139686, 0.147014, 0.163858, 0.204976, 0.29272, 0.525403, 1.15671", \
            "0.227477, 0.237493, 0.262769, 0.320209, 0.4386, 0.678134, 1.30435", \
            "0.408, 0.42048, 0.452223, 0.526821, 0.691999, 1.01796, 1.6577" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.0443612, 0.0507011, 0.0677408, 0.113459, 0.236853, 0.569482, 1.4603", \
            "0.0443398, 0.0506769, 0.0677151, 0.113434, 0.236825, 0.56917, 1.46247", \
            "0.0444696, 0.0506668, 0.0676611, 0.113427, 0.237123, 0.567219, 1.45922", \
            "0.0546522, 0.0594278, 0.0736321, 0.115059, 0.237062, 0.568555, 1.46697", \
            "0.0749966, 0.0822568, 0.100934, 0.138585, 0.243754, 0.569084, 1.46181", \
            "0.108357, 0.118425, 0.141816, 0.195659, 0.303631, 0.585603, 1.4651", \
            "0.163906, 0.176793, 0.209157, 0.281918, 0.431719, 0.720752, 1.49646" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.0173646, 0.0190803, 0.0233455, 0.0344345, 0.0638442, 0.143902, 0.35639", \
            "0.0199986, 0.0218124, 0.0263152, 0.0376058, 0.067095, 0.14678, 0.360962", \
            "0.022073, 0.0247253, 0.0305839, 0.0436365, 0.0736227, 0.153697, 0.366231", \
            "0.0196934, 0.0235805, 0.0325569, 0.0507671, 0.087135, 0.168248, 0.383263", \
            "0.0042809, 0.009992, 0.0229025, 0.0502421, 0.102287, 0.19884, 0.415525", \
            "-0.0464056, -0.0374421, -0.017962, 0.0227312, 0.0996914, 0.23748, 0.489518", \
            "-0.181832, -0.169079, -0.139272, -0.0784434, 0.0355229, 0.238779, 0.591471" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.0083406, 0.0103765, 0.0159101, 0.0308921, 0.0714912, 0.181214, 0.475307", \
            "0.0092943, 0.0111028, 0.0162159, 0.0310109, 0.0715194, 0.180403, 0.474697", \
            "0.0139273, 0.0156709, 0.0204918, 0.033224, 0.0717228, 0.181081, 0.475129", \
            "0.0231632, 0.0254728, 0.0311055, 0.0444586, 0.0789432, 0.18231, 0.478382", \
            "0.0397627, 0.0427056, 0.0502394, 0.0676046, 0.105215, 0.197153, 0.477975", \
            "0.0730995, 0.0764533, 0.0857534, 0.108938, 0.158444, 0.259829, 0.509402", \
            "0.139243, 0.143494, 0.155331, 0.185255, 0.251301, 0.384539, 0.650143" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.0173227, 0.0200131, 0.0269847, 0.0447416, 0.0909932, 0.213715, 0.544697", \
            "0.0225548, 0.0250869, 0.0317985, 0.0495324, 0.0967931, 0.220309, 0.551601", \
            "0.0328857, 0.0366043, 0.0445558, 0.0615909, 0.10792, 0.23108, 0.565119", \
            "0.0498231, 0.0551622, 0.067168, 0.0907716, 0.13705, 0.260339, 0.594723", \
            "0.0811509, 0.0884502, 0.105437, 0.140797, 0.205784, 0.329228, 0.660144", \
            "0.1447, 0.154331, 0.17702, 0.225068, 0.322049, 0.489082, 0.820068", \
            "0.279855, 0.292151, 0.322457, 0.388618, 0.521145, 0.768998, 1.19892" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.0119455, 0.0153028, 0.0244501, 0.049201, 0.115796, 0.294028, 0.776072", \
            "0.0128868, 0.0157704, 0.0244346, 0.0490336, 0.115291, 0.295694, 0.781164", \
            "0.0197892, 0.0220341, 0.0284769, 0.0498224, 0.115422, 0.294037, 0.779531", \
            "0.0296665, 0.033975, 0.0428151, 0.0616305, 0.117428, 0.295, 0.778283", \
            "0.0457952, 0.0516063, 0.0651156, 0.0930558, 0.144682, 0.297957, 0.777066", \
            "0.0765929, 0.083761, 0.101696, 0.141166, 0.218036, 0.35409, 0.77926", \
            "0.142819, 0.150932, 0.171595, 0.220678, 0.33243, 0.528443, 0.898478" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.0110314, 0.0124213, 0.0159962, 0.0252425, 0.0494736, 0.114608, 0.289863", \
            "0.0131501, 0.0150112, 0.0192745, 0.0285562, 0.0528751, 0.119253, 0.293655", \
            "0.013782, 0.0165731, 0.0229161, 0.0358729, 0.0611134, 0.126491, 0.301292", \
            "0.0099011, 0.0139921, 0.0232544, 0.0425188, 0.0780745, 0.145289, 0.320646", \
            "-0.0057571, 7.61e-05, 0.0131112, 0.0411644, 0.093398, 0.186828, 0.364861", \
            "-0.051471, -0.0430802, -0.0238867, 0.0155979, 0.0902872, 0.228685, 0.463706", \
            "-0.17035, -0.15857, -0.130649, -0.0747244, 0.0336719, 0.232799, 0.582183" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.0063928, 0.0079762, 0.0125073, 0.0248056, 0.0578872, 0.146746, 0.385806", \
            "0.0091343, 0.0105909, 0.0140903, 0.0251439, 0.0578639, 0.146908, 0.38652", \
            "0.0140282, 0.0160901, 0.0208523, 0.0309821, 0.0591874, 0.146564, 0.38725", \
            "0.022414, 0.0254856, 0.0326002, 0.0463325, 0.0739335, 0.150221, 0.386684", \
            "0.0382126, 0.0422117, 0.0517628, 0.0718543, 0.110224, 0.183223, 0.391676", \
            "0.0691664, 0.0751986, 0.088032, 0.11601, 0.170184, 0.269361, 0.460346", \
            "0.133477, 0.141015, 0.159858, 0.19936, 0.275009, 0.416911, 0.675886" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.0223646, 0.0240682, 0.0285326, 0.0403959, 0.0719425, 0.156567, 0.384385", \
            "0.0218274, 0.0235002, 0.0279972, 0.0399367, 0.0716383, 0.156434, 0.384685", \
            "0.0214503, 0.0230914, 0.0275647, 0.0394556, 0.0712276, 0.156337, 0.384389", \
            "0.0212141, 0.0228641, 0.0272872, 0.0390885, 0.0708109, 0.15584, 0.384145", \
            "0.0211391, 0.0227493, 0.0271666, 0.039049, 0.0706195, 0.1554, 0.384645", \
            "0.0229432, 0.0244084, 0.0288459, 0.0404817, 0.0717918, 0.156131, 0.383974", \
            "0.0330117, 0.0342701, 0.0377096, 0.0478484, 0.0774044, 0.160654, 0.386997" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.0103652, 0.0087835, 0.00448, -0.0071838, -0.0388141, -0.124372, -0.355444", \
            "0.0099967, 0.0084205, 0.0041524, -0.007462, -0.0390626, -0.124574, -0.355664", \
            "0.0095028, 0.007974, 0.0037675, -0.0077811, -0.0392751, -0.124758, -0.355849", \
            "0.0091746, 0.0076121, 0.0033694, -0.0081732, -0.0395355, -0.12496, -0.355938", \
            "0.0100892, 0.0084518, 0.004068, -0.0076385, -0.0395056, -0.12486, -0.355796", \
            "0.0130545, 0.0113576, 0.0065846, -0.0056679, -0.038049, -0.124349, -0.355598", \
            "0.0234704, 0.0215617, 0.0163666, 0.0029413, -0.0313794, -0.119896, -0.353361" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.0171985, 0.0188783, 0.0233597, 0.035217, 0.0667605, 0.151413, 0.379394", \
            "0.0165965, 0.0182671, 0.0227731, 0.0347613, 0.066466, 0.151187, 0.379568", \
            "0.0162695, 0.0179055, 0.0223792, 0.0343029, 0.0661362, 0.151024, 0.37929", \
            "0.0165367, 0.0181034, 0.0223813, 0.034187, 0.0657934, 0.150731, 0.379482", \
            "0.0181235, 0.0196726, 0.023758, 0.0351232, 0.0662734, 0.150793, 0.378962", \
            "0.022788, 0.0241927, 0.0280218, 0.038976, 0.0687773, 0.151969, 0.379348", \
            "0.0342304, 0.0355406, 0.0409924, 0.0518885, 0.078738, 0.163034, 0.382769" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.0063428, 0.0048609, 0.0007037, -0.0108969, -0.042548, -0.128171, -0.35936", \
            "0.0059006, 0.0044839, 0.0004493, -0.010969, -0.0424989, -0.12806, -0.359207", \
            "0.0053543, 0.0039292, -7.05e-05, -0.0113349, -0.0426369, -0.128067, -0.35916", \
            "0.0053571, 0.0038275, -0.0003534, -0.0118218, -0.0429486, -0.128184, -0.359193", \
            "0.0062144, 0.0045475, 0.0001216, -0.011564, -0.0431413, -0.12835, -0.359209", \
            "0.0100214, 0.0081151, 0.0031341, -0.0095927, -0.0419993, -0.12803, -0.359139", \
            "0.0221094, 0.0198538, 0.0141429, -0.0003218, -0.0358277, -0.124369, -0.357308" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.0049501, 0.0068184, 0.0116388, 0.0239633, 0.0558825, 0.140167, 0.367485", \
            "0.0046082, 0.0063487, 0.0110115, 0.0232477, 0.0552124, 0.140957, 0.370196", \
            "0.0046691, 0.0064183, 0.0107089, 0.0226816, 0.0544967, 0.140155, 0.369996", \
            "0.0054778, 0.0070007, 0.0112365, 0.0227732, 0.0544196, 0.139685, 0.369336", \
            "0.0081182, 0.0094966, 0.01342, 0.024618, 0.0551464, 0.138508, 0.368323", \
            "0.0150181, 0.016104, 0.0194783, 0.0295623, 0.0596154, 0.141772, 0.368085", \
            "0.0351523, 0.0350678, 0.0370661, 0.0474547, 0.0718031, 0.151124, 0.374582" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134939, 0.00364171, 0.00982818, 0.0265241, 0.0715828, 0.193186");
          values ( \
            "0.0015962, 0.0001511, -0.00393, -0.0153831, -0.0469509, -0.13254, -0.363699", \
            "0.0011438, -0.0003011, -0.0043247, -0.0156826, -0.0470736, -0.132586, -0.363721", \
            "0.0008985, -0.000655, -0.0046791, -0.016036, -0.0473083, -0.132638, -0.363732", \
            "0.0013924, -0.0002622, -0.0045384, -0.0162809, -0.04757, -0.132844, -0.363825", \
            "0.0043878, 0.0025232, -0.0023603, -0.0147431, -0.0469563, -0.132643, -0.363721", \
            "0.0111855, 0.0089485, 0.0033424, -0.0104972, -0.0442161, -0.131426, -0.362677", \
            "0.0307768, 0.028469, 0.0202658, 0.0044461, -0.03346, -0.12449, -0.359713" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004837;
      rise_capacitance : 0.005075;
      rise_capacitance_range (0.005075, 0.005075);
      fall_capacitance : 0.004598;
      fall_capacitance_range (0.004598, 0.004598);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.009089, -0.009086, -0.0090791, -0.0090814, -0.0090869, -0.0090993, -0.009128" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0091022, 0.0091019, 0.0091012, 0.0091036, 0.009109, 0.0091213, 0.0091501" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004424;
      rise_capacitance : 0.004721;
      rise_capacitance_range (0.004721, 0.004721);
      fall_capacitance : 0.004128;
      fall_capacitance_range (0.004128, 0.004128);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0084106, -0.0084046, -0.0083908, -0.0083912, -0.0083922, -0.0083945, -0.0083996" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0083968, 0.0083998, 0.0084068, 0.0084045, 0.0083991, 0.0083865, 0.0083579" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004431;
      rise_capacitance : 0.004594;
      rise_capacitance_range (0.004594, 0.004594);
      fall_capacitance : 0.004267;
      fall_capacitance_range (0.004267, 0.004267);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045497, -0.0045573, -0.0045748, -0.0045574, -0.0045174, -0.0044251, -0.0042123" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.010195, 0.0101948, 0.0101944, 0.0101897, 0.0101788, 0.0101537, 0.0100959" \
          );
        }
      }
    }
  }
  cell (scs8hd_o21ai_4) {
    area : 16.2656;
    cell_footprint : "o21ai";
    cell_leakage_power : 0.0181396;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0002555;
      when : "!A1&!A2&B1";
    }
    leakage_power () {
      value : 0.019121;
      when : "!A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0495748;
      when : "!A1&A2&B1";
    }
    leakage_power () {
      value : 0.0001489;
      when : "!A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0261473;
      when : "A1&!A2&B1";
    }
    leakage_power () {
      value : 0.0001493;
      when : "A1&!A2&!B1";
    }
    leakage_power () {
      value : 0.0495719;
      when : "A1&A2&B1";
    }
    leakage_power () {
      value : 0.000148;
      when : "A1&A2&!B1";
    }
    leakage_power () {
      value : 0.0181396;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2) | (!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.303049;
      max_transition : 1.49173;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145455, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.070623, 0.0738046, 0.0836023, 0.110826, 0.188162, 0.411156, 1.06575", \
            "0.0748704, 0.0782619, 0.0879292, 0.11541, 0.193389, 0.416689, 1.06403", \
            "0.0856226, 0.089054, 0.0986795, 0.126199, 0.204274, 0.427873, 1.08574", \
            "0.109824, 0.11316, 0.122697, 0.14992, 0.227785, 0.451997, 1.10599", \
            "0.152682, 0.156781, 0.169381, 0.201446, 0.282269, 0.506369, 1.15916", \
            "0.235257, 0.240927, 0.25694, 0.298189, 0.398298, 0.634395, 1.28598", \
            "0.411239, 0.418613, 0.439165, 0.491816, 0.618919, 0.908983, 1.58144" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145455, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.0535924, 0.0582411, 0.0713405, 0.109343, 0.219703, 0.537545, 1.47402", \
            "0.0535856, 0.0581236, 0.0712383, 0.109275, 0.219182, 0.538453, 1.46621", \
            "0.0537327, 0.0581663, 0.071322, 0.1092, 0.219855, 0.539442, 1.4707", \
            "0.057795, 0.061899, 0.0742235, 0.110237, 0.219684, 0.539387, 1.47216", \
            "0.0749125, 0.0794103, 0.091882, 0.125762, 0.225254, 0.539249, 1.46649", \
            "0.107873, 0.112694, 0.127026, 0.165697, 0.265469, 0.552011, 1.46687", \
            "0.163541, 0.169606, 0.186342, 0.231988, 0.349852, 0.641861, 1.48811" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145455, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.0219549, 0.0231553, 0.0265361, 0.0355798, 0.0599657, 0.128255, 0.324959", \
            "0.024808, 0.0259915, 0.0293243, 0.0383616, 0.0627306, 0.130973, 0.327569", \
            "0.0290541, 0.0304302, 0.0342829, 0.0439693, 0.0685274, 0.136852, 0.333619", \
            "0.0314437, 0.0332697, 0.0384213, 0.0509749, 0.0800589, 0.150137, 0.347546", \
            "0.0229166, 0.0256646, 0.0332738, 0.0515005, 0.0921185, 0.176876, 0.377808", \
            "-0.0165189, -0.0125685, -0.001723, 0.0253819, 0.085165, 0.205598, 0.442698", \
            "-0.133889, -0.128089, -0.112311, -0.0728113, 0.0149081, 0.191388, 0.522948" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145455, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.0169262, 0.0181238, 0.0216981, 0.0324553, 0.0640562, 0.157421, 0.431038", \
            "0.017013, 0.0182046, 0.0217, 0.0323429, 0.0640597, 0.157788, 0.430407", \
            "0.0206827, 0.0217406, 0.0249361, 0.0342076, 0.0644846, 0.157671, 0.430235", \
            "0.0297794, 0.0310547, 0.0344493, 0.0440106, 0.0718392, 0.159065, 0.431587", \
            "0.0467167, 0.0483745, 0.0531322, 0.065181, 0.0958642, 0.176948, 0.433215", \
            "0.0780702, 0.0802971, 0.0866864, 0.104254, 0.143983, 0.235575, 0.468031", \
            "0.138039, 0.141356, 0.150535, 0.174581, 0.229741, 0.347977, 0.604872" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145455, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.0567171, 0.0601832, 0.0698436, 0.0971959, 0.17479, 0.397829, 1.04476", \
            "0.0596797, 0.0632144, 0.0730053, 0.100628, 0.178545, 0.404644, 1.04968", \
            "0.0703389, 0.073636, 0.083272, 0.110713, 0.189229, 0.412978, 1.06042", \
            "0.0989488, 0.102464, 0.111692, 0.138525, 0.215951, 0.440066, 1.0902", \
            "0.152893, 0.157659, 0.170774, 0.204016, 0.282153, 0.504125, 1.15171", \
            "0.249344, 0.255819, 0.273467, 0.319942, 0.426779, 0.658698, 1.30396", \
            "0.4427, 0.450777, 0.473419, 0.534348, 0.681045, 0.997611, 1.65751" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145455, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.0536265, 0.0581473, 0.0712603, 0.10931, 0.219868, 0.538453, 1.46231", \
            "0.0535849, 0.0580842, 0.0712312, 0.109217, 0.21958, 0.539843, 1.46562", \
            "0.0533072, 0.0576887, 0.0711487, 0.109255, 0.219408, 0.538239, 1.46555", \
            "0.061259, 0.0650574, 0.0764572, 0.110916, 0.219003, 0.538174, 1.46522", \
            "0.0833077, 0.0883116, 0.101708, 0.134757, 0.228689, 0.537903, 1.46751", \
            "0.11624, 0.122828, 0.141309, 0.186303, 0.289052, 0.55969, 1.46957", \
            "0.173354, 0.181912, 0.205564, 0.266181, 0.406205, 0.694511, 1.49173" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145455, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.0186514, 0.0197659, 0.0229131, 0.0317046, 0.0564164, 0.127618, 0.335889", \
            "0.0210388, 0.0222695, 0.0256092, 0.0344889, 0.0594849, 0.13158, 0.337971", \
            "0.0229327, 0.0246108, 0.0288311, 0.0392449, 0.0648065, 0.136928, 0.344119", \
            "0.020305, 0.0226908, 0.0290454, 0.0435504, 0.0751873, 0.148998, 0.3568", \
            "0.0039035, 0.0073176, 0.0164587, 0.0381801, 0.0835859, 0.173695, 0.386014", \
            "-0.0499256, -0.0445705, -0.0307788, 0.0019121, 0.0692242, 0.197734, 0.446122", \
            "-0.194831, -0.187348, -0.165991, -0.116835, -0.0160258, 0.173951, 0.522115" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145455, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.0102829, 0.0116489, 0.0156934, 0.0276087, 0.062309, 0.162996, 0.45762", \
            "0.0110234, 0.0122567, 0.0160315, 0.0276387, 0.0624034, 0.163604, 0.455524", \
            "0.0151949, 0.0164014, 0.0199162, 0.0301842, 0.0628041, 0.163682, 0.456537", \
            "0.0243199, 0.0257652, 0.0297524, 0.0403704, 0.0705273, 0.164527, 0.456239", \
            "0.0411148, 0.0429204, 0.0480509, 0.0616777, 0.0944103, 0.181894, 0.459246", \
            "0.0745838, 0.0765332, 0.0831266, 0.100704, 0.142711, 0.238532, 0.490849", \
            "0.14121, 0.143854, 0.152311, 0.175175, 0.230466, 0.352505, 0.62545" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145455, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.0189457, 0.0208344, 0.0260656, 0.0403641, 0.0792132, 0.189074, 0.504478", \
            "0.0240681, 0.0257819, 0.0307018, 0.0445814, 0.0835304, 0.19289, 0.510316", \
            "0.0352312, 0.0375665, 0.0433846, 0.0567533, 0.0955704, 0.205791, 0.524268", \
            "0.0532965, 0.0566993, 0.065415, 0.0849149, 0.124736, 0.234454, 0.55089", \
            "0.0864722, 0.0911268, 0.103321, 0.132042, 0.190467, 0.303131, 0.61872", \
            "0.154264, 0.160449, 0.176719, 0.215958, 0.300184, 0.459609, 0.777435", \
            "0.298073, 0.306077, 0.327696, 0.379815, 0.496015, 0.72943, 1.15264" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145455, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.0134982, 0.0157159, 0.0221821, 0.0409507, 0.0953803, 0.254359, 0.711756", \
            "0.0139666, 0.0158552, 0.0221652, 0.0408758, 0.0952998, 0.25452, 0.713995", \
            "0.0208063, 0.0221746, 0.0265359, 0.0421173, 0.0956563, 0.254467, 0.717029", \
            "0.0308725, 0.0336031, 0.040304, 0.0551175, 0.0991767, 0.253102, 0.713642", \
            "0.0476295, 0.0513737, 0.0611342, 0.0836387, 0.128472, 0.260088, 0.71493", \
            "0.0790296, 0.0826957, 0.0950358, 0.128015, 0.194218, 0.32227, 0.721082", \
            "0.144929, 0.15033, 0.16559, 0.202535, 0.299634, 0.482326, 0.841946" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145455, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.0119042, 0.0128538, 0.0154995, 0.0227213, 0.0429604, 0.100679, 0.269964", \
            "0.0142701, 0.0155107, 0.0186511, 0.0259626, 0.0461966, 0.105357, 0.272224", \
            "0.0150771, 0.0168972, 0.0215624, 0.0322595, 0.054192, 0.112434, 0.280264", \
            "0.0111536, 0.0137979, 0.0206705, 0.036438, 0.0688681, 0.130807, 0.298871", \
            "-0.0051172, -0.0013518, 0.0084141, 0.0312191, 0.078843, 0.16921, 0.342544", \
            "-0.0528493, -0.0474342, -0.0334733, -0.0008584, 0.0673357, 0.199471, 0.438837", \
            "-0.177478, -0.169866, -0.149281, -0.103471, -0.004632, 0.184507, 0.538391" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145455, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.0075625, 0.0086737, 0.0119432, 0.0214575, 0.0494406, 0.12947, 0.3649", \
            "0.0103673, 0.0111283, 0.0135477, 0.0219334, 0.0493123, 0.130183, 0.363988", \
            "0.0149157, 0.0163262, 0.0198311, 0.0286263, 0.0512455, 0.130434, 0.363943", \
            "0.0235688, 0.0255326, 0.0304864, 0.0424669, 0.0675576, 0.134459, 0.363894", \
            "0.0397661, 0.0419011, 0.0489792, 0.065767, 0.10045, 0.170992, 0.370354", \
            "0.0708344, 0.074582, 0.0840892, 0.106773, 0.155779, 0.252212, 0.444813", \
            "0.134364, 0.139371, 0.153982, 0.186188, 0.254819, 0.386349, 0.64717" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145454, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.0431453, 0.044971, 0.0504086, 0.0659593, 0.11039, 0.2391, 0.613173", \
            "0.0421468, 0.0440201, 0.0494633, 0.0651313, 0.109858, 0.238477, 0.611881", \
            "0.0413535, 0.0431843, 0.048634, 0.0642321, 0.109099, 0.238149, 0.611429", \
            "0.0408744, 0.0427323, 0.0480926, 0.0635763, 0.108299, 0.237511, 0.612132", \
            "0.0406384, 0.0425284, 0.0479387, 0.0633514, 0.107769, 0.236626, 0.611337", \
            "0.0446219, 0.0462992, 0.0512487, 0.0660739, 0.109969, 0.237728, 0.611249", \
            "0.0610825, 0.0625105, 0.0666608, 0.0795896, 0.120799, 0.24578, 0.614733" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145454, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.0215989, 0.0198032, 0.014595, -0.0006002, -0.0450596, -0.174792, -0.552655", \
            "0.0209264, 0.0191486, 0.0139842, -0.0011638, -0.0455602, -0.175297, -0.553096", \
            "0.020104, 0.0183262, 0.0133035, -0.0017514, -0.0460631, -0.175706, -0.553454", \
            "0.0193729, 0.0175898, 0.0124648, -0.0025364, -0.0464999, -0.176032, -0.553682", \
            "0.0208232, 0.0189849, 0.0137556, -0.0016424, -0.0465157, -0.175888, -0.5536", \
            "0.0260239, 0.0240595, 0.0183904, 0.0021987, -0.0436946, -0.174748, -0.553243", \
            "0.0446058, 0.0423987, 0.0361264, 0.0184342, -0.0308351, -0.166241, -0.549072" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145454, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.0329629, 0.0348706, 0.0403351, 0.0559077, 0.100409, 0.228898, 0.602503", \
            "0.0317242, 0.0336545, 0.0391848, 0.0549329, 0.0998307, 0.228518, 0.601874", \
            "0.0309671, 0.0327427, 0.0382312, 0.0539069, 0.0990258, 0.228065, 0.601514", \
            "0.0314435, 0.0332705, 0.0386707, 0.0535851, 0.0982118, 0.227449, 0.601627", \
            "0.0336954, 0.035457, 0.0404975, 0.0553543, 0.098946, 0.227282, 0.600879", \
            "0.043509, 0.0429754, 0.0476283, 0.0618423, 0.103533, 0.229706, 0.603519", \
            "0.0606517, 0.0621802, 0.0670391, 0.0827675, 0.120956, 0.246249, 0.609093" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145454, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.0140103, 0.0123516, 0.0073725, -0.0076623, -0.0521433, -0.182041, -0.56011", \
            "0.0132162, 0.0116438, 0.0068549, -0.0078486, -0.0520372, -0.181787, -0.559807", \
            "0.0122013, 0.0106184, 0.0058834, -0.0085817, -0.0523268, -0.181734, -0.559642", \
            "0.0115656, 0.009881, 0.004952, -0.0096062, -0.0530099, -0.182027, -0.559697", \
            "0.0133622, 0.011508, 0.0061698, -0.0090101, -0.0534541, -0.182365, -0.559799", \
            "0.019619, 0.017456, 0.0114567, -0.0052414, -0.0512318, -0.181834, -0.559647", \
            "0.0399013, 0.0375136, 0.0305473, 0.0115096, -0.039263, -0.175043, -0.556501" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145454, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.0096841, 0.0118846, 0.0180666, 0.0348246, 0.0801791, 0.210073, 0.581951", \
            "0.0088396, 0.0108722, 0.0167147, 0.0332007, 0.0791443, 0.209326, 0.583967", \
            "0.0088834, 0.0107973, 0.0162647, 0.0319441, 0.0779261, 0.208735, 0.584471", \
            "0.0106968, 0.0122688, 0.0173201, 0.0325828, 0.0762884, 0.206019, 0.580286", \
            "0.0145156, 0.0160702, 0.0207899, 0.0353489, 0.0791114, 0.208284, 0.580345", \
            "0.0256909, 0.0272304, 0.0311207, 0.0470191, 0.0903245, 0.20998, 0.582959", \
            "0.057494, 0.0582484, 0.0610287, 0.0721093, 0.108945, 0.238438, 0.590069" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00145454, 0.0042314, 0.0123095, 0.0358096, 0.104173, 0.303049");
          values ( \
            "0.0064025, 0.0048362, 3.82e-05, -0.0146466, -0.0588615, -0.188626, -0.566674", \
            "0.0054256, 0.0038023, -0.000961, -0.0154029, -0.0592044, -0.18876, -0.566685", \
            "0.0047463, 0.0030495, -0.0018438, -0.0162922, -0.0598558, -0.189001, -0.566765", \
            "0.0051993, 0.0033435, -0.0017923, -0.0166462, -0.0605922, -0.189418, -0.566974", \
            "0.0099134, 0.0078032, 0.0018657, -0.0143973, -0.0599525, -0.189575, -0.566941", \
            "0.0229212, 0.0204488, 0.0135746, -0.00475, -0.0541603, -0.187374, -0.566363", \
            "0.0552671, 0.0529176, 0.0429992, 0.0213242, -0.0335879, -0.174037, -0.559728" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.009153;
      rise_capacitance : 0.009625;
      rise_capacitance_range (0.009625, 0.009625);
      fall_capacitance : 0.008681;
      fall_capacitance_range (0.008681, 0.008681);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0176844, -0.0176801, -0.0176704, -0.0176688, -0.0176651, -0.0176567, -0.0176373" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0176975, 0.0176988, 0.0177017, 0.017699, 0.0176928, 0.0176787, 0.0176461" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008473;
      rise_capacitance : 0.00907;
      rise_capacitance_range (0.00907, 0.00907);
      fall_capacitance : 0.007875;
      fall_capacitance_range (0.007875, 0.007875);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.016698, -0.0166926, -0.0166803, -0.0166787, -0.0166747, -0.0166656, -0.0166446" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0167493, 0.0167456, 0.016737, 0.0167319, 0.0167204, 0.016694, 0.016633" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008816;
      rise_capacitance : 0.009155;
      rise_capacitance_range (0.009155, 0.009155);
      fall_capacitance : 0.008477;
      fall_capacitance_range (0.008477, 0.008477);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0105731, -0.010586, -0.010616, -0.0105812, -0.0105009, -0.0103158, -0.0098891" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.02073, 0.0207074, 0.0206552, 0.0206624, 0.0206793, 0.020718, 0.0208073" \
          );
        }
      }
    }
  }
  cell (scs8hd_o21ba_1) {
    area : 10.0096;
    cell_footprint : "o21ba";
    cell_leakage_power : 0.00982359;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0214589;
      when : "!A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.0065761;
      when : "!A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0062659;
      when : "!A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0125089;
      when : "!A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.0062659;
      when : "A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.006742;
      when : "A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0062659;
      when : "A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0125051;
      when : "A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.00982359;
    }
    pin (X) {
      direction : output;
      function : "(A1&!B1N) | (A2&!B1N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.205088;
      max_transition : 1.50619;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0573075, 0.0628957, 0.0764643, 0.110457, 0.199764, 0.441127, 1.09867", \
            "0.0602776, 0.0658994, 0.0794846, 0.113332, 0.202799, 0.443487, 1.09845", \
            "0.0661775, 0.0717811, 0.0852676, 0.119202, 0.20847, 0.449397, 1.10596", \
            "0.0757295, 0.0814337, 0.0951841, 0.129119, 0.218446, 0.46025, 1.1177", \
            "0.0826028, 0.0889301, 0.10311, 0.137016, 0.22647, 0.467549, 1.12307", \
            "0.070254, 0.0780373, 0.0941634, 0.128966, 0.217985, 0.459625, 1.11581", \
            "0.0027634, 0.0125273, 0.0329764, 0.0727605, 0.162731, 0.404498, 1.05915" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0167049, 0.0227124, 0.0389183, 0.0842471, 0.209855, 0.556907, 1.49616", \
            "0.0167599, 0.0227181, 0.0388983, 0.0844071, 0.21045, 0.555212, 1.49858", \
            "0.0166936, 0.022707, 0.0389615, 0.0842384, 0.209935, 0.556565, 1.49997", \
            "0.0177041, 0.0235185, 0.0395792, 0.0844965, 0.209882, 0.556401, 1.49522", \
            "0.0209529, 0.0264432, 0.041423, 0.0853202, 0.210149, 0.55418, 1.49403", \
            "0.02664, 0.032585, 0.0468559, 0.0873781, 0.211254, 0.554659, 1.49447", \
            "0.0351124, 0.0425317, 0.0584866, 0.0963728, 0.213427, 0.558623, 1.49105" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0911657, 0.0964957, 0.107699, 0.129871, 0.176625, 0.291678, 0.603504", \
            "0.095867, 0.101202, 0.11241, 0.134578, 0.181324, 0.296367, 0.608901", \
            "0.106519, 0.111833, 0.123138, 0.145202, 0.191991, 0.307032, 0.618882", \
            "0.130452, 0.135722, 0.146982, 0.169076, 0.215834, 0.33089, 0.643016", \
            "0.176825, 0.182399, 0.194604, 0.2179, 0.265738, 0.380371, 0.690584", \
            "0.26121, 0.267598, 0.281285, 0.307578, 0.358293, 0.474224, 0.784708", \
            "0.424787, 0.432366, 0.448527, 0.479389, 0.53566, 0.654828, 0.966015" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0178361, 0.0216372, 0.029719, 0.0488248, 0.099685, 0.247194, 0.655818", \
            "0.0177822, 0.0215023, 0.0296901, 0.0488503, 0.0997178, 0.247962, 0.657158", \
            "0.0179615, 0.0214855, 0.0296381, 0.0488811, 0.099673, 0.247984, 0.65675", \
            "0.0178749, 0.0215543, 0.029837, 0.0489781, 0.0997082, 0.246513, 0.660084", \
            "0.0206397, 0.0246108, 0.032788, 0.051319, 0.101134, 0.245385, 0.656358", \
            "0.0258388, 0.030286, 0.03965, 0.0581967, 0.106539, 0.248406, 0.659628", \
            "0.0344876, 0.0394767, 0.0496364, 0.0702806, 0.117105, 0.252837, 0.657233" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0495542, 0.055023, 0.0683838, 0.102297, 0.191227, 0.432605, 1.09252", \
            "0.052618, 0.0580794, 0.0714479, 0.105284, 0.194262, 0.434681, 1.09017", \
            "0.0582213, 0.0636219, 0.0768713, 0.110654, 0.199753, 0.441513, 1.09476", \
            "0.0650933, 0.0707792, 0.0842398, 0.117948, 0.207245, 0.449492, 1.1088", \
            "0.065941, 0.0723301, 0.0864799, 0.120403, 0.209648, 0.451172, 1.11035", \
            "0.042359, 0.050493, 0.0672707, 0.10253, 0.191632, 0.432629, 1.09038", \
            "-0.0480034, -0.0377139, -0.0156036, 0.0262465, 0.117005, 0.358456, 1.01361" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0158627, 0.0217836, 0.0381216, 0.0839181, 0.209626, 0.554765, 1.50481", \
            "0.0158667, 0.0218044, 0.0381425, 0.0837163, 0.209994, 0.556137, 1.50095", \
            "0.0159784, 0.0218739, 0.0381991, 0.0838817, 0.209445, 0.557451, 1.49706", \
            "0.0175059, 0.0231731, 0.0390663, 0.083986, 0.209653, 0.558261, 1.50446", \
            "0.0214369, 0.0268706, 0.0414346, 0.085015, 0.210126, 0.556712, 1.50619", \
            "0.0280759, 0.0344126, 0.0485664, 0.0879631, 0.211067, 0.553539, 1.49736", \
            "0.0378544, 0.0464115, 0.0628821, 0.100645, 0.215019, 0.556357, 1.49291" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0826414, 0.0879759, 0.0993002, 0.121319, 0.168102, 0.283135, 0.594961", \
            "0.0861371, 0.0914614, 0.102755, 0.124847, 0.171381, 0.286347, 0.598226", \
            "0.096822, 0.102153, 0.113457, 0.135559, 0.182372, 0.297436, 0.60847", \
            "0.125101, 0.130364, 0.141479, 0.163523, 0.210338, 0.325385, 0.637525", \
            "0.181712, 0.187597, 0.199884, 0.222822, 0.270718, 0.38596, 0.696939", \
            "0.277094, 0.283899, 0.298796, 0.325673, 0.37591, 0.49235, 0.803388", \
            "0.455997, 0.464189, 0.481688, 0.514634, 0.570674, 0.688339, 0.998431" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0178543, 0.0216793, 0.029613, 0.0488644, 0.0997051, 0.248164, 0.656257", \
            "0.0178364, 0.021577, 0.0296772, 0.048782, 0.0997595, 0.24666, 0.66363", \
            "0.0179958, 0.0214785, 0.0296287, 0.0489261, 0.0995212, 0.247549, 0.657021", \
            "0.0179083, 0.0215489, 0.0297473, 0.0489837, 0.0994803, 0.246649, 0.659558", \
            "0.0224604, 0.0259826, 0.0341578, 0.0521936, 0.101385, 0.24672, 0.659178", \
            "0.0298868, 0.0340681, 0.0437392, 0.061562, 0.106845, 0.248267, 0.660725", \
            "0.0397532, 0.0445662, 0.0561315, 0.0757627, 0.116921, 0.252496, 0.658127" \
          );
        }
      }
      timing () {
        related_pin : "B1N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0967566, 0.1021, 0.115246, 0.14912, 0.238285, 0.480265, 1.13495", \
            "0.101023, 0.10636, 0.119579, 0.153379, 0.242531, 0.48337, 1.14076", \
            "0.11296, 0.118314, 0.131564, 0.165329, 0.25454, 0.49567, 1.15393", \
            "0.140881, 0.146209, 0.159424, 0.193115, 0.282344, 0.523772, 1.18149", \
            "0.191811, 0.197225, 0.210407, 0.244313, 0.333672, 0.574208, 1.2296", \
            "0.273919, 0.279408, 0.292745, 0.326966, 0.416579, 0.657357, 1.31452", \
            "0.422328, 0.428555, 0.442396, 0.47615, 0.566265, 0.8073, 1.46117" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0159739, 0.0218465, 0.0382829, 0.0839561, 0.209947, 0.556792, 1.49725", \
            "0.0159937, 0.0218646, 0.0382307, 0.0839554, 0.209958, 0.556735, 1.49613", \
            "0.0160126, 0.0218625, 0.0382646, 0.0839527, 0.209792, 0.556607, 1.5007", \
            "0.0161017, 0.0219544, 0.0382803, 0.0839113, 0.209504, 0.556362, 1.50061", \
            "0.0168875, 0.0226522, 0.0389862, 0.0843645, 0.209579, 0.55775, 1.49379", \
            "0.0186389, 0.0240485, 0.0397566, 0.0853994, 0.210435, 0.553851, 1.50229", \
            "0.0213602, 0.0267404, 0.0411398, 0.0859351, 0.211421, 0.554058, 1.49499" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0674659, 0.0713492, 0.0797665, 0.0979192, 0.140961, 0.255138, 0.565373", \
            "0.0711571, 0.0750551, 0.0834769, 0.10166, 0.144765, 0.259028, 0.569581", \
            "0.0791092, 0.0829777, 0.091372, 0.10958, 0.152653, 0.266861, 0.576859", \
            "0.0892528, 0.0931219, 0.101512, 0.119676, 0.162754, 0.276803, 0.586901", \
            "0.097031, 0.100901, 0.109358, 0.12756, 0.170682, 0.28459, 0.595607", \
            "0.0914654, 0.0955413, 0.104214, 0.122698, 0.166, 0.279792, 0.589734", \
            "0.0406052, 0.045324, 0.0551232, 0.0748562, 0.119068, 0.233342, 0.544048" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0113192, 0.0143174, 0.0216808, 0.0408435, 0.0942986, 0.244925, 0.654473", \
            "0.0113062, 0.0143356, 0.0217371, 0.040854, 0.0940143, 0.243982, 0.657602", \
            "0.0113263, 0.0142894, 0.0217397, 0.0408576, 0.0943388, 0.245, 0.656251", \
            "0.0114393, 0.0144312, 0.0217312, 0.0408892, 0.0943221, 0.244758, 0.66443", \
            "0.0116892, 0.0147374, 0.0221088, 0.0411074, 0.0943009, 0.244909, 0.657835", \
            "0.0129141, 0.0158897, 0.0232449, 0.0417426, 0.0946124, 0.244879, 0.657215", \
            "0.0162167, 0.019574, 0.0270494, 0.0448728, 0.0963771, 0.245487, 0.660889" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0175878, 0.0193663, 0.0241081, 0.0365844, 0.0697037, 0.159641, 0.403771", \
            "0.0174033, 0.0192013, 0.0239654, 0.0364462, 0.0695733, 0.159535, 0.403829", \
            "0.0172502, 0.019029, 0.02376, 0.0361949, 0.0692837, 0.159216, 0.403606", \
            "0.0170896, 0.0188815, 0.0235322, 0.0359375, 0.0690883, 0.159049, 0.403356", \
            "0.0177379, 0.0193712, 0.0238603, 0.0360667, 0.0690022, 0.15886, 0.402913", \
            "0.0194879, 0.0210858, 0.0255538, 0.0376886, 0.0704941, 0.159834, 0.404538", \
            "0.0252189, 0.0268453, 0.0311641, 0.0432908, 0.0763829, 0.165901, 0.408222" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0140649, 0.0126611, 0.0091384, -0.0019112, -0.0345886, -0.124961, -0.371697", \
            "0.0138573, 0.0124412, 0.0089471, -0.0021187, -0.0347965, -0.125177, -0.371939", \
            "0.0136672, 0.0122268, 0.0087417, -0.0023319, -0.0350014, -0.125386, -0.372107", \
            "0.0135377, 0.0121078, 0.008523, -0.0025674, -0.0352259, -0.125546, -0.372285", \
            "0.0132079, 0.0116423, 0.0083575, -0.0026925, -0.0352908, -0.125523, -0.372256", \
            "0.0170512, 0.0151077, 0.0107693, -0.0014692, -0.0342081, -0.124342, -0.370973", \
            "0.0227179, 0.0208182, 0.0159842, 0.0038292, -0.0294157, -0.119846, -0.366058" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0161534, 0.0179886, 0.0227779, 0.0352501, 0.0682802, 0.157976, 0.402845", \
            "0.0159785, 0.0178034, 0.0225897, 0.0350398, 0.0680894, 0.157868, 0.402306", \
            "0.0156703, 0.0174764, 0.0221931, 0.034645, 0.0677296, 0.157715, 0.40051", \
            "0.0154078, 0.0171591, 0.0218409, 0.0342126, 0.0673599, 0.157408, 0.402054", \
            "0.0160331, 0.017695, 0.0221496, 0.0343107, 0.067257, 0.157355, 0.402297", \
            "0.0179199, 0.0195301, 0.0239374, 0.0360776, 0.0688372, 0.158116, 0.403341", \
            "0.0243641, 0.0258817, 0.0302196, 0.0422092, 0.0753535, 0.164618, 0.407447" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0116874, 0.0102517, 0.0067553, -0.0043011, -0.0369999, -0.127377, -0.374156", \
            "0.0113812, 0.0099401, 0.006434, -0.004669, -0.0373684, -0.12774, -0.374486", \
            "0.0111373, 0.0097262, 0.0061974, -0.0048911, -0.0375667, -0.127917, -0.374708", \
            "0.0114355, 0.0099279, 0.0062973, -0.0048258, -0.037495, -0.12778, -0.374514", \
            "0.0116734, 0.0100975, 0.006669, -0.0043054, -0.0369619, -0.1272, -0.373904", \
            "0.0163432, 0.0145029, 0.0098682, -0.0021688, -0.0349251, -0.125092, -0.371756", \
            "0.0240023, 0.0220013, 0.0170121, 0.0045579, -0.0289056, -0.118896, -0.365207" \
          );
        }
      }
      internal_power () {
        related_pin : "B1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0138369, 0.0156245, 0.0203403, 0.0327168, 0.0659178, 0.15591, 0.400357", \
            "0.0136831, 0.0154846, 0.0202123, 0.0325879, 0.0657785, 0.155828, 0.398513", \
            "0.0136959, 0.0154928, 0.0202293, 0.0326104, 0.0657779, 0.155848, 0.400452", \
            "0.0132679, 0.015045, 0.0197578, 0.0321489, 0.065245, 0.155444, 0.399796", \
            "0.0132363, 0.0150151, 0.0197068, 0.0319462, 0.0651064, 0.155365, 0.397748", \
            "0.0131001, 0.0146921, 0.0192471, 0.0315757, 0.0648681, 0.154225, 0.399349", \
            "0.0141117, 0.015809, 0.0203619, 0.0327338, 0.0658698, 0.155842, 0.398501" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0100959, 0.0086824, 0.0048396, -0.0067423, -0.0396938, -0.130167, -0.376867", \
            "0.0099793, 0.0085809, 0.0047437, -0.0068337, -0.0397797, -0.130317, -0.377207", \
            "0.0098333, 0.0084051, 0.0045495, -0.0070212, -0.0399601, -0.130423, -0.37714", \
            "0.0093131, 0.007876, 0.0039745, -0.0076121, -0.0405429, -0.13096, -0.377779", \
            "0.0097034, 0.0082003, 0.0039664, -0.0079711, -0.0410529, -0.131476, -0.378271", \
            "0.0096547, 0.0081037, 0.0039252, -0.0079172, -0.0410638, -0.131666, -0.378553", \
            "0.0108844, 0.0093023, 0.0049564, -0.0067957, -0.0402332, -0.130766, -0.377993" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002401;
      rise_capacitance : 0.002507;
      rise_capacitance_range (0.002507, 0.002507);
      fall_capacitance : 0.002295;
      fall_capacitance_range (0.002295, 0.002295);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044324, -0.004429, -0.0044212, -0.0044216, -0.0044225, -0.0044244, -0.0044288" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.004437, 0.0044374, 0.0044382, 0.0044395, 0.0044426, 0.0044495, 0.0044658" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002438;
      rise_capacitance : 0.002601;
      rise_capacitance_range (0.002601, 0.002601);
      fall_capacitance : 0.002275;
      fall_capacitance_range (0.002275, 0.002275);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.00445, -0.0044483, -0.0044443, -0.0044449, -0.0044464, -0.0044496, -0.0044569" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044489, 0.0044501, 0.0044528, 0.0044528, 0.0044527, 0.0044525, 0.0044522" \
          );
        }
      }
    }
    pin (B1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001422;
      rise_capacitance : 0.001471;
      rise_capacitance_range (0.001471, 0.001471);
      fall_capacitance : 0.001372;
      fall_capacitance_range (0.001372, 0.001372);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048785, 0.0048053, 0.0046366, 0.0049522, 0.0056797, 0.0073565, 0.0112218" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0092584, 0.0091701, 0.0089665, 0.0092804, 0.0100039, 0.0116716, 0.0155158" \
          );
        }
      }
    }
  }
  cell (scs8hd_o21ba_2) {
    area : 10.0096;
    cell_footprint : "o21ba";
    cell_leakage_power : 0.0117756;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0125727;
      when : "!A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.0125342;
      when : "!A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0124333;
      when : "!A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0125354;
      when : "!A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.0124333;
      when : "A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.006729;
      when : "A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0124333;
      when : "A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0125333;
      when : "A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.0117756;
    }
    pin (X) {
      direction : output;
      function : "(A1&!B1N) | (A2&!B1N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.344248;
      max_transition : 1.50426;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.0648544, 0.0692956, 0.0802695, 0.107864, 0.184125, 0.406261, 1.06415", \
            "0.0678455, 0.0723148, 0.0833028, 0.110869, 0.186904, 0.409048, 1.06698", \
            "0.0738174, 0.0782273, 0.0891999, 0.11672, 0.192794, 0.414427, 1.07124", \
            "0.0850061, 0.089509, 0.100621, 0.128194, 0.204115, 0.42659, 1.0841", \
            "0.0959878, 0.101153, 0.113045, 0.141193, 0.217537, 0.439633, 1.09712", \
            "0.0900229, 0.0963006, 0.11055, 0.140518, 0.216665, 0.438824, 1.09834", \
            "0.0314064, 0.0389197, 0.0565884, 0.0928318, 0.170996, 0.393922, 1.0497" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.0153042, 0.0195175, 0.0316075, 0.0675746, 0.178197, 0.509661, 1.49738", \
            "0.0152909, 0.0195711, 0.0315877, 0.067551, 0.178189, 0.511457, 1.50007", \
            "0.0152664, 0.0195466, 0.0315929, 0.0675878, 0.178289, 0.511495, 1.50185", \
            "0.0160155, 0.0202265, 0.0322104, 0.0678536, 0.178076, 0.510273, 1.50043", \
            "0.0190876, 0.0233784, 0.0348704, 0.0693653, 0.178539, 0.511129, 1.50045", \
            "0.0249086, 0.0298973, 0.0415274, 0.0733208, 0.179396, 0.511241, 1.49819", \
            "0.0332052, 0.0390558, 0.0534721, 0.0847124, 0.183565, 0.511526, 1.50057" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.108676, 0.113021, 0.123176, 0.143982, 0.184982, 0.281077, 0.552122", \
            "0.113499, 0.117821, 0.127952, 0.148715, 0.189824, 0.285982, 0.556921", \
            "0.12426, 0.128603, 0.138721, 0.159531, 0.200464, 0.296623, 0.567645", \
            "0.148363, 0.15271, 0.162811, 0.183612, 0.224759, 0.320938, 0.59196", \
            "0.199402, 0.203906, 0.214445, 0.23597, 0.277589, 0.373923, 0.645083", \
            "0.292582, 0.297547, 0.309377, 0.333575, 0.379221, 0.478506, 0.748987", \
            "0.46866, 0.474482, 0.488066, 0.516432, 0.569251, 0.673733, 0.945797" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.0197635, 0.0226566, 0.0295586, 0.0442779, 0.0818421, 0.195556, 0.552463", \
            "0.0198789, 0.0228559, 0.0295703, 0.0446522, 0.081942, 0.195334, 0.556623", \
            "0.0198865, 0.0226442, 0.0294912, 0.0444671, 0.0823348, 0.19554, 0.552593", \
            "0.019741, 0.0226349, 0.0294772, 0.0444518, 0.0814615, 0.195271, 0.552238", \
            "0.022066, 0.0249684, 0.0319548, 0.0467755, 0.0833416, 0.195633, 0.556465", \
            "0.0278674, 0.0308917, 0.038879, 0.0542671, 0.0907333, 0.198122, 0.556698", \
            "0.037782, 0.0412816, 0.0495475, 0.0674471, 0.103576, 0.207552, 0.554001" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.055691, 0.0598849, 0.0704343, 0.0975737, 0.173538, 0.395371, 1.05282", \
            "0.0589192, 0.0631045, 0.073615, 0.100742, 0.176352, 0.39894, 1.05552", \
            "0.0651404, 0.069316, 0.0798192, 0.106716, 0.18236, 0.405221, 1.0639", \
            "0.0747518, 0.0790813, 0.0898372, 0.116946, 0.192834, 0.4149, 1.07833", \
            "0.0803932, 0.0855808, 0.0973368, 0.124981, 0.200919, 0.42296, 1.08149", \
            "0.0637013, 0.0701782, 0.0846391, 0.115054, 0.190742, 0.412706, 1.0714", \
            "-0.0169823, -0.0092162, 0.0092101, 0.0471642, 0.12592, 0.347501, 1.00665" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.014243, 0.0183777, 0.0303122, 0.0665805, 0.177652, 0.508876, 1.50073", \
            "0.014193, 0.01835, 0.0302765, 0.0663999, 0.17758, 0.50984, 1.50187", \
            "0.0141912, 0.0183238, 0.0302957, 0.0665464, 0.177326, 0.510288, 1.50426", \
            "0.0155505, 0.0196803, 0.0313735, 0.0668827, 0.177437, 0.509896, 1.50324", \
            "0.0196571, 0.0238382, 0.0346511, 0.0686653, 0.178172, 0.511653, 1.50193", \
            "0.0259261, 0.0305863, 0.0428419, 0.0735976, 0.178756, 0.510125, 1.49756", \
            "0.0353627, 0.0412708, 0.0563208, 0.0884155, 0.184618, 0.512581, 1.49813" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.0997588, 0.104069, 0.114232, 0.13501, 0.176059, 0.272349, 0.543228", \
            "0.103161, 0.107475, 0.117656, 0.138514, 0.179505, 0.275628, 0.546656", \
            "0.113964, 0.118288, 0.128417, 0.149156, 0.190233, 0.286505, 0.557119", \
            "0.142082, 0.146401, 0.156539, 0.177296, 0.218449, 0.314618, 0.585594", \
            "0.205152, 0.209729, 0.220416, 0.241599, 0.283126, 0.379645, 0.650672", \
            "0.312866, 0.318341, 0.330966, 0.356671, 0.403504, 0.502655, 0.773334", \
            "0.506254, 0.512527, 0.52739, 0.558462, 0.615152, 0.719123, 0.990479" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.0198769, 0.0227941, 0.0296139, 0.0444426, 0.0818644, 0.19503, 0.552493", \
            "0.0197873, 0.0227898, 0.0296125, 0.0443645, 0.0818641, 0.195497, 0.552532", \
            "0.0197701, 0.0226742, 0.0295957, 0.044518, 0.0822852, 0.195175, 0.555655", \
            "0.0198153, 0.0227975, 0.0296811, 0.0444186, 0.0817928, 0.195632, 0.554523", \
            "0.0231414, 0.0260376, 0.0327744, 0.0476127, 0.0835291, 0.195406, 0.556503", \
            "0.0322249, 0.0357072, 0.0432743, 0.0595479, 0.0928982, 0.19948, 0.555461", \
            "0.0443589, 0.0482206, 0.0571207, 0.0762433, 0.110674, 0.208502, 0.554442" \
          );
        }
      }
      timing () {
        related_pin : "B1N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.107846, 0.111839, 0.122155, 0.148949, 0.224682, 0.446752, 1.10662", \
            "0.11219, 0.116255, 0.126534, 0.153262, 0.229153, 0.451607, 1.10924", \
            "0.124148, 0.128204, 0.138481, 0.165321, 0.241008, 0.463394, 1.11964", \
            "0.152537, 0.156601, 0.166887, 0.193636, 0.269268, 0.49142, 1.15209", \
            "0.206801, 0.210983, 0.221372, 0.248088, 0.323772, 0.545858, 1.20769", \
            "0.295121, 0.299676, 0.310395, 0.337321, 0.413164, 0.634942, 1.29625", \
            "0.452598, 0.457664, 0.469344, 0.496533, 0.572416, 0.79477, 1.45069" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.0142286, 0.0182145, 0.0300147, 0.0661351, 0.177246, 0.5104, 1.49919", \
            "0.0142954, 0.018274, 0.0300356, 0.0661255, 0.177256, 0.510313, 1.49868", \
            "0.0142703, 0.0182208, 0.0299614, 0.0663721, 0.177551, 0.509048, 1.49821", \
            "0.0143428, 0.018313, 0.0300663, 0.066169, 0.177028, 0.509837, 1.50114", \
            "0.0150736, 0.019008, 0.0306622, 0.0667377, 0.177602, 0.51087, 1.50413", \
            "0.0170216, 0.020752, 0.0319372, 0.0674791, 0.178069, 0.509568, 1.50398", \
            "0.0198787, 0.0239508, 0.0345516, 0.0684885, 0.178723, 0.509851, 1.49759" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.0774748, 0.0806877, 0.0881032, 0.103476, 0.13809, 0.229858, 0.501302", \
            "0.0811481, 0.0843802, 0.0917679, 0.107133, 0.141745, 0.233613, 0.505318", \
            "0.0892425, 0.0924655, 0.0998466, 0.115208, 0.149858, 0.24169, 0.512196", \
            "0.100045, 0.103248, 0.110587, 0.126093, 0.160664, 0.252574, 0.525425", \
            "0.108485, 0.111693, 0.11904, 0.134518, 0.169154, 0.260955, 0.532732", \
            "0.103828, 0.107108, 0.114639, 0.130376, 0.165168, 0.257036, 0.527185", \
            "0.0553619, 0.0590034, 0.0673342, 0.0843154, 0.119948, 0.212314, 0.482762" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.0120356, 0.0144023, 0.0196631, 0.0333032, 0.0710626, 0.189877, 0.55251", \
            "0.0121505, 0.014449, 0.0196953, 0.0332869, 0.0711225, 0.189831, 0.551549", \
            "0.0120439, 0.0143883, 0.0197801, 0.0331787, 0.0709343, 0.189832, 0.553641", \
            "0.0121283, 0.0143278, 0.019933, 0.0333625, 0.0710151, 0.189842, 0.552531", \
            "0.0122762, 0.0146031, 0.0199717, 0.0334184, 0.0713745, 0.189496, 0.551218", \
            "0.0130035, 0.0153158, 0.0205869, 0.0340164, 0.071513, 0.189808, 0.551366", \
            "0.0157682, 0.0181631, 0.0237055, 0.0369564, 0.0734406, 0.190104, 0.550907" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.0227342, 0.0247187, 0.0306967, 0.0476887, 0.096968, 0.241625, 0.670217", \
            "0.0225905, 0.024609, 0.0305666, 0.0475476, 0.0968774, 0.241658, 0.670308", \
            "0.0223893, 0.0243928, 0.0303108, 0.0473128, 0.0966256, 0.241517, 0.67024", \
            "0.022353, 0.0244141, 0.0301959, 0.0470446, 0.0962447, 0.240982, 0.670048", \
            "0.0231768, 0.0250468, 0.0305745, 0.0470858, 0.0960563, 0.240878, 0.66995", \
            "0.0248447, 0.026676, 0.0321941, 0.0485039, 0.0969961, 0.241825, 0.670854", \
            "0.0305847, 0.0322289, 0.0374081, 0.053767, 0.102537, 0.246675, 0.673993" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.0179322, 0.0159158, 0.0108002, -0.0034996, -0.0508731, -0.19656, -0.630668", \
            "0.0177721, 0.0157795, 0.010622, -0.0036506, -0.051084, -0.196737, -0.630765", \
            "0.017588, 0.0155817, 0.0104226, -0.0038925, -0.051247, -0.196927, -0.631031", \
            "0.0173525, 0.0153307, 0.0101876, -0.0041519, -0.0515546, -0.197108, -0.631189", \
            "0.0176167, 0.0155392, 0.0102052, -0.0042878, -0.0515425, -0.197167, -0.631194", \
            "0.0230663, 0.0207499, 0.0146053, -0.0022527, -0.0510189, -0.196289, -0.630272", \
            "0.0295012, 0.0270311, 0.020413, 0.0030204, -0.0464617, -0.192508, -0.62613" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.0212863, 0.023329, 0.0292948, 0.0463871, 0.0955774, 0.240102, 0.670371", \
            "0.0211957, 0.0232364, 0.0291731, 0.0462502, 0.0955325, 0.240406, 0.670785", \
            "0.0209679, 0.0230034, 0.0289421, 0.045898, 0.0951861, 0.240113, 0.670293", \
            "0.0207892, 0.0227564, 0.0285819, 0.0454265, 0.0946586, 0.239301, 0.667014", \
            "0.0215347, 0.0234137, 0.0289378, 0.0452188, 0.094269, 0.239455, 0.666868", \
            "0.0232152, 0.0249993, 0.0303336, 0.0468399, 0.0952775, 0.240037, 0.668824", \
            "0.0292165, 0.0307967, 0.0359597, 0.0521935, 0.100769, 0.24487, 0.672755" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.0157295, 0.0137312, 0.0085431, -0.005755, -0.0531539, -0.198775, -0.632927", \
            "0.0153599, 0.0134044, 0.0081973, -0.0060581, -0.0534801, -0.199155, -0.633261", \
            "0.015127, 0.0130952, 0.0079524, -0.0063243, -0.0537523, -0.199348, -0.633389", \
            "0.0152184, 0.0132153, 0.008018, -0.0063741, -0.0537392, -0.199331, -0.633334", \
            "0.0159515, 0.0138936, 0.0084911, -0.0058732, -0.0533518, -0.199011, -0.633059", \
            "0.0223605, 0.0200369, 0.0136858, -0.0029468, -0.0516421, -0.197122, -0.631158", \
            "0.03127, 0.0286368, 0.0217088, 0.0039295, -0.0455814, -0.191306, -0.625037" \
          );
        }
      }
      internal_power () {
        related_pin : "B1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.0191485, 0.0211954, 0.0270871, 0.044023, 0.093269, 0.238235, 0.667383", \
            "0.0190445, 0.0210596, 0.0269875, 0.0439535, 0.0931311, 0.23802, 0.668281", \
            "0.0190515, 0.0210558, 0.0270083, 0.0439596, 0.0931528, 0.237913, 0.667677", \
            "0.0186272, 0.0206417, 0.0265625, 0.0435043, 0.092731, 0.23767, 0.667537", \
            "0.0184584, 0.0204672, 0.0263285, 0.0432176, 0.0924409, 0.237306, 0.666852", \
            "0.0184195, 0.0203278, 0.0260091, 0.0425641, 0.0920182, 0.236359, 0.666167", \
            "0.019466, 0.0212743, 0.0268267, 0.043406, 0.0924876, 0.237755, 0.665744" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148578, 0.00441507, 0.0131196, 0.0389856, 0.115848, 0.344248");
          values ( \
            "0.01398, 0.0122942, 0.0072617, -0.00794, -0.0564722, -0.202535, -0.636788", \
            "0.0139036, 0.0121782, 0.0071277, -0.0080702, -0.0565912, -0.202644, -0.636862", \
            "0.0137347, 0.0119806, 0.0069612, -0.0082302, -0.0567554, -0.202743, -0.636955", \
            "0.0131852, 0.0114517, 0.0064159, -0.0087828, -0.057321, -0.203295, -0.637463", \
            "0.0145704, 0.0128067, 0.0074276, -0.0088997, -0.0578321, -0.203845, -0.638014", \
            "0.0144992, 0.0126909, 0.0072721, -0.0089008, -0.0578817, -0.204138, -0.638328", \
            "0.0158258, 0.0138814, 0.008387, -0.0078975, -0.0568661, -0.203238, -0.637676" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002397;
      rise_capacitance : 0.002511;
      rise_capacitance_range (0.002511, 0.002511);
      fall_capacitance : 0.002284;
      fall_capacitance_range (0.002284, 0.002284);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044762, -0.0044718, -0.0044616, -0.0044632, -0.0044665, -0.0044743, -0.0044921" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045097, 0.0045024, 0.0044858, 0.0044869, 0.0044893, 0.0044952, 0.0045087" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002402;
      rise_capacitance : 0.002567;
      rise_capacitance_range (0.002567, 0.002567);
      fall_capacitance : 0.002237;
      fall_capacitance_range (0.002237, 0.002237);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044099, -0.0044067, -0.0043995, -0.0043982, -0.0043953, -0.0043885, -0.0043727" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043726, 0.0043845, 0.0044119, 0.0044124, 0.0044135, 0.0044162, 0.0044225" \
          );
        }
      }
    }
    pin (B1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001463;
      rise_capacitance : 0.00152;
      rise_capacitance_range (0.00152, 0.00152);
      fall_capacitance : 0.001406;
      fall_capacitance_range (0.001406, 0.001406);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0057179, 0.0056548, 0.0055091, 0.0058031, 0.0064811, 0.0080438, 0.0116459" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0091344, 0.0090471, 0.0088459, 0.0091509, 0.0098542, 0.0114753, 0.015212" \
          );
        }
      }
    }
  }
  cell (scs8hd_o21ba_4) {
    area : 16.2656;
    cell_footprint : "o21ba";
    cell_leakage_power : 0.030354;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0614267;
      when : "!A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.024909;
      when : "!A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0310437;
      when : "!A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0249526;
      when : "!A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.0310437;
      when : "A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.0134724;
      when : "A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0310432;
      when : "A1&A2&B1N";
    }
    leakage_power () {
      value : 0.024941;
      when : "A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.030354;
    }
    pin (X) {
      direction : output;
      function : "(A1&!B1N) | (A2&!B1N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.582285;
      max_transition : 1.50477;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.0692861, 0.0724715, 0.0813444, 0.104932, 0.172913, 0.385778, 1.07489", \
            "0.0721287, 0.0753276, 0.0841894, 0.107762, 0.175889, 0.389423, 1.07688", \
            "0.0777965, 0.0810156, 0.0898591, 0.113471, 0.18152, 0.395053, 1.08277", \
            "0.0886643, 0.0919269, 0.100882, 0.124586, 0.19236, 0.405848, 1.09271", \
            "0.0992235, 0.102789, 0.112327, 0.136572, 0.20445, 0.418266, 1.10659", \
            "0.0917116, 0.0960163, 0.107251, 0.133109, 0.201139, 0.414528, 1.10266", \
            "0.0275056, 0.0325274, 0.0462821, 0.078014, 0.14905, 0.362314, 1.0508" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.0163947, 0.0193949, 0.0285945, 0.0574031, 0.153276, 0.47047, 1.49423", \
            "0.0164212, 0.0193979, 0.0285472, 0.0574162, 0.153037, 0.468522, 1.49888", \
            "0.0163735, 0.0193942, 0.0285278, 0.0573538, 0.153142, 0.469333, 1.49805", \
            "0.0169436, 0.019985, 0.0291155, 0.0578874, 0.153262, 0.470049, 1.49966", \
            "0.019676, 0.0228025, 0.0315443, 0.0592545, 0.15406, 0.468661, 1.4986", \
            "0.0252555, 0.0284126, 0.0375644, 0.0637595, 0.154825, 0.469892, 1.49321", \
            "0.0333069, 0.0373109, 0.0488219, 0.0754598, 0.160043, 0.471391, 1.49651" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.115919, 0.11876, 0.12637, 0.144169, 0.180886, 0.267209, 0.519196", \
            "0.12062, 0.123426, 0.131071, 0.14885, 0.185625, 0.271926, 0.523932", \
            "0.131833, 0.13466, 0.142253, 0.159922, 0.196831, 0.283151, 0.534828", \
            "0.156244, 0.159061, 0.166646, 0.184425, 0.221267, 0.30753, 0.559651", \
            "0.208176, 0.21112, 0.218952, 0.237246, 0.274539, 0.361229, 0.612965", \
            "0.302244, 0.305571, 0.314245, 0.334689, 0.376324, 0.465915, 0.718019", \
            "0.483672, 0.487378, 0.497606, 0.521143, 0.569714, 0.66664, 0.920147" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.0201794, 0.022055, 0.0272306, 0.0394757, 0.0702392, 0.16481, 0.494298", \
            "0.0201992, 0.0221351, 0.0272825, 0.0393825, 0.0702435, 0.164758, 0.494162", \
            "0.020286, 0.0221476, 0.0273233, 0.0396168, 0.0699497, 0.164921, 0.494163", \
            "0.0202713, 0.0220171, 0.0271788, 0.0394908, 0.0701251, 0.165155, 0.496324", \
            "0.0223344, 0.0242468, 0.0292802, 0.0415232, 0.0718452, 0.165307, 0.494348", \
            "0.0282827, 0.030227, 0.0357049, 0.0490618, 0.0792958, 0.169811, 0.494789", \
            "0.0385437, 0.0406445, 0.046615, 0.0614925, 0.0942059, 0.180631, 0.496718" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.0601457, 0.0632548, 0.0718481, 0.0950606, 0.162594, 0.375397, 1.0624", \
            "0.0632613, 0.0663541, 0.0749636, 0.0982064, 0.165672, 0.378048, 1.06885", \
            "0.0689825, 0.0720675, 0.0806821, 0.10378, 0.171317, 0.384382, 1.07738", \
            "0.0780143, 0.081271, 0.0900722, 0.113395, 0.180918, 0.393795, 1.08729", \
            "0.0833477, 0.0870027, 0.0965646, 0.120525, 0.188092, 0.401254, 1.09271", \
            "0.0664093, 0.0708951, 0.0825755, 0.109059, 0.17719, 0.389999, 1.0815", \
            "-0.0141759, -0.0090021, 0.0053636, 0.0384065, 0.111566, 0.324669, 1.01341" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.0155956, 0.018578, 0.027608, 0.0564972, 0.152604, 0.468382, 1.4992", \
            "0.0155947, 0.0185357, 0.0276838, 0.056453, 0.152746, 0.469638, 1.50189", \
            "0.0155605, 0.0185053, 0.0276635, 0.0564503, 0.152464, 0.468828, 1.50477", \
            "0.016776, 0.0197572, 0.0287172, 0.0572326, 0.152898, 0.469658, 1.49979", \
            "0.0204739, 0.0231969, 0.0318551, 0.059094, 0.153562, 0.46983, 1.50095", \
            "0.026593, 0.0300877, 0.03923, 0.0647523, 0.154589, 0.470093, 1.49622", \
            "0.0365869, 0.0402864, 0.052151, 0.0801789, 0.16228, 0.472003, 1.49146" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.102229, 0.105036, 0.112676, 0.130458, 0.16722, 0.253575, 0.505492", \
            "0.105415, 0.108228, 0.115797, 0.133621, 0.170514, 0.256804, 0.50873", \
            "0.11548, 0.118274, 0.125904, 0.143641, 0.180473, 0.266804, 0.518886", \
            "0.142598, 0.145412, 0.15301, 0.170762, 0.207594, 0.293556, 0.545659", \
            "0.20395, 0.206958, 0.214933, 0.23326, 0.270372, 0.357137, 0.608757", \
            "0.309549, 0.312997, 0.322267, 0.343915, 0.386669, 0.47607, 0.729095", \
            "0.500989, 0.504934, 0.515775, 0.541195, 0.592637, 0.687868, 0.941578" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.0201634, 0.0219805, 0.0271022, 0.0393794, 0.0703138, 0.164936, 0.494206", \
            "0.0202827, 0.0221871, 0.0272183, 0.0398717, 0.0697992, 0.164902, 0.493562", \
            "0.0201677, 0.0220196, 0.0271874, 0.0394993, 0.0703674, 0.164991, 0.495055", \
            "0.020252, 0.0220327, 0.0272888, 0.039502, 0.0704097, 0.164694, 0.494229", \
            "0.0236545, 0.0253791, 0.0303704, 0.0423122, 0.0723442, 0.165792, 0.494269", \
            "0.0327659, 0.0348468, 0.0406367, 0.0544357, 0.0818406, 0.170263, 0.497686", \
            "0.0446817, 0.0467751, 0.0533694, 0.0693959, 0.0992408, 0.180847, 0.496769" \
          );
        }
      }
      timing () {
        related_pin : "B1N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.103614, 0.10654, 0.114721, 0.137301, 0.20464, 0.417653, 1.10861", \
            "0.108466, 0.111393, 0.119592, 0.142076, 0.209521, 0.42221, 1.10992", \
            "0.12105, 0.12397, 0.132198, 0.154738, 0.222129, 0.43573, 1.1233", \
            "0.150757, 0.153662, 0.161897, 0.184377, 0.251766, 0.464913, 1.15404", \
            "0.207398, 0.210347, 0.218575, 0.241152, 0.308392, 0.520953, 1.21419", \
            "0.302054, 0.305106, 0.313526, 0.336168, 0.403863, 0.616641, 1.30704", \
            "0.476037, 0.47952, 0.488504, 0.511559, 0.578965, 0.792175, 1.47896" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.0147893, 0.0176509, 0.0265862, 0.0555733, 0.15221, 0.469221, 1.5009", \
            "0.0147884, 0.0176551, 0.0265797, 0.0555499, 0.152063, 0.469101, 1.49471", \
            "0.0147569, 0.0176336, 0.0266079, 0.0554901, 0.15204, 0.468631, 1.49679", \
            "0.0147635, 0.017635, 0.0266373, 0.0555874, 0.151891, 0.468825, 1.49403", \
            "0.0153837, 0.0182182, 0.027244, 0.0559205, 0.152235, 0.469681, 1.50193", \
            "0.016983, 0.0196852, 0.0283186, 0.0567544, 0.152729, 0.467663, 1.50086", \
            "0.0197406, 0.0223108, 0.0306883, 0.0578649, 0.153566, 0.468284, 1.4979" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.0777194, 0.0797928, 0.0853153, 0.0980043, 0.127244, 0.206589, 0.456826", \
            "0.0811662, 0.0832376, 0.0887517, 0.101436, 0.130724, 0.210039, 0.460259", \
            "0.0884344, 0.0904943, 0.0960082, 0.10869, 0.137909, 0.217337, 0.468259", \
            "0.0975702, 0.0996233, 0.10505, 0.117746, 0.147035, 0.226304, 0.477718", \
            "0.10158, 0.103636, 0.109159, 0.121837, 0.151164, 0.230455, 0.481526", \
            "0.0870268, 0.0891403, 0.0947165, 0.107617, 0.137057, 0.216504, 0.466667", \
            "0.0158393, 0.0181733, 0.024362, 0.0382773, 0.0688305, 0.148922, 0.399472" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.0117896, 0.0132121, 0.0171663, 0.0275154, 0.057434, 0.1561, 0.49073", \
            "0.0117907, 0.0132124, 0.0171076, 0.0275486, 0.0573174, 0.156064, 0.490686", \
            "0.0118695, 0.0132061, 0.0171084, 0.0274156, 0.0573257, 0.156801, 0.490256", \
            "0.0118895, 0.0132559, 0.0171278, 0.0277014, 0.0576603, 0.156555, 0.492997", \
            "0.0119993, 0.0134452, 0.0173498, 0.027687, 0.0577019, 0.155801, 0.490482", \
            "0.0128726, 0.0143054, 0.0182186, 0.0282826, 0.0578398, 0.156672, 0.487625", \
            "0.0156658, 0.0172165, 0.0211635, 0.0316474, 0.0600924, 0.157461, 0.489518" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.0447175, 0.0469745, 0.0543686, 0.0777062, 0.15139, 0.385893, 1.14255", \
            "0.0444044, 0.0466588, 0.0540421, 0.0774264, 0.151047, 0.385474, 1.1434", \
            "0.0439835, 0.0462561, 0.0536202, 0.0769807, 0.150551, 0.385233, 1.14357", \
            "0.0439481, 0.0462182, 0.0534414, 0.0765077, 0.149819, 0.384947, 1.14155", \
            "0.0451523, 0.0472829, 0.0541913, 0.0766579, 0.149439, 0.384199, 1.14156", \
            "0.048895, 0.0509222, 0.0576901, 0.0796377, 0.150983, 0.385867, 1.14272", \
            "0.0595785, 0.0613919, 0.0678122, 0.0897985, 0.161788, 0.394197, 1.14856" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.0365206, 0.0341776, 0.0272418, 0.007526, -0.0605554, -0.294758, -1.0602", \
            "0.0361602, 0.0337968, 0.0268695, 0.0071532, -0.060927, -0.295125, -1.06055", \
            "0.0356168, 0.0333938, 0.0263251, 0.0067931, -0.0613303, -0.2957, -1.06101", \
            "0.0353315, 0.0328876, 0.0258191, 0.0062305, -0.0618445, -0.296073, -1.06135", \
            "0.0360495, 0.0335884, 0.0262643, 0.0060111, -0.0621379, -0.296273, -1.06155", \
            "0.0445251, 0.0419361, 0.0338853, 0.0106505, -0.0621284, -0.294755, -1.05994", \
            "0.0572483, 0.0543539, 0.0469237, 0.0221339, -0.0515461, -0.287472, -1.05224" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.0402703, 0.0425397, 0.049923, 0.0733231, 0.146568, 0.380376, 1.13953", \
            "0.0401455, 0.0424556, 0.0498393, 0.0732201, 0.146443, 0.380632, 1.13764", \
            "0.0397502, 0.0420169, 0.0494281, 0.0726301, 0.145881, 0.379817, 1.13825", \
            "0.0394233, 0.0416058, 0.0488773, 0.0718496, 0.144993, 0.379478, 1.13775", \
            "0.0409817, 0.0430622, 0.0499861, 0.0718788, 0.14483, 0.379301, 1.13324", \
            "0.044776, 0.0468065, 0.0535322, 0.0755935, 0.147082, 0.381575, 1.1385", \
            "0.0583121, 0.0602577, 0.0664854, 0.0878762, 0.159561, 0.391959, 1.14655" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.0313731, 0.0290111, 0.0219638, 0.0023395, -0.0656608, -0.299868, -1.06522", \
            "0.0307988, 0.0284342, 0.0214657, 0.0017641, -0.0662515, -0.300454, -1.06575", \
            "0.0303361, 0.0279045, 0.0209074, 0.0012607, -0.0667821, -0.300963, -1.06632", \
            "0.0304867, 0.0280879, 0.0210247, 0.0012311, -0.0668313, -0.301057, -1.0662", \
            "0.0321725, 0.0297267, 0.0223313, 0.0020182, -0.0658971, -0.300076, -1.0653", \
            "0.0467625, 0.0439625, 0.0355795, 0.0117112, -0.0611716, -0.294506, -1.05955", \
            "0.0626967, 0.0597162, 0.0507266, 0.0254306, -0.0487169, -0.284165, -1.04911" \
          );
        }
      }
      internal_power () {
        related_pin : "B1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.0355789, 0.0378613, 0.0452082, 0.0685546, 0.141874, 0.376493, 1.13406", \
            "0.035436, 0.037721, 0.0450722, 0.0683575, 0.141685, 0.376448, 1.13403", \
            "0.0354298, 0.0377095, 0.0451416, 0.068357, 0.141705, 0.376328, 1.13251", \
            "0.0347088, 0.0370033, 0.0444004, 0.0676016, 0.140901, 0.375423, 1.13267", \
            "0.0346036, 0.0368827, 0.044112, 0.0671258, 0.140339, 0.375097, 1.13328", \
            "0.034304, 0.0364371, 0.0434717, 0.0658034, 0.139508, 0.37336, 1.13129", \
            "0.0352836, 0.0373967, 0.0442888, 0.0668294, 0.14024, 0.374828, 1.12832" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016218, 0.00526048, 0.0170629, 0.0553453, 0.179518, 0.582285");
          values ( \
            "0.02749, 0.0255679, 0.019255, -0.0012663, -0.0719601, -0.307618, -1.07333", \
            "0.0273704, 0.0253984, 0.0190821, -0.0014358, -0.07217, -0.307763, -1.07347", \
            "0.0271396, 0.0251338, 0.0188121, -0.0017048, -0.0723498, -0.307942, -1.0737", \
            "0.0262285, 0.0241935, 0.0177367, -0.0026794, -0.0733881, -0.30893, -1.07457", \
            "0.0285889, 0.0265468, 0.0199575, -0.0018963, -0.0743394, -0.309887, -1.0755", \
            "0.0286146, 0.0265041, 0.0197261, -0.0020035, -0.0741658, -0.310455, -1.07611", \
            "0.0307435, 0.0285004, 0.0216673, -0.0002932, -0.0727981, -0.308813, -1.07513" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004409;
      rise_capacitance : 0.004627;
      rise_capacitance_range (0.004627, 0.004627);
      fall_capacitance : 0.004192;
      fall_capacitance_range (0.004192, 0.004192);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087677, -0.0087691, -0.0087721, -0.0087667, -0.0087542, -0.0087253, -0.0086589" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087912, 0.0087857, 0.0087731, 0.0087762, 0.0087835, 0.0088001, 0.0088386" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004413;
      rise_capacitance : 0.004727;
      rise_capacitance_range (0.004727, 0.004727);
      fall_capacitance : 0.004099;
      fall_capacitance_range (0.004099, 0.004099);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087567, -0.0087597, -0.0087664, -0.0087631, -0.0087555, -0.0087379, -0.0086975" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087777, 0.0087744, 0.0087666, 0.0087687, 0.0087735, 0.0087844, 0.0088098" \
          );
        }
      }
    }
    pin (B1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002398;
      rise_capacitance : 0.00253;
      rise_capacitance_range (0.00253, 0.00253);
      fall_capacitance : 0.002266;
      fall_capacitance_range (0.002266, 0.002266);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0106064, 0.0104846, 0.0102038, 0.0107593, 0.0120399, 0.0149915, 0.0217953" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.016637, 0.0165012, 0.0161883, 0.0167905, 0.0181784, 0.0213777, 0.0287525" \
          );
        }
      }
    }
  }
  cell (scs8hd_o21bai_1) {
    area : 7.5072;
    cell_footprint : "o21bai";
    cell_leakage_power : 0.00540541;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0066775;
      when : "A1&!A2&!B1N";
    }
    leakage_power () {
      value : 3.93999e-05;
      when : "A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0124554;
      when : "A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.0114338;
      when : "!A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.0001;
      when : "!A1&!A2&!B1N";
    }
    leakage_power () {
      value : 3.94017e-05;
      when : "!A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0124584;
      when : "!A1&A2&!B1N";
    }
    leakage_power () {
      value : 3.93937e-05;
      when : "A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.00540541;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2) | (B1N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.109873;
      max_transition : 1.48933;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741192, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.0569306, 0.0642811, 0.0818506, 0.123769, 0.225619, 0.472559, 1.08281", \
            "0.0615878, 0.0689068, 0.086563, 0.128875, 0.230354, 0.477775, 1.08558", \
            "0.0724019, 0.0796831, 0.0972823, 0.139596, 0.241399, 0.489964, 1.09649", \
            "0.095668, 0.103676, 0.121288, 0.163384, 0.265242, 0.513476, 1.12543", \
            "0.136447, 0.14661, 0.169146, 0.218145, 0.321309, 0.571126, 1.17723", \
            "0.211931, 0.225894, 0.256268, 0.319124, 0.445227, 0.700042, 1.30749", \
            "0.366896, 0.38487, 0.424356, 0.507649, 0.671813, 0.986716, 1.61262" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741192, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.0476858, 0.0566035, 0.0794569, 0.136025, 0.275302, 0.617529, 1.46238", \
            "0.04764, 0.0568512, 0.0794184, 0.136177, 0.27578, 0.618626, 1.46185", \
            "0.047505, 0.0567522, 0.0796378, 0.136231, 0.275031, 0.618131, 1.45955", \
            "0.0531994, 0.0614294, 0.0824145, 0.136519, 0.275717, 0.619066, 1.45949", \
            "0.0724176, 0.081035, 0.101559, 0.150183, 0.27906, 0.618352, 1.46197", \
            "0.106622, 0.117167, 0.141971, 0.196875, 0.317969, 0.628318, 1.4622", \
            "0.161913, 0.176255, 0.208076, 0.277191, 0.420979, 0.720036, 1.48427" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741192, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.0250636, 0.0281236, 0.0350997, 0.0511815, 0.088635, 0.17873, 0.399347", \
            "0.0280314, 0.0310864, 0.0381713, 0.0542407, 0.0917635, 0.181899, 0.402144", \
            "0.0331159, 0.0365664, 0.0442323, 0.0606401, 0.09845, 0.188683, 0.408908", \
            "0.0375624, 0.0423959, 0.0525154, 0.0732097, 0.113947, 0.204941, 0.425628", \
            "0.033728, 0.0408995, 0.055706, 0.08556, 0.140351, 0.242125, 0.46475", \
            "0.0050672, 0.0152508, 0.0373384, 0.0812931, 0.161393, 0.301303, 0.549938", \
            "-0.0867593, -0.0720368, -0.0397491, 0.0242232, 0.141517, 0.346031, 0.690309" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741192, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.0160553, 0.019679, 0.0283317, 0.0487523, 0.098011, 0.218179, 0.514504", \
            "0.0159985, 0.0195712, 0.0282678, 0.0486126, 0.0975236, 0.217808, 0.514773", \
            "0.0189154, 0.022133, 0.0298969, 0.0493285, 0.0976802, 0.217994, 0.514312", \
            "0.02786, 0.0315211, 0.0397367, 0.0580711, 0.101671, 0.218118, 0.514639", \
            "0.0451856, 0.0502248, 0.060791, 0.0828347, 0.126692, 0.230768, 0.514641", \
            "0.0767889, 0.0836423, 0.0985626, 0.128736, 0.184613, 0.292381, 0.543747", \
            "0.136076, 0.146175, 0.167043, 0.208046, 0.285166, 0.426404, 0.690433" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741192, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.0478032, 0.0553599, 0.0731743, 0.115567, 0.217036, 0.46488, 1.07879", \
            "0.0512953, 0.0585269, 0.0764476, 0.119173, 0.22107, 0.469023, 1.07752", \
            "0.0624732, 0.0697365, 0.087267, 0.129682, 0.231787, 0.480039, 1.08796", \
            "0.0905154, 0.0983776, 0.115452, 0.157145, 0.258718, 0.506547, 1.1144", \
            "0.138956, 0.150492, 0.174345, 0.223191, 0.32332, 0.570167, 1.182", \
            "0.226102, 0.240516, 0.274601, 0.343837, 0.473717, 0.721502, 1.32525", \
            "0.397298, 0.416638, 0.460315, 0.553894, 0.73744, 1.06798, 1.67326" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741192, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.0474976, 0.0566113, 0.079392, 0.13618, 0.275774, 0.619162, 1.46341", \
            "0.0472291, 0.0564916, 0.0793682, 0.136142, 0.275707, 0.617945, 1.45998", \
            "0.0474654, 0.0564344, 0.0792791, 0.136159, 0.275693, 0.618415, 1.46211", \
            "0.0574411, 0.0648335, 0.0842191, 0.136654, 0.27608, 0.617031, 1.46164", \
            "0.0810523, 0.0905977, 0.112654, 0.1572, 0.279948, 0.619268, 1.46254", \
            "0.115354, 0.131414, 0.161056, 0.220732, 0.335853, 0.629952, 1.46261", \
            "0.17511, 0.193777, 0.235628, 0.323166, 0.480387, 0.761165, 1.48933" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741192, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.0195781, 0.0223885, 0.0288374, 0.043583, 0.0782251, 0.161797, 0.366733", \
            "0.0224882, 0.0253959, 0.0319504, 0.0469757, 0.0816587, 0.165178, 0.369475", \
            "0.0257141, 0.0295989, 0.0376401, 0.0534968, 0.0887487, 0.172388, 0.376716", \
            "0.0254079, 0.0309578, 0.0427988, 0.0647246, 0.104691, 0.189265, 0.394888", \
            "0.0137518, 0.0218213, 0.0391992, 0.0714758, 0.128952, 0.228273, 0.434862", \
            "-0.0300072, -0.0172707, 0.009097, 0.0570732, 0.140931, 0.282953, 0.526003", \
            "-0.151166, -0.131717, -0.093816, -0.0219805, 0.102674, 0.311374, 0.656416" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741192, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.0102124, 0.0136028, 0.0217407, 0.0406812, 0.0860859, 0.195916, 0.46862", \
            "0.0107523, 0.0138902, 0.0217814, 0.0409439, 0.0861934, 0.198173, 0.467099", \
            "0.0148195, 0.0178166, 0.0247898, 0.0418458, 0.0860831, 0.197584, 0.468085", \
            "0.0238334, 0.0276584, 0.0359752, 0.0527143, 0.0913472, 0.197436, 0.468256", \
            "0.0409317, 0.0459799, 0.0570011, 0.0784216, 0.120608, 0.212598, 0.471529", \
            "0.0743013, 0.080478, 0.0949391, 0.124071, 0.178615, 0.28121, 0.506703", \
            "0.140766, 0.148504, 0.166566, 0.205539, 0.280984, 0.417819, 0.66842" \
          );
        }
      }
      timing () {
        related_pin : "B1N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741192, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.041774, 0.0461899, 0.0563993, 0.080114, 0.136591, 0.274754, 0.608985", \
            "0.0456855, 0.0501041, 0.0602711, 0.0839133, 0.140443, 0.278692, 0.614631", \
            "0.0542808, 0.0586161, 0.0686436, 0.0921398, 0.148739, 0.286366, 0.621364", \
            "0.0654099, 0.0697991, 0.0798006, 0.103484, 0.160097, 0.297877, 0.633952", \
            "0.0738863, 0.0789516, 0.0894309, 0.112949, 0.169082, 0.30658, 0.643187", \
            "0.0681437, 0.0745713, 0.0871172, 0.111422, 0.167056, 0.304057, 0.639484", \
            "0.0183506, 0.0265414, 0.0428535, 0.0721168, 0.128518, 0.264216, 0.6006" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741192, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.0165195, 0.0215946, 0.0344271, 0.0668108, 0.146964, 0.345221, 0.821549", \
            "0.0164782, 0.0216009, 0.0343813, 0.0665674, 0.146665, 0.345144, 0.825483", \
            "0.0169345, 0.0218807, 0.0345187, 0.0667318, 0.146503, 0.343117, 0.823963", \
            "0.019017, 0.0236514, 0.0356642, 0.0669944, 0.14665, 0.344429, 0.823863", \
            "0.0240178, 0.0279784, 0.0383949, 0.0681773, 0.146803, 0.341662, 0.824718", \
            "0.0319285, 0.0360283, 0.0462777, 0.0721152, 0.147495, 0.345109, 0.822344", \
            "0.0442097, 0.0497911, 0.0614306, 0.0855096, 0.152828, 0.344, 0.826219" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741192, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.0627992, 0.0666314, 0.0743759, 0.0897372, 0.121491, 0.19414, 0.371646", \
            "0.0670163, 0.0708397, 0.0787378, 0.0940395, 0.125833, 0.198572, 0.376176", \
            "0.0788393, 0.0826463, 0.0903801, 0.105826, 0.137626, 0.210368, 0.387822", \
            "0.106443, 0.110335, 0.118256, 0.1338, 0.165563, 0.238091, 0.41524", \
            "0.15275, 0.157407, 0.166918, 0.183924, 0.217267, 0.290572, 0.467942", \
            "0.227068, 0.232667, 0.244, 0.264956, 0.301192, 0.375422, 0.552784", \
            "0.362136, 0.368898, 0.382151, 0.407286, 0.450603, 0.528001, 0.704138" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741192, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.01669, 0.0197316, 0.0263359, 0.0413572, 0.078065, 0.172629, 0.412625", \
            "0.0167035, 0.0197485, 0.0263825, 0.0414045, 0.0780798, 0.172976, 0.410663", \
            "0.0166893, 0.0198257, 0.0263746, 0.041256, 0.0780291, 0.172794, 0.413182", \
            "0.0182561, 0.021082, 0.0273778, 0.0419669, 0.0783199, 0.172972, 0.414591", \
            "0.0242195, 0.0273307, 0.0337593, 0.0480974, 0.0818206, 0.173609, 0.41032", \
            "0.0327571, 0.0367124, 0.0438929, 0.0579068, 0.09021, 0.177129, 0.410498", \
            "0.045095, 0.0490443, 0.0578266, 0.0747178, 0.10616, 0.184731, 0.414463" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741193, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.0094387, 0.010829, 0.0142397, 0.0225601, 0.0428589, 0.0926448, 0.214742", \
            "0.0092007, 0.0106037, 0.0140369, 0.0224027, 0.0427401, 0.0925507, 0.214705", \
            "0.0090336, 0.0104159, 0.013826, 0.0222065, 0.0426088, 0.0924518, 0.214701", \
            "0.0088908, 0.0102813, 0.013679, 0.0220223, 0.0424226, 0.0923059, 0.214588", \
            "0.0089069, 0.0102934, 0.0136838, 0.0220577, 0.0424112, 0.0923089, 0.214456", \
            "0.0100555, 0.0112924, 0.0145267, 0.0228804, 0.043008, 0.0926764, 0.214448", \
            "0.0155173, 0.0165743, 0.0193482, 0.0266409, 0.0458515, 0.0948123, 0.216331" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741193, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.0076129, 0.0062593, 0.0029322, -0.0053021, -0.0257473, -0.0761138, -0.199907", \
            "0.0074643, 0.0061134, 0.0028058, -0.0054066, -0.0258242, -0.0761968, -0.199977", \
            "0.0072553, 0.0059145, 0.0026344, -0.0055414, -0.0259233, -0.0762626, -0.200073", \
            "0.0071596, 0.0057932, 0.0024772, -0.0056612, -0.0260078, -0.0763183, -0.200103", \
            "0.0077708, 0.0063793, 0.0029301, -0.0054419, -0.025973, -0.0762698, -0.200027", \
            "0.0093642, 0.0078807, 0.0042419, -0.0043671, -0.0252562, -0.0759716, -0.199914", \
            "0.0150924, 0.0134127, 0.0094631, 4.31e-05, -0.0218405, -0.0737072, -0.198695" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741193, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.0069623, 0.0083784, 0.0118382, 0.0202345, 0.0405547, 0.0903301, 0.212627", \
            "0.0065985, 0.0079923, 0.0114858, 0.0199392, 0.0404209, 0.0902951, 0.212428", \
            "0.0064499, 0.0078364, 0.0112356, 0.019667, 0.0402074, 0.0901711, 0.212398", \
            "0.0065844, 0.007942, 0.0112869, 0.0195937, 0.039975, 0.0899719, 0.212476", \
            "0.0073388, 0.0086302, 0.0118833, 0.0200814, 0.0401776, 0.089789, 0.212232", \
            "0.0097915, 0.0110318, 0.0140602, 0.0219927, 0.041549, 0.0906867, 0.212207", \
            "0.0160258, 0.0171192, 0.0206076, 0.0282748, 0.0466165, 0.0951683, 0.214242" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741193, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.0057098, 0.0045065, 0.0013794, -0.0067152, -0.0271149, -0.0775006, -0.201344", \
            "0.0054568, 0.0043006, 0.0012556, -0.0067634, -0.0271027, -0.0774516, -0.201286", \
            "0.0051795, 0.0039846, 0.000951, -0.0069398, -0.0271863, -0.0774679, -0.201272", \
            "0.0054531, 0.0040618, 0.000767, -0.0072147, -0.0273651, -0.0775553, -0.201301", \
            "0.0060139, 0.0045802, 0.0011791, -0.0071017, -0.0275173, -0.0776397, -0.201329", \
            "0.0079261, 0.0063383, 0.0025338, -0.0062327, -0.0270289, -0.0775852, -0.201284", \
            "0.0142611, 0.0124111, 0.0080518, -0.0017957, -0.0241241, -0.075784, -0.200459" \
          );
        }
      }
      internal_power () {
        related_pin : "B1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741193, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.0036835, 0.0052266, 0.0089091, 0.0175654, 0.0381499, 0.0881884, 0.209369", \
            "0.0036038, 0.0051328, 0.008782, 0.0174119, 0.0380512, 0.0880476, 0.211179", \
            "0.0035065, 0.0049903, 0.0085864, 0.0171951, 0.0377981, 0.0878597, 0.211481", \
            "0.0031472, 0.0045485, 0.0080344, 0.0165294, 0.0372329, 0.0880187, 0.209919", \
            "0.0030182, 0.0044109, 0.0078369, 0.0161359, 0.0366723, 0.0871021, 0.20979", \
            "0.0029477, 0.0042139, 0.0075998, 0.0159109, 0.0360977, 0.0866736, 0.209746", \
            "0.0036872, 0.0050484, 0.0082235, 0.0161186, 0.0364348, 0.0860399, 0.209691" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122826, 0.00301725, 0.00741193, 0.0182075, 0.0447272, 0.109873");
          values ( \
            "0.0028463, 0.0015989, -0.0014519, -0.0094115, -0.029771, -0.0801842, -0.204052", \
            "0.0027413, 0.0014769, -0.0015761, -0.0095218, -0.029865, -0.0802729, -0.204139", \
            "0.0028196, 0.0015486, -0.0015451, -0.0094962, -0.0297722, -0.0801472, -0.203924", \
            "0.0025354, 0.0013341, -0.0017361, -0.0096755, -0.0300059, -0.0803851, -0.204222", \
            "0.0023675, 0.0008127, -0.0023244, -0.0100321, -0.030323, -0.0805618, -0.204386", \
            "0.0030472, 0.0016338, -0.001848, -0.0102141, -0.0306985, -0.080696, -0.204531", \
            "0.0048589, 0.0028088, -0.0009469, -0.0097343, -0.030394, -0.0801518, -0.203872" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002342;
      rise_capacitance : 0.002449;
      rise_capacitance_range (0.002449, 0.002449);
      fall_capacitance : 0.002235;
      fall_capacitance_range (0.002235, 0.002235);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044314, -0.0044306, -0.0044288, -0.0044287, -0.0044285, -0.004428, -0.0044268" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044186, 0.0044227, 0.0044321, 0.0044334, 0.0044364, 0.0044433, 0.0044591" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002344;
      rise_capacitance : 0.002501;
      rise_capacitance_range (0.002501, 0.002501);
      fall_capacitance : 0.002187;
      fall_capacitance_range (0.002187, 0.002187);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044186, -0.0044188, -0.0044193, -0.0044199, -0.0044213, -0.0044244, -0.0044315" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044221, 0.0044219, 0.0044216, 0.0044192, 0.0044136, 0.0044006, 0.0043709" \
          );
        }
      }
    }
    pin (B1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001802;
      rise_capacitance : 0.001872;
      rise_capacitance_range (0.001872, 0.001872);
      fall_capacitance : 0.001733;
      fall_capacitance_range (0.001733, 0.001733);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042306, 0.0041559, 0.0039838, 0.0042707, 0.0049318, 0.0064557, 0.0099685" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0100957, 0.0099766, 0.0097022, 0.0099633, 0.010565, 0.0119522, 0.0151499" \
          );
        }
      }
    }
  }
  cell (scs8hd_o21bai_2) {
    area : 11.2608;
    cell_footprint : "o21bai";
    cell_leakage_power : 0.00984979;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0152651;
      when : "!A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.0001572;
      when : "!A1&!A2&!B1N";
    }
    leakage_power () {
      value : 8.04726e-05;
      when : "!A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0248776;
      when : "!A1&A2&!B1N";
    }
    leakage_power () {
      value : 7.68807e-05;
      when : "A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.0133965;
      when : "A1&!A2&!B1N";
    }
    leakage_power () {
      value : 7.95362e-05;
      when : "A1&A2&B1N";
    }
    leakage_power () {
      value : 0.024865;
      when : "A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.00984979;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2) | (B1N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.192271;
      max_transition : 1.49728;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.0605683, 0.0655205, 0.0786815, 0.112436, 0.201117, 0.43692, 1.07289", \
            "0.0649134, 0.069988, 0.0830283, 0.117322, 0.206549, 0.442527, 1.07658", \
            "0.0763261, 0.0813665, 0.0942591, 0.128517, 0.217923, 0.454046, 1.08926", \
            "0.100987, 0.106185, 0.119183, 0.152962, 0.241878, 0.478855, 1.11516", \
            "0.143225, 0.150005, 0.167093, 0.207347, 0.298851, 0.53542, 1.17122", \
            "0.220326, 0.229484, 0.252456, 0.305583, 0.420266, 0.66763, 1.30317", \
            "0.38399, 0.395845, 0.425301, 0.494343, 0.644796, 0.954697, 1.61111" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.0501824, 0.0562096, 0.0724759, 0.117159, 0.239415, 0.569144, 1.46243", \
            "0.050149, 0.0562756, 0.072741, 0.117147, 0.239063, 0.570051, 1.45796", \
            "0.0500648, 0.0560558, 0.0727276, 0.117102, 0.238865, 0.56855, 1.46189", \
            "0.054639, 0.0602724, 0.0754307, 0.118022, 0.239361, 0.570052, 1.46293", \
            "0.0734529, 0.0792417, 0.0945455, 0.13318, 0.243742, 0.570002, 1.46116", \
            "0.108869, 0.115732, 0.133961, 0.177727, 0.285013, 0.58212, 1.46013", \
            "0.166249, 0.174572, 0.198603, 0.254543, 0.383659, 0.676495, 1.48238" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.0265781, 0.0287343, 0.0341779, 0.0474994, 0.0800937, 0.16306, 0.383723", \
            "0.029299, 0.0314575, 0.0369777, 0.0503084, 0.0829072, 0.16584, 0.386538", \
            "0.0335787, 0.0360588, 0.0419223, 0.0556896, 0.0885112, 0.171732, 0.392094", \
            "0.037353, 0.0405224, 0.0482396, 0.0652855, 0.101823, 0.186199, 0.407466", \
            "0.0316612, 0.0364088, 0.0477375, 0.0723394, 0.122154, 0.220131, 0.443748", \
            "-0.0011814, 0.0051988, 0.0217736, 0.0581383, 0.131213, 0.267659, 0.524727", \
            "-0.103716, -0.0939826, -0.0704898, -0.0175679, 0.0892933, 0.28964, 0.648358" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.0173307, 0.0197377, 0.0260975, 0.0424984, 0.0843864, 0.195485, 0.497224", \
            "0.0171254, 0.0196319, 0.0260659, 0.0424055, 0.0842614, 0.195785, 0.497139", \
            "0.0194538, 0.021797, 0.0275056, 0.0429644, 0.0841818, 0.195468, 0.497454", \
            "0.0272835, 0.0297665, 0.0360541, 0.0514097, 0.0886886, 0.195969, 0.497099", \
            "0.0442346, 0.0474897, 0.0556496, 0.0738009, 0.11349, 0.210387, 0.498036", \
            "0.0754944, 0.0798659, 0.0908636, 0.115716, 0.16687, 0.272693, 0.529688", \
            "0.135057, 0.141207, 0.157376, 0.191748, 0.262132, 0.399895, 0.67402" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.0462454, 0.051359, 0.0647489, 0.0989107, 0.187932, 0.42392, 1.05848", \
            "0.0491303, 0.0542704, 0.0674962, 0.102197, 0.191547, 0.428641, 1.06245", \
            "0.060052, 0.0648515, 0.0777504, 0.112108, 0.201884, 0.438571, 1.07358", \
            "0.0874597, 0.093012, 0.105578, 0.138916, 0.227678, 0.465884, 1.10202", \
            "0.135026, 0.142511, 0.160889, 0.20232, 0.291032, 0.525856, 1.16378", \
            "0.221088, 0.230911, 0.255647, 0.312989, 0.433707, 0.674236, 1.30487", \
            "0.395392, 0.407635, 0.438728, 0.513166, 0.677703, 1.00492, 1.64971" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.0497607, 0.0560903, 0.0724952, 0.117483, 0.239381, 0.569458, 1.46138", \
            "0.0497209, 0.0556053, 0.0725347, 0.117274, 0.239423, 0.569312, 1.45878", \
            "0.0495724, 0.0555972, 0.0720009, 0.116991, 0.23877, 0.568469, 1.45842", \
            "0.0595994, 0.0645464, 0.0785692, 0.118578, 0.239645, 0.569496, 1.46062", \
            "0.0803468, 0.0871567, 0.104058, 0.142741, 0.246684, 0.569991, 1.46401", \
            "0.111874, 0.12121, 0.144733, 0.197753, 0.305999, 0.58753, 1.46304", \
            "0.169187, 0.181707, 0.210892, 0.281938, 0.431767, 0.724825, 1.49728" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.0197546, 0.0218266, 0.0270076, 0.0396184, 0.0708566, 0.150083, 0.362683", \
            "0.0224973, 0.0245815, 0.0298828, 0.0426926, 0.0740135, 0.15331, 0.36598", \
            "0.0249943, 0.0277735, 0.0342402, 0.0482388, 0.0799965, 0.159702, 0.371156", \
            "0.0234937, 0.0274933, 0.0367343, 0.05569, 0.0932842, 0.174815, 0.387366", \
            "0.0094439, 0.0151514, 0.0289033, 0.0566562, 0.110679, 0.209264, 0.42434", \
            "-0.0383902, -0.0295159, -0.0095357, 0.0323467, 0.111282, 0.252788, 0.510414", \
            "-0.16779, -0.154206, -0.124046, -0.0620549, 0.0551094, 0.262911, 0.625412" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.0094646, 0.0119595, 0.01831, 0.0344515, 0.0750273, 0.181345, 0.46914", \
            "0.0099648, 0.0122173, 0.0184126, 0.0344084, 0.0750236, 0.181317, 0.47064", \
            "0.0134374, 0.0157236, 0.0214787, 0.0357831, 0.0751693, 0.181952, 0.468869", \
            "0.0214917, 0.0241478, 0.0306771, 0.0455161, 0.0809705, 0.182541, 0.469865", \
            "0.0377618, 0.0412791, 0.0499545, 0.0687577, 0.107795, 0.198736, 0.470648", \
            "0.0715543, 0.0757555, 0.0864917, 0.110989, 0.162528, 0.265436, 0.508997", \
            "0.139609, 0.144766, 0.157838, 0.190222, 0.258816, 0.39527, 0.663889" \
          );
        }
      }
      timing () {
        related_pin : "B1N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.0480722, 0.0509658, 0.0579638, 0.0747446, 0.117108, 0.229362, 0.531263", \
            "0.0520213, 0.0548694, 0.061867, 0.0787105, 0.121283, 0.233411, 0.53483", \
            "0.0615198, 0.06439, 0.0712774, 0.0879866, 0.130421, 0.242243, 0.543815", \
            "0.0778364, 0.0808879, 0.0881341, 0.104805, 0.146919, 0.259376, 0.562626", \
            "0.0936449, 0.0974637, 0.105934, 0.123398, 0.165689, 0.277292, 0.577929", \
            "0.0981799, 0.102902, 0.113359, 0.134357, 0.176919, 0.288335, 0.588713", \
            "0.0647885, 0.0701983, 0.0830494, 0.109569, 0.158177, 0.268015, 0.567882" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.0152063, 0.0179626, 0.0254121, 0.0464161, 0.105693, 0.268136, 0.708505", \
            "0.0151692, 0.0179686, 0.0253804, 0.0464448, 0.105759, 0.267666, 0.70297", \
            "0.0152749, 0.0180361, 0.0254698, 0.0464202, 0.10573, 0.267849, 0.706986", \
            "0.0181317, 0.0205853, 0.0275309, 0.0474998, 0.105809, 0.268048, 0.707893", \
            "0.023562, 0.0260114, 0.0329651, 0.0510046, 0.106682, 0.267298, 0.706247", \
            "0.0310961, 0.0345917, 0.0421803, 0.0594037, 0.110071, 0.267894, 0.701587", \
            "0.0425042, 0.0466785, 0.0563528, 0.0759754, 0.122109, 0.26996, 0.703558" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.0813411, 0.084522, 0.0918466, 0.106839, 0.136972, 0.204291, 0.376832", \
            "0.085702, 0.0888863, 0.0961778, 0.111192, 0.141391, 0.208716, 0.381175", \
            "0.0973678, 0.10054, 0.107788, 0.122849, 0.15304, 0.220326, 0.392784", \
            "0.125864, 0.129026, 0.136246, 0.15117, 0.181288, 0.248549, 0.421302", \
            "0.182274, 0.185745, 0.193773, 0.210313, 0.241874, 0.309272, 0.481917", \
            "0.271597, 0.275578, 0.284897, 0.304547, 0.340885, 0.412136, 0.584471", \
            "0.422693, 0.427211, 0.438218, 0.461018, 0.505428, 0.584685, 0.757418" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.0198727, 0.0221419, 0.0280015, 0.0402757, 0.0697449, 0.151257, 0.383072", \
            "0.0198135, 0.0221936, 0.0276597, 0.040292, 0.0697874, 0.151208, 0.384525", \
            "0.0198452, 0.0224228, 0.027872, 0.0400874, 0.0697199, 0.151346, 0.383106", \
            "0.0199059, 0.0225865, 0.0279537, 0.0402538, 0.0700839, 0.151483, 0.384461", \
            "0.0257299, 0.0281633, 0.0338363, 0.0460697, 0.0732592, 0.152364, 0.382422", \
            "0.0360589, 0.0384824, 0.0452009, 0.0584034, 0.086835, 0.159533, 0.384035", \
            "0.0509673, 0.0535772, 0.0604977, 0.0755834, 0.10613, 0.174909, 0.389117" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.0175253, 0.0191425, 0.0234606, 0.0351348, 0.0664787, 0.150732, 0.377264", \
            "0.0170107, 0.0186366, 0.0230289, 0.0347426, 0.0662264, 0.15055, 0.377412", \
            "0.0166578, 0.0182635, 0.0225981, 0.0343184, 0.0658858, 0.150285, 0.377427", \
            "0.0163804, 0.0179667, 0.0222833, 0.0339723, 0.0654735, 0.150034, 0.376924", \
            "0.0161262, 0.0177489, 0.0220943, 0.0338155, 0.0652816, 0.149575, 0.376927", \
            "0.0176631, 0.0191279, 0.0233666, 0.0351017, 0.066212, 0.150456, 0.377166", \
            "0.0277595, 0.0289997, 0.032458, 0.0424533, 0.0717997, 0.154407, 0.379842" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.0168836, 0.0152973, 0.0110009, -0.0004696, -0.0318077, -0.116933, -0.346736", \
            "0.0165197, 0.0149597, 0.0107037, -0.0007805, -0.0320563, -0.117152, -0.346945", \
            "0.0160718, 0.0145107, 0.0103093, -0.0010811, -0.0322725, -0.117287, -0.347118", \
            "0.01566, 0.0140917, 0.0098875, -0.0014013, -0.0325127, -0.117442, -0.347188", \
            "0.0168261, 0.0151989, 0.0108497, -0.0009343, -0.0325447, -0.117361, -0.347133", \
            "0.0197909, 0.0181096, 0.0134569, 0.0012185, -0.0311074, -0.116961, -0.346952", \
            "0.030332, 0.0283588, 0.0231535, 0.0098911, -0.0242921, -0.112517, -0.344793" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.0120829, 0.0137974, 0.0182175, 0.030084, 0.0614969, 0.14579, 0.372745", \
            "0.0113538, 0.0129873, 0.0174861, 0.0294147, 0.0611137, 0.1455, 0.372486", \
            "0.0110381, 0.0126382, 0.0170184, 0.0288698, 0.0606051, 0.145231, 0.3723", \
            "0.0113283, 0.0128863, 0.0172283, 0.0287087, 0.0601949, 0.144935, 0.372223", \
            "0.0130006, 0.0145369, 0.0186885, 0.0299163, 0.0608337, 0.144827, 0.372302", \
            "0.0195157, 0.0209396, 0.0233564, 0.0341215, 0.0640613, 0.146801, 0.371992", \
            "0.0314197, 0.0325678, 0.03597, 0.0463102, 0.0755637, 0.157413, 0.377224" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.011438, 0.0100597, 0.0061323, -0.0049267, -0.0360836, -0.121228, -0.351234", \
            "0.0109805, 0.009645, 0.0058465, -0.005026, -0.0360233, -0.121082, -0.351009", \
            "0.0104464, 0.0090576, 0.0052852, -0.0054226, -0.036184, -0.121101, -0.350954", \
            "0.0108314, 0.0092405, 0.0051069, -0.005951, -0.0365694, -0.121247, -0.350986", \
            "0.0125203, 0.0108327, 0.0064058, -0.0053122, -0.0368085, -0.121433, -0.351037", \
            "0.0168993, 0.0149541, 0.0099452, -0.0028133, -0.0352946, -0.121062, -0.35088", \
            "0.0304316, 0.0281694, 0.0223723, 0.0077864, -0.0279307, -0.116603, -0.348695" \
          );
        }
      }
      internal_power () {
        related_pin : "B1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.00459, 0.0062934, 0.0109637, 0.0232542, 0.0553051, 0.140269, 0.370198", \
            "0.0045416, 0.0062515, 0.0108905, 0.0231348, 0.0551784, 0.140088, 0.367907", \
            "0.0046189, 0.0063128, 0.0108888, 0.0230119, 0.0550438, 0.139332, 0.368171", \
            "0.0044592, 0.0060783, 0.0104854, 0.0223023, 0.0542215, 0.139331, 0.36813", \
            "0.0047195, 0.0062858, 0.0106214, 0.0219526, 0.0536443, 0.13808, 0.368517", \
            "0.0052879, 0.0066445, 0.0108131, 0.0226414, 0.053434, 0.138254, 0.364686", \
            "0.0078204, 0.0092118, 0.0127871, 0.023826, 0.054836, 0.138658, 0.367176" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
          values ( \
            "0.00551, 0.0038613, -0.0002319, -0.0111111, -0.0419003, -0.126894, -0.356862", \
            "0.0054182, 0.0037728, -0.0004115, -0.0111979, -0.0419926, -0.126955, -0.356919", \
            "0.0054819, 0.003899, -0.0002754, -0.011198, -0.0419527, -0.126934, -0.356848", \
            "0.0052227, 0.0035739, -0.0006695, -0.011637, -0.0423375, -0.127248, -0.357098", \
            "0.0058378, 0.0040308, -0.0004677, -0.0115624, -0.0424649, -0.12724, -0.357146", \
            "0.0087259, 0.0067513, 0.0015533, -0.0107856, -0.0426015, -0.127581, -0.35753", \
            "0.0121395, 0.0098401, 0.0042675, -0.0091302, -0.0415899, -0.127326, -0.357184" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004374;
      rise_capacitance : 0.004586;
      rise_capacitance_range (0.004586, 0.004586);
      fall_capacitance : 0.004162;
      fall_capacitance_range (0.004162, 0.004162);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087559, -0.0087565, -0.0087579, -0.0087539, -0.0087444, -0.0087226, -0.0086724" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087889, 0.0087837, 0.0087718, 0.0087748, 0.0087816, 0.0087971, 0.0088332" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004418;
      rise_capacitance : 0.004724;
      rise_capacitance_range (0.004724, 0.004724);
      fall_capacitance : 0.004113;
      fall_capacitance_range (0.004113, 0.004113);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0088602, -0.0088528, -0.0088358, -0.0088343, -0.0088309, -0.008823, -0.0088046" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088703, 0.0088672, 0.0088598, 0.0088552, 0.0088446, 0.00882, 0.0087634" \
          );
        }
      }
    }
    pin (B1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001431;
      rise_capacitance : 0.001486;
      rise_capacitance_range (0.001486, 0.001486);
      fall_capacitance : 0.001375;
      fall_capacitance_range (0.001375, 0.001375);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0098353, 0.0097742, 0.0096335, 0.0098844, 0.0104629, 0.0117963, 0.0148699" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0128551, 0.0127472, 0.0124985, 0.0127393, 0.0132946, 0.0145744, 0.0175246" \
          );
        }
      }
    }
  }
  cell (scs8hd_o21bai_4) {
    area : 18.768;
    cell_footprint : "o21bai";
    cell_leakage_power : 0.0217593;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0291204;
      when : "!A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.0002695;
      when : "!A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0063488;
      when : "!A1&A2&B1N";
    }
    leakage_power () {
      value : 0.0496025;
      when : "!A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.0063487;
      when : "A1&!A2&B1N";
    }
    leakage_power () {
      value : 0.0264451;
      when : "A1&!A2&!B1N";
    }
    leakage_power () {
      value : 0.0063485;
      when : "A1&A2&B1N";
    }
    leakage_power () {
      value : 0.049591;
      when : "A1&A2&!B1N";
    }
    leakage_power () {
      value : 0.0217593;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2) | (B1N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.335093;
      max_transition : 1.4992;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0643287, 0.0677033, 0.0773333, 0.10465, 0.182565, 0.411196, 1.07784", \
            "0.068875, 0.0721753, 0.0817725, 0.109508, 0.18805, 0.414882, 1.08677", \
            "0.0802756, 0.0835572, 0.0933128, 0.120731, 0.199245, 0.428089, 1.09558", \
            "0.105164, 0.108519, 0.118007, 0.145318, 0.223667, 0.451435, 1.12099", \
            "0.148825, 0.153215, 0.165388, 0.198, 0.279687, 0.508599, 1.17719", \
            "0.229692, 0.235546, 0.252121, 0.294859, 0.398807, 0.638264, 1.31605", \
            "0.403045, 0.410352, 0.431067, 0.486211, 0.619621, 0.921242, 1.61389" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0539044, 0.0578612, 0.0693745, 0.10507, 0.21157, 0.528451, 1.46655", \
            "0.053809, 0.0576766, 0.0697174, 0.104843, 0.21126, 0.5287, 1.46751", \
            "0.0536606, 0.057636, 0.0692838, 0.105064, 0.211505, 0.528082, 1.46721", \
            "0.0577398, 0.0613342, 0.0724177, 0.105897, 0.211518, 0.52779, 1.46494", \
            "0.0753103, 0.0789624, 0.0900081, 0.121609, 0.217743, 0.528223, 1.46457", \
            "0.109844, 0.114507, 0.127464, 0.16265, 0.260077, 0.541408, 1.47033", \
            "0.167724, 0.17341, 0.189174, 0.23371, 0.34773, 0.635523, 1.48781" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0281828, 0.0296808, 0.0337541, 0.0448798, 0.0746106, 0.157362, 0.398725", \
            "0.0305546, 0.0320328, 0.0361571, 0.0472304, 0.077002, 0.159785, 0.401143", \
            "0.0337264, 0.0353602, 0.039871, 0.0514385, 0.0814267, 0.164365, 0.405818", \
            "0.0361785, 0.0383025, 0.0436911, 0.0576925, 0.0911866, 0.175793, 0.417451", \
            "0.028967, 0.0320802, 0.0401104, 0.0597657, 0.104703, 0.201632, 0.445864", \
            "-0.0080452, -0.0039777, 0.007756, 0.0371696, 0.102251, 0.235098, 0.51019", \
            "-0.120332, -0.114011, -0.0970905, -0.0546986, 0.0408744, 0.234231, 0.605445" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0193192, 0.0209967, 0.0258979, 0.03975, 0.0791008, 0.19396, 0.535547", \
            "0.0191559, 0.0208635, 0.0257564, 0.039646, 0.0789485, 0.193971, 0.535272", \
            "0.0212689, 0.0228951, 0.0273378, 0.0404973, 0.0790432, 0.19401, 0.535187", \
            "0.0280376, 0.0296062, 0.0344635, 0.0474612, 0.0834583, 0.194747, 0.534992", \
            "0.0443826, 0.0464365, 0.0524636, 0.0675279, 0.105171, 0.207278, 0.536207", \
            "0.0752071, 0.0779874, 0.0859245, 0.106344, 0.153238, 0.260852, 0.560249", \
            "0.134766, 0.138612, 0.149264, 0.177754, 0.240629, 0.375777, 0.68429" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0500144, 0.0534757, 0.0632968, 0.0911665, 0.169428, 0.39866, 1.06535", \
            "0.052757, 0.0562369, 0.066067, 0.0940992, 0.173053, 0.402128, 1.06937", \
            "0.0635677, 0.0667354, 0.0761691, 0.10392, 0.183177, 0.412481, 1.08009", \
            "0.0918334, 0.0954255, 0.104704, 0.130718, 0.20928, 0.436943, 1.11117", \
            "0.142396, 0.147173, 0.160568, 0.194765, 0.274211, 0.500117, 1.17083", \
            "0.233803, 0.240053, 0.258033, 0.305189, 0.415527, 0.651257, 1.32095", \
            "0.418875, 0.426634, 0.448868, 0.509534, 0.658258, 0.983551, 1.66632" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0536296, 0.057578, 0.0696718, 0.10509, 0.211587, 0.529049, 1.4652", \
            "0.0535204, 0.057595, 0.069518, 0.104923, 0.211581, 0.52816, 1.46404", \
            "0.0530439, 0.056966, 0.0687267, 0.104712, 0.210972, 0.527871, 1.46742", \
            "0.061983, 0.0653513, 0.0753025, 0.107095, 0.211066, 0.528748, 1.46752", \
            "0.0831071, 0.0877508, 0.100307, 0.131803, 0.221348, 0.528482, 1.46475", \
            "0.115951, 0.121458, 0.138764, 0.182401, 0.282875, 0.54968, 1.46836", \
            "0.17375, 0.17984, 0.202588, 0.26092, 0.400296, 0.687817, 1.4992" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0203757, 0.0217742, 0.0256584, 0.0360581, 0.063912, 0.141526, 0.367909", \
            "0.0228105, 0.024333, 0.0283141, 0.0388261, 0.0667773, 0.144267, 0.371343", \
            "0.0248746, 0.0266956, 0.0315026, 0.0433378, 0.0719971, 0.149948, 0.377341", \
            "0.0227908, 0.0253006, 0.0320096, 0.0480973, 0.082679, 0.162905, 0.390812", \
            "0.0071912, 0.0108816, 0.0207329, 0.0444846, 0.0934322, 0.191792, 0.423205", \
            "-0.0445101, -0.03863, -0.0236084, 0.0112768, 0.0846064, 0.223914, 0.494847", \
            "-0.182304, -0.173827, -0.15149, -0.0992878, 0.0089454, 0.214366, 0.59316" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0103293, 0.0120108, 0.0167867, 0.0304512, 0.0676129, 0.174993, 0.491785", \
            "0.0107982, 0.0123187, 0.0169278, 0.0303751, 0.0676285, 0.174532, 0.492483", \
            "0.0140495, 0.0156254, 0.0201185, 0.0320548, 0.0680186, 0.174831, 0.493558", \
            "0.0219457, 0.0237884, 0.0286768, 0.0413014, 0.0747069, 0.175565, 0.491146", \
            "0.0384555, 0.0406285, 0.046864, 0.0629425, 0.0990001, 0.192631, 0.494173", \
            "0.0723402, 0.0749766, 0.0826705, 0.102565, 0.149559, 0.254755, 0.525643", \
            "0.140424, 0.143734, 0.152907, 0.178833, 0.239964, 0.372986, 0.666559" \
          );
        }
      }
      timing () {
        related_pin : "B1N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0530916, 0.0550303, 0.0604063, 0.0745305, 0.112907, 0.22275, 0.545619", \
            "0.0567413, 0.0587232, 0.0640885, 0.078183, 0.116613, 0.226068, 0.549826", \
            "0.065557, 0.0675158, 0.072793, 0.0866437, 0.124968, 0.235035, 0.555759", \
            "0.0813946, 0.0835249, 0.0890185, 0.102917, 0.140781, 0.251315, 0.575938", \
            "0.0955762, 0.0981766, 0.104803, 0.119756, 0.157552, 0.267049, 0.58873", \
            "0.094784, 0.0979124, 0.106082, 0.124459, 0.163924, 0.272635, 0.59368", \
            "0.0483602, 0.051952, 0.0616764, 0.0846116, 0.130581, 0.238298, 0.559013" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0162947, 0.0181173, 0.0235272, 0.0402843, 0.0925418, 0.250039, 0.71924", \
            "0.01635, 0.0181199, 0.0235004, 0.0402605, 0.0924872, 0.250607, 0.721325", \
            "0.0163506, 0.0181381, 0.0235364, 0.0403619, 0.092581, 0.250699, 0.715692", \
            "0.0191478, 0.0208074, 0.0257741, 0.0415038, 0.0927716, 0.250315, 0.721718", \
            "0.0249675, 0.0267494, 0.0314701, 0.0456055, 0.0941388, 0.249644, 0.719053", \
            "0.0327875, 0.0351991, 0.0413459, 0.0546854, 0.0985437, 0.250961, 0.713511", \
            "0.0455417, 0.0476015, 0.0547924, 0.0729608, 0.112528, 0.253389, 0.719632" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0756826, 0.07778, 0.0832321, 0.0957379, 0.123247, 0.190354, 0.380417", \
            "0.0805539, 0.0826316, 0.0880731, 0.100585, 0.128063, 0.195133, 0.385609", \
            "0.0928806, 0.0949869, 0.100413, 0.112904, 0.14043, 0.207605, 0.397812", \
            "0.122744, 0.124817, 0.130161, 0.142555, 0.170128, 0.237324, 0.427509", \
            "0.18062, 0.182959, 0.189102, 0.203229, 0.232344, 0.300184, 0.490333", \
            "0.273969, 0.276682, 0.28383, 0.300518, 0.335745, 0.406604, 0.596827", \
            "0.435944, 0.439008, 0.447219, 0.467287, 0.509889, 0.590293, 0.780586" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0195591, 0.0208518, 0.0251244, 0.0353484, 0.0635662, 0.148805, 0.413054", \
            "0.0193026, 0.0211204, 0.0251031, 0.0353605, 0.0635862, 0.148609, 0.414476", \
            "0.0194704, 0.0209325, 0.0250686, 0.0354753, 0.0635318, 0.148654, 0.413486", \
            "0.0197817, 0.0211453, 0.025292, 0.0357351, 0.0638426, 0.148775, 0.413322", \
            "0.0257875, 0.0274398, 0.031728, 0.0416878, 0.0673835, 0.149804, 0.413273", \
            "0.0364304, 0.0382332, 0.0435321, 0.054645, 0.0810718, 0.156858, 0.413077", \
            "0.0523863, 0.0539538, 0.0591135, 0.0723562, 0.101993, 0.172299, 0.417816" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0328305, 0.0346935, 0.0401957, 0.0564815, 0.104267, 0.245173, 0.661197", \
            "0.0318619, 0.0337618, 0.0393582, 0.0557164, 0.103776, 0.244831, 0.660874", \
            "0.0311707, 0.0330344, 0.0385405, 0.0549416, 0.103202, 0.244565, 0.661031", \
            "0.0306395, 0.0324865, 0.0379803, 0.0542408, 0.102339, 0.243773, 0.659905", \
            "0.0301906, 0.0320315, 0.0376081, 0.0538362, 0.101815, 0.242939, 0.659729", \
            "0.0324345, 0.0341143, 0.0402247, 0.0561445, 0.103861, 0.244058, 0.660237", \
            "0.0503531, 0.0517576, 0.0560468, 0.0696237, 0.113585, 0.252006, 0.664598" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0341911, 0.0323457, 0.0269685, 0.0108774, -0.0368528, -0.179156, -0.600581", \
            "0.033486, 0.0316891, 0.0262846, 0.0103162, -0.0373755, -0.179602, -0.600955", \
            "0.0325544, 0.0307801, 0.02544, 0.0096005, -0.0378879, -0.180011, -0.601311", \
            "0.0316994, 0.0298986, 0.024592, 0.0088008, -0.0384843, -0.180273, -0.601572", \
            "0.0334503, 0.0315713, 0.0260495, 0.0096167, -0.0383985, -0.18022, -0.601502", \
            "0.0385259, 0.0365364, 0.0307466, 0.0134612, -0.0356822, -0.179448, -0.601152", \
            "0.0572687, 0.0549301, 0.0485477, 0.0297026, -0.0229735, -0.170968, -0.597199" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0220444, 0.0240131, 0.0297293, 0.0462566, 0.0942691, 0.235212, 0.65095", \
            "0.0205516, 0.0225264, 0.0282628, 0.0449288, 0.0934529, 0.234886, 0.65083", \
            "0.0197813, 0.0216783, 0.0271158, 0.0436934, 0.0923785, 0.234265, 0.650795", \
            "0.0201155, 0.0222863, 0.0276313, 0.0436121, 0.0916461, 0.233385, 0.650406", \
            "0.0238279, 0.0248378, 0.0300444, 0.045581, 0.0924075, 0.233045, 0.650371", \
            "0.0340475, 0.0333176, 0.0382092, 0.0531561, 0.0985015, 0.236334, 0.650657", \
            "0.0548752, 0.0553671, 0.0593999, 0.0731341, 0.117392, 0.254237, 0.658339" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0248846, 0.0233011, 0.018376, 0.003026, -0.0443605, -0.186649, -0.608323", \
            "0.0239679, 0.0224078, 0.0176855, 0.0027358, -0.0442852, -0.186387, -0.607968", \
            "0.022854, 0.0212816, 0.0164908, 0.0017858, -0.0446948, -0.186468, -0.607746", \
            "0.0228814, 0.0210991, 0.0159005, 0.0006925, -0.045568, -0.186785, -0.607931", \
            "0.025644, 0.0237164, 0.0180807, 0.0017957, -0.0460896, -0.187211, -0.608165", \
            "0.0330284, 0.0308263, 0.024416, 0.0065043, -0.0432845, -0.18668, -0.608006", \
            "0.0564007, 0.0538578, 0.0464291, 0.0259099, -0.0293499, -0.178587, -0.604169" \
          );
        }
      }
      internal_power () {
        related_pin : "B1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0083944, 0.0103761, 0.0163742, 0.0338074, 0.0834277, 0.225898, 0.64444", \
            "0.0083339, 0.010374, 0.0163475, 0.0337545, 0.0832808, 0.22478, 0.64426", \
            "0.0085069, 0.0105066, 0.016395, 0.0335029, 0.0830012, 0.225754, 0.640403", \
            "0.0081121, 0.0100383, 0.0156574, 0.0322155, 0.0814132, 0.22446, 0.644104", \
            "0.008272, 0.0101026, 0.0155337, 0.0313434, 0.0798658, 0.222043, 0.641373", \
            "0.0091083, 0.0107619, 0.0160155, 0.032102, 0.0798085, 0.221599, 0.638404", \
            "0.013453, 0.0149037, 0.0194233, 0.0347735, 0.081027, 0.222224, 0.64181" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147912, 0.00437557, 0.012944, 0.0382913, 0.113275, 0.335093");
          values ( \
            "0.0137573, 0.0119766, 0.0068749, -0.0085399, -0.0551456, -0.197178, -0.618415", \
            "0.0136972, 0.0118791, 0.0067556, -0.0086121, -0.0551744, -0.19725, -0.61881", \
            "0.0138262, 0.012, 0.0067921, -0.0084939, -0.0552086, -0.197103, -0.618602", \
            "0.0131156, 0.0112671, 0.0059359, -0.0095755, -0.0561968, -0.197944, -0.619337", \
            "0.0135265, 0.0114924, 0.0058705, -0.0098943, -0.056939, -0.198676, -0.620013", \
            "0.0166852, 0.0143333, 0.0078581, -0.0099326, -0.0582269, -0.199873, -0.621301", \
            "0.0203905, 0.0177619, 0.0104196, -0.0084733, -0.0583001, -0.201049, -0.622855" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008885;
      rise_capacitance : 0.009322;
      rise_capacitance_range (0.009322, 0.009322);
      fall_capacitance : 0.008448;
      fall_capacitance_range (0.008448, 0.008448);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0180053, -0.0179932, -0.0179653, -0.0179607, -0.0179504, -0.0179266, -0.0178714" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.018081, 0.0180649, 0.0180276, 0.0180332, 0.0180462, 0.0180761, 0.0181449" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008504;
      rise_capacitance : 0.009106;
      rise_capacitance_range (0.009106, 0.009106);
      fall_capacitance : 0.007902;
      fall_capacitance_range (0.007902, 0.007902);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0173572, -0.0173376, -0.0172926, -0.0172899, -0.0172839, -0.0172701, -0.0172383" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0173514, 0.0173537, 0.017359, 0.0173521, 0.0173363, 0.0172999, 0.0172159" \
          );
        }
      }
    }
    pin (B1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002381;
      rise_capacitance : 0.002505;
      rise_capacitance_range (0.002505, 0.002505);
      fall_capacitance : 0.002257;
      fall_capacitance_range (0.002257, 0.002257);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0197319, 0.0196173, 0.0193531, 0.019818, 0.0208896, 0.0233598, 0.0290537" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0232459, 0.0230643, 0.0226456, 0.0232763, 0.02473, 0.0280812, 0.0358057" \
          );
        }
      }
    }
  }
  cell (scs8hd_o221a_1) {
    area : 11.2608;
    cell_footprint : "o221a";
    cell_leakage_power : 0.0114295;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0267317;
      when : "!A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0062283;
      when : "A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0176223;
      when : "!A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0065308;
      when : "!A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0176234;
      when : "!A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0065562;
      when : "!A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.006209;
      when : "!A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0062675;
      when : "!A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0176234;
      when : "!A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0064345;
      when : "!A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0176223;
      when : "!A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0186171;
      when : "!A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0062283;
      when : "!A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0127819;
      when : "!A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0062283;
      when : "!A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0186159;
      when : "!A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0062283;
      when : "!A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0062485;
      when : "A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0176223;
      when : "A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0127832;
      when : "A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0062283;
      when : "A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.006948;
      when : "A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0062284;
      when : "A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.012782;
      when : "A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0062283;
      when : "A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0064345;
      when : "A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0176223;
      when : "A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0186159;
      when : "A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0062283;
      when : "A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0127807;
      when : "A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0062283;
      when : "A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0186147;
      when : "A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0114295;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1&C1) | (A2&B1&C1) | (A1&B2&C1) | (A2&B2&C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.203257;
      max_transition : 1.50865;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0722647, 0.0781357, 0.0920222, 0.125208, 0.21191, 0.450519, 1.10082", \
            "0.0756307, 0.081501, 0.0953781, 0.128544, 0.215275, 0.453662, 1.1072", \
            "0.0822816, 0.0881676, 0.101942, 0.135154, 0.221966, 0.460335, 1.11333", \
            "0.0937667, 0.099769, 0.113771, 0.147302, 0.234623, 0.473338, 1.12629", \
            "0.104418, 0.111163, 0.126305, 0.160704, 0.2487, 0.488525, 1.14068", \
            "0.0946582, 0.10309, 0.120958, 0.157604, 0.246207, 0.486467, 1.13765", \
            "0.0220398, 0.0324499, 0.0551091, 0.0981262, 0.188688, 0.427832, 1.07857" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0200226, 0.0261052, 0.042227, 0.0865743, 0.212128, 0.55892, 1.49678", \
            "0.0200353, 0.0261374, 0.0422315, 0.0866683, 0.211862, 0.559326, 1.50042", \
            "0.0199921, 0.0261076, 0.0422489, 0.0867817, 0.212139, 0.559237, 1.50198", \
            "0.0209394, 0.0268795, 0.0427793, 0.0869692, 0.212223, 0.559205, 1.50208", \
            "0.0247524, 0.0305696, 0.0457226, 0.0884393, 0.212255, 0.558693, 1.50143", \
            "0.0316225, 0.0381488, 0.0532465, 0.092434, 0.213782, 0.556812, 1.49741", \
            "0.0416578, 0.0496525, 0.0670815, 0.104881, 0.216708, 0.559461, 1.4951" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.129594, 0.135495, 0.147783, 0.171597, 0.218966, 0.32793, 0.614928", \
            "0.134515, 0.14042, 0.152851, 0.17653, 0.223994, 0.332854, 0.620031", \
            "0.14575, 0.151652, 0.16418, 0.187981, 0.235257, 0.344168, 0.631179", \
            "0.171114, 0.1769, 0.18942, 0.213291, 0.260761, 0.369936, 0.657167", \
            "0.228278, 0.234323, 0.246972, 0.27114, 0.318622, 0.427702, 0.71469", \
            "0.334179, 0.341232, 0.355751, 0.383122, 0.433387, 0.544223, 0.831512", \
            "0.534168, 0.542363, 0.559682, 0.592047, 0.649339, 0.764752, 1.05214" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0244481, 0.0282088, 0.0369837, 0.0555072, 0.101064, 0.230576, 0.603739", \
            "0.0242109, 0.0283593, 0.0367111, 0.0553133, 0.100839, 0.230628, 0.602683", \
            "0.0241666, 0.0283662, 0.0369507, 0.0551436, 0.100795, 0.231216, 0.607892", \
            "0.0242411, 0.0281559, 0.0365899, 0.0552561, 0.100796, 0.231221, 0.60581", \
            "0.025818, 0.0299238, 0.0383267, 0.0559056, 0.101224, 0.230693, 0.602289", \
            "0.0312479, 0.0357212, 0.0450948, 0.0637532, 0.108014, 0.234202, 0.603437", \
            "0.0411734, 0.0463949, 0.0573522, 0.0772989, 0.119647, 0.240259, 0.605976" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0688397, 0.0748769, 0.089205, 0.123573, 0.212458, 0.452375, 1.1051", \
            "0.0723681, 0.0784202, 0.092747, 0.127103, 0.216089, 0.456331, 1.10929", \
            "0.0792322, 0.0852648, 0.0995727, 0.133861, 0.22296, 0.464177, 1.1153", \
            "0.0905177, 0.0967325, 0.111236, 0.145722, 0.234709, 0.474466, 1.13454", \
            "0.100165, 0.107196, 0.122791, 0.158035, 0.247275, 0.488837, 1.14034", \
            "0.088945, 0.0977662, 0.116438, 0.154265, 0.243724, 0.485908, 1.13808", \
            "0.014953, 0.0259709, 0.0498416, 0.0952702, 0.187328, 0.427754, 1.08052" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0199683, 0.0260228, 0.0422131, 0.0864285, 0.21232, 0.560002, 1.50298", \
            "0.0199554, 0.0260288, 0.0422207, 0.0865197, 0.211899, 0.557664, 1.49705", \
            "0.0199617, 0.0260772, 0.0422407, 0.0866233, 0.212374, 0.561608, 1.49895", \
            "0.0211488, 0.0272241, 0.04305, 0.0869932, 0.212224, 0.560416, 1.50421", \
            "0.0253795, 0.0314339, 0.0465345, 0.0886578, 0.2123, 0.559149, 1.49964", \
            "0.033024, 0.0398222, 0.0548498, 0.0938915, 0.213878, 0.556951, 1.50141", \
            "0.0444596, 0.052769, 0.0707094, 0.108784, 0.218377, 0.559975, 1.49417" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.119395, 0.125298, 0.137806, 0.161736, 0.208808, 0.317968, 0.605412", \
            "0.122964, 0.128851, 0.141287, 0.165149, 0.21284, 0.321491, 0.609059", \
            "0.133561, 0.139495, 0.151848, 0.175641, 0.223438, 0.332661, 0.619534", \
            "0.160965, 0.166891, 0.179403, 0.203228, 0.250958, 0.360315, 0.647367", \
            "0.225654, 0.23188, 0.244673, 0.268856, 0.315642, 0.424822, 0.711716", \
            "0.339943, 0.347423, 0.363311, 0.392144, 0.443425, 0.552686, 0.83942", \
            "0.540072, 0.549027, 0.568174, 0.604234, 0.664563, 0.778738, 1.06565" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0242359, 0.0284734, 0.0366109, 0.0552781, 0.101143, 0.231068, 0.6089", \
            "0.0242263, 0.0282322, 0.0365547, 0.0552539, 0.100693, 0.231356, 0.610647", \
            "0.0242247, 0.0283525, 0.0370406, 0.0553745, 0.100887, 0.230509, 0.605176", \
            "0.0242266, 0.0281529, 0.0365826, 0.0552013, 0.100516, 0.231354, 0.602368", \
            "0.0261884, 0.0300616, 0.0380799, 0.0556719, 0.102337, 0.230836, 0.602334", \
            "0.0356662, 0.0405429, 0.049525, 0.0668694, 0.10863, 0.234759, 0.604658", \
            "0.0482412, 0.0539499, 0.0651507, 0.0860981, 0.125002, 0.240641, 0.606134" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0658052, 0.0715362, 0.0852585, 0.118701, 0.206959, 0.446411, 1.09949", \
            "0.0691455, 0.0749246, 0.0886285, 0.12205, 0.210135, 0.450589, 1.10155", \
            "0.0765276, 0.0823044, 0.0959572, 0.129462, 0.21767, 0.458098, 1.10931", \
            "0.089796, 0.095737, 0.109646, 0.1433, 0.231776, 0.47244, 1.12326", \
            "0.101507, 0.107964, 0.122556, 0.156673, 0.245408, 0.486677, 1.14087", \
            "0.0932309, 0.101175, 0.117827, 0.153535, 0.242123, 0.482381, 1.13426", \
            "0.0254545, 0.034912, 0.0564371, 0.097144, 0.186634, 0.426705, 1.07921" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.019385, 0.0254405, 0.0414354, 0.0861344, 0.212405, 0.558612, 1.49778", \
            "0.0194226, 0.0253824, 0.0414216, 0.0862095, 0.212499, 0.558279, 1.49987", \
            "0.0194039, 0.0253824, 0.0414064, 0.0861998, 0.212598, 0.558654, 1.49918", \
            "0.0205934, 0.0264425, 0.0421739, 0.0865015, 0.212696, 0.557646, 1.50041", \
            "0.0238352, 0.0296778, 0.0444676, 0.0875744, 0.212416, 0.558049, 1.49878", \
            "0.0303299, 0.0365339, 0.0509905, 0.0905232, 0.213525, 0.556989, 1.49756", \
            "0.0392295, 0.0474484, 0.0633738, 0.100404, 0.215447, 0.559163, 1.49079" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.111884, 0.117371, 0.129137, 0.152118, 0.19834, 0.306504, 0.592568", \
            "0.116433, 0.121918, 0.133654, 0.15675, 0.202938, 0.311148, 0.597253", \
            "0.127238, 0.132719, 0.144468, 0.167508, 0.213795, 0.32192, 0.607918", \
            "0.152489, 0.157972, 0.169697, 0.192631, 0.23933, 0.347522, 0.633037", \
            "0.206844, 0.21261, 0.224979, 0.248639, 0.295345, 0.403582, 0.689574", \
            "0.306044, 0.312597, 0.326603, 0.353528, 0.404226, 0.513187, 0.799164", \
            "0.495064, 0.502975, 0.519681, 0.55165, 0.608807, 0.724006, 1.01052" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0211553, 0.0250443, 0.0333362, 0.0517311, 0.097987, 0.228814, 0.59958", \
            "0.0210861, 0.0248158, 0.0329714, 0.0514834, 0.0979325, 0.228948, 0.599395", \
            "0.0212913, 0.0247921, 0.0329598, 0.0515244, 0.0980858, 0.228893, 0.600834", \
            "0.0211367, 0.0249809, 0.0333863, 0.0518049, 0.0982114, 0.229131, 0.601091", \
            "0.0234983, 0.0273845, 0.0353606, 0.053628, 0.0988627, 0.228358, 0.601983", \
            "0.0290672, 0.0333366, 0.0424537, 0.0610788, 0.105811, 0.231826, 0.599453", \
            "0.0385411, 0.0432645, 0.0538679, 0.0746814, 0.118932, 0.238892, 0.601441" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0634993, 0.0694358, 0.083481, 0.117313, 0.205459, 0.444788, 1.0977", \
            "0.066809, 0.0727648, 0.0868257, 0.120649, 0.208934, 0.44858, 1.10097", \
            "0.0734989, 0.079418, 0.0934584, 0.12729, 0.215885, 0.456798, 1.10663", \
            "0.0846826, 0.0908443, 0.105185, 0.13933, 0.227777, 0.469539, 1.12521", \
            "0.0932685, 0.100042, 0.115079, 0.149726, 0.238712, 0.480071, 1.13157", \
            "0.0813562, 0.0897988, 0.107488, 0.143865, 0.232586, 0.473389, 1.12934", \
            "0.0090563, 0.0195505, 0.0420513, 0.0853865, 0.176135, 0.415573, 1.06969" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0199733, 0.0259603, 0.0420659, 0.0864523, 0.212231, 0.558574, 1.50211", \
            "0.0199571, 0.0259897, 0.042119, 0.0863405, 0.211981, 0.557961, 1.50398", \
            "0.0199521, 0.0260058, 0.0420789, 0.0865439, 0.212576, 0.561094, 1.49806", \
            "0.0212934, 0.027294, 0.0430754, 0.0869726, 0.211853, 0.561255, 1.50865", \
            "0.0249854, 0.0308333, 0.0458168, 0.0886515, 0.212305, 0.558989, 1.49966", \
            "0.0320917, 0.0381804, 0.0532219, 0.0922348, 0.213778, 0.555526, 1.50189", \
            "0.0422206, 0.0505033, 0.0673891, 0.105217, 0.218007, 0.558938, 1.49642" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.101128, 0.106618, 0.118379, 0.141407, 0.187948, 0.2957, 0.581788", \
            "0.104507, 0.109996, 0.121733, 0.1448, 0.19132, 0.29912, 0.584969", \
            "0.114843, 0.120327, 0.132046, 0.155103, 0.201519, 0.309722, 0.595368", \
            "0.142455, 0.14794, 0.159618, 0.182645, 0.229318, 0.337465, 0.623625", \
            "0.20381, 0.20973, 0.222264, 0.246155, 0.29279, 0.401125, 0.686791", \
            "0.308582, 0.315649, 0.331049, 0.359313, 0.4104, 0.520894, 0.806996", \
            "0.49503, 0.503426, 0.521979, 0.556909, 0.617403, 0.73101, 1.01684" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0212095, 0.0251663, 0.0333301, 0.0516597, 0.0980092, 0.228985, 0.59942", \
            "0.0210874, 0.0248109, 0.0329634, 0.0515336, 0.0979906, 0.229017, 0.600825", \
            "0.0210499, 0.0248899, 0.0330479, 0.0513783, 0.0979658, 0.228846, 0.603474", \
            "0.021105, 0.0248516, 0.0330509, 0.0518905, 0.0980119, 0.228989, 0.604496", \
            "0.0248264, 0.0284302, 0.0365888, 0.0541697, 0.0994885, 0.228385, 0.599485", \
            "0.0332898, 0.0377733, 0.0475071, 0.0663962, 0.107537, 0.232649, 0.601956", \
            "0.0446319, 0.049983, 0.0616778, 0.0837982, 0.122874, 0.239745, 0.602375" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0494893, 0.055064, 0.0684528, 0.10187, 0.190259, 0.431098, 1.08443", \
            "0.0527851, 0.0583432, 0.0718025, 0.10523, 0.193451, 0.435236, 1.0863", \
            "0.0606145, 0.0661699, 0.0795679, 0.112866, 0.20149, 0.442107, 1.09652", \
            "0.07083, 0.0765413, 0.090276, 0.12403, 0.212651, 0.45598, 1.10553", \
            "0.0765679, 0.0826896, 0.0969412, 0.130561, 0.219639, 0.461902, 1.1173", \
            "0.0631703, 0.071052, 0.0875421, 0.121734, 0.210426, 0.451363, 1.10523", \
            "-0.003101, 0.0069306, 0.0282903, 0.0688769, 0.157628, 0.399238, 1.05244" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0182415, 0.0242721, 0.0403556, 0.0853016, 0.212628, 0.561397, 1.50027", \
            "0.0182609, 0.024232, 0.0403556, 0.0852759, 0.212407, 0.561218, 1.49575", \
            "0.0184602, 0.0244215, 0.0404977, 0.0854441, 0.212269, 0.560722, 1.49925", \
            "0.0199149, 0.0256633, 0.0415742, 0.0861981, 0.212477, 0.560425, 1.50143", \
            "0.0238363, 0.0293937, 0.0437752, 0.0871159, 0.212122, 0.55865, 1.50583", \
            "0.0306063, 0.0365527, 0.0503172, 0.0896162, 0.213224, 0.556524, 1.49969", \
            "0.0410039, 0.0488888, 0.0648345, 0.10159, 0.216309, 0.559227, 1.4948" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0504804, 0.0542453, 0.0625964, 0.0800425, 0.120377, 0.225508, 0.511215", \
            "0.0553737, 0.0591742, 0.0674525, 0.0849302, 0.125309, 0.230465, 0.516043", \
            "0.0678345, 0.0715849, 0.0798546, 0.0974599, 0.137842, 0.242991, 0.528597", \
            "0.095118, 0.0991874, 0.107846, 0.125775, 0.166432, 0.271743, 0.558982", \
            "0.139617, 0.144627, 0.155248, 0.17572, 0.217867, 0.323581, 0.608966", \
            "0.216378, 0.222347, 0.235312, 0.260112, 0.306027, 0.412291, 0.697508", \
            "0.361341, 0.368607, 0.38441, 0.4151, 0.469148, 0.578343, 0.862144" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0124258, 0.0152851, 0.0222405, 0.039823, 0.0876244, 0.22581, 0.59718", \
            "0.0123172, 0.01527, 0.022263, 0.0397964, 0.0875937, 0.223162, 0.597521", \
            "0.0123819, 0.0153367, 0.0223166, 0.039684, 0.0872156, 0.224055, 0.59822", \
            "0.0145358, 0.0173052, 0.0239414, 0.0406109, 0.0880265, 0.223261, 0.602136", \
            "0.0194843, 0.0229231, 0.0298088, 0.0461478, 0.090592, 0.225801, 0.602058", \
            "0.0261848, 0.0301659, 0.0387518, 0.0566241, 0.0975176, 0.226857, 0.603343", \
            "0.0364398, 0.0413282, 0.0518453, 0.071087, 0.111159, 0.23039, 0.607046" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0181671, 0.0198635, 0.0243536, 0.0361793, 0.0680463, 0.15669, 0.399036", \
            "0.0180305, 0.0197299, 0.0242175, 0.0360301, 0.0679527, 0.15663, 0.398613", \
            "0.017816, 0.019512, 0.0239712, 0.0357856, 0.067811, 0.156595, 0.398672", \
            "0.0176024, 0.0192766, 0.0237425, 0.0356193, 0.0678484, 0.156775, 0.398856", \
            "0.0179067, 0.0195139, 0.0238052, 0.0357237, 0.0679904, 0.15699, 0.399174", \
            "0.0186084, 0.0202448, 0.0246577, 0.0365748, 0.0689645, 0.156307, 0.399942", \
            "0.0223769, 0.0237371, 0.0280025, 0.0398135, 0.0721804, 0.160374, 0.40102" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0204539, 0.0191738, 0.0159322, 0.0053695, -0.026942, -0.116674, -0.361078", \
            "0.0202068, 0.018929, 0.0157566, 0.0051944, -0.027118, -0.116829, -0.361335", \
            "0.0199563, 0.0186488, 0.0154267, 0.0049148, -0.0273194, -0.117045, -0.361411", \
            "0.0197243, 0.0184163, 0.0151122, 0.0046987, -0.0274879, -0.117208, -0.361409", \
            "0.0199705, 0.0186256, 0.0153282, 0.004771, -0.0274847, -0.117186, -0.361578", \
            "0.0241001, 0.0223357, 0.0176659, 0.005321, -0.0265585, -0.116386, -0.360871", \
            "0.0291851, 0.0272389, 0.0223694, 0.0097994, -0.0235619, -0.113711, -0.357908" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0167021, 0.0184467, 0.0230706, 0.0353433, 0.0680157, 0.157605, 0.400735", \
            "0.0166033, 0.0183457, 0.0229695, 0.0352462, 0.0678954, 0.156828, 0.395988", \
            "0.0163312, 0.0180745, 0.022694, 0.0349238, 0.0679784, 0.15656, 0.398805", \
            "0.0160062, 0.0177128, 0.0222546, 0.0344519, 0.0672518, 0.157032, 0.399141", \
            "0.0161901, 0.0178027, 0.0221554, 0.034245, 0.0668864, 0.156751, 0.397834", \
            "0.016891, 0.0184745, 0.0228892, 0.0349888, 0.0676171, 0.155495, 0.397925", \
            "0.0207655, 0.0221585, 0.0263072, 0.0382513, 0.0706993, 0.159731, 0.401226" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0181458, 0.0168451, 0.0136525, 0.0032055, -0.0288552, -0.118472, -0.362749", \
            "0.017865, 0.0167266, 0.0133543, 0.0029776, -0.0291932, -0.118712, -0.362961", \
            "0.0176335, 0.0163384, 0.0132069, 0.0027298, -0.0293918, -0.118922, -0.363224", \
            "0.0174143, 0.0161788, 0.0129263, 0.0025076, -0.0295517, -0.119135, -0.363504", \
            "0.017856, 0.0165407, 0.0131443, 0.0028261, -0.0290879, -0.118738, -0.363136", \
            "0.0231174, 0.0212692, 0.016566, 0.0041345, -0.0279173, -0.117364, -0.361809", \
            "0.0297368, 0.0277296, 0.0226984, 0.0100503, -0.0233866, -0.113539, -0.357671" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0180645, 0.019762, 0.0242891, 0.0363572, 0.0690964, 0.157495, 0.398857", \
            "0.0179129, 0.0196356, 0.0241636, 0.036214, 0.0686915, 0.157941, 0.400642", \
            "0.0177185, 0.0194322, 0.0239527, 0.0359982, 0.0685492, 0.157859, 0.400531", \
            "0.0175451, 0.0192321, 0.0237551, 0.035808, 0.0687549, 0.157851, 0.400474", \
            "0.0179391, 0.0195322, 0.023855, 0.0358869, 0.0683077, 0.156974, 0.400249", \
            "0.0191092, 0.0206965, 0.0250354, 0.0369776, 0.069385, 0.157611, 0.399143", \
            "0.0232348, 0.0247267, 0.0290287, 0.041022, 0.0735831, 0.162138, 0.401722" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0163059, 0.0150371, 0.0118977, 0.0014771, -0.0305321, -0.120024, -0.364417", \
            "0.0160598, 0.014821, 0.0115955, 0.0012061, -0.0308098, -0.120327, -0.364681", \
            "0.0157681, 0.0145178, 0.0113223, 0.0008887, -0.0311076, -0.120609, -0.364855", \
            "0.015486, 0.0142404, 0.0110485, 0.0005893, -0.0313876, -0.120928, -0.3652", \
            "0.0153939, 0.0140889, 0.0108246, 0.0003619, -0.0314893, -0.121027, -0.365341", \
            "0.0196692, 0.0179077, 0.0133369, 0.0011925, -0.0311312, -0.120314, -0.364669", \
            "0.0241142, 0.0221892, 0.0173731, 0.0050255, -0.0277208, -0.117577, -0.361507" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0166881, 0.018403, 0.0229439, 0.0350488, 0.0674255, 0.156015, 0.397864", \
            "0.0165806, 0.0182959, 0.0228442, 0.03494, 0.0673368, 0.156047, 0.399502", \
            "0.0163154, 0.0180277, 0.0225743, 0.0346354, 0.0672117, 0.156745, 0.397702", \
            "0.016066, 0.017744, 0.0222083, 0.03426, 0.0669334, 0.156089, 0.399972", \
            "0.0163407, 0.0180083, 0.0222928, 0.0342777, 0.0666747, 0.155491, 0.39512", \
            "0.0174054, 0.0189911, 0.0234312, 0.0354108, 0.0677077, 0.155896, 0.399705", \
            "0.021892, 0.0233781, 0.0276538, 0.039722, 0.0721752, 0.16063, 0.402007" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0137812, 0.0125295, 0.0093832, -0.0010698, -0.0330743, -0.122574, -0.366923", \
            "0.0135168, 0.0122875, 0.009059, -0.0013739, -0.0333785, -0.122906, -0.367099", \
            "0.0132527, 0.0119888, 0.0087819, -0.0016617, -0.0336537, -0.123164, -0.367416", \
            "0.0130467, 0.0118118, 0.0085219, -0.0018545, -0.0338782, -0.123387, -0.367683", \
            "0.0134599, 0.0120981, 0.0087834, -0.0016919, -0.0335253, -0.123055, -0.367367", \
            "0.0194303, 0.0175826, 0.0129709, 0.0009789, -0.0313634, -0.120833, -0.365178", \
            "0.0246498, 0.0226564, 0.0177161, 0.0052646, -0.0277984, -0.117366, -0.361625" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.014505, 0.0162199, 0.0207789, 0.0329015, 0.0658868, 0.155402, 0.395323", \
            "0.014317, 0.0160319, 0.0205872, 0.032714, 0.0657212, 0.15449, 0.393778", \
            "0.0141052, 0.0158029, 0.0203291, 0.0324395, 0.0651844, 0.154889, 0.394651", \
            "0.01404, 0.0157276, 0.02019, 0.0322424, 0.065258, 0.153514, 0.395162", \
            "0.0149402, 0.0165057, 0.0209049, 0.0328396, 0.0653139, 0.154129, 0.396697", \
            "0.0174689, 0.0190792, 0.0235075, 0.0353538, 0.0676218, 0.155966, 0.39998", \
            "0.0255097, 0.0270245, 0.0313089, 0.0433027, 0.075556, 0.164449, 0.404988" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0106471, 0.0094411, 0.0058295, -0.0055773, -0.0383462, -0.128106, -0.372571", \
            "0.010354, 0.0091611, 0.0055745, -0.0058699, -0.0386154, -0.128389, -0.372854", \
            "0.0100114, 0.008764, 0.0051437, -0.0062227, -0.0389642, -0.128663, -0.373148", \
            "0.0101693, 0.0088289, 0.0052051, -0.0062171, -0.0388876, -0.128561, -0.373025", \
            "0.0116027, 0.0099689, 0.0056304, -0.0057311, -0.0382717, -0.127903, -0.372326", \
            "0.0151357, 0.013311, 0.0089919, -0.0031348, -0.0358049, -0.125105, -0.3695", \
            "0.0230418, 0.0211372, 0.0164263, 0.0040643, -0.0290403, -0.118737, -0.362693" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002401;
      rise_capacitance : 0.002524;
      rise_capacitance_range (0.002524, 0.002524);
      fall_capacitance : 0.002277;
      fall_capacitance_range (0.002277, 0.002277);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046547, -0.004652, -0.0046457, -0.0046449, -0.004643, -0.0046384, -0.004628" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046906, 0.0046821, 0.0046626, 0.0046624, 0.0046619, 0.0046608, 0.0046583" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002427;
      rise_capacitance : 0.002589;
      rise_capacitance_range (0.002589, 0.002589);
      fall_capacitance : 0.002265;
      fall_capacitance_range (0.002265, 0.002265);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004471, -0.0044723, -0.0044751, -0.0044761, -0.0044785, -0.0044839, -0.0044962" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044666, 0.0044708, 0.0044805, 0.0044798, 0.0044782, 0.0044746, 0.0044663" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002371;
      rise_capacitance : 0.002467;
      rise_capacitance_range (0.002467, 0.002467);
      fall_capacitance : 0.002275;
      fall_capacitance_range (0.002275, 0.002275);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044527, -0.0044499, -0.0044434, -0.0044424, -0.0044399, -0.004434, -0.0044205" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.004584, 0.0045711, 0.0045414, 0.0045521, 0.0045766, 0.0046331, 0.0047636" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002397;
      rise_capacitance : 0.002534;
      rise_capacitance_range (0.002534, 0.002534);
      fall_capacitance : 0.00226;
      fall_capacitance_range (0.00226, 0.00226);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044667, -0.0044616, -0.0044498, -0.0044497, -0.0044497, -0.0044494, -0.0044487" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045838, 0.0045751, 0.0045549, 0.0045672, 0.0045952, 0.0046601, 0.0048098" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002386;
      rise_capacitance : 0.002471;
      rise_capacitance_range (0.002471, 0.002471);
      fall_capacitance : 0.002302;
      fall_capacitance_range (0.002302, 0.002302);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0026817, -0.0026857, -0.002695, -0.0026856, -0.0026638, -0.0026136, -0.0024979" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053262, 0.0053271, 0.0053291, 0.0053281, 0.0053256, 0.0053198, 0.0053067" \
          );
        }
      }
    }
  }
  cell (scs8hd_o221a_2) {
    area : 11.2608;
    cell_footprint : "o221a";
    cell_leakage_power : 0.0171786;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0367402;
      when : "!A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0276196;
      when : "!A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0124565;
      when : "!A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0276209;
      when : "!A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0127908;
      when : "!A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0276209;
      when : "!A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0124477;
      when : "!A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0276209;
      when : "!A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0124372;
      when : "!A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0124372;
      when : "A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0276196;
      when : "A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0186472;
      when : "A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0124273;
      when : "A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.012809;
      when : "A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0124273;
      when : "A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0186461;
      when : "A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0124273;
      when : "A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0276196;
      when : "!A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0186482;
      when : "!A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0124273;
      when : "!A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.01281;
      when : "!A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0124273;
      when : "!A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0186471;
      when : "!A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0124273;
      when : "!A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0124372;
      when : "A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0276196;
      when : "A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0128048;
      when : "A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0124273;
      when : "A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0069666;
      when : "A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0124273;
      when : "A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0128037;
      when : "A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0124273;
      when : "A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0171786;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1&C1) | (A2&B1&C1) | (A1&B2&C1) | (A2&B2&C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.370798;
      max_transition : 1.50545;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0771961, 0.0819306, 0.0936887, 0.122109, 0.198226, 0.423413, 1.10295", \
            "0.0805397, 0.0853001, 0.0970251, 0.125436, 0.201634, 0.427431, 1.10775", \
            "0.087186, 0.0919464, 0.103674, 0.132071, 0.208299, 0.434142, 1.11459", \
            "0.0992203, 0.104045, 0.115854, 0.144337, 0.220777, 0.446316, 1.12706", \
            "0.112118, 0.117571, 0.130413, 0.160023, 0.236839, 0.463137, 1.14452", \
            "0.106313, 0.113006, 0.128562, 0.161282, 0.239383, 0.465609, 1.14527", \
            "0.0392987, 0.047103, 0.0661498, 0.106307, 0.188921, 0.415421, 1.09528" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0171463, 0.021519, 0.0333881, 0.067578, 0.174482, 0.504168, 1.49536", \
            "0.0171465, 0.0214996, 0.0333126, 0.0676578, 0.174038, 0.504021, 1.49804", \
            "0.0171403, 0.0214363, 0.0332936, 0.0676031, 0.174042, 0.504072, 1.49817", \
            "0.0175978, 0.0219493, 0.0337627, 0.0679104, 0.17408, 0.503008, 1.49756", \
            "0.0210937, 0.0255407, 0.0371909, 0.070019, 0.174681, 0.503608, 1.49853", \
            "0.0272301, 0.0323919, 0.044861, 0.0758939, 0.176997, 0.502594, 1.4966", \
            "0.0366048, 0.0426553, 0.0577633, 0.090042, 0.182917, 0.505875, 1.49502" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.146156, 0.151046, 0.16256, 0.186325, 0.232125, 0.333983, 0.614061", \
            "0.151143, 0.156029, 0.16759, 0.191373, 0.237115, 0.338625, 0.619136", \
            "0.16266, 0.167528, 0.179051, 0.202851, 0.248627, 0.35056, 0.630735", \
            "0.188242, 0.193146, 0.204734, 0.228483, 0.274297, 0.376477, 0.656692", \
            "0.247504, 0.252391, 0.263925, 0.287695, 0.333643, 0.435588, 0.716251", \
            "0.36209, 0.367541, 0.380766, 0.407029, 0.456369, 0.561093, 0.841681", \
            "0.57572, 0.582017, 0.596793, 0.628076, 0.685449, 0.796611, 1.07907" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0251312, 0.0285194, 0.036359, 0.0521776, 0.090136, 0.202076, 0.569303", \
            "0.0251188, 0.0284097, 0.0363915, 0.0521054, 0.0902101, 0.201925, 0.565036", \
            "0.0251644, 0.0284965, 0.0363545, 0.0521156, 0.0901686, 0.202196, 0.564796", \
            "0.0252119, 0.0283528, 0.0363487, 0.0528999, 0.0897942, 0.202202, 0.565528", \
            "0.0258895, 0.0289632, 0.0365599, 0.0528812, 0.0906779, 0.202603, 0.566664", \
            "0.0316471, 0.0351347, 0.0438051, 0.0608898, 0.0973841, 0.205909, 0.565385", \
            "0.0432201, 0.0470095, 0.056079, 0.0749408, 0.112562, 0.215387, 0.565677" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0741263, 0.0789986, 0.0910134, 0.120089, 0.197237, 0.425227, 1.10788", \
            "0.0777257, 0.0825978, 0.0946119, 0.123686, 0.200857, 0.427752, 1.10863", \
            "0.0847109, 0.0895481, 0.101546, 0.1306, 0.207901, 0.435858, 1.11504", \
            "0.0970919, 0.102081, 0.114215, 0.143284, 0.220621, 0.447237, 1.13316", \
            "0.109906, 0.115582, 0.129013, 0.159193, 0.236779, 0.464181, 1.15189", \
            "0.1045, 0.111359, 0.127625, 0.161362, 0.240101, 0.467241, 1.14985", \
            "0.0396778, 0.0475913, 0.0675612, 0.109397, 0.193699, 0.420161, 1.10157" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0172207, 0.0216672, 0.0335906, 0.0678561, 0.174276, 0.504407, 1.50545", \
            "0.0172224, 0.0216668, 0.0335939, 0.0678563, 0.174314, 0.503286, 1.50522", \
            "0.0172165, 0.0216196, 0.0335603, 0.0677468, 0.174285, 0.505244, 1.50049", \
            "0.0179498, 0.0223482, 0.0341799, 0.0681183, 0.174259, 0.504467, 1.50351", \
            "0.0217369, 0.0265455, 0.0380931, 0.0706824, 0.175291, 0.505504, 1.50193", \
            "0.0284769, 0.0337178, 0.046497, 0.0777698, 0.177263, 0.502523, 1.49873", \
            "0.0384326, 0.0447659, 0.0606267, 0.0939328, 0.185394, 0.504417, 1.49315" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.135749, 0.140619, 0.152209, 0.175973, 0.221791, 0.323638, 0.604175", \
            "0.139381, 0.144315, 0.155874, 0.179648, 0.225529, 0.327242, 0.607852", \
            "0.150147, 0.155052, 0.166571, 0.190393, 0.23629, 0.338364, 0.618714", \
            "0.177504, 0.182357, 0.193909, 0.217641, 0.263582, 0.365866, 0.646149", \
            "0.243526, 0.248376, 0.259899, 0.28372, 0.329142, 0.431199, 0.711924", \
            "0.367332, 0.37314, 0.386891, 0.414832, 0.465626, 0.570366, 0.848561", \
            "0.58057, 0.587438, 0.603766, 0.638623, 0.701203, 0.81351, 1.09437" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0251775, 0.028461, 0.036004, 0.0522301, 0.0900265, 0.20224, 0.567566", \
            "0.0251878, 0.0283954, 0.0360958, 0.0521209, 0.0900938, 0.201975, 0.56491", \
            "0.025192, 0.0283063, 0.0362289, 0.0522174, 0.0898434, 0.202038, 0.567692", \
            "0.0250859, 0.0283713, 0.0363089, 0.052828, 0.0897495, 0.202165, 0.565338", \
            "0.0257709, 0.0290718, 0.03663, 0.0528497, 0.0908842, 0.202738, 0.567334", \
            "0.0360971, 0.0397189, 0.048292, 0.0656854, 0.0992633, 0.205905, 0.568376", \
            "0.0512607, 0.0551678, 0.0648747, 0.086523, 0.122344, 0.218971, 0.566863" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0711496, 0.0757784, 0.0872961, 0.115431, 0.191734, 0.418568, 1.09882", \
            "0.0745016, 0.0791488, 0.0906648, 0.118811, 0.195248, 0.421794, 1.10224", \
            "0.0819788, 0.0866245, 0.0981547, 0.126255, 0.202789, 0.42943, 1.11165", \
            "0.0967988, 0.101554, 0.113258, 0.141448, 0.217995, 0.444608, 1.1249", \
            "0.112541, 0.117963, 0.13057, 0.159657, 0.236374, 0.464542, 1.14476", \
            "0.110993, 0.117524, 0.132607, 0.164033, 0.241019, 0.467869, 1.14827", \
            "0.0528626, 0.0604085, 0.0790669, 0.117183, 0.19757, 0.423948, 1.10493" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0166935, 0.0209571, 0.0326765, 0.0667569, 0.173964, 0.504286, 1.49762", \
            "0.0166869, 0.0209573, 0.0326584, 0.066839, 0.174176, 0.503376, 1.49805", \
            "0.0167202, 0.0209441, 0.0326498, 0.0668213, 0.173861, 0.504274, 1.50011", \
            "0.0174828, 0.0216527, 0.0332592, 0.0672141, 0.174282, 0.504951, 1.49584", \
            "0.0211938, 0.0254598, 0.0364911, 0.0691825, 0.174765, 0.504038, 1.49639", \
            "0.0271176, 0.0318273, 0.0436209, 0.0744141, 0.176282, 0.502537, 1.49751", \
            "0.0353508, 0.0413815, 0.0557907, 0.0879975, 0.18052, 0.506163, 1.49446" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.1271, 0.131654, 0.142404, 0.165029, 0.209122, 0.310062, 0.589492", \
            "0.13183, 0.136379, 0.147135, 0.16954, 0.213785, 0.314797, 0.594189", \
            "0.142717, 0.147199, 0.157973, 0.180575, 0.224866, 0.325672, 0.605249", \
            "0.167727, 0.172275, 0.18302, 0.205522, 0.249952, 0.350926, 0.630247", \
            "0.224618, 0.229311, 0.240274, 0.26331, 0.307899, 0.4088, 0.688358", \
            "0.331052, 0.336443, 0.348679, 0.374321, 0.422997, 0.527144, 0.805794", \
            "0.530598, 0.536605, 0.551012, 0.580927, 0.637664, 0.748635, 1.03023" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0222559, 0.025166, 0.0325327, 0.0484752, 0.0871072, 0.200031, 0.563536", \
            "0.0221765, 0.0253853, 0.0327567, 0.048657, 0.0871182, 0.200016, 0.564155", \
            "0.0221749, 0.0253203, 0.0325628, 0.048526, 0.0870622, 0.199935, 0.563824", \
            "0.0222344, 0.0252936, 0.0329043, 0.0486572, 0.086863, 0.200129, 0.564027", \
            "0.0237213, 0.0267599, 0.0339687, 0.0499629, 0.0879886, 0.199932, 0.563761", \
            "0.0298058, 0.033155, 0.0412374, 0.0576815, 0.0952828, 0.203793, 0.565015", \
            "0.0409487, 0.044338, 0.0531684, 0.0722121, 0.112042, 0.215108, 0.564067" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0694126, 0.0742555, 0.0862111, 0.115086, 0.191961, 0.418987, 1.10043", \
            "0.0727539, 0.0776635, 0.0895755, 0.118452, 0.195241, 0.421707, 1.10209", \
            "0.0797522, 0.0845914, 0.0965506, 0.125368, 0.202199, 0.429377, 1.11314", \
            "0.0927786, 0.097768, 0.10988, 0.138949, 0.215796, 0.44301, 1.12221", \
            "0.105887, 0.111488, 0.124605, 0.154572, 0.231926, 0.459049, 1.1388", \
            "0.101425, 0.108148, 0.123811, 0.156261, 0.234262, 0.461636, 1.14258", \
            "0.0406183, 0.048399, 0.0675235, 0.107904, 0.190066, 0.415917, 1.09773" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0174548, 0.0218411, 0.0337269, 0.0678377, 0.17449, 0.504826, 1.50121", \
            "0.0174325, 0.0218653, 0.0336656, 0.0679622, 0.174526, 0.503769, 1.50544", \
            "0.0174293, 0.0217772, 0.0336959, 0.0679503, 0.174538, 0.505085, 1.50161", \
            "0.0183559, 0.022659, 0.0344421, 0.0683235, 0.174655, 0.505028, 1.49787", \
            "0.0220444, 0.0264973, 0.0378427, 0.0707206, 0.175405, 0.504381, 1.49816", \
            "0.0281358, 0.0334416, 0.0460442, 0.0765199, 0.177396, 0.503699, 1.50178", \
            "0.0378305, 0.0440527, 0.059715, 0.0921342, 0.184241, 0.505892, 1.49539" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.116238, 0.120728, 0.131526, 0.154109, 0.198573, 0.299154, 0.578581", \
            "0.119789, 0.124372, 0.135129, 0.157666, 0.202107, 0.30269, 0.581958", \
            "0.130249, 0.134758, 0.145546, 0.168085, 0.212495, 0.313335, 0.592702", \
            "0.157452, 0.161996, 0.172755, 0.19524, 0.23982, 0.340735, 0.620555", \
            "0.222192, 0.226875, 0.237879, 0.260592, 0.304707, 0.405726, 0.685098", \
            "0.335513, 0.340999, 0.354292, 0.381663, 0.432816, 0.536942, 0.816196", \
            "0.534561, 0.540988, 0.556592, 0.589717, 0.651731, 0.763627, 1.0448" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0221379, 0.0252767, 0.032553, 0.0489503, 0.0868599, 0.199822, 0.566082", \
            "0.0222219, 0.0251752, 0.0327144, 0.0489157, 0.0868709, 0.199963, 0.563949", \
            "0.0221844, 0.0252423, 0.0327135, 0.0486252, 0.086893, 0.19986, 0.564015", \
            "0.0222542, 0.0253331, 0.0328722, 0.0487164, 0.0870402, 0.199933, 0.563034", \
            "0.0245137, 0.0273594, 0.0345004, 0.0497442, 0.0881948, 0.200322, 0.564914", \
            "0.034755, 0.0379525, 0.0461356, 0.0633807, 0.0991636, 0.205235, 0.566715", \
            "0.0484395, 0.0517693, 0.0620475, 0.0824738, 0.120783, 0.218133, 0.565422" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0540981, 0.0585277, 0.0696087, 0.0973042, 0.173526, 0.400061, 1.0826", \
            "0.057356, 0.0617658, 0.0728868, 0.100522, 0.177041, 0.404246, 1.08844", \
            "0.0654199, 0.0698312, 0.0808633, 0.108397, 0.184664, 0.412776, 1.09123", \
            "0.079013, 0.0835528, 0.0948835, 0.122777, 0.19932, 0.426317, 1.11349", \
            "0.0893628, 0.0947736, 0.106938, 0.135512, 0.211846, 0.43995, 1.12142", \
            "0.0819274, 0.0884521, 0.10362, 0.13456, 0.210949, 0.437715, 1.12056", \
            "0.0244448, 0.0321413, 0.0508256, 0.08935, 0.16889, 0.394348, 1.07674" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0154894, 0.0196672, 0.0312858, 0.0657351, 0.173532, 0.502832, 1.49939", \
            "0.0154875, 0.0196455, 0.0313202, 0.0657697, 0.17327, 0.504628, 1.49805", \
            "0.0154647, 0.019633, 0.0312818, 0.0657606, 0.173462, 0.504642, 1.50083", \
            "0.0173094, 0.0212996, 0.0326564, 0.0666025, 0.17336, 0.505581, 1.50418", \
            "0.0214049, 0.0254064, 0.0363541, 0.0684272, 0.174376, 0.503378, 1.50285", \
            "0.0278646, 0.0327033, 0.0440567, 0.0738185, 0.175681, 0.503533, 1.49975", \
            "0.0379884, 0.0436824, 0.0589283, 0.0885195, 0.181921, 0.505266, 1.49706" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0574955, 0.0607306, 0.0684144, 0.0844893, 0.120006, 0.213767, 0.493143", \
            "0.0622713, 0.0654877, 0.0731554, 0.0892396, 0.124773, 0.218604, 0.497914", \
            "0.0747937, 0.0780108, 0.0855969, 0.101607, 0.137292, 0.231074, 0.509404", \
            "0.103913, 0.10719, 0.114804, 0.131042, 0.166597, 0.260273, 0.540765", \
            "0.154258, 0.158201, 0.16752, 0.18664, 0.224886, 0.319033, 0.597983", \
            "0.238546, 0.243246, 0.254425, 0.277863, 0.322282, 0.418869, 0.696768", \
            "0.393425, 0.398912, 0.412347, 0.440523, 0.49397, 0.597374, 0.875048" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0123722, 0.0146867, 0.0201063, 0.0335901, 0.0713575, 0.19188, 0.561183", \
            "0.0123675, 0.0147076, 0.0200278, 0.0336789, 0.0712899, 0.191138, 0.561269", \
            "0.0123828, 0.0146143, 0.0202065, 0.0337437, 0.0713032, 0.190806, 0.559954", \
            "0.0134051, 0.0156261, 0.0209668, 0.0343583, 0.0716803, 0.190845, 0.560592", \
            "0.0187698, 0.0213485, 0.0274433, 0.040814, 0.0752636, 0.19238, 0.559975", \
            "0.0265272, 0.0294674, 0.0366958, 0.0518966, 0.0858435, 0.194937, 0.560567", \
            "0.0383687, 0.0414519, 0.0496929, 0.0679365, 0.104747, 0.204499, 0.564818" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0230615, 0.0250572, 0.0310258, 0.0483326, 0.0993999, 0.253266, 0.719493", \
            "0.0229328, 0.0249336, 0.0308654, 0.0482286, 0.0993478, 0.253062, 0.718261", \
            "0.0227484, 0.0247471, 0.0306887, 0.048036, 0.099182, 0.252946, 0.71817", \
            "0.0226518, 0.0246508, 0.0305472, 0.0477526, 0.0990071, 0.252986, 0.717412", \
            "0.0233433, 0.0252744, 0.0306969, 0.0478733, 0.0989277, 0.25365, 0.720891", \
            "0.0243255, 0.0261128, 0.0316213, 0.0486666, 0.0994564, 0.253139, 0.717215", \
            "0.0284938, 0.0301527, 0.0353385, 0.0520151, 0.103327, 0.256772, 0.718992" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0251372, 0.0230632, 0.0176914, 0.0028835, -0.0467146, -0.202576, -0.67317", \
            "0.024949, 0.0228183, 0.0175099, 0.0026949, -0.0468676, -0.202628, -0.67332", \
            "0.0248626, 0.0226962, 0.0173268, 0.002518, -0.0470574, -0.202936, -0.673486", \
            "0.0246397, 0.0224898, 0.0171587, 0.0023555, -0.0473161, -0.203103, -0.673669", \
            "0.0247742, 0.0225935, 0.0169665, 0.0023793, -0.0472954, -0.203188, -0.673699", \
            "0.0296831, 0.0272774, 0.0213274, 0.0032853, -0.0465748, -0.202599, -0.673155", \
            "0.0377424, 0.0351533, 0.0281259, 0.009444, -0.0428015, -0.199998, -0.670382" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0215494, 0.0235821, 0.029643, 0.0472378, 0.0991508, 0.254321, 0.723497", \
            "0.0214921, 0.0234975, 0.0295865, 0.0471787, 0.0990955, 0.254355, 0.723273", \
            "0.0213013, 0.0233028, 0.0293416, 0.0470018, 0.098915, 0.253926, 0.719888", \
            "0.0210713, 0.0230159, 0.0289792, 0.0465154, 0.0983303, 0.252643, 0.720489", \
            "0.0216474, 0.0235128, 0.0290962, 0.0462938, 0.0979038, 0.253085, 0.719052", \
            "0.0228476, 0.0246073, 0.0301415, 0.0471671, 0.0981179, 0.252655, 0.718603", \
            "0.0272628, 0.0287862, 0.0339702, 0.0505228, 0.101818, 0.255748, 0.718418" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0231861, 0.0208396, 0.0156665, 0.0008885, -0.0487357, -0.204463, -0.674862", \
            "0.0227587, 0.0205951, 0.0152616, 0.0004818, -0.048996, -0.204609, -0.675174", \
            "0.0226408, 0.020519, 0.0151797, 0.0003178, -0.0491743, -0.204861, -0.675263", \
            "0.0222731, 0.0201506, 0.0148686, 3.49e-05, -0.049443, -0.205087, -0.675551", \
            "0.0226403, 0.0205146, 0.0150455, 0.0002114, -0.0489435, -0.204797, -0.675304", \
            "0.0287865, 0.026334, 0.0196044, 0.0013406, -0.0478415, -0.203711, -0.673968", \
            "0.0396048, 0.0369198, 0.0295853, 0.0104702, -0.0426622, -0.199561, -0.670007" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0230063, 0.0249869, 0.0309798, 0.0484082, 0.099958, 0.254929, 0.720081", \
            "0.0228711, 0.0248698, 0.0308509, 0.0482836, 0.0999277, 0.254286, 0.720236", \
            "0.0226833, 0.0246806, 0.0306635, 0.0481066, 0.0997391, 0.254605, 0.72238", \
            "0.0226787, 0.0246268, 0.0305634, 0.0478834, 0.0995515, 0.25422, 0.721385", \
            "0.0233496, 0.025214, 0.0307652, 0.0479544, 0.099449, 0.254271, 0.721273", \
            "0.0250884, 0.0267972, 0.0323386, 0.0493498, 0.100044, 0.254077, 0.719586", \
            "0.0295808, 0.0312073, 0.0364959, 0.0533876, 0.104562, 0.258032, 0.720951" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0209309, 0.0189691, 0.0137188, -0.0010537, -0.0502777, -0.205977, -0.676455", \
            "0.0206876, 0.0185938, 0.0134558, -0.0009958, -0.0505366, -0.206205, -0.676682", \
            "0.0203771, 0.0184575, 0.0132032, -0.0014883, -0.0509035, -0.20651, -0.677021", \
            "0.0201602, 0.0180594, 0.012772, -0.0018585, -0.051262, -0.206839, -0.677304", \
            "0.0202094, 0.0180918, 0.0126547, -0.0018737, -0.051404, -0.207048, -0.67744", \
            "0.0260026, 0.0239923, 0.0174483, -0.0004535, -0.0511636, -0.206602, -0.676955", \
            "0.0326504, 0.0301228, 0.0231676, 0.0046311, -0.0477272, -0.204071, -0.67406" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0215743, 0.02356, 0.0295998, 0.0470984, 0.0987133, 0.253453, 0.719507", \
            "0.0215257, 0.0235287, 0.0294961, 0.0469896, 0.0985884, 0.25359, 0.722337", \
            "0.021276, 0.0232572, 0.029251, 0.0467311, 0.098378, 0.253371, 0.719274", \
            "0.0211563, 0.0231378, 0.0290497, 0.0463806, 0.0980748, 0.2531, 0.715127", \
            "0.0218272, 0.0236943, 0.0292527, 0.0463178, 0.0976896, 0.252735, 0.715029", \
            "0.0235014, 0.0252559, 0.030901, 0.0474947, 0.098371, 0.25249, 0.721725", \
            "0.0281852, 0.0297198, 0.0349245, 0.0518695, 0.102703, 0.256568, 0.71956" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0183613, 0.0164677, 0.0111758, -0.0034892, -0.052924, -0.208485, -0.678968", \
            "0.0182669, 0.0161582, 0.0108955, -0.0037433, -0.0531689, -0.20878, -0.679207", \
            "0.0179118, 0.0158055, 0.0105671, -0.0039981, -0.0534323, -0.209068, -0.679516", \
            "0.0177902, 0.0157018, 0.0104129, -0.0042618, -0.0537924, -0.209333, -0.679778", \
            "0.0182985, 0.0161191, 0.0106457, -0.0042049, -0.0534119, -0.209096, -0.67951", \
            "0.0251512, 0.0226856, 0.0160074, -0.0020697, -0.0511533, -0.206723, -0.677162", \
            "0.0341716, 0.0314479, 0.0241966, 0.0059323, -0.0473142, -0.203987, -0.674071" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.0195523, 0.0215531, 0.0275326, 0.0450597, 0.0969012, 0.251662, 0.717578", \
            "0.0193785, 0.021379, 0.0273976, 0.044904, 0.096663, 0.251736, 0.717781", \
            "0.0193016, 0.0213043, 0.0272767, 0.0447017, 0.0965018, 0.251459, 0.717421", \
            "0.0193338, 0.0212683, 0.0270502, 0.0444314, 0.0960417, 0.251184, 0.718121", \
            "0.0205048, 0.0223649, 0.0279401, 0.0448333, 0.0962215, 0.251271, 0.72034", \
            "0.0232837, 0.0250405, 0.0305758, 0.0477344, 0.0980878, 0.252772, 0.718117", \
            "0.0317106, 0.0333296, 0.0386603, 0.0554469, 0.106271, 0.259291, 0.722903" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150429, 0.00452577, 0.0136161, 0.0409652, 0.123247, 0.370798");
          values ( \
            "0.015049, 0.0132597, 0.0085934, -0.0066443, -0.0576507, -0.213888, -0.684515", \
            "0.0147893, 0.0130058, 0.0083276, -0.0069064, -0.057896, -0.214094, -0.684639", \
            "0.0144644, 0.0127024, 0.0078597, -0.0073179, -0.0582748, -0.214433, -0.685124", \
            "0.014616, 0.0127332, 0.0077929, -0.0075264, -0.0583859, -0.214456, -0.68499", \
            "0.0160304, 0.0139367, 0.0080261, -0.0073353, -0.0579874, -0.213945, -0.684483", \
            "0.022302, 0.0199636, 0.0136994, -0.0037627, -0.0547763, -0.211448, -0.681938", \
            "0.0314698, 0.0288831, 0.022037, 0.0037723, -0.0488376, -0.204555, -0.674809" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002392;
      rise_capacitance : 0.002521;
      rise_capacitance_range (0.002521, 0.002521);
      fall_capacitance : 0.002264;
      fall_capacitance_range (0.002264, 0.002264);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046607, -0.0046562, -0.004646, -0.0046452, -0.0046433, -0.0046388, -0.0046286" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046915, 0.0046834, 0.0046647, 0.0046652, 0.0046664, 0.0046693, 0.0046759" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002399;
      rise_capacitance : 0.002569;
      rise_capacitance_range (0.002569, 0.002569);
      fall_capacitance : 0.002229;
      fall_capacitance_range (0.002229, 0.002229);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044457, -0.0044457, -0.0044457, -0.0044452, -0.0044441, -0.0044414, -0.0044354" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044582, 0.0044574, 0.0044558, 0.004456, 0.004457, 0.004459, 0.0044638" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002362;
      rise_capacitance : 0.00246;
      rise_capacitance_range (0.00246, 0.00246);
      fall_capacitance : 0.002265;
      fall_capacitance_range (0.002265, 0.002265);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044511, -0.0044497, -0.0044464, -0.004446, -0.004445, -0.0044427, -0.0044375" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045906, 0.0045788, 0.0045515, 0.004562, 0.0045864, 0.0046426, 0.0047722" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002378;
      rise_capacitance : 0.002519;
      rise_capacitance_range (0.002519, 0.002519);
      fall_capacitance : 0.002236;
      fall_capacitance_range (0.002236, 0.002236);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044669, -0.0044609, -0.004447, -0.004447, -0.0044468, -0.0044465, -0.0044458" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046035, 0.004596, 0.0045788, 0.0045903, 0.0046171, 0.0046789, 0.0048212" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002376;
      rise_capacitance : 0.002464;
      rise_capacitance_range (0.002464, 0.002464);
      fall_capacitance : 0.002288;
      fall_capacitance_range (0.002288, 0.002288);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0027597, -0.0027618, -0.0027666, -0.0027575, -0.0027363, -0.0026876, -0.0025752" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053538, 0.005353, 0.0053513, 0.0053523, 0.0053549, 0.0053608, 0.0053745" \
          );
        }
      }
    }
  }
  cell (scs8hd_o221a_4) {
    area : 20.0192;
    cell_footprint : "o221a";
    cell_leakage_power : 0.0333885;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0697332;
      when : "!A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.051434;
      when : "!A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0249337;
      when : "!A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0514374;
      when : "!A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0249248;
      when : "!A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0514374;
      when : "!A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0249314;
      when : "!A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0514286;
      when : "!A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0248944;
      when : "!A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.051434;
      when : "!A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0373199;
      when : "!A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0248497;
      when : "!A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0256044;
      when : "!A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0248497;
      when : "!A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0373191;
      when : "!A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.024849;
      when : "!A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0248944;
      when : "A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.051434;
      when : "A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0255919;
      when : "A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0248497;
      when : "A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0138761;
      when : "A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0248497;
      when : "A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0255909;
      when : "A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.024849;
      when : "A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0248944;
      when : "A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.051434;
      when : "A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0373194;
      when : "A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0248491;
      when : "A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0256036;
      when : "A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.024849;
      when : "A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0373179;
      when : "A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0248484;
      when : "A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0333885;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1&C1) | (A2&B1&C1) | (A1&B2&C1) | (A2&B2&C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.639963;
      max_transition : 1.50607;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0800113, 0.0834098, 0.0929138, 0.117528, 0.185481, 0.402167, 1.11547", \
            "0.0832449, 0.0866501, 0.0961684, 0.120764, 0.188742, 0.405392, 1.11911", \
            "0.0896572, 0.0930562, 0.102553, 0.127127, 0.195101, 0.411986, 1.12532", \
            "0.100916, 0.104368, 0.113893, 0.138584, 0.206883, 0.423389, 1.1383", \
            "0.112506, 0.1163, 0.12665, 0.152346, 0.221537, 0.439376, 1.15306", \
            "0.104997, 0.109298, 0.121651, 0.150367, 0.221117, 0.439389, 1.15313", \
            "0.0341295, 0.0396886, 0.0543044, 0.0891246, 0.16524, 0.382693, 1.09558" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0183752, 0.0214223, 0.0305117, 0.0581767, 0.150058, 0.463879, 1.49845", \
            "0.0183883, 0.0214557, 0.0305568, 0.0581266, 0.150198, 0.463752, 1.501", \
            "0.0183786, 0.0213619, 0.0305402, 0.058164, 0.150162, 0.463939, 1.49879", \
            "0.0188193, 0.0218458, 0.0310997, 0.0586219, 0.150342, 0.464, 1.50029", \
            "0.021805, 0.0248359, 0.0338277, 0.0608049, 0.150868, 0.464243, 1.49983", \
            "0.0279917, 0.0315382, 0.0415573, 0.0668704, 0.153347, 0.462984, 1.49733", \
            "0.0374143, 0.0411184, 0.0529244, 0.0810373, 0.160779, 0.463719, 1.49629" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.146288, 0.149513, 0.158274, 0.178799, 0.220787, 0.317028, 0.598162", \
            "0.151092, 0.154317, 0.163054, 0.18356, 0.225563, 0.321891, 0.603053", \
            "0.162556, 0.165753, 0.174571, 0.195074, 0.236862, 0.333257, 0.61467", \
            "0.18855, 0.191748, 0.200544, 0.22109, 0.26296, 0.359453, 0.640968", \
            "0.248417, 0.251653, 0.260443, 0.280975, 0.322831, 0.419266, 0.700509", \
            "0.363405, 0.367018, 0.376752, 0.39947, 0.445454, 0.544647, 0.826444", \
            "0.578664, 0.582796, 0.593953, 0.620679, 0.674364, 0.779796, 1.06302" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0251193, 0.0273145, 0.0334163, 0.0469301, 0.0804802, 0.185, 0.555061", \
            "0.0251373, 0.0272914, 0.0335182, 0.046934, 0.0806848, 0.184492, 0.555202", \
            "0.0252325, 0.0271558, 0.0331089, 0.0468231, 0.0805338, 0.184743, 0.553682", \
            "0.0250837, 0.0271968, 0.0331441, 0.04701, 0.0805145, 0.184773, 0.555698", \
            "0.0258982, 0.0278909, 0.033918, 0.0478371, 0.081039, 0.184842, 0.55407", \
            "0.0317763, 0.0339579, 0.0404775, 0.0546393, 0.0872794, 0.1883, 0.556009", \
            "0.0439535, 0.0461208, 0.0529486, 0.0692449, 0.102537, 0.199741, 0.556358" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0766999, 0.080202, 0.0899955, 0.115236, 0.184069, 0.400505, 1.11202", \
            "0.0801909, 0.0836902, 0.0934613, 0.118744, 0.187555, 0.403873, 1.11665", \
            "0.0865611, 0.0900738, 0.0998136, 0.124985, 0.193781, 0.410313, 1.12313", \
            "0.0972964, 0.100871, 0.11074, 0.136141, 0.20527, 0.42208, 1.13371", \
            "0.106791, 0.110774, 0.121613, 0.148093, 0.218078, 0.435038, 1.15288", \
            "0.0949979, 0.0996521, 0.112445, 0.142429, 0.214163, 0.432279, 1.14509", \
            "0.0169393, 0.022167, 0.0374531, 0.0744319, 0.152599, 0.369656, 1.08341" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0187747, 0.0218509, 0.0310925, 0.058787, 0.150057, 0.462251, 1.50234", \
            "0.0187672, 0.0218432, 0.03106, 0.0587442, 0.150093, 0.462179, 1.49497", \
            "0.0188342, 0.021839, 0.0311104, 0.0586702, 0.15003, 0.461977, 1.49303", \
            "0.0195204, 0.0225736, 0.0318104, 0.059291, 0.150068, 0.463356, 1.49888", \
            "0.0231625, 0.0262897, 0.0354367, 0.0620137, 0.151153, 0.461921, 1.5021", \
            "0.0295117, 0.0332401, 0.0436299, 0.069323, 0.15427, 0.461061, 1.49623", \
            "0.0402731, 0.0443551, 0.0567147, 0.0853686, 0.16408, 0.463418, 1.49164" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.132711, 0.135934, 0.144743, 0.165226, 0.207189, 0.303521, 0.585155", \
            "0.13634, 0.13954, 0.148339, 0.16891, 0.210962, 0.307254, 0.588761", \
            "0.146692, 0.14994, 0.15869, 0.179554, 0.221395, 0.3179, 0.599453", \
            "0.174218, 0.17743, 0.186202, 0.206756, 0.248862, 0.345424, 0.626805", \
            "0.240367, 0.243566, 0.252224, 0.272756, 0.314434, 0.411003, 0.692207", \
            "0.365285, 0.369063, 0.379391, 0.403449, 0.450651, 0.549318, 0.830916", \
            "0.585626, 0.589783, 0.601756, 0.630619, 0.688959, 0.796326, 1.07845" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0251447, 0.0273064, 0.0330823, 0.0468522, 0.0804509, 0.185035, 0.554533", \
            "0.0250853, 0.027218, 0.0331544, 0.0470105, 0.0801589, 0.184846, 0.554378", \
            "0.0251293, 0.0272478, 0.0334421, 0.0468907, 0.0803077, 0.184733, 0.555437", \
            "0.0251454, 0.0273464, 0.0331429, 0.0470347, 0.0802417, 0.18449, 0.555475", \
            "0.0259242, 0.0278789, 0.0338486, 0.0474854, 0.0813982, 0.184686, 0.553775", \
            "0.0361995, 0.0384772, 0.0448693, 0.0595604, 0.0902535, 0.189168, 0.554462", \
            "0.0509385, 0.0534193, 0.0606226, 0.0781674, 0.112275, 0.200896, 0.556254" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0739192, 0.0772605, 0.0866169, 0.110944, 0.17909, 0.396699, 1.11058", \
            "0.0770781, 0.0804348, 0.0898116, 0.114164, 0.182374, 0.399917, 1.11404", \
            "0.0841363, 0.0875023, 0.0968669, 0.121249, 0.189538, 0.406799, 1.12301", \
            "0.0980726, 0.101491, 0.11092, 0.135456, 0.203756, 0.421625, 1.13875", \
            "0.112395, 0.116161, 0.126288, 0.15152, 0.220562, 0.438485, 1.15368", \
            "0.109026, 0.113435, 0.12525, 0.15251, 0.222153, 0.440261, 1.15458", \
            "0.0470617, 0.0520391, 0.0662515, 0.0995709, 0.173038, 0.390712, 1.10568" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0180478, 0.0210442, 0.0300307, 0.0575147, 0.149885, 0.463898, 1.49835", \
            "0.0180842, 0.0210802, 0.0301108, 0.0575989, 0.149905, 0.463914, 1.50051", \
            "0.0181246, 0.0210413, 0.0300492, 0.0575518, 0.149561, 0.463811, 1.50251", \
            "0.0186695, 0.0216828, 0.0307732, 0.0581123, 0.149973, 0.463877, 1.50016", \
            "0.0218048, 0.0247475, 0.0335146, 0.0599634, 0.150598, 0.463917, 1.50033", \
            "0.0274439, 0.0307627, 0.0404469, 0.0652263, 0.152728, 0.463108, 1.49973", \
            "0.036325, 0.0403797, 0.0515142, 0.077797, 0.158269, 0.465463, 1.49476" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.126308, 0.129292, 0.137263, 0.156425, 0.196176, 0.290922, 0.571232", \
            "0.131035, 0.133966, 0.142042, 0.161189, 0.200924, 0.295749, 0.575963", \
            "0.142143, 0.145045, 0.153127, 0.172153, 0.212229, 0.306812, 0.58656", \
            "0.167645, 0.170565, 0.178651, 0.197605, 0.23762, 0.332389, 0.612325", \
            "0.225179, 0.228248, 0.23644, 0.255659, 0.295979, 0.390815, 0.671067", \
            "0.332138, 0.335539, 0.344686, 0.366333, 0.410964, 0.509182, 0.788462", \
            "0.533464, 0.537396, 0.548068, 0.573277, 0.625411, 0.731144, 1.01402" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0217899, 0.0238365, 0.0293709, 0.0425655, 0.0765182, 0.181786, 0.552881", \
            "0.0217776, 0.0237919, 0.0291104, 0.042652, 0.0765216, 0.182044, 0.553544", \
            "0.0218119, 0.0238221, 0.0294391, 0.0429159, 0.0763961, 0.181838, 0.554082", \
            "0.0216955, 0.023639, 0.0291435, 0.0429938, 0.0765636, 0.181652, 0.551772", \
            "0.0233889, 0.0253485, 0.0308676, 0.0441145, 0.0776886, 0.182436, 0.553732", \
            "0.0296747, 0.0317665, 0.037471, 0.0515494, 0.0850604, 0.186032, 0.554168", \
            "0.0411924, 0.0432205, 0.0497647, 0.0656596, 0.100371, 0.197574, 0.553065" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.068904, 0.07233, 0.0818911, 0.106667, 0.175189, 0.392814, 1.10682", \
            "0.0721027, 0.0755287, 0.0850758, 0.109904, 0.178384, 0.396047, 1.11151", \
            "0.0783964, 0.081809, 0.091341, 0.116121, 0.184737, 0.402428, 1.11876", \
            "0.0893211, 0.0927498, 0.102508, 0.127617, 0.196516, 0.413834, 1.13247", \
            "0.0981915, 0.10202, 0.112331, 0.138148, 0.207703, 0.426213, 1.14286", \
            "0.0858275, 0.0903473, 0.102574, 0.130893, 0.201445, 0.419722, 1.13816", \
            "0.0101183, 0.0152065, 0.029505, 0.0646604, 0.140353, 0.357888, 1.07307" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0184191, 0.0214144, 0.030531, 0.0580398, 0.150102, 0.463929, 1.49835", \
            "0.0183603, 0.0214094, 0.0304365, 0.0581188, 0.15001, 0.463919, 1.49868", \
            "0.0183584, 0.02139, 0.0304721, 0.0581518, 0.149889, 0.463222, 1.50459", \
            "0.0193475, 0.0224423, 0.0314508, 0.0588853, 0.150148, 0.463327, 1.50607", \
            "0.0224657, 0.0255326, 0.0344985, 0.0609144, 0.151441, 0.463533, 1.50568", \
            "0.0284925, 0.032026, 0.0416054, 0.0670681, 0.153606, 0.463531, 1.49816", \
            "0.0386618, 0.0427262, 0.0547833, 0.0819019, 0.16146, 0.465225, 1.49867" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.112624, 0.115553, 0.123658, 0.142693, 0.182767, 0.277397, 0.557232", \
            "0.116405, 0.119343, 0.127448, 0.146551, 0.186303, 0.281081, 0.561362", \
            "0.126658, 0.129574, 0.137667, 0.156638, 0.196645, 0.291409, 0.571343", \
            "0.153802, 0.156733, 0.164762, 0.183831, 0.223915, 0.319157, 0.599526", \
            "0.218869, 0.221919, 0.230222, 0.249528, 0.289994, 0.384288, 0.6644", \
            "0.333612, 0.337183, 0.346922, 0.369912, 0.41565, 0.513788, 0.794403", \
            "0.538404, 0.542557, 0.554021, 0.58128, 0.63726, 0.742885, 1.02481" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0217039, 0.0236326, 0.0291439, 0.0426042, 0.0764815, 0.18194, 0.554173", \
            "0.0217963, 0.0236388, 0.0291502, 0.0425442, 0.0766093, 0.182195, 0.553252", \
            "0.0218363, 0.0236392, 0.0291086, 0.0428117, 0.0766179, 0.181891, 0.553475", \
            "0.0217996, 0.0236717, 0.0292056, 0.042637, 0.0763372, 0.18192, 0.553677", \
            "0.0243732, 0.0261834, 0.0316578, 0.0444062, 0.0776289, 0.182881, 0.553273", \
            "0.0342994, 0.0364896, 0.042343, 0.0567538, 0.0878193, 0.187286, 0.553031", \
            "0.0477038, 0.0499835, 0.0567622, 0.0738843, 0.10844, 0.199303, 0.554163" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0546791, 0.0578825, 0.0668815, 0.0908255, 0.158901, 0.376985, 1.09484", \
            "0.0578231, 0.0610353, 0.0700695, 0.0940198, 0.162134, 0.379905, 1.09719", \
            "0.0658864, 0.0690457, 0.0780333, 0.101845, 0.170024, 0.387361, 1.1027", \
            "0.0775903, 0.0808757, 0.0900283, 0.114268, 0.182618, 0.40041, 1.12603", \
            "0.0863118, 0.0899599, 0.0996489, 0.124096, 0.192934, 0.410979, 1.13157", \
            "0.0770403, 0.0813944, 0.0930425, 0.119566, 0.188095, 0.406058, 1.12486", \
            "0.0169477, 0.0218797, 0.0359951, 0.0693506, 0.141159, 0.359383, 1.07425" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.016806, 0.0197734, 0.0286495, 0.0562427, 0.148972, 0.461669, 1.5009", \
            "0.0168669, 0.0197362, 0.0286215, 0.0562728, 0.149006, 0.464415, 1.50164", \
            "0.0168287, 0.0197578, 0.0285656, 0.0561347, 0.149066, 0.463329, 1.50012", \
            "0.018014, 0.0208849, 0.0297963, 0.0573556, 0.149294, 0.463156, 1.4996", \
            "0.0218159, 0.0245584, 0.032846, 0.0590826, 0.151196, 0.462417, 1.50212", \
            "0.0280115, 0.0312272, 0.0401073, 0.0645293, 0.151902, 0.463807, 1.49795", \
            "0.0384471, 0.0422139, 0.0534765, 0.0791748, 0.158866, 0.465522, 1.49601" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0539495, 0.0560192, 0.0616975, 0.0749454, 0.105811, 0.192014, 0.469926", \
            "0.0590882, 0.0611572, 0.0668323, 0.0800591, 0.110954, 0.197184, 0.475829", \
            "0.0714444, 0.0735342, 0.0791286, 0.0923648, 0.123501, 0.209692, 0.488843", \
            "0.100297, 0.102458, 0.108208, 0.121555, 0.152474, 0.238771, 0.516655", \
            "0.149238, 0.15181, 0.158682, 0.174675, 0.208108, 0.295585, 0.573032", \
            "0.231807, 0.234822, 0.243021, 0.262458, 0.301891, 0.391602, 0.669252", \
            "0.386075, 0.389571, 0.399229, 0.422285, 0.470413, 0.567381, 0.844143" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.011592, 0.0130521, 0.0171893, 0.028051, 0.0606272, 0.171419, 0.55287", \
            "0.0116807, 0.013172, 0.0171665, 0.0280367, 0.0606883, 0.171149, 0.546651", \
            "0.0116193, 0.0130921, 0.0172271, 0.0278966, 0.0606145, 0.171282, 0.546718", \
            "0.0130549, 0.0144868, 0.0184939, 0.0290006, 0.0610963, 0.171709, 0.547015", \
            "0.0182602, 0.0198821, 0.0244281, 0.0353768, 0.0651651, 0.172289, 0.547333", \
            "0.0259976, 0.0278054, 0.0329852, 0.0457879, 0.0751831, 0.176078, 0.549586", \
            "0.0378726, 0.0397084, 0.0455384, 0.060236, 0.0920613, 0.184772, 0.551346" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0405793, 0.0428259, 0.0502728, 0.0743955, 0.151111, 0.404079, 1.24137", \
            "0.040304, 0.0425479, 0.0499791, 0.0740782, 0.150833, 0.403918, 1.24106", \
            "0.0399499, 0.0422085, 0.0496805, 0.0737383, 0.150488, 0.403698, 1.24097", \
            "0.0397103, 0.0419325, 0.0493153, 0.0730636, 0.150196, 0.403803, 1.24064", \
            "0.0404884, 0.0425732, 0.0495446, 0.073065, 0.149862, 0.404104, 1.241", \
            "0.0427229, 0.0445937, 0.0515715, 0.0749785, 0.151137, 0.404209, 1.24159", \
            "0.0502695, 0.0523644, 0.0586861, 0.0809693, 0.157773, 0.40921, 1.24298" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0517798, 0.0493478, 0.0416144, 0.0205716, -0.0523634, -0.30786, -1.15524", \
            "0.0511655, 0.0487378, 0.0413408, 0.0204373, -0.0526712, -0.308242, -1.15545", \
            "0.0507122, 0.04811, 0.0404986, 0.0196713, -0.0530226, -0.308743, -1.15596", \
            "0.0502676, 0.0477277, 0.0401043, 0.0192428, -0.0536493, -0.309237, -1.1564", \
            "0.0500215, 0.0475258, 0.0398382, 0.0188836, -0.0538854, -0.309444, -1.15658", \
            "0.0569288, 0.0541458, 0.0456508, 0.0203347, -0.053495, -0.308681, -1.15579", \
            "0.0718585, 0.0688947, 0.0596782, 0.033204, -0.0465381, -0.303415, -1.15061" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0364186, 0.0386524, 0.046195, 0.0705267, 0.148055, 0.401887, 1.2409", \
            "0.0363475, 0.0385853, 0.0460576, 0.0704623, 0.147976, 0.402029, 1.23533", \
            "0.0360427, 0.0382725, 0.045779, 0.0701068, 0.147575, 0.401733, 1.23532", \
            "0.0355332, 0.0377552, 0.0451445, 0.0693146, 0.147066, 0.40174, 1.23484", \
            "0.0364379, 0.0385703, 0.0454479, 0.069007, 0.146493, 0.401139, 1.24154", \
            "0.0392348, 0.041189, 0.047987, 0.0713773, 0.147408, 0.400877, 1.23999", \
            "0.0483988, 0.0499578, 0.0558329, 0.0783958, 0.15466, 0.406664, 1.24097" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0470193, 0.0446077, 0.0369154, 0.0160757, -0.0565217, -0.311684, -1.15868", \
            "0.0466444, 0.0440805, 0.0364894, 0.0157179, -0.0570054, -0.312162, -1.1591", \
            "0.0459979, 0.043667, 0.036029, 0.0152067, -0.057586, -0.312811, -1.15979", \
            "0.045633, 0.0432091, 0.035504, 0.0147546, -0.0579703, -0.313103, -1.15997", \
            "0.046449, 0.0438624, 0.0362367, 0.0151524, -0.0572193, -0.312613, -1.15953", \
            "0.0568035, 0.0538775, 0.0450922, 0.0194856, -0.0539711, -0.309059, -1.15602", \
            "0.0777867, 0.0734752, 0.063915, 0.036401, -0.0431941, -0.301875, -1.14883" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0403374, 0.0425654, 0.05002, 0.0741836, 0.151459, 0.405673, 1.24379", \
            "0.0400444, 0.0422951, 0.0497527, 0.0739137, 0.151203, 0.40549, 1.24351", \
            "0.0396618, 0.0419189, 0.0493508, 0.0734867, 0.150995, 0.405413, 1.2426", \
            "0.0396604, 0.0418604, 0.0490373, 0.073008, 0.150529, 0.405115, 1.24277", \
            "0.0405431, 0.0426654, 0.0495793, 0.0731524, 0.150246, 0.405112, 1.24293", \
            "0.0436599, 0.0456606, 0.0528246, 0.075517, 0.151593, 0.405588, 1.24359", \
            "0.0519349, 0.0540129, 0.05987, 0.0827658, 0.159574, 0.412061, 1.24454" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0425722, 0.0402055, 0.0329482, 0.0122369, -0.0602484, -0.315638, -1.1627", \
            "0.0421658, 0.0397674, 0.0322797, 0.0117424, -0.0607427, -0.316046, -1.16315", \
            "0.0417782, 0.0393471, 0.0318933, 0.0111331, -0.0613381, -0.316613, -1.16384", \
            "0.0410384, 0.0385602, 0.0310228, 0.0105546, -0.0621084, -0.31725, -1.1643", \
            "0.0412167, 0.0387165, 0.030958, 0.01014, -0.0626884, -0.317801, -1.16469", \
            "0.0493436, 0.0465501, 0.0381064, 0.0132736, -0.0625934, -0.317392, -1.16374", \
            "0.0614432, 0.0584465, 0.0492339, 0.0229677, -0.0561845, -0.31292, -1.15912" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0364645, 0.0387276, 0.0462, 0.0705057, 0.147912, 0.402257, 1.23529", \
            "0.0363622, 0.038613, 0.0461023, 0.0703802, 0.147873, 0.402205, 1.23604", \
            "0.0360117, 0.0382797, 0.0457096, 0.0699109, 0.147559, 0.401981, 1.24158", \
            "0.0358759, 0.0379297, 0.0452605, 0.0693618, 0.147065, 0.401863, 1.24181", \
            "0.0371686, 0.039271, 0.0460963, 0.0693944, 0.146763, 0.401533, 1.24136", \
            "0.0401062, 0.0421116, 0.0490051, 0.0720747, 0.148285, 0.402315, 1.24044", \
            "0.050561, 0.0522135, 0.0582558, 0.0809266, 0.157602, 0.409606, 1.24471" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0377106, 0.0351257, 0.027681, 0.0073678, -0.0653516, -0.320519, -1.16741", \
            "0.0372021, 0.0347887, 0.0273489, 0.0068677, -0.0656237, -0.320802, -1.16794", \
            "0.0367839, 0.034298, 0.0267918, 0.0064186, -0.0662075, -0.321338, -1.16832", \
            "0.03656, 0.0340707, 0.0265501, 0.0060598, -0.066658, -0.321943, -1.16881", \
            "0.0377958, 0.0351461, 0.0274916, 0.0063476, -0.0665753, -0.32141, -1.16832", \
            "0.0504326, 0.0475927, 0.0387608, 0.0132851, -0.0630221, -0.318081, -1.16495", \
            "0.0671653, 0.0641216, 0.05468, 0.027545, -0.052709, -0.309782, -1.15601" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0320638, 0.0343346, 0.04186, 0.0662355, 0.144176, 0.397544, 1.23788", \
            "0.0317495, 0.0340478, 0.0415574, 0.0658986, 0.143934, 0.399056, 1.23787", \
            "0.0315243, 0.0338411, 0.0413267, 0.0655457, 0.14338, 0.397139, 1.23696", \
            "0.0318986, 0.0341113, 0.0413858, 0.0653266, 0.143206, 0.398459, 1.23408", \
            "0.0343313, 0.0364443, 0.0434475, 0.0662958, 0.143501, 0.398458, 1.23831", \
            "0.0401351, 0.042162, 0.0490028, 0.0719326, 0.14818, 0.401988, 1.23999", \
            "0.055944, 0.0574911, 0.063565, 0.0867121, 0.16245, 0.414418, 1.24917" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00164753, 0.00542873, 0.017888, 0.0589423, 0.194219, 0.639963");
          values ( \
            "0.0299876, 0.0279971, 0.0217426, 0.0009086, -0.0748073, -0.33129, -1.17885", \
            "0.0296161, 0.0277426, 0.0214408, 0.0006497, -0.0751034, -0.331591, -1.17919", \
            "0.0291945, 0.0272124, 0.0208351, -4.31e-05, -0.0757375, -0.332189, -1.17952", \
            "0.0291581, 0.0270035, 0.0205119, -0.0006739, -0.0759754, -0.332308, -1.17953", \
            "0.031598, 0.029143, 0.0216734, 5.94e-05, -0.0750295, -0.331062, -1.17826", \
            "0.0414945, 0.038796, 0.0305715, 0.0064222, -0.0709962, -0.326305, -1.17333", \
            "0.0611501, 0.0580301, 0.0490576, 0.0240436, -0.0550419, -0.311792, -1.15798" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004905;
      rise_capacitance : 0.00518;
      rise_capacitance_range (0.00518, 0.00518);
      fall_capacitance : 0.004631;
      fall_capacitance_range (0.004631, 0.004631);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0093268, -0.0093333, -0.009348, -0.009347, -0.0093446, -0.0093391, -0.0093263" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0093469, 0.0093485, 0.0093522, 0.0093534, 0.009356, 0.0093622, 0.0093766" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004313;
      rise_capacitance : 0.004597;
      rise_capacitance_range (0.004597, 0.004597);
      fall_capacitance : 0.004028;
      fall_capacitance_range (0.004028, 0.004028);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0083494, -0.0083439, -0.0083312, -0.0083292, -0.0083244, -0.0083134, -0.008288" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0082814, 0.0082963, 0.0083309, 0.0083324, 0.0083358, 0.0083439, 0.0083626" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004801;
      rise_capacitance : 0.005001;
      rise_capacitance_range (0.005001, 0.005001);
      fall_capacitance : 0.0046;
      fall_capacitance_range (0.0046, 0.0046);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0089736, -0.0089791, -0.0089917, -0.0089919, -0.0089922, -0.008993, -0.0089945" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0092823, 0.0092652, 0.009226, 0.0092485, 0.0093003, 0.0094198, 0.0096954" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004325;
      rise_capacitance : 0.004579;
      rise_capacitance_range (0.004579, 0.004579);
      fall_capacitance : 0.00407;
      fall_capacitance_range (0.00407, 0.00407);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0083652, -0.0083605, -0.0083495, -0.0083487, -0.0083465, -0.0083415, -0.0083299" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0085752, 0.0085692, 0.0085554, 0.0085781, 0.0086302, 0.0087506, 0.0090281" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004402;
      rise_capacitance : 0.004549;
      rise_capacitance_range (0.004549, 0.004549);
      fall_capacitance : 0.004254;
      fall_capacitance_range (0.004254, 0.004254);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045851, -0.0045955, -0.0046193, -0.0046012, -0.0045592, -0.0044622, -0.0042389" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.010098, 0.0100978, 0.0100976, 0.0100982, 0.0100995, 0.0101026, 0.0101098" \
          );
        }
      }
    }
  }
  cell (scs8hd_o221ai_1) {
    area : 8.7584;
    cell_footprint : "o221ai";
    cell_leakage_power : 0.00510866;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 2.19795e-05;
      when : "!A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.007614;
      when : "!A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 7.21366e-05;
      when : "!A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 7.60504e-06;
      when : "!A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 6.16205e-05;
      when : "!A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 7.60504e-06;
      when : "!A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 7.36276e-05;
      when : "!A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 7.60504e-06;
      when : "!A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 4.71095e-05;
      when : "!A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.007614;
      when : "!A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0185986;
      when : "!A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 1.72521e-05;
      when : "!A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.012769;
      when : "!A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 1.71229e-05;
      when : "!A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0185973;
      when : "!A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 1.7252e-05;
      when : "!A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 4.71095e-05;
      when : "A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.007614;
      when : "A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0127955;
      when : "A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 1.71234e-05;
      when : "A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.006966;
      when : "A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 1.71232e-05;
      when : "A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0127942;
      when : "A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 1.71234e-05;
      when : "A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 4.71095e-05;
      when : "A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0076079;
      when : "A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0185965;
      when : "A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 1.72523e-05;
      when : "A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0127669;
      when : "A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 1.71235e-05;
      when : "A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0185952;
      when : "A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 1.72519e-05;
      when : "A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.00510866;
    }
    pin (Y) {
      direction : output;
      function : "(!B1&!B2) | (!A1&!A2) | (!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.100718;
      max_transition : 1.48353;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0855728, 0.0930567, 0.110799, 0.151654, 0.248781, 0.481956, 1.04372", \
            "0.0905562, 0.0981541, 0.11552, 0.15673, 0.253789, 0.486759, 1.04952", \
            "0.101197, 0.108901, 0.125806, 0.167599, 0.265015, 0.497909, 1.0596", \
            "0.125501, 0.132706, 0.150046, 0.19143, 0.289261, 0.522567, 1.08443", \
            "0.174433, 0.183584, 0.203592, 0.247522, 0.344961, 0.579129, 1.14052", \
            "0.26375, 0.276467, 0.301903, 0.356014, 0.470386, 0.708773, 1.27121", \
            "0.437259, 0.452539, 0.48589, 0.558398, 0.707183, 0.995071, 1.57292" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0767904, 0.0860002, 0.10827, 0.163958, 0.296186, 0.619895, 1.40035", \
            "0.076649, 0.0859212, 0.108372, 0.163462, 0.296534, 0.618168, 1.40094", \
            "0.0763982, 0.0858127, 0.108939, 0.163308, 0.296654, 0.618548, 1.39491", \
            "0.0781946, 0.0871653, 0.109215, 0.163528, 0.297678, 0.618246, 1.39646", \
            "0.0952474, 0.103997, 0.123837, 0.172863, 0.298881, 0.620434, 1.39489", \
            "0.133547, 0.143718, 0.1667, 0.217405, 0.332065, 0.628352, 1.39758", \
            "0.196557, 0.209569, 0.239131, 0.303765, 0.436303, 0.716803, 1.4264" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0385648, 0.0417848, 0.0493817, 0.0672202, 0.109779, 0.211822, 0.458383", \
            "0.0420032, 0.0452109, 0.0528375, 0.070793, 0.113298, 0.215377, 0.462089", \
            "0.0487094, 0.0520275, 0.0597144, 0.0777213, 0.120361, 0.22244, 0.469065", \
            "0.0571432, 0.0612542, 0.070467, 0.0903475, 0.133709, 0.236029, 0.482747", \
            "0.059276, 0.0649941, 0.0782109, 0.105254, 0.158025, 0.265225, 0.512748", \
            "0.037253, 0.0458411, 0.0651684, 0.105234, 0.180235, 0.315435, 0.579013", \
            "-0.0494527, -0.0359158, -0.0071076, 0.051834, 0.162116, 0.356722, 0.693576" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0244546, 0.0285523, 0.0383626, 0.0621842, 0.120148, 0.260457, 0.598859", \
            "0.0245445, 0.0285365, 0.0383272, 0.0622827, 0.11996, 0.260093, 0.598544", \
            "0.0257973, 0.0295347, 0.0389083, 0.0623476, 0.11985, 0.259663, 0.598782", \
            "0.0344033, 0.0378857, 0.0464256, 0.0672565, 0.121749, 0.260844, 0.599076", \
            "0.0545037, 0.0588203, 0.0681865, 0.0896441, 0.139306, 0.266254, 0.59946", \
            "0.0920481, 0.0973824, 0.110204, 0.137033, 0.192331, 0.312092, 0.61562", \
            "0.163686, 0.170919, 0.18654, 0.221742, 0.293451, 0.434119, 0.725142" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0772008, 0.0846295, 0.10175, 0.143119, 0.240302, 0.47304, 1.03663", \
            "0.0808488, 0.0880401, 0.105673, 0.146769, 0.244353, 0.4772, 1.0387", \
            "0.0910928, 0.0988909, 0.116417, 0.157835, 0.255535, 0.488944, 1.05059", \
            "0.119433, 0.126668, 0.14379, 0.185039, 0.282172, 0.515456, 1.0777", \
            "0.180917, 0.189475, 0.209768, 0.251546, 0.346096, 0.579579, 1.14319", \
            "0.284891, 0.299963, 0.326722, 0.385774, 0.5009, 0.73164, 1.29093", \
            "0.481501, 0.498005, 0.534012, 0.616789, 0.780734, 1.07912, 1.64116" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0761698, 0.0855797, 0.10855, 0.163355, 0.296308, 0.618825, 1.39725", \
            "0.0761324, 0.0855832, 0.108842, 0.163266, 0.2961, 0.61809, 1.39516", \
            "0.076528, 0.0858156, 0.10836, 0.163373, 0.296293, 0.618067, 1.40026", \
            "0.0789501, 0.0876195, 0.109322, 0.163552, 0.296109, 0.619096, 1.39998", \
            "0.104576, 0.113297, 0.131027, 0.177023, 0.298585, 0.618681, 1.39885", \
            "0.155064, 0.162575, 0.189876, 0.242873, 0.346478, 0.630155, 1.39757", \
            "0.221752, 0.238427, 0.278363, 0.352512, 0.495699, 0.758939, 1.42795" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0322059, 0.0351755, 0.0422889, 0.0590494, 0.0992301, 0.196381, 0.435996", \
            "0.0355103, 0.0385371, 0.0457574, 0.0627077, 0.10334, 0.201522, 0.436955", \
            "0.0414041, 0.0447432, 0.0522387, 0.0694022, 0.110056, 0.209755, 0.444604", \
            "0.0459648, 0.0503253, 0.060531, 0.0810165, 0.122993, 0.222125, 0.455923", \
            "0.0403958, 0.0470727, 0.0617808, 0.0908755, 0.145197, 0.249324, 0.485763", \
            "0.0046615, 0.0147835, 0.0365236, 0.0798326, 0.158638, 0.295828, 0.550657", \
            "-0.110716, -0.0946482, -0.0613683, 0.0040824, 0.12092, 0.320261, 0.65853" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0179238, 0.0216748, 0.0311023, 0.0538377, 0.108722, 0.241946, 0.572053", \
            "0.0180659, 0.0218188, 0.0311435, 0.0538405, 0.108954, 0.242739, 0.565736", \
            "0.0206261, 0.0238508, 0.0323508, 0.0540004, 0.108974, 0.242901, 0.565423", \
            "0.0306422, 0.0337969, 0.0414742, 0.0609277, 0.111229, 0.242493, 0.565816", \
            "0.050937, 0.0549404, 0.0643425, 0.0846257, 0.132617, 0.249746, 0.568271", \
            "0.0885921, 0.093878, 0.105859, 0.132274, 0.185972, 0.300908, 0.587978", \
            "0.166057, 0.171957, 0.186277, 0.218936, 0.289154, 0.424793, 0.70466" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0722923, 0.0797018, 0.0977541, 0.140419, 0.242812, 0.489669, 1.08707", \
            "0.076662, 0.0844311, 0.102587, 0.145681, 0.24823, 0.495356, 1.09286", \
            "0.0878584, 0.0954558, 0.113615, 0.156876, 0.25982, 0.507129, 1.10418", \
            "0.113489, 0.120995, 0.138958, 0.182095, 0.285291, 0.533107, 1.13069", \
            "0.162849, 0.172752, 0.194344, 0.241712, 0.345086, 0.593643, 1.19133", \
            "0.252241, 0.265672, 0.295321, 0.35757, 0.481565, 0.733262, 1.33237", \
            "0.426916, 0.445058, 0.48532, 0.56987, 0.733455, 1.0402, 1.65364" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0602857, 0.070242, 0.094442, 0.152305, 0.29349, 0.634141, 1.4592", \
            "0.0603888, 0.0703383, 0.0942955, 0.152792, 0.293419, 0.632576, 1.45883", \
            "0.060371, 0.0701391, 0.094354, 0.152737, 0.293951, 0.634824, 1.45911", \
            "0.0638167, 0.0730017, 0.0956722, 0.152913, 0.294121, 0.634303, 1.45922", \
            "0.0832721, 0.0922533, 0.112686, 0.163267, 0.295741, 0.635361, 1.45814", \
            "0.12322, 0.13389, 0.157203, 0.210438, 0.330466, 0.641944, 1.4585", \
            "0.186243, 0.200735, 0.232904, 0.301058, 0.438353, 0.724892, 1.47378" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0328612, 0.0361196, 0.0439019, 0.0622996, 0.106061, 0.210909, 0.464384", \
            "0.0359662, 0.0392672, 0.0471088, 0.0655457, 0.109254, 0.214224, 0.468825", \
            "0.0423357, 0.0459036, 0.0538999, 0.072494, 0.116443, 0.221652, 0.475892", \
            "0.0502092, 0.0549156, 0.0650652, 0.0867508, 0.132082, 0.237869, 0.491799", \
            "0.0511799, 0.0581703, 0.0731289, 0.103607, 0.161355, 0.273435, 0.529061", \
            "0.0279667, 0.038035, 0.0606951, 0.10576, 0.189825, 0.337606, 0.612858", \
            "-0.0595567, -0.0446761, -0.0122165, 0.0535305, 0.177104, 0.393894, 0.757993" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0244808, 0.0286185, 0.0387703, 0.0633075, 0.122775, 0.266044, 0.613713", \
            "0.0244535, 0.028632, 0.0387718, 0.0632879, 0.122431, 0.266057, 0.61642", \
            "0.0268526, 0.0305828, 0.0399581, 0.0635636, 0.12264, 0.266157, 0.616505", \
            "0.0370907, 0.0410343, 0.0498228, 0.0708942, 0.125331, 0.266379, 0.614542", \
            "0.0573586, 0.0622617, 0.0732, 0.0967548, 0.147607, 0.274407, 0.613656", \
            "0.0927008, 0.0996013, 0.115135, 0.146552, 0.207417, 0.331212, 0.636468", \
            "0.155711, 0.165871, 0.187493, 0.231186, 0.315639, 0.468956, 0.768034" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0612499, 0.0686996, 0.086822, 0.129522, 0.231915, 0.478727, 1.07583", \
            "0.0644268, 0.0720618, 0.0902915, 0.133413, 0.236341, 0.48395, 1.08037", \
            "0.0751029, 0.0827524, 0.100789, 0.144031, 0.2471, 0.496385, 1.09258", \
            "0.103786, 0.110991, 0.128607, 0.171293, 0.273713, 0.521559, 1.11903", \
            "0.158527, 0.168783, 0.19162, 0.237894, 0.339187, 0.58557, 1.18267", \
            "0.254284, 0.268004, 0.300499, 0.36714, 0.492798, 0.737143, 1.33171", \
            "0.437506, 0.456704, 0.498742, 0.589888, 0.768307, 1.08918, 1.68313" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0602707, 0.070248, 0.0944253, 0.152339, 0.293105, 0.633261, 1.45671", \
            "0.060278, 0.0701137, 0.0941802, 0.152487, 0.294097, 0.633637, 1.45703", \
            "0.0600959, 0.0701371, 0.0942788, 0.152428, 0.293896, 0.635376, 1.46017", \
            "0.0670997, 0.0755892, 0.0969041, 0.15285, 0.294042, 0.634917, 1.45716", \
            "0.0936395, 0.103058, 0.123235, 0.169792, 0.29653, 0.63523, 1.45879", \
            "0.135633, 0.149837, 0.179094, 0.235495, 0.346991, 0.643663, 1.45866", \
            "0.202431, 0.221343, 0.262296, 0.343717, 0.49585, 0.769238, 1.48353" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0252718, 0.0282577, 0.035304, 0.0519945, 0.0921837, 0.19138, 0.426657", \
            "0.0281882, 0.0312276, 0.038355, 0.0553547, 0.0955681, 0.192628, 0.427875", \
            "0.0327955, 0.036344, 0.0443126, 0.0616069, 0.102418, 0.200127, 0.436119", \
            "0.0350491, 0.0403244, 0.0513726, 0.0733383, 0.116765, 0.214865, 0.450135", \
            "0.0271352, 0.0347536, 0.0512097, 0.0832333, 0.141686, 0.247862, 0.485052", \
            "-0.0109962, 0.0009735, 0.0247195, 0.0719795, 0.157103, 0.301355, 0.560844", \
            "-0.125541, -0.107291, -0.0724874, -0.0030161, 0.121581, 0.333736, 0.685844" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0170746, 0.0209224, 0.0303631, 0.0530814, 0.108024, 0.243861, 0.564108", \
            "0.0173032, 0.0210926, 0.0303965, 0.0530584, 0.107878, 0.240989, 0.562143", \
            "0.0214396, 0.0246013, 0.0326923, 0.0539212, 0.108269, 0.241773, 0.562135", \
            "0.0317754, 0.0353234, 0.0435672, 0.0629826, 0.111657, 0.24075, 0.563685", \
            "0.0511933, 0.0557979, 0.0665446, 0.0893757, 0.136692, 0.250768, 0.565376", \
            "0.0866101, 0.0930074, 0.106981, 0.13678, 0.195464, 0.308475, 0.58708", \
            "0.155073, 0.163662, 0.182111, 0.221685, 0.299131, 0.4449, 0.721632" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0235636, 0.0273546, 0.0361751, 0.0567259, 0.105712, 0.223557, 0.508269", \
            "0.0284451, 0.0321984, 0.0407716, 0.061727, 0.110668, 0.228542, 0.511224", \
            "0.0408106, 0.0448536, 0.0532855, 0.0736856, 0.122817, 0.240403, 0.52656", \
            "0.0610007, 0.0672571, 0.0798362, 0.103566, 0.152068, 0.269578, 0.554584", \
            "0.0942898, 0.103579, 0.122745, 0.159308, 0.221174, 0.33832, 0.621186", \
            "0.154758, 0.167792, 0.1951, 0.248118, 0.343553, 0.498394, 0.779577", \
            "0.273675, 0.291241, 0.32854, 0.402484, 0.541655, 0.77728, 1.15317" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0199938, 0.0248657, 0.0368126, 0.0656069, 0.135825, 0.305611, 0.715462", \
            "0.0200831, 0.0248812, 0.0369435, 0.0655271, 0.136026, 0.306184, 0.711613", \
            "0.0250893, 0.028649, 0.0384805, 0.0657757, 0.135246, 0.304353, 0.718295", \
            "0.0399313, 0.0443331, 0.0530327, 0.0738186, 0.136384, 0.305622, 0.717875", \
            "0.0627884, 0.0696503, 0.0834969, 0.109661, 0.159281, 0.307008, 0.713537", \
            "0.0989706, 0.108453, 0.131278, 0.171023, 0.240659, 0.362013, 0.719392", \
            "0.17128, 0.183845, 0.211124, 0.267657, 0.37972, 0.546097, 0.84982" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0181237, 0.0208484, 0.0272025, 0.0424503, 0.0786213, 0.166184, 0.377852", \
            "0.0215167, 0.0241678, 0.0305516, 0.0458197, 0.0821025, 0.170366, 0.383073", \
            "0.0268553, 0.0306692, 0.0385065, 0.054302, 0.0909518, 0.178331, 0.392455", \
            "0.030181, 0.035907, 0.0476597, 0.0698168, 0.110869, 0.198205, 0.410013", \
            "0.0260168, 0.034138, 0.0508391, 0.0844752, 0.1445, 0.245041, 0.456302", \
            "0.0011712, 0.0125909, 0.0369735, 0.0850816, 0.172603, 0.322189, 0.565072", \
            "-0.0772903, -0.0602828, -0.0269253, 0.0417329, 0.163888, 0.382546, 0.743975" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0149353, 0.0184963, 0.0269899, 0.0476307, 0.0968775, 0.216523, 0.506274", \
            "0.0158167, 0.0189559, 0.0270221, 0.0476487, 0.0971993, 0.217973, 0.50938", \
            "0.0223834, 0.0256568, 0.0322173, 0.0496019, 0.0972723, 0.216679, 0.510375", \
            "0.0342055, 0.0384877, 0.0475207, 0.0654569, 0.104153, 0.217314, 0.508025", \
            "0.0540027, 0.0600154, 0.0728972, 0.0985301, 0.144212, 0.236786, 0.507082", \
            "0.0898478, 0.0983062, 0.117172, 0.150727, 0.215282, 0.326463, 0.553365", \
            "0.159726, 0.171558, 0.197461, 0.245028, 0.338992, 0.49827, 0.758906" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0186894, 0.020057, 0.0233308, 0.031251, 0.0503019, 0.0961806, 0.207137", \
            "0.0185052, 0.0198992, 0.0231537, 0.0311121, 0.0502336, 0.096138, 0.206916", \
            "0.018288, 0.0196828, 0.0229624, 0.0309417, 0.0500475, 0.0960825, 0.206956", \
            "0.0181223, 0.0194914, 0.0227868, 0.0307623, 0.0499221, 0.0958404, 0.206966", \
            "0.0180932, 0.0194821, 0.0227811, 0.0308133, 0.0498739, 0.0959019, 0.206899", \
            "0.0189886, 0.0204205, 0.0235461, 0.0314063, 0.0503325, 0.0963596, 0.207239", \
            "0.0235847, 0.0247773, 0.0276362, 0.0347013, 0.053041, 0.0981082, 0.208784" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0071579, 0.0058207, 0.0025648, -0.0053191, -0.0244555, -0.0708407, -0.183194", \
            "0.0070098, 0.0056738, 0.0024434, -0.0054364, -0.0245517, -0.0709129, -0.183252", \
            "0.0068243, 0.0055064, 0.0022968, -0.0055361, -0.0246328, -0.0710001, -0.183336", \
            "0.0066454, 0.0053141, 0.0021236, -0.0056775, -0.0247361, -0.0710848, -0.183359", \
            "0.0068425, 0.0054669, 0.0022271, -0.0057537, -0.0247564, -0.0710486, -0.183356", \
            "0.007741, 0.006352, 0.0029223, -0.005058, -0.0244208, -0.0709661, -0.183312", \
            "0.0122733, 0.0106956, 0.0070626, -0.0015289, -0.0216831, -0.0690964, -0.182355" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0161873, 0.017558, 0.0208671, 0.0288162, 0.0479269, 0.0938128, 0.204581", \
            "0.0158536, 0.017235, 0.0206103, 0.0285891, 0.0477289, 0.0937358, 0.204653", \
            "0.0156202, 0.0170108, 0.0203187, 0.0283239, 0.0475361, 0.09357, 0.204486", \
            "0.0155565, 0.0169312, 0.0202316, 0.0281845, 0.0473982, 0.0935048, 0.204491", \
            "0.0161194, 0.0174984, 0.0206343, 0.0284403, 0.047423, 0.0934322, 0.204375", \
            "0.018323, 0.0194404, 0.0225317, 0.0301903, 0.0485235, 0.0939224, 0.204526", \
            "0.0254181, 0.0267105, 0.0282799, 0.0350176, 0.0536217, 0.0968382, 0.206298" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0057528, 0.0044398, 0.0012353, -0.0066213, -0.0257604, -0.0721608, -0.18455", \
            "0.005585, 0.0043073, 0.0011519, -0.0066421, -0.0257415, -0.0721047, -0.184463", \
            "0.0052868, 0.0040259, 0.0009202, -0.0067934, -0.0257899, -0.0721131, -0.184453", \
            "0.0049631, 0.0036757, 0.0005749, -0.0070913, -0.0259778, -0.0722141, -0.184495", \
            "0.0051176, 0.0037805, 0.0005714, -0.0073355, -0.026215, -0.0723406, -0.184558", \
            "0.0061236, 0.0046772, 0.0012443, -0.0068208, -0.0260165, -0.0723935, -0.18462", \
            "0.0110025, 0.009322, 0.0054814, -0.0035051, -0.0238285, -0.0710299, -0.183927" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0129245, 0.0142972, 0.017611, 0.0255013, 0.0445087, 0.0903453, 0.201196", \
            "0.0126347, 0.0140388, 0.0173749, 0.0253333, 0.0444213, 0.0902248, 0.201129", \
            "0.012358, 0.0137339, 0.0170892, 0.0250839, 0.0442196, 0.0901764, 0.201076", \
            "0.0121362, 0.0135156, 0.0168274, 0.0247889, 0.043966, 0.0900184, 0.201157", \
            "0.0120603, 0.0134314, 0.0166971, 0.0246817, 0.0438152, 0.0896773, 0.200863", \
            "0.0123596, 0.0137488, 0.0171391, 0.0250389, 0.0440452, 0.0899602, 0.200765", \
            "0.0158822, 0.0170302, 0.0198908, 0.0271225, 0.0455354, 0.0905676, 0.201549" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0075021, 0.0061548, 0.0029066, -0.0049811, -0.0241308, -0.0704614, -0.182874", \
            "0.0073454, 0.0060142, 0.0027753, -0.0050916, -0.0242079, -0.070599, -0.182916", \
            "0.0071381, 0.0058236, 0.0026151, -0.0052154, -0.0243293, -0.0706479, -0.182976", \
            "0.006928, 0.0056075, 0.0024152, -0.0053638, -0.0244039, -0.0707063, -0.183017", \
            "0.0071358, 0.0057824, 0.0025207, -0.0054309, -0.0244345, -0.0707197, -0.182977", \
            "0.0079832, 0.0065887, 0.0032575, -0.0048316, -0.0242027, -0.0706573, -0.18301", \
            "0.0116888, 0.0101696, 0.0064779, -0.0020882, -0.0221062, -0.0693405, -0.182345" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0103473, 0.0117261, 0.0150495, 0.0229547, 0.0419646, 0.0878123, 0.198703", \
            "0.0099751, 0.0113829, 0.0147372, 0.0227406, 0.0418335, 0.0877392, 0.198657", \
            "0.0097523, 0.011133, 0.0144691, 0.0225388, 0.0417197, 0.0876925, 0.198379", \
            "0.0097528, 0.0110968, 0.0143646, 0.0222821, 0.0414148, 0.0874724, 0.198509", \
            "0.0102759, 0.0115866, 0.0147308, 0.0225702, 0.0414415, 0.0872013, 0.19834", \
            "0.0136272, 0.0135499, 0.0165789, 0.0241783, 0.0424801, 0.0878679, 0.198514", \
            "0.0176105, 0.018966, 0.0216665, 0.028499, 0.0466455, 0.0920475, 0.199662" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0059679, 0.0046597, 0.0014517, -0.0063983, -0.0255259, -0.0719239, -0.184347", \
            "0.0057962, 0.0045272, 0.0013739, -0.0064316, -0.0255085, -0.071878, -0.184255", \
            "0.005512, 0.0042305, 0.0011241, -0.0065778, -0.0255821, -0.0718868, -0.184244", \
            "0.0051965, 0.0039223, 0.000809, -0.0068374, -0.025749, -0.071971, -0.184266", \
            "0.0054758, 0.0041305, 0.0009121, -0.0069973, -0.0259431, -0.0720928, -0.184327", \
            "0.006836, 0.0053812, 0.0018266, -0.0063245, -0.0256067, -0.0720902, -0.184344", \
            "0.0119574, 0.0102926, 0.0062537, -0.0028752, -0.0233443, -0.0706594, -0.183632" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0050144, 0.0064983, 0.0099668, 0.0180248, 0.037232, 0.0831576, 0.194995", \
            "0.0046187, 0.0060945, 0.0095435, 0.0177307, 0.0370003, 0.083232, 0.193111", \
            "0.0044172, 0.0057796, 0.0091746, 0.0174582, 0.0367128, 0.0827202, 0.194579", \
            "0.0045667, 0.0059029, 0.0091172, 0.0170753, 0.0364571, 0.0828995, 0.194164", \
            "0.0054698, 0.0067286, 0.0097956, 0.017549, 0.0360242, 0.0825343, 0.193545", \
            "0.0089714, 0.0098567, 0.0120819, 0.0191158, 0.0379442, 0.0830775, 0.192663", \
            "0.0157302, 0.0165869, 0.0190054, 0.0254091, 0.0435926, 0.0881053, 0.196332" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
          values ( \
            "0.0038917, 0.0026058, -0.000553, -0.0083858, -0.0274942, -0.0738867, -0.18626", \
            "0.0036216, 0.0023796, -0.0007447, -0.0084969, -0.0275548, -0.0739227, -0.18624", \
            "0.0034015, 0.0021485, -0.001021, -0.0087258, -0.0276867, -0.0739737, -0.186317", \
            "0.0033556, 0.0020441, -0.0010944, -0.0088798, -0.027872, -0.0740941, -0.186345", \
            "0.0043379, 0.0029098, -0.0004671, -0.0085588, -0.0277565, -0.0740654, -0.18642", \
            "0.0067117, 0.0050566, 0.00137, -0.0071871, -0.0268728, -0.073775, -0.186228", \
            "0.0147932, 0.0122997, 0.0079077, -0.0012747, -0.0216014, -0.0712621, -0.184954" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002318;
      rise_capacitance : 0.00242;
      rise_capacitance_range (0.00242, 0.00242);
      fall_capacitance : 0.002216;
      fall_capacitance_range (0.002216, 0.002216);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043843, -0.0043831, -0.0043803, -0.004381, -0.0043826, -0.0043862, -0.0043946" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043723, 0.0043778, 0.0043905, 0.0043898, 0.0043883, 0.0043848, 0.0043767" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002319;
      rise_capacitance : 0.002465;
      rise_capacitance_range (0.002465, 0.002465);
      fall_capacitance : 0.002173;
      fall_capacitance_range (0.002173, 0.002173);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043489, -0.0043538, -0.0043651, -0.004366, -0.0043682, -0.0043732, -0.0043847" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.004369, 0.0043688, 0.0043681, 0.0043682, 0.0043685, 0.004369, 0.0043702" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002338;
      rise_capacitance : 0.002422;
      rise_capacitance_range (0.002422, 0.002422);
      fall_capacitance : 0.002254;
      fall_capacitance_range (0.002254, 0.002254);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045642, -0.0045616, -0.0045554, -0.0045542, -0.0045516, -0.0045454, -0.0045313" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045992, 0.0045963, 0.0045896, 0.0045977, 0.0046163, 0.0046591, 0.0047577" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002331;
      rise_capacitance : 0.002467;
      rise_capacitance_range (0.002467, 0.002467);
      fall_capacitance : 0.002195;
      fall_capacitance_range (0.002195, 0.002195);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044331, -0.0044331, -0.004433, -0.0044317, -0.0044288, -0.0044222, -0.0044069" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.00447, 0.0044635, 0.0044487, 0.0044564, 0.0044743, 0.0045156, 0.0046106" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002301;
      rise_capacitance : 0.002362;
      rise_capacitance_range (0.002362, 0.002362);
      fall_capacitance : 0.00224;
      fall_capacitance_range (0.00224, 0.00224);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0029002, -0.0029039, -0.0029123, -0.0029023, -0.0028792, -0.0028259, -0.0027032" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.005435, 0.005467, 0.0055409, 0.0055374, 0.0055293, 0.0055105, 0.0054672" \
          );
        }
      }
    }
  }
  cell (scs8hd_o221ai_2) {
    area : 15.0144;
    cell_footprint : "o221ai";
    cell_leakage_power : 0.0133929;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.029603;
      when : "!A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0114352;
      when : "!A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.000549;
      when : "!A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0114366;
      when : "!A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0001676;
      when : "!A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0114366;
      when : "!A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0529732;
      when : "!A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0114366;
      when : "!A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0001114;
      when : "!A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0114352;
      when : "!A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.037185;
      when : "!A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 4.21377e-05;
      when : "!A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0254718;
      when : "!A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 4.18014e-05;
      when : "!A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0371837;
      when : "!A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 4.10962e-05;
      when : "!A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0001114;
      when : "A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0114352;
      when : "A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0255215;
      when : "A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 4.18013e-05;
      when : "A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0138083;
      when : "A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 4.17658e-05;
      when : "A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0255203;
      when : "A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 4.10917e-05;
      when : "A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0001114;
      when : "A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0114352;
      when : "A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0371825;
      when : "A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 4.08604e-05;
      when : "A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0254693;
      when : "A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 4.14146e-05;
      when : "A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0371812;
      when : "A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 4.07316e-05;
      when : "A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0133929;
    }
    pin (Y) {
      direction : output;
      function : "(!B1&!B2) | (!A1&!A2) | (!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.179453;
      max_transition : 1.49965;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0862286, 0.0910786, 0.104046, 0.136783, 0.221783, 0.444554, 1.03465", \
            "0.0911994, 0.0962599, 0.109032, 0.141958, 0.227054, 0.449453, 1.03961", \
            "0.102164, 0.107428, 0.119817, 0.153112, 0.238447, 0.461818, 1.0567", \
            "0.127401, 0.13242, 0.145243, 0.178037, 0.263529, 0.487379, 1.07742", \
            "0.180015, 0.185667, 0.199895, 0.235958, 0.32148, 0.544908, 1.13625", \
            "0.274579, 0.282081, 0.299947, 0.346883, 0.450252, 0.680181, 1.2724", \
            "0.46045, 0.469958, 0.494905, 0.555361, 0.690495, 0.97511, 1.58521" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0743519, 0.0809964, 0.0973883, 0.141824, 0.26032, 0.578744, 1.42323", \
            "0.0743366, 0.0803696, 0.0971412, 0.141673, 0.26092, 0.577321, 1.41965", \
            "0.0742963, 0.0804868, 0.0973677, 0.14208, 0.260489, 0.576839, 1.42547", \
            "0.0757721, 0.0818452, 0.0981557, 0.141988, 0.260398, 0.578229, 1.42008", \
            "0.0926043, 0.0982682, 0.113887, 0.152087, 0.263723, 0.57802, 1.42057", \
            "0.128937, 0.135568, 0.153342, 0.196034, 0.299975, 0.587791, 1.42152", \
            "0.19026, 0.19991, 0.222277, 0.275955, 0.399206, 0.679836, 1.44609" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0339948, 0.0360402, 0.0412481, 0.0543664, 0.0877782, 0.17532, 0.407324", \
            "0.037337, 0.0393602, 0.0445959, 0.0577153, 0.0911446, 0.178636, 0.410248", \
            "0.0436278, 0.0458267, 0.0512054, 0.064424, 0.0979348, 0.185389, 0.416827", \
            "0.0499301, 0.05276, 0.0594685, 0.0752858, 0.110607, 0.198279, 0.430138", \
            "0.0475369, 0.0515968, 0.0613013, 0.0834304, 0.12942, 0.225714, 0.458811", \
            "0.0170451, 0.0228263, 0.0367691, 0.069602, 0.137065, 0.265569, 0.522124", \
            "-0.090025, -0.0811118, -0.0588693, -0.0100045, 0.0908239, 0.278325, 0.617523" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0213101, 0.0236161, 0.0297555, 0.0464889, 0.091793, 0.213338, 0.537974", \
            "0.0212955, 0.0236064, 0.0297284, 0.0464843, 0.0917673, 0.213455, 0.537117", \
            "0.023154, 0.0251962, 0.0308349, 0.046852, 0.0917684, 0.213476, 0.537049", \
            "0.0323546, 0.034318, 0.0393627, 0.0539318, 0.0947991, 0.213466, 0.537756", \
            "0.0517534, 0.0543747, 0.0607416, 0.0763251, 0.115566, 0.222864, 0.538467", \
            "0.0877764, 0.0912812, 0.0996988, 0.120417, 0.16747, 0.273919, 0.560003", \
            "0.159514, 0.163178, 0.17445, 0.200938, 0.264098, 0.393272, 0.678078" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0746692, 0.0795602, 0.0922594, 0.125058, 0.210054, 0.4329, 1.02263", \
            "0.0778719, 0.0829849, 0.0960871, 0.128897, 0.213951, 0.437624, 1.02742", \
            "0.0891054, 0.0937078, 0.106845, 0.139785, 0.225413, 0.449214, 1.03877", \
            "0.116856, 0.121651, 0.134342, 0.166939, 0.251936, 0.475084, 1.06553", \
            "0.176264, 0.182876, 0.198736, 0.233707, 0.317295, 0.539441, 1.12955", \
            "0.282637, 0.291424, 0.312461, 0.361694, 0.467816, 0.690942, 1.27581", \
            "0.481856, 0.492596, 0.519368, 0.586117, 0.734237, 1.03262, 1.62835" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0738618, 0.0803271, 0.0971217, 0.141801, 0.260557, 0.579045, 1.41865", \
            "0.0745658, 0.0806245, 0.0970704, 0.142295, 0.260658, 0.578196, 1.41857", \
            "0.0740528, 0.0808217, 0.0972135, 0.14217, 0.261864, 0.578209, 1.42043", \
            "0.0768482, 0.0827763, 0.0985971, 0.142012, 0.260343, 0.578162, 1.4227", \
            "0.101388, 0.10795, 0.121539, 0.15828, 0.265115, 0.577948, 1.42344", \
            "0.143654, 0.15223, 0.171531, 0.21855, 0.318478, 0.592143, 1.42521", \
            "0.208613, 0.22021, 0.249204, 0.314082, 0.45228, 0.726978, 1.45335" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0292628, 0.0312558, 0.0364256, 0.0495924, 0.0841796, 0.175351, 0.422105", \
            "0.0323125, 0.0344033, 0.0396949, 0.0529955, 0.0874321, 0.178705, 0.421937", \
            "0.0371402, 0.0394475, 0.0453023, 0.0591154, 0.0938684, 0.185131, 0.430751", \
            "0.0393592, 0.0425718, 0.0504486, 0.0676283, 0.104967, 0.19726, 0.440109", \
            "0.0300719, 0.0347866, 0.0459135, 0.0707043, 0.120796, 0.22095, 0.465299", \
            "-0.0130345, -0.0059062, 0.0114103, 0.0479674, 0.12041, 0.254576, 0.520141", \
            "-0.142435, -0.131264, -0.104664, -0.0472423, 0.0595526, 0.255754, 0.60349" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0153958, 0.017861, 0.0245907, 0.0427423, 0.0911587, 0.221237, 0.567762", \
            "0.0156205, 0.0180624, 0.0246896, 0.0426899, 0.0911618, 0.220359, 0.562476", \
            "0.0186738, 0.0206819, 0.0264457, 0.0432754, 0.091343, 0.219975, 0.564321", \
            "0.0282901, 0.030296, 0.0358909, 0.0512115, 0.0942178, 0.220935, 0.564086", \
            "0.0476873, 0.0501898, 0.0568514, 0.0733427, 0.115497, 0.228925, 0.564412", \
            "0.0847784, 0.0878049, 0.0960325, 0.117243, 0.165669, 0.278118, 0.581855", \
            "0.163242, 0.166028, 0.175296, 0.200803, 0.260739, 0.393449, 0.69477" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0711746, 0.0762752, 0.0894018, 0.123443, 0.212426, 0.44753, 1.07284", \
            "0.0751839, 0.0804141, 0.0938361, 0.128187, 0.217539, 0.45295, 1.08074", \
            "0.0864367, 0.0913851, 0.104798, 0.139298, 0.229161, 0.466802, 1.09318", \
            "0.112541, 0.117491, 0.13054, 0.164779, 0.254581, 0.49144, 1.11764", \
            "0.161309, 0.167612, 0.184705, 0.223631, 0.314529, 0.551092, 1.17924", \
            "0.250989, 0.259987, 0.282756, 0.33436, 0.447882, 0.691415, 1.31841", \
            "0.432227, 0.444209, 0.474001, 0.543973, 0.695149, 0.999714, 1.64558" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0549585, 0.0615779, 0.0790837, 0.126026, 0.251688, 0.582858, 1.46912", \
            "0.0550677, 0.0616092, 0.0791774, 0.126138, 0.250774, 0.582545, 1.46872", \
            "0.0550304, 0.0615874, 0.0791837, 0.126232, 0.25096, 0.585482, 1.47206", \
            "0.0585673, 0.0646654, 0.0811209, 0.126354, 0.251138, 0.584612, 1.46785", \
            "0.0774221, 0.0836104, 0.0998961, 0.13958, 0.254678, 0.584241, 1.47144", \
            "0.114502, 0.122103, 0.140328, 0.185489, 0.293786, 0.593106, 1.47078", \
            "0.174957, 0.184681, 0.208493, 0.265198, 0.394276, 0.683159, 1.4939" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0279564, 0.0300523, 0.0353075, 0.0484942, 0.0822868, 0.170483, 0.404497", \
            "0.0310357, 0.0330626, 0.0383239, 0.0515903, 0.0853912, 0.173703, 0.407717", \
            "0.036772, 0.0390176, 0.0447469, 0.0582286, 0.092118, 0.180537, 0.414515", \
            "0.0417826, 0.0447321, 0.0525167, 0.0696514, 0.107062, 0.195951, 0.43067", \
            "0.0377206, 0.042253, 0.0534936, 0.0783883, 0.12914, 0.229724, 0.467064", \
            "0.005068, 0.0116123, 0.028117, 0.0647539, 0.139794, 0.280355, 0.544651", \
            "-0.101916, -0.0921582, -0.0681919, -0.0141477, 0.0957875, 0.302689, 0.668591" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.020446, 0.0227427, 0.029059, 0.0459483, 0.0916999, 0.214456, 0.540722", \
            "0.0202838, 0.0226677, 0.0289711, 0.0459045, 0.091536, 0.214339, 0.541029", \
            "0.0236603, 0.0256335, 0.0310405, 0.0468575, 0.0916762, 0.214252, 0.54057", \
            "0.03327, 0.0356265, 0.0413903, 0.0564267, 0.0967119, 0.21444, 0.541435", \
            "0.0517485, 0.0551864, 0.0625174, 0.0806858, 0.121917, 0.227042, 0.541004", \
            "0.0852603, 0.08939, 0.100005, 0.124906, 0.178049, 0.290466, 0.568668", \
            "0.146711, 0.152943, 0.167991, 0.202856, 0.274937, 0.419958, 0.709821" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0578264, 0.0629008, 0.0761283, 0.110222, 0.199386, 0.43446, 1.06061", \
            "0.0608819, 0.0659991, 0.0793244, 0.113745, 0.203105, 0.439554, 1.06682", \
            "0.0710834, 0.0760337, 0.0892111, 0.123733, 0.214145, 0.450737, 1.07673", \
            "0.0995212, 0.104632, 0.116852, 0.151042, 0.240439, 0.476407, 1.1029", \
            "0.153247, 0.1603, 0.177496, 0.217107, 0.305054, 0.541901, 1.16647", \
            "0.247802, 0.257575, 0.28177, 0.337688, 0.455233, 0.692353, 1.31146", \
            "0.433269, 0.445633, 0.477233, 0.55253, 0.71715, 1.03624, 1.67118" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0548956, 0.0616186, 0.0791333, 0.12609, 0.251052, 0.584923, 1.46913", \
            "0.0548739, 0.0614918, 0.0791593, 0.126009, 0.25106, 0.583346, 1.46926", \
            "0.0544812, 0.0613073, 0.0791805, 0.125989, 0.251452, 0.58408, 1.47087", \
            "0.0622714, 0.0680088, 0.0831592, 0.126697, 0.251412, 0.582632, 1.46689", \
            "0.0859966, 0.0928745, 0.109999, 0.147408, 0.256995, 0.585424, 1.46915", \
            "0.12376, 0.133185, 0.155704, 0.207044, 0.313641, 0.59869, 1.47197", \
            "0.186868, 0.199491, 0.230238, 0.301387, 0.448148, 0.733531, 1.49965" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0239128, 0.025904, 0.0311578, 0.0448583, 0.0804003, 0.175532, 0.429675", \
            "0.0268656, 0.0289877, 0.034363, 0.0481573, 0.084054, 0.178568, 0.430715", \
            "0.0308333, 0.0335167, 0.0400159, 0.05465, 0.0907788, 0.185744, 0.438222", \
            "0.031982, 0.035793, 0.0448828, 0.0647475, 0.105636, 0.201284, 0.453622", \
            "0.0209676, 0.0271553, 0.0405357, 0.0697974, 0.126678, 0.235084, 0.489671", \
            "-0.0223217, -0.0138308, 0.0064946, 0.0497623, 0.133978, 0.28576, 0.570156", \
            "-0.147149, -0.134029, -0.103825, -0.0399372, 0.083439, 0.307474, 0.696618" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0150476, 0.0176709, 0.0246664, 0.0436047, 0.0940473, 0.227616, 0.583096", \
            "0.0153747, 0.0179075, 0.0248171, 0.0435888, 0.0939381, 0.22724, 0.58253", \
            "0.0198502, 0.0221014, 0.0279426, 0.0448927, 0.0937554, 0.226831, 0.582538", \
            "0.0299963, 0.0326227, 0.039251, 0.0555736, 0.0988603, 0.227363, 0.582362", \
            "0.0490064, 0.0524603, 0.0609764, 0.0806993, 0.125204, 0.238929, 0.586003", \
            "0.0849626, 0.0892125, 0.100182, 0.126539, 0.182486, 0.301558, 0.609477", \
            "0.156072, 0.161385, 0.174863, 0.20945, 0.284422, 0.434826, 0.749434" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.019565, 0.022038, 0.0284425, 0.0446083, 0.0859409, 0.195129, 0.488252", \
            "0.0247129, 0.0270909, 0.0333091, 0.0494964, 0.0911143, 0.200401, 0.495021", \
            "0.036197, 0.0393128, 0.0461434, 0.0619623, 0.10368, 0.213215, 0.507293", \
            "0.0544987, 0.0591446, 0.0696096, 0.0912836, 0.132597, 0.242587, 0.533993", \
            "0.0861907, 0.0928159, 0.10829, 0.140764, 0.20007, 0.311996, 0.60282", \
            "0.147568, 0.15648, 0.177683, 0.223848, 0.313739, 0.469528, 0.762766", \
            "0.272266, 0.284458, 0.313433, 0.377594, 0.504752, 0.740205, 1.13358" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0148733, 0.0180371, 0.0264047, 0.0486014, 0.108042, 0.267706, 0.691682", \
            "0.0153253, 0.018164, 0.0263935, 0.0486322, 0.108283, 0.267062, 0.690805", \
            "0.0218092, 0.0237651, 0.0297484, 0.0492965, 0.108304, 0.266814, 0.694593", \
            "0.0338318, 0.0372083, 0.0447031, 0.0612269, 0.110821, 0.266216, 0.694136", \
            "0.0530136, 0.0579467, 0.0693938, 0.0931527, 0.13863, 0.271457, 0.689789", \
            "0.0875197, 0.0937553, 0.109822, 0.145839, 0.212805, 0.333284, 0.697811", \
            "0.156812, 0.163066, 0.1831, 0.230243, 0.333221, 0.508901, 0.823612" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0144653, 0.0161607, 0.0206038, 0.0320428, 0.0618516, 0.140825, 0.351153", \
            "0.0176419, 0.0195146, 0.0238666, 0.0353196, 0.065243, 0.14435, 0.354876", \
            "0.0208532, 0.0236653, 0.0300596, 0.0434463, 0.0732975, 0.153332, 0.362777", \
            "0.0209428, 0.0249445, 0.0343655, 0.0546639, 0.0927058, 0.172541, 0.382264", \
            "0.0115568, 0.0170641, 0.0306781, 0.060299, 0.116006, 0.217124, 0.427594", \
            "-0.0224946, -0.0140816, 0.0052081, 0.0463577, 0.127609, 0.276832, 0.532475", \
            "-0.119221, -0.106923, -0.0795241, -0.0218612, 0.0935664, 0.310007, 0.687227" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947242, 0.0252517, 0.0673164, 0.179453");
          values ( \
            "0.0113331, 0.0136192, 0.0196716, 0.0355354, 0.0773342, 0.188682, 0.484698", \
            "0.0130007, 0.0148313, 0.0201871, 0.0352695, 0.0773235, 0.188065, 0.483266", \
            "0.0187154, 0.0210158, 0.026675, 0.0392607, 0.0773593, 0.188244, 0.48293", \
            "0.0287624, 0.0317817, 0.0393061, 0.0547307, 0.0883404, 0.189205, 0.483224", \
            "0.0461295, 0.0503342, 0.0605259, 0.0823637, 0.126981, 0.214909, 0.485231", \
            "0.0792793, 0.0860151, 0.100157, 0.129581, 0.189142, 0.303053, 0.537298", \
            "0.14478, 0.152975, 0.172681, 0.215905, 0.299626, 0.454436, 0.740934" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947241, 0.0252517, 0.0673165, 0.179453");
          values ( \
            "0.0346453, 0.0362661, 0.0404905, 0.0517468, 0.0816816, 0.160947, 0.371392", \
            "0.0342211, 0.0357818, 0.0400825, 0.0514586, 0.081418, 0.160697, 0.37162", \
            "0.0337856, 0.035426, 0.039688, 0.0510909, 0.0811579, 0.160437, 0.371195", \
            "0.0334613, 0.0350447, 0.0393154, 0.0507362, 0.0807983, 0.160333, 0.370965", \
            "0.0333314, 0.0349096, 0.0393518, 0.050564, 0.0806179, 0.15987, 0.370633", \
            "0.034865, 0.0363717, 0.0404562, 0.051611, 0.0813618, 0.160611, 0.371448", \
            "0.0426029, 0.0439224, 0.0474934, 0.0575999, 0.0860806, 0.163963, 0.373447" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947241, 0.0252517, 0.0673165, 0.179453");
          values ( \
            "0.0125748, 0.0110087, 0.0068326, -0.0043542, -0.0342581, -0.114114, -0.32721", \
            "0.0122585, 0.0106852, 0.0065285, -0.0046214, -0.0345099, -0.114381, -0.32743", \
            "0.0118071, 0.0102752, 0.0061569, -0.004917, -0.0347374, -0.114534, -0.327597", \
            "0.0113624, 0.0098524, 0.0057246, -0.0052509, -0.0349836, -0.114743, -0.327715", \
            "0.011669, 0.0101097, 0.0059464, -0.0053752, -0.035141, -0.114773, -0.327704", \
            "0.0132702, 0.0116296, 0.0072114, -0.004245, -0.0344525, -0.114662, -0.327701", \
            "0.0211949, 0.0194103, 0.014634, 0.0022855, -0.0293329, -0.111316, -0.326048" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947241, 0.0252517, 0.0673165, 0.179453");
          values ( \
            "0.0294762, 0.0310841, 0.0353466, 0.0467104, 0.0766264, 0.155825, 0.366581", \
            "0.0290401, 0.0306828, 0.0349269, 0.0463086, 0.0763398, 0.155649, 0.366019", \
            "0.0284779, 0.0302248, 0.0344681, 0.0459304, 0.0760416, 0.155441, 0.365896", \
            "0.0283754, 0.0299688, 0.0342949, 0.0457023, 0.07573, 0.155182, 0.365882", \
            "0.0292992, 0.0308678, 0.0349667, 0.0461642, 0.0758548, 0.155061, 0.365877", \
            "0.0332028, 0.0346663, 0.0385547, 0.0492897, 0.0792714, 0.157793, 0.365589", \
            "0.0451367, 0.0465384, 0.0505697, 0.0593011, 0.0882017, 0.162068, 0.373671" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947241, 0.0252517, 0.0673165, 0.179453");
          values ( \
            "0.008875, 0.0073586, 0.0032422, -0.0078987, -0.0378251, -0.117777, -0.330995", \
            "0.0085121, 0.0070402, 0.0030321, -0.0079719, -0.0377977, -0.117683, -0.330839", \
            "0.0079271, 0.0064727, 0.0025412, -0.0082943, -0.0379291, -0.117703, -0.330799", \
            "0.0073575, 0.0058927, 0.0019522, -0.0088408, -0.0382812, -0.11784, -0.330847", \
            "0.0077573, 0.0061929, 0.0020602, -0.0089921, -0.0386281, -0.118062, -0.330902", \
            "0.0098577, 0.0081448, 0.003666, -0.007987, -0.0381477, -0.118126, -0.330995", \
            "0.0193662, 0.0173239, 0.0121845, -0.0008915, -0.0334529, -0.115286, -0.329668" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947241, 0.0252517, 0.0673165, 0.179453");
          values ( \
            "0.023422, 0.0250741, 0.0294067, 0.0407341, 0.0705574, 0.149566, 0.360003", \
            "0.0228167, 0.024455, 0.0288298, 0.0403309, 0.0702837, 0.149503, 0.359898", \
            "0.0222207, 0.0239141, 0.028247, 0.0397614, 0.0699334, 0.149432, 0.359699", \
            "0.0218522, 0.0234579, 0.0277498, 0.039167, 0.0692587, 0.148783, 0.359679", \
            "0.0215731, 0.0231758, 0.0274849, 0.0388178, 0.0688013, 0.148129, 0.358914", \
            "0.0229119, 0.0244012, 0.0284763, 0.0395221, 0.0693064, 0.148276, 0.358663", \
            "0.0292924, 0.0305975, 0.0341646, 0.0441487, 0.0727528, 0.150092, 0.359049" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947241, 0.0252517, 0.0673165, 0.179453");
          values ( \
            "0.0129278, 0.0113608, 0.0071992, -0.0039806, -0.0338795, -0.113822, -0.326854", \
            "0.0125959, 0.0110534, 0.0068992, -0.0042279, -0.0340731, -0.113971, -0.327055", \
            "0.0122036, 0.0106642, 0.0065547, -0.0045033, -0.0343053, -0.114107, -0.327144", \
            "0.0116994, 0.0101697, 0.0060637, -0.0049149, -0.0345498, -0.114274, -0.327262", \
            "0.0121092, 0.0105974, 0.006373, -0.0050138, -0.0346655, -0.114292, -0.327203", \
            "0.0140078, 0.0123303, 0.0079244, -0.0035962, -0.0339222, -0.114067, -0.327207", \
            "0.0215908, 0.0196675, 0.0148375, 0.0023976, -0.0293867, -0.111158, -0.325805" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947241, 0.0252517, 0.0673165, 0.179453");
          values ( \
            "0.0187471, 0.0204074, 0.0247395, 0.0361063, 0.065959, 0.144923, 0.355389", \
            "0.0180234, 0.0197069, 0.0241224, 0.0356234, 0.0656109, 0.14483, 0.355625", \
            "0.0174266, 0.019079, 0.0234689, 0.034982, 0.0652095, 0.144572, 0.355285", \
            "0.0174933, 0.0191509, 0.0232239, 0.034522, 0.0646153, 0.144156, 0.354947", \
            "0.0186552, 0.0201182, 0.0241207, 0.035204, 0.0646466, 0.144136, 0.354604", \
            "0.0227849, 0.0242122, 0.0276029, 0.0383583, 0.0679663, 0.146255, 0.354124", \
            "0.0320807, 0.0335034, 0.0385299, 0.0463176, 0.0762079, 0.149726, 0.357023" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947241, 0.0252517, 0.0673165, 0.179453");
          values ( \
            "0.0089195, 0.0074183, 0.0033048, -0.007819, -0.0377427, -0.117645, -0.330923", \
            "0.0086058, 0.0071477, 0.0031437, -0.0078567, -0.0376747, -0.117572, -0.330749", \
            "0.008072, 0.0066262, 0.0027071, -0.008138, -0.0377752, -0.117545, -0.330638", \
            "0.0076038, 0.0061179, 0.002136, -0.0086555, -0.0380829, -0.117664, -0.330666", \
            "0.0082211, 0.0066716, 0.0024533, -0.0087879, -0.0383784, -0.117857, -0.330721", \
            "0.0108395, 0.0090504, 0.0044298, -0.0073937, -0.0376715, -0.11778, -0.330664", \
            "0.0205446, 0.018449, 0.0130508, -0.0003488, -0.0331515, -0.115047, -0.329487" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947241, 0.0252517, 0.0673165, 0.179453");
          values ( \
            "0.0066996, 0.0085048, 0.0131427, 0.024812, 0.05471, 0.134828, 0.346063", \
            "0.0062567, 0.0079761, 0.0125013, 0.0242322, 0.0543871, 0.134255, 0.346287", \
            "0.0060663, 0.0077192, 0.0120801, 0.0235615, 0.0540008, 0.133692, 0.345418", \
            "0.0067463, 0.0083155, 0.0124414, 0.0236013, 0.0535742, 0.132591, 0.346338", \
            "0.0086645, 0.0100986, 0.0140396, 0.0249096, 0.0539416, 0.132301, 0.343936", \
            "0.0145566, 0.0156759, 0.019012, 0.0291954, 0.0575229, 0.134816, 0.344955", \
            "0.0293283, 0.0302038, 0.0331579, 0.0413514, 0.0693279, 0.147007, 0.347468" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00133291, 0.00355329, 0.00947241, 0.0252517, 0.0673165, 0.179453");
          values ( \
            "0.0042401, 0.0027821, -0.0012089, -0.0122306, -0.0420669, -0.121957, -0.335128", \
            "0.0037964, 0.0023395, -0.0016157, -0.0125011, -0.0422019, -0.122015, -0.335143", \
            "0.0034307, 0.0019881, -0.0019704, -0.0128335, -0.0424045, -0.122109, -0.335152", \
            "0.0036221, 0.0020632, -0.0020245, -0.0131743, -0.0427525, -0.122268, -0.335234", \
            "0.0058619, 0.0040701, -0.0006453, -0.0122349, -0.0423925, -0.122203, -0.335143", \
            "0.0110124, 0.0089778, 0.0039734, -0.0087739, -0.0401884, -0.121059, -0.334691", \
            "0.027734, 0.025697, 0.0178747, 0.0030314, -0.0318166, -0.115823, -0.332141" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004779;
      rise_capacitance : 0.005008;
      rise_capacitance_range (0.005008, 0.005008);
      fall_capacitance : 0.004551;
      fall_capacitance_range (0.004551, 0.004551);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0088623, -0.00886, -0.0088547, -0.0088535, -0.0088507, -0.0088441, -0.0088289" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089042, 0.0088908, 0.00886, 0.0088614, 0.0088647, 0.0088722, 0.0088897" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004323;
      rise_capacitance : 0.004614;
      rise_capacitance_range (0.004614, 0.004614);
      fall_capacitance : 0.004032;
      fall_capacitance_range (0.004032, 0.004032);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0083619, -0.0083472, -0.0083133, -0.0083148, -0.0083185, -0.0083267, -0.0083457" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0083644, 0.0083577, 0.0083423, 0.0083408, 0.0083372, 0.008329, 0.0083101" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004934;
      rise_capacitance : 0.00516;
      rise_capacitance_range (0.00516, 0.00516);
      fall_capacitance : 0.004707;
      fall_capacitance_range (0.004707, 0.004707);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0091424, -0.0091539, -0.0091804, -0.0091829, -0.0091884, -0.0092011, -0.0092303" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0094145, 0.0093962, 0.009354, 0.0093754, 0.0094251, 0.0095396, 0.0098037" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004308;
      rise_capacitance : 0.00455;
      rise_capacitance_range (0.00455, 0.00455);
      fall_capacitance : 0.004066;
      fall_capacitance_range (0.004066, 0.004066);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0083557, -0.0083593, -0.0083677, -0.0083701, -0.0083758, -0.0083887, -0.0084183" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.008522, 0.0085058, 0.0084686, 0.0084864, 0.0085278, 0.0086232, 0.0088432" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004313;
      rise_capacitance : 0.00443;
      rise_capacitance_range (0.00443, 0.00443);
      fall_capacitance : 0.004197;
      fall_capacitance_range (0.004197, 0.004197);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046445, -0.0046516, -0.0046678, -0.0046495, -0.0046075, -0.0045103, -0.0042865" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0101521, 0.0101828, 0.0102537, 0.0102495, 0.0102398, 0.0102175, 0.0101663" \
          );
        }
      }
    }
  }
  cell (scs8hd_o221ai_4) {
    area : 26.2752;
    cell_footprint : "o221ai";
    cell_leakage_power : 0.0225703;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0556813;
      when : "!A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0190932;
      when : "!A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0003139;
      when : "!A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0190991;
      when : "!A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0012522;
      when : "!A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0190991;
      when : "!A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0012675;
      when : "!A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0190991;
      when : "!A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0002459;
      when : "!A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0190931;
      when : "!A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.074354;
      when : "!A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0001113;
      when : "!A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0508628;
      when : "!A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0001113;
      when : "!A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0743525;
      when : "!A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.00011;
      when : "!A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0002459;
      when : "A1&!A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0190931;
      when : "A1&!A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0508946;
      when : "A1&!A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0001141;
      when : "A1&!A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0274034;
      when : "A1&!A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.000114;
      when : "A1&!A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.050893;
      when : "A1&!A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.000112;
      when : "A1&!A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0002459;
      when : "A1&A2&!B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0190945;
      when : "A1&A2&!B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0743516;
      when : "A1&A2&!B1&B2&C1";
    }
    leakage_power () {
      value : 0.0001099;
      when : "A1&A2&!B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0508604;
      when : "A1&A2&B1&!B2&C1";
    }
    leakage_power () {
      value : 0.0001109;
      when : "A1&A2&B1&!B2&!C1";
    }
    leakage_power () {
      value : 0.0743502;
      when : "A1&A2&B1&B2&C1";
    }
    leakage_power () {
      value : 0.0001089;
      when : "A1&A2&B1&B2&!C1";
    }
    leakage_power () {
      value : 0.0225703;
    }
    pin (Y) {
      direction : output;
      function : "(!B1&!B2) | (!A1&!A2) | (!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.295725;
      max_transition : 1.50187;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0949724, 0.0984045, 0.108317, 0.135705, 0.211187, 0.424093, 1.03433", \
            "0.100027, 0.103478, 0.112789, 0.140468, 0.216098, 0.429639, 1.03888", \
            "0.110855, 0.114417, 0.124299, 0.151685, 0.227499, 0.440507, 1.05082", \
            "0.135184, 0.138687, 0.148382, 0.175912, 0.251972, 0.465219, 1.07566", \
            "0.18698, 0.190947, 0.202067, 0.231498, 0.307909, 0.521829, 1.13247", \
            "0.283959, 0.288607, 0.302342, 0.338852, 0.43118, 0.65256, 1.26859", \
            "0.475878, 0.482046, 0.499492, 0.546396, 0.662942, 0.935148, 1.56799" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.091766, 0.0958149, 0.107246, 0.141319, 0.242346, 0.540563, 1.4046", \
            "0.0910113, 0.0950745, 0.107633, 0.141155, 0.242462, 0.539596, 1.40084", \
            "0.0909254, 0.095009, 0.106726, 0.14121, 0.242503, 0.539485, 1.40122", \
            "0.091855, 0.09588, 0.107173, 0.141178, 0.242302, 0.539652, 1.40007", \
            "0.10671, 0.110338, 0.120393, 0.151378, 0.246657, 0.540753, 1.40386", \
            "0.14234, 0.146492, 0.158528, 0.191659, 0.283466, 0.551795, 1.40736", \
            "0.205744, 0.211027, 0.225924, 0.267128, 0.373329, 0.640246, 1.42543" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0401622, 0.0417105, 0.0459154, 0.0575811, 0.089611, 0.180159, 0.438627", \
            "0.0430621, 0.0446308, 0.0488834, 0.0606261, 0.092755, 0.18317, 0.442229", \
            "0.0482957, 0.0498672, 0.0542214, 0.0660313, 0.0982066, 0.188534, 0.448314", \
            "0.0534633, 0.0553799, 0.0605521, 0.0737557, 0.107312, 0.198226, 0.457324", \
            "0.0503405, 0.0530164, 0.0600192, 0.0778206, 0.119073, 0.216514, 0.477425", \
            "0.0179814, 0.0216214, 0.0315808, 0.057552, 0.1165, 0.240352, 0.519802", \
            "-0.0934194, -0.0879034, -0.072843, -0.0345724, 0.0536057, 0.231071, 0.580285" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0278547, 0.0297669, 0.0352113, 0.0513977, 0.0989347, 0.238312, 0.643643", \
            "0.0278848, 0.0297384, 0.0352586, 0.0514422, 0.0990661, 0.238567, 0.643611", \
            "0.0289647, 0.0307591, 0.0360175, 0.0517645, 0.0990787, 0.23836, 0.643547", \
            "0.0359572, 0.0376752, 0.0427424, 0.0575545, 0.101853, 0.238799, 0.644215", \
            "0.0541776, 0.0559538, 0.0612435, 0.0760704, 0.118568, 0.246513, 0.643972", \
            "0.0902837, 0.0926797, 0.0990012, 0.117137, 0.163081, 0.287408, 0.660413", \
            "0.16266, 0.165533, 0.173414, 0.195143, 0.251142, 0.387347, 0.753305" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0822262, 0.0855196, 0.095396, 0.122635, 0.198108, 0.410757, 1.02139", \
            "0.0857, 0.0891781, 0.0990162, 0.126367, 0.201968, 0.414633, 1.02642", \
            "0.0957839, 0.0992717, 0.109098, 0.136616, 0.212606, 0.425539, 1.03609", \
            "0.122904, 0.126208, 0.135899, 0.163774, 0.239747, 0.452556, 1.06423", \
            "0.186886, 0.191015, 0.202337, 0.230702, 0.305203, 0.517631, 1.1286", \
            "0.300856, 0.306099, 0.320811, 0.359658, 0.455157, 0.671029, 1.28162", \
            "0.511502, 0.518659, 0.537643, 0.58996, 0.720346, 1.01248, 1.63106" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.091174, 0.0951774, 0.10707, 0.141286, 0.242349, 0.540343, 1.40405", \
            "0.0912428, 0.095205, 0.106932, 0.141316, 0.242597, 0.540388, 1.40594", \
            "0.0910537, 0.0951754, 0.107006, 0.141287, 0.242557, 0.539342, 1.40532", \
            "0.092123, 0.0957609, 0.107202, 0.140608, 0.242508, 0.540586, 1.40517", \
            "0.116406, 0.119202, 0.129512, 0.156769, 0.247597, 0.540163, 1.40418", \
            "0.159009, 0.164312, 0.178779, 0.216454, 0.303743, 0.558338, 1.40431", \
            "0.228229, 0.236604, 0.256143, 0.308669, 0.433288, 0.695457, 1.43539" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.033161, 0.0347357, 0.0390212, 0.0507889, 0.0832585, 0.176763, 0.448016", \
            "0.0360816, 0.0376984, 0.0421103, 0.053975, 0.0867768, 0.180882, 0.451755", \
            "0.0403188, 0.0421518, 0.046864, 0.0592641, 0.0922563, 0.185756, 0.457929", \
            "0.0423415, 0.0447159, 0.050594, 0.0654534, 0.100741, 0.195147, 0.465087", \
            "0.0325429, 0.0357779, 0.0443189, 0.0650296, 0.110691, 0.212849, 0.482936", \
            "-0.0123902, -0.0076856, 0.0047768, 0.0356272, 0.101484, 0.233628, 0.522996", \
            "-0.147649, -0.139608, -0.120968, -0.0747861, 0.0241638, 0.216063, 0.580324" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0200477, 0.0220261, 0.027874, 0.0451308, 0.0950971, 0.240845, 0.663136", \
            "0.0201562, 0.022109, 0.0280014, 0.0451167, 0.0953119, 0.240986, 0.663766", \
            "0.0225446, 0.0243142, 0.0295775, 0.0458066, 0.0952808, 0.240979, 0.662862", \
            "0.0314652, 0.0331889, 0.0378468, 0.0529944, 0.0983854, 0.240975, 0.662517", \
            "0.051162, 0.0529449, 0.0583622, 0.0731329, 0.116798, 0.24906, 0.662172", \
            "0.0891901, 0.0915816, 0.0977083, 0.115254, 0.1624, 0.289946, 0.678239", \
            "0.170093, 0.171845, 0.178437, 0.198422, 0.253315, 0.392905, 0.766418" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0804287, 0.083885, 0.0940185, 0.122082, 0.201193, 0.427512, 1.08304", \
            "0.0843715, 0.0878532, 0.0982004, 0.126612, 0.206143, 0.4327, 1.08889", \
            "0.0949949, 0.0985787, 0.108798, 0.137455, 0.217519, 0.444765, 1.09844", \
            "0.119911, 0.123441, 0.133477, 0.161929, 0.24263, 0.469946, 1.12578", \
            "0.169068, 0.173502, 0.185743, 0.218001, 0.299773, 0.527932, 1.18662", \
            "0.25992, 0.26579, 0.28216, 0.324465, 0.426272, 0.663357, 1.31942", \
            "0.44527, 0.452895, 0.47419, 0.52976, 0.663373, 0.958979, 1.63634" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0651255, 0.0696669, 0.0825845, 0.12013, 0.230099, 0.549719, 1.4755", \
            "0.0651162, 0.0697475, 0.0825802, 0.12017, 0.230744, 0.549089, 1.47513", \
            "0.0650742, 0.0694897, 0.0825005, 0.120187, 0.230184, 0.548928, 1.47356", \
            "0.0681086, 0.0721726, 0.0844082, 0.120401, 0.230454, 0.548949, 1.47839", \
            "0.0856715, 0.089876, 0.101482, 0.133878, 0.235553, 0.550277, 1.47882", \
            "0.122457, 0.127142, 0.140649, 0.17709, 0.274684, 0.560959, 1.47409", \
            "0.184183, 0.190284, 0.207425, 0.252162, 0.367087, 0.650555, 1.49514" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0339039, 0.0354488, 0.0398054, 0.0517297, 0.0842098, 0.175576, 0.439036", \
            "0.0367125, 0.0382813, 0.0426242, 0.0545123, 0.0871538, 0.178524, 0.441177", \
            "0.0421185, 0.0438249, 0.0483853, 0.0604353, 0.0931427, 0.184637, 0.448516", \
            "0.0478871, 0.050059, 0.0559986, 0.0706042, 0.106209, 0.198529, 0.46149", \
            "0.0453886, 0.0484961, 0.0568131, 0.0777861, 0.125079, 0.229137, 0.493087", \
            "0.0139196, 0.0183499, 0.0305297, 0.0611741, 0.1307, 0.271818, 0.563704", \
            "-0.0918637, -0.0854419, -0.0678972, -0.0234969, 0.0781334, 0.284565, 0.677482" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0267462, 0.0286173, 0.0340552, 0.050247, 0.0980825, 0.238642, 0.646959", \
            "0.026664, 0.0285231, 0.0339966, 0.0501758, 0.0981169, 0.238372, 0.646335", \
            "0.0289946, 0.0306959, 0.0356686, 0.0510945, 0.0980494, 0.238574, 0.647757", \
            "0.0379101, 0.0398096, 0.0450418, 0.0598511, 0.102817, 0.23883, 0.647066", \
            "0.0572825, 0.0592675, 0.065342, 0.0818703, 0.125669, 0.251464, 0.647355", \
            "0.0917787, 0.094813, 0.103147, 0.12436, 0.177255, 0.305647, 0.67008", \
            "0.156355, 0.160442, 0.171811, 0.201407, 0.270618, 0.424218, 0.794199" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0652232, 0.0687697, 0.078806, 0.106939, 0.186085, 0.412466, 1.07125", \
            "0.0680708, 0.0716893, 0.0819399, 0.110418, 0.190055, 0.416887, 1.07101", \
            "0.0777424, 0.0813765, 0.0916202, 0.120308, 0.200424, 0.427418, 1.08203", \
            "0.105716, 0.109053, 0.118815, 0.146559, 0.226161, 0.453715, 1.1093", \
            "0.162645, 0.167344, 0.179641, 0.212531, 0.292107, 0.518845, 1.17292", \
            "0.262179, 0.268735, 0.286502, 0.331309, 0.43907, 0.671518, 1.32218", \
            "0.457961, 0.466128, 0.489225, 0.549071, 0.695572, 1.01265, 1.67657" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0651515, 0.0695689, 0.0823865, 0.120168, 0.230328, 0.549845, 1.48029", \
            "0.0651386, 0.0695356, 0.0825515, 0.120173, 0.230132, 0.550938, 1.47589", \
            "0.0650024, 0.0693225, 0.0823457, 0.120208, 0.230753, 0.549459, 1.47471", \
            "0.0705038, 0.0744, 0.0858851, 0.120964, 0.230224, 0.549006, 1.47582", \
            "0.0950048, 0.0994059, 0.112396, 0.142541, 0.23716, 0.551111, 1.47383", \
            "0.13391, 0.140402, 0.156281, 0.199855, 0.297111, 0.566786, 1.47445", \
            "0.19826, 0.206348, 0.228859, 0.286947, 0.421464, 0.702541, 1.50187" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0274734, 0.0290232, 0.0333412, 0.0452844, 0.0786711, 0.174606, 0.451347", \
            "0.0301243, 0.0317183, 0.0361288, 0.0482154, 0.081672, 0.177823, 0.454539", \
            "0.0337468, 0.0356461, 0.0407213, 0.0535977, 0.0872996, 0.183374, 0.459967", \
            "0.0350251, 0.0376287, 0.04441, 0.0609266, 0.0991303, 0.195574, 0.472913", \
            "0.0237448, 0.0273973, 0.0375528, 0.0618516, 0.114045, 0.222917, 0.50085", \
            "-0.0215076, -0.0159592, -0.0009249, 0.0349217, 0.111452, 0.260761, 0.564196", \
            "-0.151217, -0.142906, -0.120628, -0.0676261, 0.045245, 0.262679, 0.668245" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0190276, 0.0210914, 0.0271102, 0.044748, 0.0961518, 0.244681, 0.676258", \
            "0.0192702, 0.0212929, 0.0272359, 0.0447893, 0.0958579, 0.244663, 0.675405", \
            "0.0231799, 0.0249498, 0.0301224, 0.0462537, 0.0960961, 0.244506, 0.675538", \
            "0.0324173, 0.0343794, 0.0399339, 0.0558286, 0.10118, 0.244876, 0.676178", \
            "0.0517558, 0.0539548, 0.0605537, 0.0779663, 0.124444, 0.25601, 0.674778", \
            "0.0882909, 0.0910781, 0.0992947, 0.121166, 0.175064, 0.310125, 0.693263", \
            "0.160867, 0.164588, 0.175008, 0.202588, 0.270614, 0.427368, 0.814038" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0210942, 0.0228662, 0.027601, 0.0404652, 0.0759023, 0.177999, 0.471959", \
            "0.0263019, 0.0279444, 0.032626, 0.0456352, 0.0813348, 0.183332, 0.475642", \
            "0.0381563, 0.0401981, 0.0454289, 0.0579915, 0.09389, 0.196377, 0.490859", \
            "0.0573322, 0.0603548, 0.0681744, 0.0862008, 0.123798, 0.224723, 0.520458", \
            "0.090718, 0.0950104, 0.106352, 0.133325, 0.188156, 0.29512, 0.586966", \
            "0.155303, 0.161173, 0.176748, 0.214443, 0.295978, 0.449243, 0.750889", \
            "0.287228, 0.295267, 0.316718, 0.36874, 0.482489, 0.710259, 1.12326" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0161999, 0.018273, 0.0244995, 0.0425075, 0.0953858, 0.248627, 0.694396", \
            "0.0163279, 0.0183609, 0.0244756, 0.0427178, 0.0954724, 0.248466, 0.691561", \
            "0.0222803, 0.0236926, 0.0281767, 0.0437113, 0.0954862, 0.24872, 0.694425", \
            "0.0345468, 0.0367322, 0.0428865, 0.056287, 0.0993665, 0.248545, 0.692319", \
            "0.0543347, 0.0574691, 0.0660327, 0.0856562, 0.128621, 0.256394, 0.69204", \
            "0.0883782, 0.0925518, 0.103962, 0.133112, 0.195809, 0.319681, 0.699634", \
            "0.158259, 0.16346, 0.178858, 0.216441, 0.301535, 0.482948, 0.831583" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.016578, 0.0178949, 0.0215188, 0.0316895, 0.0602354, 0.142288, 0.378611", \
            "0.0198607, 0.0211514, 0.0247572, 0.0348849, 0.0636872, 0.14542, 0.383414", \
            "0.023467, 0.0254665, 0.0306183, 0.0429421, 0.0716358, 0.153715, 0.390413", \
            "0.023903, 0.026789, 0.0343865, 0.0520724, 0.0896282, 0.172092, 0.408727", \
            "0.0144858, 0.0185174, 0.0291168, 0.054853, 0.110019, 0.216167, 0.452893", \
            "-0.0205858, -0.0149496, -0.0001459, 0.0358739, 0.114263, 0.269099, 0.555631", \
            "-0.120951, -0.113196, -0.0913376, -0.0405614, 0.069011, 0.290581, 0.707523" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0148783, 0.0167683, 0.0221935, 0.0377454, 0.0822085, 0.210514, 0.580755", \
            "0.0159335, 0.0176327, 0.0225792, 0.0375578, 0.0820905, 0.210673, 0.581397", \
            "0.0215313, 0.0234187, 0.0287884, 0.0416537, 0.08249, 0.210586, 0.58213", \
            "0.031203, 0.0334499, 0.0398104, 0.0553886, 0.0940695, 0.210969, 0.582375", \
            "0.0487117, 0.0516743, 0.060252, 0.0801189, 0.126023, 0.237109, 0.581977", \
            "0.0821094, 0.0862247, 0.0971669, 0.123965, 0.185133, 0.31194, 0.630611", \
            "0.148257, 0.154072, 0.168989, 0.207956, 0.285646, 0.452864, 0.811619" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0671654, 0.0690011, 0.0743447, 0.0894995, 0.133334, 0.259407, 0.622899", \
            "0.0663847, 0.0682133, 0.0734995, 0.0887775, 0.132634, 0.258591, 0.622345", \
            "0.0654645, 0.0673024, 0.072599, 0.0879349, 0.131968, 0.258035, 0.622127", \
            "0.0647445, 0.0665534, 0.0718842, 0.0873005, 0.131339, 0.257633, 0.621888", \
            "0.0644925, 0.0662983, 0.0715084, 0.0868241, 0.130747, 0.257063, 0.621183", \
            "0.0667539, 0.0683404, 0.0734199, 0.0882196, 0.132224, 0.257833, 0.621478", \
            "0.0800821, 0.0816028, 0.0859966, 0.0991603, 0.140477, 0.264102, 0.625476" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0259618, 0.024188, 0.0189991, 0.0040014, -0.039652, -0.166513, -0.534476", \
            "0.0253721, 0.0236019, 0.0184539, 0.0034822, -0.0401063, -0.1669, -0.534956", \
            "0.0246173, 0.022863, 0.0178045, 0.002953, -0.0405302, -0.167197, -0.535155", \
            "0.023636, 0.021923, 0.0169521, 0.002162, -0.0411441, -0.167625, -0.535391", \
            "0.0239411, 0.0221445, 0.0169731, 0.0016785, -0.0416053, -0.167891, -0.535381", \
            "0.0268696, 0.0250039, 0.0196068, 0.0042104, -0.0401364, -0.167544, -0.53534", \
            "0.0407939, 0.038729, 0.0328591, 0.0162234, -0.0305744, -0.161297, -0.532352" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0573958, 0.0591948, 0.064516, 0.0797317, 0.123631, 0.249725, 0.613579", \
            "0.056403, 0.0582477, 0.0635871, 0.0788939, 0.122911, 0.248922, 0.612676", \
            "0.0552225, 0.0570621, 0.0625097, 0.0779119, 0.122029, 0.248363, 0.612204", \
            "0.0547128, 0.0565413, 0.0618754, 0.0771462, 0.121339, 0.247892, 0.611956", \
            "0.0560907, 0.0577946, 0.0631743, 0.0779064, 0.121442, 0.247415, 0.611522", \
            "0.0623653, 0.0640256, 0.0687784, 0.0827777, 0.124621, 0.249596, 0.612699", \
            "0.0815395, 0.0822995, 0.0858649, 0.0987932, 0.140204, 0.260221, 0.61995" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0186168, 0.0169151, 0.0119039, -0.0029332, -0.046587, -0.173562, -0.541693", \
            "0.0179586, 0.0162941, 0.0114614, -0.0031254, -0.0465038, -0.173336, -0.541394", \
            "0.0167912, 0.0151667, 0.0104034, -0.0038927, -0.0468604, -0.173401, -0.541267", \
            "0.015612, 0.0139935, 0.0091325, -0.0051202, -0.0477184, -0.173746, -0.541369", \
            "0.0160702, 0.0143442, 0.0092347, -0.0059117, -0.0486362, -0.174349, -0.541622", \
            "0.0196426, 0.0178251, 0.0122053, -0.0034109, -0.0476036, -0.174545, -0.541794", \
            "0.0355941, 0.0334553, 0.0269215, 0.009217, -0.0388237, -0.169462, -0.539642" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0454363, 0.0472741, 0.0526321, 0.0678404, 0.111475, 0.23697, 0.600134", \
            "0.0442994, 0.0461468, 0.0515805, 0.0670581, 0.110912, 0.236777, 0.599854", \
            "0.0430774, 0.0449418, 0.0503801, 0.0659729, 0.110214, 0.236333, 0.599605", \
            "0.0421251, 0.0439549, 0.0493171, 0.0647561, 0.109025, 0.23546, 0.599312", \
            "0.0415997, 0.0434369, 0.0487114, 0.0640153, 0.10796, 0.234218, 0.598813", \
            "0.0434631, 0.0451528, 0.0502124, 0.065159, 0.108793, 0.234433, 0.598275", \
            "0.0547656, 0.056159, 0.0605527, 0.0737894, 0.115524, 0.239503, 0.601124" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0265704, 0.0247918, 0.0196131, 0.0046233, -0.0390838, -0.165886, -0.533849", \
            "0.025929, 0.0241669, 0.0190421, 0.0040908, -0.0395283, -0.16633, -0.534272", \
            "0.0251386, 0.02341, 0.0183144, 0.0034455, -0.0399724, -0.166697, -0.534583", \
            "0.0240983, 0.0224098, 0.0174079, 0.002644, -0.0405487, -0.167062, -0.534796", \
            "0.0243069, 0.0224725, 0.0172698, 0.0023338, -0.0408429, -0.167049, -0.534761", \
            "0.0280495, 0.0261533, 0.0207355, 0.0052083, -0.0391756, -0.166808, -0.534461", \
            "0.0414136, 0.0393292, 0.0333439, 0.016461, -0.0303699, -0.160805, -0.531767" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0357432, 0.0376035, 0.0429228, 0.058183, 0.101799, 0.227373, 0.590494", \
            "0.0345453, 0.03644, 0.0419104, 0.0574085, 0.101342, 0.226965, 0.590245", \
            "0.0334272, 0.0352757, 0.0407362, 0.0562215, 0.100535, 0.226868, 0.589996", \
            "0.0330527, 0.0349586, 0.0403, 0.0553295, 0.0997133, 0.22602, 0.589697", \
            "0.0346487, 0.0363349, 0.0411184, 0.055954, 0.0994234, 0.225423, 0.589664", \
            "0.0409166, 0.0425721, 0.04725, 0.0617065, 0.10343, 0.226697, 0.590505", \
            "0.0576967, 0.0591504, 0.0634653, 0.0762499, 0.116878, 0.238111, 0.595885" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0188736, 0.0171574, 0.0121649, -0.0026811, -0.0463831, -0.17337, -0.541526", \
            "0.0182409, 0.0166327, 0.011767, -0.0028334, -0.0462635, -0.173102, -0.541173", \
            "0.0172247, 0.0156008, 0.0108271, -0.0035091, -0.0465236, -0.173051, -0.540984", \
            "0.0162542, 0.0145893, 0.0096897, -0.0045796, -0.0472079, -0.173348, -0.541038", \
            "0.0172792, 0.0154173, 0.0100223, -0.0049759, -0.0479041, -0.17373, -0.541053", \
            "0.0219773, 0.0199532, 0.0142192, -0.0017325, -0.0462212, -0.173518, -0.541009", \
            "0.0390912, 0.0367308, 0.0300632, 0.0116758, -0.0369436, -0.167905, -0.538284" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0129907, 0.0150695, 0.0208557, 0.0366288, 0.0806129, 0.206449, 0.570789", \
            "0.0121308, 0.0141576, 0.0199377, 0.0359714, 0.0804019, 0.2066, 0.571263", \
            "0.0117862, 0.0136901, 0.0193479, 0.0350076, 0.0797616, 0.205784, 0.571311", \
            "0.0125784, 0.0143679, 0.0196185, 0.0351175, 0.0788749, 0.205888, 0.569475", \
            "0.0161015, 0.0177108, 0.0224231, 0.037125, 0.0801455, 0.205813, 0.570746", \
            "0.0256572, 0.0269808, 0.0313611, 0.0464693, 0.0874002, 0.209167, 0.571605", \
            "0.052776, 0.0540514, 0.0579547, 0.0706859, 0.10614, 0.231561, 0.581586" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
          values ( \
            "0.0103504, 0.0086789, 0.0037041, -0.0111134, -0.0547691, -0.181746, -0.549852", \
            "0.0093836, 0.0077318, 0.0028807, -0.0116546, -0.0550092, -0.181849, -0.54991", \
            "0.0087083, 0.0069806, 0.0020774, -0.0123784, -0.0554414, -0.181976, -0.549965", \
            "0.0087778, 0.006976, 0.0018975, -0.012809, -0.0558887, -0.182173, -0.549797", \
            "0.0116168, 0.0096669, 0.0042728, -0.0113006, -0.0552293, -0.181802, -0.549326", \
            "0.0224094, 0.0201033, 0.013699, -0.0030257, -0.0507278, -0.179593, -0.548029", \
            "0.0496773, 0.047485, 0.0379116, 0.017266, -0.0339529, -0.168671, -0.541426" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.009104;
      rise_capacitance : 0.009575;
      rise_capacitance_range (0.009575, 0.009575);
      fall_capacitance : 0.008632;
      fall_capacitance_range (0.008632, 0.008632);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0174701, -0.017505, -0.0175857, -0.0175759, -0.0175532, -0.0175012, -0.0173809" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0175169, 0.0175462, 0.0176134, 0.0176182, 0.0176292, 0.0176546, 0.0177131" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008472;
      rise_capacitance : 0.009064;
      rise_capacitance_range (0.009064, 0.009064);
      fall_capacitance : 0.00788;
      fall_capacitance_range (0.00788, 0.00788);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0166906, -0.01666, -0.0165895, -0.0165943, -0.0166052, -0.0166304, -0.0166885" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0166719, 0.0166611, 0.016636, 0.0166381, 0.016643, 0.0166543, 0.0166803" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008969;
      rise_capacitance : 0.009339;
      rise_capacitance_range (0.009339, 0.009339);
      fall_capacitance : 0.0086;
      fall_capacitance_range (0.0086, 0.0086);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0178952, -0.0178993, -0.0179091, -0.0179109, -0.0179151, -0.0179249, -0.0179472" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0184537, 0.0184118, 0.018315, 0.0183598, 0.0184631, 0.018701, 0.0192495" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008176;
      rise_capacitance : 0.008658;
      rise_capacitance_range (0.008658, 0.008658);
      fall_capacitance : 0.007694;
      fall_capacitance_range (0.007694, 0.007694);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0168129, -0.0168137, -0.0168155, -0.0168168, -0.0168197, -0.0168264, -0.016842" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0173263, 0.017274, 0.0171533, 0.017197, 0.0172978, 0.01753, 0.0180653" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008599;
      rise_capacitance : 0.008822;
      rise_capacitance_range (0.008822, 0.008822);
      fall_capacitance : 0.008376;
      fall_capacitance_range (0.008376, 0.008376);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0101507, -0.0101694, -0.0102125, -0.0101752, -0.0100889, -0.0098902, -0.0094322" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0203857, 0.0203859, 0.0203863, 0.0203803, 0.0203665, 0.0203346, 0.0202614" \
          );
        }
      }
    }
  }
  cell (scs8hd_o22a_1) {
    area : 8.7584;
    cell_footprint : "o22a";
    cell_leakage_power : 0.00851487;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0064791;
      when : "!A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.021446;
      when : "!A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0065104;
      when : "!A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.006241;
      when : "!A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0124103;
      when : "!A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0062592;
      when : "!A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.012409;
      when : "!A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0065805;
      when : "!A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0066072;
      when : "A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0062592;
      when : "A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0066059;
      when : "A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0007774;
      when : "A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0124082;
      when : "A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0062592;
      when : "A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124069;
      when : "A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0065784;
      when : "A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.00851487;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1) | (A2&B1) | (A1&B2) | (A2&B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.217905;
      max_transition : 1.50544;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0507262, 0.0562084, 0.0693327, 0.102345, 0.190435, 0.431448, 1.09133", \
            "0.0544572, 0.0599323, 0.0730839, 0.105972, 0.194001, 0.433887, 1.09518", \
            "0.0630187, 0.0684157, 0.0813994, 0.114324, 0.202631, 0.442493, 1.10348", \
            "0.0759881, 0.0816733, 0.0950018, 0.127953, 0.215992, 0.456282, 1.11676", \
            "0.0847933, 0.0914317, 0.105824, 0.139035, 0.227117, 0.467646, 1.12952", \
            "0.0733702, 0.0815836, 0.0990729, 0.134237, 0.222101, 0.463116, 1.12619", \
            "0.0051143, 0.0155399, 0.0380169, 0.0800923, 0.169498, 0.411257, 1.0709" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0154443, 0.0210451, 0.0364715, 0.080788, 0.206162, 0.551018, 1.49988", \
            "0.0154489, 0.0209916, 0.0364362, 0.0807685, 0.205552, 0.551084, 1.50363", \
            "0.0154976, 0.0210587, 0.0364857, 0.0808084, 0.205817, 0.550591, 1.50294", \
            "0.0175868, 0.0227588, 0.0376003, 0.0808721, 0.205235, 0.550502, 1.50235", \
            "0.0218326, 0.0270348, 0.0405083, 0.0820346, 0.20546, 0.549405, 1.49978", \
            "0.028101, 0.0343955, 0.0481695, 0.0856516, 0.205955, 0.548508, 1.49925", \
            "0.0373792, 0.0454456, 0.0618655, 0.0976138, 0.209627, 0.552368, 1.49531" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.100523, 0.106099, 0.117732, 0.140874, 0.190417, 0.313355, 0.648972", \
            "0.105259, 0.110839, 0.122504, 0.145659, 0.195181, 0.318036, 0.653252", \
            "0.11583, 0.121438, 0.133148, 0.156239, 0.205876, 0.328853, 0.664643", \
            "0.139808, 0.14539, 0.157083, 0.180253, 0.229878, 0.35278, 0.687958", \
            "0.188385, 0.194371, 0.206863, 0.230945, 0.281325, 0.404239, 0.739717", \
            "0.276112, 0.283111, 0.297461, 0.324638, 0.377871, 0.502211, 0.835427", \
            "0.445722, 0.453951, 0.471214, 0.503294, 0.561942, 0.688912, 1.02339" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0186435, 0.0225636, 0.0311533, 0.051118, 0.104893, 0.260838, 0.708499", \
            "0.0186255, 0.022482, 0.030883, 0.0511096, 0.104828, 0.261898, 0.704118", \
            "0.0186875, 0.0224043, 0.0310492, 0.0510367, 0.104593, 0.262069, 0.708384", \
            "0.018601, 0.0224378, 0.0309955, 0.0510411, 0.104731, 0.260524, 0.709588", \
            "0.0210266, 0.0249274, 0.033432, 0.0528242, 0.105786, 0.26344, 0.704358", \
            "0.0262804, 0.0307095, 0.0401933, 0.0598843, 0.11097, 0.262681, 0.702022", \
            "0.0346189, 0.0398512, 0.0515077, 0.0716582, 0.120958, 0.26636, 0.704966" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0478915, 0.053145, 0.0659881, 0.0987602, 0.18641, 0.426298, 1.09052", \
            "0.051313, 0.0565525, 0.0693806, 0.102037, 0.189835, 0.430171, 1.09388", \
            "0.058095, 0.0632786, 0.0760309, 0.108772, 0.196557, 0.439665, 1.10643", \
            "0.0666773, 0.0721495, 0.0852748, 0.11811, 0.20615, 0.446687, 1.10669", \
            "0.0683447, 0.0748396, 0.0890569, 0.122063, 0.210395, 0.451975, 1.11301", \
            "0.0445486, 0.0530111, 0.0702669, 0.105316, 0.193297, 0.434679, 1.09616", \
            "-0.0491951, -0.0381944, -0.0152189, 0.0276845, 0.117675, 0.359108, 1.02115" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0144977, 0.0200806, 0.0356725, 0.0802491, 0.206192, 0.552749, 1.50544", \
            "0.0144849, 0.0200966, 0.0356238, 0.0804076, 0.206374, 0.552414, 1.50251", \
            "0.0147615, 0.0202622, 0.035806, 0.0803212, 0.205917, 0.55586, 1.50393", \
            "0.0168358, 0.0220782, 0.0369261, 0.080742, 0.205914, 0.552283, 1.50244", \
            "0.0211596, 0.0266391, 0.039967, 0.0817922, 0.204933, 0.551095, 1.50081", \
            "0.0283075, 0.0344623, 0.0483327, 0.0853616, 0.206672, 0.548801, 1.49904", \
            "0.0386673, 0.0468529, 0.0635931, 0.0994137, 0.210471, 0.55279, 1.49876" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0923702, 0.0979584, 0.109652, 0.132855, 0.182305, 0.305342, 0.640499", \
            "0.0955805, 0.101186, 0.112942, 0.136056, 0.185631, 0.30845, 0.644141", \
            "0.106389, 0.111969, 0.123527, 0.146715, 0.196376, 0.319325, 0.655162", \
            "0.134663, 0.140199, 0.151841, 0.174989, 0.22455, 0.347447, 0.683196", \
            "0.194733, 0.200917, 0.213637, 0.237862, 0.287664, 0.410374, 0.746028", \
            "0.297393, 0.304959, 0.320562, 0.348756, 0.401096, 0.525671, 0.860563", \
            "0.485441, 0.494365, 0.513274, 0.548344, 0.607212, 0.731663, 1.06687" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0186279, 0.0224818, 0.0307444, 0.0510993, 0.104844, 0.261421, 0.7068", \
            "0.0186109, 0.0225797, 0.0309718, 0.0510695, 0.104666, 0.261257, 0.70713", \
            "0.0186268, 0.0224706, 0.0310799, 0.0509945, 0.104793, 0.261562, 0.711509", \
            "0.0186226, 0.0224156, 0.030888, 0.0510493, 0.104556, 0.261228, 0.709742", \
            "0.0224058, 0.0262866, 0.0346787, 0.053533, 0.106116, 0.261553, 0.707891", \
            "0.0303553, 0.0348397, 0.0442389, 0.0618144, 0.111361, 0.263098, 0.704171", \
            "0.0401801, 0.0460779, 0.0573472, 0.0773885, 0.122283, 0.266667, 0.703264" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0450624, 0.0502686, 0.0631371, 0.0959882, 0.18425, 0.424185, 1.08474", \
            "0.0485195, 0.0537505, 0.066547, 0.0994261, 0.187525, 0.428306, 1.09105", \
            "0.0566933, 0.0618049, 0.0745025, 0.107261, 0.195611, 0.43554, 1.09649", \
            "0.0668275, 0.0721324, 0.0850085, 0.118064, 0.206596, 0.446838, 1.10851", \
            "0.071396, 0.0773297, 0.0905757, 0.1233, 0.212096, 0.452436, 1.1135", \
            "0.0533965, 0.0608213, 0.0760484, 0.109364, 0.19676, 0.438677, 1.09848", \
            "-0.0284623, -0.0189911, 0.0006195, 0.0379512, 0.12561, 0.366161, 1.02753" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0146612, 0.02019, 0.0359259, 0.0805157, 0.205866, 0.549971, 1.50168", \
            "0.014615, 0.0202301, 0.0358532, 0.0806727, 0.206234, 0.551774, 1.50207", \
            "0.0147966, 0.0203747, 0.0360088, 0.0806799, 0.205703, 0.550542, 1.50287", \
            "0.0161489, 0.0215392, 0.0369456, 0.0810529, 0.206101, 0.551208, 1.49999", \
            "0.0195719, 0.024518, 0.0385419, 0.0815217, 0.205465, 0.550068, 1.49801", \
            "0.0255823, 0.0308116, 0.0440847, 0.0833471, 0.206225, 0.548677, 1.49881", \
            "0.0342446, 0.0411375, 0.0552527, 0.090826, 0.20758, 0.552634, 1.49534" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0825204, 0.0875983, 0.0985524, 0.120742, 0.169513, 0.29183, 0.626233", \
            "0.0867976, 0.0919017, 0.102705, 0.125016, 0.173912, 0.296086, 0.630232", \
            "0.0978456, 0.102894, 0.113712, 0.136101, 0.185015, 0.307241, 0.641698", \
            "0.123286, 0.128327, 0.139152, 0.161527, 0.210448, 0.332671, 0.667137", \
            "0.17083, 0.17644, 0.188478, 0.212483, 0.262907, 0.384815, 0.720107", \
            "0.257021, 0.263495, 0.277467, 0.30485, 0.358674, 0.482238, 0.816616", \
            "0.42832, 0.436095, 0.452656, 0.485027, 0.5459, 0.674028, 1.0074" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0160484, 0.0197813, 0.0284463, 0.0495532, 0.103932, 0.261245, 0.708838", \
            "0.016111, 0.0198112, 0.0284384, 0.0496025, 0.103598, 0.261141, 0.701137", \
            "0.0160882, 0.0197908, 0.0284934, 0.0495675, 0.103582, 0.261393, 0.702828", \
            "0.0165188, 0.0200988, 0.0288773, 0.0497206, 0.103521, 0.261562, 0.707099", \
            "0.0194834, 0.0235399, 0.0324974, 0.0527625, 0.105998, 0.261663, 0.706097", \
            "0.025086, 0.0294552, 0.0392354, 0.0602286, 0.11201, 0.263153, 0.708628", \
            "0.0336758, 0.0388685, 0.0503318, 0.0740885, 0.124619, 0.267684, 0.702133" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0377599, 0.0428276, 0.0554803, 0.0881267, 0.175962, 0.417316, 1.07735", \
            "0.0412073, 0.0462485, 0.0588107, 0.0915424, 0.179868, 0.42136, 1.08001", \
            "0.0479285, 0.0529686, 0.0654493, 0.098117, 0.185864, 0.429246, 1.08986", \
            "0.0536093, 0.0588357, 0.0715138, 0.104186, 0.192623, 0.433826, 1.0941", \
            "0.050817, 0.0568734, 0.0699647, 0.102354, 0.190542, 0.432198, 1.09386", \
            "0.0206565, 0.0284963, 0.0443176, 0.0774915, 0.164917, 0.406195, 1.06634", \
            "-0.0832691, -0.0731972, -0.0522106, -0.0127526, 0.0747925, 0.317091, 0.977815" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.013718, 0.0193511, 0.0351889, 0.0803469, 0.206556, 0.552207, 1.49901", \
            "0.013722, 0.0193431, 0.0351701, 0.080223, 0.206293, 0.554981, 1.49705", \
            "0.0142871, 0.0198076, 0.0352983, 0.080144, 0.205577, 0.556947, 1.50231", \
            "0.0160136, 0.0212134, 0.0362484, 0.0806067, 0.206078, 0.552625, 1.49883", \
            "0.0198819, 0.0248696, 0.0384477, 0.0811717, 0.205226, 0.551308, 1.49848", \
            "0.026828, 0.0324677, 0.0451961, 0.0836776, 0.206327, 0.548557, 1.50283", \
            "0.0372839, 0.0448063, 0.0595818, 0.0941953, 0.208979, 0.55286, 1.50452" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0708129, 0.0758879, 0.0868652, 0.109239, 0.157968, 0.280386, 0.61464", \
            "0.0740924, 0.0791312, 0.0899835, 0.112314, 0.161209, 0.283561, 0.617519", \
            "0.0851701, 0.0902108, 0.101137, 0.123511, 0.172466, 0.294803, 0.629003", \
            "0.113484, 0.118475, 0.12932, 0.15161, 0.20062, 0.322953, 0.658399", \
            "0.166585, 0.172497, 0.184981, 0.208959, 0.259519, 0.381948, 0.71641", \
            "0.258422, 0.265412, 0.280352, 0.308394, 0.361438, 0.485682, 0.8202", \
            "0.437872, 0.44609, 0.46387, 0.497618, 0.558158, 0.682991, 1.01799" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0160391, 0.0199631, 0.0284854, 0.0494757, 0.103605, 0.260478, 0.703146", \
            "0.0161159, 0.0198719, 0.0285971, 0.0495428, 0.103721, 0.261286, 0.70735", \
            "0.0160107, 0.0199843, 0.0285297, 0.0495948, 0.103708, 0.2608, 0.702847", \
            "0.0165572, 0.0202696, 0.028968, 0.0498921, 0.103645, 0.261472, 0.705406", \
            "0.021423, 0.0256048, 0.0339687, 0.0537088, 0.106665, 0.261913, 0.705621", \
            "0.0282024, 0.0330535, 0.0429737, 0.0630348, 0.112238, 0.263039, 0.70678", \
            "0.0380209, 0.0434242, 0.0553331, 0.0778486, 0.124446, 0.267696, 0.704984" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379084, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0142485, 0.0160658, 0.0209139, 0.0337786, 0.0687327, 0.163708, 0.425548", \
            "0.0141061, 0.0159289, 0.0207722, 0.0336127, 0.0683914, 0.163211, 0.423833", \
            "0.0139906, 0.0157756, 0.0205595, 0.03338, 0.0683324, 0.163773, 0.426031", \
            "0.0137719, 0.0155326, 0.0202308, 0.0330177, 0.0678023, 0.162843, 0.423849", \
            "0.0142577, 0.0159725, 0.0205634, 0.033115, 0.0679142, 0.162919, 0.423767", \
            "0.0158491, 0.0174016, 0.0220564, 0.0346007, 0.0689108, 0.164191, 0.42518", \
            "0.0213291, 0.0228934, 0.0273483, 0.0399813, 0.0745038, 0.169679, 0.429989" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379084, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0180274, 0.0166832, 0.0133753, 0.002173, -0.0319491, -0.127488, -0.391137", \
            "0.017814, 0.0164737, 0.0131255, 0.0019189, -0.0321739, -0.127683, -0.391561", \
            "0.0175357, 0.0162244, 0.0128846, 0.0016766, -0.0324052, -0.127928, -0.391557", \
            "0.0173504, 0.0160212, 0.0126984, 0.0014799, -0.0326053, -0.128114, -0.391757", \
            "0.0172347, 0.0157737, 0.0125629, 0.0013721, -0.0326667, -0.128104, -0.391787", \
            "0.0213859, 0.0196315, 0.0150464, 0.0024362, -0.0317284, -0.127091, -0.390641", \
            "0.0270643, 0.0252075, 0.0203004, 0.0074816, -0.0272315, -0.122798, -0.386054" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379084, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0131081, 0.0149201, 0.019757, 0.0325871, 0.06725, 0.162804, 0.42359", \
            "0.0129534, 0.0147564, 0.0195966, 0.0324122, 0.067386, 0.162552, 0.423977", \
            "0.0126116, 0.0143887, 0.0191749, 0.0319956, 0.0667588, 0.162253, 0.423949", \
            "0.0123111, 0.0140397, 0.0187537, 0.0315259, 0.066286, 0.162172, 0.422822", \
            "0.0126755, 0.0143462, 0.0190327, 0.0315013, 0.0659843, 0.161023, 0.421719", \
            "0.0142077, 0.0158618, 0.0203566, 0.0330796, 0.0676123, 0.161841, 0.42329", \
            "0.0199113, 0.0214652, 0.0259192, 0.0385383, 0.0731539, 0.167703, 0.428904" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379084, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0155256, 0.0141844, 0.0108964, -0.0003601, -0.0344547, -0.130012, -0.393625", \
            "0.0151313, 0.0137637, 0.0104548, -0.0007341, -0.0348231, -0.130348, -0.393962", \
            "0.0148661, 0.0135335, 0.0102165, -0.0009765, -0.0350744, -0.130607, -0.394248", \
            "0.0150926, 0.0136876, 0.0103545, -0.0009286, -0.0350292, -0.130531, -0.394158", \
            "0.0152458, 0.0138296, 0.0105707, -0.0006396, -0.0346388, -0.13016, -0.393777", \
            "0.0217633, 0.019889, 0.015103, 0.00241, -0.031657, -0.127032, -0.390715", \
            "0.0272989, 0.0253232, 0.0203375, 0.0074837, -0.027283, -0.122624, -0.386045" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379084, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0113413, 0.0131451, 0.0179933, 0.0308388, 0.0657805, 0.160931, 0.423405", \
            "0.0111629, 0.0129766, 0.0177959, 0.0306672, 0.0656474, 0.160896, 0.422637", \
            "0.0110208, 0.0127609, 0.0175299, 0.0303701, 0.0653195, 0.160809, 0.42307", \
            "0.0108086, 0.0125838, 0.0172898, 0.030051, 0.0647808, 0.15977, 0.421239", \
            "0.0114979, 0.0131851, 0.0177742, 0.0301557, 0.0647324, 0.159983, 0.421348", \
            "0.0129151, 0.0145536, 0.0190853, 0.0317267, 0.0660317, 0.160306, 0.421642", \
            "0.0179071, 0.0194495, 0.0237931, 0.0362237, 0.0707989, 0.165304, 0.426833" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379084, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0112023, 0.0099218, 0.006505, -0.0050267, -0.039518, -0.135372, -0.399198", \
            "0.0109048, 0.0095925, 0.0061249, -0.0053738, -0.0398494, -0.135722, -0.399657", \
            "0.0105714, 0.0092763, 0.0057961, -0.0056888, -0.0401461, -0.136002, -0.399853", \
            "0.0104131, 0.0090581, 0.0055854, -0.0059344, -0.040372, -0.136148, -0.399997", \
            "0.0100879, 0.0083873, 0.0051109, -0.0060755, -0.0403888, -0.136126, -0.399964", \
            "0.0135885, 0.0118897, 0.0072207, -0.005348, -0.0396789, -0.135232, -0.399081", \
            "0.0180177, 0.0161187, 0.0112751, -0.0012951, -0.0361834, -0.131961, -0.395483" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379084, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0097353, 0.0115683, 0.0164304, 0.0292562, 0.0642217, 0.15918, 0.41715", \
            "0.0095934, 0.0114094, 0.0162334, 0.0290475, 0.0639893, 0.158979, 0.417225", \
            "0.0093825, 0.0111432, 0.0158939, 0.0287, 0.0637057, 0.158701, 0.418137", \
            "0.0092619, 0.0108705, 0.0155874, 0.0282653, 0.0633632, 0.158466, 0.419156", \
            "0.0097733, 0.0114892, 0.0160263, 0.0284008, 0.0630437, 0.158017, 0.418701", \
            "0.011802, 0.0134392, 0.0179501, 0.0304516, 0.0645594, 0.15897, 0.42089", \
            "0.0182229, 0.0197488, 0.0240059, 0.0363693, 0.0704611, 0.165255, 0.426334" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379084, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0086614, 0.0073786, 0.0039703, -0.0074976, -0.0418672, -0.137631, -0.401487", \
            "0.0083169, 0.0070269, 0.0035874, -0.0078657, -0.0422737, -0.138029, -0.401868", \
            "0.0080945, 0.0068207, 0.0033675, -0.0080596, -0.0424533, -0.1382, -0.402083", \
            "0.0082294, 0.0068953, 0.0034154, -0.0080998, -0.0424577, -0.138162, -0.401962", \
            "0.0090173, 0.0072524, 0.0036526, -0.0075231, -0.0418131, -0.13751, -0.401332", \
            "0.0146238, 0.0127413, 0.0078258, -0.0048598, -0.0393651, -0.135003, -0.398862", \
            "0.0201553, 0.0181591, 0.0132413, 0.000496, -0.0342987, -0.130044, -0.393945" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002356;
      rise_capacitance : 0.002452;
      rise_capacitance_range (0.002452, 0.002452);
      fall_capacitance : 0.002259;
      fall_capacitance_range (0.002259, 0.002259);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044134, -0.0044127, -0.0044112, -0.0044118, -0.0044135, -0.0044171, -0.0044253" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044179, 0.0044212, 0.004429, 0.0044266, 0.0044211, 0.0044083, 0.004379" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002445;
      rise_capacitance : 0.002599;
      rise_capacitance_range (0.002599, 0.002599);
      fall_capacitance : 0.002291;
      fall_capacitance_range (0.002291, 0.002291);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045484, -0.0045432, -0.0045311, -0.0045311, -0.0045311, -0.004531, -0.0045306" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045345, 0.0045367, 0.0045419, 0.0045427, 0.0045446, 0.0045488, 0.0045586" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002465;
      rise_capacitance : 0.002572;
      rise_capacitance_range (0.002572, 0.002572);
      fall_capacitance : 0.002358;
      fall_capacitance_range (0.002358, 0.002358);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0013563, -0.0013622, -0.0013757, -0.0013613, -0.0013281, -0.0012514, -0.0010745" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0054753, 0.0054756, 0.0054762, 0.0054761, 0.0054758, 0.005475, 0.0054734" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002428;
      rise_capacitance : 0.002577;
      rise_capacitance_range (0.002577, 0.002577);
      fall_capacitance : 0.002279;
      fall_capacitance_range (0.002279, 0.002279);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.00103, -0.0010334, -0.001041, -0.0010279, -0.0009977, -0.0009281, -0.0007674" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0051445, 0.0051432, 0.0051405, 0.0051419, 0.0051452, 0.0051527, 0.0051702" \
          );
        }
      }
    }
  }
  cell (scs8hd_o22a_2) {
    area : 10.0096;
    cell_footprint : "o22a";
    cell_leakage_power : 0.0114622;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0124554;
      when : "!A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0314411;
      when : "!A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0127455;
      when : "!A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0124254;
      when : "!A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0124315;
      when : "!A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0124556;
      when : "!A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124333;
      when : "!A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.006598;
      when : "!A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0066255;
      when : "A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0124555;
      when : "A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0066243;
      when : "A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.000789;
      when : "A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0124326;
      when : "A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0124556;
      when : "A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124314;
      when : "A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0065961;
      when : "A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0114622;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1) | (A2&B1) | (A1&B2) | (A2&B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.408335;
      max_transition : 1.51089;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0545885, 0.0588384, 0.0694484, 0.0961449, 0.171872, 0.399246, 1.09534", \
            "0.0583177, 0.0625662, 0.0731735, 0.0999112, 0.175325, 0.403334, 1.09739", \
            "0.0669635, 0.0712136, 0.0817873, 0.108388, 0.183908, 0.411673, 1.10871", \
            "0.0824869, 0.0870176, 0.097824, 0.124603, 0.200066, 0.42819, 1.12258", \
            "0.0953679, 0.10083, 0.113155, 0.141103, 0.216633, 0.445011, 1.14009", \
            "0.0900076, 0.0966755, 0.112128, 0.143287, 0.219367, 0.447641, 1.14309", \
            "0.0302535, 0.0381598, 0.0574541, 0.096581, 0.176787, 0.404327, 1.10163" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0132015, 0.0169349, 0.0277218, 0.0609673, 0.167408, 0.495957, 1.50589", \
            "0.0131402, 0.0169121, 0.0276913, 0.0608385, 0.167272, 0.496754, 1.50397", \
            "0.0131049, 0.0169232, 0.0277134, 0.0609641, 0.167352, 0.497048, 1.50467", \
            "0.01492, 0.0185865, 0.02902, 0.0615323, 0.167361, 0.496883, 1.50099", \
            "0.0189732, 0.0229059, 0.03324, 0.0635914, 0.167373, 0.496479, 1.50328", \
            "0.0247068, 0.0298041, 0.0411925, 0.0698335, 0.168669, 0.494714, 1.49998", \
            "0.0337039, 0.0397725, 0.0539314, 0.0842192, 0.17409, 0.497542, 1.4971" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.116659, 0.121378, 0.132447, 0.155144, 0.200875, 0.310797, 0.631875", \
            "0.121493, 0.126214, 0.137246, 0.160043, 0.205384, 0.315723, 0.636472", \
            "0.132205, 0.136933, 0.147968, 0.170696, 0.21644, 0.326506, 0.647856", \
            "0.156327, 0.16105, 0.172117, 0.194779, 0.2405, 0.350795, 0.671916", \
            "0.20867, 0.213534, 0.224977, 0.247931, 0.294276, 0.404836, 0.725785", \
            "0.304582, 0.309853, 0.322656, 0.348938, 0.399071, 0.511701, 0.832887", \
            "0.485022, 0.49125, 0.506315, 0.53723, 0.594887, 0.713118, 1.03511" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0197709, 0.0229562, 0.0306163, 0.0469246, 0.0891318, 0.221856, 0.649898", \
            "0.0197681, 0.0229459, 0.0309381, 0.0468442, 0.0893877, 0.2218, 0.651323", \
            "0.0199011, 0.0229459, 0.0307243, 0.0470002, 0.0891131, 0.221522, 0.654412", \
            "0.0197728, 0.0229479, 0.0306194, 0.0468383, 0.0891133, 0.221252, 0.654694", \
            "0.0217641, 0.0248945, 0.0324018, 0.048478, 0.0905003, 0.221714, 0.651245", \
            "0.0273011, 0.0306796, 0.0388968, 0.0560285, 0.0970704, 0.224298, 0.651024", \
            "0.0368351, 0.0407623, 0.0498823, 0.0694315, 0.110035, 0.232041, 0.65114" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0526655, 0.0567397, 0.0670455, 0.0934304, 0.168827, 0.396478, 1.09324", \
            "0.0561829, 0.0602562, 0.0705622, 0.0969363, 0.17234, 0.399882, 1.09774", \
            "0.0634381, 0.0675103, 0.0777316, 0.104025, 0.179464, 0.406745, 1.10466", \
            "0.0746265, 0.0790051, 0.0896787, 0.116213, 0.19175, 0.419094, 1.11544", \
            "0.0808527, 0.0862412, 0.0984766, 0.126011, 0.201528, 0.429905, 1.12393", \
            "0.0640544, 0.0706851, 0.086007, 0.117046, 0.192779, 0.420697, 1.11483", \
            "-0.0183043, -0.0103857, 0.0089351, 0.0486274, 0.128984, 0.356788, 1.05288" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0124486, 0.016181, 0.0269665, 0.060249, 0.167208, 0.497303, 1.51089", \
            "0.0124591, 0.0161718, 0.0269557, 0.0602624, 0.167168, 0.496802, 1.50568", \
            "0.0124774, 0.0162202, 0.0269716, 0.0602851, 0.167323, 0.497719, 1.50274", \
            "0.0144065, 0.0180375, 0.0283956, 0.0610088, 0.166992, 0.496516, 1.50456", \
            "0.018621, 0.022614, 0.032783, 0.062981, 0.166994, 0.496394, 1.50225", \
            "0.0247467, 0.0297136, 0.0414485, 0.0693811, 0.168713, 0.495091, 1.5079", \
            "0.0341992, 0.0402437, 0.0548964, 0.0863397, 0.175155, 0.497787, 1.49553" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.107611, 0.11235, 0.123417, 0.14613, 0.191776, 0.301614, 0.622637", \
            "0.111075, 0.1158, 0.1269, 0.149568, 0.195302, 0.305436, 0.62611", \
            "0.121711, 0.126441, 0.137476, 0.160078, 0.205675, 0.316016, 0.637368", \
            "0.149551, 0.154268, 0.165337, 0.188013, 0.23378, 0.344035, 0.665155", \
            "0.213864, 0.218806, 0.230296, 0.253294, 0.298789, 0.409116, 0.730659", \
            "0.32599, 0.331913, 0.345644, 0.373653, 0.424265, 0.537268, 0.858176", \
            "0.525346, 0.532109, 0.548219, 0.582312, 0.644083, 0.76224, 1.08318" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0197518, 0.022943, 0.0304937, 0.0470476, 0.0891424, 0.221844, 0.650357", \
            "0.019759, 0.0229552, 0.0304833, 0.046965, 0.089143, 0.221786, 0.650894", \
            "0.0197552, 0.0229431, 0.0304788, 0.0470846, 0.089433, 0.221467, 0.653012", \
            "0.0198737, 0.0231235, 0.0304893, 0.0468954, 0.0890914, 0.2218, 0.653789", \
            "0.0224799, 0.0256478, 0.0329834, 0.0485224, 0.0907462, 0.221866, 0.648156", \
            "0.0314588, 0.0348154, 0.0439024, 0.0607218, 0.0997797, 0.225475, 0.651079", \
            "0.0434852, 0.0474431, 0.0576122, 0.0787604, 0.11708, 0.233471, 0.650616" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0497715, 0.0538074, 0.0640459, 0.0904067, 0.165801, 0.39386, 1.08853", \
            "0.0531672, 0.0572281, 0.0674778, 0.0938735, 0.169247, 0.396705, 1.09246", \
            "0.0616902, 0.0657311, 0.0759157, 0.102144, 0.177481, 0.405629, 1.10001", \
            "0.0752232, 0.0794717, 0.089944, 0.116396, 0.191659, 0.419937, 1.1141", \
            "0.0849933, 0.0901349, 0.101674, 0.128648, 0.204166, 0.43218, 1.12787", \
            "0.0735059, 0.0798785, 0.0942927, 0.123569, 0.198596, 0.426956, 1.12201", \
            "0.0021326, 0.0096162, 0.0275897, 0.0637205, 0.140435, 0.367753, 1.06276" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0125045, 0.0161999, 0.0270139, 0.0604797, 0.167176, 0.496102, 1.50493", \
            "0.0124915, 0.0162256, 0.0270509, 0.0605121, 0.167352, 0.495925, 1.50255", \
            "0.0124096, 0.0161697, 0.0270567, 0.0605207, 0.167078, 0.496042, 1.50489", \
            "0.0144081, 0.0178779, 0.0283085, 0.0611634, 0.167201, 0.496676, 1.50246", \
            "0.0184056, 0.021858, 0.0316796, 0.0626301, 0.167491, 0.496532, 1.50394", \
            "0.0242882, 0.0288116, 0.0390685, 0.0672173, 0.168588, 0.495823, 1.50013", \
            "0.0327345, 0.0385974, 0.051595, 0.0803858, 0.171822, 0.498432, 1.49964" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.099368, 0.103651, 0.113879, 0.135216, 0.179814, 0.289368, 0.610213", \
            "0.103813, 0.108072, 0.118286, 0.139726, 0.184194, 0.293872, 0.61492", \
            "0.114722, 0.118956, 0.129133, 0.150467, 0.195052, 0.304657, 0.625374", \
            "0.140235, 0.144478, 0.154613, 0.175982, 0.220745, 0.330373, 0.651357", \
            "0.193716, 0.19827, 0.208982, 0.23139, 0.277063, 0.386933, 0.707715", \
            "0.2907, 0.295803, 0.30791, 0.333245, 0.383399, 0.496697, 0.816009", \
            "0.475721, 0.481544, 0.495679, 0.525487, 0.583476, 0.703378, 1.02319" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0174506, 0.0204077, 0.0278409, 0.044351, 0.0877997, 0.220519, 0.650866", \
            "0.0173682, 0.0203591, 0.0276258, 0.0443611, 0.0877859, 0.220936, 0.64909", \
            "0.0174156, 0.0204056, 0.0276916, 0.0442596, 0.0878497, 0.220853, 0.654178", \
            "0.0174664, 0.0203537, 0.0278786, 0.0445774, 0.0878137, 0.220845, 0.649228", \
            "0.0199893, 0.0230233, 0.0304368, 0.0471206, 0.0894333, 0.221391, 0.653612", \
            "0.0263928, 0.0294423, 0.0374395, 0.0550523, 0.0974409, 0.224748, 0.650368", \
            "0.03693, 0.0402919, 0.0494969, 0.0690564, 0.111794, 0.234168, 0.650456" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0418392, 0.045682, 0.0555618, 0.0815514, 0.156717, 0.384509, 1.08091", \
            "0.0453247, 0.0491822, 0.0590318, 0.084939, 0.160152, 0.388059, 1.08329", \
            "0.0532549, 0.0570625, 0.0668331, 0.0926251, 0.167847, 0.395569, 1.08988", \
            "0.0627098, 0.0668776, 0.0770485, 0.103023, 0.178558, 0.408523, 1.10753", \
            "0.0649397, 0.0701025, 0.0817495, 0.108388, 0.183634, 0.411826, 1.10919", \
            "0.0420354, 0.0485319, 0.0630818, 0.0923278, 0.16727, 0.395407, 1.09114", \
            "-0.0502671, -0.0425456, -0.0240622, 0.0137049, 0.090772, 0.318259, 1.01332" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0115055, 0.0151774, 0.0258883, 0.0596608, 0.167074, 0.496538, 1.50348", \
            "0.0115612, 0.0151725, 0.0259305, 0.0597007, 0.166824, 0.497939, 1.50707", \
            "0.0117923, 0.0154147, 0.0260504, 0.0598123, 0.167446, 0.499098, 1.50397", \
            "0.0142683, 0.017653, 0.0276958, 0.0605348, 0.167048, 0.500336, 1.50603", \
            "0.0185543, 0.0222374, 0.0317326, 0.0620347, 0.167082, 0.496781, 1.51076", \
            "0.0246258, 0.0295668, 0.039683, 0.0675544, 0.167676, 0.49636, 1.50105", \
            "0.0346729, 0.0403781, 0.054236, 0.0825853, 0.172917, 0.497848, 1.4962" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.087691, 0.0919521, 0.102185, 0.123569, 0.168283, 0.277806, 0.598747", \
            "0.0908385, 0.0950948, 0.105295, 0.126713, 0.171405, 0.280995, 0.602039", \
            "0.101698, 0.106, 0.116135, 0.137511, 0.182132, 0.291904, 0.61214", \
            "0.129954, 0.13421, 0.144319, 0.165641, 0.210385, 0.320099, 0.641119", \
            "0.190277, 0.194973, 0.205919, 0.228625, 0.274288, 0.384354, 0.705535", \
            "0.293434, 0.298927, 0.311909, 0.338876, 0.389885, 0.502754, 0.82402", \
            "0.484586, 0.490811, 0.505573, 0.537846, 0.599006, 0.717442, 1.03878" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0174211, 0.0204597, 0.0279007, 0.0442269, 0.0878918, 0.220595, 0.651002", \
            "0.0174657, 0.0203858, 0.0276134, 0.0443, 0.0878458, 0.221049, 0.648505", \
            "0.017492, 0.0203343, 0.0275802, 0.0444732, 0.0879265, 0.220771, 0.650911", \
            "0.0174787, 0.0203267, 0.0276417, 0.0443559, 0.0879323, 0.221113, 0.65038", \
            "0.0218067, 0.0248244, 0.0321818, 0.0481596, 0.0900911, 0.221037, 0.648431", \
            "0.0306051, 0.0338719, 0.0425884, 0.0600412, 0.100299, 0.225553, 0.653865", \
            "0.0424496, 0.0458804, 0.0550369, 0.0762387, 0.118278, 0.234772, 0.651391" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0194527, 0.0215565, 0.0278928, 0.0466373, 0.102493, 0.271434, 0.791446", \
            "0.0193172, 0.0214219, 0.0277758, 0.046486, 0.102328, 0.271497, 0.787501", \
            "0.0191944, 0.0212865, 0.0276073, 0.0462697, 0.102147, 0.27133, 0.79092", \
            "0.0191879, 0.0212764, 0.0273354, 0.0458337, 0.101725, 0.271042, 0.791345", \
            "0.0200176, 0.0219356, 0.0278202, 0.0458763, 0.101314, 0.272205, 0.787192", \
            "0.0217943, 0.0236248, 0.0294111, 0.0474815, 0.102388, 0.271346, 0.791795", \
            "0.0274561, 0.0291401, 0.0347397, 0.0526293, 0.108007, 0.276533, 0.793723" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0217847, 0.0196826, 0.0144097, -0.0009771, -0.0546994, -0.225008, -0.747052", \
            "0.0216274, 0.0195256, 0.0143053, -0.0011786, -0.0548824, -0.225118, -0.747302", \
            "0.0215755, 0.0194609, 0.0141297, -0.0013649, -0.0550934, -0.22537, -0.747717", \
            "0.0212243, 0.0191245, 0.0138638, -0.0016246, -0.0553514, -0.225477, -0.747956", \
            "0.0215273, 0.0193329, 0.0138566, -0.0017215, -0.055378, -0.225595, -0.747747", \
            "0.0279925, 0.0253098, 0.0186883, 0.0001077, -0.0548508, -0.224716, -0.746883", \
            "0.034539, 0.0318697, 0.0248135, 0.0055795, -0.0505708, -0.221095, -0.742869" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0181844, 0.0202784, 0.0266123, 0.0453617, 0.101179, 0.270078, 0.790985", \
            "0.0181018, 0.0201951, 0.026529, 0.0452685, 0.101087, 0.271672, 0.787372", \
            "0.0179159, 0.019989, 0.0262827, 0.0449322, 0.100765, 0.270332, 0.785368", \
            "0.0177192, 0.019756, 0.025909, 0.0444022, 0.100177, 0.26979, 0.785849", \
            "0.0183811, 0.020301, 0.0262623, 0.0441928, 0.0997317, 0.270648, 0.7895", \
            "0.0199834, 0.0218495, 0.0277248, 0.045787, 0.10064, 0.269227, 0.79072", \
            "0.0261893, 0.0277618, 0.0332994, 0.0512764, 0.106456, 0.274538, 0.791253" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0193469, 0.0172439, 0.0119537, -0.0034201, -0.057129, -0.227207, -0.749687", \
            "0.0190302, 0.0169302, 0.0116644, -0.0037232, -0.0574469, -0.227713, -0.749808", \
            "0.0188045, 0.0167032, 0.0114041, -0.0039621, -0.0577441, -0.227953, -0.750082", \
            "0.0188824, 0.0168068, 0.0114889, -0.0040357, -0.0577645, -0.228, -0.750036", \
            "0.0196465, 0.0174138, 0.0119742, -0.0037308, -0.0574124, -0.227616, -0.749764", \
            "0.0270724, 0.0245455, 0.0176997, -0.0011205, -0.0556249, -0.225784, -0.747904", \
            "0.035836, 0.0331492, 0.0257635, 0.0060917, -0.0502759, -0.220227, -0.741991" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0164529, 0.018546, 0.0248823, 0.0435641, 0.0994133, 0.268555, 0.785043", \
            "0.0163366, 0.0184198, 0.0247328, 0.0434709, 0.0993638, 0.268473, 0.784597", \
            "0.0162342, 0.0183169, 0.0245891, 0.0431811, 0.0989682, 0.268254, 0.784506", \
            "0.0162654, 0.0182791, 0.0244354, 0.0428362, 0.098637, 0.268038, 0.788227", \
            "0.0169517, 0.0188487, 0.0248201, 0.0426512, 0.0981687, 0.267755, 0.788026", \
            "0.0188396, 0.0206524, 0.0264409, 0.0445319, 0.0991711, 0.267785, 0.784704", \
            "0.0243172, 0.0260367, 0.0313907, 0.0492512, 0.104135, 0.272367, 0.789736" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0150409, 0.0129301, 0.0078505, -0.0078849, -0.0621334, -0.232697, -0.755221", \
            "0.0146273, 0.0125958, 0.0074157, -0.0081683, -0.0623873, -0.233021, -0.75545", \
            "0.0142754, 0.0122495, 0.0071908, -0.0085618, -0.062681, -0.233333, -0.755758", \
            "0.0140299, 0.0119435, 0.0068199, -0.0089957, -0.0631417, -0.233678, -0.756032", \
            "0.0141658, 0.012039, 0.0066797, -0.0090609, -0.063218, -0.233651, -0.756086", \
            "0.0199154, 0.0175164, 0.0109427, -0.0075744, -0.0628154, -0.233149, -0.755413", \
            "0.0255523, 0.0228878, 0.0157457, -0.0034963, -0.0595663, -0.230287, -0.752083" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.014922, 0.017023, 0.0233929, 0.0421524, 0.0979417, 0.266665, 0.782416", \
            "0.0148273, 0.0169423, 0.0232828, 0.0420022, 0.0977383, 0.268374, 0.783811", \
            "0.0147704, 0.0168305, 0.0230673, 0.0415636, 0.0975381, 0.268454, 0.783723", \
            "0.0146677, 0.0167217, 0.0228196, 0.041228, 0.0970615, 0.266946, 0.785615", \
            "0.0155034, 0.0174085, 0.023412, 0.0412487, 0.0968112, 0.267569, 0.787544", \
            "0.0176639, 0.0194894, 0.0252551, 0.0430307, 0.09799, 0.266662, 0.783707", \
            "0.0243186, 0.0258605, 0.0313807, 0.0489211, 0.103847, 0.271516, 0.78898" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152866, 0.00467361, 0.0142887, 0.0436852, 0.13356, 0.408335");
          values ( \
            "0.0124097, 0.0104253, 0.005267, -0.0103936, -0.0645838, -0.235017, -0.757474", \
            "0.0121268, 0.0100162, 0.0048125, -0.0107432, -0.0648731, -0.235356, -0.757896", \
            "0.0118502, 0.009774, 0.0045953, -0.0109925, -0.065184, -0.235661, -0.75806", \
            "0.0119489, 0.0098904, 0.004619, -0.0111187, -0.0652004, -0.235774, -0.758067", \
            "0.012796, 0.0106287, 0.0054015, -0.0105146, -0.0648128, -0.235298, -0.757607", \
            "0.0201824, 0.0176736, 0.011329, -0.0074873, -0.0618222, -0.232247, -0.754587", \
            "0.0284251, 0.0257027, 0.0183328, -0.0012197, -0.0577226, -0.228307, -0.75051" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00235;
      rise_capacitance : 0.002451;
      rise_capacitance_range (0.002451, 0.002451);
      fall_capacitance : 0.002249;
      fall_capacitance_range (0.002249, 0.002249);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004407, -0.0044053, -0.0044013, -0.0044029, -0.0044063, -0.0044142, -0.0044325" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044335, 0.0044312, 0.0044259, 0.004425, 0.0044229, 0.0044182, 0.0044075" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002372;
      rise_capacitance : 0.002524;
      rise_capacitance_range (0.002524, 0.002524);
      fall_capacitance : 0.00222;
      fall_capacitance_range (0.00222, 0.00222);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043673, -0.0043684, -0.0043709, -0.0043714, -0.0043728, -0.0043759, -0.0043828" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043769, 0.0043781, 0.0043808, 0.0043787, 0.0043738, 0.0043627, 0.0043372" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002443;
      rise_capacitance : 0.00255;
      rise_capacitance_range (0.00255, 0.00255);
      fall_capacitance : 0.002337;
      fall_capacitance_range (0.002337, 0.002337);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0012989, -0.0013071, -0.0013259, -0.0013121, -0.00128, -0.001206, -0.0010355" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0054435, 0.005444, 0.0054451, 0.0054455, 0.0054461, 0.0054479, 0.0054521" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002405;
      rise_capacitance : 0.002556;
      rise_capacitance_range (0.002556, 0.002556);
      fall_capacitance : 0.002253;
      fall_capacitance_range (0.002253, 0.002253);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0009712, -0.0009809, -0.0010032, -0.0009895, -0.0009579, -0.0008849, -0.0007167" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.005138, 0.0051366, 0.0051335, 0.0051317, 0.0051275, 0.005118, 0.0050962" \
          );
        }
      }
    }
  }
  cell (scs8hd_o22a_4) {
    area : 17.5168;
    cell_footprint : "o22a";
    cell_leakage_power : 0.0334313;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0249154;
      when : "!A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0590917;
      when : "!A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0837012;
      when : "!A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0249111;
      when : "!A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0248941;
      when : "!A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0249293;
      when : "!A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0590821;
      when : "!A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0131702;
      when : "!A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0132265;
      when : "A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0249292;
      when : "A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0584767;
      when : "A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0015027;
      when : "A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0248916;
      when : "A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.024929;
      when : "A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0590815;
      when : "A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0131677;
      when : "A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0334313;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1) | (A2&B1) | (A1&B2) | (A2&B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.70405;
      max_transition : 1.50831;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0555624, 0.0583605, 0.0663825, 0.0884008, 0.154436, 0.371064, 1.09109", \
            "0.0591733, 0.0619793, 0.0699904, 0.0920311, 0.158238, 0.373855, 1.09451", \
            "0.0676167, 0.0704023, 0.0783814, 0.10033, 0.166388, 0.382564, 1.10328", \
            "0.0822776, 0.0851612, 0.0934165, 0.115471, 0.181403, 0.398138, 1.11883", \
            "0.0933304, 0.0968671, 0.106156, 0.129358, 0.195525, 0.411805, 1.13521", \
            "0.0831545, 0.0874114, 0.0989829, 0.125601, 0.192466, 0.409271, 1.13125", \
            "0.0117397, 0.0167155, 0.0308858, 0.0641633, 0.136731, 0.351864, 1.07513" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0140837, 0.0165913, 0.0245144, 0.0508506, 0.142589, 0.45598, 1.50172", \
            "0.0140779, 0.0165851, 0.024537, 0.0508027, 0.142589, 0.455179, 1.50389", \
            "0.0140385, 0.0165532, 0.0245395, 0.0508067, 0.142342, 0.455684, 1.50383", \
            "0.0158457, 0.0183408, 0.0259529, 0.0515761, 0.142632, 0.456119, 1.5028", \
            "0.0198944, 0.0224252, 0.0302753, 0.0539454, 0.143187, 0.454517, 1.50229", \
            "0.0258128, 0.0290865, 0.0376803, 0.0607714, 0.145014, 0.45382, 1.50194", \
            "0.0345666, 0.0384311, 0.0494554, 0.0749861, 0.151776, 0.45687, 1.49911" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.122631, 0.125621, 0.13398, 0.153684, 0.195315, 0.296423, 0.606527", \
            "0.127469, 0.130475, 0.138783, 0.15857, 0.199899, 0.301255, 0.611462", \
            "0.138665, 0.141724, 0.149944, 0.169716, 0.211222, 0.312472, 0.622641", \
            "0.163725, 0.166709, 0.175064, 0.194791, 0.236373, 0.337765, 0.647504", \
            "0.218838, 0.221922, 0.230507, 0.250504, 0.292381, 0.393871, 0.70419", \
            "0.320436, 0.323953, 0.333392, 0.355778, 0.401988, 0.505916, 0.815861", \
            "0.514782, 0.518814, 0.529688, 0.555713, 0.609429, 0.720425, 1.03217" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0214223, 0.0234254, 0.0291481, 0.0430047, 0.0784417, 0.193292, 0.606167", \
            "0.021473, 0.023533, 0.0291787, 0.0428952, 0.0785535, 0.193645, 0.606846", \
            "0.0215279, 0.0235971, 0.0292778, 0.0429647, 0.0783876, 0.193176, 0.606219", \
            "0.0215535, 0.0234041, 0.0290715, 0.0433416, 0.0784956, 0.193202, 0.602954", \
            "0.0232935, 0.0252074, 0.0309052, 0.0443595, 0.0797519, 0.193399, 0.601973", \
            "0.0292073, 0.0314237, 0.0372611, 0.0518384, 0.0869402, 0.197197, 0.605484", \
            "0.0398659, 0.0420432, 0.0486348, 0.0651815, 0.10134, 0.206144, 0.604802" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0589907, 0.0619493, 0.070404, 0.0932001, 0.159761, 0.376185, 1.09676", \
            "0.0621548, 0.0651265, 0.0735389, 0.0963103, 0.162899, 0.379337, 1.09942", \
            "0.0679905, 0.0709489, 0.0793632, 0.102055, 0.168567, 0.384269, 1.10536", \
            "0.0770803, 0.0801507, 0.0887681, 0.111715, 0.178279, 0.393822, 1.11724", \
            "0.0820924, 0.0856202, 0.0950829, 0.118991, 0.185769, 0.4026, 1.12687", \
            "0.0631879, 0.0674265, 0.0791739, 0.106189, 0.173864, 0.390204, 1.11211", \
            "-0.0236954, -0.0186953, -0.0044215, 0.0295449, 0.103175, 0.319079, 1.03914" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0150193, 0.0176292, 0.0258871, 0.0521892, 0.143192, 0.457221, 1.50576", \
            "0.0149846, 0.0176165, 0.0258346, 0.0520483, 0.143255, 0.455627, 1.50601", \
            "0.0149694, 0.0176418, 0.0258987, 0.0522082, 0.143263, 0.457083, 1.50139", \
            "0.0162418, 0.0188236, 0.026996, 0.0529281, 0.143342, 0.455908, 1.50801", \
            "0.0200721, 0.0227689, 0.0306031, 0.0552459, 0.144442, 0.45493, 1.50533", \
            "0.0262534, 0.029794, 0.0383162, 0.0618257, 0.14591, 0.456028, 1.50166", \
            "0.0361287, 0.0399018, 0.0510986, 0.0774634, 0.154408, 0.457235, 1.49554" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.110518, 0.113527, 0.121899, 0.141583, 0.183152, 0.284341, 0.59451", \
            "0.114342, 0.117337, 0.125707, 0.145348, 0.186796, 0.288218, 0.598321", \
            "0.125189, 0.12818, 0.136548, 0.156225, 0.197701, 0.299142, 0.608928", \
            "0.152848, 0.155843, 0.164174, 0.183826, 0.225484, 0.326905, 0.636781", \
            "0.217352, 0.220493, 0.229088, 0.249064, 0.290572, 0.392009, 0.702059", \
            "0.331988, 0.335642, 0.345799, 0.369435, 0.416839, 0.521042, 0.830998", \
            "0.536474, 0.54071, 0.552571, 0.580874, 0.638814, 0.749352, 1.06008" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0215128, 0.0235918, 0.0291171, 0.0429459, 0.0784353, 0.19312, 0.605792", \
            "0.021467, 0.023415, 0.0290764, 0.0433697, 0.0785667, 0.193289, 0.606225", \
            "0.0213954, 0.0233986, 0.0291158, 0.04308, 0.0784977, 0.193491, 0.602706", \
            "0.0214837, 0.02352, 0.0291749, 0.0431145, 0.0784728, 0.193095, 0.602884", \
            "0.0240009, 0.0259628, 0.0314639, 0.0446993, 0.0800752, 0.193555, 0.607236", \
            "0.0335341, 0.0356475, 0.041966, 0.0570384, 0.0896874, 0.197781, 0.603542", \
            "0.0468477, 0.048954, 0.056026, 0.0737312, 0.108516, 0.208315, 0.603858" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0499454, 0.0526214, 0.060301, 0.0819404, 0.148116, 0.363561, 1.08381", \
            "0.0532882, 0.0559682, 0.0636763, 0.0852986, 0.151262, 0.367791, 1.08831", \
            "0.0616241, 0.0642794, 0.0718758, 0.0933071, 0.159422, 0.375332, 1.09599", \
            "0.0742246, 0.076946, 0.0847762, 0.106335, 0.172236, 0.388879, 1.10976", \
            "0.0817392, 0.0850389, 0.0937615, 0.11566, 0.181846, 0.397806, 1.1216", \
            "0.0656833, 0.0697297, 0.0806001, 0.105213, 0.170681, 0.386871, 1.10648", \
            "-0.0166202, -0.0119399, 0.0013783, 0.0324234, 0.100245, 0.314903, 1.03626" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0133365, 0.0158237, 0.023763, 0.0502386, 0.142409, 0.4543, 1.50231", \
            "0.0133318, 0.0158281, 0.0237577, 0.0502641, 0.142514, 0.456164, 1.50271", \
            "0.0133045, 0.0157834, 0.0237312, 0.0502372, 0.142444, 0.45544, 1.50372", \
            "0.0149917, 0.0173359, 0.0250043, 0.0511096, 0.142534, 0.456018, 1.50329", \
            "0.0191201, 0.0212886, 0.0284747, 0.0528744, 0.143299, 0.454314, 1.50207", \
            "0.0252782, 0.027924, 0.0358146, 0.058002, 0.144281, 0.455953, 1.50162", \
            "0.0339385, 0.0374252, 0.0478873, 0.0715413, 0.148602, 0.45578, 1.50018" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.106281, 0.109018, 0.11671, 0.135071, 0.175431, 0.27594, 0.585641", \
            "0.110649, 0.113351, 0.120912, 0.139292, 0.179668, 0.280357, 0.589944", \
            "0.121674, 0.124395, 0.132093, 0.150406, 0.190682, 0.291329, 0.600869", \
            "0.147579, 0.150285, 0.157926, 0.176337, 0.216651, 0.317295, 0.626798", \
            "0.202374, 0.205221, 0.213222, 0.232227, 0.27358, 0.374581, 0.684426", \
            "0.303221, 0.306382, 0.315232, 0.336503, 0.382077, 0.486779, 0.796877", \
            "0.49834, 0.501893, 0.512115, 0.53673, 0.589638, 0.702164, 1.01389" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0192719, 0.021047, 0.0265987, 0.040436, 0.0769238, 0.19259, 0.605855", \
            "0.0192392, 0.0211079, 0.0264436, 0.0403378, 0.0771403, 0.192717, 0.604318", \
            "0.0192736, 0.0211539, 0.0263227, 0.0404593, 0.0770115, 0.192552, 0.605449", \
            "0.0192518, 0.0211166, 0.0265538, 0.0401642, 0.0768331, 0.19266, 0.606257", \
            "0.0219799, 0.0236646, 0.0289956, 0.0427603, 0.078415, 0.193483, 0.605235", \
            "0.0285396, 0.0303742, 0.0359672, 0.0504059, 0.086849, 0.19808, 0.605413", \
            "0.0403002, 0.0420651, 0.0480711, 0.0643234, 0.101803, 0.208619, 0.604441" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0478467, 0.050613, 0.0585222, 0.0805682, 0.146549, 0.362324, 1.08392", \
            "0.0513454, 0.0541032, 0.0620467, 0.0839943, 0.150159, 0.366189, 1.08511", \
            "0.0593374, 0.062079, 0.0699442, 0.091755, 0.157627, 0.373285, 1.09735", \
            "0.0703633, 0.0732522, 0.0813537, 0.103457, 0.16932, 0.387168, 1.10552", \
            "0.0748277, 0.0782861, 0.0874911, 0.110094, 0.176081, 0.392911, 1.11579", \
            "0.0540299, 0.0582552, 0.0696632, 0.0951702, 0.161495, 0.377832, 1.09747", \
            "-0.0356322, -0.0308207, -0.0168638, 0.0159445, 0.0855046, 0.299597, 1.02033" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0136776, 0.0162084, 0.0242389, 0.0505934, 0.142491, 0.455474, 1.50375", \
            "0.0136349, 0.0161656, 0.0242398, 0.0506002, 0.142706, 0.455948, 1.50299", \
            "0.0137842, 0.0163219, 0.0243797, 0.0507766, 0.142607, 0.455988, 1.50831", \
            "0.0157546, 0.0182149, 0.0259051, 0.0518883, 0.142767, 0.457184, 1.50104", \
            "0.0203078, 0.0228006, 0.0300242, 0.0539898, 0.143531, 0.45531, 1.50217", \
            "0.0270136, 0.029897, 0.0382861, 0.060478, 0.144755, 0.455399, 1.50415", \
            "0.0377051, 0.0414388, 0.0516237, 0.0771896, 0.15113, 0.455819, 1.49756" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.093323, 0.0960774, 0.103742, 0.122051, 0.162477, 0.263133, 0.572891", \
            "0.096392, 0.0991229, 0.106739, 0.125137, 0.165508, 0.266324, 0.575821", \
            "0.10644, 0.10916, 0.116785, 0.135079, 0.175495, 0.276218, 0.586064", \
            "0.134549, 0.137285, 0.144709, 0.163035, 0.203552, 0.304304, 0.614062", \
            "0.196383, 0.199324, 0.207405, 0.226601, 0.267996, 0.369113, 0.67855", \
            "0.303057, 0.306428, 0.315577, 0.338255, 0.384724, 0.489607, 0.79939", \
            "0.500397, 0.504216, 0.515086, 0.541408, 0.597358, 0.708824, 1.01948" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0192039, 0.0211121, 0.026462, 0.0401003, 0.0769617, 0.192725, 0.604102", \
            "0.0191995, 0.0210752, 0.0265717, 0.0400423, 0.0770018, 0.192493, 0.605667", \
            "0.0192526, 0.02115, 0.0265183, 0.0404659, 0.0770128, 0.192733, 0.604185", \
            "0.0192495, 0.0210311, 0.0264292, 0.040331, 0.0769275, 0.192778, 0.606093", \
            "0.0236179, 0.0254203, 0.030734, 0.0437733, 0.079353, 0.193221, 0.602654", \
            "0.0334349, 0.0353892, 0.0408394, 0.055559, 0.0894535, 0.198073, 0.606639", \
            "0.0468103, 0.0487216, 0.0548103, 0.071188, 0.107822, 0.209777, 0.604468" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0382414, 0.0406251, 0.0486589, 0.0747514, 0.159174, 0.437061, 1.36482", \
            "0.03796, 0.0403444, 0.0483817, 0.0745059, 0.158887, 0.436606, 1.36606", \
            "0.0376591, 0.0400444, 0.0480236, 0.0739775, 0.15827, 0.436723, 1.36376", \
            "0.0376658, 0.0398977, 0.047599, 0.0732616, 0.157446, 0.435543, 1.36429", \
            "0.0389723, 0.0411703, 0.0485096, 0.0730856, 0.156769, 0.435151, 1.36324", \
            "0.0420359, 0.0441175, 0.0513428, 0.0760076, 0.158393, 0.435827, 1.36363", \
            "0.0527568, 0.0545178, 0.0612571, 0.085386, 0.168407, 0.443994, 1.3677" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0459811, 0.0433787, 0.0358185, 0.0143871, -0.0636476, -0.341957, -1.28036", \
            "0.0455061, 0.0431115, 0.0357566, 0.0140758, -0.0639422, -0.342526, -1.28096", \
            "0.0451, 0.042714, 0.0352068, 0.0138187, -0.0644605, -0.342981, -1.28134", \
            "0.0447919, 0.0422517, 0.0345975, 0.013116, -0.0649989, -0.343397, -1.28155", \
            "0.0452115, 0.0427288, 0.0348797, 0.012957, -0.0653774, -0.343686, -1.28179", \
            "0.0547456, 0.0519739, 0.0432808, 0.0172227, -0.0647481, -0.342016, -1.28028", \
            "0.0693608, 0.0663101, 0.0567971, 0.0292734, -0.0557469, -0.336058, -1.2734" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0346153, 0.0369776, 0.0449598, 0.0711266, 0.155452, 0.433708, 1.36354", \
            "0.0345571, 0.0369027, 0.0448734, 0.0710062, 0.155285, 0.43366, 1.36329", \
            "0.0342479, 0.0366184, 0.0445671, 0.0705006, 0.154837, 0.433161, 1.35656", \
            "0.0339764, 0.0362757, 0.0439422, 0.0696266, 0.153958, 0.430916, 1.36337", \
            "0.0352607, 0.0374861, 0.0448162, 0.0694077, 0.153163, 0.431935, 1.36224", \
            "0.0383761, 0.0405126, 0.0476159, 0.0724514, 0.15502, 0.433237, 1.36169", \
            "0.0500137, 0.0517304, 0.0583497, 0.0823857, 0.165103, 0.441037, 1.36683" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0409965, 0.0386351, 0.0308952, 0.009372, -0.0687483, -0.347224, -1.28553", \
            "0.0403331, 0.03782, 0.0302541, 0.0088494, -0.0691303, -0.347541, -1.28588", \
            "0.03999, 0.0374172, 0.0298379, 0.0084338, -0.0696692, -0.348069, -1.28625", \
            "0.0396807, 0.037305, 0.0296047, 0.0079827, -0.0700886, -0.348424, -1.28655", \
            "0.041295, 0.0388036, 0.0308852, 0.0089199, -0.0690164, -0.347559, -1.28566", \
            "0.055354, 0.0523908, 0.0432961, 0.017678, -0.0644081, -0.342779, -1.28085", \
            "0.0726489, 0.0694955, 0.0596895, 0.0314173, -0.0537979, -0.333522, -1.27126" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0326764, 0.0350725, 0.043022, 0.0691496, 0.153739, 0.431415, 1.3607", \
            "0.032358, 0.0347709, 0.0427652, 0.0688238, 0.153413, 0.431013, 1.35946", \
            "0.0323165, 0.0347068, 0.0425339, 0.0683633, 0.152796, 0.43068, 1.36012", \
            "0.0320514, 0.0342927, 0.0422078, 0.0676068, 0.151906, 0.43006, 1.35923", \
            "0.0334723, 0.0356752, 0.0431861, 0.0674321, 0.151459, 0.429627, 1.35788", \
            "0.0371195, 0.039126, 0.0463379, 0.0713641, 0.15322, 0.431608, 1.35906", \
            "0.0482722, 0.0501026, 0.057224, 0.0813827, 0.163459, 0.439353, 1.36376" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0328736, 0.0303403, 0.0230348, 0.0014406, -0.077618, -0.35683, -1.29545", \
            "0.0321541, 0.0296605, 0.0223759, 0.0010037, -0.0780455, -0.35736, -1.296", \
            "0.0313557, 0.0290487, 0.021582, 0.0001577, -0.0787939, -0.35808, -1.29673", \
            "0.0309761, 0.0285124, 0.0211027, -0.0004795, -0.0793611, -0.358568, -1.29714", \
            "0.0312765, 0.0287355, 0.0209585, -0.0010405, -0.0796819, -0.358609, -1.29726", \
            "0.0408052, 0.0379583, 0.0293141, 0.003568, -0.0794576, -0.357385, -1.29598", \
            "0.0527578, 0.0496109, 0.0400867, 0.0126704, -0.0719356, -0.35222, -1.29011" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.0285943, 0.0310225, 0.0390315, 0.0652627, 0.149718, 0.427941, 1.35534", \
            "0.0285186, 0.0309637, 0.038985, 0.0650579, 0.149456, 0.427879, 1.36263", \
            "0.0283481, 0.0307268, 0.0386493, 0.0645731, 0.148992, 0.425644, 1.35866", \
            "0.0284267, 0.0307971, 0.0385186, 0.0637028, 0.14778, 0.427336, 1.35495", \
            "0.0298499, 0.0321011, 0.0394996, 0.0637595, 0.147405, 0.426039, 1.35593", \
            "0.0338949, 0.0358747, 0.0430157, 0.0671874, 0.149986, 0.427614, 1.35634", \
            "0.0461602, 0.0479432, 0.0542634, 0.0782385, 0.159217, 0.434779, 1.35975" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167395, 0.00560421, 0.0187623, 0.0628144, 0.210296, 0.70405");
          values ( \
            "0.028388, 0.0258067, 0.0184007, -0.0028837, -0.081753, -0.360863, -1.29936", \
            "0.0275543, 0.0250318, 0.0176252, -0.0037534, -0.0823872, -0.361488, -1.29984", \
            "0.0267972, 0.0243529, 0.0169459, -0.0044855, -0.0832545, -0.362279, -1.30068", \
            "0.0267135, 0.0243974, 0.0168011, -0.0046482, -0.0835506, -0.362408, -1.30087", \
            "0.0289197, 0.0262316, 0.0183863, -0.0039623, -0.0829932, -0.361634, -1.30018", \
            "0.0422124, 0.0392828, 0.0294217, 0.0036551, -0.0796309, -0.358139, -1.29664", \
            "0.0571145, 0.0538262, 0.044022, 0.0157163, -0.0695348, -0.349338, -1.28754" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004821;
      rise_capacitance : 0.005048;
      rise_capacitance_range (0.005048, 0.005048);
      fall_capacitance : 0.004593;
      fall_capacitance_range (0.004593, 0.004593);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0088456, -0.0088489, -0.0088562, -0.0088548, -0.0088515, -0.0088437, -0.0088257" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089116, 0.008904, 0.0088866, 0.0088881, 0.0088917, 0.0089002, 0.0089197" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004374;
      rise_capacitance : 0.004672;
      rise_capacitance_range (0.004672, 0.004672);
      fall_capacitance : 0.004077;
      fall_capacitance_range (0.004077, 0.004077);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0083266, -0.0083276, -0.0083295, -0.0083315, -0.0083362, -0.0083467, -0.0083711" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0083804, 0.0083719, 0.0083521, 0.0083488, 0.008341, 0.0083233, 0.0082824" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004911;
      rise_capacitance : 0.005144;
      rise_capacitance_range (0.005144, 0.005144);
      fall_capacitance : 0.004678;
      fall_capacitance_range (0.004678, 0.004678);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0031178, -0.0031264, -0.0031461, -0.0031207, -0.0030622, -0.002927, -0.0026156" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0107397, 0.0107385, 0.0107357, 0.010735, 0.0107333, 0.0107295, 0.0107211" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00439;
      rise_capacitance : 0.004649;
      rise_capacitance_range (0.004649, 0.004649);
      fall_capacitance : 0.004132;
      fall_capacitance_range (0.004132, 0.004132);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0022181, -0.0022286, -0.002253, -0.0022292, -0.0021746, -0.0020486, -0.0017582" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0099047, 0.0099045, 0.0099042, 0.0099008, 0.0098931, 0.0098753, 0.0098345" \
          );
        }
      }
    }
  }
  cell (scs8hd_o22ai_1) {
    area : 6.256;
    cell_footprint : "o22ai";
    cell_leakage_power : 0.0055784;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.006608;
      when : "A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0002673;
      when : "!A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0114458;
      when : "!A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0002735;
      when : "!A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0002493;
      when : "!A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0123989;
      when : "!A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 5.76824e-05;
      when : "!A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0123962;
      when : "!A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0066107;
      when : "!A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0066109;
      when : "A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 5.76966e-05;
      when : "A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0066083;
      when : "A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0008228;
      when : "A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0123962;
      when : "A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 5.76966e-05;
      when : "A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0123935;
      when : "A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0055784;
    }
    pin (Y) {
      direction : output;
      function : "(!B1&!B2) | (!A1&!A2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.102549;
      max_transition : 1.48969;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0669248, 0.0741783, 0.0910174, 0.131327, 0.22805, 0.461673, 1.02833", \
            "0.0715813, 0.0788156, 0.0956776, 0.136214, 0.233283, 0.468148, 1.03936", \
            "0.0820987, 0.0891935, 0.106346, 0.146808, 0.243865, 0.477679, 1.04396", \
            "0.106243, 0.113333, 0.130256, 0.170732, 0.267745, 0.50196, 1.06821", \
            "0.14989, 0.15897, 0.180508, 0.225779, 0.323783, 0.55873, 1.12378", \
            "0.230548, 0.242984, 0.271126, 0.328783, 0.448094, 0.688567, 1.25708", \
            "0.391509, 0.407471, 0.444086, 0.521663, 0.675554, 0.969724, 1.55656" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0549839, 0.0642309, 0.0870923, 0.142326, 0.276437, 0.601076, 1.38867", \
            "0.0549683, 0.0642445, 0.0873224, 0.142287, 0.276715, 0.603758, 1.39322", \
            "0.0549249, 0.0644572, 0.0871936, 0.14228, 0.276727, 0.601505, 1.38973", \
            "0.0593211, 0.0679114, 0.0892423, 0.14254, 0.276101, 0.601941, 1.39045", \
            "0.0785703, 0.0870488, 0.107842, 0.155277, 0.279577, 0.600784, 1.39025", \
            "0.11371, 0.124563, 0.148885, 0.20087, 0.31699, 0.611314, 1.38853", \
            "0.171821, 0.184883, 0.215786, 0.28262, 0.420076, 0.702313, 1.41684" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0225972, 0.0248088, 0.0299998, 0.0420721, 0.0703074, 0.13816, 0.302343", \
            "0.0263415, 0.0285855, 0.0337446, 0.0458048, 0.0741565, 0.142098, 0.306185", \
            "0.0333819, 0.0360644, 0.0421309, 0.0544997, 0.0828503, 0.150785, 0.314887", \
            "0.0389328, 0.0431038, 0.0521308, 0.0699038, 0.103064, 0.171146, 0.335381", \
            "0.0363605, 0.0425748, 0.0560321, 0.0827183, 0.131779, 0.217143, 0.382586", \
            "0.0090046, 0.0179944, 0.0380894, 0.0779394, 0.150624, 0.277441, 0.488141", \
            "-0.0830114, -0.0698166, -0.0408484, 0.0177147, 0.125662, 0.31359, 0.625397" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0160233, 0.0184872, 0.0246622, 0.0397052, 0.0765414, 0.165655, 0.382743", \
            "0.0162294, 0.0186494, 0.0246658, 0.0397447, 0.0763736, 0.16557, 0.382819", \
            "0.0214624, 0.0233253, 0.028228, 0.0412818, 0.0763678, 0.165611, 0.382546", \
            "0.0334066, 0.0361032, 0.0422399, 0.0551319, 0.0840205, 0.166347, 0.382752", \
            "0.0538229, 0.0576329, 0.0661685, 0.0840652, 0.118869, 0.187965, 0.385447", \
            "0.0900556, 0.0953114, 0.107414, 0.132523, 0.180655, 0.269245, 0.437596", \
            "0.158081, 0.165867, 0.181894, 0.215887, 0.283655, 0.408011, 0.624662" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0579056, 0.0651852, 0.0821808, 0.122636, 0.219361, 0.45277, 1.01857", \
            "0.0611682, 0.0684367, 0.0855284, 0.126293, 0.223432, 0.457153, 1.02401", \
            "0.0723313, 0.0793488, 0.096191, 0.136854, 0.234546, 0.468499, 1.03558", \
            "0.100802, 0.10778, 0.12428, 0.164249, 0.260565, 0.495215, 1.06114", \
            "0.153813, 0.164148, 0.185899, 0.231134, 0.325133, 0.558424, 1.12719", \
            "0.247615, 0.26132, 0.291169, 0.356147, 0.477778, 0.70984, 1.27241", \
            "0.427144, 0.445172, 0.48561, 0.572213, 0.744384, 1.05641, 1.62298" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0548403, 0.0642592, 0.0870969, 0.142351, 0.276741, 0.601722, 1.39131", \
            "0.0549687, 0.0642382, 0.0871002, 0.142374, 0.276708, 0.60174, 1.38896", \
            "0.0546237, 0.0642364, 0.08714, 0.142398, 0.276657, 0.601089, 1.3885", \
            "0.0622962, 0.0700466, 0.0901762, 0.142625, 0.276653, 0.600455, 1.39073", \
            "0.0878219, 0.0968103, 0.117869, 0.161143, 0.280543, 0.602041, 1.39081", \
            "0.125498, 0.139107, 0.168885, 0.225739, 0.334239, 0.614726, 1.38937", \
            "0.188191, 0.206631, 0.245552, 0.326526, 0.480302, 0.744294, 1.41909" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0190566, 0.0211773, 0.025965, 0.0372277, 0.0640109, 0.128931, 0.286382", \
            "0.0224794, 0.024706, 0.0296261, 0.0409531, 0.0678465, 0.132841, 0.290627", \
            "0.0267563, 0.030024, 0.0367207, 0.0494467, 0.076627, 0.141569, 0.299255", \
            "0.0279596, 0.0325659, 0.0429423, 0.0621647, 0.096137, 0.161847, 0.319679", \
            "0.0175586, 0.0247182, 0.0396571, 0.0692222, 0.120094, 0.206425, 0.36661", \
            "-0.0244163, -0.0132883, 0.0093351, 0.052623, 0.129596, 0.258948, 0.469573", \
            "-0.145453, -0.1294, -0.0947288, -0.0296167, 0.0847102, 0.277335, 0.591632" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0114867, 0.0139179, 0.0198481, 0.034231, 0.0690309, 0.1532, 0.357706", \
            "0.0122687, 0.0144375, 0.0200598, 0.0341806, 0.0688117, 0.153249, 0.359066", \
            "0.0184694, 0.0204739, 0.0248684, 0.0366412, 0.0691946, 0.153321, 0.358372", \
            "0.0302308, 0.0329977, 0.0390547, 0.0518939, 0.0788158, 0.154607, 0.358903", \
            "0.0504225, 0.0541239, 0.0627284, 0.0810339, 0.114344, 0.17992, 0.361975", \
            "0.0884618, 0.0928827, 0.104194, 0.128238, 0.175925, 0.262561, 0.421144", \
            "0.163226, 0.169048, 0.182683, 0.21416, 0.278914, 0.401712, 0.612468" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0474546, 0.0553846, 0.0740774, 0.117231, 0.220687, 0.469606, 1.07302", \
            "0.0515594, 0.0593068, 0.0778508, 0.122071, 0.226675, 0.477037, 1.0845", \
            "0.062133, 0.0697268, 0.0877473, 0.131233, 0.235291, 0.485202, 1.08953", \
            "0.0824977, 0.0916813, 0.111246, 0.154506, 0.259045, 0.510095, 1.11282", \
            "0.116966, 0.129131, 0.155621, 0.20741, 0.312938, 0.564717, 1.17367", \
            "0.184656, 0.200804, 0.235514, 0.305508, 0.435406, 0.692476, 1.30098", \
            "0.330163, 0.351222, 0.396191, 0.486589, 0.66074, 0.977843, 1.59927" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0365633, 0.0465102, 0.0709598, 0.129394, 0.272104, 0.618598, 1.45932", \
            "0.0365758, 0.0465848, 0.0708016, 0.129632, 0.274375, 0.619531, 1.46264", \
            "0.0369146, 0.0467923, 0.0709005, 0.129725, 0.272472, 0.619766, 1.45652", \
            "0.0462992, 0.0542649, 0.075288, 0.130605, 0.273698, 0.619097, 1.46038", \
            "0.0659301, 0.0752191, 0.0978983, 0.146182, 0.276291, 0.617831, 1.46679", \
            "0.0999934, 0.111677, 0.137591, 0.196022, 0.316532, 0.628935, 1.46201", \
            "0.161599, 0.173544, 0.205317, 0.274482, 0.423577, 0.723312, 1.48382" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0177948, 0.0201791, 0.0257496, 0.038583, 0.0688878, 0.141618, 0.317742", \
            "0.0213623, 0.0236845, 0.0291397, 0.041987, 0.0723466, 0.14507, 0.321392", \
            "0.0270438, 0.0302606, 0.0371139, 0.0504391, 0.0805207, 0.153321, 0.329446", \
            "0.030097, 0.0349338, 0.0451483, 0.0647229, 0.0999486, 0.172566, 0.348597", \
            "0.0243442, 0.031428, 0.046118, 0.0753493, 0.128156, 0.218445, 0.394452", \
            "-0.0060878, 0.0032603, 0.0243923, 0.0668034, 0.144287, 0.278041, 0.50009", \
            "-0.102648, -0.0881171, -0.0584042, 0.0024803, 0.114243, 0.308397, 0.636744" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0137817, 0.0165952, 0.0234693, 0.0399909, 0.079858, 0.177295, 0.414516", \
            "0.0143844, 0.0169566, 0.0234409, 0.0398088, 0.080239, 0.177363, 0.413873", \
            "0.0206359, 0.023168, 0.0285548, 0.0423756, 0.0803565, 0.177555, 0.414127", \
            "0.0319597, 0.0353904, 0.0431523, 0.0587741, 0.0898722, 0.179148, 0.414921", \
            "0.050147, 0.0556978, 0.0668644, 0.0887875, 0.129272, 0.203811, 0.41756", \
            "0.0837124, 0.0913441, 0.107556, 0.14036, 0.19786, 0.295436, 0.475643", \
            "0.146688, 0.159559, 0.18285, 0.228559, 0.311816, 0.454537, 0.692341" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0356685, 0.043753, 0.0625268, 0.106527, 0.210868, 0.462327, 1.07643", \
            "0.0392806, 0.0468395, 0.0651239, 0.109771, 0.213132, 0.462598, 1.06622", \
            "0.0508295, 0.0581781, 0.0757955, 0.119054, 0.223237, 0.473109, 1.08263", \
            "0.075338, 0.0847959, 0.10432, 0.145842, 0.248636, 0.502395, 1.11051", \
            "0.11676, 0.130144, 0.158184, 0.211375, 0.313589, 0.561482, 1.16808", \
            "0.196214, 0.21375, 0.251588, 0.326489, 0.462399, 0.712359, 1.31207", \
            "0.361519, 0.3834, 0.430033, 0.530949, 0.722173, 1.05646, 1.66303" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0364514, 0.0464916, 0.0708064, 0.130264, 0.274053, 0.624367, 1.46204", \
            "0.0363499, 0.0464105, 0.0707104, 0.129912, 0.2723, 0.619972, 1.45749", \
            "0.0381027, 0.0471401, 0.0706561, 0.129695, 0.271497, 0.619388, 1.46696", \
            "0.051852, 0.0594906, 0.0780446, 0.130603, 0.272267, 0.624724, 1.4678", \
            "0.0720591, 0.0831739, 0.107019, 0.153436, 0.277496, 0.622075, 1.45847", \
            "0.103704, 0.120742, 0.153874, 0.216389, 0.334586, 0.631419, 1.4627", \
            "0.168048, 0.186455, 0.22763, 0.314228, 0.477308, 0.765546, 1.48969" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0131459, 0.0152127, 0.0200025, 0.0313233, 0.0587315, 0.124654, 0.28425", \
            "0.016171, 0.0185203, 0.0234553, 0.0348855, 0.0620845, 0.127914, 0.289831", \
            "0.018339, 0.0218333, 0.0293493, 0.0430183, 0.0700775, 0.135861, 0.295478", \
            "0.0159271, 0.021325, 0.0324781, 0.0531176, 0.088936, 0.154624, 0.31516", \
            "0.0009769, 0.0087771, 0.024929, 0.0558826, 0.109433, 0.198354, 0.358725", \
            "-0.046556, -0.0349443, -0.011041, 0.0337125, 0.112705, 0.24419, 0.458606", \
            "-0.176144, -0.15939, -0.124232, -0.0579587, 0.0573946, 0.250343, 0.567251" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0086394, 0.0112288, 0.017445, 0.0325819, 0.0690346, 0.157304, 0.373208", \
            "0.0108117, 0.0127852, 0.0181341, 0.0325359, 0.0687821, 0.156963, 0.370445", \
            "0.0167395, 0.0195618, 0.0248958, 0.0363945, 0.0695963, 0.156738, 0.370874", \
            "0.0268671, 0.0308327, 0.0383938, 0.0535468, 0.0813691, 0.160121, 0.371065", \
            "0.044315, 0.0499046, 0.0611965, 0.0828195, 0.120658, 0.18918, 0.376291", \
            "0.078566, 0.0863786, 0.102207, 0.133808, 0.188661, 0.281404, 0.444061", \
            "0.144059, 0.157248, 0.17983, 0.222509, 0.302598, 0.43436, 0.665512" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0149264, 0.0162993, 0.0196219, 0.0276196, 0.04691, 0.0935671, 0.206672", \
            "0.0147104, 0.0160686, 0.0194154, 0.0274653, 0.0467909, 0.0936557, 0.20672", \
            "0.014462, 0.0158435, 0.019183, 0.0272587, 0.046628, 0.0933798, 0.206578", \
            "0.0143298, 0.0157152, 0.0190566, 0.0270992, 0.0464912, 0.0931127, 0.2065", \
            "0.0143618, 0.0157279, 0.0190716, 0.0271063, 0.0464545, 0.0931589, 0.206365", \
            "0.0154251, 0.0166713, 0.0200321, 0.0278946, 0.0470771, 0.0936391, 0.206724", \
            "0.0207274, 0.0218608, 0.0246048, 0.0317059, 0.0499595, 0.0954199, 0.208175" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0048673, 0.0035281, 0.0002577, -0.0077249, -0.0271197, -0.0743003, -0.188952", \
            "0.0047126, 0.003378, 0.0001266, -0.0078223, -0.0272336, -0.0743993, -0.189044", \
            "0.0045356, 0.003216, -2.62e-05, -0.0079495, -0.0272988, -0.0744528, -0.189097", \
            "0.0043556, 0.0030124, -0.0002086, -0.0081003, -0.0273933, -0.0745366, -0.18913", \
            "0.0047679, 0.0034009, 0.000106, -0.0078907, -0.0273712, -0.0744946, -0.189074", \
            "0.0062753, 0.0048304, 0.0013568, -0.006905, -0.0266848, -0.0741874, -0.188943", \
            "0.0118642, 0.0102678, 0.0064655, -0.0024636, -0.0232399, -0.0718193, -0.187654" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0123656, 0.013775, 0.0171253, 0.0251612, 0.0444396, 0.0910317, 0.20424", \
            "0.0120111, 0.013388, 0.0167757, 0.0248913, 0.0442683, 0.0909256, 0.204151", \
            "0.0117959, 0.0131896, 0.0165034, 0.0246115, 0.0440904, 0.090913, 0.204137", \
            "0.011901, 0.0132459, 0.0165256, 0.024517, 0.0438742, 0.0907794, 0.204008", \
            "0.0126597, 0.0139166, 0.0171263, 0.0249462, 0.0444039, 0.0907006, 0.203932", \
            "0.0150548, 0.0162563, 0.019306, 0.0268978, 0.0454828, 0.091668, 0.204303", \
            "0.0214658, 0.0227759, 0.0270686, 0.0346617, 0.051003, 0.0972546, 0.206122" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.003407, 0.0021139, -0.0010978, -0.0090342, -0.0284437, -0.0756482, -0.190304", \
            "0.003188, 0.0019419, -0.0012031, -0.0090691, -0.0284222, -0.0756001, -0.190252", \
            "0.0028862, 0.0016402, -0.0014635, -0.0092343, -0.0284952, -0.0756089, -0.19024", \
            "0.0028074, 0.0015209, -0.0017715, -0.0094907, -0.0286683, -0.0756893, -0.190275", \
            "0.0031029, 0.0017404, -0.00156, -0.0094586, -0.028819, -0.0757653, -0.190276", \
            "0.0048342, 0.0033111, -0.0002966, -0.0086732, -0.0283224, -0.0756668, -0.190243", \
            "0.010913, 0.0091529, 0.0050703, -0.0042824, -0.0253578, -0.0738135, -0.189275" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0076547, 0.0091284, 0.0126282, 0.0207315, 0.0400807, 0.0867684, 0.199878", \
            "0.0073118, 0.0087677, 0.0122575, 0.0204609, 0.0402121, 0.0871979, 0.201075", \
            "0.0070786, 0.0084842, 0.0118937, 0.0200352, 0.0395711, 0.086504, 0.199837", \
            "0.0069348, 0.0083155, 0.0116574, 0.0197561, 0.0393811, 0.0864762, 0.199583", \
            "0.0070834, 0.0084274, 0.0117926, 0.019665, 0.0390718, 0.0857682, 0.200422", \
            "0.0084615, 0.0096289, 0.0128155, 0.0207939, 0.0396033, 0.0864361, 0.200499", \
            "0.0144336, 0.0153369, 0.0177825, 0.0245286, 0.0427776, 0.0882802, 0.201631" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0019808, 0.0006495, -0.0026037, -0.0105552, -0.029945, -0.0771174, -0.191759", \
            "0.0017752, 0.0004662, -0.002768, -0.010681, -0.0300384, -0.0772085, -0.191845", \
            "0.0015278, 0.0002233, -0.0029628, -0.0108359, -0.0301629, -0.07729, -0.191899", \
            "0.0015276, 0.0001984, -0.0031163, -0.0109242, -0.0302476, -0.0773539, -0.191957", \
            "0.0023187, 0.0008351, -0.0025469, -0.010652, -0.0301884, -0.0773542, -0.19195", \
            "0.0044985, 0.0029972, -0.0006113, -0.0090593, -0.0290564, -0.0768079, -0.191706", \
            "0.0111878, 0.0093899, 0.0055538, -0.0033265, -0.0241392, -0.0725267, -0.18959" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0049096, 0.0064276, 0.0099712, 0.0182227, 0.0377757, 0.0849051, 0.197938", \
            "0.0046219, 0.0060286, 0.0094616, 0.0177468, 0.037279, 0.0840999, 0.197363", \
            "0.0045483, 0.0059636, 0.0092345, 0.0173381, 0.0369203, 0.0838709, 0.198764", \
            "0.0047243, 0.0060599, 0.0095138, 0.0172995, 0.0366047, 0.0841389, 0.198509", \
            "0.005636, 0.0068939, 0.0100495, 0.0176984, 0.0369089, 0.0837997, 0.196686", \
            "0.0082538, 0.009415, 0.0123289, 0.0197939, 0.0381525, 0.0844999, 0.197147", \
            "0.0146404, 0.0155389, 0.0182348, 0.0255819, 0.0431732, 0.0882841, 0.19953" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00121422, 0.00294865, 0.00716062, 0.0173891, 0.0422284, 0.102549");
          values ( \
            "0.0002425, -0.0010366, -0.0042198, -0.0121261, -0.0315095, -0.078702, -0.193368", \
            "5.41e-05, -0.0011918, -0.0043237, -0.0121662, -0.031492, -0.078649, -0.193298", \
            "-0.00017, -0.0013846, -0.0045369, -0.0123043, -0.031519, -0.0786516, -0.19327", \
            "-0.0002031, -0.0015023, -0.0047192, -0.012479, -0.031682, -0.0786682, -0.193279", \
            "0.0006355, -0.0008124, -0.0042303, -0.0122967, -0.0317265, -0.0787738, -0.193339", \
            "0.0031685, 0.0015119, -0.0022232, -0.0109178, -0.03087, -0.0784382, -0.1932", \
            "0.0103058, 0.0083908, 0.0041195, -0.0053999, -0.0266752, -0.0760146, -0.190947" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00232;
      rise_capacitance : 0.002415;
      rise_capacitance_range (0.002415, 0.002415);
      fall_capacitance : 0.002225;
      fall_capacitance_range (0.002225, 0.002225);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043876, -0.0043849, -0.0043785, -0.0043786, -0.004379, -0.00438, -0.0043821" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043707, 0.0043761, 0.0043886, 0.0043882, 0.0043874, 0.0043855, 0.0043811" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002339;
      rise_capacitance : 0.002479;
      rise_capacitance_range (0.002479, 0.002479);
      fall_capacitance : 0.002198;
      fall_capacitance_range (0.002198, 0.002198);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043106, -0.0043123, -0.0043163, -0.0043172, -0.0043193, -0.0043241, -0.0043351" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043359, 0.0043347, 0.0043321, 0.0043317, 0.0043308, 0.0043289, 0.0043244" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002462;
      rise_capacitance : 0.002556;
      rise_capacitance_range (0.002556, 0.002556);
      fall_capacitance : 0.002368;
      fall_capacitance_range (0.002368, 0.002368);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.001574, -0.0015728, -0.0015701, -0.0015562, -0.0015242, -0.0014506, -0.0012805" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0055874, 0.0056016, 0.0056344, 0.0056344, 0.0056343, 0.005634, 0.0056333" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002406;
      rise_capacitance : 0.002548;
      rise_capacitance_range (0.002548, 0.002548);
      fall_capacitance : 0.002265;
      fall_capacitance_range (0.002265, 0.002265);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.001122, -0.0011238, -0.0011281, -0.0011144, -0.0010829, -0.0010104, -0.0008432" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052688, 0.0052685, 0.0052677, 0.0052693, 0.005273, 0.0052815, 0.005301" \
          );
        }
      }
    }
  }
  cell (scs8hd_o22ai_2) {
    area : 12.512;
    cell_footprint : "o22ai";
    cell_leakage_power : 0.0109103;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0001444;
      when : "A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0247913;
      when : "A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0132984;
      when : "A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0001288;
      when : "!A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0191111;
      when : "!A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0005298;
      when : "!A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0001288;
      when : "!A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0248054;
      when : "!A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0001448;
      when : "!A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0248025;
      when : "!A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0133096;
      when : "!A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0133096;
      when : "A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0001448;
      when : "A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0133068;
      when : "A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0018138;
      when : "A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0247941;
      when : "A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0109103;
    }
    pin (Y) {
      direction : output;
      function : "(!B1&!B2) | (!A1&!A2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.19044;
      max_transition : 1.50067;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0727523, 0.0777171, 0.0905037, 0.123787, 0.211917, 0.448011, 1.0798", \
            "0.0771982, 0.0822122, 0.0950444, 0.128544, 0.216954, 0.452567, 1.08435", \
            "0.088422, 0.093117, 0.106101, 0.139675, 0.228363, 0.463975, 1.09581", \
            "0.113307, 0.118081, 0.130686, 0.164135, 0.252589, 0.489646, 1.12156", \
            "0.158811, 0.165513, 0.181266, 0.219312, 0.309151, 0.545234, 1.17742", \
            "0.241639, 0.2494, 0.271278, 0.321232, 0.43228, 0.677106, 1.31135", \
            "0.411056, 0.421814, 0.449213, 0.514616, 0.661185, 0.965449, 1.61709" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0572932, 0.063482, 0.0803731, 0.125957, 0.249041, 0.578516, 1.46605", \
            "0.0571743, 0.0634833, 0.080366, 0.126019, 0.249075, 0.579671, 1.46717", \
            "0.0572449, 0.0634832, 0.0803642, 0.126015, 0.248864, 0.579189, 1.46602", \
            "0.0603651, 0.0663479, 0.0823227, 0.126297, 0.249291, 0.578628, 1.46853", \
            "0.0786239, 0.0848153, 0.10049, 0.139832, 0.252827, 0.579694, 1.4666", \
            "0.115378, 0.122564, 0.140672, 0.185274, 0.292454, 0.591061, 1.4681", \
            "0.174661, 0.183845, 0.207094, 0.262806, 0.392146, 0.684178, 1.48761" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0233674, 0.024871, 0.0288809, 0.0390061, 0.0647011, 0.13234, 0.312351", \
            "0.0269114, 0.0285066, 0.0324548, 0.0425358, 0.068326, 0.135794, 0.316122", \
            "0.0337193, 0.035557, 0.0403905, 0.0508909, 0.0766235, 0.14434, 0.325406", \
            "0.0389299, 0.0417041, 0.0487557, 0.0640149, 0.0954608, 0.163731, 0.344848", \
            "0.0355994, 0.0399492, 0.049649, 0.0724435, 0.119, 0.206721, 0.389701", \
            "0.0049264, 0.010615, 0.025493, 0.0590739, 0.128539, 0.258848, 0.490617", \
            "-0.0957891, -0.0870486, -0.0655872, -0.015997, 0.0854086, 0.278273, 0.62088" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.017651, 0.0193209, 0.0239185, 0.0363554, 0.0702911, 0.162234, 0.409536", \
            "0.0178068, 0.0194286, 0.0239337, 0.0364161, 0.0702647, 0.162157, 0.410413", \
            "0.0226791, 0.0239593, 0.0276041, 0.0383355, 0.0703747, 0.162017, 0.410335", \
            "0.0346349, 0.0363113, 0.0408557, 0.0521157, 0.0793095, 0.163517, 0.411096", \
            "0.0551049, 0.0576616, 0.0638231, 0.0787237, 0.111808, 0.186541, 0.412223", \
            "0.0917077, 0.0951895, 0.103691, 0.124667, 0.170718, 0.263245, 0.4635", \
            "0.16105, 0.165396, 0.177405, 0.206085, 0.268964, 0.397404, 0.641532" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0592944, 0.0640473, 0.0770769, 0.110607, 0.199197, 0.435341, 1.06649", \
            "0.0619618, 0.0668708, 0.0798234, 0.113712, 0.202456, 0.437676, 1.0747", \
            "0.0720175, 0.0768671, 0.0897825, 0.123574, 0.212641, 0.448285, 1.08273", \
            "0.100025, 0.104766, 0.116938, 0.149942, 0.238105, 0.475584, 1.10999", \
            "0.152616, 0.159113, 0.176243, 0.214525, 0.301824, 0.536035, 1.16925", \
            "0.244563, 0.253942, 0.27693, 0.331296, 0.446797, 0.68446, 1.31236", \
            "0.426167, 0.43742, 0.466739, 0.538219, 0.696711, 1.01805, 1.65699" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0570187, 0.0633775, 0.0803598, 0.126001, 0.249157, 0.578806, 1.46874", \
            "0.0569872, 0.0633324, 0.0803114, 0.126077, 0.249225, 0.578867, 1.46798", \
            "0.0566338, 0.0631989, 0.0802282, 0.125972, 0.24884, 0.578896, 1.46724", \
            "0.0639515, 0.0693192, 0.0842467, 0.126605, 0.249316, 0.580626, 1.46749", \
            "0.0877924, 0.094621, 0.11041, 0.148072, 0.255137, 0.578771, 1.46741", \
            "0.123178, 0.131801, 0.154118, 0.205747, 0.312888, 0.596302, 1.46765", \
            "0.181845, 0.193826, 0.223291, 0.293746, 0.442287, 0.730984, 1.50067" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0193124, 0.0207365, 0.0244334, 0.0338392, 0.0583993, 0.123781, 0.30096", \
            "0.0225647, 0.0241141, 0.0279776, 0.037544, 0.0622879, 0.127686, 0.303815", \
            "0.0264412, 0.0287031, 0.0340355, 0.0454855, 0.0704824, 0.136197, 0.312632", \
            "0.0264266, 0.0298122, 0.0378065, 0.0552698, 0.0883664, 0.155937, 0.332074", \
            "0.0144242, 0.0194719, 0.0313583, 0.0570478, 0.107108, 0.19753, 0.377817", \
            "-0.030419, -0.0227502, -0.0049627, 0.0332778, 0.108186, 0.2429, 0.478383", \
            "-0.156627, -0.145768, -0.119293, -0.0616285, 0.0489626, 0.248879, 0.597364" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0117451, 0.0133983, 0.0179089, 0.0301587, 0.0631615, 0.151949, 0.390982", \
            "0.0124719, 0.0139603, 0.0181563, 0.0301948, 0.0632126, 0.151529, 0.389572", \
            "0.0186379, 0.0200458, 0.0234881, 0.0332939, 0.0634922, 0.151652, 0.390501", \
            "0.0303972, 0.0321769, 0.0368903, 0.0482899, 0.0741854, 0.153227, 0.390017", \
            "0.050538, 0.0530664, 0.0594741, 0.074681, 0.108145, 0.179675, 0.39225", \
            "0.0895454, 0.0927612, 0.100556, 0.120538, 0.166406, 0.25854, 0.450507", \
            "0.167191, 0.171164, 0.179342, 0.205696, 0.266753, 0.392008, 0.63416" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0460765, 0.051062, 0.0640437, 0.0975743, 0.185257, 0.422685, 1.06426", \
            "0.0505398, 0.0553997, 0.0682463, 0.102203, 0.191221, 0.426008, 1.05778", \
            "0.0619709, 0.066778, 0.0793841, 0.112997, 0.201489, 0.440821, 1.0682", \
            "0.0834866, 0.0892311, 0.103568, 0.137071, 0.225243, 0.461279, 1.09833", \
            "0.118426, 0.126833, 0.145706, 0.18869, 0.281341, 0.51699, 1.15134", \
            "0.18505, 0.196045, 0.22272, 0.280743, 0.400689, 0.648565, 1.28536", \
            "0.336089, 0.350247, 0.384209, 0.460121, 0.618015, 0.932102, 1.58875" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0334405, 0.0394328, 0.0565364, 0.102047, 0.224302, 0.555285, 1.44793", \
            "0.0332214, 0.0395271, 0.0564939, 0.102211, 0.224608, 0.555108, 1.44523", \
            "0.0336941, 0.0398372, 0.0565685, 0.102032, 0.224153, 0.557713, 1.44085", \
            "0.0418539, 0.0471304, 0.061403, 0.10362, 0.224603, 0.555273, 1.45048", \
            "0.0605945, 0.0667559, 0.0823361, 0.122149, 0.230466, 0.554565, 1.44274", \
            "0.0972352, 0.10373, 0.12194, 0.167431, 0.276938, 0.566668, 1.44623", \
            "0.160404, 0.167933, 0.188723, 0.242812, 0.373799, 0.666627, 1.46384" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0169378, 0.0185835, 0.022753, 0.033208, 0.0599664, 0.13021, 0.318194", \
            "0.0205835, 0.0221136, 0.0261739, 0.0365025, 0.0632044, 0.133637, 0.32183", \
            "0.0260247, 0.028207, 0.033431, 0.0448678, 0.0714147, 0.141498, 0.329464", \
            "0.0286647, 0.031828, 0.0392802, 0.0562921, 0.0898847, 0.160788, 0.348143", \
            "0.0216346, 0.0263027, 0.0373107, 0.062036, 0.111962, 0.204388, 0.391941", \
            "-0.0123827, -0.0059435, 0.0095834, 0.0450957, 0.118043, 0.254306, 0.495406", \
            "-0.116941, -0.107472, -0.0856052, -0.0345285, 0.070126, 0.26941, 0.626272" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0144891, 0.0163962, 0.0213832, 0.0346767, 0.0704984, 0.167685, 0.429075", \
            "0.0150876, 0.0167941, 0.0214486, 0.0344619, 0.0705626, 0.167547, 0.429244", \
            "0.0209148, 0.0228452, 0.0271892, 0.0379189, 0.0709725, 0.167449, 0.429178", \
            "0.0315525, 0.0340451, 0.040261, 0.0538154, 0.0823088, 0.169311, 0.429178", \
            "0.049191, 0.0528754, 0.0620441, 0.080968, 0.119831, 0.197344, 0.431938", \
            "0.082086, 0.0874974, 0.100249, 0.127421, 0.181883, 0.284916, 0.492371", \
            "0.142807, 0.149158, 0.169565, 0.210364, 0.288833, 0.434441, 0.701109" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.031042, 0.0361617, 0.049489, 0.0833858, 0.172853, 0.409761, 1.03923", \
            "0.0346938, 0.0396098, 0.0524749, 0.0863475, 0.177186, 0.411422, 1.04191", \
            "0.0464368, 0.0508226, 0.0629603, 0.0965591, 0.185302, 0.42107, 1.05399", \
            "0.0691637, 0.0755538, 0.0906375, 0.122874, 0.211685, 0.448289, 1.07906", \
            "0.108201, 0.11705, 0.138231, 0.184206, 0.27504, 0.507582, 1.14187", \
            "0.185642, 0.196829, 0.224534, 0.286723, 0.413255, 0.656371, 1.28241", \
            "0.350204, 0.364241, 0.399172, 0.478945, 0.651342, 0.9846, 1.62896" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0329154, 0.0392258, 0.056416, 0.102215, 0.226054, 0.558088, 1.442", \
            "0.0327318, 0.038944, 0.0564296, 0.102223, 0.225476, 0.555378, 1.44025", \
            "0.0351452, 0.0406851, 0.0563328, 0.102057, 0.225031, 0.555042, 1.44368", \
            "0.047669, 0.0540086, 0.0667705, 0.105421, 0.225101, 0.557132, 1.43885", \
            "0.0641865, 0.0720773, 0.0915377, 0.133639, 0.234491, 0.555543, 1.44278", \
            "0.0944771, 0.104821, 0.130548, 0.185302, 0.297866, 0.574491, 1.44312", \
            "0.15894, 0.169646, 0.20073, 0.268988, 0.427897, 0.712064, 1.47653" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0122147, 0.01355, 0.0170532, 0.0261594, 0.0500482, 0.11383, 0.285538", \
            "0.0149897, 0.016677, 0.0205005, 0.0296122, 0.0535423, 0.117552, 0.288946", \
            "0.0164428, 0.0189765, 0.0247539, 0.0370063, 0.0616201, 0.125656, 0.298473", \
            "0.0129801, 0.0167224, 0.0253067, 0.043808, 0.0780441, 0.14414, 0.315284", \
            "-0.0036038, 0.0016652, 0.0144863, 0.041299, 0.0928926, 0.184889, 0.35835", \
            "-0.0543273, -0.0462587, -0.0280851, 0.0114778, 0.0866451, 0.2227, 0.457729", \
            "-0.189017, -0.177305, -0.149849, -0.0917296, 0.0156218, 0.216136, 0.562835" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0078864, 0.0095812, 0.0141098, 0.0263477, 0.0589297, 0.146211, 0.382525", \
            "0.0103607, 0.011589, 0.015263, 0.0265382, 0.0589576, 0.146459, 0.3831", \
            "0.0156307, 0.0176124, 0.0220611, 0.0319017, 0.060107, 0.146523, 0.382586", \
            "0.0248014, 0.0275282, 0.0339978, 0.0472312, 0.0750454, 0.1497, 0.385553", \
            "0.0416585, 0.0454747, 0.0551446, 0.0734117, 0.110742, 0.18251, 0.388035", \
            "0.0747134, 0.0797999, 0.0930491, 0.119637, 0.171666, 0.270217, 0.456893", \
            "0.139979, 0.147828, 0.16635, 0.206156, 0.278499, 0.414638, 0.667015" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0286252, 0.0302863, 0.0346603, 0.0463676, 0.077633, 0.161084, 0.385694", \
            "0.0281126, 0.0297869, 0.0342097, 0.045996, 0.0772923, 0.160857, 0.385689", \
            "0.0277082, 0.0293356, 0.033759, 0.0456168, 0.0770724, 0.160766, 0.385557", \
            "0.0274244, 0.0290389, 0.033441, 0.0451777, 0.0765609, 0.160479, 0.385296", \
            "0.0272866, 0.0289864, 0.0333279, 0.0450913, 0.0763232, 0.160026, 0.385036", \
            "0.0288504, 0.0305529, 0.0349498, 0.0463043, 0.0772683, 0.160936, 0.385542", \
            "0.0383998, 0.0397063, 0.0432936, 0.0534158, 0.0829456, 0.164874, 0.388159" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0111508, 0.0095748, 0.0053027, -0.0062806, -0.0375213, -0.121942, -0.349371", \
            "0.0107952, 0.0092317, 0.004986, -0.0065508, -0.0377615, -0.122157, -0.349595", \
            "0.010385, 0.0088283, 0.0046246, -0.0068606, -0.0379992, -0.122314, -0.349724", \
            "0.0099305, 0.0083691, 0.0041681, -0.0072325, -0.0382523, -0.122473, -0.349851", \
            "0.0105853, 0.0090401, 0.0046943, -0.006954, -0.0382844, -0.122475, -0.34978", \
            "0.0133487, 0.0116479, 0.0070789, -0.0049817, -0.0369407, -0.122048, -0.349611", \
            "0.0235772, 0.0217488, 0.0166999, 0.0035831, -0.030305, -0.117552, -0.347313" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0232759, 0.0249454, 0.0294409, 0.0412545, 0.0724675, 0.156038, 0.380606", \
            "0.0224461, 0.0241367, 0.0286589, 0.0406503, 0.0720594, 0.155808, 0.380441", \
            "0.021968, 0.0236351, 0.0280981, 0.0400395, 0.0716861, 0.155558, 0.380379", \
            "0.0221244, 0.0237081, 0.0281325, 0.0397761, 0.0711636, 0.15534, 0.380159", \
            "0.0238957, 0.0254452, 0.0295956, 0.0407715, 0.0715915, 0.155061, 0.379604", \
            "0.0288689, 0.030316, 0.0342565, 0.04511, 0.0747992, 0.156871, 0.380662", \
            "0.0417021, 0.0430663, 0.047436, 0.0566397, 0.0852334, 0.166222, 0.384102" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0067978, 0.0053121, 0.0011798, -0.0102858, -0.0415568, -0.12603, -0.353594", \
            "0.0063542, 0.0049285, 0.0009301, -0.0103583, -0.0414856, -0.125877, -0.35341", \
            "0.0057742, 0.0043435, 0.0003811, -0.010725, -0.0416328, -0.125874, -0.353328", \
            "0.0054207, 0.0039117, -0.0001541, -0.011306, -0.042026, -0.126038, -0.353377", \
            "0.0064117, 0.0047927, 0.0004606, -0.0110799, -0.0422927, -0.126215, -0.353432", \
            "0.0103792, 0.0085263, 0.0036441, -0.0088555, -0.0409049, -0.125834, -0.353244", \
            "0.0234395, 0.0212768, 0.0156908, 0.0015184, -0.0336717, -0.121422, -0.35105" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0144318, 0.0161897, 0.0208023, 0.0326695, 0.0639604, 0.147673, 0.37303", \
            "0.0139069, 0.0156161, 0.0202026, 0.0323096, 0.0636965, 0.148068, 0.373922", \
            "0.0135642, 0.0152563, 0.0197025, 0.0316774, 0.0631679, 0.148318, 0.372202", \
            "0.0133506, 0.0150064, 0.0193767, 0.0311279, 0.0625476, 0.146684, 0.374316", \
            "0.0133376, 0.0149671, 0.0193142, 0.0310088, 0.0622732, 0.145998, 0.372446", \
            "0.0156558, 0.0170403, 0.0209454, 0.0325175, 0.0633609, 0.146813, 0.373075", \
            "0.0270837, 0.0280218, 0.0309131, 0.040359, 0.0692354, 0.150464, 0.374401" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0042044, 0.0026243, -0.0016399, -0.0131608, -0.0444136, -0.128818, -0.356228", \
            "0.0037962, 0.0022286, -0.0019704, -0.013441, -0.0446981, -0.129001, -0.356424", \
            "0.0033327, 0.0017915, -0.002407, -0.0138026, -0.0449059, -0.129186, -0.356562", \
            "0.0033063, 0.001731, -0.0024596, -0.0139237, -0.0450545, -0.129335, -0.356679", \
            "0.0046897, 0.003008, -0.0014817, -0.0132471, -0.0447866, -0.129176, -0.35643", \
            "0.0089979, 0.00719, 0.0024179, -0.0100966, -0.0426112, -0.128308, -0.356139", \
            "0.0213465, 0.0193984, 0.0141781, 0.0006231, -0.0339395, -0.122321, -0.353247" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "0.0083952, 0.0102133, 0.0149296, 0.0270227, 0.0588214, 0.143254, 0.368486", \
            "0.0079198, 0.0096201, 0.0141991, 0.0262604, 0.0581588, 0.142608, 0.366888", \
            "0.0077658, 0.0094143, 0.0138484, 0.0257855, 0.0574568, 0.141668, 0.368148", \
            "0.0084278, 0.0103046, 0.0143977, 0.0256817, 0.0571303, 0.141902, 0.366398", \
            "0.0104536, 0.0119203, 0.0159639, 0.0272449, 0.0582207, 0.141401, 0.366396", \
            "0.0161137, 0.0173697, 0.0210559, 0.0314928, 0.0609699, 0.142405, 0.366656", \
            "0.0331688, 0.0337314, 0.0364619, 0.0435067, 0.0722684, 0.150613, 0.372411" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
          values ( \
            "-0.0002497, -0.0017241, -0.005819, -0.0172398, -0.0484754, -0.132925, -0.360479", \
            "-0.0005411, -0.0020079, -0.0060289, -0.017306, -0.0483974, -0.132765, -0.36029", \
            "-0.0009056, -0.0023736, -0.0063486, -0.017578, -0.0484996, -0.132737, -0.360171", \
            "-0.0007949, -0.0024047, -0.0064467, -0.017867, -0.0486177, -0.132787, -0.360191", \
            "0.0012571, -0.000548, -0.0051699, -0.0170588, -0.0486464, -0.13282, -0.359994", \
            "0.0069886, 0.004986, 0.0004222, -0.013402, -0.0462485, -0.131896, -0.359814", \
            "0.0223726, 0.0200151, 0.0143008, 0.0004934, -0.0368078, -0.125879, -0.356765" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004353;
      rise_capacitance : 0.00455;
      rise_capacitance_range (0.00455, 0.00455);
      fall_capacitance : 0.004157;
      fall_capacitance_range (0.004157, 0.004157);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087259, -0.0087268, -0.0087287, -0.0087284, -0.0087273, -0.0087249, -0.0087192" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088111, 0.008793, 0.0087514, 0.0087476, 0.0087389, 0.0087188, 0.0086725" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00431;
      rise_capacitance : 0.004598;
      rise_capacitance_range (0.004598, 0.004598);
      fall_capacitance : 0.004022;
      fall_capacitance_range (0.004022, 0.004022);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.00875, -0.0087475, -0.0087417, -0.00874, -0.0087362, -0.0087274, -0.008707" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087959, 0.0087873, 0.0087676, 0.0087646, 0.008758, 0.0087426, 0.0087073" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004342;
      rise_capacitance : 0.004491;
      rise_capacitance_range (0.004491, 0.004491);
      fall_capacitance : 0.004192;
      fall_capacitance_range (0.004192, 0.004192);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0019063, -0.0019029, -0.0018951, -0.0018682, -0.0018061, -0.0016628, -0.0013326" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102769, 0.0102753, 0.0102714, 0.010275, 0.0102834, 0.0103028, 0.0103476" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00439;
      rise_capacitance : 0.004661;
      rise_capacitance_range (0.004661, 0.004661);
      fall_capacitance : 0.004119;
      fall_capacitance_range (0.004119, 0.004119);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0019187, -0.001926, -0.0019428, -0.0019165, -0.0018559, -0.0017162, -0.001394" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0104375, 0.0104384, 0.0104403, 0.010443, 0.0104495, 0.0104644, 0.0104989" \
          );
        }
      }
    }
  }
  cell (scs8hd_o22ai_4) {
    area : 20.0192;
    cell_footprint : "o22ai";
    cell_leakage_power : 0.0378924;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0027405;
      when : "A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0495659;
      when : "A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.000328;
      when : "A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0837553;
      when : "A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.082442;
      when : "A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0002787;
      when : "!A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0344461;
      when : "!A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0838631;
      when : "!A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0002759;
      when : "!A1&!A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0495685;
      when : "!A1&A2&!B1&B2";
    }
    leakage_power () {
      value : 0.0003286;
      when : "!A1&A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0837559;
      when : "!A1&A2&B1&B2";
    }
    leakage_power () {
      value : 0.0261876;
      when : "!A1&A2&B1&!B2";
    }
    leakage_power () {
      value : 0.0261214;
      when : "A1&!A2&!B1&B2";
    }
    leakage_power () {
      value : 0.000327;
      when : "A1&!A2&!B1&!B2";
    }
    leakage_power () {
      value : 0.0822946;
      when : "A1&!A2&B1&B2";
    }
    leakage_power () {
      value : 0.0378924;
    }
    pin (Y) {
      direction : output;
      function : "(!B1&!B2) | (!A1&!A2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.289317;
      max_transition : 1.49768;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0769813, 0.0802224, 0.0894285, 0.115069, 0.187155, 0.392544, 0.989158", \
            "0.0814602, 0.0847135, 0.0938491, 0.119822, 0.192303, 0.398122, 0.988896", \
            "0.0922849, 0.0956374, 0.104863, 0.130817, 0.203505, 0.409693, 1.00075", \
            "0.116883, 0.120082, 0.129247, 0.155261, 0.227828, 0.43382, 1.02665", \
            "0.163379, 0.167423, 0.179111, 0.208769, 0.283669, 0.491045, 1.08175", \
            "0.25131, 0.257232, 0.271613, 0.309399, 0.402933, 0.621079, 1.21746", \
            "0.433461, 0.440399, 0.459145, 0.508097, 0.628154, 0.899455, 1.51759" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0647734, 0.0688976, 0.0806617, 0.115008, 0.215588, 0.503976, 1.34494", \
            "0.0646348, 0.068751, 0.0809059, 0.115045, 0.214898, 0.505166, 1.34103", \
            "0.0646978, 0.0687862, 0.0806055, 0.115036, 0.215439, 0.505167, 1.3409", \
            "0.0677571, 0.0716201, 0.0828062, 0.115719, 0.21555, 0.504394, 1.34072", \
            "0.0847559, 0.0887358, 0.0997366, 0.130474, 0.221092, 0.504533, 1.34191", \
            "0.119487, 0.124211, 0.136328, 0.1708, 0.261292, 0.519731, 1.34116", \
            "0.178175, 0.183713, 0.199069, 0.241489, 0.349067, 0.612859, 1.36631" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0226837, 0.0236579, 0.0263388, 0.0335527, 0.0528105, 0.105832, 0.256933", \
            "0.026096, 0.0270624, 0.0297337, 0.036931, 0.0561328, 0.109439, 0.260556", \
            "0.0318047, 0.0329968, 0.0362211, 0.0443792, 0.0637994, 0.117013, 0.268479", \
            "0.0357695, 0.0374523, 0.0420454, 0.0534076, 0.0787636, 0.134942, 0.286616", \
            "0.0293597, 0.0317656, 0.0383224, 0.055185, 0.0926142, 0.168358, 0.327847", \
            "-0.0075827, -0.0039289, 0.0059548, 0.0302947, 0.0858833, 0.198274, 0.410025", \
            "-0.122695, -0.117481, -0.102918, -0.0670593, 0.0152067, 0.181555, 0.494137" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0179023, 0.0189194, 0.0220191, 0.0309355, 0.0574984, 0.135202, 0.360789", \
            "0.018077, 0.0190574, 0.0219738, 0.0308638, 0.0574863, 0.135205, 0.361115", \
            "0.0228957, 0.0236934, 0.0261468, 0.0337813, 0.0582454, 0.135252, 0.361209", \
            "0.033848, 0.034851, 0.0379046, 0.0462896, 0.0690571, 0.138627, 0.361378", \
            "0.053534, 0.0550418, 0.0590037, 0.0700885, 0.0974005, 0.164701, 0.366766", \
            "0.0888943, 0.0910659, 0.0967682, 0.111613, 0.148106, 0.23001, 0.425584", \
            "0.157251, 0.159863, 0.167121, 0.188617, 0.236982, 0.347863, 0.582685" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0636698, 0.0669185, 0.0761291, 0.101831, 0.174129, 0.379397, 0.975586", \
            "0.0667949, 0.0700924, 0.079427, 0.105598, 0.177981, 0.383395, 0.977144", \
            "0.0770416, 0.0802635, 0.0895807, 0.115568, 0.188789, 0.394613, 0.99008", \
            "0.105615, 0.108752, 0.117281, 0.143205, 0.215574, 0.422563, 1.01315", \
            "0.16324, 0.167461, 0.17919, 0.209353, 0.281887, 0.488117, 1.0773", \
            "0.264838, 0.270689, 0.286864, 0.329182, 0.427407, 0.641191, 1.22832", \
            "0.46175, 0.469681, 0.490666, 0.546698, 0.681328, 0.977209, 1.58165" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.064636, 0.0687243, 0.0807166, 0.11507, 0.2152, 0.504055, 1.34518", \
            "0.06459, 0.0687416, 0.0806012, 0.115461, 0.215538, 0.504734, 1.34147", \
            "0.064455, 0.0686696, 0.0805545, 0.115142, 0.215322, 0.504701, 1.34508", \
            "0.070172, 0.0737593, 0.084102, 0.116127, 0.215495, 0.504681, 1.34241", \
            "0.0942464, 0.0985867, 0.110119, 0.138077, 0.224129, 0.505608, 1.33956", \
            "0.131438, 0.137602, 0.153076, 0.192817, 0.284664, 0.526404, 1.34008", \
            "0.193639, 0.201088, 0.222156, 0.277212, 0.406189, 0.66716, 1.37801" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0193589, 0.0203239, 0.0230094, 0.0301177, 0.049407, 0.104199, 0.2614", \
            "0.0224958, 0.0235529, 0.0263127, 0.0335308, 0.0529932, 0.107917, 0.265716", \
            "0.0259785, 0.0273606, 0.0312951, 0.040361, 0.0606827, 0.115699, 0.273274", \
            "0.0253523, 0.0275174, 0.0330142, 0.0464705, 0.0744534, 0.133004, 0.290837", \
            "0.0115734, 0.0146453, 0.0229771, 0.0426712, 0.0848779, 0.165483, 0.331497", \
            "-0.0379069, -0.0330473, -0.0210901, 0.0087964, 0.0710281, 0.19165, 0.412832", \
            "-0.176593, -0.169798, -0.151717, -0.107319, -0.0135029, 0.166633, 0.492353" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0130313, 0.0141203, 0.0173793, 0.0271292, 0.055457, 0.138027, 0.375931", \
            "0.0137831, 0.0147728, 0.0177196, 0.0271752, 0.055523, 0.138008, 0.376476", \
            "0.0194282, 0.0203784, 0.0230966, 0.0310052, 0.0566694, 0.137986, 0.376169", \
            "0.030665, 0.0317685, 0.0349904, 0.0439915, 0.0681764, 0.141206, 0.376368", \
            "0.0505763, 0.0521385, 0.0563784, 0.0681847, 0.0972573, 0.16803, 0.381354", \
            "0.0885021, 0.0905527, 0.0961588, 0.110683, 0.148514, 0.234452, 0.440647", \
            "0.164688, 0.166899, 0.173138, 0.191838, 0.240749, 0.352626, 0.592685" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0535542, 0.0572883, 0.0675188, 0.0956704, 0.17413, 0.39459, 1.02617", \
            "0.0575695, 0.0611585, 0.0714174, 0.0999505, 0.178405, 0.399821, 1.03138", \
            "0.0687206, 0.072224, 0.0820063, 0.109777, 0.188544, 0.411355, 1.04322", \
            "0.0910925, 0.0951636, 0.105973, 0.133651, 0.211896, 0.434314, 1.07496", \
            "0.1283, 0.133597, 0.148233, 0.183455, 0.266556, 0.488436, 1.1231", \
            "0.202625, 0.209712, 0.228703, 0.275515, 0.382558, 0.618169, 1.25682", \
            "0.370327, 0.379479, 0.403879, 0.464089, 0.601481, 0.897654, 1.55825" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0398034, 0.0444615, 0.0580834, 0.0970818, 0.20967, 0.535213, 1.46413", \
            "0.0398548, 0.0445213, 0.0579605, 0.0973072, 0.210204, 0.534273, 1.46597", \
            "0.040097, 0.0447329, 0.058153, 0.0970525, 0.209901, 0.535444, 1.46642", \
            "0.0473519, 0.0512922, 0.0631454, 0.0991543, 0.209576, 0.532671, 1.47176", \
            "0.0657838, 0.0702461, 0.0831476, 0.117802, 0.216747, 0.533363, 1.46685", \
            "0.100565, 0.105264, 0.119178, 0.157236, 0.260877, 0.547767, 1.46664", \
            "0.162266, 0.167295, 0.18167, 0.225877, 0.344094, 0.640219, 1.48921" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0161741, 0.0173232, 0.0204728, 0.0286149, 0.0495136, 0.106428, 0.26911", \
            "0.0200364, 0.0210644, 0.0239324, 0.0318749, 0.0527217, 0.109716, 0.272381", \
            "0.0252442, 0.0266827, 0.0305411, 0.0397984, 0.0606419, 0.11764, 0.280072", \
            "0.0272986, 0.0295296, 0.0348753, 0.048292, 0.0771433, 0.136368, 0.298827", \
            "0.0182512, 0.0209235, 0.0287479, 0.0478302, 0.0906993, 0.1739, 0.341875", \
            "-0.0221252, -0.0180388, -0.0070167, 0.0203698, 0.0823664, 0.207387, 0.434803", \
            "-0.140816, -0.135089, -0.119308, -0.0790056, 0.0105577, 0.190964, 0.526774" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0157432, 0.016848, 0.0200631, 0.0292442, 0.0561336, 0.135756, 0.369246", \
            "0.0166752, 0.017595, 0.0203427, 0.0289694, 0.056076, 0.135943, 0.369426", \
            "0.0227954, 0.0237451, 0.02661, 0.0336763, 0.0572468, 0.135831, 0.369362", \
            "0.0333083, 0.0348124, 0.0384835, 0.0482403, 0.071551, 0.139695, 0.369397", \
            "0.0516879, 0.0537112, 0.05912, 0.0736342, 0.104417, 0.174744, 0.374894", \
            "0.0841791, 0.0874256, 0.0959663, 0.11626, 0.161348, 0.253878, 0.449238", \
            "0.145977, 0.150716, 0.163375, 0.193569, 0.259085, 0.389098, 0.648443" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.038064, 0.0417724, 0.0523472, 0.0807868, 0.158196, 0.378798, 1.01702", \
            "0.0409749, 0.0446649, 0.0550235, 0.0836763, 0.162709, 0.384891, 1.01615", \
            "0.0522843, 0.0556515, 0.0652295, 0.0931585, 0.172065, 0.395965, 1.03565", \
            "0.0775729, 0.0816384, 0.0931673, 0.120569, 0.198004, 0.419281, 1.05695", \
            "0.120045, 0.126011, 0.141851, 0.18075, 0.263134, 0.483706, 1.11923", \
            "0.203511, 0.211181, 0.232381, 0.284862, 0.401024, 0.634218, 1.26453", \
            "0.378881, 0.388623, 0.415669, 0.482983, 0.639689, 0.96706, 1.62035" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0396164, 0.0443454, 0.0580198, 0.0971842, 0.210104, 0.533143, 1.46835", \
            "0.039347, 0.0441578, 0.0578114, 0.0971696, 0.210063, 0.53457, 1.46823", \
            "0.0406139, 0.0447512, 0.0575836, 0.096945, 0.20951, 0.533644, 1.4737", \
            "0.0538527, 0.0572067, 0.0676856, 0.101002, 0.209381, 0.532065, 1.46851", \
            "0.0716097, 0.077376, 0.0917157, 0.128495, 0.221308, 0.533471, 1.46947", \
            "0.101776, 0.10905, 0.127949, 0.175585, 0.283074, 0.555973, 1.47022", \
            "0.165741, 0.173989, 0.195453, 0.253857, 0.393683, 0.694403, 1.49768" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0144767, 0.0155428, 0.0184898, 0.0264396, 0.0485691, 0.111691, 0.293167", \
            "0.0176837, 0.0188736, 0.0219086, 0.0298728, 0.0521807, 0.115466, 0.298981", \
            "0.0201625, 0.0219562, 0.0265684, 0.0372073, 0.0602551, 0.123496, 0.30513", \
            "0.0177067, 0.0203583, 0.027257, 0.0433587, 0.0762779, 0.142405, 0.32395", \
            "0.0018118, 0.0056065, 0.0155489, 0.0394233, 0.0887373, 0.181833, 0.36856", \
            "-0.0489249, -0.043311, -0.0287334, 0.0056775, 0.0776926, 0.216585, 0.466752", \
            "-0.18675, -0.178394, -0.156807, -0.106462, -0.0011912, 0.202501, 0.571567" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.010623, 0.011924, 0.0157153, 0.02699, 0.0595329, 0.153617, 0.425508", \
            "0.0123407, 0.0133738, 0.0166763, 0.0273058, 0.0594353, 0.153903, 0.427087", \
            "0.0176418, 0.0190313, 0.0229769, 0.0325085, 0.0608881, 0.153803, 0.425414", \
            "0.0272652, 0.0291636, 0.034199, 0.0467391, 0.0753768, 0.157017, 0.425909", \
            "0.0448788, 0.0475553, 0.0551639, 0.0712018, 0.108434, 0.190036, 0.429024", \
            "0.0784709, 0.0822592, 0.0921233, 0.115478, 0.167204, 0.268759, 0.497045", \
            "0.144376, 0.150648, 0.163939, 0.200126, 0.268874, 0.408264, 0.692378" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0531141, 0.0549537, 0.0601856, 0.0752048, 0.118094, 0.241193, 0.597454", \
            "0.0521597, 0.0540021, 0.0593376, 0.0744264, 0.117538, 0.240802, 0.595967", \
            "0.0513043, 0.0531887, 0.0584746, 0.0736335, 0.116939, 0.240426, 0.595721", \
            "0.0507518, 0.0525758, 0.0578235, 0.0729687, 0.116172, 0.239961, 0.594911", \
            "0.0504606, 0.0522722, 0.0575861, 0.0726218, 0.115753, 0.239312, 0.594607", \
            "0.0537883, 0.0555633, 0.0604035, 0.0747797, 0.117521, 0.24018, 0.595776", \
            "0.0690787, 0.0705252, 0.0747789, 0.0874516, 0.127326, 0.24753, 0.599604" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0216222, 0.0198563, 0.0147083, -9.7e-05, -0.0429911, -0.167321, -0.526637", \
            "0.0209313, 0.0191688, 0.014123, -0.0006356, -0.043521, -0.167735, -0.527084", \
            "0.0201257, 0.0183821, 0.0133677, -0.0012442, -0.043996, -0.168169, -0.527325", \
            "0.0192427, 0.0175024, 0.012459, -0.0020877, -0.0445881, -0.168461, -0.527573", \
            "0.0203903, 0.0185828, 0.0133837, -0.0014074, -0.0447776, -0.16849, -0.527482", \
            "0.0250711, 0.0231401, 0.0176546, 0.0020788, -0.0421361, -0.167674, -0.527261", \
            "0.042457, 0.0403304, 0.0344346, 0.0173504, -0.029679, -0.159096, -0.523056" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0432438, 0.0450807, 0.0503857, 0.0654349, 0.108394, 0.231492, 0.587376", \
            "0.0420279, 0.0438914, 0.0492787, 0.0645362, 0.107711, 0.23107, 0.585986", \
            "0.0410037, 0.0428567, 0.048185, 0.0634287, 0.10697, 0.230551, 0.586942", \
            "0.0413426, 0.043158, 0.0478902, 0.0630072, 0.10622, 0.230213, 0.585289", \
            "0.0430963, 0.0448101, 0.0496818, 0.0642015, 0.106578, 0.229866, 0.585069", \
            "0.052336, 0.0541114, 0.0587871, 0.0732156, 0.111296, 0.23224, 0.585843", \
            "0.0693467, 0.0707909, 0.0754764, 0.0873586, 0.127353, 0.24529, 0.592034" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0139957, 0.0123505, 0.0074608, -0.0071349, -0.0500284, -0.174427, -0.533921", \
            "0.0133266, 0.0117299, 0.0069864, -0.0073228, -0.0499222, -0.174193, -0.533588", \
            "0.0122901, 0.0106944, 0.0060071, -0.0080582, -0.0502409, -0.174201, -0.533441", \
            "0.0115065, 0.00985, 0.0049524, -0.0091445, -0.0510331, -0.174523, -0.533528", \
            "0.0128643, 0.0110757, 0.0058639, -0.0088653, -0.0516851, -0.174982, -0.533605", \
            "0.0183491, 0.0163166, 0.0105303, -0.0053851, -0.0495925, -0.174674, -0.533568", \
            "0.0376583, 0.0353096, 0.0287485, 0.0105688, -0.0378915, -0.167745, -0.530457" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0268299, 0.0288592, 0.0345683, 0.0501546, 0.0934757, 0.217658, 0.571331", \
            "0.0257061, 0.0276674, 0.0332917, 0.049071, 0.0930504, 0.217606, 0.571233", \
            "0.024987, 0.0268274, 0.0322462, 0.0476745, 0.0917779, 0.216668, 0.571048", \
            "0.0245146, 0.0263335, 0.0316163, 0.0467865, 0.0904675, 0.214557, 0.573154", \
            "0.0244599, 0.0262671, 0.0315613, 0.0465081, 0.0894579, 0.213611, 0.569133", \
            "0.0292203, 0.0307859, 0.0354197, 0.0495078, 0.0919507, 0.214563, 0.571711", \
            "0.0467903, 0.04789, 0.0514217, 0.0632238, 0.103052, 0.223285, 0.57447" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.010475, 0.0086995, 0.0036119, -0.0111768, -0.054061, -0.178342, -0.53763", \
            "0.0097396, 0.0079617, 0.0029406, -0.0117941, -0.0546414, -0.178882, -0.538137", \
            "0.0087948, 0.0070863, 0.0020894, -0.0124622, -0.0552085, -0.179339, -0.538514", \
            "0.0085067, 0.0067186, 0.001605, -0.0130131, -0.0555765, -0.17957, -0.538746", \
            "0.0105787, 0.0087245, 0.0034154, -0.0112639, -0.0552047, -0.178748, -0.538041", \
            "0.0181637, 0.0162349, 0.0107878, -0.005079, -0.0499373, -0.177317, -0.536479", \
            "0.037856, 0.0353743, 0.0294189, 0.0117951, -0.0362206, -0.166844, -0.528578" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0169187, 0.0189876, 0.0247672, 0.040517, 0.0839365, 0.20692, 0.561469", \
            "0.0156058, 0.0176275, 0.0233422, 0.0392393, 0.0833581, 0.207799, 0.561535", \
            "0.0150913, 0.0169946, 0.0223312, 0.0378976, 0.0821581, 0.20615, 0.564373", \
            "0.0157152, 0.0175343, 0.0226753, 0.0377848, 0.0811784, 0.205269, 0.563984", \
            "0.0184594, 0.0201427, 0.0248839, 0.0392881, 0.0817842, 0.205652, 0.563641", \
            "0.0269229, 0.0282862, 0.0327203, 0.0466498, 0.0876427, 0.209403, 0.563516", \
            "0.0473019, 0.0484804, 0.0523189, 0.0664154, 0.105405, 0.226273, 0.56968" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144335, 0.0041665, 0.0120274, 0.0347194, 0.100224, 0.289317");
          values ( \
            "0.0023226, 0.0006391, -0.0043311, -0.0190394, -0.0620329, -0.186489, -0.545988", \
            "0.0018341, 0.0001978, -0.0046702, -0.0191016, -0.0618739, -0.186241, -0.545643", \
            "0.0012382, -0.0004245, -0.0052212, -0.0195317, -0.0618977, -0.186026, -0.545388", \
            "0.0009658, -0.0007656, -0.0056834, -0.0201015, -0.0622828, -0.186099, -0.545254", \
            "0.0037686, 0.0018737, -0.0034501, -0.0189464, -0.0620442, -0.185798, -0.544855", \
            "0.0118602, 0.0097204, 0.0035844, -0.0128055, -0.0577004, -0.184367, -0.543895", \
            "0.0352219, 0.032127, 0.0246446, 0.0056651, -0.0421718, -0.175663, -0.537051" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.009122;
      rise_capacitance : 0.009583;
      rise_capacitance_range (0.009583, 0.009583);
      fall_capacitance : 0.00866;
      fall_capacitance_range (0.00866, 0.00866);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0177062, -0.0177066, -0.0177072, -0.0176975, -0.0176749, -0.0176228, -0.0175028" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0177749, 0.0177646, 0.0177411, 0.0177425, 0.0177461, 0.0177542, 0.0177732" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008496;
      rise_capacitance : 0.00908;
      rise_capacitance_range (0.00908, 0.00908);
      fall_capacitance : 0.007912;
      fall_capacitance_range (0.007912, 0.007912);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0166408, -0.0166393, -0.0166361, -0.0166334, -0.0166273, -0.0166129, -0.0165797" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.01669, 0.0166795, 0.0166556, 0.0166596, 0.0166691, 0.0166908, 0.0167411" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.009033;
      rise_capacitance : 0.009399;
      rise_capacitance_range (0.009399, 0.009399);
      fall_capacitance : 0.008668;
      fall_capacitance_range (0.008668, 0.008668);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0066178, -0.0066176, -0.0066169, -0.0065691, -0.0064588, -0.0062045, -0.0056183" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0210591, 0.0210458, 0.0210153, 0.0210092, 0.0209952, 0.0209628, 0.0208883" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008398;
      rise_capacitance : 0.008853;
      rise_capacitance_range (0.008853, 0.008853);
      fall_capacitance : 0.007943;
      fall_capacitance_range (0.007943, 0.007943);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.005222, -0.0052354, -0.0052664, -0.005221, -0.0051165, -0.0048754, -0.0043196" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0197197, 0.0197209, 0.0197239, 0.0197159, 0.0196978, 0.0196559, 0.0195595" \
          );
        }
      }
    }
  }
  cell (scs8hd_o2bb2a_1) {
    area : 10.0096;
    cell_footprint : "o2bb2a";
    cell_leakage_power : 0.00403345;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 4.16269e-05;
      when : "!A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0063831;
      when : "!A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 3.84432e-05;
      when : "!A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 4.9136e-05;
      when : "!A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0001279;
      when : "!A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0064694;
      when : "!A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0001247;
      when : "!A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0001354;
      when : "!A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.00013;
      when : "A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0064715;
      when : "A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0001269;
      when : "A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0001375;
      when : "A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0063339;
      when : "A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0252979;
      when : "A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0063339;
      when : "A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0063339;
      when : "A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.00403345;
    }
    pin (X) {
      direction : output;
      function : "(!A1N&B1) | (!A2N&B1) | (!A1N&B2) | (!A2N&B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.205088;
      max_transition : 1.50878;
      timing () {
        related_pin : "A1N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.115084, 0.12071, 0.13413, 0.167849, 0.256613, 0.497992, 1.1517", \
            "0.119737, 0.125296, 0.138736, 0.172492, 0.261426, 0.502073, 1.15591", \
            "0.131847, 0.137436, 0.150847, 0.184463, 0.273682, 0.51474, 1.16786", \
            "0.161111, 0.166719, 0.180115, 0.213962, 0.302644, 0.543189, 1.1974", \
            "0.21988, 0.225536, 0.238906, 0.272666, 0.361631, 0.601851, 1.25655", \
            "0.317909, 0.323727, 0.337169, 0.370866, 0.46015, 0.70023, 1.35699", \
            "0.491995, 0.498423, 0.512664, 0.546588, 0.636739, 0.877042, 1.52966" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.017696, 0.0234095, 0.0394557, 0.0847923, 0.210924, 0.556628, 1.5046", \
            "0.0176637, 0.0233763, 0.0394079, 0.0847959, 0.210977, 0.559464, 1.50464", \
            "0.017694, 0.0234455, 0.0394379, 0.0848095, 0.211211, 0.558223, 1.50336", \
            "0.0177076, 0.0234528, 0.0394211, 0.0847541, 0.211097, 0.559206, 1.50486", \
            "0.0182119, 0.023945, 0.0399255, 0.0850974, 0.211216, 0.558391, 1.50275", \
            "0.0199319, 0.0253692, 0.0409366, 0.0858723, 0.211214, 0.555682, 1.50251", \
            "0.0228591, 0.0283821, 0.0428779, 0.0869388, 0.211942, 0.557707, 1.4984" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.105151, 0.110181, 0.120966, 0.142554, 0.18861, 0.302022, 0.609183", \
            "0.108339, 0.113377, 0.124192, 0.145784, 0.191769, 0.305338, 0.612101", \
            "0.114631, 0.119633, 0.130432, 0.152055, 0.197973, 0.311366, 0.617992", \
            "0.124112, 0.129116, 0.139885, 0.161476, 0.207444, 0.320923, 0.628397", \
            "0.131497, 0.136519, 0.147294, 0.168807, 0.214655, 0.328009, 0.635573", \
            "0.123937, 0.128961, 0.139753, 0.16133, 0.207315, 0.320601, 0.626183", \
            "0.0687045, 0.0739744, 0.0852644, 0.107367, 0.153765, 0.267226, 0.573078" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0172949, 0.0209634, 0.0291948, 0.0484141, 0.0985238, 0.2435, 0.651403", \
            "0.017451, 0.0210508, 0.0293874, 0.0482888, 0.0983468, 0.243383, 0.644871", \
            "0.0173336, 0.0211629, 0.0293638, 0.0483596, 0.0984465, 0.243334, 0.645691", \
            "0.0175168, 0.0212278, 0.0294788, 0.0484317, 0.0987108, 0.242654, 0.648407", \
            "0.0173916, 0.0209927, 0.0292106, 0.0484099, 0.0978213, 0.242163, 0.648158", \
            "0.0179476, 0.021686, 0.0298936, 0.0488102, 0.0987017, 0.243179, 0.648458", \
            "0.0195781, 0.023375, 0.0315626, 0.0503593, 0.0997155, 0.241921, 0.645349" \
          );
        }
      }
      timing () {
        related_pin : "A2N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.104902, 0.110423, 0.123702, 0.157295, 0.246336, 0.487578, 1.14341", \
            "0.10905, 0.114558, 0.127901, 0.161446, 0.250268, 0.491978, 1.14673", \
            "0.12098, 0.126481, 0.139761, 0.173327, 0.2624, 0.502956, 1.15879", \
            "0.149796, 0.155322, 0.168616, 0.202108, 0.29096, 0.532578, 1.18847", \
            "0.202884, 0.208451, 0.221826, 0.255347, 0.344336, 0.586103, 1.24379", \
            "0.291764, 0.297463, 0.310915, 0.344595, 0.433289, 0.673736, 1.32679", \
            "0.453918, 0.460246, 0.474454, 0.507918, 0.596428, 0.836631, 1.48965" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0173834, 0.0230883, 0.0389582, 0.0842766, 0.210829, 0.557584, 1.50288", \
            "0.0173853, 0.0230559, 0.0390659, 0.0843896, 0.210321, 0.557787, 1.50584", \
            "0.0173719, 0.023042, 0.0390485, 0.0844146, 0.210774, 0.558173, 1.50105", \
            "0.0174531, 0.0231341, 0.0390701, 0.084394, 0.210835, 0.55761, 1.5019", \
            "0.0181272, 0.0236607, 0.039488, 0.0843962, 0.210778, 0.557274, 1.50878", \
            "0.0199544, 0.025214, 0.0404648, 0.0850651, 0.210376, 0.556141, 1.5004", \
            "0.0230242, 0.0285567, 0.0426115, 0.0859368, 0.210737, 0.556083, 1.49499" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.102454, 0.107445, 0.118344, 0.139859, 0.185819, 0.299304, 0.60589", \
            "0.105708, 0.110719, 0.121522, 0.143087, 0.189066, 0.302328, 0.608571", \
            "0.113071, 0.118079, 0.128871, 0.150484, 0.196361, 0.309703, 0.616638", \
            "0.12288, 0.127882, 0.138674, 0.160199, 0.206139, 0.31954, 0.62745", \
            "0.128944, 0.133975, 0.144746, 0.166394, 0.212361, 0.32591, 0.631554", \
            "0.120742, 0.125728, 0.136542, 0.1582, 0.204265, 0.317714, 0.623429", \
            "0.066273, 0.0715015, 0.0827242, 0.104814, 0.151352, 0.264962, 0.57071" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0174539, 0.0209239, 0.0292674, 0.0484293, 0.0986307, 0.243586, 0.648442", \
            "0.017324, 0.0210274, 0.0291915, 0.0483988, 0.0986938, 0.242329, 0.64612", \
            "0.0173368, 0.0211801, 0.0294151, 0.0484441, 0.0984861, 0.243522, 0.646503", \
            "0.017388, 0.0212308, 0.0292441, 0.0483317, 0.0987433, 0.243402, 0.645808", \
            "0.0175061, 0.0211978, 0.0295837, 0.0486338, 0.0984936, 0.241638, 0.649298", \
            "0.0178641, 0.0216549, 0.0297146, 0.0487225, 0.098821, 0.243559, 0.649073", \
            "0.019342, 0.0232642, 0.0312739, 0.0500828, 0.0993935, 0.243511, 0.64742" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0644172, 0.0703596, 0.084289, 0.118193, 0.206524, 0.445816, 1.0968", \
            "0.067974, 0.0738784, 0.0878533, 0.12171, 0.210523, 0.449293, 1.09883", \
            "0.0751232, 0.0810276, 0.094978, 0.128781, 0.217677, 0.45644, 1.10597", \
            "0.0883489, 0.0944578, 0.108498, 0.142349, 0.231163, 0.469958, 1.11979", \
            "0.103505, 0.110113, 0.125056, 0.159299, 0.247673, 0.486709, 1.1368", \
            "0.105735, 0.113759, 0.131037, 0.166913, 0.255131, 0.493982, 1.14237", \
            "0.0623272, 0.0724125, 0.093952, 0.135552, 0.225384, 0.463874, 1.11451" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0186187, 0.0245735, 0.0403751, 0.084832, 0.209595, 0.555107, 1.49353", \
            "0.0185909, 0.0245335, 0.0403188, 0.0847137, 0.20997, 0.554491, 1.49075", \
            "0.0185837, 0.0245209, 0.0403425, 0.0847963, 0.210094, 0.554195, 1.49049", \
            "0.0196363, 0.0254254, 0.0409909, 0.085057, 0.210083, 0.554476, 1.49164", \
            "0.0229219, 0.0288389, 0.0437283, 0.0864961, 0.209877, 0.5538, 1.49185", \
            "0.0292571, 0.0360397, 0.0505872, 0.0901323, 0.211199, 0.552365, 1.49005", \
            "0.0387319, 0.0468167, 0.0640825, 0.101452, 0.214615, 0.55527, 1.48697" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.146497, 0.153155, 0.167433, 0.195413, 0.249087, 0.367853, 0.674424", \
            "0.150651, 0.157301, 0.171674, 0.199693, 0.253184, 0.371697, 0.678644", \
            "0.160113, 0.166769, 0.181048, 0.209038, 0.26261, 0.38143, 0.688236", \
            "0.181643, 0.188185, 0.20266, 0.230702, 0.284292, 0.402966, 0.710297", \
            "0.230559, 0.237393, 0.251845, 0.279702, 0.333532, 0.452159, 0.759078", \
            "0.322257, 0.329921, 0.345686, 0.376474, 0.432819, 0.553158, 0.860295", \
            "0.49432, 0.502727, 0.520829, 0.555894, 0.619098, 0.743899, 1.05012" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0280897, 0.0327709, 0.0427608, 0.064057, 0.113019, 0.250145, 0.654062", \
            "0.0282248, 0.0327385, 0.0425844, 0.0633514, 0.113307, 0.250911, 0.651237", \
            "0.028097, 0.0327666, 0.0428147, 0.0638671, 0.113318, 0.250797, 0.653842", \
            "0.0281438, 0.032532, 0.0426314, 0.0634821, 0.113103, 0.251123, 0.646825", \
            "0.0294848, 0.0340478, 0.043631, 0.0650712, 0.113894, 0.251588, 0.649353", \
            "0.035143, 0.0402933, 0.0511767, 0.0714206, 0.12059, 0.254868, 0.649059", \
            "0.0454401, 0.0506107, 0.0626763, 0.0853857, 0.132723, 0.261279, 0.652729" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0582196, 0.063904, 0.0775437, 0.111147, 0.19983, 0.43822, 1.09035", \
            "0.0618774, 0.0675976, 0.0811742, 0.114822, 0.20336, 0.442472, 1.09208", \
            "0.0690899, 0.0747512, 0.0882794, 0.121846, 0.210363, 0.44882, 1.10725", \
            "0.081031, 0.0869007, 0.100674, 0.134204, 0.222632, 0.462605, 1.111", \
            "0.0916697, 0.0983529, 0.113055, 0.146953, 0.235276, 0.474288, 1.12804", \
            "0.0846023, 0.0929772, 0.110552, 0.146209, 0.234317, 0.474361, 1.12485", \
            "0.0213241, 0.0316978, 0.0542815, 0.0969856, 0.186892, 0.425178, 1.07621" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.017576, 0.0234153, 0.0393075, 0.0839813, 0.209712, 0.556257, 1.49042", \
            "0.0175845, 0.0234453, 0.0392243, 0.0840973, 0.210048, 0.557311, 1.49117", \
            "0.0175917, 0.0234157, 0.0392834, 0.0841274, 0.210162, 0.556019, 1.49419", \
            "0.0190384, 0.0247484, 0.0403318, 0.084333, 0.210333, 0.555805, 1.48635", \
            "0.0231317, 0.0289372, 0.0433209, 0.0858768, 0.209349, 0.555131, 1.4987", \
            "0.0301756, 0.0364318, 0.0513208, 0.0901816, 0.210767, 0.552478, 1.49178", \
            "0.040375, 0.048784, 0.0662124, 0.103662, 0.215042, 0.555634, 1.48744" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.140343, 0.146998, 0.161361, 0.189184, 0.242939, 0.361652, 0.668093", \
            "0.143023, 0.149693, 0.164074, 0.192031, 0.245655, 0.364251, 0.671018", \
            "0.152366, 0.159028, 0.1734, 0.201271, 0.254902, 0.37361, 0.679988", \
            "0.178413, 0.185042, 0.19941, 0.227275, 0.280945, 0.399614, 0.70612", \
            "0.242783, 0.24935, 0.263797, 0.291729, 0.344441, 0.463089, 0.770096", \
            "0.359138, 0.366951, 0.383479, 0.415637, 0.472731, 0.593606, 0.900129", \
            "0.557443, 0.566684, 0.58589, 0.624309, 0.689852, 0.814858, 1.1226" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0281371, 0.0326828, 0.0425247, 0.0639006, 0.11261, 0.250723, 0.648482", \
            "0.0283005, 0.0326976, 0.0430847, 0.0632112, 0.113097, 0.250297, 0.652804", \
            "0.0280697, 0.032891, 0.042694, 0.0638574, 0.112609, 0.250549, 0.653994", \
            "0.0280991, 0.032788, 0.0425986, 0.0632371, 0.113306, 0.251149, 0.654432", \
            "0.0293081, 0.0336669, 0.0434834, 0.0650267, 0.113995, 0.25153, 0.648929", \
            "0.0395966, 0.0441266, 0.0550621, 0.0752687, 0.121438, 0.254979, 0.656806", \
            "0.053789, 0.0591335, 0.07102, 0.0952945, 0.139325, 0.263112, 0.652157" \
          );
        }
      }
      internal_power () {
        related_pin : "A1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.020187, 0.0219475, 0.0266329, 0.039091, 0.0722378, 0.162203, 0.406942", \
            "0.020024, 0.0217737, 0.0264714, 0.0389167, 0.0720311, 0.162201, 0.406659", \
            "0.0198731, 0.0216366, 0.0262946, 0.0387362, 0.0719431, 0.161882, 0.406364", \
            "0.0198263, 0.0215863, 0.0262471, 0.0386757, 0.0718281, 0.16187, 0.406375", \
            "0.0201413, 0.0218937, 0.0264592, 0.0388428, 0.0720812, 0.162054, 0.406724", \
            "0.0213555, 0.0230064, 0.027342, 0.0396628, 0.0727955, 0.162676, 0.407092", \
            "0.0248094, 0.0264214, 0.0309814, 0.0432171, 0.0761496, 0.166692, 0.409342" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0150266, 0.0135249, 0.0096812, -0.0015319, -0.0342324, -0.124594, -0.371397", \
            "0.0149162, 0.0133919, 0.0095593, -0.0016783, -0.0343471, -0.124744, -0.371623", \
            "0.0146806, 0.013157, 0.0092669, -0.0019384, -0.0346121, -0.124985, -0.371671", \
            "0.0144015, 0.012866, 0.0090144, -0.0022213, -0.0349197, -0.125272, -0.372068", \
            "0.0155075, 0.0138925, 0.0095222, -0.0022881, -0.0350014, -0.125383, -0.372132", \
            "0.0167142, 0.0150976, 0.0107572, -0.0012101, -0.0341605, -0.124742, -0.371547", \
            "0.0197529, 0.0180786, 0.013711, 0.0017082, -0.0313215, -0.121914, -0.368924" \
          );
        }
      }
      internal_power () {
        related_pin : "A2N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0174972, 0.0192728, 0.0239295, 0.0363072, 0.0694405, 0.159267, 0.403748", \
            "0.0172751, 0.0190352, 0.0237306, 0.0360603, 0.0692511, 0.159182, 0.403772", \
            "0.0170547, 0.0188184, 0.0234958, 0.0358279, 0.0690025, 0.158889, 0.401644", \
            "0.0169977, 0.0187719, 0.0234096, 0.0357662, 0.0689197, 0.158814, 0.401304", \
            "0.0171311, 0.0189438, 0.0236032, 0.035886, 0.0689988, 0.159085, 0.4053", \
            "0.0183432, 0.0199928, 0.0244829, 0.0367099, 0.0699771, 0.159492, 0.404325", \
            "0.0215812, 0.0231087, 0.0276182, 0.0398717, 0.072811, 0.163429, 0.40603" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0146419, 0.0131096, 0.0092777, -0.0019485, -0.0346538, -0.125086, -0.371611", \
            "0.0145, 0.0129884, 0.0091532, -0.0020673, -0.0348117, -0.125259, -0.372064", \
            "0.0142614, 0.0127464, 0.0088503, -0.0023611, -0.0350815, -0.1255, -0.372488", \
            "0.0140201, 0.0125019, 0.0086178, -0.0025902, -0.0353347, -0.125752, -0.372579", \
            "0.0152945, 0.0137068, 0.0093297, -0.0024928, -0.0352111, -0.125632, -0.372378", \
            "0.0165515, 0.0149452, 0.0106424, -0.0012955, -0.0342344, -0.124783, -0.371582", \
            "0.0196277, 0.0179312, 0.0134924, 0.0015266, -0.0313763, -0.121716, -0.368591" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0138589, 0.0156083, 0.0202687, 0.0326824, 0.065839, 0.155507, 0.401359", \
            "0.0138367, 0.0155832, 0.0202482, 0.0326344, 0.0658639, 0.155584, 0.39949", \
            "0.0138252, 0.0155597, 0.0202295, 0.0326011, 0.0658159, 0.155522, 0.399386", \
            "0.0137994, 0.0155102, 0.0201229, 0.0324564, 0.0656389, 0.155448, 0.399437", \
            "0.0142569, 0.0158678, 0.0202263, 0.0324968, 0.0653726, 0.155257, 0.39944", \
            "0.0151129, 0.0167021, 0.0211555, 0.0331771, 0.066138, 0.155305, 0.399486", \
            "0.018348, 0.0198245, 0.0238277, 0.0358522, 0.0688434, 0.15831, 0.400654" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0109833, 0.0092878, 0.0054456, -0.0056656, -0.0380417, -0.128305, -0.375062", \
            "0.0109285, 0.0092235, 0.0052461, -0.0058198, -0.0381918, -0.128401, -0.375152", \
            "0.0107248, 0.0090419, 0.0052063, -0.0059217, -0.0382974, -0.128552, -0.375308", \
            "0.0106157, 0.0089137, 0.0050089, -0.0060855, -0.0384614, -0.128675, -0.375467", \
            "0.0108819, 0.0091437, 0.0051187, -0.0060558, -0.0385013, -0.128746, -0.375471", \
            "0.0136042, 0.0116696, 0.0072067, -0.0055877, -0.0378511, -0.12819, -0.374942", \
            "0.0174075, 0.0153142, 0.0102228, -0.0024692, -0.0358815, -0.126304, -0.372818" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0123013, 0.014058, 0.0187539, 0.0311821, 0.0642608, 0.15388, 0.398273", \
            "0.0122499, 0.0140178, 0.018705, 0.0311454, 0.0642604, 0.154081, 0.396492", \
            "0.0121479, 0.0138865, 0.0185504, 0.0309195, 0.0641009, 0.153878, 0.396999", \
            "0.0120372, 0.0137598, 0.0182738, 0.0305698, 0.0638017, 0.153845, 0.395847", \
            "0.0123506, 0.0140168, 0.0184484, 0.0306208, 0.0635527, 0.153426, 0.39802", \
            "0.0131276, 0.0147159, 0.0191699, 0.0311959, 0.0639107, 0.153188, 0.397985", \
            "0.0159437, 0.0174102, 0.0218504, 0.0337149, 0.0666008, 0.156143, 0.398987" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013629, 0.00371501, 0.0101264, 0.0276026, 0.0752394, 0.205088");
          values ( \
            "0.0108297, 0.0091217, 0.0052059, -0.0058601, -0.0382277, -0.128512, -0.375214", \
            "0.0106532, 0.0089594, 0.0050098, -0.0060658, -0.0384489, -0.12867, -0.37541", \
            "0.0104555, 0.008747, 0.0048204, -0.0062515, -0.0386427, -0.128888, -0.375616", \
            "0.0103854, 0.0086806, 0.0047328, -0.0063674, -0.0387332, -0.128936, -0.375689", \
            "0.0106588, 0.0089213, 0.004911, -0.0062608, -0.0385596, -0.12881, -0.375475", \
            "0.0136887, 0.0116666, 0.0070484, -0.0053017, -0.0376579, -0.128024, -0.374763", \
            "0.0189896, 0.0168651, 0.0115029, -0.0014841, -0.0346608, -0.125259, -0.372037" \
          );
        }
      }
    }
    pin (A1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001445;
      rise_capacitance : 0.001487;
      rise_capacitance_range (0.001487, 0.001487);
      fall_capacitance : 0.001404;
      fall_capacitance_range (0.001404, 0.001404);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0025596, -0.0025624, -0.0025688, -0.0025684, -0.0025677, -0.002566, -0.0025622" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.002566, 0.0025659, 0.0025657, 0.0025665, 0.0025683, 0.0025725, 0.0025822" \
          );
        }
      }
    }
    pin (A2N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001578;
      rise_capacitance : 0.001622;
      rise_capacitance_range (0.001622, 0.001622);
      fall_capacitance : 0.001534;
      fall_capacitance_range (0.001534, 0.001534);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0022173, -0.002217, -0.0022163, -0.0022126, -0.0022039, -0.002184, -0.002138" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0029619, 0.0029617, 0.0029613, 0.002962, 0.0029634, 0.0029667, 0.0029744" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001552;
      rise_capacitance : 0.001603;
      rise_capacitance_range (0.001603, 0.001603);
      fall_capacitance : 0.001502;
      fall_capacitance_range (0.001502, 0.001502);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0021702, -0.002193, -0.0022455, -0.0022474, -0.0022519, -0.0022622, -0.002286" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0023149, 0.0023119, 0.0023049, 0.0023036, 0.0023006, 0.0022936, 0.0022776" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001698;
      rise_capacitance : 0.001796;
      rise_capacitance_range (0.001796, 0.001796);
      fall_capacitance : 0.001601;
      fall_capacitance_range (0.001601, 0.001601);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0013999, -0.001395, -0.0013837, -0.0013833, -0.0013824, -0.0013803, -0.0013754" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0018199, 0.0018167, 0.0018093, 0.0018121, 0.0018186, 0.0018334, 0.0018677" \
          );
        }
      }
    }
  }
  cell (scs8hd_o2bb2a_2) {
    area : 11.2608;
    cell_footprint : "o2bb2a";
    cell_leakage_power : 0.0184236;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0158836;
      when : "!A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0125615;
      when : "!A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.015883;
      when : "!A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0083283;
      when : "!A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0159786;
      when : "!A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0126565;
      when : "!A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.015978;
      when : "!A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0084233;
      when : "!A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0159763;
      when : "A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0126541;
      when : "A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0159757;
      when : "A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.008421;
      when : "A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0283236;
      when : "A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0510863;
      when : "A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0283236;
      when : "A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0283236;
      when : "A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0184236;
    }
    pin (X) {
      direction : output;
      function : "(!A1N&B1) | (!A2N&B1) | (!A1N&B2) | (!A2N&B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.390025;
      max_transition : 1.50729;
      timing () {
        related_pin : "A1N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.114773, 0.119268, 0.130194, 0.157377, 0.233207, 0.459855, 1.14492", \
            "0.119588, 0.124033, 0.134959, 0.162194, 0.238163, 0.464943, 1.15077", \
            "0.13209, 0.136557, 0.147477, 0.17462, 0.250562, 0.477321, 1.16262", \
            "0.161129, 0.165535, 0.176478, 0.203692, 0.279603, 0.506554, 1.19112", \
            "0.216096, 0.220532, 0.231561, 0.258812, 0.33434, 0.561281, 1.24671", \
            "0.308604, 0.313148, 0.324464, 0.351684, 0.42767, 0.653735, 1.33784", \
            "0.475005, 0.480147, 0.491978, 0.519715, 0.595886, 0.821425, 1.50504" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0159913, 0.019838, 0.0307043, 0.0642983, 0.170576, 0.501047, 1.50249", \
            "0.0159469, 0.0197899, 0.0307207, 0.0642116, 0.170754, 0.501635, 1.50175", \
            "0.015993, 0.0198523, 0.030723, 0.0642581, 0.170986, 0.501278, 1.49811", \
            "0.0159283, 0.0198251, 0.0308046, 0.0641108, 0.170938, 0.501024, 1.50445", \
            "0.0163811, 0.02021, 0.0310178, 0.0644837, 0.171189, 0.501268, 1.50246", \
            "0.0173751, 0.0214354, 0.0320542, 0.0650597, 0.170897, 0.49907, 1.50001", \
            "0.0198017, 0.0237456, 0.0342593, 0.0664236, 0.171666, 0.500265, 1.49818" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.107485, 0.111207, 0.12017, 0.139031, 0.178806, 0.279586, 0.577606", \
            "0.110695, 0.114389, 0.12338, 0.142215, 0.182056, 0.282802, 0.580592", \
            "0.117176, 0.120875, 0.129827, 0.148731, 0.188491, 0.289315, 0.586734", \
            "0.127805, 0.131504, 0.140446, 0.159305, 0.199175, 0.29987, 0.598144", \
            "0.136932, 0.140678, 0.149607, 0.168427, 0.208211, 0.308897, 0.607668", \
            "0.132189, 0.13589, 0.144884, 0.163763, 0.203657, 0.304348, 0.601386", \
            "0.0849568, 0.089029, 0.0982687, 0.117781, 0.158148, 0.259128, 0.556274" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0158113, 0.0184967, 0.0249449, 0.0394826, 0.0791408, 0.203951, 0.60196", \
            "0.0157764, 0.0183896, 0.0247766, 0.0396106, 0.0789337, 0.205155, 0.604056", \
            "0.0158719, 0.0183625, 0.0248655, 0.039929, 0.0790721, 0.204488, 0.601452", \
            "0.0158727, 0.0184811, 0.0248429, 0.0395595, 0.0789657, 0.20406, 0.602666", \
            "0.0159966, 0.0186905, 0.0249999, 0.0395669, 0.0786105, 0.204208, 0.602123", \
            "0.0162405, 0.018863, 0.0252848, 0.0400888, 0.0793201, 0.204757, 0.602392", \
            "0.0180855, 0.0206065, 0.0270981, 0.0417181, 0.0806337, 0.204442, 0.601146" \
          );
        }
      }
      timing () {
        related_pin : "A2N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.106699, 0.11109, 0.121982, 0.149156, 0.225001, 0.452012, 1.14046", \
            "0.111205, 0.115626, 0.126592, 0.15376, 0.229649, 0.456557, 1.14074", \
            "0.123555, 0.127995, 0.138873, 0.165976, 0.241852, 0.471015, 1.15261", \
            "0.151777, 0.156227, 0.167106, 0.194281, 0.270051, 0.496786, 1.18362", \
            "0.201623, 0.206134, 0.21702, 0.244188, 0.319857, 0.547595, 1.23123", \
            "0.285878, 0.290573, 0.301686, 0.328954, 0.40474, 0.630815, 1.31545", \
            "0.438988, 0.444208, 0.456104, 0.483828, 0.559362, 0.78557, 1.46945" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0157839, 0.0196844, 0.0306362, 0.063914, 0.170528, 0.501874, 1.50668", \
            "0.0158256, 0.0196524, 0.0306085, 0.0639772, 0.170846, 0.50184, 1.50256", \
            "0.0158462, 0.0197317, 0.0305714, 0.0641005, 0.170907, 0.501258, 1.50166", \
            "0.0159308, 0.0197719, 0.0306193, 0.064017, 0.17067, 0.501562, 1.50546", \
            "0.0163538, 0.020207, 0.0310561, 0.0642828, 0.17091, 0.502746, 1.5002", \
            "0.0176176, 0.0213147, 0.0320556, 0.0648184, 0.170779, 0.49879, 1.50729", \
            "0.0202118, 0.0241225, 0.034457, 0.0662347, 0.1713, 0.500451, 1.49927" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.104937, 0.108639, 0.117611, 0.136484, 0.176253, 0.277056, 0.574893", \
            "0.108175, 0.111909, 0.120846, 0.139703, 0.179478, 0.280266, 0.577658", \
            "0.115733, 0.119429, 0.128357, 0.147234, 0.187004, 0.287814, 0.585706", \
            "0.127209, 0.130914, 0.139837, 0.158703, 0.198554, 0.299175, 0.597476", \
            "0.135973, 0.13967, 0.148636, 0.167539, 0.207414, 0.308156, 0.606802", \
            "0.131905, 0.135419, 0.144401, 0.163323, 0.203279, 0.304007, 0.601269", \
            "0.0868954, 0.0907598, 0.100014, 0.119412, 0.15975, 0.260657, 0.558228" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0158699, 0.0183578, 0.0250065, 0.0398603, 0.0790889, 0.204042, 0.600756", \
            "0.015878, 0.0183615, 0.0247455, 0.0399127, 0.079116, 0.204525, 0.601433", \
            "0.0158746, 0.0183607, 0.0251203, 0.0396949, 0.0789751, 0.204059, 0.601297", \
            "0.0158934, 0.0185602, 0.0250615, 0.0395789, 0.0791528, 0.20504, 0.603396", \
            "0.0160744, 0.01856, 0.0252174, 0.0397646, 0.0788915, 0.20424, 0.600377", \
            "0.0162902, 0.0189238, 0.0254017, 0.0402394, 0.0791993, 0.203814, 0.602533", \
            "0.0177428, 0.0202875, 0.0267541, 0.0413251, 0.0799995, 0.204457, 0.600471" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0806834, 0.0856544, 0.0976186, 0.126275, 0.202511, 0.428254, 1.1119", \
            "0.084182, 0.0891471, 0.101148, 0.129791, 0.206113, 0.432126, 1.11436", \
            "0.0916007, 0.0964818, 0.108457, 0.137082, 0.21338, 0.438782, 1.12044", \
            "0.107254, 0.112188, 0.124133, 0.152735, 0.228856, 0.454526, 1.13909", \
            "0.130185, 0.135697, 0.148626, 0.178181, 0.25451, 0.480521, 1.16274", \
            "0.147531, 0.154019, 0.169304, 0.201331, 0.27847, 0.504005, 1.1886", \
            "0.131889, 0.139296, 0.157744, 0.196529, 0.277428, 0.502456, 1.18448" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0178517, 0.0221487, 0.033483, 0.0667328, 0.171421, 0.49973, 1.4979", \
            "0.0179826, 0.0221509, 0.0335439, 0.0666943, 0.171301, 0.499593, 1.49607", \
            "0.0178322, 0.0221154, 0.0334902, 0.0666551, 0.171622, 0.498475, 1.49273", \
            "0.0181587, 0.0223346, 0.033922, 0.0669506, 0.171625, 0.499186, 1.49748", \
            "0.0210937, 0.0256107, 0.0368189, 0.0689125, 0.171944, 0.498729, 1.49562", \
            "0.0270892, 0.032286, 0.0439545, 0.074653, 0.1743, 0.497346, 1.49349", \
            "0.0362923, 0.041981, 0.0566041, 0.0886505, 0.180063, 0.500864, 1.48781" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.132942, 0.137634, 0.14878, 0.172929, 0.220215, 0.327594, 0.626392", \
            "0.137731, 0.142402, 0.153785, 0.17782, 0.225224, 0.332464, 0.631017", \
            "0.147996, 0.152733, 0.164072, 0.188059, 0.235239, 0.342663, 0.641336", \
            "0.170602, 0.175294, 0.186635, 0.210677, 0.258113, 0.365537, 0.664189", \
            "0.220906, 0.225737, 0.23725, 0.261323, 0.309004, 0.416309, 0.715267", \
            "0.312862, 0.318097, 0.330758, 0.357267, 0.408818, 0.51908, 0.81713", \
            "0.478123, 0.484146, 0.498628, 0.529543, 0.588575, 0.705304, 1.00553" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0247973, 0.0278769, 0.0357793, 0.0527504, 0.0932415, 0.212916, 0.604189", \
            "0.0248681, 0.02783, 0.0356987, 0.0530636, 0.0930758, 0.212834, 0.603824", \
            "0.0247721, 0.0278817, 0.0355217, 0.0527955, 0.0932014, 0.212858, 0.603283", \
            "0.0248222, 0.0279024, 0.0358518, 0.0529321, 0.0930619, 0.212642, 0.603955", \
            "0.0263754, 0.0294074, 0.0371355, 0.0544768, 0.0940104, 0.21365, 0.606317", \
            "0.0326288, 0.0359291, 0.0436695, 0.0615728, 0.101333, 0.216587, 0.607367", \
            "0.0445849, 0.0477666, 0.0569857, 0.0760267, 0.116137, 0.227228, 0.60257" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0713638, 0.0760215, 0.0874594, 0.115291, 0.190921, 0.416562, 1.09946", \
            "0.0749703, 0.0796547, 0.0911132, 0.11898, 0.194745, 0.42009, 1.10472", \
            "0.082465, 0.0871136, 0.0985561, 0.126416, 0.202145, 0.428074, 1.10869", \
            "0.0974137, 0.102189, 0.113784, 0.141637, 0.2174, 0.443466, 1.13678", \
            "0.115849, 0.12132, 0.134116, 0.163072, 0.238999, 0.464647, 1.1463", \
            "0.122848, 0.129409, 0.144902, 0.177062, 0.2536, 0.480032, 1.16262", \
            "0.0865329, 0.0940591, 0.113066, 0.15318, 0.23402, 0.457943, 1.13936" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0166785, 0.0207374, 0.0318433, 0.064964, 0.170479, 0.498598, 1.5026", \
            "0.0166937, 0.0207759, 0.031952, 0.0650476, 0.170666, 0.498529, 1.49789", \
            "0.0166803, 0.0208037, 0.0318975, 0.0650833, 0.170693, 0.499532, 1.49576", \
            "0.017453, 0.0214701, 0.0324793, 0.0653757, 0.170517, 0.500126, 1.49501", \
            "0.0212614, 0.0256253, 0.0364419, 0.0680992, 0.171488, 0.50049, 1.49355", \
            "0.0277469, 0.0328894, 0.0446681, 0.0746087, 0.17356, 0.497966, 1.49828", \
            "0.0383113, 0.044022, 0.0587782, 0.0907366, 0.180916, 0.500363, 1.49154" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.126253, 0.131002, 0.142312, 0.16635, 0.213605, 0.321094, 0.619565", \
            "0.129757, 0.134533, 0.145836, 0.169879, 0.217169, 0.324623, 0.623244", \
            "0.140064, 0.144751, 0.156103, 0.180005, 0.227349, 0.334741, 0.633656", \
            "0.166814, 0.171558, 0.182733, 0.206708, 0.254119, 0.36154, 0.659943", \
            "0.230375, 0.235163, 0.246497, 0.270496, 0.318008, 0.424501, 0.723086", \
            "0.34214, 0.347716, 0.361335, 0.389614, 0.442989, 0.55222, 0.85105", \
            "0.530685, 0.53717, 0.552681, 0.586768, 0.65103, 0.769008, 1.06915" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0249245, 0.0280709, 0.0358346, 0.0529078, 0.0931781, 0.212899, 0.605429", \
            "0.0248866, 0.0280805, 0.0358437, 0.0528621, 0.0932807, 0.212895, 0.603568", \
            "0.0247653, 0.0278348, 0.0355315, 0.0531819, 0.0932767, 0.213116, 0.605047", \
            "0.0248715, 0.027873, 0.0359587, 0.0527753, 0.0931699, 0.21271, 0.605322", \
            "0.0266954, 0.0295737, 0.0373466, 0.053677, 0.0938392, 0.212811, 0.604157", \
            "0.0377895, 0.0410836, 0.0492849, 0.0671117, 0.104797, 0.218444, 0.60773", \
            "0.0534849, 0.05702, 0.0662939, 0.0876735, 0.127195, 0.23154, 0.604823" \
          );
        }
      }
      internal_power () {
        related_pin : "A1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0266677, 0.0286786, 0.0347687, 0.0529424, 0.106912, 0.269859, 0.761582", \
            "0.0264951, 0.0284858, 0.0345754, 0.0527697, 0.106822, 0.269641, 0.761014", \
            "0.0262803, 0.0283175, 0.0344424, 0.0525272, 0.106654, 0.269334, 0.760556", \
            "0.0263558, 0.028333, 0.0344583, 0.0525925, 0.106524, 0.269163, 0.761229", \
            "0.0265492, 0.0285031, 0.0345408, 0.0525985, 0.106786, 0.269452, 0.761241", \
            "0.0282469, 0.0301155, 0.0360483, 0.0535694, 0.108072, 0.270023, 0.761461", \
            "0.0328586, 0.0347588, 0.0405896, 0.0582958, 0.112289, 0.275644, 0.764517" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0214067, 0.0194467, 0.0140898, -0.0016731, -0.0541642, -0.217632, -0.714531", \
            "0.0212587, 0.0192955, 0.013954, -0.0017808, -0.0543369, -0.21778, -0.714748", \
            "0.0209907, 0.0190082, 0.0136996, -0.0021004, -0.0546256, -0.21807, -0.71512", \
            "0.0206424, 0.0186901, 0.0133057, -0.0024694, -0.0550202, -0.218416, -0.715324", \
            "0.0225527, 0.0205162, 0.0146464, -0.0025573, -0.0551532, -0.218558, -0.715502", \
            "0.0246037, 0.0225354, 0.0166792, -0.0007518, -0.0541801, -0.21789, -0.714839", \
            "0.0282793, 0.0263916, 0.02047, 0.0028041, -0.0508052, -0.214533, -0.711824" \
          );
        }
      }
      internal_power () {
        related_pin : "A2N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0238554, 0.0258443, 0.0319922, 0.050084, 0.104061, 0.266692, 0.759935", \
            "0.0235569, 0.0255855, 0.0317202, 0.0498172, 0.103786, 0.26649, 0.755455", \
            "0.0233005, 0.0253567, 0.0314881, 0.049516, 0.103602, 0.266229, 0.755041", \
            "0.0232592, 0.0253146, 0.0314401, 0.0495117, 0.103527, 0.26639, 0.758932", \
            "0.0236129, 0.0256097, 0.031695, 0.0496782, 0.10363, 0.266306, 0.755099", \
            "0.0259368, 0.0279432, 0.0337947, 0.0506796, 0.105017, 0.266782, 0.762799", \
            "0.0293557, 0.0312434, 0.0370351, 0.0545746, 0.10879, 0.272329, 0.759692" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0210458, 0.0190637, 0.0137422, -0.0020277, -0.0545884, -0.218078, -0.715033", \
            "0.020878, 0.0188783, 0.0135016, -0.002208, -0.0548024, -0.218338, -0.715452", \
            "0.0205549, 0.0185549, 0.0132018, -0.0026016, -0.0551066, -0.218605, -0.715595", \
            "0.0202275, 0.0182667, 0.0128936, -0.002895, -0.0554759, -0.218971, -0.715949", \
            "0.0223144, 0.0202677, 0.0144333, -0.0027876, -0.0553605, -0.218829, -0.715853", \
            "0.0245416, 0.0224367, 0.0166451, -0.000729, -0.0541719, -0.217811, -0.714883", \
            "0.028292, 0.0260921, 0.0201508, 0.0024857, -0.0505679, -0.214255, -0.711333" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0204797, 0.0224501, 0.0285375, 0.0466861, 0.100786, 0.263308, 0.757647", \
            "0.0204072, 0.0224081, 0.0284973, 0.0466307, 0.100714, 0.263022, 0.75467", \
            "0.0204069, 0.022359, 0.0284801, 0.0465888, 0.100582, 0.262902, 0.756903", \
            "0.0204971, 0.0224552, 0.0283906, 0.0463967, 0.100441, 0.263242, 0.754095", \
            "0.021052, 0.022868, 0.0286072, 0.0465811, 0.100144, 0.26246, 0.753911", \
            "0.0228614, 0.0246325, 0.0302453, 0.0476643, 0.100745, 0.262404, 0.754468", \
            "0.0269574, 0.028458, 0.0337553, 0.0510278, 0.104159, 0.265549, 0.755009" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.016366, 0.0140966, 0.0083437, -0.0075286, -0.0594577, -0.2226, -0.71963", \
            "0.0163062, 0.0140735, 0.0082169, -0.0076841, -0.0595542, -0.222759, -0.719726", \
            "0.0161421, 0.0139124, 0.0080249, -0.0077655, -0.059638, -0.222802, -0.719831", \
            "0.0159823, 0.0137395, 0.007933, -0.0080169, -0.0598654, -0.222981, -0.719993", \
            "0.0162843, 0.0139521, 0.0079428, -0.007734, -0.0598804, -0.223069, -0.719988", \
            "0.0219473, 0.0190364, 0.0125219, -0.0064487, -0.0596528, -0.222676, -0.719518", \
            "0.0274217, 0.0247113, 0.017297, -0.0019648, -0.0566678, -0.220536, -0.717177" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0181626, 0.0201511, 0.026251, 0.0444784, 0.0986212, 0.261251, 0.756576", \
            "0.0180662, 0.0200669, 0.0262405, 0.0444153, 0.0984715, 0.261125, 0.756289", \
            "0.0178992, 0.0198735, 0.0260196, 0.0441504, 0.098223, 0.260934, 0.749272", \
            "0.0178211, 0.0197961, 0.0258, 0.0438259, 0.0977132, 0.260471, 0.749587", \
            "0.018553, 0.0204218, 0.026055, 0.0437752, 0.0972843, 0.261426, 0.749438", \
            "0.0198911, 0.0216268, 0.0272354, 0.0448041, 0.0976455, 0.259448, 0.751711", \
            "0.0243653, 0.0259931, 0.0310825, 0.048295, 0.101324, 0.262772, 0.751919" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151702, 0.00460268, 0.0139647, 0.0423693, 0.12855, 0.390025");
          values ( \
            "0.0160668, 0.0137745, 0.0079442, -0.0079521, -0.0597955, -0.222943, -0.719883", \
            "0.015881, 0.0135963, 0.007768, -0.0080783, -0.0599653, -0.223122, -0.72014", \
            "0.0156588, 0.0134064, 0.0075451, -0.0082365, -0.0601642, -0.223293, -0.720192", \
            "0.0155354, 0.0132553, 0.0075269, -0.0083975, -0.0603007, -0.223408, -0.720348", \
            "0.0160853, 0.0137302, 0.0077505, -0.0083719, -0.0604033, -0.223394, -0.720245", \
            "0.0217645, 0.0191421, 0.0121254, -0.0067858, -0.0593372, -0.222335, -0.719309", \
            "0.0301402, 0.0273757, 0.0195191, -0.0004882, -0.0555968, -0.21939, -0.716273" \
          );
        }
      }
    }
    pin (A1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001688;
      rise_capacitance : 0.001752;
      rise_capacitance_range (0.001752, 0.001752);
      fall_capacitance : 0.001623;
      fall_capacitance_range (0.001623, 0.001623);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0034467, -0.0034472, -0.0034482, -0.0034479, -0.0034469, -0.0034445, -0.0034389" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0034502, 0.0034499, 0.003449, 0.0034493, 0.0034498, 0.0034511, 0.0034539" \
          );
        }
      }
    }
    pin (A2N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00182;
      rise_capacitance : 0.001879;
      rise_capacitance_range (0.001879, 0.001879);
      fall_capacitance : 0.00176;
      fall_capacitance_range (0.00176, 0.00176);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0030947, -0.0030935, -0.0030906, -0.0030878, -0.003081, -0.0030656, -0.0030299" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0038353, 0.0038363, 0.0038384, 0.0038392, 0.0038409, 0.0038448, 0.0038538" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001766;
      rise_capacitance : 0.001837;
      rise_capacitance_range (0.001837, 0.001837);
      fall_capacitance : 0.001694;
      fall_capacitance_range (0.001694, 0.001694);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0029885, -0.0030218, -0.0030986, -0.0031005, -0.0031051, -0.0031158, -0.0031403" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031854, 0.0031855, 0.0031859, 0.003184, 0.0031797, 0.0031697, 0.0031465" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001946;
      rise_capacitance : 0.002071;
      rise_capacitance_range (0.002071, 0.002071);
      fall_capacitance : 0.00182;
      fall_capacitance_range (0.00182, 0.00182);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.001915, -0.0019026, -0.0018742, -0.001874, -0.0018738, -0.0018732, -0.0018719" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0025297, 0.0025212, 0.0025016, 0.002506, 0.0025161, 0.0025393, 0.0025927" \
          );
        }
      }
    }
  }
  cell (scs8hd_o2bb2a_4) {
    area : 20.0192;
    cell_footprint : "o2bb2a";
    cell_leakage_power : 0.0434394;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.066768;
      when : "!A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0773976;
      when : "!A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0667679;
      when : "!A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0661638;
      when : "!A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0250191;
      when : "!A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0249559;
      when : "!A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0254715;
      when : "!A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0138977;
      when : "!A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.024997;
      when : "A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0249625;
      when : "A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0249956;
      when : "A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0133303;
      when : "A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0496313;
      when : "A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0914104;
      when : "A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.04963;
      when : "A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0496313;
      when : "A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0434394;
    }
    pin (X) {
      direction : output;
      function : "(!A1N&B1) | (!A2N&B1) | (!A1N&B2) | (!A2N&B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.654612;
      max_transition : 1.5092;
      timing () {
        related_pin : "A1N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0929719, 0.0957191, 0.103635, 0.125758, 0.193075, 0.411326, 1.12958", \
            "0.0978558, 0.100592, 0.108522, 0.130667, 0.198131, 0.416189, 1.13447", \
            "0.110695, 0.113526, 0.121423, 0.143564, 0.211046, 0.430166, 1.1474", \
            "0.14099, 0.143729, 0.15164, 0.173826, 0.241373, 0.459276, 1.17738", \
            "0.196459, 0.19922, 0.207144, 0.229348, 0.296603, 0.514432, 1.2346", \
            "0.292527, 0.295357, 0.303327, 0.325545, 0.392802, 0.610597, 1.32892", \
            "0.474144, 0.477198, 0.485424, 0.507761, 0.575506, 0.794023, 1.51038" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0138932, 0.0164684, 0.0248247, 0.0522456, 0.145947, 0.461093, 1.50263", \
            "0.013859, 0.0164643, 0.024798, 0.052274, 0.146094, 0.460977, 1.50311", \
            "0.0139157, 0.0165439, 0.0248361, 0.052166, 0.146073, 0.461312, 1.50342", \
            "0.0139199, 0.0165309, 0.0248411, 0.0522515, 0.146327, 0.461724, 1.50297", \
            "0.0143561, 0.0169364, 0.0251423, 0.0524686, 0.146148, 0.4597, 1.50383", \
            "0.0152729, 0.0178039, 0.0259089, 0.0530493, 0.146494, 0.459156, 1.5002", \
            "0.0174854, 0.0199448, 0.0277663, 0.0541261, 0.146753, 0.460708, 1.49542" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0831232, 0.0852703, 0.0911798, 0.104814, 0.136363, 0.224361, 0.510225", \
            "0.0861126, 0.0882626, 0.0941533, 0.10778, 0.139381, 0.227435, 0.512492", \
            "0.0917766, 0.0939161, 0.0997846, 0.11341, 0.145016, 0.232978, 0.518529", \
            "0.0982809, 0.100423, 0.106266, 0.11987, 0.151521, 0.239584, 0.524443", \
            "0.0980848, 0.10025, 0.106068, 0.119741, 0.15129, 0.239221, 0.525097", \
            "0.0752406, 0.0774044, 0.0832963, 0.0970149, 0.128706, 0.216865, 0.501689", \
            "-0.0103427, -0.0079875, -0.001732, 0.0127121, 0.0450399, 0.133293, 0.419114" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0123622, 0.0139274, 0.0179173, 0.0287609, 0.0615583, 0.173869, 0.557337", \
            "0.0122907, 0.0138038, 0.017989, 0.0290299, 0.061707, 0.173919, 0.563055", \
            "0.0123107, 0.0138154, 0.0179219, 0.0289547, 0.0617227, 0.173931, 0.557997", \
            "0.0123573, 0.0138668, 0.0179291, 0.0290375, 0.0617451, 0.174229, 0.556107", \
            "0.0125483, 0.0139511, 0.0182326, 0.0290572, 0.0616234, 0.173412, 0.559979", \
            "0.0130342, 0.0145654, 0.0187195, 0.0295573, 0.061937, 0.174495, 0.556262", \
            "0.0150726, 0.0166022, 0.0209178, 0.0314059, 0.0630127, 0.174572, 0.5578" \
          );
        }
      }
      timing () {
        related_pin : "A2N";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0924588, 0.0952153, 0.103136, 0.125322, 0.192879, 0.411763, 1.1295", \
            "0.0970061, 0.0997461, 0.107673, 0.129853, 0.197399, 0.416312, 1.13534", \
            "0.109587, 0.112327, 0.120269, 0.142458, 0.210008, 0.428894, 1.14659", \
            "0.138941, 0.141699, 0.149597, 0.17181, 0.23944, 0.457994, 1.17898", \
            "0.191251, 0.193987, 0.201946, 0.224185, 0.291443, 0.510071, 1.22803", \
            "0.284187, 0.287021, 0.295034, 0.317277, 0.384752, 0.60273, 1.32321", \
            "0.465846, 0.46897, 0.477399, 0.499762, 0.567272, 0.785413, 1.50295" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0139856, 0.0165397, 0.0249198, 0.0522623, 0.146393, 0.461327, 1.50106", \
            "0.0140072, 0.0165519, 0.0249202, 0.0522806, 0.146419, 0.460543, 1.50138", \
            "0.0139351, 0.0165698, 0.024916, 0.0522657, 0.146372, 0.461509, 1.50124", \
            "0.0140158, 0.0166077, 0.0249526, 0.0523647, 0.146402, 0.461632, 1.50406", \
            "0.014487, 0.0171408, 0.025322, 0.0526314, 0.146377, 0.461673, 1.50191", \
            "0.0155533, 0.0180506, 0.0260784, 0.0531715, 0.146624, 0.460106, 1.5092", \
            "0.0179661, 0.020402, 0.0277737, 0.0540315, 0.146964, 0.460878, 1.5004" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0795604, 0.0817073, 0.0875623, 0.101253, 0.132781, 0.220807, 0.505982", \
            "0.082416, 0.0845892, 0.0904134, 0.104042, 0.135627, 0.223653, 0.508816", \
            "0.0878767, 0.0900163, 0.0958559, 0.109499, 0.141093, 0.229094, 0.514888", \
            "0.0922421, 0.0943962, 0.100291, 0.113896, 0.145582, 0.233621, 0.52027", \
            "0.0882602, 0.0904055, 0.0962569, 0.109983, 0.14158, 0.229617, 0.515165", \
            "0.060344, 0.0625107, 0.0684461, 0.0821446, 0.113864, 0.20198, 0.486897", \
            "-0.0344164, -0.0321154, -0.0258546, -0.0114235, 0.0210003, 0.109399, 0.395065" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0122939, 0.0138094, 0.0180549, 0.0288921, 0.06169, 0.174089, 0.558672", \
            "0.0122948, 0.0138104, 0.0180117, 0.0289103, 0.0616842, 0.174106, 0.558693", \
            "0.0124136, 0.013945, 0.0179562, 0.0287754, 0.0615743, 0.174108, 0.556724", \
            "0.012554, 0.0140259, 0.018067, 0.029112, 0.0617349, 0.174172, 0.558915", \
            "0.0125167, 0.0140351, 0.0182172, 0.0290072, 0.0617103, 0.173106, 0.56405", \
            "0.0128612, 0.0144001, 0.018739, 0.0295735, 0.0619206, 0.173962, 0.555631", \
            "0.0149315, 0.0165401, 0.0208782, 0.0313452, 0.0630078, 0.174458, 0.556289" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0604959, 0.0633714, 0.0715907, 0.0941866, 0.161841, 0.379644, 1.09678", \
            "0.0635475, 0.0664269, 0.0746385, 0.0972647, 0.16487, 0.382948, 1.10217", \
            "0.0700742, 0.0729519, 0.0811678, 0.10366, 0.171375, 0.389396, 1.1076", \
            "0.0816154, 0.0845692, 0.0929445, 0.115581, 0.182947, 0.401915, 1.11938", \
            "0.0908772, 0.0942702, 0.103337, 0.126678, 0.19412, 0.412653, 1.13337", \
            "0.0794844, 0.0836969, 0.0947049, 0.120408, 0.1881, 0.406748, 1.12653", \
            "0.0076577, 0.0125233, 0.0260138, 0.057623, 0.128642, 0.346399, 1.06519" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0148026, 0.0174502, 0.0258067, 0.0530854, 0.146592, 0.46025, 1.50052", \
            "0.0148124, 0.0174704, 0.0258129, 0.0530417, 0.146387, 0.461098, 1.50268", \
            "0.01476, 0.0174155, 0.025832, 0.0531032, 0.146669, 0.461457, 1.50089", \
            "0.0157912, 0.0184225, 0.0267689, 0.0536797, 0.146721, 0.461446, 1.49947", \
            "0.0190677, 0.0216401, 0.0296439, 0.0553378, 0.146963, 0.460286, 1.49806", \
            "0.0247269, 0.0279158, 0.0363118, 0.0603063, 0.148302, 0.459864, 1.49971", \
            "0.0329678, 0.0368004, 0.0478453, 0.0726112, 0.153078, 0.463475, 1.49665" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.114822, 0.117664, 0.125572, 0.144179, 0.183308, 0.277769, 0.564198", \
            "0.11956, 0.122409, 0.130311, 0.148861, 0.188004, 0.282546, 0.568703", \
            "0.130696, 0.133552, 0.141408, 0.159883, 0.199106, 0.293609, 0.579916", \
            "0.155611, 0.158443, 0.166339, 0.184935, 0.224101, 0.31859, 0.605204", \
            "0.209375, 0.212358, 0.220509, 0.239634, 0.279535, 0.374285, 0.660773", \
            "0.308361, 0.311698, 0.320685, 0.342109, 0.38607, 0.484288, 0.76997", \
            "0.498083, 0.501856, 0.512294, 0.53701, 0.587907, 0.692578, 0.980343" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0204571, 0.0224086, 0.0279755, 0.0411346, 0.0742542, 0.181564, 0.563559", \
            "0.0204289, 0.0223853, 0.0277084, 0.0410214, 0.0744751, 0.181883, 0.559149", \
            "0.0204327, 0.022411, 0.0279717, 0.0409604, 0.074255, 0.181748, 0.558502", \
            "0.0203956, 0.0222843, 0.0277194, 0.040809, 0.0745154, 0.181933, 0.562477", \
            "0.0226177, 0.0245116, 0.0299142, 0.0428739, 0.0759827, 0.182622, 0.560369", \
            "0.028614, 0.0306379, 0.0365564, 0.0509203, 0.0833515, 0.18589, 0.563992", \
            "0.0390941, 0.0411769, 0.0475369, 0.0633388, 0.0979624, 0.195999, 0.561779" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.056582, 0.0595421, 0.0678996, 0.0908303, 0.158609, 0.37676, 1.09551", \
            "0.0595243, 0.0624795, 0.0708418, 0.0937621, 0.161549, 0.379803, 1.0985", \
            "0.0651619, 0.0680954, 0.0764485, 0.0992465, 0.167023, 0.385078, 1.10722", \
            "0.0737046, 0.0767428, 0.0853031, 0.108324, 0.176043, 0.394752, 1.11059", \
            "0.0777041, 0.0812112, 0.0905321, 0.114308, 0.181944, 0.400203, 1.11819", \
            "0.0575716, 0.0618362, 0.0733057, 0.0996311, 0.167969, 0.386827, 1.10469", \
            "-0.0306136, -0.0256773, -0.0116108, 0.02131, 0.0947636, 0.313161, 1.02953" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0149601, 0.0176703, 0.0261145, 0.0534078, 0.146689, 0.461588, 1.50431", \
            "0.0149664, 0.0176947, 0.0261175, 0.0534121, 0.146647, 0.461782, 1.50437", \
            "0.0149694, 0.0176195, 0.0261584, 0.0533159, 0.146585, 0.462187, 1.50239", \
            "0.016259, 0.018876, 0.0272576, 0.054072, 0.146604, 0.462067, 1.49976", \
            "0.0199764, 0.0226672, 0.0306983, 0.0560837, 0.147523, 0.460773, 1.49859", \
            "0.0258957, 0.0290902, 0.0379239, 0.0620472, 0.149076, 0.460915, 1.50027", \
            "0.0358529, 0.039312, 0.0504773, 0.0778985, 0.155951, 0.463434, 1.4973" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.102244, 0.105087, 0.113001, 0.131587, 0.170755, 0.265205, 0.551765", \
            "0.10602, 0.108863, 0.116764, 0.135411, 0.174432, 0.269015, 0.555045", \
            "0.116792, 0.119638, 0.127515, 0.146131, 0.185208, 0.279818, 0.565983", \
            "0.144848, 0.147699, 0.155546, 0.174094, 0.213306, 0.307889, 0.593996", \
            "0.208358, 0.211385, 0.219583, 0.238736, 0.277918, 0.372669, 0.659252", \
            "0.319297, 0.322854, 0.332448, 0.355285, 0.400401, 0.498085, 0.784738", \
            "0.519628, 0.523635, 0.534885, 0.56188, 0.616688, 0.721021, 1.00835" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0204864, 0.0223003, 0.0277687, 0.0407723, 0.0742931, 0.181587, 0.563047", \
            "0.020505, 0.0222571, 0.0276317, 0.040808, 0.0745309, 0.181718, 0.563738", \
            "0.0204034, 0.0223299, 0.0277366, 0.0409185, 0.0743434, 0.181665, 0.563537", \
            "0.0204065, 0.0223996, 0.0279551, 0.0407624, 0.0742204, 0.181488, 0.563482", \
            "0.0235756, 0.0254588, 0.0308445, 0.0433355, 0.0759797, 0.182635, 0.564281", \
            "0.0331488, 0.0352252, 0.0410826, 0.0551683, 0.0860954, 0.1871, 0.562969", \
            "0.045863, 0.0480903, 0.0547781, 0.0718997, 0.104966, 0.197315, 0.562564" \
          );
        }
      }
      internal_power () {
        related_pin : "A1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0565827, 0.0589434, 0.0667368, 0.0918672, 0.172091, 0.433509, 1.29372", \
            "0.0559441, 0.0583363, 0.0661469, 0.0912452, 0.171413, 0.43297, 1.29312", \
            "0.0554643, 0.0578738, 0.0657026, 0.0908291, 0.171131, 0.432238, 1.29273", \
            "0.0555498, 0.057915, 0.0657853, 0.0908167, 0.170979, 0.43261, 1.29148", \
            "0.0567682, 0.0591586, 0.0669234, 0.0917451, 0.171946, 0.432893, 1.29275", \
            "0.0610098, 0.0632782, 0.070705, 0.0949418, 0.175731, 0.435983, 1.29559", \
            "0.0743433, 0.0765259, 0.0838052, 0.108018, 0.188238, 0.450727, 1.30472" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0478361, 0.0458084, 0.0393448, 0.0178366, -0.0590303, -0.320774, -1.1889", \
            "0.047381, 0.0453434, 0.0388584, 0.017348, -0.0595349, -0.321218, -1.18928", \
            "0.0464387, 0.0444301, 0.0378314, 0.0163956, -0.0603874, -0.322146, -1.19018", \
            "0.0456957, 0.0436443, 0.0371437, 0.0156067, -0.0612266, -0.32294, -1.19094", \
            "0.0491944, 0.0471418, 0.0403292, 0.0172537, -0.0610948, -0.322821, -1.19083", \
            "0.0521966, 0.050082, 0.043088, 0.0201748, -0.0580436, -0.32039, -1.18837", \
            "0.0632629, 0.0608523, 0.0536029, 0.0302267, -0.0479536, -0.309702, -1.17828" \
          );
        }
      }
      internal_power () {
        related_pin : "A2N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0492127, 0.0515757, 0.059379, 0.0844275, 0.164459, 0.425602, 1.2802", \
            "0.0485192, 0.0508772, 0.0586848, 0.0837343, 0.163711, 0.424892, 1.27994", \
            "0.0479567, 0.0503399, 0.0581114, 0.0831679, 0.16322, 0.424345, 1.28354", \
            "0.0480538, 0.0504421, 0.0581916, 0.0831483, 0.163142, 0.424203, 1.28384", \
            "0.0491896, 0.051488, 0.059365, 0.08421, 0.164102, 0.42536, 1.28095", \
            "0.0544902, 0.0567058, 0.0642325, 0.0886198, 0.168966, 0.428691, 1.29014", \
            "0.066314, 0.0686172, 0.0758501, 0.100107, 0.17988, 0.442633, 1.2967" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0458795, 0.043811, 0.0372537, 0.0156563, -0.0610928, -0.322881, -1.19116", \
            "0.0453823, 0.0433001, 0.0367578, 0.0152318, -0.0615848, -0.323372, -1.19164", \
            "0.0445857, 0.0425626, 0.0359784, 0.0145752, -0.0622505, -0.324071, -1.19223", \
            "0.0439604, 0.0420088, 0.0354003, 0.0138679, -0.062986, -0.324779, -1.19286", \
            "0.0483557, 0.0462501, 0.0393928, 0.0164393, -0.0620521, -0.323813, -1.19191", \
            "0.052207, 0.0500338, 0.0433125, 0.020241, -0.0581274, -0.320178, -1.18829", \
            "0.0649511, 0.062689, 0.0557668, 0.0321184, -0.0456809, -0.307879, -1.17633" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0432911, 0.0456212, 0.053432, 0.0784443, 0.158525, 0.419181, 1.27886", \
            "0.0430967, 0.0454324, 0.0531728, 0.0782148, 0.15839, 0.418991, 1.2783", \
            "0.042953, 0.0452994, 0.0530404, 0.0780006, 0.158068, 0.418833, 1.27786", \
            "0.042915, 0.045208, 0.0526208, 0.0773019, 0.15736, 0.418349, 1.27733", \
            "0.0441906, 0.0463876, 0.0536645, 0.0771527, 0.156635, 0.417737, 1.27709", \
            "0.0471794, 0.0493627, 0.0564432, 0.080276, 0.158427, 0.418326, 1.27788", \
            "0.057854, 0.0596141, 0.0660182, 0.0895565, 0.168185, 0.427355, 1.28251" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0374261, 0.0350748, 0.0276296, 0.0063669, -0.0681255, -0.328922, -1.197", \
            "0.0369974, 0.0345335, 0.0270877, 0.0061018, -0.0686502, -0.329451, -1.19732", \
            "0.0365628, 0.0341236, 0.02659, 0.0055998, -0.0691459, -0.329944, -1.19773", \
            "0.0360718, 0.0336838, 0.0261656, 0.0050628, -0.0696422, -0.3305, -1.1982", \
            "0.0365716, 0.0339634, 0.026308, 0.0046366, -0.0698719, -0.330611, -1.19841", \
            "0.0453151, 0.042497, 0.0340141, 0.0090661, -0.069485, -0.329423, -1.19685", \
            "0.057743, 0.0547609, 0.0455877, 0.0194465, -0.0598562, -0.322391, -1.18965" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.035819, 0.0381651, 0.0459576, 0.071133, 0.151176, 0.412258, 1.27196", \
            "0.0356745, 0.0380463, 0.0458312, 0.0709938, 0.151077, 0.412178, 1.27189", \
            "0.0353781, 0.0377167, 0.0454795, 0.0704836, 0.150589, 0.411772, 1.26696", \
            "0.0350766, 0.0373637, 0.0449406, 0.0695862, 0.149554, 0.411045, 1.26538", \
            "0.0364693, 0.0386903, 0.0458052, 0.0693195, 0.148894, 0.410049, 1.26528", \
            "0.0395578, 0.0416522, 0.0487568, 0.0724531, 0.150705, 0.411259, 1.2711", \
            "0.0512617, 0.053163, 0.0596602, 0.0826701, 0.161204, 0.419918, 1.2754" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165376, 0.00546984, 0.0180916, 0.0598383, 0.197916, 0.654612");
          values ( \
            "0.0373033, 0.0347948, 0.0273963, 0.0061846, -0.0684449, -0.329124, -1.19709", \
            "0.036683, 0.0342699, 0.026801, 0.0057733, -0.0688547, -0.329597, -1.19753", \
            "0.0364313, 0.0340102, 0.0265119, 0.0053425, -0.0691694, -0.329976, -1.19789", \
            "0.0362158, 0.0337841, 0.0263337, 0.0049706, -0.0697688, -0.330279, -1.19808", \
            "0.038046, 0.0354466, 0.0276186, 0.0059823, -0.068623, -0.32951, -1.19722", \
            "0.0505471, 0.0476949, 0.0388656, 0.0142137, -0.0638785, -0.32439, -1.19196", \
            "0.067322, 0.0642143, 0.0546455, 0.0273727, -0.0535532, -0.315212, -1.18252" \
          );
        }
      }
    }
    pin (A1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004899;
      rise_capacitance : 0.005118;
      rise_capacitance_range (0.005118, 0.005118);
      fall_capacitance : 0.004679;
      fall_capacitance_range (0.004679, 0.004679);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0098914, -0.0098976, -0.0099118, -0.0099112, -0.0099098, -0.0099065, -0.0098987" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0099757, 0.0099604, 0.0099254, 0.0099304, 0.0099418, 0.0099683, 0.0100292" \
          );
        }
      }
    }
    pin (A2N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004466;
      rise_capacitance : 0.004685;
      rise_capacitance_range (0.004685, 0.004685);
      fall_capacitance : 0.004247;
      fall_capacitance_range (0.004247, 0.004247);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0072993, -0.0073024, -0.0073093, -0.0072957, -0.0072644, -0.0071921, -0.0070253" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.009831, 0.0098356, 0.0098464, 0.0098485, 0.009853, 0.0098637, 0.0098883" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004838;
      rise_capacitance : 0.005088;
      rise_capacitance_range (0.005088, 0.005088);
      fall_capacitance : 0.004588;
      fall_capacitance_range (0.004588, 0.004588);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0083514, -0.008443, -0.0086541, -0.008658, -0.0086669, -0.0086871, -0.0087337" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0096179, 0.009605, 0.0095757, 0.0095794, 0.0095882, 0.0096082, 0.0096548" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004389;
      rise_capacitance : 0.004691;
      rise_capacitance_range (0.004691, 0.004691);
      fall_capacitance : 0.004087;
      fall_capacitance_range (0.004087, 0.004087);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0036676, -0.0036599, -0.0036421, -0.0036385, -0.0036301, -0.0036106, -0.0035657" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0037283, 0.0037134, 0.0036792, 0.0036828, 0.0036912, 0.0037106, 0.0037555" \
          );
        }
      }
    }
  }
  cell (scs8hd_o2bb2ai_1) {
    area : 8.7584;
    cell_footprint : "o2bb2ai";
    cell_leakage_power : 0.00995937;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.012401;
      when : "!A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 4.96583e-05;
      when : "!A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0123991;
      when : "!A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0065915;
      when : "!A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0124179;
      when : "!A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 6.65631e-05;
      when : "!A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.012416;
      when : "!A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0066084;
      when : "!A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0124186;
      when : "A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 6.72723e-05;
      when : "A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124167;
      when : "A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0066091;
      when : "A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0124242;
      when : "A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0276166;
      when : "A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124236;
      when : "A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0124238;
      when : "A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.00995937;
    }
    pin (Y) {
      direction : output;
      function : "(!B1&!B2) | (A1N&A2N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.108042;
      max_transition : 1.49926;
      timing () {
        related_pin : "A1N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122482, 0.00300039, 0.0073499, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0445288, 0.0491138, 0.0596221, 0.0837882, 0.140806, 0.279056, 0.618387", \
            "0.0476891, 0.0522954, 0.0627643, 0.0869494, 0.143953, 0.282658, 0.623385", \
            "0.0540518, 0.0585876, 0.0689266, 0.0930464, 0.150209, 0.289599, 0.628999", \
            "0.0617485, 0.0663566, 0.0768, 0.100832, 0.15829, 0.298334, 0.63672", \
            "0.0640846, 0.0692931, 0.0801423, 0.104101, 0.161439, 0.300077, 0.638503", \
            "0.0470569, 0.0533904, 0.0662453, 0.0913589, 0.148365, 0.287353, 0.624786", \
            "-0.0243768, -0.0158615, 0.0009361, 0.0315902, 0.0908021, 0.23053, 0.568713" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122482, 0.00300039, 0.0073499, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0164195, 0.021551, 0.0344691, 0.0670177, 0.147936, 0.34502, 0.829713", \
            "0.0163883, 0.0215428, 0.0343907, 0.0671212, 0.147775, 0.346492, 0.836986", \
            "0.0167469, 0.0217755, 0.0345959, 0.0671439, 0.14782, 0.347637, 0.830396", \
            "0.0182721, 0.0231225, 0.0353687, 0.0671167, 0.147926, 0.348789, 0.829037", \
            "0.0222703, 0.0265883, 0.0376616, 0.0680278, 0.147634, 0.344594, 0.829701", \
            "0.0289425, 0.033781, 0.0442709, 0.0716211, 0.148712, 0.346487, 0.82582", \
            "0.0400938, 0.0462618, 0.0583651, 0.0844356, 0.154592, 0.348943, 0.829365" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122482, 0.00300039, 0.0073499, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.049348, 0.0526131, 0.0593255, 0.0730093, 0.103049, 0.174407, 0.349213", \
            "0.0542567, 0.0574848, 0.0641651, 0.0779564, 0.108053, 0.179528, 0.354119", \
            "0.0670359, 0.0702508, 0.0769211, 0.0907274, 0.120814, 0.192351, 0.367489", \
            "0.0942382, 0.0977199, 0.104681, 0.118732, 0.148558, 0.220123, 0.394326", \
            "0.138605, 0.142976, 0.151322, 0.16679, 0.197949, 0.268936, 0.443167", \
            "0.214348, 0.219819, 0.230457, 0.249006, 0.282432, 0.353855, 0.527852", \
            "0.358672, 0.365409, 0.378769, 0.40234, 0.44108, 0.51492, 0.688681" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122482, 0.00300039, 0.0073499, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0125058, 0.0151707, 0.0213771, 0.0362162, 0.0737801, 0.168792, 0.404837", \
            "0.0125179, 0.0151373, 0.0214044, 0.0362264, 0.0735346, 0.168097, 0.405395", \
            "0.0125437, 0.0152108, 0.0214347, 0.0363442, 0.0735426, 0.169791, 0.40395", \
            "0.0146896, 0.017032, 0.0227391, 0.0371294, 0.0738825, 0.168238, 0.401594", \
            "0.0196755, 0.0224519, 0.0278487, 0.041258, 0.0758864, 0.168682, 0.403261", \
            "0.0265892, 0.0300428, 0.0364706, 0.0491535, 0.0805359, 0.170988, 0.401834", \
            "0.0369661, 0.0409295, 0.0495257, 0.0639103, 0.0927617, 0.174909, 0.405445" \
          );
        }
      }
      timing () {
        related_pin : "A2N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122482, 0.00300039, 0.0073499, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.042055, 0.0466615, 0.0571763, 0.0813554, 0.138491, 0.27644, 0.615746", \
            "0.0450667, 0.0496367, 0.060047, 0.0841781, 0.141403, 0.280598, 0.618506", \
            "0.0516092, 0.0561622, 0.0663791, 0.0903592, 0.147868, 0.288756, 0.624202", \
            "0.0576684, 0.0623127, 0.0726789, 0.0967168, 0.154197, 0.292837, 0.631766", \
            "0.0573434, 0.0623472, 0.0729356, 0.0968816, 0.154111, 0.293077, 0.633604", \
            "0.0347448, 0.0410451, 0.0534103, 0.0776863, 0.134215, 0.273229, 0.611271", \
            "-0.0485353, -0.0401743, -0.0238753, 0.0050684, 0.0620478, 0.201249, 0.540407" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122482, 0.00300039, 0.0073499, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.016397, 0.0215561, 0.0344383, 0.0671183, 0.1473, 0.344763, 0.829237", \
            "0.0164104, 0.0215456, 0.0344768, 0.0670114, 0.147662, 0.347869, 0.829645", \
            "0.0169997, 0.0219902, 0.0346774, 0.066926, 0.14787, 0.346714, 0.827409", \
            "0.0183098, 0.0231513, 0.0356764, 0.0675213, 0.148028, 0.345937, 0.833898", \
            "0.0222026, 0.0263085, 0.0376238, 0.0682858, 0.148431, 0.345432, 0.833525", \
            "0.0291034, 0.033451, 0.0437143, 0.0711714, 0.148521, 0.346382, 0.827518", \
            "0.0408038, 0.0466852, 0.0581094, 0.0826383, 0.152994, 0.346898, 0.831702" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122482, 0.00300039, 0.0073499, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0453647, 0.0485293, 0.0551258, 0.0687451, 0.0986084, 0.169879, 0.344564", \
            "0.0501689, 0.0533121, 0.0599472, 0.0735799, 0.103487, 0.174823, 0.349806", \
            "0.0629827, 0.0661171, 0.0727126, 0.0864126, 0.116407, 0.187764, 0.362235", \
            "0.0895369, 0.093044, 0.100127, 0.114131, 0.144254, 0.215476, 0.391348", \
            "0.132666, 0.13707, 0.145487, 0.161212, 0.192581, 0.264386, 0.439356", \
            "0.20867, 0.214058, 0.224747, 0.243815, 0.277728, 0.349481, 0.524267", \
            "0.357518, 0.363879, 0.377311, 0.401578, 0.442591, 0.516855, 0.689998" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122482, 0.00300039, 0.0073499, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0120267, 0.0148914, 0.0211968, 0.0361659, 0.073653, 0.169251, 0.405466", \
            "0.0121012, 0.0148852, 0.0212439, 0.0361124, 0.0734977, 0.169113, 0.403493", \
            "0.0122742, 0.0150513, 0.0213671, 0.0362502, 0.0735181, 0.168831, 0.403323", \
            "0.0146795, 0.0174634, 0.0231801, 0.0375712, 0.0741113, 0.169351, 0.401084", \
            "0.0197418, 0.0225634, 0.0287469, 0.0421866, 0.0767207, 0.169335, 0.403161", \
            "0.0264218, 0.0300013, 0.036995, 0.0510211, 0.0822766, 0.171014, 0.401886", \
            "0.037555, 0.0416004, 0.0508773, 0.066518, 0.0969428, 0.177243, 0.404858" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122482, 0.00300039, 0.0073499, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0578542, 0.0654259, 0.0831974, 0.125653, 0.228316, 0.478305, 1.09109", \
            "0.0626614, 0.0700117, 0.0879869, 0.130636, 0.233448, 0.483902, 1.0958", \
            "0.0736047, 0.0809421, 0.0987112, 0.141551, 0.244615, 0.497854, 1.10753", \
            "0.0970532, 0.105109, 0.122922, 0.165596, 0.268597, 0.521517, 1.13244", \
            "0.138264, 0.148526, 0.171247, 0.22055, 0.324762, 0.57656, 1.18811", \
            "0.214467, 0.228292, 0.259192, 0.32257, 0.44948, 0.706637, 1.31938", \
            "0.370072, 0.388588, 0.428861, 0.513182, 0.67848, 0.994787, 1.62438" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122482, 0.00300039, 0.0073499, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0463276, 0.0556123, 0.0790697, 0.136642, 0.278703, 0.62325, 1.47349", \
            "0.0461117, 0.0558978, 0.0790696, 0.136982, 0.278019, 0.625046, 1.4716", \
            "0.0461241, 0.0556942, 0.0791601, 0.136747, 0.278723, 0.626854, 1.47195", \
            "0.0517058, 0.0602414, 0.081835, 0.137156, 0.278024, 0.626094, 1.4747", \
            "0.0705793, 0.0796337, 0.101028, 0.150516, 0.281708, 0.624905, 1.47097", \
            "0.104285, 0.115464, 0.141351, 0.197046, 0.319649, 0.634376, 1.47487", \
            "0.160487, 0.174881, 0.207125, 0.277419, 0.422446, 0.72328, 1.49553" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122482, 0.00300039, 0.0073499, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0236431, 0.0265483, 0.0332789, 0.048846, 0.0859151, 0.175775, 0.395127", \
            "0.0267502, 0.0296702, 0.036397, 0.052049, 0.0891662, 0.179103, 0.398499", \
            "0.032054, 0.035522, 0.0429357, 0.0589694, 0.0962705, 0.186301, 0.405778", \
            "0.036576, 0.0413234, 0.0513741, 0.0718262, 0.112275, 0.20282, 0.422437", \
            "0.0322237, 0.0392996, 0.054345, 0.0841801, 0.138737, 0.239487, 0.461003", \
            "0.0028386, 0.0132012, 0.0352931, 0.0793316, 0.159192, 0.298384, 0.546242", \
            "-0.0909371, -0.0759385, -0.0435824, 0.0204931, 0.137732, 0.340715, 0.682902" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122482, 0.00300039, 0.0073499, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0147408, 0.0182315, 0.0265716, 0.0466136, 0.0958924, 0.216585, 0.512486", \
            "0.0148688, 0.0182605, 0.0264963, 0.0466575, 0.0957669, 0.21643, 0.512704", \
            "0.0184147, 0.0214967, 0.0286965, 0.0475055, 0.0961991, 0.216963, 0.511759", \
            "0.0280206, 0.0315769, 0.0393686, 0.0570559, 0.100123, 0.21647, 0.51264", \
            "0.0456644, 0.0503517, 0.0607738, 0.0824725, 0.125802, 0.228856, 0.512114", \
            "0.0770275, 0.0837395, 0.0983682, 0.128091, 0.183155, 0.291319, 0.54126", \
            "0.135709, 0.145638, 0.166466, 0.20742, 0.284298, 0.423651, 0.686658" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122482, 0.00300039, 0.0073499, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0489431, 0.0564825, 0.0745499, 0.117535, 0.220726, 0.471529, 1.08247", \
            "0.0523431, 0.0597456, 0.0779119, 0.12104, 0.224299, 0.474916, 1.08731", \
            "0.0635406, 0.0708938, 0.0887262, 0.131609, 0.235065, 0.485957, 1.09837", \
            "0.0917973, 0.0998084, 0.116967, 0.159156, 0.262029, 0.512976, 1.12575", \
            "0.141699, 0.152964, 0.177258, 0.226034, 0.327697, 0.577258, 1.18932", \
            "0.229455, 0.245109, 0.27934, 0.349564, 0.480214, 0.730194, 1.33575", \
            "0.404183, 0.424077, 0.468996, 0.563724, 0.750053, 1.08088, 1.68946" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122482, 0.00300039, 0.0073499, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0460532, 0.055734, 0.0792099, 0.137051, 0.278527, 0.625231, 1.47182", \
            "0.046016, 0.0555868, 0.0791219, 0.136992, 0.278653, 0.623875, 1.47189", \
            "0.0460739, 0.0554022, 0.0790047, 0.136648, 0.278408, 0.625415, 1.46969", \
            "0.0559078, 0.0635616, 0.0835669, 0.137507, 0.27859, 0.625609, 1.47338", \
            "0.0791175, 0.0893328, 0.111457, 0.157299, 0.282048, 0.625796, 1.47469", \
            "0.114239, 0.129059, 0.160838, 0.222125, 0.335003, 0.637372, 1.4732", \
            "0.173082, 0.192779, 0.235425, 0.32291, 0.484242, 0.766977, 1.49926" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122482, 0.00300039, 0.0073499, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.018909, 0.021574, 0.0276652, 0.0418615, 0.075551, 0.157438, 0.362078", \
            "0.0218575, 0.0246533, 0.0309006, 0.0452013, 0.0790629, 0.1609, 0.36447", \
            "0.0249928, 0.0288212, 0.0368114, 0.0522322, 0.086522, 0.168567, 0.368931", \
            "0.0243825, 0.03004, 0.0417961, 0.0636487, 0.10309, 0.18629, 0.387739", \
            "0.0121374, 0.0203319, 0.037875, 0.0706539, 0.126805, 0.225377, 0.42748", \
            "-0.0329403, -0.0197726, 0.0061477, 0.0543964, 0.138734, 0.281345, 0.519263", \
            "-0.156812, -0.137524, -0.0985785, -0.0262954, 0.0982394, 0.30666, 0.647236" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122482, 0.00300039, 0.0073499, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0093351, 0.0125339, 0.0202334, 0.0384881, 0.08338, 0.191245, 0.460598", \
            "0.0100033, 0.0129234, 0.0202843, 0.0386035, 0.0833956, 0.192404, 0.460689", \
            "0.0144614, 0.0173108, 0.0238051, 0.0400567, 0.083304, 0.193854, 0.46026", \
            "0.0239395, 0.027599, 0.0353644, 0.0517678, 0.0890991, 0.191546, 0.458885", \
            "0.0411952, 0.045954, 0.0568216, 0.0783612, 0.118175, 0.208958, 0.463618", \
            "0.074363, 0.0803376, 0.0944178, 0.12317, 0.177746, 0.280162, 0.499065", \
            "0.140142, 0.147363, 0.165519, 0.204305, 0.278703, 0.414321, 0.657119" \
          );
        }
      }
      internal_power () {
        related_pin : "A1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122483, 0.00300039, 0.00734991, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0125489, 0.0140924, 0.0177531, 0.0263248, 0.0468032, 0.0953204, 0.215817", \
            "0.0123226, 0.0138617, 0.0175099, 0.026053, 0.0464186, 0.0958414, 0.21614", \
            "0.0120229, 0.0135148, 0.0170943, 0.0256521, 0.0462103, 0.095413, 0.215393", \
            "0.0118951, 0.0133233, 0.0168521, 0.0253062, 0.0457322, 0.0953186, 0.215421", \
            "0.0125208, 0.0139129, 0.0173935, 0.0255653, 0.0460202, 0.095222, 0.216223", \
            "0.0150521, 0.0163703, 0.0197963, 0.0281487, 0.0483481, 0.0979811, 0.218438", \
            "0.0229737, 0.0243275, 0.0276071, 0.0357746, 0.0560567, 0.106156, 0.226396" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122483, 0.00300039, 0.00734991, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0144445, 0.0132988, 0.010335, 0.0024696, -0.0175471, -0.0670536, -0.188509", \
            "0.0142002, 0.0130261, 0.0100765, 0.0022064, -0.0178067, -0.0673081, -0.18879", \
            "0.0140139, 0.0128073, 0.0098475, 0.0019978, -0.0179867, -0.067456, -0.188915", \
            "0.0140455, 0.0128422, 0.0098429, 0.0020195, -0.0178887, -0.067335, -0.188779", \
            "0.0150062, 0.013665, 0.0103853, 0.0026711, -0.0171232, -0.0664778, -0.187885", \
            "0.0182734, 0.0169079, 0.0135348, 0.0053397, -0.014679, -0.0635918, -0.184982", \
            "0.0273805, 0.0258259, 0.0226274, 0.0143422, -0.0060077, -0.0554254, -0.176578" \
          );
        }
      }
      internal_power () {
        related_pin : "A2N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122483, 0.00300039, 0.00734991, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.012681, 0.0142299, 0.0178946, 0.0264591, 0.0467656, 0.0954751, 0.21598", \
            "0.0124111, 0.0139411, 0.0175748, 0.0261362, 0.0464906, 0.0957594, 0.215766", \
            "0.0120817, 0.0135671, 0.0171392, 0.0256523, 0.0461392, 0.0955288, 0.215253", \
            "0.0119596, 0.013449, 0.0169438, 0.0252655, 0.0456506, 0.0955952, 0.216178", \
            "0.0128058, 0.0141864, 0.0176337, 0.0257777, 0.0461952, 0.0952578, 0.217378", \
            "0.0152221, 0.0165994, 0.0200383, 0.0281306, 0.0482891, 0.0979173, 0.2178", \
            "0.0229194, 0.0241677, 0.02733, 0.0352911, 0.0550482, 0.104815, 0.225521" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122483, 0.00300039, 0.00734991, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0105287, 0.0093755, 0.0063079, -0.0017131, -0.0218949, -0.0715382, -0.193096", \
            "0.0101533, 0.0089564, 0.0059143, -0.0020967, -0.0222709, -0.0718709, -0.193457", \
            "0.0098589, 0.0086723, 0.0056093, -0.0023766, -0.0225068, -0.0720742, -0.193634", \
            "0.0100325, 0.0087817, 0.0057067, -0.0023024, -0.0223967, -0.0719699, -0.193516", \
            "0.0106604, 0.0093086, 0.0061026, -0.0017227, -0.0216486, -0.0711527, -0.192684", \
            "0.0134011, 0.012048, 0.0086753, 0.0011217, -0.0191775, -0.0682949, -0.189838", \
            "0.0210113, 0.0195043, 0.0163027, 0.0075865, -0.0126919, -0.0621435, -0.183339" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122483, 0.00300039, 0.00734991, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0091931, 0.0106022, 0.0139992, 0.0222326, 0.0422716, 0.0912725, 0.211123", \
            "0.0089809, 0.0103893, 0.0138078, 0.0220867, 0.0421934, 0.0912147, 0.211166", \
            "0.0088256, 0.0102149, 0.0136235, 0.0219116, 0.0420464, 0.0911724, 0.211111", \
            "0.008717, 0.0100928, 0.0134833, 0.0217349, 0.0418726, 0.0910265, 0.210783", \
            "0.0087276, 0.0101152, 0.0134929, 0.0217676, 0.0418226, 0.09093, 0.210895", \
            "0.0097899, 0.0110569, 0.0142878, 0.0225519, 0.0424, 0.0913047, 0.211096", \
            "0.0150212, 0.016119, 0.0189229, 0.026132, 0.0451469, 0.0934405, 0.212973" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122483, 0.00300039, 0.00734991, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.007261, 0.0059128, 0.0025698, -0.0056411, -0.0258543, -0.0754285, -0.196912", \
            "0.0071566, 0.0058064, 0.0024938, -0.0057021, -0.0258803, -0.0754625, -0.196989", \
            "0.0070713, 0.005732, 0.0024523, -0.0057078, -0.0258771, -0.0754, -0.196906", \
            "0.0069446, 0.0055766, 0.0022713, -0.0058578, -0.0259493, -0.0754531, -0.196917", \
            "0.0074083, 0.0060176, 0.002626, -0.0056248, -0.0259038, -0.0754146, -0.196877", \
            "0.0089937, 0.0074635, 0.0039702, -0.0046567, -0.0252155, -0.0751348, -0.196759", \
            "0.0144211, 0.0128698, 0.008888, -0.0004359, -0.0219688, -0.0729344, -0.195551" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122483, 0.00300039, 0.00734991, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0082134, 0.009647, 0.0131139, 0.0214116, 0.0415116, 0.0905877, 0.210474", \
            "0.0078607, 0.0092615, 0.0127507, 0.0211497, 0.0413798, 0.0903348, 0.210383", \
            "0.0077061, 0.009097, 0.0125026, 0.0208502, 0.0411307, 0.0903821, 0.210326", \
            "0.0078258, 0.0091956, 0.0126463, 0.0207472, 0.0409092, 0.0901482, 0.21014", \
            "0.0084841, 0.0098129, 0.0130593, 0.0211332, 0.0410833, 0.0899068, 0.209945", \
            "0.0106473, 0.0118812, 0.0149711, 0.0227911, 0.0422064, 0.0906162, 0.210052", \
            "0.0171831, 0.0182917, 0.0217193, 0.0286181, 0.0487963, 0.096851, 0.212124" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122483, 0.00300039, 0.00734991, 0.0180047, 0.0441052, 0.108042");
          values ( \
            "0.0032672, 0.0020657, -0.0010817, -0.0091793, -0.0293569, -0.0789491, -0.200471", \
            "0.0030196, 0.0018683, -0.0012036, -0.0092173, -0.0293356, -0.0788982, -0.200436", \
            "0.0027589, 0.001568, -0.0014679, -0.0093754, -0.0294054, -0.0788994, -0.200407", \
            "0.0029531, 0.0016381, -0.0017142, -0.0096553, -0.0295851, -0.0789863, -0.20044", \
            "0.003345, 0.0019409, -0.0014294, -0.0096108, -0.0297575, -0.0790689, -0.200457", \
            "0.0051091, 0.0035247, -0.0001967, -0.0088857, -0.0293336, -0.0790412, -0.200418", \
            "0.0110045, 0.0091537, 0.0048811, -0.0048436, -0.0267603, -0.0774317, -0.199705" \
          );
        }
      }
    }
    pin (A1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002363;
      rise_capacitance : 0.002463;
      rise_capacitance_range (0.002463, 0.002463);
      fall_capacitance : 0.002263;
      fall_capacitance_range (0.002263, 0.002263);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043846, -0.0043881, -0.004396, -0.0043959, -0.0043958, -0.0043954, -0.0043947" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043895, 0.0043887, 0.0043869, 0.0043885, 0.0043922, 0.0044008, 0.0044208" \
          );
        }
      }
    }
    pin (A2N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002551;
      rise_capacitance : 0.002652;
      rise_capacitance_range (0.002652, 0.002652);
      fall_capacitance : 0.00245;
      fall_capacitance_range (0.00245, 0.00245);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004463, -0.0044631, -0.0044634, -0.0044572, -0.0044428, -0.0044097, -0.0043334" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0054628, 0.005464, 0.0054667, 0.0054683, 0.0054721, 0.005481, 0.0055015" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002321;
      rise_capacitance : 0.002426;
      rise_capacitance_range (0.002426, 0.002426);
      fall_capacitance : 0.002216;
      fall_capacitance_range (0.002216, 0.002216);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0041154, -0.0041656, -0.0042813, -0.0042828, -0.0042858, -0.0042929, -0.0043093" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043909, 0.0043879, 0.004381, 0.004378, 0.0043709, 0.0043547, 0.0043176" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002387;
      rise_capacitance : 0.002546;
      rise_capacitance_range (0.002546, 0.002546);
      fall_capacitance : 0.002229;
      fall_capacitance_range (0.002229, 0.002229);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0021675, -0.0021715, -0.0021809, -0.0021802, -0.0021787, -0.0021751, -0.0021667" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031317, 0.0031284, 0.0031208, 0.0031259, 0.0031377, 0.0031651, 0.0032282" \
          );
        }
      }
    }
  }
  cell (scs8hd_o2bb2ai_2) {
    area : 15.0144;
    cell_footprint : "o2bb2ai";
    cell_leakage_power : 0.0277426;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0514293;
      when : "!A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0374113;
      when : "!A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0514292;
      when : "!A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0508329;
      when : "!A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.024847;
      when : "!A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0001681;
      when : "!A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0251564;
      when : "!A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0135721;
      when : "!A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0248491;
      when : "A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.00017;
      when : "A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0248476;
      when : "A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0131857;
      when : "A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0248499;
      when : "A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0514341;
      when : "A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0248487;
      when : "A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0248499;
      when : "A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0277426;
    }
    pin (Y) {
      direction : output;
      function : "(!B1&!B2) | (A1N&A2N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.187693;
      max_transition : 1.49606;
      timing () {
        related_pin : "A1N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0436214, 0.0468976, 0.0549748, 0.0747492, 0.125037, 0.258766, 0.617163", \
            "0.0467595, 0.0499935, 0.0580218, 0.0777383, 0.128157, 0.261035, 0.61668", \
            "0.0528615, 0.0560525, 0.0639973, 0.0836964, 0.134403, 0.268794, 0.626076", \
            "0.0595073, 0.0628287, 0.0708719, 0.0906681, 0.141224, 0.274858, 0.635262", \
            "0.0596846, 0.0634229, 0.0719763, 0.0918366, 0.142346, 0.276067, 0.632905", \
            "0.0373797, 0.0420455, 0.0523403, 0.073808, 0.12426, 0.258207, 0.614084", \
            "-0.0454636, -0.0395344, -0.025884, 0.0012926, 0.0543431, 0.188051, 0.546122" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0154603, 0.0189085, 0.0282456, 0.054074, 0.125446, 0.317519, 0.834833", \
            "0.015508, 0.0189379, 0.0282596, 0.0541328, 0.125296, 0.316371, 0.826314", \
            "0.0159116, 0.0192435, 0.0284737, 0.0540888, 0.125348, 0.318651, 0.82997", \
            "0.0174038, 0.0206026, 0.0295133, 0.0549283, 0.125121, 0.315715, 0.837069", \
            "0.0211344, 0.024081, 0.0320858, 0.0558425, 0.125497, 0.314843, 0.832326", \
            "0.0276615, 0.0310876, 0.0391372, 0.0601842, 0.126241, 0.315905, 0.825267", \
            "0.0377857, 0.0419749, 0.0517131, 0.0733032, 0.133413, 0.318445, 0.83049" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.050148, 0.0523873, 0.0574105, 0.0685262, 0.0938073, 0.157901, 0.32909", \
            "0.0550396, 0.0572716, 0.0623234, 0.0734358, 0.0987344, 0.162745, 0.334056", \
            "0.0676294, 0.0698474, 0.0749097, 0.0860685, 0.111423, 0.175727, 0.347521", \
            "0.0957444, 0.0981591, 0.103535, 0.114775, 0.140293, 0.204655, 0.375639", \
            "0.142192, 0.14529, 0.152018, 0.164922, 0.191805, 0.256529, 0.427818", \
            "0.221817, 0.225671, 0.234262, 0.25078, 0.280526, 0.345548, 0.517057", \
            "0.375734, 0.380487, 0.391175, 0.412091, 0.448379, 0.517082, 0.687706" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0115964, 0.0133791, 0.0178682, 0.0292723, 0.0598988, 0.145435, 0.381191", \
            "0.0116466, 0.0133677, 0.0178155, 0.0292705, 0.0598408, 0.145825, 0.379591", \
            "0.0116835, 0.0134539, 0.0179272, 0.0292671, 0.0598433, 0.145719, 0.377658", \
            "0.0135442, 0.0152325, 0.0193669, 0.0304026, 0.0602577, 0.14555, 0.381494", \
            "0.0184369, 0.0204546, 0.0247494, 0.0348239, 0.0630178, 0.146122, 0.380558", \
            "0.0251269, 0.0274074, 0.0329086, 0.0433462, 0.0686789, 0.148504, 0.378162", \
            "0.0347229, 0.0377866, 0.0449261, 0.057416, 0.081776, 0.153479, 0.381867" \
          );
        }
      }
      timing () {
        related_pin : "A2N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0399368, 0.0432144, 0.0512574, 0.0710917, 0.121373, 0.254707, 0.612568", \
            "0.0429073, 0.0461296, 0.0541496, 0.0738361, 0.124322, 0.258209, 0.613309", \
            "0.0484955, 0.0517471, 0.0597051, 0.0793496, 0.130138, 0.26404, 0.619058", \
            "0.052696, 0.0559691, 0.0639668, 0.0837707, 0.134512, 0.268115, 0.626236", \
            "0.0489976, 0.0525515, 0.0608573, 0.0805102, 0.130839, 0.264797, 0.621987", \
            "0.0196606, 0.0239494, 0.0340773, 0.0546225, 0.104675, 0.238448, 0.595281", \
            "-0.0790419, -0.0731289, -0.0599917, -0.0336914, 0.0186392, 0.152392, 0.511056" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0154909, 0.0188894, 0.0282483, 0.0541792, 0.12526, 0.317275, 0.832262", \
            "0.0155137, 0.0189327, 0.0282282, 0.0541546, 0.125057, 0.317439, 0.826783", \
            "0.016108, 0.0194698, 0.0285924, 0.0541877, 0.125321, 0.31656, 0.826276", \
            "0.0172515, 0.0205352, 0.0294867, 0.0550172, 0.125208, 0.317376, 0.833175", \
            "0.0206214, 0.0234019, 0.0315688, 0.055732, 0.125763, 0.315575, 0.828531", \
            "0.0270889, 0.0308635, 0.0382626, 0.059569, 0.12639, 0.316334, 0.826344", \
            "0.0379575, 0.0422548, 0.0517353, 0.072819, 0.132944, 0.319039, 0.829772" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0501046, 0.0524699, 0.0579409, 0.0696811, 0.0958035, 0.160239, 0.331591", \
            "0.0547042, 0.0570679, 0.0624839, 0.0742416, 0.100403, 0.164729, 0.336266", \
            "0.0671865, 0.0695622, 0.0749615, 0.0867378, 0.112933, 0.17736, 0.348249", \
            "0.0946304, 0.0971995, 0.102958, 0.115133, 0.141502, 0.205897, 0.3768", \
            "0.140147, 0.143272, 0.150357, 0.16426, 0.192098, 0.257861, 0.428649", \
            "0.22174, 0.225507, 0.234166, 0.251081, 0.28237, 0.348356, 0.5202", \
            "0.385089, 0.389606, 0.399879, 0.420757, 0.458813, 0.529263, 0.700445" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0120702, 0.0139607, 0.018647, 0.0304805, 0.0610384, 0.145996, 0.382419", \
            "0.0120552, 0.0139996, 0.0186818, 0.0304251, 0.061064, 0.146248, 0.381084", \
            "0.0121641, 0.0140313, 0.0187659, 0.03046, 0.0610452, 0.146275, 0.379023", \
            "0.0142166, 0.0159788, 0.0204454, 0.0317235, 0.0616345, 0.146083, 0.379171", \
            "0.0188494, 0.0209952, 0.0255921, 0.0366133, 0.065171, 0.14742, 0.381482", \
            "0.0250028, 0.0275759, 0.0332174, 0.04476, 0.0714663, 0.149739, 0.378522", \
            "0.0351017, 0.037925, 0.044488, 0.0588843, 0.0869716, 0.157057, 0.381426" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0609945, 0.0660008, 0.078949, 0.112466, 0.200853, 0.433853, 1.06023", \
            "0.0655342, 0.070426, 0.0834809, 0.117238, 0.205407, 0.439573, 1.06703", \
            "0.0768362, 0.0817236, 0.0946498, 0.128271, 0.216687, 0.450976, 1.07779", \
            "0.101796, 0.106907, 0.119717, 0.15325, 0.241447, 0.47655, 1.10314", \
            "0.145414, 0.152147, 0.168733, 0.209111, 0.299544, 0.534127, 1.16168", \
            "0.227029, 0.236421, 0.259194, 0.311831, 0.4259, 0.669772, 1.29688", \
            "0.398151, 0.409571, 0.439042, 0.508448, 0.657345, 0.965665, 1.61149" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0471576, 0.0533947, 0.0703067, 0.11629, 0.23987, 0.572048, 1.46361", \
            "0.04696, 0.0535205, 0.0702958, 0.116292, 0.24046, 0.57168, 1.46724", \
            "0.0469863, 0.05333, 0.0704171, 0.116486, 0.239742, 0.57255, 1.45997", \
            "0.0519527, 0.0576322, 0.073328, 0.116901, 0.240416, 0.573221, 1.46307", \
            "0.0704366, 0.0764317, 0.0924298, 0.133094, 0.244858, 0.572011, 1.46323", \
            "0.10437, 0.112033, 0.131037, 0.17704, 0.28563, 0.583879, 1.46359", \
            "0.159498, 0.168691, 0.193031, 0.251069, 0.383072, 0.677787, 1.49302" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0215435, 0.0233644, 0.0278474, 0.0389913, 0.0670287, 0.140405, 0.33628", \
            "0.0246723, 0.0264536, 0.030956, 0.0420982, 0.0701692, 0.143617, 0.340019", \
            "0.0293838, 0.031637, 0.036923, 0.0488671, 0.0771995, 0.150695, 0.34662", \
            "0.0321834, 0.0353642, 0.0428096, 0.0589105, 0.0924073, 0.167109, 0.363366", \
            "0.0247907, 0.0291673, 0.0401393, 0.0640864, 0.111665, 0.202135, 0.40211", \
            "-0.0120522, -0.0054423, 0.0104744, 0.0455739, 0.116258, 0.24662, 0.484995", \
            "-0.123302, -0.113491, -0.0902466, -0.0383198, 0.0653566, 0.258234, 0.598824" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0138171, 0.0157229, 0.020823, 0.0343381, 0.0707629, 0.169661, 0.434476", \
            "0.0139768, 0.0158057, 0.0207396, 0.034215, 0.0708519, 0.16945, 0.434354", \
            "0.0179373, 0.019637, 0.0240199, 0.0359679, 0.070883, 0.169794, 0.434504", \
            "0.027397, 0.0294327, 0.0345647, 0.0468386, 0.0780678, 0.170271, 0.434624", \
            "0.044412, 0.0472861, 0.0542842, 0.0707126, 0.105921, 0.187706, 0.435474", \
            "0.0751219, 0.0794966, 0.0890615, 0.112145, 0.1596, 0.254829, 0.475252", \
            "0.134178, 0.139747, 0.154732, 0.18644, 0.252291, 0.380866, 0.633798" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0483884, 0.0533425, 0.0663131, 0.0998211, 0.187588, 0.421478, 1.04986", \
            "0.0518419, 0.0567896, 0.0698094, 0.103657, 0.19177, 0.426124, 1.05449", \
            "0.0630615, 0.0679074, 0.0807032, 0.114322, 0.20262, 0.43845, 1.06412", \
            "0.0913918, 0.0964543, 0.10919, 0.141854, 0.229433, 0.464089, 1.0908", \
            "0.141598, 0.148934, 0.167006, 0.207505, 0.294872, 0.529451, 1.15383", \
            "0.231376, 0.241467, 0.266256, 0.323902, 0.44308, 0.680858, 1.29998", \
            "0.413565, 0.425998, 0.457101, 0.533086, 0.698814, 1.02182, 1.65877" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0469239, 0.0534157, 0.0703092, 0.116268, 0.23993, 0.571892, 1.46655", \
            "0.0468474, 0.053295, 0.0704569, 0.116327, 0.240425, 0.573105, 1.46437", \
            "0.0467811, 0.0529792, 0.0701636, 0.116483, 0.24038, 0.573414, 1.46472", \
            "0.0563445, 0.0613078, 0.0758629, 0.117503, 0.239944, 0.572943, 1.46506", \
            "0.0771759, 0.0843918, 0.1017, 0.140313, 0.246849, 0.572205, 1.46611", \
            "0.110964, 0.120632, 0.144926, 0.197416, 0.305753, 0.588757, 1.46649", \
            "0.167225, 0.180092, 0.212143, 0.28377, 0.436283, 0.724801, 1.49606" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0183284, 0.0201336, 0.0247356, 0.0363054, 0.0656944, 0.143146, 0.350562", \
            "0.0208387, 0.0227987, 0.0275445, 0.0391841, 0.0687687, 0.146254, 0.355414", \
            "0.0229912, 0.0255948, 0.0316066, 0.0447365, 0.0747656, 0.152712, 0.360165", \
            "0.0208471, 0.0245239, 0.033501, 0.0517234, 0.0876296, 0.167029, 0.374768", \
            "0.0055001, 0.0111331, 0.02394, 0.0510656, 0.102446, 0.198413, 0.409724", \
            "-0.0455526, -0.0365925, -0.0171418, 0.0235757, 0.09964, 0.235574, 0.483025", \
            "-0.181927, -0.169093, -0.139284, -0.0786241, 0.0346671, 0.235574, 0.584395" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0089066, 0.0111, 0.0169332, 0.0321085, 0.0719323, 0.178831, 0.463077", \
            "0.0095998, 0.0116233, 0.0171253, 0.0321757, 0.0721385, 0.178224, 0.464237", \
            "0.0134543, 0.0154173, 0.0206319, 0.0340566, 0.0722068, 0.178307, 0.464593", \
            "0.0223337, 0.0247969, 0.0306156, 0.0446433, 0.0786917, 0.179101, 0.464232", \
            "0.0386918, 0.0418751, 0.0496638, 0.0672626, 0.104764, 0.195578, 0.464435", \
            "0.071763, 0.0756522, 0.0853543, 0.108602, 0.157965, 0.257102, 0.497145", \
            "0.138423, 0.142735, 0.154773, 0.185254, 0.25038, 0.380439, 0.642022" \
          );
        }
      }
      internal_power () {
        related_pin : "A1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0229597, 0.024788, 0.0295811, 0.0417709, 0.0731083, 0.155929, 0.377749", \
            "0.0224838, 0.0242877, 0.029045, 0.0412146, 0.0725652, 0.155164, 0.374772", \
            "0.0218562, 0.0236014, 0.0282548, 0.0403779, 0.0718103, 0.154946, 0.377716", \
            "0.0214383, 0.0231651, 0.0277181, 0.0396543, 0.0711082, 0.153473, 0.376757", \
            "0.0226893, 0.0243558, 0.0287365, 0.0403301, 0.0717674, 0.15439, 0.376588", \
            "0.0265954, 0.0282246, 0.0325212, 0.0441298, 0.0753585, 0.158753, 0.37864", \
            "0.0401616, 0.041696, 0.0458148, 0.0571863, 0.0873623, 0.170765, 0.393164" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0274005, 0.0260255, 0.0222818, 0.0113748, -0.0192679, -0.102482, -0.326358", \
            "0.0267316, 0.025358, 0.0215884, 0.0107554, -0.0198624, -0.103095, -0.326982", \
            "0.0262699, 0.0248758, 0.0210812, 0.010258, -0.0202978, -0.103397, -0.32725", \
            "0.0266929, 0.0252372, 0.021317, 0.0106567, -0.0198865, -0.103324, -0.327118", \
            "0.028307, 0.0267309, 0.0224786, 0.0119404, -0.0181303, -0.101121, -0.324981", \
            "0.033534, 0.0318337, 0.0275803, 0.0161176, -0.0147648, -0.0957878, -0.319603", \
            "0.0507965, 0.0489419, 0.0442051, 0.0320923, 0.0011596, -0.0822061, -0.30558" \
          );
        }
      }
      internal_power () {
        related_pin : "A2N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0214998, 0.0233426, 0.0281293, 0.0403376, 0.0716665, 0.154459, 0.37682", \
            "0.0210745, 0.0228723, 0.0276106, 0.0397884, 0.0711616, 0.154145, 0.373468", \
            "0.0205816, 0.0223143, 0.026955, 0.0390152, 0.070483, 0.153877, 0.373129", \
            "0.0202564, 0.0219153, 0.0264596, 0.0383522, 0.0697605, 0.152956, 0.375959", \
            "0.021907, 0.0235655, 0.0279828, 0.0396091, 0.0707576, 0.153328, 0.375726", \
            "0.0267761, 0.0282702, 0.0326843, 0.0446306, 0.0757916, 0.158849, 0.379017", \
            "0.0410011, 0.0425179, 0.0466559, 0.058108, 0.0883833, 0.171379, 0.393866" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0193585, 0.0179944, 0.0143198, 0.0037734, -0.0267282, -0.11001, -0.333978", \
            "0.0187298, 0.0173382, 0.0137012, 0.0030777, -0.0274051, -0.110631, -0.334549", \
            "0.018226, 0.0168409, 0.0131231, 0.0025311, -0.0278844, -0.111025, -0.334903", \
            "0.0185569, 0.0170764, 0.0132878, 0.0026463, -0.0276862, -0.11075, -0.334592", \
            "0.0199944, 0.0184107, 0.014158, 0.0036426, -0.0262949, -0.109231, -0.333069", \
            "0.0264612, 0.0247782, 0.0204927, 0.0091529, -0.0215231, -0.103776, -0.327525", \
            "0.0399087, 0.0380549, 0.0333609, 0.0217361, -0.0093298, -0.0926879, -0.315526" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0164879, 0.0181559, 0.022566, 0.0342261, 0.0650878, 0.147468, 0.368468", \
            "0.0159593, 0.0176266, 0.0220527, 0.0337941, 0.0647843, 0.147245, 0.368344", \
            "0.0155852, 0.0172422, 0.0216003, 0.0332879, 0.0643967, 0.147098, 0.368302", \
            "0.0153634, 0.0169893, 0.0213205, 0.0329281, 0.0639469, 0.146762, 0.368002", \
            "0.0152932, 0.0169024, 0.0212247, 0.0328611, 0.0637495, 0.146246, 0.367748", \
            "0.0168797, 0.0183397, 0.0228518, 0.0342188, 0.0647969, 0.146829, 0.367527", \
            "0.0262678, 0.0275881, 0.0310665, 0.0409937, 0.0700556, 0.150513, 0.369841" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0150583, 0.0134831, 0.0092384, -0.0021996, -0.033106, -0.116432, -0.340178", \
            "0.0148002, 0.0132519, 0.0090427, -0.0023516, -0.0332439, -0.116492, -0.340341", \
            "0.0146194, 0.0130982, 0.0089462, -0.0023692, -0.033168, -0.116415, -0.3402", \
            "0.0143333, 0.0127644, 0.008558, -0.0027651, -0.033382, -0.11656, -0.340284", \
            "0.015194, 0.0135771, 0.009254, -0.0022247, -0.0334174, -0.116512, -0.340271", \
            "0.0179188, 0.0161715, 0.011607, -0.0004737, -0.0320693, -0.116039, -0.340114", \
            "0.0276614, 0.0257784, 0.0206297, 0.0075403, -0.0259199, -0.111889, -0.338108" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0162697, 0.0179407, 0.0223543, 0.034, 0.0648307, 0.14719, 0.368051", \
            "0.0156747, 0.017344, 0.0218007, 0.033562, 0.0645461, 0.147003, 0.367947", \
            "0.0153156, 0.0169528, 0.0213182, 0.0330804, 0.0642053, 0.14702, 0.36801", \
            "0.0156056, 0.0171432, 0.0214302, 0.0329333, 0.0638284, 0.146531, 0.367835", \
            "0.0171834, 0.018733, 0.0229697, 0.0341312, 0.0642208, 0.146506, 0.36754", \
            "0.022831, 0.0238922, 0.0279951, 0.0386644, 0.0686281, 0.149437, 0.367464", \
            "0.0323042, 0.0335508, 0.0370382, 0.0466103, 0.0757344, 0.154126, 0.371477" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00134292, 0.00360686, 0.00968744, 0.0260189, 0.0698825, 0.187693");
          values ( \
            "0.0068439, 0.0054588, 0.0015099, -0.0096465, -0.0405084, -0.123855, -0.347811", \
            "0.0064157, 0.0051163, 0.0013138, -0.0096908, -0.0404455, -0.123713, -0.347625", \
            "0.0059953, 0.0046292, 0.000846, -0.0100002, -0.0405343, -0.123687, -0.347569", \
            "0.0064384, 0.0048896, 0.0006037, -0.0104441, -0.0408362, -0.123794, -0.347599", \
            "0.0073812, 0.005703, 0.0013427, -0.0101136, -0.0410552, -0.12393, -0.347599", \
            "0.0108775, 0.0090181, 0.0041205, -0.0082864, -0.0399845, -0.123712, -0.347612", \
            "0.0223586, 0.0202279, 0.0145431, 0.0004361, -0.0341774, -0.120304, -0.346021" \
          );
        }
      }
    }
    pin (A1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004945;
      rise_capacitance : 0.005177;
      rise_capacitance_range (0.005177, 0.005177);
      fall_capacitance : 0.004713;
      fall_capacitance_range (0.004713, 0.004713);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.009393, -0.0093988, -0.009412, -0.0094105, -0.009407, -0.0093988, -0.00938" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0094077, 0.0094172, 0.009439, 0.0094433, 0.0094533, 0.0094763, 0.0095292" \
          );
        }
      }
    }
    pin (A2N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004496;
      rise_capacitance : 0.004713;
      rise_capacitance_range (0.004713, 0.004713);
      fall_capacitance : 0.004279;
      fall_capacitance_range (0.004279, 0.004279);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.007313, -0.0073175, -0.0073275, -0.0073136, -0.0072814, -0.0072073, -0.0070364" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0098553, 0.0098611, 0.0098744, 0.009877, 0.0098831, 0.009897, 0.009929" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004816;
      rise_capacitance : 0.005056;
      rise_capacitance_range (0.005056, 0.005056);
      fall_capacitance : 0.004576;
      fall_capacitance_range (0.004576, 0.004576);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0082858, -0.0084088, -0.0086919, -0.008695, -0.0087021, -0.0087184, -0.008756" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0095965, 0.0095955, 0.0095935, 0.0095874, 0.0095733, 0.0095409, 0.0094664" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004351;
      rise_capacitance : 0.004647;
      rise_capacitance_range (0.004647, 0.004647);
      fall_capacitance : 0.004056;
      fall_capacitance_range (0.004056, 0.004056);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0036084, -0.003621, -0.0036496, -0.0036464, -0.0036392, -0.0036224, -0.0035835" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0036745, 0.0036779, 0.0036862, 0.0036894, 0.0036967, 0.0037138, 0.0037531" \
          );
        }
      }
    }
  }
  cell (scs8hd_o2bb2ai_4) {
    area : 27.5264;
    cell_footprint : "o2bb2ai";
    cell_leakage_power : 0.0543275;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0497156;
      when : "A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0497174;
      when : "A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0990788;
      when : "!A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0712147;
      when : "!A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0990782;
      when : "!A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0982126;
      when : "!A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0497079;
      when : "!A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0003911;
      when : "!A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0503812;
      when : "!A1N&A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0265554;
      when : "!A1N&A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.049722;
      when : "A1N&!A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0003913;
      when : "A1N&!A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0497116;
      when : "A1N&!A2N&B1&B2";
    }
    leakage_power () {
      value : 0.0265647;
      when : "A1N&!A2N&B1&!B2";
    }
    leakage_power () {
      value : 0.0497173;
      when : "A1N&A2N&!B1&B2";
    }
    leakage_power () {
      value : 0.0990795;
      when : "A1N&A2N&!B1&!B2";
    }
    leakage_power () {
      value : 0.0543275;
    }
    pin (Y) {
      direction : output;
      function : "(!B1&!B2) | (A1N&A2N)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.336008;
      max_transition : 1.49489;
      timing () {
        related_pin : "A1N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0538921, 0.0562602, 0.0626224, 0.0788622, 0.121172, 0.242665, 0.601075", \
            "0.0565926, 0.0589535, 0.0653127, 0.0815023, 0.123987, 0.245185, 0.604102", \
            "0.0619455, 0.064283, 0.0705956, 0.0867835, 0.129286, 0.251028, 0.611464", \
            "0.0680928, 0.0704893, 0.0769527, 0.0934596, 0.136642, 0.258977, 0.61785", \
            "0.0676573, 0.0702768, 0.07716, 0.0940585, 0.137297, 0.259654, 0.617913", \
            "0.0426345, 0.0454718, 0.0537565, 0.0724542, 0.116459, 0.238728, 0.59669", \
            "-0.0483008, -0.0444054, -0.0342423, -0.0110624, 0.0372206, 0.159898, 0.51848" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0180615, 0.0203395, 0.0268069, 0.046206, 0.104895, 0.282556, 0.80929", \
            "0.0181283, 0.0203787, 0.0268635, 0.046195, 0.1048, 0.28288, 0.808903", \
            "0.0183375, 0.0205525, 0.0270496, 0.0463394, 0.104913, 0.282716, 0.811299", \
            "0.0196075, 0.0218584, 0.0282838, 0.0475276, 0.105484, 0.282587, 0.811334", \
            "0.0228992, 0.0250377, 0.0310103, 0.0491159, 0.106251, 0.282418, 0.809228", \
            "0.0289283, 0.0315479, 0.0379754, 0.0543804, 0.108262, 0.283256, 0.806725", \
            "0.0389027, 0.0418041, 0.0490292, 0.0670899, 0.116619, 0.28512, 0.810975" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0581518, 0.0598561, 0.0642399, 0.0747503, 0.10001, 0.168043, 0.368063", \
            "0.0629677, 0.0646642, 0.0690433, 0.0795733, 0.104831, 0.173019, 0.373447", \
            "0.0754773, 0.0771586, 0.0815572, 0.0920434, 0.117397, 0.18568, 0.385724", \
            "0.105069, 0.106826, 0.111307, 0.122041, 0.147506, 0.215879, 0.416001", \
            "0.156705, 0.158908, 0.164512, 0.176875, 0.203729, 0.272712, 0.472526", \
            "0.245529, 0.248252, 0.255343, 0.271065, 0.301535, 0.371369, 0.57094", \
            "0.416639, 0.419838, 0.428476, 0.447925, 0.485531, 0.559178, 0.758482" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.013735, 0.0151573, 0.0190172, 0.0298395, 0.0614765, 0.158379, 0.45145", \
            "0.0137613, 0.0150849, 0.0189645, 0.0298555, 0.0614293, 0.158335, 0.451248", \
            "0.0137989, 0.0151348, 0.0189493, 0.0298652, 0.0614659, 0.158282, 0.451322", \
            "0.0151425, 0.0164382, 0.0199715, 0.0305176, 0.0617079, 0.158258, 0.451046", \
            "0.0203099, 0.0218143, 0.0254712, 0.0352775, 0.0647232, 0.159208, 0.450552", \
            "0.0274452, 0.0289859, 0.0337689, 0.0442022, 0.0712622, 0.161384, 0.450468", \
            "0.0374935, 0.0396031, 0.0453176, 0.0581979, 0.0849278, 0.166688, 0.45199" \
          );
        }
      }
      timing () {
        related_pin : "A2N";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0491758, 0.0515597, 0.0579377, 0.0741937, 0.116747, 0.238369, 0.594963", \
            "0.0521435, 0.0545062, 0.06084, 0.0770476, 0.11973, 0.241055, 0.601447", \
            "0.0586272, 0.0609544, 0.067254, 0.0834597, 0.126131, 0.247716, 0.610263", \
            "0.0643027, 0.066772, 0.0732135, 0.0897945, 0.133221, 0.25541, 0.614363", \
            "0.0641671, 0.0666597, 0.0732722, 0.0898834, 0.132908, 0.25597, 0.61466", \
            "0.042477, 0.0455158, 0.0531941, 0.0710773, 0.114607, 0.236501, 0.5955", \
            "-0.0380397, -0.0342662, -0.0244028, -0.0020998, 0.0446669, 0.167827, 0.526886" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0181411, 0.0202726, 0.0268491, 0.0461788, 0.104951, 0.282882, 0.807792", \
            "0.0181252, 0.020326, 0.0267938, 0.0461357, 0.10487, 0.282589, 0.811655", \
            "0.0186035, 0.0207688, 0.0271342, 0.0463347, 0.104933, 0.282501, 0.810929", \
            "0.019581, 0.0218031, 0.0283788, 0.0478466, 0.105944, 0.282687, 0.810839", \
            "0.0223907, 0.024425, 0.0305067, 0.0488283, 0.106704, 0.283549, 0.810181", \
            "0.0287021, 0.0308837, 0.0367649, 0.0533678, 0.107847, 0.284319, 0.808391", \
            "0.0392953, 0.0418436, 0.0490047, 0.0661911, 0.11605, 0.28623, 0.809979" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0467683, 0.0483503, 0.0525536, 0.0626794, 0.0875562, 0.155612, 0.355019", \
            "0.0517153, 0.0533115, 0.0574949, 0.0676428, 0.0925562, 0.16058, 0.3606", \
            "0.0642382, 0.0658145, 0.0699737, 0.0801425, 0.105002, 0.173259, 0.37308", \
            "0.0900089, 0.091727, 0.0962011, 0.1068, 0.132227, 0.200646, 0.399727", \
            "0.13252, 0.13462, 0.140076, 0.152236, 0.179193, 0.248181, 0.448873", \
            "0.208725, 0.211194, 0.217841, 0.232801, 0.262824, 0.332892, 0.532768", \
            "0.357785, 0.360775, 0.368824, 0.387329, 0.424937, 0.498511, 0.698086" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0118433, 0.0132742, 0.0171679, 0.0283427, 0.0604093, 0.157844, 0.450802", \
            "0.0119032, 0.0132493, 0.0172435, 0.0283176, 0.0604371, 0.157685, 0.450822", \
            "0.0120245, 0.0133592, 0.0173093, 0.0284187, 0.0604189, 0.157931, 0.451694", \
            "0.0142961, 0.015642, 0.019241, 0.0299715, 0.0611931, 0.157979, 0.450532", \
            "0.0186739, 0.020141, 0.0241512, 0.034407, 0.0641386, 0.158949, 0.450808", \
            "0.0247877, 0.026631, 0.0309936, 0.0419501, 0.070208, 0.161247, 0.450781", \
            "0.0351165, 0.0369497, 0.0424588, 0.0554339, 0.0841289, 0.167498, 0.451863" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.066302, 0.069609, 0.0790776, 0.106147, 0.184172, 0.410132, 1.07909", \
            "0.0707396, 0.0740576, 0.0836391, 0.110941, 0.188794, 0.415577, 1.08807", \
            "0.0820372, 0.0853169, 0.0948419, 0.122188, 0.200761, 0.428826, 1.09598", \
            "0.106747, 0.110038, 0.119705, 0.146864, 0.225367, 0.452386, 1.12078", \
            "0.150467, 0.15478, 0.167077, 0.199531, 0.280937, 0.509775, 1.17794", \
            "0.23231, 0.238345, 0.254427, 0.296544, 0.399137, 0.639385, 1.30905", \
            "0.406056, 0.413386, 0.434052, 0.488555, 0.6215, 0.921226, 1.61466" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.053055, 0.0568803, 0.0684727, 0.104027, 0.211063, 0.525963, 1.46444", \
            "0.0526978, 0.0570018, 0.0684873, 0.104025, 0.210638, 0.526744, 1.46986", \
            "0.0527349, 0.0569175, 0.0684582, 0.104013, 0.211124, 0.5279, 1.46108", \
            "0.0568999, 0.0603934, 0.071408, 0.105092, 0.210898, 0.527759, 1.46133", \
            "0.0740738, 0.0778274, 0.0890574, 0.120421, 0.217207, 0.527217, 1.46421", \
            "0.109016, 0.113286, 0.126296, 0.162269, 0.257865, 0.541277, 1.46072", \
            "0.166368, 0.172142, 0.188381, 0.233001, 0.347936, 0.633705, 1.48305" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0268703, 0.0283312, 0.0322373, 0.0429443, 0.0724902, 0.156988, 0.404586", \
            "0.0294331, 0.0308316, 0.0347816, 0.0455113, 0.0751123, 0.159548, 0.407255", \
            "0.0333111, 0.0349332, 0.0392667, 0.0504193, 0.0802374, 0.164848, 0.412782", \
            "0.0361748, 0.0382519, 0.0439667, 0.0577137, 0.0910693, 0.176882, 0.424899", \
            "0.029287, 0.0321647, 0.040101, 0.0600203, 0.104812, 0.202843, 0.453539", \
            "-0.0074995, -0.0033461, 0.0082007, 0.037411, 0.102968, 0.236064, 0.514952", \
            "-0.119624, -0.113143, -0.0963657, -0.0538126, 0.0414701, 0.235899, 0.607747" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0184214, 0.0199995, 0.0247721, 0.0387258, 0.080098, 0.203562, 0.569881", \
            "0.0183285, 0.0199283, 0.0247042, 0.0387201, 0.0801566, 0.203579, 0.569711", \
            "0.0210344, 0.0225318, 0.0268205, 0.0398559, 0.080232, 0.203544, 0.570074", \
            "0.0290905, 0.030658, 0.0352193, 0.0482264, 0.0855028, 0.204397, 0.570146", \
            "0.0460753, 0.0482628, 0.0536174, 0.0690079, 0.107231, 0.216731, 0.570205", \
            "0.0777377, 0.0801772, 0.0879553, 0.107813, 0.154963, 0.268768, 0.593669", \
            "0.137601, 0.141047, 0.151544, 0.179293, 0.242766, 0.383669, 0.714129" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0525544, 0.0559579, 0.0657035, 0.0932246, 0.171277, 0.39764, 1.06609", \
            "0.0552049, 0.0586559, 0.0685494, 0.0963393, 0.174683, 0.401747, 1.07054", \
            "0.0656384, 0.0689137, 0.0784891, 0.106044, 0.184763, 0.412365, 1.08168", \
            "0.0935481, 0.0971183, 0.106356, 0.132473, 0.21027, 0.437936, 1.10839", \
            "0.144483, 0.149126, 0.162268, 0.196252, 0.275654, 0.500006, 1.16864", \
            "0.236529, 0.242703, 0.260675, 0.30752, 0.417066, 0.652519, 1.31665", \
            "0.421469, 0.429343, 0.450913, 0.512166, 0.660729, 0.984525, 1.66705" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.052712, 0.05702, 0.0685242, 0.104382, 0.210646, 0.527205, 1.46068", \
            "0.0526426, 0.0567911, 0.0684667, 0.104047, 0.211059, 0.5274, 1.46149", \
            "0.0522126, 0.0562391, 0.0681177, 0.10408, 0.210688, 0.525959, 1.46517", \
            "0.0607455, 0.0641654, 0.0741468, 0.106077, 0.210408, 0.52673, 1.46301", \
            "0.0820767, 0.0867638, 0.0993939, 0.131476, 0.220214, 0.52743, 1.46233", \
            "0.115152, 0.121587, 0.138394, 0.182442, 0.282366, 0.547479, 1.46345", \
            "0.172475, 0.180752, 0.203991, 0.261823, 0.398574, 0.687485, 1.49489" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0207213, 0.0221223, 0.0259295, 0.036026, 0.0640555, 0.144855, 0.38268", \
            "0.0232733, 0.0247384, 0.0286499, 0.0389953, 0.0672256, 0.148204, 0.386251", \
            "0.0255651, 0.0272738, 0.0321543, 0.0440344, 0.0729846, 0.154056, 0.392436", \
            "0.0236887, 0.0262524, 0.033091, 0.0493354, 0.084628, 0.168132, 0.406321", \
            "0.0083744, 0.0120715, 0.0225402, 0.0461795, 0.0963412, 0.197893, 0.439046", \
            "-0.0423938, -0.0364718, -0.021369, 0.0144177, 0.0885649, 0.231667, 0.511513", \
            "-0.178737, -0.170167, -0.147556, -0.0948367, 0.0156668, 0.224081, 0.612446" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0104559, 0.0120997, 0.0169255, 0.0307968, 0.0708571, 0.188916, 0.537735", \
            "0.0109683, 0.0124425, 0.0170306, 0.0308208, 0.070889, 0.1887, 0.538898", \
            "0.0149213, 0.016437, 0.0208925, 0.0328413, 0.0711317, 0.188682, 0.537828", \
            "0.0239298, 0.0257086, 0.0304856, 0.0430454, 0.0784765, 0.189708, 0.537883", \
            "0.0413002, 0.0433856, 0.0494723, 0.0653, 0.103501, 0.206632, 0.538801", \
            "0.0761951, 0.0784403, 0.0860749, 0.10603, 0.153965, 0.266599, 0.570124", \
            "0.145579, 0.148281, 0.157885, 0.183253, 0.245813, 0.385412, 0.706458" \
          );
        }
      }
      internal_power () {
        related_pin : "A1N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0443777, 0.0464902, 0.0526651, 0.0700248, 0.118567, 0.260126, 0.679007", \
            "0.0435371, 0.0456504, 0.0517502, 0.0690903, 0.117751, 0.259493, 0.678411", \
            "0.0424022, 0.0444575, 0.0504897, 0.067732, 0.11652, 0.258388, 0.677666", \
            "0.0415822, 0.0435723, 0.0494641, 0.0664265, 0.115344, 0.257365, 0.677051", \
            "0.0433729, 0.0452807, 0.0509886, 0.0673916, 0.115936, 0.257735, 0.67716", \
            "0.0496477, 0.0512678, 0.0568193, 0.0731054, 0.121677, 0.264211, 0.679539", \
            "0.0718147, 0.0734328, 0.0781583, 0.0933787, 0.139977, 0.281626, 0.700509" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0574122, 0.0558824, 0.0508992, 0.035645, -0.0118528, -0.154459, -0.577313", \
            "0.0563631, 0.0547118, 0.0497491, 0.0344797, -0.0129193, -0.15552, -0.578289", \
            "0.0550875, 0.0534371, 0.048506, 0.0333683, -0.0140082, -0.156482, -0.579202", \
            "0.0551066, 0.053367, 0.0482984, 0.0331653, -0.0141222, -0.156416, -0.579163", \
            "0.0563074, 0.054609, 0.0496782, 0.035376, -0.0119202, -0.154202, -0.576903", \
            "0.0679051, 0.0657658, 0.0598532, 0.0437741, -0.004585, -0.145573, -0.568248", \
            "0.0937902, 0.0914962, 0.085192, 0.0681989, 0.0190723, -0.124203, -0.545999" \
          );
        }
      }
      internal_power () {
        related_pin : "A2N";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0407183, 0.0428209, 0.0489962, 0.0664102, 0.115216, 0.257056, 0.673107", \
            "0.0398671, 0.0419712, 0.0480696, 0.065475, 0.114327, 0.256208, 0.675409", \
            "0.0389704, 0.0410192, 0.0470005, 0.0642515, 0.113187, 0.255278, 0.671941", \
            "0.038855, 0.0408259, 0.0467105, 0.0635357, 0.112481, 0.254919, 0.674414", \
            "0.0430653, 0.0449377, 0.0504855, 0.0668305, 0.11533, 0.257042, 0.676294", \
            "0.0526373, 0.0543972, 0.0597711, 0.0760411, 0.124441, 0.266527, 0.682873", \
            "0.0814345, 0.0830011, 0.0881114, 0.103792, 0.15051, 0.293088, 0.711986" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0409075, 0.0393999, 0.0346401, 0.0195978, -0.0279809, -0.170718, -0.593618", \
            "0.0398329, 0.0382743, 0.0335263, 0.0184609, -0.0290531, -0.171703, -0.59466", \
            "0.0387038, 0.0371263, 0.032269, 0.0172323, -0.030057, -0.172564, -0.595469", \
            "0.0386742, 0.0370377, 0.0320171, 0.0169944, -0.0300942, -0.172297, -0.595173", \
            "0.0405012, 0.0386724, 0.0334772, 0.0187596, -0.027477, -0.169619, -0.592198", \
            "0.05216, 0.0501168, 0.0444021, 0.0282723, -0.0191536, -0.159965, -0.582438", \
            "0.0820919, 0.0798301, 0.0738491, 0.0565678, 0.0071328, -0.135665, -0.556591" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0320276, 0.0339262, 0.0395032, 0.0558282, 0.103815, 0.244924, 0.662419", \
            "0.0310892, 0.0330104, 0.038643, 0.055117, 0.103225, 0.244543, 0.663221", \
            "0.0303956, 0.0322513, 0.0378634, 0.0543624, 0.102765, 0.244357, 0.661664", \
            "0.0298367, 0.0317303, 0.037297, 0.0537368, 0.102043, 0.243694, 0.661284", \
            "0.0295163, 0.0314454, 0.0370906, 0.0534057, 0.101553, 0.242937, 0.661255", \
            "0.0322269, 0.0341419, 0.0399493, 0.0556133, 0.103248, 0.24401, 0.66111", \
            "0.0496262, 0.0510552, 0.0554685, 0.0690762, 0.113452, 0.251442, 0.665758" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0328542, 0.0310391, 0.0255912, 0.009439, -0.0385316, -0.181159, -0.603916", \
            "0.0324707, 0.0306481, 0.0252348, 0.0091552, -0.038765, -0.181279, -0.604031", \
            "0.032245, 0.0304852, 0.0251391, 0.009167, -0.0385913, -0.181003, -0.603715", \
            "0.0314194, 0.0295924, 0.0243011, 0.0085109, -0.0390654, -0.181369, -0.603893", \
            "0.0327719, 0.030851, 0.0253524, 0.0091898, -0.0391664, -0.18125, -0.603723", \
            "0.0382638, 0.0361294, 0.0302392, 0.0133246, -0.0361405, -0.180033, -0.603229", \
            "0.0566235, 0.0546414, 0.0480985, 0.0295935, -0.0232925, -0.171553, -0.598697" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0324501, 0.0344346, 0.0401909, 0.056782, 0.104922, 0.246191, 0.66331", \
            "0.0309131, 0.0329155, 0.0387951, 0.0556471, 0.104167, 0.245732, 0.662673", \
            "0.0300101, 0.0319348, 0.0376364, 0.0542889, 0.103096, 0.244988, 0.662781", \
            "0.030342, 0.0321901, 0.0377102, 0.0537754, 0.102408, 0.24443, 0.662615", \
            "0.0328137, 0.0345533, 0.0401105, 0.0560145, 0.103483, 0.243517, 0.662003", \
            "0.0417053, 0.0433233, 0.0482443, 0.0632196, 0.108622, 0.247127, 0.66301", \
            "0.0655509, 0.0671105, 0.0722803, 0.0829038, 0.127753, 0.26045, 0.67006" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147979, 0.00437956, 0.0129616, 0.038361, 0.113532, 0.336008");
          values ( \
            "0.0157199, 0.014169, 0.0092654, -0.0062754, -0.0541329, -0.196885, -0.619771", \
            "0.014807, 0.0133179, 0.0086322, -0.0065856, -0.054053, -0.196573, -0.619412", \
            "0.013735, 0.012209, 0.0074696, -0.0074655, -0.0544272, -0.196599, -0.619246", \
            "0.0136344, 0.0118311, 0.0065932, -0.0086092, -0.0552854, -0.196938, -0.619313", \
            "0.0157957, 0.0138105, 0.0082067, -0.0079717, -0.0559383, -0.197337, -0.619339", \
            "0.0232263, 0.0210429, 0.0146669, -0.0032044, -0.05309, -0.196781, -0.618975", \
            "0.0461685, 0.0437657, 0.0362925, 0.0157141, -0.0394832, -0.188785, -0.615384" \
          );
        }
      }
    }
    pin (A1N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008805;
      rise_capacitance : 0.009242;
      rise_capacitance_range (0.009242, 0.009242);
      fall_capacitance : 0.008367;
      fall_capacitance_range (0.008367, 0.008367);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.017253, -0.0172488, -0.0172391, -0.0172307, -0.0172112, -0.0171661, -0.017062" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0173377, 0.0173293, 0.0173099, 0.0173158, 0.0173295, 0.0173609, 0.0174337" \
          );
        }
      }
    }
    pin (A2N) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008907;
      rise_capacitance : 0.009221;
      rise_capacitance_range (0.009221, 0.009221);
      fall_capacitance : 0.008593;
      fall_capacitance_range (0.008593, 0.008593);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.014285, -0.0142836, -0.0142803, -0.0142551, -0.0141967, -0.014062, -0.0137515" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0205635, 0.0205723, 0.0205927, 0.0205963, 0.0206049, 0.0206245, 0.02067" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008673;
      rise_capacitance : 0.009111;
      rise_capacitance_range (0.009111, 0.009111);
      fall_capacitance : 0.008236;
      fall_capacitance_range (0.008236, 0.008236);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0158274, -0.016105, -0.0167445, -0.0167549, -0.0167785, -0.0168328, -0.0169581" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0188188, 0.018803, 0.0187666, 0.0187722, 0.0187848, 0.0188141, 0.0188818" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008483;
      rise_capacitance : 0.009078;
      rise_capacitance_range (0.009078, 0.009078);
      fall_capacitance : 0.007888;
      fall_capacitance_range (0.007888, 0.007888);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0073899, -0.0073888, -0.0073863, -0.0073818, -0.0073714, -0.0073474, -0.007292" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0078998, 0.0078953, 0.0078851, 0.0079116, 0.0079725, 0.0081132, 0.0084375" \
          );
        }
      }
    }
  }
  cell (scs8hd_o311a_1) {
    area : 10.0096;
    cell_footprint : "o311a";
    cell_leakage_power : 0.00839494;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.00622;
      when : "!A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0062107;
      when : "!A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.006485;
      when : "!A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0062114;
      when : "!A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062367;
      when : "!A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0062107;
      when : "!A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0186225;
      when : "!A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.00623;
      when : "!A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062367;
      when : "!A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0062107;
      when : "!A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0062107;
      when : "A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0127882;
      when : "A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.00623;
      when : "A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062367;
      when : "A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0062107;
      when : "A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0186213;
      when : "A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.00623;
      when : "A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0127884;
      when : "!A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.00623;
      when : "!A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062367;
      when : "!A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0062107;
      when : "!A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0186213;
      when : "!A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.00623;
      when : "!A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062367;
      when : "A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0062107;
      when : "A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0127061;
      when : "A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.00623;
      when : "A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062367;
      when : "A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0062107;
      when : "A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0186214;
      when : "A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.00623;
      when : "A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0062367;
      when : "A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.00839494;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1&C1) | (A2&B1&C1) | (A3&B1&C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.206919;
      max_transition : 1.50896;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0737437, 0.0799695, 0.0944365, 0.128707, 0.217391, 0.458246, 1.11524", \
            "0.0765673, 0.0827737, 0.0972539, 0.13156, 0.220321, 0.46067, 1.11662", \
            "0.0816493, 0.0878857, 0.102305, 0.136537, 0.225089, 0.466399, 1.12466", \
            "0.091, 0.0972982, 0.111786, 0.146032, 0.234887, 0.474869, 1.1322", \
            "0.0999822, 0.106727, 0.121805, 0.156579, 0.245491, 0.486337, 1.14262", \
            "0.0883297, 0.0965, 0.113698, 0.149453, 0.238644, 0.479966, 1.1368", \
            "0.0089725, 0.0190938, 0.0406184, 0.0817009, 0.171831, 0.413592, 1.06894" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0193419, 0.0254783, 0.0414344, 0.0855506, 0.210588, 0.55547, 1.5006", \
            "0.0193732, 0.0255387, 0.0414934, 0.0855157, 0.210484, 0.555869, 1.49933", \
            "0.0193538, 0.0254915, 0.0414262, 0.0856755, 0.210663, 0.555163, 1.49584", \
            "0.0197788, 0.0257802, 0.0417167, 0.0855508, 0.210535, 0.553846, 1.49585", \
            "0.0224261, 0.0283552, 0.0434746, 0.0864233, 0.210456, 0.555046, 1.49392", \
            "0.0278669, 0.0341123, 0.0490341, 0.0892176, 0.210736, 0.554142, 1.49742", \
            "0.0363825, 0.044279, 0.0607868, 0.0984714, 0.213386, 0.55633, 1.49123" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.184435, 0.191412, 0.205959, 0.233444, 0.28646, 0.399649, 0.683547", \
            "0.188816, 0.195814, 0.210593, 0.238673, 0.291188, 0.403734, 0.687698", \
            "0.199611, 0.206582, 0.221237, 0.248624, 0.301501, 0.414654, 0.698426", \
            "0.223249, 0.230213, 0.244997, 0.272947, 0.325546, 0.438441, 0.722323", \
            "0.274241, 0.281217, 0.295928, 0.323967, 0.376776, 0.489889, 0.773902", \
            "0.371337, 0.378678, 0.39473, 0.42464, 0.479937, 0.595243, 0.879469", \
            "0.563014, 0.571457, 0.589633, 0.623781, 0.684675, 0.805131, 1.08816" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0284943, 0.0334023, 0.0431879, 0.0636277, 0.110849, 0.234966, 0.594867", \
            "0.0285885, 0.0334507, 0.0437694, 0.0634276, 0.110449, 0.235143, 0.594638", \
            "0.0285524, 0.0332697, 0.0430747, 0.063615, 0.110595, 0.234966, 0.599024", \
            "0.0286717, 0.0334965, 0.0431965, 0.0637186, 0.110224, 0.235089, 0.594279", \
            "0.0289805, 0.0338336, 0.0433178, 0.063688, 0.110223, 0.235069, 0.600755", \
            "0.0328678, 0.037828, 0.0482963, 0.0703419, 0.115212, 0.236845, 0.593995", \
            "0.0407961, 0.0458747, 0.0575511, 0.0796986, 0.126068, 0.245333, 0.598619" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.072316, 0.0784459, 0.0927944, 0.127059, 0.216265, 0.458111, 1.11728", \
            "0.07526, 0.081411, 0.0957312, 0.130066, 0.21937, 0.460497, 1.11715", \
            "0.0805013, 0.0866395, 0.100999, 0.135284, 0.224711, 0.465827, 1.12313", \
            "0.0893411, 0.0956029, 0.110012, 0.144325, 0.233508, 0.475472, 1.13444", \
            "0.0965505, 0.103362, 0.118575, 0.153342, 0.242515, 0.484185, 1.14158", \
            "0.0810951, 0.0893438, 0.106757, 0.143058, 0.232477, 0.474744, 1.13067", \
            "-0.005935, 0.0044503, 0.0264448, 0.0686184, 0.159076, 0.400341, 1.05719" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.018711, 0.0248399, 0.0406277, 0.0846297, 0.209857, 0.555886, 1.49921", \
            "0.0187788, 0.0248604, 0.0406584, 0.0846978, 0.210058, 0.553886, 1.4975", \
            "0.0187962, 0.0247671, 0.0406919, 0.0847336, 0.2103, 0.554886, 1.494", \
            "0.0193995, 0.025428, 0.0411436, 0.0848435, 0.210116, 0.555963, 1.49694", \
            "0.0224032, 0.0282737, 0.0433139, 0.0860557, 0.209611, 0.555088, 1.49788", \
            "0.028219, 0.0345292, 0.0496197, 0.0893822, 0.210465, 0.55365, 1.49527", \
            "0.0371829, 0.0456058, 0.0625821, 0.100065, 0.213304, 0.555598, 1.4918" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.172765, 0.179696, 0.194484, 0.222466, 0.275223, 0.387917, 0.671963", \
            "0.176488, 0.183511, 0.198291, 0.226224, 0.279035, 0.391746, 0.675715", \
            "0.186993, 0.193978, 0.208781, 0.236753, 0.289549, 0.402333, 0.686384", \
            "0.211926, 0.218766, 0.233315, 0.261583, 0.314412, 0.427836, 0.712078", \
            "0.27042, 0.277376, 0.292047, 0.320048, 0.373008, 0.486338, 0.770452", \
            "0.385725, 0.393416, 0.409716, 0.440447, 0.496364, 0.609694, 0.893883", \
            "0.607694, 0.616598, 0.635933, 0.671555, 0.73397, 0.854084, 1.13984" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0286219, 0.0333165, 0.0436209, 0.063294, 0.1098, 0.235063, 0.598617", \
            "0.0285716, 0.033293, 0.0434416, 0.0633207, 0.11075, 0.234797, 0.598661", \
            "0.0285711, 0.0333035, 0.0435623, 0.0632823, 0.109783, 0.234993, 0.598773", \
            "0.0285167, 0.0335135, 0.0433681, 0.0638071, 0.110572, 0.234702, 0.598446", \
            "0.0287887, 0.0335819, 0.0434689, 0.0635422, 0.109964, 0.234945, 0.598597", \
            "0.0344774, 0.039635, 0.0505372, 0.0702935, 0.11506, 0.237655, 0.594073", \
            "0.0452544, 0.0508542, 0.0630501, 0.08592, 0.130089, 0.246652, 0.601739" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0614517, 0.0672771, 0.0810852, 0.114849, 0.203785, 0.444445, 1.10273", \
            "0.0646815, 0.0704989, 0.0843057, 0.118058, 0.207117, 0.448265, 1.10534", \
            "0.0705085, 0.0763076, 0.0900923, 0.123719, 0.21297, 0.457468, 1.10986", \
            "0.0791891, 0.0852052, 0.0992775, 0.133086, 0.22242, 0.464292, 1.1204", \
            "0.0831195, 0.0900605, 0.104987, 0.139257, 0.228355, 0.469355, 1.12626", \
            "0.061274, 0.0699642, 0.0879157, 0.124416, 0.213507, 0.454897, 1.11327", \
            "-0.0353313, -0.024574, -0.0013201, 0.0426702, 0.133453, 0.37477, 1.03181" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0174083, 0.0233157, 0.0391681, 0.0835818, 0.209839, 0.556334, 1.49418", \
            "0.0174139, 0.0233009, 0.039171, 0.0836262, 0.209594, 0.553996, 1.49584", \
            "0.0174081, 0.0233227, 0.0390711, 0.0834682, 0.210019, 0.557452, 1.49491", \
            "0.0186747, 0.024471, 0.0400048, 0.0838301, 0.209984, 0.55566, 1.49568", \
            "0.022555, 0.0284803, 0.0431036, 0.0853355, 0.209355, 0.556948, 1.5014", \
            "0.0296855, 0.0361998, 0.051131, 0.0894759, 0.210537, 0.553364, 1.49352", \
            "0.0397031, 0.0482878, 0.0660206, 0.103239, 0.213916, 0.556126, 1.48993" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.148803, 0.155786, 0.170551, 0.198618, 0.251544, 0.365148, 0.648941", \
            "0.151149, 0.158141, 0.172969, 0.20101, 0.253939, 0.367221, 0.651331", \
            "0.160339, 0.16731, 0.181745, 0.210106, 0.263137, 0.376738, 0.661152", \
            "0.185872, 0.192717, 0.20745, 0.23578, 0.288748, 0.402348, 0.686541", \
            "0.2498, 0.256715, 0.271092, 0.299143, 0.352062, 0.465482, 0.749609", \
            "0.376841, 0.384879, 0.401919, 0.433013, 0.488108, 0.603155, 0.887032", \
            "0.599971, 0.609383, 0.629803, 0.667451, 0.731359, 0.848881, 1.1346" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0286222, 0.0335328, 0.043208, 0.0635932, 0.110278, 0.234584, 0.595002", \
            "0.0284854, 0.0333122, 0.0435436, 0.0632136, 0.109819, 0.234476, 0.593844", \
            "0.0285044, 0.033394, 0.043331, 0.0637088, 0.110368, 0.234575, 0.598213", \
            "0.028654, 0.0331882, 0.0430911, 0.0633437, 0.109735, 0.234516, 0.593662", \
            "0.0285601, 0.0331918, 0.0439309, 0.0637539, 0.110596, 0.234124, 0.593895", \
            "0.0372466, 0.0426316, 0.0537493, 0.0721111, 0.11486, 0.238353, 0.594452", \
            "0.0498343, 0.0557006, 0.0683773, 0.0905995, 0.131178, 0.244813, 0.599603" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0501119, 0.0555904, 0.0687589, 0.102043, 0.190544, 0.432076, 1.0914", \
            "0.0531474, 0.0586363, 0.0718315, 0.105041, 0.193798, 0.43462, 1.09064", \
            "0.0596095, 0.0650655, 0.0781585, 0.111308, 0.200268, 0.441211, 1.09722", \
            "0.0681643, 0.0738704, 0.0873365, 0.12073, 0.2095, 0.451528, 1.10788", \
            "0.0709015, 0.0772213, 0.0915733, 0.125084, 0.214353, 0.455788, 1.1149", \
            "0.0504858, 0.0585925, 0.0754996, 0.110379, 0.199025, 0.4405, 1.09998", \
            "-0.0321011, -0.021874, -0.0003367, 0.0404971, 0.13066, 0.372872, 1.02933" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0161297, 0.0219513, 0.0378547, 0.0829418, 0.210334, 0.557802, 1.50421", \
            "0.0161266, 0.0219344, 0.0378155, 0.0829545, 0.209123, 0.557495, 1.50391", \
            "0.0163233, 0.0220468, 0.0379188, 0.0830209, 0.210317, 0.555892, 1.49993", \
            "0.017966, 0.0235478, 0.0390521, 0.0834262, 0.208991, 0.558392, 1.49625", \
            "0.0218271, 0.0274013, 0.0414707, 0.0843566, 0.208681, 0.55413, 1.50539", \
            "0.0280683, 0.0340628, 0.0482867, 0.0873721, 0.209588, 0.553795, 1.50111", \
            "0.0373617, 0.0451571, 0.062383, 0.0985581, 0.213856, 0.556628, 1.49767" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0561083, 0.060115, 0.0686317, 0.086091, 0.125769, 0.229362, 0.511791", \
            "0.0609363, 0.065001, 0.0734021, 0.0909264, 0.130738, 0.234369, 0.51657", \
            "0.0735268, 0.0775473, 0.0860481, 0.103563, 0.143346, 0.246951, 0.529505", \
            "0.103325, 0.107467, 0.116035, 0.133604, 0.17347, 0.276985, 0.559325", \
            "0.154722, 0.159925, 0.170615, 0.190647, 0.231865, 0.334859, 0.616833", \
            "0.242672, 0.249119, 0.26252, 0.287167, 0.331598, 0.436011, 0.717707", \
            "0.410224, 0.417807, 0.434257, 0.464902, 0.517456, 0.623714, 0.90463" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0125597, 0.0152464, 0.0219614, 0.0387621, 0.08554, 0.218565, 0.590151", \
            "0.0125657, 0.0152645, 0.0219419, 0.0388414, 0.0855594, 0.218677, 0.589708", \
            "0.012546, 0.0152247, 0.0219967, 0.0388427, 0.0855234, 0.218662, 0.596503", \
            "0.0137244, 0.0164333, 0.0228205, 0.0393333, 0.0856945, 0.218517, 0.590004", \
            "0.0187156, 0.0220634, 0.0290727, 0.0441626, 0.0878649, 0.219104, 0.588706", \
            "0.0255844, 0.0297926, 0.0381785, 0.0540487, 0.0943461, 0.221271, 0.588744", \
            "0.035376, 0.0402481, 0.0506175, 0.0699098, 0.107292, 0.226793, 0.593768" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0467368, 0.0521919, 0.0654101, 0.0986975, 0.187223, 0.428621, 1.08696", \
            "0.0497234, 0.055214, 0.0684022, 0.101675, 0.190444, 0.43256, 1.09077", \
            "0.0570824, 0.0624733, 0.0756091, 0.108837, 0.197721, 0.443173, 1.09961", \
            "0.0659987, 0.0716492, 0.0851059, 0.118431, 0.207164, 0.449924, 1.10571", \
            "0.0697441, 0.0759761, 0.0901251, 0.123437, 0.212745, 0.454748, 1.11073", \
            "0.0543958, 0.0624296, 0.0789983, 0.112973, 0.201713, 0.44376, 1.10163", \
            "-0.0136418, -0.0034103, 0.0181961, 0.0579951, 0.14793, 0.390845, 1.04735" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0161289, 0.0219108, 0.0378329, 0.0829995, 0.209351, 0.556863, 1.50098", \
            "0.0161257, 0.0219386, 0.0378523, 0.0829452, 0.209885, 0.557456, 1.49675", \
            "0.0164022, 0.0222565, 0.0379704, 0.0828574, 0.210039, 0.557897, 1.50896", \
            "0.0180206, 0.0236176, 0.0391989, 0.083636, 0.209533, 0.557076, 1.4955", \
            "0.0219578, 0.0272422, 0.0414197, 0.0844438, 0.209409, 0.556114, 1.49882", \
            "0.0283809, 0.0343536, 0.0480316, 0.0870419, 0.210374, 0.552383, 1.49982", \
            "0.0382179, 0.0461376, 0.0625904, 0.0988594, 0.214013, 0.556466, 1.49355" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0469528, 0.050671, 0.0587589, 0.0757476, 0.115116, 0.218449, 0.500741", \
            "0.0516298, 0.0553691, 0.0633897, 0.0804102, 0.119869, 0.223169, 0.505004", \
            "0.0640447, 0.067735, 0.0757135, 0.0927923, 0.132271, 0.235712, 0.517626", \
            "0.0901078, 0.0942179, 0.102862, 0.120424, 0.160119, 0.263532, 0.546683", \
            "0.132354, 0.137384, 0.147958, 0.167715, 0.209145, 0.313273, 0.595616", \
            "0.205213, 0.211291, 0.224042, 0.24835, 0.292985, 0.397372, 0.679578", \
            "0.345026, 0.352433, 0.368059, 0.398268, 0.45164, 0.557911, 0.839389" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.011069, 0.0139105, 0.0206033, 0.0378387, 0.0847997, 0.221044, 0.589004", \
            "0.010967, 0.0138188, 0.0207201, 0.0377486, 0.0847959, 0.219009, 0.587957", \
            "0.0110552, 0.0138576, 0.0207535, 0.0377841, 0.0848127, 0.221166, 0.596955", \
            "0.0133771, 0.0162027, 0.0226306, 0.0390667, 0.0852683, 0.218315, 0.590191", \
            "0.0179203, 0.0212868, 0.0282817, 0.0442292, 0.0878629, 0.221369, 0.587561", \
            "0.0240626, 0.0280895, 0.0365936, 0.0536704, 0.0940599, 0.222615, 0.589705", \
            "0.0342558, 0.0391944, 0.049717, 0.06874, 0.108337, 0.226015, 0.596509" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0184668, 0.020249, 0.0249365, 0.0372376, 0.0701089, 0.160795, 0.408214", \
            "0.0183414, 0.0201012, 0.0247932, 0.0370645, 0.0702996, 0.159835, 0.406593", \
            "0.0181407, 0.0199209, 0.0245963, 0.0368699, 0.0698742, 0.160622, 0.40783", \
            "0.018004, 0.0197503, 0.0243585, 0.0366702, 0.069778, 0.160019, 0.406232", \
            "0.018423, 0.0201067, 0.0244726, 0.0367412, 0.069972, 0.159998, 0.406654", \
            "0.0193657, 0.0209778, 0.0254914, 0.0374162, 0.0702766, 0.159696, 0.406451", \
            "0.0228124, 0.0243512, 0.0285687, 0.0405946, 0.0738594, 0.163887, 0.410512" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0199366, 0.0185805, 0.0151871, 0.0050075, -0.0270046, -0.118265, -0.367715", \
            "0.01974, 0.0184056, 0.0150196, 0.0047542, -0.0272493, -0.118389, -0.367878", \
            "0.0195055, 0.0181632, 0.0147901, 0.0046173, -0.0273951, -0.118622, -0.368093", \
            "0.0194063, 0.0179965, 0.0145751, 0.0043696, -0.0276371, -0.118812, -0.368252", \
            "0.0193239, 0.0179338, 0.0145759, 0.0042649, -0.0277136, -0.118836, -0.368101", \
            "0.022645, 0.0207162, 0.0159468, 0.0041637, -0.0273927, -0.118481, -0.367916", \
            "0.0285321, 0.0265343, 0.0215826, 0.0088739, -0.0249725, -0.116531, -0.365681" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0168732, 0.0185944, 0.0232601, 0.0356423, 0.0690193, 0.160053, 0.408108", \
            "0.0168091, 0.0185459, 0.0232045, 0.035623, 0.0688509, 0.159555, 0.406416", \
            "0.0166311, 0.0183817, 0.023056, 0.0354442, 0.0690487, 0.159319, 0.406294", \
            "0.0164829, 0.0181709, 0.0228003, 0.0351252, 0.0684775, 0.159596, 0.40735", \
            "0.016689, 0.018349, 0.0227376, 0.0349637, 0.0680713, 0.158765, 0.405358", \
            "0.0174599, 0.019073, 0.0234835, 0.0356438, 0.0685994, 0.158326, 0.405476", \
            "0.0207744, 0.022029, 0.0265073, 0.0385261, 0.0716135, 0.16168, 0.408645" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0178272, 0.0164705, 0.0131368, 0.0028545, -0.0290422, -0.119949, -0.369376", \
            "0.0176122, 0.0162003, 0.0129377, 0.002647, -0.0292469, -0.120255, -0.369566", \
            "0.0173961, 0.0160394, 0.0127266, 0.00244, -0.0294447, -0.120443, -0.369759", \
            "0.0172266, 0.0158349, 0.0124927, 0.0022942, -0.0295979, -0.120593, -0.369857", \
            "0.0173472, 0.0159623, 0.0126059, 0.0022807, -0.0296416, -0.120611, -0.36984", \
            "0.0203606, 0.0184422, 0.0136093, 0.0022698, -0.0292229, -0.120005, -0.369327", \
            "0.0276642, 0.0256037, 0.0205516, 0.0077363, -0.0255174, -0.117177, -0.366581" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0150383, 0.0167816, 0.0214385, 0.033877, 0.0670696, 0.158428, 0.404778", \
            "0.0149835, 0.0167295, 0.02139, 0.0338256, 0.0673508, 0.157585, 0.402218", \
            "0.014785, 0.0165271, 0.0211856, 0.0335528, 0.0671895, 0.157525, 0.404083", \
            "0.014537, 0.0162478, 0.0208096, 0.0331304, 0.0664457, 0.157486, 0.401226", \
            "0.0147803, 0.0164528, 0.0208815, 0.0329766, 0.0660609, 0.156654, 0.403791", \
            "0.0156439, 0.017248, 0.0216974, 0.0338757, 0.0667222, 0.157603, 0.404269", \
            "0.0198321, 0.0213164, 0.02545, 0.0374038, 0.0702283, 0.161027, 0.406987" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0154472, 0.0140597, 0.0106456, 0.0005078, -0.0312887, -0.122083, -0.371235", \
            "0.0150998, 0.013736, 0.0104366, 0.0001599, -0.031572, -0.122385, -0.37158", \
            "0.014836, 0.0134772, 0.0101629, -3.73e-05, -0.0317907, -0.122623, -0.371773", \
            "0.0146896, 0.0132748, 0.0099286, -0.0002441, -0.0319512, -0.122777, -0.371954", \
            "0.0151249, 0.0137737, 0.0106996, 0.0003982, -0.0314454, -0.122315, -0.371512", \
            "0.0204629, 0.0185147, 0.0136533, 0.0017262, -0.0298268, -0.120745, -0.370045", \
            "0.0293539, 0.0272452, 0.0220057, 0.0089426, -0.0246895, -0.116408, -0.365737" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0149917, 0.0167212, 0.0213535, 0.0336592, 0.0672139, 0.15815, 0.406367", \
            "0.0148017, 0.0165472, 0.0211748, 0.0334864, 0.0667594, 0.158053, 0.406032", \
            "0.0145265, 0.0162528, 0.0208472, 0.0331614, 0.06642, 0.156567, 0.403497", \
            "0.0143703, 0.016101, 0.0205917, 0.0328404, 0.0662037, 0.157683, 0.400694", \
            "0.0150228, 0.0166011, 0.0211134, 0.0331369, 0.0664676, 0.157477, 0.403649", \
            "0.0168632, 0.0184664, 0.0230167, 0.035136, 0.068209, 0.158644, 0.407082", \
            "0.0238402, 0.0252907, 0.0297141, 0.0416536, 0.0747723, 0.165389, 0.411635" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0131788, 0.0120141, 0.0085217, -0.0028174, -0.0359182, -0.127135, -0.376268", \
            "0.012896, 0.0117199, 0.0082479, -0.0031216, -0.0362174, -0.127456, -0.37666", \
            "0.0126703, 0.0115105, 0.0080057, -0.003389, -0.0364474, -0.127684, -0.376784", \
            "0.0127561, 0.0114863, 0.0079641, -0.0033206, -0.0364074, -0.127571, -0.376779", \
            "0.014248, 0.0126026, 0.0081177, -0.0029791, -0.035947, -0.127014, -0.376193", \
            "0.0178125, 0.0160647, 0.0115276, -0.0006605, -0.0338888, -0.124601, -0.373781", \
            "0.0256912, 0.0236895, 0.0188767, 0.006273, -0.0270475, -0.118068, -0.367089" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0146795, 0.0164113, 0.0210335, 0.0334131, 0.0668914, 0.157845, 0.404746", \
            "0.0144664, 0.0162144, 0.0208458, 0.0331516, 0.0664679, 0.157086, 0.403144", \
            "0.0142632, 0.0159467, 0.0205393, 0.0328595, 0.0664957, 0.156338, 0.406128", \
            "0.0142234, 0.0159397, 0.0204579, 0.0326022, 0.0659986, 0.156995, 0.400832", \
            "0.0152514, 0.0168585, 0.0213234, 0.0333456, 0.066274, 0.157805, 0.405818", \
            "0.0182002, 0.019818, 0.0242555, 0.0363025, 0.0690926, 0.158918, 0.408361", \
            "0.0271694, 0.0286892, 0.0329658, 0.0448161, 0.0778424, 0.16845, 0.414096" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136492, 0.00372603, 0.0101715, 0.0277667, 0.0757988, 0.206919");
          values ( \
            "0.0101053, 0.0089564, 0.0053941, -0.0061215, -0.0393771, -0.130631, -0.379968", \
            "0.0096766, 0.0085252, 0.0049635, -0.0065589, -0.039768, -0.130951, -0.380223", \
            "0.009437, 0.0082665, 0.0046929, -0.0068536, -0.0400284, -0.131285, -0.380463", \
            "0.0095532, 0.0082228, 0.0046104, -0.0068691, -0.0399641, -0.131161, -0.380451", \
            "0.0115108, 0.0098548, 0.0054511, -0.0063143, -0.0391563, -0.130272, -0.379571", \
            "0.0157091, 0.0138983, 0.0091924, -0.0030308, -0.0362476, -0.127003, -0.376219", \
            "0.0241368, 0.022061, 0.0171679, 0.0047177, -0.0287738, -0.119855, -0.368707" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002368;
      rise_capacitance : 0.002502;
      rise_capacitance_range (0.002502, 0.002502);
      fall_capacitance : 0.002235;
      fall_capacitance_range (0.002235, 0.002235);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046582, -0.004659, -0.0046608, -0.0046606, -0.00466, -0.0046588, -0.0046557" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046817, 0.0046772, 0.0046667, 0.0046659, 0.0046639, 0.0046593, 0.0046488" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00237;
      rise_capacitance : 0.002528;
      rise_capacitance_range (0.002528, 0.002528);
      fall_capacitance : 0.002212;
      fall_capacitance_range (0.002212, 0.002212);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042855, -0.004283, -0.004277, -0.0042788, -0.0042831, -0.0042929, -0.0043154" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.00429, 0.0042938, 0.0043026, 0.0043025, 0.0043025, 0.0043022, 0.0043019" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002359;
      rise_capacitance : 0.002542;
      rise_capacitance_range (0.002542, 0.002542);
      fall_capacitance : 0.002176;
      fall_capacitance_range (0.002176, 0.002176);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043756, -0.0043713, -0.0043614, -0.0043612, -0.0043606, -0.0043593, -0.0043563" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043717, 0.004375, 0.0043826, 0.004383, 0.0043838, 0.0043856, 0.00439" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002425;
      rise_capacitance : 0.002531;
      rise_capacitance_range (0.002531, 0.002531);
      fall_capacitance : 0.00232;
      fall_capacitance_range (0.00232, 0.00232);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045226, -0.0045235, -0.0045254, -0.0045269, -0.0045303, -0.0045381, -0.0045561" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048526, 0.0048354, 0.0047956, 0.0048044, 0.0048249, 0.004872, 0.0049806" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002439;
      rise_capacitance : 0.002525;
      rise_capacitance_range (0.002525, 0.002525);
      fall_capacitance : 0.002353;
      fall_capacitance_range (0.002353, 0.002353);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043624, -0.0043652, -0.0043718, -0.0043662, -0.0043531, -0.004323, -0.0042537" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053727, 0.0053762, 0.0053843, 0.0053857, 0.0053891, 0.0053968, 0.0054147" \
          );
        }
      }
    }
  }
  cell (scs8hd_o311a_2) {
    area : 11.2608;
    cell_footprint : "o311a";
    cell_leakage_power : 0.0137189;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0124136;
      when : "!A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0124044;
      when : "!A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0127336;
      when : "!A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0276174;
      when : "!A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0124307;
      when : "!A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0124044;
      when : "!A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0186607;
      when : "!A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0124239;
      when : "!A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0124307;
      when : "!A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0124044;
      when : "!A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0128228;
      when : "!A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0124239;
      when : "!A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0124307;
      when : "!A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0124044;
      when : "!A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0186596;
      when : "!A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0124239;
      when : "!A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0124307;
      when : "A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0124044;
      when : "A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0127394;
      when : "A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0124239;
      when : "A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0124307;
      when : "A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0124044;
      when : "A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0186597;
      when : "A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0124239;
      when : "A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0124307;
      when : "A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0124044;
      when : "A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0128226;
      when : "A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0124239;
      when : "A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0124307;
      when : "A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0124044;
      when : "A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0186596;
      when : "A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0124239;
      when : "A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0137189;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1&C1) | (A2&B1&C1) | (A3&B1&C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.393687;
      max_transition : 1.50831;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.082608, 0.0874876, 0.0994148, 0.128238, 0.205013, 0.433339, 1.1258", \
            "0.0854361, 0.0902052, 0.10217, 0.131011, 0.20799, 0.436835, 1.12841", \
            "0.0904234, 0.0952963, 0.107227, 0.13605, 0.212923, 0.441623, 1.13388", \
            "0.100283, 0.105115, 0.117014, 0.145801, 0.222791, 0.451001, 1.1432", \
            "0.11163, 0.116856, 0.129457, 0.159047, 0.236158, 0.465542, 1.15684", \
            "0.105216, 0.111481, 0.126141, 0.157483, 0.235124, 0.464667, 1.15717", \
            "0.0342888, 0.0416284, 0.0595644, 0.0966727, 0.177694, 0.405442, 1.09932" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0181968, 0.022436, 0.0338524, 0.0672647, 0.172036, 0.500384, 1.50329", \
            "0.0181745, 0.0223894, 0.0338924, 0.0672015, 0.172264, 0.501494, 1.49963", \
            "0.0180539, 0.0223145, 0.0338145, 0.0671892, 0.172419, 0.501183, 1.50211", \
            "0.018276, 0.0224353, 0.0341267, 0.0673091, 0.171962, 0.500343, 1.50136", \
            "0.0206531, 0.0249024, 0.0361706, 0.068604, 0.172292, 0.501251, 1.49837", \
            "0.0258571, 0.0305961, 0.0427156, 0.0730326, 0.173835, 0.499037, 1.50062", \
            "0.0338839, 0.0396948, 0.0540524, 0.0856534, 0.178008, 0.501629, 1.49811" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.211845, 0.217373, 0.230581, 0.258616, 0.312426, 0.424852, 0.715615", \
            "0.216406, 0.221879, 0.234932, 0.263106, 0.316224, 0.429283, 0.720485", \
            "0.227414, 0.232854, 0.246088, 0.274065, 0.327706, 0.440434, 0.731313", \
            "0.251102, 0.256568, 0.269639, 0.297524, 0.3515, 0.464245, 0.755728", \
            "0.302802, 0.308283, 0.321512, 0.349434, 0.403325, 0.51623, 0.807357", \
            "0.406809, 0.412578, 0.42659, 0.455908, 0.512109, 0.62624, 0.917484", \
            "0.609881, 0.616223, 0.631546, 0.664214, 0.726356, 0.847667, 1.14011" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0328349, 0.0362777, 0.0450831, 0.06445, 0.104595, 0.218186, 0.582036", \
            "0.0327259, 0.0362034, 0.044993, 0.0638115, 0.105773, 0.218337, 0.581554", \
            "0.0328457, 0.0363446, 0.0450659, 0.0638184, 0.105299, 0.218107, 0.581452", \
            "0.0327008, 0.0362015, 0.044948, 0.0637172, 0.105984, 0.218606, 0.584394", \
            "0.0327911, 0.0362261, 0.0450957, 0.0639041, 0.104466, 0.217986, 0.581938", \
            "0.036868, 0.0404563, 0.0495099, 0.0686996, 0.108966, 0.219907, 0.581948", \
            "0.0458811, 0.0496105, 0.0590296, 0.080399, 0.121835, 0.231047, 0.585703" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0810235, 0.0857895, 0.097679, 0.126495, 0.203608, 0.432048, 1.12722", \
            "0.0840061, 0.0887672, 0.100668, 0.12949, 0.206569, 0.436288, 1.12948", \
            "0.089256, 0.0940551, 0.105937, 0.1347, 0.211832, 0.440916, 1.13227", \
            "0.0987625, 0.103617, 0.115632, 0.144461, 0.221566, 0.450461, 1.14246", \
            "0.109186, 0.114486, 0.127153, 0.156796, 0.234061, 0.464129, 1.1554", \
            "0.100052, 0.106383, 0.121351, 0.153263, 0.231155, 0.461, 1.15281", \
            "0.0237553, 0.0311817, 0.0496448, 0.0881701, 0.169792, 0.397782, 1.09024" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0177253, 0.0219693, 0.033429, 0.0667142, 0.171768, 0.501645, 1.50349", \
            "0.0177074, 0.0219758, 0.033467, 0.066674, 0.171847, 0.500797, 1.50446", \
            "0.0177335, 0.0219405, 0.0333761, 0.0665489, 0.171731, 0.501826, 1.50224", \
            "0.0180904, 0.0223153, 0.0337634, 0.0669737, 0.171571, 0.501126, 1.50321", \
            "0.0207671, 0.0248264, 0.036392, 0.0685053, 0.172087, 0.500092, 1.49715", \
            "0.0261874, 0.0312184, 0.0430354, 0.0737116, 0.173908, 0.498526, 1.50187", \
            "0.0350232, 0.0411142, 0.0553804, 0.0871469, 0.17892, 0.50127, 1.49787" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.199882, 0.205349, 0.2184, 0.246552, 0.2997, 0.412877, 0.704171", \
            "0.203784, 0.209266, 0.222525, 0.250448, 0.304136, 0.416998, 0.708278", \
            "0.214453, 0.2199, 0.233166, 0.261113, 0.315032, 0.427407, 0.718763", \
            "0.239228, 0.244698, 0.258165, 0.286116, 0.339893, 0.452631, 0.744101", \
            "0.298324, 0.303679, 0.317008, 0.345008, 0.398761, 0.511877, 0.803305", \
            "0.421429, 0.427293, 0.441145, 0.471017, 0.527651, 0.641662, 0.932413", \
            "0.657005, 0.663568, 0.679591, 0.713824, 0.778043, 0.898967, 1.19308" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0327823, 0.0361821, 0.0449727, 0.0637787, 0.105736, 0.218277, 0.581396", \
            "0.0328298, 0.0364119, 0.0455479, 0.0638707, 0.105325, 0.218215, 0.580426", \
            "0.0329051, 0.0363379, 0.0455341, 0.0637939, 0.105685, 0.218385, 0.581404", \
            "0.0326913, 0.0362275, 0.0449292, 0.0638233, 0.104677, 0.218202, 0.580281", \
            "0.0329688, 0.036501, 0.0449224, 0.063808, 0.105035, 0.218049, 0.584117", \
            "0.0382862, 0.0418349, 0.0505589, 0.0699754, 0.10984, 0.221263, 0.581844", \
            "0.0509613, 0.0549141, 0.0645264, 0.0856705, 0.128651, 0.23409, 0.585832" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0693667, 0.0738802, 0.0851794, 0.113073, 0.189669, 0.418153, 1.11084", \
            "0.0726662, 0.0771812, 0.0884857, 0.11637, 0.192995, 0.421518, 1.11683", \
            "0.0786158, 0.0831332, 0.094429, 0.122346, 0.198762, 0.428365, 1.11956", \
            "0.0887326, 0.0934212, 0.104887, 0.132864, 0.209476, 0.438133, 1.14012", \
            "0.09693, 0.102218, 0.114811, 0.143863, 0.220617, 0.450306, 1.14491", \
            "0.0825217, 0.0888796, 0.104286, 0.136421, 0.213934, 0.442808, 1.13735", \
            "-0.0015871, 0.0059806, 0.024899, 0.0649216, 0.146858, 0.375463, 1.06751" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0163505, 0.0204445, 0.0316565, 0.0649796, 0.17094, 0.501607, 1.50521", \
            "0.0164136, 0.0204589, 0.0315905, 0.0649824, 0.17098, 0.501538, 1.50266", \
            "0.0164791, 0.0204665, 0.0316727, 0.0650056, 0.170878, 0.502994, 1.50205", \
            "0.0173417, 0.0213983, 0.0324065, 0.0653606, 0.170817, 0.502145, 1.5044", \
            "0.0209397, 0.0251181, 0.0358714, 0.0675618, 0.170918, 0.501087, 1.50831", \
            "0.0271381, 0.032289, 0.0439207, 0.0737261, 0.173193, 0.49903, 1.5031", \
            "0.0369718, 0.042998, 0.057833, 0.0890974, 0.179632, 0.501491, 1.49745" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.175823, 0.181394, 0.194554, 0.222467, 0.276462, 0.388938, 0.680204", \
            "0.178456, 0.183901, 0.197063, 0.225059, 0.279032, 0.391924, 0.683104", \
            "0.187781, 0.193125, 0.206421, 0.234374, 0.28839, 0.401117, 0.692614", \
            "0.212366, 0.217927, 0.231065, 0.25894, 0.313534, 0.42646, 0.717804", \
            "0.276157, 0.281569, 0.294823, 0.322669, 0.376351, 0.489134, 0.780386", \
            "0.412549, 0.418599, 0.433114, 0.463293, 0.518698, 0.632347, 0.92368", \
            "0.649242, 0.656259, 0.672952, 0.709184, 0.777342, 0.898476, 1.19175" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0327384, 0.0365299, 0.0450367, 0.0638449, 0.104549, 0.218418, 0.582568", \
            "0.0328186, 0.036385, 0.0454899, 0.0638235, 0.104953, 0.21799, 0.580287", \
            "0.0329072, 0.0364637, 0.0449682, 0.0638182, 0.104443, 0.218169, 0.57992", \
            "0.0327428, 0.0365463, 0.0450739, 0.0639203, 0.104532, 0.218009, 0.580095", \
            "0.0326673, 0.0360704, 0.045189, 0.0643256, 0.105014, 0.217952, 0.581514", \
            "0.0411038, 0.0445793, 0.0536867, 0.0729376, 0.110629, 0.221399, 0.583392", \
            "0.0567601, 0.0606862, 0.0708426, 0.0932447, 0.13279, 0.234193, 0.585455" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0569118, 0.0610914, 0.0717205, 0.0986801, 0.174599, 0.402998, 1.09622", \
            "0.0599985, 0.0641786, 0.0748161, 0.101734, 0.17772, 0.406242, 1.09888", \
            "0.0669312, 0.0711059, 0.0816977, 0.108557, 0.184536, 0.412713, 1.10788", \
            "0.0781809, 0.0825236, 0.0935013, 0.120671, 0.196552, 0.424638, 1.12221", \
            "0.0859778, 0.0910561, 0.103077, 0.130855, 0.206991, 0.43534, 1.12911", \
            "0.0728267, 0.0790742, 0.0936338, 0.124004, 0.200304, 0.429089, 1.12233", \
            "0.0011532, 0.0084995, 0.0269605, 0.0642553, 0.144146, 0.372799, 1.06569" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0149812, 0.0188256, 0.0298712, 0.0633668, 0.170508, 0.500624, 1.50775", \
            "0.0149535, 0.0188246, 0.0298423, 0.0635009, 0.170491, 0.502405, 1.49775", \
            "0.0149426, 0.0188248, 0.0298241, 0.0633407, 0.170529, 0.500331, 1.50141", \
            "0.0165301, 0.0204167, 0.0311225, 0.0641243, 0.170565, 0.499561, 1.50332", \
            "0.0203769, 0.0244215, 0.0345953, 0.0659822, 0.17063, 0.499642, 1.50715", \
            "0.0262274, 0.0310434, 0.0425162, 0.071331, 0.172181, 0.49894, 1.50303", \
            "0.0353471, 0.0411911, 0.0551737, 0.0859326, 0.177097, 0.501183, 1.49723" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0647511, 0.0681146, 0.0760036, 0.0925963, 0.128513, 0.223801, 0.510007", \
            "0.0697018, 0.0729916, 0.0810003, 0.0973613, 0.13348, 0.228857, 0.51459", \
            "0.0823759, 0.0857186, 0.0936101, 0.110094, 0.146231, 0.241556, 0.527736", \
            "0.11288, 0.116201, 0.124085, 0.140566, 0.176761, 0.271956, 0.55756", \
            "0.170102, 0.174041, 0.183476, 0.202583, 0.240601, 0.335768, 0.620452", \
            "0.265936, 0.270678, 0.282229, 0.306165, 0.350429, 0.447855, 0.733016", \
            "0.442431, 0.448245, 0.461916, 0.491124, 0.545408, 0.650137, 0.933319" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0134523, 0.0157596, 0.0211492, 0.0346142, 0.0718597, 0.192731, 0.574653", \
            "0.013515, 0.0157915, 0.021205, 0.0344818, 0.0719615, 0.192019, 0.57069", \
            "0.0134679, 0.0157918, 0.0213522, 0.0345662, 0.0717777, 0.192651, 0.574135", \
            "0.0139401, 0.016143, 0.0215926, 0.0348473, 0.072078, 0.192175, 0.570495", \
            "0.0192593, 0.021909, 0.027734, 0.0406917, 0.0749629, 0.192676, 0.573818", \
            "0.0274946, 0.0303024, 0.0375525, 0.0524763, 0.0853649, 0.195792, 0.573529", \
            "0.0391509, 0.0424463, 0.0509684, 0.069177, 0.104985, 0.204724, 0.574778" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0535577, 0.0577301, 0.0683232, 0.0953451, 0.171288, 0.399792, 1.09343", \
            "0.0565783, 0.0607638, 0.0713588, 0.0983563, 0.17426, 0.402946, 1.09429", \
            "0.0641749, 0.0683509, 0.07893, 0.105785, 0.181963, 0.409664, 1.10555", \
            "0.0768401, 0.0812465, 0.09218, 0.119476, 0.195569, 0.42388, 1.11631", \
            "0.0861042, 0.0911438, 0.103199, 0.131064, 0.206983, 0.435355, 1.12799", \
            "0.0780916, 0.0843731, 0.0991355, 0.129303, 0.205177, 0.434987, 1.12709", \
            "0.0209353, 0.0283066, 0.0465324, 0.08453, 0.163679, 0.391274, 1.08627" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0150417, 0.0188653, 0.0298661, 0.0634394, 0.170209, 0.500235, 1.50239", \
            "0.0149851, 0.0188568, 0.029848, 0.0634025, 0.170359, 0.500369, 1.50687", \
            "0.0149448, 0.0188603, 0.0298552, 0.0634371, 0.170383, 0.501802, 1.50038", \
            "0.016964, 0.0207232, 0.0314233, 0.0643931, 0.170605, 0.500397, 1.50351", \
            "0.0211475, 0.0250436, 0.035088, 0.0661652, 0.170883, 0.500587, 1.50094", \
            "0.0273001, 0.0321881, 0.0429598, 0.0717434, 0.171848, 0.49888, 1.50063", \
            "0.0374282, 0.0431546, 0.0572161, 0.0862073, 0.178507, 0.500925, 1.49802" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0552333, 0.0583529, 0.0657669, 0.0814596, 0.116933, 0.211993, 0.498106", \
            "0.0598902, 0.0629939, 0.0703899, 0.0861767, 0.121624, 0.216646, 0.502969", \
            "0.072277, 0.0753659, 0.0827292, 0.0984616, 0.133982, 0.22905, 0.514493", \
            "0.100788, 0.103971, 0.111487, 0.127453, 0.162886, 0.257715, 0.543985", \
            "0.149088, 0.152914, 0.162069, 0.180985, 0.218526, 0.31447, 0.600562", \
            "0.229838, 0.234382, 0.2455, 0.268579, 0.31257, 0.409932, 0.695387", \
            "0.379318, 0.384688, 0.3979, 0.425759, 0.47932, 0.583868, 0.868261" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0119248, 0.0140748, 0.019456, 0.0329739, 0.0707632, 0.192171, 0.574168", \
            "0.0119925, 0.0140855, 0.0194628, 0.0329117, 0.0708881, 0.192569, 0.574304", \
            "0.0119966, 0.0141657, 0.0196413, 0.0330218, 0.0707215, 0.193206, 0.573604", \
            "0.0133445, 0.0154516, 0.020657, 0.0338736, 0.0712703, 0.192543, 0.573644", \
            "0.0185297, 0.0210668, 0.0272491, 0.0403514, 0.0753269, 0.194105, 0.571985", \
            "0.0260635, 0.0289371, 0.0359689, 0.0511203, 0.0848273, 0.196973, 0.572723", \
            "0.0376892, 0.0408682, 0.0489587, 0.0671263, 0.102903, 0.20486, 0.574097" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0241473, 0.0261533, 0.0322766, 0.0504658, 0.104396, 0.267409, 0.76344", \
            "0.024022, 0.0259826, 0.0321397, 0.0502957, 0.104156, 0.26855, 0.763259", \
            "0.0238223, 0.0258511, 0.0319785, 0.0501496, 0.104015, 0.267021, 0.763219", \
            "0.0238344, 0.0258353, 0.0318161, 0.0499462, 0.103922, 0.267038, 0.767022", \
            "0.024461, 0.0263661, 0.0320792, 0.0499397, 0.103644, 0.268314, 0.763018", \
            "0.0259243, 0.0277331, 0.0334964, 0.0508523, 0.103986, 0.266947, 0.76714", \
            "0.0302217, 0.0318505, 0.0373047, 0.0542636, 0.107765, 0.270488, 0.766754" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0261116, 0.0237201, 0.017857, 0.0020589, -0.0493124, -0.213576, -0.715789", \
            "0.0258341, 0.0234593, 0.0176072, 0.0018538, -0.049343, -0.213669, -0.715913", \
            "0.025634, 0.0233203, 0.0174331, 0.0016848, -0.0497233, -0.213949, -0.716236", \
            "0.0254656, 0.0230644, 0.0171819, 0.0014452, -0.0498358, -0.214101, -0.716358", \
            "0.0253007, 0.0229073, 0.0170233, 0.0011918, -0.0501075, -0.214257, -0.716496", \
            "0.0269142, 0.0244407, 0.0174833, 0.0011848, -0.0499049, -0.213935, -0.71622", \
            "0.0381585, 0.0355053, 0.0281577, 0.0086532, -0.0466583, -0.212185, -0.714025" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0225035, 0.02446, 0.0306126, 0.0488309, 0.103036, 0.266867, 0.766491", \
            "0.0224605, 0.0244293, 0.03058, 0.048795, 0.103006, 0.268197, 0.7667", \
            "0.0222734, 0.0242994, 0.0304462, 0.0486893, 0.102949, 0.267952, 0.762805", \
            "0.0221514, 0.0241662, 0.030265, 0.0484566, 0.102677, 0.266522, 0.762444", \
            "0.0228558, 0.0247638, 0.030426, 0.0483793, 0.10215, 0.265795, 0.763098", \
            "0.0240566, 0.0258995, 0.0316069, 0.0491984, 0.102507, 0.265646, 0.762466", \
            "0.0277829, 0.0293877, 0.0348368, 0.0524622, 0.10599, 0.268414, 0.765428" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.023897, 0.0215087, 0.0156614, -9.31e-05, -0.0512188, -0.215373, -0.717531", \
            "0.0236982, 0.0216076, 0.0157467, -7.29e-05, -0.0514331, -0.21559, -0.717694", \
            "0.0237229, 0.021365, 0.0154991, -0.0003175, -0.0517758, -0.215708, -0.717817", \
            "0.0233802, 0.0209312, 0.0150901, -0.0007043, -0.0518992, -0.21592, -0.718042", \
            "0.0232292, 0.02086, 0.0149674, -0.0009116, -0.0521314, -0.216136, -0.718183", \
            "0.0243593, 0.0218798, 0.0153541, -0.0004367, -0.0516138, -0.215308, -0.717587", \
            "0.0378985, 0.0351964, 0.0276747, 0.0078511, -0.0476406, -0.212602, -0.714964" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0206779, 0.0226989, 0.0288501, 0.0471159, 0.101359, 0.266284, 0.761479", \
            "0.0206755, 0.0226914, 0.0288448, 0.0471031, 0.101369, 0.266354, 0.763343", \
            "0.020493, 0.0225294, 0.0287033, 0.0469143, 0.101176, 0.265045, 0.762194", \
            "0.0203877, 0.022346, 0.0284377, 0.0465665, 0.100772, 0.26615, 0.759877", \
            "0.0209804, 0.0228949, 0.0287408, 0.0463514, 0.100249, 0.26412, 0.761919", \
            "0.0222011, 0.0239642, 0.0297148, 0.047365, 0.10067, 0.263182, 0.764999", \
            "0.0268768, 0.0284595, 0.0338085, 0.0509907, 0.104625, 0.266847, 0.763916" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0214715, 0.0191122, 0.0132125, -0.0025702, -0.0536858, -0.21746, -0.719512", \
            "0.0213869, 0.0189857, 0.0130701, -0.0027338, -0.0539399, -0.217813, -0.719835", \
            "0.0210018, 0.018591, 0.012732, -0.003043, -0.0541823, -0.217982, -0.719976", \
            "0.0209343, 0.0185771, 0.0124833, -0.0031234, -0.0543902, -0.218213, -0.720108", \
            "0.0211122, 0.0187493, 0.0128774, -0.0024895, -0.0537277, -0.217808, -0.719882", \
            "0.0251122, 0.0225093, 0.0155658, -0.0006836, -0.0526347, -0.216441, -0.718641", \
            "0.0401666, 0.0374052, 0.0297195, 0.009421, -0.0465485, -0.212098, -0.714358" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.020635, 0.022664, 0.0287972, 0.047012, 0.101245, 0.26473, 0.765227", \
            "0.020472, 0.0225086, 0.0286941, 0.0468599, 0.101065, 0.266233, 0.756958", \
            "0.0202859, 0.0223154, 0.0284394, 0.046539, 0.100796, 0.264769, 0.759927", \
            "0.0202143, 0.0221847, 0.0281873, 0.0462231, 0.100395, 0.264263, 0.763154", \
            "0.0210791, 0.0230015, 0.0288442, 0.0462146, 0.100055, 0.263764, 0.760776", \
            "0.0231467, 0.024995, 0.0307111, 0.0482491, 0.101492, 0.264533, 0.765962", \
            "0.0299052, 0.0316096, 0.0372651, 0.0548924, 0.108276, 0.271746, 0.767109" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0180005, 0.0162152, 0.0113433, -0.0042644, -0.0574719, -0.222465, -0.724487", \
            "0.0177954, 0.0160023, 0.0110898, -0.0044871, -0.0576865, -0.222612, -0.724875", \
            "0.0174982, 0.0156909, 0.0108631, -0.0048202, -0.0580371, -0.222969, -0.724987", \
            "0.0176694, 0.0157732, 0.0108319, -0.0049704, -0.0582695, -0.223076, -0.725099", \
            "0.0181125, 0.0159783, 0.0106763, -0.0047415, -0.057813, -0.222522, -0.724493", \
            "0.0251694, 0.0227649, 0.0163172, -0.0017874, -0.0559372, -0.220299, -0.722231", \
            "0.035393, 0.032734, 0.0255811, 0.0057708, -0.0493473, -0.214378, -0.715987" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0203257, 0.0223748, 0.0285108, 0.046734, 0.100932, 0.264457, 0.761163", \
            "0.0201706, 0.022213, 0.0283578, 0.0465459, 0.100777, 0.264362, 0.76512", \
            "0.020067, 0.0221085, 0.0282092, 0.0463293, 0.100516, 0.265562, 0.75983", \
            "0.0200882, 0.0220807, 0.0280382, 0.0460558, 0.100158, 0.264153, 0.764719", \
            "0.0213716, 0.0232155, 0.0290566, 0.0465889, 0.100194, 0.264184, 0.764373", \
            "0.0243863, 0.0261259, 0.0318692, 0.0495912, 0.102309, 0.265362, 0.762542", \
            "0.0336557, 0.0352614, 0.0408099, 0.0580432, 0.111242, 0.27281, 0.770276" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
          values ( \
            "0.0149119, 0.0131079, 0.0083972, -0.0073789, -0.0608391, -0.225829, -0.728065", \
            "0.0145355, 0.0127655, 0.0080893, -0.007741, -0.0611282, -0.226199, -0.728287", \
            "0.0142192, 0.0124356, 0.0075846, -0.0081832, -0.0615502, -0.226551, -0.728732", \
            "0.0144076, 0.0125033, 0.0075085, -0.0083518, -0.0615717, -0.226564, -0.728654", \
            "0.0165677, 0.0144329, 0.0083879, -0.0081185, -0.0610253, -0.225896, -0.72781", \
            "0.0221184, 0.0197945, 0.0142465, -0.0040396, -0.0581207, -0.222723, -0.724752", \
            "0.0324354, 0.0298185, 0.0227455, 0.0038975, -0.0508423, -0.216342, -0.717779" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00236;
      rise_capacitance : 0.002497;
      rise_capacitance_range (0.002497, 0.002497);
      fall_capacitance : 0.002223;
      fall_capacitance_range (0.002223, 0.002223);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046501, -0.0046509, -0.0046526, -0.0046518, -0.0046495, -0.0046442, -0.0046321" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046719, 0.0046697, 0.0046648, 0.0046637, 0.0046613, 0.0046557, 0.0046429" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002361;
      rise_capacitance : 0.002523;
      rise_capacitance_range (0.002523, 0.002523);
      fall_capacitance : 0.002199;
      fall_capacitance_range (0.002199, 0.002199);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042702, -0.0042731, -0.0042797, -0.004279, -0.0042772, -0.0042728, -0.0042629" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042817, 0.0042861, 0.0042962, 0.0042958, 0.0042951, 0.0042935, 0.0042897" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002347;
      rise_capacitance : 0.002535;
      rise_capacitance_range (0.002535, 0.002535);
      fall_capacitance : 0.002158;
      fall_capacitance_range (0.002158, 0.002158);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043731, -0.0043722, -0.0043702, -0.0043691, -0.0043663, -0.00436, -0.0043455" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043703, 0.0043735, 0.0043809, 0.0043814, 0.0043826, 0.0043855, 0.0043922" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00241;
      rise_capacitance : 0.002521;
      rise_capacitance_range (0.002521, 0.002521);
      fall_capacitance : 0.002298;
      fall_capacitance_range (0.002298, 0.002298);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045187, -0.00452, -0.004523, -0.0045219, -0.0045195, -0.0045137, -0.0045005" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048622, 0.0048423, 0.0047963, 0.0048051, 0.0048256, 0.0048727, 0.0049814" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002411;
      rise_capacitance : 0.002497;
      rise_capacitance_range (0.002497, 0.002497);
      fall_capacitance : 0.002325;
      fall_capacitance_range (0.002325, 0.002325);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043623, -0.004363, -0.0043646, -0.0043607, -0.0043516, -0.0043304, -0.0042816" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053926, 0.0053905, 0.0053857, 0.0053874, 0.005391, 0.0053996, 0.0054194" \
          );
        }
      }
    }
  }
  cell (scs8hd_o311a_4) {
    area : 21.2704;
    cell_footprint : "o311a";
    cell_leakage_power : 0.0352685;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0636611;
      when : "!A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0514302;
      when : "!A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0249417;
      when : "!A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0514349;
      when : "!A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0252016;
      when : "!A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0514302;
      when : "!A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0373261;
      when : "!A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0248471;
      when : "!A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0252017;
      when : "!A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0514302;
      when : "!A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0259803;
      when : "!A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0259769;
      when : "A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0248465;
      when : "A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0251604;
      when : "A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0514302;
      when : "A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0372904;
      when : "A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0248463;
      when : "A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0248471;
      when : "!A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0252015;
      when : "!A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0514302;
      when : "!A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0372904;
      when : "!A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0248462;
      when : "!A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0252014;
      when : "A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0514302;
      when : "A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.025655;
      when : "A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0248471;
      when : "A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.025207;
      when : "A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0514302;
      when : "A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0372901;
      when : "A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0248469;
      when : "A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0252029;
      when : "A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0514302;
      when : "A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0352685;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1&C1) | (A2&B1&C1) | (A3&B1&C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.71229;
      max_transition : 1.50786;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0961499, 0.0998834, 0.11043, 0.136717, 0.206317, 0.422174, 1.13585", \
            "0.0989551, 0.102791, 0.113216, 0.139538, 0.209075, 0.424411, 1.14099", \
            "0.103778, 0.107618, 0.118049, 0.144367, 0.213878, 0.429231, 1.1458", \
            "0.112936, 0.116749, 0.127135, 0.153354, 0.222864, 0.438001, 1.15212", \
            "0.12607, 0.130004, 0.140762, 0.16748, 0.237125, 0.45224, 1.16723", \
            "0.127999, 0.13238, 0.144467, 0.172824, 0.24351, 0.458743, 1.17505", \
            "0.0763076, 0.0813285, 0.0955961, 0.129405, 0.203967, 0.419327, 1.13587" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0197107, 0.0229488, 0.0322454, 0.058925, 0.14679, 0.456132, 1.50032", \
            "0.0197658, 0.022943, 0.0320966, 0.0588013, 0.147067, 0.454598, 1.50232", \
            "0.0197555, 0.0229143, 0.0320911, 0.0588329, 0.147048, 0.454547, 1.50235", \
            "0.019881, 0.022953, 0.0321351, 0.0590368, 0.147012, 0.454885, 1.50165", \
            "0.0210548, 0.0242451, 0.0335423, 0.0601168, 0.147417, 0.455884, 1.49825", \
            "0.0253663, 0.0287743, 0.0383868, 0.0641896, 0.149395, 0.45493, 1.50094", \
            "0.0335565, 0.0374314, 0.0488247, 0.0765287, 0.155882, 0.456124, 1.49814" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.211093, 0.214888, 0.225322, 0.250211, 0.302812, 0.417379, 0.732662", \
            "0.215518, 0.219274, 0.229732, 0.254682, 0.307061, 0.421836, 0.737279", \
            "0.226301, 0.23006, 0.240499, 0.265428, 0.317898, 0.432381, 0.748278", \
            "0.248611, 0.252408, 0.262843, 0.287697, 0.340206, 0.454893, 0.770393", \
            "0.295093, 0.298909, 0.30933, 0.334233, 0.386726, 0.50161, 0.817402", \
            "0.384481, 0.38861, 0.399544, 0.425552, 0.4798, 0.59686, 0.913359", \
            "0.559443, 0.56381, 0.575835, 0.604593, 0.664484, 0.788344, 1.10837" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.031015, 0.0334365, 0.0403459, 0.0573028, 0.0969141, 0.212499, 0.613381", \
            "0.0310984, 0.0335258, 0.0402874, 0.0575369, 0.0974177, 0.212315, 0.613122", \
            "0.0310761, 0.0333501, 0.0402831, 0.058121, 0.0975774, 0.212288, 0.613405", \
            "0.0311225, 0.0333525, 0.0402569, 0.0575422, 0.0974412, 0.212534, 0.613576", \
            "0.0310602, 0.0335411, 0.0406241, 0.0581097, 0.0975602, 0.212381, 0.614186", \
            "0.0348791, 0.0373053, 0.0443581, 0.0617, 0.101987, 0.215664, 0.614095", \
            "0.0428986, 0.0454164, 0.0527023, 0.0716066, 0.113419, 0.224888, 0.614789" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0893615, 0.0929441, 0.102866, 0.128092, 0.196147, 0.409914, 1.12351", \
            "0.0923583, 0.0959453, 0.105864, 0.131088, 0.19915, 0.413018, 1.1262", \
            "0.0972589, 0.100847, 0.110771, 0.135962, 0.204032, 0.418079, 1.13109", \
            "0.105587, 0.109189, 0.119067, 0.144343, 0.212406, 0.426533, 1.1411", \
            "0.115409, 0.119278, 0.12969, 0.155619, 0.224119, 0.438296, 1.15146", \
            "0.109019, 0.113406, 0.125396, 0.153694, 0.223518, 0.438698, 1.15404", \
            "0.040958, 0.0459849, 0.0603625, 0.0948451, 0.169914, 0.384496, 1.10018" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0183468, 0.0212181, 0.0300899, 0.056675, 0.145032, 0.454711, 1.4995", \
            "0.0183482, 0.0212286, 0.0301025, 0.056677, 0.145095, 0.454884, 1.49914", \
            "0.0183515, 0.0212432, 0.0301461, 0.0565869, 0.1452, 0.454953, 1.49903", \
            "0.0185157, 0.0214833, 0.0304204, 0.0568672, 0.145118, 0.454009, 1.50168", \
            "0.0203574, 0.0234188, 0.0323182, 0.0585466, 0.145996, 0.454822, 1.4985", \
            "0.0252464, 0.0286525, 0.0384828, 0.0636492, 0.148338, 0.453522, 1.50099", \
            "0.0340156, 0.0379042, 0.049446, 0.0764635, 0.15562, 0.456439, 1.49814" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.198537, 0.202299, 0.21278, 0.237705, 0.290107, 0.40501, 0.720069", \
            "0.202144, 0.205937, 0.216394, 0.24133, 0.293746, 0.408625, 0.723639", \
            "0.212227, 0.216018, 0.226401, 0.251293, 0.303823, 0.418449, 0.733912", \
            "0.235232, 0.239, 0.249394, 0.274242, 0.32668, 0.441572, 0.756957", \
            "0.288901, 0.292659, 0.303165, 0.328055, 0.380474, 0.495303, 0.811086", \
            "0.398539, 0.402552, 0.413806, 0.440163, 0.495515, 0.612085, 0.928502", \
            "0.61246, 0.616981, 0.629734, 0.659498, 0.721625, 0.845931, 1.16507" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0310871, 0.0334814, 0.0402703, 0.0579983, 0.097409, 0.212535, 0.613664", \
            "0.0311017, 0.0334194, 0.0402468, 0.0579317, 0.0974073, 0.212412, 0.613771", \
            "0.0311743, 0.033644, 0.0405995, 0.0580207, 0.0974102, 0.212353, 0.613382", \
            "0.0310436, 0.0334679, 0.0404488, 0.058285, 0.0980879, 0.212285, 0.613833", \
            "0.0310995, 0.0335526, 0.0404909, 0.0574803, 0.0975829, 0.212566, 0.613455", \
            "0.0363761, 0.0388119, 0.0458616, 0.063164, 0.10296, 0.216328, 0.614096", \
            "0.0477308, 0.0501725, 0.0576161, 0.0766409, 0.117705, 0.226473, 0.616577" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0750752, 0.0784622, 0.087894, 0.112314, 0.179267, 0.392386, 1.10775", \
            "0.0782624, 0.081651, 0.0911081, 0.115531, 0.182546, 0.396134, 1.11206", \
            "0.0834299, 0.0868503, 0.0962773, 0.120609, 0.187617, 0.401243, 1.11674", \
            "0.0916856, 0.0951086, 0.104698, 0.129228, 0.19632, 0.409601, 1.12291", \
            "0.0993195, 0.103163, 0.113471, 0.138916, 0.206727, 0.420226, 1.13285", \
            "0.088427, 0.0928395, 0.105093, 0.133651, 0.203169, 0.416956, 1.13433", \
            "0.014953, 0.0201113, 0.0350028, 0.0705583, 0.147434, 0.363288, 1.07926" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0168846, 0.019791, 0.0284077, 0.0547738, 0.143697, 0.45392, 1.50324", \
            "0.0169222, 0.0198025, 0.0284748, 0.0547628, 0.143513, 0.45492, 1.50282", \
            "0.0169735, 0.0198751, 0.0284849, 0.0546435, 0.143517, 0.454346, 1.50422", \
            "0.0176562, 0.0203491, 0.0290231, 0.0551842, 0.143829, 0.455485, 1.50233", \
            "0.0201656, 0.023279, 0.0319898, 0.0575216, 0.144703, 0.454319, 1.50122", \
            "0.0260272, 0.0294782, 0.0389915, 0.0641043, 0.147464, 0.453614, 1.50011", \
            "0.0365756, 0.0405946, 0.0517776, 0.0805461, 0.157893, 0.456947, 1.49968" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.169784, 0.173608, 0.184045, 0.208921, 0.261432, 0.376224, 0.691958", \
            "0.172414, 0.176152, 0.186593, 0.211449, 0.263914, 0.378802, 0.694104", \
            "0.180919, 0.184681, 0.195132, 0.22005, 0.272395, 0.387252, 0.702903", \
            "0.204062, 0.207811, 0.218511, 0.243344, 0.295905, 0.410726, 0.726572", \
            "0.264281, 0.268041, 0.278429, 0.303214, 0.355543, 0.470135, 0.785629", \
            "0.387529, 0.391712, 0.40367, 0.430787, 0.485974, 0.601402, 0.918243", \
            "0.60323, 0.607989, 0.62176, 0.653388, 0.717748, 0.839423, 1.15866" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0310389, 0.0335349, 0.0405623, 0.0573373, 0.0974348, 0.2123, 0.613453", \
            "0.0310772, 0.0335113, 0.0404482, 0.0574782, 0.0974607, 0.212482, 0.613837", \
            "0.0311118, 0.033301, 0.0402608, 0.0573737, 0.097418, 0.21247, 0.613226", \
            "0.0310643, 0.0334753, 0.0403327, 0.0573677, 0.0971799, 0.212173, 0.613848", \
            "0.0307921, 0.033131, 0.0403179, 0.0576918, 0.0979464, 0.212328, 0.613802", \
            "0.0397403, 0.0425088, 0.049158, 0.0659563, 0.103778, 0.21649, 0.614955", \
            "0.0539537, 0.0563247, 0.0645716, 0.0845594, 0.121655, 0.226399, 0.617285" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0616719, 0.0648201, 0.073588, 0.0967751, 0.162791, 0.375952, 1.09098", \
            "0.0648441, 0.0679548, 0.0767452, 0.0999049, 0.165767, 0.378779, 1.09344", \
            "0.0717719, 0.0748934, 0.0836676, 0.106754, 0.172779, 0.386107, 1.09865", \
            "0.0838456, 0.087102, 0.0961271, 0.119584, 0.185605, 0.399063, 1.11832", \
            "0.0942336, 0.0979403, 0.10781, 0.132086, 0.198682, 0.413069, 1.12709", \
            "0.0868151, 0.0911875, 0.103086, 0.13043, 0.197979, 0.412078, 1.12698", \
            "0.0292126, 0.0342249, 0.0485315, 0.0821965, 0.155429, 0.369179, 1.08343" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0153232, 0.018012, 0.0262895, 0.0523976, 0.142234, 0.452851, 1.50567", \
            "0.0152207, 0.0179928, 0.0262914, 0.0523922, 0.142174, 0.454593, 1.50301", \
            "0.0152519, 0.0179811, 0.0263211, 0.0524416, 0.142291, 0.452993, 1.50116", \
            "0.0165833, 0.0192913, 0.0276464, 0.0533644, 0.14254, 0.455266, 1.50473", \
            "0.0200739, 0.0230066, 0.0310837, 0.0557863, 0.143688, 0.453633, 1.50786", \
            "0.0259024, 0.0292919, 0.0383877, 0.0620375, 0.145682, 0.454538, 1.50264", \
            "0.0352165, 0.0390305, 0.050133, 0.0773838, 0.153274, 0.4553, 1.495" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0640305, 0.0663514, 0.0727216, 0.0872209, 0.120531, 0.214122, 0.521639", \
            "0.0687018, 0.0710496, 0.0773954, 0.0919931, 0.125252, 0.218907, 0.527", \
            "0.0807343, 0.0830603, 0.0894139, 0.104066, 0.137487, 0.231133, 0.539094", \
            "0.110292, 0.112611, 0.11894, 0.133294, 0.16663, 0.260164, 0.567629", \
            "0.164081, 0.166906, 0.174477, 0.191566, 0.227056, 0.321133, 0.62835", \
            "0.252942, 0.256307, 0.265443, 0.286703, 0.327828, 0.424842, 0.731872", \
            "0.416455, 0.420399, 0.431114, 0.456925, 0.50822, 0.610998, 0.91776" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0127656, 0.0144015, 0.0187063, 0.030129, 0.0643536, 0.184486, 0.606179", \
            "0.0127181, 0.0143874, 0.0186753, 0.0301865, 0.0644204, 0.184476, 0.601794", \
            "0.01275, 0.0143501, 0.0188711, 0.0300879, 0.0644792, 0.184529, 0.604637", \
            "0.0133404, 0.014869, 0.0192381, 0.0306962, 0.0646509, 0.185043, 0.603359", \
            "0.0184559, 0.0202417, 0.0251469, 0.0363588, 0.0678513, 0.185202, 0.604042", \
            "0.0263456, 0.0283381, 0.0342815, 0.0473735, 0.0777205, 0.188677, 0.604639", \
            "0.0379263, 0.0401882, 0.0467953, 0.0629032, 0.0955818, 0.197022, 0.602903" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.056159, 0.0592877, 0.0680884, 0.0912546, 0.157132, 0.370752, 1.08495", \
            "0.0591557, 0.0622889, 0.0710552, 0.0942505, 0.160273, 0.373623, 1.09021", \
            "0.0665143, 0.0696518, 0.0784151, 0.101434, 0.167468, 0.381496, 1.10206", \
            "0.0790399, 0.082278, 0.0912213, 0.114712, 0.180715, 0.394027, 1.11241", \
            "0.0882438, 0.0919157, 0.101785, 0.125523, 0.192054, 0.406504, 1.12033", \
            "0.0777816, 0.0821358, 0.0939141, 0.120415, 0.18698, 0.401524, 1.11926", \
            "0.0130875, 0.0178856, 0.0319652, 0.0650056, 0.135996, 0.349569, 1.06344" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0152683, 0.018008, 0.0262927, 0.0523919, 0.142041, 0.455043, 1.50264", \
            "0.0152201, 0.0179978, 0.0262457, 0.052368, 0.142387, 0.454144, 1.50356", \
            "0.0152878, 0.0180083, 0.0262993, 0.0524142, 0.142128, 0.454421, 1.50088", \
            "0.0165754, 0.0193335, 0.0276544, 0.0537699, 0.142518, 0.455289, 1.50366", \
            "0.0204539, 0.0232635, 0.0310735, 0.0557114, 0.144847, 0.452977, 1.50703", \
            "0.0269408, 0.0299623, 0.0389599, 0.0619855, 0.145571, 0.454978, 1.49702", \
            "0.0366024, 0.0401878, 0.0510808, 0.0759319, 0.151696, 0.454788, 1.49663" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0554468, 0.0576225, 0.0635531, 0.0773998, 0.110003, 0.203082, 0.510007", \
            "0.0603119, 0.0624744, 0.0684197, 0.0822804, 0.11481, 0.207915, 0.515671", \
            "0.0729148, 0.0750618, 0.080985, 0.0947873, 0.12745, 0.220577, 0.52893", \
            "0.102595, 0.10475, 0.110708, 0.124651, 0.157405, 0.250504, 0.559778", \
            "0.15419, 0.156882, 0.164119, 0.180749, 0.216252, 0.310109, 0.6173", \
            "0.241591, 0.244791, 0.2535, 0.274134, 0.31581, 0.412299, 0.719074", \
            "0.405025, 0.408728, 0.419069, 0.443788, 0.495419, 0.600194, 0.905819" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0114626, 0.012993, 0.0172242, 0.0286864, 0.0632462, 0.183406, 0.606757", \
            "0.0114561, 0.0129846, 0.01723, 0.0284397, 0.0632724, 0.184012, 0.604848", \
            "0.0114519, 0.0130317, 0.0171807, 0.0285415, 0.0632256, 0.184133, 0.600564", \
            "0.0127565, 0.0143037, 0.0182893, 0.0295135, 0.0635349, 0.18406, 0.600556", \
            "0.017929, 0.0196538, 0.0246612, 0.0359487, 0.067546, 0.184972, 0.60549", \
            "0.0260619, 0.0279183, 0.0334433, 0.0467626, 0.0778207, 0.1889, 0.604844", \
            "0.0383105, 0.0402451, 0.0464391, 0.0624349, 0.0969911, 0.197674, 0.604537" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0446696, 0.0468334, 0.0546959, 0.0810074, 0.166143, 0.447804, 1.38815", \
            "0.0443095, 0.0465269, 0.0543574, 0.0807886, 0.165814, 0.447053, 1.38718", \
            "0.0439382, 0.0461525, 0.0540359, 0.0803776, 0.165462, 0.446671, 1.38679", \
            "0.0437434, 0.0459863, 0.0538872, 0.0799019, 0.165113, 0.4469, 1.38594", \
            "0.0446666, 0.0467851, 0.0541203, 0.0799424, 0.164477, 0.445902, 1.38477", \
            "0.0480311, 0.050071, 0.0574437, 0.0823712, 0.165008, 0.445956, 1.38519", \
            "0.0580635, 0.0597859, 0.0667743, 0.0909692, 0.173424, 0.45234, 1.38873" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0538396, 0.0512274, 0.0427565, 0.0206905, -0.0566766, -0.3361, -1.28571", \
            "0.0536924, 0.0508531, 0.042712, 0.0206781, -0.0568756, -0.3363, -1.28598", \
            "0.0531759, 0.0503234, 0.0419198, 0.0199919, -0.0573017, -0.336479, -1.28617", \
            "0.05292, 0.0500768, 0.0416093, 0.0195844, -0.0576284, -0.337002, -1.2866", \
            "0.0524508, 0.0498741, 0.0413612, 0.0191813, -0.0581703, -0.337586, -1.28711", \
            "0.0569721, 0.0541355, 0.0447236, 0.0188853, -0.0577495, -0.337195, -1.28676", \
            "0.0764671, 0.0733304, 0.0636226, 0.0353734, -0.0506489, -0.333469, -1.28254" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0408768, 0.0431635, 0.0510198, 0.0771376, 0.162068, 0.442674, 1.38363", \
            "0.0407953, 0.0430794, 0.050936, 0.0770539, 0.161999, 0.442705, 1.38368", \
            "0.0405615, 0.0428505, 0.0507188, 0.0768044, 0.16174, 0.44252, 1.38348", \
            "0.0403109, 0.0425829, 0.0502269, 0.076309, 0.161159, 0.4426, 1.3805", \
            "0.041214, 0.0435205, 0.0507763, 0.0761835, 0.160442, 0.441338, 1.38271", \
            "0.0441608, 0.0462036, 0.0534747, 0.0782949, 0.161225, 0.441349, 1.38088", \
            "0.0537014, 0.05543, 0.0620768, 0.086288, 0.169848, 0.448177, 1.38458" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0489147, 0.0460476, 0.0376933, 0.0156031, -0.061972, -0.341538, -1.29088", \
            "0.0485293, 0.045766, 0.0372835, 0.01523, -0.0623216, -0.341903, -1.29122", \
            "0.047892, 0.0450167, 0.0365924, 0.0145116, -0.0627386, -0.34191, -1.2917", \
            "0.0474503, 0.0447842, 0.0363517, 0.0142629, -0.0631902, -0.342697, -1.29192", \
            "0.0473875, 0.0443664, 0.0360393, 0.0138267, -0.0636403, -0.342979, -1.29235", \
            "0.0510636, 0.0480522, 0.0387103, 0.0144092, -0.0628144, -0.341739, -1.29127", \
            "0.0764836, 0.0732877, 0.0633417, 0.0346614, -0.0523972, -0.335709, -1.28503" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0361972, 0.0384578, 0.0463677, 0.0725434, 0.157221, 0.438258, 1.37852", \
            "0.0361729, 0.0384815, 0.0464013, 0.0726054, 0.157335, 0.437941, 1.37788", \
            "0.0359167, 0.0382539, 0.0461189, 0.0722683, 0.156944, 0.437525, 1.3799", \
            "0.0356109, 0.0378083, 0.0456294, 0.0716142, 0.156297, 0.437361, 1.37202", \
            "0.0369057, 0.0391093, 0.0464335, 0.0713231, 0.155533, 0.436324, 1.37181", \
            "0.0402649, 0.0422925, 0.049399, 0.074388, 0.157221, 0.437735, 1.37804", \
            "0.0524411, 0.0540219, 0.0609387, 0.0847723, 0.168295, 0.446543, 1.3824" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0431382, 0.0405616, 0.0320678, 0.0099861, -0.0672496, -0.346687, -1.29644", \
            "0.0429064, 0.0400753, 0.0317075, 0.0096831, -0.067723, -0.347326, -1.29664", \
            "0.0421401, 0.0394819, 0.0310632, 0.0091833, -0.0681939, -0.347507, -1.29709", \
            "0.0422485, 0.0393877, 0.030923, 0.008791, -0.0685367, -0.347735, -1.29746", \
            "0.0430474, 0.040279, 0.0316757, 0.0103559, -0.0673551, -0.347122, -1.29655", \
            "0.0515917, 0.0485175, 0.0389159, 0.0133169, -0.064444, -0.343488, -1.29311", \
            "0.0811665, 0.0779074, 0.066972, 0.0372268, -0.0500501, -0.333004, -1.28251" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0360498, 0.0384424, 0.0463785, 0.0726264, 0.157483, 0.438663, 1.38537", \
            "0.0357786, 0.0380811, 0.0460523, 0.072238, 0.157107, 0.43786, 1.37954", \
            "0.0352997, 0.0376247, 0.0455947, 0.0716906, 0.156491, 0.437916, 1.37192", \
            "0.0351783, 0.037503, 0.0451157, 0.0709442, 0.155608, 0.437107, 1.38019", \
            "0.0369734, 0.0391333, 0.0465236, 0.0711476, 0.155387, 0.436656, 1.38407", \
            "0.0409645, 0.0429826, 0.0500759, 0.0749418, 0.157934, 0.438666, 1.37854", \
            "0.0550014, 0.0566394, 0.0632501, 0.0871874, 0.170417, 0.448218, 1.38464" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0366195, 0.0344784, 0.0275539, 0.0058109, -0.0761679, -0.358885, -1.30916", \
            "0.0359776, 0.0339552, 0.0270978, 0.0052688, -0.076606, -0.359303, -1.30961", \
            "0.0354853, 0.0334346, 0.0266235, 0.004563, -0.0772764, -0.359917, -1.31013", \
            "0.0356881, 0.033439, 0.0263589, 0.0046638, -0.0772838, -0.359869, -1.3101", \
            "0.0366868, 0.0343578, 0.0268405, 0.0048294, -0.0769214, -0.359129, -1.30933", \
            "0.048001, 0.0452048, 0.0366065, 0.0108394, -0.0729669, -0.354942, -1.30507", \
            "0.0653988, 0.0622883, 0.0528596, 0.0253052, -0.0604035, -0.343045, -1.29281" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0340325, 0.0363874, 0.0443498, 0.0705735, 0.155465, 0.436661, 1.37787", \
            "0.0337539, 0.0360664, 0.0440178, 0.0702505, 0.155196, 0.436431, 1.38076", \
            "0.0334237, 0.0357732, 0.0437153, 0.0697608, 0.154498, 0.435926, 1.3712", \
            "0.0335075, 0.0358042, 0.0435917, 0.0690835, 0.153684, 0.435226, 1.37836", \
            "0.0354579, 0.0376484, 0.0451818, 0.0693529, 0.153605, 0.434756, 1.37658", \
            "0.0402393, 0.0422356, 0.0494115, 0.0736892, 0.156276, 0.43702, 1.37698", \
            "0.0536171, 0.0551374, 0.0615347, 0.0854915, 0.168202, 0.44612, 1.38412" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016772, 0.00562599, 0.0188718, 0.0633035, 0.212345, 0.71229");
          values ( \
            "0.0282518, 0.0263297, 0.0196002, -0.0024227, -0.0850145, -0.368138, -1.31864", \
            "0.0277594, 0.0256579, 0.0189437, -0.0030871, -0.085541, -0.368656, -1.31906", \
            "0.0271977, 0.0250354, 0.0183036, -0.0037988, -0.0862291, -0.369209, -1.3196", \
            "0.0274928, 0.0250041, 0.0178947, -0.0040792, -0.0865949, -0.36941, -1.3198", \
            "0.0288381, 0.0261753, 0.0181158, -0.0044072, -0.0862132, -0.368679, -1.31917", \
            "0.0384591, 0.0356167, 0.0270079, 0.0017416, -0.0828132, -0.36476, -1.31507", \
            "0.0557552, 0.0525549, 0.0427739, 0.0155539, -0.0697889, -0.353138, -1.3027" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004429;
      rise_capacitance : 0.004644;
      rise_capacitance_range (0.004644, 0.004644);
      fall_capacitance : 0.004214;
      fall_capacitance_range (0.004214, 0.004214);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0088429, -0.0088388, -0.0088292, -0.0088289, -0.008828, -0.008826, -0.0088215" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088447, 0.008843, 0.0088394, 0.0088333, 0.0088191, 0.0087867, 0.0087119" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004323;
      rise_capacitance : 0.004621;
      rise_capacitance_range (0.004621, 0.004621);
      fall_capacitance : 0.004024;
      fall_capacitance_range (0.004024, 0.004024);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087903, -0.0087899, -0.0087886, -0.0087869, -0.0087829, -0.0087737, -0.0087526" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088036, 0.0087997, 0.0087909, 0.0087895, 0.0087861, 0.0087784, 0.0087606" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004448;
      rise_capacitance : 0.004846;
      rise_capacitance_range (0.004846, 0.004846);
      fall_capacitance : 0.00405;
      fall_capacitance_range (0.00405, 0.00405);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0089471, -0.0089476, -0.0089487, -0.0089503, -0.0089542, -0.008963, -0.0089833" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089405, 0.0089418, 0.008945, 0.0089461, 0.0089485, 0.0089543, 0.0089675" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004546;
      rise_capacitance : 0.004737;
      rise_capacitance_range (0.004737, 0.004737);
      fall_capacitance : 0.004355;
      fall_capacitance_range (0.004355, 0.004355);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0089587, -0.0089616, -0.0089682, -0.0089682, -0.008968, -0.0089673, -0.0089658" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0095674, 0.009516, 0.0093975, 0.0094179, 0.009465, 0.0095733, 0.0098233" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004569;
      rise_capacitance : 0.004728;
      rise_capacitance_range (0.004728, 0.004728);
      fall_capacitance : 0.004411;
      fall_capacitance_range (0.004411, 0.004411);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0070869, -0.0070917, -0.0071026, -0.0070885, -0.0070561, -0.006981, -0.0068082" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0105997, 0.0105991, 0.0105975, 0.0105986, 0.0106011, 0.010607, 0.0106208" \
          );
        }
      }
    }
  }
  cell (scs8hd_o311ai_0) {
    area : 8.7584;
    cell_footprint : "o311ai";
    cell_leakage_power : 0.0052353;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0137562;
      when : "!A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0076626;
      when : "!A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0002725;
      when : "!A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0007955;
      when : "!A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0001083;
      when : "!A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 1.02972e-05;
      when : "!A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0237428;
      when : "!A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0001103;
      when : "!A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0001083;
      when : "!A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 1.02972e-05;
      when : "!A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0161808;
      when : "!A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0001103;
      when : "!A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0001083;
      when : "!A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 1.02972e-05;
      when : "!A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0237423;
      when : "!A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0001103;
      when : "!A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0001083;
      when : "A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 1.02972e-05;
      when : "A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0161092;
      when : "A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0001103;
      when : "A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0001083;
      when : "A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 1.02972e-05;
      when : "A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0237424;
      when : "A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0001103;
      when : "A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0001083;
      when : "A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 1.02972e-05;
      when : "A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0161807;
      when : "A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0001103;
      when : "A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0001083;
      when : "A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 1.02972e-05;
      when : "A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0237423;
      when : "A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0001103;
      when : "A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0052353;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2&!A3) | (!B1) | (!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.045786;
      max_transition : 1.48661;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.144446, 0.157305, 0.184011, 0.238863, 0.355332, 0.600882, 1.11834", \
            "0.148804, 0.161652, 0.188521, 0.243497, 0.360123, 0.605143, 1.12331", \
            "0.159039, 0.171206, 0.198308, 0.253639, 0.370329, 0.615223, 1.13378", \
            "0.179047, 0.191438, 0.21829, 0.27397, 0.390343, 0.636757, 1.15555", \
            "0.220822, 0.234209, 0.260963, 0.316376, 0.432862, 0.678275, 1.19742", \
            "0.296374, 0.310946, 0.343195, 0.405461, 0.528611, 0.774812, 1.29373", \
            "0.443616, 0.461543, 0.499011, 0.576801, 0.720563, 0.993259, 1.52028" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.126973, 0.143756, 0.178714, 0.253705, 0.411267, 0.747744, 1.45479", \
            "0.12705, 0.14377, 0.178769, 0.253704, 0.41283, 0.746303, 1.45473", \
            "0.126588, 0.143741, 0.178913, 0.253329, 0.412666, 0.745482, 1.45485", \
            "0.126933, 0.143501, 0.178779, 0.254114, 0.411598, 0.746691, 1.46059", \
            "0.135549, 0.151058, 0.184493, 0.256501, 0.412004, 0.746374, 1.45589", \
            "0.166518, 0.182418, 0.216391, 0.285002, 0.429783, 0.754013, 1.45511", \
            "0.231405, 0.248173, 0.284665, 0.358835, 0.507585, 0.813228, 1.47762" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0487439, 0.0534431, 0.0632231, 0.0830526, 0.123644, 0.208092, 0.385238", \
            "0.0521918, 0.0569587, 0.0666761, 0.0865455, 0.127161, 0.211528, 0.388755", \
            "0.0587804, 0.0635151, 0.0732413, 0.0930439, 0.133653, 0.218064, 0.395566", \
            "0.0705168, 0.0755616, 0.0858258, 0.106128, 0.146894, 0.23146, 0.408672", \
            "0.0832257, 0.0899949, 0.103182, 0.127935, 0.173696, 0.260524, 0.43876", \
            "0.0815231, 0.091014, 0.110743, 0.145846, 0.208405, 0.313899, 0.505225", \
            "0.0340822, 0.0469967, 0.0752607, 0.128087, 0.219643, 0.369596, 0.613527" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.039936, 0.0456506, 0.057476, 0.0822758, 0.134916, 0.246503, 0.483257", \
            "0.0398311, 0.0454504, 0.0573849, 0.0823591, 0.135042, 0.246621, 0.482995", \
            "0.0400381, 0.0455856, 0.057293, 0.0822168, 0.135079, 0.246857, 0.483691", \
            "0.0457512, 0.0508857, 0.0614531, 0.0843511, 0.135552, 0.246531, 0.484387", \
            "0.0644587, 0.0697758, 0.0806701, 0.102488, 0.148537, 0.25163, 0.484568", \
            "0.103749, 0.110065, 0.123593, 0.148722, 0.197771, 0.293165, 0.504893", \
            "0.176153, 0.184604, 0.201622, 0.236149, 0.297366, 0.4061, 0.613151" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.139941, 0.152765, 0.178976, 0.234533, 0.350586, 0.596049, 1.114", \
            "0.143746, 0.156202, 0.182722, 0.238451, 0.355044, 0.599924, 1.11877", \
            "0.153214, 0.16605, 0.192478, 0.248444, 0.365347, 0.610451, 1.1297", \
            "0.176028, 0.18831, 0.215219, 0.271163, 0.388053, 0.633759, 1.15333", \
            "0.229763, 0.243471, 0.270103, 0.325882, 0.44275, 0.688577, 1.20793", \
            "0.330142, 0.347574, 0.381471, 0.446272, 0.571955, 0.817696, 1.33865", \
            "0.518717, 0.540897, 0.585461, 0.67266, 0.829339, 1.11342, 1.63927" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.127071, 0.143462, 0.178602, 0.253843, 0.41147, 0.748797, 1.456", \
            "0.126721, 0.143278, 0.179162, 0.253273, 0.41157, 0.746649, 1.45462", \
            "0.126818, 0.143467, 0.178569, 0.253945, 0.41159, 0.745864, 1.45475", \
            "0.126958, 0.143632, 0.179031, 0.253907, 0.411626, 0.745551, 1.45836", \
            "0.140094, 0.154814, 0.187134, 0.257353, 0.412413, 0.746685, 1.45534", \
            "0.183616, 0.199667, 0.231995, 0.296373, 0.43581, 0.750063, 1.46092", \
            "0.258378, 0.278371, 0.318285, 0.395717, 0.541715, 0.829188, 1.4799" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0469746, 0.0512369, 0.0602243, 0.0790203, 0.11843, 0.201455, 0.377206", \
            "0.0504012, 0.054693, 0.0636992, 0.0825432, 0.121995, 0.205018, 0.380905", \
            "0.0563958, 0.0607942, 0.0699094, 0.0888924, 0.128402, 0.21167, 0.387323", \
            "0.0653449, 0.0706484, 0.0806647, 0.100736, 0.140653, 0.223973, 0.399989", \
            "0.0724319, 0.0792932, 0.0928812, 0.118133, 0.164115, 0.251457, 0.427898", \
            "0.0600327, 0.0702516, 0.0906928, 0.127217, 0.19124, 0.298273, 0.490332", \
            "-0.0119687, 0.0038944, 0.03459, 0.0900868, 0.185535, 0.340391, 0.585962" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0331594, 0.0386575, 0.0503039, 0.0750065, 0.127537, 0.238998, 0.475105", \
            "0.0331938, 0.0386549, 0.0502992, 0.0750025, 0.127524, 0.238884, 0.474452", \
            "0.0335686, 0.0389168, 0.0503631, 0.075068, 0.127687, 0.238827, 0.475269", \
            "0.0399963, 0.044977, 0.0554806, 0.0780325, 0.128902, 0.238916, 0.475089", \
            "0.0589315, 0.0640994, 0.0746527, 0.0967065, 0.142597, 0.244813, 0.475872", \
            "0.0968017, 0.10345, 0.117501, 0.142948, 0.191277, 0.287328, 0.497858", \
            "0.167206, 0.17628, 0.194825, 0.229341, 0.291579, 0.403409, 0.607445" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.11855, 0.131598, 0.157861, 0.213555, 0.329554, 0.574681, 1.0933", \
            "0.120694, 0.133973, 0.160643, 0.216366, 0.332921, 0.578471, 1.09844", \
            "0.130226, 0.142678, 0.169843, 0.2255, 0.342603, 0.588261, 1.10681", \
            "0.15431, 0.16732, 0.193811, 0.249417, 0.36632, 0.612167, 1.13136", \
            "0.216499, 0.229188, 0.255624, 0.309592, 0.425139, 0.670131, 1.19071", \
            "0.331193, 0.348816, 0.382941, 0.449159, 0.569456, 0.809112, 1.32526", \
            "0.52772, 0.551013, 0.600417, 0.691569, 0.857141, 1.14236, 1.65295" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.127045, 0.143571, 0.178598, 0.253463, 0.411641, 0.746589, 1.45572", \
            "0.127026, 0.143731, 0.178543, 0.253998, 0.41157, 0.748121, 1.46161", \
            "0.126591, 0.143299, 0.178733, 0.253287, 0.411809, 0.745675, 1.45473", \
            "0.126185, 0.142876, 0.178562, 0.253382, 0.41168, 0.745845, 1.45484", \
            "0.144471, 0.158186, 0.189001, 0.257284, 0.411413, 0.746522, 1.46038", \
            "0.19643, 0.21264, 0.248341, 0.312228, 0.443232, 0.750951, 1.4563", \
            "0.276392, 0.300468, 0.344981, 0.431467, 0.585361, 0.858248, 1.48661" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0375259, 0.041406, 0.0496679, 0.0669051, 0.103532, 0.180404, 0.343905", \
            "0.0409998, 0.0450051, 0.053397, 0.0707672, 0.107286, 0.184377, 0.348147", \
            "0.0472327, 0.0513602, 0.059873, 0.0774535, 0.114274, 0.191387, 0.355083", \
            "0.0548145, 0.0601097, 0.0703524, 0.0899042, 0.127443, 0.2056, 0.369215", \
            "0.0563937, 0.0643424, 0.0789466, 0.105694, 0.152187, 0.235187, 0.399853", \
            "0.0342038, 0.0460296, 0.0688522, 0.108312, 0.17521, 0.282432, 0.467627", \
            "-0.0550022, -0.0365859, -0.0019049, 0.0588474, 0.15913, 0.317798, 0.564041" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0243938, 0.0295307, 0.0402867, 0.0638046, 0.112115, 0.215769, 0.434933", \
            "0.0244753, 0.0295132, 0.0403415, 0.0632244, 0.111956, 0.215284, 0.434471", \
            "0.0256872, 0.0304294, 0.0408449, 0.0635686, 0.111727, 0.215609, 0.434436", \
            "0.0341909, 0.0386074, 0.0481654, 0.0680319, 0.113875, 0.215691, 0.435384", \
            "0.0543985, 0.0594707, 0.0695028, 0.0897301, 0.133195, 0.223277, 0.435763", \
            "0.0923404, 0.0990579, 0.112791, 0.137518, 0.185066, 0.272979, 0.463998", \
            "0.166739, 0.175191, 0.192728, 0.225051, 0.285827, 0.393473, 0.581187" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0362798, 0.0408736, 0.050475, 0.0705775, 0.112586, 0.201586, 0.390222", \
            "0.0408871, 0.0455017, 0.0551798, 0.0753008, 0.117507, 0.206616, 0.395093", \
            "0.0533722, 0.0579142, 0.0674581, 0.0875032, 0.12962, 0.219293, 0.406906", \
            "0.0801377, 0.0859443, 0.0969234, 0.117157, 0.159051, 0.248052, 0.435651", \
            "0.123487, 0.132142, 0.149082, 0.178386, 0.22823, 0.316868, 0.504955", \
            "0.197793, 0.210742, 0.234264, 0.278622, 0.353752, 0.473795, 0.664751", \
            "0.337759, 0.355842, 0.389176, 0.451153, 0.560668, 0.7389, 1.01017" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0337432, 0.0397534, 0.0530329, 0.081407, 0.141342, 0.268885, 0.538549", \
            "0.0335526, 0.0398329, 0.0531256, 0.0813816, 0.141866, 0.269535, 0.53846", \
            "0.0351544, 0.0407321, 0.0533122, 0.0813974, 0.141421, 0.269521, 0.539394", \
            "0.0488716, 0.0535187, 0.0632748, 0.0865379, 0.142594, 0.269728, 0.539024", \
            "0.0754955, 0.0822347, 0.0952905, 0.118208, 0.162816, 0.274101, 0.539588", \
            "0.116619, 0.127635, 0.147603, 0.182143, 0.238518, 0.336831, 0.559754", \
            "0.186291, 0.200612, 0.229254, 0.28165, 0.369951, 0.505899, 0.712415" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0269088, 0.0303015, 0.037307, 0.052232, 0.084188, 0.150337, 0.290608", \
            "0.0300737, 0.0335137, 0.0406681, 0.0556806, 0.0870466, 0.153641, 0.294001", \
            "0.0363071, 0.0403306, 0.0480816, 0.0632794, 0.0951105, 0.161444, 0.302445", \
            "0.042755, 0.048454, 0.0591768, 0.0787411, 0.112721, 0.179744, 0.320916", \
            "0.0429164, 0.0514019, 0.0675223, 0.0955081, 0.142695, 0.220914, 0.363244", \
            "0.022793, 0.0351441, 0.0584912, 0.100028, 0.169286, 0.279631, 0.452202", \
            "-0.0497383, -0.0320311, 0.0017645, 0.0615478, 0.161535, 0.323568, 0.573693" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0202456, 0.0246338, 0.0338585, 0.0535257, 0.0958313, 0.184639, 0.37186", \
            "0.0203484, 0.0247369, 0.033944, 0.0540505, 0.0953423, 0.18361, 0.371884", \
            "0.024422, 0.0279471, 0.0360635, 0.0544859, 0.0954313, 0.183932, 0.37137", \
            "0.0361051, 0.0401014, 0.0481173, 0.0646631, 0.100062, 0.184432, 0.371388", \
            "0.0572954, 0.0626016, 0.0732062, 0.0921694, 0.127744, 0.201569, 0.376547", \
            "0.0937107, 0.101095, 0.115502, 0.14221, 0.187745, 0.267376, 0.417993", \
            "0.161044, 0.170971, 0.190647, 0.227288, 0.291891, 0.398369, 0.576693" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0287217, 0.0332232, 0.0424273, 0.0616166, 0.101264, 0.184443, 0.36136", \
            "0.0332929, 0.0375648, 0.0469314, 0.0662812, 0.106356, 0.190092, 0.367847", \
            "0.045468, 0.0497079, 0.0587158, 0.0776594, 0.117555, 0.200944, 0.378708", \
            "0.0671484, 0.0737651, 0.0859347, 0.106696, 0.146034, 0.22837, 0.406894", \
            "0.101875, 0.111544, 0.129796, 0.161403, 0.212449, 0.296327, 0.472508", \
            "0.162467, 0.176184, 0.20216, 0.247982, 0.32529, 0.443666, 0.628729", \
            "0.276897, 0.295764, 0.331405, 0.395815, 0.504174, 0.686682, 0.954888" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0261135, 0.032077, 0.0446581, 0.071274, 0.128422, 0.247169, 0.50209", \
            "0.0261018, 0.0320517, 0.0445392, 0.0714025, 0.128448, 0.248813, 0.50559", \
            "0.029705, 0.0345272, 0.0455446, 0.0714222, 0.128212, 0.248635, 0.506074", \
            "0.045334, 0.0502725, 0.0589163, 0.0788755, 0.129232, 0.247742, 0.505089", \
            "0.0698292, 0.0770414, 0.0905942, 0.114329, 0.154594, 0.255229, 0.502397", \
            "0.109033, 0.119519, 0.140013, 0.17572, 0.233201, 0.320958, 0.528228", \
            "0.184226, 0.19792, 0.224313, 0.274446, 0.362159, 0.496171, 0.693973" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0236695, 0.0271614, 0.0343379, 0.0491473, 0.0809738, 0.147584, 0.287553", \
            "0.0267593, 0.0301604, 0.0373504, 0.0525526, 0.0842146, 0.150231, 0.291006", \
            "0.0335132, 0.0376374, 0.0452768, 0.0604625, 0.0925635, 0.158462, 0.299248", \
            "0.0396703, 0.0458638, 0.0573649, 0.0775272, 0.111008, 0.177768, 0.31853", \
            "0.0402868, 0.0489907, 0.0656241, 0.0950486, 0.14436, 0.223, 0.362929", \
            "0.0237525, 0.0359761, 0.0596718, 0.102117, 0.173414, 0.288695, 0.467887", \
            "-0.0381784, -0.0208765, 0.0122381, 0.0717704, 0.1706, 0.335273, 0.599907" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0202002, 0.0245909, 0.0341277, 0.0535354, 0.0950331, 0.18464, 0.371788", \
            "0.0203762, 0.024576, 0.0340343, 0.0536238, 0.0951125, 0.184094, 0.37123", \
            "0.0267259, 0.0299636, 0.037269, 0.0546794, 0.0964239, 0.183924, 0.372541", \
            "0.0398851, 0.0442283, 0.0531013, 0.0688309, 0.102133, 0.186326, 0.371697", \
            "0.0616854, 0.068369, 0.080905, 0.103776, 0.139573, 0.207583, 0.375823", \
            "0.102015, 0.109963, 0.126916, 0.157701, 0.210759, 0.299431, 0.439919", \
            "0.175154, 0.190349, 0.21211, 0.253362, 0.328818, 0.454212, 0.637168" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0145545, 0.0156298, 0.0178906, 0.022718, 0.0328305, 0.0542494, 0.0997741", \
            "0.0144426, 0.0155209, 0.017792, 0.022622, 0.0327715, 0.0542028, 0.0997465", \
            "0.0143095, 0.0153976, 0.0176913, 0.0225054, 0.0326797, 0.0541764, 0.0996486", \
            "0.0142165, 0.0152909, 0.0175701, 0.0224094, 0.0326065, 0.0540741, 0.0996253", \
            "0.0141457, 0.0152084, 0.0174963, 0.0223176, 0.0324904, 0.054006, 0.0995116", \
            "0.0142737, 0.0153324, 0.0176759, 0.0224276, 0.0325635, 0.0539886, 0.0994827", \
            "0.0160592, 0.016993, 0.0190699, 0.0237606, 0.0337738, 0.054881, 0.100065" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0060956, 0.0050336, 0.0027915, -0.0019788, -0.0121549, -0.0337757, -0.0797287", \
            "0.0059919, 0.0049423, 0.0027039, -0.0020713, -0.0122447, -0.0338706, -0.0798571", \
            "0.0059105, 0.0048491, 0.0026165, -0.0021555, -0.0123116, -0.0339499, -0.0799302", \
            "0.0058162, 0.0047641, 0.002533, -0.0022302, -0.0123774, -0.0340044, -0.0799933", \
            "0.0058674, 0.0047788, 0.0024975, -0.0022408, -0.0123602, -0.0339883, -0.0799559", \
            "0.0063815, 0.0052709, 0.0030013, -0.0018694, -0.0122162, -0.0339151, -0.0799133", \
            "0.0087597, 0.0075368, 0.0051324, 6.3e-06, -0.0106234, -0.0327854, -0.0792791" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0129891, 0.0140589, 0.0163508, 0.0211582, 0.0313245, 0.0527453, 0.0983099", \
            "0.0128313, 0.0139219, 0.0162211, 0.0210325, 0.0311831, 0.0526851, 0.0981538", \
            "0.0126713, 0.0137341, 0.0160322, 0.0208758, 0.0310754, 0.0526081, 0.0980823", \
            "0.0125074, 0.0135802, 0.0158899, 0.0207322, 0.030956, 0.0524792, 0.0980779", \
            "0.0124379, 0.0135204, 0.0158091, 0.0206555, 0.0308521, 0.0523516, 0.0979169", \
            "0.0127251, 0.0137854, 0.0160369, 0.0207608, 0.0309906, 0.0524738, 0.0979573", \
            "0.0144408, 0.0154142, 0.0175501, 0.0222564, 0.0321827, 0.0533902, 0.0985669" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0054642, 0.0044038, 0.002148, -0.0026433, -0.0128369, -0.0345034, -0.0805129", \
            "0.0054103, 0.0043548, 0.0021112, -0.0026691, -0.012849, -0.0345347, -0.0805204", \
            "0.0052855, 0.0042476, 0.0020205, -0.0027319, -0.0128885, -0.0345178, -0.0805246", \
            "0.0050632, 0.004054, 0.0018424, -0.0028778, -0.0129865, -0.0346032, -0.0805358", \
            "0.0050389, 0.0039917, 0.0016936, -0.0030267, -0.0130932, -0.0346369, -0.0805845", \
            "0.0053693, 0.0042789, 0.0020628, -0.0027982, -0.0130329, -0.0346831, -0.0806162", \
            "0.0073827, 0.0062189, 0.0037753, -0.0012629, -0.0118046, -0.0337731, -0.0801616" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0113557, 0.0124394, 0.0147154, 0.0195358, 0.0296941, 0.0511749, 0.0966078", \
            "0.0111357, 0.0122427, 0.0145334, 0.0193944, 0.0295771, 0.051081, 0.0965442", \
            "0.0109474, 0.012037, 0.0143634, 0.0192303, 0.0294453, 0.0509894, 0.0965039", \
            "0.0108467, 0.0119229, 0.0142304, 0.0190632, 0.0293077, 0.0508445, 0.096414", \
            "0.0111065, 0.0121515, 0.0143918, 0.0191526, 0.0293061, 0.050818, 0.0963432", \
            "0.0120843, 0.0131039, 0.0152525, 0.0198317, 0.0298733, 0.0508998, 0.0965245", \
            "0.015848, 0.0169704, 0.0181806, 0.0224875, 0.0322602, 0.053613, 0.0976105" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0042404, 0.0031886, 0.0009545, -0.0038142, -0.0140131, -0.0356847, -0.0817254", \
            "0.0041655, 0.0031379, 0.0009349, -0.0038094, -0.0139683, -0.035621, -0.0816504", \
            "0.003994, 0.0029951, 0.0008266, -0.0038685, -0.0139863, -0.035604, -0.0816079", \
            "0.0037567, 0.0027579, 0.0006061, -0.004045, -0.0140891, -0.0356591, -0.081621", \
            "0.0037383, 0.0027123, 0.0005201, -0.0042582, -0.0142676, -0.0357606, -0.0816823", \
            "0.0041757, 0.0030699, 0.0007737, -0.004053, -0.0142122, -0.0358494, -0.0817356", \
            "0.0065563, 0.0053267, 0.0027773, -0.0024451, -0.0131082, -0.035089, -0.0813803" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0070323, 0.008129, 0.0104277, 0.0152532, 0.0253983, 0.0468426, 0.0922579", \
            "0.0067957, 0.0079121, 0.0102574, 0.0151201, 0.0252997, 0.0467784, 0.0922929", \
            "0.0066692, 0.0077644, 0.0100914, 0.0150159, 0.0251697, 0.0468066, 0.0919374", \
            "0.0067243, 0.0077752, 0.0100338, 0.0148323, 0.0250045, 0.0464826, 0.0916741", \
            "0.0071178, 0.0081355, 0.0103892, 0.015085, 0.0250416, 0.0465056, 0.0919759", \
            "0.0084759, 0.0094576, 0.0114411, 0.0160895, 0.0260206, 0.0470794, 0.0922326", \
            "0.0131173, 0.0141885, 0.0162025, 0.0199022, 0.0291124, 0.0504005, 0.0938021" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0041025, 0.0030734, 0.0008336, -0.003941, -0.0141166, -0.0358012, -0.0818421", \
            "0.0039484, 0.0029273, 0.0007201, -0.0040083, -0.0141757, -0.0358243, -0.0818527", \
            "0.0037361, 0.0027169, 0.0005404, -0.0041523, -0.014263, -0.0358833, -0.0818876", \
            "0.0035914, 0.0025591, 0.0003658, -0.0043256, -0.0144066, -0.0359757, -0.0819281", \
            "0.003823, 0.0027569, 0.0004903, -0.0043831, -0.0144929, -0.0360725, -0.0819971", \
            "0.0049178, 0.0037151, 0.001286, -0.0037014, -0.0140819, -0.0359225, -0.0819688", \
            "0.0088225, 0.0074359, 0.0046092, -0.0009924, -0.0120973, -0.034511, -0.0811475" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0046498, 0.005803, 0.0081862, 0.0130992, 0.0234237, 0.0448128, 0.0897989", \
            "0.0043544, 0.0054702, 0.0079057, 0.0128667, 0.023138, 0.0448274, 0.0909099", \
            "0.0041309, 0.005236, 0.0075782, 0.0126553, 0.0228969, 0.0446217, 0.0904105", \
            "0.0042029, 0.0052632, 0.0075486, 0.012349, 0.0225716, 0.0440664, 0.0900229", \
            "0.0047527, 0.0057523, 0.0079379, 0.0126785, 0.0225531, 0.0440783, 0.0897116", \
            "0.0068154, 0.007776, 0.0093685, 0.0137532, 0.0237861, 0.0447576, 0.0899749", \
            "0.0115442, 0.0122586, 0.0140485, 0.0180066, 0.0275166, 0.0482162, 0.0916831" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
          values ( \
            "0.0040764, 0.0030585, 0.0008641, -0.003898, -0.0140689, -0.0357299, -0.0817638", \
            "0.0038968, 0.0028976, 0.0007181, -0.0039859, -0.0141238, -0.0357643, -0.0817801", \
            "0.0037011, 0.0026677, 0.0005021, -0.0041679, -0.0142448, -0.0358412, -0.0818244", \
            "0.0036041, 0.0025909, 0.0004046, -0.0042877, -0.0144013, -0.0359333, -0.0818795", \
            "0.0041348, 0.0030868, 0.0008042, -0.004112, -0.0142963, -0.0359422, -0.0819328", \
            "0.0057457, 0.004491, 0.00199, -0.0031324, -0.0136228, -0.035615, -0.0817972", \
            "0.0107937, 0.0093426, 0.0070154, 0.0007796, -0.0101888, -0.033519, -0.0805422" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001814;
      rise_capacitance : 0.001876;
      rise_capacitance_range (0.001876, 0.001876);
      fall_capacitance : 0.001752;
      fall_capacitance_range (0.001752, 0.001752);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0033221, -0.0033235, -0.0033268, -0.0033268, -0.0033267, -0.0033265, -0.0033262" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0033112, 0.0033168, 0.0033297, 0.0033307, 0.003333, 0.0033382, 0.0033503" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00192;
      rise_capacitance : 0.00203;
      rise_capacitance_range (0.00203, 0.00203);
      fall_capacitance : 0.001809;
      fall_capacitance_range (0.001809, 0.001809);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0034408, -0.0034469, -0.0034612, -0.0034617, -0.0034631, -0.0034662, -0.0034733" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0034491, 0.0034561, 0.0034722, 0.0034722, 0.0034722, 0.0034723, 0.0034726" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001736;
      rise_capacitance : 0.001861;
      rise_capacitance_range (0.001861, 0.001861);
      fall_capacitance : 0.00161;
      fall_capacitance_range (0.00161, 0.00161);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0031222, -0.0031215, -0.0031201, -0.0031196, -0.0031185, -0.0031158, -0.0031096" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031224, 0.0031221, 0.0031214, 0.0031214, 0.0031215, 0.0031216, 0.003122" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001798;
      rise_capacitance : 0.00186;
      rise_capacitance_range (0.00186, 0.00186);
      fall_capacitance : 0.001735;
      fall_capacitance_range (0.001735, 0.001735);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0032439, -0.0032423, -0.0032385, -0.0032391, -0.0032404, -0.0032436, -0.0032507" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0034435, 0.0034278, 0.0033915, 0.0033975, 0.0034115, 0.0034437, 0.0035178" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001806;
      rise_capacitance : 0.001849;
      rise_capacitance_range (0.001849, 0.001849);
      fall_capacitance : 0.001763;
      fall_capacitance_range (0.001763, 0.001763);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0033833, -0.0033822, -0.0033796, -0.0033758, -0.0033672, -0.0033472, -0.0033013" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0040368, 0.0040529, 0.0040901, 0.0040843, 0.004071, 0.0040403, 0.0039696" \
          );
        }
      }
    }
  }
  cell (scs8hd_o311ai_1) {
    area : 8.7584;
    cell_footprint : "o311ai";
    cell_leakage_power : 0.0037827;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 2.78745e-05;
      when : "A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 3.378e-05;
      when : "A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 8.29474e-06;
      when : "A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0185959;
      when : "A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 2.78769e-05;
      when : "A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 1.57001e-05;
      when : "!A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 8.23405e-06;
      when : "!A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0002725;
      when : "!A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.007624;
      when : "!A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 3.378e-05;
      when : "!A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 8.29474e-06;
      when : "!A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0185973;
      when : "!A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 2.78771e-05;
      when : "!A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 3.378e-05;
      when : "!A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 8.29474e-06;
      when : "!A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.012774;
      when : "!A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 2.78749e-05;
      when : "!A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 3.378e-05;
      when : "!A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 8.29474e-06;
      when : "!A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0185959;
      when : "!A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 2.78769e-05;
      when : "!A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 3.378e-05;
      when : "A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 8.29474e-06;
      when : "A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0127037;
      when : "A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 2.78705e-05;
      when : "A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 3.378e-05;
      when : "A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 8.29474e-06;
      when : "A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.018596;
      when : "A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 2.78769e-05;
      when : "A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 3.378e-05;
      when : "A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 8.29474e-06;
      when : "A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0127736;
      when : "A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0037827;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2&!A3) | (!B1) | (!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.068675;
      max_transition : 1.48707;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.134002, 0.143537, 0.165084, 0.213471, 0.322287, 0.567352, 1.12692", \
            "0.138579, 0.148148, 0.169354, 0.218409, 0.327385, 0.572526, 1.12821", \
            "0.149015, 0.15855, 0.180396, 0.228783, 0.33796, 0.583847, 1.14148", \
            "0.170496, 0.180181, 0.202164, 0.250746, 0.359967, 0.605877, 1.16216", \
            "0.215132, 0.225685, 0.248282, 0.296663, 0.405593, 0.65152, 1.2076", \
            "0.29662, 0.308668, 0.334699, 0.391204, 0.508223, 0.755394, 1.31159", \
            "0.462695, 0.477317, 0.508529, 0.57765, 0.715469, 0.992458, 1.5571" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.111643, 0.124305, 0.153367, 0.218447, 0.366946, 0.701868, 1.46298", \
            "0.111694, 0.124375, 0.153745, 0.218522, 0.366307, 0.70079, 1.45885", \
            "0.111637, 0.124382, 0.153285, 0.219335, 0.366034, 0.700919, 1.45799", \
            "0.111936, 0.124425, 0.153106, 0.218436, 0.366562, 0.701165, 1.4604", \
            "0.121206, 0.133202, 0.160193, 0.222553, 0.366599, 0.701511, 1.45817", \
            "0.152534, 0.165022, 0.193169, 0.253345, 0.387489, 0.708398, 1.45699", \
            "0.21328, 0.226762, 0.257417, 0.324233, 0.465785, 0.768486, 1.48105" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0378886, 0.0412031, 0.0483079, 0.063676, 0.096753, 0.169684, 0.333288", \
            "0.0408848, 0.0441859, 0.0513044, 0.0666167, 0.0997058, 0.172638, 0.335943", \
            "0.0465592, 0.0497894, 0.0568257, 0.0720929, 0.105224, 0.178079, 0.341739", \
            "0.0547117, 0.0585893, 0.066517, 0.0828126, 0.116494, 0.189705, 0.353249", \
            "0.0583835, 0.0634203, 0.0745312, 0.0958678, 0.136313, 0.214435, 0.378848", \
            "0.0384743, 0.0458102, 0.0622184, 0.0931346, 0.150873, 0.251587, 0.435226", \
            "-0.0459381, -0.0335209, -0.0113499, 0.0347962, 0.118922, 0.265494, 0.509407" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0297703, 0.0335308, 0.0419351, 0.0607872, 0.1028, 0.198384, 0.415632", \
            "0.0295525, 0.0333386, 0.0418186, 0.0607581, 0.103041, 0.198858, 0.41515", \
            "0.0303304, 0.0339405, 0.0421174, 0.0606901, 0.102907, 0.198812, 0.415767", \
            "0.0378907, 0.0411801, 0.04856, 0.0650736, 0.104437, 0.19913, 0.415079", \
            "0.0571511, 0.0608987, 0.0686475, 0.0857645, 0.121858, 0.206879, 0.416663", \
            "0.0933474, 0.0980215, 0.108691, 0.1296, 0.171108, 0.254776, 0.444282", \
            "0.161499, 0.168806, 0.182637, 0.21014, 0.264695, 0.366386, 0.559954" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.128095, 0.137751, 0.15914, 0.207843, 0.316763, 0.561841, 1.11766", \
            "0.131767, 0.14152, 0.16281, 0.212009, 0.321258, 0.566487, 1.12263", \
            "0.141939, 0.151408, 0.173138, 0.222477, 0.331996, 0.577552, 1.13373", \
            "0.166371, 0.175868, 0.197673, 0.246357, 0.35599, 0.602128, 1.16287", \
            "0.222154, 0.233231, 0.255577, 0.304136, 0.413537, 0.659766, 1.2167", \
            "0.327907, 0.341793, 0.370465, 0.429587, 0.549376, 0.795496, 1.3531", \
            "0.535509, 0.552837, 0.590388, 0.66782, 0.819295, 1.10619, 1.67079" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.111687, 0.124222, 0.153806, 0.218232, 0.365987, 0.699309, 1.45779", \
            "0.111647, 0.124426, 0.153314, 0.218514, 0.366079, 0.700207, 1.4589", \
            "0.111638, 0.124384, 0.153753, 0.218506, 0.366066, 0.699685, 1.45843", \
            "0.112012, 0.12475, 0.15342, 0.218396, 0.365949, 0.700652, 1.46201", \
            "0.125684, 0.13722, 0.163075, 0.223457, 0.366852, 0.701876, 1.45894", \
            "0.168157, 0.180828, 0.207781, 0.264772, 0.3923, 0.706004, 1.46024", \
            "0.236688, 0.253646, 0.287659, 0.357507, 0.496239, 0.781806, 1.47549" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0380566, 0.04101, 0.0476142, 0.0623169, 0.0950725, 0.168816, 0.335406", \
            "0.0409737, 0.0439969, 0.0506594, 0.0654037, 0.0982212, 0.171964, 0.338663", \
            "0.0459129, 0.0490245, 0.0557814, 0.0706109, 0.103547, 0.177391, 0.343989", \
            "0.0513542, 0.0552182, 0.0633037, 0.0800031, 0.114054, 0.188026, 0.35536", \
            "0.0496919, 0.0552471, 0.0666234, 0.089147, 0.130925, 0.21142, 0.379467", \
            "0.0204535, 0.028188, 0.0456299, 0.0782295, 0.138978, 0.243416, 0.431824", \
            "-0.0864571, -0.0741606, -0.0485228, 0.0014455, 0.0914415, 0.244281, 0.496706" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0253934, 0.0290269, 0.0374403, 0.0565, 0.0999962, 0.198015, 0.421054", \
            "0.0253332, 0.0290786, 0.0373964, 0.0565123, 0.0997148, 0.198418, 0.421013", \
            "0.0264405, 0.0299048, 0.0379526, 0.0565697, 0.100009, 0.198086, 0.421456", \
            "0.0341399, 0.037357, 0.0448097, 0.0620772, 0.102041, 0.198313, 0.421318", \
            "0.0533459, 0.0571084, 0.065144, 0.0823785, 0.120161, 0.207744, 0.422786", \
            "0.0888462, 0.0937486, 0.104929, 0.126995, 0.170331, 0.255948, 0.450493", \
            "0.155891, 0.162645, 0.177281, 0.2074, 0.263855, 0.369689, 0.567388" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.106391, 0.11671, 0.138395, 0.187115, 0.2958, 0.541251, 1.09713", \
            "0.109268, 0.119102, 0.141025, 0.189973, 0.299274, 0.545165, 1.1014", \
            "0.118311, 0.127533, 0.150304, 0.199063, 0.309026, 0.555391, 1.11562", \
            "0.144566, 0.154226, 0.175952, 0.224484, 0.33374, 0.580038, 1.13982", \
            "0.208475, 0.218928, 0.240378, 0.287431, 0.395105, 0.640171, 1.19623", \
            "0.324857, 0.339972, 0.370172, 0.430245, 0.545101, 0.785395, 1.33819", \
            "0.538822, 0.557934, 0.597747, 0.679934, 0.840093, 1.12795, 1.67812" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.111854, 0.124505, 0.153285, 0.218448, 0.366185, 0.700604, 1.45739", \
            "0.111636, 0.124213, 0.153175, 0.218282, 0.367031, 0.700711, 1.45906", \
            "0.11157, 0.12442, 0.153223, 0.218372, 0.366999, 0.699753, 1.46295", \
            "0.111501, 0.124057, 0.152618, 0.218357, 0.367113, 0.700701, 1.46124", \
            "0.130676, 0.14124, 0.166039, 0.224694, 0.367024, 0.701419, 1.4601", \
            "0.177652, 0.192903, 0.220883, 0.278799, 0.400908, 0.705705, 1.45755", \
            "0.250867, 0.269058, 0.308972, 0.387516, 0.536781, 0.811432, 1.48707" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0296709, 0.0322484, 0.0380462, 0.0509554, 0.0801296, 0.146117, 0.295398", \
            "0.0327574, 0.0354285, 0.0413144, 0.0543681, 0.0835393, 0.149673, 0.298988", \
            "0.0377113, 0.0407058, 0.0470171, 0.0603033, 0.0897369, 0.156061, 0.306558", \
            "0.0408395, 0.045034, 0.0535767, 0.0703558, 0.102141, 0.168968, 0.318568", \
            "0.0331922, 0.0394096, 0.0521763, 0.0768193, 0.119737, 0.196031, 0.3475", \
            "-0.0064302, 0.0033305, 0.0222336, 0.0586005, 0.122754, 0.22784, 0.410241", \
            "-0.130805, -0.11598, -0.0864495, -0.0311591, 0.0645322, 0.221564, 0.474238" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.017013, 0.0203435, 0.0278423, 0.0450944, 0.0839299, 0.170736, 0.369761", \
            "0.0171469, 0.0204092, 0.0278659, 0.0449736, 0.0841051, 0.170734, 0.369627", \
            "0.019826, 0.0226121, 0.029254, 0.0453493, 0.0833583, 0.172971, 0.370363", \
            "0.0295258, 0.0323096, 0.0386869, 0.0536327, 0.0873069, 0.172152, 0.369841", \
            "0.0490666, 0.0527856, 0.0607003, 0.0778918, 0.110448, 0.185633, 0.372282", \
            "0.0851481, 0.090052, 0.100571, 0.122348, 0.165271, 0.242158, 0.410607", \
            "0.157268, 0.163197, 0.176566, 0.204737, 0.259446, 0.35965, 0.541023" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0331311, 0.0368026, 0.0450666, 0.063312, 0.104111, 0.19633, 0.405303", \
            "0.0378979, 0.0416182, 0.049841, 0.0680138, 0.109159, 0.201344, 0.410339", \
            "0.0507404, 0.0542827, 0.0624761, 0.0806938, 0.121652, 0.213942, 0.422133", \
            "0.0779015, 0.0827253, 0.0925492, 0.111341, 0.152038, 0.243037, 0.452406", \
            "0.123066, 0.13031, 0.145171, 0.173653, 0.223389, 0.314586, 0.522573", \
            "0.2046, 0.214906, 0.236175, 0.277314, 0.352676, 0.477423, 0.688617", \
            "0.366168, 0.379767, 0.408707, 0.466233, 0.57359, 0.760294, 1.05758" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0291251, 0.0341135, 0.0452787, 0.0707013, 0.128708, 0.259717, 0.557519", \
            "0.0292879, 0.0341489, 0.0452687, 0.0707556, 0.12865, 0.259836, 0.556636", \
            "0.0313506, 0.0356565, 0.0458088, 0.0707114, 0.128819, 0.259648, 0.557934", \
            "0.0449894, 0.0487734, 0.0567405, 0.0771423, 0.129753, 0.260261, 0.55849", \
            "0.0695997, 0.075534, 0.0873846, 0.108985, 0.152003, 0.265623, 0.557729", \
            "0.10746, 0.116557, 0.134453, 0.168941, 0.226234, 0.322794, 0.575691", \
            "0.173036, 0.185049, 0.209917, 0.259079, 0.348152, 0.492157, 0.722247" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0210216, 0.0232309, 0.0282883, 0.0395695, 0.0650116, 0.12266, 0.253257", \
            "0.0239361, 0.0262603, 0.0313841, 0.0428076, 0.0682967, 0.126154, 0.258216", \
            "0.0281975, 0.031291, 0.0376339, 0.0499442, 0.0757878, 0.134306, 0.264539", \
            "0.0299224, 0.0344635, 0.0435944, 0.060846, 0.0919093, 0.15088, 0.283072", \
            "0.0212975, 0.0278932, 0.0414396, 0.0669139, 0.111516, 0.187375, 0.322696", \
            "-0.0158462, -0.0060932, 0.0135731, 0.0507881, 0.11638, 0.225163, 0.402657", \
            "-0.123301, -0.109235, -0.08076, -0.0271896, 0.0672317, 0.226028, 0.482757" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0142628, 0.0171337, 0.0236626, 0.0384594, 0.0720871, 0.148348, 0.321269", \
            "0.0148792, 0.0175341, 0.0237996, 0.0385713, 0.07191, 0.148451, 0.321335", \
            "0.0200914, 0.0225308, 0.0278178, 0.0405301, 0.0728616, 0.150976, 0.321775", \
            "0.0310349, 0.0340428, 0.0403469, 0.0532159, 0.0805048, 0.151376, 0.320933", \
            "0.0500654, 0.0540769, 0.0627589, 0.0797274, 0.110799, 0.173663, 0.329423", \
            "0.0844171, 0.0896906, 0.101354, 0.12452, 0.167545, 0.243491, 0.384474", \
            "0.148611, 0.156301, 0.171905, 0.203461, 0.261897, 0.366843, 0.54371" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0249091, 0.0285761, 0.0364457, 0.0537747, 0.0921385, 0.17837, 0.373442", \
            "0.0296964, 0.0331405, 0.0410164, 0.0585822, 0.0971463, 0.183181, 0.378583", \
            "0.0423512, 0.0459003, 0.053349, 0.0705014, 0.10839, 0.194744, 0.390763", \
            "0.0635868, 0.069223, 0.0803522, 0.100127, 0.138164, 0.22453, 0.41976", \
            "0.0993029, 0.107538, 0.124277, 0.154478, 0.205613, 0.292221, 0.486927", \
            "0.166325, 0.177459, 0.20031, 0.24441, 0.321365, 0.445886, 0.648591", \
            "0.300953, 0.315869, 0.347209, 0.407204, 0.515426, 0.703112, 0.996023" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0216296, 0.0261668, 0.0368225, 0.0608546, 0.114947, 0.237619, 0.517218", \
            "0.0215705, 0.0262705, 0.0367191, 0.0610491, 0.11539, 0.238549, 0.517487", \
            "0.0262699, 0.0296338, 0.0383981, 0.0606103, 0.114932, 0.237966, 0.516761", \
            "0.040782, 0.044855, 0.0533536, 0.0700787, 0.116864, 0.238117, 0.520572", \
            "0.0634793, 0.0692132, 0.081763, 0.104338, 0.144258, 0.245586, 0.519475", \
            "0.0988542, 0.107132, 0.125287, 0.159783, 0.218985, 0.313073, 0.539664", \
            "0.170589, 0.180382, 0.204531, 0.251069, 0.337478, 0.479618, 0.699893" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0177583, 0.020017, 0.025114, 0.036472, 0.0622942, 0.119595, 0.2522", \
            "0.0206874, 0.0229538, 0.0280571, 0.0394754, 0.0651024, 0.122786, 0.253473", \
            "0.0248488, 0.0281142, 0.0346375, 0.0468037, 0.072351, 0.130261, 0.260877", \
            "0.0261507, 0.0309774, 0.0405322, 0.058059, 0.0904058, 0.147934, 0.279435", \
            "0.0181718, 0.0246004, 0.0383243, 0.0647483, 0.110718, 0.187648, 0.31945", \
            "-0.0146422, -0.0051504, 0.0145588, 0.0518307, 0.117942, 0.229639, 0.409809", \
            "-0.111151, -0.0969432, -0.0697472, -0.016205, 0.075479, 0.234131, 0.498767" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0142218, 0.0171135, 0.0237304, 0.0386422, 0.0731559, 0.148219, 0.324395", \
            "0.0151814, 0.0177241, 0.023871, 0.0386071, 0.0718234, 0.148112, 0.320911", \
            "0.0215424, 0.0242143, 0.0295455, 0.0414858, 0.0729843, 0.148069, 0.321023", \
            "0.0333938, 0.0365143, 0.0436392, 0.0578962, 0.0834525, 0.151832, 0.321992", \
            "0.0523398, 0.0574147, 0.0677521, 0.0875658, 0.122362, 0.180741, 0.330198", \
            "0.0891004, 0.0953887, 0.109294, 0.138602, 0.184285, 0.265689, 0.404552", \
            "0.158168, 0.167964, 0.189401, 0.225981, 0.29267, 0.409353, 0.595483" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0198338, 0.0210473, 0.0238181, 0.0300329, 0.0441201, 0.0760215, 0.148154", \
            "0.0196829, 0.0209003, 0.0236671, 0.0299202, 0.0440363, 0.0758775, 0.148081", \
            "0.0195318, 0.0207484, 0.0235174, 0.0297934, 0.0439373, 0.0757998, 0.147974", \
            "0.019407, 0.0206366, 0.0233955, 0.0296558, 0.043777, 0.0756761, 0.147981", \
            "0.0193443, 0.0205601, 0.0233042, 0.0295568, 0.0436907, 0.0756138, 0.147865", \
            "0.0196076, 0.0208067, 0.023653, 0.0298538, 0.0438058, 0.0756331, 0.147784", \
            "0.0228697, 0.0239039, 0.0263645, 0.0321256, 0.0460343, 0.0772538, 0.148994" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0087766, 0.0075779, 0.0048476, -0.0013173, -0.0154081, -0.0474881, -0.120442", \
            "0.0086166, 0.0074199, 0.0047088, -0.0014693, -0.0155456, -0.0476362, -0.120609", \
            "0.0084719, 0.0072816, 0.0045571, -0.0016006, -0.0156825, -0.047748, -0.120751", \
            "0.0082966, 0.0071243, 0.004422, -0.001733, -0.0157832, -0.0478385, -0.120803", \
            "0.0085148, 0.0073123, 0.0045762, -0.0017582, -0.0157564, -0.0478169, -0.120804", \
            "0.0094681, 0.0082339, 0.005415, -0.0009351, -0.0152363, -0.0476247, -0.120626", \
            "0.0137226, 0.0123681, 0.0093028, 0.0025348, -0.0124134, -0.0454474, -0.119471" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0175539, 0.0187708, 0.0215438, 0.0277699, 0.0418916, 0.073694, 0.145968", \
            "0.0173186, 0.0185576, 0.0213399, 0.0276143, 0.0417249, 0.0736351, 0.145885", \
            "0.0170833, 0.0183099, 0.0211076, 0.0274044, 0.0415476, 0.0734803, 0.145818", \
            "0.0169297, 0.0181473, 0.0209289, 0.027191, 0.0413913, 0.0733406, 0.145666", \
            "0.0168204, 0.0180855, 0.02085, 0.0271063, 0.0412327, 0.07319, 0.145499", \
            "0.0173982, 0.0185873, 0.0213193, 0.0274347, 0.0415656, 0.0733962, 0.145588", \
            "0.0203954, 0.0215085, 0.0239694, 0.0300687, 0.0436846, 0.0748782, 0.146773" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0077208, 0.0065183, 0.00379, -0.0024156, -0.0165409, -0.0486883, -0.121742", \
            "0.0076248, 0.0064348, 0.0037275, -0.0024607, -0.0165813, -0.0487198, -0.12171", \
            "0.0074139, 0.0062388, 0.0035655, -0.0025792, -0.0166592, -0.0487216, -0.121737", \
            "0.0070837, 0.0059238, 0.0032902, -0.0027867, -0.0168004, -0.0488201, -0.121805", \
            "0.0071425, 0.0059463, 0.0032634, -0.0030048, -0.0169469, -0.0489088, -0.121834", \
            "0.0078667, 0.0066615, 0.0038492, -0.002468, -0.0166398, -0.0488612, -0.121813", \
            "0.0113084, 0.0099725, 0.0070117, 0.0003441, -0.0144347, -0.0472661, -0.120975" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0151404, 0.0163837, 0.0191492, 0.0254295, 0.0395251, 0.0713767, 0.143566", \
            "0.0147911, 0.0160346, 0.0188475, 0.0251527, 0.0393373, 0.0712295, 0.143454", \
            "0.0145427, 0.0157487, 0.0185874, 0.0249157, 0.0391463, 0.0710838, 0.143449", \
            "0.0144751, 0.0156879, 0.0184464, 0.0247056, 0.038905, 0.0708895, 0.143237", \
            "0.0150129, 0.0161811, 0.0188669, 0.0250065, 0.0389899, 0.0708527, 0.143207", \
            "0.0167034, 0.0178504, 0.0204769, 0.0264202, 0.0401718, 0.0715294, 0.14344", \
            "0.0225718, 0.0237791, 0.0265971, 0.0310253, 0.0443654, 0.075095, 0.145317" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0058531, 0.0046849, 0.0019871, -0.0041787, -0.0182978, -0.0504552, -0.123529", \
            "0.0057169, 0.0045816, 0.0019419, -0.0041726, -0.0182466, -0.0503697, -0.123426", \
            "0.00545, 0.0043318, 0.0017409, -0.0042928, -0.018287, -0.0503399, -0.123355", \
            "0.0051267, 0.0040031, 0.0014193, -0.0045413, -0.0184463, -0.0504075, -0.123379", \
            "0.0052323, 0.0040625, 0.0013999, -0.004643, -0.0186786, -0.0505509, -0.123433", \
            "0.006235, 0.0049653, 0.0020879, -0.0042491, -0.018415, -0.0505772, -0.12345", \
            "0.0105439, 0.0090995, 0.0058734, -0.0011224, -0.0162213, -0.0491375, -0.122759" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0088889, 0.0101454, 0.0129862, 0.0192714, 0.0333791, 0.0651763, 0.137273", \
            "0.0085767, 0.009843, 0.0127112, 0.0189964, 0.0331664, 0.065069, 0.137308", \
            "0.0083916, 0.0096296, 0.0124375, 0.0188237, 0.0330451, 0.0650148, 0.13684", \
            "0.0085204, 0.0097054, 0.0124291, 0.0186367, 0.0326501, 0.0642805, 0.136745", \
            "0.0093449, 0.0104704, 0.0130924, 0.0192239, 0.0330064, 0.0645972, 0.136695", \
            "0.0117074, 0.0128161, 0.0152708, 0.0210071, 0.0346968, 0.0656641, 0.137015", \
            "0.0189654, 0.0199115, 0.0230125, 0.0282516, 0.0405454, 0.0711857, 0.144453" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0055707, 0.0044101, 0.0017103, -0.0044583, -0.0185769, -0.0507297, -0.123801", \
            "0.0053438, 0.0041949, 0.0015528, -0.004574, -0.0186449, -0.0507578, -0.123814", \
            "0.0050689, 0.0039293, 0.0012919, -0.0047802, -0.0187496, -0.0507961, -0.123838", \
            "0.0049665, 0.0037451, 0.0010824, -0.0049977, -0.0189461, -0.0509362, -0.123897", \
            "0.0054053, 0.004168, 0.0014168, -0.0047718, -0.0189795, -0.0509928, -0.123963", \
            "0.00744, 0.0060489, 0.0029778, -0.0036939, -0.0182377, -0.0507961, -0.123868", \
            "0.0142391, 0.0125676, 0.0089567, 0.0013117, -0.0145982, -0.048308, -0.122481" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0051986, 0.0065347, 0.0094792, 0.0159339, 0.0301355, 0.061764, 0.133645", \
            "0.0048475, 0.0061624, 0.0090981, 0.0156787, 0.0301098, 0.0623792, 0.133593", \
            "0.0047566, 0.005956, 0.0087899, 0.0152531, 0.0294003, 0.0616582, 0.134134", \
            "0.0051321, 0.0063126, 0.009069, 0.0151086, 0.0291508, 0.0613271, 0.134839", \
            "0.0060775, 0.0071721, 0.0097472, 0.0157495, 0.02938, 0.061003, 0.133699", \
            "0.0089157, 0.0113542, 0.0133602, 0.019492, 0.0314541, 0.0621862, 0.133702", \
            "0.0174299, 0.0181566, 0.0201508, 0.0251504, 0.0375022, 0.0688892, 0.138739" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113573, 0.00257976, 0.0058598, 0.0133103, 0.0302337, 0.0686745");
          values ( \
            "0.0053824, 0.0042281, 0.001578, -0.0045693, -0.0186457, -0.0507881, -0.12386", \
            "0.0051165, 0.0039881, 0.001374, -0.0047057, -0.0187371, -0.0508299, -0.123866", \
            "0.0049111, 0.003773, 0.001157, -0.0048824, -0.018852, -0.0508913, -0.123898", \
            "0.004864, 0.0037353, 0.0010843, -0.0050486, -0.0190875, -0.0510173, -0.123962", \
            "0.0060388, 0.0047166, 0.0018604, -0.0044705, -0.0187882, -0.0509689, -0.123985", \
            "0.008831, 0.0073356, 0.0041357, -0.0027605, -0.0175686, -0.0504003, -0.123702", \
            "0.0182641, 0.0157092, 0.0119158, 0.0045422, -0.0112957, -0.0466434, -0.121573" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002362;
      rise_capacitance : 0.002462;
      rise_capacitance_range (0.002462, 0.002462);
      fall_capacitance : 0.002262;
      fall_capacitance_range (0.002262, 0.002262);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045628, -0.0045556, -0.0045391, -0.0045384, -0.0045367, -0.004533, -0.0045243" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045499, 0.0045478, 0.0045427, 0.0045431, 0.0045439, 0.0045458, 0.0045502" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002473;
      rise_capacitance : 0.002632;
      rise_capacitance_range (0.002632, 0.002632);
      fall_capacitance : 0.002314;
      fall_capacitance_range (0.002314, 0.002314);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004649, -0.0046479, -0.0046454, -0.0046454, -0.0046456, -0.004646, -0.0046469" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046484, 0.004649, 0.0046504, 0.0046509, 0.004652, 0.0046544, 0.00466" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002337;
      rise_capacitance : 0.002515;
      rise_capacitance_range (0.002515, 0.002515);
      fall_capacitance : 0.002158;
      fall_capacitance_range (0.002158, 0.002158);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043877, -0.0043855, -0.0043806, -0.0043806, -0.0043806, -0.0043807, -0.0043809" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043928, 0.0043926, 0.0043922, 0.0043925, 0.0043933, 0.0043951, 0.0043993" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002378;
      rise_capacitance : 0.002476;
      rise_capacitance_range (0.002476, 0.002476);
      fall_capacitance : 0.002281;
      fall_capacitance_range (0.002281, 0.002281);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044106, -0.0044138, -0.0044213, -0.0044194, -0.0044152, -0.0044054, -0.0043829" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0047557, 0.0047351, 0.0046874, 0.0046975, 0.0047208, 0.0047745, 0.0048982" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002386;
      rise_capacitance : 0.002461;
      rise_capacitance_range (0.002461, 0.002461);
      fall_capacitance : 0.00231;
      fall_capacitance_range (0.00231, 0.00231);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004406, -0.0044085, -0.004414, -0.0044078, -0.0043935, -0.0043604, -0.0042842" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0054464, 0.0054402, 0.0054259, 0.005427, 0.0054296, 0.0054356, 0.0054493" \
          );
        }
      }
    }
  }
  cell (scs8hd_o311ai_2) {
    area : 16.2656;
    cell_footprint : "o311ai";
    cell_leakage_power : 0.00957861;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 5.3184e-05;
      when : "!A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 1.14076e-05;
      when : "!A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0001644;
      when : "!A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 1.1878e-05;
      when : "!A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 4.46267e-05;
      when : "!A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0114348;
      when : "!A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0371942;
      when : "!A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 4.26564e-05;
      when : "!A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 4.46267e-05;
      when : "!A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0114348;
      when : "!A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0256797;
      when : "!A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 4.26346e-05;
      when : "!A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 4.463e-05;
      when : "!A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0114348;
      when : "!A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0371846;
      when : "!A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 4.17726e-05;
      when : "!A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 4.46266e-05;
      when : "A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0114348;
      when : "A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0255176;
      when : "A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 4.29474e-05;
      when : "A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 4.46266e-05;
      when : "A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0114348;
      when : "A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0371848;
      when : "A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 4.20546e-05;
      when : "A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 4.46268e-05;
      when : "A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0114348;
      when : "A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0256769;
      when : "A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 4.23483e-05;
      when : "A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 4.46295e-05;
      when : "A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0114348;
      when : "A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.037185;
      when : "A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 4.14599e-05;
      when : "A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.00957861;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2&!A3) | (!B1) | (!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.116282;
      max_transition : 1.48481;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.150834, 0.157365, 0.172689, 0.212576, 0.308178, 0.543204, 1.12046", \
            "0.154632, 0.161389, 0.177603, 0.216617, 0.31257, 0.546993, 1.12538", \
            "0.165251, 0.171925, 0.18814, 0.227489, 0.323655, 0.558937, 1.1368", \
            "0.187283, 0.193809, 0.210351, 0.24928, 0.345876, 0.580902, 1.15969", \
            "0.233248, 0.240275, 0.25655, 0.295773, 0.391621, 0.626705, 1.20575", \
            "0.314052, 0.322106, 0.340819, 0.386406, 0.490295, 0.727075, 1.30608", \
            "0.479639, 0.489067, 0.511241, 0.56647, 0.686774, 0.952052, 1.54313" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.122433, 0.131048, 0.152961, 0.205175, 0.336013, 0.659206, 1.45748", \
            "0.122709, 0.131285, 0.15236, 0.205949, 0.335813, 0.659789, 1.45737", \
            "0.122622, 0.131199, 0.152351, 0.205624, 0.336947, 0.658912, 1.45601", \
            "0.12275, 0.131404, 0.152845, 0.205861, 0.335857, 0.658613, 1.4577", \
            "0.129929, 0.138168, 0.15851, 0.209233, 0.337073, 0.660724, 1.45682", \
            "0.1585, 0.166934, 0.188241, 0.237873, 0.357145, 0.666597, 1.45721", \
            "0.220824, 0.229482, 0.251337, 0.305117, 0.431485, 0.726419, 1.48135" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0451796, 0.0477461, 0.0539178, 0.0683294, 0.101534, 0.179972, 0.370603", \
            "0.048014, 0.0505481, 0.0567256, 0.0710659, 0.104434, 0.182802, 0.372964", \
            "0.0530697, 0.0555932, 0.0616468, 0.0759791, 0.109261, 0.187631, 0.378427", \
            "0.060228, 0.0628277, 0.069396, 0.0842586, 0.117993, 0.19652, 0.387222", \
            "0.0641135, 0.067497, 0.0754841, 0.0939502, 0.13208, 0.214812, 0.406066", \
            "0.0438576, 0.049169, 0.0612278, 0.0866247, 0.139283, 0.240812, 0.447521", \
            "-0.0440858, -0.036688, -0.0193453, 0.0187682, 0.096592, 0.241554, 0.50258" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0389324, 0.0418344, 0.0490194, 0.0665477, 0.109021, 0.214714, 0.476782", \
            "0.0386801, 0.0416345, 0.0488709, 0.0663425, 0.109084, 0.214569, 0.476711", \
            "0.0391906, 0.0419046, 0.0489356, 0.0663716, 0.108978, 0.214699, 0.476848", \
            "0.0446025, 0.0470776, 0.0536374, 0.0698317, 0.110373, 0.214731, 0.476795", \
            "0.0617433, 0.0644064, 0.0707669, 0.0860355, 0.124188, 0.220893, 0.477666", \
            "0.099265, 0.102483, 0.109669, 0.127298, 0.167378, 0.259754, 0.49767", \
            "0.169835, 0.174295, 0.184249, 0.207391, 0.257773, 0.361686, 0.593323" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.137958, 0.144183, 0.160214, 0.199701, 0.2953, 0.530561, 1.11292", \
            "0.141152, 0.147764, 0.163111, 0.203234, 0.299066, 0.533239, 1.11171", \
            "0.150516, 0.157207, 0.173302, 0.213017, 0.308836, 0.544192, 1.12392", \
            "0.172671, 0.179316, 0.195512, 0.235257, 0.331424, 0.566755, 1.14586", \
            "0.223673, 0.230992, 0.248254, 0.287554, 0.383774, 0.61892, 1.20003", \
            "0.322454, 0.331425, 0.351973, 0.39962, 0.506738, 0.743201, 1.3229", \
            "0.524966, 0.535576, 0.561262, 0.620689, 0.750917, 1.0264, 1.61608" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.122391, 0.131075, 0.152887, 0.205252, 0.335793, 0.659287, 1.46421", \
            "0.122509, 0.131009, 0.152956, 0.205223, 0.336068, 0.659022, 1.45645", \
            "0.122593, 0.131103, 0.152707, 0.205402, 0.33621, 0.658987, 1.45923", \
            "0.122817, 0.131466, 0.152811, 0.205362, 0.33577, 0.660625, 1.45784", \
            "0.135523, 0.14316, 0.162747, 0.212062, 0.337644, 0.660174, 1.46264", \
            "0.174303, 0.182326, 0.20263, 0.252577, 0.366452, 0.667518, 1.46028", \
            "0.238455, 0.248939, 0.273645, 0.331256, 0.461185, 0.74502, 1.48144" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0423079, 0.0445407, 0.0498323, 0.0627252, 0.0939212, 0.170041, 0.357657", \
            "0.0452921, 0.0475552, 0.0528778, 0.0658198, 0.0970345, 0.173156, 0.360398", \
            "0.0499267, 0.0521807, 0.0576515, 0.0706203, 0.101882, 0.178156, 0.36547", \
            "0.0547273, 0.0574315, 0.0636487, 0.0777352, 0.110227, 0.186677, 0.374135", \
            "0.0529023, 0.0564167, 0.0646915, 0.0833211, 0.121857, 0.203884, 0.39259", \
            "0.022875, 0.0281078, 0.0402552, 0.0669746, 0.121881, 0.225273, 0.43137", \
            "-0.0858218, -0.0778253, -0.058861, -0.0182942, 0.062945, 0.212772, 0.478989" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.02993, 0.0327172, 0.0394996, 0.056458, 0.0987135, 0.203822, 0.464987", \
            "0.0299083, 0.0327091, 0.0394912, 0.0564701, 0.0988073, 0.203759, 0.464894", \
            "0.0306364, 0.0332494, 0.0399735, 0.0566373, 0.0987637, 0.203702, 0.4641", \
            "0.0364944, 0.039037, 0.0453251, 0.0610905, 0.10099, 0.203943, 0.46481", \
            "0.0541695, 0.0568803, 0.0633336, 0.0782375, 0.116063, 0.211752, 0.466114", \
            "0.0898844, 0.0932381, 0.101428, 0.119498, 0.160496, 0.252373, 0.486396", \
            "0.159759, 0.164052, 0.174938, 0.19895, 0.250541, 0.355896, 0.58837" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.113134, 0.120173, 0.13636, 0.175506, 0.271241, 0.505527, 1.08393", \
            "0.114945, 0.121622, 0.138441, 0.178034, 0.273973, 0.508562, 1.08736", \
            "0.12416, 0.130362, 0.147052, 0.186721, 0.283216, 0.518464, 1.10198", \
            "0.149007, 0.155655, 0.171813, 0.211011, 0.306867, 0.541977, 1.12113", \
            "0.212576, 0.219294, 0.235634, 0.273493, 0.36781, 0.601522, 1.17984", \
            "0.332307, 0.341568, 0.362826, 0.411489, 0.515672, 0.744784, 1.31882", \
            "0.547025, 0.559558, 0.588224, 0.650169, 0.795507, 1.08114, 1.65396" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.122627, 0.131152, 0.152414, 0.205585, 0.3359, 0.658924, 1.45616", \
            "0.122579, 0.131276, 0.152357, 0.205239, 0.335944, 0.659643, 1.45579", \
            "0.122153, 0.131105, 0.152437, 0.205325, 0.335773, 0.658373, 1.46399", \
            "0.12145, 0.130138, 0.151446, 0.205092, 0.335848, 0.65826, 1.4568", \
            "0.140037, 0.147076, 0.165377, 0.21252, 0.337233, 0.660015, 1.45871", \
            "0.182952, 0.192081, 0.215905, 0.267875, 0.37726, 0.667906, 1.45831", \
            "0.25113, 0.264328, 0.294524, 0.367557, 0.505242, 0.782574, 1.48481" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0322474, 0.0342121, 0.038842, 0.0502883, 0.0780553, 0.146511, 0.315612", \
            "0.0350811, 0.0371377, 0.0418868, 0.0533704, 0.0815107, 0.149853, 0.32245", \
            "0.039371, 0.0415337, 0.0465174, 0.0583297, 0.0865436, 0.155245, 0.324674", \
            "0.0414634, 0.0443695, 0.0508644, 0.0650556, 0.0954987, 0.164694, 0.334534", \
            "0.0329832, 0.0371985, 0.0462624, 0.0664737, 0.105733, 0.183074, 0.355415", \
            "-0.0091725, -0.0026208, 0.0113198, 0.0409887, 0.0991135, 0.20268, 0.396344", \
            "-0.138999, -0.129049, -0.107135, -0.0611568, 0.0256669, 0.178458, 0.439838" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0189404, 0.0214733, 0.0276524, 0.043034, 0.081153, 0.175949, 0.409364", \
            "0.0190662, 0.0215231, 0.0277061, 0.0431994, 0.0812163, 0.176219, 0.412658", \
            "0.0209884, 0.0231805, 0.0289736, 0.0435443, 0.0810526, 0.17548, 0.409406", \
            "0.0290501, 0.0309962, 0.036308, 0.0500853, 0.0843488, 0.175855, 0.410153", \
            "0.0473211, 0.0498152, 0.055564, 0.0697812, 0.102904, 0.187578, 0.411406", \
            "0.0827021, 0.0858826, 0.0935566, 0.110772, 0.14987, 0.232294, 0.438843", \
            "0.155146, 0.158576, 0.168512, 0.190585, 0.238885, 0.338141, 0.546014" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0322777, 0.0345348, 0.040084, 0.0534808, 0.0861464, 0.166346, 0.364702", \
            "0.0370903, 0.039414, 0.0449938, 0.0585619, 0.0913343, 0.17139, 0.369718", \
            "0.0500952, 0.0522915, 0.0575785, 0.0712333, 0.104039, 0.184152, 0.382024", \
            "0.0766844, 0.0797566, 0.0868789, 0.101812, 0.134319, 0.213256, 0.41231", \
            "0.121274, 0.125826, 0.136533, 0.159423, 0.203351, 0.285798, 0.4825", \
            "0.201692, 0.208152, 0.223291, 0.25628, 0.321881, 0.441344, 0.648394", \
            "0.361839, 0.370574, 0.39069, 0.435802, 0.52858, 0.705302, 1.00616" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0272016, 0.0302229, 0.0376768, 0.0562084, 0.102393, 0.217324, 0.500748", \
            "0.0271804, 0.0301959, 0.0376872, 0.0564696, 0.102224, 0.216805, 0.499057", \
            "0.029312, 0.0319567, 0.038719, 0.0563767, 0.102333, 0.217099, 0.499691", \
            "0.0429422, 0.0454693, 0.0509336, 0.0651642, 0.104884, 0.217167, 0.500572", \
            "0.0663471, 0.0703181, 0.0788596, 0.0969412, 0.132001, 0.225975, 0.49975", \
            "0.10318, 0.109038, 0.122362, 0.150229, 0.202808, 0.292379, 0.523628", \
            "0.167189, 0.175174, 0.193384, 0.23281, 0.312692, 0.451464, 0.677223" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0229899, 0.0246847, 0.02883, 0.0388611, 0.0635233, 0.123804, 0.273498", \
            "0.0253089, 0.0270507, 0.0312498, 0.0414815, 0.0662184, 0.127196, 0.276353", \
            "0.0284694, 0.0307645, 0.0357496, 0.0468235, 0.071857, 0.133987, 0.283673", \
            "0.0295133, 0.0325547, 0.0395249, 0.0541246, 0.0836371, 0.146052, 0.297006", \
            "0.0201063, 0.0243219, 0.0344582, 0.0562438, 0.0972901, 0.172617, 0.327331", \
            "-0.0189038, -0.0121493, 0.0026628, 0.0337337, 0.0940802, 0.201709, 0.389779", \
            "-0.127399, -0.118177, -0.0971621, -0.0525433, 0.0341137, 0.18926, 0.458213" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0160095, 0.0182335, 0.0236734, 0.0371418, 0.0706611, 0.153888, 0.359617", \
            "0.0164164, 0.018471, 0.023774, 0.0373519, 0.0706553, 0.153597, 0.359857", \
            "0.0205862, 0.0226365, 0.0272802, 0.0392579, 0.071196, 0.154375, 0.359466", \
            "0.0303175, 0.0325178, 0.0374853, 0.0492906, 0.078196, 0.155877, 0.360871", \
            "0.0487219, 0.0514205, 0.057842, 0.0727071, 0.103163, 0.17424, 0.363734", \
            "0.0824534, 0.0862232, 0.0944765, 0.113506, 0.153728, 0.233517, 0.408038", \
            "0.147105, 0.15189, 0.162465, 0.188263, 0.241569, 0.344878, 0.544801" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0248112, 0.027315, 0.0331764, 0.0471134, 0.080936, 0.161315, 0.360917", \
            "0.0295154, 0.0318928, 0.0376224, 0.0514242, 0.0848083, 0.166365, 0.366603", \
            "0.0418014, 0.0443607, 0.0499202, 0.0634991, 0.0965457, 0.17851, 0.376973", \
            "0.0621913, 0.0661431, 0.0747819, 0.0924824, 0.125827, 0.206482, 0.407591", \
            "0.0963188, 0.102032, 0.114845, 0.141398, 0.189838, 0.275389, 0.473394", \
            "0.160232, 0.168212, 0.186074, 0.22347, 0.296106, 0.421662, 0.633865", \
            "0.288037, 0.298634, 0.322837, 0.375188, 0.476998, 0.662827, 0.974524" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0202671, 0.0232502, 0.0307694, 0.0496107, 0.0961404, 0.211676, 0.498125", \
            "0.0202406, 0.0232947, 0.0308983, 0.0495268, 0.0962214, 0.212357, 0.500859", \
            "0.0250188, 0.0271954, 0.0332221, 0.0499255, 0.0961914, 0.211587, 0.495236", \
            "0.0392573, 0.0419907, 0.0483021, 0.0616438, 0.0994976, 0.210849, 0.499818", \
            "0.0606403, 0.0649444, 0.0746519, 0.0947811, 0.129744, 0.221124, 0.496477", \
            "0.0971925, 0.103371, 0.117377, 0.146205, 0.201144, 0.293151, 0.520366", \
            "0.167618, 0.17479, 0.192098, 0.229988, 0.314012, 0.455572, 0.684945" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0196037, 0.0212807, 0.0254921, 0.0355986, 0.0606997, 0.121215, 0.271776", \
            "0.0225873, 0.0243103, 0.028528, 0.0387438, 0.0635337, 0.12411, 0.274042", \
            "0.0274551, 0.0298818, 0.0354388, 0.0466827, 0.0715058, 0.13214, 0.281974", \
            "0.0298912, 0.0334611, 0.0415981, 0.0581525, 0.0899752, 0.151316, 0.301259", \
            "0.0236246, 0.0284871, 0.0400276, 0.0647694, 0.110317, 0.193537, 0.344799", \
            "-0.0051977, 0.002026, 0.0182908, 0.0515901, 0.118204, 0.240126, 0.442905", \
            "-0.0933202, -0.0832702, -0.0597761, -0.0119853, 0.0828913, 0.255436, 0.554938" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0159247, 0.0181169, 0.0236228, 0.0372446, 0.0708734, 0.154244, 0.360868", \
            "0.0165961, 0.0185803, 0.0236874, 0.0371443, 0.070667, 0.153668, 0.360314", \
            "0.0230366, 0.0252112, 0.029553, 0.0402721, 0.0712677, 0.15394, 0.359571", \
            "0.0338932, 0.0367252, 0.0429157, 0.0562185, 0.0829359, 0.155949, 0.360016", \
            "0.0532648, 0.0570064, 0.0657773, 0.084427, 0.119749, 0.187851, 0.366231", \
            "0.0887979, 0.0946614, 0.106291, 0.131407, 0.182137, 0.271851, 0.439953", \
            "0.15793, 0.164793, 0.181823, 0.218806, 0.284914, 0.418967, 0.631347" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0394196, 0.0408225, 0.0443146, 0.0529952, 0.0744286, 0.127008, 0.257396", \
            "0.0390414, 0.0404151, 0.0439592, 0.0526819, 0.074074, 0.126812, 0.257243", \
            "0.0385726, 0.0400098, 0.0435684, 0.0523271, 0.07376, 0.126643, 0.256958", \
            "0.0383058, 0.0397084, 0.0432276, 0.0519709, 0.0734954, 0.126406, 0.256834", \
            "0.0380364, 0.0394659, 0.0429618, 0.0516712, 0.0731336, 0.126045, 0.256514", \
            "0.0384238, 0.039853, 0.0434023, 0.0520929, 0.0734041, 0.125987, 0.256419", \
            "0.0436312, 0.0448288, 0.0479289, 0.0560024, 0.0771789, 0.128844, 0.258191" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0190773, 0.0176761, 0.0142156, 0.0056446, -0.0156198, -0.0685863, -0.200268", \
            "0.0187321, 0.0173341, 0.0138723, 0.0052987, -0.0159708, -0.0689032, -0.200622", \
            "0.0183493, 0.0169577, 0.0134993, 0.0049558, -0.01629, -0.0692344, -0.200895", \
            "0.018012, 0.0166355, 0.0132167, 0.0046866, -0.0165549, -0.06945, -0.201098", \
            "0.0178916, 0.016481, 0.0130353, 0.0045483, -0.0166185, -0.0695032, -0.201068", \
            "0.0197622, 0.0182835, 0.0146391, 0.0059252, -0.0158303, -0.0692289, -0.200954", \
            "0.0273869, 0.0258285, 0.0219474, 0.0124428, -0.010306, -0.0651485, -0.198782" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.034028, 0.0354421, 0.0389519, 0.0476122, 0.0689501, 0.121749, 0.252027", \
            "0.0335754, 0.0350066, 0.0385344, 0.0472448, 0.0686471, 0.12138, 0.251819", \
            "0.0331293, 0.0345646, 0.0381239, 0.0468465, 0.0683937, 0.121238, 0.251489", \
            "0.0327924, 0.0342151, 0.0377934, 0.0464822, 0.0679881, 0.120923, 0.251345", \
            "0.0326467, 0.0340439, 0.0375664, 0.0462416, 0.0677352, 0.120569, 0.251213", \
            "0.0340402, 0.0354282, 0.0388772, 0.0474428, 0.0686734, 0.121194, 0.251332", \
            "0.0410812, 0.0423019, 0.0454496, 0.0538255, 0.0740156, 0.125044, 0.254109" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0151213, 0.0137168, 0.0102683, 0.0016643, -0.0197003, -0.0728138, -0.204623", \
            "0.0149945, 0.0136101, 0.010183, 0.001608, -0.0197426, -0.0728277, -0.20463", \
            "0.0146649, 0.0132918, 0.0099086, 0.0014114, -0.0198458, -0.072865, -0.204639", \
            "0.0141219, 0.012804, 0.0094545, 0.0010333, -0.0201356, -0.0730241, -0.20478", \
            "0.0143547, 0.0129026, 0.0094979, 0.000722, -0.020345, -0.0731178, -0.204791", \
            "0.016005, 0.0145684, 0.0110699, 0.0021479, -0.0194486, -0.072878, -0.20461", \
            "0.0237918, 0.0222335, 0.0183003, 0.0088427, -0.013893, -0.0687431, -0.202322" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0288319, 0.0302694, 0.0338171, 0.0425396, 0.063914, 0.116599, 0.247134", \
            "0.0281749, 0.029631, 0.0331941, 0.0419692, 0.0634892, 0.116244, 0.246612", \
            "0.0276193, 0.0291232, 0.0326664, 0.0414337, 0.0630312, 0.115988, 0.246492", \
            "0.0275758, 0.0289985, 0.0324763, 0.0411441, 0.0627975, 0.115758, 0.246309", \
            "0.0285457, 0.0298962, 0.0333012, 0.0418211, 0.06303, 0.115673, 0.246241", \
            "0.0321048, 0.0334053, 0.0367128, 0.0447721, 0.0656134, 0.117048, 0.246955", \
            "0.0429104, 0.0441436, 0.0465977, 0.054216, 0.0746666, 0.126256, 0.251986" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0116887, 0.0103438, 0.006976, -0.0015229, -0.0228721, -0.0759826, -0.207923", \
            "0.0113864, 0.0100914, 0.0068018, -0.0015646, -0.022788, -0.0758078, -0.207652", \
            "0.0108376, 0.0095584, 0.0063568, -0.0018628, -0.0228905, -0.0757791, -0.20755", \
            "0.0102597, 0.0089261, 0.0057226, -0.0024117, -0.023261, -0.0759407, -0.207551", \
            "0.0106296, 0.0092395, 0.0058547, -0.0025104, -0.023677, -0.0762165, -0.207631", \
            "0.0128547, 0.0113117, 0.0076362, -0.0012847, -0.0228182, -0.0760853, -0.207635", \
            "0.0218912, 0.0202201, 0.0161088, 0.0061562, -0.0172637, -0.07237, -0.205677" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0162703, 0.0177255, 0.0213128, 0.0300831, 0.0514341, 0.104021, 0.234319", \
            "0.0157146, 0.0171809, 0.0208196, 0.0296694, 0.0512398, 0.1039, 0.234243", \
            "0.0154706, 0.016833, 0.0203164, 0.0291757, 0.0507515, 0.103717, 0.23428", \
            "0.0154978, 0.0168931, 0.0203453, 0.0292427, 0.0503814, 0.102764, 0.233808", \
            "0.0170669, 0.0183889, 0.0217904, 0.0304586, 0.051624, 0.10386, 0.233893", \
            "0.0225353, 0.0238008, 0.0270974, 0.0332866, 0.0539661, 0.105215, 0.23652", \
            "0.0366073, 0.038092, 0.043427, 0.0454555, 0.0644979, 0.11336, 0.238505" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0111821, 0.0098387, 0.0064733, -0.0020404, -0.0233741, -0.0765071, -0.20842", \
            "0.0106598, 0.0093545, 0.0060502, -0.002331, -0.0235532, -0.0765833, -0.208433", \
            "0.0100931, 0.0087791, 0.0055022, -0.0028295, -0.0238838, -0.0767885, -0.20851", \
            "0.0097656, 0.0084142, 0.0050435, -0.0033431, -0.0243383, -0.0770542, -0.208685", \
            "0.0107806, 0.0093214, 0.0057847, -0.0028841, -0.024424, -0.0772868, -0.208849", \
            "0.0143826, 0.0127344, 0.008761, -0.0006817, -0.0228621, -0.0767083, -0.208796", \
            "0.0269839, 0.0250018, 0.0202743, 0.0092045, -0.0155903, -0.0719535, -0.206145" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.008646, 0.0102678, 0.0141645, 0.0233304, 0.0449107, 0.0981182, 0.229111", \
            "0.0079771, 0.0095438, 0.0133947, 0.0224967, 0.0446565, 0.0980095, 0.229384", \
            "0.00762, 0.0091132, 0.0128024, 0.0217445, 0.0438965, 0.0975, 0.226827", \
            "0.0079888, 0.009416, 0.0129108, 0.0215981, 0.0429737, 0.0960544, 0.228126", \
            "0.0099372, 0.0112378, 0.0143965, 0.0228323, 0.0437583, 0.0960967, 0.226978", \
            "0.0151373, 0.0160547, 0.0190377, 0.0265754, 0.0478101, 0.0987305, 0.227947", \
            "0.0289656, 0.0297967, 0.0320224, 0.038645, 0.0579954, 0.109196, 0.232213" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
          values ( \
            "0.0098165, 0.0085117, 0.0052378, -0.003188, -0.0244628, -0.0775769, -0.209437", \
            "0.009282, 0.0080062, 0.0047651, -0.0035463, -0.024674, -0.0776528, -0.20947", \
            "0.0087282, 0.0074103, 0.0041752, -0.0040921, -0.0250468, -0.077873, -0.209562", \
            "0.0086935, 0.007302, 0.0039599, -0.0043952, -0.0255566, -0.0781775, -0.209725", \
            "0.0103895, 0.0085822, 0.0049272, -0.0038987, -0.0251414, -0.078155, -0.209705", \
            "0.0151143, 0.0133676, 0.0092268, -0.0004482, -0.023062, -0.0773093, -0.209119", \
            "0.0307094, 0.0292248, 0.0223438, 0.0108789, -0.0141802, -0.0711386, -0.20626" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004447;
      rise_capacitance : 0.004661;
      rise_capacitance_range (0.004661, 0.004661);
      fall_capacitance : 0.004233;
      fall_capacitance_range (0.004233, 0.004233);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0088808, -0.0088732, -0.0088557, -0.0088576, -0.0088618, -0.0088717, -0.0088942" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.008904, 0.0088933, 0.0088686, 0.0088644, 0.0088546, 0.0088322, 0.0087806" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004357;
      rise_capacitance : 0.004652;
      rise_capacitance_range (0.004652, 0.004652);
      fall_capacitance : 0.004062;
      fall_capacitance_range (0.004062, 0.004062);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.008812, -0.0088093, -0.0088032, -0.0088012, -0.0087966, -0.0087862, -0.0087619" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088371, 0.0088297, 0.0088126, 0.0088089, 0.0088003, 0.0087806, 0.0087351" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004414;
      rise_capacitance : 0.004791;
      rise_capacitance_range (0.004791, 0.004791);
      fall_capacitance : 0.004037;
      fall_capacitance_range (0.004037, 0.004037);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087715, -0.008769, -0.0087632, -0.0087655, -0.0087708, -0.008783, -0.0088112" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087884, 0.0087847, 0.0087761, 0.0087773, 0.0087799, 0.0087862, 0.0088007" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004585;
      rise_capacitance : 0.004792;
      rise_capacitance_range (0.004792, 0.004792);
      fall_capacitance : 0.004379;
      fall_capacitance_range (0.004379, 0.004379);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0090216, -0.0090211, -0.00902, -0.0090187, -0.0090155, -0.0090083, -0.0089915" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0095506, 0.0095185, 0.0094446, 0.0094631, 0.0095057, 0.0096041, 0.0098307" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004467;
      rise_capacitance : 0.004593;
      rise_capacitance_range (0.004593, 0.004593);
      fall_capacitance : 0.004341;
      fall_capacitance_range (0.004341, 0.004341);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0078941, -0.0078959, -0.0079, -0.0078862, -0.0078546, -0.0077818, -0.0076137" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0106636, 0.0106641, 0.0106654, 0.0106613, 0.010652, 0.0106305, 0.010581" \
          );
        }
      }
    }
  }
  cell (scs8hd_o311ai_4) {
    area : 26.2752;
    cell_footprint : "o311ai";
    cell_leakage_power : 0.0203271;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0436895;
      when : "!A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0191095;
      when : "!A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0011543;
      when : "!A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0002093;
      when : "!A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0001294;
      when : "!A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0191095;
      when : "!A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0743645;
      when : "!A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0001423;
      when : "!A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0001294;
      when : "!A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0191095;
      when : "!A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0511817;
      when : "!A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0001419;
      when : "!A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0001295;
      when : "!A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0191095;
      when : "!A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0743544;
      when : "!A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0001413;
      when : "!A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0001294;
      when : "A1&!A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0191095;
      when : "A1&!A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0508543;
      when : "A1&!A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0001402;
      when : "A1&!A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0001294;
      when : "A1&!A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0191095;
      when : "A1&!A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0743543;
      when : "A1&!A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0001417;
      when : "A1&!A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0001294;
      when : "A1&A2&!A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0191095;
      when : "A1&A2&!A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0511795;
      when : "A1&A2&!A3&B1&C1";
    }
    leakage_power () {
      value : 0.0001405;
      when : "A1&A2&!A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0001295;
      when : "A1&A2&A3&!B1&C1";
    }
    leakage_power () {
      value : 0.0191095;
      when : "A1&A2&A3&!B1&!C1";
    }
    leakage_power () {
      value : 0.0743548;
      when : "A1&A2&A3&B1&C1";
    }
    leakage_power () {
      value : 0.0001411;
      when : "A1&A2&A3&B1&!C1";
    }
    leakage_power () {
      value : 0.0203271;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2&!A3) | (!B1) | (!C1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.199595;
      max_transition : 1.50131;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.157285, 0.161649, 0.173431, 0.204528, 0.288473, 0.512419, 1.11666", \
            "0.161812, 0.16617, 0.177973, 0.209487, 0.293227, 0.517229, 1.12141", \
            "0.172049, 0.17643, 0.188787, 0.220492, 0.304555, 0.528955, 1.13318", \
            "0.19526, 0.199226, 0.211452, 0.242643, 0.327129, 0.551649, 1.1572", \
            "0.242064, 0.246554, 0.2584, 0.289796, 0.373825, 0.598428, 1.20662", \
            "0.325489, 0.330146, 0.34413, 0.380476, 0.471678, 0.699784, 1.30449", \
            "0.498171, 0.504541, 0.520805, 0.563929, 0.669113, 0.923313, 1.5397" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.127991, 0.133914, 0.149717, 0.19327, 0.308153, 0.622675, 1.46607", \
            "0.128064, 0.133885, 0.149666, 0.19265, 0.308807, 0.622108, 1.46591", \
            "0.128226, 0.134144, 0.149893, 0.192502, 0.308309, 0.62178, 1.47081", \
            "0.127943, 0.134134, 0.149837, 0.193129, 0.308157, 0.621827, 1.47126", \
            "0.134656, 0.140287, 0.15536, 0.196731, 0.309888, 0.620542, 1.47329", \
            "0.160826, 0.167529, 0.182562, 0.223884, 0.330387, 0.628965, 1.46673", \
            "0.220949, 0.227283, 0.24322, 0.285468, 0.396939, 0.687837, 1.48843" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0436006, 0.045357, 0.0501223, 0.0620528, 0.0916859, 0.166607, 0.362513", \
            "0.0458785, 0.0475994, 0.0523246, 0.0642341, 0.0938474, 0.168664, 0.364695", \
            "0.0493337, 0.0510889, 0.0556943, 0.0675096, 0.0972214, 0.172118, 0.367885", \
            "0.0537477, 0.0554152, 0.0602122, 0.0723764, 0.102652, 0.177639, 0.373715", \
            "0.0534282, 0.0555699, 0.061513, 0.0759205, 0.109436, 0.188589, 0.385954", \
            "0.0270732, 0.0302879, 0.0378969, 0.0586147, 0.104218, 0.199215, 0.410568", \
            "-0.0740953, -0.0696389, -0.0579882, -0.0293374, 0.0369754, 0.172594, 0.43436" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.044484, 0.0462537, 0.0513059, 0.064994, 0.102359, 0.20272, 0.479372", \
            "0.044168, 0.0460778, 0.0510317, 0.064736, 0.102254, 0.202714, 0.479366", \
            "0.0444188, 0.0463582, 0.0513687, 0.0649921, 0.101854, 0.202771, 0.479687", \
            "0.048991, 0.0506983, 0.0553682, 0.0680792, 0.103476, 0.203317, 0.479356", \
            "0.0641278, 0.0654465, 0.069978, 0.081859, 0.115303, 0.209325, 0.479729", \
            "0.0991642, 0.101068, 0.105964, 0.119191, 0.153142, 0.243476, 0.496369", \
            "0.169549, 0.172172, 0.178868, 0.194802, 0.235806, 0.333286, 0.579202" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.146108, 0.150503, 0.161528, 0.193699, 0.277611, 0.502553, 1.11099", \
            "0.149426, 0.153814, 0.16565, 0.197259, 0.28142, 0.505105, 1.10933", \
            "0.159139, 0.163618, 0.175493, 0.20713, 0.291349, 0.51584, 1.1203", \
            "0.181843, 0.186489, 0.197867, 0.230106, 0.314449, 0.539633, 1.14451", \
            "0.235353, 0.240043, 0.2522, 0.283978, 0.368119, 0.594415, 1.19967", \
            "0.337501, 0.343277, 0.358571, 0.397117, 0.4923, 0.720902, 1.32655", \
            "0.548484, 0.555566, 0.574396, 0.622764, 0.739558, 1.00792, 1.6257" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.128029, 0.133719, 0.150104, 0.192673, 0.308992, 0.621691, 1.46983", \
            "0.128066, 0.133875, 0.14968, 0.192649, 0.309684, 0.621373, 1.46574", \
            "0.128077, 0.133898, 0.149617, 0.192873, 0.308456, 0.621912, 1.46887", \
            "0.128199, 0.134285, 0.150232, 0.192627, 0.309244, 0.622825, 1.46972", \
            "0.139836, 0.145355, 0.159798, 0.199717, 0.310669, 0.621708, 1.47195", \
            "0.178695, 0.184471, 0.1993, 0.239369, 0.341793, 0.631034, 1.47058", \
            "0.244168, 0.251012, 0.269107, 0.315837, 0.43184, 0.712174, 1.49126" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0423925, 0.0439018, 0.0480179, 0.0585438, 0.0857494, 0.157533, 0.350427", \
            "0.0451105, 0.0466134, 0.0506355, 0.0612121, 0.0884738, 0.160405, 0.35319", \
            "0.0487081, 0.0502734, 0.0543808, 0.0649868, 0.0923529, 0.164524, 0.357384", \
            "0.0519658, 0.0537093, 0.058272, 0.0698762, 0.0985415, 0.171073, 0.364155", \
            "0.0479281, 0.050225, 0.0562148, 0.0711271, 0.105198, 0.183355, 0.378104", \
            "0.0131535, 0.0166129, 0.0260672, 0.0474454, 0.0958177, 0.195164, 0.40747", \
            "-0.104232, -0.0992549, -0.0857252, -0.0527696, 0.0198336, 0.163866, 0.434992" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0335487, 0.0353132, 0.0399593, 0.0532596, 0.0899274, 0.191363, 0.465561", \
            "0.0333804, 0.0352447, 0.0400923, 0.0534028, 0.0898524, 0.191514, 0.465578", \
            "0.0341294, 0.0359002, 0.0404824, 0.0536773, 0.0901805, 0.190908, 0.465512", \
            "0.03925, 0.0408294, 0.0452327, 0.0578358, 0.0921912, 0.191892, 0.465677", \
            "0.055585, 0.0574013, 0.061895, 0.0734268, 0.1064, 0.19973, 0.467167", \
            "0.0902805, 0.0924525, 0.0984315, 0.112741, 0.147478, 0.237898, 0.488348", \
            "0.160111, 0.162689, 0.170259, 0.188824, 0.2329, 0.333237, 0.577649" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.119642, 0.124072, 0.135423, 0.167467, 0.251331, 0.475445, 1.07955", \
            "0.12156, 0.126023, 0.138064, 0.169847, 0.254279, 0.478563, 1.08755", \
            "0.129445, 0.133956, 0.145598, 0.178042, 0.262813, 0.487862, 1.09285", \
            "0.153857, 0.158068, 0.169946, 0.20172, 0.286172, 0.513031, 1.11712", \
            "0.217523, 0.222014, 0.234105, 0.264349, 0.347224, 0.570976, 1.17682", \
            "0.340043, 0.345902, 0.361445, 0.400907, 0.494183, 0.715025, 1.31974", \
            "0.560191, 0.567226, 0.584666, 0.639516, 0.767591, 1.04751, 1.64897" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.127976, 0.133685, 0.15002, 0.192525, 0.309284, 0.6214, 1.46692", \
            "0.127942, 0.133766, 0.149664, 0.192788, 0.308461, 0.622469, 1.4734", \
            "0.127692, 0.133516, 0.1496, 0.192438, 0.308255, 0.622568, 1.46734", \
            "0.126812, 0.132571, 0.148233, 0.191699, 0.30821, 0.62279, 1.46762", \
            "0.144046, 0.148685, 0.162329, 0.200594, 0.309229, 0.622199, 1.47102", \
            "0.18579, 0.192429, 0.210441, 0.254591, 0.353989, 0.634207, 1.47123", \
            "0.254144, 0.26354, 0.287367, 0.344056, 0.474899, 0.755013, 1.50131" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0338875, 0.0352805, 0.0390227, 0.0487104, 0.0746157, 0.143359, 0.331998", \
            "0.0366107, 0.0380388, 0.0419017, 0.0518274, 0.0775911, 0.147124, 0.333533", \
            "0.0401913, 0.041759, 0.0458397, 0.0561491, 0.0823803, 0.152114, 0.340331", \
            "0.0416706, 0.0436823, 0.0487427, 0.0609593, 0.0899654, 0.160064, 0.347377", \
            "0.0327898, 0.0356632, 0.0428712, 0.0604279, 0.0970373, 0.176159, 0.366033", \
            "-0.0098277, -0.0054278, 0.0054607, 0.0309191, 0.0858546, 0.190949, 0.402638", \
            "-0.142062, -0.135232, -0.118517, -0.0783656, 0.0042288, 0.160408, 0.442412" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0216432, 0.0233697, 0.028326, 0.0416707, 0.0778804, 0.176002, 0.443881", \
            "0.0217569, 0.0235261, 0.0282811, 0.0415906, 0.0779821, 0.17607, 0.442551", \
            "0.0236566, 0.0251844, 0.0296231, 0.0422334, 0.07797, 0.1765, 0.443749", \
            "0.0310727, 0.0325755, 0.0368235, 0.0486775, 0.0815722, 0.176927, 0.442717", \
            "0.0492383, 0.0509174, 0.0553046, 0.0674794, 0.0988492, 0.187463, 0.44423", \
            "0.0857256, 0.0876145, 0.0932143, 0.10782, 0.143524, 0.230347, 0.467558", \
            "0.160733, 0.163356, 0.169899, 0.187284, 0.231444, 0.331885, 0.568534" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0350039, 0.0366302, 0.0409864, 0.052428, 0.0823811, 0.162593, 0.378524", \
            "0.0394359, 0.0411154, 0.0455469, 0.0571195, 0.0873737, 0.167668, 0.385471", \
            "0.0519088, 0.0535041, 0.0577645, 0.0691131, 0.0991343, 0.179717, 0.396061", \
            "0.0787516, 0.08087, 0.0863226, 0.0993396, 0.129438, 0.209733, 0.42512", \
            "0.124064, 0.127203, 0.1351, 0.154501, 0.196849, 0.280059, 0.495645", \
            "0.205657, 0.210256, 0.220944, 0.249544, 0.31166, 0.432409, 0.660611", \
            "0.370097, 0.375852, 0.390436, 0.428382, 0.514485, 0.692374, 1.01781" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0286519, 0.0308166, 0.0364673, 0.0523186, 0.0948474, 0.210327, 0.525001", \
            "0.0286841, 0.0307633, 0.0365279, 0.0522258, 0.0949305, 0.209952, 0.525714", \
            "0.03032, 0.0321876, 0.0373578, 0.0523062, 0.0947148, 0.210456, 0.523076", \
            "0.0435375, 0.0453518, 0.0498346, 0.0614899, 0.0977026, 0.210654, 0.52412", \
            "0.0661583, 0.0689589, 0.0759632, 0.0918468, 0.12574, 0.219934, 0.523711", \
            "0.102285, 0.106586, 0.116883, 0.140724, 0.190746, 0.286812, 0.542721", \
            "0.165929, 0.171273, 0.187267, 0.219255, 0.293455, 0.437104, 0.693592" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0234934, 0.024671, 0.0278147, 0.0359637, 0.0573615, 0.114985, 0.272945", \
            "0.0260546, 0.0272632, 0.030468, 0.0388311, 0.0605473, 0.118239, 0.274353", \
            "0.0295936, 0.0311855, 0.0352486, 0.0446684, 0.0668878, 0.124976, 0.281255", \
            "0.030867, 0.0330548, 0.0385782, 0.0515877, 0.0794588, 0.14025, 0.296837", \
            "0.020363, 0.023731, 0.0320149, 0.0512506, 0.091775, 0.16925, 0.332667", \
            "-0.0197566, -0.0150388, -0.0028913, 0.024937, 0.083963, 0.197435, 0.406385", \
            "-0.131432, -0.124934, -0.107769, -0.0677421, 0.0162576, 0.180193, 0.479088" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.016633, 0.0180895, 0.0221448, 0.0332245, 0.0631293, 0.144569, 0.36741", \
            "0.0170001, 0.01841, 0.0222968, 0.0331517, 0.06336, 0.145009, 0.366459", \
            "0.0218612, 0.0232119, 0.0265526, 0.0358163, 0.0640389, 0.144672, 0.365958", \
            "0.0319111, 0.0334307, 0.0374307, 0.0473215, 0.0730115, 0.14699, 0.366289", \
            "0.050849, 0.0527862, 0.0579161, 0.0705806, 0.0999623, 0.16934, 0.371175", \
            "0.0867255, 0.0891859, 0.0954562, 0.111855, 0.150343, 0.232945, 0.422414", \
            "0.154714, 0.158433, 0.166135, 0.188001, 0.237608, 0.347442, 0.567506" \
          );
        }
      }
      timing () {
        related_pin : "C1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0220201, 0.023645, 0.027795, 0.0385734, 0.065889, 0.138817, 0.334109", \
            "0.0270439, 0.0285884, 0.0326404, 0.0431626, 0.0707897, 0.143096, 0.340403", \
            "0.0391023, 0.040913, 0.045216, 0.0553492, 0.0829657, 0.156063, 0.350691", \
            "0.0586652, 0.0613938, 0.0679972, 0.0829123, 0.112597, 0.18485, 0.381236", \
            "0.0929902, 0.0967861, 0.106279, 0.12824, 0.173127, 0.254292, 0.448694", \
            "0.159605, 0.164712, 0.177723, 0.208477, 0.273333, 0.395713, 0.608959", \
            "0.295587, 0.303061, 0.320839, 0.363315, 0.45266, 0.630098, 0.95033" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0172166, 0.0190208, 0.0242297, 0.038233, 0.0762917, 0.180162, 0.462529", \
            "0.0172596, 0.0191221, 0.0242624, 0.0383133, 0.0763365, 0.180184, 0.461298", \
            "0.0228402, 0.0240626, 0.0277813, 0.0394863, 0.0763337, 0.180022, 0.462066", \
            "0.0358155, 0.0379026, 0.0421821, 0.0529615, 0.0821844, 0.180108, 0.463176", \
            "0.0553938, 0.0582044, 0.0656842, 0.0822232, 0.114981, 0.194332, 0.461955", \
            "0.0907319, 0.0938568, 0.103706, 0.127503, 0.177385, 0.270211, 0.487869", \
            "0.160412, 0.165328, 0.177095, 0.206417, 0.27691, 0.41444, 0.657879" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0174355, 0.018638, 0.0217768, 0.0301436, 0.0516389, 0.109363, 0.266871", \
            "0.0203224, 0.0214641, 0.0245652, 0.0328748, 0.0548222, 0.112521, 0.270703", \
            "0.0239799, 0.0257138, 0.030075, 0.0399963, 0.0619989, 0.120035, 0.276273", \
            "0.0243085, 0.026811, 0.033116, 0.0475494, 0.0773657, 0.137531, 0.294839", \
            "0.0144744, 0.0180049, 0.0268879, 0.0476669, 0.0914465, 0.174313, 0.335385", \
            "-0.0216555, -0.0167245, -0.0043351, 0.0245216, 0.0854125, 0.207338, 0.426705", \
            "-0.12515, -0.118236, -0.1007, -0.059096, 0.0272107, 0.195844, 0.516603" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0163479, 0.0177978, 0.0219527, 0.0330671, 0.0633555, 0.144625, 0.366345", \
            "0.0171323, 0.0184626, 0.0221697, 0.0328552, 0.0633628, 0.144888, 0.36777", \
            "0.022573, 0.0242596, 0.0283917, 0.0372268, 0.0640587, 0.144557, 0.366004", \
            "0.0319713, 0.033872, 0.038856, 0.0509457, 0.0782814, 0.148278, 0.367968", \
            "0.0498688, 0.0525552, 0.0592539, 0.0753697, 0.109793, 0.181769, 0.373403", \
            "0.0839403, 0.0875954, 0.0966828, 0.118295, 0.167002, 0.259272, 0.446297", \
            "0.150702, 0.155576, 0.168578, 0.201457, 0.260891, 0.386609, 0.629539" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0729265, 0.0745602, 0.079031, 0.0910716, 0.123528, 0.211008, 0.448177", \
            "0.0723781, 0.0740589, 0.0785054, 0.0905376, 0.123142, 0.210602, 0.447928", \
            "0.071821, 0.073367, 0.0779176, 0.0900179, 0.122585, 0.210355, 0.447167", \
            "0.0713014, 0.0729719, 0.0773779, 0.0894987, 0.122149, 0.209909, 0.447038", \
            "0.0708254, 0.0724308, 0.0769086, 0.0890018, 0.121675, 0.20929, 0.446671", \
            "0.0712127, 0.0729144, 0.0773648, 0.0895414, 0.12156, 0.209315, 0.446434", \
            "0.0795201, 0.0809163, 0.084796, 0.0958418, 0.128058, 0.214051, 0.448844" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0353301, 0.0336663, 0.0292807, 0.0173744, -0.014864, -0.102697, -0.341785", \
            "0.0346922, 0.033099, 0.0286829, 0.0167666, -0.0154731, -0.103308, -0.342378", \
            "0.0339897, 0.0323959, 0.0280124, 0.0161564, -0.0160777, -0.103856, -0.342894", \
            "0.0334098, 0.0318278, 0.0274297, 0.0156233, -0.0166498, -0.10438, -0.343374", \
            "0.0330576, 0.0314133, 0.0271138, 0.0152467, -0.0167714, -0.104455, -0.343415", \
            "0.0364404, 0.0347747, 0.0301504, 0.0179774, -0.0149296, -0.103741, -0.343055", \
            "0.049847, 0.0480028, 0.0430521, 0.0298523, -0.0050468, -0.0964971, -0.339145" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0631375, 0.0647703, 0.0691629, 0.0812035, 0.113736, 0.201205, 0.438485", \
            "0.0623125, 0.0640095, 0.068501, 0.0805427, 0.113118, 0.200689, 0.437491", \
            "0.0614525, 0.0631606, 0.0676776, 0.0798149, 0.112553, 0.200235, 0.437163", \
            "0.0609253, 0.0626201, 0.0669709, 0.0791291, 0.111791, 0.199758, 0.437104", \
            "0.0604395, 0.062111, 0.0665918, 0.0786373, 0.111221, 0.199278, 0.436611", \
            "0.0622425, 0.063866, 0.0682269, 0.080013, 0.112438, 0.199868, 0.436498", \
            "0.0748639, 0.0762961, 0.0802063, 0.0909603, 0.121434, 0.206325, 0.441053" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0284304, 0.0268023, 0.0224051, 0.0104899, -0.0219096, -0.109934, -0.34939", \
            "0.0281712, 0.0265733, 0.0222379, 0.010369, -0.0220027, -0.110038, -0.349445", \
            "0.0274641, 0.0259048, 0.0216276, 0.0098955, -0.0222941, -0.110253, -0.349579", \
            "0.0264213, 0.0248525, 0.0206257, 0.0089851, -0.0229477, -0.110638, -0.349733", \
            "0.026436, 0.0248187, 0.0205167, 0.0082171, -0.0235314, -0.111012, -0.349783", \
            "0.0292712, 0.0275909, 0.0231444, 0.0108925, -0.0219092, -0.110461, -0.349679", \
            "0.0421281, 0.0402035, 0.035312, 0.0222131, -0.0123555, -0.103652, -0.346172" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.05344, 0.0550905, 0.0595048, 0.0716032, 0.104052, 0.191705, 0.428943", \
            "0.0522017, 0.0538799, 0.0584581, 0.0706581, 0.103327, 0.19105, 0.428028", \
            "0.0508905, 0.05267, 0.0571555, 0.0694704, 0.102441, 0.190432, 0.42797", \
            "0.0505523, 0.0521939, 0.0566331, 0.0687974, 0.101631, 0.189982, 0.427205", \
            "0.0516826, 0.0532508, 0.0575762, 0.0694053, 0.101776, 0.189465, 0.426648", \
            "0.0576847, 0.0591077, 0.0632545, 0.0744612, 0.105725, 0.19193, 0.427821", \
            "0.0770859, 0.0771388, 0.0795723, 0.0901911, 0.11936, 0.203273, 0.43584" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0211061, 0.0195334, 0.0153268, 0.0035578, -0.028747, -0.116975, -0.356548", \
            "0.020481, 0.019012, 0.0149338, 0.0034669, -0.0286061, -0.116593, -0.356109", \
            "0.0194262, 0.018028, 0.0140126, 0.0028539, -0.0287336, -0.116387, -0.355701", \
            "0.018301, 0.0168522, 0.0128363, 0.0017022, -0.0295207, -0.116672, -0.355647", \
            "0.018848, 0.0172869, 0.013071, 0.0012878, -0.0304309, -0.117274, -0.355837", \
            "0.022573, 0.0208623, 0.016135, 0.0037397, -0.0289343, -0.117168, -0.355853", \
            "0.037319, 0.0353618, 0.0301897, 0.0162671, -0.0194971, -0.111184, -0.35301" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0301151, 0.0318616, 0.0364527, 0.0488225, 0.0814333, 0.16903, 0.405541", \
            "0.0287846, 0.0305089, 0.0352128, 0.0477026, 0.0807303, 0.168612, 0.405797", \
            "0.0277206, 0.0294275, 0.0341619, 0.0466826, 0.0797532, 0.167764, 0.40525", \
            "0.0277117, 0.0292908, 0.0337514, 0.045985, 0.0786365, 0.166831, 0.404721", \
            "0.0302809, 0.0318233, 0.035889, 0.047551, 0.0797674, 0.165908, 0.403337", \
            "0.0382429, 0.0398072, 0.043991, 0.0571394, 0.0863198, 0.173382, 0.404441", \
            "0.061109, 0.0625094, 0.0672631, 0.0756354, 0.105097, 0.190202, 0.41336" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0200384, 0.0185206, 0.0143161, 0.0026055, -0.0297063, -0.117881, -0.35748", \
            "0.0189997, 0.0175115, 0.013417, 0.0019319, -0.0300675, -0.118042, -0.357524", \
            "0.0178291, 0.0163174, 0.0122383, 0.0008936, -0.0307745, -0.118414, -0.357679", \
            "0.0170821, 0.0155668, 0.0113073, -0.0001339, -0.0317678, -0.119053, -0.357991", \
            "0.0187854, 0.0170983, 0.0126757, 0.0005169, -0.0320645, -0.119584, -0.358278", \
            "0.0252446, 0.0232996, 0.0181897, 0.004965, -0.0289974, -0.118765, -0.358189", \
            "0.0472616, 0.0446704, 0.0385853, 0.0229768, -0.0156349, -0.109872, -0.354006" \
          );
        }
      }
      internal_power () {
        related_pin : "C1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0126058, 0.0145386, 0.0196504, 0.0327066, 0.0659334, 0.15359, 0.392774", \
            "0.0116279, 0.0135293, 0.0184897, 0.0315001, 0.0652225, 0.153851, 0.390186", \
            "0.0111738, 0.0128959, 0.0175694, 0.0299957, 0.0637543, 0.153121, 0.391899", \
            "0.0119621, 0.013604, 0.0179837, 0.0301011, 0.0625906, 0.151326, 0.39042", \
            "0.0155123, 0.0169436, 0.0208851, 0.0321256, 0.064153, 0.149973, 0.387818", \
            "0.0252732, 0.0267949, 0.0303333, 0.0414756, 0.0719797, 0.158057, 0.391563", \
            "0.0535029, 0.0548454, 0.0575698, 0.0731254, 0.0926695, 0.1744, 0.402435" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0161882, 0.0147035, 0.0106209, -0.0008486, -0.0329613, -0.121022, -0.360546", \
            "0.0151458, 0.0136689, 0.0096232, -0.0016107, -0.0334127, -0.121247, -0.360626", \
            "0.0142773, 0.0127703, 0.0086254, -0.0026577, -0.0342319, -0.121707, -0.360841", \
            "0.0143033, 0.0126899, 0.0083387, -0.0032645, -0.034892, -0.122186, -0.361091", \
            "0.0173026, 0.0155325, 0.0107665, -0.0016947, -0.0343371, -0.122082, -0.361201", \
            "0.0285203, 0.0264238, 0.0209227, 0.0071356, -0.0292764, -0.119957, -0.360641", \
            "0.0568594, 0.0547157, 0.0495731, 0.0298386, -0.0100568, -0.106837, -0.353267" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008647;
      rise_capacitance : 0.009096;
      rise_capacitance_range (0.009096, 0.009096);
      fall_capacitance : 0.008197;
      fall_capacitance_range (0.008197, 0.008197);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0174573, -0.0174588, -0.0174624, -0.0174662, -0.0174751, -0.0174956, -0.0175428" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0174685, 0.0174673, 0.0174643, 0.0174653, 0.0174678, 0.0174734, 0.0174863" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008443;
      rise_capacitance : 0.009055;
      rise_capacitance_range (0.009055, 0.009055);
      fall_capacitance : 0.007831;
      fall_capacitance_range (0.007831, 0.007831);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0174521, -0.0174515, -0.0174501, -0.0174395, -0.0174149, -0.0173581, -0.0172275" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0174228, 0.0174267, 0.0174357, 0.0174309, 0.0174199, 0.0173946, 0.0173361" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008562;
      rise_capacitance : 0.009281;
      rise_capacitance_range (0.009281, 0.009281);
      fall_capacitance : 0.007843;
      fall_capacitance_range (0.007843, 0.007843);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0175462, -0.0175456, -0.0175444, -0.0175469, -0.0175527, -0.0175662, -0.0175972" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0175512, 0.0175502, 0.0175478, 0.0175494, 0.0175529, 0.017561, 0.0175797" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008592;
      rise_capacitance : 0.008939;
      rise_capacitance_range (0.008939, 0.008939);
      fall_capacitance : 0.008246;
      fall_capacitance_range (0.008246, 0.008246);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0173453, -0.0173384, -0.0173226, -0.0173216, -0.0173193, -0.017314, -0.0173019" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.018822, 0.0187408, 0.0185537, 0.0185958, 0.0186928, 0.0189164, 0.0194317" \
          );
        }
      }
    }
    pin (C1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008618;
      rise_capacitance : 0.008848;
      rise_capacitance_range (0.008848, 0.008848);
      fall_capacitance : 0.008388;
      fall_capacitance_range (0.008388, 0.008388);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0142347, -0.0142302, -0.0142198, -0.0141935, -0.0141326, -0.0139922, -0.0136686" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0205458, 0.0205514, 0.0205643, 0.0205653, 0.0205677, 0.0205732, 0.020586" \
          );
        }
      }
    }
  }
  cell (scs8hd_o31a_1) {
    area : 8.7584;
    cell_footprint : "o31a";
    cell_leakage_power : 0.0085693;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0064544;
      when : "!A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0176225;
      when : "!A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0124269;
      when : "!A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 0.0062285;
      when : "!A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0066051;
      when : "!A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0062285;
      when : "!A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0124254;
      when : "!A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0062285;
      when : "!A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0065193;
      when : "A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0062284;
      when : "A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0124255;
      when : "A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 0.0062285;
      when : "A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0066049;
      when : "A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0062285;
      when : "A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0124254;
      when : "A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0062285;
      when : "A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0085693;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1) | (A2&B1) | (A3&B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.199595;
      max_transition : 1.51068;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0589028, 0.0645378, 0.0780968, 0.111597, 0.199527, 0.439971, 1.09051", \
            "0.0619784, 0.0676158, 0.081133, 0.11466, 0.202747, 0.443178, 1.09662", \
            "0.0685022, 0.0740607, 0.0874828, 0.120986, 0.209271, 0.448985, 1.10047", \
            "0.0792252, 0.084901, 0.0984978, 0.1321, 0.220988, 0.460873, 1.11207", \
            "0.0867796, 0.0929205, 0.107001, 0.140719, 0.229766, 0.469672, 1.12123", \
            "0.0714297, 0.0789578, 0.0948843, 0.12957, 0.218306, 0.45888, 1.10916", \
            "-0.0114638, -0.0020445, 0.0177913, 0.0562712, 0.145289, 0.384957, 1.03599" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0187989, 0.0248613, 0.0413168, 0.0870388, 0.213847, 0.559842, 1.49759", \
            "0.0187316, 0.0248074, 0.0413598, 0.0868664, 0.213957, 0.558849, 1.50021", \
            "0.0185543, 0.0246781, 0.0412443, 0.0868669, 0.213478, 0.56015, 1.50095", \
            "0.0194212, 0.0253793, 0.0416418, 0.0871125, 0.213609, 0.560055, 1.49934", \
            "0.0224979, 0.027907, 0.043268, 0.0876902, 0.213558, 0.560181, 1.49993", \
            "0.0280754, 0.0343655, 0.0481469, 0.0894467, 0.213813, 0.557105, 1.4993", \
            "0.0365757, 0.0438277, 0.0591095, 0.0972207, 0.215254, 0.560439, 1.49342" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.154233, 0.160355, 0.173419, 0.198429, 0.247027, 0.355215, 0.630796", \
            "0.158379, 0.164491, 0.177492, 0.202549, 0.251303, 0.359477, 0.634913", \
            "0.168982, 0.175072, 0.188118, 0.212805, 0.261922, 0.370135, 0.645813", \
            "0.192516, 0.198629, 0.211662, 0.236597, 0.285568, 0.393979, 0.669707", \
            "0.241742, 0.247915, 0.261131, 0.2863, 0.335394, 0.443792, 0.719558", \
            "0.331072, 0.337853, 0.352319, 0.380106, 0.431997, 0.542939, 0.819151", \
            "0.512731, 0.520633, 0.537236, 0.568998, 0.626768, 0.742671, 1.01709" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0251225, 0.029538, 0.0388175, 0.0581312, 0.104328, 0.226321, 0.578564", \
            "0.0252179, 0.0294436, 0.0383925, 0.0581152, 0.104213, 0.226318, 0.586366", \
            "0.025254, 0.0295688, 0.0383765, 0.0580679, 0.103582, 0.227444, 0.57825", \
            "0.0252275, 0.0295974, 0.0384225, 0.0578145, 0.104062, 0.226152, 0.57836", \
            "0.0264821, 0.0306088, 0.0397744, 0.0584179, 0.104529, 0.227439, 0.578618", \
            "0.0303943, 0.0349413, 0.0445625, 0.0650288, 0.110809, 0.231304, 0.578729", \
            "0.0384204, 0.0432522, 0.0539742, 0.0752273, 0.120674, 0.238809, 0.582186" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0575534, 0.0631016, 0.0766302, 0.110541, 0.199985, 0.440881, 1.09468", \
            "0.0606812, 0.0662276, 0.079747, 0.113677, 0.203001, 0.444738, 1.09544", \
            "0.0669709, 0.0725014, 0.0859221, 0.119796, 0.209135, 0.450183, 1.10302", \
            "0.0763977, 0.0821475, 0.0957746, 0.12958, 0.219344, 0.459881, 1.11284", \
            "0.0813822, 0.0875762, 0.101767, 0.135772, 0.225226, 0.466015, 1.11885", \
            "0.0614538, 0.0691476, 0.0851852, 0.120122, 0.209477, 0.450855, 1.10505", \
            "-0.0308885, -0.0216465, -0.0008736, 0.0386526, 0.128186, 0.369271, 1.02104" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0179131, 0.0238455, 0.0402175, 0.0860948, 0.212979, 0.560454, 1.5025", \
            "0.0179013, 0.0238326, 0.0402311, 0.0859901, 0.213727, 0.560316, 1.50063", \
            "0.0178388, 0.0238581, 0.0402055, 0.0861747, 0.213538, 0.560381, 1.49806", \
            "0.018978, 0.024818, 0.0411241, 0.0864297, 0.213773, 0.559886, 1.49526", \
            "0.0222431, 0.0277655, 0.0427386, 0.0869895, 0.213139, 0.55812, 1.4967", \
            "0.02825, 0.0340166, 0.0483034, 0.089324, 0.214019, 0.558406, 1.50012", \
            "0.0370786, 0.0449162, 0.060504, 0.0977352, 0.215659, 0.559415, 1.49274" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.142836, 0.148962, 0.161963, 0.187045, 0.235845, 0.344297, 0.620045", \
            "0.146518, 0.152638, 0.165687, 0.190482, 0.239742, 0.348288, 0.624083", \
            "0.156993, 0.163089, 0.176164, 0.201198, 0.250086, 0.358538, 0.634336", \
            "0.1819, 0.18801, 0.200996, 0.226012, 0.275258, 0.383806, 0.659667", \
            "0.23796, 0.244232, 0.257603, 0.282945, 0.331955, 0.440561, 0.716391", \
            "0.344019, 0.351167, 0.366172, 0.394724, 0.447442, 0.557157, 0.833346", \
            "0.551672, 0.559893, 0.577493, 0.611044, 0.670734, 0.786003, 1.06161" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0252112, 0.0294487, 0.0383723, 0.0575925, 0.104009, 0.227208, 0.578004", \
            "0.0252092, 0.0295489, 0.0384167, 0.0579537, 0.103651, 0.226956, 0.57842", \
            "0.0252525, 0.0295523, 0.0387042, 0.0579386, 0.103908, 0.226325, 0.578516", \
            "0.0252156, 0.0295004, 0.038511, 0.057682, 0.104121, 0.22742, 0.57825", \
            "0.0268609, 0.0309692, 0.039682, 0.0590064, 0.10484, 0.22732, 0.578785", \
            "0.0326699, 0.0370298, 0.0466634, 0.0663968, 0.11107, 0.231489, 0.58397", \
            "0.0424096, 0.0476777, 0.0592728, 0.0802659, 0.123344, 0.239031, 0.582849" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0487715, 0.0540369, 0.0671648, 0.100843, 0.190138, 0.432336, 1.08421", \
            "0.0521752, 0.0574755, 0.0705605, 0.10428, 0.193799, 0.435459, 1.08923", \
            "0.0589595, 0.0641742, 0.0772033, 0.110876, 0.200436, 0.440549, 1.10091", \
            "0.067203, 0.0727095, 0.08597, 0.119628, 0.209096, 0.451045, 1.10272", \
            "0.0683193, 0.0745389, 0.0886439, 0.12231, 0.211899, 0.453016, 1.10667", \
            "0.0424366, 0.0501887, 0.0670153, 0.101974, 0.191213, 0.433582, 1.08384", \
            "-0.0593947, -0.0491643, -0.027318, 0.0138935, 0.103474, 0.34464, 0.99742" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0165402, 0.0224204, 0.0390342, 0.0855015, 0.213222, 0.5629, 1.50062", \
            "0.0165254, 0.0224976, 0.0389598, 0.0853976, 0.213327, 0.5624, 1.50863", \
            "0.0167282, 0.0226728, 0.0391124, 0.0855103, 0.21303, 0.560507, 1.5032", \
            "0.01854, 0.0241308, 0.0400503, 0.0856867, 0.213411, 0.562569, 1.49747", \
            "0.0226169, 0.0280772, 0.0425574, 0.0865491, 0.212371, 0.559493, 1.50541", \
            "0.0296225, 0.0361863, 0.0497502, 0.0893422, 0.213894, 0.558488, 1.50347", \
            "0.040268, 0.0477853, 0.0642622, 0.100987, 0.216467, 0.561307, 1.49588" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.119881, 0.126037, 0.139006, 0.164216, 0.213515, 0.322072, 0.59803", \
            "0.12206, 0.128178, 0.141254, 0.166384, 0.21564, 0.324254, 0.600053", \
            "0.131408, 0.137505, 0.150638, 0.175703, 0.225203, 0.333763, 0.609752", \
            "0.157695, 0.163811, 0.176854, 0.201996, 0.25146, 0.360058, 0.636166", \
            "0.220976, 0.227224, 0.240332, 0.265409, 0.314838, 0.423203, 0.698986", \
            "0.335213, 0.342633, 0.35819, 0.387315, 0.43906, 0.549469, 0.825511", \
            "0.541765, 0.550968, 0.569009, 0.604337, 0.663045, 0.775834, 1.05293" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0254024, 0.0294972, 0.0383376, 0.0580248, 0.103992, 0.227215, 0.583938", \
            "0.0252009, 0.0295047, 0.0387269, 0.0579914, 0.103636, 0.227043, 0.578657", \
            "0.0254978, 0.0296564, 0.038708, 0.0576817, 0.103585, 0.227248, 0.578411", \
            "0.0251705, 0.0294452, 0.0388669, 0.0575105, 0.103656, 0.227448, 0.57786", \
            "0.0271413, 0.031247, 0.040009, 0.0587085, 0.104173, 0.226705, 0.579728", \
            "0.0355302, 0.0403703, 0.0501298, 0.0680251, 0.109933, 0.231547, 0.582778", \
            "0.0467227, 0.0521567, 0.0637589, 0.0856368, 0.124357, 0.235667, 0.584288" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0384776, 0.0435191, 0.0563265, 0.0896372, 0.178661, 0.419551, 1.07129", \
            "0.0419103, 0.0469331, 0.0597016, 0.0929657, 0.182252, 0.422192, 1.07553", \
            "0.0486285, 0.0536909, 0.0662597, 0.0995956, 0.189558, 0.431226, 1.08609", \
            "0.0546316, 0.059813, 0.0725401, 0.106093, 0.196218, 0.438385, 1.09048", \
            "0.0536953, 0.0595777, 0.0727519, 0.105922, 0.195267, 0.437132, 1.08943", \
            "0.0305415, 0.0380529, 0.053429, 0.0866982, 0.175552, 0.417374, 1.07095", \
            "-0.0533133, -0.0435761, -0.0229301, 0.0159351, 0.10542, 0.34773, 0.999953" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0155093, 0.0215699, 0.0383455, 0.0853969, 0.214009, 0.563133, 1.4982", \
            "0.0154914, 0.021575, 0.0383251, 0.0853531, 0.213046, 0.558495, 1.49533", \
            "0.0160268, 0.0219635, 0.0385069, 0.0852549, 0.214382, 0.561096, 1.51068", \
            "0.0176328, 0.0231566, 0.0393977, 0.0854739, 0.212651, 0.56423, 1.50014", \
            "0.0213808, 0.026585, 0.041119, 0.0861263, 0.212574, 0.560558, 1.50017", \
            "0.0281941, 0.033859, 0.0472262, 0.0878967, 0.213185, 0.557916, 1.50116", \
            "0.038904, 0.0463602, 0.0620676, 0.0993716, 0.217126, 0.561295, 1.50023" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.044318, 0.0477577, 0.0552198, 0.0714054, 0.109657, 0.210675, 0.485039", \
            "0.0491288, 0.0525554, 0.0600264, 0.0762254, 0.114559, 0.215372, 0.489649", \
            "0.0618277, 0.0652433, 0.0727252, 0.0889758, 0.12726, 0.22806, 0.503164", \
            "0.0876449, 0.0915075, 0.0996826, 0.116296, 0.154956, 0.255762, 0.53189", \
            "0.129818, 0.134541, 0.144255, 0.16318, 0.20317, 0.304553, 0.58264", \
            "0.204199, 0.209823, 0.221902, 0.244767, 0.287361, 0.389216, 0.662607", \
            "0.350249, 0.357124, 0.371939, 0.400081, 0.450456, 0.553428, 0.827648" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0108664, 0.0134793, 0.0200578, 0.0369218, 0.0835463, 0.21428, 0.581469", \
            "0.0109134, 0.0135276, 0.020123, 0.0369587, 0.0836582, 0.217113, 0.573188", \
            "0.0110707, 0.0136505, 0.0202463, 0.0369252, 0.0836774, 0.213894, 0.574386", \
            "0.0134874, 0.0160887, 0.0222914, 0.0383839, 0.0837957, 0.214674, 0.572418", \
            "0.0181178, 0.0212537, 0.0281941, 0.0431999, 0.0861073, 0.214699, 0.57395", \
            "0.0240783, 0.0277683, 0.0357479, 0.0518664, 0.0918348, 0.216927, 0.575402", \
            "0.0337719, 0.0382773, 0.0478906, 0.0667072, 0.104618, 0.221364, 0.578423" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0168472, 0.0185876, 0.023115, 0.034979, 0.0668277, 0.153433, 0.392205", \
            "0.0167048, 0.0184414, 0.0229795, 0.0348501, 0.0667366, 0.154266, 0.391764", \
            "0.0165916, 0.0183185, 0.022837, 0.0347165, 0.0666272, 0.153502, 0.392065", \
            "0.0164641, 0.0181725, 0.0226633, 0.0345896, 0.0666017, 0.154342, 0.390118", \
            "0.016912, 0.0185313, 0.0227853, 0.0346159, 0.0666287, 0.153717, 0.392029", \
            "0.0180111, 0.0196337, 0.0239768, 0.0357913, 0.0676117, 0.154113, 0.390716", \
            "0.0221182, 0.023601, 0.0277976, 0.0393329, 0.0713646, 0.157994, 0.394875" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0169779, 0.0157297, 0.0124738, 0.0021541, -0.0292604, -0.117458, -0.357304", \
            "0.0167888, 0.0154788, 0.0121475, 0.0019741, -0.0295182, -0.117695, -0.357463", \
            "0.0165224, 0.0152217, 0.0119612, 0.0017379, -0.0297414, -0.117934, -0.357684", \
            "0.0163325, 0.0150657, 0.0118009, 0.0015498, -0.029887, -0.118108, -0.357846", \
            "0.0163613, 0.0150642, 0.0117417, 0.0014316, -0.0299499, -0.118102, -0.357833", \
            "0.0203508, 0.0185796, 0.0139599, 0.0017689, -0.0296731, -0.11772, -0.35747", \
            "0.0249385, 0.0230246, 0.018219, 0.0059047, -0.0268977, -0.115471, -0.35484" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0154344, 0.0171657, 0.0217763, 0.0339366, 0.0664181, 0.153669, 0.392433", \
            "0.015374, 0.017105, 0.0217143, 0.0338741, 0.0662727, 0.154363, 0.392371", \
            "0.015241, 0.0169651, 0.0215234, 0.0336715, 0.0661074, 0.153581, 0.390512", \
            "0.0149793, 0.0166934, 0.0212108, 0.0333194, 0.0660605, 0.153969, 0.390206", \
            "0.0152785, 0.0169096, 0.0213115, 0.0332607, 0.0655082, 0.153242, 0.390043", \
            "0.0162381, 0.0178404, 0.0222119, 0.0341686, 0.0662064, 0.15323, 0.392335", \
            "0.0199872, 0.021384, 0.0256706, 0.0374067, 0.0696512, 0.156667, 0.394028" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0147708, 0.0135199, 0.0101446, 2.95e-05, -0.0312894, -0.119323, -0.358995", \
            "0.0145572, 0.0132878, 0.0100302, -0.0001762, -0.0315034, -0.119578, -0.35921", \
            "0.0143831, 0.0131126, 0.0098347, -0.0004099, -0.0316706, -0.119694, -0.359406", \
            "0.0142088, 0.0129018, 0.0096396, -0.0005681, -0.0318522, -0.119912, -0.35949", \
            "0.0141696, 0.0128726, 0.0095706, -0.0006544, -0.0318283, -0.119868, -0.359502", \
            "0.0185475, 0.016733, 0.012072, -0.0001611, -0.0313068, -0.119253, -0.35886", \
            "0.0240238, 0.0220723, 0.0171883, 0.0048186, -0.0279916, -0.116517, -0.355825" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.013669, 0.0154163, 0.0200472, 0.0322193, 0.0646306, 0.152282, 0.388759", \
            "0.0135861, 0.0153326, 0.019949, 0.0321076, 0.064565, 0.152008, 0.391097", \
            "0.0133849, 0.0150675, 0.0196717, 0.0318128, 0.0643356, 0.151908, 0.390036", \
            "0.0131361, 0.0148192, 0.019339, 0.0313984, 0.0642339, 0.151636, 0.3863", \
            "0.0134654, 0.0150802, 0.0195454, 0.0313651, 0.0636027, 0.151254, 0.388624", \
            "0.0146687, 0.0162905, 0.0206079, 0.0325598, 0.0646201, 0.152053, 0.391077", \
            "0.0194813, 0.0209391, 0.0250781, 0.036636, 0.0686129, 0.1562, 0.391328" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0124086, 0.0111393, 0.0078025, -0.0023043, -0.0334813, -0.121379, -0.360947", \
            "0.0120615, 0.0107881, 0.0075243, -0.0026784, -0.0337771, -0.121652, -0.361216", \
            "0.0118263, 0.0105605, 0.0073044, -0.0029189, -0.0340223, -0.121896, -0.361425", \
            "0.0117567, 0.0104896, 0.0072483, -0.0029254, -0.0340918, -0.121995, -0.361512", \
            "0.0126466, 0.0112914, 0.0077881, -0.0022913, -0.0335537, -0.121556, -0.361094", \
            "0.0185108, 0.0166864, 0.0119535, -0.0003405, -0.0317926, -0.11973, -0.359374", \
            "0.0253828, 0.0237085, 0.0184046, 0.0061451, -0.0266763, -0.115438, -0.354921" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0110147, 0.0127401, 0.0173243, 0.0293885, 0.0620152, 0.149998, 0.38359", \
            "0.0107781, 0.0124942, 0.0170606, 0.0291382, 0.0613436, 0.147927, 0.385583", \
            "0.0105364, 0.0122294, 0.0166867, 0.0287865, 0.0612959, 0.149097, 0.388317", \
            "0.0105075, 0.0121434, 0.0165569, 0.0285383, 0.0609206, 0.148659, 0.38511", \
            "0.0115209, 0.0131749, 0.0175937, 0.029356, 0.0615422, 0.148969, 0.385465", \
            "0.0146791, 0.0162939, 0.0207244, 0.0324982, 0.0644713, 0.151473, 0.390449", \
            "0.02376, 0.0252926, 0.0296143, 0.0412406, 0.0733883, 0.160901, 0.396002" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0098938, 0.0086949, 0.0050242, -0.0064157, -0.0387745, -0.127067, -0.36666", \
            "0.0095135, 0.008314, 0.0046354, -0.0067959, -0.0391209, -0.1274, -0.367009", \
            "0.0093626, 0.0081019, 0.0044178, -0.0069869, -0.0392995, -0.12754, -0.367164", \
            "0.0093954, 0.0080864, 0.0043951, -0.0069386, -0.0391583, -0.127413, -0.366977", \
            "0.0112171, 0.0096185, 0.005406, -0.0063513, -0.0382582, -0.126407, -0.366009", \
            "0.0145885, 0.0128777, 0.0084234, -0.0034104, -0.0357628, -0.123461, -0.363052", \
            "0.023425, 0.0215777, 0.0170206, 0.005075, -0.0276509, -0.115894, -0.355242" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002398;
      rise_capacitance : 0.002528;
      rise_capacitance_range (0.002528, 0.002528);
      fall_capacitance : 0.002268;
      fall_capacitance_range (0.002268, 0.002268);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046589, -0.0046595, -0.0046608, -0.0046611, -0.004662, -0.0046637, -0.0046678" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046662, 0.0046679, 0.0046718, 0.0046721, 0.0046727, 0.0046741, 0.0046775" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002378;
      rise_capacitance : 0.002527;
      rise_capacitance_range (0.002527, 0.002527);
      fall_capacitance : 0.002228;
      fall_capacitance_range (0.002228, 0.002228);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042907, -0.0042912, -0.0042925, -0.0042915, -0.0042891, -0.0042836, -0.0042709" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042931, 0.0042951, 0.0042997, 0.0042978, 0.0042935, 0.0042834, 0.0042605" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002352;
      rise_capacitance : 0.002526;
      rise_capacitance_range (0.002526, 0.002526);
      fall_capacitance : 0.002179;
      fall_capacitance_range (0.002179, 0.002179);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043092, -0.0043087, -0.0043077, -0.0043079, -0.0043083, -0.0043094, -0.0043116" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043076, 0.0043093, 0.0043132, 0.0043137, 0.0043147, 0.0043169, 0.0043223" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00244;
      rise_capacitance : 0.002547;
      rise_capacitance_range (0.002547, 0.002547);
      fall_capacitance : 0.002334;
      fall_capacitance_range (0.002334, 0.002334);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0020559, -0.002058, -0.0020626, -0.0020519, -0.002027, -0.0019695, -0.001837" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053356, 0.0053348, 0.005333, 0.0053329, 0.0053326, 0.005332, 0.0053306" \
          );
        }
      }
    }
  }
  cell (scs8hd_o31a_2) {
    area : 10.0096;
    cell_footprint : "o31a";
    cell_leakage_power : 0.0122953;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0124563;
      when : "!A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0276168;
      when : "!A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0124652;
      when : "!A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 0.0124241;
      when : "!A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0066378;
      when : "!A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0124241;
      when : "!A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0124638;
      when : "!A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0124241;
      when : "!A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0065503;
      when : "A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0124241;
      when : "A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0124639;
      when : "A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 0.0124241;
      when : "A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0066376;
      when : "A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0124241;
      when : "A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0124638;
      when : "A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0124241;
      when : "A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0122953;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1) | (A2&B1) | (A3&B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.381785;
      max_transition : 1.5064;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0661541, 0.0704627, 0.0813585, 0.108831, 0.184811, 0.411382, 1.09693", \
            "0.0691808, 0.073488, 0.0843812, 0.111847, 0.18788, 0.415342, 1.09874", \
            "0.0755627, 0.079852, 0.0907527, 0.118131, 0.194228, 0.42091, 1.10688", \
            "0.0875557, 0.0918915, 0.10284, 0.13025, 0.206501, 0.433264, 1.11865", \
            "0.0986119, 0.103464, 0.115122, 0.143113, 0.219374, 0.446428, 1.13322", \
            "0.0886952, 0.0946095, 0.108514, 0.138324, 0.214522, 0.441834, 1.12612", \
            "0.0127111, 0.0197927, 0.0369621, 0.0728173, 0.151205, 0.377528, 1.06207" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0167359, 0.0207124, 0.0321375, 0.0664178, 0.173534, 0.503113, 1.50253", \
            "0.0167189, 0.0206928, 0.0321131, 0.0663984, 0.173628, 0.503607, 1.49831", \
            "0.0165557, 0.0205682, 0.0320546, 0.066321, 0.173345, 0.503593, 1.50363", \
            "0.0172641, 0.0211711, 0.0324983, 0.0665177, 0.173607, 0.502147, 1.50388", \
            "0.0203001, 0.0241392, 0.0349888, 0.0677347, 0.173658, 0.504019, 1.50354", \
            "0.0260991, 0.0304762, 0.0413297, 0.0720111, 0.174788, 0.50224, 1.50075", \
            "0.0341141, 0.0396499, 0.0527639, 0.0833303, 0.178416, 0.504358, 1.49699" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.183061, 0.187995, 0.200026, 0.225551, 0.27516, 0.38227, 0.663096", \
            "0.187446, 0.192375, 0.2044, 0.229684, 0.27939, 0.386693, 0.66789", \
            "0.198174, 0.203094, 0.215123, 0.240652, 0.290506, 0.397332, 0.678288", \
            "0.22177, 0.226697, 0.238904, 0.264411, 0.314234, 0.421191, 0.702174", \
            "0.273169, 0.27814, 0.290076, 0.315679, 0.365243, 0.472534, 0.753351", \
            "0.371421, 0.377117, 0.389835, 0.417102, 0.469753, 0.579082, 0.860639", \
            "0.566844, 0.572717, 0.587543, 0.617764, 0.676456, 0.792576, 1.07597" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.029548, 0.0326835, 0.0408082, 0.059017, 0.0989369, 0.207455, 0.559178", \
            "0.0295235, 0.032699, 0.0407927, 0.0586579, 0.0987183, 0.207569, 0.56085", \
            "0.0295013, 0.0328013, 0.0411949, 0.0592481, 0.0974907, 0.207758, 0.560526", \
            "0.0295432, 0.0326773, 0.0408613, 0.0591872, 0.0976236, 0.207439, 0.56101", \
            "0.0298045, 0.0331506, 0.040957, 0.0588289, 0.0977983, 0.207376, 0.556122", \
            "0.0344224, 0.0380025, 0.0464544, 0.064159, 0.103655, 0.210771, 0.559722", \
            "0.0436594, 0.0471012, 0.056063, 0.0756379, 0.116249, 0.222568, 0.561991" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0644853, 0.0687204, 0.079521, 0.106958, 0.183326, 0.411139, 1.09631", \
            "0.0676716, 0.0719014, 0.0827062, 0.110133, 0.186694, 0.413895, 1.09926", \
            "0.0739931, 0.0782325, 0.089025, 0.116416, 0.192717, 0.420637, 1.10588", \
            "0.0852641, 0.0895771, 0.100521, 0.128009, 0.204287, 0.432176, 1.11793", \
            "0.0943758, 0.0992973, 0.111038, 0.139121, 0.215609, 0.442772, 1.12928", \
            "0.0809866, 0.0869843, 0.101173, 0.131328, 0.207821, 0.435409, 1.12274", \
            "-0.0010053, 0.0060826, 0.0235764, 0.0600917, 0.13895, 0.365527, 1.05147" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0161238, 0.0200741, 0.0313827, 0.0655726, 0.173282, 0.50409, 1.50421", \
            "0.0160491, 0.020053, 0.0313844, 0.0655757, 0.173028, 0.503711, 1.50011", \
            "0.0160725, 0.0200406, 0.0313722, 0.0655935, 0.173313, 0.504052, 1.50424", \
            "0.0169764, 0.0208482, 0.032067, 0.0660575, 0.17332, 0.503714, 1.50425", \
            "0.0203186, 0.0241089, 0.0349489, 0.0674741, 0.173459, 0.502973, 1.50384", \
            "0.0261401, 0.0305903, 0.0416927, 0.072084, 0.174814, 0.501842, 1.50058", \
            "0.0346727, 0.0406654, 0.0539393, 0.0845941, 0.178655, 0.504094, 1.50018" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.171382, 0.176367, 0.188353, 0.213863, 0.263741, 0.370754, 0.651687", \
            "0.175329, 0.180268, 0.192217, 0.217727, 0.267251, 0.374647, 0.655819", \
            "0.185803, 0.190785, 0.202642, 0.228041, 0.277999, 0.38522, 0.666078", \
            "0.210741, 0.215693, 0.227655, 0.253184, 0.30301, 0.410263, 0.691005", \
            "0.269299, 0.274289, 0.286207, 0.311632, 0.361401, 0.46878, 0.749789", \
            "0.3854, 0.390763, 0.403929, 0.431589, 0.484172, 0.594512, 0.87586", \
            "0.608856, 0.614946, 0.629723, 0.661885, 0.722954, 0.838972, 1.12308" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0295853, 0.0328405, 0.0408379, 0.0583586, 0.098286, 0.20798, 0.559958", \
            "0.0296065, 0.0329442, 0.0410906, 0.0588918, 0.0987368, 0.207298, 0.559116", \
            "0.0295871, 0.0326854, 0.0411887, 0.0586507, 0.098877, 0.207555, 0.55679", \
            "0.0295992, 0.0327675, 0.0412583, 0.058882, 0.0985998, 0.208079, 0.556306", \
            "0.0299087, 0.0331222, 0.0414156, 0.0587393, 0.0979304, 0.20795, 0.557293", \
            "0.0364195, 0.0399772, 0.0480479, 0.0660474, 0.105769, 0.212556, 0.562936", \
            "0.049257, 0.0525579, 0.0614724, 0.0815246, 0.122694, 0.224875, 0.565195" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0548529, 0.058809, 0.0690611, 0.0958077, 0.172023, 0.400576, 1.08469", \
            "0.0583865, 0.0623509, 0.0725955, 0.0993128, 0.175637, 0.402749, 1.09062", \
            "0.065631, 0.0695669, 0.0797626, 0.106389, 0.18278, 0.409919, 1.10706", \
            "0.0767473, 0.0808951, 0.0913519, 0.118165, 0.194267, 0.423713, 1.11299", \
            "0.0828851, 0.0878261, 0.0994852, 0.126976, 0.203049, 0.431284, 1.12063", \
            "0.0646759, 0.0707983, 0.0852673, 0.115481, 0.191404, 0.418922, 1.10835", \
            "-0.0245169, -0.0171697, 0.0009324, 0.0387901, 0.118193, 0.344902, 1.0313" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0147008, 0.0185199, 0.0296809, 0.0641549, 0.173011, 0.506703, 1.49948", \
            "0.0146962, 0.0185323, 0.0296865, 0.0640581, 0.172726, 0.503944, 1.50033", \
            "0.014667, 0.0185254, 0.0297316, 0.0641763, 0.172432, 0.50505, 1.50094", \
            "0.0163688, 0.0200619, 0.0310022, 0.0647291, 0.172665, 0.505054, 1.5064", \
            "0.0207641, 0.0246057, 0.0347929, 0.0665195, 0.172572, 0.503506, 1.5059", \
            "0.0270279, 0.032011, 0.0427364, 0.072088, 0.174162, 0.50231, 1.50237", \
            "0.0367494, 0.0426527, 0.0567697, 0.0867989, 0.178983, 0.50462, 1.49567" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.14835, 0.153277, 0.165315, 0.190748, 0.240607, 0.348026, 0.6294", \
            "0.150827, 0.155758, 0.167722, 0.193293, 0.243133, 0.35043, 0.631669", \
            "0.160087, 0.165004, 0.176824, 0.202548, 0.252569, 0.359775, 0.640891", \
            "0.185765, 0.190677, 0.202548, 0.2283, 0.278196, 0.385543, 0.666729", \
            "0.249773, 0.25466, 0.266502, 0.29163, 0.341493, 0.448791, 0.729905", \
            "0.376342, 0.381886, 0.395563, 0.424205, 0.477562, 0.586763, 0.867627", \
            "0.598442, 0.60482, 0.620388, 0.654461, 0.718268, 0.833641, 1.11713" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.029539, 0.0326784, 0.0407748, 0.0585326, 0.0981177, 0.207826, 0.560874", \
            "0.0296394, 0.0329829, 0.0410394, 0.0589805, 0.0982094, 0.207251, 0.559141", \
            "0.0294499, 0.0326475, 0.0408527, 0.0583939, 0.097665, 0.20797, 0.561778", \
            "0.0294846, 0.0327085, 0.041209, 0.0584227, 0.0983827, 0.206993, 0.558718", \
            "0.0295702, 0.0326916, 0.0409157, 0.059428, 0.098631, 0.20782, 0.557768", \
            "0.0400276, 0.0432889, 0.0513434, 0.069125, 0.105859, 0.211948, 0.557046", \
            "0.0546781, 0.0583673, 0.0673615, 0.0885253, 0.128074, 0.223941, 0.564124" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0433404, 0.0469965, 0.0566924, 0.0828803, 0.1587, 0.38591, 1.073", \
            "0.0467999, 0.0504641, 0.0601671, 0.0863125, 0.162125, 0.389581, 1.07583", \
            "0.0548158, 0.0584623, 0.0680201, 0.0939563, 0.17009, 0.398804, 1.08152", \
            "0.064928, 0.0688887, 0.0787953, 0.105027, 0.180909, 0.407961, 1.09809", \
            "0.0691984, 0.0739291, 0.0850405, 0.111564, 0.187463, 0.415178, 1.09901", \
            "0.05295, 0.0589226, 0.0728406, 0.101499, 0.176563, 0.404798, 1.09024", \
            "-0.0204022, -0.013246, 0.0043308, 0.0407818, 0.118814, 0.344993, 1.03155" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0133395, 0.0170776, 0.0283107, 0.0632818, 0.172366, 0.503125, 1.50308", \
            "0.0133043, 0.0170552, 0.0282733, 0.0633306, 0.172288, 0.502936, 1.50335", \
            "0.0136115, 0.0173486, 0.0284503, 0.0632402, 0.172581, 0.505473, 1.50244", \
            "0.0159506, 0.0193539, 0.029965, 0.0640001, 0.172297, 0.503573, 1.50195", \
            "0.0204416, 0.0238074, 0.0335475, 0.065596, 0.172437, 0.503246, 1.5044", \
            "0.0268432, 0.03113, 0.0416792, 0.0706885, 0.17356, 0.502099, 1.50553", \
            "0.0370412, 0.0426504, 0.056323, 0.0848284, 0.179129, 0.50495, 1.49859" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0532622, 0.0562254, 0.0631657, 0.0782091, 0.112339, 0.204513, 0.481472", \
            "0.0580776, 0.0610434, 0.0680042, 0.0829975, 0.117183, 0.209326, 0.486456", \
            "0.0706025, 0.0735434, 0.0803919, 0.0954822, 0.129598, 0.221828, 0.499006", \
            "0.0994749, 0.102531, 0.109724, 0.124981, 0.158998, 0.251218, 0.528092", \
            "0.148232, 0.151888, 0.16069, 0.17883, 0.215301, 0.307958, 0.585024", \
            "0.231073, 0.235465, 0.246187, 0.268505, 0.310164, 0.40481, 0.681289", \
            "0.387412, 0.392589, 0.405065, 0.432045, 0.483173, 0.582546, 0.858728" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0119357, 0.0139428, 0.0190946, 0.0319254, 0.0686576, 0.185355, 0.552185", \
            "0.0119377, 0.0139935, 0.0190985, 0.0319495, 0.068667, 0.185135, 0.552532", \
            "0.0119383, 0.014102, 0.019137, 0.0317732, 0.0685881, 0.185968, 0.551474", \
            "0.0135405, 0.0154908, 0.0203639, 0.0327612, 0.0692944, 0.18689, 0.547921", \
            "0.0187446, 0.0211433, 0.0268949, 0.0390747, 0.0727688, 0.185837, 0.547015", \
            "0.026269, 0.0290001, 0.0360888, 0.0501377, 0.0827545, 0.190123, 0.547681", \
            "0.0375755, 0.0406749, 0.0483522, 0.0663696, 0.100448, 0.197538, 0.55078" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0228007, 0.0248304, 0.0308787, 0.0486423, 0.10114, 0.259693, 0.742491", \
            "0.0226631, 0.0246977, 0.0307517, 0.0485095, 0.101089, 0.259244, 0.738572", \
            "0.0224912, 0.0245208, 0.0305969, 0.0483179, 0.100864, 0.25948, 0.742255", \
            "0.0225432, 0.0245406, 0.0304027, 0.0480694, 0.100825, 0.260152, 0.73953", \
            "0.0233061, 0.0251862, 0.0309422, 0.0480518, 0.100662, 0.259574, 0.742221", \
            "0.0246745, 0.0264926, 0.0321469, 0.0494525, 0.101197, 0.259688, 0.738361", \
            "0.028825, 0.0305423, 0.0359519, 0.0533841, 0.105549, 0.263297, 0.74129" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0223588, 0.0200741, 0.0144683, -0.0008709, -0.0511165, -0.210929, -0.696735", \
            "0.0221493, 0.0198548, 0.0142781, -0.0009888, -0.0513617, -0.211111, -0.696927", \
            "0.022077, 0.0197998, 0.0142155, -0.0012381, -0.0516936, -0.211295, -0.697173", \
            "0.0217239, 0.0194408, 0.0137343, -0.0015441, -0.0518998, -0.211475, -0.697328", \
            "0.0218537, 0.0196027, 0.0138519, -0.0016422, -0.0519788, -0.211609, -0.697365", \
            "0.0255016, 0.0235674, 0.0167199, -0.0017788, -0.0517497, -0.21129, -0.697122", \
            "0.0341069, 0.0315281, 0.0250251, 0.0060027, -0.0481391, -0.209334, -0.69488" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0213322, 0.0233668, 0.0294432, 0.0473828, 0.100653, 0.259832, 0.741008", \
            "0.0212803, 0.0233279, 0.0294085, 0.047362, 0.100482, 0.260922, 0.739403", \
            "0.0211117, 0.0231599, 0.0292453, 0.0471645, 0.100366, 0.259683, 0.740543", \
            "0.0211541, 0.0231444, 0.0290331, 0.0469085, 0.0999844, 0.259239, 0.740088", \
            "0.0216278, 0.0234982, 0.0293696, 0.0467228, 0.0995544, 0.258814, 0.739798", \
            "0.0228334, 0.0246575, 0.0303931, 0.0477862, 0.0999854, 0.258877, 0.74262", \
            "0.0270805, 0.02893, 0.0341144, 0.0513589, 0.103823, 0.263087, 0.739004" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0202236, 0.0179283, 0.0123362, -0.0031439, -0.0533199, -0.212886, -0.698567", \
            "0.0199651, 0.0177624, 0.012125, -0.0032258, -0.0534548, -0.21303, -0.698679", \
            "0.0199015, 0.0176202, 0.0121019, -0.0033977, -0.0536301, -0.21322, -0.698905", \
            "0.0196441, 0.0173522, 0.011747, -0.0036381, -0.0538478, -0.213362, -0.699057", \
            "0.0198838, 0.0176132, 0.011956, -0.0036275, -0.0539429, -0.213466, -0.699069", \
            "0.0232729, 0.0208095, 0.0140213, -0.0037434, -0.0530379, -0.212733, -0.698471", \
            "0.0339651, 0.0313165, 0.0239871, 0.0047465, -0.0493142, -0.210023, -0.69579" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0195851, 0.0216444, 0.027763, 0.0457682, 0.0989532, 0.259618, 0.738447", \
            "0.0195792, 0.0216157, 0.0277306, 0.0457387, 0.0989165, 0.258015, 0.738314", \
            "0.0194728, 0.0215114, 0.0275813, 0.0455028, 0.0987557, 0.257991, 0.736664", \
            "0.019362, 0.0214013, 0.0272735, 0.0450275, 0.0982351, 0.257763, 0.739226", \
            "0.019908, 0.0218285, 0.0275949, 0.0448839, 0.0975832, 0.257235, 0.738289", \
            "0.0213427, 0.0231165, 0.0288037, 0.0461873, 0.098361, 0.257225, 0.737988", \
            "0.0264672, 0.0280506, 0.0333294, 0.0501942, 0.10252, 0.260662, 0.741502" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0177639, 0.0154761, 0.0098916, -0.0053394, -0.0555433, -0.214918, -0.700515", \
            "0.0174911, 0.0152782, 0.0096523, -0.0057146, -0.0558097, -0.215213, -0.700757", \
            "0.0172518, 0.01496, 0.009375, -0.0060012, -0.0561165, -0.215416, -0.70101", \
            "0.0171296, 0.0148409, 0.00933, -0.0061205, -0.0562832, -0.215518, -0.701149", \
            "0.0180541, 0.0157836, 0.0101496, -0.005428, -0.05573, -0.21514, -0.700674", \
            "0.0239476, 0.021411, 0.0144669, -0.0038527, -0.0540371, -0.21348, -0.699207", \
            "0.0363025, 0.0335903, 0.026079, 0.0064411, -0.0472661, -0.208919, -0.694528" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0169881, 0.0190278, 0.0251384, 0.043083, 0.0960409, 0.255256, 0.734006", \
            "0.0167959, 0.0188457, 0.0249422, 0.0428503, 0.0958066, 0.254527, 0.734366", \
            "0.0167107, 0.0187189, 0.0246479, 0.0424285, 0.0956224, 0.255273, 0.731944", \
            "0.0166771, 0.0186829, 0.024607, 0.0421971, 0.0952624, 0.253548, 0.735807", \
            "0.0178341, 0.0197352, 0.0255549, 0.0427063, 0.0953713, 0.254752, 0.736404", \
            "0.0209094, 0.0227165, 0.0284856, 0.04584, 0.0975617, 0.256449, 0.740634", \
            "0.0306078, 0.0323785, 0.0377471, 0.0548856, 0.106958, 0.264739, 0.742807" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151163, 0.00457003, 0.0138164, 0.0417704, 0.126283, 0.381785");
          values ( \
            "0.0146452, 0.0129166, 0.0081361, -0.0075562, -0.0597707, -0.220225, -0.70607", \
            "0.0143469, 0.0126155, 0.0078039, -0.007896, -0.0600999, -0.220524, -0.706338", \
            "0.0141067, 0.0123667, 0.007497, -0.0083246, -0.0603892, -0.220809, -0.706487", \
            "0.0141936, 0.0123398, 0.0073033, -0.0084002, -0.0604554, -0.220802, -0.706488", \
            "0.0164555, 0.0143656, 0.0084284, -0.0080633, -0.0597721, -0.219983, -0.705696", \
            "0.0216408, 0.0193796, 0.014513, -0.0036331, -0.0563187, -0.21636, -0.701914", \
            "0.0314249, 0.0289044, 0.0219807, 0.0034626, -0.0498711, -0.210224, -0.695471" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002386;
      rise_capacitance : 0.00252;
      rise_capacitance_range (0.00252, 0.00252);
      fall_capacitance : 0.002252;
      fall_capacitance_range (0.002252, 0.002252);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046554, -0.0046556, -0.0046561, -0.0046562, -0.0046564, -0.0046567, -0.0046574" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046591, 0.0046613, 0.0046664, 0.0046679, 0.0046711, 0.0046788, 0.0046965" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002363;
      rise_capacitance : 0.00252;
      rise_capacitance_range (0.00252, 0.00252);
      fall_capacitance : 0.002205;
      fall_capacitance_range (0.002205, 0.002205);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042852, -0.0042837, -0.0042803, -0.0042808, -0.0042816, -0.0042836, -0.0042881" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042868, 0.0042873, 0.0042882, 0.0042889, 0.0042903, 0.0042939, 0.0043021" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00233;
      rise_capacitance : 0.002513;
      rise_capacitance_range (0.002513, 0.002513);
      fall_capacitance : 0.002147;
      fall_capacitance_range (0.002147, 0.002147);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.004303, -0.0043011, -0.0042966, -0.0042959, -0.0042945, -0.004291, -0.004283" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042985, 0.0043012, 0.0043074, 0.0043063, 0.0043037, 0.0042981, 0.0042851" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00241;
      rise_capacitance : 0.002518;
      rise_capacitance_range (0.002518, 0.002518);
      fall_capacitance : 0.002303;
      fall_capacitance_range (0.002303, 0.002303);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0020527, -0.002059, -0.0020736, -0.0020617, -0.0020344, -0.0019714, -0.0018262" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053322, 0.0053337, 0.0053374, 0.005339, 0.0053425, 0.005351, 0.0053705" \
          );
        }
      }
    }
  }
  cell (scs8hd_o31a_4) {
    area : 17.5168;
    cell_footprint : "o31a";
    cell_leakage_power : 0.0243727;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0249568;
      when : "!A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.051441;
      when : "!A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0249075;
      when : "!A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 0.0248559;
      when : "!A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0133854;
      when : "!A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0248559;
      when : "!A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.024899;
      when : "!A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0248554;
      when : "!A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0132047;
      when : "A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0248558;
      when : "A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0248983;
      when : "A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 0.0248557;
      when : "A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0133834;
      when : "A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0248537;
      when : "A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.024899;
      when : "A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0248555;
      when : "A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0243727;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1) | (A2&B1) | (A3&B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.719614;
      max_transition : 1.50672;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0682233, 0.0713892, 0.0802618, 0.103763, 0.1709, 0.386658, 1.10718", \
            "0.0711341, 0.0743436, 0.0831959, 0.106676, 0.173821, 0.388813, 1.10733", \
            "0.0770755, 0.0802105, 0.0890399, 0.112491, 0.179478, 0.39562, 1.11357", \
            "0.0882257, 0.0913866, 0.100318, 0.123693, 0.190587, 0.40633, 1.12698", \
            "0.0996959, 0.103161, 0.112498, 0.136304, 0.203168, 0.418507, 1.13703", \
            "0.09085, 0.0949436, 0.106009, 0.131967, 0.198922, 0.414221, 1.13475", \
            "0.017197, 0.021971, 0.0353661, 0.0669159, 0.137912, 0.353275, 1.0744" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0161594, 0.0189427, 0.027292, 0.0535853, 0.143563, 0.453753, 1.50148", \
            "0.0161847, 0.0189579, 0.0272971, 0.053662, 0.143555, 0.45371, 1.4965", \
            "0.016108, 0.0187999, 0.0270927, 0.0534862, 0.143436, 0.453264, 1.50094", \
            "0.0164158, 0.0191599, 0.0274013, 0.0537053, 0.143217, 0.453653, 1.50145", \
            "0.019107, 0.0218551, 0.029731, 0.0550337, 0.143495, 0.453818, 1.50079", \
            "0.0241239, 0.0271894, 0.0361445, 0.0595141, 0.145039, 0.452876, 1.50077", \
            "0.0319233, 0.0355935, 0.0462083, 0.0719207, 0.149977, 0.45615, 1.49862" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.194012, 0.197474, 0.207088, 0.230321, 0.279748, 0.391053, 0.705113", \
            "0.198438, 0.201884, 0.211527, 0.234714, 0.284185, 0.395542, 0.709966", \
            "0.209565, 0.213083, 0.222722, 0.245916, 0.29532, 0.406696, 0.721062", \
            "0.233872, 0.237331, 0.247004, 0.270133, 0.319421, 0.430997, 0.745541", \
            "0.285261, 0.28875, 0.298407, 0.321597, 0.371066, 0.48259, 0.796768", \
            "0.383841, 0.387585, 0.397856, 0.422421, 0.474014, 0.588193, 0.903339", \
            "0.57499, 0.579053, 0.590319, 0.617783, 0.675763, 0.797218, 1.11617" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0292604, 0.0315207, 0.0379522, 0.0542459, 0.092692, 0.2065, 0.60647", \
            "0.0291934, 0.0314448, 0.0378051, 0.0537635, 0.092551, 0.206429, 0.605809", \
            "0.0291945, 0.0313669, 0.0377024, 0.0545383, 0.0924255, 0.206599, 0.606151", \
            "0.0292133, 0.0312795, 0.0376699, 0.0539163, 0.0929553, 0.206541, 0.605636", \
            "0.0293191, 0.031396, 0.0380912, 0.0538779, 0.0929308, 0.206847, 0.605806", \
            "0.0338107, 0.036064, 0.0425926, 0.0588834, 0.0989336, 0.209875, 0.607217", \
            "0.043243, 0.0456364, 0.0524085, 0.0698492, 0.110623, 0.220893, 0.60861" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0627698, 0.0657209, 0.0739709, 0.0962863, 0.1622, 0.376828, 1.09377", \
            "0.066086, 0.0690278, 0.0772746, 0.0996121, 0.165465, 0.379932, 1.0969", \
            "0.0725812, 0.0754888, 0.0837431, 0.106046, 0.171964, 0.386736, 1.10555", \
            "0.0840226, 0.0869824, 0.0954209, 0.117838, 0.183552, 0.398453, 1.11658", \
            "0.0937705, 0.0971509, 0.106302, 0.129317, 0.195245, 0.40981, 1.12945", \
            "0.0823934, 0.0864596, 0.097493, 0.123145, 0.189593, 0.404751, 1.12386", \
            "0.0058002, 0.0105607, 0.0240174, 0.0562491, 0.126882, 0.34204, 1.06042" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0146321, 0.017214, 0.0252215, 0.0513599, 0.141666, 0.453312, 1.49642", \
            "0.0145686, 0.0171954, 0.0252506, 0.0513584, 0.141915, 0.453047, 1.49729", \
            "0.0146231, 0.0171824, 0.0251894, 0.0512851, 0.14201, 0.453479, 1.50169", \
            "0.0154664, 0.017967, 0.0259799, 0.0518025, 0.141806, 0.453151, 1.50043", \
            "0.0184734, 0.0210016, 0.0289687, 0.0536587, 0.142981, 0.453226, 1.50011", \
            "0.0239224, 0.027109, 0.0353996, 0.0590706, 0.143724, 0.452736, 1.49565", \
            "0.032594, 0.0363187, 0.0468327, 0.0716886, 0.149937, 0.455371, 1.4976" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.181958, 0.185407, 0.195043, 0.218208, 0.267678, 0.379042, 0.693499", \
            "0.185352, 0.188808, 0.198507, 0.221732, 0.27118, 0.382505, 0.696456", \
            "0.195435, 0.198883, 0.208537, 0.231736, 0.28102, 0.392558, 0.706688", \
            "0.219213, 0.222687, 0.23231, 0.255615, 0.30488, 0.416473, 0.730825", \
            "0.273863, 0.277325, 0.286945, 0.31013, 0.359524, 0.471056, 0.785424", \
            "0.380777, 0.384517, 0.395005, 0.420068, 0.472767, 0.587057, 0.902409", \
            "0.589591, 0.593766, 0.605459, 0.63406, 0.694021, 0.814898, 1.13316" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0291916, 0.0312679, 0.0378627, 0.0537067, 0.0927003, 0.206594, 0.605549", \
            "0.0290743, 0.0312794, 0.0379593, 0.0542251, 0.0917937, 0.206621, 0.605643", \
            "0.0291701, 0.0312772, 0.0377234, 0.0543114, 0.0928786, 0.206436, 0.606717", \
            "0.0291763, 0.031322, 0.0378205, 0.0542393, 0.0920387, 0.206072, 0.60812", \
            "0.0294506, 0.0316328, 0.0380359, 0.0541286, 0.0925227, 0.206274, 0.606496", \
            "0.0356404, 0.0376618, 0.0445986, 0.0607743, 0.0992875, 0.210794, 0.608883", \
            "0.0477448, 0.0501173, 0.0568208, 0.0746634, 0.114534, 0.222817, 0.609932" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0562652, 0.0591045, 0.0672445, 0.0893649, 0.154579, 0.36902, 1.0888", \
            "0.0597172, 0.0625613, 0.070701, 0.0928152, 0.158061, 0.372949, 1.09241", \
            "0.0666323, 0.0694704, 0.0775611, 0.0995414, 0.164993, 0.378705, 1.09752", \
            "0.0771687, 0.0801631, 0.0885039, 0.110859, 0.176394, 0.392018, 1.11531", \
            "0.0827867, 0.0862987, 0.0957664, 0.11915, 0.184895, 0.400141, 1.1166", \
            "0.0640301, 0.0683124, 0.0800092, 0.10685, 0.17359, 0.388085, 1.10649", \
            "-0.0253262, -0.0204275, -0.0063659, 0.0280791, 0.10117, 0.315807, 1.03519" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0141152, 0.016633, 0.0247121, 0.0507433, 0.141472, 0.453688, 1.50417", \
            "0.0141084, 0.0166231, 0.0247235, 0.0507254, 0.141484, 0.453542, 1.50464", \
            "0.0140776, 0.016642, 0.0246272, 0.0507075, 0.141498, 0.452923, 1.49885", \
            "0.0156668, 0.0181726, 0.026091, 0.0515938, 0.141536, 0.455072, 1.50672", \
            "0.0197029, 0.0224104, 0.0301101, 0.0540916, 0.142617, 0.452356, 1.50218", \
            "0.0261648, 0.0293051, 0.0377676, 0.0610809, 0.144252, 0.453412, 1.50248", \
            "0.0358538, 0.0399526, 0.0510427, 0.0771677, 0.153146, 0.454642, 1.49249" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.149214, 0.152659, 0.162392, 0.185592, 0.235029, 0.346532, 0.660849", \
            "0.151383, 0.15488, 0.164553, 0.187813, 0.237135, 0.34868, 0.663144", \
            "0.159968, 0.163399, 0.173105, 0.19635, 0.245694, 0.357282, 0.671714", \
            "0.18461, 0.188056, 0.197614, 0.22097, 0.270369, 0.381935, 0.696333", \
            "0.247665, 0.251051, 0.260578, 0.283619, 0.332394, 0.44383, 0.758316", \
            "0.373437, 0.377294, 0.387438, 0.413247, 0.466158, 0.579109, 0.894221", \
            "0.593606, 0.597984, 0.610574, 0.640739, 0.702371, 0.820559, 1.13742" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0291535, 0.0314108, 0.0377547, 0.0536848, 0.0925065, 0.206436, 0.606426", \
            "0.02912, 0.0313465, 0.0379334, 0.0542367, 0.0919078, 0.206529, 0.607088", \
            "0.0292381, 0.0313933, 0.0380243, 0.0543165, 0.0928924, 0.206565, 0.605984", \
            "0.0290688, 0.0312716, 0.0378537, 0.0543965, 0.0923402, 0.206574, 0.606547", \
            "0.0288713, 0.0308941, 0.037391, 0.0535941, 0.092232, 0.206681, 0.607829", \
            "0.0388724, 0.0408557, 0.0476228, 0.0636942, 0.0994434, 0.210676, 0.607298", \
            "0.0529824, 0.0552054, 0.062371, 0.0808035, 0.118473, 0.21917, 0.60817" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0418991, 0.0444383, 0.051895, 0.0730021, 0.138083, 0.352582, 1.07238", \
            "0.0452448, 0.0477999, 0.0552121, 0.0762647, 0.1412, 0.356227, 1.07251", \
            "0.0529891, 0.055485, 0.0628539, 0.0837562, 0.148706, 0.362991, 1.08458", \
            "0.0619759, 0.0647022, 0.0722976, 0.0934793, 0.158524, 0.374611, 1.09079", \
            "0.0645022, 0.0678308, 0.0765899, 0.0982848, 0.162995, 0.37804, 1.09805", \
            "0.0450763, 0.0491274, 0.060006, 0.0846241, 0.149062, 0.36429, 1.0814", \
            "-0.0335875, -0.0289386, -0.0155147, 0.0159816, 0.0845611, 0.297689, 1.01765" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0121392, 0.0146381, 0.0224039, 0.0487972, 0.140962, 0.453525, 1.50394", \
            "0.0121404, 0.0145631, 0.0223995, 0.0488276, 0.140787, 0.453162, 1.50582", \
            "0.0125262, 0.014957, 0.0227431, 0.0489501, 0.140834, 0.453056, 1.49493", \
            "0.0145722, 0.0168647, 0.0242793, 0.0501443, 0.140899, 0.454791, 1.49739", \
            "0.0188037, 0.0211645, 0.0282584, 0.0518906, 0.141543, 0.453302, 1.50334", \
            "0.0247821, 0.0280007, 0.035826, 0.057859, 0.142613, 0.453121, 1.49689", \
            "0.0347794, 0.0382229, 0.0486309, 0.072255, 0.149204, 0.454219, 1.49788" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0522959, 0.0543478, 0.0600241, 0.0732614, 0.105263, 0.19823, 0.506938", \
            "0.0570563, 0.0591285, 0.0646317, 0.0779181, 0.109938, 0.202897, 0.511462", \
            "0.0695367, 0.0715709, 0.0771598, 0.0904712, 0.122506, 0.215448, 0.523754", \
            "0.0979984, 0.100142, 0.105987, 0.119527, 0.151615, 0.244594, 0.552355", \
            "0.146323, 0.148862, 0.15589, 0.172111, 0.206673, 0.300807, 0.608406", \
            "0.229376, 0.232386, 0.240651, 0.26013, 0.30059, 0.396097, 0.704648", \
            "0.388876, 0.392283, 0.401906, 0.425658, 0.474914, 0.575682, 0.883191" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0111588, 0.0126268, 0.0165903, 0.0278101, 0.0620837, 0.182621, 0.601819", \
            "0.0112072, 0.0126079, 0.0167302, 0.0278858, 0.0620047, 0.182548, 0.601269", \
            "0.0112045, 0.0126113, 0.0166562, 0.0278523, 0.0621265, 0.18201, 0.595003", \
            "0.0128783, 0.0143645, 0.0182702, 0.0288864, 0.0625881, 0.182206, 0.596091", \
            "0.018128, 0.0198009, 0.0241751, 0.0352153, 0.0665381, 0.183305, 0.595612", \
            "0.0254066, 0.027191, 0.0325902, 0.0452981, 0.0755425, 0.186091, 0.598638", \
            "0.0371064, 0.0393718, 0.0445877, 0.059663, 0.0925084, 0.193189, 0.600465" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.042211, 0.0445912, 0.0527068, 0.0791359, 0.165074, 0.448555, 1.39877", \
            "0.0419864, 0.0443516, 0.0524304, 0.078932, 0.164908, 0.448089, 1.39764", \
            "0.0415712, 0.0439695, 0.0520078, 0.0784982, 0.164368, 0.448355, 1.39924", \
            "0.0414244, 0.0437796, 0.0518315, 0.0781306, 0.16386, 0.447385, 1.39749", \
            "0.0433544, 0.0455459, 0.0531425, 0.0778928, 0.162881, 0.447533, 1.39745", \
            "0.0464022, 0.0485174, 0.0558055, 0.0809063, 0.163725, 0.447473, 1.39718", \
            "0.0548827, 0.0566779, 0.0636219, 0.0879332, 0.172231, 0.453641, 1.39985" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0463951, 0.0436606, 0.0352632, 0.0126535, -0.0655712, -0.347724, -1.30826", \
            "0.0463588, 0.0434918, 0.035044, 0.0125357, -0.0658017, -0.348267, -1.30826", \
            "0.0459791, 0.0430616, 0.0346474, 0.0121418, -0.0662119, -0.348628, -1.30862", \
            "0.0452988, 0.0424914, 0.0341352, 0.011922, -0.0664448, -0.348909, -1.30887", \
            "0.0453376, 0.0424106, 0.0340771, 0.0113489, -0.0668335, -0.349357, -1.30947", \
            "0.049635, 0.0466478, 0.0374055, 0.0108053, -0.066504, -0.348995, -1.30926", \
            "0.067616, 0.0644632, 0.0546691, 0.0262557, -0.0602353, -0.345878, -1.30554" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0398257, 0.0422212, 0.050182, 0.0765561, 0.162284, 0.446228, 1.3947", \
            "0.0397296, 0.0421314, 0.0501048, 0.076482, 0.16226, 0.446262, 1.39503", \
            "0.0394472, 0.0418411, 0.0498197, 0.0761367, 0.161752, 0.445688, 1.39451", \
            "0.0394005, 0.0417338, 0.0494805, 0.0756488, 0.161044, 0.444654, 1.39626", \
            "0.0407512, 0.0429753, 0.0505147, 0.0751054, 0.160149, 0.443916, 1.39351", \
            "0.0433098, 0.045431, 0.0526983, 0.0778426, 0.161448, 0.445035, 1.39397", \
            "0.0526516, 0.0542835, 0.0611611, 0.0857005, 0.169868, 0.451474, 1.39738" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0415381, 0.0387021, 0.0306472, 0.0080674, -0.0701944, -0.352664, -1.3126", \
            "0.0411287, 0.0382876, 0.0300015, 0.00763, -0.0706139, -0.352857, -1.31331", \
            "0.0407204, 0.0378767, 0.0298784, 0.007401, -0.070939, -0.35334, -1.31366", \
            "0.0404058, 0.0377329, 0.0293199, 0.0068647, -0.0713405, -0.35374, -1.31402", \
            "0.0406657, 0.0378452, 0.0293919, 0.0068338, -0.0718073, -0.354182, -1.31445", \
            "0.0462377, 0.0431847, 0.0339754, 0.0064699, -0.0713066, -0.353148, -1.31331", \
            "0.0668758, 0.0636673, 0.0535746, 0.0246174, -0.0623894, -0.347601, -1.30755" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0349155, 0.037291, 0.045354, 0.0716604, 0.15701, 0.440525, 1.39234", \
            "0.0348817, 0.0372591, 0.0453168, 0.0715953, 0.157001, 0.440323, 1.39243", \
            "0.0347053, 0.0370772, 0.0450454, 0.0712061, 0.156498, 0.438406, 1.38982", \
            "0.0345615, 0.0368935, 0.0446046, 0.0703959, 0.155799, 0.439697, 1.39313", \
            "0.0358655, 0.0381193, 0.0455882, 0.0703905, 0.155281, 0.439035, 1.38424", \
            "0.0391772, 0.0412251, 0.0484366, 0.0734715, 0.157003, 0.440568, 1.39016", \
            "0.050779, 0.0523328, 0.0588978, 0.0831871, 0.16706, 0.448315, 1.39441" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0361669, 0.0333539, 0.024884, 0.0024741, -0.0757716, -0.357886, -1.31834", \
            "0.0354865, 0.0326603, 0.0244463, 0.0019563, -0.0762148, -0.35856, -1.31889", \
            "0.0351045, 0.0322431, 0.0238508, 0.0013551, -0.076746, -0.359098, -1.31947", \
            "0.0347093, 0.0318567, 0.023489, 0.0009932, -0.0772558, -0.359546, -1.31947", \
            "0.036381, 0.0335342, 0.0248588, 0.0022805, -0.0762594, -0.358739, -1.31886", \
            "0.0476292, 0.0444897, 0.0338423, 0.0059189, -0.0719029, -0.354273, -1.31442", \
            "0.0715421, 0.0682397, 0.0573692, 0.0277509, -0.0594688, -0.345601, -1.30542" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0288866, 0.0313058, 0.0394846, 0.0659608, 0.151522, 0.435444, 1.3874", \
            "0.0285424, 0.0310074, 0.0391057, 0.0654618, 0.151107, 0.434794, 1.39197", \
            "0.0283714, 0.030641, 0.0385595, 0.0646633, 0.150385, 0.432434, 1.37937", \
            "0.0284323, 0.0307646, 0.0384287, 0.0641955, 0.149612, 0.43389, 1.3788", \
            "0.0305366, 0.0327434, 0.0403074, 0.0652401, 0.150308, 0.433928, 1.38663", \
            "0.0364836, 0.038674, 0.0457579, 0.0704746, 0.15424, 0.438092, 1.38706", \
            "0.0544356, 0.0560457, 0.0627084, 0.0867743, 0.169126, 0.44929, 1.39629" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168006, 0.00564521, 0.0189686, 0.0637367, 0.214163, 0.719614");
          values ( \
            "0.0274791, 0.0254622, 0.0187378, -0.0037343, -0.0870352, -0.372792, -1.33359", \
            "0.026895, 0.0249067, 0.0179872, -0.0044045, -0.0876005, -0.373282, -1.33409", \
            "0.0264853, 0.0243945, 0.0174963, -0.0050409, -0.0881586, -0.373716, -1.33457", \
            "0.0266543, 0.0244194, 0.0172868, -0.005316, -0.0882334, -0.373673, -1.33447", \
            "0.0297275, 0.0272328, 0.0196946, -0.0045249, -0.0868157, -0.372021, -1.33287", \
            "0.0400366, 0.0372234, 0.0285876, 0.0022662, -0.0823061, -0.366887, -1.32761", \
            "0.0597212, 0.0564967, 0.0469458, 0.0192146, -0.0669163, -0.352935, -1.31337" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004376;
      rise_capacitance : 0.004625;
      rise_capacitance_range (0.004625, 0.004625);
      fall_capacitance : 0.004126;
      fall_capacitance_range (0.004126, 0.004126);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0084073, -0.008407, -0.0084063, -0.0084036, -0.0083975, -0.0083835, -0.0083508" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0084093, 0.0084108, 0.0084142, 0.0084086, 0.0083958, 0.0083661, 0.0082977" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004808;
      rise_capacitance : 0.005142;
      rise_capacitance_range (0.005142, 0.005142);
      fall_capacitance : 0.004474;
      fall_capacitance_range (0.004474, 0.004474);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0090756, -0.0090731, -0.0090675, -0.0090684, -0.0090704, -0.0090752, -0.0090861" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0090822, 0.009081, 0.0090783, 0.0090762, 0.0090715, 0.0090607, 0.0090356" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00425;
      rise_capacitance : 0.004592;
      rise_capacitance_range (0.004592, 0.004592);
      fall_capacitance : 0.003908;
      fall_capacitance_range (0.003908, 0.003908);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0086324, -0.0086313, -0.0086287, -0.008626, -0.0086197, -0.0086052, -0.0085717" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0086508, 0.0086497, 0.0086471, 0.0086473, 0.0086477, 0.0086487, 0.0086512" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004716;
      rise_capacitance : 0.004933;
      rise_capacitance_range (0.004933, 0.004933);
      fall_capacitance : 0.004498;
      fall_capacitance_range (0.004498, 0.004498);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0031196, -0.0031353, -0.0031712, -0.0031436, -0.0030798, -0.0029326, -0.0025934" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.010766, 0.0107588, 0.0107421, 0.0107396, 0.0107338, 0.0107202, 0.0106892" \
          );
        }
      }
    }
  }
  cell (scs8hd_o31ai_1) {
    area : 7.5072;
    cell_footprint : "o31ai";
    cell_leakage_power : 0.00482209;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 4.7938e-05;
      when : "!A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.007625;
      when : "!A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0124016;
      when : "!A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 2.51211e-05;
      when : "!A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0065838;
      when : "!A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 2.9732e-05;
      when : "!A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0124;
      when : "!A1&A2&A3&B1";
    }
    leakage_power () {
      value : 3.03521e-05;
      when : "!A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0065124;
      when : "A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 2.97348e-05;
      when : "A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0124001;
      when : "A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 2.86198e-05;
      when : "A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0065833;
      when : "A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 2.97331e-05;
      when : "A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0124;
      when : "A1&A2&A3&B1";
    }
    leakage_power () {
      value : 2.60532e-05;
      when : "A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.00482209;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2&!A3) | (!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.070506;
      max_transition : 1.49659;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.10914, 0.119032, 0.140657, 0.189339, 0.299517, 0.550646, 1.12411", \
            "0.113569, 0.123113, 0.145073, 0.194078, 0.304153, 0.554074, 1.12323", \
            "0.123606, 0.133431, 0.155239, 0.204165, 0.314668, 0.565547, 1.13388", \
            "0.145659, 0.155081, 0.176626, 0.225606, 0.336042, 0.58744, 1.1559", \
            "0.187192, 0.197869, 0.221229, 0.271102, 0.381226, 0.631755, 1.20135", \
            "0.260918, 0.27394, 0.301755, 0.360971, 0.482061, 0.734345, 1.30384", \
            "0.417948, 0.433797, 0.467841, 0.53822, 0.682819, 0.96874, 1.54699" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0862192, 0.0990227, 0.127994, 0.194215, 0.344556, 0.689434, 1.47164", \
            "0.0860441, 0.0990789, 0.127984, 0.1945, 0.344594, 0.687178, 1.46509", \
            "0.0862091, 0.0989583, 0.127995, 0.194203, 0.345281, 0.687144, 1.46531", \
            "0.0869052, 0.0994207, 0.128322, 0.19417, 0.344826, 0.687907, 1.46311", \
            "0.0993525, 0.111183, 0.13752, 0.199895, 0.346305, 0.685899, 1.46669", \
            "0.130204, 0.142528, 0.17074, 0.232973, 0.3685, 0.694103, 1.46679", \
            "0.189837, 0.203642, 0.233669, 0.301377, 0.447504, 0.757505, 1.48968" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0250114, 0.0276675, 0.0334003, 0.0456658, 0.0718347, 0.129216, 0.257861", \
            "0.0286042, 0.0311923, 0.0368658, 0.0490309, 0.0752154, 0.132584, 0.261406", \
            "0.0356647, 0.0384493, 0.0443782, 0.0564629, 0.082547, 0.139972, 0.268679", \
            "0.0432018, 0.0470235, 0.0548674, 0.0701657, 0.0987882, 0.156527, 0.285535", \
            "0.0437554, 0.0493005, 0.0608235, 0.0825936, 0.122197, 0.191267, 0.323607", \
            "0.0205094, 0.0280775, 0.0444403, 0.0769189, 0.134997, 0.23434, 0.400347", \
            "-0.0674582, -0.0558935, -0.0323239, 0.013773, 0.0998833, 0.246024, 0.48645" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0189106, 0.0219868, 0.0287275, 0.0435833, 0.0762418, 0.150809, 0.319746", \
            "0.018852, 0.0218101, 0.0285269, 0.0433051, 0.0763162, 0.150745, 0.320577", \
            "0.0226519, 0.0248768, 0.0305418, 0.0441299, 0.0761593, 0.150675, 0.319703", \
            "0.0336257, 0.0362546, 0.0419847, 0.0538251, 0.0815302, 0.151442, 0.320292", \
            "0.0534425, 0.0567394, 0.0643701, 0.0793403, 0.108808, 0.169391, 0.324103", \
            "0.0881257, 0.0926368, 0.102884, 0.124131, 0.162718, 0.235048, 0.373432", \
            "0.151782, 0.159797, 0.174277, 0.203309, 0.257671, 0.355988, 0.523499" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.101797, 0.11168, 0.133356, 0.182121, 0.29233, 0.541735, 1.11056", \
            "0.105624, 0.114947, 0.137139, 0.18622, 0.296471, 0.546613, 1.11622", \
            "0.11607, 0.125718, 0.147484, 0.1965, 0.307154, 0.560059, 1.13351", \
            "0.140592, 0.150165, 0.172008, 0.220846, 0.331346, 0.581952, 1.15669", \
            "0.192948, 0.204093, 0.228602, 0.278529, 0.389044, 0.639617, 1.2108", \
            "0.289673, 0.304314, 0.335286, 0.398973, 0.523986, 0.775075, 1.34478", \
            "0.483668, 0.503057, 0.544248, 0.626511, 0.787015, 1.08448, 1.66319" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0862138, 0.0989464, 0.127989, 0.194053, 0.345207, 0.686236, 1.46689", \
            "0.0860016, 0.0991295, 0.128024, 0.1942, 0.344918, 0.685871, 1.46622", \
            "0.0861079, 0.0988331, 0.12819, 0.194161, 0.345257, 0.689819, 1.46935", \
            "0.0878433, 0.100009, 0.128355, 0.194052, 0.344936, 0.686973, 1.47041", \
            "0.106035, 0.117263, 0.141811, 0.201847, 0.34528, 0.687537, 1.46426", \
            "0.145664, 0.158884, 0.186968, 0.246943, 0.375793, 0.692471, 1.46761", \
            "0.20844, 0.225508, 0.261259, 0.334525, 0.48002, 0.77266, 1.48531" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0256846, 0.0280995, 0.0333715, 0.0449965, 0.0706809, 0.128592, 0.260051", \
            "0.0290258, 0.0314586, 0.0367605, 0.048404, 0.0741226, 0.132064, 0.263462", \
            "0.0349415, 0.037672, 0.0435093, 0.0554092, 0.0813198, 0.139285, 0.27099", \
            "0.0397012, 0.0434955, 0.0513247, 0.0670695, 0.0964119, 0.155384, 0.287022", \
            "0.0347496, 0.0403963, 0.0524621, 0.0752871, 0.116759, 0.188458, 0.32412", \
            "0.0008998, 0.008997, 0.026608, 0.0610551, 0.122085, 0.225582, 0.396081", \
            "-0.112294, -0.0994275, -0.0726044, -0.0211253, 0.0699687, 0.22343, 0.472336" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0164515, 0.0192337, 0.0256463, 0.0403182, 0.0738323, 0.150363, 0.325083", \
            "0.01647, 0.0192165, 0.0256118, 0.0403188, 0.0740022, 0.150918, 0.324664", \
            "0.0199552, 0.0224177, 0.027819, 0.0413596, 0.073949, 0.150866, 0.324522", \
            "0.0302175, 0.03307, 0.0389715, 0.0514365, 0.0798943, 0.151494, 0.325326", \
            "0.0489976, 0.0528041, 0.0607797, 0.0765421, 0.107352, 0.171244, 0.330349", \
            "0.082343, 0.0877391, 0.0986394, 0.121079, 0.162002, 0.236914, 0.378825", \
            "0.144728, 0.151961, 0.168249, 0.199002, 0.256561, 0.357835, 0.53442" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.082684, 0.0930285, 0.115099, 0.164299, 0.2749, 0.526219, 1.09349", \
            "0.0844599, 0.0943982, 0.117035, 0.166702, 0.277859, 0.528624, 1.09819", \
            "0.0945441, 0.104069, 0.126189, 0.175483, 0.286825, 0.540414, 1.10803", \
            "0.121289, 0.130723, 0.15211, 0.200808, 0.311349, 0.562448, 1.13768", \
            "0.181012, 0.192591, 0.216698, 0.264392, 0.372983, 0.622291, 1.19178", \
            "0.28741, 0.301757, 0.335007, 0.400919, 0.522767, 0.768011, 1.33303", \
            "0.487462, 0.506611, 0.549724, 0.638028, 0.807333, 1.10952, 1.67612" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0861264, 0.0989345, 0.128047, 0.194202, 0.345214, 0.687393, 1.46488", \
            "0.0860065, 0.0989659, 0.127991, 0.194082, 0.344895, 0.687524, 1.46785", \
            "0.0855498, 0.098554, 0.128019, 0.194043, 0.344662, 0.688278, 1.46614", \
            "0.0876884, 0.0997628, 0.127957, 0.193992, 0.345368, 0.68618, 1.47036", \
            "0.111481, 0.123016, 0.146642, 0.203568, 0.345953, 0.687653, 1.46375", \
            "0.150712, 0.166802, 0.198691, 0.261489, 0.385064, 0.695504, 1.46784", \
            "0.215018, 0.234929, 0.278357, 0.363544, 0.519579, 0.804138, 1.49659" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.02145, 0.0236355, 0.0283959, 0.0389906, 0.0628135, 0.117039, 0.24011", \
            "0.0247054, 0.0269712, 0.031864, 0.0425796, 0.0664821, 0.12084, 0.243918", \
            "0.0289957, 0.0320204, 0.0382243, 0.049897, 0.0740096, 0.128407, 0.253054", \
            "0.0297118, 0.0343097, 0.0435948, 0.060227, 0.0902927, 0.145788, 0.269914", \
            "0.0188496, 0.0254081, 0.0389032, 0.0641753, 0.107574, 0.180107, 0.30884", \
            "-0.0261306, -0.0156495, 0.0049225, 0.0433966, 0.107651, 0.213606, 0.386141", \
            "-0.157378, -0.141302, -0.109465, -0.0514363, 0.0453553, 0.204275, 0.4551" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.011014, 0.0135921, 0.0195226, 0.0333066, 0.0644412, 0.135898, 0.299155", \
            "0.0114097, 0.0138627, 0.0196229, 0.0331858, 0.0648636, 0.135995, 0.299073", \
            "0.0162972, 0.018449, 0.0233332, 0.0351848, 0.0651773, 0.137663, 0.299513", \
            "0.0267372, 0.0294484, 0.0353605, 0.0472934, 0.0731373, 0.137515, 0.2995", \
            "0.0451741, 0.0489013, 0.0569515, 0.0728599, 0.102789, 0.161798, 0.306516", \
            "0.0793173, 0.084425, 0.0952718, 0.117919, 0.157738, 0.229397, 0.367537", \
            "0.146956, 0.153765, 0.1678, 0.197843, 0.253466, 0.351717, 0.52015" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0210085, 0.0244924, 0.0322755, 0.049184, 0.0872199, 0.17162, 0.366034", \
            "0.0260328, 0.0293493, 0.0369966, 0.0537982, 0.0915618, 0.17678, 0.369428", \
            "0.0380322, 0.0420505, 0.0495759, 0.0662328, 0.103452, 0.188063, 0.380957", \
            "0.0571923, 0.0633689, 0.0752202, 0.095812, 0.133256, 0.218862, 0.410456", \
            "0.0906163, 0.0993235, 0.116684, 0.148034, 0.200033, 0.286939, 0.478096", \
            "0.1551, 0.166623, 0.190687, 0.235643, 0.313428, 0.44136, 0.640381", \
            "0.287228, 0.302763, 0.335125, 0.396629, 0.505325, 0.693485, 0.98622" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0166607, 0.0212297, 0.0314696, 0.0549867, 0.108833, 0.230413, 0.511108", \
            "0.016839, 0.0211946, 0.0314313, 0.0547511, 0.108562, 0.230673, 0.508299", \
            "0.0230129, 0.0260624, 0.0340554, 0.0551166, 0.108317, 0.230194, 0.509321", \
            "0.0361201, 0.0403948, 0.0491926, 0.0658317, 0.110982, 0.23178, 0.510236", \
            "0.0560121, 0.0629097, 0.0756833, 0.0995073, 0.139318, 0.238716, 0.509628", \
            "0.0889672, 0.0978537, 0.118168, 0.152658, 0.213973, 0.308419, 0.531237", \
            "0.158124, 0.168373, 0.190838, 0.242067, 0.327931, 0.47303, 0.692705" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0125507, 0.0143083, 0.0181717, 0.0267806, 0.0461984, 0.0896284, 0.189249", \
            "0.0154277, 0.0175217, 0.021549, 0.0301593, 0.0495974, 0.0931362, 0.19312", \
            "0.0175021, 0.020651, 0.0268097, 0.0380841, 0.0576726, 0.100875, 0.200549", \
            "0.0158033, 0.0204585, 0.0295726, 0.0459563, 0.074807, 0.120463, 0.220188", \
            "0.0034385, 0.0100809, 0.0227571, 0.0471986, 0.0896034, 0.157067, 0.265817", \
            "-0.0369363, -0.0274105, -0.0085071, 0.0263301, 0.0870442, 0.186979, 0.34789", \
            "-0.146359, -0.133185, -0.106272, -0.0563264, 0.0291564, 0.176297, 0.410423" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0082557, 0.0103496, 0.015343, 0.0262621, 0.0517454, 0.109723, 0.240855", \
            "0.010814, 0.0123958, 0.0163944, 0.0266921, 0.0517004, 0.109994, 0.240636", \
            "0.0169324, 0.01921, 0.0238374, 0.0318937, 0.0538449, 0.109841, 0.242011", \
            "0.0269766, 0.0304672, 0.036776, 0.049368, 0.0691104, 0.116307, 0.241856", \
            "0.0442432, 0.0492556, 0.0585845, 0.0764387, 0.105611, 0.155153, 0.258699", \
            "0.078781, 0.0847636, 0.0980451, 0.123307, 0.166398, 0.236371, 0.354513", \
            "0.144898, 0.153868, 0.173947, 0.20805, 0.266003, 0.371857, 0.535053" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0164392, 0.0176698, 0.0204726, 0.0268048, 0.0411603, 0.0738232, 0.148137", \
            "0.0162411, 0.0174893, 0.0202945, 0.0266748, 0.041052, 0.0737643, 0.148076", \
            "0.0160751, 0.0173193, 0.0201223, 0.0264855, 0.0409228, 0.073533, 0.148028", \
            "0.0159725, 0.0171938, 0.0199943, 0.0263374, 0.0407442, 0.0734706, 0.147894", \
            "0.0159235, 0.0171353, 0.0199089, 0.0262448, 0.0406268, 0.0733147, 0.147792", \
            "0.0162681, 0.0174624, 0.020203, 0.0265737, 0.0408092, 0.0733349, 0.147695", \
            "0.0201127, 0.0211338, 0.0235129, 0.0291649, 0.0431624, 0.075235, 0.148936" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.007179, 0.0059713, 0.0032021, -0.0030711, -0.0174287, -0.0503306, -0.125505", \
            "0.0070507, 0.0058364, 0.0030753, -0.0032154, -0.01757, -0.0504665, -0.125638", \
            "0.0069011, 0.0056916, 0.0029378, -0.0033371, -0.0176905, -0.0505621, -0.125758", \
            "0.0067175, 0.0055282, 0.0027862, -0.0034488, -0.017762, -0.0506557, -0.125818", \
            "0.0071368, 0.0059279, 0.0031417, -0.0032228, -0.0177009, -0.0506033, -0.125761", \
            "0.0084699, 0.0071964, 0.0042953, -0.0022584, -0.0169307, -0.0503393, -0.125628", \
            "0.0133126, 0.0119248, 0.0087943, 0.0017161, -0.0136817, -0.0477627, -0.124113" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.014155, 0.0153953, 0.0181972, 0.024542, 0.0388761, 0.0715636, 0.145936", \
            "0.0139303, 0.0151766, 0.0179952, 0.0243789, 0.0387944, 0.0714731, 0.145855", \
            "0.0137441, 0.0149829, 0.0177999, 0.0241846, 0.038646, 0.0713934, 0.145815", \
            "0.013604, 0.0148326, 0.0176392, 0.0239948, 0.038435, 0.0712291, 0.145708", \
            "0.0135564, 0.0147804, 0.0176134, 0.023963, 0.0383492, 0.0710288, 0.145494", \
            "0.014285, 0.0154539, 0.0181813, 0.0244234, 0.0387374, 0.0712684, 0.14549", \
            "0.0176586, 0.0187053, 0.021178, 0.0271285, 0.0410292, 0.0729353, 0.146941" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0059442, 0.0047475, 0.0019847, -0.0043214, -0.0187304, -0.051716, -0.126912", \
            "0.0058352, 0.0046411, 0.0019024, -0.0043823, -0.0187937, -0.0517271, -0.126979", \
            "0.005614, 0.0044337, 0.0017211, -0.0045253, -0.0188889, -0.0518256, -0.127032", \
            "0.0053603, 0.0041638, 0.0014657, -0.0047216, -0.0190311, -0.0518935, -0.127081", \
            "0.0055711, 0.0043804, 0.0016369, -0.0046412, -0.0190747, -0.051893, -0.127068", \
            "0.0066425, 0.0053787, 0.0025226, -0.0039462, -0.018539, -0.0517598, -0.127004", \
            "0.0105784, 0.0091905, 0.0060998, -0.0007873, -0.0160617, -0.0498835, -0.125963" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0115572, 0.0128241, 0.0156861, 0.0220914, 0.0365145, 0.0691946, 0.143535", \
            "0.0111241, 0.0124042, 0.015301, 0.0217626, 0.0362822, 0.0690564, 0.143434", \
            "0.0109348, 0.012182, 0.0150129, 0.0214508, 0.0360016, 0.0688603, 0.143439", \
            "0.0109243, 0.0121399, 0.0149162, 0.0212698, 0.0357255, 0.0685601, 0.143156", \
            "0.0115662, 0.0127353, 0.0154382, 0.0216605, 0.0358634, 0.0684558, 0.142875", \
            "0.0133928, 0.0145276, 0.0171824, 0.023219, 0.037175, 0.0692802, 0.143216", \
            "0.0182672, 0.0194853, 0.0226446, 0.0290662, 0.0414266, 0.0727998, 0.14584" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0045005, 0.0033442, 0.0006419, -0.0056281, -0.0200457, -0.0530216, -0.128302", \
            "0.0043244, 0.0032018, 0.0005635, -0.0056342, -0.0199836, -0.0529331, -0.128194", \
            "0.0040341, 0.0029199, 0.0003345, -0.0057626, -0.0200356, -0.052898, -0.128138", \
            "0.0039108, 0.0027719, 4.94e-05, -0.0060183, -0.0201863, -0.0529697, -0.128135", \
            "0.0040691, 0.0028733, 0.0001452, -0.0060386, -0.0203819, -0.0530778, -0.128152", \
            "0.005466, 0.0041412, 0.0011696, -0.0053875, -0.0199694, -0.0529879, -0.128159", \
            "0.010302, 0.0087987, 0.0054509, -0.0018042, -0.0174835, -0.0513737, -0.127189" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0044691, 0.0058394, 0.0088425, 0.0154162, 0.0299861, 0.0626911, 0.137739", \
            "0.0041589, 0.0054858, 0.0084474, 0.0150124, 0.0298189, 0.0625014, 0.137826", \
            "0.0041881, 0.0053802, 0.0081742, 0.0147361, 0.029198, 0.0621362, 0.137815", \
            "0.0044294, 0.0058808, 0.0085784, 0.0147088, 0.0289439, 0.0622615, 0.137527", \
            "0.0056915, 0.0067945, 0.0093316, 0.0153932, 0.0292895, 0.0617802, 0.136588", \
            "0.0088555, 0.009805, 0.0121818, 0.0178287, 0.0313783, 0.063487, 0.136532", \
            "0.0181821, 0.0187964, 0.0217782, 0.0261725, 0.0382271, 0.0700707, 0.142442" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
          values ( \
            "0.0008151, -0.0003273, -0.002994, -0.0092437, -0.0236363, -0.0565906, -0.131862", \
            "0.0005637, -0.0005577, -0.0031993, -0.0093863, -0.0237128, -0.0566295, -0.131875", \
            "0.0003715, -0.0007645, -0.0034092, -0.0095725, -0.0238497, -0.05666, -0.131885", \
            "0.0006304, -0.0005873, -0.0032855, -0.0096017, -0.0240013, -0.0567645, -0.131949", \
            "0.001756, 0.0004055, -0.0023813, -0.0088642, -0.023776, -0.056608, -0.131946", \
            "0.0053627, 0.0037931, 0.0003994, -0.0067961, -0.022138, -0.0557838, -0.131611", \
            "0.0155345, 0.0141028, 0.0092973, 0.0020338, -0.0156995, -0.0516517, -0.128956" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002296;
      rise_capacitance : 0.002391;
      rise_capacitance_range (0.002391, 0.002391);
      fall_capacitance : 0.0022;
      fall_capacitance_range (0.0022, 0.0022);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044381, -0.0044354, -0.0044292, -0.0044286, -0.0044273, -0.0044243, -0.0044174" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044359, 0.0044349, 0.0044327, 0.0044323, 0.0044314, 0.0044292, 0.0044242" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002524;
      rise_capacitance : 0.002668;
      rise_capacitance_range (0.002668, 0.002668);
      fall_capacitance : 0.002379;
      fall_capacitance_range (0.002379, 0.002379);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0047579, -0.0047409, -0.0047017, -0.004702, -0.0047027, -0.0047045, -0.0047085" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0047501, 0.0047404, 0.004718, 0.0047181, 0.0047183, 0.0047187, 0.0047197" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002489;
      rise_capacitance : 0.00268;
      rise_capacitance_range (0.00268, 0.00268);
      fall_capacitance : 0.002299;
      fall_capacitance_range (0.002299, 0.002299);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.00477, -0.0047669, -0.0047597, -0.0047598, -0.00476, -0.0047606, -0.004762" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0047653, 0.0047645, 0.0047628, 0.0047617, 0.0047594, 0.004754, 0.0047415" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00238;
      rise_capacitance : 0.002472;
      rise_capacitance_range (0.002472, 0.002472);
      fall_capacitance : 0.002287;
      fall_capacitance_range (0.002287, 0.002287);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0016039, -0.0016078, -0.0016167, -0.0016033, -0.0015726, -0.0015018, -0.0013387" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0055093, 0.0055147, 0.0055271, 0.0055267, 0.0055257, 0.0055234, 0.0055182" \
          );
        }
      }
    }
  }
  cell (scs8hd_o31ai_2) {
    area : 12.512;
    cell_footprint : "o31ai";
    cell_leakage_power : 0.00943515;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 6.10756e-05;
      when : "A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0001411;
      when : "!A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.011455;
      when : "!A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0248056;
      when : "!A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 5.44742e-05;
      when : "!A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0133055;
      when : "!A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 6.48779e-05;
      when : "!A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0247949;
      when : "!A1&A2&A3&B1";
    }
    leakage_power () {
      value : 6.41366e-05;
      when : "!A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0131306;
      when : "A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 6.48869e-05;
      when : "A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0247949;
      when : "A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 6.43406e-05;
      when : "A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0133025;
      when : "A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 6.33684e-05;
      when : "A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0247952;
      when : "A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.00943515;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2&!A3) | (!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.11262;
      max_transition : 1.49316;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.125738, 0.132592, 0.148967, 0.189534, 0.287461, 0.527144, 1.12517", \
            "0.128996, 0.136111, 0.152902, 0.193555, 0.291986, 0.532266, 1.12268", \
            "0.139632, 0.146424, 0.163176, 0.203837, 0.302674, 0.545006, 1.14111", \
            "0.161975, 0.169027, 0.185376, 0.226047, 0.324507, 0.565323, 1.16022", \
            "0.205582, 0.212669, 0.230449, 0.271549, 0.369839, 0.610167, 1.20439", \
            "0.279297, 0.287985, 0.308603, 0.35654, 0.464401, 0.70793, 1.29849", \
            "0.437685, 0.448165, 0.47287, 0.528623, 0.655977, 0.927439, 1.52812" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0946655, 0.103808, 0.126436, 0.18108, 0.316962, 0.648837, 1.47227", \
            "0.0947816, 0.103721, 0.126156, 0.180922, 0.316896, 0.649432, 1.46902", \
            "0.0947928, 0.103912, 0.126177, 0.180932, 0.316159, 0.649363, 1.47053", \
            "0.0951061, 0.104326, 0.126583, 0.181111, 0.316772, 0.648458, 1.46538", \
            "0.105412, 0.113596, 0.134169, 0.186305, 0.317677, 0.648093, 1.47034", \
            "0.132587, 0.141461, 0.162782, 0.214819, 0.339346, 0.655002, 1.46603", \
            "0.194094, 0.202914, 0.224682, 0.279, 0.410141, 0.714166, 1.48841" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0261075, 0.0279587, 0.0323933, 0.0426084, 0.0659767, 0.119891, 0.248326", \
            "0.0295578, 0.0314035, 0.0357509, 0.0458707, 0.0691486, 0.122968, 0.251417", \
            "0.0361417, 0.0381966, 0.0426657, 0.0528083, 0.0758501, 0.129677, 0.258024", \
            "0.0429253, 0.0456222, 0.0517433, 0.064338, 0.0900907, 0.144655, 0.273378", \
            "0.0433333, 0.0469879, 0.0551236, 0.0733938, 0.108724, 0.17471, 0.307427", \
            "0.0165041, 0.0219743, 0.0338533, 0.059959, 0.111817, 0.206689, 0.374199", \
            "-0.0807161, -0.0729872, -0.0556712, -0.0174645, 0.0581982, 0.197612, 0.439953" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0202923, 0.0226811, 0.0279473, 0.0406246, 0.0703015, 0.141063, 0.315299", \
            "0.0201723, 0.022342, 0.02767, 0.0403526, 0.0700721, 0.141147, 0.315823", \
            "0.023749, 0.0254901, 0.0299079, 0.041417, 0.0700134, 0.14091, 0.315715", \
            "0.0348434, 0.0365969, 0.040872, 0.0516312, 0.0759857, 0.142294, 0.31525", \
            "0.0552206, 0.0574526, 0.0630666, 0.0752646, 0.102033, 0.161439, 0.320236", \
            "0.0915015, 0.0948072, 0.101672, 0.118151, 0.152568, 0.222307, 0.369579", \
            "0.157857, 0.162427, 0.17372, 0.196724, 0.243905, 0.334711, 0.511353" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.111583, 0.118435, 0.134925, 0.1754, 0.273332, 0.513122, 1.10301", \
            "0.113876, 0.121037, 0.138064, 0.178689, 0.277173, 0.519079, 1.11424", \
            "0.123803, 0.130208, 0.147283, 0.187908, 0.286717, 0.527083, 1.12192", \
            "0.145498, 0.152261, 0.168952, 0.209285, 0.307651, 0.548376, 1.13938", \
            "0.190251, 0.198033, 0.216636, 0.259242, 0.357629, 0.598795, 1.18956", \
            "0.279206, 0.289029, 0.311119, 0.362024, 0.473327, 0.717414, 1.3088", \
            "0.470805, 0.482421, 0.509875, 0.572231, 0.707265, 0.989122, 1.59112" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0947098, 0.103814, 0.126303, 0.181094, 0.316438, 0.647692, 1.46762", \
            "0.0950253, 0.103917, 0.126114, 0.181132, 0.316932, 0.651201, 1.47298", \
            "0.0948102, 0.104054, 0.126226, 0.181184, 0.316177, 0.646928, 1.47162", \
            "0.0968008, 0.105339, 0.127026, 0.18119, 0.316742, 0.64903, 1.46581", \
            "0.113461, 0.121424, 0.14069, 0.190394, 0.320281, 0.648163, 1.46756", \
            "0.146629, 0.155256, 0.177357, 0.22994, 0.349012, 0.656527, 1.46826", \
            "0.20332, 0.213817, 0.238963, 0.299105, 0.433705, 0.734898, 1.48744" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0245205, 0.0260587, 0.0296193, 0.0380118, 0.0578767, 0.105756, 0.222751", \
            "0.0278535, 0.0293701, 0.0329347, 0.0413761, 0.0612522, 0.109052, 0.226436", \
            "0.0331901, 0.0348924, 0.0390182, 0.047886, 0.0678763, 0.115893, 0.232912", \
            "0.0366981, 0.0392471, 0.0448014, 0.0568625, 0.0810175, 0.130569, 0.248206", \
            "0.0295663, 0.0331774, 0.0415636, 0.0591441, 0.0938174, 0.157714, 0.281761", \
            "-0.0087514, -0.0035709, 0.0088993, 0.0353955, 0.0866474, 0.180008, 0.342368", \
            "-0.129717, -0.121478, -0.102796, -0.0630268, 0.014613, 0.153176, 0.389821" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0147584, 0.0165306, 0.0208541, 0.0315094, 0.0576666, 0.12252, 0.281792", \
            "0.0148516, 0.0165509, 0.0208359, 0.0314935, 0.0578043, 0.122617, 0.282132", \
            "0.0184425, 0.0199071, 0.02372, 0.0331449, 0.0582114, 0.122324, 0.281597", \
            "0.0281828, 0.0299319, 0.0339741, 0.0437112, 0.0660699, 0.125199, 0.282127", \
            "0.0461515, 0.0484913, 0.0540941, 0.0661397, 0.0919965, 0.147136, 0.289433", \
            "0.0787331, 0.0822287, 0.0899851, 0.107003, 0.141025, 0.207692, 0.343804", \
            "0.141921, 0.146719, 0.157923, 0.181506, 0.228504, 0.318493, 0.484483" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0885804, 0.0959096, 0.112941, 0.153696, 0.252049, 0.492024, 1.08211", \
            "0.089168, 0.0965961, 0.113659, 0.155061, 0.254777, 0.494982, 1.08534", \
            "0.0983994, 0.105113, 0.122284, 0.163251, 0.26271, 0.504149, 1.09555", \
            "0.124636, 0.131173, 0.147543, 0.187799, 0.286228, 0.527214, 1.12114", \
            "0.187005, 0.194687, 0.212528, 0.251681, 0.347891, 0.58658, 1.17887", \
            "0.294299, 0.304645, 0.32945, 0.38207, 0.496933, 0.731227, 1.31652", \
            "0.498862, 0.509797, 0.541223, 0.614081, 0.769838, 1.07033, 1.65729" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0945451, 0.103646, 0.126052, 0.180953, 0.31691, 0.648755, 1.46226", \
            "0.0944691, 0.103492, 0.126073, 0.181173, 0.316571, 0.648684, 1.46696", \
            "0.0939185, 0.102859, 0.125616, 0.180946, 0.316841, 0.649286, 1.46441", \
            "0.0954927, 0.104151, 0.125529, 0.180077, 0.31684, 0.648736, 1.46602", \
            "0.118923, 0.126323, 0.145216, 0.192754, 0.317772, 0.647899, 1.46469", \
            "0.152932, 0.166351, 0.191215, 0.249661, 0.363779, 0.658754, 1.46912", \
            "0.212417, 0.228488, 0.263798, 0.335163, 0.486088, 0.776628, 1.49316" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0211799, 0.0226631, 0.0261203, 0.0342062, 0.0537644, 0.101514, 0.218636", \
            "0.0242608, 0.0258209, 0.0294083, 0.0376753, 0.0573175, 0.105208, 0.223145", \
            "0.0279028, 0.030053, 0.0347719, 0.0443376, 0.0644859, 0.112682, 0.230313", \
            "0.0274986, 0.0308095, 0.0376912, 0.0517499, 0.0778533, 0.128641, 0.246967", \
            "0.0145684, 0.0191267, 0.0295453, 0.0505342, 0.0893871, 0.157849, 0.284148", \
            "-0.0341589, -0.0270532, -0.0112105, 0.0202986, 0.0784805, 0.179755, 0.349315", \
            "-0.174256, -0.162999, -0.139273, -0.0902088, -0.0016577, 0.150116, 0.401075" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0099481, 0.0116952, 0.0159683, 0.026611, 0.053029, 0.118395, 0.277809", \
            "0.0104305, 0.0120388, 0.0161747, 0.026693, 0.0530384, 0.118403, 0.278001", \
            "0.0152279, 0.0167112, 0.0203721, 0.0292243, 0.0536557, 0.11757, 0.277114", \
            "0.0252268, 0.0269126, 0.0313037, 0.0410339, 0.0628998, 0.120904, 0.278", \
            "0.0428088, 0.0452986, 0.0512334, 0.0642871, 0.0905455, 0.146199, 0.287022", \
            "0.0768961, 0.0801531, 0.0880388, 0.105658, 0.141292, 0.209507, 0.34604", \
            "0.145182, 0.149786, 0.160132, 0.183619, 0.231945, 0.32331, 0.492494" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.020051, 0.0224794, 0.0282137, 0.041764, 0.0737207, 0.15148, 0.34255", \
            "0.0250669, 0.0273356, 0.0327983, 0.0462228, 0.078274, 0.15679, 0.345408", \
            "0.0363893, 0.0393874, 0.045494, 0.0584912, 0.0905457, 0.167715, 0.357843", \
            "0.0543971, 0.0587864, 0.0680947, 0.0867742, 0.119577, 0.197201, 0.38738", \
            "0.0867674, 0.0928729, 0.106298, 0.13335, 0.182633, 0.265891, 0.453003", \
            "0.150979, 0.15904, 0.177181, 0.213539, 0.286148, 0.41059, 0.61516", \
            "0.285131, 0.295848, 0.319039, 0.37047, 0.46823, 0.647902, 0.952724" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0146777, 0.0176335, 0.025053, 0.043305, 0.0880087, 0.198739, 0.472887", \
            "0.0150699, 0.0177724, 0.0250299, 0.0431352, 0.0875915, 0.199264, 0.468051", \
            "0.0217043, 0.0235937, 0.0286928, 0.0441948, 0.0879249, 0.198778, 0.471899", \
            "0.0331392, 0.0367005, 0.0434344, 0.057088, 0.0921669, 0.197944, 0.471001", \
            "0.0509439, 0.0558294, 0.066432, 0.0869664, 0.125553, 0.209647, 0.470467", \
            "0.0832331, 0.0893643, 0.103493, 0.133413, 0.190332, 0.283381, 0.49725", \
            "0.151026, 0.158353, 0.175005, 0.212837, 0.290884, 0.437315, 0.661031" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0118938, 0.01301, 0.0156541, 0.0220172, 0.037214, 0.0741553, 0.165149", \
            "0.0142975, 0.0157621, 0.0188654, 0.0252724, 0.0406749, 0.0774894, 0.168706", \
            "0.0153367, 0.0175549, 0.0222838, 0.0315825, 0.0486625, 0.0855479, 0.176019", \
            "0.0120259, 0.0151652, 0.0221241, 0.0362004, 0.0616066, 0.105039, 0.195517", \
            "-0.0031743, 0.0013607, 0.0112314, 0.0316351, 0.0685168, 0.133414, 0.240463", \
            "-0.0481365, -0.0415075, -0.0269522, 0.0019111, 0.0545986, 0.149515, 0.308534", \
            "-0.167509, -0.158074, -0.136755, -0.0955563, -0.0191874, 0.116667, 0.351483" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0068468, 0.0081779, 0.0115154, 0.0197794, 0.0400364, 0.0902286, 0.212722", \
            "0.0095881, 0.0106361, 0.013146, 0.0203625, 0.040343, 0.0894782, 0.212383", \
            "0.0148479, 0.0164686, 0.0199562, 0.0272837, 0.0431039, 0.0895958, 0.212157", \
            "0.0237569, 0.0262249, 0.0312671, 0.0413406, 0.0605248, 0.0990036, 0.21208", \
            "0.0401368, 0.0433876, 0.0505412, 0.0653305, 0.0939133, 0.140006, 0.234732", \
            "0.0720768, 0.0768692, 0.087116, 0.106787, 0.144767, 0.215113, 0.32985", \
            "0.137091, 0.143065, 0.157628, 0.186911, 0.23938, 0.336604, 0.497468" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0311547, 0.0326222, 0.0360781, 0.0445977, 0.0654347, 0.116469, 0.242196", \
            "0.0306287, 0.0320763, 0.0356174, 0.0442009, 0.0651034, 0.116303, 0.242023", \
            "0.0302523, 0.0316825, 0.0351502, 0.0437431, 0.0647675, 0.116108, 0.241905", \
            "0.0299692, 0.0313534, 0.0348262, 0.0433817, 0.0643695, 0.115645, 0.241794", \
            "0.0297407, 0.0311687, 0.034594, 0.0430932, 0.0640205, 0.115229, 0.241383", \
            "0.0301608, 0.0315182, 0.0349715, 0.0435097, 0.0641464, 0.11519, 0.241023", \
            "0.0361604, 0.0373423, 0.0402447, 0.0477012, 0.0682659, 0.118308, 0.242773" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0162774, 0.0148857, 0.0114607, 0.0030274, -0.0176816, -0.0690158, -0.196025", \
            "0.0159457, 0.0145524, 0.0111403, 0.0026839, -0.0180294, -0.0693577, -0.196427", \
            "0.0155885, 0.014193, 0.010769, 0.0023335, -0.0183747, -0.0696987, -0.196734", \
            "0.0150976, 0.0137704, 0.0103763, 0.002042, -0.0186509, -0.0699421, -0.196943", \
            "0.0155339, 0.0141266, 0.0106761, 0.0020492, -0.0186104, -0.0698468, -0.196843", \
            "0.0177724, 0.0163744, 0.0127085, 0.003903, -0.0173354, -0.0694527, -0.196616", \
            "0.0264534, 0.0248274, 0.0208678, 0.0114358, -0.011135, -0.064765, -0.19426" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0255018, 0.0269758, 0.030434, 0.0389621, 0.0598201, 0.110883, 0.236592", \
            "0.0250452, 0.0264495, 0.0299686, 0.0385494, 0.0594559, 0.11071, 0.236451", \
            "0.0246039, 0.0260473, 0.0295349, 0.0380994, 0.0591103, 0.110438, 0.23656", \
            "0.0243763, 0.0258285, 0.0292697, 0.0377955, 0.0587476, 0.110019, 0.235989", \
            "0.0242714, 0.0256653, 0.0291342, 0.0375682, 0.0584014, 0.109608, 0.235678", \
            "0.0262809, 0.0275824, 0.030871, 0.0392332, 0.0596412, 0.110539, 0.236107", \
            "0.0343682, 0.0354875, 0.0383489, 0.0461676, 0.0658481, 0.115098, 0.239296" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0120522, 0.0106791, 0.0072766, -0.0011346, -0.0219714, -0.0734816, -0.200643", \
            "0.0119475, 0.0105705, 0.0071868, -0.0012086, -0.0220259, -0.0735039, -0.200659", \
            "0.011645, 0.0102985, 0.0069633, -0.0013801, -0.0221096, -0.0735311, -0.200731", \
            "0.0112515, 0.0099022, 0.0065535, -0.0017091, -0.0222823, -0.0736854, -0.200737", \
            "0.0118765, 0.0104939, 0.0071252, -0.001337, -0.022365, -0.0736046, -0.200642", \
            "0.0144015, 0.0129247, 0.0093252, 0.0005753, -0.0207582, -0.0727473, -0.200264", \
            "0.0234971, 0.0218977, 0.0179863, 0.0085155, -0.014079, -0.0678695, -0.19714" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0205068, 0.0219401, 0.0255204, 0.0341322, 0.0550672, 0.106223, 0.232013", \
            "0.0195968, 0.021026, 0.0246295, 0.033406, 0.0545594, 0.105812, 0.231694", \
            "0.0191403, 0.0205673, 0.0241068, 0.0327843, 0.0539349, 0.105435, 0.231373", \
            "0.0193159, 0.0206645, 0.0241132, 0.0326183, 0.0536041, 0.104984, 0.231079", \
            "0.0204668, 0.0218595, 0.0251956, 0.0333059, 0.0540145, 0.104878, 0.23081", \
            "0.0242844, 0.0257681, 0.0289057, 0.0366287, 0.0565795, 0.106662, 0.23159", \
            "0.03432, 0.0357872, 0.0394394, 0.0457291, 0.065305, 0.114992, 0.23741" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.00907, 0.0077945, 0.0045178, -0.0037359, -0.0244841, -0.0760159, -0.203302", \
            "0.0086294, 0.007411, 0.0042672, -0.0038372, -0.0244523, -0.0758621, -0.203103", \
            "0.0080928, 0.0068675, 0.0037718, -0.0042058, -0.024596, -0.0758704, -0.203001", \
            "0.0077287, 0.0064494, 0.003238, -0.0046615, -0.0249867, -0.0760206, -0.203024", \
            "0.0084367, 0.0070485, 0.0037045, -0.0045824, -0.0252435, -0.0762082, -0.203077", \
            "0.0114099, 0.0098497, 0.0061613, -0.0028016, -0.0240416, -0.0756558, -0.202908", \
            "0.0212883, 0.0195907, 0.0154092, 0.0054806, -0.0178047, -0.0716556, -0.200435" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0056224, 0.0072431, 0.0110962, 0.0201151, 0.0415555, 0.0928775, 0.219686", \
            "0.005171, 0.0066929, 0.010356, 0.0193569, 0.0407607, 0.092516, 0.217482", \
            "0.0051518, 0.0066021, 0.0100988, 0.0189036, 0.0400463, 0.0925495, 0.218651", \
            "0.005831, 0.0071686, 0.0104646, 0.0188506, 0.0400717, 0.0913312, 0.217958", \
            "0.0082253, 0.0094679, 0.0125733, 0.0204789, 0.0406775, 0.0911014, 0.217428", \
            "0.0148798, 0.0158741, 0.0186902, 0.0258671, 0.0457989, 0.0951456, 0.2186", \
            "0.032343, 0.0329257, 0.0346787, 0.0406552, 0.057918, 0.105976, 0.228427" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
          values ( \
            "0.0014449, 0.0001799, -0.0030083, -0.0111831, -0.0318792, -0.0834085, -0.21066", \
            "0.0009312, -0.0003287, -0.0034753, -0.0115645, -0.0320888, -0.083487, -0.210685", \
            "0.0005966, -0.0006726, -0.0039018, -0.0119856, -0.0324359, -0.0836379, -0.210747", \
            "0.001006, -0.0004392, -0.0037724, -0.0122211, -0.0327688, -0.0839287, -0.210862", \
            "0.0039826, 0.0024125, -0.0014163, -0.0104419, -0.0316993, -0.0835834, -0.210814", \
            "0.0106584, 0.0088428, 0.0044601, -0.0056717, -0.0285625, -0.0808398, -0.209655", \
            "0.0304676, 0.0286015, 0.0218898, 0.0103196, -0.0155352, -0.0726659, -0.204457" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004456;
      rise_capacitance : 0.004664;
      rise_capacitance_range (0.004664, 0.004664);
      fall_capacitance : 0.004249;
      fall_capacitance_range (0.004249, 0.004249);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.008887, -0.0088847, -0.0088793, -0.0088756, -0.0088671, -0.0088475, -0.0088021" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089258, 0.0089163, 0.0088943, 0.0088983, 0.0089077, 0.0089292, 0.0089789" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004367;
      rise_capacitance : 0.004663;
      rise_capacitance_range (0.004663, 0.004663);
      fall_capacitance : 0.004072;
      fall_capacitance_range (0.004072, 0.004072);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087875, -0.0087852, -0.0087799, -0.0087788, -0.0087765, -0.0087708, -0.0087577" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087992, 0.0087956, 0.0087873, 0.008783, 0.0087731, 0.0087501, 0.0086975" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004312;
      rise_capacitance : 0.004684;
      rise_capacitance_range (0.004684, 0.004684);
      fall_capacitance : 0.003939;
      fall_capacitance_range (0.003939, 0.003939);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0088217, -0.0088146, -0.0087983, -0.008799, -0.0088006, -0.0088045, -0.0088134" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088242, 0.0088209, 0.0088133, 0.0088102, 0.0088032, 0.008787, 0.0087499" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004508;
      rise_capacitance : 0.004705;
      rise_capacitance_range (0.004705, 0.004705);
      fall_capacitance : 0.00431;
      fall_capacitance_range (0.00431, 0.00431);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0024215, -0.0024238, -0.002429, -0.0024034, -0.0023445, -0.0022084, -0.0018948" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0103648, 0.0103822, 0.0104222, 0.0104173, 0.010406, 0.0103799, 0.0103198" \
          );
        }
      }
    }
  }
  cell (scs8hd_o31ai_4) {
    area : 21.2704;
    cell_footprint : "o31ai";
    cell_leakage_power : 0.0186112;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0001478;
      when : "A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0495741;
      when : "A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0001473;
      when : "A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0003864;
      when : "!A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0191256;
      when : "!A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0495849;
      when : "!A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 0.0001492;
      when : "!A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0264258;
      when : "!A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 0.000149;
      when : "!A1&A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0495741;
      when : "!A1&A2&A3&B1";
    }
    leakage_power () {
      value : 0.0001464;
      when : "!A1&A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0260787;
      when : "A1&!A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0001457;
      when : "A1&!A2&!A3&!B1";
    }
    leakage_power () {
      value : 0.0495734;
      when : "A1&!A2&A3&B1";
    }
    leakage_power () {
      value : 0.0001482;
      when : "A1&!A2&A3&!B1";
    }
    leakage_power () {
      value : 0.0264231;
      when : "A1&A2&!A3&B1";
    }
    leakage_power () {
      value : 0.0186112;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2&!A3) | (!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.198679;
      max_transition : 1.49608;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.0036759, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.132226, 0.13688, 0.149192, 0.18132, 0.267049, 0.49731, 1.11981", \
            "0.13599, 0.140672, 0.153021, 0.185433, 0.271526, 0.502152, 1.12487", \
            "0.146941, 0.151479, 0.163525, 0.196087, 0.282482, 0.51361, 1.13687", \
            "0.169991, 0.174566, 0.18634, 0.218902, 0.305186, 0.537207, 1.1611", \
            "0.215625, 0.220391, 0.233404, 0.266358, 0.352542, 0.583491, 1.20853", \
            "0.294372, 0.300083, 0.315072, 0.354118, 0.450422, 0.686338, 1.30993", \
            "0.462045, 0.469023, 0.487248, 0.534603, 0.646869, 0.913121, 1.55031" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.0036759, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.098558, 0.104372, 0.120517, 0.164475, 0.283432, 0.600984, 1.46635", \
            "0.0984193, 0.104371, 0.120606, 0.164521, 0.283129, 0.601809, 1.46607", \
            "0.0984166, 0.104437, 0.120686, 0.164448, 0.283508, 0.603044, 1.46397", \
            "0.098929, 0.104721, 0.120879, 0.164549, 0.283097, 0.603251, 1.46817", \
            "0.108584, 0.113987, 0.128761, 0.170367, 0.284704, 0.603174, 1.46739", \
            "0.135869, 0.141595, 0.15795, 0.199232, 0.307846, 0.610686, 1.46705", \
            "0.198647, 0.204583, 0.22025, 0.264518, 0.377588, 0.671214, 1.48808" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.0036759, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0285156, 0.0300072, 0.0337025, 0.0431946, 0.0665309, 0.124728, 0.275667", \
            "0.0314282, 0.032831, 0.0365497, 0.0458966, 0.069158, 0.127196, 0.278726", \
            "0.0365322, 0.0378717, 0.0415641, 0.0509352, 0.0739889, 0.132051, 0.2835", \
            "0.0420721, 0.0438673, 0.0481324, 0.0589075, 0.0837035, 0.142333, 0.293791", \
            "0.0403381, 0.0426309, 0.0487064, 0.0633077, 0.0954802, 0.162458, 0.31749", \
            "0.0099604, 0.0134197, 0.0217175, 0.0433983, 0.0893848, 0.182524, 0.364121", \
            "-0.0968943, -0.0921599, -0.0797182, -0.0487769, 0.0188473, 0.155, 0.408298" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.0036759, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0271694, 0.0287224, 0.0330665, 0.04424, 0.0735126, 0.151037, 0.362262", \
            "0.0267622, 0.0283539, 0.0325642, 0.043858, 0.0732462, 0.151015, 0.362347", \
            "0.0289058, 0.0301909, 0.0338541, 0.044408, 0.0732078, 0.150802, 0.361864", \
            "0.0372657, 0.0386613, 0.0421738, 0.0517558, 0.077786, 0.151734, 0.362092", \
            "0.0560514, 0.0576512, 0.0616586, 0.0717609, 0.0977914, 0.166199, 0.365577", \
            "0.0910547, 0.0931667, 0.0981411, 0.111955, 0.142985, 0.216503, 0.401148", \
            "0.156869, 0.159251, 0.1666, 0.18555, 0.227728, 0.318621, 0.51747" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.0036759, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.118374, 0.123028, 0.135139, 0.167416, 0.253315, 0.483765, 1.10646", \
            "0.120828, 0.125477, 0.137732, 0.170354, 0.25682, 0.488014, 1.11126", \
            "0.13021, 0.134738, 0.146791, 0.179552, 0.266293, 0.49782, 1.12114", \
            "0.153244, 0.157493, 0.1698, 0.20223, 0.288674, 0.520442, 1.14439", \
            "0.201829, 0.206987, 0.220563, 0.255218, 0.341692, 0.573093, 1.19827", \
            "0.295194, 0.301538, 0.31826, 0.360732, 0.462047, 0.699331, 1.32336", \
            "0.496297, 0.504152, 0.524859, 0.5762, 0.70272, 0.983122, 1.62148" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.0036759, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0984739, 0.104318, 0.120637, 0.164462, 0.283424, 0.602185, 1.46398", \
            "0.0984933, 0.104338, 0.120629, 0.164475, 0.282784, 0.603234, 1.4687", \
            "0.098462, 0.104458, 0.120584, 0.164461, 0.283108, 0.601401, 1.46674", \
            "0.0996528, 0.105315, 0.121403, 0.1652, 0.283197, 0.602088, 1.46765", \
            "0.115982, 0.120923, 0.135188, 0.17478, 0.286772, 0.603185, 1.46744", \
            "0.151774, 0.157605, 0.173402, 0.21573, 0.32034, 0.6128, 1.46529", \
            "0.210899, 0.217773, 0.23694, 0.286785, 0.408604, 0.693557, 1.48943" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.0036759, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.028295, 0.0294853, 0.0326118, 0.040607, 0.0611491, 0.115126, 0.259601", \
            "0.0312876, 0.0324441, 0.0355929, 0.0436275, 0.06422, 0.11823, 0.262744", \
            "0.0358958, 0.037196, 0.0406714, 0.0490187, 0.0697514, 0.123759, 0.268446", \
            "0.0394195, 0.0411466, 0.0456778, 0.0561165, 0.0799684, 0.135506, 0.280478", \
            "0.0324181, 0.0349544, 0.0412146, 0.0565607, 0.089587, 0.157896, 0.307451", \
            "-0.0072358, -0.0033562, 0.0059555, 0.0285525, 0.0776817, 0.174844, 0.358457", \
            "-0.131908, -0.126355, -0.112152, -0.0781356, -0.0045074, 0.139677, 0.402384" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.0036759, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0198068, 0.0211543, 0.0248484, 0.0348286, 0.06234, 0.137443, 0.341164", \
            "0.0197724, 0.0210601, 0.024746, 0.0348248, 0.0622574, 0.137404, 0.341753", \
            "0.0223937, 0.0235471, 0.0267391, 0.0360574, 0.062683, 0.137416, 0.341246", \
            "0.0308051, 0.0320833, 0.0353405, 0.0445189, 0.0689867, 0.13911, 0.341273", \
            "0.0486864, 0.0503211, 0.0545343, 0.0654555, 0.0911998, 0.156974, 0.346301", \
            "0.0815482, 0.0841749, 0.089701, 0.104493, 0.137691, 0.211437, 0.386953", \
            "0.145393, 0.148721, 0.157109, 0.177051, 0.223153, 0.317874, 0.514538" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.0036759, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0894943, 0.0943972, 0.106877, 0.139662, 0.226081, 0.456822, 1.08098", \
            "0.090234, 0.0951899, 0.107823, 0.14104, 0.228672, 0.460244, 1.08428", \
            "0.0984503, 0.103181, 0.115297, 0.148407, 0.235945, 0.469012, 1.09283", \
            "0.124824, 0.129487, 0.140874, 0.173274, 0.259346, 0.492777, 1.11678", \
            "0.187611, 0.192718, 0.205707, 0.23805, 0.321508, 0.550969, 1.17523", \
            "0.298024, 0.305631, 0.323311, 0.366684, 0.469473, 0.696778, 1.3201", \
            "0.510933, 0.519282, 0.541679, 0.598037, 0.734508, 1.03238, 1.65709" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.0036759, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0977722, 0.103986, 0.12031, 0.164326, 0.283339, 0.601163, 1.46694", \
            "0.0976307, 0.103686, 0.120103, 0.164193, 0.282755, 0.603179, 1.46773", \
            "0.0965548, 0.102863, 0.119552, 0.164252, 0.282608, 0.603258, 1.46477", \
            "0.0977015, 0.103481, 0.119036, 0.162665, 0.283067, 0.602356, 1.46687", \
            "0.120702, 0.125755, 0.139233, 0.176644, 0.285785, 0.601604, 1.46686", \
            "0.152304, 0.159831, 0.179517, 0.228291, 0.33377, 0.61462, 1.46877", \
            "0.209306, 0.21966, 0.244745, 0.307373, 0.445881, 0.736275, 1.49608" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.0036759, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0210447, 0.0220266, 0.0246613, 0.0313328, 0.0488167, 0.0955751, 0.222102", \
            "0.0238554, 0.0249013, 0.0276812, 0.0345249, 0.0521371, 0.0989593, 0.224926", \
            "0.0267772, 0.0281824, 0.0318005, 0.0400595, 0.0584486, 0.10579, 0.232045", \
            "0.025786, 0.0277525, 0.0329849, 0.0446545, 0.06886, 0.119337, 0.245988", \
            "0.0110782, 0.0140389, 0.0216933, 0.0394264, 0.0748331, 0.142735, 0.277514", \
            "-0.0414311, -0.0366744, -0.0248412, 0.0011106, 0.0548134, 0.154964, 0.334434", \
            "-0.189616, -0.182326, -0.164311, -0.123455, -0.0413244, 0.108188, 0.371959" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.0036759, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0102954, 0.0114768, 0.014659, 0.0234631, 0.0473175, 0.11208, 0.287098", \
            "0.0107566, 0.0118696, 0.0148993, 0.0235387, 0.0473303, 0.11204, 0.28668", \
            "0.0152905, 0.0162934, 0.0190426, 0.0263396, 0.0484632, 0.111996, 0.288404", \
            "0.0247051, 0.0259019, 0.0290779, 0.0370416, 0.0576894, 0.115045, 0.286603", \
            "0.0419633, 0.0435397, 0.0477667, 0.0584967, 0.0825136, 0.139109, 0.293724", \
            "0.0755604, 0.0777289, 0.0830764, 0.0970247, 0.129468, 0.197984, 0.348969", \
            "0.143141, 0.145953, 0.152951, 0.171467, 0.214883, 0.304657, 0.49026" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.0036759, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0189462, 0.0205076, 0.0246297, 0.0351778, 0.0619799, 0.133327, 0.321711", \
            "0.0241036, 0.0255664, 0.0294428, 0.0397157, 0.0666031, 0.138145, 0.327013", \
            "0.0352098, 0.0372086, 0.041914, 0.0521857, 0.0785698, 0.149561, 0.339733", \
            "0.0532215, 0.0561412, 0.0632205, 0.0787091, 0.108481, 0.178835, 0.367324", \
            "0.0858349, 0.0898833, 0.0998286, 0.122532, 0.167929, 0.248963, 0.437294", \
            "0.151541, 0.156998, 0.170601, 0.201524, 0.266486, 0.388622, 0.600561", \
            "0.28938, 0.296563, 0.31481, 0.356828, 0.446066, 0.621146, 0.938287" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.0036759, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0132786, 0.0151542, 0.0200977, 0.0338638, 0.0709149, 0.171295, 0.441466", \
            "0.0137204, 0.0153183, 0.0201312, 0.0338242, 0.0706848, 0.171616, 0.441106", \
            "0.020479, 0.021683, 0.0249312, 0.035638, 0.0705052, 0.171546, 0.44531", \
            "0.0310027, 0.0332272, 0.0386023, 0.0500481, 0.0776196, 0.17153, 0.442381", \
            "0.0484342, 0.0515708, 0.059844, 0.0766923, 0.110558, 0.186187, 0.444069", \
            "0.0803271, 0.0843357, 0.0949286, 0.11898, 0.17079, 0.262573, 0.471794", \
            "0.148611, 0.152261, 0.16467, 0.194768, 0.262818, 0.403237, 0.638253" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.0036759, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0122559, 0.013076, 0.015235, 0.0208214, 0.0353558, 0.0743371, 0.178057", \
            "0.0146728, 0.0157331, 0.0183353, 0.0239839, 0.0385205, 0.0774904, 0.181573", \
            "0.0156653, 0.0172231, 0.0210716, 0.0295971, 0.046657, 0.0855454, 0.18951", \
            "0.0121033, 0.0143942, 0.0200452, 0.0327336, 0.0582816, 0.104524, 0.209031", \
            "-0.003545, -0.0002727, 0.0077777, 0.0259029, 0.0631737, 0.131382, 0.252609", \
            "-0.0501029, -0.0453991, -0.033914, -0.0079118, 0.0448191, 0.145946, 0.322674", \
            "-0.17234, -0.165723, -0.149198, -0.112018, -0.0350591, 0.106853, 0.370675" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.0036759, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0075749, 0.0085399, 0.0112562, 0.0186118, 0.0382987, 0.0916133, 0.235133", \
            "0.0102732, 0.0109812, 0.0129789, 0.0192343, 0.0381522, 0.0912145, 0.235422", \
            "0.0151359, 0.0163608, 0.0193349, 0.0262693, 0.0415976, 0.0914163, 0.23517", \
            "0.0240778, 0.0255888, 0.0297017, 0.0393562, 0.0583826, 0.100473, 0.237006", \
            "0.0402795, 0.0421252, 0.0479789, 0.0614176, 0.0883943, 0.141994, 0.254568", \
            "0.0714198, 0.0748115, 0.0825216, 0.100712, 0.139289, 0.212711, 0.3479", \
            "0.1353, 0.139589, 0.149898, 0.177694, 0.230907, 0.334204, 0.519053" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.00367591, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0590845, 0.0607177, 0.065127, 0.0771304, 0.109469, 0.196556, 0.431883", \
            "0.0582, 0.059824, 0.0643343, 0.0765008, 0.108969, 0.196239, 0.43156", \
            "0.0573852, 0.059112, 0.0635968, 0.0756925, 0.108278, 0.19564, 0.431274", \
            "0.0568634, 0.0585679, 0.0630414, 0.075043, 0.107634, 0.195022, 0.430905", \
            "0.0564213, 0.0580702, 0.0624904, 0.0744725, 0.106984, 0.194262, 0.430335", \
            "0.0569366, 0.0585179, 0.0630165, 0.0750175, 0.10713, 0.194081, 0.429941", \
            "0.0663137, 0.0676532, 0.0713542, 0.0820667, 0.113694, 0.198873, 0.432365" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.00367591, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.031193, 0.0295471, 0.0251529, 0.0132431, -0.0189134, -0.106269, -0.344184", \
            "0.0305165, 0.0289095, 0.0245335, 0.0126131, -0.0195197, -0.106916, -0.344751", \
            "0.0299007, 0.02825, 0.0238898, 0.0119752, -0.0201875, -0.107556, -0.345317", \
            "0.0289805, 0.0273826, 0.0230518, 0.0113293, -0.0206812, -0.108051, -0.345836", \
            "0.0290015, 0.0273944, 0.0229978, 0.0110852, -0.020867, -0.108059, -0.3458", \
            "0.0332079, 0.0314787, 0.0267086, 0.0146274, -0.0184921, -0.107209, -0.345405", \
            "0.0480766, 0.0462987, 0.0412593, 0.0281058, -0.0072303, -0.0987319, -0.341204" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.00367591, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0491012, 0.050787, 0.0553332, 0.06731, 0.0996255, 0.186687, 0.422105", \
            "0.0479841, 0.0497082, 0.0543054, 0.0664178, 0.0989546, 0.186196, 0.421738", \
            "0.0471099, 0.0487743, 0.053246, 0.0654314, 0.0981921, 0.185815, 0.421432", \
            "0.0465592, 0.0481776, 0.0525873, 0.0646727, 0.0972977, 0.184922, 0.421257", \
            "0.0461166, 0.0477423, 0.0522345, 0.0641289, 0.0964963, 0.18397, 0.420272", \
            "0.0485256, 0.0500817, 0.0543563, 0.0662806, 0.0982285, 0.184966, 0.420305", \
            "0.0619435, 0.0633393, 0.0672996, 0.078048, 0.10792, 0.192135, 0.425009" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.00367591, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0233865, 0.0217855, 0.0174241, 0.0055789, -0.0266611, -0.114361, -0.352621", \
            "0.0231965, 0.0215987, 0.0172957, 0.0054808, -0.0266994, -0.114358, -0.352621", \
            "0.0226127, 0.0210518, 0.0168142, 0.0050952, -0.026885, -0.114419, -0.352536", \
            "0.0215848, 0.0200145, 0.01586, 0.0043223, -0.0274217, -0.114686, -0.352633", \
            "0.0222988, 0.0207543, 0.0163478, 0.0046563, -0.0277634, -0.114707, -0.352621", \
            "0.0261723, 0.0244658, 0.0198186, 0.0075322, -0.0253643, -0.113996, -0.352238", \
            "0.0409659, 0.0390912, 0.0341191, 0.0206854, -0.0141769, -0.105677, -0.347816" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.00367591, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0384131, 0.0400731, 0.0447578, 0.0569552, 0.0895483, 0.176863, 0.412122", \
            "0.0368155, 0.0384936, 0.0432336, 0.0556196, 0.0885283, 0.17609, 0.411837", \
            "0.0356062, 0.0372601, 0.0418739, 0.0541916, 0.0872974, 0.175214, 0.411336", \
            "0.0357267, 0.0373858, 0.0418159, 0.0537992, 0.0864968, 0.174521, 0.410695", \
            "0.037624, 0.0392201, 0.0435234, 0.0553906, 0.0870714, 0.174072, 0.410038", \
            "0.0446938, 0.0481556, 0.0521017, 0.0633408, 0.0922208, 0.177329, 0.411568", \
            "0.0630772, 0.0644887, 0.0680601, 0.0784797, 0.10783, 0.190586, 0.4203" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.00367591, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0169593, 0.0154576, 0.0113133, -0.0002583, -0.0323194, -0.120064, -0.358421", \
            "0.0161095, 0.0146794, 0.0107268, -0.0004984, -0.0322204, -0.119691, -0.357947", \
            "0.0151373, 0.0137314, 0.009784, -0.0012578, -0.0324907, -0.119598, -0.357566", \
            "0.0144584, 0.0129907, 0.008912, -0.0021798, -0.0332274, -0.119871, -0.357586", \
            "0.0159456, 0.0142434, 0.0099991, -0.0016546, -0.0336096, -0.120277, -0.357773", \
            "0.0210358, 0.019278, 0.0145131, 0.0017145, -0.0313686, -0.11921, -0.35737", \
            "0.0386745, 0.036691, 0.0312633, 0.0170056, -0.0192587, -0.112017, -0.353258" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.00367591, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.009847, 0.0118091, 0.0169664, 0.0302426, 0.0636757, 0.152039, 0.385521", \
            "0.0090116, 0.0108533, 0.0157892, 0.0286696, 0.06241, 0.15144, 0.385566", \
            "0.0088074, 0.0105359, 0.0150771, 0.0277498, 0.0605283, 0.150013, 0.38742", \
            "0.0102219, 0.0118029, 0.0161333, 0.0280424, 0.0603471, 0.148265, 0.38388", \
            "0.0143608, 0.0157779, 0.0197315, 0.0308638, 0.0627893, 0.14818, 0.384808", \
            "0.027447, 0.0286011, 0.0312492, 0.0408046, 0.0706523, 0.157371, 0.388718", \
            "0.0570745, 0.0587271, 0.0611011, 0.0683273, 0.0934411, 0.173712, 0.404746" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135571, 0.00367591, 0.00996693, 0.0270246, 0.073275, 0.198679");
          values ( \
            "0.0028398, 0.0014266, -0.002553, -0.0138339, -0.0457159, -0.133332, -0.371632", \
            "0.0018386, 0.0004154, -0.0035741, -0.014685, -0.0461858, -0.133556, -0.371692", \
            "0.0012434, -0.0003377, -0.0043869, -0.0156061, -0.0469904, -0.134, -0.371864", \
            "0.0016995, -5.6e-06, -0.0043329, -0.0158475, -0.0477438, -0.134606, -0.372177", \
            "0.0064962, 0.0046079, -0.0003746, -0.0131835, -0.046271, -0.134201, -0.371958", \
            "0.0196777, 0.0173865, 0.0116411, -0.0028182, -0.0383118, -0.130754, -0.37007", \
            "0.0536137, 0.0514127, 0.0449169, 0.0250418, -0.0162672, -0.114993, -0.361757" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008619;
      rise_capacitance : 0.009089;
      rise_capacitance_range (0.009089, 0.009089);
      fall_capacitance : 0.008149;
      fall_capacitance_range (0.008149, 0.008149);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0174514, -0.0174485, -0.0174419, -0.0174424, -0.0174434, -0.017446, -0.0174519" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0174583, 0.0174519, 0.017437, 0.0174409, 0.0174499, 0.0174708, 0.0175188" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008452;
      rise_capacitance : 0.009029;
      rise_capacitance_range (0.009029, 0.009029);
      fall_capacitance : 0.007876;
      fall_capacitance_range (0.007876, 0.007876);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0173663, -0.0173784, -0.0174063, -0.0174035, -0.0173969, -0.0173819, -0.0173472" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0173979, 0.0173994, 0.0174028, 0.0174067, 0.0174155, 0.017436, 0.0174833" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008692;
      rise_capacitance : 0.009444;
      rise_capacitance_range (0.009444, 0.009444);
      fall_capacitance : 0.007941;
      fall_capacitance_range (0.007941, 0.007941);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0177645, -0.0177655, -0.0177677, -0.0177604, -0.0177431, -0.0177034, -0.0176118" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0177802, 0.017777, 0.0177695, 0.0177728, 0.0177807, 0.0177987, 0.0178402" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008769;
      rise_capacitance : 0.009099;
      rise_capacitance_range (0.009099, 0.009099);
      fall_capacitance : 0.008439;
      fall_capacitance_range (0.008439, 0.008439);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0056539, -0.0056677, -0.0056996, -0.0056486, -0.0055308, -0.0052595, -0.0046341" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0204449, 0.0204695, 0.0205262, 0.0205225, 0.020514, 0.0204943, 0.0204488" \
          );
        }
      }
    }
  }
  cell (scs8hd_o32a_1) {
    area : 10.0096;
    cell_footprint : "o32a";
    cell_leakage_power : 0.00788361;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0065759;
      when : "!A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0214507;
      when : "!A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0065787;
      when : "!A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0065473;
      when : "!A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0124196;
      when : "!A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0062646;
      when : "!A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124182;
      when : "!A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0065972;
      when : "!A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0065827;
      when : "!A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0065825;
      when : "A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0062646;
      when : "A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.006581;
      when : "A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0007601;
      when : "A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0124185;
      when : "A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0062646;
      when : "A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124171;
      when : "A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0065961;
      when : "A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0062646;
      when : "!A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0065813;
      when : "!A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0007603;
      when : "!A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0124185;
      when : "!A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0062646;
      when : "!A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124171;
      when : "!A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0065961;
      when : "!A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0065054;
      when : "A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0062646;
      when : "A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0065039;
      when : "A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.000683;
      when : "A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0124186;
      when : "A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0062646;
      when : "A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124172;
      when : "A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0065962;
      when : "A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.00788361;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1) | (A1&B2) | (A2&B1) | (A3&B1) | (A2&B2) | (A3&B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.20051;
      max_transition : 1.50546;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.055935, 0.0615089, 0.0746707, 0.107004, 0.193567, 0.431546, 1.08436", \
            "0.0596146, 0.0651861, 0.078322, 0.110732, 0.197361, 0.435306, 1.08553", \
            "0.0683155, 0.0738189, 0.0869644, 0.119554, 0.206729, 0.444897, 1.09422", \
            "0.0828359, 0.0885698, 0.102021, 0.134956, 0.222568, 0.460746, 1.11123", \
            "0.0935878, 0.100165, 0.114533, 0.14788, 0.235555, 0.47348, 1.12332", \
            "0.0815552, 0.0898389, 0.10692, 0.142194, 0.230096, 0.468971, 1.11927", \
            "0.0028118, 0.0130575, 0.0345784, 0.0759644, 0.164756, 0.402672, 1.05205" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.018945, 0.0250271, 0.0413906, 0.0867451, 0.212329, 0.558059, 1.49596", \
            "0.0188924, 0.0249937, 0.0413685, 0.0867407, 0.212298, 0.558159, 1.49789", \
            "0.0187128, 0.0247682, 0.0411128, 0.0865337, 0.212683, 0.558006, 1.49649", \
            "0.0204746, 0.0260565, 0.0417129, 0.0866396, 0.212994, 0.558454, 1.49819", \
            "0.0244204, 0.0299602, 0.0444044, 0.0875406, 0.212616, 0.557521, 1.49733", \
            "0.0311427, 0.0374206, 0.0514996, 0.0907821, 0.212891, 0.555829, 1.49503", \
            "0.0402791, 0.0480138, 0.0648162, 0.101536, 0.215469, 0.559049, 1.49079" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.171881, 0.178575, 0.192736, 0.219757, 0.271369, 0.38569, 0.6766", \
            "0.175781, 0.182406, 0.19659, 0.223615, 0.275257, 0.389605, 0.680515", \
            "0.18602, 0.192673, 0.206676, 0.233561, 0.28563, 0.400066, 0.690878", \
            "0.209364, 0.215995, 0.23011, 0.257026, 0.309054, 0.423472, 0.714362", \
            "0.258968, 0.265639, 0.279842, 0.306914, 0.359096, 0.473509, 0.764872", \
            "0.350881, 0.3582, 0.373671, 0.403139, 0.458023, 0.574826, 0.866392", \
            "0.535084, 0.543325, 0.560973, 0.594225, 0.654778, 0.77408, 1.06666" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.027877, 0.0323424, 0.0419849, 0.062302, 0.110898, 0.23994, 0.612715", \
            "0.027849, 0.0324491, 0.0419745, 0.0623207, 0.110884, 0.239819, 0.612717", \
            "0.0278566, 0.0325276, 0.0422597, 0.0631451, 0.110555, 0.239418, 0.612376", \
            "0.0277557, 0.0324419, 0.0420422, 0.0626851, 0.110235, 0.240124, 0.612807", \
            "0.028615, 0.0331052, 0.0430789, 0.0625922, 0.110458, 0.240762, 0.611853", \
            "0.0327873, 0.0373683, 0.0476907, 0.0688336, 0.116475, 0.243965, 0.612466", \
            "0.0405107, 0.0459578, 0.0573114, 0.0794658, 0.127171, 0.25175, 0.615229" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0551852, 0.0608164, 0.0743943, 0.108253, 0.197352, 0.438118, 1.08807", \
            "0.0588536, 0.0644462, 0.0779766, 0.111878, 0.20082, 0.441146, 1.09262", \
            "0.0671152, 0.0726608, 0.0861243, 0.119847, 0.20917, 0.449194, 1.09931", \
            "0.0796808, 0.0854582, 0.0991767, 0.1329, 0.222185, 0.4627, 1.11441", \
            "0.0868566, 0.0934152, 0.108036, 0.142096, 0.231338, 0.472118, 1.12363", \
            "0.0688408, 0.0768547, 0.0943885, 0.130125, 0.219075, 0.460202, 1.112", \
            "-0.0219798, -0.0116174, 0.0106421, 0.0526008, 0.142551, 0.382881, 1.03498" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.017737, 0.0236375, 0.0398181, 0.0852793, 0.212833, 0.558628, 1.49477", \
            "0.0177408, 0.0236425, 0.0398246, 0.0855569, 0.212552, 0.558434, 1.49455", \
            "0.0177432, 0.0236841, 0.039867, 0.0853888, 0.212524, 0.556221, 1.49593", \
            "0.019587, 0.025215, 0.040761, 0.0856557, 0.212769, 0.558082, 1.49423", \
            "0.0237, 0.0294449, 0.0437014, 0.0869192, 0.211874, 0.55825, 1.49749", \
            "0.030506, 0.0369049, 0.0512358, 0.0903556, 0.213241, 0.556882, 1.49471", \
            "0.0400525, 0.0482036, 0.0650804, 0.101831, 0.215133, 0.55775, 1.49182" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.161699, 0.168414, 0.182574, 0.209643, 0.261726, 0.376178, 0.667665", \
            "0.164989, 0.171649, 0.185699, 0.212758, 0.264882, 0.379579, 0.670885", \
            "0.175001, 0.181638, 0.195862, 0.222886, 0.275019, 0.38964, 0.681033", \
            "0.199542, 0.206167, 0.220296, 0.247442, 0.299777, 0.414546, 0.705544", \
            "0.257246, 0.263901, 0.278071, 0.305123, 0.357459, 0.472144, 0.763585", \
            "0.36783, 0.375435, 0.391311, 0.42141, 0.476812, 0.593071, 0.884322", \
            "0.583202, 0.591909, 0.610556, 0.645959, 0.708228, 0.829608, 1.12" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0280308, 0.0324024, 0.0420146, 0.0622393, 0.110402, 0.240289, 0.611713", \
            "0.0278251, 0.0324897, 0.0422263, 0.0623309, 0.110654, 0.239918, 0.61659", \
            "0.0280386, 0.0323612, 0.0420208, 0.0622989, 0.110542, 0.239808, 0.611965", \
            "0.0279959, 0.032534, 0.0420884, 0.0626137, 0.11039, 0.239409, 0.613509", \
            "0.0286342, 0.0335496, 0.0429927, 0.0630549, 0.11092, 0.240789, 0.611905", \
            "0.0346039, 0.0392243, 0.049453, 0.0707397, 0.116908, 0.244222, 0.613944", \
            "0.0447441, 0.0503191, 0.0626203, 0.0840528, 0.129218, 0.251631, 0.619093" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0516255, 0.0570542, 0.070329, 0.103897, 0.192798, 0.433218, 1.08762", \
            "0.0551646, 0.0605881, 0.07384, 0.107463, 0.196712, 0.436541, 1.0885", \
            "0.0622158, 0.0675819, 0.0807628, 0.11434, 0.203737, 0.443578, 1.0944", \
            "0.0713865, 0.0769475, 0.0904484, 0.124062, 0.213759, 0.455143, 1.1088", \
            "0.0734293, 0.0799554, 0.0943632, 0.128177, 0.217532, 0.458453, 1.11497", \
            "0.0480905, 0.0564034, 0.0737806, 0.10931, 0.198362, 0.438942, 1.09229", \
            "-0.0542401, -0.0437454, -0.0213145, 0.0215446, 0.11141, 0.351457, 1.00249" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0167776, 0.0227306, 0.0390862, 0.0851352, 0.213043, 0.560534, 1.50024", \
            "0.0167835, 0.0227318, 0.0390999, 0.085066, 0.211903, 0.55902, 1.4987", \
            "0.0169563, 0.0228129, 0.0390741, 0.0849697, 0.213365, 0.55855, 1.49453", \
            "0.018926, 0.0245442, 0.0402075, 0.0854555, 0.212734, 0.56104, 1.50455", \
            "0.0233862, 0.0289916, 0.0431407, 0.0864369, 0.211949, 0.556872, 1.50546", \
            "0.0310266, 0.0369317, 0.0512715, 0.0899359, 0.212933, 0.556531, 1.49777", \
            "0.0414758, 0.0498363, 0.0666354, 0.103254, 0.215923, 0.559979, 1.49644" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.135796, 0.142455, 0.156644, 0.183402, 0.236037, 0.351016, 0.642202", \
            "0.137992, 0.14464, 0.158488, 0.185917, 0.238306, 0.353273, 0.644668", \
            "0.14728, 0.153915, 0.168056, 0.195166, 0.24761, 0.362426, 0.653855", \
            "0.172834, 0.179484, 0.194163, 0.22127, 0.273804, 0.388735, 0.680449", \
            "0.237997, 0.244486, 0.258487, 0.28547, 0.337425, 0.452267, 0.743611", \
            "0.359938, 0.368024, 0.384444, 0.415226, 0.469638, 0.586433, 0.877385", \
            "0.577069, 0.586194, 0.606032, 0.643257, 0.705384, 0.824097, 1.11647" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0278111, 0.0325231, 0.0419965, 0.0622376, 0.110079, 0.239717, 0.613487", \
            "0.0278177, 0.032531, 0.0421319, 0.0622897, 0.110445, 0.239752, 0.615884", \
            "0.0279523, 0.0324999, 0.042055, 0.0626902, 0.110467, 0.239624, 0.612767", \
            "0.0279792, 0.032343, 0.0420989, 0.0622255, 0.110487, 0.23923, 0.612612", \
            "0.0285381, 0.0331731, 0.0424516, 0.0626023, 0.111178, 0.24052, 0.619694", \
            "0.0374246, 0.0426281, 0.0528079, 0.0725219, 0.116062, 0.243813, 0.617415", \
            "0.0493963, 0.0552049, 0.0681248, 0.0907639, 0.131025, 0.24933, 0.617239" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0456028, 0.0507622, 0.0636411, 0.0966756, 0.185107, 0.425054, 1.07741", \
            "0.0490734, 0.054225, 0.0670954, 0.100189, 0.188836, 0.429005, 1.08185", \
            "0.0572101, 0.062375, 0.0751709, 0.108301, 0.196787, 0.436719, 1.08813", \
            "0.0670596, 0.0724089, 0.0854414, 0.118785, 0.207532, 0.447292, 1.09813", \
            "0.0717175, 0.0774843, 0.0907501, 0.123818, 0.212783, 0.453841, 1.10562", \
            "0.0551847, 0.0624387, 0.077226, 0.111041, 0.199451, 0.439417, 1.08984", \
            "-0.0216624, -0.012455, 0.0068746, 0.0443479, 0.1333, 0.373812, 1.02485" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0164513, 0.0223841, 0.038922, 0.0850126, 0.212384, 0.558602, 1.49876", \
            "0.0164436, 0.0223675, 0.038943, 0.0850345, 0.212658, 0.558706, 1.49632", \
            "0.0166338, 0.0225519, 0.039006, 0.0852812, 0.212528, 0.558399, 1.49475", \
            "0.0179457, 0.0236693, 0.0398256, 0.0855007, 0.212424, 0.556661, 1.49295", \
            "0.0212022, 0.0264249, 0.0413071, 0.0860677, 0.212256, 0.557332, 1.49717", \
            "0.0273277, 0.0327013, 0.0465397, 0.0877258, 0.213495, 0.556168, 1.49059", \
            "0.0365909, 0.0434039, 0.0579824, 0.095376, 0.214793, 0.559977, 1.49199" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0812626, 0.085942, 0.0961039, 0.116598, 0.160566, 0.267419, 0.553452", \
            "0.0856178, 0.0902891, 0.100436, 0.120929, 0.164899, 0.271762, 0.557869", \
            "0.096309, 0.100964, 0.111041, 0.131634, 0.175703, 0.282543, 0.569207", \
            "0.119991, 0.12465, 0.134677, 0.155273, 0.199335, 0.30615, 0.592697", \
            "0.1631, 0.168267, 0.179384, 0.201576, 0.247119, 0.354419, 0.640499", \
            "0.242371, 0.248314, 0.261116, 0.286333, 0.335187, 0.443582, 0.729571", \
            "0.402771, 0.409679, 0.42442, 0.453864, 0.508675, 0.621437, 0.903894" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.016336, 0.0197322, 0.0275662, 0.0462381, 0.0935727, 0.226777, 0.605118", \
            "0.016338, 0.0197325, 0.0276017, 0.0462713, 0.0936189, 0.226886, 0.606907", \
            "0.0163104, 0.0197421, 0.0278466, 0.0462313, 0.0933415, 0.226394, 0.601982", \
            "0.0169144, 0.020088, 0.027912, 0.0467434, 0.093362, 0.227754, 0.599283", \
            "0.0196242, 0.0235732, 0.03176, 0.0501733, 0.0958861, 0.226819, 0.603666", \
            "0.0251975, 0.0290523, 0.0379975, 0.0569506, 0.102454, 0.22992, 0.601953", \
            "0.0334, 0.0378868, 0.0486434, 0.0695783, 0.114248, 0.236127, 0.605777" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0388859, 0.0439121, 0.0566581, 0.0897166, 0.178123, 0.417619, 1.07097", \
            "0.0423611, 0.0473791, 0.0600873, 0.0931185, 0.181928, 0.422039, 1.07752", \
            "0.0490378, 0.0541052, 0.0667176, 0.0998085, 0.189284, 0.430405, 1.07859", \
            "0.0544247, 0.0596392, 0.0724822, 0.105614, 0.195383, 0.434273, 1.0894", \
            "0.0510641, 0.0568631, 0.0702306, 0.103281, 0.192864, 0.432024, 1.0845", \
            "0.0201172, 0.0275776, 0.0433913, 0.0769396, 0.165254, 0.405868, 1.05699", \
            "-0.0856589, -0.0758046, -0.0548609, -0.0155051, 0.0733552, 0.314109, 0.965923" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0155046, 0.0214936, 0.0382256, 0.0847841, 0.213159, 0.56055, 1.49668", \
            "0.0155184, 0.0215409, 0.038151, 0.0849039, 0.212926, 0.558482, 1.50367", \
            "0.016059, 0.0219054, 0.0383935, 0.0848808, 0.213459, 0.55839, 1.49547", \
            "0.0176442, 0.0232085, 0.0392624, 0.0849234, 0.212071, 0.559041, 1.50417", \
            "0.0216056, 0.0267547, 0.0411721, 0.0856877, 0.211954, 0.557571, 1.49705", \
            "0.0285764, 0.0340693, 0.0476424, 0.0879761, 0.213242, 0.558446, 1.49893", \
            "0.0396484, 0.0469971, 0.0627357, 0.0995758, 0.216116, 0.560362, 1.50347" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0706124, 0.07531, 0.0854574, 0.105899, 0.149877, 0.256748, 0.542785", \
            "0.0739784, 0.0785829, 0.0886396, 0.109235, 0.153204, 0.260074, 0.54695", \
            "0.0853044, 0.0900104, 0.100106, 0.120628, 0.164641, 0.271479, 0.558241", \
            "0.113724, 0.118318, 0.12832, 0.148897, 0.192906, 0.299741, 0.585648", \
            "0.167057, 0.172504, 0.183947, 0.206291, 0.251799, 0.359282, 0.645989", \
            "0.259472, 0.265864, 0.279543, 0.30609, 0.354343, 0.463662, 0.749599", \
            "0.44025, 0.447745, 0.463728, 0.495183, 0.550233, 0.661193, 0.948169" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0164198, 0.0197185, 0.0276055, 0.0463024, 0.093638, 0.226763, 0.604926", \
            "0.0165232, 0.0197315, 0.027605, 0.0461522, 0.0938168, 0.22857, 0.601379", \
            "0.0163281, 0.0197233, 0.0276811, 0.0460106, 0.0937624, 0.228407, 0.601848", \
            "0.0171174, 0.0203121, 0.0282521, 0.0466758, 0.0939446, 0.228082, 0.600125", \
            "0.0219293, 0.0255941, 0.0334699, 0.0511628, 0.0965829, 0.226824, 0.604604", \
            "0.0287925, 0.0331897, 0.0430266, 0.0598987, 0.102507, 0.230547, 0.602531", \
            "0.0385861, 0.0431971, 0.0537633, 0.0743197, 0.116408, 0.235083, 0.603034" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135778, 0.00368716, 0.0100127, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.016362, 0.0180694, 0.0224791, 0.0339461, 0.0654179, 0.1523, 0.391802", \
            "0.0162172, 0.0179342, 0.0223341, 0.0338614, 0.0653164, 0.152246, 0.389715", \
            "0.0160911, 0.0177814, 0.0221956, 0.0338465, 0.0657028, 0.153129, 0.389887", \
            "0.0159586, 0.017647, 0.0220721, 0.0338349, 0.0659006, 0.153262, 0.391858", \
            "0.0164591, 0.0180321, 0.0223044, 0.0340555, 0.0658009, 0.152872, 0.390013", \
            "0.0174574, 0.0190385, 0.0233868, 0.0351134, 0.0668424, 0.153301, 0.392468", \
            "0.0214732, 0.022923, 0.0270163, 0.0387156, 0.0706849, 0.157335, 0.392444" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135778, 0.00368716, 0.0100127, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0198756, 0.0185281, 0.0152759, 0.0052383, -0.0262271, -0.114777, -0.355865", \
            "0.0196245, 0.0182498, 0.0150309, 0.0049664, -0.0264863, -0.115021, -0.356098", \
            "0.0193485, 0.0179891, 0.0148375, 0.0047209, -0.0267533, -0.115282, -0.356322", \
            "0.0191757, 0.0178027, 0.0145788, 0.0045062, -0.0269675, -0.115463, -0.356474", \
            "0.0191571, 0.0177505, 0.0145525, 0.0043963, -0.0270027, -0.115561, -0.356438", \
            "0.0227575, 0.0209759, 0.0163506, 0.0042487, -0.0266961, -0.11519, -0.356148", \
            "0.0277559, 0.0258448, 0.021039, 0.0087066, -0.0242175, -0.11274, -0.35359" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135778, 0.00368716, 0.0100127, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0153014, 0.0170677, 0.02172, 0.0339621, 0.0667985, 0.154907, 0.394232", \
            "0.0152428, 0.0169976, 0.0216499, 0.0338824, 0.0664247, 0.154194, 0.392329", \
            "0.0150676, 0.0168099, 0.0214118, 0.0336252, 0.0662345, 0.154156, 0.392235", \
            "0.0147784, 0.0164853, 0.021031, 0.0331939, 0.065839, 0.15374, 0.391867", \
            "0.0150049, 0.0166545, 0.0210747, 0.0330471, 0.0657122, 0.153437, 0.391597", \
            "0.0159726, 0.0174805, 0.0219759, 0.0338749, 0.0661172, 0.154018, 0.393961", \
            "0.0195813, 0.0210644, 0.025294, 0.0369696, 0.0693265, 0.156804, 0.394911" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135778, 0.00368716, 0.0100127, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0177464, 0.0164194, 0.0131247, 0.0030837, -0.0283161, -0.116689, -0.357581", \
            "0.0173766, 0.0160121, 0.0128579, 0.0028266, -0.0285661, -0.116993, -0.357816", \
            "0.0171944, 0.0158412, 0.0125723, 0.0025478, -0.0288302, -0.117205, -0.358058", \
            "0.0169167, 0.0155677, 0.0122811, 0.0022853, -0.0290029, -0.117416, -0.358244", \
            "0.0168746, 0.0156431, 0.0123183, 0.0022877, -0.0290282, -0.117454, -0.358236", \
            "0.0204625, 0.0186356, 0.0139387, 0.0021923, -0.0285199, -0.116955, -0.357767", \
            "0.0267711, 0.024813, 0.0198977, 0.0074536, -0.0254959, -0.11423, -0.354842" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135778, 0.00368716, 0.0100127, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0131627, 0.014922, 0.019577, 0.0317886, 0.0646089, 0.152951, 0.391422", \
            "0.0131034, 0.014859, 0.0195028, 0.0317246, 0.0643169, 0.152143, 0.390873", \
            "0.0129166, 0.014653, 0.0192571, 0.0314527, 0.0643847, 0.151554, 0.390005", \
            "0.0126442, 0.0143245, 0.0188418, 0.0310113, 0.0635944, 0.152037, 0.392389", \
            "0.0128874, 0.0145338, 0.018981, 0.0309016, 0.0633129, 0.15151, 0.390343", \
            "0.0139634, 0.0155451, 0.0199653, 0.0319402, 0.0643374, 0.151419, 0.391874", \
            "0.0185095, 0.0198659, 0.0240829, 0.0357157, 0.0678651, 0.155222, 0.391591" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135778, 0.00368716, 0.0100127, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.015227, 0.0138601, 0.0106627, 0.0006453, -0.0304908, -0.118756, -0.359478", \
            "0.0148959, 0.0135468, 0.0103882, 0.0003561, -0.0308251, -0.119039, -0.359767", \
            "0.0146706, 0.0133042, 0.010072, 5.52e-05, -0.0310459, -0.119256, -0.359956", \
            "0.0146263, 0.0133135, 0.0099918, -1.5e-06, -0.0311547, -0.119388, -0.360094", \
            "0.0153614, 0.0139659, 0.0106319, 0.0005886, -0.0307282, -0.118996, -0.359708", \
            "0.0207102, 0.0188408, 0.0139114, 0.0027595, -0.0281303, -0.116527, -0.357375", \
            "0.0283235, 0.0263077, 0.0212826, 0.0087355, -0.0238455, -0.112915, -0.3537" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135778, 0.00368716, 0.0100127, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0105932, 0.0123144, 0.0168464, 0.0288435, 0.0611529, 0.14956, 0.388551", \
            "0.0104259, 0.0121364, 0.0166752, 0.0286849, 0.0613066, 0.149368, 0.388256", \
            "0.0102699, 0.0119722, 0.0164823, 0.0285193, 0.0608719, 0.148559, 0.386581", \
            "0.0102186, 0.0119234, 0.0164029, 0.0284001, 0.060826, 0.14849, 0.386828", \
            "0.0111096, 0.0127699, 0.0171176, 0.0289242, 0.0613394, 0.149528, 0.388582", \
            "0.0131959, 0.0148283, 0.0191516, 0.0310097, 0.0630997, 0.150273, 0.388752", \
            "0.0197948, 0.0212996, 0.025539, 0.0373838, 0.0697762, 0.157736, 0.394726" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135778, 0.00368716, 0.0100127, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0122213, 0.010999, 0.0078178, -0.0028494, -0.0348723, -0.123387, -0.364268", \
            "0.0119232, 0.0106918, 0.0075101, -0.0031717, -0.0351881, -0.123709, -0.364588", \
            "0.0116591, 0.0104825, 0.0072196, -0.0034966, -0.0355, -0.123987, -0.364897", \
            "0.0114844, 0.0102, 0.0069357, -0.00371, -0.0357127, -0.124233, -0.365027", \
            "0.0118706, 0.0103562, 0.0064623, -0.0038163, -0.0357537, -0.124241, -0.36504", \
            "0.0155093, 0.0138358, 0.0093626, -0.0025719, -0.0350303, -0.123034, -0.363796", \
            "0.0210983, 0.0192412, 0.0148486, 0.0025882, -0.0299995, -0.118561, -0.359097" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135778, 0.00368716, 0.0100127, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0090319, 0.0107533, 0.0153142, 0.0273364, 0.0599967, 0.148277, 0.386289", \
            "0.0089028, 0.0106136, 0.0151664, 0.0272185, 0.0596168, 0.147632, 0.386206", \
            "0.0086728, 0.0103634, 0.0148657, 0.0269435, 0.0594799, 0.147593, 0.385142", \
            "0.0085444, 0.0101719, 0.0146254, 0.026559, 0.0590199, 0.147684, 0.387646", \
            "0.0091345, 0.0107557, 0.0152018, 0.0269299, 0.0590702, 0.147025, 0.38447", \
            "0.0116958, 0.0132774, 0.0177551, 0.0295234, 0.0617913, 0.148853, 0.389147", \
            "0.0184027, 0.0198277, 0.0240777, 0.0358879, 0.0684239, 0.155815, 0.392399" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135778, 0.00368716, 0.0100127, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0095058, 0.0082944, 0.005106, -0.0055674, -0.0375892, -0.126103, -0.366961", \
            "0.0091713, 0.0079478, 0.0046931, -0.0059446, -0.0379988, -0.126531, -0.367342", \
            "0.0089893, 0.0077608, 0.0045153, -0.0061415, -0.0381717, -0.126709, -0.367506", \
            "0.0091463, 0.0079004, 0.0044979, -0.0061709, -0.038183, -0.126682, -0.367464", \
            "0.0099101, 0.0082337, 0.0047289, -0.0056366, -0.0375422, -0.125989, -0.366775", \
            "0.0148971, 0.0131345, 0.0088538, -0.0021403, -0.0346736, -0.122768, -0.363529", \
            "0.0216621, 0.0197105, 0.0150695, 0.0028046, -0.0296115, -0.118314, -0.358827" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002337;
      rise_capacitance : 0.00246;
      rise_capacitance_range (0.00246, 0.00246);
      fall_capacitance : 0.002214;
      fall_capacitance_range (0.002214, 0.002214);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046666, -0.0046663, -0.0046654, -0.0046671, -0.0046711, -0.0046802, -0.004701" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046975, 0.004691, 0.0046758, 0.0046773, 0.0046807, 0.0046885, 0.0047064" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002429;
      rise_capacitance : 0.00259;
      rise_capacitance_range (0.00259, 0.00259);
      fall_capacitance : 0.002268;
      fall_capacitance_range (0.002268, 0.002268);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045365, -0.0045373, -0.0045391, -0.0045395, -0.0045402, -0.004542, -0.004546" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045455, 0.0045441, 0.0045408, 0.0045408, 0.0045408, 0.0045408, 0.0045409" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002334;
      rise_capacitance : 0.002505;
      rise_capacitance_range (0.002505, 0.002505);
      fall_capacitance : 0.002164;
      fall_capacitance_range (0.002164, 0.002164);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042281, -0.0042283, -0.0042286, -0.0042296, -0.0042319, -0.0042371, -0.0042493" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042281, 0.0042294, 0.0042324, 0.0042311, 0.0042282, 0.0042213, 0.0042058" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002371;
      rise_capacitance : 0.002465;
      rise_capacitance_range (0.002465, 0.002465);
      fall_capacitance : 0.002278;
      fall_capacitance_range (0.002278, 0.002278);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0003837, -0.0003921, -0.0004115, -0.0003947, -0.0003561, -0.0002671, -6.16591e-05" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052965, 0.0053027, 0.0053169, 0.0053196, 0.0053258, 0.00534, 0.0053729" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002456;
      rise_capacitance : 0.002613;
      rise_capacitance_range (0.002613, 0.002613);
      fall_capacitance : 0.002298;
      fall_capacitance_range (0.002298, 0.002298);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0001935, -0.0002, -0.0002151, -0.0001993, -0.0001627, -7.849e-05, 0.0001158" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052248, 0.0052254, 0.0052267, 0.0052268, 0.0052272, 0.0052279, 0.0052297" \
          );
        }
      }
    }
  }
  cell (scs8hd_o32a_2) {
    area : 11.2608;
    cell_footprint : "o32a";
    cell_leakage_power : 0.0101294;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.012497;
      when : "!A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0314504;
      when : "!A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124998;
      when : "!A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.012497;
      when : "!A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0124548;
      when : "!A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0124666;
      when : "!A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124535;
      when : "!A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0066277;
      when : "!A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0066138;
      when : "!A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0124665;
      when : "!A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0066124;
      when : "!A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0007866;
      when : "!A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0124538;
      when : "!A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0124666;
      when : "!A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124525;
      when : "!A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0066267;
      when : "!A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0065328;
      when : "A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0124666;
      when : "A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0065315;
      when : "A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0007057;
      when : "A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0124539;
      when : "A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0124666;
      when : "A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124526;
      when : "A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0066268;
      when : "A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0066136;
      when : "A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0124666;
      when : "A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0066122;
      when : "A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0007864;
      when : "A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0124538;
      when : "A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0124666;
      when : "A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0124525;
      when : "A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0066267;
      when : "A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0101294;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1) | (A1&B2) | (A2&B1) | (A3&B1) | (A2&B2) | (A3&B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.401926;
      max_transition : 1.51146;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.056656, 0.0609385, 0.0716267, 0.0985003, 0.173758, 0.40166, 1.09482", \
            "0.0603253, 0.0645791, 0.075252, 0.1021, 0.177383, 0.40486, 1.09813", \
            "0.068942, 0.0731794, 0.083806, 0.110568, 0.186163, 0.413008, 1.10975", \
            "0.0846713, 0.0891593, 0.0999655, 0.126713, 0.202096, 0.430465, 1.12177", \
            "0.0971084, 0.102438, 0.114707, 0.142444, 0.217956, 0.445264, 1.14121", \
            "0.0871688, 0.0937077, 0.108875, 0.139758, 0.215582, 0.443454, 1.13574", \
            "0.0105572, 0.0181024, 0.0366731, 0.0750013, 0.154603, 0.382641, 1.07696" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0144413, 0.0183018, 0.0293624, 0.0628983, 0.169018, 0.498207, 1.50195", \
            "0.0144517, 0.0183042, 0.0293494, 0.0628286, 0.169307, 0.496588, 1.50183", \
            "0.0142578, 0.0181257, 0.0292611, 0.0627434, 0.168836, 0.497301, 1.49985", \
            "0.0160479, 0.0197691, 0.0301119, 0.0630555, 0.168721, 0.497558, 1.49871", \
            "0.0199255, 0.0239324, 0.0341786, 0.0649252, 0.16919, 0.497537, 1.50293", \
            "0.0255695, 0.0308281, 0.0420618, 0.0706536, 0.170674, 0.496916, 1.50078", \
            "0.0344013, 0.0402708, 0.0544112, 0.0844582, 0.175471, 0.499313, 1.4957" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.195311, 0.200757, 0.21366, 0.240847, 0.293319, 0.406097, 0.705143", \
            "0.199525, 0.204885, 0.217863, 0.245099, 0.297536, 0.410226, 0.709157", \
            "0.210068, 0.215471, 0.228431, 0.255631, 0.307942, 0.42083, 0.719905", \
            "0.23364, 0.239047, 0.251986, 0.279194, 0.331713, 0.444516, 0.743442", \
            "0.285126, 0.290509, 0.303411, 0.33069, 0.383306, 0.496193, 0.795259", \
            "0.386355, 0.392079, 0.405717, 0.434577, 0.489583, 0.604309, 0.903731", \
            "0.585043, 0.591299, 0.606279, 0.638506, 0.699883, 0.820966, 1.12263" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.030256, 0.0336805, 0.0427351, 0.0608434, 0.101984, 0.216963, 0.592277", \
            "0.0303215, 0.0337348, 0.0426951, 0.0607179, 0.101824, 0.21732, 0.595485", \
            "0.0302599, 0.0335868, 0.0423282, 0.0608235, 0.102698, 0.217075, 0.593591", \
            "0.0302305, 0.0337001, 0.0423321, 0.0608473, 0.102342, 0.217032, 0.592704", \
            "0.0302302, 0.0337153, 0.0426525, 0.0607106, 0.102288, 0.217547, 0.593852", \
            "0.0348825, 0.0385466, 0.0470614, 0.0660968, 0.107309, 0.220551, 0.594404", \
            "0.0437085, 0.047678, 0.0566722, 0.0772554, 0.119599, 0.231424, 0.594798" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0562976, 0.0605236, 0.0711657, 0.0981405, 0.173977, 0.402287, 1.09652", \
            "0.0599519, 0.0641793, 0.0748211, 0.10179, 0.177602, 0.406037, 1.09923", \
            "0.0683354, 0.0725566, 0.0831608, 0.110044, 0.185828, 0.414367, 1.10855", \
            "0.0828929, 0.0873814, 0.0982549, 0.125206, 0.201104, 0.428948, 1.12398", \
            "0.0932421, 0.0985835, 0.110905, 0.13891, 0.214706, 0.443247, 1.13766", \
            "0.0799377, 0.0863444, 0.101501, 0.133023, 0.209402, 0.438231, 1.13131", \
            "-0.003146, 0.0044843, 0.0232301, 0.0623154, 0.14279, 0.369354, 1.06304" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0139586, 0.0177995, 0.0287095, 0.0621701, 0.168428, 0.496787, 1.50312", \
            "0.0139247, 0.0178064, 0.0287146, 0.0621555, 0.168733, 0.49812, 1.50291", \
            "0.0139485, 0.0177517, 0.0287235, 0.0621576, 0.168612, 0.497123, 1.50316", \
            "0.0158139, 0.0195433, 0.0299445, 0.062648, 0.168714, 0.497872, 1.50032", \
            "0.0199902, 0.0237166, 0.0342611, 0.0647908, 0.168655, 0.497879, 1.50218", \
            "0.0257454, 0.0308322, 0.0429464, 0.0710503, 0.170487, 0.496626, 1.49642", \
            "0.0344579, 0.040483, 0.0550905, 0.0866843, 0.175927, 0.499358, 1.4973" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.183432, 0.188903, 0.201758, 0.229029, 0.281241, 0.394285, 0.693451", \
            "0.187125, 0.192496, 0.205433, 0.232748, 0.28486, 0.398054, 0.697", \
            "0.197582, 0.20293, 0.215887, 0.243157, 0.295516, 0.408477, 0.707808", \
            "0.22256, 0.227926, 0.24093, 0.268181, 0.32074, 0.43367, 0.732649", \
            "0.281417, 0.286798, 0.29967, 0.326921, 0.379434, 0.492431, 0.791234", \
            "0.401009, 0.406849, 0.420785, 0.45005, 0.505843, 0.619849, 0.918313", \
            "0.630839, 0.637408, 0.653034, 0.686818, 0.750471, 0.871754, 1.17346" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0302258, 0.0338974, 0.0423187, 0.0607425, 0.101872, 0.217228, 0.593728", \
            "0.0302545, 0.0335962, 0.0423635, 0.0607654, 0.102525, 0.216443, 0.591948", \
            "0.0302856, 0.0337288, 0.0426873, 0.0606901, 0.102743, 0.216505, 0.594354", \
            "0.0302569, 0.0335668, 0.0423272, 0.0610395, 0.102372, 0.217197, 0.592533", \
            "0.0303187, 0.0337725, 0.0426507, 0.0611912, 0.101722, 0.217171, 0.589163", \
            "0.0365052, 0.0399532, 0.0487565, 0.0678681, 0.107549, 0.221031, 0.590593", \
            "0.0490514, 0.0528088, 0.0621562, 0.0831003, 0.125463, 0.232961, 0.597503" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0545729, 0.0586521, 0.0690481, 0.0956855, 0.1716, 0.399584, 1.09306", \
            "0.0581636, 0.0622583, 0.0726232, 0.0991902, 0.175213, 0.403064, 1.09937", \
            "0.0655341, 0.0696001, 0.0799126, 0.106436, 0.182438, 0.410194, 1.10911", \
            "0.0769312, 0.0813218, 0.0919885, 0.118789, 0.194418, 0.423838, 1.11589", \
            "0.0828006, 0.0881186, 0.100293, 0.128075, 0.203956, 0.432938, 1.13108", \
            "0.0635212, 0.0700296, 0.0849813, 0.116489, 0.192494, 0.420631, 1.1138", \
            "-0.0281388, -0.0205775, -0.0016328, 0.0374185, 0.118298, 0.345894, 1.04141" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.013302, 0.0171251, 0.0280721, 0.0616638, 0.168749, 0.499446, 1.50582", \
            "0.0133708, 0.0171422, 0.0280864, 0.0616608, 0.168647, 0.498215, 1.50276", \
            "0.0133494, 0.0171292, 0.028073, 0.0616716, 0.168704, 0.497961, 1.50511", \
            "0.0152176, 0.0188939, 0.0294379, 0.062326, 0.168538, 0.499662, 1.50005", \
            "0.0195474, 0.0234673, 0.0338576, 0.0644668, 0.168502, 0.498183, 1.51146", \
            "0.0259149, 0.0307332, 0.0430744, 0.0709911, 0.170369, 0.496821, 1.50699", \
            "0.0357213, 0.0418116, 0.0562021, 0.0869185, 0.176386, 0.499456, 1.49704" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.159577, 0.16496, 0.17786, 0.205086, 0.257834, 0.370415, 0.669514", \
            "0.161871, 0.167258, 0.180214, 0.207485, 0.260094, 0.373107, 0.672562", \
            "0.171036, 0.176402, 0.189354, 0.216601, 0.269282, 0.382317, 0.681526", \
            "0.196056, 0.201479, 0.214321, 0.24211, 0.294885, 0.407989, 0.707153", \
            "0.260807, 0.266173, 0.278944, 0.305934, 0.358476, 0.471426, 0.770618", \
            "0.392983, 0.398997, 0.413106, 0.443428, 0.499368, 0.613494, 0.912052", \
            "0.62444, 0.631298, 0.648625, 0.683029, 0.749747, 0.870271, 1.17144" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0303082, 0.0338197, 0.0423109, 0.0608028, 0.102141, 0.217382, 0.594609", \
            "0.0301474, 0.0336496, 0.0421965, 0.0607268, 0.10274, 0.216987, 0.59408", \
            "0.0301859, 0.0336077, 0.0423268, 0.0608384, 0.102255, 0.21668, 0.593982", \
            "0.0302916, 0.0337657, 0.0423924, 0.0608209, 0.101907, 0.216327, 0.589877", \
            "0.0301024, 0.033704, 0.0424313, 0.0609773, 0.102497, 0.217064, 0.593172", \
            "0.03952, 0.0430607, 0.0517108, 0.0705461, 0.10846, 0.221171, 0.589652", \
            "0.054664, 0.0584369, 0.0688448, 0.0906477, 0.131116, 0.232568, 0.594531" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0469606, 0.0508417, 0.0607199, 0.0867457, 0.162255, 0.390289, 1.08389", \
            "0.0504586, 0.0542987, 0.0641784, 0.0902116, 0.165624, 0.39377, 1.0873", \
            "0.0589088, 0.0627273, 0.0725137, 0.0984641, 0.173921, 0.402078, 1.09571", \
            "0.0716344, 0.0756932, 0.0857624, 0.11171, 0.187368, 0.415301, 1.1098", \
            "0.0792991, 0.0842188, 0.0953427, 0.121663, 0.197311, 0.426379, 1.12002", \
            "0.0659396, 0.0719072, 0.085831, 0.114658, 0.1896, 0.417566, 1.11224", \
            "-0.0062306, 0.0008966, 0.0182793, 0.0537315, 0.130329, 0.358163, 1.05454" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0125475, 0.0162415, 0.0271471, 0.0610466, 0.168503, 0.498378, 1.50188", \
            "0.0125149, 0.0162077, 0.0271422, 0.0610193, 0.168113, 0.497317, 1.5035", \
            "0.0125143, 0.0162816, 0.0271508, 0.0611731, 0.168128, 0.497197, 1.50362", \
            "0.0145886, 0.0179869, 0.0284461, 0.0617061, 0.168478, 0.497966, 1.50071", \
            "0.0186355, 0.0220492, 0.0317309, 0.0630098, 0.168409, 0.498012, 1.50273", \
            "0.0243463, 0.0289116, 0.039654, 0.0674969, 0.169493, 0.497573, 1.49903", \
            "0.0330865, 0.0384815, 0.051641, 0.080628, 0.17302, 0.497768, 1.49526" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0953819, 0.0993306, 0.10884, 0.129001, 0.170968, 0.272676, 0.567122", \
            "0.0999487, 0.103903, 0.113404, 0.133563, 0.175518, 0.277191, 0.571905", \
            "0.110706, 0.114621, 0.124125, 0.144203, 0.186257, 0.287966, 0.58232", \
            "0.135033, 0.138968, 0.148442, 0.168617, 0.210589, 0.312268, 0.606673", \
            "0.183998, 0.188185, 0.198316, 0.219551, 0.262612, 0.364828, 0.659375", \
            "0.273472, 0.278188, 0.289329, 0.313215, 0.360555, 0.465547, 0.760692", \
            "0.448067, 0.453553, 0.466421, 0.493917, 0.548462, 0.659997, 0.954732" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0176179, 0.0203202, 0.0271638, 0.0425378, 0.0814761, 0.200561, 0.587794", \
            "0.0176397, 0.0203371, 0.0271314, 0.0423829, 0.0812187, 0.200398, 0.589001", \
            "0.0176159, 0.0202172, 0.026894, 0.0422192, 0.0815522, 0.201106, 0.581395", \
            "0.0176266, 0.0203817, 0.0271469, 0.0422587, 0.0812836, 0.200804, 0.5823", \
            "0.020408, 0.0231382, 0.03017, 0.0453558, 0.0834446, 0.201458, 0.582596", \
            "0.0264842, 0.0294389, 0.0367974, 0.0531445, 0.0911309, 0.204628, 0.582773", \
            "0.0366487, 0.0395453, 0.0476155, 0.0659159, 0.105941, 0.213307, 0.584454" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0408243, 0.0445316, 0.0541727, 0.0800861, 0.15548, 0.38313, 1.08035", \
            "0.0443638, 0.0480799, 0.0576842, 0.0835293, 0.158882, 0.387562, 1.08578", \
            "0.0522317, 0.0559217, 0.0654769, 0.0911864, 0.166675, 0.394314, 1.08989", \
            "0.0609911, 0.0650226, 0.0749845, 0.100814, 0.17661, 0.405375, 1.11032", \
            "0.0616955, 0.0667175, 0.0779893, 0.104351, 0.179741, 0.408127, 1.10714", \
            "0.0364209, 0.0426312, 0.0569083, 0.0857761, 0.160875, 0.388943, 1.08364", \
            "-0.0596879, -0.0523998, -0.0342999, 0.002777, 0.0805693, 0.308705, 1.0012" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0118258, 0.0154477, 0.0263405, 0.0605956, 0.168281, 0.499567, 1.50521", \
            "0.011768, 0.0154648, 0.026361, 0.0606068, 0.168585, 0.500413, 1.50871", \
            "0.0121365, 0.0157667, 0.0265233, 0.0606486, 0.168492, 0.498519, 1.5031", \
            "0.014632, 0.0180027, 0.0281297, 0.0611939, 0.168223, 0.499817, 1.5028", \
            "0.0190735, 0.0224794, 0.0320318, 0.0628832, 0.168816, 0.498523, 1.50883", \
            "0.0252084, 0.0298347, 0.0408789, 0.0680884, 0.169211, 0.497849, 1.50113", \
            "0.0357322, 0.0415082, 0.0547759, 0.0836369, 0.175257, 0.497978, 1.49839" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0851847, 0.0891093, 0.0986364, 0.1189, 0.160699, 0.262357, 0.55683", \
            "0.0885496, 0.0924673, 0.10198, 0.12223, 0.164129, 0.265786, 0.560028", \
            "0.0997589, 0.103626, 0.113082, 0.133209, 0.175266, 0.276968, 0.571199", \
            "0.128253, 0.132145, 0.14159, 0.161696, 0.203488, 0.305124, 0.599538", \
            "0.188528, 0.192845, 0.20303, 0.224373, 0.267441, 0.369577, 0.664543", \
            "0.291389, 0.29637, 0.30856, 0.334095, 0.382694, 0.487652, 0.782795", \
            "0.483647, 0.489487, 0.50353, 0.533448, 0.591559, 0.702571, 0.997537" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0175079, 0.0202126, 0.026965, 0.042181, 0.0812666, 0.200586, 0.587217", \
            "0.0175854, 0.0202707, 0.0269282, 0.042282, 0.0812246, 0.200817, 0.583534", \
            "0.017532, 0.0202389, 0.0270736, 0.0422887, 0.0813228, 0.199348, 0.581251", \
            "0.0176418, 0.020241, 0.0269982, 0.0423536, 0.0818389, 0.201025, 0.58133", \
            "0.0222419, 0.0249792, 0.0317767, 0.0467784, 0.0843839, 0.201665, 0.58198", \
            "0.0312356, 0.0340337, 0.0418243, 0.0583994, 0.0947169, 0.206018, 0.590645", \
            "0.0436777, 0.046402, 0.0547517, 0.0742066, 0.112621, 0.215876, 0.585284" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0215396, 0.0236148, 0.0298402, 0.0481417, 0.102564, 0.269871, 0.775651", \
            "0.0213978, 0.0234726, 0.0297084, 0.0479901, 0.10255, 0.268431, 0.775395", \
            "0.0212763, 0.0233396, 0.0295529, 0.0478279, 0.102403, 0.268357, 0.778618", \
            "0.0213256, 0.0233603, 0.0294057, 0.047599, 0.102252, 0.269517, 0.775846", \
            "0.0222914, 0.0241662, 0.0300287, 0.0475753, 0.102099, 0.268458, 0.779005", \
            "0.0235879, 0.0254446, 0.0311488, 0.048846, 0.102836, 0.267978, 0.775689", \
            "0.0282345, 0.0296806, 0.0350982, 0.0525951, 0.106923, 0.272022, 0.779401" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0244849, 0.0220984, 0.0164651, 0.000355, -0.0518284, -0.219312, -0.732943", \
            "0.0245387, 0.0221196, 0.0161667, 0.0001241, -0.0520932, -0.219582, -0.733146", \
            "0.0240272, 0.0217858, 0.015717, -0.000283, -0.0522778, -0.219768, -0.73335", \
            "0.023867, 0.0214574, 0.0153001, -0.000447, -0.0526324, -0.220002, -0.733585", \
            "0.0237987, 0.0214029, 0.0153866, -0.0006623, -0.0528489, -0.220147, -0.733609", \
            "0.02722, 0.0246543, 0.0175519, -0.0006446, -0.052493, -0.219797, -0.733387", \
            "0.0366462, 0.0339601, 0.0265017, 0.0068214, -0.0492904, -0.217866, -0.731141" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0201165, 0.0221882, 0.0284579, 0.0470324, 0.102195, 0.269013, 0.776663", \
            "0.0200581, 0.0221364, 0.0284169, 0.0469572, 0.102208, 0.269035, 0.776261", \
            "0.0199244, 0.0220086, 0.0282562, 0.0467441, 0.101917, 0.26882, 0.776525", \
            "0.01992, 0.0219172, 0.0280198, 0.046369, 0.101598, 0.268458, 0.776075", \
            "0.0206047, 0.0225069, 0.028363, 0.0461906, 0.100945, 0.26953, 0.775835", \
            "0.0219942, 0.0237713, 0.0295669, 0.0473098, 0.101494, 0.267273, 0.77624", \
            "0.0264264, 0.0279964, 0.0333983, 0.0511848, 0.105391, 0.272255, 0.779439" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0223112, 0.0198805, 0.0139945, -0.0020477, -0.0539679, -0.221254, -0.734695", \
            "0.0221652, 0.0197036, 0.0137561, -0.0022182, -0.0541371, -0.221475, -0.734894", \
            "0.0220681, 0.0196729, 0.0137428, -0.0024772, -0.0543541, -0.221676, -0.735067", \
            "0.0217078, 0.0193524, 0.0133814, -0.0025559, -0.054664, -0.221899, -0.735319", \
            "0.021948, 0.0194859, 0.0134259, -0.0025596, -0.0547203, -0.221924, -0.735362", \
            "0.0243682, 0.0217778, 0.0146595, -0.0023822, -0.0544124, -0.221107, -0.734767", \
            "0.0365249, 0.0337826, 0.0261349, 0.006083, -0.0502425, -0.218526, -0.732179" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0183185, 0.0203769, 0.0266624, 0.0452179, 0.100493, 0.267293, 0.779452", \
            "0.0182909, 0.0203596, 0.026609, 0.0451432, 0.100456, 0.268659, 0.77555", \
            "0.0182043, 0.0202723, 0.0264841, 0.0449492, 0.100237, 0.26829, 0.776988", \
            "0.0181216, 0.0201398, 0.026174, 0.0444854, 0.0995951, 0.267117, 0.77461", \
            "0.0186754, 0.0205835, 0.026496, 0.0443087, 0.099056, 0.267652, 0.779183", \
            "0.0201695, 0.0219679, 0.0277206, 0.0455753, 0.099672, 0.265828, 0.778746", \
            "0.025433, 0.0271689, 0.0322924, 0.0495927, 0.1039, 0.269326, 0.774997" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0198923, 0.0175057, 0.0115844, -0.0043896, -0.0563672, -0.22323, -0.736675", \
            "0.0196536, 0.0171748, 0.0112737, -0.0046988, -0.0565236, -0.223617, -0.736906", \
            "0.019381, 0.0170214, 0.0108088, -0.0048863, -0.0568531, -0.223899, -0.737189", \
            "0.019272, 0.0168902, 0.010937, -0.0051506, -0.0569958, -0.224055, -0.737301", \
            "0.0201266, 0.0177105, 0.0117311, -0.0044102, -0.0565213, -0.223665, -0.736943", \
            "0.0246139, 0.0219802, 0.0147506, -0.0026191, -0.0548414, -0.222026, -0.735527", \
            "0.0388837, 0.0360686, 0.0292911, 0.0077696, -0.0482584, -0.217538, -0.73117" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0156696, 0.0177517, 0.0239798, 0.0423632, 0.0974332, 0.264183, 0.775847", \
            "0.0155407, 0.0176112, 0.0238071, 0.0422105, 0.0972568, 0.263933, 0.771398", \
            "0.0154607, 0.0175162, 0.0237231, 0.0420406, 0.0971603, 0.263765, 0.771329", \
            "0.0155513, 0.017558, 0.0236136, 0.0417575, 0.0967991, 0.264904, 0.771086", \
            "0.0165481, 0.0184538, 0.0243559, 0.0418472, 0.0967249, 0.263572, 0.775005", \
            "0.0189909, 0.020785, 0.0265656, 0.0444653, 0.0983709, 0.264722, 0.77647", \
            "0.0262266, 0.0278423, 0.0333197, 0.0509956, 0.105176, 0.270996, 0.778776" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0156284, 0.0135699, 0.0084076, -0.0069404, -0.0599706, -0.227795, -0.741194", \
            "0.0155066, 0.0134137, 0.0082228, -0.0071915, -0.0603247, -0.228042, -0.741441", \
            "0.0151609, 0.0131162, 0.007887, -0.007491, -0.0605102, -0.228259, -0.741764", \
            "0.0149744, 0.0128983, 0.0077281, -0.0077853, -0.0607216, -0.228539, -0.741935", \
            "0.0149815, 0.0128645, 0.0075604, -0.007966, -0.0608338, -0.228536, -0.742015", \
            "0.0220777, 0.0196539, 0.0130413, -0.0053028, -0.0603638, -0.227547, -0.740911", \
            "0.0293542, 0.0261782, 0.0195655, 0.0003781, -0.055669, -0.223691, -0.736613" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0142066, 0.0162908, 0.0225363, 0.0410362, 0.0960703, 0.264082, 0.771129", \
            "0.0141451, 0.0162294, 0.0224169, 0.0408931, 0.0960478, 0.26302, 0.772254", \
            "0.0140495, 0.0160655, 0.0222147, 0.0404964, 0.0957214, 0.262842, 0.769918", \
            "0.0139194, 0.0159202, 0.0219246, 0.0401033, 0.0951833, 0.26361, 0.769049", \
            "0.0148815, 0.0167838, 0.0227035, 0.0401853, 0.0950947, 0.263417, 0.771566", \
            "0.017587, 0.0193994, 0.0251732, 0.0427482, 0.0969712, 0.26346, 0.771306", \
            "0.0249724, 0.0267205, 0.0319205, 0.0494945, 0.103649, 0.268789, 0.777566" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152464, 0.00464903, 0.0141761, 0.0432269, 0.131811, 0.401926");
          values ( \
            "0.0130468, 0.0109689, 0.0057683, -0.0095149, -0.0626218, -0.230398, -0.743834", \
            "0.0127787, 0.010648, 0.0053828, -0.0099308, -0.0628942, -0.230725, -0.744203", \
            "0.0125368, 0.0104557, 0.0052607, -0.0101827, -0.0631367, -0.230954, -0.744411", \
            "0.0129811, 0.0107907, 0.0053596, -0.0101663, -0.0633555, -0.231077, -0.744472", \
            "0.0136049, 0.0113773, 0.0060912, -0.0097379, -0.0628103, -0.230506, -0.743917", \
            "0.0219015, 0.0193607, 0.012462, -0.0062188, -0.0605133, -0.227849, -0.74115", \
            "0.030678, 0.0279481, 0.0204696, 0.0007915, -0.0550087, -0.223021, -0.736086" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002367;
      rise_capacitance : 0.002495;
      rise_capacitance_range (0.002495, 0.002495);
      fall_capacitance : 0.002239;
      fall_capacitance_range (0.002239, 0.002239);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046437, -0.0046423, -0.0046391, -0.00464, -0.0046424, -0.0046475, -0.0046594" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046652, 0.0046615, 0.0046532, 0.0046546, 0.0046579, 0.0046655, 0.0046831" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002298;
      rise_capacitance : 0.002446;
      rise_capacitance_range (0.002446, 0.002446);
      fall_capacitance : 0.002149;
      fall_capacitance_range (0.002149, 0.002149);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042455, -0.0042442, -0.0042412, -0.0042402, -0.0042382, -0.0042332, -0.0042217" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042502, 0.0042519, 0.0042558, 0.004255, 0.004253, 0.0042485, 0.0042383" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002302;
      rise_capacitance : 0.002483;
      rise_capacitance_range (0.002483, 0.002483);
      fall_capacitance : 0.002122;
      fall_capacitance_range (0.002122, 0.002122);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043007, -0.004302, -0.0043048, -0.0043039, -0.0043019, -0.0042975, -0.0042869" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043152, 0.004312, 0.0043047, 0.0043039, 0.0043019, 0.0042976, 0.0042877" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002317;
      rise_capacitance : 0.002407;
      rise_capacitance_range (0.002407, 0.002407);
      fall_capacitance : 0.002227;
      fall_capacitance_range (0.002227, 0.002227);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0003569, -0.0003673, -0.0003913, -0.0003742, -0.0003344, -0.0002429, -3.18836e-05" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0051971, 0.0051855, 0.0051587, 0.0051615, 0.005168, 0.0051831, 0.0052179" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002371;
      rise_capacitance : 0.002529;
      rise_capacitance_range (0.002529, 0.002529);
      fall_capacitance : 0.002212;
      fall_capacitance_range (0.002212, 0.002212);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0001974, -0.0002054, -0.0002239, -0.0002075, -0.0001697, -8.27508e-05, 0.0001178" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0051317, 0.005134, 0.0051394, 0.0051407, 0.0051435, 0.0051504, 0.0051662" \
          );
        }
      }
    }
  }
  cell (scs8hd_o32a_4) {
    area : 22.5216;
    cell_footprint : "o32a";
    cell_leakage_power : 0.0269118;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0249653;
      when : "!A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0590903;
      when : "!A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.08964;
      when : "!A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0249662;
      when : "!A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.024938;
      when : "!A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0249154;
      when : "!A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.024926;
      when : "!A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0134561;
      when : "!A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0135921;
      when : "!A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0249143;
      when : "!A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0135797;
      when : "!A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0021101;
      when : "!A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0249018;
      when : "!A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.024913;
      when : "!A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0591186;
      when : "!A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0134207;
      when : "!A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0132668;
      when : "A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0249153;
      when : "A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0132546;
      when : "A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0017848;
      when : "A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0249019;
      when : "A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0249149;
      when : "A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0591211;
      when : "A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0134209;
      when : "A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0135888;
      when : "A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0249151;
      when : "A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.059184;
      when : "A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0021064;
      when : "A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0249019;
      when : "A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0249153;
      when : "A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0591186;
      when : "A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0134199;
      when : "A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0269118;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1) | (A1&B2) | (A2&B1) | (A3&B1) | (A2&B2) | (A3&B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.72877;
      max_transition : 1.50085;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.0651423, 0.0683307, 0.0773782, 0.101251, 0.168427, 0.383911, 1.10069", \
            "0.0687166, 0.0718963, 0.0809042, 0.104816, 0.171923, 0.387421, 1.10441", \
            "0.0769667, 0.0801805, 0.089134, 0.112908, 0.18001, 0.394775, 1.11262", \
            "0.0936711, 0.0969521, 0.105857, 0.129432, 0.196262, 0.411554, 1.13131", \
            "0.111108, 0.114715, 0.12459, 0.148738, 0.215501, 0.430273, 1.14817", \
            "0.111195, 0.115415, 0.12707, 0.154252, 0.221867, 0.436223, 1.15595", \
            "0.0549274, 0.0596856, 0.0735976, 0.107041, 0.180017, 0.394685, 1.11221" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.0167172, 0.0194965, 0.0278548, 0.0538267, 0.142683, 0.451623, 1.49399", \
            "0.0167343, 0.0194146, 0.0277919, 0.0538726, 0.142528, 0.451703, 1.49417", \
            "0.0165491, 0.0193097, 0.0276125, 0.053699, 0.142769, 0.451203, 1.49598", \
            "0.0172267, 0.0199327, 0.0281077, 0.0538527, 0.142701, 0.451249, 1.49681", \
            "0.0207452, 0.0234319, 0.0315761, 0.0560935, 0.143059, 0.451383, 1.49163", \
            "0.026252, 0.0294213, 0.0386919, 0.0624777, 0.144772, 0.450819, 1.49258", \
            "0.0349558, 0.0386302, 0.0497898, 0.0754383, 0.15223, 0.453161, 1.48953" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.202591, 0.206097, 0.21594, 0.240063, 0.292466, 0.409761, 0.738096", \
            "0.20697, 0.210471, 0.220383, 0.244557, 0.296864, 0.414081, 0.742688", \
            "0.217609, 0.221114, 0.231064, 0.255177, 0.307627, 0.424802, 0.753487", \
            "0.240146, 0.243655, 0.253555, 0.2776, 0.329866, 0.447326, 0.775769", \
            "0.287003, 0.29051, 0.300402, 0.324586, 0.376911, 0.494383, 0.823111", \
            "0.375187, 0.37887, 0.389197, 0.414603, 0.469473, 0.589034, 0.918433", \
            "0.548683, 0.552665, 0.563965, 0.59191, 0.65202, 0.778574, 1.10968" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.0309459, 0.0332186, 0.0400013, 0.0566468, 0.0973379, 0.217065, 0.633097", \
            "0.0308847, 0.0331053, 0.0396972, 0.0576234, 0.0985259, 0.216939, 0.633818", \
            "0.0309358, 0.0331822, 0.040051, 0.0572726, 0.0975901, 0.216812, 0.634005", \
            "0.0309696, 0.0330467, 0.0397283, 0.0565409, 0.0974145, 0.216917, 0.632133", \
            "0.0310085, 0.0333147, 0.0399749, 0.0567204, 0.0972567, 0.216719, 0.633809", \
            "0.0351143, 0.0373974, 0.0441392, 0.061588, 0.102844, 0.22034, 0.635322", \
            "0.0436657, 0.0461031, 0.0530989, 0.0723069, 0.114714, 0.230645, 0.635675" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.0618372, 0.0648108, 0.0733234, 0.0961461, 0.162035, 0.376578, 1.09404", \
            "0.0654209, 0.0683973, 0.0769187, 0.0997316, 0.165513, 0.379433, 1.09707", \
            "0.0734901, 0.0764602, 0.0849561, 0.107714, 0.173551, 0.388058, 1.10573", \
            "0.0882157, 0.0912927, 0.0999833, 0.122751, 0.18861, 0.402853, 1.12088", \
            "0.100707, 0.104245, 0.113749, 0.137706, 0.203796, 0.418245, 1.13735", \
            "0.0919924, 0.0961951, 0.107856, 0.13503, 0.202344, 0.416532, 1.13427", \
            "0.0194312, 0.0242608, 0.0382301, 0.0720754, 0.145431, 0.359111, 1.07618" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.0153467, 0.0179782, 0.0261085, 0.0518212, 0.14135, 0.451659, 1.49582", \
            "0.0153576, 0.0180082, 0.0261402, 0.0518956, 0.141171, 0.450218, 1.49495", \
            "0.0153275, 0.0179108, 0.0261031, 0.0517499, 0.141326, 0.451529, 1.49589", \
            "0.0165542, 0.0192436, 0.0270496, 0.0525694, 0.141469, 0.451658, 1.49567", \
            "0.0202873, 0.0231946, 0.0311832, 0.0550702, 0.142075, 0.451142, 1.4967", \
            "0.0259546, 0.0292933, 0.0382397, 0.0620554, 0.144267, 0.45088, 1.49443", \
            "0.0351204, 0.0388615, 0.0503207, 0.0772728, 0.152441, 0.452459, 1.49394" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.189061, 0.192573, 0.202472, 0.226665, 0.279034, 0.396262, 0.725048", \
            "0.192605, 0.196177, 0.206058, 0.230058, 0.282403, 0.399866, 0.72859", \
            "0.202576, 0.20616, 0.216028, 0.240184, 0.292592, 0.40978, 0.738493", \
            "0.225353, 0.228868, 0.238722, 0.262754, 0.315165, 0.432614, 0.761169", \
            "0.27846, 0.281959, 0.291934, 0.315972, 0.368283, 0.485827, 0.814376", \
            "0.385005, 0.388711, 0.39934, 0.424916, 0.480158, 0.600429, 0.928559", \
            "0.594406, 0.598604, 0.610475, 0.63936, 0.701236, 0.8285, 1.15996" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.0308279, 0.0330619, 0.0397113, 0.0574455, 0.0974006, 0.21684, 0.634625", \
            "0.0309496, 0.0331393, 0.0397093, 0.0569783, 0.0982434, 0.217291, 0.633002", \
            "0.0309225, 0.0332316, 0.0400554, 0.0573878, 0.0978801, 0.216656, 0.633973", \
            "0.0309432, 0.0330643, 0.0398174, 0.0566308, 0.0985703, 0.216886, 0.633498", \
            "0.0311403, 0.0332402, 0.0399514, 0.0575278, 0.0986379, 0.217247, 0.633923", \
            "0.0370512, 0.0392783, 0.0460716, 0.0635662, 0.104056, 0.220643, 0.635499", \
            "0.0483156, 0.0506733, 0.0578617, 0.0764393, 0.118298, 0.231208, 0.634647" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.0640869, 0.0670892, 0.0756668, 0.0986369, 0.164604, 0.378906, 1.09749", \
            "0.067587, 0.0706133, 0.079166, 0.102149, 0.168031, 0.381635, 1.10081", \
            "0.0739907, 0.0769858, 0.085543, 0.108422, 0.174433, 0.388405, 1.10843", \
            "0.0847065, 0.0878016, 0.096547, 0.119672, 0.185737, 0.400014, 1.12057", \
            "0.0932102, 0.0967676, 0.106536, 0.130634, 0.197058, 0.411781, 1.12773", \
            "0.0814971, 0.0857346, 0.097522, 0.125027, 0.192873, 0.407688, 1.12488", \
            "0.0070059, 0.0118163, 0.0259897, 0.0607211, 0.13576, 0.35104, 1.07006" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.0155217, 0.0182325, 0.0263883, 0.052262, 0.141526, 0.451756, 1.49758", \
            "0.0155477, 0.0182555, 0.0263947, 0.0522922, 0.141448, 0.45107, 1.49853", \
            "0.0155336, 0.0182004, 0.0263683, 0.0522988, 0.14153, 0.450771, 1.50028", \
            "0.0166171, 0.0192922, 0.0274562, 0.0529758, 0.141373, 0.451777, 1.50085", \
            "0.0202693, 0.023061, 0.0312067, 0.0554723, 0.142527, 0.451774, 1.49796", \
            "0.0263068, 0.0298902, 0.0388539, 0.0627936, 0.144965, 0.450583, 1.49494", \
            "0.0369986, 0.0407123, 0.0517636, 0.0788958, 0.155084, 0.454259, 1.49229" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.161772, 0.165283, 0.1752, 0.199427, 0.251595, 0.36909, 0.697346", \
            "0.164129, 0.167637, 0.177571, 0.201774, 0.254165, 0.371482, 0.700001", \
            "0.172338, 0.175848, 0.185782, 0.209945, 0.262195, 0.379717, 0.708186", \
            "0.195876, 0.199382, 0.209266, 0.233427, 0.285779, 0.403256, 0.731937", \
            "0.256818, 0.260278, 0.270131, 0.293707, 0.345852, 0.463261, 0.791981", \
            "0.378685, 0.382605, 0.393645, 0.419817, 0.474212, 0.593856, 0.923436", \
            "0.588954, 0.59335, 0.605918, 0.636111, 0.7003, 0.824085, 1.15627" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.0309711, 0.033055, 0.0396976, 0.0567903, 0.0981963, 0.217245, 0.633057", \
            "0.0309333, 0.0332136, 0.0397208, 0.0568784, 0.0978942, 0.216785, 0.634009", \
            "0.0308365, 0.0331219, 0.0400363, 0.0574133, 0.0974307, 0.217428, 0.633919", \
            "0.0309614, 0.0330336, 0.0397503, 0.0569899, 0.0972407, 0.216557, 0.633785", \
            "0.0305214, 0.0328158, 0.0394344, 0.0569556, 0.0976699, 0.216737, 0.634592", \
            "0.040548, 0.0427758, 0.0494613, 0.0660604, 0.105258, 0.221002, 0.633828", \
            "0.0550411, 0.0574323, 0.064943, 0.0835339, 0.122758, 0.230244, 0.635636" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.0540016, 0.0567271, 0.0645544, 0.0862302, 0.151629, 0.365328, 1.08306", \
            "0.0573744, 0.060107, 0.0679322, 0.0895606, 0.154967, 0.369073, 1.08803", \
            "0.0657363, 0.0684412, 0.0762447, 0.0977993, 0.162947, 0.377333, 1.09493", \
            "0.080506, 0.083329, 0.091223, 0.112801, 0.177824, 0.392109, 1.11122", \
            "0.0916742, 0.0949762, 0.103857, 0.125943, 0.191135, 0.406295, 1.12224", \
            "0.0833422, 0.0873207, 0.0981224, 0.123027, 0.18783, 0.402325, 1.12001", \
            "0.0179595, 0.0224188, 0.0354732, 0.066293, 0.134924, 0.347663, 1.06587" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.0139277, 0.0163704, 0.0242724, 0.0501181, 0.140778, 0.450112, 1.49486", \
            "0.0139148, 0.0163887, 0.024274, 0.0502419, 0.14054, 0.450979, 1.49743", \
            "0.0138425, 0.0163118, 0.0242605, 0.0501617, 0.140563, 0.451199, 1.49542", \
            "0.0153664, 0.0177608, 0.0254676, 0.0508972, 0.140802, 0.451247, 1.49726", \
            "0.0191082, 0.0215566, 0.0289295, 0.052842, 0.141517, 0.449764, 1.49432", \
            "0.0250578, 0.0281282, 0.0360505, 0.0584407, 0.142747, 0.45173, 1.49096", \
            "0.0339306, 0.0372858, 0.0475789, 0.0716512, 0.147934, 0.451975, 1.49267" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.114695, 0.117451, 0.125271, 0.14452, 0.187291, 0.293222, 0.615931", \
            "0.118704, 0.121446, 0.129179, 0.14849, 0.191277, 0.297214, 0.619952", \
            "0.129217, 0.131949, 0.139724, 0.158809, 0.201809, 0.307751, 0.630605", \
            "0.153589, 0.15632, 0.164103, 0.183277, 0.226245, 0.332013, 0.654853", \
            "0.20447, 0.207306, 0.215393, 0.23521, 0.278784, 0.385253, 0.708013", \
            "0.295863, 0.299009, 0.307889, 0.329815, 0.377215, 0.487878, 0.811605", \
            "0.47389, 0.477456, 0.487388, 0.512479, 0.567707, 0.685533, 1.00996" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.0201247, 0.0219983, 0.0275778, 0.0421333, 0.0809568, 0.200522, 0.627285", \
            "0.0202369, 0.0221491, 0.0275811, 0.0421225, 0.0809657, 0.200445, 0.627546", \
            "0.0201805, 0.0221529, 0.0277985, 0.0422298, 0.0810128, 0.200432, 0.626765", \
            "0.0202471, 0.0219769, 0.0275518, 0.0422814, 0.0807663, 0.200338, 0.626497", \
            "0.0227859, 0.0245088, 0.0300957, 0.0447368, 0.0825972, 0.201127, 0.628363", \
            "0.0293672, 0.0311958, 0.0369769, 0.0522653, 0.0914669, 0.206318, 0.628411", \
            "0.040671, 0.0426188, 0.0486164, 0.0652366, 0.105705, 0.216922, 0.626762" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.0483841, 0.0510676, 0.0588776, 0.0804806, 0.145702, 0.359383, 1.08036", \
            "0.0519918, 0.0546759, 0.0624592, 0.0840657, 0.149263, 0.363417, 1.08176", \
            "0.0603655, 0.0630164, 0.0707408, 0.0921337, 0.157347, 0.371794, 1.08755", \
            "0.072524, 0.0753677, 0.0832649, 0.105102, 0.170023, 0.384932, 1.10119", \
            "0.0793462, 0.0827841, 0.0918171, 0.114383, 0.179406, 0.394176, 1.11048", \
            "0.0645528, 0.0686447, 0.0799756, 0.105506, 0.171106, 0.384582, 1.10301", \
            "-0.0109296, -0.0063353, 0.007249, 0.0400866, 0.110007, 0.32268, 1.03976" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.0135583, 0.0160145, 0.0238799, 0.0498093, 0.14023, 0.45221, 1.49656", \
            "0.0135639, 0.0160269, 0.0238622, 0.0498262, 0.140286, 0.451093, 1.4962", \
            "0.0135967, 0.0160561, 0.0239547, 0.0498332, 0.140584, 0.451656, 1.49484", \
            "0.0157139, 0.0180346, 0.0257321, 0.0510857, 0.140303, 0.451912, 1.49458", \
            "0.0201852, 0.0225008, 0.0299166, 0.053304, 0.141786, 0.450064, 1.4971", \
            "0.0264375, 0.0296081, 0.0379628, 0.0602479, 0.143058, 0.451306, 1.49493", \
            "0.0377409, 0.0412434, 0.0512774, 0.0774435, 0.150696, 0.451622, 1.48803" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.0973514, 0.100124, 0.107935, 0.127177, 0.169993, 0.275953, 0.598863", \
            "0.100147, 0.102889, 0.110671, 0.129805, 0.172764, 0.278741, 0.601266", \
            "0.109551, 0.112275, 0.120063, 0.139212, 0.182177, 0.288051, 0.610656", \
            "0.136011, 0.138748, 0.146477, 0.165648, 0.208659, 0.314547, 0.636899", \
            "0.19484, 0.197819, 0.205915, 0.225702, 0.269301, 0.375792, 0.697742", \
            "0.294802, 0.298115, 0.307507, 0.330356, 0.378739, 0.488073, 0.812869", \
            "0.477772, 0.481497, 0.492278, 0.518544, 0.575589, 0.690931, 1.01634" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.72877");
          values ( \
            "0.0202066, 0.0221548, 0.0277579, 0.0421429, 0.0810642, 0.200907, 0.628277", \
            "0.0201731, 0.0220789, 0.0278411, 0.0421355, 0.0808966, 0.200534, 0.626158", \
            "0.0201273, 0.0220326, 0.0276632, 0.0422122, 0.0808105, 0.200387, 0.624667", \
            "0.0201389, 0.0220966, 0.0275895, 0.0422628, 0.0808584, 0.200429, 0.627621", \
            "0.0243843, 0.026251, 0.0315941, 0.0459292, 0.083138, 0.201524, 0.625342", \
            "0.033989, 0.0356329, 0.0418431, 0.0573891, 0.0928168, 0.206056, 0.62926", \
            "0.0469255, 0.0488661, 0.0550953, 0.0717355, 0.109903, 0.2162, 0.627906" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.728769");
          values ( \
            "0.0433011, 0.0456296, 0.0538761, 0.0808041, 0.167781, 0.455018, 1.41951", \
            "0.0429701, 0.0453646, 0.0535124, 0.0805273, 0.167465, 0.454609, 1.41891", \
            "0.0425438, 0.0449755, 0.0531178, 0.0800077, 0.16706, 0.454653, 1.41775", \
            "0.0427008, 0.0450656, 0.0530895, 0.0794024, 0.166057, 0.45345, 1.4165", \
            "0.0446748, 0.0468404, 0.0543129, 0.0791866, 0.165065, 0.452956, 1.41544", \
            "0.0483738, 0.0504248, 0.0575469, 0.0821216, 0.166084, 0.453408, 1.41654", \
            "0.0591022, 0.0608227, 0.0670844, 0.0917903, 0.17624, 0.460678, 1.42076" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.728769");
          values ( \
            "0.0535044, 0.0505854, 0.0418852, 0.0189674, -0.059884, -0.345087, -1.31819", \
            "0.0530101, 0.050047, 0.041528, 0.0186238, -0.0602711, -0.345512, -1.31851", \
            "0.0525444, 0.0496042, 0.0409567, 0.0180998, -0.060698, -0.34576, -1.31907", \
            "0.0520777, 0.0490464, 0.0404928, 0.0177143, -0.0610053, -0.346173, -1.3194", \
            "0.0519437, 0.0489478, 0.0403172, 0.0172506, -0.0615241, -0.346716, -1.31992", \
            "0.0568532, 0.0538071, 0.044379, 0.0175519, -0.061341, -0.34648, -1.31968", \
            "0.0764886, 0.0733159, 0.063347, 0.0342712, -0.053516, -0.342608, -1.31497" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.728769");
          values ( \
            "0.0397013, 0.0420271, 0.0501198, 0.0768088, 0.163475, 0.450238, 1.41337", \
            "0.0395979, 0.0419249, 0.0500593, 0.0767083, 0.163339, 0.450179, 1.41414", \
            "0.0393487, 0.0417231, 0.0497957, 0.0763418, 0.162986, 0.449959, 1.41364", \
            "0.0394115, 0.0416877, 0.0495166, 0.0757193, 0.162166, 0.449545, 1.41248", \
            "0.0409101, 0.0430802, 0.0503656, 0.0754883, 0.161328, 0.448875, 1.41168", \
            "0.0442565, 0.0463027, 0.0534919, 0.0784364, 0.162621, 0.449722, 1.41354", \
            "0.0555941, 0.0572474, 0.0637057, 0.0881924, 0.172476, 0.456805, 1.41668" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.728769");
          values ( \
            "0.0476957, 0.0447032, 0.0361569, 0.0134384, -0.0652849, -0.350271, -1.32372", \
            "0.0473326, 0.0444197, 0.0358516, 0.0134493, -0.0654092, -0.350796, -1.32389", \
            "0.0470004, 0.0443147, 0.0356316, 0.0126686, -0.066064, -0.351085, -1.32443", \
            "0.0466805, 0.0436574, 0.0352467, 0.0124015, -0.0664405, -0.351607, -1.32458", \
            "0.0469519, 0.0438974, 0.0353077, 0.0122617, -0.0667572, -0.352061, -1.32523", \
            "0.0524368, 0.0492915, 0.0396456, 0.0126403, -0.0660285, -0.351262, -1.32404", \
            "0.0753161, 0.0720559, 0.0619056, 0.0323589, -0.0558441, -0.344704, -1.31738" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.728769");
          values ( \
            "0.0354542, 0.0377781, 0.0458009, 0.0724245, 0.158876, 0.445979, 1.41083", \
            "0.0354281, 0.0377781, 0.04582, 0.0724501, 0.158929, 0.444251, 1.41083", \
            "0.035251, 0.0375808, 0.0455919, 0.0720789, 0.158641, 0.446017, 1.41148", \
            "0.0350787, 0.0373626, 0.0451765, 0.0713591, 0.15774, 0.445463, 1.41079", \
            "0.0366288, 0.0388278, 0.0462861, 0.0712508, 0.157049, 0.444565, 1.40346", \
            "0.0403452, 0.0425308, 0.0495697, 0.0747562, 0.159018, 0.445816, 1.40862", \
            "0.0534148, 0.0550074, 0.0614499, 0.0856245, 0.17055, 0.454794, 1.41397" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.728769");
          values ( \
            "0.0423028, 0.0392661, 0.0307176, 0.0079781, -0.0706317, -0.355912, -1.32918", \
            "0.0417764, 0.0391313, 0.0304619, 0.0075327, -0.0713025, -0.356668, -1.32939", \
            "0.0412342, 0.0383141, 0.0298871, 0.0069355, -0.0716535, -0.356891, -1.33021", \
            "0.0411724, 0.0381391, 0.0295929, 0.0067492, -0.0720989, -0.357219, -1.33009", \
            "0.0420864, 0.0392311, 0.0306464, 0.0080783, -0.0711329, -0.356568, -1.32978", \
            "0.0523963, 0.049249, 0.0403969, 0.012192, -0.0666624, -0.352371, -1.32546", \
            "0.0805724, 0.077232, 0.0666932, 0.0367562, -0.0524856, -0.34199, -1.31501" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.728769");
          values ( \
            "0.0317985, 0.0341705, 0.042258, 0.068811, 0.155471, 0.442442, 1.4066", \
            "0.0314898, 0.0338369, 0.0419526, 0.0685115, 0.155165, 0.442414, 1.40483", \
            "0.0312367, 0.033614, 0.0416451, 0.0680502, 0.154692, 0.441675, 1.40582", \
            "0.0313461, 0.0336454, 0.0415532, 0.0672561, 0.1538, 0.441348, 1.40386", \
            "0.0331347, 0.0353304, 0.042927, 0.0673513, 0.1533, 0.44087, 1.40349", \
            "0.0377026, 0.0398886, 0.0469703, 0.0721234, 0.155922, 0.443153, 1.40699", \
            "0.0507526, 0.0524024, 0.0591751, 0.0832945, 0.167815, 0.452334, 1.41225" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.728769");
          values ( \
            "0.0342376, 0.0315783, 0.0238862, 0.002159, -0.0782867, -0.365897, -1.33999", \
            "0.0336138, 0.0310772, 0.0232781, 0.00157, -0.0788538, -0.366444, -1.34056", \
            "0.0329018, 0.0304634, 0.022834, 0.0008465, -0.0795251, -0.367128, -1.34113", \
            "0.032533, 0.0299129, 0.0220722, 0.0002194, -0.0804358, -0.367697, -1.3415", \
            "0.0334341, 0.0307814, 0.0225612, -7.32e-05, -0.0804049, -0.36783, -1.34168", \
            "0.0440527, 0.0410905, 0.0320595, 0.0053457, -0.079354, -0.366271, -1.34011", \
            "0.0582607, 0.0550321, 0.0452003, 0.0167756, -0.0702661, -0.359389, -1.33226" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.728769");
          values ( \
            "0.0271693, 0.0295725, 0.0376814, 0.0644522, 0.150987, 0.438161, 1.40229", \
            "0.0270987, 0.0295294, 0.0376109, 0.0643149, 0.150991, 0.43811, 1.40063", \
            "0.0271557, 0.0295278, 0.0375784, 0.0639463, 0.150469, 0.438378, 1.39548", \
            "0.027313, 0.0296047, 0.0371923, 0.0629807, 0.149525, 0.437715, 1.39503", \
            "0.0289974, 0.031168, 0.0385317, 0.0633742, 0.149199, 0.436515, 1.39569", \
            "0.0339204, 0.0360655, 0.0430867, 0.0678019, 0.152316, 0.438825, 1.40314", \
            "0.0486025, 0.0500657, 0.0565619, 0.0807002, 0.163678, 0.447845, 1.40824" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0016836, 0.00566905, 0.0190889, 0.0642762, 0.216431, 0.728769");
          values ( \
            "0.0286513, 0.0262253, 0.0184169, -0.0033953, -0.0835956, -0.3712, -1.34491", \
            "0.027995, 0.0255357, 0.0176656, -0.0040021, -0.0842085, -0.37169, -1.34529", \
            "0.0274866, 0.0247949, 0.0173078, -0.004772, -0.0851141, -0.372424, -1.34619", \
            "0.027348, 0.0248779, 0.0170632, -0.005032, -0.0853374, -0.37252, -1.34623", \
            "0.0298165, 0.0271159, 0.0187376, -0.0035774, -0.0843957, -0.37169, -1.34544", \
            "0.0451723, 0.0420471, 0.032591, 0.004947, -0.0808455, -0.367854, -1.34146", \
            "0.0626723, 0.059343, 0.0491085, 0.0197129, -0.0671982, -0.35722, -1.33045" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004357;
      rise_capacitance : 0.004559;
      rise_capacitance_range (0.004559, 0.004559);
      fall_capacitance : 0.004155;
      fall_capacitance_range (0.004155, 0.004155);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087732, -0.0087705, -0.0087642, -0.0087594, -0.0087485, -0.0087234, -0.0086653" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088573, 0.008845, 0.0088166, 0.0088184, 0.0088225, 0.0088318, 0.0088536" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004248;
      rise_capacitance : 0.004529;
      rise_capacitance_range (0.004529, 0.004529);
      fall_capacitance : 0.003967;
      fall_capacitance_range (0.003967, 0.003967);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087143, -0.0087137, -0.0087124, -0.0087128, -0.0087137, -0.0087158, -0.0087205" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087847, 0.0087747, 0.0087516, 0.0087514, 0.008751, 0.0087501, 0.0087481" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004313;
      rise_capacitance : 0.004682;
      rise_capacitance_range (0.004682, 0.004682);
      fall_capacitance : 0.003944;
      fall_capacitance_range (0.003944, 0.003944);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0090646, -0.0090637, -0.0090616, -0.0090623, -0.0090638, -0.0090673, -0.0090755" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0091511, 0.009136, 0.0091014, 0.0090991, 0.0090939, 0.009082, 0.0090546" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004322;
      rise_capacitance : 0.00453;
      rise_capacitance_range (0.00453, 0.00453);
      fall_capacitance : 0.004113;
      fall_capacitance_range (0.004113, 0.004113);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0007177, -0.000745, -0.0008081, -0.0007715, -0.0006871, -0.0004928, -4.46189e-05" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0103016, 0.0103097, 0.0103284, 0.0103242, 0.0103148, 0.0102931, 0.0102431" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004327;
      rise_capacitance : 0.004608;
      rise_capacitance_range (0.004608, 0.004608);
      fall_capacitance : 0.004045;
      fall_capacitance_range (0.004045, 0.004045);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0007519, -0.00077, -0.0008118, -0.0007769, -0.0006964, -0.0005108, -8.30842e-05" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0104336, 0.0104297, 0.0104211, 0.0104223, 0.0104252, 0.0104318, 0.0104472" \
          );
        }
      }
    }
  }
  cell (scs8hd_o32ai_1) {
    area : 8.7584;
    cell_footprint : "o32ai";
    cell_leakage_power : 0.00562201;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0003306;
      when : "!A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0114501;
      when : "!A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0003372;
      when : "!A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0003213;
      when : "!A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0123969;
      when : "!A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 6.1835e-05;
      when : "!A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0123948;
      when : "!A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0065947;
      when : "!A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0065683;
      when : "!A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 6.18575e-05;
      when : "!A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0065662;
      when : "!A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0007661;
      when : "!A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0123955;
      when : "!A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 6.18575e-05;
      when : "!A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0123935;
      when : "!A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0065934;
      when : "!A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0065008;
      when : "A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 6.18575e-05;
      when : "A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0064987;
      when : "A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0006986;
      when : "A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0123957;
      when : "A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 6.18575e-05;
      when : "A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0123936;
      when : "A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0065935;
      when : "A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0065679;
      when : "A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 6.18575e-05;
      when : "A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0065658;
      when : "A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0007657;
      when : "A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0123955;
      when : "A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 6.18575e-05;
      when : "A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0123935;
      when : "A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0065934;
      when : "A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.00562201;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2&!A3) | (!B1&!B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.06959;
      max_transition : 1.49488;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.117999, 0.128131, 0.150094, 0.199112, 0.309284, 0.559244, 1.12716", \
            "0.122762, 0.132442, 0.154595, 0.203784, 0.314266, 0.564378, 1.13279", \
            "0.133288, 0.14302, 0.164819, 0.213991, 0.324864, 0.575497, 1.14453", \
            "0.155152, 0.164828, 0.186796, 0.235939, 0.346573, 0.597067, 1.16544", \
            "0.199, 0.209163, 0.232643, 0.282066, 0.392586, 0.644971, 1.21253", \
            "0.275737, 0.288353, 0.3163, 0.374643, 0.494826, 0.746984, 1.31893", \
            "0.438875, 0.454361, 0.487622, 0.556414, 0.699806, 0.983261, 1.56039" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0945552, 0.107367, 0.136247, 0.202593, 0.352798, 0.692829, 1.46609", \
            "0.0941717, 0.107358, 0.136245, 0.20236, 0.352322, 0.692976, 1.46703", \
            "0.0942655, 0.107063, 0.13627, 0.202321, 0.353075, 0.69361, 1.46588", \
            "0.094599, 0.107519, 0.136524, 0.202489, 0.352265, 0.693007, 1.4655", \
            "0.105728, 0.117621, 0.144321, 0.207118, 0.353741, 0.694563, 1.4647", \
            "0.136052, 0.149414, 0.176802, 0.238721, 0.37453, 0.699112, 1.46825", \
            "0.196497, 0.210225, 0.240313, 0.307895, 0.452338, 0.762848, 1.48912" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0225622, 0.0247552, 0.0293422, 0.0391062, 0.0601087, 0.105833, 0.207628", \
            "0.0265422, 0.0286156, 0.0331276, 0.0428477, 0.0637849, 0.109422, 0.211289", \
            "0.0342919, 0.0368527, 0.0417942, 0.051653, 0.0723871, 0.117975, 0.219959", \
            "0.0418674, 0.0455331, 0.0527809, 0.0667431, 0.0916928, 0.137918, 0.239861", \
            "0.0419064, 0.0475772, 0.0578297, 0.0781613, 0.11533, 0.178275, 0.285884", \
            "0.0174979, 0.0248002, 0.0397685, 0.0697568, 0.125264, 0.218593, 0.371843", \
            "-0.0772413, -0.0663545, -0.0429091, 0.000839, 0.0821157, 0.221634, 0.449802" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0183338, 0.0206584, 0.0259138, 0.0377204, 0.0637312, 0.122565, 0.255826", \
            "0.0185138, 0.0207018, 0.0258235, 0.0374233, 0.0636603, 0.122657, 0.256586", \
            "0.0236557, 0.0252806, 0.0293188, 0.0393458, 0.0638643, 0.122528, 0.25624", \
            "0.0366185, 0.0389215, 0.0432275, 0.0531716, 0.0730472, 0.124831, 0.25596", \
            "0.0580104, 0.0610596, 0.0674591, 0.0804873, 0.1063, 0.153917, 0.266206", \
            "0.0950182, 0.0996113, 0.108302, 0.127343, 0.163604, 0.226746, 0.340198", \
            "0.163699, 0.169715, 0.183533, 0.209128, 0.259407, 0.349765, 0.503795" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.111148, 0.12114, 0.142994, 0.192006, 0.302553, 0.554865, 1.12695", \
            "0.114465, 0.124755, 0.146818, 0.196115, 0.306911, 0.556814, 1.12508", \
            "0.125716, 0.13491, 0.157394, 0.206598, 0.317599, 0.568107, 1.13633", \
            "0.150592, 0.159966, 0.182172, 0.231336, 0.342304, 0.593145, 1.1618", \
            "0.204102, 0.215634, 0.239542, 0.28918, 0.400106, 0.650715, 1.22362", \
            "0.304136, 0.31851, 0.348595, 0.411796, 0.534891, 0.786597, 1.35535", \
            "0.504315, 0.522702, 0.562315, 0.644486, 0.801281, 1.09789, 1.6762" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0944555, 0.107055, 0.136073, 0.202367, 0.352068, 0.69558, 1.47167", \
            "0.0945251, 0.107084, 0.136255, 0.202198, 0.352679, 0.691315, 1.46564", \
            "0.0942297, 0.107268, 0.136242, 0.202397, 0.352943, 0.692029, 1.46501", \
            "0.0951139, 0.107567, 0.136358, 0.202261, 0.352459, 0.693375, 1.46831", \
            "0.112084, 0.12264, 0.147789, 0.20854, 0.352877, 0.693756, 1.46959", \
            "0.152179, 0.165806, 0.193739, 0.252102, 0.380409, 0.697636, 1.46815", \
            "0.216633, 0.233159, 0.268435, 0.341814, 0.484533, 0.777992, 1.48812" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0230683, 0.024935, 0.0291204, 0.0382116, 0.0580655, 0.102478, 0.202992", \
            "0.026705, 0.0286634, 0.0328317, 0.0418805, 0.0617457, 0.106275, 0.206983", \
            "0.0334295, 0.0359514, 0.0407073, 0.0503179, 0.0702922, 0.114827, 0.215488", \
            "0.0381816, 0.041629, 0.0490483, 0.063266, 0.0885381, 0.134393, 0.235044", \
            "0.0330409, 0.0384137, 0.0494717, 0.0705881, 0.108396, 0.172382, 0.280571", \
            "-0.0015595, 0.0061434, 0.0221356, 0.0537916, 0.11086, 0.207063, 0.361553", \
            "-0.117463, -0.10544, -0.0803465, -0.0326146, 0.0527884, 0.196508, 0.428442" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0157369, 0.0178442, 0.0227733, 0.0340025, 0.0596229, 0.11839, 0.251177", \
            "0.0159284, 0.0180001, 0.0228371, 0.0339781, 0.0597465, 0.118103, 0.251478", \
            "0.020954, 0.0226155, 0.0264117, 0.0360511, 0.0600763, 0.118167, 0.251602", \
            "0.0327698, 0.0351583, 0.0399238, 0.0503589, 0.070208, 0.121431, 0.251135", \
            "0.0530019, 0.0562565, 0.063217, 0.0771934, 0.103384, 0.151737, 0.26307", \
            "0.0888834, 0.0934206, 0.103066, 0.122889, 0.159626, 0.224871, 0.338084", \
            "0.155837, 0.161952, 0.175907, 0.203393, 0.255702, 0.347239, 0.502092" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0876932, 0.0975798, 0.119492, 0.168902, 0.279507, 0.52992, 1.0989", \
            "0.090038, 0.099849, 0.122031, 0.171788, 0.282889, 0.533433, 1.10163", \
            "0.0996937, 0.109552, 0.131467, 0.181084, 0.292418, 0.544122, 1.11345", \
            "0.126765, 0.136355, 0.157926, 0.206931, 0.31763, 0.570753, 1.13846", \
            "0.189051, 0.200229, 0.223539, 0.270923, 0.379853, 0.629035, 1.19706", \
            "0.299968, 0.315204, 0.34678, 0.410228, 0.531072, 0.775798, 1.33966", \
            "0.506332, 0.526231, 0.568418, 0.654746, 0.822021, 1.12055, 1.68287" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0942189, 0.10705, 0.136531, 0.202211, 0.35306, 0.692881, 1.46538", \
            "0.0940838, 0.107013, 0.136356, 0.202265, 0.352721, 0.691967, 1.46621", \
            "0.0936082, 0.10668, 0.136033, 0.202927, 0.353019, 0.693427, 1.46521", \
            "0.0947731, 0.107016, 0.135574, 0.201829, 0.352795, 0.694855, 1.46645", \
            "0.117143, 0.128525, 0.152155, 0.209707, 0.353039, 0.693159, 1.46739", \
            "0.158703, 0.174215, 0.205346, 0.267137, 0.389998, 0.700133, 1.46923", \
            "0.225457, 0.245113, 0.289387, 0.370144, 0.52767, 0.805417, 1.49488" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0191968, 0.0209845, 0.0248339, 0.0332422, 0.0522274, 0.0948096, 0.191826", \
            "0.0226342, 0.0245368, 0.0285467, 0.0371093, 0.0561066, 0.0990064, 0.195734", \
            "0.0272005, 0.0299191, 0.0354517, 0.0454544, 0.0646944, 0.107514, 0.204954", \
            "0.0281647, 0.0324557, 0.0405337, 0.0558095, 0.0823961, 0.127468, 0.22463", \
            "0.0170265, 0.0233195, 0.0355597, 0.0587907, 0.0989234, 0.164429, 0.271068", \
            "-0.0280527, -0.0187454, 0.000269, 0.0353381, 0.0960179, 0.195175, 0.350978", \
            "-0.161453, -0.147493, -0.117578, -0.0640272, 0.0277097, 0.176813, 0.41239" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0113985, 0.0134337, 0.0180985, 0.0287871, 0.0529562, 0.108025, 0.233739", \
            "0.0121302, 0.0139561, 0.0183879, 0.0288387, 0.053072, 0.108611, 0.233358", \
            "0.0181766, 0.0199144, 0.0234006, 0.0319329, 0.0538727, 0.108014, 0.233165", \
            "0.029905, 0.0322383, 0.0370781, 0.0469958, 0.0659042, 0.112122, 0.23358", \
            "0.0500455, 0.0532537, 0.0601497, 0.0739813, 0.0999117, 0.145701, 0.246716", \
            "0.0873032, 0.0913069, 0.100592, 0.119814, 0.15613, 0.220706, 0.328071", \
            "0.160703, 0.165482, 0.177174, 0.203104, 0.252575, 0.342919, 0.49429" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0452129, 0.0518482, 0.0665166, 0.0990988, 0.171997, 0.336577, 0.703574", \
            "0.0496528, 0.0560456, 0.0706293, 0.10322, 0.176791, 0.341162, 0.70853", \
            "0.0603639, 0.0667593, 0.0810207, 0.113084, 0.185619, 0.350305, 0.724947", \
            "0.0811679, 0.0888251, 0.104603, 0.136833, 0.209231, 0.372747, 0.747742", \
            "0.116498, 0.126576, 0.147494, 0.188191, 0.264592, 0.428225, 0.800987", \
            "0.185173, 0.198868, 0.227189, 0.280964, 0.380472, 0.558893, 0.929258", \
            "0.332751, 0.350649, 0.386953, 0.45775, 0.589665, 0.818794, 1.23101" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0358719, 0.044334, 0.0634124, 0.107439, 0.208388, 0.43533, 0.943951", \
            "0.0358537, 0.044327, 0.0634426, 0.10674, 0.207372, 0.435764, 0.945426", \
            "0.0364105, 0.0444842, 0.0635632, 0.107231, 0.206462, 0.431359, 0.947041", \
            "0.0452977, 0.0522548, 0.0684693, 0.108866, 0.20686, 0.430553, 0.955577", \
            "0.0649272, 0.0729057, 0.090229, 0.127285, 0.213862, 0.434044, 0.946415", \
            "0.0983529, 0.108259, 0.129124, 0.172425, 0.26327, 0.454592, 0.95191", \
            "0.159118, 0.169738, 0.194785, 0.247346, 0.35766, 0.56403, 1.00445" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0166666, 0.0186221, 0.0228851, 0.0321773, 0.0527582, 0.0988901, 0.203387", \
            "0.0203511, 0.0222225, 0.0264057, 0.0356312, 0.0562091, 0.10238, 0.206927", \
            "0.0256381, 0.0283898, 0.0338667, 0.0442445, 0.064671, 0.110822, 0.215336", \
            "0.0284133, 0.0324778, 0.0405884, 0.0555111, 0.0826265, 0.130176, 0.234433", \
            "0.0218891, 0.0276696, 0.0396118, 0.0624085, 0.10281, 0.168769, 0.280908", \
            "-0.0105173, -0.0023767, 0.0151569, 0.0481385, 0.106304, 0.20641, 0.36727", \
            "-0.111051, -0.097691, -0.0733691, -0.0258327, 0.059036, 0.204372, 0.440585" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0125933, 0.0149571, 0.020214, 0.0320642, 0.0590877, 0.120691, 0.259817", \
            "0.0136059, 0.0156298, 0.020492, 0.0319528, 0.0591735, 0.120177, 0.25936", \
            "0.0199137, 0.0221171, 0.0266025, 0.0357209, 0.059993, 0.120107, 0.259679", \
            "0.0309087, 0.0340358, 0.0403641, 0.0527605, 0.0735733, 0.124842, 0.260485", \
            "0.0495995, 0.0540604, 0.0633637, 0.0802661, 0.110788, 0.16142, 0.273791", \
            "0.0823149, 0.0890973, 0.102817, 0.128376, 0.171668, 0.245418, 0.361223", \
            "0.144432, 0.156284, 0.176037, 0.212019, 0.274459, 0.379425, 0.552249" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0354205, 0.042011, 0.0567395, 0.0892917, 0.161932, 0.325336, 0.698328", \
            "0.0391334, 0.045487, 0.0598665, 0.0928006, 0.166386, 0.329771, 0.701268", \
            "0.0509377, 0.0571348, 0.0710496, 0.102914, 0.175418, 0.34098, 0.713327", \
            "0.075867, 0.0839705, 0.0997518, 0.131067, 0.202122, 0.365577, 0.736572", \
            "0.118227, 0.129662, 0.152453, 0.194734, 0.268737, 0.430079, 0.80161", \
            "0.198772, 0.213745, 0.244718, 0.304357, 0.40946, 0.584343, 0.950379", \
            "0.36733, 0.38639, 0.426046, 0.504011, 0.650404, 0.901919, 1.30984" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0357493, 0.0442305, 0.0634351, 0.10691, 0.205887, 0.43131, 0.945826", \
            "0.0356294, 0.0440518, 0.0633066, 0.106891, 0.206027, 0.431244, 0.944251", \
            "0.0375231, 0.0451202, 0.0631624, 0.10696, 0.206375, 0.435817, 0.944808", \
            "0.05144, 0.057582, 0.0719195, 0.109865, 0.206864, 0.432259, 0.949229", \
            "0.0716052, 0.0817374, 0.100969, 0.136393, 0.217025, 0.432915, 0.946213", \
            "0.105564, 0.119437, 0.146867, 0.198259, 0.283023, 0.463929, 0.952708", \
            "0.169385, 0.184442, 0.217297, 0.284738, 0.413877, 0.617611, 1.02496" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0127023, 0.0143613, 0.0180495, 0.0261936, 0.0445283, 0.0862699, 0.180856", \
            "0.0156111, 0.017632, 0.021527, 0.029711, 0.0480695, 0.0895198, 0.184714", \
            "0.0174153, 0.0205067, 0.0265954, 0.0373758, 0.0562861, 0.0979801, 0.192052", \
            "0.0147349, 0.0192865, 0.0281049, 0.0443302, 0.0715617, 0.116552, 0.210871", \
            "-0.0007931, 0.0056057, 0.0184757, 0.0426971, 0.0841848, 0.149298, 0.254866", \
            "-0.0500992, -0.0403108, -0.0210786, 0.0143838, 0.0745808, 0.173809, 0.330596", \
            "-0.183343, -0.169119, -0.140486, -0.0882096, -0.0011704, 0.14538, 0.37746" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
          values ( \
            "0.0081453, 0.0101995, 0.0149169, 0.0257412, 0.0496192, 0.105264, 0.23144", \
            "0.0105222, 0.0120855, 0.0159826, 0.0258463, 0.0497481, 0.105512, 0.232327", \
            "0.016588, 0.0188342, 0.0231579, 0.0313391, 0.0518654, 0.105067, 0.231102", \
            "0.0266773, 0.0297337, 0.0361926, 0.0477405, 0.0682031, 0.112618, 0.230968", \
            "0.0441677, 0.0487591, 0.0581011, 0.0747137, 0.103544, 0.1542, 0.249558", \
            "0.0778516, 0.0844931, 0.0975479, 0.122179, 0.163417, 0.23258, 0.34263", \
            "0.144671, 0.15404, 0.173446, 0.207929, 0.265711, 0.364868, 0.524653" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.0178282, 0.0190754, 0.0218396, 0.0281288, 0.0423316, 0.0745624, 0.147827", \
            "0.0176419, 0.0188885, 0.0216683, 0.0279941, 0.0422335, 0.0745111, 0.147786", \
            "0.0174675, 0.0186995, 0.0215016, 0.02781, 0.0420973, 0.0743885, 0.14753", \
            "0.0173578, 0.0185761, 0.0213785, 0.027676, 0.0419451, 0.0742553, 0.147578", \
            "0.0172853, 0.0185192, 0.0212767, 0.0275617, 0.0418278, 0.0741148, 0.147429", \
            "0.0175842, 0.0188067, 0.0215478, 0.0278433, 0.0419605, 0.0741138, 0.147387", \
            "0.0212503, 0.0222814, 0.0246703, 0.0303018, 0.0443107, 0.0759041, 0.148558" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.0072645, 0.0060611, 0.0033139, -0.0029231, -0.0171213, -0.0495881, -0.123651", \
            "0.0071264, 0.0059176, 0.0031739, -0.003056, -0.0172527, -0.0497153, -0.123793", \
            "0.0069822, 0.0057894, 0.0030481, -0.0031792, -0.0173832, -0.049833, -0.123915", \
            "0.0068075, 0.0056171, 0.0029151, -0.0032817, -0.0174472, -0.0498995, -0.123967", \
            "0.0072534, 0.0060702, 0.0032695, -0.0030355, -0.0173892, -0.0498276, -0.123916", \
            "0.0085992, 0.0072783, 0.0044013, -0.0021018, -0.0165978, -0.0495578, -0.123727", \
            "0.0134294, 0.0120397, 0.0089316, 0.0019916, -0.0132643, -0.0468962, -0.122118" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.0155544, 0.0167745, 0.019565, 0.0258497, 0.0400641, 0.0723068, 0.145636", \
            "0.0153006, 0.0165566, 0.019349, 0.0256835, 0.0399417, 0.0722022, 0.145485", \
            "0.0150972, 0.0163257, 0.019132, 0.0254607, 0.0397516, 0.07206, 0.145382", \
            "0.0149767, 0.0161784, 0.018972, 0.0252837, 0.0395858, 0.0719278, 0.14529", \
            "0.0149417, 0.016141, 0.0189211, 0.0252446, 0.0395088, 0.0717696, 0.14517", \
            "0.0154893, 0.0166773, 0.0194211, 0.0256203, 0.0398011, 0.0720667, 0.145263", \
            "0.0187541, 0.0198003, 0.0222646, 0.0283302, 0.0420417, 0.0737239, 0.146433" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.0061574, 0.0049547, 0.0022215, -0.0040285, -0.0183042, -0.0508291, -0.124979", \
            "0.0060507, 0.0048727, 0.0021497, -0.0040814, -0.0183297, -0.0508742, -0.124997", \
            "0.0058306, 0.0046807, 0.0019908, -0.0042108, -0.0184303, -0.0509389, -0.125042", \
            "0.0055765, 0.0043962, 0.001709, -0.0043912, -0.01855, -0.0509907, -0.125076", \
            "0.0058224, 0.0046005, 0.0018675, -0.0043208, -0.0186282, -0.0510155, -0.125078", \
            "0.0068059, 0.0054914, 0.0027007, -0.0036878, -0.0181096, -0.0508333, -0.12498", \
            "0.0106804, 0.0093488, 0.0063318, -0.0004894, -0.0155625, -0.0489262, -0.123797" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.013038, 0.0142943, 0.0171188, 0.0234267, 0.0377011, 0.0699213, 0.143013", \
            "0.0126967, 0.0139434, 0.0167995, 0.0231686, 0.0374965, 0.0697868, 0.143119", \
            "0.0124862, 0.0137112, 0.0165393, 0.0229213, 0.0372882, 0.069685, 0.142837", \
            "0.012511, 0.0137272, 0.0165099, 0.0227696, 0.0370528, 0.0694578, 0.142827", \
            "0.0131221, 0.0143507, 0.0169994, 0.0231667, 0.0372474, 0.0694316, 0.142749", \
            "0.0149234, 0.0160616, 0.0186883, 0.0246081, 0.0385293, 0.0702676, 0.143127", \
            "0.0202247, 0.0214747, 0.0235023, 0.0291526, 0.0436673, 0.0742571, 0.145183" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.0040081, 0.0028426, 0.0001478, -0.0060693, -0.0203432, -0.0529086, -0.127082", \
            "0.0038506, 0.0027283, 8.66e-05, -0.0060722, -0.0202756, -0.0528122, -0.126977", \
            "0.0036034, 0.002489, -0.0001042, -0.0061746, -0.0203205, -0.052795, -0.126912", \
            "0.0034874, 0.0023615, -0.0003479, -0.0064249, -0.0204649, -0.0528501, -0.126919", \
            "0.0036315, 0.0024381, -0.0002541, -0.0064238, -0.0206194, -0.0529481, -0.126931", \
            "0.004905, 0.0036101, 0.0006697, -0.005805, -0.0202294, -0.0527227, -0.126925", \
            "0.0096751, 0.0081583, 0.004901, -0.0022158, -0.0176894, -0.0511721, -0.125886" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.007673, 0.0089805, 0.0118941, 0.0183713, 0.0327545, 0.0649062, 0.137952", \
            "0.0073892, 0.0086715, 0.0115267, 0.0179564, 0.0325699, 0.0652066, 0.138078", \
            "0.007199, 0.0084527, 0.0112858, 0.0176361, 0.0320067, 0.0645537, 0.138691", \
            "0.0070708, 0.0083034, 0.0110958, 0.0174552, 0.0318762, 0.064085, 0.138647", \
            "0.0072338, 0.0084423, 0.0111947, 0.0174201, 0.0317321, 0.0642997, 0.137423", \
            "0.0087202, 0.0097696, 0.0122641, 0.0184939, 0.032606, 0.0646294, 0.138289", \
            "0.0148694, 0.0156458, 0.0176134, 0.0228341, 0.0358196, 0.0677828, 0.139479" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.001487, 0.0002958, -0.0024271, -0.0086623, -0.0229233, -0.0554918, -0.129628", \
            "0.0013152, 0.000141, -0.0025766, -0.0087928, -0.0230102, -0.055558, -0.1297", \
            "0.0011204, -4.33e-05, -0.0027364, -0.0089097, -0.0231171, -0.0556158, -0.129748", \
            "0.0010955, -9.8e-05, -0.0028307, -0.0089484, -0.0231668, -0.0556774, -0.129803", \
            "0.0019036, 0.0006556, -0.0022182, -0.0086005, -0.0230726, -0.0555244, -0.129758", \
            "0.0042735, 0.0029259, -6.93e-05, -0.0067649, -0.021682, -0.0548207, -0.129383", \
            "0.0110307, 0.0095682, 0.0065965, -0.0004014, -0.0167228, -0.0511971, -0.126819" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.0049249, 0.006248, 0.0091687, 0.0156242, 0.0299266, 0.0622683, 0.136408", \
            "0.0046548, 0.0059016, 0.0087345, 0.0152046, 0.029687, 0.0621729, 0.13549", \
            "0.0046002, 0.00585, 0.0085823, 0.0148781, 0.0293244, 0.0622785, 0.135953", \
            "0.0047532, 0.0059297, 0.0086515, 0.0149002, 0.0290844, 0.0615296, 0.135168", \
            "0.0056753, 0.0068173, 0.0094276, 0.015429, 0.0294703, 0.0616789, 0.135456", \
            "0.0082103, 0.0092736, 0.0117102, 0.0175228, 0.0310476, 0.0626755, 0.136094", \
            "0.0149732, 0.0157332, 0.0177801, 0.0243633, 0.0368897, 0.0672777, 0.140472" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.06959");
          values ( \
            "0.0001048, -0.0010372, -0.0037029, -0.0098975, -0.0241453, -0.0566868, -0.130857", \
            "-7.97e-05, -0.0012017, -0.0038174, -0.0099493, -0.0241456, -0.0566625, -0.13082", \
            "-0.0002645, -0.0014088, -0.0040324, -0.0101085, -0.024226, -0.0566721, -0.130795", \
            "-0.0002276, -0.001342, -0.0039933, -0.0102368, -0.0243399, -0.0567472, -0.130836", \
            "0.0005249, -0.0007469, -0.0035496, -0.0100676, -0.024267, -0.056712, -0.130784", \
            "0.0030921, 0.0016134, -0.0015705, -0.0084533, -0.0232615, -0.0562074, -0.130656", \
            "0.0104715, 0.008715, 0.0050748, -0.0025617, -0.0182101, -0.0532793, -0.128859" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002303;
      rise_capacitance : 0.002394;
      rise_capacitance_range (0.002394, 0.002394);
      fall_capacitance : 0.002213;
      fall_capacitance_range (0.002213, 0.002213);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.00448, -0.0044778, -0.0044727, -0.0044724, -0.0044716, -0.0044697, -0.0044656" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.004477, 0.0044805, 0.0044886, 0.0044883, 0.0044875, 0.0044857, 0.0044817" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002401;
      rise_capacitance : 0.002547;
      rise_capacitance_range (0.002547, 0.002547);
      fall_capacitance : 0.002255;
      fall_capacitance_range (0.002255, 0.002255);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0046338, -0.0046246, -0.0046033, -0.0046046, -0.0046077, -0.0046149, -0.0046315" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045901, 0.004598, 0.0046163, 0.0046153, 0.0046129, 0.0046075, 0.0045951" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002286;
      rise_capacitance : 0.002455;
      rise_capacitance_range (0.002455, 0.002455);
      fall_capacitance : 0.002117;
      fall_capacitance_range (0.002117, 0.002117);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042769, -0.0042735, -0.0042658, -0.0042647, -0.0042621, -0.004256, -0.004242" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042818, 0.0042832, 0.0042865, 0.0042865, 0.0042867, 0.0042872, 0.0042882" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002384;
      rise_capacitance : 0.002469;
      rise_capacitance_range (0.002469, 0.002469);
      fall_capacitance : 0.0023;
      fall_capacitance_range (0.0023, 0.0023);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0006137, -0.0006188, -0.0006308, -0.0006152, -0.0005792, -0.0004963, -0.0003051" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053155, 0.0053167, 0.0053196, 0.0053145, 0.005303, 0.0052763, 0.0052148" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002441;
      rise_capacitance : 0.00259;
      rise_capacitance_range (0.00259, 0.00259);
      fall_capacitance : 0.002292;
      fall_capacitance_range (0.002292, 0.002292);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0004937, -0.0004971, -0.0005048, -0.0004894, -0.0004538, -0.0003717, -0.0001825" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052335, 0.005231, 0.0052252, 0.0052266, 0.0052297, 0.0052371, 0.0052539" \
          );
        }
      }
    }
  }
  cell (scs8hd_o32ai_2) {
    area : 16.2656;
    cell_footprint : "o32ai";
    cell_leakage_power : 0.0111609;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0133024;
      when : "A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0018287;
      when : "A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0247958;
      when : "A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0001465;
      when : "A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0247897;
      when : "A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0133161;
      when : "A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0001947;
      when : "!A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0191166;
      when : "!A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0001981;
      when : "!A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0001901;
      when : "!A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0248069;
      when : "!A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0001469;
      when : "!A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0248007;
      when : "!A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0133271;
      when : "!A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0133112;
      when : "!A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0001469;
      when : "!A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.013305;
      when : "!A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0018314;
      when : "!A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0247958;
      when : "!A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0001465;
      when : "!A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0247897;
      when : "!A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0133161;
      when : "!A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0131279;
      when : "A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0001465;
      when : "A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0131218;
      when : "A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0016482;
      when : "A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0247957;
      when : "A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0001465;
      when : "A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.02479;
      when : "A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0133158;
      when : "A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0133084;
      when : "A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0001465;
      when : "A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0111609;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2&!A3) | (!B1&!B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.126353;
      max_transition : 1.4951;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.127275, 0.133661, 0.149269, 0.187871, 0.283676, 0.522038, 1.11744", \
            "0.130839, 0.137233, 0.15278, 0.191826, 0.287424, 0.525312, 1.12229", \
            "0.139955, 0.146281, 0.161788, 0.201001, 0.297161, 0.536965, 1.13115", \
            "0.159662, 0.165622, 0.181551, 0.22034, 0.316399, 0.55539, 1.15171", \
            "0.198142, 0.204944, 0.221324, 0.261316, 0.357056, 0.595244, 1.19203", \
            "0.266244, 0.27417, 0.293793, 0.339521, 0.445127, 0.687253, 1.28311", \
            "0.420055, 0.429251, 0.451711, 0.504103, 0.625708, 0.894022, 1.50091" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0978495, 0.106189, 0.12698, 0.17938, 0.311011, 0.64004, 1.46614", \
            "0.0978257, 0.10616, 0.12696, 0.179316, 0.310342, 0.638017, 1.46615", \
            "0.0978851, 0.106069, 0.127335, 0.179321, 0.31033, 0.640319, 1.46378", \
            "0.098309, 0.106538, 0.12739, 0.179717, 0.31052, 0.639824, 1.46494", \
            "0.108802, 0.116663, 0.135825, 0.185313, 0.312661, 0.640182, 1.46473", \
            "0.135614, 0.143933, 0.164458, 0.214703, 0.336591, 0.647592, 1.46239", \
            "0.193913, 0.202387, 0.223899, 0.276, 0.405088, 0.708033, 1.48558" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0251058, 0.0267691, 0.0304373, 0.0391774, 0.0594403, 0.107247, 0.223712", \
            "0.0289259, 0.0305255, 0.0341101, 0.0428358, 0.0630382, 0.110795, 0.227226", \
            "0.0368408, 0.0385676, 0.0426264, 0.0513714, 0.0713032, 0.119074, 0.235736", \
            "0.0453102, 0.0477498, 0.0532497, 0.0656364, 0.0896717, 0.138156, 0.25497", \
            "0.0468057, 0.0501861, 0.0581599, 0.0754284, 0.111037, 0.176592, 0.298867", \
            "0.0225811, 0.0274547, 0.0397022, 0.0645594, 0.116507, 0.21346, 0.383393", \
            "-0.0684575, -0.0614356, -0.0447001, -0.0075047, 0.0683031, 0.211029, 0.462366" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.022548, 0.0241598, 0.0281639, 0.0384753, 0.0638004, 0.12675, 0.285102", \
            "0.0225092, 0.024078, 0.02812, 0.0382761, 0.0636536, 0.126696, 0.285098", \
            "0.0269025, 0.0281355, 0.0313316, 0.0400676, 0.0637776, 0.126597, 0.285256", \
            "0.0402766, 0.0416204, 0.0451001, 0.0533622, 0.0733319, 0.129092, 0.28531", \
            "0.0626434, 0.0646452, 0.0693706, 0.0799817, 0.104539, 0.157569, 0.294085", \
            "0.102157, 0.104761, 0.111278, 0.126301, 0.159592, 0.227222, 0.362113", \
            "0.17784, 0.181604, 0.190383, 0.211147, 0.257026, 0.348603, 0.523223" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.118653, 0.124787, 0.140532, 0.179178, 0.274553, 0.512255, 1.10813", \
            "0.121475, 0.127851, 0.143396, 0.182525, 0.278319, 0.516655, 1.11322", \
            "0.131154, 0.137549, 0.153066, 0.192318, 0.28851, 0.527468, 1.12407", \
            "0.15489, 0.161533, 0.176981, 0.215719, 0.311958, 0.551367, 1.14886", \
            "0.20699, 0.214004, 0.231756, 0.271419, 0.367396, 0.607004, 1.20335", \
            "0.303284, 0.312368, 0.33422, 0.38477, 0.495822, 0.737317, 1.33352", \
            "0.500348, 0.511928, 0.539653, 0.604372, 0.744666, 1.0341, 1.64145" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0977667, 0.106115, 0.127163, 0.179306, 0.310228, 0.639605, 1.46478", \
            "0.0978368, 0.106067, 0.127368, 0.179312, 0.311029, 0.640568, 1.46626", \
            "0.0978026, 0.106165, 0.127399, 0.179322, 0.311313, 0.640599, 1.46577", \
            "0.0984625, 0.106665, 0.127333, 0.179765, 0.311408, 0.638673, 1.4642", \
            "0.114684, 0.121761, 0.140023, 0.18754, 0.312957, 0.639331, 1.46438", \
            "0.154732, 0.163165, 0.183666, 0.232836, 0.345606, 0.647444, 1.46168", \
            "0.218306, 0.228901, 0.254294, 0.313362, 0.44607, 0.733952, 1.48488" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0258436, 0.0272567, 0.0306528, 0.0386498, 0.0578212, 0.104377, 0.220262", \
            "0.0293791, 0.0307801, 0.0341893, 0.0422942, 0.0614498, 0.108075, 0.223788", \
            "0.03632, 0.0382205, 0.0419976, 0.0504452, 0.0696618, 0.116302, 0.232224", \
            "0.0420455, 0.0442091, 0.0498946, 0.0622747, 0.0870729, 0.135304, 0.251553", \
            "0.0375734, 0.0411588, 0.0496911, 0.0679095, 0.104501, 0.171631, 0.295534", \
            "0.0035394, 0.008695, 0.0208995, 0.0480146, 0.102831, 0.2036, 0.377759", \
            "-0.111836, -0.10354, -0.0851618, -0.0438941, 0.0381098, 0.18804, 0.447504" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0189227, 0.0204414, 0.0241846, 0.0338821, 0.0587384, 0.121664, 0.279969", \
            "0.0189152, 0.0204286, 0.0242425, 0.0339027, 0.0586958, 0.121624, 0.280375", \
            "0.0231291, 0.0244008, 0.0273592, 0.0359004, 0.0590587, 0.121878, 0.279721", \
            "0.0353528, 0.0369136, 0.0405292, 0.0493098, 0.0696125, 0.124979, 0.28102", \
            "0.0564879, 0.0585535, 0.0636803, 0.0755013, 0.101127, 0.154054, 0.289956", \
            "0.0940699, 0.0970419, 0.104438, 0.120712, 0.156235, 0.224983, 0.360393", \
            "0.166174, 0.170141, 0.180226, 0.202569, 0.25148, 0.347043, 0.524527" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0902787, 0.0968808, 0.112732, 0.151571, 0.247159, 0.484937, 1.08042", \
            "0.0916998, 0.0982511, 0.114506, 0.153771, 0.249936, 0.488121, 1.08413", \
            "0.0999814, 0.106562, 0.122268, 0.16188, 0.258568, 0.497645, 1.09435", \
            "0.126033, 0.132218, 0.147631, 0.186018, 0.281837, 0.521247, 1.118", \
            "0.18776, 0.194671, 0.210417, 0.248709, 0.34239, 0.579221, 1.17493", \
            "0.294747, 0.30472, 0.327976, 0.378492, 0.488328, 0.72152, 1.31223", \
            "0.500118, 0.512194, 0.540622, 0.607973, 0.75652, 1.05259, 1.64231" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0976825, 0.106031, 0.126919, 0.179318, 0.311185, 0.639983, 1.46167", \
            "0.0976509, 0.105851, 0.126883, 0.179201, 0.311296, 0.639482, 1.46379", \
            "0.096986, 0.1055, 0.126827, 0.179597, 0.311365, 0.639709, 1.46514", \
            "0.0977181, 0.105797, 0.126057, 0.178301, 0.311247, 0.640521, 1.46514", \
            "0.11958, 0.126502, 0.144537, 0.190125, 0.312279, 0.640317, 1.46248", \
            "0.155726, 0.166552, 0.189966, 0.244537, 0.357311, 0.650042, 1.46626", \
            "0.216496, 0.229536, 0.260888, 0.330587, 0.479024, 0.766088, 1.4951" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0217558, 0.0230469, 0.0262883, 0.033861, 0.0521037, 0.0977487, 0.211725", \
            "0.0251134, 0.026529, 0.0298536, 0.0375445, 0.055942, 0.101527, 0.215775", \
            "0.0298421, 0.0318449, 0.0363526, 0.0454754, 0.0644467, 0.1101, 0.224366", \
            "0.0309981, 0.0338681, 0.0405668, 0.0544137, 0.0807741, 0.129579, 0.244809", \
            "0.0198464, 0.0242439, 0.0341532, 0.0550604, 0.0949277, 0.165177, 0.28895", \
            "-0.0252902, -0.0187353, -0.0037109, 0.0276753, 0.0875085, 0.193419, 0.371716", \
            "-0.158841, -0.148855, -0.125756, -0.0775318, 0.0132458, 0.171536, 0.438227" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0130764, 0.0145729, 0.0183185, 0.0279584, 0.0522729, 0.113661, 0.266607", \
            "0.0134984, 0.0148703, 0.0185134, 0.0280049, 0.052298, 0.113232, 0.266787", \
            "0.0193234, 0.02047, 0.0232734, 0.0309713, 0.0530217, 0.113226, 0.26663", \
            "0.0313207, 0.0328055, 0.0366631, 0.0456549, 0.0650248, 0.1169, 0.267344", \
            "0.0523806, 0.0544894, 0.0595179, 0.071738, 0.0975219, 0.148818, 0.277234", \
            "0.0914372, 0.0941935, 0.101254, 0.117364, 0.152328, 0.221109, 0.353272", \
            "0.170044, 0.173485, 0.181476, 0.202118, 0.248748, 0.344342, 0.520485" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0510175, 0.0559661, 0.0677976, 0.09698, 0.16788, 0.343065, 0.779332", \
            "0.0552788, 0.0600458, 0.0717857, 0.100858, 0.172262, 0.350857, 0.791183", \
            "0.0667371, 0.0712975, 0.0828141, 0.111448, 0.182689, 0.359516, 0.796233", \
            "0.0889845, 0.0945363, 0.107153, 0.135642, 0.205615, 0.382686, 0.824847", \
            "0.124569, 0.1326, 0.149412, 0.186301, 0.261789, 0.437973, 0.877813", \
            "0.195732, 0.205491, 0.229517, 0.278922, 0.376125, 0.569083, 1.01125", \
            "0.358613, 0.371283, 0.400216, 0.462593, 0.590815, 0.838882, 1.31554" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0377472, 0.0439609, 0.0593149, 0.098227, 0.196418, 0.44042, 1.05688", \
            "0.0377878, 0.0439875, 0.0593348, 0.0983807, 0.195894, 0.442237, 1.06199", \
            "0.0380781, 0.044133, 0.0593676, 0.0982692, 0.196428, 0.442596, 1.05764", \
            "0.0459009, 0.05081, 0.0642623, 0.100132, 0.195787, 0.442464, 1.06193", \
            "0.0654742, 0.0716769, 0.0858588, 0.119696, 0.204341, 0.441369, 1.05763", \
            "0.101396, 0.107872, 0.125159, 0.164736, 0.25259, 0.461783, 1.05542", \
            "0.164189, 0.170949, 0.188647, 0.234674, 0.34233, 0.574244, 1.10359" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0155383, 0.0168277, 0.0199366, 0.0272389, 0.044483, 0.086559, 0.191058", \
            "0.0192775, 0.0204782, 0.0234062, 0.030564, 0.0477663, 0.0897573, 0.194369", \
            "0.02384, 0.0253796, 0.0296081, 0.0383706, 0.0558001, 0.0977739, 0.202309", \
            "0.0248585, 0.0274812, 0.0333752, 0.046363, 0.0714665, 0.116816, 0.221247", \
            "0.0146794, 0.0186372, 0.0275111, 0.0462102, 0.0830857, 0.149834, 0.264443", \
            "-0.025503, -0.0200967, -0.0078731, 0.0194, 0.0731911, 0.171654, 0.341245", \
            "-0.143692, -0.135793, -0.11857, -0.0794688, -0.001168, 0.142308, 0.391464" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0125208, 0.0140198, 0.0176998, 0.0266242, 0.048831, 0.105164, 0.246678", \
            "0.0136273, 0.014865, 0.0180567, 0.0264631, 0.0487945, 0.105295, 0.247218", \
            "0.0197765, 0.0212797, 0.0244587, 0.0314487, 0.0505173, 0.105042, 0.246971", \
            "0.0301901, 0.0321887, 0.0368588, 0.0472254, 0.0662569, 0.111435, 0.246667", \
            "0.0480193, 0.0508074, 0.0578432, 0.0716277, 0.10007, 0.150993, 0.26369", \
            "0.0799769, 0.0849432, 0.0949183, 0.115385, 0.155572, 0.226934, 0.35428", \
            "0.141067, 0.148275, 0.163653, 0.194608, 0.251816, 0.355242, 0.53571" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0333451, 0.0382733, 0.0503789, 0.0794817, 0.149864, 0.324669, 0.761043", \
            "0.0366792, 0.0413712, 0.0529576, 0.0821785, 0.153093, 0.332402, 0.76928", \
            "0.0481563, 0.0524219, 0.0633939, 0.0918683, 0.162593, 0.338537, 0.77604", \
            "0.071675, 0.0776102, 0.0909679, 0.118468, 0.18829, 0.36442, 0.810672", \
            "0.111108, 0.119326, 0.138173, 0.177184, 0.25202, 0.424225, 0.864579", \
            "0.187912, 0.19841, 0.223215, 0.276222, 0.382132, 0.573008, 1.00498", \
            "0.349356, 0.362694, 0.393708, 0.461555, 0.602538, 0.867434, 1.34791" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0372094, 0.0435234, 0.0590673, 0.0982908, 0.195167, 0.439766, 1.0521", \
            "0.0366792, 0.0431654, 0.0589903, 0.0982623, 0.195905, 0.442201, 1.05349", \
            "0.0388232, 0.0442453, 0.0588228, 0.0979736, 0.195993, 0.44062, 1.05378", \
            "0.0516522, 0.0568424, 0.0687203, 0.101998, 0.195578, 0.441372, 1.05987", \
            "0.0680451, 0.0758047, 0.0931218, 0.129492, 0.209058, 0.44193, 1.05758", \
            "0.0989726, 0.108365, 0.131536, 0.180752, 0.276421, 0.474563, 1.05712", \
            "0.164357, 0.174766, 0.200295, 0.259425, 0.385786, 0.625516, 1.12756" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0128985, 0.0141129, 0.0170984, 0.0243108, 0.0420334, 0.0864154, 0.198606", \
            "0.0159287, 0.0174049, 0.0206344, 0.0278732, 0.0456873, 0.0901319, 0.201062", \
            "0.0180179, 0.020194, 0.0252496, 0.035191, 0.0538993, 0.0983276, 0.209404", \
            "0.0155833, 0.0187993, 0.0263872, 0.0411811, 0.0693563, 0.117785, 0.228961", \
            "0.0003149, 0.0053115, 0.0164211, 0.0386118, 0.0802119, 0.152572, 0.273155", \
            "-0.0470431, -0.0397431, -0.0235847, 0.0089626, 0.0691559, 0.176983, 0.356659", \
            "-0.175722, -0.165474, -0.141246, -0.0930842, -0.0035808, 0.152938, 0.418189" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0083232, 0.009864, 0.013752, 0.0234915, 0.0478308, 0.108663, 0.262028", \
            "0.0105745, 0.011739, 0.014879, 0.0237398, 0.0479165, 0.109094, 0.26261", \
            "0.0160224, 0.0177071, 0.0215071, 0.0296156, 0.0500946, 0.108751, 0.262258", \
            "0.0254116, 0.0278407, 0.033478, 0.0444278, 0.0658317, 0.115142, 0.261592", \
            "0.0426655, 0.0462515, 0.0535818, 0.0693588, 0.0993078, 0.15395, 0.277963", \
            "0.0757534, 0.0810925, 0.0918161, 0.114027, 0.155604, 0.231979, 0.369972", \
            "0.140923, 0.148416, 0.165489, 0.196693, 0.256919, 0.362782, 0.55077" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0371415, 0.0385848, 0.0422421, 0.0513566, 0.0741768, 0.131146, 0.273885", \
            "0.0365975, 0.0380817, 0.0417598, 0.0509645, 0.0738566, 0.13085, 0.27365", \
            "0.0361096, 0.037608, 0.0412842, 0.0504899, 0.0734888, 0.130605, 0.27369", \
            "0.035838, 0.0372474, 0.0409198, 0.0501268, 0.0730253, 0.130268, 0.273421", \
            "0.0355512, 0.0370216, 0.0406614, 0.0498195, 0.0727169, 0.129881, 0.273135", \
            "0.0364428, 0.0379098, 0.0414514, 0.050593, 0.0730684, 0.129925, 0.272867", \
            "0.0452435, 0.0464066, 0.049415, 0.0572889, 0.0792117, 0.134425, 0.275519" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0144495, 0.0130159, 0.0094336, 0.0003701, -0.0223072, -0.0795369, -0.223938", \
            "0.0141629, 0.0127281, 0.0091466, 0.0001105, -0.0225675, -0.079808, -0.224221", \
            "0.0139109, 0.0124866, 0.008877, -0.0001367, -0.0228053, -0.0800361, -0.224425", \
            "0.0135804, 0.0121652, 0.0085511, -0.0003246, -0.0229746, -0.0801947, -0.224577", \
            "0.0142928, 0.0128595, 0.0092378, -4.68e-05, -0.0228262, -0.0799999, -0.224493", \
            "0.0171446, 0.015617, 0.0119332, 0.002372, -0.0210659, -0.0792503, -0.224154", \
            "0.0282584, 0.0265828, 0.0223943, 0.0121086, -0.0129095, -0.0731359, -0.220755" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0319049, 0.0333611, 0.036997, 0.0461468, 0.0689239, 0.125889, 0.268777", \
            "0.031313, 0.0328091, 0.0364901, 0.0457108, 0.0685829, 0.125607, 0.268449", \
            "0.0307664, 0.0322527, 0.035943, 0.0452003, 0.0681729, 0.125314, 0.268283", \
            "0.0304381, 0.0318916, 0.0355551, 0.0447636, 0.0676934, 0.12496, 0.268268", \
            "0.0302603, 0.0317579, 0.035395, 0.0445065, 0.0672966, 0.124454, 0.267753", \
            "0.0316452, 0.0330451, 0.036589, 0.0455903, 0.0682694, 0.125044, 0.267687", \
            "0.0390047, 0.0402245, 0.0433616, 0.0520736, 0.0736466, 0.129026, 0.270622" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0119472, 0.0105363, 0.0069434, -0.0020592, -0.0248224, -0.0822365, -0.226779", \
            "0.0117677, 0.0103626, 0.0068139, -0.0021841, -0.0249084, -0.0822697, -0.226813", \
            "0.0113234, 0.0099857, 0.006477, -0.0024471, -0.0251007, -0.0823828, -0.226894", \
            "0.0107351, 0.0093728, 0.005889, -0.0029231, -0.025354, -0.0825857, -0.226975", \
            "0.0111967, 0.0097593, 0.0062046, -0.002752, -0.0256231, -0.0826834, -0.227011", \
            "0.0134651, 0.0118809, 0.0081134, -0.0011944, -0.0243552, -0.0823149, -0.226851", \
            "0.0220519, 0.0203906, 0.0163829, 0.0063328, -0.0180849, -0.0776663, -0.224277" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0265781, 0.0280769, 0.0317905, 0.0409914, 0.0638237, 0.120856, 0.263657", \
            "0.0258073, 0.0272722, 0.0310529, 0.0403949, 0.0633895, 0.120524, 0.263499", \
            "0.025154, 0.026636, 0.0303874, 0.0397448, 0.0628356, 0.120135, 0.263307", \
            "0.0251429, 0.0265802, 0.0302654, 0.039356, 0.0623207, 0.119759, 0.263055", \
            "0.0264356, 0.0278216, 0.0314962, 0.0403395, 0.0628692, 0.119752, 0.26272", \
            "0.0305927, 0.0319406, 0.0352817, 0.043734, 0.0654033, 0.121515, 0.263586", \
            "0.041716, 0.0429199, 0.0459968, 0.053857, 0.0749641, 0.129013, 0.267931" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0071731, 0.0058297, 0.002379, -0.0065392, -0.0292899, -0.0867534, -0.231415", \
            "0.0068391, 0.0055518, 0.0022007, -0.0065548, -0.0291564, -0.0865319, -0.231146", \
            "0.0063205, 0.005043, 0.0017787, -0.0068272, -0.0292186, -0.0864287, -0.230957", \
            "0.0060045, 0.0046394, 0.001298, -0.0073151, -0.0295573, -0.0865423, -0.230921", \
            "0.0067286, 0.0052935, 0.0017325, -0.0071693, -0.0298225, -0.0867478, -0.230962", \
            "0.0097364, 0.0081608, 0.0042208, -0.0053584, -0.0286306, -0.0862463, -0.230785", \
            "0.020311, 0.0185115, 0.0140131, 0.0033775, -0.0219373, -0.0820297, -0.228452" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0141689, 0.0157529, 0.0196385, 0.0290889, 0.0522564, 0.109374, 0.253008", \
            "0.0136678, 0.0152114, 0.0190289, 0.028508, 0.0518958, 0.10918, 0.254002", \
            "0.0133745, 0.0148799, 0.0185748, 0.0278918, 0.0512417, 0.109146, 0.252828", \
            "0.0131786, 0.0146427, 0.0183141, 0.0274706, 0.0503489, 0.108393, 0.253111", \
            "0.0132419, 0.014728, 0.0183348, 0.0273746, 0.0501689, 0.107705, 0.251928", \
            "0.0164328, 0.0176342, 0.0208698, 0.02955, 0.0516238, 0.108148, 0.251461", \
            "0.0277756, 0.0286147, 0.0310704, 0.0381292, 0.0586987, 0.11392, 0.254801" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.0018144, 0.0004023, -0.0031515, -0.0121232, -0.0348413, -0.0922255, -0.236753", \
            "0.0014788, 7.08e-05, -0.0034579, -0.0123847, -0.0350779, -0.0924628, -0.236972", \
            "0.001042, -0.0002864, -0.0037748, -0.0126489, -0.0352858, -0.0925196, -0.237062", \
            "0.0010495, -0.0003597, -0.0038802, -0.0128331, -0.0354883, -0.0927104, -0.237192", \
            "0.0024822, 0.000936, -0.0027946, -0.0120421, -0.0350463, -0.0924581, -0.236895", \
            "0.0069761, 0.0053324, 0.0013997, -0.0084458, -0.0323906, -0.0909461, -0.236406", \
            "0.0200808, 0.0183272, 0.0139532, 0.0031278, -0.0225227, -0.0836936, -0.231761" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "0.008884, 0.0104801, 0.0143897, 0.0238905, 0.0468863, 0.103931, 0.246846", \
            "0.0083354, 0.0098808, 0.0136681, 0.0231559, 0.046409, 0.10393, 0.247157", \
            "0.0081815, 0.0096584, 0.0133207, 0.0226551, 0.0458051, 0.10367, 0.24658", \
            "0.0087191, 0.0103462, 0.0139117, 0.0227, 0.0455119, 0.103272, 0.246637", \
            "0.010768, 0.0121995, 0.0156448, 0.0243711, 0.0467411, 0.103063, 0.247212", \
            "0.0169925, 0.0181623, 0.0213766, 0.0295141, 0.0497448, 0.10459, 0.247112", \
            "0.0306174, 0.0313104, 0.0336775, 0.0423399, 0.0600873, 0.11254, 0.251606" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
          values ( \
            "-0.0028484, -0.0041884, -0.0076109, -0.0164935, -0.0392243, -0.0966844, -0.241327", \
            "-0.0031036, -0.0044238, -0.0077863, -0.0165545, -0.0391453, -0.0965011, -0.241124", \
            "-0.0034119, -0.0046437, -0.0081059, -0.0168148, -0.0391994, -0.0964544, -0.240982", \
            "-0.0034222, -0.0046492, -0.0083238, -0.0169389, -0.0395039, -0.0965484, -0.241002", \
            "-0.0014119, -0.0029035, -0.007033, -0.0163075, -0.0392898, -0.09657, -0.240847", \
            "0.0039892, 0.0017154, -0.0020642, -0.0128802, -0.0369695, -0.0954133, -0.240594", \
            "0.0175492, 0.0168503, 0.0112085, -0.0003116, -0.0276112, -0.089406, -0.236978" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004455;
      rise_capacitance : 0.004633;
      rise_capacitance_range (0.004633, 0.004633);
      fall_capacitance : 0.004277;
      fall_capacitance_range (0.004277, 0.004277);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0089297, -0.0089281, -0.0089244, -0.0089222, -0.0089169, -0.0089046, -0.0088763" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.008951, 0.0089496, 0.0089464, 0.0089437, 0.0089374, 0.0089231, 0.00889" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004311;
      rise_capacitance : 0.004596;
      rise_capacitance_range (0.004596, 0.004596);
      fall_capacitance : 0.004025;
      fall_capacitance_range (0.004025, 0.004025);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.008826, -0.008824, -0.0088192, -0.0088174, -0.008813, -0.0088029, -0.0087794" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088519, 0.0088477, 0.008838, 0.008836, 0.0088312, 0.0088203, 0.0087953" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004385;
      rise_capacitance : 0.004714;
      rise_capacitance_range (0.004714, 0.004714);
      fall_capacitance : 0.004056;
      fall_capacitance_range (0.004056, 0.004056);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0088739, -0.0088722, -0.0088681, -0.0088666, -0.0088632, -0.0088553, -0.0088369" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089077, 0.0089033, 0.0088932, 0.0088938, 0.0088954, 0.0088991, 0.0089076" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004463;
      rise_capacitance : 0.004698;
      rise_capacitance_range (0.004698, 0.004698);
      fall_capacitance : 0.004229;
      fall_capacitance_range (0.004229, 0.004229);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0007875, 0.0007617, 0.0007021, 0.0007397, 0.0008266, 0.001027, 0.0014888" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0105265, 0.0105236, 0.0105168, 0.0105198, 0.010527, 0.0105436, 0.0105818" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004319;
      rise_capacitance : 0.004588;
      rise_capacitance_range (0.004588, 0.004588);
      fall_capacitance : 0.004049;
      fall_capacitance_range (0.004049, 0.004049);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0009026, 0.0008933, 0.0008719, 0.0009086, 0.0009933, 0.0011884, 0.0016383" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102145, 0.0102121, 0.0102065, 0.0102056, 0.0102037, 0.0101992, 0.010189" \
          );
        }
      }
    }
  }
  cell (scs8hd_o32ai_4) {
    area : 27.5264;
    cell_footprint : "o32ai";
    cell_leakage_power : 0.0274081;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0004234;
      when : "!A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0344602;
      when : "!A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0004224;
      when : "!A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0003476;
      when : "!A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.049585;
      when : "!A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0003352;
      when : "!A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.049574;
      when : "!A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0264281;
      when : "!A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0264287;
      when : "!A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0003372;
      when : "!A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0264176;
      when : "!A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0032716;
      when : "!A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0495736;
      when : "!A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0003346;
      when : "!A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0837714;
      when : "!A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0264168;
      when : "!A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0260828;
      when : "A1&!A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0003476;
      when : "A1&!A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0260713;
      when : "A1&!A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0029259;
      when : "A1&!A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0495732;
      when : "A1&!A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0003347;
      when : "A1&!A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.049565;
      when : "A1&!A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0264306;
      when : "A1&!A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0264268;
      when : "A1&A2&!A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0003326;
      when : "A1&A2&!A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0829078;
      when : "A1&A2&!A3&B1&B2";
    }
    leakage_power () {
      value : 0.0820427;
      when : "A1&A2&!A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0495737;
      when : "A1&A2&A3&!B1&B2";
    }
    leakage_power () {
      value : 0.0003346;
      when : "A1&A2&A3&!B1&!B2";
    }
    leakage_power () {
      value : 0.0495642;
      when : "A1&A2&A3&B1&B2";
    }
    leakage_power () {
      value : 0.0264178;
      when : "A1&A2&A3&B1&!B2";
    }
    leakage_power () {
      value : 0.0274081;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2&!A3) | (!B1&!B2)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.215159;
      max_transition : 1.49095;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.135996, 0.140179, 0.151588, 0.182457, 0.265846, 0.491184, 1.10986", \
            "0.139869, 0.14409, 0.155463, 0.186661, 0.270505, 0.495864, 1.11563", \
            "0.149582, 0.153837, 0.16536, 0.19651, 0.280663, 0.506472, 1.13039", \
            "0.170312, 0.174693, 0.186251, 0.217312, 0.301039, 0.527815, 1.14616", \
            "0.211797, 0.216251, 0.228739, 0.260472, 0.344042, 0.57082, 1.18963", \
            "0.285274, 0.290615, 0.304955, 0.341531, 0.434494, 0.665796, 1.28473", \
            "0.447559, 0.453604, 0.469881, 0.512089, 0.618329, 0.876688, 1.50909" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.106378, 0.111958, 0.127353, 0.1694, 0.284747, 0.599195, 1.46599", \
            "0.106379, 0.11197, 0.1273, 0.169416, 0.28487, 0.600327, 1.46487", \
            "0.106496, 0.11195, 0.127299, 0.169392, 0.284825, 0.59879, 1.46582", \
            "0.106606, 0.112394, 0.12743, 0.16924, 0.284685, 0.599966, 1.46167", \
            "0.116401, 0.12112, 0.135414, 0.175211, 0.286866, 0.601123, 1.46582", \
            "0.142222, 0.147568, 0.162446, 0.202982, 0.310111, 0.608374, 1.46661", \
            "0.201285, 0.2068, 0.222017, 0.263776, 0.375182, 0.669767, 1.48472" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0272938, 0.0284711, 0.0315535, 0.039569, 0.0596563, 0.11022, 0.243789", \
            "0.0307181, 0.0318033, 0.0349158, 0.042882, 0.0628308, 0.113308, 0.24613", \
            "0.0373427, 0.0385597, 0.0419214, 0.0496861, 0.0694487, 0.120032, 0.25318", \
            "0.0450719, 0.0466377, 0.050707, 0.0606364, 0.0833758, 0.13464, 0.268082", \
            "0.0453559, 0.0475567, 0.0532515, 0.0671919, 0.0986265, 0.163513, 0.302121", \
            "0.0186843, 0.0218008, 0.0301377, 0.0499642, 0.0955672, 0.189303, 0.367015", \
            "-0.0806949, -0.0762976, -0.064372, -0.0354092, 0.0314815, 0.167724, 0.426264" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0305391, 0.0318062, 0.0351675, 0.044612, 0.0704843, 0.141429, 0.338217", \
            "0.030336, 0.0315032, 0.0348834, 0.0444055, 0.0702259, 0.141164, 0.337826", \
            "0.0332701, 0.0342808, 0.0372732, 0.0456101, 0.0703312, 0.14124, 0.337577", \
            "0.0442571, 0.0452523, 0.0481651, 0.055998, 0.0777787, 0.143077, 0.337796", \
            "0.0661687, 0.0673256, 0.0705824, 0.0793686, 0.102551, 0.164707, 0.34332", \
            "0.10528, 0.107028, 0.111546, 0.123012, 0.152234, 0.222585, 0.393468", \
            "0.180393, 0.182616, 0.189808, 0.206075, 0.243786, 0.332217, 0.528765" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.126065, 0.130426, 0.142233, 0.173132, 0.256323, 0.482139, 1.09987", \
            "0.129211, 0.133585, 0.145234, 0.176398, 0.259929, 0.486347, 1.10495", \
            "0.138935, 0.143194, 0.154819, 0.186089, 0.270069, 0.497196, 1.11555", \
            "0.162259, 0.16657, 0.177928, 0.209598, 0.293545, 0.521625, 1.13967", \
            "0.215234, 0.219887, 0.232804, 0.26481, 0.348737, 0.575553, 1.19614", \
            "0.314074, 0.319982, 0.335646, 0.376547, 0.474388, 0.707041, 1.32648", \
            "0.518912, 0.526263, 0.546026, 0.597462, 0.720624, 0.999549, 1.6334" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.106737, 0.112294, 0.127497, 0.16934, 0.284984, 0.59899, 1.46494", \
            "0.106516, 0.112142, 0.127284, 0.169581, 0.284776, 0.601074, 1.4657", \
            "0.106566, 0.11209, 0.127239, 0.16934, 0.284313, 0.601091, 1.46546", \
            "0.107048, 0.112585, 0.127553, 0.169413, 0.284284, 0.599819, 1.46439", \
            "0.121602, 0.126487, 0.13977, 0.178268, 0.287282, 0.600535, 1.46683", \
            "0.160983, 0.166483, 0.181974, 0.221225, 0.321116, 0.610313, 1.46647", \
            "0.225867, 0.232745, 0.250585, 0.29894, 0.414741, 0.696165, 1.48599" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0281461, 0.0292085, 0.0318832, 0.0390355, 0.0571234, 0.105254, 0.23471", \
            "0.0315751, 0.0326473, 0.0353614, 0.0424986, 0.0607373, 0.108497, 0.23768", \
            "0.0381001, 0.0392503, 0.042322, 0.0497337, 0.0680762, 0.116018, 0.245947", \
            "0.043859, 0.0455594, 0.04972, 0.0598811, 0.0826902, 0.132638, 0.262626", \
            "0.0394232, 0.0418192, 0.0481895, 0.0629267, 0.0963117, 0.163347, 0.301255", \
            "0.0040756, 0.0075043, 0.0163907, 0.0389592, 0.0881622, 0.187618, 0.372589", \
            "-0.114585, -0.109425, -0.0959756, -0.0627648, 0.0113523, 0.15936, 0.434072" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0241282, 0.025207, 0.0282347, 0.0369531, 0.0617976, 0.130998, 0.322733", \
            "0.0241114, 0.0251101, 0.0282496, 0.0368516, 0.061639, 0.131146, 0.322151", \
            "0.0272462, 0.0281106, 0.0308118, 0.0385661, 0.0621247, 0.130871, 0.322608", \
            "0.0385155, 0.0395217, 0.0424279, 0.0500927, 0.0715073, 0.133911, 0.322652", \
            "0.0598068, 0.0611419, 0.0649742, 0.0743539, 0.0990739, 0.15912, 0.329961", \
            "0.0981992, 0.10006, 0.104892, 0.118518, 0.15034, 0.222181, 0.388106", \
            "0.171652, 0.174253, 0.180957, 0.199323, 0.241697, 0.336136, 0.538616" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0982562, 0.102535, 0.114141, 0.145276, 0.228692, 0.457012, 1.07301", \
            "0.0991067, 0.103664, 0.115631, 0.147228, 0.231259, 0.458314, 1.07751", \
            "0.107003, 0.111359, 0.123251, 0.154882, 0.2396, 0.467014, 1.08611", \
            "0.132319, 0.136529, 0.147803, 0.178874, 0.262779, 0.49006, 1.11058", \
            "0.195185, 0.199913, 0.212214, 0.242728, 0.323584, 0.548797, 1.16776", \
            "0.308697, 0.315698, 0.331115, 0.373624, 0.470464, 0.693268, 1.31132", \
            "0.51879, 0.527225, 0.55129, 0.605646, 0.736036, 1.02664, 1.64586" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.106363, 0.111895, 0.127202, 0.169187, 0.284812, 0.601745, 1.4664", \
            "0.106297, 0.111698, 0.127133, 0.169308, 0.284315, 0.599506, 1.46712", \
            "0.105607, 0.111323, 0.127052, 0.1693, 0.285129, 0.599469, 1.46463", \
            "0.10576, 0.111056, 0.126094, 0.167897, 0.284927, 0.599942, 1.46668", \
            "0.126914, 0.131451, 0.144384, 0.180756, 0.287603, 0.598676, 1.46367", \
            "0.162994, 0.169138, 0.18758, 0.231895, 0.335282, 0.61392, 1.46634", \
            "0.22578, 0.236158, 0.257413, 0.313367, 0.449279, 0.732423, 1.49095" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0225889, 0.0235148, 0.0258932, 0.0321533, 0.0485004, 0.0925339, 0.213057", \
            "0.0258643, 0.0268608, 0.0293791, 0.0357764, 0.0522415, 0.0961324, 0.21631", \
            "0.0306286, 0.0319685, 0.0352778, 0.0430829, 0.0603184, 0.104773, 0.224615", \
            "0.0316365, 0.0335074, 0.0385432, 0.0501343, 0.074494, 0.123132, 0.24377", \
            "0.0202803, 0.0231524, 0.0304178, 0.0480154, 0.0844166, 0.154203, 0.286102", \
            "-0.0265564, -0.0221878, -0.0110508, 0.0149601, 0.0700709, 0.175175, 0.362181", \
            "-0.165003, -0.158136, -0.141486, -0.101107, -0.0175575, 0.139804, 0.42018" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0151517, 0.0162173, 0.0191651, 0.0273557, 0.0504593, 0.113408, 0.28676", \
            "0.0155184, 0.0164976, 0.0193724, 0.0275254, 0.0504617, 0.113336, 0.286747", \
            "0.021019, 0.0218365, 0.0240621, 0.0306585, 0.0514772, 0.113427, 0.286439", \
            "0.0329569, 0.0339906, 0.0367785, 0.0445657, 0.0636849, 0.118145, 0.286811", \
            "0.0540049, 0.0553229, 0.0593016, 0.0692814, 0.0931116, 0.148233, 0.297186", \
            "0.0943247, 0.0957267, 0.100795, 0.113475, 0.14532, 0.21614, 0.365942", \
            "0.174057, 0.176261, 0.182088, 0.198311, 0.239908, 0.332937, 0.522827" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0540089, 0.0573744, 0.0662746, 0.0897026, 0.151342, 0.320015, 0.776569", \
            "0.0579362, 0.0612434, 0.0699768, 0.0937261, 0.155733, 0.323236, 0.778897", \
            "0.0692082, 0.0722758, 0.0808062, 0.103759, 0.166788, 0.338041, 0.790453", \
            "0.0916474, 0.0952992, 0.104831, 0.127889, 0.189917, 0.361223, 0.81426", \
            "0.128982, 0.133772, 0.146167, 0.176382, 0.244895, 0.413141, 0.869064", \
            "0.202789, 0.209183, 0.226006, 0.266151, 0.354962, 0.543459, 1.00269", \
            "0.371069, 0.379432, 0.400848, 0.452261, 0.567399, 0.807361, 1.30737" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0403764, 0.0443958, 0.0556388, 0.0865011, 0.170924, 0.404855, 1.04215", \
            "0.0404342, 0.0443777, 0.0556971, 0.0865343, 0.170983, 0.402037, 1.03711", \
            "0.0406584, 0.0446143, 0.0557129, 0.0864462, 0.171477, 0.405741, 1.04046", \
            "0.0477481, 0.0510827, 0.0608561, 0.0890789, 0.171171, 0.405261, 1.03756", \
            "0.0666505, 0.0706187, 0.0809981, 0.108937, 0.181165, 0.404086, 1.03674", \
            "0.102472, 0.106456, 0.118397, 0.149332, 0.227291, 0.426899, 1.04112", \
            "0.165319, 0.169499, 0.182727, 0.21764, 0.310854, 0.531194, 1.08159" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0175754, 0.018521, 0.020966, 0.0273121, 0.0436005, 0.0865249, 0.202605", \
            "0.0211117, 0.0219807, 0.0243363, 0.030545, 0.0467635, 0.0897673, 0.206042", \
            "0.026406, 0.027676, 0.030834, 0.0382715, 0.0546743, 0.0975591, 0.213705", \
            "0.028444, 0.0303098, 0.0349252, 0.0459276, 0.0696445, 0.116435, 0.232699", \
            "0.0191571, 0.0217293, 0.0284017, 0.0444582, 0.0792992, 0.147726, 0.275536", \
            "-0.0209472, -0.0172704, -0.0077894, 0.0153372, 0.0662735, 0.167364, 0.354301", \
            "-0.140789, -0.135499, -0.121173, -0.0884774, -0.0144811, 0.132689, 0.407093" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0152273, 0.0163292, 0.0192225, 0.0271393, 0.0489062, 0.108917, 0.275078", \
            "0.0156981, 0.0166308, 0.0193245, 0.0269293, 0.0486802, 0.108975, 0.274542", \
            "0.0211712, 0.0222539, 0.0250929, 0.031794, 0.050483, 0.108918, 0.27507", \
            "0.0311528, 0.0326891, 0.0364345, 0.0455539, 0.0657177, 0.115486, 0.274883", \
            "0.0492553, 0.0512686, 0.056519, 0.0689886, 0.096616, 0.15352, 0.289586", \
            "0.0815799, 0.0847702, 0.0928485, 0.111099, 0.149802, 0.225592, 0.375711", \
            "0.14096, 0.145537, 0.159965, 0.186738, 0.243597, 0.351661, 0.55322" \
          );
        }
      }
      timing () {
        related_pin : "B2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0368391, 0.0403084, 0.0495042, 0.0734994, 0.136643, 0.302384, 0.757076", \
            "0.0398218, 0.0431936, 0.0521759, 0.0762468, 0.139317, 0.306474, 0.761621", \
            "0.0508992, 0.0539478, 0.0622855, 0.0851946, 0.148827, 0.316112, 0.777818", \
            "0.075468, 0.0794058, 0.0893587, 0.112074, 0.172821, 0.340331, 0.801934", \
            "0.117122, 0.122464, 0.136458, 0.169208, 0.238121, 0.402319, 0.858255", \
            "0.197951, 0.205039, 0.223064, 0.267191, 0.364712, 0.55408, 1.00477", \
            "0.367076, 0.376119, 0.399236, 0.455839, 0.584174, 0.850524, 1.35212" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0399597, 0.0441535, 0.0554066, 0.0863429, 0.1714, 0.401929, 1.03798", \
            "0.0395415, 0.0438031, 0.05525, 0.0863546, 0.171038, 0.401816, 1.03774", \
            "0.0407233, 0.0444391, 0.0548015, 0.0861214, 0.17125, 0.401613, 1.04567", \
            "0.0540515, 0.0568721, 0.0656083, 0.0911044, 0.170839, 0.403383, 1.0455", \
            "0.0707617, 0.0756522, 0.088775, 0.119689, 0.187119, 0.403713, 1.04049", \
            "0.102909, 0.10941, 0.124643, 0.165149, 0.25411, 0.441619, 1.04242", \
            "0.166734, 0.173671, 0.193399, 0.241411, 0.355199, 0.590777, 1.11057" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0148852, 0.0158098, 0.0183402, 0.0250036, 0.0425624, 0.0899021, 0.219497", \
            "0.0181701, 0.0192236, 0.0217798, 0.02847, 0.0460194, 0.0935475, 0.22412", \
            "0.0208927, 0.0225027, 0.0264871, 0.0355668, 0.0542789, 0.10186, 0.232838", \
            "0.0190901, 0.0214927, 0.0273875, 0.0410209, 0.0687075, 0.120874, 0.251113", \
            "0.0042698, 0.0075329, 0.0163016, 0.0366716, 0.0782125, 0.154781, 0.294596", \
            "-0.0436302, -0.0385405, -0.0258637, 0.0034381, 0.0632652, 0.178157, 0.382289", \
            "-0.175109, -0.167474, -0.149289, -0.106018, -0.0173569, 0.149362, 0.450395" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0108115, 0.0119973, 0.0153036, 0.0244111, 0.0493672, 0.117637, 0.306886", \
            "0.0123522, 0.0133151, 0.0161357, 0.0245233, 0.0492771, 0.117478, 0.30626", \
            "0.0177159, 0.0190993, 0.0223957, 0.030129, 0.0511175, 0.117839, 0.306452", \
            "0.0272424, 0.0289182, 0.0334337, 0.0438615, 0.0666292, 0.123134, 0.304817", \
            "0.0450081, 0.0471846, 0.053538, 0.0676914, 0.0980634, 0.161054, 0.315996", \
            "0.0780957, 0.0822843, 0.0905, 0.110936, 0.154058, 0.237542, 0.401517", \
            "0.143876, 0.148988, 0.16251, 0.194312, 0.251269, 0.36647, 0.58564" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0700021, 0.0716783, 0.0762461, 0.0887721, 0.123162, 0.217081, 0.473787", \
            "0.0691847, 0.0708815, 0.0754731, 0.088083, 0.122587, 0.21657, 0.473915", \
            "0.0683453, 0.0700774, 0.0747045, 0.0873868, 0.122028, 0.216258, 0.47338", \
            "0.0677667, 0.0694578, 0.0740893, 0.0867408, 0.121342, 0.215504, 0.47304", \
            "0.0673888, 0.0689819, 0.0736082, 0.086209, 0.120769, 0.214798, 0.472374", \
            "0.0683307, 0.0699561, 0.0744885, 0.0871184, 0.12116, 0.215061, 0.472195", \
            "0.0813558, 0.0827121, 0.0865245, 0.0974675, 0.130556, 0.221804, 0.475856" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0294372, 0.0277561, 0.023202, 0.010793, -0.023431, -0.117539, -0.377184", \
            "0.0287966, 0.0271464, 0.0225996, 0.0101754, -0.0240029, -0.118142, -0.377715", \
            "0.028212, 0.0265529, 0.0220195, 0.0096271, -0.0245498, -0.11865, -0.378299", \
            "0.0275291, 0.0258969, 0.0213958, 0.0090774, -0.0249427, -0.119045, -0.378663", \
            "0.0278782, 0.0262017, 0.021614, 0.0091398, -0.0249392, -0.118871, -0.378559", \
            "0.032994, 0.0312072, 0.0266073, 0.0135177, -0.0218712, -0.117498, -0.377792", \
            "0.0509798, 0.0490964, 0.0438569, 0.0296409, -0.0081046, -0.107393, -0.372267" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0602018, 0.0618675, 0.0664762, 0.0790592, 0.113427, 0.207065, 0.464142", \
            "0.0591651, 0.0608388, 0.0655068, 0.0782084, 0.112729, 0.20659, 0.463603", \
            "0.0580838, 0.0597822, 0.0644759, 0.0772593, 0.11196, 0.206013, 0.463166", \
            "0.057389, 0.0590639, 0.0636924, 0.0763826, 0.111113, 0.205392, 0.462745", \
            "0.056946, 0.0585751, 0.0631973, 0.0758247, 0.110381, 0.204482, 0.462126", \
            "0.0588322, 0.0604601, 0.0650008, 0.077542, 0.111328, 0.205136, 0.462454", \
            "0.0711294, 0.0725767, 0.0768566, 0.0890133, 0.12091, 0.21196, 0.467202" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0236853, 0.0219967, 0.0174994, 0.0050406, -0.0292444, -0.123668, -0.383585", \
            "0.023383, 0.0217041, 0.0172492, 0.0048389, -0.0293947, -0.123764, -0.383737", \
            "0.0225673, 0.0209548, 0.0165373, 0.0043078, -0.0297561, -0.123979, -0.383932", \
            "0.0213608, 0.0197793, 0.0154732, 0.0033495, -0.0303924, -0.124385, -0.384013", \
            "0.0218557, 0.0202184, 0.0158289, 0.0033573, -0.030903, -0.124647, -0.384138", \
            "0.0257285, 0.0239916, 0.0192019, 0.0064072, -0.0284721, -0.123798, -0.383765", \
            "0.0402278, 0.0382983, 0.0331631, 0.0193797, -0.0175816, -0.115688, -0.379261" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0503675, 0.0520738, 0.0567697, 0.0694412, 0.103899, 0.197777, 0.454672", \
            "0.0488404, 0.0505587, 0.0553312, 0.0682701, 0.103036, 0.19715, 0.454122", \
            "0.0474241, 0.0491574, 0.0538808, 0.0667558, 0.101752, 0.196287, 0.453587", \
            "0.0470841, 0.0488004, 0.0534043, 0.0662204, 0.100932, 0.195458, 0.45321", \
            "0.0492429, 0.0509499, 0.0553044, 0.0675748, 0.101155, 0.194941, 0.452647", \
            "0.0559334, 0.0597417, 0.0616668, 0.0736992, 0.105849, 0.197306, 0.45369", \
            "0.0765748, 0.0785807, 0.0841063, 0.0917269, 0.126943, 0.211016, 0.46159" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0149113, 0.013386, 0.0090376, -0.0032164, -0.037435, -0.132007, -0.392145", \
            "0.0142604, 0.012775, 0.0086164, -0.0033249, -0.0372326, -0.131608, -0.391643", \
            "0.0133256, 0.0118667, 0.0077787, -0.003917, -0.0373778, -0.131386, -0.391269", \
            "0.0125579, 0.0110912, 0.0068879, -0.0048745, -0.0380463, -0.131565, -0.391128", \
            "0.0137081, 0.0120844, 0.0076162, -0.0045409, -0.0385678, -0.132031, -0.391176", \
            "0.0187744, 0.0170359, 0.0120042, -0.0012224, -0.0362702, -0.131297, -0.390887", \
            "0.0365705, 0.0344072, 0.0288234, 0.0139434, -0.0244494, -0.123782, -0.38714" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0272318, 0.0291068, 0.0341034, 0.0472494, 0.0821079, 0.17717, 0.433405", \
            "0.0261461, 0.0279682, 0.0328826, 0.0462283, 0.0812718, 0.175641, 0.432908", \
            "0.0253893, 0.0271094, 0.0319251, 0.0448415, 0.08025, 0.175671, 0.434655", \
            "0.0250125, 0.0266824, 0.0313156, 0.0440681, 0.0789377, 0.174295, 0.431904", \
            "0.0250102, 0.0266825, 0.0312772, 0.0439116, 0.0781027, 0.173048, 0.430342", \
            "0.029984, 0.0314061, 0.0354442, 0.0470166, 0.0807446, 0.173542, 0.431763", \
            "0.0489068, 0.0498999, 0.0529457, 0.0624589, 0.092305, 0.183512, 0.436615" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0052951, 0.0036823, -0.0008122, -0.0131607, -0.0473655, -0.141756, -0.401774", \
            "0.0046356, 0.0030217, -0.0014266, -0.0137008, -0.0477971, -0.142117, -0.402059", \
            "0.0038472, 0.0022275, -0.0021632, -0.0143212, -0.0482659, -0.142473, -0.402323", \
            "0.0034155, 0.0017511, -0.0026933, -0.0149133, -0.0487777, -0.14288, -0.402497", \
            "0.0057342, 0.0040174, -0.0007074, -0.0134311, -0.0484796, -0.142133, -0.402231", \
            "0.0141575, 0.012381, 0.0076507, -0.0074073, -0.0434705, -0.140201, -0.401362", \
            "0.0345747, 0.0325627, 0.029027, 0.0143393, -0.0266237, -0.127666, -0.394327" \
          );
        }
      }
      internal_power () {
        related_pin : "B2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "0.0166988, 0.0186557, 0.0238353, 0.0372863, 0.0726861, 0.166337, 0.423546", \
            "0.0154957, 0.0174454, 0.0224285, 0.0360079, 0.071451, 0.165965, 0.423431", \
            "0.0149483, 0.0166861, 0.0214921, 0.0345232, 0.0700416, 0.165039, 0.426434", \
            "0.0156545, 0.01726, 0.0218392, 0.0343277, 0.0691176, 0.164551, 0.425498", \
            "0.0186833, 0.0202062, 0.0244636, 0.0363462, 0.0700181, 0.163858, 0.42143", \
            "0.0295885, 0.031186, 0.033647, 0.0454423, 0.0793626, 0.166441, 0.422934", \
            "0.0492247, 0.0502219, 0.0535349, 0.0646581, 0.0984262, 0.1848, 0.429986" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
          values ( \
            "-0.0024418, -0.0039492, -0.0081653, -0.0201555, -0.0541992, -0.148653, -0.408758", \
            "-0.0029848, -0.0044451, -0.0085877, -0.0204436, -0.0540872, -0.148364, -0.408349", \
            "-0.00357, -0.0050874, -0.0091777, -0.0210292, -0.054478, -0.148309, -0.408101", \
            "-0.0038093, -0.0053452, -0.0097281, -0.0216423, -0.0551523, -0.148752, -0.408189", \
            "-0.0013588, -0.0030812, -0.0077068, -0.0210421, -0.0551889, -0.148696, -0.408175", \
            "0.0075336, 0.005504, 0.000155, -0.0137632, -0.0497303, -0.147667, -0.407878", \
            "0.0310553, 0.028488, 0.0220289, 0.0056931, -0.0336679, -0.137263, -0.402696" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008655;
      rise_capacitance : 0.009048;
      rise_capacitance_range (0.009048, 0.009048);
      fall_capacitance : 0.008262;
      fall_capacitance_range (0.008262, 0.008262);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0174857, -0.017482, -0.0174737, -0.0174775, -0.0174862, -0.0175064, -0.0175528" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0175611, 0.0175462, 0.0175122, 0.0174986, 0.0174672, 0.0173949, 0.0172283" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008217;
      rise_capacitance : 0.008758;
      rise_capacitance_range (0.008758, 0.008758);
      fall_capacitance : 0.007677;
      fall_capacitance_range (0.007677, 0.007677);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0171857, -0.017182, -0.0171736, -0.0171754, -0.0171794, -0.0171887, -0.0172101" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0172666, 0.0172541, 0.0172257, 0.0172275, 0.0172315, 0.0172409, 0.0172624" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008457;
      rise_capacitance : 0.009105;
      rise_capacitance_range (0.009105, 0.009105);
      fall_capacitance : 0.007808;
      fall_capacitance_range (0.007808, 0.007808);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0173535, -0.0173465, -0.0173305, -0.0173205, -0.0172975, -0.0172447, -0.0171225" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.017425, 0.0174123, 0.0173832, 0.017385, 0.0173888, 0.017398, 0.0174191" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008547;
      rise_capacitance : 0.008953;
      rise_capacitance_range (0.008953, 0.008953);
      fall_capacitance : 0.008142;
      fall_capacitance_range (0.008142, 0.008142);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0001386, -0.0001774, -0.0002665, -0.0001999, -4.65166e-05, 0.0003073, 0.0011228" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0204785, 0.0204764, 0.0204719, 0.0204804, 0.0205003, 0.0205459, 0.0206514" \
          );
        }
      }
    }
    pin (B2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008481;
      rise_capacitance : 0.008981;
      rise_capacitance_range (0.008981, 0.008981);
      fall_capacitance : 0.00798;
      fall_capacitance_range (0.00798, 0.00798);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0003978, -0.0004147, -0.0004537, -0.0003898, -0.0002427, 9.64065e-05, 0.0008782" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0205119, 0.0205113, 0.0205101, 0.0205085, 0.0205051, 0.020497, 0.0204786" \
          );
        }
      }
    }
  }
  cell (scs8hd_o41a_1) {
    area : 11.2608;
    cell_footprint : "o41a";
    cell_leakage_power : 0.00819742;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.006225;
      when : "A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0065697;
      when : "A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.006225;
      when : "A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124106;
      when : "A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.006225;
      when : "A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0062943;
      when : "!A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0176197;
      when : "!A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124116;
      when : "!A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.006225;
      when : "!A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0065699;
      when : "!A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.006225;
      when : "!A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124106;
      when : "!A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.006225;
      when : "!A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0064933;
      when : "!A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.006225;
      when : "!A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124107;
      when : "!A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.006225;
      when : "!A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0065697;
      when : "!A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.006225;
      when : "!A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124106;
      when : "!A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.006225;
      when : "!A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.006477;
      when : "A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.006225;
      when : "A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124107;
      when : "A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.006225;
      when : "A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0065698;
      when : "A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.006225;
      when : "A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124106;
      when : "A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.006225;
      when : "A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.006493;
      when : "A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.006225;
      when : "A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124107;
      when : "A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.00819742;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1) | (A2&B1) | (A3&B1) | (A4&B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.197764;
      max_transition : 1.50857;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0638409, 0.0699523, 0.0846717, 0.120717, 0.212551, 0.456194, 1.11164", \
            "0.0673533, 0.0734422, 0.0881089, 0.124184, 0.216023, 0.459719, 1.11502", \
            "0.074837, 0.0808649, 0.0954263, 0.131311, 0.223101, 0.46685, 1.12216", \
            "0.0886314, 0.094603, 0.108985, 0.144404, 0.23634, 0.479195, 1.13744", \
            "0.102763, 0.109114, 0.123891, 0.159177, 0.250526, 0.494748, 1.15141", \
            "0.0990036, 0.106802, 0.12319, 0.159064, 0.250397, 0.49439, 1.14996", \
            "0.0363161, 0.0459767, 0.0664859, 0.10623, 0.197519, 0.441047, 1.09822" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0210125, 0.0274783, 0.0444329, 0.0909528, 0.217527, 0.563299, 1.50388", \
            "0.0209846, 0.0273501, 0.0443861, 0.0908567, 0.217493, 0.563374, 1.50374", \
            "0.0207493, 0.0271207, 0.0442489, 0.0907358, 0.217419, 0.563486, 1.50353", \
            "0.0214547, 0.0276099, 0.0442212, 0.090339, 0.21753, 0.563376, 1.50427", \
            "0.0246948, 0.0302717, 0.0457708, 0.0906007, 0.216666, 0.562132, 1.50455", \
            "0.0311069, 0.0368968, 0.0511063, 0.0924212, 0.217561, 0.561985, 1.50385", \
            "0.040797, 0.0477226, 0.0627113, 0.101027, 0.219115, 0.564412, 1.49935" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.224244, 0.231326, 0.246569, 0.276212, 0.332937, 0.455066, 0.753566", \
            "0.227866, 0.23496, 0.250227, 0.279853, 0.336574, 0.458653, 0.757184", \
            "0.237427, 0.244481, 0.259824, 0.28939, 0.346212, 0.468186, 0.766762", \
            "0.258622, 0.265797, 0.281073, 0.31078, 0.367876, 0.489711, 0.78815", \
            "0.302196, 0.309281, 0.324566, 0.354299, 0.411378, 0.533372, 0.831994", \
            "0.379296, 0.386875, 0.403016, 0.434183, 0.492685, 0.616178, 0.914797", \
            "0.527469, 0.535529, 0.553374, 0.587429, 0.650388, 0.779124, 1.08054" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0333486, 0.0380173, 0.0481368, 0.070197, 0.122098, 0.253595, 0.633201", \
            "0.0333215, 0.0380347, 0.048128, 0.0702987, 0.122062, 0.254174, 0.633923", \
            "0.0333175, 0.0381208, 0.0484696, 0.0703535, 0.121352, 0.254502, 0.632713", \
            "0.0335644, 0.0379988, 0.0480165, 0.0699104, 0.120761, 0.254365, 0.629474", \
            "0.0334104, 0.0379745, 0.0481209, 0.0698511, 0.121366, 0.253692, 0.633462", \
            "0.0367036, 0.0413741, 0.0518272, 0.0738445, 0.124314, 0.256892, 0.629215", \
            "0.0428154, 0.0477488, 0.0592251, 0.08221, 0.13516, 0.264787, 0.633228" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.062237, 0.0680073, 0.0821138, 0.117086, 0.208026, 0.451262, 1.10684", \
            "0.0656291, 0.07143, 0.0855165, 0.120489, 0.211555, 0.454441, 1.11091", \
            "0.0726654, 0.0784259, 0.0924062, 0.12726, 0.218011, 0.461612, 1.11783", \
            "0.0845971, 0.0903714, 0.104263, 0.139013, 0.22975, 0.472536, 1.12855", \
            "0.0940814, 0.100273, 0.114605, 0.149224, 0.239899, 0.482856, 1.13922", \
            "0.0806455, 0.0882872, 0.104445, 0.139779, 0.230179, 0.473686, 1.12811", \
            "-0.0028701, 0.0066811, 0.0273991, 0.0671245, 0.157805, 0.401081, 1.05953" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.019931, 0.0260832, 0.0427869, 0.0888732, 0.216084, 0.563388, 1.50533", \
            "0.0199041, 0.0261233, 0.0427383, 0.0888214, 0.215657, 0.563486, 1.50539", \
            "0.0197762, 0.0259834, 0.0425747, 0.0887091, 0.216221, 0.563011, 1.50542", \
            "0.0205426, 0.0265474, 0.0428612, 0.0887652, 0.215934, 0.562715, 1.5042", \
            "0.0238968, 0.0293826, 0.0446852, 0.0893354, 0.215708, 0.562218, 1.50447", \
            "0.0303875, 0.0361552, 0.0501286, 0.0913888, 0.216987, 0.560506, 1.49826", \
            "0.0399676, 0.0472604, 0.0625959, 0.100139, 0.21882, 0.564563, 1.49551" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.214504, 0.221568, 0.236992, 0.266122, 0.323504, 0.445571, 0.743865", \
            "0.217748, 0.224829, 0.240074, 0.26972, 0.326457, 0.448598, 0.747078", \
            "0.227657, 0.234738, 0.249981, 0.279612, 0.336347, 0.458475, 0.756971", \
            "0.250976, 0.258144, 0.273424, 0.303058, 0.360201, 0.482128, 0.780596", \
            "0.301949, 0.309161, 0.324432, 0.354039, 0.411382, 0.533313, 0.831875", \
            "0.400136, 0.407668, 0.424176, 0.455678, 0.514713, 0.63875, 0.93743", \
            "0.596025, 0.604577, 0.623078, 0.658419, 0.723481, 0.850005, 1.15164" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0331961, 0.0378644, 0.048133, 0.0707815, 0.121709, 0.253632, 0.633058", \
            "0.0333442, 0.0380089, 0.0481329, 0.0701757, 0.1221, 0.253468, 0.63218", \
            "0.0333365, 0.0380179, 0.0481191, 0.0701834, 0.122088, 0.253447, 0.632482", \
            "0.0335544, 0.0380108, 0.0480618, 0.0700402, 0.120927, 0.254443, 0.630183", \
            "0.0336083, 0.038014, 0.0488461, 0.0704622, 0.121237, 0.253992, 0.628287", \
            "0.037717, 0.0425015, 0.0532285, 0.0758408, 0.125756, 0.257082, 0.629075", \
            "0.0465059, 0.0520076, 0.0639904, 0.0869681, 0.137859, 0.267051, 0.635234" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0593679, 0.0649147, 0.0784998, 0.112826, 0.202971, 0.445417, 1.10095", \
            "0.0628415, 0.0683859, 0.0819573, 0.116308, 0.206373, 0.44883, 1.10462", \
            "0.0696681, 0.0751439, 0.0886801, 0.12297, 0.21314, 0.455424, 1.11126", \
            "0.0801726, 0.085791, 0.0993912, 0.133617, 0.22397, 0.466648, 1.12253", \
            "0.0861232, 0.0922386, 0.106475, 0.140817, 0.231082, 0.474014, 1.12979", \
            "0.0667336, 0.0744065, 0.0905075, 0.125914, 0.216112, 0.458767, 1.11613", \
            "-0.0280641, -0.0183395, 0.0025669, 0.0430754, 0.133879, 0.37695, 1.03306" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0188971, 0.0249351, 0.0414959, 0.0877126, 0.216019, 0.562439, 1.50103", \
            "0.0188997, 0.0249237, 0.0414555, 0.0878103, 0.215809, 0.563384, 1.50072", \
            "0.0188414, 0.0249288, 0.0415094, 0.0878655, 0.215365, 0.563353, 1.5041", \
            "0.0200006, 0.0259584, 0.0420783, 0.0878147, 0.215988, 0.562731, 1.49981", \
            "0.0237335, 0.0290703, 0.0440744, 0.0885475, 0.215078, 0.562643, 1.50341", \
            "0.0304723, 0.0363537, 0.0504271, 0.0909968, 0.216576, 0.561319, 1.5038", \
            "0.0409234, 0.0482446, 0.0636653, 0.100945, 0.218674, 0.566321, 1.49726" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.192954, 0.200044, 0.215315, 0.244981, 0.301599, 0.423751, 0.722104", \
            "0.195805, 0.202845, 0.218209, 0.247799, 0.304551, 0.426489, 0.725011", \
            "0.205295, 0.212241, 0.227697, 0.256991, 0.314223, 0.436249, 0.734813", \
            "0.229465, 0.23655, 0.251825, 0.281439, 0.338476, 0.460235, 0.75883", \
            "0.286443, 0.293498, 0.308744, 0.338314, 0.395608, 0.517498, 0.816242", \
            "0.402235, 0.409916, 0.426428, 0.4584, 0.517908, 0.63944, 0.938274", \
            "0.62928, 0.638099, 0.657649, 0.694303, 0.759992, 0.886433, 1.18769" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0333657, 0.0379221, 0.0481051, 0.0700024, 0.122112, 0.253882, 0.631171", \
            "0.0333536, 0.038119, 0.0485234, 0.0703642, 0.121396, 0.254766, 0.630231", \
            "0.0333262, 0.0379296, 0.0481307, 0.0705746, 0.121355, 0.25417, 0.628236", \
            "0.033288, 0.0380911, 0.0486652, 0.069641, 0.121774, 0.254407, 0.628654", \
            "0.0335311, 0.0381981, 0.0482304, 0.069921, 0.12143, 0.253523, 0.63282", \
            "0.0391342, 0.0443221, 0.0542535, 0.0762585, 0.125416, 0.257559, 0.631691", \
            "0.0502301, 0.0556379, 0.0676737, 0.0910038, 0.139055, 0.266433, 0.635348" \
          );
        }
      }
      timing () {
        related_pin : "A4";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0515121, 0.0568718, 0.0702326, 0.104188, 0.194557, 0.436003, 1.09468", \
            "0.0550298, 0.0603468, 0.0736982, 0.107882, 0.197604, 0.441353, 1.09461", \
            "0.0620586, 0.0673534, 0.0805636, 0.114537, 0.204811, 0.447299, 1.10158", \
            "0.0711049, 0.0766197, 0.0900873, 0.124188, 0.21517, 0.458352, 1.11838", \
            "0.0731304, 0.0794851, 0.093607, 0.127677, 0.218477, 0.461667, 1.11573", \
            "0.047869, 0.0558941, 0.072908, 0.108317, 0.198561, 0.441664, 1.09812", \
            "-0.0559159, -0.0455113, -0.023303, 0.0195136, 0.110559, 0.353803, 1.00939" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0176779, 0.0237349, 0.0404122, 0.0871013, 0.215711, 0.562185, 1.50076", \
            "0.0176662, 0.023725, 0.0404811, 0.0871526, 0.21614, 0.566481, 1.50023", \
            "0.0178616, 0.0238783, 0.0405312, 0.0870942, 0.215938, 0.561987, 1.50361", \
            "0.0197752, 0.0254501, 0.0414976, 0.0874738, 0.215663, 0.566471, 1.50751", \
            "0.0245491, 0.0296387, 0.0441014, 0.0883901, 0.214419, 0.563625, 1.50349", \
            "0.032603, 0.0384209, 0.0519303, 0.0915144, 0.21608, 0.560583, 1.50109", \
            "0.0443524, 0.0521042, 0.0682733, 0.105152, 0.219737, 0.56414, 1.5026" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.158847, 0.166005, 0.181315, 0.210993, 0.267917, 0.389934, 0.688316", \
            "0.159859, 0.16693, 0.182248, 0.211707, 0.269033, 0.391023, 0.689604", \
            "0.168135, 0.175256, 0.190583, 0.220065, 0.277361, 0.399466, 0.697969", \
            "0.19309, 0.200165, 0.215465, 0.245023, 0.302306, 0.424162, 0.722852", \
            "0.256855, 0.263785, 0.278838, 0.308215, 0.364597, 0.486519, 0.784981", \
            "0.387092, 0.394975, 0.412137, 0.443507, 0.50054, 0.623659, 0.922683", \
            "0.615779, 0.624891, 0.644903, 0.683377, 0.746721, 0.870076, 1.17141" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0332937, 0.0381118, 0.0485714, 0.0697192, 0.121827, 0.253899, 0.628328", \
            "0.0332974, 0.0381018, 0.0481065, 0.0705779, 0.121298, 0.25427, 0.633685", \
            "0.0332978, 0.0380664, 0.0482711, 0.0702769, 0.120854, 0.254129, 0.63207", \
            "0.033308, 0.0382445, 0.0485491, 0.0703399, 0.121328, 0.254362, 0.629711", \
            "0.0324572, 0.0376243, 0.0481233, 0.0694617, 0.12122, 0.253447, 0.628627", \
            "0.0413016, 0.0461796, 0.0565016, 0.0755916, 0.12505, 0.256105, 0.63303", \
            "0.0544152, 0.0601233, 0.0725233, 0.0950995, 0.136017, 0.262301, 0.635043" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.038528, 0.0436523, 0.0568479, 0.0908537, 0.18139, 0.42491, 1.08068", \
            "0.0419599, 0.0470421, 0.0600758, 0.0942015, 0.184828, 0.427762, 1.08097", \
            "0.0484526, 0.053518, 0.0663313, 0.100237, 0.19283, 0.43282, 1.08892", \
            "0.0539626, 0.0590572, 0.0719555, 0.105825, 0.19645, 0.438561, 1.10617", \
            "0.0521329, 0.0576691, 0.0707172, 0.104281, 0.194713, 0.436954, 1.09423", \
            "0.0260096, 0.0331463, 0.0478097, 0.0809242, 0.17078, 0.41399, 1.07094", \
            "-0.0657037, -0.0564577, -0.0370844, 0.0004359, 0.0887664, 0.331585, 0.988009" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0164019, 0.0225497, 0.0396863, 0.0870541, 0.216645, 0.566709, 1.50073", \
            "0.0163904, 0.0225728, 0.0396676, 0.0871085, 0.216825, 0.563848, 1.5033", \
            "0.0169513, 0.022984, 0.0398528, 0.0871602, 0.215615, 0.561237, 1.50201", \
            "0.0183037, 0.0239883, 0.0406252, 0.0870108, 0.215764, 0.563506, 1.50857", \
            "0.0222482, 0.0271179, 0.0421133, 0.0876349, 0.214604, 0.561603, 1.49868", \
            "0.0293436, 0.0345964, 0.0473578, 0.0890384, 0.215409, 0.561125, 1.50219", \
            "0.040616, 0.0470477, 0.0608473, 0.0974445, 0.217262, 0.563096, 1.49913" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0463917, 0.0498145, 0.0574108, 0.0743408, 0.11531, 0.224127, 0.520089", \
            "0.0512479, 0.0546677, 0.0622852, 0.0792467, 0.120234, 0.22906, 0.525166", \
            "0.0641877, 0.0675868, 0.0752569, 0.092328, 0.133371, 0.242284, 0.537556", \
            "0.0913461, 0.0951556, 0.103382, 0.1207, 0.161753, 0.270536, 0.565566", \
            "0.136123, 0.140889, 0.150897, 0.170204, 0.212638, 0.32178, 0.61945", \
            "0.2147, 0.220409, 0.232809, 0.256284, 0.301227, 0.410321, 0.705344", \
            "0.36873, 0.375779, 0.391047, 0.420617, 0.471971, 0.582216, 0.876198" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0121395, 0.0149324, 0.0220578, 0.0402882, 0.0913467, 0.233056, 0.630804", \
            "0.0120733, 0.0149131, 0.0220464, 0.0402053, 0.091343, 0.233124, 0.627093", \
            "0.0122247, 0.0149882, 0.0221031, 0.0402864, 0.0912162, 0.233405, 0.628169", \
            "0.0146444, 0.0173053, 0.0239248, 0.0413786, 0.0915976, 0.233292, 0.623872", \
            "0.0198196, 0.0228325, 0.0296238, 0.0460596, 0.0939354, 0.235032, 0.621117", \
            "0.0269377, 0.0306811, 0.0385644, 0.0549362, 0.0986455, 0.237015, 0.622244", \
            "0.0378611, 0.0423298, 0.0527423, 0.0708411, 0.112471, 0.239368, 0.627675" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0175803, 0.0195046, 0.0244702, 0.037013, 0.0695055, 0.156349, 0.392912", \
            "0.0174423, 0.019372, 0.024295, 0.0368568, 0.0693577, 0.156156, 0.390728", \
            "0.0173336, 0.0192537, 0.0241737, 0.0366649, 0.069173, 0.155961, 0.390592", \
            "0.0173516, 0.0191834, 0.0240127, 0.0364021, 0.0692049, 0.155698, 0.392228", \
            "0.0180915, 0.0197173, 0.0240203, 0.0363256, 0.0686348, 0.156286, 0.392483", \
            "0.0192835, 0.0209136, 0.0253308, 0.0372181, 0.0692598, 0.155621, 0.392843", \
            "0.0237184, 0.0251491, 0.0293879, 0.0410643, 0.073196, 0.160034, 0.392655" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0212483, 0.0198607, 0.0165645, 0.0067797, -0.0234153, -0.110116, -0.347068", \
            "0.0210396, 0.019629, 0.0163471, 0.0065367, -0.0236459, -0.11033, -0.347279", \
            "0.0208345, 0.0194479, 0.016162, 0.0062697, -0.0238827, -0.110576, -0.347528", \
            "0.0207575, 0.0193919, 0.0159693, 0.0061847, -0.0240512, -0.110731, -0.347692", \
            "0.0205865, 0.0192022, 0.015819, 0.0060145, -0.0241849, -0.110892, -0.347759", \
            "0.0228364, 0.0210729, 0.0164703, 0.0056853, -0.0242791, -0.110886, -0.347831", \
            "0.0285053, 0.0266665, 0.0219832, 0.009916, -0.0219759, -0.109328, -0.346045" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0167713, 0.0185828, 0.0233045, 0.0355886, 0.0679075, 0.155448, 0.391324", \
            "0.0167014, 0.0185077, 0.0232618, 0.0355185, 0.0681471, 0.155478, 0.391071", \
            "0.0166005, 0.0184067, 0.0231256, 0.0353681, 0.0677391, 0.155219, 0.390953", \
            "0.0164712, 0.018232, 0.0228563, 0.0350365, 0.0674849, 0.154339, 0.38893", \
            "0.0167828, 0.01844, 0.0227523, 0.0348177, 0.067321, 0.154129, 0.39072", \
            "0.0176048, 0.0192411, 0.0236711, 0.0354845, 0.0675796, 0.153891, 0.389116", \
            "0.0210543, 0.0225715, 0.0269071, 0.0388375, 0.0710155, 0.157409, 0.392934" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0188802, 0.0174409, 0.0141408, 0.0043752, -0.025795, -0.112564, -0.349519", \
            "0.0186235, 0.0172303, 0.0138793, 0.004151, -0.0260496, -0.112795, -0.349715", \
            "0.0183915, 0.0169963, 0.013702, 0.0039089, -0.0262959, -0.112994, -0.349946", \
            "0.0183284, 0.0169633, 0.0135231, 0.003739, -0.0264758, -0.113162, -0.350097", \
            "0.0181552, 0.0167791, 0.0134168, 0.0035682, -0.0266272, -0.113296, -0.350233", \
            "0.0194934, 0.0176813, 0.0131404, 0.0033728, -0.0266164, -0.113274, -0.350226", \
            "0.0264242, 0.024511, 0.0197579, 0.0076094, -0.0246803, -0.111516, -0.348356" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0152689, 0.0170216, 0.0216505, 0.0337946, 0.0660363, 0.152818, 0.387769", \
            "0.0152537, 0.0170108, 0.0216301, 0.0337858, 0.0663383, 0.152699, 0.387814", \
            "0.0151583, 0.0169025, 0.0215, 0.0336464, 0.0662135, 0.153405, 0.387203", \
            "0.0149499, 0.0166409, 0.0211757, 0.0332684, 0.0655697, 0.152429, 0.387581", \
            "0.0151073, 0.0167536, 0.0211676, 0.0331049, 0.0651401, 0.152178, 0.386843", \
            "0.015917, 0.0175315, 0.0219289, 0.0337646, 0.0659198, 0.152888, 0.388827", \
            "0.0189609, 0.0204839, 0.0248347, 0.0367601, 0.0689488, 0.155477, 0.390009" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0164395, 0.0150663, 0.0117172, 0.0019414, -0.0282293, -0.114924, -0.351897", \
            "0.0162474, 0.0148368, 0.0115736, 0.0016823, -0.0284792, -0.115152, -0.352121", \
            "0.0160024, 0.0146023, 0.0112713, 0.0016118, -0.0286895, -0.115397, -0.352363", \
            "0.0158808, 0.0144895, 0.0112148, 0.0013094, -0.0288895, -0.115565, -0.352521", \
            "0.0159228, 0.0145454, 0.0111295, 0.0012559, -0.0290198, -0.11569, -0.352626", \
            "0.0174573, 0.0156335, 0.0109872, 0.001248, -0.0288406, -0.115401, -0.352293", \
            "0.0252919, 0.0233377, 0.0185111, 0.0062903, -0.0260961, -0.112876, -0.34977" \
          );
        }
      }
      internal_power () {
        related_pin : "A4";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0135989, 0.0153508, 0.0199952, 0.0321274, 0.064584, 0.151119, 0.385792", \
            "0.0135109, 0.0152639, 0.0198867, 0.032019, 0.0645229, 0.150829, 0.383444", \
            "0.0133003, 0.0150204, 0.0195992, 0.0317334, 0.0640683, 0.150517, 0.385691", \
            "0.0130307, 0.0147269, 0.0192178, 0.0313048, 0.0636224, 0.150412, 0.386344", \
            "0.013242, 0.0149052, 0.0193404, 0.0312017, 0.0635303, 0.151012, 0.385329", \
            "0.0140871, 0.0157695, 0.0202479, 0.0321674, 0.064317, 0.151187, 0.386073", \
            "0.0180735, 0.0196049, 0.0239099, 0.0358028, 0.0679659, 0.15443, 0.389421" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0139813, 0.0126065, 0.0093384, -0.0005236, -0.0307384, -0.117416, -0.35442", \
            "0.0136214, 0.0122175, 0.0089252, -0.00092, -0.0311094, -0.117788, -0.354716", \
            "0.0133454, 0.0119749, 0.0086583, -0.0011567, -0.031374, -0.118037, -0.354978", \
            "0.0132055, 0.0118534, 0.0085625, -0.0013348, -0.0315022, -0.118176, -0.355123", \
            "0.013622, 0.0122658, 0.0089347, -0.0009637, -0.0312082, -0.117872, -0.354784", \
            "0.0175564, 0.0157097, 0.0110612, 0.0002376, -0.0297562, -0.116415, -0.353332", \
            "0.0260499, 0.0240269, 0.0191009, 0.0068274, -0.025578, -0.112657, -0.349476" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0092449, 0.0110282, 0.0157002, 0.0278626, 0.0601144, 0.147712, 0.380703", \
            "0.0090005, 0.0107599, 0.0154096, 0.0275333, 0.0598966, 0.146966, 0.381188", \
            "0.0086841, 0.0104066, 0.0149371, 0.0271002, 0.0594667, 0.14532, 0.378561", \
            "0.0085608, 0.0102225, 0.0147236, 0.0267016, 0.0591557, 0.146679, 0.380153", \
            "0.0092741, 0.0109028, 0.0153372, 0.027138, 0.0591964, 0.146341, 0.379581", \
            "0.01154, 0.0131502, 0.0175216, 0.0292363, 0.0611372, 0.147602, 0.38229", \
            "0.018585, 0.0201072, 0.0241338, 0.0354287, 0.0670695, 0.152834, 0.386024" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135467, 0.00367025, 0.00994394, 0.0269415, 0.0729935, 0.197764");
          values ( \
            "0.0102604, 0.008878, 0.004945, -0.0066932, -0.0389866, -0.126602, -0.363845", \
            "0.0098815, 0.0085058, 0.0045692, -0.0070437, -0.0393094, -0.126911, -0.364142", \
            "0.0096349, 0.0082421, 0.0043411, -0.0072244, -0.0394397, -0.127024, -0.364322", \
            "0.0096112, 0.0081953, 0.0043119, -0.0071817, -0.0393654, -0.126915, -0.364134", \
            "0.0107547, 0.0091547, 0.0048643, -0.0064879, -0.0385954, -0.126101, -0.363361", \
            "0.0138067, 0.0119999, 0.0076831, -0.0042474, -0.0363233, -0.123561, -0.360822", \
            "0.0211064, 0.0193736, 0.0148464, 0.0027675, -0.0295218, -0.117336, -0.355018" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002318;
      rise_capacitance : 0.002425;
      rise_capacitance_range (0.002425, 0.002425);
      fall_capacitance : 0.002212;
      fall_capacitance_range (0.002212, 0.002212);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044258, -0.0044258, -0.004426, -0.004426, -0.0044262, -0.0044266, -0.0044273" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044324, 0.0044343, 0.0044387, 0.0044377, 0.0044353, 0.0044297, 0.0044171" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002403;
      rise_capacitance : 0.002546;
      rise_capacitance_range (0.002546, 0.002546);
      fall_capacitance : 0.00226;
      fall_capacitance_range (0.00226, 0.00226);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044389, -0.0044474, -0.0044671, -0.0044681, -0.0044704, -0.0044758, -0.0044879" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044509, 0.0044584, 0.0044757, 0.0044754, 0.0044747, 0.0044729, 0.0044691" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00239;
      rise_capacitance : 0.002551;
      rise_capacitance_range (0.002551, 0.002551);
      fall_capacitance : 0.00223;
      fall_capacitance_range (0.00223, 0.00223);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042846, -0.0042806, -0.0042713, -0.0042723, -0.0042745, -0.0042798, -0.0042917" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042793, 0.0042795, 0.00428, 0.0042787, 0.0042755, 0.0042681, 0.0042512" \
          );
        }
      }
    }
    pin (A4) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002438;
      rise_capacitance : 0.002633;
      rise_capacitance_range (0.002633, 0.002633);
      fall_capacitance : 0.002243;
      fall_capacitance_range (0.002243, 0.002243);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045388, -0.0045444, -0.0045574, -0.0045575, -0.0045577, -0.0045582, -0.0045596" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045482, 0.0045527, 0.0045631, 0.0045635, 0.0045642, 0.0045658, 0.0045697" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002493;
      rise_capacitance : 0.002612;
      rise_capacitance_range (0.002612, 0.002612);
      fall_capacitance : 0.002374;
      fall_capacitance_range (0.002374, 0.002374);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0003831, -0.000395, -0.0004224, -0.0004029, -0.0003579, -0.000254, -1.44681e-05" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0054544, 0.0054504, 0.0054414, 0.0054439, 0.0054498, 0.0054634, 0.0054946" \
          );
        }
      }
    }
  }
  cell (scs8hd_o41a_2) {
    area : 12.512;
    cell_footprint : "o41a";
    cell_leakage_power : 0.0111528;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0127554;
      when : "!A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0124076;
      when : "!A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.012434;
      when : "!A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0124281;
      when : "!A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0065831;
      when : "!A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.006583;
      when : "A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0124281;
      when : "A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124323;
      when : "A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0124281;
      when : "A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0065094;
      when : "A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0124281;
      when : "A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124324;
      when : "A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0124281;
      when : "A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.006583;
      when : "A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0124281;
      when : "A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124323;
      when : "A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0124281;
      when : "A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0124281;
      when : "!A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124323;
      when : "!A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0124281;
      when : "!A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0065096;
      when : "!A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0124281;
      when : "!A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124324;
      when : "!A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0124281;
      when : "!A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.006583;
      when : "!A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0124281;
      when : "!A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124323;
      when : "!A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0124281;
      when : "!A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0064927;
      when : "A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0124281;
      when : "A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124324;
      when : "A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0124281;
      when : "A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0111528;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1) | (A2&B1) | (A3&B1) | (A4&B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.410166;
      max_transition : 1.50695;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0662599, 0.0708624, 0.0823041, 0.110673, 0.188062, 0.416716, 1.11183", \
            "0.0697408, 0.0743529, 0.0857803, 0.114081, 0.191503, 0.420401, 1.11653", \
            "0.0772317, 0.0817602, 0.0931583, 0.12138, 0.198662, 0.427332, 1.1225", \
            "0.0920881, 0.0967277, 0.108028, 0.135918, 0.21278, 0.441621, 1.13757", \
            "0.108562, 0.113904, 0.126209, 0.154749, 0.231439, 0.460811, 1.15536", \
            "0.107752, 0.114241, 0.129122, 0.159944, 0.236559, 0.465688, 1.16044", \
            "0.0476813, 0.0553521, 0.0737715, 0.111604, 0.190811, 0.418417, 1.11634" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0151863, 0.019215, 0.0305577, 0.0641231, 0.169108, 0.496061, 1.49871", \
            "0.015124, 0.019207, 0.0304629, 0.064136, 0.169625, 0.495745, 1.50218", \
            "0.0149685, 0.0190568, 0.030325, 0.0639231, 0.168955, 0.495975, 1.49839", \
            "0.0155273, 0.0194432, 0.0304909, 0.0637897, 0.169001, 0.495198, 1.50103", \
            "0.0189301, 0.0228344, 0.0335968, 0.0650753, 0.168911, 0.496596, 1.50171", \
            "0.0246242, 0.0292838, 0.0410236, 0.0699296, 0.170196, 0.495942, 1.50141", \
            "0.0325752, 0.038525, 0.0525125, 0.0828661, 0.1745, 0.496727, 1.49775" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.261592, 0.267752, 0.28249, 0.313656, 0.373744, 0.498575, 0.816633", \
            "0.265386, 0.271574, 0.286323, 0.317539, 0.377616, 0.502381, 0.82051", \
            "0.275155, 0.281364, 0.296084, 0.327288, 0.387275, 0.512212, 0.830287", \
            "0.29717, 0.303226, 0.318052, 0.34909, 0.408759, 0.534186, 0.852728", \
            "0.342403, 0.348626, 0.363402, 0.394461, 0.454548, 0.579984, 0.898037", \
            "0.429811, 0.436227, 0.451368, 0.483402, 0.544753, 0.670997, 0.989277", \
            "0.595687, 0.602146, 0.617944, 0.65302, 0.719276, 0.851131, 1.17278" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0363349, 0.0401178, 0.0496709, 0.0710629, 0.115562, 0.238468, 0.623614", \
            "0.036334, 0.0400748, 0.049692, 0.0707625, 0.115387, 0.238396, 0.623334", \
            "0.0363385, 0.0401353, 0.0496712, 0.0705518, 0.115964, 0.238434, 0.624549", \
            "0.0362861, 0.0403101, 0.049678, 0.070409, 0.11592, 0.237934, 0.623417", \
            "0.0363458, 0.0400364, 0.0497931, 0.0709994, 0.115322, 0.237686, 0.624788", \
            "0.0391816, 0.0431961, 0.0529249, 0.0735569, 0.118091, 0.239137, 0.622319", \
            "0.0457014, 0.0496613, 0.0596833, 0.082197, 0.128679, 0.24944, 0.627965" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0641452, 0.0685298, 0.0794431, 0.106803, 0.182911, 0.41155, 1.10573", \
            "0.0676129, 0.0720282, 0.0829357, 0.11031, 0.186459, 0.413996, 1.11149", \
            "0.07488, 0.0792268, 0.0901296, 0.117417, 0.193405, 0.421478, 1.11607", \
            "0.0883629, 0.0928006, 0.103757, 0.131009, 0.206974, 0.434479, 1.12898", \
            "0.101136, 0.106337, 0.118342, 0.146375, 0.222134, 0.450001, 1.14756", \
            "0.0928661, 0.0993108, 0.11399, 0.144398, 0.22041, 0.448675, 1.1423", \
            "0.0172778, 0.0248668, 0.0433241, 0.0806046, 0.160006, 0.386983, 1.08467" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0142327, 0.0181518, 0.0290926, 0.062257, 0.167498, 0.49631, 1.49983", \
            "0.0142058, 0.0181095, 0.0291306, 0.0623176, 0.167818, 0.495456, 1.50223", \
            "0.0141093, 0.0180404, 0.0289812, 0.0622396, 0.167966, 0.494795, 1.50043", \
            "0.0149294, 0.0187007, 0.0294375, 0.0623797, 0.167643, 0.49499, 1.49946", \
            "0.0184639, 0.0225173, 0.0327222, 0.0639607, 0.167826, 0.495431, 1.50263", \
            "0.0240866, 0.028827, 0.0399282, 0.0688997, 0.168793, 0.494167, 1.49828", \
            "0.0326632, 0.0381308, 0.0522079, 0.0818003, 0.173317, 0.495782, 1.49581" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.251067, 0.257261, 0.272011, 0.303208, 0.363294, 0.488034, 0.806155", \
            "0.254367, 0.260454, 0.27513, 0.306457, 0.366467, 0.491421, 0.809483", \
            "0.264262, 0.27036, 0.285195, 0.316217, 0.376347, 0.501294, 0.819371", \
            "0.287366, 0.293459, 0.308253, 0.339524, 0.399526, 0.524628, 0.842731", \
            "0.338639, 0.344747, 0.359561, 0.390632, 0.45074, 0.576061, 0.894369", \
            "0.444534, 0.451019, 0.466219, 0.498651, 0.559877, 0.686564, 1.00486", \
            "0.653788, 0.660791, 0.677507, 0.712669, 0.780621, 0.912916, 1.23512" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0363282, 0.0400843, 0.0496951, 0.0707289, 0.115366, 0.238404, 0.623434", \
            "0.036321, 0.0401568, 0.0500325, 0.0704855, 0.115987, 0.238448, 0.625379", \
            "0.0363068, 0.0401745, 0.049717, 0.0704823, 0.11597, 0.238441, 0.624567", \
            "0.0363614, 0.0402146, 0.0500217, 0.0704531, 0.116339, 0.238496, 0.624789", \
            "0.036378, 0.0403166, 0.0496465, 0.0704538, 0.116343, 0.238473, 0.62449", \
            "0.0400284, 0.0439704, 0.0535307, 0.0751504, 0.119851, 0.239979, 0.627756", \
            "0.0492064, 0.0531725, 0.0633221, 0.0858212, 0.132955, 0.252269, 0.632411" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0613587, 0.0655945, 0.0761936, 0.102959, 0.178383, 0.405919, 1.1008", \
            "0.0649368, 0.0691629, 0.0797529, 0.106488, 0.182107, 0.409629, 1.10394", \
            "0.0721128, 0.0763322, 0.0869196, 0.113633, 0.189163, 0.416624, 1.11173", \
            "0.0845534, 0.0889671, 0.0996957, 0.126454, 0.201794, 0.429772, 1.12399", \
            "0.0943647, 0.0994979, 0.111561, 0.13939, 0.214906, 0.442584, 1.13687", \
            "0.0808188, 0.0873213, 0.102086, 0.13273, 0.208515, 0.43626, 1.13079", \
            "-0.0041139, 0.0035726, 0.0222635, 0.0607868, 0.140105, 0.367148, 1.06151" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0134924, 0.0173237, 0.0282466, 0.0611935, 0.166743, 0.4946, 1.50246", \
            "0.0135559, 0.0173571, 0.0282126, 0.0613685, 0.167425, 0.496646, 1.49729", \
            "0.0135201, 0.017328, 0.0281925, 0.0612463, 0.16699, 0.494967, 1.50175", \
            "0.0145346, 0.0183631, 0.0290159, 0.0617039, 0.166985, 0.495089, 1.50342", \
            "0.0184567, 0.0224528, 0.0325164, 0.063573, 0.167237, 0.494879, 1.49989", \
            "0.0242587, 0.0291233, 0.0401805, 0.0690807, 0.168815, 0.494881, 1.50135", \
            "0.0332039, 0.0393814, 0.0534488, 0.0838158, 0.173563, 0.497411, 1.49586" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.2296, 0.235757, 0.25047, 0.281479, 0.341561, 0.46673, 0.784938", \
            "0.232568, 0.238707, 0.253246, 0.284327, 0.344449, 0.469679, 0.788132", \
            "0.241988, 0.248121, 0.262688, 0.29394, 0.354109, 0.478759, 0.796903", \
            "0.265592, 0.271728, 0.286174, 0.31763, 0.37771, 0.502955, 0.821236", \
            "0.323018, 0.329077, 0.343711, 0.374794, 0.43512, 0.560398, 0.878622", \
            "0.448139, 0.454581, 0.469265, 0.501887, 0.563444, 0.690385, 1.00803", \
            "0.69219, 0.699378, 0.716743, 0.753579, 0.823095, 0.95595, 1.27621" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0363076, 0.0400034, 0.0499996, 0.0706112, 0.11663, 0.238249, 0.621801", \
            "0.036339, 0.0399426, 0.0496031, 0.0708433, 0.115551, 0.237991, 0.622584", \
            "0.0362961, 0.0399997, 0.0494835, 0.0704802, 0.115134, 0.23833, 0.623984", \
            "0.0363338, 0.0399501, 0.0496297, 0.070654, 0.11585, 0.238347, 0.621721", \
            "0.0362644, 0.0403152, 0.0499592, 0.0703139, 0.116024, 0.237772, 0.622063", \
            "0.0408886, 0.0446604, 0.0541164, 0.0755064, 0.120742, 0.240691, 0.626341", \
            "0.053339, 0.0572638, 0.0673475, 0.0902926, 0.136235, 0.251621, 0.632004" \
          );
        }
      }
      timing () {
        related_pin : "A4";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0536101, 0.0576143, 0.0678233, 0.0941238, 0.169381, 0.396952, 1.09125", \
            "0.057283, 0.0612983, 0.0714844, 0.0977413, 0.173088, 0.400068, 1.09531", \
            "0.0647075, 0.0687168, 0.0788427, 0.105029, 0.180188, 0.408392, 1.10071", \
            "0.0763068, 0.0806154, 0.0911366, 0.117552, 0.192759, 0.420887, 1.1144", \
            "0.0824663, 0.087777, 0.100054, 0.127445, 0.202532, 0.43084, 1.12703", \
            "0.063158, 0.0697122, 0.0851879, 0.116478, 0.192179, 0.420297, 1.11565", \
            "-0.0299349, -0.0220703, -0.0025812, 0.0369462, 0.118102, 0.345897, 1.04193" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0125112, 0.0162584, 0.0269924, 0.0602563, 0.166978, 0.497053, 1.50077", \
            "0.0125499, 0.016289, 0.0270713, 0.0601884, 0.166541, 0.496189, 1.50601", \
            "0.0125639, 0.0162916, 0.0270218, 0.0603486, 0.166608, 0.495173, 1.49989", \
            "0.0144853, 0.0180871, 0.028487, 0.0608773, 0.166498, 0.496239, 1.50147", \
            "0.0188466, 0.023002, 0.032891, 0.0631097, 0.166626, 0.495827, 1.50005", \
            "0.0253229, 0.0305387, 0.0417808, 0.0697172, 0.168477, 0.494686, 1.502", \
            "0.0352001, 0.0415073, 0.0560436, 0.0860272, 0.175261, 0.49734, 1.49679" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.194211, 0.200396, 0.215173, 0.246302, 0.306273, 0.431361, 0.749514", \
            "0.195902, 0.202159, 0.216848, 0.247937, 0.30802, 0.433292, 0.751786", \
            "0.204249, 0.210399, 0.22486, 0.256144, 0.31614, 0.441472, 0.759694", \
            "0.2283, 0.234514, 0.249031, 0.280562, 0.340768, 0.466114, 0.784315", \
            "0.290954, 0.297151, 0.311733, 0.342715, 0.402805, 0.528042, 0.846292", \
            "0.432148, 0.438617, 0.45429, 0.486776, 0.54806, 0.673133, 0.990826", \
            "0.680037, 0.687446, 0.705655, 0.744073, 0.815608, 0.945261, 1.26663" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0363474, 0.0401038, 0.0498494, 0.0704675, 0.116194, 0.238418, 0.624254", \
            "0.0362242, 0.0403066, 0.0495889, 0.0704148, 0.115683, 0.238201, 0.622262", \
            "0.0362531, 0.0401358, 0.049674, 0.0705357, 0.116372, 0.238275, 0.622815", \
            "0.0363239, 0.040229, 0.0496404, 0.070533, 0.116592, 0.238066, 0.621777", \
            "0.0360278, 0.0400363, 0.0496866, 0.070164, 0.116355, 0.237748, 0.621862", \
            "0.0427015, 0.0465493, 0.0563241, 0.0759061, 0.118898, 0.240244, 0.627824", \
            "0.0587099, 0.0628145, 0.0731686, 0.0966857, 0.141416, 0.249909, 0.631233" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0389824, 0.0425874, 0.0519971, 0.0776448, 0.153034, 0.379976, 1.07441", \
            "0.0424942, 0.0460372, 0.0554358, 0.0810477, 0.156357, 0.383801, 1.07703", \
            "0.0504344, 0.0540119, 0.063341, 0.0887473, 0.163858, 0.392081, 1.08493", \
            "0.059476, 0.0634705, 0.0732148, 0.098631, 0.173656, 0.403821, 1.09891", \
            "0.0613376, 0.0663219, 0.0776018, 0.103487, 0.17837, 0.406805, 1.10106", \
            "0.0396111, 0.0458915, 0.0602029, 0.0887545, 0.162936, 0.391333, 1.08704", \
            "-0.0461636, -0.0386997, -0.0205203, 0.0161576, 0.091807, 0.318738, 1.01342" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.010908, 0.01445, 0.0251219, 0.0592131, 0.166796, 0.49436, 1.49732", \
            "0.0108937, 0.0144116, 0.0251886, 0.0590711, 0.166728, 0.495649, 1.50695", \
            "0.0113044, 0.0147743, 0.0253755, 0.0592298, 0.166864, 0.498452, 1.50111", \
            "0.0139659, 0.0171136, 0.0269448, 0.0598748, 0.166064, 0.49704, 1.50166", \
            "0.018475, 0.0218707, 0.0309162, 0.0614258, 0.166737, 0.494786, 1.50098", \
            "0.0244062, 0.0288936, 0.0393737, 0.066698, 0.167132, 0.495186, 1.50247", \
            "0.0341686, 0.0397609, 0.0530196, 0.0810717, 0.17169, 0.495597, 1.49346" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0532836, 0.0565042, 0.064052, 0.0798339, 0.11643, 0.217926, 0.527587", \
            "0.0582535, 0.0614635, 0.0689808, 0.0848466, 0.121457, 0.222943, 0.532682", \
            "0.0711185, 0.0743316, 0.0818232, 0.0976414, 0.134282, 0.235762, 0.54482", \
            "0.10123, 0.104544, 0.112151, 0.128198, 0.164722, 0.266205, 0.576207", \
            "0.15341, 0.157412, 0.166806, 0.185843, 0.224428, 0.326593, 0.636302", \
            "0.242789, 0.247807, 0.259244, 0.282327, 0.3269, 0.430159, 0.739255", \
            "0.41088, 0.416498, 0.429833, 0.458822, 0.513368, 0.621354, 0.929463" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0113018, 0.0136108, 0.018899, 0.0326672, 0.072596, 0.204223, 0.61573", \
            "0.0112847, 0.0135989, 0.0190016, 0.0326916, 0.0726604, 0.203346, 0.612526", \
            "0.0113896, 0.0135679, 0.0190328, 0.0326734, 0.0727155, 0.203001, 0.607666", \
            "0.0126498, 0.0147489, 0.019947, 0.0333574, 0.0729741, 0.203018, 0.607633", \
            "0.0178427, 0.0204637, 0.0268272, 0.0394434, 0.0765225, 0.203814, 0.611427", \
            "0.0257164, 0.02847, 0.0361651, 0.0512991, 0.0855596, 0.206375, 0.609383", \
            "0.0374125, 0.0406005, 0.0487669, 0.0674172, 0.103979, 0.213643, 0.610361" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0224127, 0.0245397, 0.0311122, 0.0502666, 0.10672, 0.276602, 0.795761", \
            "0.0222555, 0.024421, 0.0309517, 0.0501274, 0.106641, 0.278052, 0.799391", \
            "0.0221359, 0.024279, 0.0308365, 0.0500142, 0.106382, 0.276376, 0.795259", \
            "0.022444, 0.0245347, 0.0309611, 0.0497142, 0.106108, 0.276313, 0.799146", \
            "0.0234602, 0.0253687, 0.0313215, 0.0496671, 0.105672, 0.277199, 0.795037", \
            "0.0253265, 0.027193, 0.0330323, 0.0508003, 0.105885, 0.276457, 0.795237", \
            "0.0299776, 0.0315708, 0.0371846, 0.0554066, 0.110432, 0.279186, 0.794491" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0269024, 0.0243203, 0.0178385, 0.0012546, -0.0513251, -0.220656, -0.745052", \
            "0.0265889, 0.0241018, 0.0175525, 0.0010303, -0.0515622, -0.220873, -0.745244", \
            "0.0264715, 0.0239286, 0.0174959, 0.0007395, -0.0517358, -0.221091, -0.745444", \
            "0.0262374, 0.0235845, 0.0170356, 0.0006223, -0.051838, -0.221201, -0.745739", \
            "0.0260265, 0.0235422, 0.0171388, 0.0005164, -0.0521085, -0.221441, -0.745757", \
            "0.0260821, 0.0238835, 0.0172686, 0.0007077, -0.0521264, -0.221489, -0.74591", \
            "0.0382543, 0.0348531, 0.0272566, 0.0080902, -0.0488773, -0.220309, -0.744658" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0216945, 0.0238115, 0.0301825, 0.0490708, 0.105277, 0.276556, 0.794039", \
            "0.021631, 0.023744, 0.0301208, 0.0490112, 0.105295, 0.275224, 0.797511", \
            "0.0215029, 0.0236106, 0.0299895, 0.048871, 0.105145, 0.275099, 0.793539", \
            "0.0214781, 0.0235604, 0.029856, 0.0484758, 0.104723, 0.274729, 0.797155", \
            "0.0222323, 0.024169, 0.0301771, 0.0482659, 0.104205, 0.274456, 0.796977", \
            "0.0235636, 0.0254124, 0.0313332, 0.0493262, 0.104321, 0.274268, 0.793161", \
            "0.0277121, 0.0292498, 0.0348414, 0.0524178, 0.108074, 0.277284, 0.79724" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0243168, 0.0218383, 0.0152902, -0.0012324, -0.0538212, -0.223135, -0.747516", \
            "0.024321, 0.0217496, 0.0153709, -0.0014347, -0.0539408, -0.223329, -0.747715", \
            "0.0241206, 0.0215439, 0.0149338, -0.0016829, -0.0541944, -0.223554, -0.747906", \
            "0.0237087, 0.0214034, 0.0150721, -0.0019823, -0.0543515, -0.223755, -0.748095", \
            "0.023608, 0.0210365, 0.0146969, -0.0019569, -0.0545603, -0.223944, -0.748361", \
            "0.0245774, 0.0219766, 0.0148605, -0.0018303, -0.0544315, -0.223865, -0.74836", \
            "0.0359998, 0.033216, 0.0255771, 0.0054139, -0.0514521, -0.221965, -0.746723" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0202501, 0.022323, 0.0286524, 0.0473847, 0.103399, 0.273523, 0.79211", \
            "0.0202219, 0.0223167, 0.0286302, 0.0473659, 0.103493, 0.274694, 0.792726", \
            "0.0201438, 0.0222302, 0.0285446, 0.0472634, 0.103272, 0.273377, 0.79202", \
            "0.0202114, 0.0222615, 0.028315, 0.0469119, 0.102906, 0.273017, 0.791844", \
            "0.0207288, 0.0226301, 0.0286417, 0.0467486, 0.102307, 0.272593, 0.795334", \
            "0.0218113, 0.0236668, 0.0294774, 0.0476547, 0.102664, 0.271685, 0.791484", \
            "0.0257564, 0.0276074, 0.0329381, 0.0509767, 0.106404, 0.275224, 0.796328" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0219336, 0.0194202, 0.0133735, -0.0035052, -0.0559661, -0.225466, -0.749907", \
            "0.021753, 0.0192412, 0.0128153, -0.0033977, -0.056112, -0.22564, -0.7501", \
            "0.0215116, 0.0189939, 0.0124596, -0.0040559, -0.0565746, -0.225906, -0.750231", \
            "0.0213251, 0.0188153, 0.0123989, -0.004148, -0.0566547, -0.226107, -0.750539", \
            "0.0211611, 0.0186363, 0.0122325, -0.0044799, -0.0570152, -0.226377, -0.750711", \
            "0.0231377, 0.0202281, 0.0126505, -0.0039399, -0.0560595, -0.225897, -0.75043", \
            "0.0352647, 0.0323892, 0.0249587, 0.0044755, -0.0528177, -0.223861, -0.748138" \
          );
        }
      }
      internal_power () {
        related_pin : "A4";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0185488, 0.0206176, 0.026966, 0.0457347, 0.101793, 0.271755, 0.787079", \
            "0.0185223, 0.0206106, 0.0269111, 0.0456716, 0.101761, 0.271308, 0.790451", \
            "0.0184436, 0.0205139, 0.0267933, 0.0454587, 0.101587, 0.272162, 0.790715", \
            "0.0183461, 0.0203933, 0.0265084, 0.0450145, 0.101115, 0.271575, 0.790965", \
            "0.0188921, 0.0208416, 0.0268952, 0.0447325, 0.100565, 0.271963, 0.790662", \
            "0.0200643, 0.0218466, 0.0277026, 0.0458469, 0.100842, 0.270389, 0.790799", \
            "0.0246118, 0.02598, 0.0317331, 0.0495212, 0.105001, 0.273801, 0.790857" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0195783, 0.0170843, 0.0106741, -0.0059561, -0.0585529, -0.227966, -0.752272", \
            "0.0192015, 0.0167088, 0.0100933, -0.0062935, -0.0588206, -0.2282, -0.752643", \
            "0.0190536, 0.0164913, 0.0100496, -0.0067412, -0.0591338, -0.228559, -0.752881", \
            "0.0189375, 0.0164044, 0.0098228, -0.0067358, -0.0593357, -0.228681, -0.75315", \
            "0.0192279, 0.0166578, 0.0103304, -0.0065704, -0.0590658, -0.228466, -0.75289", \
            "0.0220081, 0.0194217, 0.012479, -0.0046589, -0.057685, -0.22699, -0.751468", \
            "0.038345, 0.0354592, 0.0260405, 0.0055311, -0.0520527, -0.223245, -0.747665" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0138706, 0.0159999, 0.0223764, 0.04124, 0.0973002, 0.265825, 0.781807", \
            "0.0137287, 0.0158063, 0.0221462, 0.0410086, 0.0971327, 0.267069, 0.790054", \
            "0.0136281, 0.0156834, 0.0219045, 0.0405164, 0.0967451, 0.268513, 0.787013", \
            "0.013559, 0.0154935, 0.0216582, 0.0400522, 0.0960969, 0.265583, 0.78489", \
            "0.0144242, 0.0163482, 0.0223881, 0.0402796, 0.0960764, 0.266039, 0.782275", \
            "0.0168484, 0.0186608, 0.0245905, 0.0427244, 0.0973808, 0.267145, 0.791151", \
            "0.0248825, 0.0264583, 0.0319702, 0.04987, 0.104433, 0.273146, 0.792676" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0134178, 0.0115426, 0.0065555, -0.0100655, -0.0653967, -0.236866, -0.761784", \
            "0.0130587, 0.0112763, 0.0061408, -0.0103559, -0.0656958, -0.237131, -0.761812", \
            "0.0127499, 0.0109124, 0.0057674, -0.0108228, -0.0660803, -0.237463, -0.762394", \
            "0.0128475, 0.010948, 0.0057174, -0.0109596, -0.0661202, -0.237442, -0.76232", \
            "0.0143935, 0.0122384, 0.0061001, -0.010765, -0.0656992, -0.236952, -0.761898", \
            "0.0203931, 0.0180362, 0.0111989, -0.0081336, -0.0639512, -0.234602, -0.759454", \
            "0.0282811, 0.0256021, 0.0185554, -0.001222, -0.0574533, -0.228948, -0.753511" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002372;
      rise_capacitance : 0.002486;
      rise_capacitance_range (0.002486, 0.002486);
      fall_capacitance : 0.002258;
      fall_capacitance_range (0.002258, 0.002258);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044943, -0.0044952, -0.0044973, -0.0044973, -0.0044976, -0.004498, -0.0044989" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045064, 0.0045076, 0.0045105, 0.0045093, 0.0045066, 0.0045004, 0.0044862" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002392;
      rise_capacitance : 0.002538;
      rise_capacitance_range (0.002538, 0.002538);
      fall_capacitance : 0.002246;
      fall_capacitance_range (0.002246, 0.002246);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043928, -0.0043956, -0.0044021, -0.0044033, -0.0044062, -0.0044125, -0.0044272" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044006, 0.0044025, 0.004407, 0.0044072, 0.0044077, 0.0044089, 0.0044119" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00239;
      rise_capacitance : 0.002555;
      rise_capacitance_range (0.002555, 0.002555);
      fall_capacitance : 0.002225;
      fall_capacitance_range (0.002225, 0.002225);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042541, -0.0042512, -0.0042446, -0.0042445, -0.0042444, -0.0042439, -0.0042427" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042529, 0.0042524, 0.0042512, 0.0042503, 0.004248, 0.0042431, 0.0042316" \
          );
        }
      }
    }
    pin (A4) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002305;
      rise_capacitance : 0.00249;
      rise_capacitance_range (0.00249, 0.00249);
      fall_capacitance : 0.002119;
      fall_capacitance_range (0.002119, 0.002119);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043066, -0.0043058, -0.0043039, -0.0043033, -0.0043021, -0.0042992, -0.0042923" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042983, 0.0043012, 0.0043077, 0.0043073, 0.0043063, 0.0043041, 0.0042991" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.0024;
      rise_capacitance : 0.002513;
      rise_capacitance_range (0.002513, 0.002513);
      fall_capacitance : 0.002287;
      fall_capacitance_range (0.002287, 0.002287);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0001345, 0.0001229, 9.6119e-05, 0.0001166, 0.0001635, 0.0002719, 0.0005217" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0052786, 0.005277, 0.0052733, 0.0052754, 0.0052804, 0.0052918, 0.0053182" \
          );
        }
      }
    }
  }
  cell (scs8hd_o41a_4) {
    area : 21.2704;
    cell_footprint : "o41a";
    cell_leakage_power : 0.0223508;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0250287;
      when : "!A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0248082;
      when : "!A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0249119;
      when : "!A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0248564;
      when : "!A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0134308;
      when : "!A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0248564;
      when : "!A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0248995;
      when : "!A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0248562;
      when : "!A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.01323;
      when : "!A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0248564;
      when : "!A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0248992;
      when : "!A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0248561;
      when : "!A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0134277;
      when : "!A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0134279;
      when : "A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0248558;
      when : "A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0248995;
      when : "A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0248562;
      when : "A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.024856;
      when : "!A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0248995;
      when : "!A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0248562;
      when : "!A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0131655;
      when : "A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0248567;
      when : "A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0248991;
      when : "A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0248562;
      when : "A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0134275;
      when : "A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0248561;
      when : "A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0248995;
      when : "A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0248562;
      when : "A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0132277;
      when : "A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0248555;
      when : "A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0248992;
      when : "A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0248562;
      when : "A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0223508;
    }
    pin (X) {
      direction : output;
      function : "(A1&B1) | (A2&B1) | (A3&B1) | (A4&B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.722361;
      max_transition : 1.50935;
      timing () {
        related_pin : "A1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0751659, 0.078589, 0.0881414, 0.113275, 0.183136, 0.402072, 1.12521", \
            "0.0784304, 0.081793, 0.0913604, 0.116486, 0.186363, 0.40531, 1.12779", \
            "0.0850311, 0.0883711, 0.0978537, 0.122901, 0.192611, 0.411595, 1.13404", \
            "0.0984639, 0.101795, 0.111143, 0.135894, 0.205238, 0.423569, 1.14987", \
            "0.114887, 0.118492, 0.128364, 0.153514, 0.22257, 0.44131, 1.16487", \
            "0.115042, 0.119237, 0.130758, 0.157778, 0.22671, 0.444745, 1.16915", \
            "0.0546932, 0.0594558, 0.0731527, 0.106165, 0.178565, 0.39582, 1.1211" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0181419, 0.0210698, 0.0299288, 0.0569651, 0.146968, 0.454683, 1.50314", \
            "0.0180406, 0.0210467, 0.0298624, 0.0568114, 0.147069, 0.455485, 1.5021", \
            "0.0180249, 0.0208231, 0.0296598, 0.0566696, 0.146923, 0.455257, 1.50225", \
            "0.0180238, 0.0208805, 0.0296, 0.0565363, 0.146506, 0.455154, 1.50407", \
            "0.0205987, 0.0235542, 0.0319374, 0.0576603, 0.146535, 0.455864, 1.49945", \
            "0.0262706, 0.0293399, 0.0382987, 0.0621098, 0.147597, 0.454992, 1.50002", \
            "0.0343455, 0.0379938, 0.0485991, 0.0743098, 0.152643, 0.456818, 1.49689" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.277867, 0.281722, 0.292514, 0.319126, 0.376219, 0.499172, 0.825226", \
            "0.281501, 0.285341, 0.296135, 0.322761, 0.379875, 0.502836, 0.828893", \
            "0.291645, 0.295483, 0.306257, 0.332888, 0.389935, 0.513146, 0.838916", \
            "0.314608, 0.318495, 0.329414, 0.355733, 0.412677, 0.536049, 0.862289", \
            "0.36145, 0.365277, 0.376218, 0.402638, 0.45954, 0.582982, 0.909285", \
            "0.450605, 0.454525, 0.46557, 0.492875, 0.550705, 0.675299, 1.00144", \
            "0.615972, 0.62015, 0.632009, 0.661165, 0.723136, 0.853693, 1.18501" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0389073, 0.0415213, 0.0484163, 0.0667699, 0.108533, 0.225852, 0.618198", \
            "0.0391213, 0.0415139, 0.0484132, 0.0667572, 0.108516, 0.225856, 0.618143", \
            "0.0390002, 0.041334, 0.0483643, 0.0668679, 0.10847, 0.225647, 0.619845", \
            "0.0390206, 0.0412868, 0.048085, 0.0659116, 0.108973, 0.226026, 0.617912", \
            "0.0391078, 0.041287, 0.0482796, 0.0660123, 0.108713, 0.225941, 0.618735", \
            "0.0418275, 0.0440808, 0.0511845, 0.0688334, 0.111215, 0.227291, 0.620915", \
            "0.0484118, 0.0505441, 0.0576803, 0.0773275, 0.121022, 0.237527, 0.622215" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0689287, 0.0720535, 0.0807571, 0.104097, 0.171187, 0.387648, 1.11059", \
            "0.0722626, 0.0753712, 0.084063, 0.107392, 0.174497, 0.391064, 1.11438", \
            "0.0789003, 0.0819778, 0.0906764, 0.113947, 0.181073, 0.398314, 1.1211", \
            "0.0911648, 0.0942805, 0.102957, 0.12617, 0.193165, 0.409999, 1.13538", \
            "0.103273, 0.106738, 0.116087, 0.139882, 0.206956, 0.423293, 1.14647", \
            "0.0949357, 0.0990561, 0.110243, 0.136346, 0.203612, 0.419869, 1.14258", \
            "0.0195425, 0.0241954, 0.0378522, 0.0700619, 0.141782, 0.357584, 1.08018" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0162893, 0.018921, 0.0271714, 0.0535323, 0.143649, 0.454469, 1.5016", \
            "0.0162533, 0.0189187, 0.0271906, 0.0534997, 0.143306, 0.454175, 1.50282", \
            "0.0162168, 0.018801, 0.0270779, 0.0534342, 0.143454, 0.453378, 1.50338", \
            "0.0165933, 0.0191568, 0.0273556, 0.0534961, 0.143281, 0.453972, 1.50373", \
            "0.0197485, 0.0223518, 0.0302066, 0.0549837, 0.143684, 0.454218, 1.49761", \
            "0.0252932, 0.0282502, 0.0365264, 0.0600663, 0.145176, 0.453386, 1.50174", \
            "0.0336313, 0.0374588, 0.0481646, 0.0739776, 0.151109, 0.455899, 1.49817" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.26322, 0.26706, 0.27797, 0.304552, 0.361487, 0.484593, 0.810629", \
            "0.265946, 0.269781, 0.280706, 0.307278, 0.364233, 0.487349, 0.813462", \
            "0.274862, 0.278712, 0.289696, 0.31611, 0.373184, 0.496187, 0.822171", \
            "0.296053, 0.299896, 0.310801, 0.337287, 0.39432, 0.517554, 0.843248", \
            "0.342532, 0.346379, 0.357125, 0.383784, 0.440796, 0.56438, 0.890168", \
            "0.436554, 0.440769, 0.451951, 0.479394, 0.538149, 0.66315, 0.989852", \
            "0.630862, 0.635144, 0.647315, 0.676894, 0.740572, 0.872465, 1.20375" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0390812, 0.0413488, 0.0480469, 0.0663106, 0.109391, 0.225633, 0.620043", \
            "0.039112, 0.0413813, 0.0480771, 0.066234, 0.109371, 0.22571, 0.620064", \
            "0.0389569, 0.0412944, 0.0482035, 0.0659692, 0.108356, 0.226219, 0.619852", \
            "0.0390029, 0.041317, 0.0480698, 0.0666765, 0.108364, 0.225194, 0.620039", \
            "0.0390438, 0.0411885, 0.0482749, 0.0661095, 0.10825, 0.224781, 0.619893", \
            "0.0429778, 0.0454241, 0.0521691, 0.0703548, 0.112806, 0.228071, 0.619446", \
            "0.0518667, 0.053923, 0.0610277, 0.080236, 0.12409, 0.238919, 0.624391" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0684699, 0.0714527, 0.0799527, 0.102768, 0.169125, 0.385024, 1.10841", \
            "0.0719346, 0.0749105, 0.0834119, 0.106247, 0.172477, 0.388306, 1.11142", \
            "0.0788395, 0.0818151, 0.0903058, 0.11311, 0.179381, 0.395691, 1.11867", \
            "0.0909538, 0.0940267, 0.102701, 0.125625, 0.191862, 0.407744, 1.13028", \
            "0.101937, 0.105415, 0.114854, 0.138615, 0.205387, 0.421595, 1.1473", \
            "0.0906484, 0.0948209, 0.106218, 0.132737, 0.200092, 0.416985, 1.14151", \
            "0.0097774, 0.0146351, 0.0284873, 0.061736, 0.134222, 0.349457, 1.07418" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0156496, 0.0182741, 0.0264773, 0.0525602, 0.142796, 0.454318, 1.50424", \
            "0.0155809, 0.0182988, 0.0264954, 0.0524976, 0.142711, 0.454331, 1.50378", \
            "0.0155611, 0.0182342, 0.0263823, 0.0525556, 0.142754, 0.45482, 1.50291", \
            "0.0164748, 0.0190214, 0.0271357, 0.0529214, 0.14255, 0.453119, 1.5003", \
            "0.0197663, 0.0225139, 0.0303333, 0.0550053, 0.14321, 0.453336, 1.50238", \
            "0.0256941, 0.029067, 0.0376926, 0.061111, 0.145254, 0.453408, 1.49865", \
            "0.0349388, 0.0387894, 0.0497122, 0.0753905, 0.152134, 0.454971, 1.4978" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.240139, 0.244092, 0.254986, 0.281419, 0.338497, 0.461419, 0.787688", \
            "0.242493, 0.246463, 0.257324, 0.28375, 0.340846, 0.463778, 0.789699", \
            "0.251074, 0.254916, 0.265823, 0.292378, 0.349344, 0.472344, 0.798317", \
            "0.273398, 0.277298, 0.288238, 0.314649, 0.3717, 0.494592, 0.820555", \
            "0.327252, 0.33109, 0.341928, 0.368484, 0.425575, 0.548989, 0.874974", \
            "0.4442, 0.448304, 0.459466, 0.487198, 0.546265, 0.670657, 0.997414", \
            "0.678148, 0.682557, 0.695228, 0.726139, 0.791669, 0.923668, 1.25409" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0389785, 0.0414107, 0.0484917, 0.0659863, 0.108424, 0.225812, 0.620073", \
            "0.0391025, 0.0414864, 0.0485059, 0.0660109, 0.108524, 0.225986, 0.620312", \
            "0.0390073, 0.0413471, 0.0481042, 0.0661992, 0.109269, 0.225579, 0.619912", \
            "0.0389438, 0.0412982, 0.0484872, 0.0659834, 0.108325, 0.226188, 0.619917", \
            "0.0390208, 0.0413431, 0.0480575, 0.0659979, 0.108329, 0.225474, 0.619543", \
            "0.0440026, 0.0463684, 0.0531519, 0.0710389, 0.112995, 0.229148, 0.621035", \
            "0.0575372, 0.0596558, 0.066692, 0.0856868, 0.128465, 0.239808, 0.625029" \
          );
        }
      }
      timing () {
        related_pin : "A4";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0588663, 0.0617182, 0.0699021, 0.0921994, 0.157989, 0.373928, 1.09797", \
            "0.0624331, 0.0652903, 0.0734955, 0.0958135, 0.161409, 0.376949, 1.09889", \
            "0.0696657, 0.0725137, 0.0806903, 0.102909, 0.168515, 0.384212, 1.10996", \
            "0.0810245, 0.0840273, 0.0924346, 0.114987, 0.180827, 0.39695, 1.1225", \
            "0.0879351, 0.0914968, 0.100985, 0.124635, 0.191018, 0.406906, 1.13781", \
            "0.0702414, 0.0745405, 0.0863479, 0.113764, 0.181048, 0.397024, 1.12074", \
            "-0.0200342, -0.0151114, -0.0007297, 0.034072, 0.108434, 0.324052, 1.04885" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0145455, 0.0171638, 0.0252239, 0.0512879, 0.141902, 0.454193, 1.50778", \
            "0.0146183, 0.0171495, 0.0252811, 0.0512393, 0.141917, 0.454494, 1.49998", \
            "0.0145835, 0.0171881, 0.0252884, 0.0513611, 0.141952, 0.454622, 1.50908", \
            "0.0161728, 0.0186991, 0.0266885, 0.0521715, 0.142079, 0.454547, 1.50936", \
            "0.0204354, 0.0231529, 0.0309483, 0.0547519, 0.143584, 0.454092, 1.50257", \
            "0.0269073, 0.0302722, 0.0389457, 0.0625586, 0.145114, 0.455354, 1.50518", \
            "0.0383077, 0.0421546, 0.0531116, 0.0792394, 0.154797, 0.455506, 1.49447" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.19273, 0.196574, 0.207581, 0.234048, 0.290895, 0.414366, 0.740427", \
            "0.193809, 0.197758, 0.208495, 0.235065, 0.292233, 0.41575, 0.741432", \
            "0.201015, 0.204958, 0.215857, 0.242055, 0.29942, 0.422984, 0.748698", \
            "0.223938, 0.227772, 0.238696, 0.265202, 0.322294, 0.445823, 0.771886", \
            "0.284394, 0.28825, 0.299037, 0.325669, 0.382388, 0.505783, 0.831645", \
            "0.422743, 0.426795, 0.438239, 0.465713, 0.52339, 0.646253, 0.972533", \
            "0.664117, 0.668655, 0.681799, 0.713887, 0.780063, 0.907724, 1.23659" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0389725, 0.0413161, 0.0483736, 0.0659658, 0.108874, 0.225959, 0.618857", \
            "0.0389567, 0.0412558, 0.0484257, 0.0661911, 0.10841, 0.225373, 0.620538", \
            "0.0389346, 0.0413659, 0.0485129, 0.0660156, 0.108385, 0.225053, 0.619926", \
            "0.0390096, 0.0412533, 0.0481626, 0.066377, 0.108278, 0.225326, 0.619923", \
            "0.0383098, 0.0406827, 0.0475472, 0.0658801, 0.10778, 0.2248, 0.620099", \
            "0.0454747, 0.0476999, 0.054443, 0.071571, 0.111013, 0.227719, 0.620173", \
            "0.0620128, 0.0643545, 0.0715733, 0.0911051, 0.131524, 0.236517, 0.623505" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.041646, 0.0441623, 0.0515304, 0.0726369, 0.137993, 0.353369, 1.07587", \
            "0.0450034, 0.047527, 0.054895, 0.0760087, 0.141536, 0.357121, 1.08354", \
            "0.052741, 0.0552619, 0.0626166, 0.0835583, 0.148999, 0.364204, 1.09304", \
            "0.0616777, 0.0643595, 0.0718854, 0.0930525, 0.158478, 0.375315, 1.09705", \
            "0.0641092, 0.0673858, 0.076082, 0.0976825, 0.162739, 0.379148, 1.1057", \
            "0.0449899, 0.0489857, 0.0597465, 0.0840164, 0.149371, 0.364697, 1.08725", \
            "-0.0330397, -0.0284641, -0.0151003, 0.0162075, 0.084627, 0.299921, 1.0219" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0122848, 0.0146861, 0.0225395, 0.0488941, 0.141124, 0.455333, 1.50102", \
            "0.0123022, 0.0147169, 0.0225473, 0.0489982, 0.141059, 0.453571, 1.50875", \
            "0.012699, 0.0150637, 0.0228469, 0.0490991, 0.141299, 0.454414, 1.50791", \
            "0.0148004, 0.0170482, 0.0244004, 0.0501405, 0.141317, 0.456117, 1.50062", \
            "0.0192163, 0.0215272, 0.0284561, 0.0520283, 0.141744, 0.453736, 1.50264", \
            "0.0254349, 0.028435, 0.0362857, 0.0578647, 0.142721, 0.453115, 1.50036", \
            "0.0363095, 0.0391291, 0.0495369, 0.0727549, 0.149214, 0.454901, 1.49796" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0513074, 0.0533121, 0.0588633, 0.0718534, 0.103572, 0.19692, 0.507788", \
            "0.056115, 0.0581026, 0.0636108, 0.0765978, 0.108373, 0.201693, 0.512497", \
            "0.0686705, 0.0706542, 0.0761126, 0.0891279, 0.12086, 0.214205, 0.524725", \
            "0.0968196, 0.0989423, 0.104663, 0.117976, 0.149794, 0.243224, 0.55379", \
            "0.143936, 0.146472, 0.153414, 0.169482, 0.203999, 0.298041, 0.609642", \
            "0.225268, 0.228237, 0.236386, 0.255944, 0.295442, 0.391581, 0.701776", \
            "0.378891, 0.382263, 0.391709, 0.41523, 0.464078, 0.565552, 0.874522" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0111594, 0.0125499, 0.01642, 0.0273897, 0.0617221, 0.183025, 0.604437", \
            "0.0111851, 0.0125876, 0.0165446, 0.0274944, 0.0615355, 0.18287, 0.603869", \
            "0.0112163, 0.0125322, 0.0165679, 0.0274726, 0.0618439, 0.183231, 0.605689", \
            "0.0130301, 0.0144036, 0.0181104, 0.0286288, 0.0622997, 0.183178, 0.600093", \
            "0.0183705, 0.0199497, 0.0243968, 0.03507, 0.0660748, 0.184501, 0.599417", \
            "0.0262807, 0.0280379, 0.033063, 0.0455251, 0.0757998, 0.186726, 0.599881", \
            "0.038767, 0.0404507, 0.04586, 0.0607143, 0.0926944, 0.193172, 0.604722" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0452608, 0.0476692, 0.0559779, 0.0832123, 0.170263, 0.45489, 1.40969", \
            "0.044951, 0.0473231, 0.0556415, 0.082847, 0.169963, 0.455057, 1.40861", \
            "0.0446003, 0.0470041, 0.0552249, 0.0824829, 0.16951, 0.454634, 1.4083", \
            "0.0447989, 0.0471806, 0.0554872, 0.0821314, 0.16891, 0.454291, 1.40796", \
            "0.0467955, 0.0489959, 0.0563255, 0.0821705, 0.168214, 0.453691, 1.4067", \
            "0.0508742, 0.052816, 0.0601554, 0.085183, 0.168716, 0.453138, 1.40701", \
            "0.0590906, 0.0608578, 0.0676428, 0.0928416, 0.176519, 0.458873, 1.41028" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0559048, 0.0527996, 0.0436014, 0.0192422, -0.0585274, -0.339716, -1.30352", \
            "0.0554829, 0.0524115, 0.0432156, 0.0188442, -0.0589277, -0.340111, -1.3039", \
            "0.0551361, 0.0519169, 0.0432951, 0.0192163, -0.0593697, -0.34072, -1.30457", \
            "0.0547057, 0.0514442, 0.0423684, 0.0182613, -0.0595514, -0.341091, -1.30494", \
            "0.054375, 0.0513617, 0.0422135, 0.0180823, -0.060345, -0.341571, -1.30524", \
            "0.0549768, 0.0520092, 0.042517, 0.018348, -0.0600902, -0.341454, -1.30523", \
            "0.0754593, 0.0722453, 0.0622247, 0.0346921, -0.0531286, -0.339734, -1.30315" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0425907, 0.0449834, 0.0530089, 0.0795283, 0.165688, 0.45044, 1.40356", \
            "0.0425149, 0.044883, 0.0529186, 0.0794558, 0.165581, 0.450549, 1.40434", \
            "0.0422486, 0.0446546, 0.0527043, 0.0791995, 0.165291, 0.45003, 1.40462", \
            "0.042402, 0.0447429, 0.0526717, 0.0787994, 0.164813, 0.449455, 1.40299", \
            "0.0436821, 0.0459005, 0.0533903, 0.0784648, 0.163897, 0.448904, 1.40291", \
            "0.046831, 0.0489566, 0.056095, 0.0814305, 0.164809, 0.449542, 1.40359", \
            "0.0560156, 0.0578079, 0.0643298, 0.0892442, 0.173226, 0.455763, 1.40614" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0505701, 0.0475563, 0.0383229, 0.0141258, -0.0641616, -0.345321, -1.30877", \
            "0.0501803, 0.0471279, 0.037886, 0.013718, -0.0646427, -0.345738, -1.30911", \
            "0.0496653, 0.0464819, 0.0373836, 0.0132747, -0.0650983, -0.346094, -1.30985", \
            "0.0493951, 0.0464877, 0.0371929, 0.0131799, -0.0653464, -0.346613, -1.31055", \
            "0.0487724, 0.0458777, 0.0365907, 0.0125162, -0.0658606, -0.34704, -1.3108", \
            "0.0497021, 0.0475272, 0.0373638, 0.0136249, -0.0652426, -0.346786, -1.31059", \
            "0.073566, 0.0703387, 0.0601737, 0.0306562, -0.0558422, -0.34279, -1.3062" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0399421, 0.0422772, 0.050262, 0.076506, 0.162101, 0.446561, 1.39988", \
            "0.039891, 0.0422471, 0.05024, 0.0764705, 0.162133, 0.4464, 1.40124", \
            "0.0397537, 0.0420641, 0.0500814, 0.0763085, 0.162031, 0.446211, 1.40042", \
            "0.0396836, 0.0419664, 0.0497898, 0.075877, 0.161349, 0.445416, 1.40001", \
            "0.0407461, 0.0429782, 0.050501, 0.0753934, 0.160524, 0.445358, 1.39856", \
            "0.043528, 0.0457237, 0.0528399, 0.077831, 0.161528, 0.445556, 1.3995", \
            "0.0526135, 0.0543357, 0.0611251, 0.0855563, 0.169897, 0.451469, 1.40237" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0454959, 0.0423973, 0.0333109, 0.0091122, -0.0689565, -0.350072, -1.31355", \
            "0.04501, 0.0419274, 0.0328604, 0.0086406, -0.0693843, -0.350511, -1.31427", \
            "0.0447276, 0.0415254, 0.032344, 0.0082064, -0.0700999, -0.351137, -1.31456", \
            "0.0441969, 0.0411275, 0.0319841, 0.0077831, -0.0704076, -0.351588, -1.31525", \
            "0.0437687, 0.0405573, 0.0313697, 0.007315, -0.0709793, -0.352333, -1.3157", \
            "0.0457985, 0.0427835, 0.0332965, 0.0086214, -0.0702993, -0.351075, -1.31478", \
            "0.0719896, 0.0686669, 0.0583025, 0.0295554, -0.0595254, -0.345937, -1.30941" \
          );
        }
      }
      internal_power () {
        related_pin : "A4";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0351228, 0.0374657, 0.045487, 0.0717822, 0.157159, 0.441354, 1.3969", \
            "0.0350598, 0.0374231, 0.045476, 0.0717446, 0.157165, 0.441628, 1.38974", \
            "0.0348752, 0.0372133, 0.0452161, 0.0713552, 0.156947, 0.441538, 1.39716", \
            "0.0348313, 0.0371567, 0.0448158, 0.0707571, 0.15621, 0.441262, 1.39717", \
            "0.0362067, 0.0384439, 0.0458127, 0.0706096, 0.155882, 0.440446, 1.39117", \
            "0.0392296, 0.0412726, 0.0485083, 0.0735722, 0.157488, 0.442052, 1.39612", \
            "0.050122, 0.0516182, 0.0581372, 0.0823659, 0.16669, 0.44847, 1.39759" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0401125, 0.0371344, 0.0280311, 0.0038447, -0.0743861, -0.35559, -1.31922", \
            "0.0395253, 0.0365913, 0.0273334, 0.0033963, -0.0748568, -0.356145, -1.31972", \
            "0.0390733, 0.0359762, 0.02692, 0.0026184, -0.0755834, -0.356751, -1.32056", \
            "0.0386606, 0.0355139, 0.0263572, 0.002424, -0.075952, -0.357089, -1.32043", \
            "0.0395535, 0.0365702, 0.0273364, 0.0031746, -0.0752277, -0.356745, -1.32006", \
            "0.0453719, 0.0422374, 0.0325223, 0.0081701, -0.0711795, -0.352292, -1.31611", \
            "0.0759005, 0.0725283, 0.0619527, 0.0312646, -0.0568936, -0.344123, -1.30785" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.0259435, 0.0284249, 0.0365218, 0.0631055, 0.148955, 0.433522, 1.38143", \
            "0.0255703, 0.0279969, 0.0361667, 0.062671, 0.148634, 0.433198, 1.38771", \
            "0.0252877, 0.0277195, 0.0356371, 0.0618651, 0.147861, 0.430894, 1.38963", \
            "0.0254922, 0.0278426, 0.0354869, 0.0612944, 0.146847, 0.432426, 1.38705", \
            "0.0278631, 0.030077, 0.0377309, 0.0625598, 0.147954, 0.432626, 1.38862", \
            "0.0342459, 0.0364501, 0.0435586, 0.0681967, 0.152804, 0.436952, 1.39072", \
            "0.0521421, 0.0535334, 0.0602742, 0.0843125, 0.166835, 0.447482, 1.39889" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168113, 0.00565238, 0.0190047, 0.0638988, 0.214844, 0.722361");
          values ( \
            "0.028911, 0.0268363, 0.0201765, -0.0024576, -0.0860285, -0.372941, -1.33746", \
            "0.0283895, 0.0263638, 0.0195683, -0.003065, -0.0865691, -0.373398, -1.33794", \
            "0.0278244, 0.0257729, 0.0189061, -0.0037924, -0.0871607, -0.373769, -1.33854", \
            "0.0279178, 0.0256834, 0.0185558, -0.0042358, -0.0874176, -0.373845, -1.33857", \
            "0.030755, 0.0282601, 0.020386, -0.0039275, -0.0859633, -0.372207, -1.33692", \
            "0.0404409, 0.0376655, 0.0290747, 0.0031397, -0.0816434, -0.367394, -1.33219", \
            "0.0598958, 0.0568045, 0.047401, 0.0197149, -0.0675263, -0.354692, -1.31886" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004474;
      rise_capacitance : 0.004694;
      rise_capacitance_range (0.004694, 0.004694);
      fall_capacitance : 0.004254;
      fall_capacitance_range (0.004254, 0.004254);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0089066, -0.0089055, -0.008903, -0.0089042, -0.008907, -0.0089133, -0.0089281" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089473, 0.008942, 0.0089298, 0.0089245, 0.0089123, 0.0088841, 0.0088192" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004467;
      rise_capacitance : 0.004783;
      rise_capacitance_range (0.004783, 0.004783);
      fall_capacitance : 0.004151;
      fall_capacitance_range (0.004151, 0.004151);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0088762, -0.0088723, -0.0088634, -0.0088622, -0.0088596, -0.0088536, -0.0088398" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088985, 0.0088938, 0.0088828, 0.008882, 0.0088801, 0.0088758, 0.0088657" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004186;
      rise_capacitance : 0.004518;
      rise_capacitance_range (0.004518, 0.004518);
      fall_capacitance : 0.003854;
      fall_capacitance_range (0.003854, 0.003854);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087176, -0.0087189, -0.008722, -0.0087238, -0.0087278, -0.008737, -0.0087585" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087509, 0.0087485, 0.0087426, 0.0087442, 0.0087479, 0.0087563, 0.0087756" \
          );
        }
      }
    }
    pin (A4) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004202;
      rise_capacitance : 0.004573;
      rise_capacitance_range (0.004573, 0.004573);
      fall_capacitance : 0.003831;
      fall_capacitance_range (0.003831, 0.003831);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0086974, -0.0086961, -0.0086933, -0.0086922, -0.0086896, -0.0086837, -0.00867" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087283, 0.008725, 0.008717, 0.0087142, 0.0087075, 0.0086922, 0.008657" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004607;
      rise_capacitance : 0.004816;
      rise_capacitance_range (0.004816, 0.004816);
      fall_capacitance : 0.004398;
      fall_capacitance_range (0.004398, 0.004398);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "1.83947e-05, -5.80935e-06, -6.15631e-05, -1.77607e-05, 8.32453e-05, 0.0003161, 0.0008529" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.010487, 0.0104898, 0.0104961, 0.010493, 0.0104859, 0.0104694, 0.0104316" \
          );
        }
      }
    }
  }
  cell (scs8hd_o41ai_1) {
    area : 8.7584;
    cell_footprint : "o41ai";
    cell_leakage_power : 0.00479413;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0003182;
      when : "!A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0076231;
      when : "!A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124036;
      when : "!A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 2.45328e-05;
      when : "!A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0065954;
      when : "!A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 2.71191e-05;
      when : "!A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 2.71181e-05;
      when : "A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124016;
      when : "A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 2.58524e-05;
      when : "A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.006499;
      when : "A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 2.71181e-05;
      when : "A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124017;
      when : "A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 2.63861e-05;
      when : "A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0065951;
      when : "A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 2.71199e-05;
      when : "A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124016;
      when : "A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 2.54058e-05;
      when : "A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0124016;
      when : "!A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 2.81045e-05;
      when : "!A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0064993;
      when : "!A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 2.71199e-05;
      when : "!A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124017;
      when : "!A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 2.53433e-05;
      when : "!A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0065951;
      when : "!A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 2.71187e-05;
      when : "!A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124016;
      when : "!A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 2.42682e-05;
      when : "!A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0064795;
      when : "A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 2.71222e-05;
      when : "A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0124018;
      when : "A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 2.73703e-05;
      when : "A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0065951;
      when : "A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.00479413;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2&!A3&!A4) | (!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.05128;
      max_transition : 1.48714;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.168758, 0.180584, 0.205796, 0.260019, 0.375477, 0.623797, 1.1597", \
            "0.171481, 0.18392, 0.209592, 0.263974, 0.379975, 0.62957, 1.16674", \
            "0.181654, 0.193149, 0.219022, 0.273454, 0.389934, 0.638672, 1.17518", \
            "0.202492, 0.214575, 0.240224, 0.294411, 0.410457, 0.660106, 1.19748", \
            "0.246146, 0.257998, 0.283361, 0.337126, 0.45314, 0.702605, 1.23961", \
            "0.317851, 0.332178, 0.360809, 0.420237, 0.542418, 0.791224, 1.32782", \
            "0.46101, 0.477048, 0.51171, 0.580208, 0.717027, 0.989322, 1.53229" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.119965, 0.135688, 0.169504, 0.241793, 0.39859, 0.733655, 1.45856", \
            "0.120169, 0.135788, 0.169298, 0.241676, 0.397562, 0.735592, 1.45629", \
            "0.12007, 0.135688, 0.169329, 0.241812, 0.397953, 0.731954, 1.45542", \
            "0.120268, 0.135633, 0.169376, 0.241523, 0.398529, 0.732437, 1.45655", \
            "0.125474, 0.140555, 0.172812, 0.243717, 0.398421, 0.73361, 1.4583", \
            "0.148783, 0.164102, 0.196868, 0.266282, 0.411777, 0.737273, 1.45948", \
            "0.205031, 0.221261, 0.254104, 0.326232, 0.474488, 0.784992, 1.47587" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0258785, 0.0285531, 0.0341429, 0.0454907, 0.0684044, 0.1149, 0.211371", \
            "0.0296949, 0.0323333, 0.0378198, 0.0490772, 0.0718934, 0.118325, 0.214853", \
            "0.0372573, 0.0400798, 0.0457513, 0.0567598, 0.0793364, 0.125669, 0.222171", \
            "0.0460715, 0.0498878, 0.0573736, 0.0709309, 0.0955718, 0.142101, 0.238672", \
            "0.0498186, 0.0552568, 0.0653938, 0.0848427, 0.11818, 0.174947, 0.275483", \
            "0.0296456, 0.0369569, 0.0522258, 0.0804522, 0.129301, 0.210463, 0.342612", \
            "-0.0572006, -0.0458008, -0.0245823, 0.0162607, 0.0881949, 0.208314, 0.400543" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0193388, 0.0226208, 0.029476, 0.0435108, 0.0720472, 0.130945, 0.255562", \
            "0.0192324, 0.0224246, 0.0291879, 0.0432942, 0.0717896, 0.130654, 0.25628", \
            "0.0230257, 0.0254561, 0.0311911, 0.0439036, 0.0714819, 0.130722, 0.256049", \
            "0.0351579, 0.0374937, 0.0426113, 0.0537201, 0.0770594, 0.132114, 0.255888", \
            "0.0566383, 0.0598606, 0.0664259, 0.0792777, 0.103596, 0.151531, 0.263039", \
            "0.0933285, 0.0975175, 0.106971, 0.124513, 0.156621, 0.214005, 0.321197", \
            "0.16132, 0.167816, 0.179927, 0.204107, 0.24951, 0.326581, 0.459352" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.159381, 0.171335, 0.196019, 0.250764, 0.366271, 0.614625, 1.15052", \
            "0.161617, 0.174216, 0.199168, 0.254163, 0.370199, 0.619203, 1.15576", \
            "0.172094, 0.18337, 0.209492, 0.263887, 0.3801, 0.629276, 1.16604", \
            "0.195051, 0.207089, 0.232737, 0.286895, 0.402918, 0.652232, 1.19502", \
            "0.246048, 0.257978, 0.283474, 0.337344, 0.453232, 0.702171, 1.23887", \
            "0.337158, 0.351964, 0.382888, 0.444699, 0.567551, 0.817269, 1.35302", \
            "0.523214, 0.541851, 0.579897, 0.656271, 0.803114, 1.08077, 1.6247" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.120109, 0.135496, 0.169787, 0.24172, 0.397992, 0.734206, 1.45725", \
            "0.120102, 0.135607, 0.169731, 0.241583, 0.398515, 0.733607, 1.45745", \
            "0.119997, 0.135939, 0.169405, 0.241998, 0.398463, 0.732611, 1.45817", \
            "0.12035, 0.135786, 0.169419, 0.241617, 0.398546, 0.733603, 1.46204", \
            "0.128668, 0.143254, 0.174702, 0.244557, 0.398531, 0.733062, 1.45577", \
            "0.161553, 0.17613, 0.208327, 0.274359, 0.415717, 0.739758, 1.45685", \
            "0.231397, 0.247084, 0.280502, 0.352714, 0.497852, 0.79738, 1.47465" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0261373, 0.0287266, 0.033992, 0.044605, 0.0660037, 0.110138, 0.203389", \
            "0.0297903, 0.0323276, 0.0375312, 0.0481102, 0.0694971, 0.113567, 0.20675", \
            "0.0368054, 0.0395167, 0.0449437, 0.0553895, 0.0766526, 0.120757, 0.213964", \
            "0.0436107, 0.0473885, 0.0546113, 0.06793, 0.0917859, 0.136342, 0.230067", \
            "0.0423799, 0.0479024, 0.0578426, 0.0772067, 0.11023, 0.166512, 0.265625", \
            "0.0131143, 0.0197094, 0.0348768, 0.0636942, 0.11283, 0.194676, 0.326872", \
            "-0.0950122, -0.0831642, -0.0613903, -0.0202834, 0.0541155, 0.17627, 0.370327" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0179432, 0.0208939, 0.0270142, 0.0397412, 0.0663144, 0.123124, 0.245421", \
            "0.0178405, 0.0207119, 0.0267958, 0.0395732, 0.0664075, 0.123156, 0.245401", \
            "0.0212778, 0.0235012, 0.0286593, 0.0403329, 0.0662364, 0.123061, 0.245262", \
            "0.0320687, 0.0344049, 0.0393579, 0.0502191, 0.0720679, 0.124887, 0.245643", \
            "0.0517361, 0.0549984, 0.0615509, 0.0746728, 0.0992136, 0.146371, 0.254501", \
            "0.0859436, 0.0903127, 0.0997007, 0.118431, 0.151046, 0.209326, 0.314489", \
            "0.149047, 0.155572, 0.169561, 0.194606, 0.241751, 0.320865, 0.452808" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.138704, 0.151162, 0.176569, 0.230659, 0.346244, 0.594231, 1.12999", \
            "0.141835, 0.153813, 0.179353, 0.233513, 0.349669, 0.598327, 1.13565", \
            "0.150936, 0.162773, 0.188677, 0.243246, 0.359627, 0.60859, 1.14557", \
            "0.175804, 0.1869, 0.213007, 0.267155, 0.383276, 0.633385, 1.17016", \
            "0.231495, 0.24431, 0.269803, 0.323855, 0.440096, 0.689025, 1.22596", \
            "0.337418, 0.35334, 0.385676, 0.44937, 0.574674, 0.823207, 1.35964", \
            "0.550941, 0.571515, 0.614111, 0.697443, 0.852753, 1.13904, 1.67981" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.120159, 0.135422, 0.169327, 0.241565, 0.397557, 0.732708, 1.45816", \
            "0.119887, 0.135596, 0.169265, 0.242682, 0.398267, 0.734516, 1.45767", \
            "0.120117, 0.135892, 0.169482, 0.24172, 0.397543, 0.733494, 1.45858", \
            "0.120166, 0.135789, 0.169277, 0.241822, 0.397551, 0.735149, 1.45676", \
            "0.131621, 0.146051, 0.176737, 0.245485, 0.398477, 0.734497, 1.45894", \
            "0.173482, 0.188559, 0.219922, 0.283385, 0.420592, 0.738984, 1.45662", \
            "0.240562, 0.258699, 0.298301, 0.374981, 0.520782, 0.811119, 1.47508" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0258312, 0.0280947, 0.0328044, 0.0425021, 0.0626898, 0.105623, 0.19778", \
            "0.0293512, 0.0316196, 0.0363348, 0.0460537, 0.0662801, 0.109235, 0.201256", \
            "0.0353466, 0.0379328, 0.0431286, 0.0531498, 0.073502, 0.116491, 0.208733", \
            "0.0400342, 0.0435166, 0.0507646, 0.0639523, 0.087799, 0.13228, 0.22486", \
            "0.0340378, 0.0398343, 0.0502941, 0.0700688, 0.103828, 0.160696, 0.259709", \
            "-0.0033876, 0.0055337, 0.0206825, 0.0503074, 0.101578, 0.185312, 0.318268", \
            "-0.125355, -0.11318, -0.0875755, -0.0437098, 0.033533, 0.159424, 0.35628" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.014884, 0.0175038, 0.0231008, 0.0351766, 0.061303, 0.11768, 0.239724", \
            "0.0149102, 0.0175268, 0.0230672, 0.0352143, 0.0612636, 0.118202, 0.239857", \
            "0.018257, 0.0205003, 0.0252153, 0.0362593, 0.0615487, 0.117736, 0.240247", \
            "0.0281973, 0.0307283, 0.0358098, 0.046273, 0.0683733, 0.120447, 0.240721", \
            "0.0464678, 0.0501001, 0.0568122, 0.0705497, 0.095293, 0.143221, 0.249529", \
            "0.0792351, 0.0843727, 0.0939044, 0.112826, 0.146895, 0.204953, 0.30936", \
            "0.141037, 0.148017, 0.162537, 0.188373, 0.235959, 0.317096, 0.449265" \
          );
        }
      }
      timing () {
        related_pin : "A4";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.101215, 0.11267, 0.139097, 0.193604, 0.309531, 0.558159, 1.09467", \
            "0.101629, 0.113931, 0.139485, 0.195113, 0.311759, 0.561024, 1.09781", \
            "0.110808, 0.122498, 0.148264, 0.202803, 0.319867, 0.569633, 1.10713", \
            "0.136291, 0.147661, 0.17268, 0.226664, 0.342761, 0.593642, 1.13055", \
            "0.201126, 0.21252, 0.236686, 0.288048, 0.401851, 0.649262, 1.18504", \
            "0.316754, 0.33271, 0.36663, 0.430272, 0.546935, 0.789407, 1.32115", \
            "0.533695, 0.554096, 0.596802, 0.679762, 0.839939, 1.12451, 1.65027" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.118551, 0.134799, 0.168655, 0.241394, 0.39856, 0.734381, 1.45872", \
            "0.11813, 0.134371, 0.168884, 0.241541, 0.398523, 0.732986, 1.45802", \
            "0.116961, 0.133317, 0.168126, 0.241914, 0.397684, 0.732157, 1.45825", \
            "0.115251, 0.131028, 0.165308, 0.240623, 0.397779, 0.734226, 1.45916", \
            "0.132502, 0.146934, 0.176065, 0.243673, 0.396308, 0.734409, 1.45554", \
            "0.169574, 0.187972, 0.223496, 0.290694, 0.425074, 0.738326, 1.45579", \
            "0.231585, 0.253798, 0.299405, 0.391975, 0.54636, 0.833652, 1.48714" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0209693, 0.0230391, 0.0272577, 0.0359687, 0.054594, 0.0946088, 0.18076", \
            "0.0241593, 0.0263598, 0.0307621, 0.0396423, 0.0582887, 0.0984301, 0.184585", \
            "0.0283004, 0.0312686, 0.0369578, 0.0469937, 0.0659531, 0.106041, 0.192727", \
            "0.0286094, 0.0329891, 0.0413886, 0.055969, 0.0809197, 0.123113, 0.210326", \
            "0.0168486, 0.023048, 0.0352855, 0.057288, 0.0938316, 0.153223, 0.248867", \
            "-0.0310323, -0.0210973, -0.0014116, 0.0311066, 0.0860545, 0.173127, 0.307833", \
            "-0.170409, -0.154915, -0.125098, -0.0733377, 0.0107974, 0.14118, 0.342085" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0094684, 0.0118043, 0.0168833, 0.0280439, 0.0523671, 0.105561, 0.220236", \
            "0.0099746, 0.012141, 0.0170205, 0.0281199, 0.0525786, 0.105845, 0.218586", \
            "0.0146749, 0.0166113, 0.0208799, 0.0302755, 0.0529313, 0.105787, 0.2208", \
            "0.0247253, 0.0271793, 0.0322548, 0.0423142, 0.0625742, 0.108903, 0.221332", \
            "0.0424425, 0.0460037, 0.0530799, 0.066493, 0.0911098, 0.136882, 0.232426", \
            "0.0760766, 0.0809366, 0.0908467, 0.109026, 0.142426, 0.199695, 0.298649", \
            "0.1441, 0.149597, 0.162248, 0.187113, 0.233259, 0.312333, 0.440842" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0181659, 0.0213431, 0.0279514, 0.0416661, 0.0708553, 0.132623, 0.263793", \
            "0.0233846, 0.0263202, 0.0327844, 0.0465218, 0.07538, 0.137357, 0.27101", \
            "0.0345206, 0.0384428, 0.045515, 0.0587692, 0.0874307, 0.149342, 0.280725", \
            "0.0520059, 0.0579671, 0.0689077, 0.0871017, 0.117056, 0.178398, 0.310864", \
            "0.0830859, 0.0914416, 0.107299, 0.135072, 0.179996, 0.247879, 0.37698", \
            "0.144852, 0.155918, 0.177366, 0.216005, 0.281618, 0.385953, 0.541054", \
            "0.274146, 0.288803, 0.317194, 0.368781, 0.46007, 0.611466, 0.848707" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0134167, 0.0174142, 0.0262471, 0.0450753, 0.0855755, 0.175128, 0.363332", \
            "0.0141152, 0.017644, 0.0261056, 0.0450277, 0.0857183, 0.173523, 0.366999", \
            "0.0210488, 0.023592, 0.0297941, 0.0460029, 0.0857993, 0.174097, 0.362552", \
            "0.0324094, 0.036801, 0.0448526, 0.0588471, 0.0907555, 0.173235, 0.362639", \
            "0.0494124, 0.0561956, 0.068967, 0.0900316, 0.124123, 0.189195, 0.363869", \
            "0.0821538, 0.0893753, 0.107984, 0.139537, 0.189862, 0.268023, 0.40822", \
            "0.148244, 0.158165, 0.179675, 0.218154, 0.290143, 0.411809, 0.591325" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0112721, 0.0128608, 0.0161773, 0.023198, 0.0379458, 0.069776, 0.1386", \
            "0.0137382, 0.0158258, 0.0196049, 0.0265868, 0.0415588, 0.0733623, 0.142052", \
            "0.0150511, 0.0181873, 0.0239369, 0.0336249, 0.0499896, 0.0820707, 0.150724", \
            "0.0124214, 0.0169777, 0.0254707, 0.0400597, 0.0636099, 0.101245, 0.169704", \
            "-0.0009468, 0.0053384, 0.0177838, 0.0389113, 0.0741058, 0.130177, 0.215842", \
            "-0.0420357, -0.0328312, -0.0153325, 0.0152644, 0.066313, 0.148149, 0.275456", \
            "-0.151645, -0.138103, -0.11389, -0.0701583, 0.0030853, 0.120369, 0.306528" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0067229, 0.0085655, 0.0126784, 0.0216571, 0.0415036, 0.0833277, 0.174408", \
            "0.0096336, 0.011066, 0.0142891, 0.0222128, 0.0411601, 0.0829785, 0.17392", \
            "0.0151293, 0.0174528, 0.0216689, 0.0287007, 0.0442348, 0.0830217, 0.174777", \
            "0.0244155, 0.0277111, 0.033745, 0.0443327, 0.062406, 0.0936511, 0.175082", \
            "0.0412172, 0.0455481, 0.0544952, 0.0697672, 0.0954626, 0.135099, 0.201651", \
            "0.0733018, 0.0804437, 0.0919309, 0.114024, 0.148404, 0.207376, 0.296831", \
            "0.139413, 0.14754, 0.165838, 0.195755, 0.245841, 0.328115, 0.464724" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0200214, 0.0211534, 0.0235536, 0.0287683, 0.039882, 0.0638868, 0.115728", \
            "0.0197807, 0.0209075, 0.0233492, 0.0285628, 0.0397586, 0.0637822, 0.11557", \
            "0.0195845, 0.0206884, 0.0231207, 0.0283392, 0.0395523, 0.0636222, 0.115513", \
            "0.0194402, 0.020545, 0.0229702, 0.0281685, 0.0393697, 0.0634524, 0.115395", \
            "0.0193496, 0.0204595, 0.0228653, 0.0280429, 0.039223, 0.0632792, 0.115156", \
            "0.0193444, 0.0204654, 0.0228723, 0.0280198, 0.0391044, 0.0631577, 0.1151", \
            "0.0211295, 0.0221496, 0.024313, 0.029451, 0.0404541, 0.0640297, 0.115485" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0080321, 0.0069157, 0.0045357, -0.0006178, -0.0117311, -0.0357399, -0.0879288", \
            "0.0078888, 0.0067839, 0.0044067, -0.000754, -0.0118654, -0.035884, -0.0880922", \
            "0.0077584, 0.0066628, 0.0042778, -0.000883, -0.0120095, -0.0360226, -0.0882263", \
            "0.0075872, 0.0064998, 0.004136, -0.000983, -0.0120721, -0.0360991, -0.0883253", \
            "0.0077767, 0.0066354, 0.004229, -0.0009719, -0.0120626, -0.0360489, -0.0882616", \
            "0.0089176, 0.0077841, 0.0053313, 9.19e-05, -0.011345, -0.0357477, -0.0881182", \
            "0.0130875, 0.0118259, 0.0091597, 0.0035004, -0.0083359, -0.0334048, -0.0865767" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0176106, 0.0187365, 0.0211603, 0.0263587, 0.0374718, 0.0615327, 0.113264", \
            "0.0173245, 0.0184925, 0.020926, 0.0261387, 0.037335, 0.0613579, 0.113214", \
            "0.0171443, 0.0182682, 0.0206897, 0.0259144, 0.0371359, 0.0612039, 0.113128", \
            "0.0170049, 0.0181058, 0.0205326, 0.025733, 0.0369305, 0.0610309, 0.112985", \
            "0.0169253, 0.0180366, 0.020434, 0.0256164, 0.0367726, 0.0608372, 0.112762", \
            "0.0169732, 0.0180677, 0.0204999, 0.0256616, 0.0368088, 0.0608401, 0.112639", \
            "0.0188244, 0.0198202, 0.0220713, 0.0272256, 0.0382048, 0.0618512, 0.113466" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0066598, 0.0055517, 0.0031768, -0.0019569, -0.0130571, -0.0371786, -0.0894503", \
            "0.0065871, 0.0054848, 0.0031121, -0.0020265, -0.0131164, -0.0372233, -0.0895341", \
            "0.006475, 0.0053894, 0.0030241, -0.0021139, -0.0132098, -0.0373117, -0.0896033", \
            "0.0062233, 0.0051519, 0.0028018, -0.0022701, -0.013299, -0.0374033, -0.0896802", \
            "0.0064746, 0.0053553, 0.0029946, -0.0021588, -0.0133576, -0.0374221, -0.0896671", \
            "0.0072084, 0.0060965, 0.0036766, -0.0015662, -0.0128333, -0.0371386, -0.089569", \
            "0.0105968, 0.0094206, 0.0067871, 0.0011959, -0.0105044, -0.0353149, -0.0883059" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0152, 0.0163292, 0.0187316, 0.0239336, 0.0350837, 0.059083, 0.110944", \
            "0.0149663, 0.0160845, 0.0185168, 0.0237365, 0.0349289, 0.0590017, 0.110719", \
            "0.0147077, 0.0158549, 0.0182756, 0.0234933, 0.0347418, 0.0588309, 0.110713", \
            "0.0146119, 0.0157088, 0.0181325, 0.0233259, 0.034524, 0.0586228, 0.11056", \
            "0.0145316, 0.0156408, 0.0180427, 0.0232485, 0.0343909, 0.0584773, 0.110436", \
            "0.0148629, 0.0159633, 0.0183187, 0.0234184, 0.0345984, 0.0585203, 0.110325", \
            "0.0177679, 0.0187528, 0.0209411, 0.025743, 0.0365122, 0.0600898, 0.111494" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.005131, 0.0040362, 0.001667, -0.0034703, -0.0146098, -0.0387768, -0.0911556", \
            "0.0050927, 0.004007, 0.0016577, -0.0034539, -0.0145828, -0.038742, -0.0911252", \
            "0.0049865, 0.0039182, 0.0015959, -0.0034831, -0.0145773, -0.03872, -0.0910533", \
            "0.0047485, 0.0036784, 0.001352, -0.0036617, -0.0146882, -0.038747, -0.0910832", \
            "0.0048829, 0.0038383, 0.0014466, -0.0036002, -0.0148212, -0.0388183, -0.0910904", \
            "0.0056296, 0.0045368, 0.0020844, -0.0031546, -0.0143547, -0.0385685, -0.0910106", \
            "0.0087925, 0.0076186, 0.0051032, -0.0005136, -0.0121833, -0.036999, -0.0898824" \
          );
        }
      }
      internal_power () {
        related_pin : "A4";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0125806, 0.0137123, 0.0161805, 0.0214068, 0.0325971, 0.0566525, 0.108407", \
            "0.0122048, 0.0133217, 0.015795, 0.0211014, 0.0323537, 0.0564495, 0.108353", \
            "0.0119877, 0.013075, 0.0155237, 0.0208167, 0.0320943, 0.0562341, 0.108227", \
            "0.0120094, 0.0130882, 0.0154744, 0.0206674, 0.0318555, 0.0559818, 0.107982", \
            "0.0125613, 0.0136507, 0.0159707, 0.0210392, 0.0320622, 0.0560302, 0.107833", \
            "0.014255, 0.0153011, 0.0175731, 0.0225144, 0.0332981, 0.0569075, 0.108301", \
            "0.0189345, 0.0198887, 0.0220025, 0.0268146, 0.0372896, 0.0601518, 0.111375" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0031291, 0.0020615, -0.0003032, -0.0054406, -0.0166074, -0.0408012, -0.0932148", \
            "0.00294, 0.0019097, -0.000384, -0.0054512, -0.0165434, -0.0406998, -0.0930999", \
            "0.0026793, 0.0016655, -0.0005868, -0.0055573, -0.0165604, -0.0406463, -0.0930045", \
            "0.0025908, 0.0015541, -0.0007956, -0.0057623, -0.0166847, -0.0406973, -0.0929695", \
            "0.0027641, 0.0016422, -0.0006922, -0.0057304, -0.0167602, -0.0407891, -0.0930038", \
            "0.0039789, 0.0027887, 0.0002322, -0.0051067, -0.0163921, -0.0405413, -0.0929621", \
            "0.0082591, 0.0069266, 0.0041229, -0.0017163, -0.0138387, -0.0389081, -0.0918217" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "0.0038036, 0.0050534, 0.0076617, 0.0130776, 0.0244806, 0.0487092, 0.10054", \
            "0.0035999, 0.0047684, 0.0073276, 0.0126622, 0.0241443, 0.0485391, 0.100658", \
            "0.0036999, 0.0047369, 0.007131, 0.0123905, 0.023585, 0.048266, 0.0994867", \
            "0.004053, 0.0050949, 0.0074296, 0.012458, 0.0236167, 0.0477345, 0.0999778", \
            "0.0053762, 0.0063363, 0.0085039, 0.0133764, 0.0242328, 0.0477656, 0.0991805", \
            "0.008794, 0.0095742, 0.0115067, 0.0160544, 0.0266449, 0.0498157, 0.100318", \
            "0.0188451, 0.0193613, 0.020702, 0.0249388, 0.0365479, 0.0564495, 0.107629" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00108176, 0.00234042, 0.00506357, 0.0109552, 0.0237018, 0.0512795");
          values ( \
            "-0.0020657, -0.003072, -0.0053354, -0.0103902, -0.0214972, -0.0456822, -0.0980856", \
            "-0.0023094, -0.0033118, -0.0055589, -0.0105502, -0.0216004, -0.0457246, -0.0981094", \
            "-0.0024788, -0.0035179, -0.0057611, -0.0107561, -0.0217651, -0.0458462, -0.0981629", \
            "-0.0021486, -0.0032633, -0.0056053, -0.0107913, -0.0218399, -0.0458985, -0.0982279", \
            "-0.0008793, -0.0021521, -0.0045371, -0.009944, -0.0213087, -0.0457606, -0.0982029", \
            "0.0029621, 0.0014525, -0.0015633, -0.0076086, -0.019723, -0.044688, -0.0977189", \
            "0.013615, 0.0116512, 0.0076134, 0.0007321, -0.0119395, -0.039871, -0.0944732" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002326;
      rise_capacitance : 0.00243;
      rise_capacitance_range (0.00243, 0.00243);
      fall_capacitance : 0.002222;
      fall_capacitance_range (0.002222, 0.002222);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044392, -0.0044394, -0.00444, -0.0044413, -0.0044446, -0.004452, -0.0044691" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044527, 0.0044539, 0.0044569, 0.0044578, 0.00446, 0.004465, 0.0044765" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002418;
      rise_capacitance : 0.002559;
      rise_capacitance_range (0.002559, 0.002559);
      fall_capacitance : 0.002277;
      fall_capacitance_range (0.002277, 0.002277);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044325, -0.0044378, -0.0044501, -0.0044497, -0.0044489, -0.004447, -0.0044427" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044621, 0.004465, 0.0044719, 0.0044714, 0.0044702, 0.0044676, 0.0044616" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002406;
      rise_capacitance : 0.002566;
      rise_capacitance_range (0.002566, 0.002566);
      fall_capacitance : 0.002245;
      fall_capacitance_range (0.002245, 0.002245);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0042682, -0.0042736, -0.004286, -0.0042869, -0.004289, -0.0042937, -0.0043045" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043089, 0.0043101, 0.0043128, 0.0043125, 0.0043119, 0.0043105, 0.0043073" \
          );
        }
      }
    }
    pin (A4) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002382;
      rise_capacitance : 0.00257;
      rise_capacitance_range (0.00257, 0.00257);
      fall_capacitance : 0.002194;
      fall_capacitance_range (0.002194, 0.002194);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045408, -0.0045387, -0.0045339, -0.0045339, -0.0045338, -0.0045336, -0.0045331" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0045448, 0.0045456, 0.0045474, 0.0045474, 0.0045474, 0.0045475, 0.0045475" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002348;
      rise_capacitance : 0.00244;
      rise_capacitance_range (0.00244, 0.00244);
      fall_capacitance : 0.002256;
      fall_capacitance_range (0.002256, 0.002256);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "4.64547e-05, 4.48173e-05, 4.10547e-05, 5.88838e-05, 9.99606e-05, 0.0001948, 0.0004132" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0053739, 0.0053744, 0.0053755, 0.0053756, 0.0053758, 0.0053763, 0.0053775" \
          );
        }
      }
    }
  }
  cell (scs8hd_o41ai_2) {
    area : 16.2656;
    cell_footprint : "o41ai";
    cell_leakage_power : 0.0113775;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.000167;
      when : "!A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0114362;
      when : "!A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0248321;
      when : "!A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 4.15628e-05;
      when : "!A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0133509;
      when : "!A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 4.09728e-05;
      when : "!A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0248195;
      when : "!A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 4.08885e-05;
      when : "!A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0131504;
      when : "!A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 4.1802e-05;
      when : "!A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0248195;
      when : "!A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 3.97974e-05;
      when : "!A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0436023;
      when : "!A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 4.34451e-05;
      when : "!A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 3.74681e-05;
      when : "A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0248195;
      when : "A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 4.09338e-05;
      when : "A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0248195;
      when : "!A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 4.12757e-05;
      when : "!A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0130903;
      when : "A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 4.17251e-05;
      when : "A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0248195;
      when : "A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 4.15071e-05;
      when : "A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0133477;
      when : "A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 4.38304e-05;
      when : "A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0248195;
      when : "A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 4.12066e-05;
      when : "A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0131479;
      when : "A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 4.0675e-05;
      when : "A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0248195;
      when : "A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 4.09557e-05;
      when : "A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.043602;
      when : "A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0113775;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2&!A3&!A4) | (!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.090647;
      max_transition : 1.49036;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.180937, 0.188718, 0.207337, 0.250937, 0.352551, 0.591941, 1.15943", \
            "0.18369, 0.191837, 0.210667, 0.254493, 0.356628, 0.596547, 1.16447", \
            "0.193135, 0.201609, 0.22028, 0.264228, 0.366716, 0.607011, 1.18076", \
            "0.216051, 0.2239, 0.242278, 0.286044, 0.388345, 0.629027, 1.19878", \
            "0.260597, 0.268545, 0.286991, 0.330657, 0.432581, 0.673903, 1.24256", \
            "0.335436, 0.344495, 0.36607, 0.413701, 0.521993, 0.762793, 1.33157", \
            "0.478563, 0.489231, 0.513958, 0.569966, 0.691806, 0.956154, 1.5325" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.126091, 0.136673, 0.161356, 0.219767, 0.359016, 0.686138, 1.46265", \
            "0.126373, 0.136526, 0.161285, 0.219796, 0.359373, 0.688341, 1.46465", \
            "0.125998, 0.136592, 0.16173, 0.219834, 0.358706, 0.686287, 1.46976", \
            "0.126261, 0.136561, 0.161589, 0.219844, 0.358444, 0.687581, 1.46815", \
            "0.130589, 0.140742, 0.165225, 0.222355, 0.358876, 0.687934, 1.46769", \
            "0.152697, 0.162567, 0.186617, 0.243649, 0.373535, 0.692414, 1.46731", \
            "0.20881, 0.21903, 0.242123, 0.300458, 0.433445, 0.741129, 1.48209" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0275113, 0.029505, 0.0340491, 0.0442055, 0.0664692, 0.115143, 0.22415", \
            "0.0312175, 0.0331307, 0.0375952, 0.0476721, 0.0697662, 0.118358, 0.227377", \
            "0.0385092, 0.0405655, 0.0450123, 0.0548096, 0.076589, 0.124958, 0.233974", \
            "0.04725, 0.0497913, 0.0553915, 0.0674763, 0.0909858, 0.139468, 0.248689", \
            "0.0513122, 0.0547604, 0.0625472, 0.0792743, 0.110379, 0.168338, 0.280986", \
            "0.0318662, 0.0370689, 0.0482557, 0.0716515, 0.116561, 0.198599, 0.341851", \
            "-0.0565916, -0.0493579, -0.0334249, -7.41e-05, 0.0665575, 0.187361, 0.393637" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0239105, 0.0262183, 0.0317267, 0.0443328, 0.0723155, 0.134616, 0.280014", \
            "0.0236388, 0.0258012, 0.0313488, 0.0438882, 0.0718558, 0.134653, 0.279853", \
            "0.0265694, 0.0284091, 0.0330811, 0.044536, 0.0715172, 0.134134, 0.279757", \
            "0.038205, 0.0399743, 0.0440597, 0.0538392, 0.0769842, 0.135289, 0.279614", \
            "0.0603498, 0.0623697, 0.0671681, 0.0777764, 0.101867, 0.153586, 0.285782", \
            "0.0984288, 0.10135, 0.107911, 0.122439, 0.15183, 0.211708, 0.335344", \
            "0.167873, 0.172531, 0.181375, 0.202097, 0.242803, 0.319457, 0.468358" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.167474, 0.175832, 0.194737, 0.238093, 0.340213, 0.581163, 1.14686", \
            "0.169739, 0.17808, 0.197021, 0.240767, 0.343392, 0.583388, 1.15089", \
            "0.178288, 0.186218, 0.20548, 0.249397, 0.352443, 0.593409, 1.16225", \
            "0.199642, 0.207969, 0.226785, 0.270436, 0.372799, 0.613248, 1.18283", \
            "0.246097, 0.254167, 0.272963, 0.316436, 0.418532, 0.65983, 1.22817", \
            "0.326649, 0.336248, 0.358818, 0.409235, 0.519778, 0.762071, 1.33472", \
            "0.495685, 0.508041, 0.535145, 0.596219, 0.725892, 0.996786, 1.575" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.125933, 0.136592, 0.161194, 0.220071, 0.358929, 0.688396, 1.4676", \
            "0.126136, 0.136897, 0.161282, 0.220164, 0.358828, 0.686867, 1.46422", \
            "0.126098, 0.136518, 0.161727, 0.22024, 0.358954, 0.68719, 1.46428", \
            "0.126382, 0.136992, 0.161409, 0.219781, 0.359291, 0.687232, 1.46718", \
            "0.134849, 0.144532, 0.167948, 0.223982, 0.359295, 0.68829, 1.46378", \
            "0.165523, 0.17563, 0.199241, 0.254534, 0.380271, 0.693783, 1.46954", \
            "0.23239, 0.243135, 0.267513, 0.326099, 0.457775, 0.755621, 1.48605" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0281508, 0.0300969, 0.034468, 0.0440387, 0.0649382, 0.111329, 0.217687", \
            "0.0318371, 0.0337577, 0.038058, 0.0476018, 0.0684537, 0.114778, 0.221235", \
            "0.0390285, 0.0409833, 0.045426, 0.054799, 0.0754724, 0.121769, 0.228378", \
            "0.0470978, 0.0497247, 0.0553838, 0.0669461, 0.0898775, 0.136701, 0.243689", \
            "0.0488382, 0.05241, 0.0599242, 0.076476, 0.107862, 0.165673, 0.277196", \
            "0.0237292, 0.0290394, 0.0400066, 0.0641433, 0.11017, 0.193863, 0.338329", \
            "-0.0728022, -0.0666269, -0.0496932, -0.0146099, 0.0542235, 0.178845, 0.389553" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.022278, 0.0242094, 0.0292291, 0.040373, 0.0664023, 0.126903, 0.271921", \
            "0.0221129, 0.0241074, 0.0289106, 0.0402783, 0.0661854, 0.126878, 0.271435", \
            "0.0247057, 0.0263005, 0.0305309, 0.040977, 0.0661444, 0.126875, 0.271251", \
            "0.0349152, 0.036469, 0.040436, 0.0496173, 0.0717142, 0.128443, 0.271219", \
            "0.0547084, 0.0569054, 0.0619193, 0.0728857, 0.0966227, 0.148106, 0.277912", \
            "0.0902379, 0.0934122, 0.10009, 0.115174, 0.145777, 0.206793, 0.329616", \
            "0.156196, 0.160151, 0.169655, 0.191774, 0.234179, 0.317048, 0.464421" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.143634, 0.152096, 0.170858, 0.214382, 0.316201, 0.55651, 1.12259", \
            "0.146352, 0.154385, 0.172885, 0.217009, 0.319158, 0.559065, 1.12714", \
            "0.154973, 0.163272, 0.182017, 0.225919, 0.328656, 0.568747, 1.13763", \
            "0.178132, 0.18603, 0.205095, 0.248573, 0.351254, 0.592655, 1.16117", \
            "0.231186, 0.240008, 0.258968, 0.302668, 0.404779, 0.645104, 1.21396", \
            "0.329053, 0.339656, 0.364378, 0.417599, 0.531878, 0.774119, 1.34284", \
            "0.530647, 0.544208, 0.575204, 0.643382, 0.786063, 1.0682, 1.64927" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.125938, 0.136652, 0.161288, 0.220137, 0.359188, 0.687853, 1.46573", \
            "0.126071, 0.136787, 0.161209, 0.220027, 0.358476, 0.686181, 1.46465", \
            "0.125782, 0.136432, 0.161318, 0.220042, 0.358919, 0.686436, 1.46549", \
            "0.126034, 0.136685, 0.161292, 0.220223, 0.360428, 0.687143, 1.46785", \
            "0.137912, 0.147518, 0.170142, 0.226014, 0.359704, 0.686112, 1.46426", \
            "0.179313, 0.189395, 0.213402, 0.267992, 0.388468, 0.693771, 1.46809", \
            "0.24445, 0.257432, 0.287188, 0.352072, 0.487092, 0.775802, 1.48545" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0267958, 0.0284074, 0.0320168, 0.0401163, 0.0584236, 0.100497, 0.199531", \
            "0.0302802, 0.0319193, 0.0355243, 0.0436878, 0.0619661, 0.10413, 0.203104", \
            "0.0362958, 0.0380691, 0.0421321, 0.0505902, 0.0689995, 0.11119, 0.210257", \
            "0.041373, 0.0438138, 0.0492327, 0.060214, 0.0821786, 0.126178, 0.225567", \
            "0.0371562, 0.0406925, 0.049061, 0.0651632, 0.0961023, 0.152455, 0.259339", \
            "0.0038221, 0.0090875, 0.0204769, 0.0452855, 0.0915581, 0.174696, 0.31555", \
            "-0.111689, -0.103455, -0.0850477, -0.0476983, 0.0230731, 0.147776, 0.356297" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0160489, 0.0177584, 0.0219791, 0.0319196, 0.0556814, 0.112577, 0.2472", \
            "0.0160346, 0.0177258, 0.0219493, 0.0319008, 0.0556219, 0.112429, 0.247334", \
            "0.0189228, 0.0204779, 0.0239434, 0.033037, 0.0558271, 0.112477, 0.247447", \
            "0.0282607, 0.0298982, 0.0337277, 0.0424298, 0.0628462, 0.114962, 0.248319", \
            "0.046125, 0.048503, 0.0534768, 0.064591, 0.0874813, 0.136401, 0.256151", \
            "0.0786852, 0.0818788, 0.0891473, 0.104554, 0.135227, 0.194372, 0.311875", \
            "0.140555, 0.145393, 0.155173, 0.177296, 0.220641, 0.300584, 0.443876" \
          );
        }
      }
      timing () {
        related_pin : "A4";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.096833, 0.104905, 0.123754, 0.167651, 0.269773, 0.509366, 1.07696", \
            "0.097242, 0.105544, 0.124455, 0.169036, 0.271823, 0.512995, 1.08136", \
            "0.105732, 0.113709, 0.132637, 0.176497, 0.27978, 0.520822, 1.08946", \
            "0.131182, 0.138601, 0.156666, 0.199853, 0.302042, 0.542932, 1.11225", \
            "0.195488, 0.203509, 0.220623, 0.260715, 0.360179, 0.598568, 1.1688", \
            "0.307265, 0.318433, 0.343669, 0.394453, 0.503185, 0.735973, 1.29977", \
            "0.516595, 0.529909, 0.557806, 0.62913, 0.776887, 1.05775, 1.62004" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.123845, 0.134354, 0.159975, 0.219691, 0.3591, 0.687594, 1.46311", \
            "0.122385, 0.133702, 0.159256, 0.219825, 0.358769, 0.687477, 1.4683", \
            "0.121019, 0.131728, 0.158087, 0.218584, 0.35826, 0.686424, 1.46354", \
            "0.119393, 0.129589, 0.154718, 0.215823, 0.358477, 0.686288, 1.46768", \
            "0.136786, 0.146476, 0.168984, 0.222464, 0.356857, 0.688482, 1.46673", \
            "0.168824, 0.181482, 0.209326, 0.272632, 0.394002, 0.693039, 1.46813", \
            "0.225947, 0.241806, 0.28176, 0.353392, 0.504559, 0.799984, 1.49036" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0210339, 0.022512, 0.0258215, 0.0332827, 0.0504157, 0.0908385, 0.186689", \
            "0.0242013, 0.025774, 0.0292548, 0.0368478, 0.0542002, 0.0948312, 0.190704", \
            "0.0280293, 0.0301451, 0.0346523, 0.0434226, 0.0613063, 0.101908, 0.198312", \
            "0.0284023, 0.0314325, 0.0379922, 0.0506318, 0.0737789, 0.117464, 0.214332", \
            "0.0174775, 0.0219072, 0.0312466, 0.0499705, 0.0841342, 0.142826, 0.248963", \
            "-0.0282574, -0.0214928, -0.0067562, 0.0214149, 0.0737965, 0.160496, 0.304497", \
            "-0.163152, -0.152147, -0.129094, -0.0846673, -0.0052163, 0.126567, 0.340519" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0092485, 0.0108996, 0.0149124, 0.0246608, 0.0479084, 0.103253, 0.234192", \
            "0.0096958, 0.0112549, 0.0151376, 0.0246694, 0.0479466, 0.103341, 0.235769", \
            "0.0141952, 0.0155119, 0.0189316, 0.0270305, 0.0484365, 0.103364, 0.234403", \
            "0.023659, 0.0254037, 0.0291656, 0.0378199, 0.0573747, 0.106395, 0.234806", \
            "0.0408368, 0.0430832, 0.0483282, 0.0599163, 0.0829054, 0.130563, 0.244576", \
            "0.0738851, 0.0766991, 0.0839744, 0.0993334, 0.130881, 0.188063, 0.302585", \
            "0.141597, 0.144784, 0.153303, 0.17412, 0.216359, 0.295091, 0.436433" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0158686, 0.0177627, 0.022118, 0.0320149, 0.0547144, 0.106989, 0.231262", \
            "0.02108, 0.0228517, 0.0269394, 0.0366735, 0.059435, 0.112618, 0.237728", \
            "0.0302683, 0.033092, 0.0387663, 0.0489088, 0.0713305, 0.124046, 0.248223", \
            "0.0450476, 0.0491262, 0.0575388, 0.0734289, 0.100803, 0.152688, 0.277422", \
            "0.0721184, 0.07761, 0.0893538, 0.112347, 0.153377, 0.220874, 0.343664", \
            "0.126095, 0.13346, 0.148467, 0.180869, 0.239372, 0.340032, 0.502168", \
            "0.239546, 0.249135, 0.270498, 0.312785, 0.392429, 0.535545, 0.772678" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0104858, 0.0128436, 0.0184643, 0.031949, 0.0637305, 0.139709, 0.32036", \
            "0.0118314, 0.0137486, 0.0186951, 0.0318159, 0.0638191, 0.139837, 0.319887", \
            "0.0186075, 0.0205904, 0.0245797, 0.034684, 0.0635774, 0.139452, 0.317796", \
            "0.0285309, 0.0315305, 0.0377769, 0.050033, 0.073162, 0.140465, 0.319708", \
            "0.0442064, 0.0485787, 0.0578185, 0.0760164, 0.107141, 0.164276, 0.322735", \
            "0.0756009, 0.0809673, 0.0929643, 0.118626, 0.165862, 0.241433, 0.377756", \
            "0.144068, 0.148802, 0.1639, 0.195184, 0.259034, 0.370789, 0.562062" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0111387, 0.0122385, 0.0147696, 0.0205327, 0.0338837, 0.065145, 0.139375", \
            "0.013396, 0.0148978, 0.0180192, 0.02397, 0.0373123, 0.0687384, 0.14342", \
            "0.0145396, 0.0168038, 0.0214532, 0.030312, 0.0457837, 0.076996, 0.151774", \
            "0.0119705, 0.0152174, 0.0219985, 0.0351538, 0.0584991, 0.097148, 0.171048", \
            "-0.0003107, 0.0042849, 0.0135936, 0.0325565, 0.0660392, 0.12378, 0.217394", \
            "-0.0379071, -0.0313245, -0.0176561, 0.008983, 0.0571876, 0.140303, 0.278856", \
            "-0.137195, -0.127475, -0.108162, -0.0708515, -0.0022194, 0.116484, 0.318194" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0061538, 0.0074182, 0.0105275, 0.0180502, 0.0359463, 0.0780045, 0.178526", \
            "0.0090062, 0.0101392, 0.0124376, 0.0188193, 0.035968, 0.078397, 0.178506", \
            "0.0139163, 0.0155753, 0.0191293, 0.0257461, 0.0396233, 0.0783846, 0.178471", \
            "0.0223205, 0.0249264, 0.0300012, 0.0393696, 0.0568304, 0.0888587, 0.179083", \
            "0.0384563, 0.0418659, 0.0483513, 0.0622104, 0.0873858, 0.129117, 0.205767", \
            "0.0699114, 0.0746436, 0.0840042, 0.102413, 0.137098, 0.196896, 0.299632", \
            "0.135795, 0.14121, 0.154557, 0.181636, 0.229508, 0.314585, 0.461364" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0385476, 0.0398699, 0.0430397, 0.0504698, 0.0681022, 0.10973, 0.208356", \
            "0.0380066, 0.0393697, 0.0425766, 0.050082, 0.0677748, 0.109431, 0.208105", \
            "0.0375695, 0.0388889, 0.0420788, 0.049593, 0.0673429, 0.109189, 0.207997", \
            "0.0372693, 0.0385905, 0.0417362, 0.0492215, 0.0669213, 0.108752, 0.207764", \
            "0.0369929, 0.038352, 0.0414656, 0.048923, 0.0665977, 0.108333, 0.207333", \
            "0.0370975, 0.0383985, 0.0415029, 0.048926, 0.0664868, 0.10815, 0.207077", \
            "0.0394651, 0.040638, 0.0434837, 0.0511606, 0.0684225, 0.109522, 0.20774" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0189336, 0.017647, 0.0145368, 0.0071528, -0.0104121, -0.0520173, -0.151399", \
            "0.0186108, 0.0173088, 0.0142015, 0.0068001, -0.0107527, -0.0523388, -0.151737", \
            "0.0183075, 0.0169938, 0.0138584, 0.0064773, -0.0110862, -0.0526587, -0.15206", \
            "0.017896, 0.016576, 0.013528, 0.006224, -0.0112961, -0.0529399, -0.152314", \
            "0.0177273, 0.01643, 0.0133727, 0.0060485, -0.0113964, -0.0529256, -0.152345", \
            "0.0198091, 0.0184896, 0.0152784, 0.0076893, -0.0102566, -0.0525743, -0.152106", \
            "0.0271227, 0.0257141, 0.0221822, 0.0141202, -0.0047154, -0.0481397, -0.149627" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0332333, 0.0345604, 0.037715, 0.0451965, 0.0627601, 0.104411, 0.203114", \
            "0.0326473, 0.0340028, 0.0372096, 0.0447504, 0.0624115, 0.104171, 0.202782", \
            "0.032189, 0.0335256, 0.0366976, 0.0442517, 0.0620328, 0.103903, 0.2027", \
            "0.0318504, 0.0331793, 0.0363587, 0.0438379, 0.0615686, 0.10347, 0.202386", \
            "0.0316045, 0.0329204, 0.0360833, 0.0435033, 0.0612075, 0.102972, 0.20189", \
            "0.0317909, 0.0331235, 0.0362982, 0.0437006, 0.0612247, 0.102816, 0.2021", \
            "0.0357128, 0.0370259, 0.0401225, 0.0472671, 0.064298, 0.105076, 0.202985" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.015059, 0.0137587, 0.0106626, 0.0032752, -0.0141809, -0.0559272, -0.155605", \
            "0.0149794, 0.0136735, 0.0105733, 0.0031956, -0.0142679, -0.0559892, -0.155651", \
            "0.014771, 0.0134926, 0.010402, 0.0030138, -0.0144555, -0.0561411, -0.155749", \
            "0.0142835, 0.0130367, 0.0099711, 0.0026996, -0.0146309, -0.0563353, -0.155907", \
            "0.0145423, 0.0132304, 0.0101125, 0.0026002, -0.0147816, -0.0563321, -0.155907", \
            "0.0161735, 0.0148217, 0.0116383, 0.0041789, -0.0137092, -0.0559641, -0.155748", \
            "0.0232423, 0.0216602, 0.0182297, 0.0102611, -0.0085935, -0.0517913, -0.153226" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0280472, 0.0293622, 0.0325419, 0.0399873, 0.0575679, 0.0992554, 0.197884", \
            "0.0275284, 0.0288747, 0.0320574, 0.0395843, 0.0572968, 0.0989793, 0.197638", \
            "0.0270758, 0.0284272, 0.0316278, 0.0391249, 0.0568634, 0.0986919, 0.19747", \
            "0.0268386, 0.0281318, 0.0312957, 0.0387805, 0.0564591, 0.0983685, 0.197235", \
            "0.0266372, 0.0279506, 0.0310868, 0.0385425, 0.0561974, 0.0979606, 0.196932", \
            "0.0274326, 0.0287273, 0.0318488, 0.0391296, 0.0566947, 0.098217, 0.19702", \
            "0.0334793, 0.0346457, 0.037413, 0.0442354, 0.0609925, 0.101269, 0.199232" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0120633, 0.0107594, 0.007673, 0.0003385, -0.0172186, -0.0590929, -0.158828", \
            "0.0119378, 0.0106572, 0.0076016, 0.0003053, -0.0171903, -0.0590255, -0.158765", \
            "0.0115988, 0.010351, 0.0073613, 0.0001515, -0.0172395, -0.0590261, -0.158703", \
            "0.011064, 0.0098113, 0.0068607, -0.0003032, -0.0175343, -0.0590924, -0.158765", \
            "0.0113245, 0.009999, 0.0070654, -0.0002079, -0.0178322, -0.059274, -0.15873", \
            "0.0129686, 0.0115836, 0.0083276, 0.00087, -0.0168506, -0.0587976, -0.158627", \
            "0.0194266, 0.0179795, 0.0145484, 0.0065619, -0.0121066, -0.0552281, -0.156248" \
          );
        }
      }
      internal_power () {
        related_pin : "A4";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0224847, 0.0239131, 0.0270606, 0.0345596, 0.0522323, 0.0938792, 0.192579", \
            "0.0217601, 0.0231218, 0.026382, 0.0339962, 0.0517969, 0.0935608, 0.192349", \
            "0.0212928, 0.0226852, 0.0258472, 0.0334669, 0.0513398, 0.0932926, 0.192114", \
            "0.0213284, 0.0226328, 0.0257661, 0.0331982, 0.0509018, 0.0928074, 0.191894", \
            "0.0225174, 0.0237848, 0.0267441, 0.0339333, 0.0512686, 0.0927712, 0.191522", \
            "0.0259639, 0.0271927, 0.0301084, 0.0368282, 0.0537706, 0.0944999, 0.19265", \
            "0.0354785, 0.0367393, 0.0399539, 0.0465201, 0.0615501, 0.101971, 0.19832" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0073531, 0.0061065, 0.0030536, -0.004299, -0.0218793, -0.0637839, -0.163655", \
            "0.0069316, 0.0057385, 0.0028241, -0.0043576, -0.0217687, -0.0635775, -0.163372", \
            "0.0064384, 0.0052589, 0.0023969, -0.004637, -0.0218132, -0.0634449, -0.163159", \
            "0.0062802, 0.0049938, 0.0019601, -0.0050339, -0.0220889, -0.0635001, -0.163047", \
            "0.006762, 0.005459, 0.0023852, -0.0047826, -0.022146, -0.0636424, -0.163057", \
            "0.0092789, 0.0078332, 0.0044931, -0.0032807, -0.0211401, -0.0630011, -0.162853", \
            "0.0178322, 0.0161171, 0.0123954, 0.0038599, -0.0154914, -0.0594076, -0.160556" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "0.0049533, 0.0064543, 0.009956, 0.0179178, 0.0359235, 0.0776972, 0.177666", \
            "0.004671, 0.0060663, 0.0093546, 0.0172142, 0.0353531, 0.0776003, 0.177126", \
            "0.0048014, 0.0062172, 0.0093831, 0.016706, 0.0346942, 0.0769344, 0.17544", \
            "0.0057355, 0.0069556, 0.0099434, 0.0172431, 0.034964, 0.0762717, 0.175705", \
            "0.0089512, 0.0100714, 0.0128092, 0.019693, 0.0366278, 0.0772178, 0.175773", \
            "0.0168516, 0.0177068, 0.0198941, 0.027005, 0.0428344, 0.0827853, 0.177946", \
            "0.0412673, 0.0412226, 0.0420556, 0.046911, 0.0578384, 0.094881, 0.188388" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00118951, 0.00282986, 0.00673228, 0.0160162, 0.0381028, 0.0906472");
          values ( \
            "-0.0032097, -0.004369, -0.0072234, -0.0143351, -0.0317286, -0.0735882, -0.173419", \
            "-0.0036715, -0.0048199, -0.0077035, -0.0147268, -0.0319896, -0.0737134, -0.173476", \
            "-0.0038676, -0.0051092, -0.0080794, -0.0150919, -0.032302, -0.0739014, -0.173569", \
            "-0.0031859, -0.0045663, -0.007692, -0.0151838, -0.0325348, -0.074221, -0.173597", \
            "0.0002943, -0.0013553, -0.0049023, -0.0132389, -0.0309951, -0.0736315, -0.173551", \
            "0.0085878, 0.0066799, 0.0024931, -0.0066537, -0.0271065, -0.070575, -0.171705", \
            "0.0301826, 0.0292741, 0.0217079, 0.0112177, -0.0118061, -0.0599439, -0.165074" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004428;
      rise_capacitance : 0.004633;
      rise_capacitance_range (0.004633, 0.004633);
      fall_capacitance : 0.004222;
      fall_capacitance_range (0.004222, 0.004222);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0088589, -0.0088576, -0.0088546, -0.0088537, -0.0088515, -0.0088463, -0.0088342" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088789, 0.0088746, 0.0088648, 0.0088628, 0.0088583, 0.0088481, 0.0088246" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004292;
      rise_capacitance : 0.004566;
      rise_capacitance_range (0.004566, 0.004566);
      fall_capacitance : 0.004019;
      fall_capacitance_range (0.004019, 0.004019);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0087652, -0.0087672, -0.0087718, -0.0087718, -0.0087719, -0.008772, -0.008772" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087898, 0.0087865, 0.0087791, 0.0087766, 0.0087711, 0.0087583, 0.0087288" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004325;
      rise_capacitance : 0.004671;
      rise_capacitance_range (0.004671, 0.004671);
      fall_capacitance : 0.00398;
      fall_capacitance_range (0.00398, 0.00398);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0088241, -0.008817, -0.0088007, -0.0087971, -0.0087889, -0.0087698, -0.0087257" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088297, 0.0088301, 0.008831, 0.0088266, 0.0088167, 0.0087938, 0.0087411" \
          );
        }
      }
    }
    pin (A4) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004336;
      rise_capacitance : 0.004718;
      rise_capacitance_range (0.004718, 0.004718);
      fall_capacitance : 0.003954;
      fall_capacitance_range (0.003954, 0.003954);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.008829, -0.0088259, -0.0088189, -0.00882, -0.0088227, -0.0088288, -0.0088428" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088514, 0.0088498, 0.0088461, 0.0088477, 0.0088511, 0.0088592, 0.008878" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004459;
      rise_capacitance : 0.004619;
      rise_capacitance_range (0.004619, 0.004619);
      fall_capacitance : 0.004299;
      fall_capacitance_range (0.004299, 0.004299);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0002368, 0.0002304, 0.0002156, 0.0002539, 0.0003422, 0.0005457, 0.001015" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0103592, 0.0103536, 0.0103408, 0.0103359, 0.0103247, 0.0102988, 0.0102391" \
          );
        }
      }
    }
  }
  cell (scs8hd_o41ai_4) {
    area : 27.5264;
    cell_footprint : "o41ai";
    cell_leakage_power : 0.0188054;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0004012;
      when : "!A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0190961;
      when : "!A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.049599;
      when : "!A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0001098;
      when : "!A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0264427;
      when : "!A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0001098;
      when : "!A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0495876;
      when : "!A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.000109;
      when : "!A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0260938;
      when : "!A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0001093;
      when : "!A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0495873;
      when : "!A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0001096;
      when : "!A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0264398;
      when : "!A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0001091;
      when : "!A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0495876;
      when : "!A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0001093;
      when : "!A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0259889;
      when : "A1&!A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 9.9796e-05;
      when : "A1&!A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0495871;
      when : "A1&!A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0001098;
      when : "A1&!A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0264398;
      when : "A1&!A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0001091;
      when : "A1&!A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0495876;
      when : "A1&!A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0001092;
      when : "A1&!A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0260915;
      when : "A1&A2&!A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0001075;
      when : "A1&A2&!A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0495874;
      when : "A1&A2&!A3&A4&B1";
    }
    leakage_power () {
      value : 0.0001094;
      when : "A1&A2&!A3&A4&!B1";
    }
    leakage_power () {
      value : 0.02644;
      when : "A1&A2&A3&!A4&B1";
    }
    leakage_power () {
      value : 0.0001092;
      when : "A1&A2&A3&!A4&!B1";
    }
    leakage_power () {
      value : 0.0495876;
      when : "A1&A2&A3&A4&B1";
    }
    leakage_power () {
      value : 0.0001092;
      when : "A1&A2&A3&A4&!B1";
    }
    leakage_power () {
      value : 0.0188054;
    }
    pin (Y) {
      direction : output;
      function : "(!A1&!A2&!A3&!A4) | (!B1)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.15565;
      max_transition : 1.49591;
      timing () {
        related_pin : "A1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.195675, 0.200993, 0.214632, 0.249602, 0.339256, 0.57004, 1.16777", \
            "0.198392, 0.203627, 0.217884, 0.253277, 0.343232, 0.574152, 1.17185", \
            "0.208276, 0.213842, 0.227941, 0.263323, 0.353684, 0.585267, 1.1839", \
            "0.231194, 0.236501, 0.249585, 0.285459, 0.375709, 0.607557, 1.20657", \
            "0.276776, 0.28162, 0.296039, 0.331155, 0.421137, 0.652839, 1.25199", \
            "0.355869, 0.361736, 0.37721, 0.41508, 0.511215, 0.743985, 1.3429", \
            "0.506625, 0.513308, 0.531727, 0.575517, 0.682362, 0.936847, 1.54499" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.139582, 0.146569, 0.164704, 0.212394, 0.334889, 0.651185, 1.46974", \
            "0.13974, 0.146437, 0.165181, 0.211889, 0.333757, 0.651133, 1.46671", \
            "0.13965, 0.146872, 0.164751, 0.211843, 0.334596, 0.649623, 1.47021", \
            "0.139764, 0.146628, 0.164737, 0.211866, 0.334694, 0.650524, 1.46664", \
            "0.143783, 0.150422, 0.167427, 0.213391, 0.334205, 0.651022, 1.47132", \
            "0.164195, 0.170822, 0.188054, 0.234339, 0.34854, 0.654235, 1.46919", \
            "0.216035, 0.223, 0.240757, 0.285146, 0.403382, 0.700343, 1.48628" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0321442, 0.0336618, 0.0376691, 0.0473512, 0.0703785, 0.124792, 0.256649", \
            "0.035302, 0.036818, 0.0407326, 0.050283, 0.0732672, 0.127595, 0.259179", \
            "0.0405303, 0.0420694, 0.0459124, 0.0552962, 0.0780328, 0.132087, 0.263666", \
            "0.047282, 0.0491629, 0.0536217, 0.0635229, 0.0871584, 0.140994, 0.272806", \
            "0.0496447, 0.0519262, 0.0574146, 0.0703547, 0.0991529, 0.158553, 0.292697", \
            "0.0259187, 0.0291853, 0.0372646, 0.0556239, 0.0955095, 0.175636, 0.330152", \
            "-0.0713593, -0.0665626, -0.0551761, -0.0299001, 0.0284065, 0.144377, 0.358934" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0353094, 0.0370815, 0.0417893, 0.0533686, 0.0823114, 0.153274, 0.334569", \
            "0.0347077, 0.036538, 0.0411962, 0.0528805, 0.0819551, 0.15315, 0.334463", \
            "0.03577, 0.0373567, 0.0417191, 0.0529469, 0.081414, 0.152942, 0.33428", \
            "0.0433324, 0.0448568, 0.0488503, 0.0590112, 0.0848188, 0.153361, 0.33437", \
            "0.0631654, 0.0646305, 0.0686159, 0.0782176, 0.102559, 0.165281, 0.33837", \
            "0.100855, 0.102817, 0.107725, 0.119476, 0.147164, 0.210124, 0.370395", \
            "0.171353, 0.173937, 0.180409, 0.195661, 0.231559, 0.307306, 0.477959" \
          );
        }
      }
      timing () {
        related_pin : "A2";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.183859, 0.189333, 0.20328, 0.238321, 0.327959, 0.55861, 1.15943", \
            "0.186143, 0.191516, 0.20537, 0.24063, 0.331162, 0.562822, 1.16026", \
            "0.194568, 0.199913, 0.21378, 0.249345, 0.340026, 0.571928, 1.17084", \
            "0.215609, 0.221201, 0.235221, 0.270353, 0.361209, 0.593616, 1.19291", \
            "0.263177, 0.268593, 0.28223, 0.31751, 0.407759, 0.639819, 1.23913", \
            "0.348115, 0.35456, 0.370903, 0.411148, 0.509772, 0.744393, 1.34721", \
            "0.52675, 0.534404, 0.554658, 0.602491, 0.717303, 0.979922, 1.59085" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.139484, 0.146755, 0.164675, 0.211709, 0.333867, 0.649067, 1.47393", \
            "0.139595, 0.146581, 0.164713, 0.21191, 0.334113, 0.64985, 1.46959", \
            "0.139643, 0.146556, 0.16512, 0.211701, 0.334615, 0.649564, 1.47068", \
            "0.139837, 0.14699, 0.164874, 0.212147, 0.334438, 0.651386, 1.4715", \
            "0.147176, 0.153743, 0.171544, 0.216366, 0.334693, 0.649814, 1.46702", \
            "0.177049, 0.183554, 0.200903, 0.246355, 0.356964, 0.657771, 1.46948", \
            "0.242942, 0.249858, 0.268521, 0.314447, 0.43063, 0.71885, 1.49131" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0335641, 0.0350193, 0.0386428, 0.0476135, 0.068749, 0.119553, 0.246315", \
            "0.0368542, 0.0383446, 0.0419847, 0.0508557, 0.0720339, 0.122812, 0.249569", \
            "0.0427862, 0.0442067, 0.0478515, 0.0565811, 0.0775376, 0.128287, 0.255035", \
            "0.0500131, 0.0517258, 0.0556991, 0.0657466, 0.0878395, 0.139168, 0.265804", \
            "0.0508346, 0.0531121, 0.0586109, 0.0720373, 0.100677, 0.159645, 0.28997", \
            "0.0238884, 0.0269154, 0.0347252, 0.0544511, 0.0957422, 0.178424, 0.334713", \
            "-0.0809656, -0.0762187, -0.0644138, -0.0362049, 0.0254808, 0.147563, 0.371009" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0309973, 0.0325618, 0.0365591, 0.0467411, 0.0731401, 0.140854, 0.318865", \
            "0.0306002, 0.032145, 0.0362401, 0.0465149, 0.0728732, 0.140819, 0.318682", \
            "0.0317533, 0.0331255, 0.0369631, 0.0469368, 0.0727788, 0.140862, 0.318478", \
            "0.0394349, 0.0406644, 0.0440595, 0.0532817, 0.0767192, 0.141883, 0.318532", \
            "0.0581005, 0.0595857, 0.0632658, 0.0727372, 0.0964187, 0.15669, 0.322745", \
            "0.0937154, 0.0955477, 0.100373, 0.113521, 0.140952, 0.206429, 0.360682", \
            "0.161344, 0.164195, 0.171228, 0.18845, 0.226534, 0.30814, 0.480518" \
          );
        }
      }
      timing () {
        related_pin : "A3";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.15981, 0.165173, 0.178881, 0.214065, 0.303904, 0.534822, 1.13259", \
            "0.160262, 0.165989, 0.180345, 0.215903, 0.306293, 0.537576, 1.1358", \
            "0.168922, 0.174278, 0.18772, 0.223883, 0.314848, 0.547101, 1.14648", \
            "0.191422, 0.196542, 0.210441, 0.245773, 0.336721, 0.571065, 1.16864", \
            "0.244906, 0.250322, 0.264089, 0.29955, 0.389912, 0.623589, 1.22272", \
            "0.347193, 0.354035, 0.371397, 0.413953, 0.515947, 0.751146, 1.35058", \
            "0.559257, 0.567922, 0.590644, 0.644763, 0.77072, 1.04667, 1.65778" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.139528, 0.146554, 0.164952, 0.211554, 0.334882, 0.651191, 1.47104", \
            "0.139598, 0.146278, 0.164627, 0.211725, 0.334035, 0.649718, 1.46847", \
            "0.13952, 0.14673, 0.164717, 0.211824, 0.334715, 0.650002, 1.47255", \
            "0.139868, 0.146907, 0.164687, 0.21228, 0.335484, 0.65191, 1.47017", \
            "0.150127, 0.157009, 0.173303, 0.217563, 0.335504, 0.652223, 1.47174", \
            "0.189921, 0.196705, 0.213972, 0.258909, 0.365428, 0.657551, 1.4691", \
            "0.256204, 0.264684, 0.286354, 0.337588, 0.460381, 0.741128, 1.49095" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0319326, 0.0331618, 0.0361195, 0.0434744, 0.061656, 0.107239, 0.223959", \
            "0.0353966, 0.0366041, 0.0395917, 0.0470045, 0.0651595, 0.110672, 0.227704", \
            "0.0412949, 0.0424868, 0.0456731, 0.0532979, 0.0716041, 0.117256, 0.234194", \
            "0.0467903, 0.0485327, 0.0523854, 0.0619974, 0.0830434, 0.130293, 0.247438", \
            "0.0429689, 0.0452838, 0.0516989, 0.0652305, 0.0943917, 0.152977, 0.27663", \
            "0.0082622, 0.0117832, 0.0206104, 0.0416447, 0.0851485, 0.170511, 0.327484", \
            "-0.11032, -0.10547, -0.092073, -0.0602401, 0.0063581, 0.134581, 0.364301" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0213945, 0.0227611, 0.0261597, 0.035334, 0.0593783, 0.122658, 0.288276", \
            "0.0213751, 0.0227211, 0.0261767, 0.0353347, 0.0594152, 0.12278, 0.287984", \
            "0.0233357, 0.0244554, 0.0275829, 0.0362954, 0.0596057, 0.122719, 0.287836", \
            "0.0317592, 0.0330117, 0.0361595, 0.0443068, 0.0659388, 0.12461, 0.288237", \
            "0.0502019, 0.0516322, 0.0557616, 0.0654062, 0.0880949, 0.143466, 0.295122", \
            "0.0839498, 0.0861259, 0.0916733, 0.105098, 0.134292, 0.197351, 0.341282", \
            "0.149278, 0.15254, 0.160417, 0.178631, 0.219362, 0.302327, 0.467736" \
          );
        }
      }
      timing () {
        related_pin : "A4";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.110267, 0.115478, 0.129884, 0.165275, 0.25602, 0.487164, 1.08529", \
            "0.11001, 0.115312, 0.129443, 0.165599, 0.257207, 0.489271, 1.08912", \
            "0.116509, 0.121718, 0.135987, 0.171957, 0.263824, 0.497168, 1.09711", \
            "0.141192, 0.146251, 0.159702, 0.194897, 0.285686, 0.518576, 1.11916", \
            "0.20718, 0.212419, 0.22512, 0.256653, 0.344243, 0.57416, 1.17336", \
            "0.326094, 0.333901, 0.352485, 0.395792, 0.492599, 0.715086, 1.30955", \
            "0.551672, 0.560494, 0.580321, 0.638817, 0.766466, 1.04723, 1.63693" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.137128, 0.144263, 0.1636, 0.21118, 0.334581, 0.65105, 1.46995", \
            "0.136438, 0.143499, 0.162519, 0.210891, 0.334362, 0.651142, 1.47007", \
            "0.134359, 0.141767, 0.16104, 0.209857, 0.334096, 0.651027, 1.47106", \
            "0.131548, 0.139219, 0.157293, 0.206555, 0.333893, 0.649715, 1.46792", \
            "0.147684, 0.153948, 0.170933, 0.213883, 0.331532, 0.64989, 1.47231", \
            "0.180637, 0.189997, 0.210801, 0.261109, 0.369755, 0.657431, 1.46904", \
            "0.240338, 0.250445, 0.276675, 0.336564, 0.476193, 0.763602, 1.49591" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0234698, 0.0245022, 0.0271779, 0.0335534, 0.0495064, 0.0905102, 0.196109", \
            "0.026541, 0.0276751, 0.0304707, 0.0370101, 0.0531496, 0.0944014, 0.19983", \
            "0.0305255, 0.0320116, 0.0354763, 0.0432019, 0.0600075, 0.101142, 0.207186", \
            "0.0313553, 0.0333801, 0.0383641, 0.0491399, 0.0708513, 0.115558, 0.222729", \
            "0.0199755, 0.0228161, 0.0298248, 0.0459085, 0.0782267, 0.138617, 0.255022", \
            "-0.0279436, -0.0233794, -0.0124268, 0.0119106, 0.0614623, 0.15086, 0.307143", \
            "-0.168755, -0.162315, -0.144684, -0.106895, -0.0320128, 0.104084, 0.337359" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0115855, 0.0128015, 0.0160184, 0.0243357, 0.0463515, 0.103866, 0.25267", \
            "0.0119124, 0.0130897, 0.01615, 0.0244443, 0.0463485, 0.103592, 0.25317", \
            "0.0162771, 0.0172688, 0.0199089, 0.0267959, 0.0471786, 0.103618, 0.2531", \
            "0.0258876, 0.0270127, 0.0298009, 0.0374223, 0.0565426, 0.107034, 0.252122", \
            "0.0437489, 0.0452757, 0.049123, 0.0587241, 0.0807949, 0.130625, 0.261021", \
            "0.0782383, 0.0802882, 0.0856842, 0.0980334, 0.127788, 0.188931, 0.31755", \
            "0.147366, 0.150008, 0.157224, 0.173301, 0.212363, 0.293184, 0.4512" \
          );
        }
      }
      timing () {
        related_pin : "B1";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.016996, 0.0183523, 0.0217341, 0.0300078, 0.0502142, 0.100916, 0.231296", \
            "0.0222037, 0.0234339, 0.0265887, 0.0345032, 0.0548794, 0.105769, 0.237617", \
            "0.032323, 0.0341613, 0.0383783, 0.0470852, 0.0670528, 0.11793, 0.248006", \
            "0.0484577, 0.051151, 0.0573886, 0.0708061, 0.0961971, 0.146996, 0.278194", \
            "0.0779021, 0.0815437, 0.0902935, 0.109614, 0.147679, 0.214484, 0.345241", \
            "0.137248, 0.142167, 0.15395, 0.180356, 0.233836, 0.334589, 0.507114", \
            "0.261287, 0.267846, 0.283548, 0.319189, 0.392994, 0.534641, 0.78484" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0114501, 0.0129639, 0.0171162, 0.0277832, 0.0556544, 0.12845, 0.315232", \
            "0.0123618, 0.0136394, 0.0172175, 0.0277425, 0.0555251, 0.128254, 0.316805", \
            "0.0193493, 0.0206142, 0.0232601, 0.0308769, 0.0556928, 0.128488, 0.314936", \
            "0.0291067, 0.0310955, 0.0358853, 0.0465019, 0.0663259, 0.12935, 0.316734", \
            "0.0459658, 0.0488766, 0.0554495, 0.070143, 0.0990832, 0.153608, 0.318819", \
            "0.0780196, 0.0803714, 0.0889185, 0.109358, 0.153514, 0.231142, 0.372675", \
            "0.144855, 0.148879, 0.160583, 0.183007, 0.238578, 0.354559, 0.552804" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0123921, 0.0132081, 0.015292, 0.0204575, 0.0333813, 0.0662584, 0.151148", \
            "0.0149186, 0.0159898, 0.0184853, 0.0237381, 0.036757, 0.0697421, 0.155753", \
            "0.0162509, 0.0178157, 0.0214894, 0.0295545, 0.0449277, 0.0780489, 0.162855", \
            "0.0136263, 0.0159157, 0.021324, 0.0330165, 0.0558748, 0.0969326, 0.182069", \
            "0.0005659, 0.0037563, 0.0113308, 0.0275634, 0.0612595, 0.122789, 0.228356", \
            "-0.039531, -0.0349876, -0.0242097, -0.0007467, 0.045498, 0.135351, 0.291344", \
            "-0.145288, -0.139661, -0.124264, -0.0914492, -0.0233435, 0.0994162, 0.326864" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0077412, 0.008759, 0.011389, 0.0182629, 0.0359259, 0.0817549, 0.200287", \
            "0.0104676, 0.0111399, 0.0130754, 0.0188998, 0.0359113, 0.0819236, 0.200862", \
            "0.0153019, 0.0164471, 0.0193818, 0.0258221, 0.0396625, 0.0818834, 0.200857", \
            "0.0242129, 0.0255659, 0.0296459, 0.0384124, 0.0562912, 0.0924481, 0.201647", \
            "0.0397603, 0.0420501, 0.0476228, 0.0601624, 0.0850176, 0.131197, 0.224727", \
            "0.0716794, 0.0749868, 0.0819498, 0.0987331, 0.132901, 0.201188, 0.315487", \
            "0.135669, 0.140502, 0.150082, 0.173615, 0.22346, 0.310676, 0.474491" \
          );
        }
      }
      internal_power () {
        related_pin : "A1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.074794, 0.0763524, 0.0803713, 0.0907269, 0.11746, 0.186774, 0.366815", \
            "0.0740458, 0.0755587, 0.0795698, 0.0901015, 0.116875, 0.186335, 0.366748", \
            "0.0731111, 0.0746882, 0.0787653, 0.0892176, 0.116303, 0.185991, 0.36611", \
            "0.0725877, 0.0741358, 0.0782288, 0.0885652, 0.115621, 0.185448, 0.365959", \
            "0.0721725, 0.0736206, 0.0777927, 0.0880776, 0.115075, 0.18457, 0.365305", \
            "0.0721785, 0.0737075, 0.0776867, 0.0879214, 0.114746, 0.184457, 0.364792", \
            "0.0756257, 0.0771354, 0.0809242, 0.0918211, 0.118073, 0.186741, 0.365929" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0371789, 0.0356571, 0.0317034, 0.0214004, -0.0053326, -0.0747389, -0.256021", \
            "0.0365583, 0.035025, 0.0310766, 0.0207598, -0.005996, -0.0753783, -0.256703", \
            "0.0359032, 0.0343561, 0.0303839, 0.0201033, -0.006646, -0.0760775, -0.257349", \
            "0.035109, 0.033692, 0.0298, 0.0195805, -0.0071809, -0.0766412, -0.257883", \
            "0.0348034, 0.033301, 0.0293764, 0.0191566, -0.0073975, -0.0767749, -0.258073", \
            "0.0379175, 0.0363753, 0.0324303, 0.0217652, -0.0053765, -0.0759748, -0.257704", \
            "0.0505979, 0.0490377, 0.044695, 0.0332744, 0.0044425, -0.0683961, -0.253872" \
          );
        }
      }
      internal_power () {
        related_pin : "A2";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0646416, 0.0661739, 0.0702083, 0.0806118, 0.107309, 0.17685, 0.357029", \
            "0.0636415, 0.0651882, 0.0693061, 0.0797878, 0.106687, 0.176231, 0.356268", \
            "0.0625846, 0.0641622, 0.0682241, 0.0787633, 0.105932, 0.175733, 0.355946", \
            "0.0619141, 0.0634569, 0.0675031, 0.0779431, 0.104992, 0.17487, 0.355483", \
            "0.0613729, 0.0629233, 0.0668788, 0.0773298, 0.104305, 0.174135, 0.354819", \
            "0.0615082, 0.0629554, 0.0670446, 0.0774019, 0.104065, 0.173592, 0.354374", \
            "0.0687719, 0.0701071, 0.0738358, 0.0833308, 0.109145, 0.177426, 0.356248" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0300222, 0.0285133, 0.0245564, 0.0142916, -0.0123596, -0.0818656, -0.263589", \
            "0.0298242, 0.028333, 0.0243959, 0.014152, -0.0125615, -0.0820549, -0.263718", \
            "0.0294563, 0.0279511, 0.0240064, 0.0137195, -0.0128777, -0.0823562, -0.264078", \
            "0.0285376, 0.0270352, 0.0231235, 0.0131038, -0.0134251, -0.0827977, -0.26441", \
            "0.0281866, 0.0266737, 0.0227605, 0.0126033, -0.0137535, -0.0830147, -0.264517", \
            "0.0314686, 0.0298986, 0.0257819, 0.0154294, -0.0117694, -0.0823156, -0.26414", \
            "0.0432573, 0.0415353, 0.0371535, 0.0260496, -0.0025321, -0.0749342, -0.260205" \
          );
        }
      }
      internal_power () {
        related_pin : "A3";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0552295, 0.056838, 0.0608422, 0.071244, 0.0980595, 0.167442, 0.347554", \
            "0.0540816, 0.0556435, 0.0597318, 0.0703191, 0.09735, 0.167081, 0.347125", \
            "0.0529135, 0.0544833, 0.0586399, 0.0691571, 0.0963791, 0.166269, 0.34665", \
            "0.052173, 0.0536833, 0.0577511, 0.0682522, 0.0954003, 0.165426, 0.346082", \
            "0.0516126, 0.0532048, 0.0572239, 0.0676688, 0.0945397, 0.164359, 0.345237", \
            "0.0527372, 0.0542287, 0.0581632, 0.0682808, 0.0950457, 0.164677, 0.34488", \
            "0.0629059, 0.064255, 0.0679009, 0.0772396, 0.102669, 0.170105, 0.348251" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.023726, 0.0222303, 0.0183172, 0.0080769, -0.0186448, -0.0883877, -0.270454", \
            "0.0235704, 0.0221012, 0.0181961, 0.008044, -0.0185566, -0.08831, -0.270272", \
            "0.0231163, 0.0216456, 0.0178366, 0.0078272, -0.0186168, -0.0881786, -0.270064", \
            "0.0220781, 0.020657, 0.0168537, 0.0069931, -0.0191214, -0.0883483, -0.270073", \
            "0.0221633, 0.0207341, 0.0170397, 0.0069279, -0.0198403, -0.0887568, -0.270079", \
            "0.0247693, 0.0231995, 0.0191768, 0.0088819, -0.0181533, -0.088293, -0.26989", \
            "0.0357069, 0.0342744, 0.0299711, 0.0185304, -0.0098813, -0.0818775, -0.266281" \
          );
        }
      }
      internal_power () {
        related_pin : "A4";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0444689, 0.045955, 0.0500486, 0.0607283, 0.0876154, 0.157135, 0.337252", \
            "0.0427991, 0.0444525, 0.0485045, 0.0593049, 0.0866151, 0.156365, 0.336751", \
            "0.0414655, 0.0429785, 0.0472403, 0.057732, 0.085388, 0.155528, 0.336273", \
            "0.0412188, 0.0427229, 0.0467928, 0.0572852, 0.0843747, 0.154613, 0.335649", \
            "0.0430606, 0.0445268, 0.0487448, 0.0583434, 0.0849012, 0.154511, 0.335033", \
            "0.0486591, 0.0501385, 0.0539548, 0.0637545, 0.0894031, 0.156769, 0.336229", \
            "0.0650896, 0.0665828, 0.0706181, 0.0777055, 0.10263, 0.169067, 0.344373" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0154929, 0.0140734, 0.0102599, 9.3e-05, -0.0266215, -0.0964295, -0.2786", \
            "0.0146604, 0.0132808, 0.0096433, -0.000181, -0.0265085, -0.0960711, -0.278091", \
            "0.0137068, 0.0123455, 0.0087441, -0.0008543, -0.0267427, -0.0959027, -0.277648", \
            "0.0129067, 0.011582, 0.0079013, -0.001731, -0.0273743, -0.0960714, -0.277512", \
            "0.014048, 0.0125806, 0.0087501, -0.0012196, -0.0277593, -0.09648, -0.277567", \
            "0.0181851, 0.0165412, 0.0123154, 0.001544, -0.0257071, -0.0953439, -0.277308", \
            "0.0324499, 0.0305878, 0.0259234, 0.0138097, -0.0157705, -0.0891534, -0.273414" \
          );
        }
      }
      internal_power () {
        related_pin : "B1";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "0.0099323, 0.0117891, 0.0165167, 0.028017, 0.0560589, 0.12635, 0.305221", \
            "0.0091984, 0.0108921, 0.0153134, 0.0264862, 0.0548105, 0.125416, 0.30753", \
            "0.0093042, 0.0108747, 0.0149425, 0.0257884, 0.0533214, 0.124223, 0.304372", \
            "0.0112406, 0.0126069, 0.0163545, 0.0267224, 0.0532483, 0.122852, 0.304861", \
            "0.0157597, 0.0170491, 0.0204825, 0.0300131, 0.0565531, 0.124302, 0.304436", \
            "0.028678, 0.029666, 0.0324362, 0.043872, 0.0639969, 0.131048, 0.307619", \
            "0.0635915, 0.0642183, 0.0661368, 0.0728184, 0.0925768, 0.159474, 0.324201" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00130167, 0.00338867, 0.00882184, 0.0229662, 0.0597886, 0.15565");
          values ( \
            "-0.0038704, -0.0052028, -0.0087351, -0.0183369, -0.0446167, -0.114262, -0.296371", \
            "-0.0048762, -0.0062418, -0.009792, -0.0193034, -0.0452141, -0.114556, -0.296466", \
            "-0.0054136, -0.0068041, -0.0105185, -0.020253, -0.0460983, -0.115077, -0.296697", \
            "-0.0043924, -0.0062753, -0.0103418, -0.0204714, -0.0465594, -0.11556, -0.297031", \
            "0.0004402, -0.0013661, -0.0059361, -0.0171635, -0.0449851, -0.115535, -0.297321", \
            "0.0147213, 0.0125843, 0.0071239, -0.0057284, -0.035884, -0.110963, -0.295486", \
            "0.0487857, 0.0470043, 0.041319, 0.0245527, -0.0111894, -0.0924049, -0.283903" \
          );
        }
      }
    }
    pin (A1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008645;
      rise_capacitance : 0.009076;
      rise_capacitance_range (0.009076, 0.009076);
      fall_capacitance : 0.008214;
      fall_capacitance_range (0.008214, 0.008214);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0174893, -0.0174859, -0.0174781, -0.017468, -0.0174448, -0.0173914, -0.0172682" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0175288, 0.0175248, 0.0175154, 0.0175026, 0.0174729, 0.0174045, 0.0172468" \
          );
        }
      }
    }
    pin (A2) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008401;
      rise_capacitance : 0.008962;
      rise_capacitance_range (0.008962, 0.008962);
      fall_capacitance : 0.007841;
      fall_capacitance_range (0.007841, 0.007841);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0174751, -0.0174741, -0.0174718, -0.0174762, -0.0174866, -0.0175105, -0.0175655" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0175216, 0.0175197, 0.0175152, 0.0175179, 0.0175242, 0.0175388, 0.0175725" \
          );
        }
      }
    }
    pin (A3) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00834;
      rise_capacitance : 0.008962;
      rise_capacitance_range (0.008962, 0.008962);
      fall_capacitance : 0.007717;
      fall_capacitance_range (0.007717, 0.007717);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.017418, -0.0174304, -0.0174592, -0.0174547, -0.0174442, -0.0174202, -0.0173647" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0174851, 0.0174847, 0.0174835, 0.0174859, 0.0174912, 0.0175035, 0.0175319" \
          );
        }
      }
    }
    pin (A4) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008403;
      rise_capacitance : 0.009122;
      rise_capacitance_range (0.009122, 0.009122);
      fall_capacitance : 0.007684;
      fall_capacitance_range (0.007684, 0.007684);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0175217, -0.0175129, -0.0174925, -0.0174971, -0.0175073, -0.017531, -0.0175855" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0175838, 0.0175707, 0.0175403, 0.0175435, 0.0175509, 0.0175679, 0.0176069" \
          );
        }
      }
    }
    pin (B1) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008921;
      rise_capacitance : 0.009215;
      rise_capacitance_range (0.009215, 0.009215);
      fall_capacitance : 0.008626;
      fall_capacitance_range (0.008626, 0.008626);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0009237, -0.0009427, -0.0009864, -0.0009129, -0.0007437, -0.0003535, 0.0005458" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.020905, 0.0208796, 0.0208211, 0.0208196, 0.0208161, 0.0208081, 0.0207897" \
          );
        }
      }
    }
  }
  cell (scs8hd_or2_0) {
    area : 6.256;
    cell_footprint : "or2";
    cell_leakage_power : 0.00211657;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0001138;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0081393;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.000102;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0001112;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.00211657;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.136424;
      max_transition : 1.49473;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
          values ( \
            "0.0418466, 0.048047, 0.0630292, 0.100218, 0.194824, 0.435695, 1.05113", \
            "0.0456934, 0.0518843, 0.0668664, 0.104243, 0.199079, 0.440069, 1.05477", \
            "0.0540132, 0.060188, 0.0751289, 0.112589, 0.207383, 0.448567, 1.06289", \
            "0.0634261, 0.0696994, 0.0847174, 0.122329, 0.217149, 0.458621, 1.07567", \
            "0.0680247, 0.074866, 0.0901132, 0.127642, 0.222989, 0.464155, 1.07881", \
            "0.0524086, 0.0609579, 0.0779806, 0.115189, 0.210161, 0.45171, 1.06779", \
            "-0.0222324, -0.0112268, 0.0103852, 0.0499232, 0.14363, 0.383917, 0.998157" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
          values ( \
            "0.0179224, 0.026018, 0.0470228, 0.101253, 0.239168, 0.590661, 1.4887", \
            "0.0179157, 0.0260071, 0.0470386, 0.101256, 0.239672, 0.591566, 1.4877", \
            "0.0181456, 0.0261453, 0.0469596, 0.10128, 0.239474, 0.591092, 1.48787", \
            "0.0197327, 0.0272638, 0.0477402, 0.10118, 0.239398, 0.590424, 1.48915", \
            "0.0239146, 0.0304624, 0.0491043, 0.10188, 0.239517, 0.591317, 1.48817", \
            "0.0309714, 0.0374809, 0.0542012, 0.103115, 0.240416, 0.591108, 1.48797", \
            "0.0416726, 0.0499492, 0.0666044, 0.109983, 0.240469, 0.592106, 1.48206" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
          values ( \
            "0.107356, 0.114083, 0.127973, 0.154476, 0.208465, 0.331801, 0.641317", \
            "0.110483, 0.117249, 0.131103, 0.157646, 0.211616, 0.335024, 0.644219", \
            "0.119985, 0.126787, 0.140565, 0.167084, 0.221023, 0.344489, 0.653947", \
            "0.142642, 0.149433, 0.163221, 0.189793, 0.243968, 0.367353, 0.677279", \
            "0.187623, 0.194908, 0.209666, 0.23765, 0.292761, 0.416336, 0.726039", \
            "0.271133, 0.279248, 0.295779, 0.326552, 0.384671, 0.510517, 0.820252", \
            "0.435055, 0.444237, 0.463172, 0.498264, 0.561342, 0.689166, 0.998969" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
          values ( \
            "0.0239101, 0.0288073, 0.0398904, 0.0642414, 0.122201, 0.277363, 0.681422", \
            "0.0238061, 0.0290447, 0.0399369, 0.0642252, 0.122105, 0.277014, 0.681146", \
            "0.0238014, 0.029073, 0.0399662, 0.0640577, 0.12226, 0.277618, 0.686165", \
            "0.0240209, 0.0287785, 0.0399821, 0.0639178, 0.12239, 0.27616, 0.684773", \
            "0.0272402, 0.032557, 0.043557, 0.0674317, 0.124146, 0.277337, 0.688401", \
            "0.0336175, 0.0391871, 0.0509725, 0.0748575, 0.130696, 0.280257, 0.680988", \
            "0.0433354, 0.0494585, 0.0626107, 0.0883256, 0.141894, 0.2856, 0.68379" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
          values ( \
            "0.0396658, 0.0461514, 0.0617751, 0.100043, 0.195765, 0.43754, 1.05206", \
            "0.0435855, 0.0500224, 0.0656545, 0.103926, 0.199113, 0.440931, 1.05677", \
            "0.0512984, 0.0576542, 0.0730268, 0.111429, 0.207862, 0.44828, 1.07624", \
            "0.0595939, 0.0660062, 0.0812912, 0.119474, 0.215895, 0.458981, 1.07868", \
            "0.0629825, 0.0699721, 0.0855067, 0.123112, 0.219226, 0.460517, 1.07588", \
            "0.0460151, 0.0550706, 0.0723101, 0.109845, 0.20482, 0.44739, 1.06692", \
            "-0.0300261, -0.0186099, 0.004398, 0.0455508, 0.140258, 0.381883, 0.996788" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
          values ( \
            "0.0176875, 0.0257845, 0.0468186, 0.101477, 0.240413, 0.594854, 1.4926", \
            "0.0176593, 0.0258271, 0.0469567, 0.101414, 0.239879, 0.592701, 1.4898", \
            "0.0181518, 0.0260697, 0.0468468, 0.101407, 0.241061, 0.591369, 1.48649", \
            "0.0199449, 0.0272604, 0.0475982, 0.10131, 0.239705, 0.592414, 1.49473", \
            "0.0242444, 0.0309437, 0.0492049, 0.101745, 0.239183, 0.591696, 1.49055", \
            "0.0320317, 0.0389552, 0.0554251, 0.103245, 0.239953, 0.589338, 1.48792", \
            "0.0442255, 0.0531402, 0.0712737, 0.112371, 0.241721, 0.592662, 1.48371" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
          values ( \
            "0.0948718, 0.101664, 0.115571, 0.142022, 0.196123, 0.319674, 0.629164", \
            "0.0973067, 0.104092, 0.117939, 0.144645, 0.198568, 0.322165, 0.631329", \
            "0.107105, 0.113873, 0.127647, 0.154381, 0.208671, 0.332283, 0.641439", \
            "0.133704, 0.140434, 0.15418, 0.180927, 0.235188, 0.35871, 0.668625", \
            "0.187307, 0.194658, 0.209453, 0.237133, 0.292288, 0.415603, 0.725459", \
            "0.275423, 0.283813, 0.30103, 0.331953, 0.389269, 0.515181, 0.82512", \
            "0.437943, 0.447566, 0.467604, 0.504273, 0.566303, 0.693428, 1.00318" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
          values ( \
            "0.0237511, 0.0287266, 0.0396942, 0.0641186, 0.122253, 0.277011, 0.686378", \
            "0.023812, 0.0288919, 0.0397258, 0.0642568, 0.122266, 0.276627, 0.684093", \
            "0.0239718, 0.0290961, 0.0399093, 0.0642072, 0.122084, 0.276411, 0.684573", \
            "0.0238541, 0.0293057, 0.0402961, 0.0641992, 0.122232, 0.276084, 0.688505", \
            "0.0288407, 0.0337402, 0.044784, 0.0681213, 0.124453, 0.276867, 0.679579", \
            "0.0378436, 0.0434594, 0.0546167, 0.0765065, 0.131125, 0.280623, 0.687539", \
            "0.0493106, 0.05524, 0.0682381, 0.0920152, 0.143803, 0.284916, 0.684749" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136423");
          values ( \
            "0.0088029, 0.0103197, 0.0140715, 0.0234754, 0.0475738, 0.108474, 0.264084", \
            "0.0087165, 0.0102293, 0.0139927, 0.0234286, 0.0473087, 0.108466, 0.263783", \
            "0.0086555, 0.0101616, 0.0139114, 0.0233958, 0.0473375, 0.108897, 0.264006", \
            "0.0086032, 0.0100964, 0.0137871, 0.0232912, 0.0472584, 0.108884, 0.265081", \
            "0.0089956, 0.0104383, 0.0141306, 0.0236269, 0.0474333, 0.108679, 0.264322", \
            "0.0100313, 0.0114452, 0.0151311, 0.0245568, 0.048615, 0.109075, 0.265908", \
            "0.013483, 0.0148186, 0.018348, 0.0274941, 0.0513704, 0.112189, 0.266863" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136423");
          values ( \
            "0.0088805, 0.0076596, 0.0046033, -0.0043003, -0.0284074, -0.0903135, -0.24793", \
            "0.0086341, 0.0074253, 0.0043553, -0.0045525, -0.0286334, -0.090518, -0.248135", \
            "0.0084181, 0.0072655, 0.004181, -0.0047322, -0.0288192, -0.0906913, -0.248259", \
            "0.0082948, 0.007088, 0.0039802, -0.0048798, -0.0289205, -0.0907784, -0.248346", \
            "0.0081791, 0.0069976, 0.0039713, -0.0047806, -0.0288111, -0.090663, -0.248216", \
            "0.010753, 0.0091931, 0.0055697, -0.0040526, -0.0281174, -0.0899207, -0.24754", \
            "0.0137904, 0.0121099, 0.0081543, -0.0014635, -0.0258505, -0.0877551, -0.245257" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136423");
          values ( \
            "0.0073492, 0.0089637, 0.0128994, 0.0226067, 0.0469068, 0.108433, 0.265249", \
            "0.0072531, 0.0088436, 0.0127698, 0.0224395, 0.0463996, 0.108291, 0.264733", \
            "0.007082, 0.0086458, 0.0125195, 0.0222057, 0.0467078, 0.107754, 0.262622", \
            "0.0069776, 0.0084946, 0.0123175, 0.0219282, 0.0462348, 0.107714, 0.263868", \
            "0.0073626, 0.0088346, 0.0125784, 0.0221264, 0.0461376, 0.108146, 0.263675", \
            "0.008571, 0.0100039, 0.0136968, 0.0231372, 0.0471354, 0.107915, 0.264027", \
            "0.0123812, 0.0137198, 0.0172327, 0.0262099, 0.0501496, 0.111059, 0.266109" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136423");
          values ( \
            "0.0080949, 0.0068662, 0.0038415, -0.0049781, -0.0289851, -0.0908049, -0.248346", \
            "0.0078697, 0.0066574, 0.0036194, -0.0052083, -0.0291983, -0.0910066, -0.248537", \
            "0.0077899, 0.0065493, 0.0034979, -0.0053622, -0.0293243, -0.0911057, -0.248661", \
            "0.0078465, 0.0066208, 0.0035567, -0.0052744, -0.029271, -0.0910807, -0.248605", \
            "0.0080993, 0.0068596, 0.0038311, -0.0049705, -0.0289381, -0.0907635, -0.248297", \
            "0.0112087, 0.009678, 0.0058091, -0.0038027, -0.0278683, -0.0896775, -0.24724", \
            "0.0149121, 0.0131811, 0.0091807, -0.000342, -0.0248854, -0.0867601, -0.244293" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001634;
      rise_capacitance : 0.001721;
      rise_capacitance_range (0.001721, 0.001721);
      fall_capacitance : 0.001548;
      fall_capacitance_range (0.001548, 0.001548);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018773, -0.0019069, -0.0019752, -0.0019763, -0.0019787, -0.0019843, -0.0019973" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0020317, 0.0020314, 0.0020307, 0.00203, 0.0020285, 0.0020249, 0.0020168" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001576;
      rise_capacitance : 0.001669;
      rise_capacitance_range (0.001669, 0.001669);
      fall_capacitance : 0.001482;
      fall_capacitance_range (0.001482, 0.001482);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0010115, -0.0010141, -0.0010203, -0.0010202, -0.0010201, -0.0010198, -0.0010192" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0014537, 0.0014531, 0.0014517, 0.0014543, 0.0014605, 0.0014746, 0.0015071" \
          );
        }
      }
    }
  }
  cell (scs8hd_or2_1) {
    area : 6.256;
    cell_footprint : "or2";
    cell_leakage_power : 0.00163458;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 3.7793e-05;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0064394;
      when : "!A&!B";
    }
    leakage_power () {
      value : 2.59668e-05;
      when : "A&B";
    }
    leakage_power () {
      value : 3.51572e-05;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.00163458;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.217905;
      max_transition : 1.50916;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0414022, 0.0460557, 0.0579483, 0.0892621, 0.175445, 0.413487, 1.06948", \
            "0.0452283, 0.0498786, 0.0617507, 0.0932253, 0.179417, 0.417417, 1.07355", \
            "0.0539917, 0.058668, 0.0704652, 0.102058, 0.188361, 0.426013, 1.08074", \
            "0.0652837, 0.0701637, 0.0822808, 0.113852, 0.200332, 0.438364, 1.09442", \
            "0.0720243, 0.0777326, 0.0904688, 0.121975, 0.208575, 0.446561, 1.10482", \
            "0.0591685, 0.0664874, 0.0817552, 0.114129, 0.200065, 0.43797, 1.09476", \
            "-0.0101086, -0.0009129, 0.0186688, 0.0557991, 0.141512, 0.378552, 1.03393" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0150312, 0.0206296, 0.0364923, 0.0816155, 0.20673, 0.551127, 1.49848", \
            "0.0150006, 0.0206018, 0.036531, 0.081746, 0.206862, 0.551504, 1.50003", \
            "0.0153072, 0.0208414, 0.036581, 0.0816749, 0.206372, 0.549472, 1.49754", \
            "0.0174025, 0.0225028, 0.0374897, 0.081647, 0.206831, 0.551535, 1.50073", \
            "0.0220771, 0.0266742, 0.0401513, 0.0826826, 0.206472, 0.551326, 1.49773", \
            "0.0290042, 0.034385, 0.0471623, 0.0852863, 0.207536, 0.549402, 1.498", \
            "0.0392444, 0.0459697, 0.0615051, 0.0954648, 0.209189, 0.55141, 1.49451" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.111476, 0.117123, 0.129602, 0.154899, 0.206756, 0.328194, 0.653023", \
            "0.114802, 0.120505, 0.133049, 0.15826, 0.210131, 0.331638, 0.656548", \
            "0.124343, 0.130017, 0.142562, 0.167749, 0.219648, 0.341089, 0.665835", \
            "0.146999, 0.15263, 0.165204, 0.190495, 0.242404, 0.363925, 0.687988", \
            "0.193978, 0.199915, 0.213109, 0.239393, 0.292281, 0.413934, 0.738831", \
            "0.280735, 0.287191, 0.301722, 0.330941, 0.387176, 0.511408, 0.836089", \
            "0.447826, 0.455135, 0.47147, 0.504857, 0.567487, 0.69439, 1.01929" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0234794, 0.0277426, 0.0373578, 0.0585533, 0.110368, 0.258574, 0.68008", \
            "0.0234099, 0.0277857, 0.0367853, 0.0585556, 0.110381, 0.258341, 0.681427", \
            "0.0233202, 0.0274762, 0.0372674, 0.0585149, 0.110364, 0.257803, 0.681104", \
            "0.0233341, 0.0275653, 0.0371584, 0.058455, 0.110362, 0.256306, 0.680898", \
            "0.0263763, 0.0305715, 0.0403618, 0.061134, 0.111859, 0.256605, 0.680029", \
            "0.0329745, 0.0373333, 0.0473029, 0.0690588, 0.119486, 0.261537, 0.68071", \
            "0.0434066, 0.0480642, 0.0590669, 0.0828931, 0.132148, 0.267763, 0.683335" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0393894, 0.0442399, 0.0566885, 0.0891011, 0.176128, 0.416339, 1.07244", \
            "0.0434371, 0.0482541, 0.0606289, 0.0931934, 0.180841, 0.421209, 1.0749", \
            "0.0518006, 0.0565751, 0.0687461, 0.101076, 0.188409, 0.429414, 1.08682", \
            "0.0618485, 0.0668784, 0.0791262, 0.111397, 0.19959, 0.438645, 1.09438", \
            "0.06748, 0.0734273, 0.0863697, 0.118299, 0.206173, 0.445939, 1.10312", \
            "0.0539284, 0.0614959, 0.0773913, 0.110346, 0.196845, 0.435777, 1.09554", \
            "-0.0162345, -0.0066659, 0.0138793, 0.0533555, 0.139132, 0.377485, 1.0341" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0147226, 0.020336, 0.0363467, 0.0813775, 0.207388, 0.553712, 1.50101", \
            "0.014746, 0.0203361, 0.0362796, 0.0814572, 0.206918, 0.555165, 1.49499", \
            "0.0151931, 0.0206651, 0.0364455, 0.0814211, 0.207364, 0.552848, 1.50916", \
            "0.0175685, 0.0225522, 0.0374964, 0.0815765, 0.206876, 0.551781, 1.49988", \
            "0.0225426, 0.0270688, 0.0404738, 0.0825049, 0.206435, 0.551591, 1.50604", \
            "0.0298315, 0.0353606, 0.0481284, 0.0859018, 0.207524, 0.550283, 1.49978", \
            "0.0415381, 0.0487638, 0.0637482, 0.0979533, 0.209823, 0.55216, 1.49641" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.100224, 0.105919, 0.118496, 0.14384, 0.1955, 0.317156, 0.641553", \
            "0.102915, 0.10857, 0.12111, 0.146425, 0.198107, 0.319764, 0.644244", \
            "0.11246, 0.118095, 0.130625, 0.15604, 0.207961, 0.329561, 0.654351", \
            "0.13898, 0.144571, 0.15705, 0.182469, 0.23447, 0.355979, 0.6809", \
            "0.195232, 0.201204, 0.214513, 0.240521, 0.293406, 0.415282, 0.739714", \
            "0.287429, 0.294443, 0.309533, 0.339797, 0.396007, 0.519809, 0.844851", \
            "0.453557, 0.461216, 0.479005, 0.514, 0.577236, 0.704336, 1.02896" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379085, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0233192, 0.027482, 0.0371342, 0.0583971, 0.110346, 0.25723, 0.683381", \
            "0.0233317, 0.0275645, 0.0371788, 0.0584055, 0.110388, 0.257512, 0.684798", \
            "0.0235065, 0.0275792, 0.0371748, 0.0582116, 0.11029, 0.257997, 0.682298", \
            "0.0233091, 0.0277576, 0.0369825, 0.0579358, 0.110182, 0.258427, 0.68095", \
            "0.0278519, 0.0321149, 0.0415, 0.0617762, 0.112179, 0.258735, 0.683807", \
            "0.0373169, 0.0421455, 0.0524465, 0.0726961, 0.120332, 0.262398, 0.679821", \
            "0.0499026, 0.0546236, 0.0656692, 0.0890186, 0.136775, 0.268539, 0.684709" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379084, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0107869, 0.01249, 0.0170849, 0.0295052, 0.0636626, 0.158127, 0.418557", \
            "0.0107249, 0.01243, 0.0170144, 0.0294511, 0.0636867, 0.158172, 0.418673", \
            "0.0106387, 0.0123218, 0.0169331, 0.0294506, 0.0636604, 0.158231, 0.4187", \
            "0.0106659, 0.0123498, 0.0168716, 0.0293321, 0.0637417, 0.158262, 0.418815", \
            "0.0110959, 0.0127225, 0.0171686, 0.0295278, 0.063809, 0.158449, 0.420808", \
            "0.0124056, 0.0140181, 0.018503, 0.0308845, 0.0649792, 0.158833, 0.421667", \
            "0.0162868, 0.0177888, 0.0220733, 0.0339989, 0.0681874, 0.162225, 0.42263" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379084, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0101116, 0.0085667, 0.0046674, -0.0069023, -0.041149, -0.136914, -0.400905", \
            "0.0098652, 0.0083386, 0.0043801, -0.0071268, -0.0413666, -0.137136, -0.401108", \
            "0.0096191, 0.0080306, 0.0041848, -0.0073225, -0.0415598, -0.137315, -0.401205", \
            "0.0094886, 0.0078791, 0.0040562, -0.0074969, -0.0416978, -0.137432, -0.40126", \
            "0.0095839, 0.0079457, 0.0040539, -0.0074209, -0.0415832, -0.137327, -0.401196", \
            "0.0131923, 0.0111024, 0.0062845, -0.0064941, -0.0408978, -0.136647, -0.400553", \
            "0.0166797, 0.0145167, 0.0093898, -0.0036872, -0.0386595, -0.13449, -0.398231" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379084, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0093161, 0.0111284, 0.015987, 0.0288824, 0.0636381, 0.158649, 0.418998", \
            "0.0092589, 0.0110508, 0.0158747, 0.0287643, 0.0635252, 0.15855, 0.417006", \
            "0.0091563, 0.0109092, 0.0156056, 0.0284751, 0.0633309, 0.158743, 0.421952", \
            "0.0090567, 0.0107815, 0.0154257, 0.0280991, 0.0629543, 0.158379, 0.421031", \
            "0.0095742, 0.0112645, 0.0157607, 0.0282545, 0.0629489, 0.157925, 0.421553", \
            "0.0108603, 0.0124932, 0.0170028, 0.029406, 0.0639331, 0.157703, 0.421617", \
            "0.014901, 0.016346, 0.0207487, 0.0328309, 0.0668556, 0.161454, 0.420912" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137674, 0.00379084, 0.010438, 0.028741, 0.079138, 0.217905");
          values ( \
            "0.0093456, 0.0077465, 0.003986, -0.0075571, -0.0416889, -0.137383, -0.401217", \
            "0.0091497, 0.0075586, 0.003782, -0.0077589, -0.0418806, -0.137569, -0.401401", \
            "0.0089851, 0.0074218, 0.0036444, -0.0079377, -0.0420229, -0.137692, -0.401522", \
            "0.0091413, 0.0075481, 0.0036406, -0.0079431, -0.0420221, -0.137677, -0.401523", \
            "0.0097195, 0.0080122, 0.0039792, -0.007543, -0.0417229, -0.137375, -0.401143", \
            "0.013696, 0.0118313, 0.0067882, -0.006073, -0.04061, -0.136334, -0.400182", \
            "0.0185298, 0.0163357, 0.0109357, -0.002515, -0.0374625, -0.133393, -0.397214" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001566;
      rise_capacitance : 0.00164;
      rise_capacitance_range (0.00164, 0.00164);
      fall_capacitance : 0.001491;
      fall_capacitance_range (0.001491, 0.001491);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018688, -0.0018913, -0.0019432, -0.0019449, -0.001949, -0.0019583, -0.0019796" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0019967, 0.0019986, 0.0020032, 0.0020022, 0.0019999, 0.0019944, 0.0019819" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001549;
      rise_capacitance : 0.001641;
      rise_capacitance_range (0.001641, 0.001641);
      fall_capacitance : 0.001456;
      fall_capacitance_range (0.001456, 0.001456);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0008942, -0.0008963, -0.0009009, -0.000901, -0.0009011, -0.0009013, -0.0009018" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0013323, 0.0013313, 0.0013291, 0.001332, 0.0013386, 0.001354, 0.0013894" \
          );
        }
      }
    }
  }
  cell (scs8hd_or2_2) {
    area : 6.256;
    cell_footprint : "or2";
    cell_leakage_power : 0.00320939;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 6.61499e-05;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0126516;
      when : "!A&!B";
    }
    leakage_power () {
      value : 5.55852e-05;
      when : "A&B";
    }
    leakage_power () {
      value : 6.42198e-05;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.00320939;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.392771;
      max_transition : 1.50649;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0487078, 0.0524557, 0.0620781, 0.0876087, 0.162073, 0.387348, 1.07084", \
            "0.0524925, 0.0562357, 0.0658528, 0.0912741, 0.165846, 0.391104, 1.0739", \
            "0.0617248, 0.0654637, 0.0750146, 0.100456, 0.174883, 0.400303, 1.08465", \
            "0.0773618, 0.0813473, 0.091362, 0.116958, 0.191542, 0.417124, 1.10016", \
            "0.0903122, 0.0954778, 0.106995, 0.133202, 0.207576, 0.432915, 1.11846", \
            "0.0864035, 0.0924823, 0.107105, 0.136861, 0.210646, 0.435838, 1.11818", \
            "0.0305919, 0.0375174, 0.0551969, 0.0918993, 0.168696, 0.392287, 1.07761" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0133926, 0.0169796, 0.0277454, 0.0621528, 0.170447, 0.500262, 1.50033", \
            "0.0134079, 0.0170012, 0.0278192, 0.0621593, 0.170098, 0.500942, 1.49929", \
            "0.0133496, 0.0169798, 0.0278258, 0.0621845, 0.170237, 0.500382, 1.50163", \
            "0.0160462, 0.0195396, 0.0295586, 0.0626697, 0.170588, 0.500431, 1.50202", \
            "0.0208132, 0.0246598, 0.0342577, 0.0649426, 0.170357, 0.500019, 1.50321", \
            "0.0277368, 0.0327592, 0.0435209, 0.071489, 0.17207, 0.50054, 1.50237", \
            "0.0387538, 0.0438781, 0.0577357, 0.0867307, 0.177566, 0.502046, 1.49621" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.152295, 0.157101, 0.168742, 0.194678, 0.246585, 0.361084, 0.669277", \
            "0.155758, 0.160547, 0.172325, 0.198174, 0.250183, 0.364511, 0.672762", \
            "0.164934, 0.169682, 0.181409, 0.207021, 0.25915, 0.373614, 0.681901", \
            "0.187468, 0.19224, 0.203812, 0.22966, 0.281974, 0.396397, 0.704776", \
            "0.240611, 0.2455, 0.257111, 0.282761, 0.33499, 0.44945, 0.757672", \
            "0.34175, 0.346845, 0.359497, 0.387723, 0.443805, 0.561108, 0.869253", \
            "0.531975, 0.537566, 0.551779, 0.582599, 0.645642, 0.770551, 1.08104" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.03042, 0.0333144, 0.0416263, 0.0605539, 0.105027, 0.227854, 0.62729", \
            "0.0303317, 0.0333269, 0.0413477, 0.061068, 0.105177, 0.227926, 0.62809", \
            "0.0302765, 0.0332393, 0.0415723, 0.0606905, 0.104846, 0.227861, 0.627624", \
            "0.0303669, 0.0332627, 0.0416942, 0.0602485, 0.1044, 0.227987, 0.628724", \
            "0.031863, 0.0345947, 0.0426083, 0.0617545, 0.104747, 0.228356, 0.626814", \
            "0.0394772, 0.0423345, 0.0499813, 0.0696203, 0.112732, 0.233021, 0.627658", \
            "0.0533619, 0.0567597, 0.0647214, 0.0845501, 0.12964, 0.24546, 0.628969" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0466607, 0.0504553, 0.0601973, 0.0862486, 0.161445, 0.3892, 1.07008", \
            "0.0505781, 0.054367, 0.0641454, 0.0901523, 0.16547, 0.392579, 1.075", \
            "0.0599736, 0.0637341, 0.0733956, 0.0992209, 0.174509, 0.400174, 1.08902", \
            "0.0749001, 0.079093, 0.0891469, 0.114898, 0.189974, 0.416909, 1.11104", \
            "0.0877522, 0.0929601, 0.104859, 0.131382, 0.20626, 0.432043, 1.11661", \
            "0.0845984, 0.0909405, 0.105751, 0.135934, 0.21023, 0.436371, 1.12106", \
            "0.0317738, 0.0388346, 0.0568878, 0.0953352, 0.172833, 0.39711, 1.08013" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0131954, 0.0167904, 0.0276249, 0.0619632, 0.170757, 0.501234, 1.4993", \
            "0.0132503, 0.0168424, 0.0276462, 0.0620283, 0.170683, 0.502042, 1.50359", \
            "0.0132877, 0.0168851, 0.0276794, 0.0619701, 0.170192, 0.501211, 1.50649", \
            "0.0161502, 0.0196168, 0.0296093, 0.0627603, 0.17062, 0.501109, 1.5053", \
            "0.0211454, 0.0248918, 0.0347292, 0.0651132, 0.170115, 0.500658, 1.50236", \
            "0.028418, 0.0331874, 0.0443099, 0.0723124, 0.171742, 0.499451, 1.50119", \
            "0.0404861, 0.0459028, 0.0594216, 0.0902432, 0.178233, 0.501566, 1.49729" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.139955, 0.144706, 0.156468, 0.182273, 0.234325, 0.348956, 0.657232", \
            "0.142704, 0.147476, 0.159077, 0.184927, 0.237098, 0.351503, 0.659794", \
            "0.152029, 0.156747, 0.168466, 0.194253, 0.246372, 0.360902, 0.669253", \
            "0.17768, 0.182421, 0.193983, 0.219917, 0.272066, 0.386779, 0.694848", \
            "0.240231, 0.244938, 0.256467, 0.282094, 0.333742, 0.448099, 0.756178", \
            "0.353149, 0.358458, 0.371673, 0.40049, 0.45773, 0.575387, 0.8833", \
            "0.54377, 0.549546, 0.564387, 0.597515, 0.663632, 0.789716, 1.10039" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0304056, 0.033274, 0.0415253, 0.0607981, 0.104592, 0.227233, 0.629466", \
            "0.0304227, 0.0332802, 0.0416212, 0.0607538, 0.105131, 0.227763, 0.628029", \
            "0.0303985, 0.033208, 0.0412119, 0.0604959, 0.10458, 0.227493, 0.63001", \
            "0.0304196, 0.0332571, 0.0416597, 0.0604519, 0.104472, 0.227652, 0.627797", \
            "0.0317536, 0.0344327, 0.0425196, 0.0609852, 0.105404, 0.228249, 0.627166", \
            "0.0448171, 0.0473058, 0.0554229, 0.0741306, 0.116191, 0.233737, 0.630756", \
            "0.0634783, 0.0659375, 0.074473, 0.0949505, 0.140572, 0.249978, 0.629599" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0161866, 0.0182097, 0.0242394, 0.0421637, 0.0958976, 0.258701, 0.754106", \
            "0.0161539, 0.0181551, 0.024198, 0.0420797, 0.0958885, 0.25864, 0.75284", \
            "0.0162441, 0.0182419, 0.0242239, 0.0420696, 0.0958492, 0.25851, 0.75394", \
            "0.0163825, 0.0182215, 0.0240979, 0.041879, 0.0957318, 0.258388, 0.752399", \
            "0.0170887, 0.0189518, 0.024811, 0.0419769, 0.0955902, 0.258793, 0.752745", \
            "0.0188944, 0.0205748, 0.0261959, 0.0436898, 0.0964433, 0.259119, 0.753406", \
            "0.0238275, 0.0251407, 0.0302954, 0.0470721, 0.100345, 0.262075, 0.754753" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0159471, 0.0134644, 0.0072169, -0.0093045, -0.0614431, -0.225854, -0.726698", \
            "0.0157156, 0.0133939, 0.0069526, -0.0095672, -0.0616134, -0.226078, -0.726941", \
            "0.0155141, 0.0130547, 0.0067262, -0.0096138, -0.0618749, -0.226285, -0.727106", \
            "0.0153656, 0.0128937, 0.0064494, -0.0099015, -0.0622211, -0.226574, -0.727308", \
            "0.0155864, 0.013368, 0.0068387, -0.0098305, -0.0622059, -0.226508, -0.727384", \
            "0.020137, 0.0174496, 0.0101019, -0.0089546, -0.0617058, -0.22583, -0.72684", \
            "0.0276908, 0.0248219, 0.0171844, -0.0032871, -0.0586721, -0.223792, -0.724665" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0147626, 0.0168128, 0.0229844, 0.0413809, 0.0957491, 0.259279, 0.754018", \
            "0.0147106, 0.0167568, 0.0229641, 0.0413053, 0.095687, 0.258978, 0.754711", \
            "0.0147161, 0.0167544, 0.0228858, 0.0410845, 0.0955203, 0.257877, 0.755883", \
            "0.0148495, 0.016819, 0.0227648, 0.0406049, 0.0950337, 0.259202, 0.751659", \
            "0.0155679, 0.0174375, 0.0233173, 0.0406152, 0.0944021, 0.258233, 0.75472", \
            "0.0173917, 0.019103, 0.0246725, 0.0420561, 0.0951835, 0.258206, 0.754877", \
            "0.02282, 0.024104, 0.0290735, 0.0462953, 0.0988588, 0.261063, 0.75533" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151879, 0.00461346, 0.0140138, 0.042568, 0.129304, 0.392771");
          values ( \
            "0.0154426, 0.0126956, 0.0063257, -0.0100512, -0.0622747, -0.226405, -0.727371", \
            "0.0149631, 0.0125102, 0.0063194, -0.0103136, -0.0622749, -0.226631, -0.727438", \
            "0.0149146, 0.0123634, 0.0059374, -0.0104056, -0.0626808, -0.226858, -0.727702", \
            "0.0147004, 0.0122821, 0.0058476, -0.0105874, -0.0627003, -0.226883, -0.72768", \
            "0.0154839, 0.0129884, 0.0064591, -0.0101686, -0.0623785, -0.22664, -0.727519", \
            "0.0211185, 0.0183679, 0.0106979, -0.0089474, -0.0610756, -0.225611, -0.726557", \
            "0.0316091, 0.0285627, 0.0203448, -0.0006759, -0.0563413, -0.222098, -0.723261" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001587;
      rise_capacitance : 0.001669;
      rise_capacitance_range (0.001669, 0.001669);
      fall_capacitance : 0.001506;
      fall_capacitance_range (0.001506, 0.001506);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018168, -0.0018512, -0.0019303, -0.0019317, -0.001935, -0.0019427, -0.0019602" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0019836, 0.0019849, 0.0019877, 0.0019866, 0.001984, 0.0019779, 0.001964" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001491;
      rise_capacitance : 0.001587;
      rise_capacitance_range (0.001587, 0.001587);
      fall_capacitance : 0.001395;
      fall_capacitance_range (0.001395, 0.001395);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0008806, -0.0008814, -0.000883, -0.0008826, -0.0008817, -0.0008797, -0.0008751" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0013114, 0.0013106, 0.0013088, 0.0013116, 0.0013181, 0.0013331, 0.0013678" \
          );
        }
      }
    }
  }
  cell (scs8hd_or2_4) {
    area : 8.7584;
    cell_footprint : "or2";
    cell_leakage_power : 0.0095303;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0063367;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0248519;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0063297;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0006029;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.0095303;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.676584;
      max_transition : 1.5107;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166288, 0.00553037, 0.0183927, 0.0611699, 0.203437, 0.676584");
          values ( \
            "0.055146, 0.0578135, 0.0653915, 0.0866396, 0.152319, 0.369224, 1.08756", \
            "0.0585905, 0.0612316, 0.0688223, 0.0900656, 0.155758, 0.371843, 1.08936", \
            "0.0670921, 0.0697346, 0.0773074, 0.098545, 0.164436, 0.381129, 1.09982", \
            "0.0825867, 0.0854894, 0.0933071, 0.114699, 0.180082, 0.396547, 1.11392", \
            "0.0943885, 0.0979407, 0.107272, 0.129587, 0.195138, 0.411355, 1.12858", \
            "0.0855303, 0.0897597, 0.101317, 0.127678, 0.192934, 0.408643, 1.12687", \
            "0.0161237, 0.0207187, 0.0341867, 0.0670446, 0.137166, 0.351218, 1.06949" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166288, 0.00553037, 0.0183927, 0.0611699, 0.203437, 0.676584");
          values ( \
            "0.0146858, 0.0170876, 0.0249584, 0.0518397, 0.145298, 0.460214, 1.50437", \
            "0.0146489, 0.0170459, 0.0249503, 0.0518419, 0.145175, 0.459247, 1.50054", \
            "0.0145856, 0.0170244, 0.0249273, 0.0518032, 0.145194, 0.460272, 1.50482", \
            "0.0171092, 0.0193724, 0.0266637, 0.0525201, 0.14537, 0.459607, 1.50078", \
            "0.0222243, 0.0248309, 0.0319162, 0.0554202, 0.145598, 0.459385, 1.5018", \
            "0.0291629, 0.0322196, 0.0409058, 0.0633453, 0.147467, 0.459183, 1.50214", \
            "0.0404865, 0.043751, 0.0546752, 0.0794449, 0.155077, 0.46129, 1.49807" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166288, 0.00553037, 0.0183927, 0.0611699, 0.203437, 0.676584");
          values ( \
            "0.133112, 0.136077, 0.144301, 0.164315, 0.207642, 0.307351, 0.597941", \
            "0.137666, 0.140579, 0.148765, 0.168904, 0.212171, 0.312002, 0.602155", \
            "0.148661, 0.151529, 0.159755, 0.179835, 0.223089, 0.322819, 0.613434", \
            "0.174107, 0.177008, 0.185267, 0.205367, 0.248723, 0.348714, 0.638827", \
            "0.232585, 0.235552, 0.243829, 0.263893, 0.307433, 0.407382, 0.697644", \
            "0.343884, 0.347038, 0.356141, 0.378274, 0.425927, 0.52895, 0.819913", \
            "0.55231, 0.555803, 0.565821, 0.590936, 0.64556, 0.758095, 1.05068" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166288, 0.00553037, 0.0183927, 0.0611699, 0.203437, 0.676584");
          values ( \
            "0.0273259, 0.0291243, 0.0344024, 0.0493002, 0.0847257, 0.19074, 0.570554", \
            "0.0272999, 0.0291527, 0.0343691, 0.0490997, 0.0841017, 0.190656, 0.570006", \
            "0.0273767, 0.0290554, 0.0344646, 0.0488109, 0.0842431, 0.191002, 0.570669", \
            "0.0273086, 0.0291431, 0.0343617, 0.0486391, 0.0840982, 0.190546, 0.570313", \
            "0.0289932, 0.0306545, 0.0360055, 0.050137, 0.0847163, 0.191118, 0.570804", \
            "0.0373419, 0.0390465, 0.0442276, 0.0591163, 0.0936015, 0.196323, 0.571413", \
            "0.0526553, 0.0540898, 0.0593444, 0.0745174, 0.111668, 0.209965, 0.5718" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166288, 0.00553037, 0.0183927, 0.0611699, 0.203437, 0.676584");
          values ( \
            "0.0522843, 0.0549775, 0.062593, 0.0842236, 0.15086, 0.36888, 1.09153", \
            "0.0559557, 0.0585997, 0.0662486, 0.0878914, 0.154653, 0.372298, 1.09363", \
            "0.0646402, 0.0672899, 0.0748885, 0.0963329, 0.16285, 0.38229, 1.10546", \
            "0.0796871, 0.0825917, 0.0904042, 0.111869, 0.178131, 0.396505, 1.11822", \
            "0.090872, 0.0944958, 0.104001, 0.126544, 0.192771, 0.40961, 1.12951", \
            "0.083229, 0.0874915, 0.0992436, 0.126113, 0.191611, 0.408603, 1.12988", \
            "0.0193817, 0.0240359, 0.0378526, 0.0716292, 0.14337, 0.357675, 1.07778" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166288, 0.00553037, 0.0183927, 0.0611699, 0.203437, 0.676584");
          values ( \
            "0.0143591, 0.0167603, 0.0245467, 0.0513478, 0.145269, 0.460865, 1.51033", \
            "0.0144163, 0.016788, 0.0245965, 0.0514816, 0.145391, 0.460667, 1.50983", \
            "0.0143322, 0.0167411, 0.0245854, 0.0515379, 0.145158, 0.461064, 1.51063", \
            "0.0169544, 0.0194565, 0.0266256, 0.0522851, 0.14541, 0.460613, 1.5107", \
            "0.022534, 0.0248472, 0.0320692, 0.05557, 0.146029, 0.459564, 1.50256", \
            "0.0296203, 0.0328931, 0.0416394, 0.0641049, 0.147592, 0.460283, 1.50678", \
            "0.0420196, 0.0451487, 0.0558683, 0.0815118, 0.156275, 0.461737, 1.49828" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166288, 0.00553037, 0.0183927, 0.0611699, 0.203437, 0.676584");
          values ( \
            "0.121603, 0.124567, 0.132792, 0.15297, 0.196288, 0.296193, 0.586227", \
            "0.124923, 0.127849, 0.135983, 0.156234, 0.199622, 0.299425, 0.589725", \
            "0.134987, 0.137889, 0.146085, 0.166079, 0.20946, 0.309454, 0.599493", \
            "0.161881, 0.164788, 0.172598, 0.192622, 0.235963, 0.33595, 0.626574", \
            "0.225404, 0.228391, 0.236644, 0.25655, 0.300071, 0.399747, 0.689812", \
            "0.338074, 0.341407, 0.350884, 0.374359, 0.423781, 0.527328, 0.818137", \
            "0.533821, 0.537624, 0.548145, 0.57453, 0.632987, 0.747306, 1.04013" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166288, 0.00553037, 0.0183927, 0.0611699, 0.203437, 0.676584");
          values ( \
            "0.027319, 0.029071, 0.0343636, 0.0487525, 0.0840044, 0.190229, 0.569935", \
            "0.0272988, 0.0290942, 0.0344483, 0.0492228, 0.0840268, 0.190367, 0.57015", \
            "0.0273814, 0.0291348, 0.0344326, 0.0489962, 0.0841162, 0.190561, 0.570453", \
            "0.0272629, 0.029045, 0.0343662, 0.0490642, 0.0838608, 0.190687, 0.571132", \
            "0.0298303, 0.0315036, 0.0364991, 0.0502217, 0.0855241, 0.191004, 0.570735", \
            "0.0430545, 0.0443845, 0.049714, 0.0642807, 0.0981895, 0.197514, 0.571453", \
            "0.0610471, 0.0627172, 0.0684204, 0.0838782, 0.121446, 0.21528, 0.572243" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166288, 0.00553037, 0.0183927, 0.0611699, 0.203437, 0.676584");
          values ( \
            "0.0318191, 0.0340912, 0.041691, 0.0663685, 0.147162, 0.414398, 1.30364", \
            "0.0317176, 0.0339741, 0.0416164, 0.0662935, 0.147041, 0.414786, 1.30342", \
            "0.0318011, 0.0340926, 0.0416745, 0.0662684, 0.147053, 0.414425, 1.30378", \
            "0.0320174, 0.0342669, 0.0416395, 0.0660891, 0.146743, 0.414615, 1.30304", \
            "0.0334036, 0.0355472, 0.0426479, 0.0662028, 0.146516, 0.414531, 1.30323", \
            "0.036638, 0.0385857, 0.04549, 0.0696285, 0.148208, 0.414954, 1.30461", \
            "0.0453802, 0.0467977, 0.052839, 0.0758097, 0.154933, 0.42055, 1.30582" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166288, 0.00553037, 0.0183927, 0.0611699, 0.203437, 0.676584");
          values ( \
            "0.0300783, 0.0272215, 0.0188731, -0.0037009, -0.0804332, -0.349499, -1.24922", \
            "0.0296041, 0.0267044, 0.0184477, -0.0041283, -0.080921, -0.349794, -1.24925", \
            "0.0294654, 0.0264662, 0.0182981, -0.0045257, -0.0811862, -0.350112, -1.24982", \
            "0.0289801, 0.0262469, 0.017836, -0.0047277, -0.0817005, -0.350355, -1.24971", \
            "0.0295324, 0.0266938, 0.0181308, -0.0048361, -0.0816755, -0.350476, -1.24977", \
            "0.0371968, 0.0340974, 0.0248265, -0.0018581, -0.0810532, -0.349248, -1.24873", \
            "0.0505407, 0.0472611, 0.0370426, 0.0083539, -0.0751915, -0.346137, -1.24504" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166288, 0.00553037, 0.0183927, 0.0611699, 0.203437, 0.676584");
          values ( \
            "0.0285521, 0.0309067, 0.0386432, 0.0641311, 0.146459, 0.415673, 1.30739", \
            "0.028462, 0.0308093, 0.0385963, 0.0640199, 0.14628, 0.415515, 1.30714", \
            "0.0285089, 0.0308096, 0.0385388, 0.0636942, 0.145885, 0.414907, 1.30747", \
            "0.028668, 0.0309268, 0.0382686, 0.0629306, 0.144863, 0.414613, 1.30732", \
            "0.0299893, 0.0321273, 0.0393613, 0.0632099, 0.144135, 0.413568, 1.29916", \
            "0.0334021, 0.0353978, 0.0422144, 0.066227, 0.145178, 0.413561, 1.30537", \
            "0.0434196, 0.0448082, 0.0508164, 0.0736328, 0.153108, 0.419165, 1.30475" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166288, 0.00553037, 0.0183927, 0.0611699, 0.203437, 0.676584");
          values ( \
            "0.0285695, 0.0260406, 0.0174483, -0.0050861, -0.0817421, -0.350352, -1.24979", \
            "0.0282711, 0.025468, 0.017341, -0.0051583, -0.0821702, -0.350773, -1.24998", \
            "0.0279792, 0.025232, 0.0169923, -0.0058264, -0.0824777, -0.350977, -1.25027", \
            "0.0279342, 0.0251586, 0.016914, -0.0058069, -0.0824452, -0.351086, -1.2503", \
            "0.029331, 0.0264909, 0.0179766, -0.0047212, -0.0819066, -0.350735, -1.25001", \
            "0.0397142, 0.0365788, 0.0269499, 0.0003275, -0.0794163, -0.348474, -1.24788", \
            "0.0598277, 0.0560589, 0.0449465, 0.0140602, -0.0704347, -0.34174, -1.24139" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002436;
      rise_capacitance : 0.002575;
      rise_capacitance_range (0.002575, 0.002575);
      fall_capacitance : 0.002297;
      fall_capacitance_range (0.002297, 0.002297);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038641, -0.003932, -0.0040885, -0.0040913, -0.0040979, -0.0041131, -0.0041481" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0041988, 0.0041979, 0.0041956, 0.004193, 0.0041869, 0.0041727, 0.0041401" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002391;
      rise_capacitance : 0.00257;
      rise_capacitance_range (0.00257, 0.00257);
      fall_capacitance : 0.002212;
      fall_capacitance_range (0.002212, 0.002212);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.001865, -0.0018655, -0.0018669, -0.001866, -0.0018639, -0.0018591, -0.0018481" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027819, 0.002779, 0.0027722, 0.0027784, 0.0027926, 0.0028256, 0.0029014" \
          );
        }
      }
    }
  }
  cell (scs8hd_or2b_1) {
    area : 7.5072;
    cell_footprint : "or2b";
    cell_leakage_power : 0.00173405;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0065821;
      when : "!A&BN";
    }
    leakage_power () {
      value : 0.0001412;
      when : "!A&!BN";
    }
    leakage_power () {
      value : 8.38902e-05;
      when : "A&BN";
    }
    leakage_power () {
      value : 0.000129;
      when : "A&!BN";
    }
    leakage_power () {
      value : 0.00173405;
    }
    pin (X) {
      direction : output;
      function : "(A) | (!BN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.223399;
      max_transition : 1.50352;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0399876, 0.0446144, 0.056313, 0.087467, 0.173204, 0.411079, 1.06875", \
            "0.0437538, 0.0483812, 0.0601453, 0.0913678, 0.177296, 0.415282, 1.07399", \
            "0.0522995, 0.0569005, 0.068615, 0.0998873, 0.186264, 0.424804, 1.08192", \
            "0.0628326, 0.0677917, 0.0796668, 0.111098, 0.197282, 0.435499, 1.09424", \
            "0.0680298, 0.0739485, 0.0866989, 0.117943, 0.204251, 0.442141, 1.10314", \
            "0.0524861, 0.0600713, 0.0756122, 0.107711, 0.193214, 0.431212, 1.09072", \
            "-0.0222736, -0.0128615, 0.0070884, 0.0448077, 0.130186, 0.367549, 1.02484" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0133327, 0.0188088, 0.03443, 0.0791841, 0.203234, 0.546432, 1.49694", \
            "0.0133377, 0.0187983, 0.0344108, 0.0792325, 0.203803, 0.548706, 1.50192", \
            "0.0136916, 0.0190532, 0.0345281, 0.0792422, 0.203889, 0.548219, 1.49889", \
            "0.0159077, 0.0208118, 0.0355121, 0.0793769, 0.203408, 0.548302, 1.5019", \
            "0.020197, 0.0249, 0.038232, 0.0801795, 0.20348, 0.548109, 1.49771", \
            "0.0267038, 0.0322632, 0.0453279, 0.0831414, 0.203942, 0.546102, 1.49915", \
            "0.0359689, 0.0432082, 0.0584219, 0.0932394, 0.205619, 0.550454, 1.49381" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.108229, 0.114017, 0.126805, 0.152396, 0.20482, 0.328469, 0.660806", \
            "0.111673, 0.117511, 0.130314, 0.155749, 0.208237, 0.331903, 0.664258", \
            "0.121202, 0.127026, 0.139781, 0.165262, 0.217643, 0.34137, 0.674008", \
            "0.143723, 0.149552, 0.162255, 0.187989, 0.240431, 0.36409, 0.696344", \
            "0.190263, 0.196404, 0.209899, 0.236498, 0.289824, 0.413802, 0.746831", \
            "0.276748, 0.283455, 0.298474, 0.328027, 0.384764, 0.511096, 0.844081", \
            "0.445054, 0.452693, 0.469501, 0.503167, 0.566291, 0.696064, 1.0278" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0214515, 0.0260163, 0.0359318, 0.0575182, 0.110203, 0.262141, 0.700201", \
            "0.0214431, 0.0257388, 0.0358053, 0.0568673, 0.110718, 0.261244, 0.703279", \
            "0.021593, 0.0257757, 0.0357276, 0.0572215, 0.110303, 0.261914, 0.701253", \
            "0.0215686, 0.025748, 0.0354068, 0.0567529, 0.110435, 0.262011, 0.70355", \
            "0.0243882, 0.0288325, 0.0390702, 0.0602245, 0.111977, 0.263336, 0.705114", \
            "0.030411, 0.0349191, 0.0453514, 0.0680494, 0.119773, 0.264885, 0.703703", \
            "0.0400974, 0.0448457, 0.0564497, 0.0800662, 0.131502, 0.271536, 0.699423" \
          );
        }
      }
      timing () {
        related_pin : "BN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0768617, 0.0816415, 0.0936739, 0.125742, 0.212498, 0.451195, 1.10931", \
            "0.0812557, 0.086003, 0.0980424, 0.129988, 0.216691, 0.456932, 1.11402", \
            "0.0930542, 0.0978028, 0.109842, 0.141786, 0.228493, 0.46782, 1.12555", \
            "0.118126, 0.122884, 0.134919, 0.166934, 0.253807, 0.49188, 1.16667", \
            "0.158505, 0.16333, 0.175407, 0.207315, 0.294012, 0.535954, 1.19666", \
            "0.227452, 0.232367, 0.244451, 0.276571, 0.362978, 0.601215, 1.26432", \
            "0.358602, 0.364137, 0.376545, 0.408208, 0.494932, 0.733895, 1.391" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0134969, 0.0188658, 0.0343796, 0.0789784, 0.203665, 0.55086, 1.50308", \
            "0.0135447, 0.0188658, 0.0344246, 0.0789582, 0.203396, 0.548955, 1.50241", \
            "0.0135526, 0.018869, 0.0344224, 0.0789418, 0.203403, 0.548924, 1.49588", \
            "0.0137287, 0.0190097, 0.0345175, 0.0789831, 0.203382, 0.549792, 1.50156", \
            "0.0143785, 0.0195159, 0.0347435, 0.078886, 0.203148, 0.549514, 1.50344", \
            "0.0157835, 0.0206585, 0.0352657, 0.0792194, 0.203079, 0.546547, 1.50352", \
            "0.0180299, 0.022741, 0.036596, 0.0796721, 0.202974, 0.548454, 1.49297" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.108986, 0.114861, 0.12769, 0.15332, 0.205732, 0.329511, 0.662007", \
            "0.112315, 0.118161, 0.130942, 0.156689, 0.208918, 0.3328, 0.665222", \
            "0.117946, 0.123779, 0.136545, 0.16221, 0.214544, 0.338393, 0.671038", \
            "0.123144, 0.128984, 0.141735, 0.167313, 0.219772, 0.343488, 0.676656", \
            "0.12379, 0.129635, 0.142416, 0.168106, 0.220636, 0.344451, 0.677511", \
            "0.110132, 0.11599, 0.128743, 0.154367, 0.207072, 0.330885, 0.663263", \
            "0.0539551, 0.0598472, 0.0727898, 0.0986095, 0.151404, 0.27534, 0.608266" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0214414, 0.0257706, 0.0358323, 0.0573656, 0.110691, 0.261441, 0.70347", \
            "0.0215795, 0.0259524, 0.0357526, 0.0569926, 0.110238, 0.261472, 0.706015", \
            "0.0214671, 0.0259914, 0.0356915, 0.0569807, 0.110288, 0.261725, 0.702916", \
            "0.0215438, 0.0258989, 0.035827, 0.0574374, 0.109863, 0.261844, 0.701832", \
            "0.0216545, 0.0258645, 0.0354928, 0.0570216, 0.109791, 0.262218, 0.7007", \
            "0.0217385, 0.0259847, 0.0358999, 0.0573932, 0.11006, 0.261166, 0.703491", \
            "0.0223534, 0.0266604, 0.0369346, 0.0575918, 0.110546, 0.261964, 0.699592" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.010631, 0.0123305, 0.0169663, 0.0296165, 0.0644708, 0.161247, 0.429087", \
            "0.0105236, 0.0122378, 0.0168887, 0.029529, 0.0644852, 0.161214, 0.429138", \
            "0.0104854, 0.0121545, 0.0167926, 0.0295037, 0.0647138, 0.161898, 0.43089", \
            "0.0104268, 0.0120978, 0.0166679, 0.0293729, 0.0647211, 0.161993, 0.431043", \
            "0.0110404, 0.0126826, 0.017204, 0.0297188, 0.0645885, 0.161415, 0.431141", \
            "0.0124875, 0.014083, 0.01854, 0.0310598, 0.0656793, 0.162084, 0.431941", \
            "0.0164187, 0.0179023, 0.0221221, 0.0344407, 0.0692703, 0.166179, 0.431213" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0089356, 0.0073028, 0.0034712, -0.0082434, -0.043261, -0.141295, -0.412473", \
            "0.0086739, 0.0070531, 0.0032389, -0.0084857, -0.0434419, -0.141485, -0.41267", \
            "0.0085603, 0.0069295, 0.0030819, -0.0087187, -0.0436121, -0.14164, -0.412837", \
            "0.0083814, 0.0067493, 0.002878, -0.0088565, -0.043743, -0.141739, -0.412892", \
            "0.0084611, 0.0067938, 0.0029542, -0.0087156, -0.0436067, -0.141612, -0.41278", \
            "0.0122565, 0.0102695, 0.0053003, -0.0076931, -0.0429046, -0.140889, -0.412072", \
            "0.0158528, 0.0137227, 0.0084627, -0.0048393, -0.0405015, -0.138634, -0.4096" \
          );
        }
      }
      internal_power () {
        related_pin : "BN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0104366, 0.0122457, 0.0170969, 0.0300611, 0.0654317, 0.163387, 0.430911", \
            "0.0103046, 0.0121182, 0.0169314, 0.0299351, 0.0651884, 0.162807, 0.432496", \
            "0.0103194, 0.0121303, 0.0169446, 0.0299476, 0.0651964, 0.162427, 0.43052", \
            "0.0100464, 0.0118654, 0.0166721, 0.0296478, 0.0652475, 0.162285, 0.429303", \
            "0.0095753, 0.0112582, 0.016285, 0.029209, 0.0647855, 0.161575, 0.430891", \
            "0.0092531, 0.0109311, 0.0156438, 0.0285792, 0.0642357, 0.16074, 0.431359", \
            "0.0098344, 0.0115677, 0.0162296, 0.0290201, 0.0645202, 0.162204, 0.428643" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0085429, 0.006917, 0.0031091, -0.0085844, -0.0434398, -0.141396, -0.412553", \
            "0.008457, 0.0068549, 0.0029622, -0.0086918, -0.0435368, -0.14149, -0.412621", \
            "0.0084487, 0.0068659, 0.0029941, -0.0087451, -0.0435742, -0.141527, -0.412663", \
            "0.0080287, 0.0064194, 0.002532, -0.0091755, -0.0440323, -0.141985, -0.413067", \
            "0.0093183, 0.0075487, 0.0028542, -0.0095312, -0.0443435, -0.142314, -0.413379", \
            "0.0101713, 0.008395, 0.0037277, -0.0089271, -0.0443287, -0.142395, -0.413525", \
            "0.0109671, 0.009203, 0.0047733, -0.0082069, -0.0435918, -0.141541, -0.412634" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001821;
      rise_capacitance : 0.001891;
      rise_capacitance_range (0.001891, 0.001891);
      fall_capacitance : 0.001751;
      fall_capacitance_range (0.001751, 0.001751);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0035366, -0.0035385, -0.0035428, -0.0035424, -0.0035414, -0.0035392, -0.003534" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0035822, 0.0035821, 0.0035818, 0.0035806, 0.0035778, 0.0035713, 0.0035563" \
          );
        }
      }
    }
    pin (BN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001507;
      rise_capacitance : 0.001561;
      rise_capacitance_range (0.001561, 0.001561);
      fall_capacitance : 0.001453;
      fall_capacitance_range (0.001453, 0.001453);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0005091, 0.00044, 0.0002809, 0.0007077, 0.0016915, 0.0039594, 0.0091869" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0083743, 0.008325, 0.0082112, 0.0086386, 0.0096237, 0.0118943, 0.0171282" \
          );
        }
      }
    }
  }
  cell (scs8hd_or2b_2) {
    area : 8.7584;
    cell_footprint : "or2b";
    cell_leakage_power : 0.0033119;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0127899;
      when : "!A&BN";
    }
    leakage_power () {
      value : 0.0001739;
      when : "!A&!BN";
    }
    leakage_power () {
      value : 0.0001204;
      when : "A&BN";
    }
    leakage_power () {
      value : 0.0001634;
      when : "A&!BN";
    }
    leakage_power () {
      value : 0.0033119;
    }
    pin (X) {
      direction : output;
      function : "(A) | (!BN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.412913;
      max_transition : 1.50491;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015315, 0.00469101, 0.0143686, 0.0440111, 0.134806, 0.412913");
          values ( \
            "0.0478137, 0.0514966, 0.0608885, 0.0858376, 0.159311, 0.38361, 1.07005", \
            "0.0514835, 0.0551879, 0.0645877, 0.0894578, 0.16286, 0.387823, 1.07347", \
            "0.0606146, 0.0642833, 0.0736258, 0.0984616, 0.171933, 0.396353, 1.08327", \
            "0.0756347, 0.0797908, 0.0896366, 0.114724, 0.187921, 0.412518, 1.0989", \
            "0.0872188, 0.0923725, 0.103986, 0.12987, 0.203449, 0.427038, 1.11339", \
            "0.0812685, 0.087507, 0.101995, 0.131353, 0.204438, 0.428558, 1.11722", \
            "0.020681, 0.0276618, 0.0452879, 0.0826874, 0.158872, 0.380985, 1.06905" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015315, 0.00469101, 0.0143686, 0.0440111, 0.134806, 0.412913");
          values ( \
            "0.0123383, 0.0157858, 0.0261827, 0.0595628, 0.16649, 0.494684, 1.50024", \
            "0.0123178, 0.0157519, 0.0261674, 0.059695, 0.166102, 0.495218, 1.49857", \
            "0.0123483, 0.0157844, 0.0262019, 0.0597046, 0.166152, 0.494665, 1.50002", \
            "0.015066, 0.0184092, 0.0280274, 0.0603067, 0.166181, 0.494737, 1.49984", \
            "0.0198697, 0.0234099, 0.0330027, 0.0626575, 0.166507, 0.494403, 1.49893", \
            "0.0261004, 0.0309246, 0.0416529, 0.0692354, 0.168067, 0.494454, 1.50032", \
            "0.0367356, 0.0418846, 0.0558556, 0.0853594, 0.173456, 0.495789, 1.49247" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015315, 0.00469101, 0.0143686, 0.0440111, 0.134806, 0.412913");
          values ( \
            "0.148767, 0.15367, 0.165581, 0.191863, 0.244419, 0.361168, 0.679644", \
            "0.152317, 0.157216, 0.16919, 0.195347, 0.247947, 0.364796, 0.682938", \
            "0.161578, 0.166456, 0.178418, 0.204524, 0.257135, 0.37411, 0.692269", \
            "0.184096, 0.188969, 0.200963, 0.226986, 0.279805, 0.396739, 0.714984", \
            "0.237349, 0.242244, 0.254123, 0.28029, 0.333103, 0.449913, 0.768395", \
            "0.338704, 0.344034, 0.35703, 0.385296, 0.441779, 0.561929, 0.88092", \
            "0.529827, 0.535736, 0.550131, 0.581822, 0.645697, 0.773064, 1.09332" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015315, 0.00469101, 0.0143686, 0.0440111, 0.134806, 0.412913");
          values ( \
            "0.0286695, 0.0317133, 0.0402417, 0.0599376, 0.104682, 0.231127, 0.646272", \
            "0.028701, 0.0316817, 0.0398544, 0.059599, 0.104571, 0.231103, 0.647713", \
            "0.028575, 0.0316694, 0.0401459, 0.0593952, 0.104187, 0.231124, 0.647752", \
            "0.0286228, 0.0317204, 0.0400087, 0.0595695, 0.10421, 0.231329, 0.645811", \
            "0.0301636, 0.0331666, 0.0410698, 0.0602149, 0.105199, 0.231277, 0.64916", \
            "0.0373696, 0.0404381, 0.0485926, 0.0682614, 0.114208, 0.236198, 0.645896", \
            "0.0507861, 0.0536214, 0.0621825, 0.08271, 0.128619, 0.247981, 0.64719" \
          );
        }
      }
      timing () {
        related_pin : "BN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015315, 0.00469101, 0.0143686, 0.0440111, 0.134806, 0.412913");
          values ( \
            "0.0854084, 0.0891396, 0.0985787, 0.123762, 0.19796, 0.422933, 1.11245", \
            "0.0897971, 0.0935415, 0.102971, 0.12819, 0.202353, 0.428332, 1.11988", \
            "0.101534, 0.105304, 0.114751, 0.139923, 0.214213, 0.439266, 1.12935", \
            "0.126669, 0.130421, 0.139896, 0.165057, 0.239232, 0.46455, 1.1592", \
            "0.16763, 0.171492, 0.181049, 0.20618, 0.280077, 0.50534, 1.19183", \
            "0.237733, 0.241708, 0.251497, 0.276673, 0.350552, 0.57487, 1.26601", \
            "0.370603, 0.375178, 0.385534, 0.410924, 0.485062, 0.709625, 1.39512" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015315, 0.00469101, 0.0143686, 0.0440111, 0.134806, 0.412913");
          values ( \
            "0.0126089, 0.0159004, 0.0261119, 0.0595168, 0.166164, 0.495491, 1.50492", \
            "0.0125848, 0.015917, 0.0260984, 0.0595361, 0.166186, 0.494989, 1.50141", \
            "0.0125975, 0.0159228, 0.0261102, 0.0595166, 0.166223, 0.495717, 1.50123", \
            "0.0127211, 0.0160068, 0.0261704, 0.0594787, 0.165979, 0.495592, 1.49913", \
            "0.0134035, 0.0166142, 0.0265903, 0.0596066, 0.165795, 0.495999, 1.50225", \
            "0.0144641, 0.0178742, 0.0274735, 0.0599082, 0.16581, 0.493317, 1.50196", \
            "0.0168274, 0.0203068, 0.0294689, 0.0606659, 0.165793, 0.49352, 1.49293" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015315, 0.00469101, 0.0143686, 0.0440111, 0.134806, 0.412913");
          values ( \
            "0.148581, 0.15348, 0.16547, 0.191626, 0.244242, 0.36113, 0.679319", \
            "0.152037, 0.156924, 0.168892, 0.19506, 0.247693, 0.364587, 0.682762", \
            "0.157675, 0.162615, 0.174525, 0.200649, 0.253431, 0.370315, 0.688609", \
            "0.162962, 0.167935, 0.179826, 0.205969, 0.258772, 0.375821, 0.694266", \
            "0.163397, 0.168276, 0.180242, 0.206358, 0.259131, 0.376141, 0.694449", \
            "0.149152, 0.154087, 0.165986, 0.192105, 0.24496, 0.36199, 0.680626", \
            "0.0930786, 0.0980336, 0.110044, 0.136244, 0.18954, 0.306512, 0.625191" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015315, 0.00469101, 0.0143686, 0.0440111, 0.134806, 0.412913");
          values ( \
            "0.0287271, 0.0316457, 0.0398798, 0.059619, 0.104568, 0.231066, 0.647675", \
            "0.0287341, 0.031632, 0.0399102, 0.0595836, 0.104568, 0.231061, 0.647696", \
            "0.0286683, 0.03189, 0.0401591, 0.0594278, 0.104215, 0.231116, 0.644376", \
            "0.0287002, 0.0319101, 0.0401259, 0.0594349, 0.104303, 0.230504, 0.645359", \
            "0.0288073, 0.0317371, 0.0402238, 0.0594625, 0.1041, 0.231035, 0.647645", \
            "0.0287504, 0.0319887, 0.0403293, 0.059476, 0.104441, 0.231516, 0.648431", \
            "0.0293061, 0.0324286, 0.0411002, 0.0606147, 0.105115, 0.231344, 0.648669" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015315, 0.00469101, 0.0143686, 0.0440111, 0.134806, 0.412913");
          values ( \
            "0.0162038, 0.0182272, 0.0243815, 0.0428075, 0.098535, 0.269125, 0.791493", \
            "0.0161434, 0.018172, 0.024315, 0.0426906, 0.0985377, 0.268733, 0.793227", \
            "0.0161613, 0.0181775, 0.024288, 0.042627, 0.0983916, 0.268676, 0.79183", \
            "0.0162197, 0.0182276, 0.0242087, 0.042477, 0.0983344, 0.268784, 0.791503", \
            "0.0171957, 0.0190498, 0.0249718, 0.0426618, 0.0983698, 0.268315, 0.791619", \
            "0.01907, 0.0207953, 0.0265416, 0.0442103, 0.0990982, 0.269429, 0.791185", \
            "0.0241409, 0.0254402, 0.0307109, 0.0486588, 0.103115, 0.272218, 0.794993" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015315, 0.00469101, 0.0143686, 0.0440111, 0.134806, 0.412913");
          values ( \
            "0.0146739, 0.0121525, 0.0058834, -0.0111545, -0.0653288, -0.237577, -0.766406", \
            "0.0144886, 0.011978, 0.0055186, -0.0112981, -0.0655732, -0.237729, -0.766351", \
            "0.0143923, 0.0118685, 0.0054979, -0.0114079, -0.0657534, -0.237872, -0.766502", \
            "0.0142668, 0.0117164, 0.0052474, -0.011609, -0.0659998, -0.238135, -0.766853", \
            "0.0146267, 0.0120481, 0.0054531, -0.0115842, -0.0659843, -0.238076, -0.766781", \
            "0.0192399, 0.0165039, 0.0090969, -0.0106032, -0.0651349, -0.237321, -0.766172", \
            "0.0266447, 0.0237429, 0.015716, -0.00495, -0.0624301, -0.235245, -0.763909" \
          );
        }
      }
      internal_power () {
        related_pin : "BN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015315, 0.00469101, 0.0143686, 0.0440111, 0.134806, 0.412913");
          values ( \
            "0.0161083, 0.0181792, 0.0243948, 0.0431342, 0.0994155, 0.270657, 0.794259", \
            "0.0159409, 0.0180401, 0.0242564, 0.0429717, 0.0992858, 0.270362, 0.794143", \
            "0.0160103, 0.0180951, 0.0243245, 0.0430426, 0.0992848, 0.270586, 0.793052", \
            "0.0157119, 0.01778, 0.0240092, 0.042657, 0.0988934, 0.270398, 0.793244", \
            "0.0154032, 0.0173695, 0.0237678, 0.0424202, 0.0985518, 0.269774, 0.789298", \
            "0.0151605, 0.0170976, 0.0231772, 0.0417351, 0.0982225, 0.268299, 0.791782", \
            "0.0166058, 0.0185813, 0.024561, 0.0429943, 0.0993684, 0.270897, 0.791238" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015315, 0.00469101, 0.0143686, 0.0440111, 0.134806, 0.412913");
          values ( \
            "0.0143118, 0.0118105, 0.0053529, -0.0114704, -0.0656618, -0.237736, -0.766403", \
            "0.0142336, 0.0117294, 0.0052516, -0.0115471, -0.0657479, -0.237811, -0.766443", \
            "0.0143017, 0.0117952, 0.005332, -0.0115353, -0.0658455, -0.237872, -0.766537", \
            "0.013778, 0.0112759, 0.0048578, -0.0120027, -0.0663853, -0.238435, -0.767068", \
            "0.0135441, 0.0110001, 0.0046028, -0.0123572, -0.0666493, -0.238669, -0.767394", \
            "0.0183222, 0.0157907, 0.0088564, -0.0100116, -0.0663807, -0.238861, -0.767543", \
            "0.019188, 0.016674, 0.0097169, -0.0091205, -0.0654427, -0.238197, -0.766882" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001795;
      rise_capacitance : 0.001867;
      rise_capacitance_range (0.001867, 0.001867);
      fall_capacitance : 0.001724;
      fall_capacitance_range (0.001724, 0.001724);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0035452, -0.0035443, -0.0035423, -0.0035427, -0.0035437, -0.003546, -0.0035513" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0036391, 0.0036103, 0.0035441, 0.0035454, 0.0035482, 0.0035548, 0.0035701" \
          );
        }
      }
    }
    pin (BN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001511;
      rise_capacitance : 0.001564;
      rise_capacitance_range (0.001564, 0.001564);
      fall_capacitance : 0.001457;
      fall_capacitance_range (0.001457, 0.001457);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0004721, 0.0004047, 0.0002494, 0.0006853, 0.0016899, 0.0040057, 0.0093436" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0083813, 0.0083338, 0.0082243, 0.0086605, 0.0096661, 0.0119841, 0.0173273" \
          );
        }
      }
    }
  }
  cell (scs8hd_or2b_4) {
    area : 11.2608;
    cell_footprint : "or2b";
    cell_leakage_power : 0.0096206;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0249146;
      when : "!A&BN";
    }
    leakage_power () {
      value : 0.0064529;
      when : "!A&!BN";
    }
    leakage_power () {
      value : 0.0006699;
      when : "A&BN";
    }
    leakage_power () {
      value : 0.006445;
      when : "A&!BN";
    }
    leakage_power () {
      value : 0.0096206;
    }
    pin (X) {
      direction : output;
      function : "(A) | (!BN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.678416;
      max_transition : 1.50964;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166363, 0.00553535, 0.0184176, 0.0612803, 0.203896, 0.678416");
          values ( \
            "0.0537993, 0.056453, 0.0639171, 0.0850361, 0.150837, 0.367335, 1.08705", \
            "0.0571921, 0.0598247, 0.0673091, 0.0884576, 0.154201, 0.370718, 1.0904", \
            "0.0656754, 0.0682948, 0.0757569, 0.096854, 0.162597, 0.378913, 1.09735", \
            "0.0804526, 0.0833375, 0.0910928, 0.112171, 0.177896, 0.394705, 1.11518", \
            "0.0910297, 0.0945994, 0.104007, 0.126126, 0.191651, 0.407966, 1.12585", \
            "0.0800383, 0.0842683, 0.0957962, 0.122032, 0.187238, 0.403738, 1.12394", \
            "0.0062547, 0.010866, 0.0244784, 0.0570776, 0.126794, 0.341163, 1.05867" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166363, 0.00553535, 0.0184176, 0.0612803, 0.203896, 0.678416");
          values ( \
            "0.0141006, 0.0164611, 0.024281, 0.0511857, 0.144782, 0.459047, 1.5061", \
            "0.0141438, 0.016498, 0.0242781, 0.0510405, 0.144793, 0.459156, 1.5058", \
            "0.0140526, 0.0164245, 0.0242501, 0.0511161, 0.144644, 0.458446, 1.50074", \
            "0.0164436, 0.0186885, 0.0260769, 0.0517924, 0.144678, 0.459063, 1.50656", \
            "0.0217437, 0.0240802, 0.0312327, 0.0546838, 0.145561, 0.458495, 1.50125", \
            "0.0282969, 0.031381, 0.0400753, 0.0624169, 0.146865, 0.457951, 1.50334", \
            "0.0392462, 0.0427048, 0.05352, 0.0782905, 0.153612, 0.460696, 1.49884" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166363, 0.00553535, 0.0184176, 0.0612803, 0.203896, 0.678416");
          values ( \
            "0.133643, 0.136599, 0.144844, 0.165079, 0.208516, 0.308019, 0.597033", \
            "0.138106, 0.141047, 0.14934, 0.169504, 0.212798, 0.312375, 0.601519", \
            "0.148845, 0.151773, 0.160039, 0.180151, 0.223565, 0.323178, 0.611892", \
            "0.174204, 0.17714, 0.185406, 0.205457, 0.249046, 0.348644, 0.637635", \
            "0.232844, 0.235849, 0.243997, 0.264239, 0.307579, 0.407332, 0.696236", \
            "0.343746, 0.346948, 0.356086, 0.378141, 0.425883, 0.529415, 0.818301", \
            "0.553551, 0.557066, 0.56717, 0.592268, 0.646802, 0.759112, 1.0504" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166363, 0.00553535, 0.0184176, 0.0612803, 0.203896, 0.678416");
          values ( \
            "0.0270149, 0.0288448, 0.0341083, 0.0486513, 0.0841381, 0.189859, 0.566673", \
            "0.0270194, 0.0288435, 0.0341188, 0.0489217, 0.0844542, 0.189918, 0.566879", \
            "0.0269615, 0.02882, 0.0343792, 0.0486731, 0.0838568, 0.189798, 0.566583", \
            "0.0270187, 0.0288457, 0.0341198, 0.048786, 0.0839187, 0.189969, 0.565888", \
            "0.0286731, 0.0303455, 0.0356463, 0.0495834, 0.0846751, 0.190419, 0.56645", \
            "0.0369412, 0.0386705, 0.0439112, 0.0591226, 0.0941684, 0.194926, 0.566769", \
            "0.0519211, 0.053504, 0.0588465, 0.0744665, 0.110965, 0.209804, 0.568104" \
          );
        }
      }
      timing () {
        related_pin : "BN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166363, 0.00553535, 0.0184176, 0.0612803, 0.203896, 0.678416");
          values ( \
            "0.110787, 0.113505, 0.121066, 0.142334, 0.20869, 0.426114, 1.14732", \
            "0.114858, 0.117578, 0.125148, 0.146511, 0.212649, 0.430119, 1.15183", \
            "0.126529, 0.129204, 0.13683, 0.158101, 0.224465, 0.441243, 1.16553", \
            "0.153614, 0.156348, 0.163936, 0.185267, 0.251564, 0.46944, 1.19322", \
            "0.202721, 0.205525, 0.213252, 0.234545, 0.300662, 0.518419, 1.24128", \
            "0.282654, 0.285673, 0.293773, 0.315131, 0.380938, 0.597629, 1.32005", \
            "0.4259, 0.429265, 0.438054, 0.459995, 0.525764, 0.742293, 1.46083" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166363, 0.00553535, 0.0184176, 0.0612803, 0.203896, 0.678416");
          values ( \
            "0.0149331, 0.0172333, 0.024826, 0.0512473, 0.144312, 0.458993, 1.50964", \
            "0.0150102, 0.0172669, 0.0247971, 0.0511999, 0.144494, 0.458963, 1.50281", \
            "0.0149489, 0.0172915, 0.0248072, 0.0511901, 0.14426, 0.458751, 1.50607", \
            "0.0150771, 0.0173521, 0.024787, 0.0512246, 0.144487, 0.458794, 1.50796", \
            "0.0158651, 0.0181331, 0.0254493, 0.0514457, 0.144488, 0.459604, 1.50837", \
            "0.0175311, 0.0197999, 0.0266558, 0.05197, 0.144331, 0.45631, 1.50705", \
            "0.0201046, 0.0225139, 0.0295952, 0.053381, 0.144494, 0.457934, 1.50156" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166363, 0.00553535, 0.0184176, 0.0612803, 0.203896, 0.678416");
          values ( \
            "0.139437, 0.142388, 0.150622, 0.170829, 0.214283, 0.313887, 0.602947", \
            "0.14325, 0.146203, 0.154495, 0.174571, 0.218022, 0.317619, 0.606822", \
            "0.150871, 0.153693, 0.161989, 0.182164, 0.225542, 0.325147, 0.614277", \
            "0.159927, 0.162955, 0.171157, 0.191372, 0.234978, 0.334607, 0.623443", \
            "0.165743, 0.168957, 0.177233, 0.197409, 0.240795, 0.340286, 0.629506", \
            "0.159035, 0.161699, 0.169897, 0.190048, 0.233711, 0.333445, 0.622262", \
            "0.113742, 0.116317, 0.124641, 0.144835, 0.188456, 0.288469, 0.577512" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166363, 0.00553535, 0.0184176, 0.0612803, 0.203896, 0.678416");
          values ( \
            "0.0270446, 0.0288373, 0.0341138, 0.0486737, 0.0839411, 0.189821, 0.56677", \
            "0.0269682, 0.0288788, 0.0341162, 0.0488567, 0.0837036, 0.189834, 0.567133", \
            "0.0269597, 0.0287754, 0.0341053, 0.0487006, 0.0840233, 0.190049, 0.565661", \
            "0.0270619, 0.0287144, 0.0341142, 0.0486274, 0.0839421, 0.189118, 0.566907", \
            "0.0270696, 0.0289397, 0.0342128, 0.048824, 0.0833148, 0.189651, 0.567741", \
            "0.0271656, 0.0288671, 0.0342765, 0.0489692, 0.0839282, 0.189597, 0.56384", \
            "0.0277371, 0.0295998, 0.0351183, 0.0495146, 0.0844126, 0.190396, 0.565193" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166363, 0.00553535, 0.0184176, 0.0612803, 0.203896, 0.678415");
          values ( \
            "0.0319805, 0.0342861, 0.0418437, 0.0667261, 0.147914, 0.416258, 1.30761", \
            "0.0318691, 0.0341547, 0.0417519, 0.0665962, 0.147842, 0.416213, 1.30753", \
            "0.0319026, 0.0341938, 0.0417785, 0.0665206, 0.14773, 0.41614, 1.30752", \
            "0.0322914, 0.034527, 0.0419457, 0.0661661, 0.147431, 0.415941, 1.30782", \
            "0.0334592, 0.0355594, 0.0428379, 0.0664251, 0.147123, 0.415892, 1.30738", \
            "0.0368042, 0.0387492, 0.0456677, 0.0698782, 0.148845, 0.416744, 1.3079", \
            "0.045727, 0.0470951, 0.053104, 0.0761957, 0.155528, 0.421958, 1.30918" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166363, 0.00553535, 0.0184176, 0.0612803, 0.203896, 0.678415");
          values ( \
            "0.0293628, 0.0266527, 0.0182303, -0.0042447, -0.0812227, -0.350673, -1.25281", \
            "0.0291247, 0.026409, 0.0179511, -0.0045102, -0.0812635, -0.350915, -1.25314", \
            "0.0289508, 0.0261741, 0.0177824, -0.0048873, -0.0818433, -0.351237, -1.25336", \
            "0.0285513, 0.0258402, 0.0174059, -0.0052781, -0.0821569, -0.351637, -1.25343", \
            "0.0292603, 0.0264227, 0.0176725, -0.0052437, -0.082109, -0.351533, -1.25354", \
            "0.0370626, 0.0340274, 0.0245975, -0.0021479, -0.081004, -0.350399, -1.25257", \
            "0.0508319, 0.0475096, 0.0373933, 0.0084735, -0.075273, -0.346994, -1.24855" \
          );
        }
      }
      internal_power () {
        related_pin : "BN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166363, 0.00553535, 0.0184176, 0.0612803, 0.203896, 0.678415");
          values ( \
            "0.0318148, 0.0341146, 0.0417615, 0.0667799, 0.148737, 0.418249, 1.31179", \
            "0.031643, 0.0339545, 0.0415694, 0.066773, 0.148566, 0.418065, 1.31099", \
            "0.0316776, 0.0339631, 0.0416292, 0.0666365, 0.148603, 0.41687, 1.31197", \
            "0.0313156, 0.0336273, 0.041233, 0.066368, 0.148286, 0.418126, 1.31249", \
            "0.0308894, 0.0332396, 0.0408196, 0.0656404, 0.147414, 0.417277, 1.31206", \
            "0.0313792, 0.0335662, 0.0410231, 0.0656638, 0.147406, 0.41586, 1.31048", \
            "0.0326924, 0.0348897, 0.0420292, 0.0664707, 0.147546, 0.418169, 1.30567" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00166363, 0.00553535, 0.0184176, 0.0612803, 0.203896, 0.678415");
          values ( \
            "0.0280989, 0.0253213, 0.0169451, -0.0055536, -0.0824182, -0.351617, -1.25361", \
            "0.028017, 0.0251906, 0.0168378, -0.0057075, -0.0825117, -0.351679, -1.25377", \
            "0.028175, 0.0252031, 0.0168359, -0.0058302, -0.0824382, -0.351783, -1.25351", \
            "0.0275414, 0.0247207, 0.0163097, -0.0062133, -0.0830778, -0.352349, -1.25409", \
            "0.0272826, 0.0244589, 0.0160118, -0.0066593, -0.0834326, -0.352711, -1.25463", \
            "0.0355543, 0.032683, 0.0240829, -0.0010363, -0.0822722, -0.352844, -1.25476", \
            "0.0369462, 0.034078, 0.0253989, -0.0002677, -0.0810349, -0.351778, -1.2538" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002506;
      rise_capacitance : 0.002658;
      rise_capacitance_range (0.002658, 0.002658);
      fall_capacitance : 0.002354;
      fall_capacitance_range (0.002354, 0.002354);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0044283, -0.0044659, -0.0045527, -0.0045527, -0.0045527, -0.0045526, -0.0045524" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046002, 0.0046, 0.0045996, 0.0045971, 0.0045914, 0.0045782, 0.0045478" \
          );
        }
      }
    }
    pin (BN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001669;
      rise_capacitance : 0.001737;
      rise_capacitance_range (0.001737, 0.001737);
      fall_capacitance : 0.0016;
      fall_capacitance_range (0.0016, 0.0016);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0019311, 0.0018492, 0.0016604, 0.0020572, 0.0029716, 0.0050795, 0.0099382" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0106875, 0.0106007, 0.0104005, 0.0107863, 0.0116756, 0.0137254, 0.0184505" \
          );
        }
      }
    }
  }
  cell (scs8hd_or3_1) {
    area : 6.256;
    cell_footprint : "or3";
    cell_leakage_power : 0.000854298;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 3.7625e-05;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.0066039;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 2.72218e-05;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 3.57954e-05;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 2.74203e-05;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 4.1614e-05;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 2.72034e-05;
      when : "A&B&C";
    }
    leakage_power () {
      value : 3.36037e-05;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.000854298;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B) | (C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.221568;
      max_transition : 1.50814;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0439962, 0.0488578, 0.0609225, 0.0924652, 0.178569, 0.416537, 1.07456", \
            "0.0479731, 0.0528355, 0.0648681, 0.0962592, 0.182575, 0.420222, 1.07836", \
            "0.0573185, 0.0620222, 0.0739928, 0.105579, 0.191742, 0.429693, 1.08997", \
            "0.0709975, 0.0761603, 0.0884841, 0.119989, 0.206376, 0.444472, 1.10054", \
            "0.080949, 0.0871257, 0.100277, 0.131918, 0.218402, 0.457036, 1.11568", \
            "0.0711437, 0.0789055, 0.0948002, 0.128092, 0.213901, 0.451298, 1.10775", \
            "0.0028448, 0.0124929, 0.0331821, 0.07204, 0.157502, 0.395462, 1.05244" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0146285, 0.0200575, 0.035592, 0.0798629, 0.204207, 0.546932, 1.49984", \
            "0.0145244, 0.0199715, 0.0355509, 0.0800635, 0.204461, 0.548713, 1.50044", \
            "0.0145133, 0.0200077, 0.0354914, 0.0800421, 0.203835, 0.548526, 1.49892", \
            "0.0169836, 0.0218731, 0.0364738, 0.0801943, 0.203961, 0.548461, 1.49577", \
            "0.02128, 0.0263451, 0.0395116, 0.080918, 0.204239, 0.547694, 1.50153", \
            "0.0277136, 0.0334867, 0.0471683, 0.0842292, 0.205569, 0.54776, 1.49879", \
            "0.0369438, 0.0444102, 0.0596553, 0.0949422, 0.207461, 0.55072, 1.49658" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.187637, 0.194927, 0.210943, 0.2433, 0.305767, 0.439153, 0.771432", \
            "0.18932, 0.196577, 0.212552, 0.244901, 0.307384, 0.440799, 0.773218", \
            "0.197313, 0.204521, 0.220406, 0.252719, 0.315305, 0.44871, 0.781075", \
            "0.217073, 0.224297, 0.240262, 0.272473, 0.335274, 0.468651, 0.800963", \
            "0.260538, 0.267744, 0.283614, 0.31566, 0.37842, 0.511827, 0.844236", \
            "0.339111, 0.346994, 0.363919, 0.398159, 0.464543, 0.601154, 0.93402", \
            "0.506511, 0.514882, 0.533814, 0.571267, 0.642881, 0.784349, 1.12046" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0312394, 0.0363956, 0.0486419, 0.0736811, 0.130944, 0.275815, 0.702056", \
            "0.0312349, 0.0363908, 0.0486653, 0.0735869, 0.13069, 0.276048, 0.703231", \
            "0.0313522, 0.0364548, 0.0488707, 0.0737133, 0.130812, 0.275993, 0.702619", \
            "0.0313548, 0.0363853, 0.0483581, 0.0736469, 0.13096, 0.275773, 0.699154", \
            "0.032116, 0.0369155, 0.0485813, 0.0749671, 0.130851, 0.276359, 0.704455", \
            "0.0368725, 0.0422632, 0.0541626, 0.0814752, 0.137895, 0.280924, 0.697807", \
            "0.0451968, 0.0506724, 0.0633032, 0.0906538, 0.147787, 0.290534, 0.703938" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0433507, 0.0482446, 0.0605837, 0.0927887, 0.179819, 0.418542, 1.07698", \
            "0.0472783, 0.0521709, 0.0644525, 0.0966018, 0.183679, 0.422388, 1.08057", \
            "0.0561686, 0.0609297, 0.0731066, 0.105252, 0.192263, 0.430961, 1.08919", \
            "0.0686085, 0.0737658, 0.086055, 0.118107, 0.205275, 0.444205, 1.1029", \
            "0.076361, 0.0824328, 0.0957839, 0.127942, 0.21461, 0.454646, 1.11264", \
            "0.0628994, 0.0708317, 0.0871641, 0.120078, 0.206703, 0.445735, 1.10333", \
            "-0.0131723, -0.0034251, 0.0174898, 0.0573259, 0.143817, 0.382681, 1.03992" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0139611, 0.0193434, 0.0348613, 0.0797355, 0.20445, 0.54876, 1.49856", \
            "0.0139188, 0.0192927, 0.0349034, 0.0796323, 0.204242, 0.548373, 1.49697", \
            "0.0140973, 0.0194552, 0.0349418, 0.0797767, 0.204421, 0.549317, 1.50161", \
            "0.0164882, 0.0213596, 0.0360177, 0.0797128, 0.204572, 0.549398, 1.50157", \
            "0.0207827, 0.026029, 0.038955, 0.080766, 0.204309, 0.548895, 1.50015", \
            "0.0274074, 0.0332787, 0.0468157, 0.083761, 0.204974, 0.547227, 1.4996", \
            "0.0368307, 0.0447461, 0.0604053, 0.0957712, 0.207334, 0.550503, 1.49552" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.172591, 0.179747, 0.1958, 0.228072, 0.290767, 0.424328, 0.756551", \
            "0.174543, 0.181795, 0.197578, 0.229713, 0.292667, 0.426218, 0.758798", \
            "0.182927, 0.190051, 0.20607, 0.238344, 0.301008, 0.434604, 0.76719", \
            "0.205026, 0.21228, 0.228145, 0.260262, 0.323262, 0.456826, 0.789399", \
            "0.257312, 0.264551, 0.280624, 0.312605, 0.375406, 0.508969, 0.841223", \
            "0.360079, 0.367848, 0.385191, 0.419888, 0.486526, 0.622695, 0.955613", \
            "0.556416, 0.565182, 0.584736, 0.623937, 0.697343, 0.83852, 1.17473" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0312346, 0.036587, 0.0487464, 0.0738573, 0.130607, 0.276553, 0.701893", \
            "0.0312109, 0.0364206, 0.0481272, 0.0743717, 0.130191, 0.276318, 0.700087", \
            "0.0313034, 0.036627, 0.048657, 0.0736224, 0.130238, 0.276168, 0.702956", \
            "0.0312457, 0.0364213, 0.0482234, 0.0741976, 0.129975, 0.276266, 0.699495", \
            "0.032434, 0.0373795, 0.0487895, 0.0743936, 0.130561, 0.275176, 0.696024", \
            "0.0392339, 0.0441319, 0.0561016, 0.0831879, 0.137466, 0.280029, 0.701412", \
            "0.0508488, 0.0563304, 0.0695737, 0.0966232, 0.153396, 0.291362, 0.704556" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0405162, 0.0454623, 0.0578178, 0.0900957, 0.177029, 0.416225, 1.07788", \
            "0.0446103, 0.049542, 0.0618208, 0.0939895, 0.181144, 0.419973, 1.08075", \
            "0.0534668, 0.0583012, 0.0704793, 0.102664, 0.189891, 0.428479, 1.09038", \
            "0.0650971, 0.0703414, 0.0827548, 0.114718, 0.20195, 0.44117, 1.10202", \
            "0.0718554, 0.0782741, 0.09177, 0.123812, 0.211174, 0.450809, 1.10982", \
            "0.0584274, 0.0666312, 0.0836903, 0.117224, 0.20377, 0.442205, 1.10506", \
            "-0.0151739, -0.00502, 0.0168255, 0.0580419, 0.144814, 0.382302, 1.04104" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0138658, 0.0192522, 0.0348201, 0.0795914, 0.205135, 0.55199, 1.50233", \
            "0.0138458, 0.0192795, 0.0348341, 0.0795868, 0.205285, 0.551486, 1.50806", \
            "0.0142102, 0.0196104, 0.034971, 0.0796573, 0.204389, 0.551274, 1.50814", \
            "0.0168263, 0.0216483, 0.0362059, 0.0798622, 0.204606, 0.551537, 1.50229", \
            "0.0214211, 0.026321, 0.0395751, 0.0807832, 0.203844, 0.549229, 1.50585", \
            "0.0285011, 0.0346573, 0.0482988, 0.0846937, 0.205067, 0.54855, 1.50185", \
            "0.0390833, 0.0468518, 0.0640598, 0.0990798, 0.208357, 0.55146, 1.50075" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.149488, 0.156711, 0.172634, 0.204935, 0.268022, 0.401525, 0.733733", \
            "0.150794, 0.158029, 0.173778, 0.206162, 0.269425, 0.402712, 0.735128", \
            "0.158881, 0.166113, 0.182041, 0.214313, 0.277272, 0.41094, 0.743846", \
            "0.182463, 0.189572, 0.205606, 0.237825, 0.300943, 0.434649, 0.766848", \
            "0.243071, 0.250153, 0.265951, 0.298188, 0.36119, 0.494049, 0.826154", \
            "0.354237, 0.362326, 0.380259, 0.41541, 0.481338, 0.616888, 0.94973", \
            "0.545762, 0.555051, 0.575739, 0.615682, 0.689738, 0.829399, 1.16452" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0314302, 0.0366467, 0.0486869, 0.073997, 0.129558, 0.276446, 0.702246", \
            "0.0312204, 0.0364411, 0.0481393, 0.07402, 0.130698, 0.275269, 0.70307", \
            "0.0312185, 0.0363896, 0.0482342, 0.074156, 0.130456, 0.276366, 0.699719", \
            "0.0312868, 0.0365497, 0.0487053, 0.0738601, 0.129523, 0.27622, 0.700968", \
            "0.032113, 0.0368813, 0.0488273, 0.0742058, 0.129651, 0.276451, 0.698576", \
            "0.0420913, 0.0472621, 0.0590333, 0.0837459, 0.137703, 0.280852, 0.700238", \
            "0.0557999, 0.0616695, 0.0747182, 0.101865, 0.155629, 0.289138, 0.704405" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0107469, 0.0124761, 0.0171398, 0.0296796, 0.0642781, 0.160225, 0.425561", \
            "0.0107007, 0.0124373, 0.0170713, 0.0296447, 0.0645444, 0.160191, 0.425538", \
            "0.0106996, 0.0123587, 0.0170075, 0.0296242, 0.0642264, 0.160255, 0.427354", \
            "0.0106959, 0.0123975, 0.0170256, 0.0295788, 0.0642959, 0.161057, 0.42566", \
            "0.0111382, 0.0127696, 0.0172681, 0.0296971, 0.0642799, 0.160224, 0.42764", \
            "0.01234, 0.0139252, 0.0182923, 0.0308249, 0.0655127, 0.160276, 0.425925", \
            "0.015843, 0.0173372, 0.0214976, 0.033889, 0.0683624, 0.164577, 0.428807" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0118748, 0.0101003, 0.0061847, -0.0051165, -0.0390997, -0.136257, -0.40507", \
            "0.0116272, 0.0098497, 0.005933, -0.0054035, -0.0393509, -0.1365, -0.405292", \
            "0.0114228, 0.0096509, 0.0058133, -0.0056167, -0.0395859, -0.136706, -0.40549", \
            "0.0113019, 0.0095089, 0.0055161, -0.0057724, -0.0398031, -0.136874, -0.405645", \
            "0.0113534, 0.0095035, 0.005435, -0.0058749, -0.0398401, -0.136924, -0.405681", \
            "0.0141515, 0.0121005, 0.0069669, -0.0058686, -0.0395999, -0.136628, -0.405429", \
            "0.0188133, 0.0166257, 0.0114586, -0.0019647, -0.0375905, -0.134881, -0.403673" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0103898, 0.0121678, 0.0170049, 0.0299666, 0.0650935, 0.161197, 0.426716", \
            "0.0104081, 0.0121836, 0.0170014, 0.0299809, 0.0650102, 0.161248, 0.42655", \
            "0.0104731, 0.0121731, 0.0169397, 0.0298834, 0.0650292, 0.161317, 0.426774", \
            "0.0104249, 0.0121515, 0.0167554, 0.0296275, 0.064839, 0.161212, 0.426788", \
            "0.0108042, 0.0124611, 0.0170212, 0.0297067, 0.0644436, 0.16177, 0.428777", \
            "0.0118981, 0.0135071, 0.0180431, 0.0305629, 0.0651232, 0.161261, 0.42707", \
            "0.0150598, 0.016526, 0.0209504, 0.0332196, 0.0679956, 0.164633, 0.429658" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0105048, 0.0087416, 0.0047781, -0.006557, -0.040556, -0.137592, -0.406376", \
            "0.0101944, 0.008416, 0.0044167, -0.0067502, -0.0407064, -0.137773, -0.406512", \
            "0.0100347, 0.0082747, 0.0043584, -0.0069744, -0.040858, -0.137911, -0.406604", \
            "0.0099444, 0.0081841, 0.0041417, -0.0071409, -0.0410411, -0.138034, -0.406786", \
            "0.0099896, 0.0081919, 0.0040616, -0.0070575, -0.041021, -0.138052, -0.40674", \
            "0.0131872, 0.0109546, 0.0057841, -0.0066745, -0.0405534, -0.13757, -0.40629", \
            "0.0185204, 0.0162335, 0.0107408, -0.0027753, -0.0384768, -0.135608, -0.404464" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0087415, 0.01054, 0.0153999, 0.0283598, 0.0637605, 0.160735, 0.426524", \
            "0.0087319, 0.01053, 0.015344, 0.02831, 0.063742, 0.160699, 0.428051", \
            "0.0086937, 0.0104007, 0.0151659, 0.0281276, 0.0632586, 0.160539, 0.42814", \
            "0.0086888, 0.0104217, 0.0150475, 0.0278395, 0.0630287, 0.160501, 0.426237", \
            "0.0090457, 0.0107334, 0.0152704, 0.0278612, 0.0627253, 0.159278, 0.425381", \
            "0.0102174, 0.0118068, 0.0164226, 0.0289874, 0.0633495, 0.159301, 0.425284", \
            "0.013771, 0.015227, 0.0195535, 0.0316412, 0.0661662, 0.162825, 0.426313" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0098754, 0.0081245, 0.0040295, -0.0071852, -0.0410765, -0.138017, -0.406654", \
            "0.0096122, 0.0078371, 0.0038424, -0.0073588, -0.0413063, -0.138176, -0.406852", \
            "0.0094745, 0.0076967, 0.0037474, -0.0075102, -0.0414026, -0.138321, -0.407002", \
            "0.0094397, 0.0076926, 0.0037506, -0.0075799, -0.0414572, -0.138373, -0.407059", \
            "0.0099096, 0.0080997, 0.0040674, -0.0072971, -0.0412432, -0.138149, -0.406802", \
            "0.0138097, 0.0116762, 0.0064373, -0.0063065, -0.04021, -0.137222, -0.405946", \
            "0.0202841, 0.0178116, 0.0124482, -0.0013324, -0.0371848, -0.134725, -0.403585" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001674;
      rise_capacitance : 0.001777;
      rise_capacitance_range (0.001777, 0.001777);
      fall_capacitance : 0.001571;
      fall_capacitance_range (0.001571, 0.001571);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0017064, -0.0017307, -0.0017868, -0.0017924, -0.0018055, -0.0018354, -0.0019046" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0019837, 0.0019799, 0.0019711, 0.0019721, 0.0019742, 0.0019792, 0.0019908" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001718;
      rise_capacitance : 0.001811;
      rise_capacitance_range (0.001811, 0.001811);
      fall_capacitance : 0.001624;
      fall_capacitance_range (0.001624, 0.001624);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0025212, -0.002567, -0.0026725, -0.002675, -0.0026808, -0.0026941, -0.0027247" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027594, 0.0027493, 0.0027261, 0.0027266, 0.0027278, 0.0027306, 0.002737" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001476;
      rise_capacitance : 0.001581;
      rise_capacitance_range (0.001581, 0.001581);
      fall_capacitance : 0.001372;
      fall_capacitance_range (0.001372, 0.001372);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0008278, -0.00083, -0.0008351, -0.0008348, -0.0008341, -0.0008325, -0.0008288" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0012668, 0.0012635, 0.0012558, 0.0012587, 0.0012654, 0.0012809, 0.0013165" \
          );
        }
      }
    }
  }
  cell (scs8hd_or3_2) {
    area : 7.5072;
    cell_footprint : "or3";
    cell_leakage_power : 0.00165687;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 6.97291e-05;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.0128104;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 5.76756e-05;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 6.59675e-05;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 5.78653e-05;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 7.15938e-05;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 5.76599e-05;
      when : "A&B&C";
    }
    leakage_power () {
      value : 6.40447e-05;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.00165687;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B) | (C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.411082;
      max_transition : 1.50521;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.0521433, 0.0560171, 0.0657159, 0.0910062, 0.164751, 0.389079, 1.07788", \
            "0.0559104, 0.0597828, 0.0694887, 0.0947847, 0.168483, 0.392585, 1.0823", \
            "0.0652798, 0.0691116, 0.0787958, 0.103998, 0.177783, 0.401933, 1.08961", \
            "0.0826366, 0.0868791, 0.0967903, 0.122189, 0.195686, 0.419986, 1.10965", \
            "0.0983989, 0.103617, 0.115474, 0.141706, 0.215258, 0.439784, 1.12697", \
            "0.0974343, 0.103704, 0.118633, 0.148377, 0.221875, 0.446023, 1.1331", \
            "0.0424177, 0.0495274, 0.0675365, 0.105279, 0.182526, 0.405658, 1.09062" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.0136765, 0.0171122, 0.027462, 0.0607157, 0.166856, 0.495481, 1.50177", \
            "0.0136645, 0.0170988, 0.0274834, 0.0607618, 0.166778, 0.495425, 1.50216", \
            "0.0135224, 0.0169702, 0.0274094, 0.060597, 0.166862, 0.495419, 1.50152", \
            "0.0156737, 0.0191433, 0.0289218, 0.0611498, 0.167063, 0.495529, 1.50202", \
            "0.0204964, 0.0244293, 0.033825, 0.0635716, 0.167136, 0.494835, 1.50126", \
            "0.0271082, 0.0317534, 0.0430638, 0.0706254, 0.168772, 0.494783, 1.49784", \
            "0.037315, 0.0427233, 0.0572185, 0.0860607, 0.175691, 0.496249, 1.4975" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.249526, 0.255362, 0.269901, 0.301769, 0.366815, 0.500244, 0.828947", \
            "0.251571, 0.257366, 0.271946, 0.303637, 0.36879, 0.502244, 0.830926", \
            "0.259095, 0.264911, 0.279078, 0.310778, 0.375925, 0.509685, 0.838391", \
            "0.278615, 0.284419, 0.29867, 0.330572, 0.395665, 0.529359, 0.858224", \
            "0.322556, 0.32848, 0.342615, 0.374336, 0.439702, 0.573752, 0.902439", \
            "0.414522, 0.420533, 0.435516, 0.468276, 0.534979, 0.670824, 1.00022", \
            "0.5989, 0.605207, 0.621108, 0.65676, 0.728772, 0.871383, 1.20619" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.0430751, 0.0466181, 0.0557695, 0.0786208, 0.129757, 0.258826, 0.659026", \
            "0.0431034, 0.046637, 0.0561378, 0.0791747, 0.129382, 0.258328, 0.659302", \
            "0.0431038, 0.0463209, 0.0560453, 0.0783138, 0.129699, 0.258681, 0.657688", \
            "0.043131, 0.046651, 0.0560149, 0.0793836, 0.129478, 0.258681, 0.659191", \
            "0.0430573, 0.0465085, 0.0560501, 0.0781721, 0.12963, 0.258301, 0.658286", \
            "0.0483185, 0.0513768, 0.0612387, 0.0837104, 0.135149, 0.262244, 0.65816", \
            "0.0582951, 0.0615533, 0.0715267, 0.0944969, 0.147862, 0.275407, 0.66472" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.0510802, 0.0549357, 0.064622, 0.0901881, 0.164554, 0.389417, 1.07568", \
            "0.0549608, 0.0587835, 0.0684683, 0.0940081, 0.168413, 0.393013, 1.08113", \
            "0.0641407, 0.0679452, 0.0776026, 0.102992, 0.177401, 0.402289, 1.09026", \
            "0.0807055, 0.0849168, 0.0949019, 0.12027, 0.194732, 0.419781, 1.10676", \
            "0.0950201, 0.10022, 0.112108, 0.138417, 0.21271, 0.437807, 1.12538", \
            "0.0917511, 0.0980076, 0.112866, 0.14328, 0.217161, 0.441995, 1.13013", \
            "0.0320418, 0.0392422, 0.0575188, 0.0961025, 0.173865, 0.396491, 1.08395" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.0130853, 0.01655, 0.026911, 0.0601625, 0.167021, 0.495208, 1.49732", \
            "0.0130806, 0.0165436, 0.0268522, 0.0601674, 0.166717, 0.494988, 1.50154", \
            "0.0130451, 0.0164749, 0.0268713, 0.0602158, 0.167315, 0.494473, 1.50135", \
            "0.0154933, 0.0188331, 0.0285204, 0.0608096, 0.16696, 0.495618, 1.50006", \
            "0.0202312, 0.0238595, 0.0336978, 0.0633342, 0.16709, 0.494603, 1.50095", \
            "0.0268601, 0.031746, 0.0429542, 0.0704641, 0.168583, 0.49394, 1.49618", \
            "0.0375357, 0.0429692, 0.0575068, 0.0874843, 0.17491, 0.496852, 1.49837" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.23354, 0.23943, 0.253615, 0.285403, 0.350431, 0.484513, 0.812877", \
            "0.235821, 0.241659, 0.255837, 0.287632, 0.352606, 0.48662, 0.81533", \
            "0.243886, 0.249782, 0.2642, 0.29587, 0.361059, 0.494601, 0.823309", \
            "0.265566, 0.271387, 0.285574, 0.317289, 0.382429, 0.516623, 0.845376", \
            "0.319034, 0.324924, 0.339321, 0.37076, 0.43607, 0.570275, 0.898821", \
            "0.435956, 0.441997, 0.456671, 0.489817, 0.556445, 0.691979, 1.02108", \
            "0.658559, 0.665055, 0.681439, 0.717525, 0.791157, 0.933899, 1.2687" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.0431004, 0.0463065, 0.056164, 0.0782726, 0.130268, 0.258716, 0.657239", \
            "0.0431901, 0.0462884, 0.056097, 0.0782759, 0.130144, 0.258664, 0.658348", \
            "0.043105, 0.0465777, 0.0558029, 0.0783841, 0.129261, 0.258611, 0.659237", \
            "0.0431791, 0.0463385, 0.0559617, 0.0783019, 0.129999, 0.258567, 0.658374", \
            "0.0430344, 0.0466006, 0.0561255, 0.0782318, 0.129978, 0.259005, 0.657734", \
            "0.0492615, 0.0525507, 0.0615874, 0.0852333, 0.135412, 0.261796, 0.657806", \
            "0.0653042, 0.0680333, 0.0778365, 0.101449, 0.152919, 0.278011, 0.665869" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.0484235, 0.052264, 0.0620651, 0.0877105, 0.162165, 0.388147, 1.07842", \
            "0.0525006, 0.0563396, 0.0660962, 0.0917154, 0.166242, 0.391967, 1.08025", \
            "0.0619064, 0.0657456, 0.0754734, 0.100964, 0.175464, 0.400816, 1.08721", \
            "0.0781463, 0.0824396, 0.0925548, 0.118131, 0.192146, 0.418133, 1.10495", \
            "0.0922202, 0.0975285, 0.109716, 0.136329, 0.210408, 0.435928, 1.12616", \
            "0.090162, 0.096601, 0.111814, 0.142692, 0.216789, 0.441624, 1.13048", \
            "0.0348582, 0.0421608, 0.0608288, 0.100357, 0.178617, 0.402648, 1.08774" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.0131012, 0.0165856, 0.026992, 0.0602976, 0.167249, 0.495811, 1.50347", \
            "0.0130686, 0.0165682, 0.0269873, 0.060266, 0.167216, 0.496326, 1.50521", \
            "0.0130935, 0.016557, 0.0269525, 0.0603579, 0.16711, 0.498577, 1.49924", \
            "0.0157765, 0.0191361, 0.0289266, 0.0610563, 0.167075, 0.496691, 1.50319", \
            "0.0207036, 0.0245129, 0.0342824, 0.0636694, 0.167079, 0.496506, 1.50346", \
            "0.0276961, 0.0326911, 0.0438661, 0.0715288, 0.168693, 0.494626, 1.50255", \
            "0.0393497, 0.0451336, 0.0591328, 0.0909279, 0.176003, 0.496602, 1.4987" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.209787, 0.215693, 0.229869, 0.261618, 0.327074, 0.460775, 0.789477", \
            "0.211529, 0.217527, 0.23191, 0.263589, 0.32876, 0.462776, 0.79117", \
            "0.219175, 0.224996, 0.239146, 0.271167, 0.33617, 0.47035, 0.798724", \
            "0.242358, 0.248133, 0.262516, 0.293488, 0.358855, 0.493042, 0.82153", \
            "0.301428, 0.307251, 0.32169, 0.353007, 0.41787, 0.551842, 0.880473", \
            "0.431644, 0.437868, 0.453046, 0.486377, 0.552978, 0.688317, 1.01675", \
            "0.652824, 0.659561, 0.676004, 0.713665, 0.789985, 0.933141, 1.26736" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.0431032, 0.0463531, 0.0561551, 0.0782506, 0.129504, 0.258742, 0.658337", \
            "0.0430832, 0.0466733, 0.0561245, 0.0792031, 0.129355, 0.2585, 0.659633", \
            "0.0431995, 0.0463082, 0.0561174, 0.0789542, 0.130459, 0.258178, 0.658676", \
            "0.043304, 0.0465585, 0.0558109, 0.0783031, 0.129617, 0.25911, 0.659232", \
            "0.0431096, 0.0464306, 0.0562123, 0.0792025, 0.129357, 0.259238, 0.659423", \
            "0.0521191, 0.0553028, 0.0642575, 0.0860576, 0.135635, 0.261512, 0.658474", \
            "0.072882, 0.075474, 0.085164, 0.108837, 0.160135, 0.279757, 0.665234" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.01646, 0.0184783, 0.0245879, 0.0429204, 0.0984615, 0.268025, 0.79103", \
            "0.0163964, 0.0184294, 0.0245407, 0.0428705, 0.098433, 0.267754, 0.787521", \
            "0.0164254, 0.0184481, 0.0245623, 0.0428664, 0.0984644, 0.267865, 0.787847", \
            "0.0165877, 0.01859, 0.0244411, 0.0426212, 0.0983623, 0.267806, 0.787559", \
            "0.0173602, 0.0192489, 0.0251327, 0.0427671, 0.0980924, 0.26883, 0.787895", \
            "0.0191479, 0.0208873, 0.02658, 0.0443663, 0.0988912, 0.26801, 0.790401", \
            "0.0235107, 0.0248919, 0.0301132, 0.0477182, 0.102643, 0.272182, 0.791069" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.0203825, 0.0176456, 0.0102329, -0.007812, -0.061673, -0.232291, -0.758739", \
            "0.0199818, 0.0172653, 0.0099765, -0.0080871, -0.0618913, -0.232434, -0.758875", \
            "0.0196623, 0.016993, 0.0096429, -0.0084026, -0.0619708, -0.232757, -0.759118", \
            "0.0196709, 0.0168223, 0.0094822, -0.0087158, -0.0624, -0.232992, -0.759242", \
            "0.0194629, 0.0167019, 0.0092958, -0.0088313, -0.0626849, -0.233249, -0.759524", \
            "0.0208241, 0.0178778, 0.0105368, -0.0081416, -0.062239, -0.232985, -0.759185", \
            "0.030798, 0.0277911, 0.0196126, -0.0009841, -0.0590573, -0.231337, -0.757759" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.0160852, 0.0181527, 0.0243558, 0.0430773, 0.0993115, 0.269514, 0.791442", \
            "0.0160473, 0.0181262, 0.0243473, 0.0430665, 0.0992059, 0.269022, 0.789876", \
            "0.0161381, 0.0181783, 0.0243786, 0.0429752, 0.0991351, 0.270459, 0.789055", \
            "0.0162927, 0.0182959, 0.0243048, 0.0426146, 0.0988715, 0.269134, 0.789837", \
            "0.0170508, 0.0189292, 0.0248537, 0.0427438, 0.0983833, 0.270095, 0.789434", \
            "0.0186407, 0.0203965, 0.026048, 0.0441053, 0.0989061, 0.268874, 0.791517", \
            "0.0229831, 0.0243654, 0.0295804, 0.0472801, 0.10238, 0.271216, 0.788407" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.0186916, 0.0158696, 0.0085675, -0.0095275, -0.062971, -0.233781, -0.759878", \
            "0.0185437, 0.0157405, 0.0084007, -0.0096904, -0.0632147, -0.233905, -0.760135", \
            "0.0184176, 0.0157034, 0.0082993, -0.0097523, -0.0636219, -0.234085, -0.760366", \
            "0.0182013, 0.0154278, 0.008093, -0.0100084, -0.0636765, -0.234281, -0.760445", \
            "0.0181297, 0.0153773, 0.0080196, -0.0101529, -0.0640027, -0.234506, -0.760651", \
            "0.0197232, 0.0169108, 0.0092151, -0.0092105, -0.0628721, -0.233827, -0.760154", \
            "0.0314073, 0.028426, 0.0200347, -0.0017332, -0.0600398, -0.231862, -0.758387" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.0143543, 0.0164114, 0.0226537, 0.041483, 0.0976194, 0.26807, 0.788661", \
            "0.0143872, 0.0164615, 0.0226883, 0.0414179, 0.0976079, 0.267922, 0.789101", \
            "0.0144655, 0.016496, 0.0227137, 0.0413314, 0.0974947, 0.269289, 0.785371", \
            "0.0146214, 0.0166808, 0.0226574, 0.0409087, 0.0969849, 0.269052, 0.787837", \
            "0.0153793, 0.0172622, 0.0232476, 0.0409711, 0.0964544, 0.267267, 0.788178", \
            "0.0169742, 0.0186819, 0.024353, 0.0423319, 0.0972253, 0.267221, 0.788148", \
            "0.0219608, 0.0232239, 0.0284729, 0.0462719, 0.100468, 0.269702, 0.787294" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.0181398, 0.0152975, 0.0079818, -0.0100937, -0.0638408, -0.234227, -0.760421", \
            "0.0179971, 0.0152369, 0.0078906, -0.010347, -0.0639747, -0.234446, -0.760576", \
            "0.0178108, 0.0149682, 0.0076754, -0.010312, -0.0641636, -0.234647, -0.76089", \
            "0.0176875, 0.0149337, 0.0075618, -0.0104895, -0.0642751, -0.234718, -0.760678", \
            "0.0180446, 0.0153121, 0.0079403, -0.0101382, -0.0640231, -0.234634, -0.760568", \
            "0.0212645, 0.0182646, 0.0105207, -0.0084636, -0.0628723, -0.233706, -0.759911", \
            "0.0340267, 0.0310152, 0.0224016, 0.0009334, -0.0580481, -0.230524, -0.757128" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001653;
      rise_capacitance : 0.001758;
      rise_capacitance_range (0.001758, 0.001758);
      fall_capacitance : 0.001547;
      fall_capacitance_range (0.001547, 0.001547);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0017197, -0.001742, -0.0017933, -0.0017987, -0.0018114, -0.0018405, -0.0019075" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0019116, 0.0019265, 0.0019608, 0.0019613, 0.0019624, 0.001965, 0.0019709" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001698;
      rise_capacitance : 0.001794;
      rise_capacitance_range (0.001794, 0.001794);
      fall_capacitance : 0.001601;
      fall_capacitance_range (0.001601, 0.001601);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0025758, -0.0026007, -0.0026582, -0.0026608, -0.0026667, -0.0026805, -0.0027123" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027634, 0.0027518, 0.002725, 0.0027247, 0.0027241, 0.0027225, 0.0027189" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00145;
      rise_capacitance : 0.001556;
      rise_capacitance_range (0.001556, 0.001556);
      fall_capacitance : 0.001343;
      fall_capacitance_range (0.001343, 0.001343);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0008438, -0.000846, -0.0008511, -0.0008505, -0.0008492, -0.000846, -0.0008388" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0012811, 0.0012786, 0.0012728, 0.0012758, 0.0012826, 0.0012984, 0.0013347" \
          );
        }
      }
    }
  }
  cell (scs8hd_or3_4) {
    area : 11.2608;
    cell_footprint : "or3";
    cell_leakage_power : 0.00649286;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0063475;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.0248882;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 0.0063401;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 0.0006163;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 0.0063402;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0004546;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 0.0063401;
      when : "A&B&C";
    }
    leakage_power () {
      value : 0.0006159;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.00649286;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B) | (C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.704966;
      max_transition : 1.50961;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0575324, 0.060215, 0.0677344, 0.088732, 0.153883, 0.368423, 1.08667", \
            "0.0609427, 0.0636187, 0.071147, 0.0921245, 0.157065, 0.371868, 1.0898", \
            "0.0694832, 0.0721469, 0.0796423, 0.100532, 0.165765, 0.380261, 1.10062", \
            "0.0863654, 0.089257, 0.0970087, 0.117766, 0.182662, 0.397263, 1.11525", \
            "0.100335, 0.10391, 0.113243, 0.135305, 0.19985, 0.414113, 1.13248", \
            "0.0931785, 0.0974234, 0.109016, 0.135191, 0.200303, 0.413727, 1.13144", \
            "0.0221815, 0.0268287, 0.0404575, 0.0735038, 0.143492, 0.356241, 1.07444" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0145937, 0.0168308, 0.0243041, 0.0503499, 0.142684, 0.454377, 1.50206", \
            "0.0145612, 0.0167899, 0.0242745, 0.0503316, 0.142431, 0.454786, 1.50164", \
            "0.0144689, 0.0167059, 0.0241959, 0.050278, 0.142299, 0.454022, 1.50335", \
            "0.0166037, 0.0186843, 0.0256757, 0.0508224, 0.142682, 0.454221, 1.50148", \
            "0.0215834, 0.0238707, 0.0309608, 0.0537674, 0.142693, 0.454969, 1.49905", \
            "0.0282121, 0.0314546, 0.0399717, 0.0621122, 0.144474, 0.45456, 1.49997", \
            "0.0395769, 0.0424271, 0.052911, 0.0782086, 0.152631, 0.456239, 1.49858" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.210163, 0.213625, 0.223557, 0.247924, 0.301333, 0.417129, 0.724946", \
            "0.214169, 0.217645, 0.227488, 0.251835, 0.305401, 0.421203, 0.72897", \
            "0.224584, 0.228021, 0.237789, 0.262146, 0.315568, 0.431415, 0.739245", \
            "0.248021, 0.251485, 0.261315, 0.285627, 0.338994, 0.454921, 0.762646", \
            "0.299974, 0.303457, 0.31327, 0.337513, 0.391066, 0.507264, 0.814988", \
            "0.406025, 0.409598, 0.420162, 0.445272, 0.50065, 0.618659, 0.927296", \
            "0.614727, 0.618528, 0.62961, 0.657064, 0.717542, 0.844072, 1.15683" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0391668, 0.0412361, 0.0470036, 0.0639887, 0.1043, 0.214712, 0.590785", \
            "0.0392303, 0.0412988, 0.047005, 0.0641005, 0.104025, 0.214934, 0.590847", \
            "0.0391031, 0.0412173, 0.0469669, 0.0640834, 0.10517, 0.215727, 0.590825", \
            "0.0392445, 0.0411708, 0.0475156, 0.0639229, 0.105121, 0.214835, 0.590724", \
            "0.0392452, 0.0411664, 0.04716, 0.0640573, 0.104325, 0.215157, 0.590399", \
            "0.0450716, 0.0467924, 0.0528501, 0.0698207, 0.109722, 0.218749, 0.592081", \
            "0.0571337, 0.0588358, 0.0643085, 0.0815279, 0.123977, 0.232851, 0.595594" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0574709, 0.0601302, 0.0677988, 0.0890485, 0.154906, 0.369796, 1.08773", \
            "0.0609708, 0.0636827, 0.0712872, 0.0925681, 0.158206, 0.373581, 1.09103", \
            "0.0694579, 0.0721332, 0.0797292, 0.100931, 0.166637, 0.381886, 1.09975", \
            "0.0858647, 0.0887469, 0.0966025, 0.117905, 0.183165, 0.398454, 1.11685", \
            "0.0990885, 0.102684, 0.112233, 0.134566, 0.199759, 0.415404, 1.13319", \
            "0.0912849, 0.0955293, 0.107255, 0.133967, 0.199173, 0.413908, 1.13282", \
            "0.0192027, 0.0238932, 0.0377484, 0.0713615, 0.142535, 0.354501, 1.07173" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0143453, 0.0166807, 0.0241761, 0.050313, 0.142315, 0.453864, 1.50141", \
            "0.0144002, 0.0167384, 0.0242353, 0.0502455, 0.142439, 0.454924, 1.49896", \
            "0.0143558, 0.0166501, 0.0241927, 0.0502098, 0.142612, 0.454242, 1.50058", \
            "0.0164391, 0.0188483, 0.0258394, 0.0508976, 0.142227, 0.454765, 1.50271", \
            "0.0216504, 0.0240063, 0.0311932, 0.054104, 0.142665, 0.455381, 1.5008", \
            "0.0286938, 0.0320043, 0.0404339, 0.0624494, 0.144944, 0.454785, 1.4967", \
            "0.039851, 0.0430798, 0.053843, 0.0792634, 0.153519, 0.455673, 1.49889" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.198778, 0.202244, 0.212071, 0.236478, 0.289937, 0.405833, 0.713372", \
            "0.202248, 0.205726, 0.21563, 0.239897, 0.293463, 0.40931, 0.717121", \
            "0.212259, 0.215697, 0.225595, 0.249683, 0.303215, 0.419324, 0.726987", \
            "0.236746, 0.2402, 0.250084, 0.274319, 0.327782, 0.44384, 0.751601", \
            "0.29602, 0.29945, 0.309307, 0.333571, 0.387065, 0.503196, 0.811102", \
            "0.420428, 0.424006, 0.434321, 0.459976, 0.515737, 0.633888, 0.941653", \
            "0.655892, 0.659768, 0.671262, 0.69958, 0.762261, 0.889981, 1.2034" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0393292, 0.0412036, 0.0469558, 0.0642324, 0.104289, 0.214964, 0.592661", \
            "0.039228, 0.0413033, 0.0473762, 0.0640992, 0.104031, 0.214885, 0.590836", \
            "0.0393221, 0.0412153, 0.0473934, 0.0642332, 0.104724, 0.215023, 0.592472", \
            "0.0391465, 0.0410342, 0.0473838, 0.064107, 0.104204, 0.215052, 0.592837", \
            "0.039251, 0.0411932, 0.0472033, 0.0637114, 0.104141, 0.215409, 0.591085", \
            "0.0468341, 0.0486103, 0.0544452, 0.0713927, 0.110782, 0.218895, 0.59345", \
            "0.0643983, 0.0658411, 0.0713839, 0.0884503, 0.130301, 0.236255, 0.596927" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0546636, 0.0574415, 0.0651339, 0.0865544, 0.152387, 0.368183, 1.08831", \
            "0.0584143, 0.0611462, 0.0688578, 0.0903085, 0.156096, 0.371434, 1.08901", \
            "0.0671361, 0.06985, 0.0775354, 0.0988599, 0.164418, 0.380674, 1.09746", \
            "0.0831971, 0.0861759, 0.0941951, 0.115591, 0.180919, 0.396183, 1.12314", \
            "0.0960905, 0.0997581, 0.109471, 0.132293, 0.197097, 0.412953, 1.13255", \
            "0.0897842, 0.0941031, 0.106092, 0.133327, 0.199006, 0.41391, 1.13123", \
            "0.025203, 0.0299732, 0.0440843, 0.0787832, 0.151219, 0.36531, 1.08306" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0144541, 0.0168203, 0.0243771, 0.0504512, 0.142646, 0.456042, 1.50827", \
            "0.0144595, 0.0168071, 0.0243986, 0.050327, 0.142577, 0.456175, 1.50961", \
            "0.0143859, 0.0167082, 0.0243702, 0.0503622, 0.142403, 0.456603, 1.50339", \
            "0.0170178, 0.019265, 0.0263079, 0.0512174, 0.142596, 0.45628, 1.50384", \
            "0.0222141, 0.0249205, 0.0320038, 0.0548873, 0.143006, 0.455061, 1.50514", \
            "0.0294334, 0.032682, 0.0419062, 0.0642076, 0.145175, 0.454738, 1.50709", \
            "0.0421606, 0.0454873, 0.0563447, 0.0825617, 0.155524, 0.455873, 1.49662" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.176494, 0.180063, 0.189909, 0.214196, 0.267776, 0.383788, 0.691335", \
            "0.178872, 0.182333, 0.192151, 0.216547, 0.269858, 0.386043, 0.693865", \
            "0.187403, 0.190842, 0.200688, 0.224941, 0.27846, 0.394481, 0.702414", \
            "0.21156, 0.214987, 0.22485, 0.249045, 0.302518, 0.418716, 0.726568", \
            "0.272506, 0.275956, 0.285766, 0.309972, 0.363238, 0.479403, 0.787148", \
            "0.400867, 0.404644, 0.414991, 0.441108, 0.49756, 0.615462, 0.923156", \
            "0.619873, 0.62385, 0.635499, 0.665319, 0.731008, 0.859635, 1.17255" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0393401, 0.0413285, 0.0473742, 0.0640825, 0.103982, 0.215121, 0.5907", \
            "0.0392117, 0.0411785, 0.0470001, 0.0642699, 0.104429, 0.215619, 0.591509", \
            "0.0392221, 0.0412526, 0.0474805, 0.0639451, 0.104498, 0.215626, 0.591474", \
            "0.0393272, 0.0412915, 0.0473959, 0.0640692, 0.104147, 0.215393, 0.591502", \
            "0.0392179, 0.041073, 0.0471737, 0.0643874, 0.105048, 0.215264, 0.590519", \
            "0.0507373, 0.0525471, 0.0582859, 0.0740441, 0.11294, 0.219542, 0.592417", \
            "0.0713401, 0.0729138, 0.0784879, 0.0970138, 0.137967, 0.237934, 0.596926" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0334613, 0.0358048, 0.043477, 0.0689346, 0.152426, 0.430306, 1.35879", \
            "0.0333729, 0.035718, 0.0433884, 0.0688635, 0.15245, 0.43025, 1.35817", \
            "0.0333998, 0.0357513, 0.0434925, 0.0688217, 0.152296, 0.429204, 1.35795", \
            "0.033789, 0.0360809, 0.0436316, 0.0684081, 0.152027, 0.43001, 1.35788", \
            "0.0351239, 0.0372593, 0.0445388, 0.0686398, 0.151586, 0.429499, 1.3575", \
            "0.0383302, 0.0402791, 0.0473018, 0.0716074, 0.15344, 0.430707, 1.36006", \
            "0.0471144, 0.0484308, 0.0547404, 0.0784178, 0.16033, 0.435019, 1.36051" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0355587, 0.0323821, 0.022899, -0.0021343, -0.0809318, -0.358335, -1.29801", \
            "0.0350858, 0.0318728, 0.0223579, -0.0025025, -0.0813207, -0.358347, -1.29819", \
            "0.0348537, 0.031668, 0.0221834, -0.0031077, -0.0812952, -0.358798, -1.29848", \
            "0.0344417, 0.0313573, 0.0219716, -0.0030536, -0.0818667, -0.359206, -1.29879", \
            "0.0345, 0.0314405, 0.0218069, -0.0032103, -0.0821717, -0.359288, -1.299", \
            "0.0359572, 0.0326669, 0.0239644, -0.0022311, -0.081343, -0.358857, -1.2986", \
            "0.0548828, 0.051508, 0.0410604, 0.0110585, -0.0757512, -0.356752, -1.29589" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0324089, 0.0347582, 0.042556, 0.0683888, 0.152927, 0.431144, 1.36188", \
            "0.0324493, 0.0348032, 0.0426181, 0.068405, 0.152922, 0.432177, 1.36034", \
            "0.0326225, 0.0349532, 0.0427103, 0.0683907, 0.152822, 0.431198, 1.36195", \
            "0.0329617, 0.0352311, 0.0427797, 0.0681306, 0.152147, 0.430784, 1.36209", \
            "0.0341599, 0.0363124, 0.0436993, 0.0679615, 0.15146, 0.430191, 1.36145", \
            "0.0371766, 0.0392266, 0.0461945, 0.0708425, 0.152621, 0.431222, 1.35989", \
            "0.045173, 0.0466388, 0.052855, 0.0765133, 0.158826, 0.43445, 1.35968" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0324512, 0.0294786, 0.0199722, -0.0048514, -0.0834964, -0.360524, -1.3003", \
            "0.0324659, 0.0293032, 0.0199313, -0.0050735, -0.0838617, -0.360753, -1.30047", \
            "0.0319914, 0.0292286, 0.0195931, -0.0054822, -0.0838788, -0.361088, -1.30095", \
            "0.0320145, 0.0288402, 0.0194187, -0.0055961, -0.0843194, -0.361332, -1.30106", \
            "0.0322332, 0.0290596, 0.0194606, -0.0057871, -0.0847224, -0.361722, -1.30125", \
            "0.0348312, 0.0314529, 0.0215127, -0.0038665, -0.0839273, -0.360969, -1.30047", \
            "0.0557925, 0.0523615, 0.0416412, 0.0107987, -0.0755269, -0.357388, -1.29743" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0287517, 0.0311333, 0.0389747, 0.0648701, 0.149467, 0.428494, 1.36036", \
            "0.0287508, 0.031099, 0.0390358, 0.064928, 0.149504, 0.428567, 1.36552", \
            "0.0288222, 0.0311486, 0.0389731, 0.0646935, 0.149065, 0.428693, 1.35218", \
            "0.0290744, 0.0313649, 0.0388317, 0.0641377, 0.148285, 0.427393, 1.35282", \
            "0.0304879, 0.0326526, 0.039921, 0.064151, 0.147572, 0.42681, 1.35922", \
            "0.033612, 0.0355405, 0.0424929, 0.066887, 0.148668, 0.426703, 1.35803", \
            "0.0428904, 0.0442578, 0.0503051, 0.0738172, 0.155015, 0.431206, 1.35636" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167431, 0.00560664, 0.0187745, 0.0628688, 0.210524, 0.704966");
          values ( \
            "0.0314099, 0.0284335, 0.019048, -0.0059539, -0.0847141, -0.361596, -1.30104", \
            "0.0313008, 0.0280313, 0.0185573, -0.0062671, -0.0848367, -0.361905, -1.30128", \
            "0.0310214, 0.0277935, 0.0185105, -0.0065265, -0.0851176, -0.362156, -1.30151", \
            "0.0308454, 0.0277617, 0.0183915, -0.0066354, -0.0853979, -0.362319, -1.30172", \
            "0.0317386, 0.02862, 0.0191529, -0.0063207, -0.0849306, -0.362067, -1.30141", \
            "0.037656, 0.0342747, 0.0242403, -0.0023949, -0.0825152, -0.36014, -1.29973", \
            "0.0612055, 0.0577819, 0.0469445, 0.0152645, -0.0724308, -0.354567, -1.29475" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002426;
      rise_capacitance : 0.002577;
      rise_capacitance_range (0.002577, 0.002577);
      fall_capacitance : 0.002276;
      fall_capacitance_range (0.002276, 0.002276);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0036634, -0.0037179, -0.0038437, -0.003855, -0.0038809, -0.0039408, -0.0040786" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042041, 0.0042066, 0.0042124, 0.0042082, 0.0041985, 0.0041762, 0.0041246" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002361;
      rise_capacitance : 0.002528;
      rise_capacitance_range (0.002528, 0.002528);
      fall_capacitance : 0.002194;
      fall_capacitance_range (0.002194, 0.002194);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0036729, -0.0037761, -0.0040139, -0.0040179, -0.004027, -0.0040481, -0.0040967" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0041637, 0.0041615, 0.0041565, 0.0041546, 0.0041502, 0.0041403, 0.0041172" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002314;
      rise_capacitance : 0.002517;
      rise_capacitance_range (0.002517, 0.002517);
      fall_capacitance : 0.002111;
      fall_capacitance_range (0.002111, 0.002111);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018475, -0.0018464, -0.001844, -0.0018433, -0.0018416, -0.0018377, -0.0018289" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0028526, 0.0028497, 0.0028431, 0.00285, 0.002866, 0.002903, 0.0029881" \
          );
        }
      }
    }
  }
  cell (scs8hd_or3b_1) {
    area : 8.7584;
    cell_footprint : "or3b";
    cell_leakage_power : 0.000908789;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0066562;
      when : "!A&!B&CN";
    }
    leakage_power () {
      value : 9.46704e-05;
      when : "!A&!B&!CN";
    }
    leakage_power () {
      value : 8.76358e-05;
      when : "!A&B&CN";
    }
    leakage_power () {
      value : 8.42437e-05;
      when : "!A&B&!CN";
    }
    leakage_power () {
      value : 9.34595e-05;
      when : "A&!B&CN";
    }
    leakage_power () {
      value : 8.44425e-05;
      when : "A&!B&!CN";
    }
    leakage_power () {
      value : 8.54356e-05;
      when : "A&B&CN";
    }
    leakage_power () {
      value : 8.42252e-05;
      when : "A&B&!CN";
    }
    leakage_power () {
      value : 0.000908789;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B) | (!CN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.221568;
      max_transition : 1.5045;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0443273, 0.049203, 0.0612465, 0.0927269, 0.178645, 0.416654, 1.07239", \
            "0.0483039, 0.0531827, 0.0651744, 0.0965266, 0.182682, 0.420055, 1.07741", \
            "0.0576366, 0.0623655, 0.0743208, 0.105834, 0.191853, 0.429508, 1.08904", \
            "0.0714845, 0.0766537, 0.0889849, 0.120416, 0.206704, 0.444349, 1.09989", \
            "0.0816334, 0.0878323, 0.101056, 0.13266, 0.219044, 0.457279, 1.11291", \
            "0.0721063, 0.079995, 0.0961904, 0.12922, 0.214897, 0.451968, 1.10769", \
            "0.0043438, 0.0140654, 0.0347932, 0.0737519, 0.159314, 0.396731, 1.05322" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.01466, 0.0200688, 0.0355605, 0.0796924, 0.203643, 0.547684, 1.49478", \
            "0.0145607, 0.0199972, 0.0354597, 0.0798941, 0.204215, 0.546623, 1.49802", \
            "0.0145571, 0.0200123, 0.0354641, 0.079928, 0.203592, 0.548, 1.49566", \
            "0.0170311, 0.0218855, 0.0364168, 0.0800262, 0.203948, 0.547506, 1.49335", \
            "0.0213136, 0.0263847, 0.0394324, 0.0808945, 0.203956, 0.548518, 1.49394", \
            "0.0280465, 0.0336269, 0.046702, 0.0842544, 0.205269, 0.547145, 1.4967", \
            "0.0369228, 0.0444273, 0.0597722, 0.0950396, 0.207312, 0.550042, 1.49381" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.189864, 0.19722, 0.213356, 0.245945, 0.308773, 0.442757, 0.775739", \
            "0.191539, 0.198861, 0.21478, 0.247128, 0.310425, 0.444405, 0.777629", \
            "0.199388, 0.20673, 0.22254, 0.254883, 0.318172, 0.452175, 0.785426", \
            "0.219187, 0.226502, 0.242312, 0.274852, 0.338084, 0.472182, 0.805055", \
            "0.262316, 0.269623, 0.285614, 0.317959, 0.380955, 0.51499, 0.848162", \
            "0.341148, 0.348763, 0.366058, 0.400493, 0.467265, 0.604432, 0.938174", \
            "0.508658, 0.517176, 0.535419, 0.573465, 0.645536, 0.787932, 1.1253" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0314751, 0.0366848, 0.049032, 0.0741934, 0.131841, 0.276623, 0.703312", \
            "0.0314898, 0.0367326, 0.0485, 0.07519, 0.131309, 0.277297, 0.700645", \
            "0.0317115, 0.0367188, 0.0484958, 0.0749686, 0.131023, 0.277479, 0.705447", \
            "0.0316128, 0.0367194, 0.0485606, 0.0744685, 0.130315, 0.277406, 0.703875", \
            "0.032069, 0.0370218, 0.0491549, 0.074435, 0.131763, 0.277068, 0.703048", \
            "0.0370718, 0.0423125, 0.054598, 0.0813173, 0.138593, 0.281794, 0.702085", \
            "0.0454167, 0.0510003, 0.0635019, 0.0910187, 0.149197, 0.292152, 0.707616" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0436999, 0.0486146, 0.0609535, 0.0930342, 0.180256, 0.417998, 1.07518", \
            "0.0476152, 0.0525434, 0.0648517, 0.0968946, 0.18382, 0.421839, 1.07842", \
            "0.0564774, 0.061344, 0.0735132, 0.10552, 0.192527, 0.43084, 1.08753", \
            "0.0692044, 0.0743831, 0.0866953, 0.118697, 0.20567, 0.444239, 1.10201", \
            "0.0772012, 0.0834356, 0.0966958, 0.128846, 0.215385, 0.455017, 1.11202", \
            "0.0642323, 0.0722046, 0.0886077, 0.121856, 0.208057, 0.446767, 1.1032", \
            "-0.011114, -0.0013284, 0.0196592, 0.0595655, 0.146035, 0.383582, 1.04087" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0140373, 0.0194126, 0.0348669, 0.0793125, 0.204195, 0.547506, 1.499", \
            "0.0140092, 0.0194055, 0.034896, 0.0794955, 0.203583, 0.546828, 1.49677", \
            "0.014199, 0.0195129, 0.0349463, 0.079527, 0.203781, 0.546868, 1.49498", \
            "0.0165593, 0.0214262, 0.0360535, 0.079643, 0.204221, 0.548745, 1.49999", \
            "0.0208432, 0.025811, 0.0390545, 0.0806903, 0.204022, 0.548545, 1.49797", \
            "0.0274816, 0.03341, 0.0469243, 0.0843109, 0.204677, 0.546607, 1.49736", \
            "0.0368775, 0.0447869, 0.0605791, 0.0959245, 0.207123, 0.549101, 1.49374" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.174748, 0.182051, 0.197937, 0.230485, 0.29369, 0.427834, 0.761107", \
            "0.176666, 0.183977, 0.199878, 0.232252, 0.295604, 0.429736, 0.763101", \
            "0.184993, 0.192172, 0.208328, 0.240832, 0.303891, 0.43808, 0.771412", \
            "0.206837, 0.214249, 0.230234, 0.262643, 0.325927, 0.460132, 0.793655", \
            "0.259676, 0.266953, 0.282775, 0.315191, 0.378515, 0.512457, 0.845747", \
            "0.361952, 0.369804, 0.387331, 0.422305, 0.488918, 0.625931, 0.959934", \
            "0.559146, 0.568021, 0.587509, 0.626846, 0.700537, 0.842347, 1.17896" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0315883, 0.0367394, 0.048471, 0.0743994, 0.13101, 0.277389, 0.702805", \
            "0.0314856, 0.0367198, 0.048498, 0.0749691, 0.13103, 0.277348, 0.700357", \
            "0.0315186, 0.0369068, 0.0490845, 0.0742154, 0.130984, 0.277105, 0.705545", \
            "0.031747, 0.0367226, 0.0489911, 0.0742275, 0.131097, 0.277311, 0.699308", \
            "0.0323812, 0.037458, 0.0496766, 0.0749366, 0.132005, 0.277274, 0.703741", \
            "0.0391726, 0.0443237, 0.0563679, 0.0832749, 0.138803, 0.281427, 0.701918", \
            "0.0511382, 0.0568433, 0.0699913, 0.0980121, 0.152938, 0.293036, 0.705898" \
          );
        }
      }
      timing () {
        related_pin : "CN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0823208, 0.0873134, 0.0996756, 0.131897, 0.218656, 0.457625, 1.11347", \
            "0.0867322, 0.0917319, 0.104097, 0.136211, 0.222885, 0.461701, 1.11872", \
            "0.0984972, 0.103523, 0.115879, 0.148003, 0.234805, 0.473785, 1.13324", \
            "0.123172, 0.128179, 0.140523, 0.172648, 0.259681, 0.499637, 1.15519", \
            "0.162756, 0.167856, 0.180261, 0.212211, 0.299171, 0.538353, 1.1956", \
            "0.228983, 0.234184, 0.246693, 0.278648, 0.365528, 0.60359, 1.26102", \
            "0.352213, 0.35811, 0.371007, 0.40291, 0.489839, 0.728417, 1.38441" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0146619, 0.0199138, 0.0352292, 0.07935, 0.204079, 0.549865, 1.49842", \
            "0.0146812, 0.0199241, 0.0351906, 0.0793685, 0.203761, 0.550104, 1.49867", \
            "0.0146756, 0.0199474, 0.0352146, 0.079515, 0.204019, 0.550087, 1.5045", \
            "0.0148263, 0.0200662, 0.0353104, 0.0795441, 0.204273, 0.551818, 1.49886", \
            "0.0154813, 0.0206182, 0.0355851, 0.0797796, 0.203653, 0.551514, 1.49922", \
            "0.0168499, 0.0217816, 0.0362236, 0.0796273, 0.203621, 0.546218, 1.50067", \
            "0.0194415, 0.0242928, 0.0379594, 0.0802652, 0.203389, 0.548263, 1.49425" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.169271, 0.176578, 0.192553, 0.225181, 0.288625, 0.422668, 0.755558", \
            "0.17192, 0.179221, 0.195203, 0.227773, 0.291261, 0.425294, 0.758279", \
            "0.17604, 0.183234, 0.19942, 0.231989, 0.295151, 0.429458, 0.762918", \
            "0.18183, 0.189064, 0.205229, 0.237807, 0.301165, 0.435462, 0.768686", \
            "0.18398, 0.191259, 0.207063, 0.239623, 0.302955, 0.437232, 0.770302", \
            "0.174642, 0.18193, 0.197804, 0.230423, 0.293981, 0.428242, 0.761883", \
            "0.130503, 0.137786, 0.153874, 0.186549, 0.250215, 0.384526, 0.717869" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0315433, 0.036813, 0.0484905, 0.0741189, 0.130123, 0.277325, 0.702915", \
            "0.0316426, 0.0367409, 0.0485006, 0.0743024, 0.130285, 0.277418, 0.703948", \
            "0.0315209, 0.0368979, 0.049057, 0.0741811, 0.13081, 0.277149, 0.697729", \
            "0.0317435, 0.0368805, 0.0490365, 0.0741809, 0.131124, 0.277052, 0.7022", \
            "0.0316193, 0.0367917, 0.0490073, 0.0741534, 0.13078, 0.277389, 0.703788", \
            "0.0316253, 0.0368306, 0.0491364, 0.0745385, 0.13049, 0.275286, 0.701742", \
            "0.0319444, 0.037227, 0.0489892, 0.0747313, 0.130299, 0.276918, 0.70257" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0108559, 0.0125788, 0.0172326, 0.0297639, 0.0643759, 0.161171, 0.425433", \
            "0.0108132, 0.0125438, 0.0171543, 0.0297321, 0.0646079, 0.160318, 0.42554", \
            "0.0107895, 0.0124517, 0.0170856, 0.0296969, 0.0642957, 0.160329, 0.427354", \
            "0.0107922, 0.0124908, 0.0171102, 0.0296553, 0.0643527, 0.161129, 0.425758", \
            "0.0112239, 0.0128552, 0.0174076, 0.0297688, 0.064307, 0.161164, 0.42563", \
            "0.012416, 0.0140115, 0.0185293, 0.0309045, 0.0655872, 0.161236, 0.425944", \
            "0.0159733, 0.0174574, 0.0215753, 0.0339694, 0.0684612, 0.164663, 0.42886" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0119803, 0.0101985, 0.0062875, -0.0049912, -0.0389363, -0.136092, -0.404899", \
            "0.0117151, 0.009932, 0.0059383, -0.0052016, -0.0391656, -0.136348, -0.405197", \
            "0.0115475, 0.0096668, 0.0056681, -0.0054855, -0.0394678, -0.136601, -0.405418", \
            "0.0113484, 0.0095551, 0.0055233, -0.0057141, -0.0396853, -0.136778, -0.405524", \
            "0.0113487, 0.0095441, 0.0055114, -0.0058238, -0.0397569, -0.136824, -0.405591", \
            "0.0141761, 0.0121018, 0.0069752, -0.0057833, -0.03947, -0.136514, -0.405322", \
            "0.018969, 0.0167917, 0.0114021, -0.0019251, -0.0373041, -0.134755, -0.40355" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.010723, 0.0125036, 0.0173258, 0.0303013, 0.0656137, 0.162416, 0.427107", \
            "0.0107484, 0.01253, 0.0173474, 0.0302942, 0.0653718, 0.161628, 0.42702", \
            "0.0108399, 0.0125739, 0.0173295, 0.03027, 0.0653532, 0.161743, 0.427219", \
            "0.0108396, 0.012556, 0.0171599, 0.0300298, 0.0652201, 0.161586, 0.427156", \
            "0.0112398, 0.0128917, 0.017445, 0.0301152, 0.0651501, 0.162182, 0.429161", \
            "0.0123264, 0.0139329, 0.0184711, 0.0309669, 0.0655168, 0.161591, 0.427333", \
            "0.015489, 0.0169553, 0.0213733, 0.0336132, 0.0683653, 0.164237, 0.429991" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0101234, 0.0083503, 0.0043296, -0.006713, -0.0407004, -0.137754, -0.406498", \
            "0.0099672, 0.0081816, 0.0041788, -0.0069536, -0.0408896, -0.137952, -0.40666", \
            "0.0097623, 0.007996, 0.0040939, -0.0072239, -0.041071, -0.138115, -0.406837", \
            "0.0096598, 0.0078852, 0.0039488, -0.007365, -0.0412474, -0.138237, -0.407009", \
            "0.0098746, 0.0080855, 0.0040294, -0.0073146, -0.0412726, -0.138259, -0.406963", \
            "0.0125123, 0.0104238, 0.0052265, -0.0071964, -0.0407699, -0.137738, -0.406492", \
            "0.0183914, 0.0161441, 0.0105893, -0.0029673, -0.0386287, -0.135846, -0.404681" \
          );
        }
      }
      internal_power () {
        related_pin : "CN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0107551, 0.0125323, 0.0173359, 0.0302636, 0.0653638, 0.162585, 0.429286", \
            "0.0106341, 0.0124086, 0.0172019, 0.0301488, 0.0651741, 0.16247, 0.426815", \
            "0.0106695, 0.0124665, 0.0172531, 0.0301658, 0.0652655, 0.161604, 0.427607", \
            "0.010384, 0.0121693, 0.0169436, 0.029853, 0.0652343, 0.162348, 0.42664", \
            "0.0100352, 0.0117773, 0.0167321, 0.0295328, 0.0646329, 0.162061, 0.426253", \
            "0.0097743, 0.011435, 0.0161264, 0.0289622, 0.0644069, 0.160195, 0.426732", \
            "0.0103562, 0.0119713, 0.0165727, 0.0292859, 0.0646973, 0.162, 0.424775" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0102187, 0.0084365, 0.0044341, -0.0068647, -0.040689, -0.137631, -0.406344", \
            "0.0100941, 0.0083323, 0.0043327, -0.0069652, -0.0408101, -0.137744, -0.406383", \
            "0.0099244, 0.0081562, 0.0042302, -0.0070666, -0.0408501, -0.137803, -0.406471", \
            "0.0094573, 0.0076926, 0.0037428, -0.0075509, -0.0413733, -0.138283, -0.406945", \
            "0.0091171, 0.0073238, 0.0033484, -0.0078972, -0.0417149, -0.138635, -0.40731", \
            "0.0133256, 0.0113638, 0.0064155, -0.0064825, -0.0418351, -0.138811, -0.407491", \
            "0.014308, 0.0122965, 0.0074326, -0.0056094, -0.0407679, -0.13809, -0.406856" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001678;
      rise_capacitance : 0.001781;
      rise_capacitance_range (0.001781, 0.001781);
      fall_capacitance : 0.001574;
      fall_capacitance_range (0.001574, 0.001574);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018616, -0.0018815, -0.0019272, -0.0019327, -0.0019453, -0.0019742, -0.002041" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0020479, 0.0020642, 0.0021019, 0.0021022, 0.0021028, 0.0021044, 0.0021079" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001816;
      rise_capacitance : 0.001909;
      rise_capacitance_range (0.001909, 0.001909);
      fall_capacitance : 0.001722;
      fall_capacitance_range (0.001722, 0.001722);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0032283, -0.0032929, -0.0034418, -0.0034433, -0.0034466, -0.0034544, -0.0034724" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0034452, 0.0034518, 0.0034672, 0.0034668, 0.0034659, 0.0034638, 0.003459" \
          );
        }
      }
    }
    pin (CN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001435;
      rise_capacitance : 0.001479;
      rise_capacitance_range (0.001479, 0.001479);
      fall_capacitance : 0.001391;
      fall_capacitance_range (0.001391, 0.001391);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0005265, 0.0004605, 0.0003083, 0.0006942, 0.0015838, 0.0036342, 0.0083606" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.008112, 0.0080574, 0.0079315, 0.0083202, 0.0092163, 0.0112817, 0.0160426" \
          );
        }
      }
    }
  }
  cell (scs8hd_or3b_2) {
    area : 8.7584;
    cell_footprint : "or3b";
    cell_leakage_power : 0.00172325;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0128358;
      when : "!A&!B&CN";
    }
    leakage_power () {
      value : 0.0001773;
      when : "!A&!B&!CN";
    }
    leakage_power () {
      value : 8.84357e-05;
      when : "!A&B&CN";
    }
    leakage_power () {
      value : 0.0001678;
      when : "!A&B&!CN";
    }
    leakage_power () {
      value : 9.41747e-05;
      when : "A&!B&CN";
    }
    leakage_power () {
      value : 0.000168;
      when : "A&!B&!CN";
    }
    leakage_power () {
      value : 8.66515e-05;
      when : "A&B&CN";
    }
    leakage_power () {
      value : 0.0001678;
      when : "A&B&!CN";
    }
    leakage_power () {
      value : 0.00172325;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B) | (!CN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.346079;
      max_transition : 1.50089;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131545, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.0521316, 0.0561614, 0.0662504, 0.0923425, 0.166605, 0.387617, 1.04149", \
            "0.0559263, 0.0599409, 0.0700446, 0.0961305, 0.17045, 0.390611, 1.04766", \
            "0.0652639, 0.0692731, 0.0792934, 0.105314, 0.180025, 0.399936, 1.05636", \
            "0.0824362, 0.0867731, 0.0970828, 0.123079, 0.197362, 0.417276, 1.07259", \
            "0.0978116, 0.103143, 0.115008, 0.141958, 0.215868, 0.4366, 1.09134", \
            "0.0958162, 0.102251, 0.117113, 0.147153, 0.221052, 0.440972, 1.09613", \
            "0.0394869, 0.0467898, 0.0648627, 0.101865, 0.178604, 0.397553, 1.04962" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131545, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.014538, 0.0184563, 0.0301075, 0.0660871, 0.177191, 0.508933, 1.49701", \
            "0.0145414, 0.0184751, 0.0301333, 0.0661852, 0.177256, 0.50826, 1.49599", \
            "0.0143658, 0.0183256, 0.0300231, 0.0660321, 0.176994, 0.509069, 1.49464", \
            "0.0165396, 0.0204041, 0.0313031, 0.0666066, 0.177329, 0.509444, 1.49841", \
            "0.0213548, 0.0253325, 0.0360822, 0.0685534, 0.177586, 0.509661, 1.49405", \
            "0.0278534, 0.0327396, 0.0444781, 0.0747862, 0.178744, 0.509088, 1.49838", \
            "0.0374927, 0.0433384, 0.0576973, 0.0893704, 0.184023, 0.509122, 1.49854" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131545, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.244029, 0.249737, 0.263696, 0.29362, 0.353838, 0.473794, 0.756219", \
            "0.246614, 0.252341, 0.266276, 0.296293, 0.356349, 0.476406, 0.758852", \
            "0.254776, 0.260478, 0.274316, 0.304149, 0.364252, 0.484545, 0.766857", \
            "0.274643, 0.280338, 0.294209, 0.324061, 0.384266, 0.504635, 0.78699", \
            "0.318819, 0.324532, 0.338354, 0.368218, 0.428483, 0.549164, 0.831195", \
            "0.411028, 0.416849, 0.431507, 0.462285, 0.524377, 0.64608, 0.929182", \
            "0.597092, 0.603342, 0.618257, 0.651541, 0.717907, 0.847275, 1.13518" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131545, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.0432841, 0.0467904, 0.0559913, 0.0771019, 0.123043, 0.236101, 0.566682", \
            "0.0433549, 0.0467234, 0.0558049, 0.076981, 0.123191, 0.236261, 0.567411", \
            "0.04327, 0.0466381, 0.0556016, 0.0772447, 0.123746, 0.236496, 0.568003", \
            "0.0433312, 0.0466783, 0.0557563, 0.0770491, 0.123136, 0.235832, 0.567727", \
            "0.0432432, 0.0466798, 0.056009, 0.0770643, 0.123118, 0.235975, 0.567956", \
            "0.0484362, 0.0516769, 0.0611407, 0.0829562, 0.129042, 0.24022, 0.568724", \
            "0.0589304, 0.0620133, 0.0711708, 0.0929505, 0.141759, 0.252372, 0.577003" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131545, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.0512867, 0.0552416, 0.0653478, 0.0918161, 0.166952, 0.387686, 1.04322", \
            "0.0551403, 0.0591259, 0.0692339, 0.0956437, 0.170881, 0.391892, 1.04684", \
            "0.0643286, 0.0683169, 0.0783647, 0.104586, 0.179871, 0.401067, 1.05512", \
            "0.0806838, 0.0849814, 0.0952897, 0.121468, 0.196608, 0.417882, 1.07375", \
            "0.0943717, 0.0996794, 0.111591, 0.138549, 0.213683, 0.434465, 1.08945", \
            "0.0907374, 0.0972402, 0.112117, 0.142472, 0.216902, 0.437463, 1.09247", \
            "0.0294769, 0.0367855, 0.0551173, 0.0931228, 0.170349, 0.389105, 1.04375" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131545, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.0139224, 0.0178759, 0.0295372, 0.0656556, 0.177144, 0.509763, 1.49701", \
            "0.0139713, 0.0179259, 0.0295659, 0.0656325, 0.176764, 0.509463, 1.49653", \
            "0.0139104, 0.0178805, 0.0295173, 0.0657609, 0.177174, 0.509446, 1.49966", \
            "0.0162004, 0.0200257, 0.0311141, 0.0662735, 0.177233, 0.508697, 1.49601", \
            "0.0211161, 0.0249747, 0.0357018, 0.0681847, 0.177263, 0.508292, 1.4971", \
            "0.0273313, 0.0323892, 0.044545, 0.0747667, 0.178819, 0.510067, 1.49359", \
            "0.0377755, 0.0434938, 0.0579347, 0.0904462, 0.184454, 0.509871, 1.49535" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131545, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.228844, 0.234572, 0.248495, 0.278282, 0.33847, 0.458857, 0.740945", \
            "0.23149, 0.237268, 0.251061, 0.280997, 0.341217, 0.461495, 0.743915", \
            "0.240082, 0.2458, 0.259636, 0.289445, 0.349678, 0.469992, 0.752519", \
            "0.262078, 0.267841, 0.281625, 0.311228, 0.371712, 0.492108, 0.774378", \
            "0.315851, 0.321656, 0.335397, 0.365268, 0.425593, 0.546271, 0.828545", \
            "0.43295, 0.438891, 0.452917, 0.484014, 0.546144, 0.667748, 0.950615", \
            "0.655903, 0.662299, 0.67793, 0.711734, 0.779642, 0.909654, 1.19686" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131545, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.0432867, 0.0466594, 0.0557066, 0.0776406, 0.123717, 0.236415, 0.568633", \
            "0.0432678, 0.0465526, 0.0555355, 0.077302, 0.123215, 0.236448, 0.567866", \
            "0.043368, 0.0465613, 0.0559624, 0.0771077, 0.123256, 0.236453, 0.566607", \
            "0.0433308, 0.0465568, 0.0556348, 0.0769134, 0.123671, 0.236531, 0.567487", \
            "0.0432985, 0.0468001, 0.0559703, 0.0772351, 0.123298, 0.235715, 0.567603", \
            "0.0499189, 0.0529944, 0.0617206, 0.0835333, 0.128091, 0.23934, 0.569045", \
            "0.0655802, 0.0687305, 0.0777219, 0.0991271, 0.147058, 0.255542, 0.575912" \
          );
        }
      }
      timing () {
        related_pin : "CN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131545, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.10391, 0.108117, 0.118418, 0.144874, 0.219864, 0.441586, 1.09847", \
            "0.108202, 0.112406, 0.122716, 0.149172, 0.224139, 0.44594, 1.10221", \
            "0.120326, 0.124503, 0.134803, 0.161257, 0.236364, 0.457631, 1.1122", \
            "0.148179, 0.152342, 0.162581, 0.189116, 0.26421, 0.485649, 1.14389", \
            "0.197134, 0.201402, 0.211816, 0.238229, 0.313473, 0.534425, 1.20027", \
            "0.278938, 0.283692, 0.294416, 0.321046, 0.396044, 0.616347, 1.27317", \
            "0.431338, 0.43642, 0.447793, 0.474781, 0.549939, 0.770343, 1.42438" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131545, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.0150135, 0.0189276, 0.0303532, 0.0661871, 0.176683, 0.508739, 1.50042", \
            "0.0150072, 0.0189189, 0.0303453, 0.0661891, 0.176732, 0.509583, 1.49751", \
            "0.0149926, 0.0189189, 0.03037, 0.0661892, 0.177052, 0.509249, 1.49652", \
            "0.0150368, 0.0189929, 0.0303951, 0.0661061, 0.177253, 0.510548, 1.50031", \
            "0.0156939, 0.0197384, 0.0309374, 0.0663469, 0.177151, 0.510549, 1.50089", \
            "0.0171113, 0.0210038, 0.032025, 0.0669703, 0.176787, 0.508349, 1.49783", \
            "0.0194206, 0.0235243, 0.0344507, 0.0681366, 0.17771, 0.508842, 1.49663" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131545, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.227564, 0.233378, 0.247396, 0.277283, 0.337552, 0.457688, 0.740199", \
            "0.230203, 0.235987, 0.250003, 0.279969, 0.340101, 0.460445, 0.742813", \
            "0.234626, 0.240399, 0.254167, 0.284341, 0.34463, 0.464812, 0.74735", \
            "0.239736, 0.245471, 0.259028, 0.288929, 0.349211, 0.46974, 0.752006", \
            "0.240054, 0.245693, 0.259294, 0.289205, 0.349557, 0.470094, 0.752135", \
            "0.22531, 0.231, 0.244844, 0.274692, 0.334875, 0.455381, 0.737409", \
            "0.164387, 0.170111, 0.183742, 0.213583, 0.273862, 0.394505, 0.676572" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131545, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.0432351, 0.0466663, 0.0558709, 0.0771793, 0.122946, 0.235753, 0.56691", \
            "0.0433459, 0.0466613, 0.0556885, 0.0772467, 0.12341, 0.236633, 0.566174", \
            "0.0432903, 0.0465477, 0.0559604, 0.0770511, 0.123166, 0.236282, 0.567214", \
            "0.0434223, 0.0466426, 0.0556494, 0.0766875, 0.123558, 0.236512, 0.568231", \
            "0.0432079, 0.0466459, 0.0556419, 0.0772102, 0.123807, 0.237225, 0.568001", \
            "0.043206, 0.0464343, 0.0559053, 0.076934, 0.123017, 0.233561, 0.568433", \
            "0.043505, 0.0467336, 0.0562118, 0.0772632, 0.123342, 0.236383, 0.566675" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131544, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.0169712, 0.0189062, 0.0246227, 0.041204, 0.0899063, 0.234859, 0.665476", \
            "0.0169218, 0.0188573, 0.0245749, 0.0411443, 0.0899714, 0.23464, 0.666259", \
            "0.0169709, 0.0189159, 0.024576, 0.0411495, 0.0899858, 0.234692, 0.665795", \
            "0.0171394, 0.0190255, 0.0245958, 0.0409218, 0.0898328, 0.234701, 0.665361", \
            "0.0178525, 0.0196387, 0.0250205, 0.0412125, 0.089785, 0.234872, 0.665298", \
            "0.0195151, 0.021187, 0.0264832, 0.0426077, 0.0906415, 0.235645, 0.666332", \
            "0.0235893, 0.0249768, 0.0299721, 0.0458096, 0.0938458, 0.23803, 0.667141" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131544, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.0187466, 0.0159863, 0.0091094, -0.007377, -0.0547321, -0.200266, -0.637092", \
            "0.0184443, 0.0158755, 0.0089969, -0.00747, -0.0549004, -0.200355, -0.637247", \
            "0.0181739, 0.0155003, 0.0086296, -0.007789, -0.0548602, -0.200582, -0.637474", \
            "0.0181053, 0.0155011, 0.0086286, -0.0079685, -0.0552833, -0.200771, -0.637627", \
            "0.0179226, 0.0152737, 0.0083937, -0.0081545, -0.0554911, -0.20105, -0.637756", \
            "0.0187268, 0.0161501, 0.009504, -0.0073478, -0.0550209, -0.200636, -0.637447", \
            "0.029009, 0.0262415, 0.0185899, -0.0007322, -0.0509471, -0.198809, -0.635827" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131544, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.0169236, 0.0188508, 0.02469, 0.0416837, 0.0912489, 0.236622, 0.668714", \
            "0.0169058, 0.0188671, 0.0247047, 0.0416791, 0.0912333, 0.236856, 0.668444", \
            "0.0170346, 0.0190102, 0.024787, 0.0416621, 0.0911673, 0.236653, 0.66789", \
            "0.017184, 0.0190996, 0.0246398, 0.0413818, 0.090854, 0.236333, 0.667064", \
            "0.0179182, 0.0197354, 0.0251935, 0.0414937, 0.0905338, 0.236179, 0.668472", \
            "0.0193624, 0.0210647, 0.0263943, 0.0426953, 0.0909313, 0.236411, 0.667652", \
            "0.0234996, 0.0248847, 0.0297886, 0.04581, 0.0940135, 0.238478, 0.669111" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131544, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.0167351, 0.0140563, 0.0072101, -0.0092189, -0.0562086, -0.201838, -0.638665", \
            "0.0166149, 0.0139658, 0.0070695, -0.0093298, -0.0566451, -0.201938, -0.638716", \
            "0.01647, 0.0138341, 0.0070119, -0.0094612, -0.0567169, -0.202054, -0.638839", \
            "0.0163664, 0.0137256, 0.0068516, -0.0094692, -0.0568188, -0.202277, -0.639037", \
            "0.0162922, 0.0136318, 0.0068092, -0.0097059, -0.0570544, -0.202434, -0.639052", \
            "0.0177248, 0.0151223, 0.007972, -0.0088282, -0.0564602, -0.201702, -0.638519", \
            "0.0290138, 0.0261639, 0.0183957, -0.0013593, -0.052147, -0.19979, -0.636857" \
          );
        }
      }
      internal_power () {
        related_pin : "CN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131544, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.0166041, 0.0185701, 0.0243554, 0.0412242, 0.0906002, 0.236006, 0.668474", \
            "0.0164814, 0.018446, 0.0242342, 0.0411076, 0.0904771, 0.235967, 0.667553", \
            "0.016543, 0.0185222, 0.0243169, 0.0411858, 0.0906256, 0.235899, 0.668273", \
            "0.0163367, 0.018279, 0.0240679, 0.0408985, 0.0902809, 0.23587, 0.667633", \
            "0.0160263, 0.017969, 0.0237456, 0.0404985, 0.0898257, 0.23547, 0.666443", \
            "0.0157991, 0.0178614, 0.0234698, 0.040019, 0.0896843, 0.234702, 0.666365", \
            "0.0161223, 0.0179831, 0.0234296, 0.0400534, 0.089482, 0.235561, 0.66519" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148709, 0.00442288, 0.0131544, 0.0391237, 0.116361, 0.346079");
          values ( \
            "0.0172364, 0.0145771, 0.0077302, -0.0087785, -0.0561409, -0.201455, -0.638124", \
            "0.0169414, 0.0143329, 0.0074772, -0.0086891, -0.0561119, -0.201613, -0.638357", \
            "0.0168533, 0.0142554, 0.0073545, -0.0091122, -0.0563215, -0.201572, -0.638325", \
            "0.0163533, 0.0137252, 0.006841, -0.0096426, -0.056748, -0.202199, -0.63893", \
            "0.0158825, 0.0132686, 0.0064805, -0.0098357, -0.0571733, -0.202659, -0.639329", \
            "0.0206, 0.0179848, 0.0109551, -0.0073151, -0.0574922, -0.203046, -0.639821", \
            "0.0229281, 0.0203048, 0.013639, -0.004602, -0.054693, -0.202117, -0.639459" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001547;
      rise_capacitance : 0.001625;
      rise_capacitance_range (0.001625, 0.001625);
      fall_capacitance : 0.001469;
      fall_capacitance_range (0.001469, 0.001469);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.002021, -0.002045, -0.0021005, -0.002106, -0.0021186, -0.0021477, -0.0022148" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0022866, 0.0022829, 0.0022744, 0.0022749, 0.0022759, 0.0022783, 0.0022838" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001617;
      rise_capacitance : 0.001693;
      rise_capacitance_range (0.001693, 0.001693);
      fall_capacitance : 0.001542;
      fall_capacitance_range (0.001542, 0.001542);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0031006, -0.0031396, -0.0032296, -0.0032303, -0.0032319, -0.0032357, -0.0032445" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0032687, 0.0032554, 0.0032245, 0.0032251, 0.0032265, 0.0032296, 0.0032369" \
          );
        }
      }
    }
    pin (CN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001594;
      rise_capacitance : 0.001662;
      rise_capacitance_range (0.001662, 0.001662);
      fall_capacitance : 0.001525;
      fall_capacitance_range (0.001525, 0.001525);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0014054, 0.001326, 0.0011428, 0.00148, 0.0022572, 0.0040489, 0.0081787" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0091886, 0.0090977, 0.0088881, 0.0092268, 0.0100076, 0.0118073, 0.0159556" \
          );
        }
      }
    }
  }
  cell (scs8hd_or3b_4) {
    area : 11.2608;
    cell_footprint : "or3b";
    cell_leakage_power : 0.00655764;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0249014;
      when : "!A&!B&CN";
    }
    leakage_power () {
      value : 0.006459;
      when : "!A&!B&!CN";
    }
    leakage_power () {
      value : 0.000637;
      when : "!A&B&CN";
    }
    leakage_power () {
      value : 0.0064517;
      when : "!A&B&!CN";
    }
    leakage_power () {
      value : 0.0004718;
      when : "A&!B&CN";
    }
    leakage_power () {
      value : 0.0064519;
      when : "A&!B&!CN";
    }
    leakage_power () {
      value : 0.0006366;
      when : "A&B&CN";
    }
    leakage_power () {
      value : 0.0064517;
      when : "A&B&!CN";
    }
    leakage_power () {
      value : 0.00655764;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B) | (!CN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.60792;
      max_transition : 1.50751;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.0596739, 0.0625659, 0.0706218, 0.092669, 0.158935, 0.373233, 1.06957", \
            "0.0630748, 0.065979, 0.0740233, 0.096061, 0.162306, 0.376474, 1.07347", \
            "0.0715583, 0.0744359, 0.0824584, 0.104453, 0.17079, 0.384376, 1.08189", \
            "0.0884939, 0.0915287, 0.0997209, 0.121654, 0.187703, 0.401268, 1.09807", \
            "0.103043, 0.106752, 0.116366, 0.139279, 0.205209, 0.418357, 1.11819", \
            "0.0965607, 0.100969, 0.112811, 0.139346, 0.20552, 0.418701, 1.11743", \
            "0.0263753, 0.0312272, 0.0451887, 0.0780298, 0.14854, 0.35987, 1.05385" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.0159312, 0.0185671, 0.0270162, 0.0549041, 0.150834, 0.46728, 1.50134", \
            "0.0159041, 0.0185375, 0.0269816, 0.0549859, 0.150769, 0.466749, 1.49722", \
            "0.0157896, 0.018436, 0.0268874, 0.0549867, 0.150622, 0.465889, 1.49997", \
            "0.0175928, 0.0202009, 0.0280714, 0.0553198, 0.150539, 0.46601, 1.50145", \
            "0.0226, 0.0251244, 0.0329155, 0.0581393, 0.150971, 0.467447, 1.50236", \
            "0.0291198, 0.032798, 0.0415689, 0.0655183, 0.152577, 0.467286, 1.5018", \
            "0.0398369, 0.0433661, 0.0546619, 0.0806136, 0.159961, 0.466958, 1.50003" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.217026, 0.220595, 0.230454, 0.254351, 0.306452, 0.416321, 0.693556", \
            "0.220976, 0.224528, 0.234428, 0.258408, 0.310246, 0.420133, 0.697532", \
            "0.231338, 0.234886, 0.244759, 0.268667, 0.320544, 0.430479, 0.707774", \
            "0.254588, 0.258096, 0.267875, 0.291836, 0.343719, 0.453912, 0.731534", \
            "0.30635, 0.309877, 0.319735, 0.343569, 0.395542, 0.505624, 0.783208", \
            "0.412895, 0.41655, 0.426708, 0.451408, 0.505459, 0.617388, 0.895663", \
            "0.621663, 0.625548, 0.6365, 0.663291, 0.721893, 0.842476, 1.12527" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.0402639, 0.0422174, 0.0481569, 0.0645312, 0.104538, 0.209937, 0.549981", \
            "0.0400506, 0.0420121, 0.0484265, 0.0649494, 0.105238, 0.210153, 0.550113", \
            "0.0402607, 0.0421626, 0.0484309, 0.0649359, 0.105217, 0.209696, 0.550164", \
            "0.0402351, 0.042245, 0.04808, 0.0650807, 0.105346, 0.209953, 0.549972", \
            "0.0401932, 0.0422078, 0.048474, 0.065257, 0.104307, 0.209398, 0.549439", \
            "0.0459133, 0.0478451, 0.0537476, 0.0706954, 0.1094, 0.213047, 0.549971", \
            "0.0581944, 0.0599727, 0.065928, 0.0825121, 0.123918, 0.227384, 0.557062" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.0574782, 0.060368, 0.0683435, 0.0905422, 0.157322, 0.372157, 1.06911", \
            "0.0610588, 0.0639024, 0.0718656, 0.0940171, 0.161022, 0.375378, 1.07192", \
            "0.0694974, 0.0723531, 0.0803334, 0.10238, 0.169165, 0.384138, 1.08103", \
            "0.0856986, 0.0887087, 0.0968922, 0.118941, 0.185462, 0.400194, 1.09908", \
            "0.098275, 0.101955, 0.111566, 0.134495, 0.20079, 0.415349, 1.1124", \
            "0.0896894, 0.0940655, 0.105903, 0.132754, 0.199035, 0.412964, 1.11212", \
            "0.0153422, 0.0201931, 0.0341757, 0.0674678, 0.138757, 0.350225, 1.04715" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.0153047, 0.0179044, 0.026245, 0.0543301, 0.150366, 0.46663, 1.50283", \
            "0.0152236, 0.0178236, 0.0263019, 0.0543841, 0.150359, 0.467522, 1.50188", \
            "0.0152418, 0.017886, 0.0262656, 0.0543447, 0.150445, 0.466894, 1.50269", \
            "0.0171896, 0.0198344, 0.0277143, 0.0549597, 0.150305, 0.466393, 1.50137", \
            "0.0220987, 0.0251227, 0.0326369, 0.0578181, 0.150694, 0.467158, 1.50223", \
            "0.0289366, 0.0325447, 0.0415088, 0.0654945, 0.152637, 0.468338, 1.49763", \
            "0.0396207, 0.0432, 0.054718, 0.0810419, 0.160281, 0.468139, 1.49935" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.203164, 0.2067, 0.216607, 0.240475, 0.292533, 0.40268, 0.679957", \
            "0.206701, 0.210235, 0.22017, 0.244067, 0.296022, 0.406285, 0.683457", \
            "0.216751, 0.220267, 0.230023, 0.254008, 0.306028, 0.415928, 0.693842", \
            "0.2411, 0.244631, 0.25442, 0.27839, 0.330318, 0.440688, 0.718169", \
            "0.299832, 0.303367, 0.313294, 0.337038, 0.389059, 0.49948, 0.776909", \
            "0.425308, 0.428878, 0.439159, 0.463517, 0.51775, 0.629966, 0.908409", \
            "0.662606, 0.666521, 0.677769, 0.705197, 0.765246, 0.88666, 1.16937" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.0401542, 0.042178, 0.048443, 0.0651285, 0.104498, 0.209333, 0.548878", \
            "0.040059, 0.042215, 0.0483113, 0.0649324, 0.105749, 0.209684, 0.54924", \
            "0.0401496, 0.0421596, 0.0483768, 0.0647345, 0.105213, 0.209906, 0.549869", \
            "0.0402438, 0.0422303, 0.0480654, 0.0652376, 0.105267, 0.209891, 0.549965", \
            "0.0402401, 0.0421504, 0.048353, 0.0650581, 0.10424, 0.209786, 0.549173", \
            "0.0475452, 0.0495972, 0.0555317, 0.071531, 0.11073, 0.213283, 0.550748", \
            "0.0658173, 0.0673837, 0.0725904, 0.0892605, 0.12962, 0.22984, 0.557186" \
          );
        }
      }
      timing () {
        related_pin : "CN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.128468, 0.131456, 0.139745, 0.162109, 0.229226, 0.443333, 1.14248", \
            "0.13266, 0.135646, 0.143923, 0.166285, 0.233406, 0.447436, 1.14733", \
            "0.144443, 0.147523, 0.155812, 0.178218, 0.245024, 0.458998, 1.15855", \
            "0.173041, 0.176072, 0.18444, 0.206835, 0.273692, 0.487844, 1.18732", \
            "0.229879, 0.232978, 0.241225, 0.263708, 0.330568, 0.545516, 1.24744", \
            "0.32303, 0.326346, 0.334972, 0.357707, 0.424542, 0.638308, 1.33919", \
            "0.487662, 0.491384, 0.501096, 0.524341, 0.590854, 0.805524, 1.50108" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.0168318, 0.0194124, 0.0276655, 0.0551624, 0.150643, 0.466961, 1.50592", \
            "0.0168278, 0.019413, 0.0276668, 0.0551653, 0.150631, 0.467213, 1.50592", \
            "0.0169097, 0.0194893, 0.0276739, 0.0551616, 0.15049, 0.467616, 1.50402", \
            "0.0168787, 0.0194456, 0.0276849, 0.0551833, 0.150547, 0.467759, 1.50391", \
            "0.0173812, 0.0199361, 0.028132, 0.0555353, 0.150739, 0.467297, 1.50751", \
            "0.0190051, 0.021592, 0.0296042, 0.0563481, 0.150969, 0.466218, 1.50499", \
            "0.0218994, 0.0246056, 0.0325063, 0.0582265, 0.151467, 0.466815, 1.49843" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.202882, 0.206493, 0.216455, 0.240444, 0.292414, 0.402678, 0.680099", \
            "0.206317, 0.209917, 0.219863, 0.243856, 0.295961, 0.406194, 0.683963", \
            "0.212984, 0.216531, 0.226338, 0.250563, 0.302494, 0.412753, 0.69012", \
            "0.221804, 0.225338, 0.235232, 0.258913, 0.311223, 0.421676, 0.699293", \
            "0.227422, 0.230936, 0.240707, 0.264385, 0.316707, 0.426887, 0.704136", \
            "0.218538, 0.222065, 0.231845, 0.255423, 0.307835, 0.418185, 0.695509", \
            "0.16571, 0.169252, 0.179103, 0.202352, 0.255017, 0.365452, 0.643202" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.0401333, 0.0421835, 0.0484151, 0.0647223, 0.104923, 0.209292, 0.549316", \
            "0.0401745, 0.0421628, 0.0484079, 0.0647971, 0.104317, 0.209656, 0.550009", \
            "0.0400515, 0.042027, 0.0481339, 0.0649501, 0.10541, 0.209624, 0.549058", \
            "0.0400203, 0.0422968, 0.048493, 0.0652268, 0.104314, 0.209551, 0.55011", \
            "0.0401677, 0.0420334, 0.0482412, 0.0647122, 0.105439, 0.209948, 0.548913", \
            "0.0401947, 0.0421748, 0.0481273, 0.0649672, 0.104644, 0.209637, 0.549992", \
            "0.0401195, 0.0421907, 0.0485107, 0.0649502, 0.104831, 0.20948, 0.549815" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.033471, 0.035675, 0.0429279, 0.0661897, 0.140694, 0.383217, 1.17517", \
            "0.0333702, 0.0355805, 0.0428151, 0.0660623, 0.1406, 0.383345, 1.17486", \
            "0.0333277, 0.0355556, 0.0427991, 0.0659934, 0.140621, 0.382933, 1.17484", \
            "0.0336801, 0.0358862, 0.0430585, 0.0658359, 0.140468, 0.382848, 1.17493", \
            "0.0349085, 0.0369566, 0.0437772, 0.0660367, 0.140172, 0.383033, 1.17559", \
            "0.0377948, 0.0397194, 0.0463175, 0.068632, 0.141639, 0.384041, 1.17576", \
            "0.0459613, 0.0474481, 0.0534332, 0.0750668, 0.148159, 0.388042, 1.17728" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.0339916, 0.0309214, 0.022121, -0.0010881, -0.071711, -0.314137, -1.11643", \
            "0.0338322, 0.0309129, 0.0223381, -0.0013062, -0.0715411, -0.314489, -1.11669", \
            "0.0335679, 0.0308722, 0.0218684, -0.0014023, -0.0721108, -0.314837, -1.11695", \
            "0.0333332, 0.0301971, 0.0213391, -0.0017464, -0.0723785, -0.314964, -1.11703", \
            "0.0331543, 0.0300752, 0.0212824, -0.0021217, -0.0727234, -0.315311, -1.11727", \
            "0.0350597, 0.0322057, 0.023165, -0.0014361, -0.0723404, -0.314611, -1.11673", \
            "0.052929, 0.0496972, 0.0398508, 0.0121347, -0.0661997, -0.312349, -1.11408" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.0329275, 0.0351938, 0.0425324, 0.06636, 0.142044, 0.385577, 1.17898", \
            "0.0329729, 0.0352572, 0.0425843, 0.0663008, 0.142114, 0.385871, 1.17818", \
            "0.0330417, 0.0352883, 0.0426506, 0.0662611, 0.141949, 0.385632, 1.17898", \
            "0.0333644, 0.0355394, 0.0426584, 0.0659978, 0.141398, 0.385183, 1.17909", \
            "0.0346654, 0.036737, 0.0437907, 0.0660686, 0.140859, 0.38501, 1.17796", \
            "0.0372175, 0.0391351, 0.0457767, 0.0684512, 0.141745, 0.385525, 1.17812", \
            "0.0446136, 0.0460666, 0.0520244, 0.0737499, 0.147497, 0.388642, 1.17938" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.0308936, 0.027891, 0.0191003, -0.00412, -0.0748076, -0.317155, -1.11898", \
            "0.0305764, 0.0275946, 0.0186946, -0.0045696, -0.0749149, -0.317402, -1.11922", \
            "0.0302082, 0.0273403, 0.0184497, -0.0046515, -0.0753076, -0.317569, -1.1193", \
            "0.0300081, 0.0270064, 0.0181853, -0.0049469, -0.0754544, -0.317717, -1.11951", \
            "0.0301131, 0.0271209, 0.0181774, -0.0051007, -0.0757203, -0.317941, -1.11972", \
            "0.0340319, 0.0306599, 0.0214919, -0.0037039, -0.074716, -0.317207, -1.11917", \
            "0.0537542, 0.050436, 0.0402624, 0.0116182, -0.0676551, -0.313964, -1.11587" \
          );
        }
      }
      internal_power () {
        related_pin : "CN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.0320699, 0.0342061, 0.041548, 0.0649757, 0.140609, 0.383984, 1.17888", \
            "0.0319536, 0.0340893, 0.0414311, 0.0648594, 0.140494, 0.383916, 1.17879", \
            "0.0319611, 0.0342134, 0.0414853, 0.0649675, 0.14043, 0.384118, 1.17819", \
            "0.0315761, 0.0338228, 0.0410963, 0.0646118, 0.140011, 0.383778, 1.17776", \
            "0.0314488, 0.0337168, 0.0408073, 0.0641752, 0.139577, 0.383356, 1.17697", \
            "0.031543, 0.0336872, 0.040694, 0.0634203, 0.139104, 0.38208, 1.17667", \
            "0.03238, 0.034479, 0.0415422, 0.0645189, 0.139411, 0.384107, 1.1737" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00163349, 0.00533657, 0.0174344, 0.0569579, 0.18608, 0.60792");
          values ( \
            "0.0303876, 0.0274784, 0.0186351, -0.0045071, -0.074994, -0.317315, -1.1191", \
            "0.03028, 0.0273697, 0.0185314, -0.0046113, -0.075224, -0.317255, -1.11904", \
            "0.0302675, 0.0273422, 0.0183522, -0.0047545, -0.0751423, -0.317461, -1.11927", \
            "0.0297942, 0.0267032, 0.0178325, -0.0054456, -0.0758733, -0.318012, -1.11983", \
            "0.029198, 0.0262367, 0.0173331, -0.0058106, -0.0764174, -0.318646, -1.12036", \
            "0.0382769, 0.0352948, 0.0262597, 0.0007351, -0.0758104, -0.318974, -1.12084", \
            "0.0417244, 0.0387474, 0.0297889, 0.004067, -0.0719653, -0.31792, -1.12046" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002443;
      rise_capacitance : 0.002586;
      rise_capacitance_range (0.002586, 0.002586);
      fall_capacitance : 0.002299;
      fall_capacitance_range (0.002299, 0.002299);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038857, -0.0039315, -0.0040368, -0.0040498, -0.0040797, -0.0041486, -0.0043074" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044149, 0.0044135, 0.0044103, 0.0044097, 0.0044085, 0.0044055, 0.0043987" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002378;
      rise_capacitance : 0.002536;
      rise_capacitance_range (0.002536, 0.002536);
      fall_capacitance : 0.00222;
      fall_capacitance_range (0.00222, 0.00222);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0045726, -0.0046353, -0.0047799, -0.0047805, -0.0047818, -0.0047848, -0.0047917" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0048425, 0.0048407, 0.0048367, 0.0048381, 0.0048414, 0.0048488, 0.004866" \
          );
        }
      }
    }
    pin (CN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001576;
      rise_capacitance : 0.001646;
      rise_capacitance_range (0.001646, 0.001646);
      fall_capacitance : 0.001505;
      fall_capacitance_range (0.001505, 0.001505);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0034994, 0.0034333, 0.0032809, 0.0035706, 0.0042385, 0.0057779, 0.0093264" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0104886, 0.0103899, 0.0101625, 0.010478, 0.0112054, 0.0128819, 0.0167465" \
          );
        }
      }
    }
  }
  cell (scs8hd_or4_1) {
    area : 7.5072;
    cell_footprint : "or4";
    cell_leakage_power : 0.000454623;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 3.68035e-05;
      when : "!A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0067814;
      when : "!A&!B&!C&!D";
    }
    leakage_power () {
      value : 2.72261e-05;
      when : "!A&!B&C&D";
    }
    leakage_power () {
      value : 3.52971e-05;
      when : "!A&!B&C&!D";
    }
    leakage_power () {
      value : 2.74206e-05;
      when : "!A&B&!C&D";
    }
    leakage_power () {
      value : 4.11261e-05;
      when : "!A&B&!C&!D";
    }
    leakage_power () {
      value : 2.7213e-05;
      when : "!A&B&C&D";
    }
    leakage_power () {
      value : 3.35931e-05;
      when : "!A&B&C&!D";
    }
    leakage_power () {
      value : 2.75957e-05;
      when : "A&!B&!C&D";
    }
    leakage_power () {
      value : 4.73501e-05;
      when : "A&!B&!C&!D";
    }
    leakage_power () {
      value : 2.72171e-05;
      when : "A&!B&C&D";
    }
    leakage_power () {
      value : 3.37045e-05;
      when : "A&!B&C&!D";
    }
    leakage_power () {
      value : 2.74115e-05;
      when : "A&B&!C&D";
    }
    leakage_power () {
      value : 3.98177e-05;
      when : "A&B&!C&!D";
    }
    leakage_power () {
      value : 2.72123e-05;
      when : "A&B&C&D";
    }
    leakage_power () {
      value : 3.35855e-05;
      when : "A&B&C&!D";
    }
    leakage_power () {
      value : 0.000454623;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B) | (C) | (D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.221568;
      max_transition : 1.50685;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0449356, 0.0499559, 0.062284, 0.0941322, 0.180711, 0.418682, 1.07798", \
            "0.0490379, 0.0540184, 0.0663154, 0.0981747, 0.184622, 0.422943, 1.08186", \
            "0.0587451, 0.0636646, 0.0758065, 0.107607, 0.194069, 0.432218, 1.09148", \
            "0.0740431, 0.0793237, 0.091721, 0.123533, 0.209649, 0.44761, 1.10712", \
            "0.0863555, 0.0928141, 0.106284, 0.138013, 0.224488, 0.462279, 1.12167", \
            "0.079454, 0.087542, 0.104244, 0.137312, 0.223514, 0.461875, 1.11694", \
            "0.0131777, 0.0230908, 0.0442821, 0.0838671, 0.170002, 0.408076, 1.06486" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0150582, 0.0205403, 0.0361202, 0.0805539, 0.204396, 0.547771, 1.49944", \
            "0.0149542, 0.0204985, 0.0360925, 0.0806035, 0.204338, 0.547288, 1.49748", \
            "0.014989, 0.0203984, 0.0359425, 0.0804426, 0.204436, 0.546356, 1.49508", \
            "0.0174059, 0.0223256, 0.0369337, 0.0803675, 0.204374, 0.547695, 1.49831", \
            "0.0219607, 0.0267858, 0.0400318, 0.0813876, 0.204311, 0.546974, 1.49491", \
            "0.0284249, 0.0345043, 0.0477431, 0.0848334, 0.205726, 0.54752, 1.49795", \
            "0.0380602, 0.045348, 0.0612911, 0.0963319, 0.207788, 0.549858, 1.4915" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.269167, 0.27742, 0.29597, 0.333332, 0.405961, 0.552068, 0.892508", \
            "0.269894, 0.27818, 0.29669, 0.334014, 0.40661, 0.552826, 0.893251", \
            "0.276963, 0.28514, 0.303695, 0.341078, 0.413258, 0.559664, 0.900501", \
            "0.296133, 0.30429, 0.322573, 0.360042, 0.432865, 0.578988, 0.919507", \
            "0.336549, 0.344876, 0.363223, 0.400664, 0.473495, 0.619804, 0.960353", \
            "0.411943, 0.420518, 0.439668, 0.478209, 0.552681, 0.700788, 1.04173", \
            "0.562701, 0.571768, 0.591683, 0.632866, 0.711962, 0.865974, 1.21167" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0405606, 0.0465805, 0.059607, 0.0889095, 0.15163, 0.296939, 0.710829", \
            "0.0408255, 0.0466118, 0.0595803, 0.0891673, 0.151579, 0.296698, 0.711522", \
            "0.0406329, 0.0465018, 0.0594668, 0.0890182, 0.14992, 0.297574, 0.711351", \
            "0.0404812, 0.0465588, 0.0594401, 0.0895388, 0.151772, 0.29783, 0.70894", \
            "0.0405467, 0.0466666, 0.0597784, 0.0885804, 0.149496, 0.298158, 0.711241", \
            "0.0445311, 0.0503467, 0.0634764, 0.0936537, 0.154594, 0.300434, 0.712254", \
            "0.051206, 0.0568096, 0.0702609, 0.102253, 0.164718, 0.31071, 0.718672" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0460629, 0.0511338, 0.063704, 0.0961505, 0.183355, 0.421828, 1.07925", \
            "0.0500316, 0.055096, 0.0676362, 0.100003, 0.187031, 0.426187, 1.08288", \
            "0.0593153, 0.0642878, 0.0766546, 0.108894, 0.196031, 0.435137, 1.09167", \
            "0.0737156, 0.0790032, 0.0914524, 0.1235, 0.210527, 0.449344, 1.10982", \
            "0.0840469, 0.0904335, 0.103853, 0.135914, 0.223154, 0.461499, 1.11977", \
            "0.0735785, 0.0816115, 0.0981411, 0.131582, 0.218206, 0.45757, 1.11649", \
            "-0.0002213, 0.0096873, 0.0307498, 0.0703646, 0.15665, 0.395081, 1.05542" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0146211, 0.0199841, 0.0355086, 0.0797459, 0.203916, 0.546939, 1.49742", \
            "0.014563, 0.0199632, 0.0354405, 0.0797118, 0.204063, 0.548547, 1.49644", \
            "0.0145246, 0.0199473, 0.0353415, 0.0796579, 0.204031, 0.548499, 1.496", \
            "0.0167922, 0.0217236, 0.0364414, 0.0799972, 0.2039, 0.548131, 1.49604", \
            "0.0212516, 0.0261007, 0.0394521, 0.0808621, 0.203692, 0.548134, 1.49973", \
            "0.0276837, 0.0337565, 0.0470436, 0.0840072, 0.205364, 0.546251, 1.49533", \
            "0.036919, 0.0446038, 0.0608742, 0.0959923, 0.207281, 0.549766, 1.49526" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.258288, 0.266517, 0.284852, 0.322568, 0.395171, 0.541338, 0.881926", \
            "0.258862, 0.26723, 0.285582, 0.322892, 0.395467, 0.541856, 0.882263", \
            "0.265838, 0.274125, 0.292629, 0.329983, 0.402294, 0.54872, 0.889588", \
            "0.285875, 0.294263, 0.312642, 0.350069, 0.422443, 0.568828, 0.909688", \
            "0.331195, 0.339484, 0.357936, 0.395221, 0.46798, 0.614433, 0.955085", \
            "0.422936, 0.431578, 0.45093, 0.489712, 0.564321, 0.712708, 1.05374", \
            "0.61324, 0.622508, 0.64295, 0.685243, 0.765312, 0.920377, 1.26695" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0405104, 0.0465019, 0.0594632, 0.0893908, 0.149694, 0.297105, 0.709545", \
            "0.0405773, 0.0464644, 0.0596118, 0.0898085, 0.151579, 0.296988, 0.712816", \
            "0.0407515, 0.0463013, 0.0595335, 0.0894121, 0.150213, 0.298598, 0.709917", \
            "0.0405812, 0.0461825, 0.0596651, 0.0885303, 0.150175, 0.298453, 0.71038", \
            "0.0406392, 0.0463953, 0.0596679, 0.0894507, 0.14955, 0.296527, 0.711139", \
            "0.0455715, 0.0512769, 0.0648246, 0.0945737, 0.156419, 0.300563, 0.713331", \
            "0.0549304, 0.0610089, 0.0744499, 0.107109, 0.168602, 0.314634, 0.719311" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.044494, 0.0494731, 0.061853, 0.0939335, 0.180932, 0.419446, 1.07722", \
            "0.0483695, 0.0533372, 0.0656935, 0.0979718, 0.185164, 0.423064, 1.08075", \
            "0.0574663, 0.0623943, 0.0745698, 0.10664, 0.193677, 0.432107, 1.08927", \
            "0.0706213, 0.0758684, 0.0882767, 0.120251, 0.20729, 0.446073, 1.10426", \
            "0.0790264, 0.0853995, 0.098741, 0.130776, 0.217695, 0.45688, 1.11317", \
            "0.0654277, 0.0735079, 0.0902052, 0.123936, 0.21, 0.448753, 1.10745", \
            "-0.0140724, -0.0041861, 0.0168995, 0.0578951, 0.144134, 0.382006, 1.04003" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0141395, 0.0195594, 0.0350026, 0.0795673, 0.203959, 0.547839, 1.49645", \
            "0.0141964, 0.0195656, 0.0350377, 0.0796446, 0.203984, 0.548342, 1.50022", \
            "0.0142757, 0.0196378, 0.0350619, 0.0795559, 0.203921, 0.547147, 1.495", \
            "0.0166288, 0.021559, 0.0361168, 0.0798196, 0.204234, 0.548531, 1.49897", \
            "0.021117, 0.0260082, 0.0393494, 0.0808452, 0.203768, 0.548015, 1.49439", \
            "0.0276948, 0.0337675, 0.0473923, 0.0844347, 0.204329, 0.547909, 1.49605", \
            "0.0373515, 0.0452919, 0.0627705, 0.0969798, 0.207473, 0.547837, 1.49325" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.236995, 0.245229, 0.26375, 0.301098, 0.373793, 0.520132, 0.860792", \
            "0.237279, 0.245584, 0.263892, 0.301417, 0.37424, 0.520524, 0.86123", \
            "0.244192, 0.25253, 0.270562, 0.308093, 0.380721, 0.527184, 0.86775", \
            "0.26488, 0.273145, 0.291635, 0.329273, 0.401824, 0.548127, 0.888952", \
            "0.316892, 0.32513, 0.343651, 0.381272, 0.454025, 0.600412, 0.941148", \
            "0.430182, 0.43855, 0.458015, 0.496836, 0.571751, 0.720102, 1.06124", \
            "0.650177, 0.659873, 0.680894, 0.724028, 0.804797, 0.959615, 1.30619" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0405666, 0.0465816, 0.0595974, 0.0889617, 0.151574, 0.296763, 0.710694", \
            "0.0406503, 0.0465289, 0.0594109, 0.0896116, 0.149672, 0.296963, 0.709687", \
            "0.0406608, 0.0464703, 0.0594707, 0.0896627, 0.151634, 0.296768, 0.712403", \
            "0.0408501, 0.04628, 0.0593965, 0.0888532, 0.150576, 0.298353, 0.709472", \
            "0.0409108, 0.0465202, 0.0599361, 0.0886801, 0.149317, 0.296355, 0.711468", \
            "0.0463368, 0.0520676, 0.0654162, 0.0956402, 0.155218, 0.301138, 0.710536", \
            "0.0594312, 0.0654725, 0.0792325, 0.109336, 0.171436, 0.315033, 0.71915" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0415409, 0.0465399, 0.0589102, 0.0909992, 0.177834, 0.417137, 1.08223", \
            "0.0456507, 0.0506214, 0.0629809, 0.0952685, 0.182055, 0.421384, 1.07942", \
            "0.054672, 0.0595854, 0.0717402, 0.103828, 0.191005, 0.429619, 1.08639", \
            "0.0670798, 0.0724223, 0.0849381, 0.116724, 0.203726, 0.442227, 1.10163", \
            "0.0748352, 0.081405, 0.0949996, 0.12712, 0.214375, 0.452859, 1.1132", \
            "0.0615383, 0.0698799, 0.0873498, 0.121176, 0.207687, 0.446322, 1.1036", \
            "-0.0141221, -0.0039262, 0.0182971, 0.0605786, 0.1475, 0.385824, 1.04409" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0139773, 0.0193791, 0.0348001, 0.0794264, 0.204055, 0.551506, 1.50685", \
            "0.0139721, 0.0193941, 0.0347666, 0.0793971, 0.204197, 0.547801, 1.50074", \
            "0.0142811, 0.0196017, 0.0349002, 0.0793008, 0.204147, 0.54981, 1.49987", \
            "0.0169047, 0.0218066, 0.0362012, 0.0795002, 0.203965, 0.547424, 1.49985", \
            "0.0215705, 0.0267218, 0.0397594, 0.0808385, 0.20374, 0.548939, 1.50539", \
            "0.0287486, 0.0350501, 0.0484982, 0.0849, 0.204865, 0.546209, 1.49437", \
            "0.0389509, 0.0473499, 0.0644665, 0.0998944, 0.208511, 0.551168, 1.49651" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.194407, 0.202778, 0.220858, 0.258366, 0.331375, 0.478055, 0.818711", \
            "0.194737, 0.203076, 0.221431, 0.259128, 0.331901, 0.478359, 0.819292", \
            "0.201861, 0.21001, 0.228218, 0.265761, 0.338771, 0.485564, 0.826314", \
            "0.22415, 0.23251, 0.250895, 0.288192, 0.361053, 0.507785, 0.848399", \
            "0.283197, 0.2914, 0.309758, 0.34699, 0.419861, 0.566304, 0.907002", \
            "0.40969, 0.418445, 0.437914, 0.47636, 0.550218, 0.696844, 1.03798", \
            "0.624654, 0.634656, 0.656295, 0.700243, 0.781494, 0.932477, 1.27877" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0407187, 0.0463347, 0.0594963, 0.0894285, 0.151771, 0.296457, 0.712716", \
            "0.0406223, 0.0464901, 0.0602779, 0.0887752, 0.15028, 0.298398, 0.710556", \
            "0.0405358, 0.0465504, 0.0595579, 0.089386, 0.150884, 0.29674, 0.710406", \
            "0.040734, 0.046329, 0.0596511, 0.0893877, 0.151384, 0.296255, 0.712897", \
            "0.0402737, 0.0457783, 0.0591337, 0.088399, 0.149426, 0.297004, 0.712264", \
            "0.0484044, 0.053638, 0.0663744, 0.094238, 0.15473, 0.300584, 0.713534", \
            "0.0637937, 0.0695849, 0.0835743, 0.113288, 0.170951, 0.311453, 0.716869" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0111173, 0.0129163, 0.0176786, 0.0303709, 0.0649329, 0.160883, 0.428397", \
            "0.0110902, 0.0128716, 0.0176199, 0.0303296, 0.0649464, 0.161773, 0.426016", \
            "0.011206, 0.0129841, 0.0176934, 0.0303958, 0.064971, 0.160863, 0.428301", \
            "0.011279, 0.0130065, 0.0176305, 0.0301945, 0.0650355, 0.160823, 0.428037", \
            "0.0118007, 0.0134306, 0.0179362, 0.0304336, 0.0650158, 0.161012, 0.427853", \
            "0.0128877, 0.0144699, 0.0189807, 0.0312737, 0.0661594, 0.161017, 0.426644", \
            "0.016099, 0.0176759, 0.0219407, 0.0343502, 0.068752, 0.16499, 0.427635" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0140047, 0.011989, 0.0074545, -0.003944, -0.0375666, -0.134349, -0.403218", \
            "0.0137911, 0.0117769, 0.0072339, -0.0041455, -0.0377995, -0.13457, -0.403414", \
            "0.0133824, 0.0113713, 0.0068465, -0.0045136, -0.0380261, -0.134746, -0.403601", \
            "0.013353, 0.0113295, 0.0069079, -0.0046356, -0.0381869, -0.13494, -0.40376", \
            "0.0131583, 0.0111469, 0.0067004, -0.0048278, -0.0383653, -0.135006, -0.403814", \
            "0.0136733, 0.0115115, 0.0066874, -0.0046495, -0.0382481, -0.1349, -0.403726", \
            "0.0204839, 0.0182394, 0.0126336, -0.0004686, -0.0363678, -0.133768, -0.402625" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.010818, 0.0126167, 0.0174878, 0.0304859, 0.0656188, 0.161714, 0.426954", \
            "0.0108637, 0.0126604, 0.0175017, 0.0305028, 0.0656202, 0.162662, 0.427239", \
            "0.0110369, 0.0128025, 0.0176039, 0.0305422, 0.0656603, 0.162746, 0.427393", \
            "0.0110415, 0.0127752, 0.0173829, 0.0302433, 0.0654333, 0.161802, 0.429051", \
            "0.0114611, 0.0131246, 0.0176388, 0.0302731, 0.0650234, 0.161648, 0.427357", \
            "0.0124415, 0.0140412, 0.0185843, 0.0310907, 0.0660253, 0.161715, 0.429251", \
            "0.015544, 0.0169963, 0.0211043, 0.0335533, 0.068151, 0.164036, 0.429702" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0127134, 0.0106972, 0.0062466, -0.0052104, -0.038816, -0.135477, -0.404267", \
            "0.0124093, 0.0103892, 0.0060373, -0.0054772, -0.0389744, -0.135672, -0.404457", \
            "0.0122237, 0.0102007, 0.0056668, -0.0056638, -0.0391927, -0.13578, -0.404561", \
            "0.0121394, 0.0101134, 0.0056028, -0.0058618, -0.0393322, -0.13592, -0.404684", \
            "0.0120119, 0.0099683, 0.0055065, -0.0060683, -0.039499, -0.13604, -0.404798", \
            "0.0123142, 0.0101991, 0.0056366, -0.0058667, -0.0392877, -0.135844, -0.404618", \
            "0.0198975, 0.0176047, 0.011972, -0.0012126, -0.037285, -0.134468, -0.403332" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0104597, 0.0122475, 0.0170665, 0.0300273, 0.0650738, 0.161287, 0.42665", \
            "0.0104805, 0.0122607, 0.0170886, 0.0300345, 0.0650904, 0.16133, 0.426845", \
            "0.0105795, 0.0123515, 0.0171117, 0.0300365, 0.0651075, 0.161498, 0.427072", \
            "0.0105892, 0.0123028, 0.0169348, 0.0298004, 0.0649656, 0.161307, 0.426785", \
            "0.0109408, 0.0126024, 0.0171017, 0.0297523, 0.0646926, 0.162028, 0.426925", \
            "0.0118038, 0.0134044, 0.0179906, 0.0305634, 0.0652325, 0.160921, 0.429169", \
            "0.0145235, 0.0159735, 0.0203434, 0.03267, 0.0674373, 0.163324, 0.429397" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0116508, 0.0096343, 0.0050952, -0.0062962, -0.0398682, -0.136468, -0.405165", \
            "0.0114017, 0.0093851, 0.004949, -0.0065452, -0.0401026, -0.136676, -0.405356", \
            "0.0110887, 0.0090606, 0.0046169, -0.0067458, -0.0402479, -0.136826, -0.405507", \
            "0.0109644, 0.0089095, 0.0044222, -0.0069689, -0.0404714, -0.136941, -0.405634", \
            "0.0108708, 0.0088456, 0.0043563, -0.0071283, -0.0405797, -0.137051, -0.405737", \
            "0.0118992, 0.0096631, 0.0049996, -0.0062996, -0.0400003, -0.136669, -0.405394", \
            "0.0197307, 0.0174256, 0.0116436, -0.0022675, -0.0379003, -0.13506, -0.403911" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0087323, 0.0105127, 0.0153793, 0.028365, 0.0633964, 0.160695, 0.427434", \
            "0.0087344, 0.0105086, 0.0153483, 0.0283191, 0.0634229, 0.159887, 0.425638", \
            "0.0087383, 0.0104709, 0.0152024, 0.0281838, 0.0635989, 0.159654, 0.425855", \
            "0.0088193, 0.0105244, 0.015212, 0.0279417, 0.0631343, 0.15877, 0.424909", \
            "0.0091883, 0.0108494, 0.0154054, 0.0279803, 0.0628803, 0.159575, 0.425579", \
            "0.0101548, 0.0117492, 0.0163013, 0.0288716, 0.0637175, 0.159336, 0.425831", \
            "0.0132659, 0.0147113, 0.0189736, 0.0312764, 0.0659169, 0.16191, 0.425656" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0106555, 0.0085932, 0.0040619, -0.0072655, -0.0406986, -0.137182, -0.405788", \
            "0.0104291, 0.0084333, 0.0039828, -0.007489, -0.0408792, -0.137313, -0.405944", \
            "0.0102791, 0.0082604, 0.0037677, -0.0076073, -0.0410707, -0.137505, -0.406106", \
            "0.0102414, 0.0082273, 0.0037172, -0.0076421, -0.0410793, -0.137525, -0.406129", \
            "0.0105368, 0.0084907, 0.0039641, -0.0074771, -0.0408852, -0.137359, -0.40595", \
            "0.0124216, 0.0102156, 0.0053853, -0.0063082, -0.0399789, -0.136553, -0.405241", \
            "0.0215609, 0.0191912, 0.0131952, -0.0008021, -0.0369817, -0.13426, -0.403099" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00153;
      rise_capacitance : 0.001623;
      rise_capacitance_range (0.001623, 0.001623);
      fall_capacitance : 0.001437;
      fall_capacitance_range (0.001437, 0.001437);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0016662, -0.0016894, -0.0017428, -0.0017486, -0.001762, -0.0017927, -0.0018637" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0019452, 0.0019502, 0.0019617, 0.0019615, 0.0019611, 0.0019602, 0.0019581" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00181;
      rise_capacitance : 0.001918;
      rise_capacitance_range (0.001918, 0.001918);
      fall_capacitance : 0.001703;
      fall_capacitance_range (0.001703, 0.001703);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0024558, -0.0025332, -0.0027117, -0.0027194, -0.002737, -0.0027777, -0.0028714" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0029787, 0.0029657, 0.0029359, 0.0029367, 0.0029386, 0.0029429, 0.0029527" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001599;
      rise_capacitance : 0.001718;
      rise_capacitance_range (0.001718, 0.001718);
      fall_capacitance : 0.001479;
      fall_capacitance_range (0.001479, 0.001479);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0016808, -0.001726, -0.0018302, -0.0018333, -0.0018405, -0.0018571, -0.0018953" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0019121, 0.0019129, 0.0019145, 0.0019149, 0.0019158, 0.0019179, 0.0019226" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001427;
      rise_capacitance : 0.001533;
      rise_capacitance_range (0.001533, 0.001533);
      fall_capacitance : 0.001321;
      fall_capacitance_range (0.001321, 0.001321);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0008415, -0.0008441, -0.0008503, -0.0008501, -0.0008497, -0.0008487, -0.0008463" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0013681, 0.0013678, 0.001367, 0.0013703, 0.0013781, 0.0013961, 0.0014375" \
          );
        }
      }
    }
  }
  cell (scs8hd_or4_2) {
    area : 8.7584;
    cell_footprint : "or4";
    cell_leakage_power : 0.000873045;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 6.87846e-05;
      when : "!A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0129932;
      when : "!A&!B&!C&!D";
    }
    leakage_power () {
      value : 5.94951e-05;
      when : "!A&!B&C&D";
    }
    leakage_power () {
      value : 6.74155e-05;
      when : "!A&!B&C&!D";
    }
    leakage_power () {
      value : 5.96857e-05;
      when : "!A&B&!C&D";
    }
    leakage_power () {
      value : 7.3209e-05;
      when : "!A&B&!C&!D";
    }
    leakage_power () {
      value : 5.94835e-05;
      when : "!A&B&C&D";
    }
    leakage_power () {
      value : 6.58556e-05;
      when : "!A&B&C&!D";
    }
    leakage_power () {
      value : 5.98534e-05;
      when : "A&!B&!C&D";
    }
    leakage_power () {
      value : 7.92176e-05;
      when : "A&!B&!C&!D";
    }
    leakage_power () {
      value : 5.94871e-05;
      when : "A&!B&C&D";
    }
    leakage_power () {
      value : 6.59597e-05;
      when : "A&!B&C&!D";
    }
    leakage_power () {
      value : 5.96781e-05;
      when : "A&B&!C&D";
    }
    leakage_power () {
      value : 7.20665e-05;
      when : "A&B&!C&!D";
    }
    leakage_power () {
      value : 5.94829e-05;
      when : "A&B&C&D";
    }
    leakage_power () {
      value : 6.58492e-05;
      when : "A&B&C&!D";
    }
    leakage_power () {
      value : 0.000873045;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B) | (C) | (D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.410166;
      max_transition : 1.5059;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0532799, 0.0573186, 0.0672824, 0.0929933, 0.167227, 0.392254, 1.07882", \
            "0.0571787, 0.0611746, 0.0711331, 0.0968635, 0.170968, 0.395931, 1.08269", \
            "0.0667492, 0.0707269, 0.0806282, 0.106243, 0.180635, 0.405342, 1.0936", \
            "0.0852787, 0.0895733, 0.0997957, 0.125312, 0.198927, 0.423492, 1.1105", \
            "0.103125, 0.10842, 0.120545, 0.147094, 0.220738, 0.444969, 1.13072", \
            "0.104591, 0.110949, 0.126049, 0.156499, 0.230331, 0.45466, 1.14096", \
            "0.0520191, 0.059246, 0.077524, 0.115724, 0.193196, 0.416417, 1.10233" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0142496, 0.0178227, 0.0282258, 0.0614082, 0.167837, 0.495499, 1.49678", \
            "0.0142216, 0.0177412, 0.0281353, 0.0614162, 0.167801, 0.495173, 1.49881", \
            "0.0140015, 0.0175545, 0.0280508, 0.0614359, 0.167755, 0.494691, 1.50009", \
            "0.0162026, 0.0196817, 0.0293674, 0.0616532, 0.167707, 0.495615, 1.49774", \
            "0.0208668, 0.0246013, 0.0343107, 0.0641004, 0.167741, 0.495775, 1.5001", \
            "0.0273588, 0.0323224, 0.0435818, 0.0710542, 0.169118, 0.495716, 1.50024", \
            "0.0376554, 0.0434637, 0.0572737, 0.0869668, 0.175458, 0.495995, 1.49537" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.352333, 0.358907, 0.375065, 0.411514, 0.486471, 0.636374, 0.981409", \
            "0.353748, 0.360361, 0.3767, 0.41235, 0.487795, 0.637784, 0.982858", \
            "0.360379, 0.366845, 0.382888, 0.419332, 0.49429, 0.644289, 0.989389", \
            "0.379046, 0.385644, 0.401854, 0.438018, 0.512822, 0.66369, 1.00838", \
            "0.42017, 0.426695, 0.44298, 0.478997, 0.553658, 0.704542, 1.04946", \
            "0.504811, 0.511356, 0.528057, 0.564228, 0.639027, 0.79029, 1.1353", \
            "0.670848, 0.677683, 0.694914, 0.733374, 0.811823, 0.969943, 1.32071" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0576377, 0.0609463, 0.0711847, 0.0960858, 0.154196, 0.289537, 0.678475", \
            "0.057508, 0.0610997, 0.0709572, 0.0958865, 0.154643, 0.289697, 0.679178", \
            "0.057617, 0.0609126, 0.0711749, 0.0969636, 0.15413, 0.289639, 0.678797", \
            "0.0574642, 0.0609506, 0.0711742, 0.0963971, 0.153663, 0.288276, 0.678398", \
            "0.0577592, 0.0609277, 0.0716273, 0.0966616, 0.153977, 0.288962, 0.679262", \
            "0.0607547, 0.0639627, 0.0739981, 0.0990846, 0.155062, 0.289463, 0.678692", \
            "0.0687864, 0.0720226, 0.0821909, 0.107791, 0.168536, 0.300802, 0.687687" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0541896, 0.0581454, 0.0681059, 0.093936, 0.168522, 0.393464, 1.0794", \
            "0.0580838, 0.062038, 0.0719717, 0.0977673, 0.172236, 0.397928, 1.08497", \
            "0.0672667, 0.0712078, 0.0811188, 0.106831, 0.181447, 0.406416, 1.09319", \
            "0.0851509, 0.0894267, 0.0995438, 0.125102, 0.199437, 0.42459, 1.11218", \
            "0.101712, 0.106963, 0.118951, 0.145531, 0.219454, 0.444661, 1.13161", \
            "0.100986, 0.107267, 0.122319, 0.152586, 0.226578, 0.451744, 1.14087", \
            "0.0423758, 0.0495436, 0.0680387, 0.106037, 0.184207, 0.407319, 1.09427" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0138348, 0.0172734, 0.0276328, 0.0607628, 0.167261, 0.494644, 1.49831", \
            "0.0137316, 0.017262, 0.0275774, 0.0608348, 0.167204, 0.495329, 1.5012", \
            "0.0136494, 0.0171214, 0.0275166, 0.0607512, 0.167128, 0.494643, 1.49659", \
            "0.0156807, 0.0190594, 0.0289189, 0.0611243, 0.167265, 0.494589, 1.50112", \
            "0.0204867, 0.0241881, 0.0339133, 0.0637082, 0.167011, 0.495028, 1.49791", \
            "0.0268078, 0.031781, 0.0428809, 0.0708247, 0.168752, 0.494633, 1.50077", \
            "0.0372088, 0.0427605, 0.0567394, 0.0866121, 0.17506, 0.495895, 1.49607" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.341198, 0.347741, 0.363873, 0.399911, 0.474624, 0.625394, 0.970531", \
            "0.342226, 0.348761, 0.364894, 0.401289, 0.476279, 0.626301, 0.971424", \
            "0.348952, 0.35542, 0.371804, 0.407979, 0.482611, 0.63346, 0.978271", \
            "0.368281, 0.374835, 0.390961, 0.427183, 0.501714, 0.65254, 0.997717", \
            "0.413531, 0.42005, 0.436338, 0.472364, 0.546921, 0.697794, 1.0429", \
            "0.515639, 0.522277, 0.538778, 0.575023, 0.649776, 0.800992, 1.1462", \
            "0.724397, 0.73138, 0.748538, 0.78737, 0.867469, 1.02601, 1.3771" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0574365, 0.0608529, 0.0713956, 0.0958802, 0.155854, 0.289667, 0.679217", \
            "0.0573795, 0.0607729, 0.0712705, 0.0969467, 0.153896, 0.289444, 0.678274", \
            "0.0577992, 0.0611984, 0.0709192, 0.0961575, 0.154695, 0.288855, 0.678776", \
            "0.057501, 0.0609813, 0.0709555, 0.0962027, 0.154377, 0.289423, 0.677966", \
            "0.0574333, 0.0609796, 0.0711074, 0.0962448, 0.154135, 0.289017, 0.679799", \
            "0.0612091, 0.0645158, 0.0744214, 0.0987904, 0.157376, 0.290496, 0.678907", \
            "0.0725824, 0.0757081, 0.0854761, 0.110864, 0.169286, 0.304123, 0.687202" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0523501, 0.0562378, 0.0660768, 0.0917663, 0.166097, 0.391265, 1.0779", \
            "0.0562089, 0.0601107, 0.0699524, 0.0956142, 0.170038, 0.395273, 1.08174", \
            "0.0654519, 0.0693371, 0.0791439, 0.104699, 0.179019, 0.40441, 1.09095", \
            "0.082411, 0.0866971, 0.0967613, 0.122393, 0.196809, 0.42215, 1.10847", \
            "0.0975492, 0.102834, 0.114834, 0.141449, 0.215335, 0.441066, 1.12823", \
            "0.0944289, 0.100805, 0.115848, 0.146362, 0.220847, 0.445435, 1.1335", \
            "0.0318442, 0.0390997, 0.0576305, 0.0966435, 0.175321, 0.398414, 1.08484" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0133778, 0.0168967, 0.0272997, 0.0604911, 0.167226, 0.495775, 1.50068", \
            "0.0133694, 0.0169054, 0.0272917, 0.0605474, 0.167197, 0.495839, 1.49976", \
            "0.0133535, 0.0168507, 0.0272134, 0.0605018, 0.167112, 0.495811, 1.50033", \
            "0.015698, 0.0190667, 0.0289077, 0.0609942, 0.167339, 0.495906, 1.49926", \
            "0.0203999, 0.0240403, 0.0337805, 0.0636084, 0.16719, 0.495387, 1.50096", \
            "0.0272091, 0.0318769, 0.0435314, 0.0711907, 0.169031, 0.495616, 1.49734", \
            "0.0377603, 0.0434554, 0.0579802, 0.0886067, 0.175761, 0.495809, 1.49445" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.319423, 0.325994, 0.342087, 0.3781, 0.4535, 0.60356, 0.94871", \
            "0.320341, 0.326862, 0.343126, 0.3794, 0.454166, 0.604611, 0.949821", \
            "0.326791, 0.333304, 0.349347, 0.385303, 0.46067, 0.610707, 0.955853", \
            "0.346988, 0.353443, 0.369598, 0.405851, 0.480679, 0.631002, 0.976417", \
            "0.398784, 0.405276, 0.421281, 0.457649, 0.53235, 0.683378, 1.02846", \
            "0.522854, 0.529441, 0.545918, 0.582035, 0.656894, 0.807196, 1.15225", \
            "0.769669, 0.776556, 0.794138, 0.834149, 0.914739, 1.0735, 1.42429" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0576837, 0.0609276, 0.0712901, 0.0958931, 0.154602, 0.289618, 0.679092", \
            "0.0575219, 0.0609188, 0.0714739, 0.0970388, 0.154674, 0.289467, 0.679235", \
            "0.0576537, 0.0609498, 0.0712199, 0.0958817, 0.154407, 0.289467, 0.678568", \
            "0.0574849, 0.0611479, 0.0709841, 0.0958194, 0.153377, 0.289133, 0.678449", \
            "0.0576761, 0.0609236, 0.0713536, 0.0969098, 0.153266, 0.28879, 0.678629", \
            "0.0612485, 0.0646114, 0.0746761, 0.0987282, 0.154914, 0.290862, 0.678842", \
            "0.0779625, 0.0807559, 0.0903257, 0.114885, 0.175973, 0.304667, 0.687274" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0494896, 0.0533833, 0.0632766, 0.0890081, 0.16328, 0.388658, 1.07852", \
            "0.0535708, 0.0574983, 0.0673418, 0.0930454, 0.167675, 0.3922, 1.08268", \
            "0.0630349, 0.0669552, 0.0767693, 0.102329, 0.17663, 0.401778, 1.09105", \
            "0.0797378, 0.0840715, 0.0943325, 0.120057, 0.194091, 0.419317, 1.11118", \
            "0.0947202, 0.100057, 0.112321, 0.139235, 0.213294, 0.43822, 1.12482", \
            "0.0928116, 0.0992816, 0.114629, 0.14581, 0.219977, 0.444665, 1.13784", \
            "0.0363202, 0.0437127, 0.0624826, 0.102905, 0.182115, 0.404554, 1.09258" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.013342, 0.0167995, 0.0272073, 0.0604511, 0.166885, 0.496834, 1.50269", \
            "0.0132705, 0.0168064, 0.0272161, 0.0604564, 0.167109, 0.495502, 1.50589", \
            "0.0133106, 0.0167961, 0.0271885, 0.0604609, 0.166877, 0.4961, 1.50369", \
            "0.0159964, 0.0194196, 0.0290671, 0.0611448, 0.167151, 0.496012, 1.50392", \
            "0.0208633, 0.0245554, 0.034555, 0.0640155, 0.167043, 0.495394, 1.5017", \
            "0.0276329, 0.0326834, 0.0446912, 0.0722161, 0.169156, 0.494576, 1.49998", \
            "0.0393686, 0.0451254, 0.0593762, 0.0906412, 0.177541, 0.495558, 1.49736" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.276292, 0.282833, 0.299193, 0.334812, 0.409828, 0.561058, 0.906143", \
            "0.277186, 0.283726, 0.299913, 0.335881, 0.411332, 0.561797, 0.907088", \
            "0.283806, 0.290258, 0.30639, 0.342655, 0.417558, 0.568322, 0.913469", \
            "0.305341, 0.311844, 0.327786, 0.363889, 0.4385, 0.589511, 0.934549", \
            "0.360704, 0.367253, 0.384338, 0.420459, 0.49512, 0.646194, 0.991509", \
            "0.499066, 0.505568, 0.520577, 0.556391, 0.630769, 0.780907, 1.12583", \
            "0.746484, 0.75169, 0.771726, 0.812553, 0.894987, 1.05232, 1.40224" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0574877, 0.0608769, 0.0713957, 0.0961685, 0.154524, 0.288852, 0.678041", \
            "0.0575426, 0.0607844, 0.0712128, 0.0959085, 0.154647, 0.289288, 0.679465", \
            "0.0575631, 0.0607572, 0.0714194, 0.0958399, 0.15329, 0.289118, 0.678089", \
            "0.0572016, 0.0612781, 0.0715172, 0.0964583, 0.155016, 0.288882, 0.679714", \
            "0.0574323, 0.0611351, 0.0714146, 0.0963504, 0.154369, 0.288933, 0.67879", \
            "0.0610662, 0.0641688, 0.0737473, 0.0979037, 0.153947, 0.289944, 0.680427", \
            "0.0840452, 0.0866078, 0.0965793, 0.121556, 0.177298, 0.304371, 0.686737" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0168315, 0.0189007, 0.0251048, 0.043495, 0.0990103, 0.268221, 0.787058", \
            "0.0168178, 0.0188687, 0.0250716, 0.0434836, 0.0989909, 0.268225, 0.787128", \
            "0.0169223, 0.018968, 0.0251552, 0.043549, 0.0989518, 0.269011, 0.789823", \
            "0.0173564, 0.0193492, 0.0253323, 0.0433685, 0.0990033, 0.267839, 0.788891", \
            "0.0180264, 0.0198833, 0.025773, 0.0436174, 0.0987601, 0.268319, 0.785538", \
            "0.0197592, 0.0214788, 0.0271555, 0.0450203, 0.0995535, 0.2684, 0.787467", \
            "0.0238677, 0.0252386, 0.0304405, 0.047921, 0.10229, 0.271064, 0.786926" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0247379, 0.021819, 0.0137576, -0.005929, -0.0602438, -0.229722, -0.754853", \
            "0.0244114, 0.0216054, 0.0136139, -0.0061658, -0.0604559, -0.229992, -0.755118", \
            "0.0242488, 0.0213338, 0.0132679, -0.0063479, -0.0607458, -0.230243, -0.755363", \
            "0.0242115, 0.0211525, 0.013321, -0.0063595, -0.060834, -0.230694, -0.755628", \
            "0.0240086, 0.0211152, 0.0130619, -0.0065843, -0.061087, -0.23083, -0.755667", \
            "0.0248579, 0.0216707, 0.0136056, -0.0060718, -0.0607956, -0.230715, -0.755696", \
            "0.033439, 0.0304282, 0.0219538, -0.0001284, -0.0585095, -0.22971, -0.754678" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0165372, 0.0185762, 0.0248201, 0.0434817, 0.0996238, 0.269664, 0.790088", \
            "0.0165801, 0.018634, 0.0248548, 0.0435473, 0.0996075, 0.269096, 0.788207", \
            "0.0166923, 0.0187621, 0.0249979, 0.0436011, 0.09955, 0.269637, 0.791533", \
            "0.0168913, 0.0188888, 0.0248817, 0.0433277, 0.0993358, 0.270084, 0.788327", \
            "0.0177208, 0.0195733, 0.0254624, 0.0433499, 0.09886, 0.269878, 0.788466", \
            "0.0192147, 0.0209824, 0.0268523, 0.0445722, 0.0992522, 0.268886, 0.787753", \
            "0.0233766, 0.0247177, 0.0301737, 0.0473929, 0.10228, 0.272191, 0.790411" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0234291, 0.0205586, 0.0124805, -0.0072002, -0.0611724, -0.230955, -0.756361", \
            "0.0231367, 0.02032, 0.0122714, -0.0073073, -0.061639, -0.231102, -0.756213", \
            "0.0231282, 0.0202561, 0.0121954, -0.007448, -0.0618958, -0.231549, -0.756404", \
            "0.0231065, 0.0202693, 0.0119819, -0.0073883, -0.0618238, -0.231712, -0.756693", \
            "0.0227982, 0.0199496, 0.0118832, -0.0078597, -0.0621818, -0.231854, -0.756703", \
            "0.0238133, 0.020748, 0.012652, -0.0071604, -0.0618882, -0.231729, -0.756665", \
            "0.0332865, 0.0302893, 0.0217016, -0.0006559, -0.0597894, -0.230378, -0.755391" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.016139, 0.0181703, 0.0243798, 0.0430929, 0.0991305, 0.269032, 0.788024", \
            "0.0161681, 0.0182178, 0.0244205, 0.0430821, 0.0991484, 0.269055, 0.788196", \
            "0.016289, 0.0183398, 0.0245449, 0.0431237, 0.099144, 0.268978, 0.788672", \
            "0.0165556, 0.0185378, 0.0244435, 0.0428334, 0.0989061, 0.269992, 0.789852", \
            "0.0172119, 0.0190965, 0.0249395, 0.0428325, 0.0984404, 0.269758, 0.787769", \
            "0.0188705, 0.0205586, 0.0262365, 0.0439076, 0.0989014, 0.268498, 0.789883", \
            "0.0228224, 0.0242077, 0.0294285, 0.0470053, 0.101998, 0.270876, 0.788009" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0223421, 0.0194144, 0.0113566, -0.0083523, -0.0626206, -0.232031, -0.756972", \
            "0.0221407, 0.0192411, 0.0116715, -0.0079436, -0.0624853, -0.232339, -0.757301", \
            "0.0219456, 0.0190222, 0.0109568, -0.0087593, -0.0630271, -0.232388, -0.757312", \
            "0.0216624, 0.0188557, 0.0107886, -0.0088732, -0.0631563, -0.232682, -0.757453", \
            "0.0216973, 0.0187738, 0.010717, -0.0089525, -0.0633608, -0.232973, -0.757655", \
            "0.0231394, 0.0201483, 0.0120543, -0.0080165, -0.062993, -0.232565, -0.757408", \
            "0.0323089, 0.0292949, 0.0206928, -0.0018485, -0.0602936, -0.230657, -0.755944" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0143801, 0.0164212, 0.0226643, 0.041481, 0.0975791, 0.267212, 0.790284", \
            "0.0144345, 0.016499, 0.0227343, 0.0414552, 0.0974398, 0.267627, 0.787799", \
            "0.0145115, 0.0165486, 0.0227534, 0.041348, 0.0974832, 0.267609, 0.787697", \
            "0.0147177, 0.0166969, 0.0227214, 0.04111, 0.0970505, 0.267462, 0.786659", \
            "0.0155003, 0.0173683, 0.0232785, 0.0411649, 0.0965976, 0.267232, 0.783402", \
            "0.0171314, 0.0188413, 0.0246342, 0.042377, 0.0970309, 0.266493, 0.786564", \
            "0.0216336, 0.0231175, 0.0281254, 0.0456427, 0.100336, 0.268621, 0.784998" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0215675, 0.0186625, 0.0104723, -0.008969, -0.0633489, -0.233053, -0.757845", \
            "0.0211984, 0.0183699, 0.0103229, -0.0093733, -0.0636414, -0.233083, -0.757918", \
            "0.0212601, 0.0182644, 0.0101753, -0.0095142, -0.0638048, -0.233283, -0.757927", \
            "0.021053, 0.0181636, 0.0101285, -0.0094943, -0.0639225, -0.233451, -0.75808", \
            "0.0211576, 0.0182308, 0.0101581, -0.0094859, -0.0638401, -0.233352, -0.758148", \
            "0.0225813, 0.0197373, 0.011833, -0.0080669, -0.0628187, -0.232535, -0.757396", \
            "0.0345671, 0.0315556, 0.023518, 0.0006042, -0.0592417, -0.229906, -0.755097" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001509;
      rise_capacitance : 0.001603;
      rise_capacitance_range (0.001603, 0.001603);
      fall_capacitance : 0.001415;
      fall_capacitance_range (0.001415, 0.001415);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0016488, -0.0016758, -0.001738, -0.0017438, -0.0017572, -0.0017881, -0.0018593" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0019006, 0.0019177, 0.0019572, 0.0019567, 0.0019557, 0.0019534, 0.0019479" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001795;
      rise_capacitance : 0.001902;
      rise_capacitance_range (0.001902, 0.001902);
      fall_capacitance : 0.001688;
      fall_capacitance_range (0.001688, 0.001688);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0024881, -0.0025573, -0.0027168, -0.0027233, -0.0027382, -0.0027726, -0.0028518" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0029558, 0.0029508, 0.0029394, 0.0029401, 0.0029419, 0.0029459, 0.0029552" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001583;
      rise_capacitance : 0.0017;
      rise_capacitance_range (0.0017, 0.0017);
      fall_capacitance : 0.001465;
      fall_capacitance_range (0.001465, 0.001465);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0016814, -0.0017267, -0.0018311, -0.0018341, -0.0018408, -0.0018563, -0.001892" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0019136, 0.0019134, 0.0019129, 0.0019133, 0.0019144, 0.001917, 0.0019228" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001413;
      rise_capacitance : 0.001519;
      rise_capacitance_range (0.001519, 0.001519);
      fall_capacitance : 0.001308;
      fall_capacitance_range (0.001308, 0.001308);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0008372, -0.0008374, -0.0008379, -0.0008382, -0.000839, -0.0008408, -0.0008449" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0013732, 0.001371, 0.0013661, 0.0013693, 0.0013769, 0.0013942, 0.0014342" \
          );
        }
      }
    }
  }
  cell (scs8hd_or4_4) {
    area : 11.2608;
    cell_footprint : "or4";
    cell_leakage_power : 0.00496276;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0063452;
      when : "!A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0249345;
      when : "!A&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0063379;
      when : "!A&!B&C&D";
    }
    leakage_power () {
      value : 0.000614;
      when : "!A&!B&C&!D";
    }
    leakage_power () {
      value : 0.0063381;
      when : "!A&B&!C&D";
    }
    leakage_power () {
      value : 0.0004464;
      when : "!A&B&!C&!D";
    }
    leakage_power () {
      value : 0.0063379;
      when : "!A&B&C&D";
    }
    leakage_power () {
      value : 0.0006137;
      when : "!A&B&C&!D";
    }
    leakage_power () {
      value : 0.0063383;
      when : "A&!B&!C&D";
    }
    leakage_power () {
      value : 0.0004107;
      when : "A&!B&!C&!D";
    }
    leakage_power () {
      value : 0.0063379;
      when : "A&!B&C&D";
    }
    leakage_power () {
      value : 0.0006137;
      when : "A&!B&C&!D";
    }
    leakage_power () {
      value : 0.0063381;
      when : "A&B&!C&D";
    }
    leakage_power () {
      value : 0.0004462;
      when : "A&B&!C&!D";
    }
    leakage_power () {
      value : 0.0063379;
      when : "A&B&C&D";
    }
    leakage_power () {
      value : 0.0006137;
      when : "A&B&C&!D";
    }
    leakage_power () {
      value : 0.00496276;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B) | (C) | (D)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.706797;
      max_transition : 1.50751;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0600455, 0.0629141, 0.0709173, 0.0926966, 0.158305, 0.373345, 1.09082", \
            "0.0635516, 0.0664383, 0.0743934, 0.0961548, 0.16179, 0.376734, 1.0939", \
            "0.0723285, 0.0751604, 0.0831163, 0.104764, 0.170157, 0.385556, 1.10481", \
            "0.0904956, 0.0935144, 0.101592, 0.123071, 0.188055, 0.403123, 1.12265", \
            "0.107228, 0.110873, 0.120524, 0.143201, 0.207989, 0.422717, 1.1397", \
            "0.103878, 0.108127, 0.119889, 0.146747, 0.212008, 0.425687, 1.14491", \
            "0.036438, 0.0411148, 0.0548343, 0.0881526, 0.159009, 0.371116, 1.08677" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0156107, 0.018016, 0.0257059, 0.0518891, 0.143268, 0.454035, 1.49826", \
            "0.0155503, 0.017935, 0.0256711, 0.0518668, 0.1432, 0.454279, 1.49902", \
            "0.0154459, 0.0178246, 0.0254902, 0.051777, 0.143402, 0.454982, 1.50134", \
            "0.0170963, 0.0192728, 0.0265982, 0.0520075, 0.143308, 0.455073, 1.50234", \
            "0.0219538, 0.0245679, 0.0317337, 0.0549732, 0.143207, 0.454305, 1.49908", \
            "0.0286695, 0.0318894, 0.0407573, 0.0629586, 0.145522, 0.453902, 1.50177", \
            "0.0395361, 0.0428566, 0.053548, 0.0787134, 0.153436, 0.455196, 1.49663" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.296845, 0.3007, 0.311745, 0.338977, 0.400509, 0.530833, 0.855447", \
            "0.300347, 0.304143, 0.315189, 0.342516, 0.403979, 0.534569, 0.858772", \
            "0.310052, 0.313872, 0.324946, 0.352381, 0.413113, 0.544164, 0.868376", \
            "0.332993, 0.336812, 0.347879, 0.375046, 0.436546, 0.567016, 0.891333", \
            "0.381922, 0.385767, 0.396666, 0.424104, 0.48521, 0.616117, 0.940669", \
            "0.482645, 0.486525, 0.497706, 0.525657, 0.586791, 0.718325, 1.04294", \
            "0.676932, 0.680948, 0.692565, 0.721899, 0.787753, 0.926007, 1.25644" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0516562, 0.0535271, 0.0594564, 0.0784729, 0.123839, 0.241814, 0.61563", \
            "0.0515293, 0.0534093, 0.059662, 0.078511, 0.124183, 0.241015, 0.616981", \
            "0.051495, 0.0534094, 0.0595801, 0.0782322, 0.123621, 0.241, 0.61699", \
            "0.0514898, 0.053404, 0.0596729, 0.0785199, 0.123729, 0.241471, 0.616959", \
            "0.0513282, 0.0536597, 0.0601112, 0.0783317, 0.123452, 0.241119, 0.616141", \
            "0.0548757, 0.0566953, 0.0626808, 0.0807903, 0.126079, 0.242992, 0.61726", \
            "0.0648482, 0.0665526, 0.0727215, 0.0905516, 0.137827, 0.256096, 0.622853" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.059629, 0.0624239, 0.0703371, 0.0919818, 0.157912, 0.37313, 1.0903", \
            "0.0631289, 0.0659487, 0.0737871, 0.0954609, 0.161438, 0.376302, 1.09564", \
            "0.0716152, 0.0743945, 0.082234, 0.10382, 0.169707, 0.384824, 1.10583", \
            "0.0889995, 0.0919663, 0.0999627, 0.121367, 0.186606, 0.402905, 1.12104", \
            "0.104118, 0.107709, 0.117234, 0.139793, 0.204802, 0.419904, 1.13881", \
            "0.0979028, 0.102166, 0.11384, 0.140627, 0.205973, 0.420479, 1.13849", \
            "0.0255171, 0.0302107, 0.0439705, 0.0776234, 0.148118, 0.361189, 1.078" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0149401, 0.0172808, 0.0249043, 0.0508473, 0.142485, 0.45482, 1.49807", \
            "0.014918, 0.0173266, 0.0249496, 0.050934, 0.142494, 0.454582, 1.50052", \
            "0.0148687, 0.017181, 0.0247963, 0.0507835, 0.142474, 0.454367, 1.50246", \
            "0.0166252, 0.0188383, 0.0259584, 0.0513334, 0.142492, 0.454824, 1.50178", \
            "0.0213059, 0.0240098, 0.0310259, 0.054218, 0.142833, 0.454058, 1.50131", \
            "0.0279753, 0.0312092, 0.0400324, 0.0623754, 0.144913, 0.453566, 1.50081", \
            "0.0388512, 0.0422629, 0.0531706, 0.0785213, 0.153064, 0.455465, 1.49787" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.283867, 0.287725, 0.29867, 0.326202, 0.387477, 0.51778, 0.842755", \
            "0.286988, 0.290803, 0.301938, 0.329317, 0.390405, 0.520988, 0.845729", \
            "0.296571, 0.300369, 0.311255, 0.338764, 0.400019, 0.53036, 0.855345", \
            "0.319619, 0.323439, 0.33447, 0.361666, 0.423326, 0.553738, 0.878246", \
            "0.372061, 0.375887, 0.386922, 0.414315, 0.475482, 0.606421, 0.930901", \
            "0.485985, 0.489917, 0.501255, 0.529213, 0.590822, 0.722207, 1.04702", \
            "0.712665, 0.716713, 0.728551, 0.758593, 0.825684, 0.965286, 1.29646" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0517145, 0.0535454, 0.060066, 0.0783989, 0.123444, 0.241942, 0.616031", \
            "0.0516009, 0.053511, 0.0599329, 0.0777754, 0.124582, 0.241635, 0.616175", \
            "0.0514863, 0.0534932, 0.0600378, 0.0784233, 0.123537, 0.241936, 0.616097", \
            "0.0515272, 0.0534551, 0.0594837, 0.0784799, 0.123962, 0.241168, 0.616249", \
            "0.0515373, 0.053484, 0.0597756, 0.0778298, 0.1233, 0.241199, 0.616147", \
            "0.0558022, 0.0578315, 0.0640164, 0.0816452, 0.12614, 0.24363, 0.617029", \
            "0.0693195, 0.0709551, 0.076742, 0.0957911, 0.142812, 0.258299, 0.624025" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0579949, 0.0607601, 0.0685256, 0.090052, 0.155757, 0.371121, 1.09159", \
            "0.0615415, 0.0642752, 0.072069, 0.0936134, 0.159218, 0.374595, 1.09301", \
            "0.0700077, 0.0727671, 0.0805366, 0.102021, 0.167634, 0.382861, 1.10088", \
            "0.0864246, 0.0893857, 0.0974039, 0.11895, 0.184227, 0.399586, 1.11773", \
            "0.0996566, 0.103255, 0.1128, 0.13551, 0.200814, 0.416729, 1.13464", \
            "0.0908599, 0.0951252, 0.106907, 0.133739, 0.199239, 0.414092, 1.13367", \
            "0.0143675, 0.0190814, 0.0329548, 0.066695, 0.13793, 0.351716, 1.06946" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0144607, 0.0168563, 0.0244861, 0.0504991, 0.142147, 0.454902, 1.50296", \
            "0.0144925, 0.0168751, 0.0245356, 0.0505874, 0.142362, 0.455035, 1.50167", \
            "0.0144486, 0.0168087, 0.0244816, 0.0505613, 0.142423, 0.454347, 1.50118", \
            "0.0165985, 0.0188448, 0.0259578, 0.0511494, 0.142684, 0.454672, 1.50223", \
            "0.0212864, 0.0240732, 0.0311497, 0.0543057, 0.143181, 0.454641, 1.50168", \
            "0.0284597, 0.0319037, 0.0403255, 0.0626366, 0.145006, 0.454004, 1.49931", \
            "0.0396536, 0.0428883, 0.0536904, 0.0792705, 0.153034, 0.456698, 1.49616" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.263801, 0.267657, 0.27878, 0.306257, 0.367292, 0.49786, 0.822719", \
            "0.266443, 0.270271, 0.281261, 0.308761, 0.369968, 0.500699, 0.825057", \
            "0.275238, 0.279116, 0.290227, 0.317527, 0.378709, 0.509038, 0.833915", \
            "0.298674, 0.302527, 0.313524, 0.340674, 0.401931, 0.532856, 0.857224", \
            "0.355913, 0.359727, 0.370787, 0.398136, 0.459406, 0.590404, 0.914918", \
            "0.486752, 0.490287, 0.501509, 0.529902, 0.59126, 0.722966, 1.04742", \
            "0.743492, 0.747583, 0.75972, 0.790272, 0.858223, 0.998918, 1.32864" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0515073, 0.0534225, 0.0598321, 0.0779003, 0.124279, 0.241661, 0.615357", \
            "0.0515235, 0.0534424, 0.0596543, 0.0785799, 0.124121, 0.241285, 0.616977", \
            "0.0514592, 0.0534122, 0.0599566, 0.0783769, 0.123319, 0.241771, 0.615617", \
            "0.0515113, 0.0534748, 0.0595739, 0.0785085, 0.125273, 0.240937, 0.616459", \
            "0.0515636, 0.053263, 0.0598609, 0.078285, 0.123379, 0.240977, 0.616061", \
            "0.0566997, 0.0585384, 0.0647952, 0.0823527, 0.126744, 0.243127, 0.617188", \
            "0.0754154, 0.0768526, 0.0821729, 0.101009, 0.145933, 0.259819, 0.62307" \
          );
        }
      }
      timing () {
        related_pin : "D";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0543518, 0.0571619, 0.0649209, 0.0864995, 0.152356, 0.367799, 1.0878", \
            "0.0581234, 0.0608731, 0.0686699, 0.0902711, 0.156185, 0.370966, 1.09108", \
            "0.066934, 0.0696749, 0.0774581, 0.0989056, 0.1645, 0.380172, 1.1023", \
            "0.0828903, 0.0858848, 0.0940159, 0.115585, 0.180942, 0.396321, 1.11793", \
            "0.0955645, 0.0992357, 0.108983, 0.131909, 0.197259, 0.413102, 1.13041", \
            "0.088185, 0.0925104, 0.104497, 0.131792, 0.197647, 0.413218, 1.13147", \
            "0.0190868, 0.0238095, 0.0380437, 0.0726656, 0.145821, 0.358086, 1.07532" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0143434, 0.0167447, 0.0243592, 0.0503692, 0.142484, 0.453877, 1.506", \
            "0.0143441, 0.016727, 0.0243674, 0.0503611, 0.142143, 0.455597, 1.50548", \
            "0.0142793, 0.0166163, 0.0243515, 0.050352, 0.142039, 0.455091, 1.50751", \
            "0.0168514, 0.0191419, 0.026249, 0.0511729, 0.142224, 0.454513, 1.50579", \
            "0.021801, 0.0244471, 0.0317803, 0.0547254, 0.142793, 0.454608, 1.50405", \
            "0.0290653, 0.0323848, 0.0412034, 0.0641165, 0.145464, 0.455072, 1.50559", \
            "0.0417184, 0.0450355, 0.056232, 0.082493, 0.155365, 0.456054, 1.49448" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.225032, 0.228903, 0.239951, 0.267161, 0.328627, 0.459713, 0.784154", \
            "0.226759, 0.230592, 0.241676, 0.269046, 0.330173, 0.461197, 0.785874", \
            "0.234357, 0.238164, 0.249141, 0.276212, 0.337591, 0.468577, 0.793341", \
            "0.257176, 0.260999, 0.271907, 0.299097, 0.360821, 0.491722, 0.816426", \
            "0.315359, 0.319162, 0.330183, 0.357627, 0.418757, 0.54961, 0.874561", \
            "0.452403, 0.456309, 0.46762, 0.495315, 0.556976, 0.687919, 1.01181", \
            "0.692229, 0.696443, 0.70872, 0.740333, 0.81048, 0.950433, 1.27871" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.05149, 0.0535085, 0.0594889, 0.0785364, 0.124567, 0.240912, 0.616818", \
            "0.0515444, 0.0534504, 0.0601175, 0.078126, 0.124975, 0.241281, 0.616164", \
            "0.051533, 0.053425, 0.0599368, 0.0786587, 0.124256, 0.241579, 0.615368", \
            "0.0516151, 0.053467, 0.060114, 0.0784872, 0.123804, 0.241016, 0.61605", \
            "0.0514349, 0.0534429, 0.059487, 0.0776973, 0.123194, 0.240916, 0.615745", \
            "0.05826, 0.0599071, 0.0655153, 0.0834059, 0.126504, 0.242718, 0.616563", \
            "0.0811315, 0.0826543, 0.0881815, 0.107233, 0.151855, 0.260862, 0.624294" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0336928, 0.036067, 0.0437916, 0.0694249, 0.152931, 0.430041, 1.36", \
            "0.0336012, 0.0359946, 0.0437136, 0.0693435, 0.152861, 0.430023, 1.3601", \
            "0.0336859, 0.035998, 0.0437968, 0.0693378, 0.152884, 0.430442, 1.36064", \
            "0.0340827, 0.0363196, 0.0441048, 0.069055, 0.152687, 0.430335, 1.36081", \
            "0.0359628, 0.0381026, 0.0453185, 0.0694265, 0.152335, 0.429901, 1.35982", \
            "0.0388866, 0.0408275, 0.0477531, 0.07223, 0.153569, 0.430997, 1.36085", \
            "0.0464397, 0.0478946, 0.0540845, 0.0777879, 0.16012, 0.435337, 1.36185" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0412707, 0.0380555, 0.0277947, 0.0003457, -0.0799187, -0.35691, -1.29936", \
            "0.0412043, 0.0377879, 0.027572, 0.0005224, -0.0798545, -0.357293, -1.29953", \
            "0.0408585, 0.0374746, 0.0277228, 7.21e-05, -0.0803155, -0.357623, -1.29985", \
            "0.0406232, 0.0372397, 0.0270163, -0.0001986, -0.0806867, -0.358037, -1.30005", \
            "0.0404621, 0.0371504, 0.0269086, -0.0004912, -0.0810386, -0.358015, -1.30027", \
            "0.041742, 0.0384363, 0.0282652, 0.0002304, -0.0807687, -0.357939, -1.30037", \
            "0.0586269, 0.055188, 0.0441396, 0.0132804, -0.0752676, -0.356385, -1.29888" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0330415, 0.0354041, 0.043209, 0.0690746, 0.153637, 0.433006, 1.36389", \
            "0.0329815, 0.0353789, 0.0432043, 0.0689816, 0.153593, 0.432404, 1.36328", \
            "0.0330423, 0.0353772, 0.0432078, 0.068987, 0.153514, 0.431995, 1.36411", \
            "0.0334194, 0.0358329, 0.0434211, 0.0684892, 0.152969, 0.432179, 1.36513", \
            "0.0349004, 0.0370597, 0.0443194, 0.068612, 0.152202, 0.431193, 1.36529", \
            "0.0376935, 0.0396594, 0.0466622, 0.0713161, 0.153179, 0.431892, 1.36498", \
            "0.0457824, 0.0472314, 0.0533143, 0.0772381, 0.158999, 0.435381, 1.36343" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0387065, 0.0353491, 0.0251114, -0.0023281, -0.0826961, -0.359416, -1.30174", \
            "0.0385812, 0.0352244, 0.0251441, -0.0025697, -0.0829339, -0.359882, -1.3019", \
            "0.0382974, 0.0348936, 0.0246197, -0.0027978, -0.0831754, -0.359904, -1.30215", \
            "0.0380685, 0.0346432, 0.0248516, -0.002819, -0.0831906, -0.360363, -1.30234", \
            "0.0379156, 0.034471, 0.0243224, -0.0032582, -0.0836456, -0.360413, -1.30261", \
            "0.0394464, 0.036208, 0.0258067, -0.0020841, -0.0831774, -0.360236, -1.30248", \
            "0.0569194, 0.0534469, 0.0425734, 0.0108904, -0.0767852, -0.357889, -1.30043" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0317509, 0.0340553, 0.041855, 0.0677104, 0.152315, 0.431419, 1.36247", \
            "0.0317726, 0.0340868, 0.0419699, 0.0677644, 0.152413, 0.431786, 1.3624", \
            "0.0320192, 0.0343622, 0.0421805, 0.0678937, 0.152288, 0.430924, 1.36407", \
            "0.0323837, 0.034672, 0.0422791, 0.067679, 0.151735, 0.430908, 1.36369", \
            "0.0337575, 0.0358969, 0.0432204, 0.0676949, 0.15099, 0.430765, 1.3634", \
            "0.0365688, 0.0385729, 0.0455121, 0.0702281, 0.151975, 0.431008, 1.36175", \
            "0.0439121, 0.0453595, 0.0515381, 0.0751547, 0.157082, 0.433585, 1.36123" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0367795, 0.033369, 0.0232466, -0.0045445, -0.0849054, -0.361638, -1.30338", \
            "0.0363877, 0.0329849, 0.0226511, -0.0040822, -0.0845959, -0.361782, -1.30357", \
            "0.0359748, 0.0329799, 0.0225784, -0.0050218, -0.085338, -0.361976, -1.30384", \
            "0.0357687, 0.0324835, 0.0222138, -0.0054162, -0.0850573, -0.362166, -1.30409", \
            "0.035604, 0.032299, 0.022055, -0.0054385, -0.0859085, -0.362511, -1.30453", \
            "0.0389986, 0.0349758, 0.0249047, -0.0029048, -0.0842553, -0.361764, -1.30409", \
            "0.0583892, 0.0548432, 0.043683, 0.0114582, -0.0785932, -0.359029, -1.30142" \
          );
        }
      }
      internal_power () {
        related_pin : "D";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0278995, 0.0302515, 0.0381112, 0.0641939, 0.149024, 0.428062, 1.36299", \
            "0.0279072, 0.03023, 0.0380941, 0.0642468, 0.149085, 0.428066, 1.36313", \
            "0.028038, 0.0303488, 0.0381904, 0.0640429, 0.148802, 0.428513, 1.3634", \
            "0.0283805, 0.0306404, 0.0381766, 0.0636748, 0.148006, 0.428282, 1.36135", \
            "0.0299943, 0.0321281, 0.0394367, 0.06383, 0.147181, 0.427431, 1.36144", \
            "0.0328419, 0.0347589, 0.0417261, 0.0661663, 0.147978, 0.426764, 1.36713", \
            "0.041418, 0.0427382, 0.0490418, 0.072099, 0.154309, 0.42994, 1.36084" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167504, 0.00561149, 0.0187989, 0.0629776, 0.21098, 0.706797");
          values ( \
            "0.0351768, 0.0318416, 0.0215765, -0.0060198, -0.0859641, -0.362748, -1.30431", \
            "0.0349568, 0.0315321, 0.0213948, -0.006112, -0.086424, -0.363073, -1.30481", \
            "0.0346958, 0.0313019, 0.0210757, -0.0064081, -0.0866351, -0.363268, -1.30509", \
            "0.0344518, 0.0310587, 0.0209399, -0.0066499, -0.0868338, -0.363532, -1.30496", \
            "0.0347434, 0.0314552, 0.0212441, -0.006428, -0.0866901, -0.363203, -1.30497", \
            "0.0391357, 0.0358279, 0.0254988, -0.0028251, -0.0843746, -0.361448, -1.30345", \
            "0.0631095, 0.0596069, 0.0485548, 0.0158553, -0.0749195, -0.356615, -1.29918" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002378;
      rise_capacitance : 0.002514;
      rise_capacitance_range (0.002514, 0.002514);
      fall_capacitance : 0.002242;
      fall_capacitance_range (0.002242, 0.002242);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0037051, -0.0037483, -0.003848, -0.0038633, -0.0038986, -0.0039799, -0.0041674" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042826, 0.0042933, 0.0043181, 0.0043173, 0.0043155, 0.0043115, 0.0043021" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002454;
      rise_capacitance : 0.002606;
      rise_capacitance_range (0.002606, 0.002606);
      fall_capacitance : 0.002302;
      fall_capacitance_range (0.002302, 0.002302);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0037681, -0.0038126, -0.0039154, -0.0039345, -0.0039786, -0.0040803, -0.0043148" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.004422, 0.0044203, 0.0044164, 0.0044178, 0.004421, 0.0044284, 0.0044454" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002456;
      rise_capacitance : 0.00265;
      rise_capacitance_range (0.00265, 0.00265);
      fall_capacitance : 0.002262;
      fall_capacitance_range (0.002262, 0.002262);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038494, -0.0039387, -0.0041444, -0.0041519, -0.004169, -0.0042084, -0.0042992" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0043276, 0.0043232, 0.0043132, 0.0043147, 0.0043181, 0.004326, 0.0043442" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00231;
      rise_capacitance : 0.002531;
      rise_capacitance_range (0.002531, 0.002531);
      fall_capacitance : 0.002089;
      fall_capacitance_range (0.002089, 0.002089);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0018634, -0.0018666, -0.001874, -0.0018732, -0.0018714, -0.0018671, -0.0018572" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030369, 0.0030327, 0.0030229, 0.0030299, 0.003046, 0.0030832, 0.0031687" \
          );
        }
      }
    }
  }
  cell (scs8hd_or4b_1) {
    area : 10.0096;
    cell_footprint : "or4b";
    cell_leakage_power : 0.000509257;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0068305;
      when : "!A&!B&!C&DN";
    }
    leakage_power () {
      value : 9.42506e-05;
      when : "!A&!B&!C&!DN";
    }
    leakage_power () {
      value : 8.7543e-05;
      when : "!A&!B&C&DN";
    }
    leakage_power () {
      value : 8.46467e-05;
      when : "!A&!B&C&!DN";
    }
    leakage_power () {
      value : 9.33684e-05;
      when : "!A&B&!C&DN";
    }
    leakage_power () {
      value : 8.48413e-05;
      when : "!A&B&!C&!DN";
    }
    leakage_power () {
      value : 8.58237e-05;
      when : "!A&B&C&DN";
    }
    leakage_power () {
      value : 8.46333e-05;
      when : "!A&B&C&!DN";
    }
    leakage_power () {
      value : 9.95842e-05;
      when : "A&!B&!C&DN";
    }
    leakage_power () {
      value : 8.50161e-05;
      when : "A&!B&!C&!DN";
    }
    leakage_power () {
      value : 8.59354e-05;
      when : "A&!B&C&DN";
    }
    leakage_power () {
      value : 8.46375e-05;
      when : "A&!B&C&!DN";
    }
    leakage_power () {
      value : 9.20487e-05;
      when : "A&B&!C&DN";
    }
    leakage_power () {
      value : 8.48319e-05;
      when : "A&B&!C&!DN";
    }
    leakage_power () {
      value : 8.5816e-05;
      when : "A&B&C&DN";
    }
    leakage_power () {
      value : 8.46327e-05;
      when : "A&B&C&!DN";
    }
    leakage_power () {
      value : 0.000509257;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B) | (C) | (!DN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.221568;
      max_transition : 1.5083;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0450455, 0.050079, 0.0624224, 0.0943369, 0.180949, 0.419632, 1.08054", \
            "0.0491463, 0.0541314, 0.0664019, 0.0983278, 0.184961, 0.423692, 1.08455", \
            "0.0588429, 0.0637701, 0.0759315, 0.107797, 0.194412, 0.433101, 1.0939", \
            "0.0741383, 0.0794537, 0.0918674, 0.123407, 0.210041, 0.448788, 1.10642", \
            "0.0864379, 0.0928597, 0.106404, 0.138058, 0.224783, 0.463107, 1.12148", \
            "0.0794693, 0.0874955, 0.104182, 0.137716, 0.22348, 0.462474, 1.11902", \
            "0.0137617, 0.0236693, 0.0449315, 0.0845654, 0.169853, 0.40711, 1.06629" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0151369, 0.0206299, 0.036221, 0.0806501, 0.205007, 0.548823, 1.5026", \
            "0.0150387, 0.0205913, 0.0362033, 0.080822, 0.205026, 0.547848, 1.49954", \
            "0.0150553, 0.0204934, 0.0360448, 0.0805986, 0.204967, 0.547651, 1.49878", \
            "0.0175688, 0.022398, 0.0370134, 0.0807304, 0.204662, 0.549573, 1.50121", \
            "0.021823, 0.0270655, 0.04013, 0.0816616, 0.205053, 0.547816, 1.50036", \
            "0.0284297, 0.0346477, 0.047721, 0.0850844, 0.205987, 0.548799, 1.50126", \
            "0.0378155, 0.0457392, 0.0617056, 0.0961947, 0.207851, 0.549994, 1.49902" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.268729, 0.277256, 0.295676, 0.332951, 0.405664, 0.551557, 0.89206", \
            "0.26962, 0.277976, 0.296354, 0.333981, 0.406313, 0.552268, 0.892842", \
            "0.276582, 0.284852, 0.303319, 0.340636, 0.412781, 0.559208, 0.899713", \
            "0.295617, 0.303954, 0.322057, 0.359571, 0.432134, 0.578244, 0.918778", \
            "0.336032, 0.344433, 0.362876, 0.400035, 0.472822, 0.619145, 0.959715", \
            "0.411216, 0.420006, 0.438891, 0.477307, 0.551745, 0.699779, 1.04081", \
            "0.561812, 0.570703, 0.590752, 0.632451, 0.710991, 0.864876, 1.21096" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0407742, 0.0465156, 0.0598616, 0.0894089, 0.149718, 0.297593, 0.709203", \
            "0.0406743, 0.0462977, 0.0596845, 0.0887103, 0.150765, 0.298386, 0.70918", \
            "0.0408033, 0.0462837, 0.0593725, 0.089259, 0.149814, 0.296835, 0.711299", \
            "0.0405086, 0.0462683, 0.0594095, 0.0892682, 0.151646, 0.297162, 0.709931", \
            "0.0407301, 0.0464435, 0.0596273, 0.0890136, 0.149394, 0.298317, 0.71192", \
            "0.0443038, 0.0503552, 0.0634664, 0.0940159, 0.154303, 0.29983, 0.713041", \
            "0.0508537, 0.0566038, 0.0703491, 0.101082, 0.165847, 0.312339, 0.718545" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0462703, 0.0513536, 0.0639332, 0.0964139, 0.183778, 0.422989, 1.08106", \
            "0.0502389, 0.0553035, 0.0678622, 0.100232, 0.187556, 0.42715, 1.08547", \
            "0.0595096, 0.0644679, 0.0768667, 0.109183, 0.196259, 0.436355, 1.09558", \
            "0.0739602, 0.0792468, 0.0917212, 0.123839, 0.210975, 0.450383, 1.11239", \
            "0.0843736, 0.0907487, 0.104182, 0.136302, 0.223707, 0.462527, 1.12239", \
            "0.0741046, 0.0821132, 0.0985757, 0.132073, 0.218925, 0.45868, 1.11923", \
            "0.0002572, 0.0101988, 0.031468, 0.0710747, 0.157544, 0.39648, 1.05794" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0147262, 0.0201165, 0.0356403, 0.0799703, 0.204146, 0.548994, 1.49863", \
            "0.0146688, 0.0200857, 0.0355684, 0.0800088, 0.204452, 0.549837, 1.50033", \
            "0.0146359, 0.020046, 0.0354379, 0.0799819, 0.204721, 0.550005, 1.50294", \
            "0.0168866, 0.0218332, 0.0365615, 0.0800938, 0.204465, 0.549644, 1.50023", \
            "0.0213245, 0.0261767, 0.0395725, 0.081085, 0.204183, 0.54926, 1.50328", \
            "0.027783, 0.0337815, 0.0471238, 0.0842215, 0.20583, 0.547653, 1.49932", \
            "0.0370036, 0.0447208, 0.0609668, 0.0961776, 0.207712, 0.551037, 1.49875" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.258049, 0.266425, 0.284817, 0.322422, 0.394983, 0.540841, 0.881499", \
            "0.258624, 0.266801, 0.285073, 0.322681, 0.395259, 0.541421, 0.882037", \
            "0.265558, 0.273815, 0.292276, 0.329735, 0.401859, 0.548283, 0.889099", \
            "0.285586, 0.293927, 0.312257, 0.349479, 0.421928, 0.568399, 0.909125", \
            "0.330783, 0.33906, 0.3575, 0.394733, 0.467427, 0.613808, 0.954486", \
            "0.422302, 0.430904, 0.45017, 0.489009, 0.563569, 0.711928, 1.05292", \
            "0.612216, 0.621518, 0.641955, 0.684105, 0.764148, 0.919168, 1.26577" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0406823, 0.0463168, 0.0597047, 0.0888982, 0.150539, 0.298362, 0.709251", \
            "0.0405076, 0.0464584, 0.0594423, 0.0890273, 0.15157, 0.297052, 0.710015", \
            "0.0408256, 0.0462865, 0.0594033, 0.0884275, 0.150753, 0.298517, 0.709898", \
            "0.0405869, 0.0461865, 0.0596799, 0.0889408, 0.151106, 0.298157, 0.709777", \
            "0.0406296, 0.0464136, 0.0596447, 0.0894028, 0.149432, 0.296518, 0.711028", \
            "0.0454899, 0.0512825, 0.0645749, 0.0946784, 0.156209, 0.300606, 0.713846", \
            "0.0551261, 0.0609598, 0.0744297, 0.106769, 0.168568, 0.314569, 0.719639" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0444653, 0.0494655, 0.0618395, 0.0940034, 0.180991, 0.420082, 1.07963", \
            "0.0484115, 0.0533831, 0.0657591, 0.0980481, 0.185168, 0.424551, 1.08478", \
            "0.0575198, 0.0624454, 0.0746829, 0.106765, 0.193879, 0.432724, 1.09192", \
            "0.0706654, 0.0759091, 0.0883327, 0.120415, 0.208001, 0.447708, 1.10568", \
            "0.0792457, 0.0856136, 0.0990301, 0.131105, 0.218195, 0.458478, 1.11774", \
            "0.0658724, 0.0739946, 0.0905262, 0.124194, 0.210474, 0.449672, 1.11078", \
            "-0.0134001, -0.0034014, 0.0179832, 0.0584407, 0.145657, 0.384083, 1.04273" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.014254, 0.019668, 0.0351322, 0.0797903, 0.204537, 0.54981, 1.50419", \
            "0.014292, 0.0196684, 0.0351626, 0.0796597, 0.204917, 0.550533, 1.50485", \
            "0.0143819, 0.0197528, 0.0351516, 0.079788, 0.204253, 0.549483, 1.5028", \
            "0.0167687, 0.0216723, 0.036328, 0.0799326, 0.204932, 0.549741, 1.5001", \
            "0.0211867, 0.0260859, 0.0394636, 0.0810578, 0.204311, 0.550014, 1.50313", \
            "0.0277617, 0.0339048, 0.0473376, 0.0846187, 0.205617, 0.547115, 1.50191", \
            "0.0373872, 0.0451458, 0.0618445, 0.0970977, 0.207926, 0.549596, 1.49506" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.23597, 0.244178, 0.262473, 0.300128, 0.372292, 0.518836, 0.859725", \
            "0.236516, 0.24471, 0.263186, 0.300492, 0.373122, 0.519414, 0.860116", \
            "0.243309, 0.251645, 0.269668, 0.307108, 0.379525, 0.526082, 0.866715", \
            "0.264083, 0.272415, 0.290696, 0.327735, 0.400467, 0.546957, 0.887884", \
            "0.315923, 0.324172, 0.342681, 0.380217, 0.452966, 0.599281, 0.940008", \
            "0.428757, 0.437536, 0.45684, 0.495713, 0.570085, 0.718593, 1.05975", \
            "0.648789, 0.658402, 0.679404, 0.722333, 0.803232, 0.957923, 1.30444" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0405409, 0.046471, 0.0593972, 0.0888794, 0.149823, 0.298162, 0.712224", \
            "0.0405319, 0.0465451, 0.0595564, 0.0888843, 0.151467, 0.296765, 0.710712", \
            "0.0404932, 0.0463041, 0.0594261, 0.0887963, 0.149811, 0.297347, 0.712545", \
            "0.0406493, 0.0463784, 0.0595936, 0.0882981, 0.151714, 0.29844, 0.710309", \
            "0.040826, 0.0464988, 0.0599057, 0.0889694, 0.14939, 0.296351, 0.711946", \
            "0.0467112, 0.052124, 0.0654455, 0.0945932, 0.157083, 0.301062, 0.713307", \
            "0.0593544, 0.0654685, 0.0791478, 0.111222, 0.171263, 0.31499, 0.719415" \
          );
        }
      }
      timing () {
        related_pin : "DN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0828495, 0.0878938, 0.100326, 0.132562, 0.219596, 0.458823, 1.12022", \
            "0.0873274, 0.0923702, 0.104799, 0.137091, 0.224011, 0.463038, 1.12183", \
            "0.0990796, 0.104148, 0.116554, 0.148771, 0.235695, 0.475025, 1.13554", \
            "0.123821, 0.128875, 0.141279, 0.173547, 0.260926, 0.500703, 1.1587", \
            "0.163075, 0.16821, 0.180662, 0.212702, 0.299905, 0.539033, 1.19754", \
            "0.22882, 0.234091, 0.24657, 0.278779, 0.365823, 0.604477, 1.26362", \
            "0.351676, 0.357389, 0.370542, 0.402537, 0.489587, 0.72937, 1.38697" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0148238, 0.0200687, 0.0352931, 0.0796875, 0.204454, 0.551217, 1.5083", \
            "0.0148061, 0.020061, 0.0352759, 0.0796686, 0.204378, 0.54857, 1.50248", \
            "0.0148073, 0.0200687, 0.0353017, 0.0795052, 0.204359, 0.548683, 1.50346", \
            "0.0149527, 0.0201898, 0.0353879, 0.0795459, 0.204569, 0.549148, 1.50554", \
            "0.0155418, 0.0206897, 0.035662, 0.0799342, 0.204236, 0.551507, 1.50212", \
            "0.0167637, 0.0217185, 0.0362446, 0.0799803, 0.204163, 0.547702, 1.50475", \
            "0.0194579, 0.0243575, 0.037934, 0.0805726, 0.204181, 0.550139, 1.49841" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.21201, 0.220389, 0.23884, 0.276238, 0.349079, 0.495262, 0.836346", \
            "0.214267, 0.222451, 0.240722, 0.278309, 0.351074, 0.497723, 0.838552", \
            "0.218049, 0.226359, 0.244728, 0.282186, 0.354844, 0.501505, 0.842325", \
            "0.222994, 0.231195, 0.24968, 0.287012, 0.359724, 0.506401, 0.847486", \
            "0.224477, 0.232696, 0.250923, 0.288269, 0.361003, 0.507395, 0.848153", \
            "0.213978, 0.222223, 0.240406, 0.277911, 0.350799, 0.497586, 0.838697", \
            "0.16845, 0.176833, 0.195223, 0.232592, 0.3054, 0.452183, 0.792816" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0406325, 0.0462567, 0.0596045, 0.0883806, 0.149494, 0.298079, 0.710746", \
            "0.0405377, 0.0461075, 0.0594381, 0.0892718, 0.15158, 0.296305, 0.712014", \
            "0.0406231, 0.0462901, 0.0601496, 0.0892314, 0.15092, 0.296995, 0.708825", \
            "0.0405923, 0.0462873, 0.0594434, 0.0889508, 0.151394, 0.296403, 0.710822", \
            "0.0405081, 0.0463001, 0.0597626, 0.0886159, 0.150365, 0.298256, 0.712065", \
            "0.0409112, 0.0465028, 0.0595195, 0.0894987, 0.151279, 0.295701, 0.711565", \
            "0.0408998, 0.0468209, 0.0599466, 0.0886046, 0.149472, 0.296872, 0.713156" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0111091, 0.0129034, 0.0176551, 0.0303213, 0.0648927, 0.160833, 0.428309", \
            "0.0110786, 0.0128529, 0.0175884, 0.0302893, 0.0648581, 0.160814, 0.427974", \
            "0.0111799, 0.0129543, 0.0176564, 0.030353, 0.0649343, 0.160831, 0.428228", \
            "0.0113028, 0.0130227, 0.0176556, 0.0302396, 0.0652365, 0.161693, 0.426025", \
            "0.0118335, 0.0134658, 0.017975, 0.0303093, 0.0651146, 0.160934, 0.42608", \
            "0.0129777, 0.014564, 0.0190869, 0.0314999, 0.0661599, 0.161012, 0.426643", \
            "0.016364, 0.0179541, 0.0221092, 0.0344291, 0.0685763, 0.164239, 0.42912" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0139504, 0.0119316, 0.0074547, -0.0039774, -0.0375616, -0.134327, -0.403189", \
            "0.0136805, 0.0116646, 0.007217, -0.0042823, -0.037838, -0.134515, -0.403384", \
            "0.0133732, 0.0113512, 0.0068138, -0.0044834, -0.0380237, -0.134767, -0.403623", \
            "0.0133787, 0.0113462, 0.0069112, -0.0045659, -0.0381679, -0.134926, -0.403745", \
            "0.0131505, 0.0111227, 0.0066723, -0.0047679, -0.0383576, -0.134988, -0.403804", \
            "0.0135908, 0.0115651, 0.0067162, -0.0046248, -0.0382138, -0.134887, -0.403712", \
            "0.0204654, 0.0182237, 0.0126887, -0.0008892, -0.0364307, -0.133743, -0.402615" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0110086, 0.012806, 0.0176636, 0.0306431, 0.0658117, 0.162869, 0.427006", \
            "0.0110205, 0.0128071, 0.0176409, 0.0306299, 0.065743, 0.162776, 0.429595", \
            "0.0111155, 0.0128524, 0.0176488, 0.0305691, 0.0656861, 0.162727, 0.429585", \
            "0.0111169, 0.012843, 0.0174418, 0.0303125, 0.0654337, 0.161849, 0.429463", \
            "0.0115402, 0.0132024, 0.0177139, 0.0303237, 0.0650787, 0.161672, 0.427405", \
            "0.0125231, 0.0141285, 0.0186566, 0.0311648, 0.066071, 0.16176, 0.429318", \
            "0.0153181, 0.0168015, 0.0211853, 0.0336187, 0.0682328, 0.164022, 0.429722" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0125565, 0.0105238, 0.0060919, -0.0053549, -0.0388543, -0.13551, -0.404353", \
            "0.012442, 0.0104133, 0.0059844, -0.0054938, -0.039059, -0.135744, -0.404517", \
            "0.012103, 0.0100809, 0.0055893, -0.0057988, -0.0392536, -0.135877, -0.404664", \
            "0.0120385, 0.0100004, 0.0055856, -0.0058915, -0.0394669, -0.136023, -0.404808", \
            "0.0119038, 0.0098675, 0.005405, -0.0060343, -0.0395811, -0.136123, -0.40488", \
            "0.012198, 0.0100854, 0.0055679, -0.0059397, -0.0393382, -0.13591, -0.404679", \
            "0.0198108, 0.0175246, 0.0118978, -0.0012656, -0.037337, -0.134507, -0.403378" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.010863, 0.0126383, 0.0174565, 0.0304178, 0.0654295, 0.162534, 0.429318", \
            "0.0108757, 0.012651, 0.017472, 0.0304148, 0.0658041, 0.162522, 0.429302", \
            "0.0109564, 0.0127048, 0.0174648, 0.0303842, 0.0654751, 0.161659, 0.429438", \
            "0.0109791, 0.0126919, 0.0172941, 0.0301645, 0.065597, 0.162367, 0.429103", \
            "0.0113083, 0.0129776, 0.0174975, 0.0301701, 0.0650362, 0.162276, 0.429213", \
            "0.0122878, 0.0139061, 0.018456, 0.0309215, 0.0659071, 0.161439, 0.429383", \
            "0.0150016, 0.0164988, 0.0208003, 0.0331457, 0.0677849, 0.16357, 0.429819" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0110625, 0.0090546, 0.0046073, -0.0068041, -0.0402411, -0.1368, -0.40552", \
            "0.0110241, 0.009014, 0.0044924, -0.0068987, -0.0404602, -0.137051, -0.405739", \
            "0.0106725, 0.0086496, 0.0042147, -0.0070246, -0.0406191, -0.137192, -0.405894", \
            "0.0106282, 0.008619, 0.0041558, -0.0072845, -0.0407847, -0.137307, -0.406005", \
            "0.0104793, 0.0084548, 0.0039744, -0.0074898, -0.0409505, -0.137431, -0.406094", \
            "0.0112485, 0.0093471, 0.0045531, -0.0070916, -0.0403375, -0.137015, -0.405759", \
            "0.0193674, 0.017038, 0.011263, -0.0021002, -0.0382565, -0.13543, -0.40428" \
          );
        }
      }
      internal_power () {
        related_pin : "DN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0105893, 0.0123494, 0.0171393, 0.0301, 0.0655019, 0.161477, 0.42761", \
            "0.0104572, 0.0122213, 0.0170185, 0.0299673, 0.0650426, 0.160599, 0.428883", \
            "0.0104971, 0.0122822, 0.0170626, 0.0300025, 0.0650631, 0.160671, 0.426798", \
            "0.0102948, 0.0120706, 0.0168408, 0.0297677, 0.0648916, 0.161446, 0.427162", \
            "0.0098406, 0.0115716, 0.0165232, 0.0293297, 0.064371, 0.161916, 0.428096", \
            "0.0096306, 0.0113184, 0.0159342, 0.0287646, 0.0643234, 0.160067, 0.426743", \
            "0.0103335, 0.0119352, 0.016591, 0.0294785, 0.0643079, 0.161552, 0.425443" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0107863, 0.0087509, 0.0042941, -0.0071616, -0.0405723, -0.136976, -0.405601", \
            "0.0106197, 0.0085943, 0.0041743, -0.007177, -0.0406506, -0.137138, -0.405728", \
            "0.0105311, 0.0085131, 0.004154, -0.0073535, -0.0408213, -0.137267, -0.40586", \
            "0.0101018, 0.0080782, 0.0035461, -0.0077675, -0.0411908, -0.137656, -0.406262", \
            "0.0097748, 0.0077174, 0.0032871, -0.008147, -0.0415949, -0.138045, -0.406643", \
            "0.0138381, 0.0117111, 0.0064922, -0.0067157, -0.0417598, -0.138191, -0.406786", \
            "0.0158113, 0.0136751, 0.0084366, -0.0047183, -0.040139, -0.137446, -0.406223" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001536;
      rise_capacitance : 0.001629;
      rise_capacitance_range (0.001629, 0.001629);
      fall_capacitance : 0.001443;
      fall_capacitance_range (0.001443, 0.001443);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.001681, -0.0017022, -0.0017512, -0.0017565, -0.0017688, -0.0017973, -0.0018628" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0019294, 0.0019393, 0.0019619, 0.0019617, 0.0019612, 0.00196, 0.0019573" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001894;
      rise_capacitance : 0.002001;
      rise_capacitance_range (0.002001, 0.002001);
      fall_capacitance : 0.001787;
      fall_capacitance_range (0.001787, 0.001787);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0029153, -0.0029567, -0.0030521, -0.0030598, -0.0030775, -0.0031184, -0.0032126" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0032886, 0.0032843, 0.0032746, 0.0032736, 0.0032713, 0.0032659, 0.0032536" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001581;
      rise_capacitance : 0.001698;
      rise_capacitance_range (0.001698, 0.001698);
      fall_capacitance : 0.001465;
      fall_capacitance_range (0.001465, 0.001465);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0021324, -0.0021655, -0.0022419, -0.0022434, -0.002247, -0.0022553, -0.0022745" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0022853, 0.0022853, 0.0022852, 0.0022856, 0.0022864, 0.0022884, 0.0022928" \
          );
        }
      }
    }
    pin (DN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001503;
      rise_capacitance : 0.001549;
      rise_capacitance_range (0.001549, 0.001549);
      fall_capacitance : 0.001458;
      fall_capacitance_range (0.001458, 0.001458);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.00065, 0.0005792, 0.0004159, 0.0008035, 0.001697, 0.0037564, 0.0085036" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0080392, 0.0079873, 0.0078677, 0.0082608, 0.0091669, 0.0112556, 0.0160701" \
          );
        }
      }
    }
  }
  cell (scs8hd_or4b_2) {
    area : 10.0096;
    cell_footprint : "or4b";
    cell_leakage_power : 0.00093826;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0001708;
      when : "A&B&C&!DN";
    }
    leakage_power () {
      value : 0.0130125;
      when : "!A&!B&!C&DN";
    }
    leakage_power () {
      value : 0.0001796;
      when : "!A&!B&!C&!DN";
    }
    leakage_power () {
      value : 8.65484e-05;
      when : "!A&!B&C&DN";
    }
    leakage_power () {
      value : 0.0001708;
      when : "!A&!B&C&!DN";
    }
    leakage_power () {
      value : 9.23331e-05;
      when : "!A&B&!C&DN";
    }
    leakage_power () {
      value : 0.000171;
      when : "!A&B&!C&!DN";
    }
    leakage_power () {
      value : 8.5073e-05;
      when : "!A&B&C&DN";
    }
    leakage_power () {
      value : 0.0001708;
      when : "!A&B&C&!DN";
    }
    leakage_power () {
      value : 9.82824e-05;
      when : "A&!B&!C&DN";
    }
    leakage_power () {
      value : 0.0001711;
      when : "A&!B&!C&!DN";
    }
    leakage_power () {
      value : 8.51738e-05;
      when : "A&!B&C&DN";
    }
    leakage_power () {
      value : 0.0001708;
      when : "A&!B&C&!DN";
    }
    leakage_power () {
      value : 9.12772e-05;
      when : "A&B&!C&DN";
    }
    leakage_power () {
      value : 0.000171;
      when : "A&B&!C&!DN";
    }
    leakage_power () {
      value : 8.50672e-05;
      when : "A&B&C&DN";
    }
    leakage_power () {
      value : 0.00093826;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B) | (C) | (!DN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.342417;
      max_transition : 1.50355;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0546045, 0.0587979, 0.0692204, 0.0958262, 0.170819, 0.392413, 1.04739", \
            "0.0584277, 0.0626427, 0.0730646, 0.0996571, 0.174658, 0.396211, 1.05124", \
            "0.0679801, 0.0721334, 0.0824654, 0.108959, 0.184231, 0.405524, 1.06308", \
            "0.0864286, 0.0909377, 0.101471, 0.127813, 0.202784, 0.423387, 1.07851", \
            "0.104212, 0.109669, 0.121863, 0.14909, 0.224048, 0.444691, 1.09906", \
            "0.105152, 0.111761, 0.126897, 0.157555, 0.232279, 0.452989, 1.10699", \
            "0.0510754, 0.0586257, 0.0769607, 0.114766, 0.192816, 0.412187, 1.06739" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0152365, 0.0192315, 0.0309661, 0.0672243, 0.178165, 0.510198, 1.49785", \
            "0.0151197, 0.0191658, 0.0309178, 0.067187, 0.178202, 0.510283, 1.49756", \
            "0.0149585, 0.0189928, 0.0308087, 0.0670888, 0.178393, 0.509644, 1.49728", \
            "0.0169755, 0.0209026, 0.0320128, 0.067352, 0.177864, 0.508896, 1.49796", \
            "0.021858, 0.0258652, 0.0366483, 0.0695183, 0.178255, 0.510778, 1.49729", \
            "0.027995, 0.0334513, 0.0452326, 0.0755703, 0.179814, 0.511602, 1.49456", \
            "0.0378697, 0.0438977, 0.0584463, 0.0906615, 0.185458, 0.5119, 1.49695" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.355457, 0.36202, 0.37802, 0.41192, 0.481198, 0.617189, 0.913927", \
            "0.356533, 0.363065, 0.378878, 0.412963, 0.48227, 0.618265, 0.915039", \
            "0.363067, 0.369603, 0.385574, 0.419746, 0.489005, 0.624648, 0.92155", \
            "0.381868, 0.388358, 0.404179, 0.438491, 0.507799, 0.643437, 0.940132", \
            "0.423096, 0.429585, 0.445507, 0.479706, 0.5489, 0.685151, 0.981518", \
            "0.508624, 0.515261, 0.531367, 0.565877, 0.635352, 0.771814, 1.06834", \
            "0.676445, 0.683299, 0.700074, 0.736345, 0.809835, 0.9517, 1.25539" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0578224, 0.0611813, 0.070951, 0.094424, 0.148516, 0.26498, 0.587534", \
            "0.0578114, 0.0612667, 0.0711526, 0.0944259, 0.148374, 0.264888, 0.587352", \
            "0.0575642, 0.0612409, 0.0712949, 0.0952716, 0.146864, 0.264957, 0.587411", \
            "0.0576785, 0.0611398, 0.0714187, 0.0953739, 0.147109, 0.265302, 0.584833", \
            "0.0576852, 0.0610856, 0.0711962, 0.0954179, 0.146779, 0.265801, 0.586118", \
            "0.0611197, 0.0643925, 0.0737629, 0.0974881, 0.148757, 0.266474, 0.586965", \
            "0.0693269, 0.0724931, 0.0822606, 0.106354, 0.159493, 0.278726, 0.595682" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0547041, 0.0588798, 0.0692748, 0.0961369, 0.171937, 0.393374, 1.04956", \
            "0.058594, 0.0627754, 0.073154, 0.0999934, 0.175629, 0.396984, 1.05347", \
            "0.067826, 0.0719753, 0.0823111, 0.10902, 0.184676, 0.406489, 1.06276", \
            "0.0856216, 0.0900359, 0.100539, 0.126995, 0.202639, 0.424399, 1.08103", \
            "0.101814, 0.107277, 0.119389, 0.146704, 0.221621, 0.444039, 1.09972", \
            "0.101159, 0.107706, 0.122778, 0.153408, 0.228409, 0.450193, 1.10535", \
            "0.0418905, 0.0494764, 0.0677953, 0.105775, 0.183522, 0.403954, 1.06008" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0147479, 0.0187106, 0.0303994, 0.0665446, 0.17799, 0.510476, 1.4979", \
            "0.0146649, 0.0186524, 0.0303926, 0.0663863, 0.177915, 0.510558, 1.49671", \
            "0.0146003, 0.0186017, 0.0303103, 0.0664755, 0.177626, 0.510589, 1.49406", \
            "0.016564, 0.0204682, 0.0314763, 0.0668461, 0.177878, 0.510727, 1.49465", \
            "0.0211316, 0.0253393, 0.0361506, 0.0689674, 0.178133, 0.509104, 1.49534", \
            "0.027447, 0.0330137, 0.0446587, 0.0751512, 0.17938, 0.509666, 1.49773", \
            "0.0374001, 0.0434428, 0.0586233, 0.0900675, 0.184724, 0.511509, 1.49624" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.334169, 0.340696, 0.356567, 0.390929, 0.460245, 0.595987, 0.892681", \
            "0.336047, 0.342585, 0.358257, 0.392769, 0.462271, 0.597678, 0.894616", \
            "0.343806, 0.350307, 0.366214, 0.400447, 0.469719, 0.605481, 0.902422", \
            "0.363914, 0.370417, 0.38627, 0.420592, 0.489769, 0.625649, 0.922583", \
            "0.409909, 0.416451, 0.432051, 0.466541, 0.535667, 0.671674, 0.968858", \
            "0.512742, 0.519356, 0.535434, 0.56979, 0.639067, 0.7757, 1.07237", \
            "0.723519, 0.730344, 0.74799, 0.784513, 0.858255, 1.00157, 1.30432" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0576836, 0.0611822, 0.0714036, 0.0954486, 0.147092, 0.265181, 0.585214", \
            "0.0576838, 0.0610265, 0.071516, 0.0952513, 0.146698, 0.264657, 0.586591", \
            "0.0575801, 0.0615549, 0.071166, 0.0951929, 0.147387, 0.265609, 0.586217", \
            "0.0576543, 0.0611741, 0.0709942, 0.0946695, 0.148128, 0.266142, 0.586212", \
            "0.0576657, 0.0613679, 0.0714627, 0.0947231, 0.147455, 0.264926, 0.586728", \
            "0.0610491, 0.0645299, 0.0739793, 0.097653, 0.148889, 0.266047, 0.58728", \
            "0.0725772, 0.0758369, 0.0855896, 0.109327, 0.163888, 0.278279, 0.59495" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0533172, 0.0574183, 0.0677154, 0.0944213, 0.170197, 0.391531, 1.04748", \
            "0.0572438, 0.0613713, 0.0716818, 0.0984106, 0.173814, 0.395371, 1.05145", \
            "0.0664609, 0.0705652, 0.0808092, 0.107358, 0.183194, 0.404658, 1.06113", \
            "0.0834952, 0.0879334, 0.098465, 0.125093, 0.200507, 0.422065, 1.0791", \
            "0.0987201, 0.104115, 0.116285, 0.14354, 0.218849, 0.440318, 1.09745", \
            "0.0957562, 0.102357, 0.117468, 0.148188, 0.22296, 0.444308, 1.0991", \
            "0.0333024, 0.040857, 0.0595202, 0.0980064, 0.176323, 0.395629, 1.05137" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0143783, 0.0183633, 0.0300111, 0.0661379, 0.177416, 0.510014, 1.49805", \
            "0.0143261, 0.0183778, 0.030076, 0.0663082, 0.177642, 0.510656, 1.49629", \
            "0.014271, 0.0182837, 0.0300353, 0.0662467, 0.177357, 0.510138, 1.49648", \
            "0.0164616, 0.0203143, 0.0313886, 0.0665862, 0.177346, 0.510339, 1.49475", \
            "0.0210651, 0.0252473, 0.0361535, 0.0690883, 0.178094, 0.510656, 1.49616", \
            "0.0275665, 0.0331223, 0.0448786, 0.0757267, 0.179553, 0.509422, 1.49612", \
            "0.0381968, 0.0438467, 0.058876, 0.0918072, 0.185107, 0.511592, 1.49114" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.319276, 0.325846, 0.341515, 0.376077, 0.445557, 0.581051, 0.877985", \
            "0.320149, 0.326668, 0.342588, 0.376473, 0.445787, 0.581973, 0.878894", \
            "0.32657, 0.333093, 0.348708, 0.383172, 0.452753, 0.588143, 0.885185", \
            "0.346691, 0.353211, 0.368838, 0.40325, 0.472817, 0.608331, 0.905377", \
            "0.398494, 0.404964, 0.420869, 0.455039, 0.524309, 0.660632, 0.957672", \
            "0.522577, 0.529184, 0.545265, 0.579451, 0.649031, 0.78557, 1.08186", \
            "0.769755, 0.776673, 0.793814, 0.831135, 0.905762, 1.04905, 1.35161" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0577167, 0.0611949, 0.0713787, 0.0952846, 0.146721, 0.265516, 0.586602", \
            "0.0577907, 0.0612196, 0.0709282, 0.0944248, 0.148604, 0.264915, 0.587419", \
            "0.0576376, 0.061099, 0.0714195, 0.0950923, 0.146457, 0.265743, 0.586087", \
            "0.0576661, 0.0610154, 0.0714732, 0.0952541, 0.146571, 0.264459, 0.586506", \
            "0.0577275, 0.0611955, 0.0711891, 0.0949304, 0.148176, 0.264101, 0.586329", \
            "0.0617494, 0.065028, 0.0749556, 0.0971648, 0.148487, 0.265036, 0.585392", \
            "0.077983, 0.0808267, 0.0907269, 0.113962, 0.165444, 0.282088, 0.596206" \
          );
        }
      }
      timing () {
        related_pin : "DN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.109286, 0.113623, 0.124093, 0.150808, 0.226691, 0.447805, 1.10307", \
            "0.113616, 0.117963, 0.128435, 0.155223, 0.230915, 0.452916, 1.10886", \
            "0.125777, 0.130119, 0.140596, 0.167328, 0.242756, 0.464338, 1.1216", \
            "0.153772, 0.158069, 0.168605, 0.195354, 0.271296, 0.492545, 1.15026", \
            "0.204584, 0.209056, 0.219911, 0.246654, 0.321938, 0.544272, 1.2046", \
            "0.289432, 0.294126, 0.305104, 0.331999, 0.407595, 0.62869, 1.28773", \
            "0.446176, 0.451364, 0.463165, 0.490467, 0.565689, 0.787456, 1.44106" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0154346, 0.0193679, 0.0308114, 0.066575, 0.177424, 0.51119, 1.49874", \
            "0.0153885, 0.0193699, 0.0308203, 0.0663965, 0.177899, 0.509956, 1.49821", \
            "0.01541, 0.0193672, 0.0308174, 0.0666066, 0.17782, 0.509328, 1.49801", \
            "0.0154662, 0.0193712, 0.0308419, 0.0666571, 0.177703, 0.509222, 1.49956", \
            "0.016156, 0.0200514, 0.0313589, 0.0667373, 0.177252, 0.511587, 1.50355", \
            "0.0174487, 0.0214479, 0.0325386, 0.0673824, 0.177904, 0.509719, 1.49816", \
            "0.0200868, 0.0239185, 0.0349833, 0.0686194, 0.178045, 0.50883, 1.49647" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.300914, 0.307594, 0.323419, 0.35808, 0.427435, 0.563043, 0.860121", \
            "0.303431, 0.310082, 0.326141, 0.360551, 0.42993, 0.566274, 0.862426", \
            "0.307392, 0.313971, 0.330115, 0.364414, 0.433884, 0.570004, 0.866588", \
            "0.311401, 0.317927, 0.333958, 0.368252, 0.437865, 0.574034, 0.870482", \
            "0.31093, 0.317341, 0.333318, 0.367582, 0.437042, 0.573191, 0.870293", \
            "0.294891, 0.301382, 0.317266, 0.351649, 0.421017, 0.557001, 0.853489", \
            "0.232348, 0.23884, 0.254655, 0.289004, 0.35827, 0.494513, 0.791284" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388473, 0.115334, 0.342417");
          values ( \
            "0.0577478, 0.0611781, 0.071429, 0.0953312, 0.146837, 0.265057, 0.587624", \
            "0.0578268, 0.0611584, 0.0710399, 0.0947621, 0.146754, 0.262119, 0.586028", \
            "0.0576913, 0.0613902, 0.0713871, 0.0952104, 0.14689, 0.264395, 0.586076", \
            "0.0575627, 0.06122, 0.0712041, 0.0957834, 0.146822, 0.262332, 0.585779", \
            "0.0577702, 0.0611657, 0.0711398, 0.0951554, 0.146627, 0.264444, 0.586203", \
            "0.0576103, 0.0610539, 0.070905, 0.0948033, 0.146727, 0.263777, 0.585783", \
            "0.0576761, 0.0611278, 0.0714067, 0.0947456, 0.148507, 0.264579, 0.58606" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.0170858, 0.0190687, 0.0248172, 0.0413992, 0.0898643, 0.233202, 0.658997", \
            "0.0170473, 0.0190175, 0.0247926, 0.0413575, 0.0898349, 0.23313, 0.658717", \
            "0.0171362, 0.0190863, 0.0248226, 0.0413632, 0.0898063, 0.233198, 0.659481", \
            "0.0173211, 0.0194057, 0.024997, 0.0412042, 0.0897665, 0.233123, 0.659069", \
            "0.0180426, 0.0198373, 0.0253058, 0.0414436, 0.0896146, 0.233241, 0.659862", \
            "0.0196516, 0.0213355, 0.0266096, 0.0426406, 0.0904147, 0.233701, 0.659373", \
            "0.0233428, 0.0247525, 0.0296827, 0.0453869, 0.0932174, 0.235796, 0.660091" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.0232787, 0.0205783, 0.0131194, -0.0046491, -0.0517215, -0.195462, -0.627244", \
            "0.023057, 0.0203283, 0.0129175, -0.0047777, -0.0519712, -0.195689, -0.627451", \
            "0.0228344, 0.0200686, 0.0127105, -0.0045948, -0.0521721, -0.196, -0.62766", \
            "0.0226429, 0.0199379, 0.0124562, -0.0048307, -0.0525032, -0.196243, -0.627952", \
            "0.022482, 0.0197638, 0.0123525, -0.0053421, -0.0529347, -0.196513, -0.628069", \
            "0.0230265, 0.0203289, 0.0128563, -0.0050074, -0.0526502, -0.19636, -0.627997", \
            "0.0319496, 0.0290779, 0.0213166, 0.0013381, -0.0502017, -0.195297, -0.627021" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.0171936, 0.0191626, 0.024961, 0.0418574, 0.0909609, 0.234801, 0.661433", \
            "0.0171872, 0.0191848, 0.0249465, 0.0418371, 0.0909346, 0.234905, 0.660325", \
            "0.0172006, 0.0191626, 0.0249376, 0.0417294, 0.0908056, 0.234868, 0.660546", \
            "0.0173967, 0.0193123, 0.0249298, 0.0413781, 0.0904705, 0.234672, 0.660417", \
            "0.0181278, 0.019938, 0.0253858, 0.0416652, 0.0901635, 0.234538, 0.660817", \
            "0.0195199, 0.0212302, 0.0265183, 0.0426856, 0.0905859, 0.234575, 0.660956", \
            "0.0233675, 0.0247756, 0.0297143, 0.0454323, 0.0936324, 0.236511, 0.661841" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.0213099, 0.0185312, 0.0111215, -0.0061561, -0.0538182, -0.197467, -0.629035", \
            "0.0211142, 0.0183498, 0.010957, -0.0066872, -0.054265, -0.197453, -0.629104", \
            "0.0211388, 0.0183383, 0.0109457, -0.0068109, -0.0543552, -0.197826, -0.629275", \
            "0.0210001, 0.0183326, 0.0108779, -0.0068852, -0.0545173, -0.197943, -0.629412", \
            "0.0207895, 0.018016, 0.0106809, -0.0071329, -0.0546271, -0.198076, -0.629532", \
            "0.0217188, 0.0189661, 0.0115511, -0.0064743, -0.0542919, -0.197907, -0.629431", \
            "0.030361, 0.0274797, 0.0205012, 0.0003304, -0.0514591, -0.196372, -0.628155" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.0166377, 0.0185827, 0.0243848, 0.0412774, 0.0903663, 0.23468, 0.660851", \
            "0.0166832, 0.0186363, 0.0244455, 0.0412846, 0.0904514, 0.234519, 0.661743", \
            "0.0167651, 0.0187005, 0.0244724, 0.041247, 0.090327, 0.234717, 0.660995", \
            "0.0169049, 0.0188306, 0.0243896, 0.0410661, 0.0900325, 0.234513, 0.660935", \
            "0.0175263, 0.0193427, 0.0247813, 0.040971, 0.0897085, 0.234046, 0.660738", \
            "0.0188661, 0.0205617, 0.02595, 0.0419628, 0.0900438, 0.234208, 0.660475", \
            "0.0226021, 0.0239848, 0.0289295, 0.04474, 0.0926602, 0.235757, 0.661584" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.0205143, 0.017718, 0.0103386, -0.0073313, -0.054873, -0.197976, -0.62956", \
            "0.0202719, 0.0176086, 0.0101472, -0.0076146, -0.0546439, -0.198175, -0.629709", \
            "0.0201334, 0.0173771, 0.0099719, -0.0077654, -0.0552579, -0.198417, -0.629847", \
            "0.0199426, 0.0171665, 0.0097996, -0.0079248, -0.0554217, -0.198521, -0.630048", \
            "0.0198621, 0.0171653, 0.0097451, -0.0079431, -0.0555592, -0.198879, -0.630269", \
            "0.021016, 0.0181833, 0.010793, -0.0071466, -0.0549177, -0.198438, -0.629942", \
            "0.0305885, 0.0276346, 0.0195563, -0.0008671, -0.0528453, -0.19665, -0.628419" \
          );
        }
      }
      internal_power () {
        related_pin : "DN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.016641, 0.0185931, 0.0243466, 0.0411284, 0.0902227, 0.234377, 0.661441", \
            "0.016531, 0.0184841, 0.0242352, 0.041075, 0.0900453, 0.23416, 0.662094", \
            "0.0166069, 0.0185604, 0.0243152, 0.0411269, 0.0902507, 0.234428, 0.661555", \
            "0.0163479, 0.0182848, 0.0240724, 0.0408497, 0.089922, 0.234153, 0.66163", \
            "0.0160687, 0.0180125, 0.023706, 0.0404102, 0.0894598, 0.233769, 0.660923", \
            "0.0158933, 0.0177843, 0.023368, 0.0397572, 0.0891893, 0.232972, 0.659957", \
            "0.0165184, 0.0183558, 0.0238771, 0.0404529, 0.0889496, 0.233778, 0.658384" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00148446, 0.00440722, 0.0130847, 0.0388472, 0.115334, 0.342417");
          values ( \
            "0.0203375, 0.0175009, 0.0101264, -0.0075995, -0.0549866, -0.19821, -0.629691", \
            "0.0203904, 0.0176146, 0.0102657, -0.0074713, -0.0550531, -0.198515, -0.629835", \
            "0.0201422, 0.0173868, 0.0100356, -0.0076872, -0.0552254, -0.198549, -0.629831", \
            "0.0196318, 0.0168182, 0.0096599, -0.0081013, -0.0556399, -0.199127, -0.63041", \
            "0.0191406, 0.0165165, 0.0092205, -0.0084912, -0.0560057, -0.199472, -0.63089", \
            "0.0214059, 0.0186557, 0.0111686, -0.0079679, -0.0563254, -0.199841, -0.631271", \
            "0.027673, 0.0248979, 0.0174143, -0.0017155, -0.0522769, -0.198694, -0.631037" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001539;
      rise_capacitance : 0.001642;
      rise_capacitance_range (0.001642, 0.001642);
      fall_capacitance : 0.001437;
      fall_capacitance_range (0.001437, 0.001437);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0016988, -0.0017196, -0.0017676, -0.001772, -0.0017822, -0.0018056, -0.0018595" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0019454, 0.0019565, 0.0019819, 0.0019815, 0.0019807, 0.0019788, 0.0019745" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00156;
      rise_capacitance : 0.001633;
      rise_capacitance_range (0.001633, 0.001633);
      fall_capacitance : 0.001487;
      fall_capacitance_range (0.001487, 0.001487);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0025246, -0.0025283, -0.0025368, -0.002545, -0.0025641, -0.0026079, -0.0027089" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027827, 0.0027812, 0.0027777, 0.0027784, 0.0027798, 0.0027832, 0.002791" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001567;
      rise_capacitance : 0.001685;
      rise_capacitance_range (0.001685, 0.001685);
      fall_capacitance : 0.001449;
      fall_capacitance_range (0.001449, 0.001449);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0021362, -0.0021658, -0.0022342, -0.0022356, -0.0022387, -0.0022458, -0.0022622" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0022803, 0.0022772, 0.0022701, 0.0022701, 0.0022703, 0.0022705, 0.0022712" \
          );
        }
      }
    }
    pin (DN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001523;
      rise_capacitance : 0.001592;
      rise_capacitance_range (0.001592, 0.001592);
      fall_capacitance : 0.001455;
      fall_capacitance_range (0.001455, 0.001455);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0021146, 0.0020457, 0.0018869, 0.0021997, 0.0029207, 0.0045826, 0.0084134" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089335, 0.0088427, 0.0086334, 0.0089663, 0.0097336, 0.0115023, 0.0155792" \
          );
        }
      }
    }
  }
  cell (scs8hd_or4b_4) {
    area : 13.7632;
    cell_footprint : "or4b";
    cell_leakage_power : 0.00501725;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.006395;
      when : "A&B&!C&!DN";
    }
    leakage_power () {
      value : 0.0006658;
      when : "A&B&C&DN";
    }
    leakage_power () {
      value : 0.0063948;
      when : "A&B&C&!DN";
    }
    leakage_power () {
      value : 0.0249866;
      when : "!A&!B&!C&DN";
    }
    leakage_power () {
      value : 0.006402;
      when : "!A&!B&!C&!DN";
    }
    leakage_power () {
      value : 0.0006661;
      when : "!A&!B&C&DN";
    }
    leakage_power () {
      value : 0.0063948;
      when : "!A&!B&C&!DN";
    }
    leakage_power () {
      value : 0.0004985;
      when : "!A&B&!C&DN";
    }
    leakage_power () {
      value : 0.006395;
      when : "!A&B&!C&!DN";
    }
    leakage_power () {
      value : 0.0006658;
      when : "!A&B&C&DN";
    }
    leakage_power () {
      value : 0.0063948;
      when : "!A&B&C&!DN";
    }
    leakage_power () {
      value : 0.0004628;
      when : "A&!B&!C&DN";
    }
    leakage_power () {
      value : 0.0063951;
      when : "A&!B&!C&!DN";
    }
    leakage_power () {
      value : 0.0006658;
      when : "A&!B&C&DN";
    }
    leakage_power () {
      value : 0.0063948;
      when : "A&!B&C&!DN";
    }
    leakage_power () {
      value : 0.0004983;
      when : "A&B&!C&DN";
    }
    leakage_power () {
      value : 0.00501725;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B) | (C) | (!DN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.705881;
      max_transition : 1.50548;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0604504, 0.0633326, 0.0713407, 0.0931116, 0.15866, 0.373376, 1.08955", \
            "0.0639431, 0.0668169, 0.0748156, 0.0965656, 0.162103, 0.376856, 1.09329", \
            "0.0726309, 0.0754772, 0.0834429, 0.1051, 0.170688, 0.38571, 1.10359", \
            "0.0906424, 0.0936629, 0.101774, 0.123295, 0.188671, 0.402339, 1.11996", \
            "0.107868, 0.111517, 0.121117, 0.143713, 0.208744, 0.422878, 1.13896", \
            "0.104629, 0.108924, 0.120706, 0.147252, 0.21302, 0.426122, 1.14299", \
            "0.0374361, 0.0421081, 0.0558499, 0.0894658, 0.159989, 0.371666, 1.08839" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0156887, 0.0181216, 0.0258403, 0.0519846, 0.143307, 0.45433, 1.49913", \
            "0.0156411, 0.0180581, 0.0257805, 0.0519429, 0.143247, 0.454142, 1.49851", \
            "0.0154948, 0.0179201, 0.0256314, 0.0517966, 0.143176, 0.454057, 1.4982", \
            "0.0170009, 0.0193805, 0.0266768, 0.0521028, 0.143397, 0.454795, 1.50052", \
            "0.0220086, 0.0245963, 0.0320041, 0.0550961, 0.143358, 0.454865, 1.49942", \
            "0.028604, 0.0320863, 0.0407652, 0.0632275, 0.145391, 0.4555, 1.49976", \
            "0.0400901, 0.0428593, 0.0534457, 0.0787518, 0.153361, 0.455851, 1.4968" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.298207, 0.302069, 0.313235, 0.340798, 0.402412, 0.533061, 0.858449", \
            "0.301715, 0.305548, 0.316747, 0.344217, 0.405601, 0.536308, 0.862104", \
            "0.311429, 0.315252, 0.326398, 0.353795, 0.415157, 0.545875, 0.871692", \
            "0.334278, 0.338103, 0.349199, 0.376454, 0.437883, 0.568729, 0.894585", \
            "0.383072, 0.386909, 0.397948, 0.425408, 0.486659, 0.617909, 0.943411", \
            "0.483731, 0.487608, 0.498917, 0.526823, 0.588213, 0.720262, 1.04562", \
            "0.678119, 0.682153, 0.693917, 0.72341, 0.789389, 0.927686, 1.25956" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0516804, 0.0535998, 0.0598013, 0.0784214, 0.124363, 0.242151, 0.617812", \
            "0.0516745, 0.0535834, 0.0601442, 0.0786073, 0.12394, 0.242356, 0.617692", \
            "0.0516567, 0.0535901, 0.0601686, 0.0785752, 0.123927, 0.242337, 0.617805", \
            "0.0516528, 0.0535893, 0.0597521, 0.0787927, 0.12411, 0.242677, 0.618143", \
            "0.0518046, 0.0536633, 0.0597166, 0.0784681, 0.124275, 0.2425, 0.617579", \
            "0.0549372, 0.0568092, 0.0630233, 0.0809139, 0.126235, 0.243463, 0.619274", \
            "0.0649633, 0.0666555, 0.0724239, 0.0916748, 0.13812, 0.256867, 0.624349" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0602748, 0.0631006, 0.0709938, 0.09263, 0.158213, 0.373319, 1.0934", \
            "0.0637117, 0.0665757, 0.0744423, 0.0961242, 0.161764, 0.376784, 1.0953", \
            "0.0720714, 0.0748746, 0.0827481, 0.104367, 0.169907, 0.385005, 1.10245", \
            "0.0896968, 0.0926658, 0.100627, 0.122134, 0.18729, 0.403164, 1.1207", \
            "0.105019, 0.108614, 0.118164, 0.140889, 0.206123, 0.421469, 1.13836", \
            "0.09927, 0.103522, 0.115258, 0.141993, 0.207117, 0.421775, 1.1383", \
            "0.0273407, 0.0320081, 0.0458065, 0.0792571, 0.149773, 0.363261, 1.08118" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.015062, 0.0174317, 0.025037, 0.0510656, 0.142646, 0.453965, 1.50205", \
            "0.0151187, 0.017479, 0.0251203, 0.0510351, 0.142549, 0.454641, 1.49979", \
            "0.0149508, 0.0172989, 0.024951, 0.0509353, 0.142605, 0.45461, 1.49749", \
            "0.0165197, 0.0188244, 0.0261556, 0.0513756, 0.142496, 0.454925, 1.50082", \
            "0.0213494, 0.0241045, 0.03118, 0.0542858, 0.142714, 0.454946, 1.49927", \
            "0.0284707, 0.0313177, 0.0401242, 0.062498, 0.144884, 0.45401, 1.49921", \
            "0.0390072, 0.0423585, 0.0529302, 0.0793559, 0.152545, 0.455761, 1.49685" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.285256, 0.289115, 0.300176, 0.327473, 0.388798, 0.52001, 0.84552", \
            "0.288317, 0.292171, 0.303144, 0.330772, 0.39225, 0.52297, 0.848822", \
            "0.297821, 0.301704, 0.312842, 0.340218, 0.401672, 0.532391, 0.858331", \
            "0.320811, 0.324731, 0.335783, 0.363063, 0.424462, 0.555942, 0.881283", \
            "0.373162, 0.377, 0.388017, 0.415501, 0.476884, 0.60825, 0.93366", \
            "0.487061, 0.490947, 0.502211, 0.530224, 0.591653, 0.72378, 1.04947", \
            "0.713539, 0.717605, 0.729484, 0.760219, 0.82739, 0.967, 1.29897" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0518028, 0.0536853, 0.0596504, 0.0788094, 0.124972, 0.242541, 0.618123", \
            "0.051796, 0.0538129, 0.0602492, 0.0787201, 0.124064, 0.242838, 0.61839", \
            "0.0516048, 0.0536564, 0.060166, 0.0784398, 0.123801, 0.242764, 0.618044", \
            "0.0516726, 0.0536416, 0.0598297, 0.0780587, 0.124952, 0.241568, 0.618185", \
            "0.0518098, 0.0536942, 0.0596645, 0.0784791, 0.123805, 0.241738, 0.61839", \
            "0.0559888, 0.0578334, 0.0641317, 0.0817546, 0.127289, 0.244622, 0.619148", \
            "0.0694241, 0.0710748, 0.0769898, 0.0949838, 0.141771, 0.259048, 0.626018" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0584223, 0.0612518, 0.0690398, 0.0905452, 0.156219, 0.370794, 1.08891", \
            "0.0620712, 0.0647933, 0.0725972, 0.0941616, 0.15961, 0.374759, 1.09278", \
            "0.0705, 0.0732752, 0.0810768, 0.102582, 0.168095, 0.383093, 1.1001", \
            "0.0870476, 0.0900228, 0.0980391, 0.119604, 0.184804, 0.399552, 1.11728", \
            "0.100507, 0.104113, 0.113683, 0.136449, 0.20172, 0.4172, 1.13472", \
            "0.092123, 0.0963972, 0.108192, 0.13507, 0.200689, 0.415577, 1.13238", \
            "0.0163203, 0.0210404, 0.0349158, 0.0686767, 0.140443, 0.353378, 1.0703" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0146566, 0.0170661, 0.024734, 0.0507571, 0.142542, 0.454327, 1.50131", \
            "0.0145748, 0.0169895, 0.0247152, 0.0507267, 0.142474, 0.454993, 1.50129", \
            "0.0145931, 0.0169787, 0.0246562, 0.0506781, 0.142321, 0.454124, 1.49979", \
            "0.0166638, 0.0189201, 0.0260731, 0.0512576, 0.142713, 0.453515, 1.50079", \
            "0.0213729, 0.0241875, 0.0312858, 0.0544626, 0.142904, 0.454944, 1.50043", \
            "0.0286046, 0.0318298, 0.0404749, 0.062848, 0.145195, 0.45525, 1.49895", \
            "0.039829, 0.0430745, 0.0538696, 0.0796396, 0.154006, 0.456779, 1.4966" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.265302, 0.269165, 0.280288, 0.307817, 0.369159, 0.500161, 0.825693", \
            "0.267941, 0.271793, 0.282731, 0.310142, 0.371524, 0.502544, 0.828367", \
            "0.276561, 0.280428, 0.291449, 0.318995, 0.380432, 0.510894, 0.836659", \
            "0.29981, 0.303659, 0.314726, 0.341936, 0.403505, 0.534402, 0.860312", \
            "0.356931, 0.360797, 0.371705, 0.399185, 0.460785, 0.592162, 0.917608", \
            "0.487305, 0.491112, 0.502943, 0.530873, 0.59232, 0.724658, 1.04933", \
            "0.744388, 0.748496, 0.76087, 0.79147, 0.859531, 1.00056, 1.33098" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0517121, 0.0536059, 0.0601037, 0.0783585, 0.12392, 0.241992, 0.617943", \
            "0.0517144, 0.0536085, 0.0600568, 0.0787928, 0.12472, 0.242559, 0.617675", \
            "0.0516618, 0.0536138, 0.0596684, 0.0786817, 0.12452, 0.242863, 0.618517", \
            "0.0516545, 0.0536677, 0.0598482, 0.0788197, 0.124144, 0.242245, 0.618151", \
            "0.0515255, 0.0534721, 0.0597758, 0.078472, 0.123898, 0.241792, 0.618275", \
            "0.056891, 0.0584703, 0.064782, 0.0825182, 0.126746, 0.244147, 0.619584", \
            "0.0755183, 0.0769934, 0.0823391, 0.101157, 0.146189, 0.260586, 0.62525" \
          );
        }
      }
      timing () {
        related_pin : "DN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.11225, 0.115121, 0.12316, 0.144847, 0.210517, 0.425285, 1.14386", \
            "0.116421, 0.119303, 0.127342, 0.149026, 0.214702, 0.429565, 1.14799", \
            "0.128166, 0.131094, 0.139062, 0.160752, 0.22643, 0.442344, 1.1587", \
            "0.15467, 0.157561, 0.165522, 0.187209, 0.252677, 0.46765, 1.18731", \
            "0.201984, 0.204943, 0.213023, 0.234576, 0.300002, 0.515147, 1.24027", \
            "0.277166, 0.280332, 0.288628, 0.310469, 0.375841, 0.590733, 1.30991", \
            "0.410733, 0.414177, 0.423348, 0.44558, 0.510932, 0.726243, 1.44237" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0155805, 0.0179061, 0.0254234, 0.0510764, 0.142421, 0.453759, 1.49817", \
            "0.0155477, 0.0179027, 0.025426, 0.0510776, 0.142421, 0.453497, 1.49832", \
            "0.0155882, 0.017934, 0.0254077, 0.051054, 0.142412, 0.454658, 1.50401", \
            "0.0155548, 0.0178762, 0.0253815, 0.0510789, 0.14237, 0.455404, 1.50443", \
            "0.0161526, 0.018489, 0.0259057, 0.0512611, 0.142175, 0.454285, 1.50548", \
            "0.0175191, 0.0198601, 0.0271104, 0.0518598, 0.142393, 0.453378, 1.50321", \
            "0.0199665, 0.0223713, 0.0297589, 0.0534452, 0.142702, 0.45399, 1.49839" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.246716, 0.250569, 0.261737, 0.288969, 0.350751, 0.4821, 0.807685", \
            "0.250107, 0.253972, 0.265108, 0.292713, 0.353988, 0.485431, 0.81085", \
            "0.256498, 0.260349, 0.271431, 0.298623, 0.360379, 0.491792, 0.817388", \
            "0.264887, 0.268719, 0.27981, 0.307283, 0.368607, 0.500086, 0.825736", \
            "0.271296, 0.275117, 0.286092, 0.313601, 0.374856, 0.506202, 0.831943", \
            "0.267343, 0.271198, 0.282293, 0.309725, 0.371042, 0.502496, 0.828015", \
            "0.23111, 0.234959, 0.245907, 0.273293, 0.335017, 0.466649, 0.792362" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0516405, 0.0535551, 0.0598434, 0.0788108, 0.124194, 0.242144, 0.618532", \
            "0.0517204, 0.0536562, 0.0599278, 0.0781887, 0.12462, 0.242233, 0.618427", \
            "0.0517891, 0.0536372, 0.0598095, 0.0787954, 0.124116, 0.242148, 0.618562", \
            "0.0516508, 0.0535646, 0.0598279, 0.0785632, 0.123989, 0.242194, 0.618559", \
            "0.0518809, 0.0536719, 0.0598906, 0.0778609, 0.123734, 0.241859, 0.618352", \
            "0.051618, 0.0535058, 0.060124, 0.0787796, 0.123986, 0.240002, 0.618712", \
            "0.0519988, 0.0538578, 0.0604853, 0.0789561, 0.124025, 0.242022, 0.617387" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0336686, 0.036026, 0.0437232, 0.069218, 0.152492, 0.429448, 1.35842", \
            "0.0335683, 0.035934, 0.0436374, 0.069129, 0.15242, 0.42931, 1.35818", \
            "0.033517, 0.0358482, 0.0436056, 0.0690629, 0.152351, 0.429425, 1.35851", \
            "0.0342191, 0.0364762, 0.0440576, 0.0690019, 0.152239, 0.429691, 1.35984", \
            "0.0359914, 0.0381151, 0.0453377, 0.0692149, 0.15198, 0.429479, 1.35807", \
            "0.0390455, 0.0409845, 0.04802, 0.0720421, 0.153321, 0.430081, 1.36077", \
            "0.046022, 0.0476528, 0.0538666, 0.077734, 0.159584, 0.434407, 1.36011" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.042006, 0.0385643, 0.0284634, 0.0008368, -0.0795438, -0.356633, -1.29749", \
            "0.0413937, 0.038006, 0.0279661, 0.0003781, -0.0800004, -0.356747, -1.29774", \
            "0.0410789, 0.0377053, 0.0276289, 5.13e-05, -0.0803351, -0.357072, -1.29805", \
            "0.0411727, 0.0377709, 0.0275646, 5.55e-05, -0.0803694, -0.357285, -1.29831", \
            "0.0406328, 0.0374143, 0.0271247, -0.0004527, -0.0808508, -0.35757, -1.29867", \
            "0.0419321, 0.0385979, 0.0283883, 0.000116, -0.0805291, -0.357225, -1.29851", \
            "0.0589584, 0.0555182, 0.0447, 0.0135411, -0.0750708, -0.355787, -1.29703" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0330368, 0.0353739, 0.0430948, 0.0688417, 0.153276, 0.431185, 1.36145", \
            "0.0329868, 0.0353306, 0.0431132, 0.0688544, 0.153209, 0.431682, 1.3611", \
            "0.0329274, 0.0352816, 0.0430788, 0.0687292, 0.15306, 0.431442, 1.36342", \
            "0.033396, 0.0356856, 0.0433251, 0.0683768, 0.152591, 0.431053, 1.36315", \
            "0.03495, 0.0370829, 0.0443673, 0.0690536, 0.151719, 0.43078, 1.36315", \
            "0.0378492, 0.0397276, 0.0467443, 0.0712443, 0.152556, 0.430952, 1.36086", \
            "0.0455656, 0.047023, 0.0532551, 0.0770769, 0.158332, 0.434581, 1.36206" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0387501, 0.035544, 0.0253079, -0.0023051, -0.0819464, -0.358883, -1.2998", \
            "0.0385782, 0.0354035, 0.0250749, -0.0024306, -0.0826422, -0.35903, -1.30007", \
            "0.0384653, 0.0350978, 0.0250415, -0.0025849, -0.0829232, -0.359306, -1.30027", \
            "0.0382611, 0.0352015, 0.0249026, -0.0025792, -0.0828957, -0.359814, -1.30039", \
            "0.0380443, 0.034783, 0.0245145, -0.0029201, -0.0833776, -0.359857, -1.30064", \
            "0.0399148, 0.0366827, 0.0262534, -0.0022992, -0.0827129, -0.359485, -1.30058", \
            "0.0571877, 0.0537533, 0.0426821, 0.0124418, -0.076957, -0.357423, -1.29856" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0320846, 0.0344067, 0.0421797, 0.0679318, 0.152257, 0.430591, 1.36257", \
            "0.032169, 0.0344174, 0.042232, 0.0679897, 0.152322, 0.431479, 1.36017", \
            "0.0322768, 0.0346086, 0.0423904, 0.0680115, 0.152233, 0.430342, 1.36272", \
            "0.0326927, 0.034959, 0.0425233, 0.0678467, 0.151824, 0.4304, 1.36277", \
            "0.0340294, 0.0361671, 0.043467, 0.0679012, 0.151, 0.429925, 1.36225", \
            "0.0369788, 0.0387887, 0.0457735, 0.0704398, 0.152096, 0.430135, 1.35982", \
            "0.044148, 0.045598, 0.0517523, 0.0753538, 0.157477, 0.433281, 1.35949" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0369541, 0.0335869, 0.023269, -0.0043192, -0.0848143, -0.361414, -1.30176", \
            "0.0366065, 0.0335077, 0.0232389, -0.0043585, -0.084787, -0.361457, -1.30202", \
            "0.0358933, 0.0326053, 0.0223492, -0.0052785, -0.0853112, -0.361372, -1.30238", \
            "0.035709, 0.0323622, 0.0225049, -0.005013, -0.0855802, -0.362008, -1.30255", \
            "0.0355856, 0.0321746, 0.0219048, -0.005669, -0.085936, -0.36221, -1.30287", \
            "0.0381964, 0.0346403, 0.025285, -0.0030136, -0.0853095, -0.361867, -1.3023", \
            "0.0582382, 0.054678, 0.0435641, 0.0113837, -0.0786554, -0.358678, -1.29976" \
          );
        }
      }
      internal_power () {
        related_pin : "DN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0315128, 0.0338202, 0.0416022, 0.0672484, 0.15179, 0.430348, 1.35703", \
            "0.0313601, 0.0336868, 0.0414609, 0.0671052, 0.151647, 0.430228, 1.35691", \
            "0.0314011, 0.0337487, 0.0415088, 0.0671582, 0.151728, 0.431033, 1.36279", \
            "0.0311783, 0.0335129, 0.0411901, 0.0669425, 0.151315, 0.430201, 1.36388", \
            "0.0311448, 0.03347, 0.0412807, 0.0664572, 0.150672, 0.430508, 1.36223", \
            "0.0313649, 0.0335866, 0.0411051, 0.0661829, 0.150533, 0.428371, 1.36251", \
            "0.032675, 0.0348786, 0.0423722, 0.0671909, 0.151281, 0.431029, 1.35664" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.035452, 0.0320965, 0.021872, -0.0055347, -0.0857685, -0.362172, -1.3025", \
            "0.0354423, 0.0320274, 0.0219684, -0.0057511, -0.0858161, -0.362197, -1.30257", \
            "0.0350698, 0.0318903, 0.0215902, -0.0057926, -0.0860321, -0.362412, -1.30273", \
            "0.0346335, 0.0312867, 0.021031, -0.0063644, -0.0865819, -0.3629, -1.3033", \
            "0.0342144, 0.030905, 0.020705, -0.0069507, -0.0871937, -0.363257, -1.30378", \
            "0.0406717, 0.0373685, 0.0271135, -0.0024316, -0.0873185, -0.363477, -1.30407", \
            "0.0486444, 0.0453036, 0.034961, 0.0054342, -0.0807438, -0.362064, -1.30339" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002377;
      rise_capacitance : 0.002513;
      rise_capacitance_range (0.002513, 0.002513);
      fall_capacitance : 0.002241;
      fall_capacitance_range (0.002241, 0.002241);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0037312, -0.0037667, -0.0038488, -0.0038644, -0.0039005, -0.0039835, -0.004175" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042865, 0.0042954, 0.0043158, 0.0043151, 0.0043135, 0.00431, 0.0043017" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002448;
      rise_capacitance : 0.0026;
      rise_capacitance_range (0.0026, 0.0026);
      fall_capacitance : 0.002297;
      fall_capacitance_range (0.002297, 0.002297);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038365, -0.0038688, -0.0039433, -0.0039612, -0.0040024, -0.0040974, -0.0043165" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0044201, 0.0044178, 0.0044125, 0.0044129, 0.0044141, 0.0044167, 0.0044227" \
          );
        }
      }
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002458;
      rise_capacitance : 0.002652;
      rise_capacitance_range (0.002652, 0.002652);
      fall_capacitance : 0.002263;
      fall_capacitance_range (0.002263, 0.002263);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0043301, -0.0043946, -0.0045433, -0.0045474, -0.0045569, -0.0045787, -0.0046291" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0046316, 0.0046269, 0.0046159, 0.0046132, 0.0046069, 0.0045924, 0.0045589" \
          );
        }
      }
    }
    pin (DN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001576;
      rise_capacitance : 0.001631;
      rise_capacitance_range (0.001631, 0.001631);
      fall_capacitance : 0.001521;
      fall_capacitance_range (0.001521, 0.001521);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0021669, 0.0020917, 0.0019182, 0.0022805, 0.0031156, 0.0050404, 0.0094773" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0098094, 0.0097278, 0.0095397, 0.00989, 0.0106976, 0.0125592, 0.0168503" \
          );
        }
      }
    }
  }
  cell (scs8hd_or4bb_1) {
    area : 11.2608;
    cell_footprint : "or4bb";
    cell_leakage_power : 0.000591569;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0001717;
      when : "!A&!B&!CN&DN";
    }
    leakage_power () {
      value : 0.0001963;
      when : "!A&!B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0068767;
      when : "!A&!B&CN&DN";
    }
    leakage_power () {
      value : 0.0002131;
      when : "!A&!B&CN&!DN";
    }
    leakage_power () {
      value : 0.0001656;
      when : "!A&B&!CN&DN";
    }
    leakage_power () {
      value : 0.0001962;
      when : "!A&B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0001417;
      when : "!A&B&CN&DN";
    }
    leakage_power () {
      value : 0.0001642;
      when : "!A&B&CN&!DN";
    }
    leakage_power () {
      value : 0.0001657;
      when : "A&!B&!CN&DN";
    }
    leakage_power () {
      value : 0.0001962;
      when : "A&!B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0001476;
      when : "A&!B&CN&DN";
    }
    leakage_power () {
      value : 0.0001645;
      when : "A&!B&CN&!DN";
    }
    leakage_power () {
      value : 0.0001656;
      when : "A&B&!CN&DN";
    }
    leakage_power () {
      value : 0.0001962;
      when : "A&B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0001396;
      when : "A&B&CN&DN";
    }
    leakage_power () {
      value : 0.0001642;
      when : "A&B&CN&!DN";
    }
    leakage_power () {
      value : 0.000591569;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B) | (!CN) | (!DN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.221568;
      max_transition : 1.50641;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0455801, 0.0506243, 0.0629743, 0.0948484, 0.181175, 0.418797, 1.07784", \
            "0.0496002, 0.0545965, 0.0668747, 0.0987645, 0.185172, 0.423272, 1.08233", \
            "0.0594229, 0.0643476, 0.0765175, 0.108359, 0.194668, 0.432613, 1.09189", \
            "0.0750651, 0.0803717, 0.0928087, 0.124296, 0.210653, 0.448555, 1.10531", \
            "0.0879699, 0.0943917, 0.10786, 0.139452, 0.225677, 0.463916, 1.12009", \
            "0.0820395, 0.0900328, 0.106639, 0.139973, 0.225566, 0.463984, 1.11902", \
            "0.0185016, 0.0283256, 0.0493707, 0.0889012, 0.174744, 0.411082, 1.06906" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0152416, 0.0206886, 0.0363039, 0.0807948, 0.204372, 0.548012, 1.49861", \
            "0.0151232, 0.0206696, 0.0362689, 0.0806963, 0.204393, 0.546278, 1.49626", \
            "0.0150756, 0.0204995, 0.0360414, 0.080475, 0.204554, 0.546997, 1.49469", \
            "0.0175028, 0.0224819, 0.0370878, 0.0805888, 0.204584, 0.546939, 1.49486", \
            "0.021779, 0.0269752, 0.0400337, 0.0815222, 0.203873, 0.547165, 1.49389", \
            "0.028373, 0.0344709, 0.0476144, 0.0848241, 0.205533, 0.547224, 1.49814", \
            "0.0375725, 0.0453642, 0.0610768, 0.0956318, 0.207764, 0.548174, 1.49345" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.2584, 0.266652, 0.284648, 0.321426, 0.392729, 0.537932, 0.878046", \
            "0.259218, 0.267256, 0.285381, 0.322189, 0.39342, 0.538762, 0.879015", \
            "0.266187, 0.274373, 0.292118, 0.329038, 0.40041, 0.545794, 0.885861", \
            "0.285197, 0.293336, 0.311279, 0.347881, 0.419429, 0.564796, 0.904829", \
            "0.325651, 0.333937, 0.351774, 0.388393, 0.460282, 0.605665, 0.945645", \
            "0.400467, 0.408686, 0.427491, 0.465296, 0.53928, 0.686638, 1.02734", \
            "0.54974, 0.559231, 0.579239, 0.619582, 0.697785, 0.851384, 1.19725" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0384666, 0.0442158, 0.057393, 0.0871845, 0.147596, 0.296503, 0.707804", \
            "0.0385582, 0.0444918, 0.0578342, 0.0867862, 0.147587, 0.295117, 0.711313", \
            "0.0384517, 0.0441519, 0.0578694, 0.086341, 0.149378, 0.295792, 0.710196", \
            "0.0385443, 0.044125, 0.0576155, 0.0870767, 0.149566, 0.296068, 0.709872", \
            "0.038767, 0.0442578, 0.0579292, 0.0870182, 0.149167, 0.296091, 0.711356", \
            "0.0423826, 0.0481959, 0.0614208, 0.091098, 0.152916, 0.29904, 0.710282", \
            "0.0491291, 0.0551911, 0.0689726, 0.100451, 0.163657, 0.311017, 0.717996" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0462522, 0.0513413, 0.063923, 0.0963767, 0.183424, 0.422201, 1.07798", \
            "0.0502184, 0.0552831, 0.0678487, 0.100201, 0.18741, 0.425588, 1.0831", \
            "0.0595467, 0.0645316, 0.0769246, 0.109204, 0.196075, 0.435644, 1.09372", \
            "0.0742889, 0.0795549, 0.092015, 0.124043, 0.210978, 0.449704, 1.10949", \
            "0.0853455, 0.0917087, 0.105043, 0.13712, 0.224032, 0.463479, 1.12078", \
            "0.076252, 0.0842385, 0.100456, 0.134073, 0.220602, 0.459017, 1.11845", \
            "0.0052645, 0.01512, 0.0362916, 0.0758504, 0.161842, 0.4, 1.0598" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0147906, 0.0201769, 0.0356514, 0.0798497, 0.203819, 0.547936, 1.49384", \
            "0.0147271, 0.0201485, 0.0355855, 0.0799328, 0.204101, 0.546339, 1.49786", \
            "0.0146864, 0.0200593, 0.035459, 0.0798991, 0.204205, 0.547936, 1.50024", \
            "0.0168883, 0.0218451, 0.0365112, 0.0800147, 0.204268, 0.547807, 1.49933", \
            "0.0212446, 0.0262285, 0.0395207, 0.0809454, 0.203694, 0.548467, 1.49791", \
            "0.027696, 0.0336297, 0.0472345, 0.0842122, 0.205099, 0.546438, 1.49729", \
            "0.0369361, 0.0445423, 0.0606337, 0.0954486, 0.207197, 0.549865, 1.49523" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.242982, 0.251079, 0.269192, 0.305998, 0.377247, 0.522724, 0.863108", \
            "0.24425, 0.252431, 0.27047, 0.307214, 0.378606, 0.523958, 0.864158", \
            "0.251835, 0.259977, 0.277908, 0.314583, 0.386122, 0.531603, 0.871742", \
            "0.272096, 0.280235, 0.298178, 0.334756, 0.406412, 0.551901, 0.892011", \
            "0.317802, 0.32585, 0.343711, 0.380565, 0.452518, 0.597827, 0.937856", \
            "0.408745, 0.417775, 0.436487, 0.474607, 0.548615, 0.696201, 1.03676", \
            "0.594663, 0.603973, 0.625031, 0.66632, 0.746509, 0.900501, 1.24611" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0387886, 0.044484, 0.0578494, 0.0867141, 0.14756, 0.294993, 0.711315", \
            "0.0384891, 0.0441839, 0.0574417, 0.0862227, 0.147753, 0.296417, 0.708813", \
            "0.03842, 0.0441439, 0.0579993, 0.0868017, 0.149581, 0.295992, 0.710073", \
            "0.0385167, 0.0442929, 0.0575961, 0.087, 0.148332, 0.296366, 0.707844", \
            "0.0388193, 0.0444113, 0.0578696, 0.0867684, 0.148082, 0.294629, 0.712781", \
            "0.0435505, 0.0493127, 0.0628246, 0.0933071, 0.153739, 0.299115, 0.712547", \
            "0.0537816, 0.0597803, 0.0735772, 0.105337, 0.167299, 0.311072, 0.717622" \
          );
        }
      }
      timing () {
        related_pin : "CN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0932483, 0.0982966, 0.11066, 0.142805, 0.229792, 0.468116, 1.12502", \
            "0.0973636, 0.102412, 0.114817, 0.146932, 0.23401, 0.473358, 1.13209", \
            "0.109169, 0.114219, 0.126583, 0.158733, 0.245727, 0.483937, 1.14388", \
            "0.135002, 0.140047, 0.152448, 0.184572, 0.271656, 0.510066, 1.16764", \
            "0.177974, 0.183038, 0.195465, 0.227411, 0.314408, 0.553757, 1.21255", \
            "0.249015, 0.25426, 0.266695, 0.298811, 0.385697, 0.623797, 1.28232", \
            "0.381837, 0.387542, 0.400424, 0.432354, 0.519227, 0.758163, 1.4139" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0149944, 0.0202346, 0.0354608, 0.0796867, 0.20413, 0.548207, 1.49681", \
            "0.015057, 0.0202906, 0.035428, 0.079494, 0.203946, 0.547944, 1.49914", \
            "0.0149946, 0.0202335, 0.0354648, 0.0796917, 0.204115, 0.547374, 1.49843", \
            "0.0151176, 0.0203056, 0.0354714, 0.0796441, 0.204074, 0.548992, 1.50012", \
            "0.0156646, 0.0207589, 0.0357615, 0.0795395, 0.203391, 0.549024, 1.49982", \
            "0.0167623, 0.021725, 0.0362234, 0.07989, 0.203455, 0.545878, 1.50056", \
            "0.0190634, 0.0240079, 0.0378023, 0.0802261, 0.203537, 0.548794, 1.49233" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.240977, 0.249141, 0.267137, 0.30387, 0.375238, 0.520905, 0.861108", \
            "0.243598, 0.251765, 0.269474, 0.306314, 0.377908, 0.523476, 0.863568", \
            "0.248518, 0.256553, 0.274593, 0.311259, 0.382837, 0.528427, 0.86869", \
            "0.254202, 0.262338, 0.280375, 0.317114, 0.388898, 0.533996, 0.874242", \
            "0.256168, 0.264323, 0.282303, 0.318944, 0.390297, 0.535579, 0.87561", \
            "0.244372, 0.252515, 0.27046, 0.307137, 0.378716, 0.524287, 0.864444", \
            "0.192266, 0.200367, 0.218375, 0.255126, 0.327103, 0.47273, 0.813033" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0386579, 0.0442649, 0.0576124, 0.0863452, 0.14945, 0.296315, 0.711224", \
            "0.038454, 0.0442404, 0.0573114, 0.0874538, 0.147489, 0.295064, 0.712678", \
            "0.0385668, 0.0444877, 0.0579061, 0.0865334, 0.149415, 0.295705, 0.708507", \
            "0.038504, 0.0441534, 0.0574733, 0.0862571, 0.147303, 0.296475, 0.709087", \
            "0.0385647, 0.0444816, 0.0574547, 0.0869047, 0.147808, 0.294944, 0.712301", \
            "0.0386372, 0.0441642, 0.0576279, 0.0864222, 0.148344, 0.295531, 0.712198", \
            "0.0388256, 0.0446671, 0.0578379, 0.0866111, 0.147541, 0.295138, 0.709122" \
          );
        }
      }
      timing () {
        related_pin : "DN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0842658, 0.0893127, 0.101668, 0.1338, 0.2207, 0.458763, 1.12047", \
            "0.0886574, 0.0936832, 0.106074, 0.138257, 0.224984, 0.463413, 1.1205", \
            "0.100399, 0.105441, 0.117781, 0.149863, 0.236989, 0.475857, 1.13699", \
            "0.125649, 0.130692, 0.143061, 0.175238, 0.262224, 0.50043, 1.15707", \
            "0.166321, 0.17149, 0.183876, 0.215891, 0.302794, 0.541877, 1.19758", \
            "0.235378, 0.240611, 0.253023, 0.284863, 0.371799, 0.609933, 1.27268", \
            "0.365885, 0.371634, 0.384503, 0.416481, 0.503361, 0.741822, 1.39789" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0147608, 0.0200402, 0.0351996, 0.0794723, 0.203907, 0.547473, 1.50641", \
            "0.0148022, 0.0200247, 0.035197, 0.0794763, 0.20377, 0.549913, 1.49994", \
            "0.0148, 0.0200638, 0.035216, 0.0794332, 0.204057, 0.547587, 1.50116", \
            "0.0148775, 0.0201221, 0.0352416, 0.079468, 0.204202, 0.549388, 1.4995", \
            "0.0155254, 0.0206862, 0.0355392, 0.0794197, 0.203827, 0.549122, 1.49814", \
            "0.0166302, 0.0215691, 0.0360669, 0.0796484, 0.2037, 0.546515, 1.50258", \
            "0.0189313, 0.0239615, 0.0375648, 0.0802319, 0.203603, 0.548121, 1.49135" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.190956, 0.199139, 0.217202, 0.253992, 0.325765, 0.471347, 0.811737", \
            "0.193376, 0.201546, 0.219614, 0.256483, 0.328258, 0.473826, 0.814162", \
            "0.197596, 0.205767, 0.223732, 0.26048, 0.332283, 0.477951, 0.818397", \
            "0.201885, 0.210016, 0.227961, 0.264834, 0.336903, 0.482522, 0.822987", \
            "0.202046, 0.210057, 0.227859, 0.264613, 0.336618, 0.482221, 0.822619", \
            "0.188088, 0.196162, 0.214154, 0.250852, 0.322758, 0.468478, 0.808785", \
            "0.133221, 0.141415, 0.159343, 0.196148, 0.268192, 0.414076, 0.754222" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0385852, 0.0441189, 0.0574865, 0.0862253, 0.147244, 0.294773, 0.709803", \
            "0.0385417, 0.0445188, 0.0574884, 0.0862717, 0.147114, 0.295215, 0.709847", \
            "0.0384261, 0.0441648, 0.0574537, 0.0871257, 0.147228, 0.294592, 0.7096", \
            "0.0384453, 0.0446072, 0.057616, 0.0862634, 0.146958, 0.295964, 0.707911", \
            "0.0386124, 0.0443379, 0.0574612, 0.0860967, 0.147805, 0.296509, 0.708754", \
            "0.038465, 0.044217, 0.0575066, 0.0871439, 0.147146, 0.29368, 0.710979", \
            "0.0388703, 0.0444104, 0.0579226, 0.086619, 0.149128, 0.29607, 0.711254" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0118041, 0.013604, 0.0183764, 0.0310398, 0.0657044, 0.161616, 0.429143", \
            "0.0117799, 0.0135608, 0.0183043, 0.0310152, 0.0655801, 0.161479, 0.426635", \
            "0.0118914, 0.0136569, 0.0183863, 0.0310785, 0.0657315, 0.161673, 0.428669", \
            "0.0120212, 0.0137514, 0.0184055, 0.0309541, 0.0656642, 0.161509, 0.428564", \
            "0.0125638, 0.0142057, 0.0186951, 0.031052, 0.0656137, 0.161589, 0.426868", \
            "0.0137587, 0.0153336, 0.0198642, 0.0322605, 0.0669225, 0.161843, 0.427553", \
            "0.0172041, 0.0186467, 0.0229188, 0.0352217, 0.0696371, 0.164907, 0.428456" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0133957, 0.0114381, 0.0069932, -0.0043753, -0.0378672, -0.134625, -0.403545", \
            "0.0131668, 0.0112064, 0.0068879, -0.0045258, -0.0380533, -0.134863, -0.403715", \
            "0.0129822, 0.011032, 0.0068229, -0.0047354, -0.0382912, -0.135096, -0.403946", \
            "0.0129064, 0.0109201, 0.0065977, -0.0048351, -0.0384587, -0.135244, -0.404078", \
            "0.0127426, 0.0107681, 0.0064469, -0.0050273, -0.0386146, -0.13534, -0.404135", \
            "0.0135777, 0.0114225, 0.0062684, -0.0049266, -0.0385166, -0.135199, -0.404", \
            "0.0200697, 0.0182033, 0.0126754, -0.0009408, -0.0367363, -0.134064, -0.402908" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0121356, 0.0139368, 0.0188078, 0.0317973, 0.0669064, 0.163965, 0.428802", \
            "0.0121319, 0.0139128, 0.0187563, 0.0317756, 0.0668208, 0.163099, 0.428444", \
            "0.012135, 0.0139177, 0.0187224, 0.0316493, 0.0667599, 0.163753, 0.430627", \
            "0.0121848, 0.0139245, 0.01852, 0.0313854, 0.066586, 0.162934, 0.430398", \
            "0.012626, 0.0142863, 0.018771, 0.0313958, 0.0663003, 0.163611, 0.430649", \
            "0.0136801, 0.0152961, 0.0197335, 0.0322627, 0.0669711, 0.162942, 0.430589", \
            "0.0169001, 0.0183476, 0.0226795, 0.0350317, 0.0694805, 0.165603, 0.430885" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0116777, 0.0097147, 0.0054094, -0.0060256, -0.0395641, -0.136232, -0.404973", \
            "0.011538, 0.0095444, 0.0051126, -0.0062379, -0.0397796, -0.136403, -0.405183", \
            "0.0114438, 0.0094724, 0.0051592, -0.0063445, -0.0399118, -0.13661, -0.405371", \
            "0.0112884, 0.0093269, 0.0049764, -0.006468, -0.0400972, -0.136694, -0.405426", \
            "0.0111468, 0.0091768, 0.0048337, -0.0066312, -0.0402015, -0.136789, -0.405523", \
            "0.0118778, 0.0100337, 0.0052222, -0.0062108, -0.03989, -0.136576, -0.405357", \
            "0.0193058, 0.0170099, 0.0118981, -0.0019377, -0.0378876, -0.135129, -0.403978" \
          );
        }
      }
      internal_power () {
        related_pin : "CN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0128286, 0.014605, 0.0194251, 0.0323398, 0.0674777, 0.16375, 0.431405", \
            "0.0126921, 0.0144893, 0.0192807, 0.0322172, 0.0672935, 0.164318, 0.431024", \
            "0.0128008, 0.0145777, 0.0193961, 0.0323105, 0.0674505, 0.163639, 0.43103", \
            "0.0124935, 0.0142705, 0.0190807, 0.0319655, 0.0671281, 0.163516, 0.429086", \
            "0.0121382, 0.014056, 0.0189413, 0.0317461, 0.0668248, 0.164017, 0.430689", \
            "0.0121109, 0.0137982, 0.0184035, 0.0311761, 0.0665925, 0.162588, 0.428562", \
            "0.0131056, 0.0146909, 0.0192878, 0.0321492, 0.0673636, 0.164443, 0.428421" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0103766, 0.0083972, 0.0040497, -0.0074219, -0.0409354, -0.137516, -0.406211", \
            "0.0101737, 0.0081978, 0.0038514, -0.0074863, -0.0410103, -0.137641, -0.406342", \
            "0.0101088, 0.0083354, 0.0040003, -0.0075046, -0.041088, -0.137721, -0.40642", \
            "0.0096416, 0.0076615, 0.0033188, -0.0081205, -0.0416363, -0.138167, -0.406887", \
            "0.0092128, 0.0072578, 0.002857, -0.0085328, -0.0419138, -0.138573, -0.407272", \
            "0.0131263, 0.011053, 0.0058327, -0.007359, -0.0421576, -0.138727, -0.40743", \
            "0.0153534, 0.0132644, 0.0080482, -0.0050506, -0.0405637, -0.137843, -0.406701" \
          );
        }
      }
      internal_power () {
        related_pin : "DN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.011373, 0.0131581, 0.0179347, 0.0308566, 0.0662728, 0.161462, 0.430344", \
            "0.0112575, 0.0130151, 0.0178077, 0.0307454, 0.0661628, 0.163171, 0.428355", \
            "0.0113472, 0.0131195, 0.0178849, 0.030804, 0.0659644, 0.162286, 0.428842", \
            "0.0110479, 0.0128182, 0.0176002, 0.0305033, 0.0659032, 0.162022, 0.428239", \
            "0.0105763, 0.0123597, 0.0172889, 0.0301322, 0.0651614, 0.161727, 0.427682", \
            "0.0104167, 0.0121105, 0.0167291, 0.0295531, 0.064973, 0.161424, 0.428891", \
            "0.0110133, 0.0127265, 0.0173009, 0.0302247, 0.0655553, 0.162845, 0.428332" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0090548, 0.0070675, 0.0027293, -0.0086884, -0.0421672, -0.138584, -0.407216", \
            "0.0089651, 0.006967, 0.0026072, -0.008806, -0.0422674, -0.138676, -0.407306", \
            "0.0088711, 0.0069028, 0.0024737, -0.00881, -0.0423125, -0.138731, -0.407377", \
            "0.0084079, 0.0064534, 0.0020993, -0.0093164, -0.0427634, -0.139188, -0.407816", \
            "0.0081822, 0.0062128, 0.0018242, -0.0095793, -0.0429762, -0.139451, -0.408069", \
            "0.0124302, 0.0103322, 0.0051769, -0.0079629, -0.0432416, -0.139685, -0.408309", \
            "0.0145385, 0.0124688, 0.0073536, -0.0058104, -0.0411368, -0.138474, -0.407205" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001599;
      rise_capacitance : 0.0017;
      rise_capacitance_range (0.0017, 0.0017);
      fall_capacitance : 0.001499;
      fall_capacitance_range (0.001499, 0.001499);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0017935, -0.0018193, -0.0018788, -0.001884, -0.0018961, -0.001924, -0.0019884" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0020655, 0.0020562, 0.0020347, 0.0020348, 0.0020352, 0.002036, 0.0020379" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001621;
      rise_capacitance : 0.001711;
      rise_capacitance_range (0.001711, 0.001711);
      fall_capacitance : 0.001531;
      fall_capacitance_range (0.001531, 0.001531);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0028213, -0.0028362, -0.0028704, -0.0028716, -0.0028743, -0.0028805, -0.0028949" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.002905, 0.0029002, 0.0028892, 0.0028888, 0.0028877, 0.0028853, 0.0028798" \
          );
        }
      }
    }
    pin (CN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001608;
      rise_capacitance : 0.001664;
      rise_capacitance_range (0.001664, 0.001664);
      fall_capacitance : 0.001553;
      fall_capacitance_range (0.001553, 0.001553);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.002495, 0.0024307, 0.0022825, 0.0026717, 0.003569, 0.0056372, 0.0104045" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0084386, 0.0083555, 0.0081637, 0.0085467, 0.0094297, 0.0114648, 0.016156" \
          );
        }
      }
    }
    pin (DN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001494;
      rise_capacitance : 0.001545;
      rise_capacitance_range (0.001545, 0.001545);
      fall_capacitance : 0.001444;
      fall_capacitance_range (0.001444, 0.001444);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.002087, 0.0020108, 0.0018351, 0.0022413, 0.0031775, 0.0053356, 0.0103101" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.007322, 0.0072591, 0.0071141, 0.0075333, 0.0084997, 0.0107272, 0.0158618" \
          );
        }
      }
    }
  }
  cell (scs8hd_or4bb_2) {
    area : 12.512;
    cell_footprint : "or4bb";
    cell_leakage_power : 0.00100907;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0002024;
      when : "!A&!B&!CN&DN";
    }
    leakage_power () {
      value : 0.0002274;
      when : "!A&!B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0130914;
      when : "!A&!B&CN&DN";
    }
    leakage_power () {
      value : 0.0002442;
      when : "!A&!B&CN&!DN";
    }
    leakage_power () {
      value : 0.0001967;
      when : "!A&B&!CN&DN";
    }
    leakage_power () {
      value : 0.0002273;
      when : "!A&B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0001726;
      when : "!A&B&CN&DN";
    }
    leakage_power () {
      value : 0.0001953;
      when : "!A&B&CN&!DN";
    }
    leakage_power () {
      value : 0.0001968;
      when : "A&!B&!CN&DN";
    }
    leakage_power () {
      value : 0.0002273;
      when : "A&!B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0001782;
      when : "A&!B&CN&DN";
    }
    leakage_power () {
      value : 0.0001956;
      when : "A&!B&CN&!DN";
    }
    leakage_power () {
      value : 0.0001967;
      when : "A&B&!CN&DN";
    }
    leakage_power () {
      value : 0.0002273;
      when : "A&B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0001707;
      when : "A&B&CN&DN";
    }
    leakage_power () {
      value : 0.0001953;
      when : "A&B&CN&!DN";
    }
    leakage_power () {
      value : 0.00100907;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B) | (!CN) | (!DN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.411997;
      max_transition : 1.50243;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0539523, 0.0580083, 0.0679767, 0.0936364, 0.167657, 0.391941, 1.07772", \
            "0.0578304, 0.0618508, 0.071812, 0.0974889, 0.171331, 0.395447, 1.08099", \
            "0.0674054, 0.0713931, 0.081299, 0.106809, 0.180935, 0.405153, 1.09247", \
            "0.0861817, 0.0904931, 0.100657, 0.126097, 0.199906, 0.424477, 1.10982", \
            "0.104614, 0.109928, 0.121909, 0.148362, 0.222171, 0.445727, 1.13296", \
            "0.107373, 0.11371, 0.128753, 0.158682, 0.232329, 0.457112, 1.14329", \
            "0.0564496, 0.0636249, 0.0816449, 0.119601, 0.19685, 0.419999, 1.10538" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0144078, 0.017895, 0.0282883, 0.0613271, 0.167323, 0.493455, 1.49802", \
            "0.0143411, 0.0178582, 0.028172, 0.0612918, 0.167332, 0.49349, 1.49834", \
            "0.0141042, 0.0176379, 0.0280814, 0.0611438, 0.166922, 0.493776, 1.49813", \
            "0.0163361, 0.0196289, 0.0293257, 0.0615001, 0.166979, 0.494195, 1.49826", \
            "0.0207851, 0.0246929, 0.0344796, 0.0640181, 0.167303, 0.494478, 1.49717", \
            "0.0275827, 0.032192, 0.043037, 0.0710098, 0.168735, 0.493902, 1.49815", \
            "0.0376323, 0.0429676, 0.0575526, 0.0865081, 0.175213, 0.495916, 1.49367" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.336094, 0.342478, 0.358627, 0.393996, 0.467591, 0.616855, 0.962079", \
            "0.337387, 0.343805, 0.35989, 0.395248, 0.468935, 0.617652, 0.963378", \
            "0.344051, 0.350387, 0.366479, 0.401777, 0.475309, 0.624174, 0.969922", \
            "0.362529, 0.368891, 0.384844, 0.420181, 0.493554, 0.642931, 0.988202", \
            "0.403492, 0.409852, 0.425553, 0.461064, 0.534693, 0.683984, 1.02955", \
            "0.488036, 0.494517, 0.510677, 0.546797, 0.620435, 0.770768, 1.11592", \
            "0.653293, 0.66003, 0.676696, 0.715015, 0.793339, 0.950167, 1.30177" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.054056, 0.0574882, 0.0673539, 0.0922213, 0.150177, 0.286183, 0.680121", \
            "0.0537624, 0.0571759, 0.0673234, 0.0921689, 0.149608, 0.286575, 0.679824", \
            "0.0539695, 0.0573806, 0.0674009, 0.0922977, 0.150304, 0.286524, 0.679953", \
            "0.0538422, 0.0572841, 0.0678707, 0.0933112, 0.151396, 0.286651, 0.681346", \
            "0.0537283, 0.0572691, 0.0677296, 0.0930322, 0.149627, 0.286393, 0.681491", \
            "0.0572942, 0.0607635, 0.0706445, 0.0956663, 0.153485, 0.288976, 0.681756", \
            "0.0659554, 0.068853, 0.0793273, 0.105852, 0.164136, 0.299512, 0.686947" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0544508, 0.0583775, 0.0683476, 0.0941277, 0.168483, 0.392944, 1.07906", \
            "0.0582951, 0.0622751, 0.0722258, 0.0979505, 0.172108, 0.39727, 1.08322", \
            "0.0675258, 0.0714799, 0.0813828, 0.107057, 0.181588, 0.405899, 1.09224", \
            "0.0856248, 0.0899124, 0.0999705, 0.12551, 0.199914, 0.424345, 1.11077", \
            "0.102831, 0.108131, 0.119998, 0.14658, 0.220304, 0.445652, 1.13032", \
            "0.103286, 0.109623, 0.124528, 0.154886, 0.2287, 0.453464, 1.14079", \
            "0.04757, 0.0546981, 0.0729806, 0.110703, 0.188442, 0.411644, 1.09975" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0139038, 0.0173907, 0.0277059, 0.0606864, 0.166737, 0.493856, 1.49524", \
            "0.013883, 0.0173706, 0.0276348, 0.0607275, 0.166831, 0.494081, 1.49886", \
            "0.0137609, 0.017222, 0.0275862, 0.0606904, 0.1669, 0.494178, 1.49652", \
            "0.0158148, 0.01924, 0.0290174, 0.0610799, 0.166944, 0.493386, 1.49785", \
            "0.0204412, 0.0241098, 0.0340102, 0.0634517, 0.166639, 0.494282, 1.49556", \
            "0.0268572, 0.031582, 0.0427855, 0.070448, 0.168542, 0.493298, 1.49781", \
            "0.03708, 0.0427916, 0.0567419, 0.0865459, 0.174702, 0.495595, 1.49597" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.320089, 0.326455, 0.342311, 0.377863, 0.451611, 0.600344, 0.946082", \
            "0.321707, 0.328065, 0.344111, 0.37958, 0.453052, 0.601994, 0.947792", \
            "0.328901, 0.335223, 0.351198, 0.386595, 0.460472, 0.609275, 0.954919", \
            "0.34863, 0.355034, 0.370707, 0.405942, 0.480045, 0.629013, 0.974563", \
            "0.394502, 0.400922, 0.416574, 0.452208, 0.52562, 0.675067, 1.0207", \
            "0.496283, 0.502759, 0.518788, 0.554932, 0.628705, 0.778531, 1.12424", \
            "0.701875, 0.708697, 0.725892, 0.764244, 0.843651, 1.00077, 1.35315" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0538229, 0.0575179, 0.067793, 0.0930156, 0.149598, 0.286464, 0.679529", \
            "0.054089, 0.0575516, 0.067275, 0.0924719, 0.150658, 0.286473, 0.680003", \
            "0.0538589, 0.0572702, 0.0676562, 0.0928187, 0.150427, 0.285916, 0.680237", \
            "0.0539549, 0.0572015, 0.0676199, 0.0921947, 0.150099, 0.286633, 0.681161", \
            "0.0538072, 0.0575324, 0.0676705, 0.0932525, 0.14958, 0.28633, 0.680041", \
            "0.0575011, 0.0610632, 0.0710973, 0.0961035, 0.153366, 0.287775, 0.680843", \
            "0.0696876, 0.0728592, 0.0830271, 0.108579, 0.166476, 0.303062, 0.687835" \
          );
        }
      }
      timing () {
        related_pin : "CN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.101935, 0.106031, 0.115953, 0.141599, 0.215549, 0.440061, 1.12546", \
            "0.106136, 0.110218, 0.120149, 0.145777, 0.219733, 0.444241, 1.13115", \
            "0.118028, 0.122019, 0.131976, 0.157576, 0.231792, 0.456305, 1.14215", \
            "0.14399, 0.147993, 0.157949, 0.183554, 0.25742, 0.48195, 1.16946", \
            "0.187345, 0.191423, 0.201499, 0.227146, 0.301154, 0.525881, 1.21163", \
            "0.259905, 0.2642, 0.274335, 0.300014, 0.37415, 0.598221, 1.28479", \
            "0.394631, 0.399368, 0.410227, 0.436201, 0.510344, 0.734545, 1.41925" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0142793, 0.0177114, 0.0278291, 0.0605655, 0.166617, 0.494678, 1.49481", \
            "0.0142622, 0.0177079, 0.0277709, 0.0605518, 0.166659, 0.493966, 1.49704", \
            "0.0141717, 0.0176548, 0.0278468, 0.0605421, 0.166639, 0.494503, 1.49814", \
            "0.0142287, 0.0177057, 0.0278527, 0.0606676, 0.166616, 0.493969, 1.49966", \
            "0.0147171, 0.0182917, 0.0282648, 0.0607881, 0.166378, 0.494716, 1.49961", \
            "0.0156093, 0.019148, 0.0290387, 0.0610541, 0.166607, 0.491994, 1.49663", \
            "0.0179755, 0.0213477, 0.0310503, 0.0619604, 0.166416, 0.493374, 1.49557" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.317875, 0.324302, 0.340047, 0.375807, 0.449172, 0.598476, 0.944111", \
            "0.320672, 0.327088, 0.342809, 0.378127, 0.452367, 0.601036, 0.946548", \
            "0.325747, 0.332138, 0.347876, 0.383518, 0.457368, 0.606003, 0.951496", \
            "0.331209, 0.337579, 0.353557, 0.389024, 0.462537, 0.611543, 0.957351", \
            "0.333083, 0.339462, 0.355492, 0.390774, 0.464567, 0.614281, 0.959659", \
            "0.320886, 0.327255, 0.343253, 0.378187, 0.452053, 0.601383, 0.946986", \
            "0.268844, 0.275188, 0.290969, 0.32653, 0.400382, 0.549489, 0.895215" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0539414, 0.0573155, 0.0676699, 0.0932757, 0.150136, 0.285502, 0.680359", \
            "0.0539904, 0.0572901, 0.0676608, 0.0922026, 0.150236, 0.286643, 0.681647", \
            "0.053764, 0.0571841, 0.0675386, 0.0932937, 0.150081, 0.286686, 0.681757", \
            "0.0538484, 0.0572915, 0.0673603, 0.0926018, 0.150042, 0.286313, 0.680117", \
            "0.0538572, 0.0575833, 0.0673273, 0.0921509, 0.149804, 0.285772, 0.67971", \
            "0.0539199, 0.0573722, 0.0673346, 0.0923864, 0.150299, 0.286024, 0.679995", \
            "0.054203, 0.0578261, 0.067928, 0.0933297, 0.149893, 0.286633, 0.677577" \
          );
        }
      }
      timing () {
        related_pin : "DN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0932572, 0.0972954, 0.107243, 0.132918, 0.20692, 0.431924, 1.11711", \
            "0.0975964, 0.101643, 0.111587, 0.137262, 0.211317, 0.436394, 1.12189", \
            "0.109514, 0.113564, 0.123506, 0.149182, 0.223243, 0.448344, 1.13422", \
            "0.13472, 0.138713, 0.148684, 0.174325, 0.248364, 0.473507, 1.16108", \
            "0.1764, 0.180505, 0.190476, 0.216126, 0.290064, 0.515424, 1.20563", \
            "0.246444, 0.250729, 0.260846, 0.286522, 0.360727, 0.584801, 1.27535", \
            "0.379547, 0.384249, 0.395161, 0.421234, 0.494756, 0.71966, 1.40418" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0139833, 0.0174654, 0.0276303, 0.0605075, 0.166577, 0.494973, 1.49641", \
            "0.0140088, 0.0174766, 0.0276311, 0.060509, 0.166552, 0.494902, 1.49518", \
            "0.0140107, 0.0174812, 0.0276356, 0.0605141, 0.166551, 0.494878, 1.49448", \
            "0.0140754, 0.0175441, 0.0277799, 0.0604042, 0.166501, 0.494706, 1.50243", \
            "0.0144773, 0.0180529, 0.0282044, 0.0606554, 0.166027, 0.49463, 1.50063", \
            "0.0154277, 0.0189805, 0.0289219, 0.060866, 0.166063, 0.493508, 1.50046", \
            "0.0177942, 0.0210949, 0.0308896, 0.0617212, 0.166582, 0.493451, 1.49598" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.26689, 0.273315, 0.289063, 0.324336, 0.398294, 0.547902, 0.893335", \
            "0.269602, 0.27597, 0.29179, 0.327366, 0.401218, 0.550346, 0.896074", \
            "0.273568, 0.279971, 0.295661, 0.330973, 0.404753, 0.554629, 0.900211", \
            "0.278234, 0.284552, 0.300351, 0.335884, 0.409523, 0.559129, 0.90458", \
            "0.277968, 0.284366, 0.300355, 0.335586, 0.409207, 0.558693, 0.904259", \
            "0.263048, 0.26938, 0.285128, 0.320309, 0.394194, 0.544211, 0.88953", \
            "0.207967, 0.214342, 0.230098, 0.265267, 0.339161, 0.489247, 0.834751" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0539478, 0.0572878, 0.0675978, 0.0921955, 0.1507, 0.286351, 0.679883", \
            "0.0539507, 0.0575823, 0.0677363, 0.093114, 0.149721, 0.28642, 0.681382", \
            "0.0539914, 0.0572879, 0.0677111, 0.0921378, 0.150204, 0.285465, 0.680272", \
            "0.0538951, 0.0574699, 0.0677662, 0.0930156, 0.149681, 0.286113, 0.680769", \
            "0.0538599, 0.0570981, 0.0674008, 0.0931408, 0.150775, 0.285617, 0.680666", \
            "0.0538985, 0.0577497, 0.0675852, 0.0923073, 0.150145, 0.284454, 0.680967", \
            "0.0539594, 0.0574154, 0.0680288, 0.0924625, 0.149984, 0.285539, 0.681053" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0175435, 0.0195881, 0.0258261, 0.0442484, 0.0999263, 0.269845, 0.791058", \
            "0.017529, 0.0195738, 0.0257898, 0.044226, 0.0999147, 0.269841, 0.790694", \
            "0.0176073, 0.0196534, 0.0258478, 0.0442243, 0.0998533, 0.270601, 0.793932", \
            "0.0180349, 0.0200458, 0.0260427, 0.0441321, 0.0998891, 0.269841, 0.790996", \
            "0.0188611, 0.0207153, 0.0265424, 0.0443388, 0.0996151, 0.270621, 0.793894", \
            "0.0205978, 0.0223351, 0.028137, 0.0456946, 0.100485, 0.26989, 0.794173", \
            "0.0247783, 0.0261481, 0.031268, 0.0487942, 0.103844, 0.272292, 0.790632" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0237589, 0.0209545, 0.0130295, -0.0064379, -0.0607347, -0.231263, -0.758692", \
            "0.0234731, 0.0206679, 0.0128389, -0.0066625, -0.060952, -0.231417, -0.758895", \
            "0.0233503, 0.0205098, 0.012579, -0.0068131, -0.0611674, -0.231647, -0.759121", \
            "0.0232095, 0.0203195, 0.0123836, -0.0065087, -0.0610801, -0.231827, -0.759301", \
            "0.0230215, 0.0201577, 0.0122814, -0.0070043, -0.0614907, -0.232012, -0.759445", \
            "0.0238324, 0.0209566, 0.0131179, -0.0066751, -0.0612894, -0.231905, -0.759503", \
            "0.0327118, 0.0297382, 0.0213143, 0.0002891, -0.0586444, -0.23073, -0.75845" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0178392, 0.0198581, 0.0261259, 0.0447913, 0.10111, 0.271767, 0.796032", \
            "0.0178209, 0.0198732, 0.0260991, 0.0448239, 0.101043, 0.27118, 0.792794", \
            "0.017815, 0.0198841, 0.0261191, 0.0447721, 0.100923, 0.271631, 0.796014", \
            "0.0180544, 0.0200428, 0.0259792, 0.0444209, 0.100637, 0.272117, 0.793189", \
            "0.018962, 0.0208471, 0.0267496, 0.0445758, 0.100354, 0.271228, 0.794819", \
            "0.0204897, 0.0222351, 0.0279136, 0.045897, 0.100816, 0.270888, 0.795688", \
            "0.0248956, 0.02624, 0.0315277, 0.048967, 0.103969, 0.273289, 0.791664" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0219465, 0.0191447, 0.0111968, -0.0080754, -0.0624987, -0.232856, -0.760191", \
            "0.0218933, 0.019077, 0.0111849, -0.0082807, -0.0626291, -0.233064, -0.760456", \
            "0.0218709, 0.0190713, 0.011111, -0.0082882, -0.0627636, -0.233285, -0.760713", \
            "0.0215273, 0.0186405, 0.0106951, -0.0087406, -0.0629826, -0.233316, -0.760902", \
            "0.0214952, 0.018595, 0.0106561, -0.0087052, -0.0631351, -0.233558, -0.761018", \
            "0.0222131, 0.0194351, 0.0113891, -0.007713, -0.0626371, -0.233314, -0.76085", \
            "0.0321022, 0.0290711, 0.0205767, -0.0016626, -0.060547, -0.23179, -0.759469" \
          );
        }
      }
      internal_power () {
        related_pin : "CN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0185263, 0.0205951, 0.0268016, 0.0454269, 0.101614, 0.272354, 0.795601", \
            "0.0183939, 0.0204633, 0.0266761, 0.0453185, 0.101498, 0.272309, 0.796448", \
            "0.018541, 0.0205584, 0.0268044, 0.0454268, 0.101545, 0.273334, 0.792421", \
            "0.0183248, 0.020345, 0.0265321, 0.0451759, 0.101345, 0.272227, 0.796418", \
            "0.0179293, 0.0200112, 0.0262765, 0.0447868, 0.100889, 0.271839, 0.793104", \
            "0.0181708, 0.020165, 0.026033, 0.0444823, 0.100936, 0.270643, 0.795028", \
            "0.0188587, 0.0207002, 0.0266188, 0.0449507, 0.101403, 0.272846, 0.790232" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0209171, 0.0180793, 0.0101339, -0.0092723, -0.0637906, -0.234276, -0.76163", \
            "0.0205399, 0.0176439, 0.0097131, -0.0097329, -0.0640162, -0.234205, -0.761647", \
            "0.0203864, 0.0175976, 0.0096501, -0.0096595, -0.0640793, -0.234236, -0.761683", \
            "0.0202178, 0.0173458, 0.0093701, -0.0100228, -0.0645094, -0.23486, -0.76217", \
            "0.0196688, 0.0167575, 0.0088324, -0.0106195, -0.0649843, -0.23533, -0.762594", \
            "0.0215211, 0.0186206, 0.010834, -0.010304, -0.0649933, -0.235487, -0.762814", \
            "0.0278964, 0.024996, 0.0169455, -0.0041166, -0.0617622, -0.234427, -0.762073" \
          );
        }
      }
      internal_power () {
        related_pin : "DN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0170891, 0.0191475, 0.025332, 0.0440197, 0.100177, 0.270941, 0.789664", \
            "0.0169646, 0.0190314, 0.0252164, 0.0439052, 0.100054, 0.270684, 0.789492", \
            "0.017042, 0.0191082, 0.0253064, 0.0439849, 0.100139, 0.270735, 0.789608", \
            "0.0167929, 0.0188009, 0.0250253, 0.0436519, 0.0998483, 0.270272, 0.792984", \
            "0.0164531, 0.0185624, 0.0247508, 0.0432903, 0.0993979, 0.271625, 0.792992", \
            "0.0164373, 0.0184316, 0.0243624, 0.0428524, 0.0993111, 0.268605, 0.791224", \
            "0.0166202, 0.0185303, 0.0252187, 0.0437263, 0.0991982, 0.271403, 0.792261" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153094, 0.00468754, 0.0143527, 0.043946, 0.134557, 0.411997");
          values ( \
            "0.0193606, 0.0164668, 0.0085352, -0.0108848, -0.065014, -0.235398, -0.762589", \
            "0.0192699, 0.0163276, 0.0084488, -0.0108561, -0.0652583, -0.235401, -0.762705", \
            "0.0192308, 0.0163359, 0.0084037, -0.0110303, -0.0651536, -0.235581, -0.762877", \
            "0.0187239, 0.015837, 0.0079403, -0.0113658, -0.0657118, -0.236021, -0.763174", \
            "0.0183319, 0.0155577, 0.0076511, -0.0116793, -0.0661001, -0.236448, -0.763653", \
            "0.0215619, 0.0185934, 0.0105261, -0.0104859, -0.0663783, -0.236726, -0.763982", \
            "0.0263248, 0.0234434, 0.0153933, -0.0057069, -0.0632386, -0.23602, -0.763486" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001579;
      rise_capacitance : 0.001679;
      rise_capacitance_range (0.001679, 0.001679);
      fall_capacitance : 0.001478;
      fall_capacitance_range (0.001478, 0.001478);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0017938, -0.0018189, -0.0018768, -0.0018819, -0.0018938, -0.0019213, -0.0019846" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.002066, 0.0020566, 0.0020351, 0.0020349, 0.0020345, 0.0020336, 0.0020316" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001606;
      rise_capacitance : 0.001697;
      rise_capacitance_range (0.001697, 0.001697);
      fall_capacitance : 0.001516;
      fall_capacitance_range (0.001516, 0.001516);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0028158, -0.0028307, -0.002865, -0.0028665, -0.0028701, -0.0028784, -0.0028974" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0029064, 0.0029006, 0.0028871, 0.0028864, 0.0028847, 0.002881, 0.0028724" \
          );
        }
      }
    }
    pin (CN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001609;
      rise_capacitance : 0.001664;
      rise_capacitance_range (0.001664, 0.001664);
      fall_capacitance : 0.001553;
      fall_capacitance_range (0.001553, 0.001553);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.002502, 0.0024303, 0.0022649, 0.0026548, 0.0035534, 0.0056247, 0.0103993" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0084466, 0.0083642, 0.008174, 0.0085566, 0.0094385, 0.0114713, 0.0161571" \
          );
        }
      }
    }
    pin (DN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001493;
      rise_capacitance : 0.001543;
      rise_capacitance_range (0.001543, 0.001543);
      fall_capacitance : 0.001443;
      fall_capacitance_range (0.001443, 0.001443);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0020903, 0.0020167, 0.0018472, 0.0022715, 0.0032496, 0.005504, 0.0107006" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0073301, 0.0072661, 0.0071184, 0.0075387, 0.0085074, 0.0107403, 0.0158874" \
          );
        }
      }
    }
  }
  cell (scs8hd_or4bb_4) {
    area : 15.0144;
    cell_footprint : "or4bb";
    cell_leakage_power : 0.00509764;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0007485;
      when : "!A&!B&!CN&DN";
    }
    leakage_power () {
      value : 0.0065055;
      when : "!A&!B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0250369;
      when : "!A&!B&CN&DN";
    }
    leakage_power () {
      value : 0.0064804;
      when : "!A&!B&CN&!DN";
    }
    leakage_power () {
      value : 0.0007482;
      when : "!A&B&!CN&DN";
    }
    leakage_power () {
      value : 0.0065055;
      when : "!A&B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0005486;
      when : "!A&B&CN&DN";
    }
    leakage_power () {
      value : 0.0064734;
      when : "!A&B&CN&!DN";
    }
    leakage_power () {
      value : 0.0007482;
      when : "A&!B&!CN&DN";
    }
    leakage_power () {
      value : 0.0065055;
      when : "A&!B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0005125;
      when : "A&!B&CN&DN";
    }
    leakage_power () {
      value : 0.0064736;
      when : "A&!B&CN&!DN";
    }
    leakage_power () {
      value : 0.0007482;
      when : "A&B&!CN&DN";
    }
    leakage_power () {
      value : 0.0065055;
      when : "A&B&!CN&!DN";
    }
    leakage_power () {
      value : 0.0005484;
      when : "A&B&CN&DN";
    }
    leakage_power () {
      value : 0.0064734;
      when : "A&B&CN&!DN";
    }
    leakage_power () {
      value : 0.00509764;
    }
    pin (X) {
      direction : output;
      function : "(A) | (B) | (!CN) | (!DN)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.705881;
      max_transition : 1.50555;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0601568, 0.0630588, 0.0711109, 0.092939, 0.158575, 0.373576, 1.0908", \
            "0.0636777, 0.0665579, 0.0745786, 0.0963943, 0.16208, 0.376978, 1.09395", \
            "0.0723899, 0.0752613, 0.0832577, 0.104974, 0.170318, 0.385738, 1.10583", \
            "0.0905182, 0.093541, 0.101671, 0.123145, 0.188447, 0.403403, 1.12138", \
            "0.107509, 0.111184, 0.120893, 0.143649, 0.208419, 0.422983, 1.14057", \
            "0.104399, 0.108675, 0.12051, 0.147261, 0.212665, 0.426995, 1.1437", \
            "0.0372039, 0.0418043, 0.0555935, 0.088918, 0.159929, 0.37198, 1.08727" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0158467, 0.018238, 0.0259131, 0.0521295, 0.143414, 0.454616, 1.49986", \
            "0.0157284, 0.0181408, 0.0258952, 0.0520941, 0.143571, 0.454717, 1.50037", \
            "0.0156247, 0.0179912, 0.0257287, 0.0519513, 0.143602, 0.455008, 1.50255", \
            "0.0172105, 0.0194694, 0.0267924, 0.0522171, 0.143353, 0.454684, 1.50186", \
            "0.022094, 0.0248209, 0.0319117, 0.0551955, 0.143441, 0.454925, 1.4987", \
            "0.0288031, 0.032047, 0.0409185, 0.063073, 0.145763, 0.455219, 1.50012", \
            "0.0397461, 0.0430869, 0.0537039, 0.0788717, 0.153692, 0.455828, 1.49681" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.299248, 0.3031, 0.314259, 0.341967, 0.403871, 0.535352, 0.862102", \
            "0.302722, 0.306599, 0.317789, 0.345404, 0.407032, 0.538668, 0.865732", \
            "0.31236, 0.31621, 0.327316, 0.354889, 0.416512, 0.548291, 0.875308", \
            "0.335127, 0.338957, 0.350137, 0.377444, 0.439222, 0.57108, 0.897814", \
            "0.38362, 0.387464, 0.398553, 0.4261, 0.487651, 0.619787, 0.946715", \
            "0.483899, 0.487793, 0.499015, 0.527109, 0.588869, 0.721901, 1.04854", \
            "0.677619, 0.681653, 0.693738, 0.723219, 0.789435, 0.92853, 1.26203" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.051828, 0.0537413, 0.0598883, 0.0787962, 0.125337, 0.243586, 0.620559", \
            "0.0518084, 0.0537623, 0.0602665, 0.0783999, 0.125088, 0.243986, 0.620802", \
            "0.0517854, 0.0537381, 0.0600063, 0.0786484, 0.124658, 0.24392, 0.620036", \
            "0.0517865, 0.0537679, 0.0602937, 0.0789406, 0.124628, 0.243348, 0.620379", \
            "0.0519315, 0.0538245, 0.0603688, 0.0789213, 0.124652, 0.243741, 0.621044", \
            "0.0551165, 0.0570067, 0.0631457, 0.0811448, 0.126975, 0.245157, 0.621709", \
            "0.0650997, 0.066664, 0.0731664, 0.0913293, 0.138487, 0.25821, 0.627104" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0600104, 0.06285, 0.0707813, 0.0924795, 0.15834, 0.373311, 1.09256", \
            "0.0634917, 0.0663349, 0.0742387, 0.095997, 0.161706, 0.376964, 1.09569", \
            "0.0720099, 0.0748192, 0.0827192, 0.104368, 0.170204, 0.385462, 1.10307", \
            "0.0895439, 0.0925313, 0.100537, 0.122037, 0.187768, 0.402663, 1.12111", \
            "0.104903, 0.108519, 0.11805, 0.140717, 0.205799, 0.42078, 1.14", \
            "0.0992435, 0.103462, 0.11517, 0.141919, 0.20748, 0.422034, 1.13971", \
            "0.0275578, 0.0322301, 0.0460419, 0.0797888, 0.150338, 0.363378, 1.0806" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0151738, 0.0175387, 0.0251539, 0.0512384, 0.142642, 0.45513, 1.50126", \
            "0.0151603, 0.0175637, 0.0252365, 0.0512137, 0.142753, 0.455176, 1.50019", \
            "0.0150902, 0.0174212, 0.0250733, 0.051083, 0.142613, 0.455193, 1.49769", \
            "0.016603, 0.0189644, 0.0261822, 0.0515942, 0.142843, 0.454244, 1.50157", \
            "0.0215114, 0.024029, 0.0312587, 0.0545053, 0.143149, 0.454711, 1.49977", \
            "0.028261, 0.0313896, 0.0403164, 0.0625132, 0.145235, 0.453992, 1.50166", \
            "0.0390415, 0.0424066, 0.0531831, 0.078903, 0.153459, 0.455754, 1.49458" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.286201, 0.290071, 0.301167, 0.32883, 0.390627, 0.522189, 0.849229", \
            "0.289261, 0.29309, 0.3041, 0.331827, 0.393655, 0.525161, 0.852469", \
            "0.298673, 0.302502, 0.313659, 0.3412, 0.402841, 0.534436, 0.861721", \
            "0.321479, 0.325354, 0.33651, 0.363752, 0.425643, 0.557546, 0.884505", \
            "0.373367, 0.377207, 0.388254, 0.415874, 0.477454, 0.60965, 0.93672", \
            "0.486859, 0.490808, 0.502247, 0.530359, 0.592067, 0.725196, 1.05214", \
            "0.713249, 0.717318, 0.729247, 0.759952, 0.827153, 0.96773, 1.30104" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0519235, 0.0538252, 0.0598331, 0.0790147, 0.125041, 0.244057, 0.620504", \
            "0.0519956, 0.0537879, 0.0604086, 0.0789291, 0.12461, 0.244192, 0.620142", \
            "0.051783, 0.0537513, 0.0602654, 0.0783779, 0.124639, 0.244013, 0.619931", \
            "0.0517893, 0.0537076, 0.0600318, 0.0790463, 0.124828, 0.243904, 0.621116", \
            "0.0519492, 0.0538353, 0.0598159, 0.0788075, 0.124937, 0.243636, 0.620948", \
            "0.0560142, 0.0581392, 0.0639524, 0.0822575, 0.128053, 0.245975, 0.620626", \
            "0.0694911, 0.0711664, 0.0771009, 0.0952294, 0.142464, 0.260375, 0.628674" \
          );
        }
      }
      timing () {
        related_pin : "CN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.123392, 0.126239, 0.134257, 0.15592, 0.221316, 0.436473, 1.1537", \
            "0.127729, 0.130579, 0.138504, 0.16013, 0.22553, 0.441094, 1.15849", \
            "0.139225, 0.142092, 0.150144, 0.171787, 0.237179, 0.452616, 1.17197", \
            "0.166238, 0.169089, 0.177107, 0.19874, 0.264403, 0.480438, 1.19711", \
            "0.216545, 0.219489, 0.227543, 0.24919, 0.314656, 0.529888, 1.24775", \
            "0.297429, 0.300528, 0.30876, 0.330623, 0.395987, 0.610891, 1.33026", \
            "0.440615, 0.444024, 0.452861, 0.475226, 0.540333, 0.755801, 1.47272" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.015657, 0.0181425, 0.0255766, 0.0512933, 0.142588, 0.454795, 1.49906", \
            "0.0156485, 0.0180265, 0.0255945, 0.0512101, 0.142343, 0.455319, 1.50098", \
            "0.0157542, 0.0180694, 0.0256082, 0.051291, 0.142639, 0.455207, 1.50261", \
            "0.0156989, 0.0181722, 0.0255466, 0.0512933, 0.142625, 0.455399, 1.50013", \
            "0.0163408, 0.0186303, 0.0259502, 0.0514631, 0.142646, 0.454683, 1.50145", \
            "0.0174598, 0.0197983, 0.0271593, 0.0519183, 0.142693, 0.454207, 1.50216", \
            "0.0198204, 0.0221238, 0.0297652, 0.0533986, 0.143004, 0.453993, 1.49826" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.289348, 0.293255, 0.304488, 0.332061, 0.393756, 0.525369, 0.852512", \
            "0.292893, 0.296748, 0.307902, 0.335572, 0.397154, 0.529005, 0.855927", \
            "0.300003, 0.303859, 0.314845, 0.34256, 0.404444, 0.535809, 0.863021", \
            "0.309616, 0.313502, 0.324697, 0.352163, 0.413917, 0.545475, 0.872797", \
            "0.317444, 0.32125, 0.332249, 0.359668, 0.421653, 0.553912, 0.880791", \
            "0.313736, 0.317576, 0.328698, 0.355898, 0.417739, 0.550126, 0.876702", \
            "0.274531, 0.278378, 0.289431, 0.31675, 0.378951, 0.511127, 0.838173" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0517467, 0.0537191, 0.0603173, 0.0783272, 0.124633, 0.244045, 0.62114", \
            "0.0517663, 0.0537067, 0.0599734, 0.0789794, 0.125042, 0.243929, 0.621098", \
            "0.0519256, 0.0538108, 0.0604786, 0.0790449, 0.124845, 0.244128, 0.621137", \
            "0.0517807, 0.0537479, 0.0603546, 0.0787613, 0.124478, 0.24386, 0.620377", \
            "0.0519078, 0.0537989, 0.0600146, 0.0789424, 0.124779, 0.243648, 0.621157", \
            "0.0518329, 0.0537603, 0.0600642, 0.0784723, 0.125363, 0.242366, 0.621395", \
            "0.0521739, 0.0540671, 0.0600157, 0.0792608, 0.125189, 0.243678, 0.620689" \
          );
        }
      }
      timing () {
        related_pin : "DN";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.11202, 0.114973, 0.122954, 0.144674, 0.210305, 0.425541, 1.14465", \
            "0.116252, 0.119135, 0.127183, 0.148901, 0.214562, 0.429646, 1.14902", \
            "0.128028, 0.130868, 0.138876, 0.160592, 0.226401, 0.442033, 1.15933", \
            "0.154815, 0.157664, 0.165644, 0.18734, 0.252953, 0.468856, 1.18951", \
            "0.202592, 0.205552, 0.213607, 0.235215, 0.300727, 0.516692, 1.23325", \
            "0.280128, 0.283284, 0.291527, 0.313323, 0.378917, 0.593919, 1.3177", \
            "0.420452, 0.423871, 0.432961, 0.455128, 0.520402, 0.736099, 1.45266" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0156122, 0.0179537, 0.0254951, 0.0511851, 0.142594, 0.454211, 1.5001", \
            "0.0155687, 0.0179315, 0.0255135, 0.0511894, 0.142617, 0.454166, 1.50047", \
            "0.0154972, 0.0179257, 0.025462, 0.0510509, 0.142576, 0.455489, 1.50555", \
            "0.0155964, 0.0179735, 0.0254979, 0.0511219, 0.142364, 0.45489, 1.50447", \
            "0.0161199, 0.0185125, 0.0259442, 0.0513953, 0.142249, 0.455496, 1.49934", \
            "0.0174129, 0.0196767, 0.0271053, 0.0519669, 0.142616, 0.453799, 1.50544", \
            "0.0198475, 0.0221391, 0.0295593, 0.0534343, 0.142875, 0.454264, 1.49992" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.245028, 0.2489, 0.260081, 0.287706, 0.349342, 0.481605, 0.808625", \
            "0.248288, 0.252227, 0.26317, 0.290935, 0.352717, 0.484776, 0.812112", \
            "0.254528, 0.258375, 0.269484, 0.296907, 0.358571, 0.490802, 0.817873", \
            "0.261581, 0.265429, 0.276408, 0.303664, 0.365837, 0.49799, 0.824978", \
            "0.26605, 0.269876, 0.280896, 0.308439, 0.370001, 0.502148, 0.829078", \
            "0.257368, 0.261203, 0.272295, 0.300323, 0.361926, 0.494128, 0.821141", \
            "0.212194, 0.215998, 0.226969, 0.254722, 0.316547, 0.448902, 0.775942" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0517675, 0.0537041, 0.0599061, 0.0790294, 0.124713, 0.243698, 0.621046", \
            "0.0518512, 0.0538201, 0.0603523, 0.078983, 0.124797, 0.24377, 0.620562", \
            "0.051824, 0.0537727, 0.0603492, 0.0787189, 0.124903, 0.243651, 0.621171", \
            "0.0519283, 0.0537933, 0.060474, 0.0790625, 0.125467, 0.242983, 0.620886", \
            "0.052077, 0.0537849, 0.0599312, 0.0780936, 0.124473, 0.243476, 0.621294", \
            "0.0518475, 0.0537732, 0.0603912, 0.0785712, 0.124871, 0.241445, 0.621143", \
            "0.0522075, 0.0542631, 0.0606959, 0.0791277, 0.124643, 0.243546, 0.620848" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0335704, 0.0359056, 0.0436493, 0.0690891, 0.152369, 0.429289, 1.35814", \
            "0.0334519, 0.0358193, 0.0435505, 0.069012, 0.152365, 0.429238, 1.35818", \
            "0.0334428, 0.0357693, 0.0435138, 0.0689771, 0.152378, 0.42973, 1.35926", \
            "0.034318, 0.0365663, 0.0441349, 0.0688299, 0.152234, 0.429666, 1.36046", \
            "0.0357393, 0.0378958, 0.045073, 0.0691761, 0.151797, 0.429179, 1.35745", \
            "0.03867, 0.0406089, 0.0475915, 0.0720626, 0.153127, 0.430205, 1.36096", \
            "0.0462952, 0.0476994, 0.0539369, 0.077577, 0.159715, 0.434479, 1.35973" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0418836, 0.0386454, 0.0284834, 0.0009286, -0.079547, -0.356661, -1.29742", \
            "0.0416198, 0.0381757, 0.0280638, 0.0003063, -0.0799309, -0.356775, -1.29765", \
            "0.0413602, 0.0379462, 0.027868, 0.0002594, -0.0802889, -0.357152, -1.298", \
            "0.0408963, 0.0375497, 0.0274977, 0.0001545, -0.0805393, -0.357404, -1.29817", \
            "0.0407309, 0.0374666, 0.0271697, -0.0003863, -0.0808734, -0.357611, -1.29846", \
            "0.0419931, 0.0386936, 0.0283789, 0.0001116, -0.0804963, -0.357212, -1.29843", \
            "0.0580997, 0.054681, 0.0448581, 0.0128879, -0.0753904, -0.355787, -1.29696" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0338485, 0.0361862, 0.043909, 0.0696405, 0.153969, 0.432324, 1.36197", \
            "0.033806, 0.0361307, 0.0439103, 0.0696356, 0.15398, 0.432526, 1.36175", \
            "0.0337919, 0.0361157, 0.0438997, 0.0695584, 0.153796, 0.432643, 1.36209", \
            "0.0342529, 0.0365442, 0.0441005, 0.0690915, 0.153277, 0.432369, 1.36193", \
            "0.0355991, 0.0377277, 0.0449927, 0.0692611, 0.152626, 0.431184, 1.36142", \
            "0.0383793, 0.0403242, 0.0472681, 0.0718034, 0.153633, 0.431779, 1.36299", \
            "0.0462809, 0.0477344, 0.0538766, 0.0776472, 0.159212, 0.435059, 1.36219" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0381675, 0.0349454, 0.0246876, -0.0026772, -0.0829973, -0.359476, -1.30042", \
            "0.0381405, 0.0347065, 0.0244854, -0.0030195, -0.0832937, -0.359662, -1.30062", \
            "0.0378943, 0.0345145, 0.0245092, -0.0032393, -0.0835471, -0.35997, -1.30082", \
            "0.0376638, 0.034528, 0.0243809, -0.00352, -0.0837066, -0.360222, -1.30105", \
            "0.0374269, 0.0341966, 0.0239372, -0.0036293, -0.0840526, -0.360618, -1.30125", \
            "0.0390601, 0.035793, 0.0260822, -0.0026652, -0.0833612, -0.36015, -1.30115", \
            "0.0564966, 0.0530451, 0.0421063, 0.0118073, -0.077499, -0.358016, -1.29908" \
          );
        }
      }
      internal_power () {
        related_pin : "CN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0337752, 0.0359737, 0.0437637, 0.0693648, 0.153395, 0.432671, 1.36075", \
            "0.0336334, 0.0359252, 0.0436621, 0.0691778, 0.153285, 0.432497, 1.36415", \
            "0.0336367, 0.0359428, 0.0437489, 0.0693249, 0.153508, 0.432463, 1.36157", \
            "0.0335139, 0.0357128, 0.0434628, 0.069043, 0.153033, 0.432261, 1.36108", \
            "0.0332301, 0.035541, 0.0432346, 0.0686846, 0.152748, 0.43132, 1.36342", \
            "0.0339432, 0.0362028, 0.043482, 0.0686202, 0.152557, 0.430507, 1.36151", \
            "0.0353884, 0.0375047, 0.0446845, 0.0697365, 0.153754, 0.433478, 1.35772" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0365203, 0.0330288, 0.0230015, -0.004691, -0.084879, -0.361258, -1.30178", \
            "0.0364224, 0.0330717, 0.0228416, -0.0048294, -0.0843597, -0.361254, -1.30186", \
            "0.0361853, 0.0328787, 0.0226433, -0.0048639, -0.0851431, -0.361196, -1.30211", \
            "0.0358255, 0.032416, 0.0223304, -0.0052397, -0.0856349, -0.361933, -1.30251", \
            "0.0353655, 0.0323065, 0.0218225, -0.0058759, -0.0861897, -0.362514, -1.30306", \
            "0.0394461, 0.0361647, 0.0258362, -0.0035676, -0.0861439, -0.362897, -1.30349", \
            "0.0498812, 0.0465758, 0.0361451, 0.0067059, -0.0795625, -0.361234, -1.30269" \
          );
        }
      }
      internal_power () {
        related_pin : "DN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.031567, 0.0338955, 0.0416438, 0.0672665, 0.15172, 0.430237, 1.35694", \
            "0.0314516, 0.0337734, 0.0415171, 0.06714, 0.15161, 0.430151, 1.35665", \
            "0.0315238, 0.0338003, 0.0415662, 0.0671779, 0.151573, 0.430857, 1.36256", \
            "0.031189, 0.0334469, 0.0411537, 0.0667787, 0.151249, 0.430181, 1.36267", \
            "0.0311058, 0.0334541, 0.0411956, 0.0663512, 0.150705, 0.429947, 1.35617", \
            "0.0313816, 0.0335977, 0.0410399, 0.0658506, 0.150397, 0.427778, 1.36142", \
            "0.0318296, 0.0340144, 0.0414997, 0.0663318, 0.1503, 0.430294, 1.35799" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0348329, 0.0314469, 0.0213726, -0.0061894, -0.0865681, -0.362825, -1.30312", \
            "0.0344682, 0.0313792, 0.0211183, -0.0063966, -0.0864968, -0.362705, -1.30316", \
            "0.0346523, 0.0312131, 0.02112, -0.0064332, -0.0867821, -0.363043, -1.30339", \
            "0.0340537, 0.0306271, 0.0205171, -0.0072383, -0.0872324, -0.363385, -1.30375", \
            "0.0333824, 0.0300731, 0.0199229, -0.007757, -0.0878607, -0.363934, -1.30448", \
            "0.0402704, 0.0369455, 0.0266166, -0.0029272, -0.0881098, -0.36428, -1.3048", \
            "0.048178, 0.0448742, 0.0344962, 0.0046107, -0.0816512, -0.362957, -1.30437" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002377;
      rise_capacitance : 0.002513;
      rise_capacitance_range (0.002513, 0.002513);
      fall_capacitance : 0.002241;
      fall_capacitance_range (0.002241, 0.002241);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0038024, -0.0038489, -0.0039561, -0.003969, -0.0039986, -0.0040669, -0.0042242" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0042945, 0.0042982, 0.0043067, 0.0043057, 0.0043034, 0.0042982, 0.0042861" \
          );
        }
      }
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002423;
      rise_capacitance : 0.002574;
      rise_capacitance_range (0.002574, 0.002574);
      fall_capacitance : 0.002272;
      fall_capacitance_range (0.002272, 0.002272);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0049058, -0.0049339, -0.0049988, -0.005002, -0.0050096, -0.0050269, -0.005067" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0050623, 0.0050629, 0.0050643, 0.0050619, 0.0050564, 0.0050438, 0.0050146" \
          );
        }
      }
    }
    pin (CN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001593;
      rise_capacitance : 0.001652;
      rise_capacitance_range (0.001652, 0.001652);
      fall_capacitance : 0.001535;
      fall_capacitance_range (0.001535, 0.001535);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0049742, 0.0049144, 0.0047766, 0.0051385, 0.0059726, 0.0078953, 0.0123272" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0099613, 0.0098622, 0.0096336, 0.0099769, 0.0107682, 0.0125923, 0.0167968" \
          );
        }
      }
    }
    pin (DN) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001484;
      rise_capacitance : 0.001537;
      rise_capacitance_range (0.001537, 0.001537);
      fall_capacitance : 0.00143;
      fall_capacitance_range (0.00143, 0.00143);
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030732, 0.0030087, 0.0028601, 0.0032638, 0.0041942, 0.0063391, 0.011283" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088778, 0.0088008, 0.0086233, 0.0090339, 0.0099802, 0.0121614, 0.0171893" \
          );
        }
      }
    }
  }
  cell (scs8hd_probe_s8p_8) {
    area : 15.0144;
    cell_footprint : "probe";
    cell_leakage_power : 0.0342924;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0189092;
      when : "A";
    }
    leakage_power () {
      value : 0.0496756;
      when : "!A";
    }
    leakage_power () {
      value : 0.0342924;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 1.24421;
      max_transition : 1.50488;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00184059, 0.00677555, 0.024942, 0.0918162, 0.337992, 1.24421");
          values ( \
            "0.0439253, 0.0455678, 0.0510417, 0.0679654, 0.123475, 0.322303, 1.05691", \
            "0.0473868, 0.0490274, 0.0544904, 0.0713609, 0.126753, 0.325996, 1.06176", \
            "0.0553222, 0.0569558, 0.0623213, 0.0790178, 0.134534, 0.334818, 1.06527", \
            "0.0647669, 0.066513, 0.0721524, 0.0891756, 0.14481, 0.344755, 1.07742", \
            "0.068066, 0.0701634, 0.0766739, 0.094463, 0.14998, 0.349441, 1.0812", \
            "0.048481, 0.0510095, 0.0590901, 0.0799176, 0.136037, 0.334861, 1.06994", \
            "-0.0331546, -0.0303503, -0.0208844, 0.0057179, 0.067302, 0.265013, 0.996303" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00184059, 0.00677555, 0.024942, 0.0918162, 0.337992, 1.24421");
          values ( \
            "0.0136494, 0.0151993, 0.020902, 0.0416929, 0.120673, 0.414732, 1.49874", \
            "0.0136522, 0.0152295, 0.020928, 0.0417739, 0.120891, 0.41594, 1.50488", \
            "0.0139672, 0.0155214, 0.0211542, 0.0418915, 0.120855, 0.416072, 1.49936", \
            "0.0163177, 0.0177651, 0.0229847, 0.0430002, 0.120887, 0.415537, 1.50461", \
            "0.0209216, 0.0225393, 0.0274763, 0.0457262, 0.121499, 0.41478, 1.50074", \
            "0.0276976, 0.0295719, 0.0354374, 0.053339, 0.123695, 0.415561, 1.49835", \
            "0.0391588, 0.0411294, 0.0484492, 0.0687286, 0.1326, 0.417136, 1.4942" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00184059, 0.00677555, 0.024942, 0.0918162, 0.337992, 1.24421");
          values ( \
            "0.0610411, 0.0624448, 0.0669677, 0.0790854, 0.108694, 0.195316, 0.504047", \
            "0.0658214, 0.0672179, 0.0717041, 0.0837782, 0.113518, 0.200319, 0.510315", \
            "0.0784668, 0.0798744, 0.0843552, 0.0963464, 0.126092, 0.212803, 0.522638", \
            "0.108562, 0.109934, 0.114398, 0.126418, 0.156179, 0.243113, 0.551197", \
            "0.162537, 0.164158, 0.169385, 0.183608, 0.216047, 0.304007, 0.611921", \
            "0.254945, 0.256815, 0.262877, 0.27977, 0.318486, 0.409734, 0.717514", \
            "0.427784, 0.429807, 0.436689, 0.456428, 0.503201, 0.602637, 0.910097" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00184059, 0.00677555, 0.024942, 0.0918162, 0.337992, 1.24421");
          values ( \
            "0.0140785, 0.0150283, 0.0182399, 0.0274403, 0.0582531, 0.174036, 0.617196", \
            "0.0141162, 0.0150658, 0.018257, 0.0274204, 0.0582534, 0.174138, 0.619124", \
            "0.014182, 0.0150958, 0.0182402, 0.0276152, 0.0582314, 0.173854, 0.618747", \
            "0.0149834, 0.0158486, 0.0189142, 0.0280764, 0.05856, 0.173923, 0.616994", \
            "0.0211796, 0.0222011, 0.0256563, 0.0349475, 0.062985, 0.175318, 0.616901", \
            "0.0303148, 0.0313537, 0.0349069, 0.0459835, 0.0743415, 0.179773, 0.617322", \
            "0.0438837, 0.0450413, 0.0487666, 0.0602425, 0.0916953, 0.190073, 0.620005" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00184059, 0.00677555, 0.024942, 0.0918162, 0.337992, 1.24421");
          values ( \
            "0.0496873, 0.0524848, 0.0626917, 0.0989902, 0.226616, 0.688168, 2.39488", \
            "0.0491626, 0.0519345, 0.0621402, 0.0982997, 0.225987, 0.690304, 2.39431", \
            "0.0487494, 0.0514347, 0.0613364, 0.0970764, 0.225043, 0.686935, 2.38629", \
            "0.0489885, 0.0516355, 0.061238, 0.096248, 0.223925, 0.688612, 2.39618", \
            "0.0526364, 0.0551385, 0.0645009, 0.0985661, 0.224919, 0.687613, 2.38537", \
            "0.0617145, 0.0640507, 0.0729018, 0.106367, 0.23194, 0.69611, 2.39474", \
            "0.0895312, 0.0912634, 0.0987979, 0.13095, 0.253541, 0.713706, 2.41229" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00184059, 0.00677555, 0.024942, 0.0918162, 0.337992, 1.24421");
          values ( \
            "0.0725565, 0.0701471, 0.0617129, 0.0307536, -0.091593, -0.558673, -2.28136", \
            "0.0719371, 0.0694841, 0.0608272, 0.0298469, -0.092564, -0.55952, -2.28215", \
            "0.0713221, 0.0688624, 0.0602251, 0.029026, -0.093321, -0.56016, -2.28278", \
            "0.0716591, 0.0690745, 0.0599316, 0.0282268, -0.0939632, -0.559756, -2.28218", \
            "0.0752463, 0.0722924, 0.0624519, 0.0299007, -0.0922778, -0.558361, -2.28065", \
            "0.0951794, 0.0917777, 0.0801235, 0.0430387, -0.0839576, -0.549279, -2.27145", \
            "0.124151, 0.120414, 0.107936, 0.0676366, -0.0624479, -0.530211, -2.25186" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.006925;
      rise_capacitance : 0.007311;
      rise_capacitance_range (0.007311, 0.007311);
      fall_capacitance : 0.006538;
      fall_capacitance_range (0.006538, 0.006538);
    }
  }
  cell (scs8hd_probec_s8p_8) {
    area : 15.0144;
    cell_footprint : "probe";
    cell_leakage_power : 0.0342924;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0189092;
      when : "A";
    }
    leakage_power () {
      value : 0.0496756;
      when : "!A";
    }
    leakage_power () {
      value : 0.0342924;
    }
    pin (X) {
      direction : output;
      function : "(A)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 1.24146;
      max_transition : 1.50506;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183991, 0.00677056, 0.0249145, 0.091681, 0.33737, 1.24146");
          values ( \
            "0.0451944, 0.0467855, 0.0521527, 0.0689438, 0.124375, 0.322976, 1.05632", \
            "0.0486575, 0.0502648, 0.0555942, 0.0723869, 0.127765, 0.327508, 1.05971", \
            "0.056603, 0.0581684, 0.0634185, 0.0800631, 0.135468, 0.336227, 1.06443", \
            "0.0662226, 0.0678972, 0.0733903, 0.0902829, 0.146069, 0.346047, 1.07729", \
            "0.0698859, 0.0718787, 0.0781651, 0.0957416, 0.151168, 0.350732, 1.08563", \
            "0.0507636, 0.0531999, 0.0609901, 0.0814572, 0.137432, 0.336012, 1.06995", \
            "-0.0304258, -0.0276833, -0.0184362, 0.0077195, 0.0690038, 0.266529, 0.996529" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183991, 0.00677056, 0.0249145, 0.091681, 0.33737, 1.24146");
          values ( \
            "0.0146526, 0.0162532, 0.0219159, 0.0427641, 0.121807, 0.415529, 1.49966", \
            "0.0146875, 0.0162744, 0.0218745, 0.0427816, 0.121733, 0.41705, 1.50217", \
            "0.0149616, 0.0165316, 0.0220825, 0.0428984, 0.121928, 0.417115, 1.49861", \
            "0.0172658, 0.018678, 0.0239568, 0.0440111, 0.122196, 0.417412, 1.50506", \
            "0.0219246, 0.0234764, 0.0282999, 0.0466501, 0.12263, 0.41613, 1.50486", \
            "0.028929, 0.0309591, 0.0364141, 0.0541945, 0.1247, 0.416475, 1.4987", \
            "0.0405155, 0.0425039, 0.0497202, 0.0696768, 0.13361, 0.417997, 1.49521" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183991, 0.00677056, 0.0249145, 0.091681, 0.33737, 1.24146");
          values ( \
            "0.0622908, 0.063646, 0.0680493, 0.080009, 0.10953, 0.196148, 0.504357", \
            "0.0670627, 0.0684096, 0.0727751, 0.0846832, 0.114355, 0.201106, 0.510836", \
            "0.0797074, 0.0810351, 0.0853779, 0.0972787, 0.126924, 0.213586, 0.522828", \
            "0.109796, 0.111148, 0.115461, 0.127352, 0.157034, 0.243498, 0.55289", \
            "0.164518, 0.166069, 0.171144, 0.185088, 0.217306, 0.305047, 0.612728", \
            "0.256894, 0.25869, 0.264601, 0.281253, 0.319784, 0.410895, 0.71815", \
            "0.429911, 0.432038, 0.438804, 0.458008, 0.504521, 0.604243, 0.911348" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183991, 0.00677056, 0.0249145, 0.091681, 0.33737, 1.24146");
          values ( \
            "0.0147703, 0.0156841, 0.0188344, 0.0279754, 0.0588144, 0.174902, 0.619372", \
            "0.0148143, 0.0157275, 0.0188255, 0.0279403, 0.0588287, 0.174949, 0.620607", \
            "0.0147665, 0.0156983, 0.0187237, 0.02798, 0.0588073, 0.174834, 0.620475", \
            "0.0155669, 0.0166206, 0.0195147, 0.0285942, 0.0591869, 0.175014, 0.620652", \
            "0.0218571, 0.022829, 0.0262327, 0.0354543, 0.0636631, 0.176004, 0.618709", \
            "0.0311303, 0.0321584, 0.0356323, 0.0465851, 0.0749106, 0.180591, 0.619687", \
            "0.0446667, 0.0456971, 0.0496083, 0.061053, 0.0922614, 0.19073, 0.621691" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183991, 0.00677056, 0.0249145, 0.091681, 0.33737, 1.24146");
          values ( \
            "0.0525755, 0.0553675, 0.0655503, 0.101681, 0.229102, 0.689782, 2.39238", \
            "0.0520702, 0.0548207, 0.0649952, 0.101043, 0.228519, 0.691188, 2.39238", \
            "0.0515803, 0.0542499, 0.0641308, 0.0998627, 0.227506, 0.688524, 2.38306", \
            "0.051805, 0.0544039, 0.0640447, 0.0990161, 0.226431, 0.690109, 2.39443", \
            "0.0553469, 0.0578615, 0.0672266, 0.101192, 0.22741, 0.689969, 2.39195", \
            "0.0643032, 0.0666995, 0.0755414, 0.109006, 0.234337, 0.697704, 2.39242", \
            "0.0917295, 0.0936038, 0.101414, 0.133518, 0.25595, 0.715164, 2.40989" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00183991, 0.00677056, 0.0249145, 0.091681, 0.33737, 1.24146");
          values ( \
            "0.0738318, 0.0714435, 0.0629986, 0.0320593, -0.0901065, -0.556268, -2.27493", \
            "0.0731658, 0.0707033, 0.0621355, 0.0312176, -0.0910897, -0.557115, -2.2757", \
            "0.0725967, 0.0701815, 0.0615487, 0.0304194, -0.0918515, -0.557785, -2.27639", \
            "0.0727571, 0.0701422, 0.061688, 0.0299976, -0.0924775, -0.55714, -2.27565", \
            "0.077189, 0.0743024, 0.0646939, 0.0321389, -0.0901948, -0.555991, -2.27423", \
            "0.0958771, 0.0925111, 0.0810884, 0.0443036, -0.0825101, -0.548681, -2.2668", \
            "0.127636, 0.124008, 0.110967, 0.0701609, -0.059546, -0.528769, -2.24537" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.006938;
      rise_capacitance : 0.007331;
      rise_capacitance_range (0.007331, 0.007331);
      fall_capacitance : 0.006545;
      fall_capacitance_range (0.006545, 0.006545);
    }
  }
  cell (scs8hd_sdfbbn_1) {
    area : 38.7872;
    cell_footprint : "sdfbbn";
    cell_leakage_power : 0.0410494;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.035195;
      when : "SETB&RESETB&!CLKN&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0270742;
      when : "SETB&RESETB&!CLKN&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0273431;
      when : "SETB&RESETB&!CLKN&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0271932;
      when : "SETB&RESETB&CLKN&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.114445;
      when : "!SETB&RESETB&!CLKN&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0194192;
      when : "SETB&!RESETB&!CLKN&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0311753;
      when : "SETB&RESETB&!CLKN&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0310913;
      when : "SETB&RESETB&!CLKN&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0387556;
      when : "SETB&RESETB&!CLKN&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0386081;
      when : "SETB&RESETB&CLKN&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.121983;
      when : "!SETB&RESETB&!CLKN&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0273524;
      when : "SETB&!RESETB&!CLKN&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0271779;
      when : "SETB&RESETB&!CLKN&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0272618;
      when : "SETB&RESETB&!CLKN&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0276931;
      when : "SETB&RESETB&!CLKN&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0270056;
      when : "SETB&RESETB&CLKN&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.120335;
      when : "!SETB&RESETB&!CLKN&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0192316;
      when : "SETB&!RESETB&!CLKN&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0276856;
      when : "SETB&RESETB&!CLKN&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0271093;
      when : "SETB&RESETB&CLKN&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.126482;
      when : "!SETB&RESETB&!CLKN&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0193353;
      when : "SETB&!RESETB&!CLKN&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0351894;
      when : "SETB&RESETB&!CLKN&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0272745;
      when : "SETB&RESETB&CLKN&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.114478;
      when : "!SETB&RESETB&!CLKN&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0195006;
      when : "SETB&!RESETB&!CLKN&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0312566;
      when : "SETB&RESETB&!CLKN&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0312518;
      when : "SETB&RESETB&!CLKN&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0387613;
      when : "SETB&RESETB&!CLKN&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0386025;
      when : "SETB&RESETB&CLKN&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.121982;
      when : "!SETB&RESETB&!CLKN&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0273468;
      when : "SETB&!RESETB&!CLKN&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0309876;
      when : "SETB&RESETB&!CLKN&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0311062;
      when : "SETB&RESETB&CLKN&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.125777;
      when : "!SETB&RESETB&!CLKN&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0198505;
      when : "SETB&!RESETB&!CLKN&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0312593;
      when : "SETB&RESETB&!CLKN&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0310987;
      when : "SETB&RESETB&CLKN&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.120065;
      when : "!SETB&RESETB&!CLKN&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.019843;
      when : "SETB&!RESETB&!CLKN&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0306901;
      when : "!SETB&RESETB&CLKN&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0231291;
      when : "!SETB&!RESETB&!CLKN&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.11623;
      when : "!SETB&RESETB&CLKN&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0305024;
      when : "!SETB&RESETB&CLKN&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0230601;
      when : "!SETB&!RESETB&CLKN&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0307151;
      when : "!SETB&!RESETB&!CLKN&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.030562;
      when : "!SETB&!RESETB&CLKN&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0307095;
      when : "!SETB&!RESETB&!CLKN&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0305564;
      when : "!SETB&!RESETB&CLKN&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0230452;
      when : "!SETB&!RESETB&!CLKN&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.032792;
      when : "SETB&RESETB&CLKN&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0255644;
      when : "SETB&RESETB&CLKN&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0307714;
      when : "!SETB&RESETB&CLKN&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0328759;
      when : "SETB&RESETB&CLKN&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0229796;
      when : "!SETB&!RESETB&CLKN&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0232105;
      when : "!SETB&!RESETB&!CLKN&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.116229;
      when : "!SETB&RESETB&CLKN&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.120024;
      when : "!SETB&RESETB&CLKN&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0329573;
      when : "SETB&RESETB&CLKN&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.023061;
      when : "!SETB&!RESETB&CLKN&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0229415;
      when : "!SETB&!RESETB&!CLKN&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0306061;
      when : "!SETB&RESETB&CLKN&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0326883;
      when : "SETB&RESETB&CLKN&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.022792;
      when : "!SETB&!RESETB&CLKN&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0232132;
      when : "!SETB&!RESETB&!CLKN&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.114312;
      when : "!SETB&RESETB&CLKN&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0228957;
      when : "!SETB&!RESETB&CLKN&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0232057;
      when : "!SETB&!RESETB&!CLKN&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0230526;
      when : "!SETB&!RESETB&CLKN&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0193506;
      when : "SETB&!RESETB&CLKN&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0250211;
      when : "SETB&!RESETB&CLKN&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.019163;
      when : "SETB&!RESETB&CLKN&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.019432;
      when : "SETB&!RESETB&CLKN&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0250155;
      when : "SETB&!RESETB&CLKN&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0175192;
      when : "SETB&!RESETB&CLKN&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0192667;
      when : "SETB&!RESETB&CLKN&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0175117;
      when : "SETB&!RESETB&CLKN&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0255719;
      when : "SETB&RESETB&CLKN&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0330739;
      when : "SETB&RESETB&CLKN&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0330682;
      when : "SETB&RESETB&CLKN&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0410494;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.221568;
      max_transition : 1.50124;
      timing () {
        related_pin : "CLKN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.272864, 0.278078, 0.290278, 0.321585, 0.407714, 0.644797, 1.30258", \
            "0.277437, 0.282663, 0.294864, 0.326177, 0.412283, 0.649222, 1.30462", \
            "0.28876, 0.293931, 0.306121, 0.337636, 0.423392, 0.660559, 1.31794", \
            "0.316832, 0.322058, 0.334258, 0.365572, 0.451672, 0.688766, 1.34537", \
            "0.372027, 0.377205, 0.389437, 0.420779, 0.507129, 0.743759, 1.40095", \
            "0.459436, 0.464685, 0.476888, 0.508383, 0.594406, 0.831407, 1.48663", \
            "0.603796, 0.609092, 0.621334, 0.652674, 0.738621, 0.975829, 1.63189" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0172356, 0.0221655, 0.0365257, 0.0796742, 0.203413, 0.545955, 1.49477", \
            "0.0174063, 0.0221514, 0.0364524, 0.0797684, 0.203992, 0.546298, 1.50079", \
            "0.0174023, 0.0221968, 0.0363565, 0.0797741, 0.203194, 0.546806, 1.49094", \
            "0.0174056, 0.022151, 0.0364519, 0.0797675, 0.203322, 0.545317, 1.49716", \
            "0.0172928, 0.0222736, 0.0363801, 0.0796828, 0.204104, 0.547253, 1.49165", \
            "0.0175356, 0.0221743, 0.0363466, 0.079843, 0.203516, 0.546368, 1.50124", \
            "0.0175776, 0.0222878, 0.036388, 0.0798043, 0.203486, 0.545443, 1.49474" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.330611, 0.334639, 0.343294, 0.361865, 0.406349, 0.526382, 0.858702", \
            "0.334912, 0.338918, 0.347551, 0.36616, 0.410668, 0.530758, 0.862759", \
            "0.346557, 0.350564, 0.359197, 0.377807, 0.422292, 0.542418, 0.874619", \
            "0.374792, 0.378802, 0.387474, 0.406013, 0.450533, 0.570614, 0.902466", \
            "0.431559, 0.435592, 0.44425, 0.462816, 0.507322, 0.627405, 0.959505", \
            "0.523092, 0.527098, 0.535737, 0.554313, 0.598849, 0.718902, 1.05118", \
            "0.675375, 0.679384, 0.688052, 0.706605, 0.751123, 0.871117, 1.20341" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0127336, 0.015637, 0.0228406, 0.0418139, 0.096957, 0.254713, 0.694159", \
            "0.0126271, 0.0156591, 0.0227657, 0.0416717, 0.0969133, 0.254207, 0.696759", \
            "0.0126193, 0.0156592, 0.022766, 0.0416736, 0.0966365, 0.254239, 0.692892", \
            "0.0127294, 0.0156417, 0.022887, 0.0418541, 0.0961746, 0.254594, 0.697576", \
            "0.0127388, 0.0156441, 0.0228357, 0.0416177, 0.0966844, 0.253974, 0.693202", \
            "0.0126243, 0.0156615, 0.0227721, 0.0418126, 0.096695, 0.254486, 0.694413", \
            "0.0127265, 0.0156602, 0.02288, 0.0417355, 0.0967522, 0.254732, 0.694623" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.18585, 0.189909, 0.198656, 0.217333, 0.261782, 0.381926, 0.713609", \
            "0.19045, 0.194502, 0.203225, 0.22192, 0.266388, 0.386523, 0.718127", \
            "0.202175, 0.206239, 0.214968, 0.233644, 0.278089, 0.39824, 0.729932", \
            "0.230417, 0.234479, 0.243193, 0.261862, 0.30632, 0.426449, 0.758319", \
            "0.286151, 0.290198, 0.298933, 0.317583, 0.362166, 0.482293, 0.814055", \
            "0.376792, 0.380863, 0.389616, 0.408314, 0.452847, 0.572969, 0.904771", \
            "0.529565, 0.533719, 0.542474, 0.561264, 0.60592, 0.726017, 1.05793" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0128371, 0.0158326, 0.0231471, 0.0419235, 0.096528, 0.254591, 0.697385", \
            "0.0129516, 0.0158843, 0.0231562, 0.0419353, 0.0964061, 0.254535, 0.698585", \
            "0.0128276, 0.0158337, 0.0231469, 0.0419267, 0.0964938, 0.254584, 0.69734", \
            "0.0128313, 0.0159525, 0.0230189, 0.0420084, 0.0964983, 0.254235, 0.694851", \
            "0.0128616, 0.0159409, 0.0231052, 0.0419799, 0.0965293, 0.254476, 0.696057", \
            "0.0129545, 0.0160246, 0.0232415, 0.0421066, 0.096516, 0.254471, 0.696587", \
            "0.0132605, 0.0163549, 0.0234054, 0.0421979, 0.0963439, 0.25372, 0.692008" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.198257, 0.203479, 0.21567, 0.247005, 0.332989, 0.570088, 1.22483", \
            "0.202668, 0.207848, 0.220052, 0.251401, 0.337306, 0.574587, 1.23067", \
            "0.214011, 0.219236, 0.231406, 0.262781, 0.348778, 0.586337, 1.24096", \
            "0.242995, 0.248197, 0.260399, 0.291748, 0.377715, 0.615202, 1.27266", \
            "0.312288, 0.317467, 0.329669, 0.361021, 0.446966, 0.684406, 1.34168", \
            "0.453003, 0.458247, 0.470448, 0.501763, 0.58772, 0.825245, 1.48314", \
            "0.684135, 0.689493, 0.701753, 0.733083, 0.819036, 1.0563, 1.71384" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0176716, 0.0223355, 0.0364404, 0.0797836, 0.20379, 0.547242, 1.49154", \
            "0.0176363, 0.0223657, 0.0365083, 0.0797965, 0.203028, 0.546217, 1.49705", \
            "0.0177206, 0.0223043, 0.036428, 0.0797221, 0.203414, 0.546686, 1.49351", \
            "0.0176405, 0.0223709, 0.0364135, 0.0797703, 0.203364, 0.547484, 1.49754", \
            "0.0175991, 0.0223457, 0.036475, 0.0797922, 0.203225, 0.547425, 1.4939", \
            "0.0180892, 0.0227403, 0.036644, 0.0797672, 0.20332, 0.547095, 1.49392", \
            "0.0187956, 0.0233957, 0.037018, 0.0799845, 0.203096, 0.546704, 1.49352" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.123151, 0.127206, 0.135953, 0.154616, 0.199189, 0.319365, 0.651288", \
            "0.126871, 0.130946, 0.139656, 0.158351, 0.202992, 0.32306, 0.65477", \
            "0.134808, 0.138865, 0.147602, 0.166299, 0.21081, 0.331021, 0.662753", \
            "0.151953, 0.156029, 0.164737, 0.183433, 0.228079, 0.348264, 0.679797", \
            "0.179033, 0.183197, 0.192074, 0.210895, 0.255469, 0.375569, 0.707524", \
            "0.200333, 0.204744, 0.214, 0.233192, 0.278151, 0.398155, 0.73022", \
            "0.179339, 0.184241, 0.194544, 0.214894, 0.260275, 0.380482, 0.712518" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0129069, 0.0159698, 0.0231601, 0.0421024, 0.0963554, 0.253862, 0.691951", \
            "0.0129105, 0.0158421, 0.0231372, 0.0420175, 0.0964878, 0.254693, 0.696522", \
            "0.0129055, 0.0160023, 0.0232343, 0.0421413, 0.0964905, 0.254571, 0.696577", \
            "0.0129059, 0.0158699, 0.0230851, 0.0420244, 0.0964763, 0.254627, 0.696948", \
            "0.0134583, 0.0162894, 0.0237235, 0.0422481, 0.0965436, 0.253888, 0.692173", \
            "0.0148702, 0.0179634, 0.0248483, 0.0432627, 0.0969529, 0.253779, 0.695898", \
            "0.0176639, 0.0213667, 0.0280569, 0.0457874, 0.0981024, 0.254144, 0.696029" \
          );
        }
      }
      internal_power () {
        related_pin : "CLKN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0, 0, -0.001072, 0.0141797, 0.0561456, 0.156364, 0.424776", \
            "0, 0, -0.0011026, 0.0142174, 0.0561275, 0.156388, 0.426239", \
            "0, 0, -0.0012527, 0.0142587, 0.0561102, 0.157124, 0.426112", \
            "0, 0, -0.0010238, 0.0140342, 0.05603, 0.155871, 0.424322", \
            "0, 0, -0.0006656, 0.0137818, 0.0556107, 0.156108, 0.423588", \
            "0, 0, -6.17e-05, 0.01355, 0.0558338, 0.156234, 0.426553", \
            "0, 0, 0, 0.0140054, 0.0574203, 0.1593, 0.426451" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0, 0, 0.001072, 0.0138454, 0.004068, -0.0766925, -0.337634", \
            "0, 0, 0.0011026, 0.0138556, 0.0039769, -0.0767607, -0.337728", \
            "0, 0, 0.0012527, 0.0139529, 0.0040636, -0.0767634, -0.337733", \
            "0, 0, 0.0010238, 0.0137017, 0.0038585, -0.076952, -0.337983", \
            "0, 0, 0.0006656, 0.013435, 0.0036189, -0.0771899, -0.338139", \
            "0, 0, 6.17e-05, 0.0131548, 0.0037348, -0.0768311, -0.337693", \
            "0, 0, 0, 0.0134409, 0.0052303, -0.0745602, -0.335005" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "-0.0041767, 0.0008466, 0.0104672, 0.0200085, 0.0069407, -0.0754267, -0.337312", \
            "-0.0041287, 0.0008796, 0.0104665, 0.019955, 0.0068736, -0.0755447, -0.337473", \
            "-0.0040058, 0.000997, 0.0105738, 0.02005, 0.0069117, -0.0754934, -0.33742", \
            "-0.0041797, 0.0008199, 0.0104093, 0.0198748, 0.00673, -0.0756829, -0.337621", \
            "-0.0045593, 0.0004716, 0.0101111, 0.019644, 0.0066229, -0.0757511, -0.337656", \
            "-0.0054088, -0.0002759, 0.0095844, 0.0194686, 0.0068329, -0.0753804, -0.337182", \
            "-0.0072566, -0.0017021, 0.0090386, 0.0203302, 0.0091162, -0.0728114, -0.334099" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "-0.0005001, 0.0035844, 0.013452, 0.0346249, 0.0777727, 0.179177, 0.446963", \
            "-0.000538, 0.0035113, 0.0133253, 0.0343721, 0.0775123, 0.179392, 0.448856", \
            "-0.0005958, 0.0034393, 0.0132082, 0.0341861, 0.0771403, 0.178342, 0.448325", \
            "-0.0006147, 0.0033914, 0.0131076, 0.0339985, 0.0768357, 0.178769, 0.447734", \
            "-0.0006296, 0.0033619, 0.0130533, 0.0339011, 0.0766804, 0.178667, 0.446425", \
            "-0.0005642, 0.0035504, 0.0135173, 0.0348526, 0.0781024, 0.180209, 0.449493", \
            "-0.0002635, 0.004378, 0.0152823, 0.0378037, 0.0824887, 0.184766, 0.455268" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.006036, 0.0107477, 0.0196399, 0.0281378, 0.0140546, -0.0690229, -0.331131", \
            "0.0060625, 0.0107586, 0.0196667, 0.02814, 0.0140231, -0.0690265, -0.331154", \
            "0.0061283, 0.0108023, 0.0196989, 0.028088, 0.0139045, -0.0691349, -0.331278", \
            "0.0061002, 0.0107405, 0.0195527, 0.0278204, 0.0135093, -0.0696486, -0.331863", \
            "0.0060923, 0.0107186, 0.0195126, 0.0277371, 0.0133803, -0.0697985, -0.332039", \
            "0.006155, 0.0108674, 0.019828, 0.0283573, 0.0143382, -0.069057, -0.331218", \
            "0.0063693, 0.0114169, 0.0210672, 0.0306994, 0.0176977, -0.0652963, -0.327358" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.20051;
      max_transition : 1.49678;
      timing () {
        related_pin : "CLKN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.298812, 0.305595, 0.32096, 0.356701, 0.446841, 0.686691, 1.3367", \
            "0.303061, 0.309844, 0.32521, 0.360952, 0.45108, 0.69085, 1.34093", \
            "0.31459, 0.321373, 0.336739, 0.372478, 0.46262, 0.702459, 1.35249", \
            "0.342952, 0.349734, 0.3651, 0.400674, 0.490819, 0.730606, 1.38132", \
            "0.399688, 0.40646, 0.421823, 0.457561, 0.547722, 0.787584, 1.43665", \
            "0.491547, 0.498322, 0.513668, 0.549406, 0.639555, 0.878603, 1.52794", \
            "0.643347, 0.650062, 0.665446, 0.701181, 0.79132, 1.03029, 1.68014" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0228107, 0.0290054, 0.0450894, 0.0896194, 0.21385, 0.555376, 1.49392", \
            "0.0228042, 0.029007, 0.0450889, 0.0896371, 0.213169, 0.555638, 1.495", \
            "0.0228073, 0.0290136, 0.0449921, 0.0896361, 0.213501, 0.555927, 1.49368", \
            "0.0228072, 0.029003, 0.0450891, 0.0896285, 0.213376, 0.556168, 1.4889", \
            "0.0228179, 0.0290709, 0.0449638, 0.0896033, 0.21309, 0.555847, 1.49566", \
            "0.0227951, 0.0288949, 0.0450668, 0.0896792, 0.213499, 0.556665, 1.49678", \
            "0.022813, 0.0290494, 0.0449807, 0.0896248, 0.213241, 0.555975, 1.49508" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.222267, 0.22876, 0.242901, 0.271135, 0.326502, 0.443646, 0.739684", \
            "0.226573, 0.233086, 0.247207, 0.275438, 0.330826, 0.447984, 0.744139", \
            "0.238296, 0.244782, 0.258877, 0.287147, 0.342492, 0.459672, 0.755482", \
            "0.266159, 0.27267, 0.286779, 0.315034, 0.370402, 0.487561, 0.783777", \
            "0.321503, 0.327746, 0.341857, 0.370125, 0.425475, 0.542662, 0.83893", \
            "0.408652, 0.415153, 0.429224, 0.457531, 0.512898, 0.630103, 0.926365", \
            "0.553272, 0.55982, 0.573912, 0.602262, 0.657719, 0.774946, 1.07171" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0252539, 0.0299325, 0.0405147, 0.0632719, 0.112974, 0.244286, 0.625593", \
            "0.0253333, 0.029891, 0.0404861, 0.0632041, 0.112989, 0.244663, 0.628702", \
            "0.02531, 0.0298758, 0.0404225, 0.0631471, 0.113267, 0.244641, 0.62631", \
            "0.025334, 0.0298826, 0.040457, 0.0632411, 0.113035, 0.244267, 0.624044", \
            "0.0253607, 0.0299042, 0.0404532, 0.0632511, 0.113266, 0.244707, 0.62353", \
            "0.0253442, 0.029986, 0.040782, 0.0632822, 0.112945, 0.244409, 0.623426", \
            "0.0255717, 0.0303461, 0.0408898, 0.0634298, 0.113265, 0.243605, 0.623677" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.154056, 0.161012, 0.176851, 0.213803, 0.30636, 0.547521, 1.19669", \
            "0.158697, 0.165644, 0.181497, 0.218456, 0.311073, 0.552194, 1.20192", \
            "0.170314, 0.177249, 0.193108, 0.230077, 0.322645, 0.563897, 1.21395", \
            "0.198493, 0.205452, 0.221299, 0.25826, 0.35088, 0.591958, 1.24158", \
            "0.254574, 0.26155, 0.277465, 0.314499, 0.407155, 0.64815, 1.29807", \
            "0.345225, 0.352415, 0.368598, 0.405947, 0.498946, 0.740042, 1.39079", \
            "0.497714, 0.504874, 0.521376, 0.559512, 0.653173, 0.894113, 1.54267" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0234318, 0.029874, 0.0465314, 0.0925549, 0.217952, 0.557558, 1.49244", \
            "0.0233815, 0.0298052, 0.0465093, 0.0925625, 0.21859, 0.557843, 1.49531", \
            "0.0232938, 0.0298141, 0.0465706, 0.0924951, 0.218296, 0.557583, 1.48788", \
            "0.0234322, 0.029862, 0.0465337, 0.0925759, 0.218598, 0.557872, 1.49525", \
            "0.0235615, 0.030054, 0.0468174, 0.0926923, 0.21861, 0.557403, 1.49229", \
            "0.0244101, 0.0309345, 0.0476913, 0.0935455, 0.218442, 0.557804, 1.49478", \
            "0.0264321, 0.0327869, 0.0493322, 0.0950976, 0.219934, 0.558727, 1.49045" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0911815, 0.0982042, 0.114201, 0.151272, 0.243539, 0.484089, 1.13294", \
            "0.0949143, 0.101944, 0.117931, 0.154995, 0.247262, 0.48785, 1.1385", \
            "0.102818, 0.109832, 0.125827, 0.162889, 0.255216, 0.495803, 1.14348", \
            "0.120055, 0.127024, 0.142985, 0.18, 0.272417, 0.513194, 1.16296", \
            "0.145641, 0.153456, 0.170422, 0.208398, 0.301312, 0.542058, 1.19122", \
            "0.163049, 0.17248, 0.192525, 0.233516, 0.327851, 0.568971, 1.22012", \
            "0.136801, 0.148179, 0.173261, 0.222657, 0.321851, 0.563365, 1.212" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0237661, 0.0302825, 0.0471993, 0.0930505, 0.218611, 0.556746, 1.49416", \
            "0.02371, 0.030271, 0.0470553, 0.0930476, 0.218658, 0.557456, 1.49502", \
            "0.0237304, 0.0302123, 0.0469515, 0.0930538, 0.218058, 0.557967, 1.49058", \
            "0.0239651, 0.030463, 0.0472075, 0.0930811, 0.2186, 0.556767, 1.49228", \
            "0.0275485, 0.0340615, 0.0504689, 0.0950756, 0.219279, 0.556962, 1.49425", \
            "0.0343865, 0.0420883, 0.0587477, 0.101109, 0.221384, 0.558779, 1.49499", \
            "0.0450441, 0.054713, 0.0748168, 0.117472, 0.229375, 0.560612, 1.4902" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.140878, 0.148236, 0.163925, 0.195233, 0.251455, 0.363882, 0.658566", \
            "0.145227, 0.15257, 0.168294, 0.199581, 0.255875, 0.368296, 0.662884", \
            "0.156217, 0.163615, 0.179327, 0.210653, 0.266909, 0.379351, 0.67404", \
            "0.184985, 0.192367, 0.208038, 0.239333, 0.295583, 0.408041, 0.702785", \
            "0.254633, 0.261938, 0.277565, 0.308706, 0.364875, 0.477338, 0.77198", \
            "0.387087, 0.395907, 0.414461, 0.45021, 0.509244, 0.621787, 0.916468", \
            "0.607925, 0.618727, 0.641531, 0.685689, 0.751334, 0.864756, 1.15878" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135779, 0.00368716, 0.0100128, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.0301269, 0.035488, 0.0467348, 0.0697567, 0.111874, 0.238003, 0.62599", \
            "0.0301371, 0.0353303, 0.0465263, 0.0697455, 0.112279, 0.238254, 0.628825", \
            "0.0303112, 0.0355713, 0.0467475, 0.0698106, 0.111902, 0.238002, 0.625911", \
            "0.0304387, 0.0351943, 0.0467385, 0.0697345, 0.111903, 0.238012, 0.62423", \
            "0.0307232, 0.0358908, 0.0470736, 0.0699836, 0.111954, 0.237915, 0.628151", \
            "0.0425475, 0.0481383, 0.0599111, 0.0818504, 0.1175, 0.23891, 0.622349", \
            "0.0613792, 0.0677524, 0.0817623, 0.103851, 0.130729, 0.242116, 0.62358" \
          );
        }
      }
      internal_power () {
        related_pin : "CLKN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135778, 0.00368716, 0.0100127, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0, 0, -0.0014097, 0.0139439, 0.053409, 0.145838, 0.386346", \
            "0, 0, -0.0013803, 0.0138684, 0.0533793, 0.145682, 0.386309", \
            "0, 0, -0.0015205, 0.0139559, 0.053368, 0.145671, 0.387835", \
            "0, 0, -0.0012891, 0.0137099, 0.0531802, 0.146148, 0.385407", \
            "0, 0, -0.0009526, 0.0134413, 0.0529143, 0.145354, 0.387481", \
            "0, 0, -0.0003602, 0.0135152, 0.0535322, 0.146243, 0.386938", \
            "0, 0, 0, 0.0134052, 0.0544067, 0.147827, 0.3886" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135778, 0.00368716, 0.0100127, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0, 0, 0.0014097, 0.0142973, 0.0064789, -0.0654826, -0.2984", \
            "0, 0, 0.0013803, 0.0142367, 0.0063636, -0.0656841, -0.298584", \
            "0, 0, 0.0015205, 0.0142628, 0.0063458, -0.0656993, -0.298729", \
            "0, 0, 0.0012891, 0.0140047, 0.0060853, -0.0659746, -0.298926", \
            "0, 0, 0.0009526, 0.0137367, 0.0058814, -0.0661337, -0.299066", \
            "0, 0, 0.0003602, 0.013532, 0.0060858, -0.065659, -0.298443", \
            "0, 0, 0, 0.014001, 0.0079571, -0.0634246, -0.295668" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135778, 0.00368716, 0.0100127, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "-0.005954, -0.0033939, 0.0031163, 0.0199676, 0.0567435, 0.146839, 0.386335", \
            "-0.0058997, -0.0033493, 0.0031442, 0.0199597, 0.0567643, 0.146816, 0.386585", \
            "-0.0057824, -0.0032401, 0.0032239, 0.019994, 0.0568087, 0.146682, 0.386295", \
            "-0.005958, -0.0034228, 0.0030361, 0.0197946, 0.0565431, 0.14655, 0.387167", \
            "-0.0063399, -0.0037783, 0.0027406, 0.019555, 0.0563223, 0.146582, 0.386038", \
            "-0.0071401, -0.0043968, 0.0024122, 0.0195543, 0.0567166, 0.147146, 0.387088", \
            "-0.0088486, -0.0055201, 0.002448, 0.0199786, 0.0577061, 0.149105, 0.388591" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135778, 0.00368716, 0.0100127, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.004253, 0.0064837, 0.01233, 0.0280844, 0.0637353, 0.15272, 0.393808", \
            "0.0042817, 0.0065076, 0.0123501, 0.0280822, 0.0637646, 0.152806, 0.391439", \
            "0.0043415, 0.0065544, 0.0123505, 0.0280463, 0.0636383, 0.152777, 0.392904", \
            "0.0043204, 0.006496, 0.0122286, 0.0277631, 0.0632281, 0.152333, 0.392319", \
            "0.0043172, 0.0064909, 0.0122384, 0.0276804, 0.0631051, 0.152123, 0.390888", \
            "0.0045795, 0.0071459, 0.0134843, 0.0283764, 0.0637135, 0.152742, 0.391367", \
            "0.0048168, 0.0077301, 0.014764, 0.0306927, 0.0669272, 0.156625, 0.394573" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135778, 0.00368716, 0.0100127, 0.0271903, 0.0738373, 0.20051");
          values ( \
            "0.00015, 0.0046877, 0.0130556, 0.0208098, 0.0079012, -0.0675617, -0.302114", \
            "0.0001217, 0.0046474, 0.0130106, 0.0207306, 0.007814, -0.0677227, -0.302313", \
            "6.285e-05, 0.0045731, 0.0128808, 0.0205323, 0.0075318, -0.0679949, -0.302587", \
            "5.885e-05, 0.0045604, 0.0128771, 0.0204823, 0.0074554, -0.0680619, -0.302647", \
            "6.945e-05, 0.0045987, 0.0129384, 0.0206183, 0.0076487, -0.0678561, -0.302419", \
            "0.0001507, 0.0048035, 0.0133027, 0.0211787, 0.0082699, -0.0672101, -0.301746", \
            "0.0003734, 0.0053986, 0.0145591, 0.0231661, 0.0109561, -0.0643247, -0.298726" \
          );
        }
      }
    }
    pin (CLKN) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001877;
      rise_capacitance : 0.001959;
      rise_capacitance_range (0.001959, 0.001959);
      fall_capacitance : 0.001796;
      fall_capacitance_range (0.001796, 0.001796);
      timing () {
        related_pin : "CLKN";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.128041, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.119253, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0194915, 0.0193984, 0.019184, 0.0194728, 0.0201386, 0.0216735, 0.0252115" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.041202, 0.0410348, 0.0406496, 0.0410335, 0.0419181, 0.0439574, 0.0486581" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001627;
      rise_capacitance : 0.001698;
      rise_capacitance_range (0.001698, 0.001698);
      fall_capacitance : 0.001555;
      fall_capacitance_range (0.001555, 0.001555);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0166484, -0.048651, -0.0197611", \
            "0.171059, 0.114305, 0.140753", \
            "0.348468, 0.297817, 0.327928" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.173781, -0.357489, -0.637437", \
            "-0.0437845, -0.225051, -0.501337", \
            "0.098224, -0.0806009, -0.353225" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0703594, 0.133217, 0.105548", \
            "-0.0913757, -0.0285176, -0.0561868", \
            "-0.266343, -0.203485, -0.232375" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.19243, 0.377358, 0.659747", \
            "0.0587708, 0.241258, 0.518764", \
            "-0.0844583, 0.0955872, 0.370652" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0027046, 0.0026632, 0.0025679, 0.0027453, 0.003154, 0.0040963, 0.0062683" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0088217, 0.0087068, 0.0084422, 0.0086233, 0.0090409, 0.0100034, 0.0122223" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001681;
      rise_capacitance : 0.001763;
      rise_capacitance_range (0.001763, 0.001763);
      fall_capacitance : 0.0016;
      fall_capacitance_range (0.0016, 0.0016);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0435039, 0.0978171, 0.0823548", \
            "-0.124335, -0.0688008, -0.0854837", \
            "-0.307847, -0.252313, -0.267775" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0544902, 0.0026185, 0.0266257", \
            "0.213784, 0.163133, 0.185919", \
            "0.399738, 0.350307, 0.374314" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.131337, 0.833333, 2.5" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.067918, 0.102716, 0.24269", \
            "0.135659, 0.142381, 0.253058", \
            "0.10921, 0.107387, 0.215623" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0773457, -0.0938333, -0.193524", \
            "-0.153631, -0.149367, -0.241734", \
            "-0.147935, -0.132684, -0.217727" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0090405, 0.0089681, 0.008801, 0.0091172, 0.0098461, 0.0115263, 0.0153991" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0150463, 0.0149344, 0.0146767, 0.0150221, 0.0158184, 0.017654, 0.0218852" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001799;
      rise_capacitance : 0.001876;
      rise_capacitance_range (0.001876, 0.001876);
      fall_capacitance : 0.001722;
      fall_capacitance_range (0.001722, 0.001722);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0016621, -0.0840514, -0.110093", \
            "0.152749, 0.0764629, 0.0504212", \
            "0.330158, 0.258755, 0.236375" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.129836, -0.274481, -0.471421", \
            "-0.004722, -0.144484, -0.338983", \
            "0.139728, -0.0012552, -0.193312" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0911113, 0.169839, 0.192218", \
            "-0.0718444, 0.0068828, 0.0304831", \
            "-0.246812, -0.168085, -0.144484" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.136277, 0.278481, 0.470538", \
            "0.008722, 0.146043, 0.334438", \
            "-0.135728, 0.0028138, 0.188768" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.003264, -0.0032615, -0.0032555, -0.0032672, -0.0032938, -0.0033551, -0.0034965" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0034016, 0.0034004, 0.0033979, 0.0034063, 0.0034259, 0.0034709, 0.0035748" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003156;
      rise_capacitance : 0.003259;
      rise_capacitance_range (0.003259, 0.003259);
      fall_capacitance : 0.003052;
      fall_capacitance_range (0.003052, 0.003052);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.131057, -0.148749, -0.0820169", \
            "-0.0059427, -0.0236348, 0.0443177", \
            "0.137286, 0.120815, 0.187547" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.179885, -0.331854, -0.57396", \
            "-0.049888, -0.200637, -0.43786", \
            "0.0921204, -0.0574076, -0.29219" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.080125, 0.153969, 0.151935", \
            "-0.0828307, -0.0065449, -0.0098001", \
            "-0.257798, -0.181512, -0.184768" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.132615, 0.283364, 0.4742", \
            "-0.0291198, 0.120408, 0.311245", \
            "-0.204087, -0.0545592, 0.136277" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0012795, 0.001232, 0.0011228, 0.0014086, 0.0020675, 0.0035864, 0.0070877" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0110971, 0.0109736, 0.0106891, 0.0109808, 0.0116533, 0.0132035, 0.0167769" \
          );
        }
      }
    }
    pin (SETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003606;
      rise_capacitance : 0.003709;
      rise_capacitance_range (0.003709, 0.003709);
      fall_capacitance : 0.003502;
      fall_capacitance_range (0.003502, 0.003502);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0419453, -0.0132669, 0.0872376", \
            "-0.18537, -0.160353, -0.139195", \
            "-0.344468, -0.320673, -0.370315" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.047166, 0.020929, 0.0937643", \
            "0.18937, 0.165574, 0.237189", \
            "0.349689, 0.325893, 0.398728" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0773457, -0.153631, -0.147935", \
            "-0.0938333, -0.149367, -0.132684", \
            "-0.193524, -0.241734, -0.217727" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.067918, 0.135659, 0.10921", \
            "0.102716, 0.142381, 0.107387", \
            "0.24269, 0.253058, 0.215623" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.144519, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0058008, -0.0058622, -0.0060033, -0.0060039, -0.0060051, -0.0060077, -0.0060136" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0059988, 0.0060375, 0.0061271, 0.0061327, 0.0061455, 0.0061751, 0.0062433" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clear_preset_var1 : H;
      clear_preset_var2 : L;
      clocked_on : "!CLKN";
      next_state : "(D&!SCE) | (SCD&SCE)";
      preset : "!SETB";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (QN) {
        direction : output;
        function : "IQN";
        signal_type : test_scan_out_inverted;
      }
      pin (CLKN) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (RESETB) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      pin (SETB) {
        direction : input;
      }
      ff (IQ,IQN) {
        clear : "!RESETB";
        clear_preset_var1 : H;
        clear_preset_var2 : L;
        clocked_on : "!CLKN";
        next_state : "D";
        preset : "!SETB";
      }
    }
  }
  cell (scs8hd_sdfbbn_2) {
    area : 41.2896;
    cell_footprint : "sdfbbn";
    cell_leakage_power : 0.0436314;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0414142;
      when : "SETB&RESETB&!CLKN&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0332907;
      when : "SETB&RESETB&!CLKN&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0317817;
      when : "SETB&RESETB&CLKN&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0335569;
      when : "SETB&RESETB&!CLKN&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0334136;
      when : "SETB&RESETB&CLKN&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.128251;
      when : "!SETB&RESETB&!CLKN&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0256483;
      when : "SETB&!RESETB&!CLKN&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0373898;
      when : "SETB&RESETB&!CLKN&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0373048;
      when : "SETB&RESETB&!CLKN&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0449711;
      when : "SETB&RESETB&!CLKN&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0334895;
      when : "SETB&RESETB&CLKN&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.12828;
      when : "!SETB&RESETB&!CLKN&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0257242;
      when : "SETB&!RESETB&!CLKN&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0374658;
      when : "SETB&RESETB&!CLKN&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0374651;
      when : "SETB&RESETB&!CLKN&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0449768;
      when : "SETB&RESETB&!CLKN&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.044818;
      when : "SETB&RESETB&CLKN&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0445171;
      when : "!SETB&RESETB&!CLKN&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0335758;
      when : "SETB&!RESETB&!CLKN&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0371996;
      when : "SETB&RESETB&!CLKN&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0373195;
      when : "SETB&RESETB&CLKN&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0370188;
      when : "!SETB&RESETB&!CLKN&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0260773;
      when : "SETB&!RESETB&!CLKN&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0374726;
      when : "SETB&RESETB&!CLKN&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0373121;
      when : "SETB&RESETB&CLKN&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0370114;
      when : "!SETB&RESETB&!CLKN&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0260698;
      when : "SETB&!RESETB&!CLKN&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0369087;
      when : "!SETB&RESETB&CLKN&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.029347;
      when : "!SETB&!RESETB&!CLKN&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.130039;
      when : "!SETB&RESETB&CLKN&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0367187;
      when : "!SETB&RESETB&CLKN&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0292752;
      when : "!SETB&!RESETB&CLKN&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0369289;
      when : "!SETB&!RESETB&!CLKN&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0367812;
      when : "!SETB&!RESETB&CLKN&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0368954;
      when : "!SETB&!RESETB&!CLKN&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0367796;
      when : "!SETB&!RESETB&CLKN&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0292631;
      when : "!SETB&!RESETB&!CLKN&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0390062;
      when : "SETB&RESETB&CLKN&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0448237;
      when : "SETB&RESETB&CLKN&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0445229;
      when : "!SETB&RESETB&!CLKN&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0335815;
      when : "SETB&!RESETB&!CLKN&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.033396;
      when : "SETB&RESETB&!CLKN&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.033481;
      when : "SETB&RESETB&!CLKN&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.03391;
      when : "SETB&RESETB&!CLKN&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0332233;
      when : "SETB&RESETB&CLKN&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.134133;
      when : "!SETB&RESETB&!CLKN&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.025458;
      when : "SETB&!RESETB&!CLKN&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0339026;
      when : "SETB&RESETB&!CLKN&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0333286;
      when : "SETB&RESETB&CLKN&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.140281;
      when : "!SETB&RESETB&!CLKN&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0255632;
      when : "SETB&!RESETB&!CLKN&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0414085;
      when : "SETB&RESETB&!CLKN&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0369881;
      when : "!SETB&RESETB&CLKN&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0390912;
      when : "SETB&RESETB&CLKN&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0292005;
      when : "!SETB&!RESETB&CLKN&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0294197;
      when : "!SETB&!RESETB&!CLKN&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.130039;
      when : "!SETB&RESETB&CLKN&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.133828;
      when : "!SETB&RESETB&CLKN&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0391671;
      when : "SETB&RESETB&CLKN&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0292729;
      when : "!SETB&!RESETB&CLKN&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0291649;
      when : "!SETB&!RESETB&!CLKN&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0368184;
      when : "!SETB&RESETB&CLKN&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0389009;
      when : "SETB&RESETB&CLKN&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0290127;
      when : "!SETB&!RESETB&CLKN&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0294322;
      when : "!SETB&!RESETB&!CLKN&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.128119;
      when : "!SETB&RESETB&CLKN&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0291133;
      when : "!SETB&!RESETB&CLKN&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.02942;
      when : "!SETB&!RESETB&!CLKN&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0292689;
      when : "!SETB&!RESETB&CLKN&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0255809;
      when : "SETB&!RESETB&CLKN&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0312518;
      when : "SETB&!RESETB&CLKN&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0253906;
      when : "SETB&!RESETB&CLKN&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0256568;
      when : "SETB&!RESETB&CLKN&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0312461;
      when : "SETB&!RESETB&CLKN&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0237476;
      when : "SETB&!RESETB&CLKN&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0254958;
      when : "SETB&!RESETB&CLKN&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0237402;
      when : "SETB&!RESETB&CLKN&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0317891;
      when : "SETB&RESETB&CLKN&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0392934;
      when : "SETB&RESETB&CLKN&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0392877;
      when : "SETB&RESETB&CLKN&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0436314;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.414744;
      max_transition : 1.50322;
      timing () {
        related_pin : "CLKN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.323346, 0.32827, 0.339414, 0.365322, 0.438253, 0.661803, 1.35273", \
            "0.32778, 0.33272, 0.343865, 0.369772, 0.442693, 0.666188, 1.3541", \
            "0.339172, 0.344141, 0.355273, 0.381178, 0.454161, 0.677419, 1.36588", \
            "0.367174, 0.372114, 0.38326, 0.409166, 0.482091, 0.70557, 1.39532", \
            "0.422202, 0.427155, 0.438367, 0.464245, 0.537423, 0.760842, 1.44653", \
            "0.509605, 0.514558, 0.525714, 0.551559, 0.624618, 0.848104, 1.5338", \
            "0.654318, 0.659248, 0.670398, 0.696316, 0.769239, 0.992778, 1.67883" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0183621, 0.0221799, 0.0316423, 0.0620429, 0.166442, 0.493559, 1.50085", \
            "0.0183837, 0.0221836, 0.0316361, 0.0620337, 0.166605, 0.493076, 1.502", \
            "0.0183229, 0.022013, 0.031701, 0.0620293, 0.166155, 0.493258, 1.49912", \
            "0.0183992, 0.0221826, 0.0316308, 0.0620344, 0.16659, 0.493592, 1.49956", \
            "0.0182833, 0.0220436, 0.0317558, 0.0619591, 0.166612, 0.493616, 1.50081", \
            "0.0183236, 0.0220844, 0.0316823, 0.0620151, 0.166231, 0.492132, 1.50322", \
            "0.0183982, 0.0222147, 0.0316846, 0.0620802, 0.166445, 0.492332, 1.49612" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.363541, 0.367131, 0.375634, 0.393364, 0.432525, 0.537871, 0.857669", \
            "0.368035, 0.371651, 0.38016, 0.397938, 0.437121, 0.542517, 0.861296", \
            "0.379471, 0.383087, 0.391558, 0.409295, 0.44855, 0.553881, 0.873761", \
            "0.407678, 0.411265, 0.419777, 0.437501, 0.476667, 0.581996, 0.901234", \
            "0.464441, 0.468056, 0.476544, 0.494287, 0.533521, 0.638905, 0.958084", \
            "0.555884, 0.559499, 0.567956, 0.585701, 0.624885, 0.730297, 1.04983", \
            "0.708142, 0.711758, 0.720248, 0.737997, 0.777217, 0.882613, 1.20195" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0145625, 0.017057, 0.0230635, 0.0376244, 0.0784567, 0.21356, 0.637696", \
            "0.0144284, 0.0171315, 0.0230215, 0.0371973, 0.0784676, 0.213019, 0.637173", \
            "0.014387, 0.0168955, 0.0229587, 0.0373781, 0.0784669, 0.213249, 0.640502", \
            "0.0144448, 0.0171276, 0.0230826, 0.0376178, 0.0784735, 0.213166, 0.637501", \
            "0.0144057, 0.0169146, 0.0230113, 0.037325, 0.0782841, 0.212539, 0.639606", \
            "0.0144031, 0.0169653, 0.0229408, 0.037507, 0.0783199, 0.212876, 0.639253", \
            "0.014392, 0.0169057, 0.0231549, 0.0373218, 0.0784899, 0.212556, 0.636035" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.220444, 0.224105, 0.232694, 0.250657, 0.290076, 0.39557, 0.714358", \
            "0.225036, 0.228697, 0.23729, 0.255255, 0.294677, 0.400161, 0.718945", \
            "0.236835, 0.240492, 0.249097, 0.267044, 0.306466, 0.41192, 0.730791", \
            "0.265329, 0.268992, 0.277588, 0.29555, 0.334973, 0.440458, 0.759261", \
            "0.322198, 0.325837, 0.334442, 0.352419, 0.391803, 0.497333, 0.816102", \
            "0.41576, 0.419438, 0.42804, 0.446009, 0.485494, 0.591145, 0.909903", \
            "0.575769, 0.579468, 0.588126, 0.606152, 0.645679, 0.751141, 1.07016" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0148177, 0.0173976, 0.0235601, 0.0377707, 0.0787681, 0.212126, 0.637754", \
            "0.0148144, 0.0173937, 0.0235632, 0.0377729, 0.0787928, 0.212053, 0.638287", \
            "0.0147697, 0.0173105, 0.0234739, 0.0378048, 0.078726, 0.212389, 0.640416", \
            "0.0148221, 0.0173983, 0.0235324, 0.0377719, 0.0787872, 0.212074, 0.63778", \
            "0.0148715, 0.0173029, 0.023605, 0.0377858, 0.0785677, 0.21214, 0.642195", \
            "0.0149397, 0.0173572, 0.0235084, 0.0378789, 0.0788157, 0.212632, 0.642397", \
            "0.0150973, 0.0175141, 0.023963, 0.0380652, 0.0787916, 0.212463, 0.634805" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.241904, 0.24629, 0.256663, 0.281994, 0.355219, 0.578477, 1.26809", \
            "0.246232, 0.250627, 0.260996, 0.286322, 0.35955, 0.582787, 1.26904", \
            "0.257609, 0.262003, 0.272369, 0.297694, 0.370917, 0.594106, 1.28124", \
            "0.286445, 0.290942, 0.30128, 0.326586, 0.399736, 0.622632, 1.30893", \
            "0.35551, 0.359975, 0.370228, 0.395578, 0.468789, 0.692145, 1.3799", \
            "0.498685, 0.503134, 0.51347, 0.538826, 0.611929, 0.835205, 1.52144", \
            "0.734524, 0.739133, 0.749684, 0.775143, 0.848088, 1.07165, 1.75795" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0160323, 0.0196284, 0.0292391, 0.0608901, 0.165856, 0.494396, 1.50021", \
            "0.0160254, 0.0196216, 0.0292425, 0.0608947, 0.165835, 0.493835, 1.49779", \
            "0.0161565, 0.0195147, 0.0292545, 0.0608871, 0.165743, 0.493839, 1.5011", \
            "0.0162463, 0.0196538, 0.0292675, 0.0609349, 0.166122, 0.493586, 1.49844", \
            "0.0159849, 0.0194367, 0.029227, 0.0608677, 0.165792, 0.493103, 1.49973", \
            "0.0162378, 0.0198371, 0.0293371, 0.0609917, 0.166122, 0.49314, 1.50048", \
            "0.0168983, 0.0205274, 0.029902, 0.061224, 0.166132, 0.493911, 1.50215" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.156795, 0.160466, 0.169093, 0.187114, 0.22647, 0.332076, 0.65108", \
            "0.160529, 0.164179, 0.172846, 0.190761, 0.230255, 0.335932, 0.654851", \
            "0.168504, 0.172152, 0.180819, 0.198734, 0.238238, 0.343908, 0.662829", \
            "0.186193, 0.189816, 0.198448, 0.21644, 0.255887, 0.361389, 0.680426", \
            "0.218113, 0.221824, 0.230508, 0.248528, 0.288107, 0.393685, 0.712516", \
            "0.250552, 0.254372, 0.26332, 0.28173, 0.321669, 0.427372, 0.746213", \
            "0.248382, 0.252463, 0.262114, 0.282085, 0.322804, 0.42903, 0.747972" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0149349, 0.0175848, 0.0236427, 0.0379471, 0.078952, 0.212384, 0.637815", \
            "0.0149295, 0.0173456, 0.0234373, 0.0378671, 0.0787687, 0.212781, 0.638581", \
            "0.014929, 0.0173437, 0.0234365, 0.0378748, 0.0786557, 0.212771, 0.638676", \
            "0.0149387, 0.0173852, 0.0236675, 0.0379755, 0.0788398, 0.212447, 0.638578", \
            "0.0151245, 0.017738, 0.0237897, 0.0381943, 0.0790314, 0.212588, 0.641852", \
            "0.0162062, 0.0190232, 0.0252865, 0.0392604, 0.0796734, 0.212251, 0.64238", \
            "0.0191491, 0.0219103, 0.0282543, 0.0423816, 0.0816406, 0.21362, 0.639202" \
          );
        }
      }
      internal_power () {
        related_pin : "CLKN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0, 0, -0.0036951, 0.019864, 0.0830815, 0.25772, 0.783847", \
            "0, 0, -0.0037041, 0.0198141, 0.0831769, 0.257245, 0.784168", \
            "0, 0, -0.0038643, 0.0198587, 0.0829798, 0.258502, 0.787824", \
            "0, 0, -0.0036526, 0.0196302, 0.0827202, 0.257279, 0.783698", \
            "0, 0, -0.0032919, 0.0193611, 0.0824615, 0.257701, 0.780638", \
            "0, 0, -0.0026461, 0.0192538, 0.0826857, 0.25747, 0.788095", \
            "0, 0, -0.0016981, 0.0199594, 0.0842729, 0.260634, 0.790327" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0, 0, 0.0036951, 0.0196681, -0.0022205, -0.154927, -0.67765", \
            "0, 0, 0.0037041, 0.0196225, -0.0023324, -0.155123, -0.677891", \
            "0, 0, 0.0038643, 0.0197318, -0.0022037, -0.155026, -0.677766", \
            "0, 0, 0.0036526, 0.0195081, -0.0025011, -0.155279, -0.678028", \
            "0, 0, 0.0032919, 0.0192554, -0.002625, -0.155412, -0.678142", \
            "0, 0, 0.0026461, 0.0189918, -0.0025656, -0.155039, -0.677709", \
            "0, 0, 0.0016981, 0.0194698, -0.0007882, -0.152557, -0.674837" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "-0.0044518, 0.0011072, 0.0130742, 0.0252444, -0.0001026, -0.154235, -0.677861", \
            "-0.0043989, 0.0011513, 0.0130972, 0.0252304, -0.0001469, -0.154299, -0.677939", \
            "-0.0042701, 0.0012669, 0.0132269, 0.0253355, -8.57e-05, -0.15419, -0.677809", \
            "-0.0044395, 0.0011016, 0.0130275, 0.025127, -0.0002865, -0.154455, -0.678106", \
            "-0.0048127, 0.0007512, 0.0127539, 0.0249496, -0.0003674, -0.154446, -0.678071", \
            "-0.0056541, 8e-07, 0.0122448, 0.0248455, -0.0001554, -0.153967, -0.6775", \
            "-0.007483, -0.0013871, 0.0119124, 0.0262911, 0.0026311, -0.151335, -0.674339" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "-0.0010311, 0.002829, 0.0136388, 0.0404876, 0.10465, 0.280095, 0.80745", \
            "-0.0010685, 0.0027689, 0.0135163, 0.0402604, 0.104273, 0.280743, 0.805759", \
            "-0.0011269, 0.0026925, 0.0134064, 0.0400837, 0.104023, 0.279027, 0.806633", \
            "-0.0011437, 0.0026564, 0.0133169, 0.0398931, 0.103712, 0.279146, 0.806463", \
            "-0.0011578, 0.0026287, 0.0132337, 0.0397605, 0.103507, 0.2795, 0.807629", \
            "-0.0011161, 0.0027791, 0.0136731, 0.0405966, 0.104858, 0.280542, 0.807917", \
            "-0.000861, 0.003543, 0.0153572, 0.0435422, 0.109083, 0.285785, 0.816118" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153263, 0.00469793, 0.0144004, 0.0441411, 0.135304, 0.414744");
          values ( \
            "0.0058531, 0.0111115, 0.0224051, 0.0333283, 0.0068137, -0.147928, -0.67179", \
            "0.0058312, 0.0110863, 0.0223565, 0.0333328, 0.0068023, -0.147993, -0.671799", \
            "0.0057789, 0.0110221, 0.0222624, 0.03319, 0.0066073, -0.148192, -0.671979", \
            "0.0057687, 0.0109797, 0.0221369, 0.0328888, 0.0061832, -0.148707, -0.672549", \
            "0.0057885, 0.0109977, 0.0221572, 0.0329185, 0.0061367, -0.148752, -0.672602", \
            "0.0059125, 0.0112763, 0.0227785, 0.0341406, 0.0074388, -0.147652, -0.67157", \
            "0.0061972, 0.0119115, 0.0242175, 0.0368976, 0.011649, -0.143197, -0.667072" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.3827;
      max_transition : 1.50559;
      timing () {
        related_pin : "CLKN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0.307944, 0.313553, 0.326936, 0.357736, 0.436937, 0.664217, 1.35009", \
            "0.31236, 0.317983, 0.331394, 0.362159, 0.441368, 0.668724, 1.35286", \
            "0.323921, 0.329528, 0.342911, 0.373702, 0.452908, 0.680054, 1.36398", \
            "0.352095, 0.357677, 0.371094, 0.40186, 0.481069, 0.708376, 1.39483", \
            "0.408977, 0.414592, 0.427987, 0.458771, 0.537965, 0.765393, 1.45079", \
            "0.500365, 0.505993, 0.519372, 0.550104, 0.629337, 0.856707, 1.54042", \
            "0.652991, 0.658617, 0.671992, 0.702747, 0.781946, 1.00883, 1.69435" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0.0200369, 0.0247988, 0.0369347, 0.0707573, 0.176147, 0.502161, 1.50258", \
            "0.019895, 0.0247125, 0.0368652, 0.0707458, 0.175662, 0.501757, 1.50114", \
            "0.0200207, 0.0247472, 0.0369342, 0.0707892, 0.175666, 0.502231, 1.49618", \
            "0.0200369, 0.0246682, 0.036923, 0.0707222, 0.175546, 0.502144, 1.4958", \
            "0.0200766, 0.0246967, 0.0369035, 0.0708405, 0.17548, 0.502312, 1.50559", \
            "0.0200538, 0.0246809, 0.0368224, 0.0707156, 0.175549, 0.501198, 1.49843", \
            "0.0199944, 0.0246665, 0.0369213, 0.0708478, 0.176233, 0.501088, 1.5002" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0.240411, 0.245915, 0.25884, 0.286459, 0.342218, 0.461462, 0.774105", \
            "0.244736, 0.250193, 0.263143, 0.290703, 0.346488, 0.465726, 0.779008", \
            "0.25625, 0.261729, 0.2747, 0.302286, 0.358072, 0.477323, 0.790193", \
            "0.284165, 0.289622, 0.302572, 0.330131, 0.385917, 0.505156, 0.817985", \
            "0.339326, 0.344794, 0.357762, 0.385409, 0.441164, 0.560384, 0.873029", \
            "0.427352, 0.432824, 0.445776, 0.473372, 0.529169, 0.648422, 0.961231", \
            "0.571207, 0.576674, 0.589704, 0.617357, 0.673163, 0.792473, 1.10529" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0.0265418, 0.0302274, 0.0394313, 0.059974, 0.106275, 0.230263, 0.631262", \
            "0.0264894, 0.030138, 0.0391353, 0.0600001, 0.106294, 0.23051, 0.630415", \
            "0.0264937, 0.0301139, 0.0394309, 0.0600793, 0.106285, 0.230383, 0.62871", \
            "0.0264917, 0.0301466, 0.0391289, 0.0600031, 0.106294, 0.230527, 0.635945", \
            "0.0264962, 0.0301504, 0.0390988, 0.0599168, 0.106125, 0.230427, 0.631424", \
            "0.0265343, 0.0302164, 0.0395045, 0.0598837, 0.106286, 0.230545, 0.63395", \
            "0.0266726, 0.0304287, 0.0393243, 0.0601082, 0.106416, 0.230771, 0.627418" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0.163683, 0.169472, 0.183285, 0.215186, 0.296929, 0.526987, 1.21267", \
            "0.16829, 0.1741, 0.187894, 0.219792, 0.301516, 0.531521, 1.21757", \
            "0.180055, 0.185824, 0.199676, 0.231592, 0.313323, 0.543378, 1.22957", \
            "0.208543, 0.214321, 0.228166, 0.260053, 0.341794, 0.571765, 1.25637", \
            "0.265726, 0.271524, 0.285422, 0.317363, 0.399118, 0.629088, 1.31364", \
            "0.359403, 0.365302, 0.379351, 0.411514, 0.493528, 0.723424, 1.40694", \
            "0.518051, 0.524195, 0.538715, 0.571447, 0.653959, 0.883984, 1.56751" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0.0204995, 0.0254399, 0.0381576, 0.0734128, 0.180601, 0.504124, 1.50249", \
            "0.0204352, 0.0254387, 0.0381566, 0.0734235, 0.180603, 0.504725, 1.50185", \
            "0.0205282, 0.0253645, 0.0380564, 0.0734451, 0.181006, 0.504295, 1.50144", \
            "0.0204734, 0.0253158, 0.0381943, 0.0733986, 0.180603, 0.503873, 1.49839", \
            "0.0205644, 0.0255074, 0.0383391, 0.0735207, 0.18063, 0.503924, 1.49783", \
            "0.0212363, 0.0262875, 0.0390123, 0.0740547, 0.181497, 0.503915, 1.49709", \
            "0.0228493, 0.0279131, 0.040517, 0.0752142, 0.181627, 0.50437, 1.49899" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0.0998408, 0.105699, 0.11962, 0.151606, 0.233028, 0.462312, 1.14587", \
            "0.103593, 0.109456, 0.123371, 0.15535, 0.236787, 0.46612, 1.15099", \
            "0.111615, 0.117465, 0.131346, 0.163329, 0.244799, 0.474156, 1.1588", \
            "0.129437, 0.13526, 0.149149, 0.181051, 0.262551, 0.491993, 1.17449", \
            "0.159207, 0.165562, 0.180314, 0.213354, 0.295477, 0.524989, 1.20868", \
            "0.185218, 0.192565, 0.21016, 0.246967, 0.331394, 0.561476, 1.24478", \
            "0.172862, 0.181339, 0.202423, 0.247443, 0.339077, 0.570295, 1.25344" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0.0208986, 0.0258027, 0.0386049, 0.0737309, 0.180708, 0.504259, 1.50015", \
            "0.0207437, 0.0257819, 0.0385334, 0.0737692, 0.181059, 0.504254, 1.49863", \
            "0.0208726, 0.025759, 0.0385649, 0.0737119, 0.180948, 0.50439, 1.49808", \
            "0.0208982, 0.0258136, 0.0386408, 0.0736765, 0.180686, 0.503985, 1.49832", \
            "0.023418, 0.0287411, 0.0415867, 0.0758955, 0.18194, 0.503269, 1.50153", \
            "0.0296775, 0.0358534, 0.0503969, 0.0835305, 0.185492, 0.504584, 1.50077", \
            "0.0407917, 0.047314, 0.0644232, 0.100862, 0.19569, 0.507124, 1.49632" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0.158969, 0.165098, 0.179634, 0.209924, 0.268569, 0.380591, 0.689879", \
            "0.163453, 0.169587, 0.184138, 0.214482, 0.273109, 0.385165, 0.694232", \
            "0.174607, 0.180734, 0.195294, 0.225508, 0.284214, 0.396241, 0.705484", \
            "0.203037, 0.209157, 0.223721, 0.253922, 0.312605, 0.424664, 0.733871", \
            "0.27248, 0.278548, 0.293034, 0.32329, 0.381817, 0.493833, 0.802921", \
            "0.414293, 0.421348, 0.437685, 0.471056, 0.53314, 0.64541, 0.954475", \
            "0.649389, 0.65788, 0.677818, 0.718648, 0.791707, 0.906536, 1.21439" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0.0314694, 0.035381, 0.0452477, 0.0671341, 0.106918, 0.220151, 0.630721", \
            "0.0314823, 0.0357568, 0.04521, 0.0671782, 0.106826, 0.220342, 0.63116", \
            "0.0314766, 0.0354047, 0.0453055, 0.067023, 0.106955, 0.219898, 0.631039", \
            "0.0314714, 0.0353819, 0.0453271, 0.0670277, 0.106952, 0.219935, 0.631421", \
            "0.0313773, 0.0357073, 0.0451952, 0.0671729, 0.106831, 0.220224, 0.626363", \
            "0.0427767, 0.0467398, 0.0567073, 0.0780412, 0.113009, 0.220934, 0.629706", \
            "0.0646009, 0.0687399, 0.0794689, 0.10384, 0.13298, 0.226587, 0.626707" \
          );
        }
      }
      internal_power () {
        related_pin : "CLKN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0, 0, -0.0040451, 0.0196474, 0.0797167, 0.243797, 0.726451", \
            "0, 0, -0.0040477, 0.0196748, 0.0795205, 0.242971, 0.726957", \
            "0, 0, -0.0041387, 0.0196858, 0.0795242, 0.243745, 0.725165", \
            "0, 0, -0.0039363, 0.0194695, 0.0793225, 0.242296, 0.724724", \
            "0, 0, -0.0035748, 0.0192251, 0.0792447, 0.242154, 0.72624", \
            "0, 0, -0.0031985, 0.0190177, 0.0793038, 0.242697, 0.728334", \
            "0, 0, -0.0021766, 0.0194851, 0.0808582, 0.245747, 0.728413" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0, 0, 0.0040451, 0.0198428, 3.58e-05, -0.139678, -0.617926", \
            "0, 0, 0.0040477, 0.0198274, -5.65e-06, -0.139815, -0.618029", \
            "0, 0, 0.0041387, 0.0198396, -0.0001015, -0.139813, -0.618099", \
            "0, 0, 0.0039363, 0.0196295, -0.0002954, -0.140161, -0.618385", \
            "0, 0, 0.0035748, 0.0193254, -0.0005448, -0.140247, -0.618558", \
            "0, 0, 0.0031985, 0.0196608, 0.0004748, -0.138945, -0.617018", \
            "0, 0, 0.0021766, 0.0199828, 0.0023083, -0.13738, -0.615041" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "-0.0062375, -0.0036984, 0.003501, 0.025179, 0.0825876, 0.243375, 0.726855", \
            "-0.006186, -0.0036576, 0.0035284, 0.025165, 0.0824825, 0.243351, 0.728756", \
            "-0.0060569, -0.0035302, 0.0036369, 0.0252519, 0.0825301, 0.243414, 0.726384", \
            "-0.0062249, -0.0037006, 0.0034644, 0.0250756, 0.0824408, 0.242775, 0.727114", \
            "-0.0066019, -0.0040557, 0.0031814, 0.0248813, 0.0823428, 0.242707, 0.727593", \
            "-0.0074473, -0.0048183, 0.0025848, 0.0247013, 0.0824184, 0.243331, 0.726072", \
            "-0.0091471, -0.0058531, 0.0031651, 0.0262149, 0.0845379, 0.246677, 0.727767" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0.0040637, 0.0063073, 0.0128197, 0.0332594, 0.0892708, 0.249506, 0.730511", \
            "0.0040416, 0.0062834, 0.0127812, 0.0332678, 0.0891818, 0.249179, 0.729495", \
            "0.0039904, 0.0062194, 0.0126909, 0.033063, 0.0890078, 0.248593, 0.732597", \
            "0.0039825, 0.0061896, 0.0125927, 0.0328469, 0.0886287, 0.248042, 0.729255", \
            "0.0040059, 0.0062143, 0.0126002, 0.0328495, 0.0886245, 0.247971, 0.730728", \
            "0.004264, 0.0068615, 0.014199, 0.0341515, 0.0893083, 0.249097, 0.730579", \
            "0.0045756, 0.0075505, 0.0156853, 0.0369128, 0.0932473, 0.253538, 0.733917" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "4.99e-05, 0.0053487, 0.0163497, 0.0267456, 0.0013962, -0.142173, -0.622014", \
            "2.28e-05, 0.0053093, 0.0162823, 0.0266062, 0.0012798, -0.142421, -0.622082", \
            "-3.49e-05, 0.0052426, 0.0161953, 0.0265371, 0.0011259, -0.142587, -0.622428", \
            "-4.1e-05, 0.0052269, 0.016159, 0.0264662, 0.0010064, -0.142675, -0.6225", \
            "-3.9e-05, 0.0052482, 0.0162049, 0.0264463, 0.0010471, -0.142515, -0.622261", \
            "5.42e-05, 0.0055249, 0.016813, 0.0272733, 0.0018248, -0.141789, -0.621536", \
            "0.0003124, 0.0062912, 0.0186253, 0.0302776, 0.0054614, -0.138643, -0.618602" \
          );
        }
      }
    }
    pin (CLKN) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001861;
      rise_capacitance : 0.001939;
      rise_capacitance_range (0.001939, 0.001939);
      fall_capacitance : 0.001782;
      fall_capacitance_range (0.001782, 0.001782);
      timing () {
        related_pin : "CLKN";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.133534, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.133534, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0194105, 0.0193236, 0.0191234, 0.0194124, 0.0200788, 0.0216149, 0.0251558" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0412094, 0.0410525, 0.0406912, 0.0410743, 0.0419575, 0.0439932, 0.0486859" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001627;
      rise_capacitance : 0.001687;
      rise_capacitance_range (0.001687, 0.001687);
      fall_capacitance : 0.001567;
      fall_capacitance_range (0.001567, 0.001567);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0166484, -0.0474303, -0.0173197", \
            "0.171059, 0.115525, 0.143195", \
            "0.348468, 0.300258, 0.330369" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.170119, -0.355047, -0.632554", \
            "-0.0413431, -0.222609, -0.498895", \
            "0.100665, -0.0781595, -0.350783" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0728008, 0.134438, 0.106769", \
            "-0.0889342, -0.0260762, -0.0549661", \
            "-0.26146, -0.199823, -0.229934" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.189988, 0.376137, 0.657306", \
            "0.0575501, 0.240037, 0.516323", \
            "-0.085679, 0.0943665, 0.368211" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.002444, 0.0024101, 0.0023323, 0.0025117, 0.0029254, 0.003879, 0.0060773" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087183, 0.0086086, 0.0083559, 0.0085374, 0.0089562, 0.0099213, 0.0121463" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001682;
      rise_capacitance : 0.001769;
      rise_capacitance_range (0.001769, 0.001769);
      fall_capacitance : 0.001595;
      fall_capacitance_range (0.001595, 0.001595);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.047166, 0.100258, 0.0811341", \
            "-0.120673, -0.0663594, -0.0867044", \
            "-0.302964, -0.249872, -0.267775" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0532695, 0.0026185, 0.0315085", \
            "0.212563, 0.163133, 0.190802", \
            "0.398517, 0.350307, 0.377977" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.15111, 0.833333, 2.5" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0886699, 0.12713, 0.281753", \
            "0.161294, 0.171678, 0.2909", \
            "0.127521, 0.124477, 0.235154" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0907734, -0.108482, -0.215497", \
            "-0.176825, -0.175002, -0.271031", \
            "-0.188218, -0.172967, -0.261672" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0090529, 0.0089781, 0.0088054, 0.0091089, 0.0098085, 0.0114214, 0.015139" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0150655, 0.0149502, 0.0146844, 0.0150212, 0.0157976, 0.0175872, 0.0217126" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001795;
      rise_capacitance : 0.001875;
      rise_capacitance_range (0.001875, 0.001875);
      fall_capacitance : 0.001714;
      fall_capacitance_range (0.001714, 0.001714);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0016621, -0.0840514, -0.110093", \
            "0.152749, 0.0764629, 0.0504212", \
            "0.330158, 0.258755, 0.236375" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.127394, -0.270819, -0.467759", \
            "-0.0035013, -0.143264, -0.336542", \
            "0.140949, -3.45054e-05, -0.190871" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0935527, 0.17228, 0.19466", \
            "-0.0681823, 0.0105449, 0.0341452", \
            "-0.241929, -0.163202, -0.140822" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.135057, 0.27726, 0.469318", \
            "0.008722, 0.144822, 0.333217", \
            "-0.135728, 0.0015931, 0.186326" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0032795, -0.0032746, -0.0032629, -0.0032741, -0.0032999, -0.0033593, -0.0034961" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0033936, 0.0033929, 0.0033914, 0.0033957, 0.003406, 0.0034295, 0.0034839" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003122;
      rise_capacitance : 0.003224;
      rise_capacitance_range (0.003224, 0.003224);
      fall_capacitance : 0.003019;
      fall_capacitance_range (0.003019, 0.003019);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.129836, -0.147528, -0.0783548", \
            "-0.004722, -0.0224141, 0.0455384", \
            "0.137286, 0.120815, 0.188768" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.177443, -0.331854, -0.57274", \
            "-0.049888, -0.200637, -0.439081", \
            "0.0921204, -0.0574076, -0.29341" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0825664, 0.158852, 0.156818", \
            "-0.0779479, -0.0028828, -0.0049173", \
            "-0.252915, -0.175409, -0.178664" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.138719, 0.290688, 0.486408", \
            "-0.0230163, 0.130174, 0.325893", \
            "-0.197984, -0.0435729, 0.150926" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.001454, 0.0014055, 0.001294, 0.0015576, 0.0021657, 0.0035671, 0.0067976" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0111314, 0.0110033, 0.0107085, 0.0109795, 0.0116045, 0.0130449, 0.0163656" \
          );
        }
      }
    }
    pin (SETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003596;
      rise_capacitance : 0.0037;
      rise_capacitance_range (0.0037, 0.0037);
      fall_capacitance : 0.003492;
      fall_capacitance_range (0.003492, 0.003492);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0419453, -0.0120462, 0.173908", \
            "-0.184149, -0.159133, -0.0586283", \
            "-0.344468, -0.319452, -0.312941" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0459453, 0.0197083, 0.0925436", \
            "0.18937, 0.164354, 0.235968", \
            "0.348468, 0.324672, 0.397508" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0907734, -0.176825, -0.188218", \
            "-0.108482, -0.175002, -0.172967", \
            "-0.215497, -0.271031, -0.261672" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0886699, 0.161294, 0.127521", \
            "0.12713, 0.171678, 0.124477", \
            "0.281753, 0.2909, 0.235154" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.153307, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0058665, -0.0058266, -0.0057347, -0.0057495, -0.0057833, -0.0058612, -0.0060407" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0059742, 0.0060182, 0.00612, 0.0061254, 0.0061382, 0.0061674, 0.0062351" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clear_preset_var1 : H;
      clear_preset_var2 : L;
      clocked_on : "!CLKN";
      next_state : "(D&!SCE) | (SCD&SCE)";
      preset : "!SETB";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (QN) {
        direction : output;
        function : "IQN";
        signal_type : test_scan_out_inverted;
      }
      pin (CLKN) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (RESETB) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      pin (SETB) {
        direction : input;
      }
      ff (IQ,IQN) {
        clear : "!RESETB";
        clear_preset_var1 : H;
        clear_preset_var2 : L;
        clocked_on : "!CLKN";
        next_state : "D";
        preset : "!SETB";
      }
    }
  }
  cell (scs8hd_sdfbbp_1) {
    area : 38.7872;
    cell_footprint : "sdfbbp";
    cell_leakage_power : 0.0433322;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.035193;
      when : "SETB&RESETB&CLK&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0270705;
      when : "SETB&RESETB&CLK&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0273377;
      when : "SETB&RESETB&CLK&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0271924;
      when : "SETB&RESETB&!CLK&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.114441;
      when : "!SETB&RESETB&CLK&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0194173;
      when : "SETB&!RESETB&CLK&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0311737;
      when : "SETB&RESETB&CLK&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0310896;
      when : "SETB&RESETB&CLK&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.038755;
      when : "SETB&RESETB&CLK&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0386076;
      when : "SETB&RESETB&!CLK&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.121981;
      when : "!SETB&RESETB&CLK&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0273504;
      when : "SETB&!RESETB&CLK&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0271757;
      when : "SETB&RESETB&CLK&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0272598;
      when : "SETB&RESETB&CLK&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0276888;
      when : "SETB&RESETB&CLK&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.027003;
      when : "SETB&RESETB&!CLK&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.120326;
      when : "!SETB&RESETB&CLK&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0192279;
      when : "SETB&!RESETB&CLK&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0276814;
      when : "SETB&RESETB&CLK&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0271082;
      when : "SETB&RESETB&!CLK&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.126474;
      when : "!SETB&RESETB&CLK&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0193331;
      when : "SETB&!RESETB&CLK&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0351873;
      when : "SETB&RESETB&CLK&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0272702;
      when : "SETB&RESETB&!CLK&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.114472;
      when : "!SETB&RESETB&CLK&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0194951;
      when : "SETB&!RESETB&CLK&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0312516;
      when : "SETB&RESETB&CLK&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0312491;
      when : "SETB&RESETB&CLK&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0387607;
      when : "SETB&RESETB&CLK&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.038602;
      when : "SETB&RESETB&!CLK&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0232112;
      when : "!SETB&!RESETB&CLK&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0305624;
      when : "!SETB&!RESETB&!CLK&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0307155;
      when : "!SETB&!RESETB&CLK&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0305567;
      when : "!SETB&!RESETB&!CLK&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0307098;
      when : "!SETB&!RESETB&CLK&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.032791;
      when : "SETB&RESETB&!CLK&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0228935;
      when : "!SETB&!RESETB&!CLK&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0255606;
      when : "SETB&RESETB&!CLK&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.121981;
      when : "!SETB&RESETB&CLK&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0273448;
      when : "SETB&!RESETB&CLK&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0309844;
      when : "SETB&RESETB&CLK&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0311034;
      when : "SETB&RESETB&!CLK&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0308067;
      when : "!SETB&RESETB&CLK&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0198462;
      when : "SETB&!RESETB&CLK&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0312565;
      when : "SETB&RESETB&CLK&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.031096;
      when : "SETB&RESETB&!CLK&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0307988;
      when : "!SETB&RESETB&CLK&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0198388;
      when : "SETB&!RESETB&CLK&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.116229;
      when : "!SETB&RESETB&!CLK&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.123802;
      when : "!SETB&RESETB&!CLK&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.117948;
      when : "!SETB&RESETB&!CLK&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0328752;
      when : "SETB&RESETB&!CLK&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0229777;
      when : "!SETB&!RESETB&!CLK&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.117917;
      when : "!SETB&RESETB&!CLK&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0231285;
      when : "!SETB&!RESETB&CLK&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.116229;
      when : "!SETB&RESETB&!CLK&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.120018;
      when : "!SETB&RESETB&!CLK&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.032953;
      when : "SETB&RESETB&!CLK&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0230555;
      when : "!SETB&!RESETB&!CLK&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0232064;
      when : "!SETB&!RESETB&CLK&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.12995;
      when : "!SETB&RESETB&!CLK&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0326858;
      when : "SETB&RESETB&!CLK&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0227883;
      when : "!SETB&!RESETB&!CLK&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0229391;
      when : "!SETB&!RESETB&CLK&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.114309;
      when : "!SETB&RESETB&!CLK&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0230582;
      when : "!SETB&!RESETB&!CLK&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0230444;
      when : "!SETB&!RESETB&CLK&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0230507;
      when : "!SETB&!RESETB&!CLK&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0232038;
      when : "!SETB&!RESETB&CLK&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0250207;
      when : "SETB&!RESETB&!CLK&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0191604;
      when : "SETB&!RESETB&!CLK&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0194277;
      when : "SETB&!RESETB&!CLK&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0193498;
      when : "SETB&!RESETB&!CLK&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.025015;
      when : "SETB&!RESETB&!CLK&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0175165;
      when : "SETB&!RESETB&!CLK&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0192657;
      when : "SETB&!RESETB&!CLK&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0175091;
      when : "SETB&!RESETB&!CLK&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0255681;
      when : "SETB&RESETB&!CLK&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0330723;
      when : "SETB&RESETB&!CLK&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0330666;
      when : "SETB&RESETB&!CLK&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0433322;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.221568;
      max_transition : 1.4996;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.302961, 0.308166, 0.320351, 0.351685, 0.437492, 0.674889, 1.33037", \
            "0.306882, 0.312066, 0.324298, 0.355619, 0.441939, 0.678788, 1.33616", \
            "0.316083, 0.321264, 0.333499, 0.364821, 0.451066, 0.687936, 1.34589", \
            "0.334242, 0.339374, 0.35158, 0.383061, 0.469033, 0.706023, 1.36212", \
            "0.355652, 0.360947, 0.373186, 0.404518, 0.49047, 0.727459, 1.39033", \
            "0.371822, 0.377069, 0.389271, 0.420766, 0.506585, 0.743473, 1.40153", \
            "0.358139, 0.363341, 0.375533, 0.406846, 0.492817, 0.729857, 1.38399" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0174088, 0.0221601, 0.0363259, 0.0797092, 0.203543, 0.546299, 1.49014", \
            "0.0172523, 0.0222385, 0.0363274, 0.07967, 0.203404, 0.544743, 1.4996", \
            "0.017249, 0.022234, 0.0363264, 0.0796599, 0.203103, 0.546356, 1.49622", \
            "0.0172477, 0.0221385, 0.0363111, 0.0797006, 0.203199, 0.545442, 1.49881", \
            "0.0175042, 0.0222244, 0.0363176, 0.0796431, 0.203491, 0.544561, 1.49776", \
            "0.017163, 0.0222178, 0.0363374, 0.0797021, 0.203033, 0.545483, 1.49934", \
            "0.0172183, 0.0221375, 0.0362695, 0.0796141, 0.2034, 0.545302, 1.49411" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.248709, 0.252722, 0.261377, 0.27998, 0.32446, 0.44451, 0.776507", \
            "0.25247, 0.256501, 0.265161, 0.283745, 0.328242, 0.448243, 0.780698", \
            "0.261294, 0.265308, 0.273962, 0.292565, 0.337046, 0.457098, 0.789486", \
            "0.279498, 0.283528, 0.292182, 0.310784, 0.355265, 0.475315, 0.808001", \
            "0.302735, 0.306749, 0.315405, 0.334002, 0.378488, 0.498528, 0.830944", \
            "0.322616, 0.326631, 0.335289, 0.353883, 0.39838, 0.51846, 0.850773", \
            "0.319881, 0.323921, 0.332581, 0.351178, 0.395653, 0.515705, 0.848135" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0125682, 0.0156229, 0.02288, 0.0418214, 0.0967486, 0.255111, 0.694826", \
            "0.0126671, 0.0156193, 0.0228358, 0.0417308, 0.0967353, 0.254725, 0.694577", \
            "0.0125693, 0.0156215, 0.0228762, 0.0418202, 0.0967479, 0.254377, 0.697601", \
            "0.0126608, 0.0156217, 0.0228686, 0.0418177, 0.0967485, 0.254457, 0.693056", \
            "0.0125684, 0.0156223, 0.0228619, 0.0417817, 0.0967441, 0.254585, 0.697478", \
            "0.0125624, 0.0156264, 0.0228599, 0.0417642, 0.0964185, 0.254628, 0.696732", \
            "0.012745, 0.0156383, 0.0227673, 0.0418118, 0.0967735, 0.254664, 0.692981" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.186004, 0.190071, 0.19879, 0.217481, 0.262049, 0.382012, 0.713933", \
            "0.190634, 0.194693, 0.203421, 0.2221, 0.266614, 0.386761, 0.71839", \
            "0.202343, 0.206401, 0.21513, 0.233794, 0.278313, 0.398478, 0.730174", \
            "0.230389, 0.234446, 0.243176, 0.261838, 0.30636, 0.426527, 0.758231", \
            "0.286314, 0.290403, 0.299092, 0.317787, 0.362387, 0.482514, 0.814254", \
            "0.376794, 0.380871, 0.389634, 0.408315, 0.452897, 0.572998, 0.904697", \
            "0.529359, 0.533486, 0.542265, 0.561054, 0.605621, 0.725759, 1.05761" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0128237, 0.0159028, 0.0229657, 0.0419482, 0.0962917, 0.253821, 0.692796", \
            "0.0129324, 0.0158678, 0.0231014, 0.0420249, 0.0964131, 0.25457, 0.698662", \
            "0.012817, 0.0158854, 0.0230751, 0.0419416, 0.0964841, 0.254553, 0.697412", \
            "0.012817, 0.0158923, 0.023074, 0.0419126, 0.0964878, 0.254544, 0.697126", \
            "0.0129012, 0.0158826, 0.0230831, 0.0418807, 0.0965023, 0.254437, 0.6965", \
            "0.0129448, 0.0160075, 0.023249, 0.0419981, 0.0963714, 0.254559, 0.698266", \
            "0.0131217, 0.0161402, 0.0232975, 0.042201, 0.0965453, 0.254197, 0.694121" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.195887, 0.201404, 0.213771, 0.245314, 0.331484, 0.568507, 1.22608", \
            "0.200257, 0.205774, 0.218189, 0.249625, 0.335633, 0.573111, 1.2317", \
            "0.211544, 0.216921, 0.2295, 0.26087, 0.3469, 0.584424, 1.24142", \
            "0.239684, 0.245157, 0.257571, 0.289133, 0.375036, 0.612256, 1.26818", \
            "0.30988, 0.315339, 0.327803, 0.359454, 0.445345, 0.682305, 1.33735", \
            "0.451021, 0.456975, 0.469758, 0.501222, 0.587374, 0.824053, 1.47965", \
            "0.685685, 0.692705, 0.706669, 0.738086, 0.823816, 1.0603, 1.71797" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0183377, 0.0232331, 0.0371699, 0.0800027, 0.203452, 0.546306, 1.4917", \
            "0.0185171, 0.0232317, 0.0371261, 0.0800367, 0.203312, 0.545429, 1.49691", \
            "0.0185262, 0.0233281, 0.0370977, 0.0799714, 0.203346, 0.547051, 1.49778", \
            "0.0183652, 0.0232111, 0.0372293, 0.079948, 0.203388, 0.54715, 1.4971", \
            "0.0186422, 0.0232043, 0.037137, 0.0800259, 0.203027, 0.545628, 1.49382", \
            "0.0205642, 0.0252121, 0.0385499, 0.0803862, 0.203133, 0.546598, 1.49305", \
            "0.0242753, 0.0293062, 0.0415059, 0.0816624, 0.20333, 0.545696, 1.49549" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.123393, 0.127451, 0.136206, 0.154885, 0.199454, 0.319598, 0.651565", \
            "0.127109, 0.131188, 0.139889, 0.158611, 0.203208, 0.323442, 0.655077", \
            "0.13509, 0.139157, 0.147911, 0.166639, 0.211118, 0.3313, 0.663074", \
            "0.152412, 0.156477, 0.165201, 0.183894, 0.228432, 0.348632, 0.680355", \
            "0.179712, 0.18384, 0.192683, 0.211515, 0.256121, 0.376351, 0.708031", \
            "0.201332, 0.205753, 0.215025, 0.234231, 0.279217, 0.399253, 0.73133", \
            "0.180988, 0.185889, 0.196231, 0.2166, 0.262091, 0.382523, 0.71437" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.012873, 0.0159414, 0.0231649, 0.0421309, 0.096293, 0.253644, 0.692131", \
            "0.0128562, 0.0158124, 0.0231238, 0.0419949, 0.096328, 0.254595, 0.6985", \
            "0.0128642, 0.0160104, 0.023221, 0.0421574, 0.0964922, 0.254463, 0.696467", \
            "0.0128982, 0.0160195, 0.0232174, 0.0421512, 0.0965023, 0.254494, 0.6998", \
            "0.0134393, 0.0163847, 0.0236551, 0.042227, 0.0966126, 0.254719, 0.699373", \
            "0.0146806, 0.0177046, 0.0248398, 0.0432359, 0.0969134, 0.253727, 0.695739", \
            "0.0173991, 0.0212215, 0.027975, 0.0457169, 0.0980868, 0.254066, 0.697191" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0, 0, -0.0022014, 0.0141283, 0.0543844, 0.154001, 0.42014", \
            "0, 0, -0.0021772, 0.014042, 0.0542735, 0.154271, 0.422797", \
            "0, 0, -0.0022328, 0.0140809, 0.0542209, 0.153257, 0.421107", \
            "0, 0, -0.0020067, 0.0138246, 0.053909, 0.15396, 0.422393", \
            "0, 0, -0.0016743, 0.0134833, 0.0538035, 0.152764, 0.420192", \
            "0, 0, -0.00125, 0.0134487, 0.0538077, 0.153198, 0.423", \
            "0, 0, -0.0007488, 0.0141832, 0.0559131, 0.156597, 0.423553" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0, 0, 0.0022014, 0.0129244, 0.0010626, -0.080997, -0.342562", \
            "0, 0, 0.0021772, 0.0128337, 0.0009231, -0.0812071, -0.342772", \
            "0, 0, 0.0022328, 0.0128254, 0.0008502, -0.0813037, -0.342851", \
            "0, 0, 0.0020067, 0.0125375, 0.0005002, -0.081682, -0.343303", \
            "0, 0, 0.0016743, 0.0122284, 0.0002144, -0.081962, -0.343579", \
            "0, 0, 0.00125, 0.0121496, 0.0005203, -0.0814281, -0.342942", \
            "0, 0, 0.0007488, 0.0128823, 0.0024796, -0.0789404, -0.34023" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "-0.0041583, 0.000864, 0.0104828, 0.0200056, 0.0069502, -0.0754667, -0.337405", \
            "-0.0041083, 0.0008967, 0.0104777, 0.0199533, 0.0068639, -0.0755831, -0.337503", \
            "-0.003981, 0.0010216, 0.0106071, 0.0200506, 0.0069489, -0.0755021, -0.337433", \
            "-0.004154, 0.0008532, 0.0104438, 0.0198955, 0.0068033, -0.0756392, -0.337568", \
            "-0.0045379, 0.0004835, 0.0101076, 0.0196547, 0.006621, -0.0757791, -0.337684", \
            "-0.0053907, -0.0002617, 0.0095855, 0.0194703, 0.0068477, -0.0753696, -0.337175", \
            "-0.0072236, -0.001646, 0.0091351, 0.020488, 0.0093246, -0.0725531, -0.333811" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0, 0.0003791, 0.0060221, 0.0207089, 0.057243, 0.154585, 0.422716", \
            "0, 0.0003585, 0.0060098, 0.0206755, 0.0572569, 0.154196, 0.419977", \
            "0, 0.0002838, 0.0059052, 0.0205431, 0.0570768, 0.154898, 0.422233", \
            "0, 0.0002689, 0.0058692, 0.0204562, 0.0569596, 0.153962, 0.419843", \
            "0, 0.0002552, 0.0058428, 0.0204516, 0.0568862, 0.153984, 0.419903", \
            "0, 0.0003788, 0.0061154, 0.0210046, 0.0576958, 0.155148, 0.421091", \
            "0, 0.0011092, 0.0077631, 0.0235686, 0.061563, 0.159257, 0.428248" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0, 0.0040751, 0.0129611, 0.0214415, 0.0073427, -0.0757489, -0.337869", \
            "0, 0.0040881, 0.0130174, 0.0214509, 0.0073109, -0.0757663, -0.337799", \
            "0, 0.0041343, 0.0130307, 0.0214297, 0.0071975, -0.0758604, -0.338007", \
            "0, 0.0040271, 0.0128386, 0.0210993, 0.0067793, -0.0763553, -0.338548", \
            "0, 0.0038914, 0.0126565, 0.0208667, 0.0065151, -0.0766728, -0.338916", \
            "0, 0.0037785, 0.0127257, 0.0212469, 0.0072188, -0.0761703, -0.338376", \
            "0, 0.0037384, 0.0133504, 0.0229735, 0.0099756, -0.0729802, -0.335041" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.201426;
      max_transition : 1.50371;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.21688, 0.223657, 0.239066, 0.27492, 0.365326, 0.606165, 1.25792", \
            "0.220602, 0.227369, 0.242778, 0.278626, 0.369094, 0.60963, 1.26405", \
            "0.229539, 0.236308, 0.251719, 0.287564, 0.377999, 0.61838, 1.273", \
            "0.247551, 0.254337, 0.269744, 0.305584, 0.396026, 0.636073, 1.28819", \
            "0.270967, 0.277705, 0.29313, 0.328976, 0.41942, 0.659786, 1.31109", \
            "0.291006, 0.29774, 0.313162, 0.349006, 0.439417, 0.679517, 1.33239", \
            "0.288282, 0.295091, 0.310535, 0.346399, 0.436864, 0.677555, 1.32806" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0228677, 0.0291206, 0.0450509, 0.089866, 0.214002, 0.558901, 1.50311", \
            "0.0228493, 0.0291204, 0.0450536, 0.0898087, 0.214189, 0.55693, 1.5027", \
            "0.0228344, 0.02912, 0.0450551, 0.0898196, 0.214135, 0.557518, 1.49853", \
            "0.022882, 0.0291378, 0.0450563, 0.08984, 0.213954, 0.558658, 1.50371", \
            "0.0228653, 0.0290558, 0.0451171, 0.0898639, 0.213939, 0.558484, 1.50198", \
            "0.0229075, 0.0291343, 0.0451187, 0.0898639, 0.21377, 0.558499, 1.50359", \
            "0.0230062, 0.029265, 0.045176, 0.0899277, 0.21423, 0.558108, 1.49674" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.25231, 0.258827, 0.272982, 0.301276, 0.356842, 0.474457, 0.772176", \
            "0.256252, 0.262748, 0.276818, 0.305179, 0.360722, 0.478338, 0.775786", \
            "0.265444, 0.27192, 0.286012, 0.314382, 0.369924, 0.487548, 0.785234", \
            "0.283576, 0.290078, 0.304194, 0.332507, 0.38806, 0.505691, 0.803544", \
            "0.305168, 0.311669, 0.325746, 0.354116, 0.409656, 0.527283, 0.824844", \
            "0.321301, 0.327814, 0.341901, 0.370263, 0.42579, 0.543398, 0.840589", \
            "0.307406, 0.313913, 0.328137, 0.356489, 0.412043, 0.529668, 0.827386" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0253456, 0.0299204, 0.0405616, 0.0633016, 0.11339, 0.245221, 0.627258", \
            "0.0252367, 0.0301193, 0.0407282, 0.0632785, 0.113335, 0.245266, 0.631784", \
            "0.0252585, 0.030144, 0.0407364, 0.0632761, 0.113474, 0.244791, 0.627526", \
            "0.0252335, 0.029926, 0.0405324, 0.0633579, 0.113479, 0.244678, 0.627498", \
            "0.025238, 0.0301149, 0.0407236, 0.0632639, 0.113551, 0.24457, 0.628013", \
            "0.0252625, 0.0301161, 0.0407102, 0.0633626, 0.113623, 0.24524, 0.633171", \
            "0.0252601, 0.0298993, 0.040534, 0.0633243, 0.113283, 0.245125, 0.630764" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.15421, 0.161185, 0.177015, 0.214087, 0.307006, 0.549172, 1.2018", \
            "0.158827, 0.165793, 0.181692, 0.218772, 0.311712, 0.553797, 1.20674", \
            "0.170502, 0.177463, 0.193365, 0.230453, 0.323355, 0.565566, 1.21834", \
            "0.198651, 0.205627, 0.22152, 0.258613, 0.351511, 0.593709, 1.24757", \
            "0.254679, 0.261696, 0.277652, 0.314815, 0.407777, 0.649933, 1.30439", \
            "0.345403, 0.352581, 0.368772, 0.406298, 0.49967, 0.741876, 1.39432", \
            "0.497355, 0.504879, 0.521629, 0.559693, 0.653525, 0.895778, 1.54756" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0234035, 0.0298722, 0.0466409, 0.0927789, 0.218599, 0.55901, 1.49979", \
            "0.0234371, 0.0298829, 0.0466189, 0.0927919, 0.219219, 0.560005, 1.49878", \
            "0.0233809, 0.0298811, 0.0466672, 0.0927426, 0.219071, 0.559325, 1.49755", \
            "0.0234865, 0.0299186, 0.0466353, 0.0927511, 0.218716, 0.559776, 1.50017", \
            "0.0235735, 0.0301416, 0.0468883, 0.0928989, 0.218477, 0.558853, 1.49725", \
            "0.0244231, 0.0309408, 0.0477137, 0.0937457, 0.219177, 0.559291, 1.50082", \
            "0.0264702, 0.032869, 0.0494037, 0.0953013, 0.220398, 0.560691, 1.49537" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0914261, 0.0984648, 0.114505, 0.151688, 0.24427, 0.485747, 1.13671", \
            "0.0951529, 0.102199, 0.118237, 0.155407, 0.248038, 0.489557, 1.14331", \
            "0.103099, 0.110127, 0.126169, 0.163333, 0.256007, 0.497609, 1.15203", \
            "0.12043, 0.127412, 0.143428, 0.180548, 0.273331, 0.515033, 1.1683", \
            "0.146271, 0.154101, 0.171115, 0.209208, 0.302411, 0.544052, 1.19809", \
            "0.164041, 0.173498, 0.193597, 0.234715, 0.329377, 0.571455, 1.22588", \
            "0.138372, 0.149865, 0.175029, 0.22454, 0.324037, 0.566491, 1.21809" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0238076, 0.0303419, 0.0470942, 0.093224, 0.218635, 0.560171, 1.49906", \
            "0.0238096, 0.0303746, 0.0471703, 0.0932735, 0.219514, 0.560688, 1.49864", \
            "0.0237773, 0.030297, 0.0470555, 0.0932099, 0.219431, 0.559858, 1.49935", \
            "0.0240225, 0.030561, 0.0472524, 0.0933117, 0.2195, 0.559805, 1.5005", \
            "0.0276695, 0.0340993, 0.0504198, 0.0953718, 0.219982, 0.558951, 1.49993", \
            "0.0349074, 0.0422583, 0.0587875, 0.101319, 0.222689, 0.56079, 1.50168", \
            "0.0455393, 0.0547888, 0.0749471, 0.117722, 0.229985, 0.562656, 1.49642" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.140618, 0.147964, 0.163717, 0.195084, 0.251499, 0.36435, 0.660446", \
            "0.144989, 0.152364, 0.168089, 0.199507, 0.255878, 0.368755, 0.664874", \
            "0.156019, 0.163416, 0.17915, 0.210574, 0.266964, 0.37985, 0.675992", \
            "0.185219, 0.192561, 0.208307, 0.239656, 0.296106, 0.40898, 0.705161", \
            "0.25458, 0.261902, 0.277488, 0.308414, 0.364724, 0.477613, 0.773649", \
            "0.386908, 0.395705, 0.414242, 0.450213, 0.509398, 0.622364, 0.918467", \
            "0.607029, 0.617778, 0.640659, 0.684958, 0.750745, 0.864591, 1.1601" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0301609, 0.0353333, 0.0465836, 0.0698714, 0.112509, 0.239044, 0.627855", \
            "0.0301573, 0.0355054, 0.0468279, 0.0698853, 0.112142, 0.238809, 0.629314", \
            "0.0302841, 0.0355745, 0.0468111, 0.0699371, 0.11214, 0.238811, 0.629626", \
            "0.0301691, 0.0353526, 0.0466031, 0.0699069, 0.112518, 0.238936, 0.633536", \
            "0.0306953, 0.0358278, 0.0471035, 0.0701384, 0.112537, 0.239264, 0.626673", \
            "0.0427239, 0.0485421, 0.0598944, 0.0817347, 0.117718, 0.239704, 0.624914", \
            "0.0616187, 0.0683008, 0.0819905, 0.104089, 0.131321, 0.24237, 0.626086" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0, 0, -0.0029146, 0.0129189, 0.0506104, 0.141919, 0.383042", \
            "0, 0, -0.0028825, 0.0129146, 0.0504509, 0.141877, 0.382852", \
            "0, 0, -0.0029673, 0.0128306, 0.0502455, 0.141975, 0.382336", \
            "0, 0, -0.0027502, 0.0125506, 0.0499241, 0.141157, 0.383128", \
            "0, 0, -0.0024102, 0.012316, 0.049779, 0.141142, 0.384093", \
            "0, 0, -0.0019884, 0.0123371, 0.0503177, 0.14159, 0.383078", \
            "0, 0, -0.0015402, 0.0130042, 0.0521711, 0.144702, 0.384146" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0, 0, 0.0029146, 0.0141173, 0.0045728, -0.0688562, -0.303493", \
            "0, 0, 0.0028825, 0.0140143, 0.0044242, -0.069084, -0.303722", \
            "0, 0, 0.0029673, 0.0140567, 0.0043868, -0.0690668, -0.303739", \
            "0, 0, 0.0027502, 0.0137846, 0.0041255, -0.0693911, -0.304096", \
            "0, 0, 0.0024102, 0.0134775, 0.0038343, -0.069654, -0.304381", \
            "0, 0, 0.0019884, 0.0134373, 0.0041224, -0.0691221, -0.303689", \
            "0, 0, 0.0015402, 0.0141742, 0.0062117, -0.0667434, -0.301127" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "-0.0059376, -0.0033816, 0.0031313, 0.0199484, 0.056787, 0.147533, 0.387865", \
            "-0.0058881, -0.0033495, 0.0031239, 0.0199046, 0.0567563, 0.147625, 0.387429", \
            "-0.0057656, -0.0032289, 0.0032363, 0.0200009, 0.0569033, 0.147205, 0.388148", \
            "-0.005941, -0.0034092, 0.0030519, 0.0198045, 0.0566157, 0.14686, 0.387359", \
            "-0.006323, -0.0037634, 0.002744, 0.0195648, 0.0564071, 0.147331, 0.387307", \
            "-0.0071181, -0.0043711, 0.0024488, 0.019696, 0.0571007, 0.147882, 0.388713", \
            "-0.0088518, -0.0055186, 0.0024355, 0.0199406, 0.0577231, 0.149528, 0.38984" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "-0.0001417, -0.0001905, 0.0056517, 0.0213779, 0.0570874, 0.146514, 0.388634", \
            "-0.0001196, -0.0001653, 0.0056727, 0.0214024, 0.0571548, 0.146511, 0.386999", \
            "-6.365e-05, -0.0001164, 0.0056874, 0.0213699, 0.0570598, 0.14685, 0.387113", \
            "-5.685e-05, -0.0002237, 0.0055043, 0.0210406, 0.056501, 0.146053, 0.387258", \
            "-5.35e-05, -0.0003434, 0.0053851, 0.020831, 0.0563183, 0.145755, 0.386223", \
            "-0.000159, 4.125e-05, 0.0063738, 0.0212667, 0.0566944, 0.146134, 0.385739", \
            "-0.0003716, 2.12e-05, 0.0070517, 0.0229885, 0.0592926, 0.14935, 0.388517" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135882, 0.00369277, 0.0100356, 0.027273, 0.0741181, 0.201426");
          values ( \
            "0.0001417, 0.0046625, 0.013033, 0.0207375, 0.0077151, -0.0681772, -0.303998", \
            "0.0001196, 0.0046431, 0.0129824, 0.0206722, 0.0076255, -0.068273, -0.304028", \
            "6.365e-05, 0.004568, 0.0128707, 0.0205089, 0.0074093, -0.0684827, -0.30429", \
            "5.685e-05, 0.0045495, 0.0128591, 0.0204639, 0.0073647, -0.0685771, -0.304396", \
            "5.35e-05, 0.0045508, 0.0128534, 0.0206038, 0.0075241, -0.0683654, -0.304087", \
            "0.000159, 0.0048175, 0.0133422, 0.0211892, 0.0082089, -0.0676114, -0.303349", \
            "0.0003716, 0.0053835, 0.0145217, 0.0230914, 0.0107465, -0.0648899, -0.300514" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001844;
      rise_capacitance : 0.001944;
      rise_capacitance_range (0.001944, 0.001944);
      fall_capacitance : 0.001743;
      fall_capacitance_range (0.001743, 0.001743);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0862978, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.117056, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0342341, 0.0341311, 0.0338941, 0.0342042, 0.0349194, 0.0365676, 0.0403673" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0269937, 0.0268347, 0.0264685, 0.0268905, 0.0278635, 0.0301062, 0.035276" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001627;
      rise_capacitance : 0.001712;
      rise_capacitance_range (0.001712, 0.001712);
      fall_capacitance : 0.001542;
      fall_capacitance_range (0.001542, 0.001542);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0492695, -0.110907, -0.0746927", \
            "-0.0389017, -0.0907734, -0.0508971", \
            "-0.09953, -0.14896, -0.111525" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.173781, -0.362372, -0.654527", \
            "-0.135337, -0.325148, -0.627069", \
            "-0.156903, -0.349156, -0.660842" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0666973, 0.129555, 0.0994447", \
            "0.0514466, 0.104539, 0.0646628", \
            "0.114516, 0.163947, 0.127732" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.215623, 0.402993, 0.69881", \
            "0.175958, 0.364549, 0.668911", \
            "0.204848, 0.394659, 0.703904" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0024448, 0.0024117, 0.0023356, 0.0025139, 0.0029254, 0.0038736, 0.0060596" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0087774, 0.0086648, 0.0084053, 0.008584, 0.0089962, 0.0099464, 0.0121367" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001678;
      rise_capacitance : 0.001764;
      rise_capacitance_range (0.001764, 0.001764);
      fall_capacitance : 0.001592;
      fall_capacitance_range (0.001592, 0.001592);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0386211, 0.0929342, 0.0725892", \
            "-0.0156921, 0.0361797, 0.0133932", \
            "0.0095358, 0.0589661, 0.0337383" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0224141, -0.0742858, -0.0502786", \
            "0.028237, -0.0211934, 0.0052552", \
            "0.0054505, -0.0439798, -0.0150898" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.131337, 0.833333, 2.5" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.067918, 0.102716, 0.24269", \
            "0.135659, 0.142381, 0.253058", \
            "0.110431, 0.107387, 0.215623" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0773457, -0.095054, -0.198407", \
            "-0.153631, -0.150588, -0.244175", \
            "-0.149156, -0.133905, -0.220168" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089304, 0.0088533, 0.0086756, 0.0089913, 0.0097192, 0.0113971, 0.0152646" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0150027, 0.0148909, 0.0146332, 0.0149789, 0.015776, 0.0176135, 0.0218491" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00178;
      rise_capacitance : 0.001813;
      rise_capacitance_range (0.001813, 0.001813);
      fall_capacitance : 0.001748;
      fall_capacitance_range (0.001748, 0.001748);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0688008, -0.149969, -0.169908", \
            "-0.0596536, -0.133498, -0.148553", \
            "-0.120282, -0.194126, -0.210402" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.121291, -0.269598, -0.478745", \
            "-0.0767435, -0.228713, -0.445184", \
            "-0.09953, -0.251499, -0.471633" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0862285, 0.167397, 0.192218", \
            "0.0721986, 0.146043, 0.162319", \
            "0.135268, 0.207892, 0.225389" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.154588, 0.299233, 0.501056", \
            "0.111261, 0.259568, 0.468715", \
            "0.141372, 0.2909, 0.502488" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0034028, -0.0033979, -0.0033864, -0.0033981, -0.0034249, -0.0034866, -0.0036288" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0035374, 0.0035327, 0.0035221, 0.0035306, 0.0035506, 0.0035964, 0.0037022" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003135;
      rise_capacitance : 0.003245;
      rise_capacitance_range (0.003245, 0.003245);
      fall_capacitance : 0.003025;
      fall_capacitance_range (0.003025, 0.003025);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0565937, -0.130438, -0.118638", \
            "-0.0486673, -0.110305, -0.0936217", \
            "-0.110516, -0.170933, -0.155471" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.181105, -0.337958, -0.589829", \
            "-0.142661, -0.303176, -0.562372", \
            "-0.163006, -0.325962, -0.591262" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0764629, 0.152749, 0.148273", \
            "0.0624329, 0.127732, 0.114712", \
            "0.126723, 0.189581, 0.176561" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.131395, 0.284585, 0.481525", \
            "0.116144, 0.269334, 0.465053", \
            "0.179213, 0.332404, 0.526902" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.001397, 0.0013508, 0.0012445, 0.0015069, 0.0021118, 0.0035062, 0.0067204" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0112398, 0.0111102, 0.0108116, 0.0110829, 0.0117085, 0.0131503, 0.016474" \
          );
        }
      }
    }
    pin (SETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003591;
      rise_capacitance : 0.003704;
      rise_capacitance_range (0.003704, 0.003704);
      fall_capacitance : 0.003478;
      fall_capacitance_range (0.003478, 0.003478);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0260762, 0.0355612, 0.232501", \
            "-0.101141, -0.0382832, 0.109829", \
            "-0.0917826, -0.0277038, 0.0874492" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0776836, 0.053888, 0.126723", \
            "0.142983, 0.117967, 0.190802", \
            "0.131183, 0.104946, 0.176561" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0773457, -0.153631, -0.149156", \
            "-0.095054, -0.150588, -0.133905", \
            "-0.198407, -0.244175, -0.220168" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : non_seq_setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.067918, 0.135659, 0.110431", \
            "0.102716, 0.142381, 0.107387", \
            "0.24269, 0.253058, 0.215623" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.144519, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0075323, 0.0074687, 0.0073224, 0.0074202, 0.0076456, 0.0081655, 0.009364" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0059831, 0.0060216, 0.0061105, 0.0061159, 0.0061282, 0.0061569, 0.0062228" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clear_preset_var1 : H;
      clear_preset_var2 : L;
      clocked_on : "CLK";
      next_state : "(D&!SCE) | (SCD&SCE)";
      preset : "!SETB";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (QN) {
        direction : output;
        function : "IQN";
        signal_type : test_scan_out_inverted;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (RESETB) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      pin (SETB) {
        direction : input;
      }
      ff (IQ,IQN) {
        clear : "!RESETB";
        clear_preset_var1 : H;
        clear_preset_var2 : L;
        clocked_on : "CLK";
        next_state : "D";
        preset : "!SETB";
      }
    }
  }
  cell (scs8hd_sdfrbp_1) {
    area : 35.0336;
    cell_footprint : "sdfrbp";
    cell_leakage_power : 0.0121924;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0153247;
      when : "RESETB&CLK&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0152163;
      when : "RESETB&CLK&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0153538;
      when : "RESETB&CLK&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0152025;
      when : "RESETB&!CLK&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0150573;
      when : "!RESETB&!CLK&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0129786;
      when : "!RESETB&!CLK&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0150986;
      when : "!RESETB&CLK&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0068146;
      when : "RESETB&CLK&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0067749;
      when : "RESETB&CLK&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0066043;
      when : "RESETB&CLK&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0067198;
      when : "RESETB&!CLK&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0151052;
      when : "!RESETB&CLK&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0152784;
      when : "RESETB&CLK&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.015318;
      when : "RESETB&CLK&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0152873;
      when : "RESETB&CLK&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0151008;
      when : "RESETB&!CLK&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0149969;
      when : "!RESETB&CLK&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0152805;
      when : "RESETB&CLK&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0151628;
      when : "RESETB&!CLK&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0150589;
      when : "!RESETB&CLK&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0153232;
      when : "RESETB&CLK&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0152383;
      when : "RESETB&!CLK&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0151344;
      when : "!RESETB&CLK&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0068504;
      when : "RESETB&CLK&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0065616;
      when : "RESETB&CLK&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0066058;
      when : "RESETB&CLK&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0067183;
      when : "RESETB&!CLK&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0151037;
      when : "!RESETB&CLK&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0067129;
      when : "RESETB&CLK&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0066824;
      when : "RESETB&!CLK&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0150678;
      when : "!RESETB&CLK&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0065684;
      when : "RESETB&CLK&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0066756;
      when : "RESETB&!CLK&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0150611;
      when : "!RESETB&CLK&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0131236;
      when : "RESETB&!CLK&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0150969;
      when : "!RESETB&!CLK&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0090575;
      when : "RESETB&!CLK&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.009195;
      when : "RESETB&!CLK&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0091592;
      when : "RESETB&!CLK&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0131221;
      when : "RESETB&!CLK&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0130862;
      when : "RESETB&!CLK&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0151328;
      when : "!RESETB&!CLK&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0149953;
      when : "!RESETB&!CLK&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0091195;
      when : "RESETB&!CLK&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0130794;
      when : "RESETB&!CLK&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0129854;
      when : "!RESETB&!CLK&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0130228;
      when : "!RESETB&!CLK&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0130213;
      when : "!RESETB&!CLK&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0121924;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.239878;
      max_transition : 1.50935;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139896, 0.0039142, 0.0109517, 0.030642, 0.0857341, 0.239878");
          values ( \
            "0.178137, 0.184927, 0.200175, 0.235045, 0.322086, 0.559866, 1.22279", \
            "0.181531, 0.188327, 0.203583, 0.238434, 0.325463, 0.56287, 1.22704", \
            "0.189461, 0.196237, 0.211509, 0.246373, 0.333403, 0.570752, 1.23645", \
            "0.202044, 0.208818, 0.224069, 0.258951, 0.345973, 0.583129, 1.2456", \
            "0.212831, 0.219609, 0.234842, 0.269746, 0.35678, 0.594566, 1.25811", \
            "0.210793, 0.2176, 0.232851, 0.267736, 0.354756, 0.591684, 1.25589", \
            "0.16526, 0.172096, 0.187404, 0.222278, 0.309336, 0.54747, 1.21074" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139896, 0.0039142, 0.0109517, 0.030642, 0.0857341, 0.239878");
          values ( \
            "0.0215928, 0.0272316, 0.0420995, 0.0833169, 0.201702, 0.543838, 1.50665", \
            "0.0216411, 0.0273188, 0.0419922, 0.0832813, 0.201109, 0.542033, 1.50712", \
            "0.0215057, 0.0273196, 0.0420218, 0.0833036, 0.201593, 0.542679, 1.5019", \
            "0.021546, 0.0272348, 0.0419915, 0.0832721, 0.201442, 0.542788, 1.50706", \
            "0.021577, 0.0273314, 0.0420184, 0.0832819, 0.201537, 0.543369, 1.50786", \
            "0.0216384, 0.0273169, 0.042161, 0.083345, 0.202162, 0.542372, 1.50935", \
            "0.0217223, 0.0274435, 0.0421463, 0.0834166, 0.201467, 0.54423, 1.49772" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139896, 0.0039142, 0.0109517, 0.030642, 0.0857341, 0.239878");
          values ( \
            "0.205782, 0.212756, 0.228217, 0.259526, 0.320102, 0.46017, 0.840905", \
            "0.209303, 0.216262, 0.231723, 0.263049, 0.323623, 0.463702, 0.844714", \
            "0.217617, 0.224584, 0.240037, 0.27135, 0.331971, 0.471998, 0.853426", \
            "0.230043, 0.237002, 0.252451, 0.28376, 0.344299, 0.484381, 0.865374", \
            "0.239738, 0.246696, 0.262187, 0.293498, 0.354069, 0.494129, 0.875374", \
            "0.235142, 0.242122, 0.257573, 0.288891, 0.349461, 0.489517, 0.870713", \
            "0.182894, 0.189859, 0.205327, 0.236658, 0.29718, 0.437263, 0.818253" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139896, 0.0039142, 0.0109517, 0.030642, 0.0857341, 0.239878");
          values ( \
            "0.0250504, 0.0301577, 0.0418003, 0.066187, 0.122848, 0.291833, 0.796879", \
            "0.024977, 0.0300795, 0.0417963, 0.0661922, 0.12315, 0.291291, 0.793258", \
            "0.0250093, 0.0300652, 0.0417901, 0.066085, 0.123121, 0.291822, 0.794953", \
            "0.025039, 0.0302272, 0.0417989, 0.0660722, 0.122885, 0.291966, 0.796735", \
            "0.024909, 0.029982, 0.0417971, 0.0659008, 0.123197, 0.291295, 0.791656", \
            "0.0250015, 0.0301221, 0.041792, 0.0659076, 0.123206, 0.291677, 0.79704", \
            "0.0250371, 0.0299901, 0.0418027, 0.0658708, 0.122846, 0.292198, 0.794936" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139896, 0.0039142, 0.0109517, 0.030642, 0.0857341, 0.239878");
          values ( \
            "0.124602, 0.13181, 0.148157, 0.181173, 0.24506, 0.386336, 0.766701", \
            "0.128907, 0.13618, 0.152405, 0.185447, 0.249372, 0.390588, 0.771314", \
            "0.140208, 0.147451, 0.163784, 0.196863, 0.260881, 0.401801, 0.782399", \
            "0.168775, 0.17605, 0.192402, 0.225553, 0.289831, 0.429973, 0.810615", \
            "0.237287, 0.244741, 0.26127, 0.294718, 0.35863, 0.496975, 0.877747", \
            "0.360456, 0.369723, 0.389888, 0.430176, 0.491512, 0.62862, 1.00902", \
            "0.567726, 0.579014, 0.604669, 0.646652, 0.705877, 0.842739, 1.22344" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139896, 0.0039142, 0.0109517, 0.030642, 0.0857341, 0.239878");
          values ( \
            "0.0266822, 0.0323296, 0.0447454, 0.0699127, 0.127745, 0.292873, 0.795255", \
            "0.0266738, 0.0321349, 0.0447685, 0.0698836, 0.127862, 0.292148, 0.796237", \
            "0.0266283, 0.0320443, 0.0447257, 0.0699343, 0.127677, 0.291908, 0.793202", \
            "0.0266716, 0.0322139, 0.0449634, 0.0703972, 0.127315, 0.290764, 0.793019", \
            "0.0289078, 0.0342345, 0.0465521, 0.0718383, 0.125369, 0.289457, 0.795674", \
            "0.0424507, 0.0483517, 0.0624833, 0.0830486, 0.123768, 0.288689, 0.796016", \
            "0.063301, 0.0701765, 0.0808874, 0.0910801, 0.123938, 0.289584, 0.797034" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139897, 0.0039142, 0.0109517, 0.030642, 0.0857341, 0.239878");
          values ( \
            "0, 0, 0.0002614, 0.0166478, 0.0566447, 0.163068, 0.452521", \
            "0, 0, 0.0002798, 0.0166301, 0.0567424, 0.16267, 0.452947", \
            "0, 0, 0.0003007, 0.0165199, 0.0563756, 0.162774, 0.453778", \
            "0, 0, -1e-05, 0.0161965, 0.0560977, 0.161494, 0.454336", \
            "0, 0, -0.0004334, 0.015926, 0.0561256, 0.161319, 0.452866", \
            "0, 0, -0.0011072, 0.0159074, 0.0565707, 0.161763, 0.455462", \
            "0, 0, -0.0020555, 0.0170737, 0.060025, 0.167401, 0.456333" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139897, 0.0039142, 0.0109517, 0.030642, 0.0857341, 0.239878");
          values ( \
            "0, 0, 0.0080242, 0.0180158, 0.004073, -0.0855489, -0.371649", \
            "0, 0, 0.0080815, 0.0180098, 0.0040438, -0.0855769, -0.371716", \
            "0, 0, 0.0081248, 0.0180062, 0.003959, -0.0857416, -0.371862", \
            "0, 0, 0.0077949, 0.0176371, 0.0034532, -0.0862982, -0.372414", \
            "0, 0, 0.0073609, 0.0173607, 0.0033932, -0.0862419, -0.372344", \
            "0, 0, 0.0067242, 0.0174412, 0.0042056, -0.084944, -0.370838", \
            "0, 0, 0.0057601, 0.0185506, 0.0073855, -0.0807521, -0.366213" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139897, 0.0039142, 0.0109517, 0.030642, 0.0857341, 0.239878");
          values ( \
            "0.0007231, 0.0062652, 0.0170677, 0.0283556, 0.0156052, -0.0731366, -0.358847", \
            "0.0007052, 0.0062254, 0.0169772, 0.0281862, 0.0153435, -0.0734767, -0.359228", \
            "0.0006913, 0.0061911, 0.0169151, 0.0280336, 0.0151594, -0.0736803, -0.359414", \
            "0.0006715, 0.0061554, 0.0168346, 0.0279026, 0.0149612, -0.0739247, -0.35966", \
            "0.0006699, 0.0061725, 0.0168889, 0.0279193, 0.0150209, -0.0738666, -0.359625", \
            "0.0007795, 0.0064877, 0.0175676, 0.0290726, 0.0164801, -0.072188, -0.357816", \
            "0.0010586, 0.007332, 0.0195392, 0.0325997, 0.021393, -0.0665008, -0.351856" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.17396;
      max_transition : 1.49996;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132602, 0.00351666, 0.00932631, 0.0247337, 0.0655949, 0.17396");
          values ( \
            "0.239992, 0.245478, 0.258773, 0.292906, 0.383117, 0.621494, 1.25508", \
            "0.243491, 0.248976, 0.262183, 0.296576, 0.386588, 0.625269, 1.25996", \
            "0.25179, 0.257307, 0.270522, 0.304735, 0.394815, 0.633578, 1.26686", \
            "0.264224, 0.269713, 0.282929, 0.317242, 0.407403, 0.645988, 1.27957", \
            "0.273927, 0.27942, 0.292621, 0.32696, 0.417124, 0.655765, 1.28881", \
            "0.269319, 0.274811, 0.288011, 0.322354, 0.412508, 0.650828, 1.28491", \
            "0.217073, 0.222567, 0.235852, 0.270106, 0.360259, 0.598328, 1.23085" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132602, 0.00351666, 0.00932631, 0.0247337, 0.0655949, 0.17396");
          values ( \
            "0.017031, 0.0229495, 0.0403944, 0.0894991, 0.22022, 0.568398, 1.49842", \
            "0.0170202, 0.0229829, 0.0403329, 0.0894211, 0.220199, 0.568245, 1.49759", \
            "0.0169861, 0.0229929, 0.0403662, 0.0892176, 0.219791, 0.568489, 1.49944", \
            "0.0170664, 0.0229767, 0.0403817, 0.0892169, 0.220067, 0.568205, 1.49957", \
            "0.0170689, 0.0229645, 0.0403335, 0.0892756, 0.220088, 0.567398, 1.49773", \
            "0.0170699, 0.022983, 0.0403311, 0.0894629, 0.220342, 0.56881, 1.49996", \
            "0.0170252, 0.0229345, 0.0403471, 0.0892021, 0.220048, 0.568371, 1.49234" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132602, 0.00351666, 0.00932631, 0.0247337, 0.0655949, 0.17396");
          values ( \
            "0.208147, 0.212297, 0.220991, 0.239769, 0.284757, 0.402553, 0.716064", \
            "0.211524, 0.215641, 0.224361, 0.243211, 0.288088, 0.405894, 0.718081", \
            "0.219457, 0.223603, 0.232305, 0.251079, 0.296046, 0.413852, 0.726535", \
            "0.23204, 0.236153, 0.244886, 0.263618, 0.308587, 0.426315, 0.738666", \
            "0.24273, 0.246869, 0.255576, 0.27435, 0.319306, 0.437104, 0.74994", \
            "0.240785, 0.244922, 0.253646, 0.272428, 0.317412, 0.435158, 0.747468", \
            "0.195247, 0.199375, 0.208114, 0.226957, 0.271827, 0.389609, 0.70322" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132602, 0.00351666, 0.00932631, 0.0247337, 0.0655949, 0.17396");
          values ( \
            "0.0122807, 0.0153981, 0.0231263, 0.0434042, 0.0998705, 0.254332, 0.668569", \
            "0.0122013, 0.0153873, 0.0230918, 0.0433636, 0.0997424, 0.255962, 0.667606", \
            "0.0121561, 0.015363, 0.0231145, 0.0432903, 0.0996888, 0.255643, 0.669478", \
            "0.0122786, 0.0154076, 0.0231201, 0.0433684, 0.0998965, 0.255444, 0.665172", \
            "0.0121436, 0.0153743, 0.0232907, 0.0434796, 0.099977, 0.255487, 0.670914", \
            "0.0121932, 0.0154839, 0.0230814, 0.0432692, 0.0999882, 0.253893, 0.66759", \
            "0.0122261, 0.0154141, 0.0230868, 0.0433789, 0.0996212, 0.254887, 0.669754" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132602, 0.00351666, 0.00932631, 0.0247337, 0.0655949, 0.17396");
          values ( \
            "0.159804, 0.165354, 0.178704, 0.21289, 0.303322, 0.541755, 1.17636", \
            "0.164104, 0.169659, 0.182997, 0.217164, 0.307577, 0.545966, 1.18223", \
            "0.175398, 0.180879, 0.194125, 0.228378, 0.318469, 0.556831, 1.19056", \
            "0.204004, 0.2096, 0.222853, 0.257035, 0.347327, 0.585998, 1.22349", \
            "0.272485, 0.278116, 0.291406, 0.325546, 0.41585, 0.654216, 1.29137", \
            "0.398798, 0.405017, 0.418575, 0.452874, 0.542897, 0.781283, 1.41567", \
            "0.609522, 0.616633, 0.631306, 0.665402, 0.755251, 0.99343, 1.62707" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132602, 0.00351666, 0.00932631, 0.0247337, 0.0655949, 0.17396");
          values ( \
            "0.017583, 0.0233703, 0.0405706, 0.0893966, 0.220412, 0.568715, 1.49204", \
            "0.0175818, 0.0233472, 0.0405733, 0.0893938, 0.220171, 0.568927, 1.49561", \
            "0.0175003, 0.0234143, 0.0406042, 0.0893929, 0.220712, 0.568858, 1.49489", \
            "0.0176159, 0.0233793, 0.0405103, 0.0895241, 0.220159, 0.567408, 1.4967", \
            "0.0178422, 0.0236226, 0.0405916, 0.0894702, 0.219986, 0.568783, 1.49535", \
            "0.0205134, 0.026048, 0.0418645, 0.0897607, 0.220242, 0.567985, 1.4957", \
            "0.0252268, 0.0306233, 0.0447572, 0.0905363, 0.220457, 0.567759, 1.497" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132602, 0.00351666, 0.00932631, 0.0247337, 0.0655949, 0.17396");
          values ( \
            "0, 0, 0.0019387, 0.0180362, 0.0520147, 0.131588, 0.337125", \
            "0, 0, 0.0019536, 0.0180098, 0.0520062, 0.13225, 0.336951", \
            "0, 0, 0.0020263, 0.0180098, 0.0519153, 0.132139, 0.336868", \
            "0, 0, 0.0016927, 0.0176209, 0.0513424, 0.131684, 0.336358", \
            "0, 0, 0.0012556, 0.0173503, 0.0512269, 0.131626, 0.337967", \
            "0, 0, 0.0009115, 0.0174577, 0.0521138, 0.132097, 0.339536", \
            "0, 0, -3.07e-05, 0.0185249, 0.0552088, 0.137017, 0.342605" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132602, 0.00351666, 0.00932631, 0.0247337, 0.0655949, 0.17396");
          values ( \
            "0, 0, 0.0073459, 0.0166358, 0.0077141, -0.0564314, -0.255779", \
            "0, 0, 0.0073717, 0.016643, 0.0076662, -0.0564916, -0.255881", \
            "0, 0, 0.0073986, 0.0165194, 0.0074337, -0.056798, -0.256206", \
            "0, 0, 0.0070943, 0.0161823, 0.0070941, -0.0571882, -0.256587", \
            "0, 0, 0.0066501, 0.0159286, 0.0070083, -0.0571283, -0.256478", \
            "0, 0, 0.0060016, 0.0159249, 0.0074419, -0.0564284, -0.255593", \
            "0, 0, 0.0052108, 0.017141, 0.0107037, -0.0518078, -0.250452" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132602, 0.00351666, 0.00932631, 0.0247337, 0.0655949, 0.17396");
          values ( \
            "-0.0007467, 0.0025475, 0.0102098, 0.0282965, 0.0634592, 0.144523, 0.349549", \
            "-0.0007649, 0.0025112, 0.0101177, 0.0281085, 0.0632318, 0.143714, 0.350941", \
            "-0.0007818, 0.0024638, 0.010011, 0.0279092, 0.0628565, 0.143494, 0.350087", \
            "-0.0007836, 0.0024838, 0.0101192, 0.0278197, 0.0627414, 0.142987, 0.348588", \
            "-0.0007356, 0.0026205, 0.0105419, 0.027987, 0.0629476, 0.143389, 0.350533", \
            "-0.0006345, 0.0029289, 0.0111757, 0.0290929, 0.0644678, 0.14513, 0.351267", \
            "-0.0002645, 0.0039536, 0.0134861, 0.03262, 0.0697723, 0.151875, 0.35793" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002485;
      rise_capacitance : 0.002613;
      rise_capacitance_range (0.002613, 0.002613);
      fall_capacitance : 0.002357;
      fall_capacitance_range (0.002357, 0.002357);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0665246, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.102775, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0209861, 0.0208509, 0.0205392, 0.021073, 0.0223032, 0.0251392, 0.0316762" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0340225, 0.0338371, 0.0334097, 0.0341675, 0.0359145, 0.0399414, 0.0492237" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      nextstate_type : data;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001687;
      rise_capacitance : 0.001752;
      rise_capacitance_range (0.001752, 0.001752);
      fall_capacitance : 0.001623;
      fall_capacitance_range (0.001623, 0.001623);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0468281, -0.108466, -0.0771341", \
            "-0.0694193, -0.126174, -0.100946", \
            "-0.175214, -0.229527, -0.209182" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.107863, -0.283026, -0.512925", \
            "-0.101158, -0.282424, -0.533075", \
            "-0.166669, -0.347935, -0.603469" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0666973, 0.1381, 0.123859", \
            "0.0819642, 0.142381, 0.123256", \
            "0.186538, 0.243292, 0.226609" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.164354, 0.346841, 0.606036", \
            "0.157648, 0.341356, 0.612758", \
            "0.229262, 0.414191, 0.689256" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0024601, 0.0024103, 0.0022956, 0.0025167, 0.0030262, 0.0042009, 0.0069088" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089784, 0.0088496, 0.0085527, 0.0088013, 0.0093744, 0.0106956, 0.0137411" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003625;
      rise_capacitance : 0.003653;
      rise_capacitance_range (0.003653, 0.003653);
      fall_capacitance : 0.003598;
      fall_capacitance_range (0.003598, 0.003598);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.126174, -0.0083841, 0.254474", \
            "-0.164618, -0.055373, 0.190395", \
            "-0.111314, 0.0052552, 0.263231" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.176561, 0.305353, 0.529555", \
            "0.208901, 0.334031, 0.55091", \
            "0.164142, 0.281948, 0.495164" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.203838, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0063658, -0.006452, -0.0066507, -0.0066519, -0.0066544, -0.0066603, -0.0066738" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0057804, 0.0057836, 0.005791, 0.0058059, 0.0058404, 0.0059198, 0.006103" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      nextstate_type : scan_in;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001949;
      rise_capacitance : 0.002046;
      rise_capacitance_range (0.002046, 0.002046);
      fall_capacitance : 0.001852;
      fall_capacitance_range (0.001852, 0.001852);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.110305, -0.174384, -0.197984", \
            "-0.136558, -0.203078, -0.23034", \
            "-0.247235, -0.312535, -0.343459" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.168898, -0.320868, -0.545884", \
            "-0.171958, -0.32759, -0.572137", \
            "-0.242352, -0.399204, -0.646193" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.133836, 0.201577, 0.233722", \
            "0.149103, 0.213182, 0.241665", \
            "0.258559, 0.323859, 0.353563" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.221727, 0.374917, 0.613361", \
            "0.222345, 0.376756, 0.626186", \
            "0.298842, 0.455695, 0.708787" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0035347, -0.0035361, -0.0035391, -0.0035466, -0.0035641, -0.003604, -0.0036962" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.003607, 0.0036114, 0.0036215, 0.0036301, 0.0036498, 0.0036953, 0.0038003" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      nextstate_type : scan_enable;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003782;
      rise_capacitance : 0.004062;
      rise_capacitance_range (0.004062, 0.004062);
      fall_capacitance : 0.003503;
      fall_capacitance_range (0.003503, 0.003503);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0932148, -0.218329, -0.289537", \
            "-0.120689, -0.242141, -0.314569", \
            "-0.231366, -0.351597, -0.422805" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.135939, -0.281805, -0.497056", \
            "-0.128013, -0.277541, -0.508661", \
            "-0.193524, -0.344273, -0.579055" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.214402, 0.243081, 0.201984", \
            "0.208917, 0.236375, 0.195278", \
            "0.282973, 0.310431, 0.268113" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.125291, 0.268716, 0.441242", \
            "0.139337, 0.282762, 0.454067", \
            "0.243911, 0.386115, 0.55742" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0004821, -0.000569, -0.0007695, -0.0004972, 0.0001303, 0.001577, 0.0049116" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0147136, 0.0145583, 0.0142005, 0.0145053, 0.015208, 0.0168278, 0.0205617" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clocked_on : "CLK";
      next_state : "(D&!SCE) | (SCD&SCE)";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (QN) {
        direction : output;
        function : "IQN";
        signal_type : test_scan_out_inverted;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (RESETB) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      ff (IQ,IQN) {
        clear : "!RESETB";
        clocked_on : "CLK";
        next_state : "D";
      }
    }
  }
  cell (scs8hd_sdfrbp_2) {
    area : 36.2848;
    cell_footprint : "sdfrbp";
    cell_leakage_power : 0.0256728;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0293209;
      when : "RESETB&CLK&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0292126;
      when : "RESETB&CLK&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0293501;
      when : "RESETB&CLK&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0291988;
      when : "RESETB&!CLK&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0293194;
      when : "RESETB&CLK&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0292346;
      when : "RESETB&!CLK&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0291307;
      when : "!RESETB&CLK&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.019299;
      when : "RESETB&CLK&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0190102;
      when : "RESETB&CLK&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0190544;
      when : "RESETB&CLK&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0191669;
      when : "RESETB&!CLK&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0290536;
      when : "!RESETB&!CLK&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0269749;
      when : "!RESETB&!CLK&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0290949;
      when : "!RESETB&CLK&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0192632;
      when : "RESETB&CLK&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0192235;
      when : "RESETB&CLK&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0190529;
      when : "RESETB&CLK&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0191684;
      when : "RESETB&!CLK&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0291015;
      when : "!RESETB&CLK&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0292746;
      when : "RESETB&CLK&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0293143;
      when : "RESETB&CLK&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0292836;
      when : "RESETB&CLK&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0290971;
      when : "RESETB&!CLK&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0289932;
      when : "!RESETB&CLK&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0292768;
      when : "RESETB&CLK&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0291591;
      when : "RESETB&!CLK&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0290552;
      when : "!RESETB&CLK&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0291;
      when : "!RESETB&CLK&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0191615;
      when : "RESETB&CLK&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.019131;
      when : "RESETB&!CLK&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0290641;
      when : "!RESETB&CLK&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.019017;
      when : "RESETB&CLK&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0191242;
      when : "RESETB&!CLK&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0290574;
      when : "!RESETB&CLK&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0271199;
      when : "RESETB&!CLK&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0290932;
      when : "!RESETB&!CLK&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0215061;
      when : "RESETB&!CLK&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0216436;
      when : "RESETB&!CLK&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0216078;
      when : "RESETB&!CLK&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0271184;
      when : "RESETB&!CLK&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0270825;
      when : "RESETB&!CLK&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0291291;
      when : "!RESETB&!CLK&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0289916;
      when : "!RESETB&!CLK&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0215682;
      when : "RESETB&!CLK&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0270757;
      when : "RESETB&!CLK&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0269817;
      when : "!RESETB&!CLK&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0270191;
      when : "!RESETB&!CLK&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0270176;
      when : "!RESETB&!CLK&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0256728;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.3296;
      max_transition : 1.50496;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147505, 0.00435153, 0.0128374, 0.0378717, 0.111725, 0.3296");
          values ( \
            "0.193706, 0.199615, 0.213653, 0.246133, 0.329236, 0.55543, 1.21945", \
            "0.197092, 0.203028, 0.217042, 0.249553, 0.332643, 0.559136, 1.21927", \
            "0.204987, 0.210949, 0.224962, 0.257435, 0.340539, 0.566579, 1.22876", \
            "0.217623, 0.223507, 0.237576, 0.270073, 0.353143, 0.579413, 1.24115", \
            "0.228389, 0.23433, 0.24832, 0.280803, 0.363917, 0.589857, 1.25086", \
            "0.22636, 0.23234, 0.246321, 0.27882, 0.361901, 0.587874, 1.24897", \
            "0.18091, 0.186894, 0.200922, 0.233458, 0.316535, 0.542756, 1.2037" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147505, 0.00435153, 0.0128374, 0.0378717, 0.111725, 0.3296");
          values ( \
            "0.0227606, 0.0279627, 0.0414329, 0.079264, 0.190075, 0.51632, 1.50006", \
            "0.0227777, 0.028006, 0.0414421, 0.0792849, 0.189665, 0.5172, 1.50135", \
            "0.0227649, 0.0279075, 0.0414713, 0.0792356, 0.189231, 0.515336, 1.50315", \
            "0.0227477, 0.0279644, 0.0414263, 0.079286, 0.189559, 0.516255, 1.50496", \
            "0.0225863, 0.0277517, 0.0413873, 0.0793593, 0.189292, 0.516082, 1.50403", \
            "0.0227907, 0.027925, 0.0414441, 0.0796381, 0.189759, 0.516546, 1.49993", \
            "0.0228897, 0.0280145, 0.0414736, 0.07936, 0.189889, 0.515432, 1.49472" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147505, 0.00435153, 0.0128374, 0.0378717, 0.111725, 0.3296");
          values ( \
            "0.214905, 0.219946, 0.231838, 0.256778, 0.306224, 0.40916, 0.671562", \
            "0.218402, 0.223447, 0.23536, 0.260234, 0.30977, 0.412678, 0.674758", \
            "0.226708, 0.231779, 0.243656, 0.268626, 0.318088, 0.420996, 0.683055", \
            "0.239123, 0.244192, 0.256083, 0.281071, 0.330524, 0.433423, 0.695443", \
            "0.24882, 0.253883, 0.265787, 0.290686, 0.340214, 0.443123, 0.705446", \
            "0.244258, 0.249292, 0.26119, 0.286076, 0.335612, 0.438533, 0.700951", \
            "0.192009, 0.19708, 0.208958, 0.233878, 0.283411, 0.386342, 0.648784" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147505, 0.00435153, 0.0128374, 0.0378717, 0.111725, 0.3296");
          values ( \
            "0.0249705, 0.0284523, 0.0368649, 0.0552633, 0.0964564, 0.201894, 0.53777", \
            "0.0250599, 0.0284702, 0.036685, 0.0551753, 0.0963898, 0.201776, 0.539634", \
            "0.0249534, 0.0284646, 0.0369193, 0.0552467, 0.0963303, 0.202363, 0.536705", \
            "0.0249347, 0.0284643, 0.0366777, 0.0552007, 0.0962891, 0.202397, 0.539507", \
            "0.0249699, 0.0284783, 0.0368392, 0.0552838, 0.0963138, 0.201725, 0.537201", \
            "0.0250661, 0.0284186, 0.036724, 0.055735, 0.0965309, 0.201707, 0.541962", \
            "0.0249291, 0.0284874, 0.0366971, 0.0551946, 0.0962938, 0.201956, 0.537256" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147505, 0.00435153, 0.0128374, 0.0378717, 0.111725, 0.3296");
          values ( \
            "0.13421, 0.139523, 0.151939, 0.178445, 0.230869, 0.334578, 0.594162", \
            "0.13866, 0.14391, 0.156439, 0.182886, 0.235224, 0.338769, 0.598379", \
            "0.150062, 0.155321, 0.167779, 0.194154, 0.246853, 0.350041, 0.609679", \
            "0.17848, 0.183793, 0.196286, 0.222813, 0.275685, 0.377604, 0.637235", \
            "0.247697, 0.253008, 0.265611, 0.292119, 0.344936, 0.44334, 0.702829", \
            "0.37798, 0.384506, 0.399549, 0.431002, 0.480527, 0.57625, 0.835859", \
            "0.595356, 0.603268, 0.62032, 0.649029, 0.695912, 0.792285, 1.05245" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147505, 0.00435153, 0.0128374, 0.0378717, 0.111725, 0.3296");
          values ( \
            "0.0268506, 0.030492, 0.0396476, 0.0595374, 0.102364, 0.200794, 0.533248", \
            "0.0268267, 0.0303261, 0.0393387, 0.0594796, 0.102418, 0.200491, 0.532823", \
            "0.0267383, 0.0306065, 0.0395462, 0.0596037, 0.102185, 0.199823, 0.535877", \
            "0.0268723, 0.0307701, 0.0396943, 0.059704, 0.101568, 0.198442, 0.536083", \
            "0.0283035, 0.0319672, 0.040913, 0.0607514, 0.0990046, 0.195129, 0.534844", \
            "0.0429023, 0.0467907, 0.0561402, 0.0710614, 0.0959424, 0.192768, 0.537877", \
            "0.0622098, 0.0639352, 0.0674814, 0.0736433, 0.0954847, 0.194434, 0.533479" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147505, 0.00435153, 0.0128374, 0.0378717, 0.111725, 0.3296");
          values ( \
            "0, 0, 0.0021357, 0.0227607, 0.0745227, 0.216058, 0.627243", \
            "0, 0, 0.0021714, 0.0227347, 0.0743928, 0.215951, 0.627025", \
            "0, 0, 0.0021733, 0.0226231, 0.074321, 0.215557, 0.626924", \
            "0, 0, 0.001905, 0.0223114, 0.0738115, 0.215363, 0.626552", \
            "0, 0, 0.001457, 0.0219912, 0.073598, 0.215256, 0.625508", \
            "0, 0, 0.0009178, 0.0220108, 0.0743514, 0.215985, 0.627072", \
            "0, 0, -0.0001312, 0.0232282, 0.0780429, 0.220883, 0.630059" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147505, 0.00435153, 0.0128374, 0.0378717, 0.111725, 0.3296");
          values ( \
            "0, 0, 0.0113139, 0.0242594, 0.0057975, -0.11614, -0.522428", \
            "0, 0, 0.01133, 0.0242233, 0.0057221, -0.116325, -0.52263", \
            "0, 0, 0.0114008, 0.0242182, 0.0055423, -0.116514, -0.522875", \
            "0, 0, 0.0110488, 0.0237966, 0.0050036, -0.117083, -0.523443", \
            "0, 0, 0.0106269, 0.0235369, 0.0050481, -0.116986, -0.523283", \
            "0, 0, 0.0099746, 0.0236037, 0.0060085, -0.115616, -0.52172", \
            "0, 0, 0.0089836, 0.0248848, 0.0094263, -0.11138, -0.517159" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00147505, 0.00435153, 0.0128374, 0.0378717, 0.111725, 0.3296");
          values ( \
            "0.0008429, 0.0071744, 0.0203159, 0.0345872, 0.0174737, -0.103861, -0.509818", \
            "0.0008313, 0.0071331, 0.0202117, 0.0344221, 0.017264, -0.104084, -0.510082", \
            "0.0008313, 0.0071252, 0.020179, 0.0343299, 0.0171574, -0.104288, -0.510404", \
            "0.0008137, 0.0070761, 0.0201006, 0.0341332, 0.0169732, -0.104514, -0.510523", \
            "0.0008188, 0.0071238, 0.0201939, 0.0342618, 0.0169646, -0.104513, -0.51054", \
            "0.0009147, 0.0074361, 0.0208835, 0.0352674, 0.0180631, -0.103426, -0.509401", \
            "0.0011176, 0.0081411, 0.0226809, 0.0386355, 0.0226989, -0.0986053, -0.504144" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.385447;
      max_transition : 1.50838;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.307581, 0.312395, 0.323445, 0.349874, 0.424828, 0.650952, 1.33885", \
            "0.311054, 0.315863, 0.326963, 0.353394, 0.428567, 0.654819, 1.34675", \
            "0.319434, 0.324251, 0.335259, 0.361721, 0.43655, 0.662982, 1.35442", \
            "0.331816, 0.336629, 0.347728, 0.374195, 0.449051, 0.675235, 1.36703", \
            "0.341556, 0.34637, 0.357347, 0.383884, 0.458717, 0.685179, 1.37479", \
            "0.336944, 0.341765, 0.352739, 0.379224, 0.454297, 0.680501, 1.37013", \
            "0.284726, 0.28954, 0.300565, 0.327014, 0.401954, 0.628746, 1.31567" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0195598, 0.0231528, 0.033194, 0.0653644, 0.171963, 0.501382, 1.4976", \
            "0.0197794, 0.0231269, 0.0331573, 0.0652525, 0.171893, 0.501215, 1.50494", \
            "0.019532, 0.0231158, 0.0331369, 0.0652727, 0.17186, 0.50048, 1.50104", \
            "0.0195686, 0.0233274, 0.0331508, 0.0653158, 0.171998, 0.501237, 1.50836", \
            "0.0195391, 0.0231475, 0.0332966, 0.0653604, 0.172062, 0.500246, 1.50497", \
            "0.019588, 0.0231507, 0.033291, 0.0652256, 0.171929, 0.500439, 1.50691", \
            "0.0197164, 0.0231252, 0.0331838, 0.0653631, 0.171682, 0.501136, 1.49947" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.260363, 0.264018, 0.272844, 0.291192, 0.330274, 0.429219, 0.718912", \
            "0.263736, 0.267407, 0.27609, 0.294559, 0.33366, 0.4326, 0.722718", \
            "0.271669, 0.275334, 0.284103, 0.302474, 0.341595, 0.44046, 0.730425", \
            "0.284225, 0.287884, 0.296632, 0.31507, 0.354143, 0.453076, 0.743331", \
            "0.29497, 0.29869, 0.307321, 0.325849, 0.364972, 0.463845, 0.754151", \
            "0.293005, 0.296692, 0.305436, 0.323869, 0.36298, 0.461738, 0.752229", \
            "0.247724, 0.251418, 0.260171, 0.278524, 0.317665, 0.416568, 0.706819" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0172689, 0.0198854, 0.0260331, 0.0407266, 0.0787133, 0.19877, 0.581777", \
            "0.0174017, 0.0199272, 0.0260858, 0.0403292, 0.0787783, 0.199345, 0.58213", \
            "0.0173521, 0.0198201, 0.0262337, 0.0402749, 0.0788409, 0.198894, 0.582344", \
            "0.0172817, 0.0198823, 0.0263399, 0.0406985, 0.0786946, 0.1991, 0.582111", \
            "0.0173846, 0.0198148, 0.0260907, 0.0403884, 0.0787729, 0.199246, 0.585002", \
            "0.0172725, 0.0199981, 0.0263145, 0.0404171, 0.0787782, 0.197751, 0.586129", \
            "0.0173135, 0.0198674, 0.0261511, 0.0404271, 0.0789065, 0.198466, 0.582168" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.232218, 0.237253, 0.248764, 0.275748, 0.350909, 0.577298, 1.26846", \
            "0.236708, 0.241762, 0.253238, 0.280202, 0.355305, 0.581652, 1.27009", \
            "0.24824, 0.253151, 0.264752, 0.29174, 0.366883, 0.592851, 1.28204", \
            "0.277075, 0.28213, 0.293604, 0.320586, 0.395532, 0.62205, 1.31327", \
            "0.347072, 0.352036, 0.363262, 0.389881, 0.464766, 0.691251, 1.38241", \
            "0.485891, 0.490471, 0.501114, 0.527424, 0.602252, 0.828982, 1.51888", \
            "0.702049, 0.706647, 0.717355, 0.74354, 0.818616, 1.04459, 1.73471" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0.0207913, 0.0245896, 0.0343431, 0.0662518, 0.172056, 0.50165, 1.50838", \
            "0.0206522, 0.0244561, 0.0343837, 0.0662442, 0.172212, 0.501464, 1.5027", \
            "0.0207569, 0.024916, 0.0345259, 0.0663297, 0.171928, 0.5002, 1.5019", \
            "0.0209984, 0.0247361, 0.0344535, 0.0661312, 0.172058, 0.500639, 1.50238", \
            "0.0209686, 0.0245251, 0.0338826, 0.065502, 0.171921, 0.50194, 1.50451", \
            "0.0186335, 0.0219922, 0.0321142, 0.0648038, 0.171552, 0.502381, 1.50639", \
            "0.0187938, 0.0223052, 0.0321587, 0.0648896, 0.171484, 0.501025, 1.50437" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0, 0, 0.002195, 0.0242784, 0.0811338, 0.242384, 0.72628", \
            "0, 0, 0.0022056, 0.0241821, 0.0811017, 0.242154, 0.730568", \
            "0, 0, 0.0022681, 0.02424, 0.0808878, 0.243363, 0.728193", \
            "0, 0, 0.0019389, 0.0238379, 0.0804749, 0.24284, 0.731579", \
            "0, 0, 0.0014761, 0.0234818, 0.0804238, 0.241618, 0.728407", \
            "0, 0, 0.0011228, 0.0235904, 0.0813388, 0.243027, 0.732146", \
            "0, 0, 8.98e-05, 0.024865, 0.0851287, 0.247984, 0.730608" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "0, 0, 0.0104195, 0.02273, -0.0008847, -0.144689, -0.627977", \
            "0, 0, 0.0104404, 0.0227509, -0.0009563, -0.144936, -0.628174", \
            "0, 0, 0.0104637, 0.0226274, -0.0012069, -0.145137, -0.628413", \
            "0, 0, 0.0101795, 0.0223133, -0.0015299, -0.145487, -0.628727", \
            "0, 0, 0.009738, 0.0220809, -0.0016256, -0.145547, -0.628712", \
            "0, 0, 0.008968, 0.0219645, -0.0011088, -0.144631, -0.627674", \
            "0, 0, 0.0080065, 0.0233183, 0.0027288, -0.139883, -0.622594" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151403, 0.0045846, 0.0138825, 0.0420371, 0.127291, 0.385447");
          values ( \
            "-0.0012824, 0.0018772, 0.011038, 0.0345636, 0.0927779, 0.254902, 0.741314", \
            "-0.0012916, 0.001845, 0.0109209, 0.0343518, 0.0924834, 0.254189, 0.743942", \
            "-0.0012969, 0.001817, 0.01083, 0.0341388, 0.0921084, 0.253847, 0.739803", \
            "-0.0013013, 0.0018349, 0.0108441, 0.0340796, 0.0919499, 0.253701, 0.742679", \
            "-0.0012947, 0.0019033, 0.0109286, 0.0340664, 0.0918359, 0.253494, 0.739167", \
            "-0.0012436, 0.0021012, 0.0114659, 0.0350147, 0.0933954, 0.255291, 0.744628", \
            "-0.0010389, 0.002819, 0.0131725, 0.038329, 0.0982453, 0.261353, 0.747651" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002476;
      rise_capacitance : 0.002613;
      rise_capacitance_range (0.002613, 0.002613);
      fall_capacitance : 0.00234;
      fall_capacitance_range (0.00234, 0.00234);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0731157, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.103874, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0209878, 0.0208522, 0.0205396, 0.0210736, 0.0223044, 0.0251415, 0.0316814" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0339758, 0.0338016, 0.0334, 0.0341551, 0.0358958, 0.0399079, 0.0491564" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      nextstate_type : data;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001688;
      rise_capacitance : 0.001752;
      rise_capacitance_range (0.001752, 0.001752);
      fall_capacitance : 0.001623;
      fall_capacitance_range (0.001623, 0.001623);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0468281, -0.108466, -0.0746927", \
            "-0.0694193, -0.126174, -0.100946", \
            "-0.175214, -0.229527, -0.207961" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.106643, -0.281805, -0.509263", \
            "-0.101158, -0.281203, -0.530633", \
            "-0.165448, -0.346714, -0.601027" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.067918, 0.139321, 0.1263", \
            "0.0831849, 0.142381, 0.123256", \
            "0.186538, 0.244513, 0.22783" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.165574, 0.348061, 0.607257", \
            "0.158869, 0.342576, 0.613979", \
            "0.231704, 0.416632, 0.691697" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0024568, 0.0024082, 0.0022963, 0.0025172, 0.0030265, 0.0042005, 0.0069066" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.008978, 0.0088492, 0.0085522, 0.0088007, 0.0093735, 0.0106936, 0.0137369" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003617;
      rise_capacitance : 0.003652;
      rise_capacitance_range (0.003652, 0.003652);
      fall_capacitance : 0.003583;
      fall_capacitance_range (0.003583, 0.003583);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.124953, 0.0099264, 0.327716", \
            "-0.163397, -0.0358418, 0.264858", \
            "-0.108872, 0.0235658, 0.337693" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.176561, 0.305353, 0.529555", \
            "0.208901, 0.334031, 0.55091", \
            "0.164142, 0.283169, 0.495164" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.204937, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0064149, -0.0064864, -0.0066514, -0.0066548, -0.0066625, -0.0066804, -0.0067215" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0058119, 0.0058053, 0.00579, 0.0058044, 0.0058377, 0.0059144, 0.0060913" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      nextstate_type : scan_in;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001949;
      rise_capacitance : 0.002046;
      rise_capacitance_range (0.002046, 0.002046);
      fall_capacitance : 0.001851;
      fall_capacitance_range (0.001851, 0.001851);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.109084, -0.174384, -0.196763", \
            "-0.136558, -0.201857, -0.23034", \
            "-0.246014, -0.312535, -0.342238" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.168898, -0.320868, -0.544663", \
            "-0.170738, -0.325148, -0.570917", \
            "-0.241131, -0.397984, -0.643752" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.136277, 0.202798, 0.234943", \
            "0.149103, 0.214402, 0.242885", \
            "0.258559, 0.323859, 0.353563" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.222947, 0.376137, 0.614581", \
            "0.223566, 0.377977, 0.627407", \
            "0.301284, 0.456915, 0.711228" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0035352, -0.0035334, -0.0035294, -0.0035407, -0.003567, -0.0036275, -0.0037669" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0036067, 0.0036097, 0.0036164, 0.003625, 0.003645, 0.0036908, 0.0037967" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      nextstate_type : scan_enable;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003782;
      rise_capacitance : 0.004061;
      rise_capacitance_range (0.004061, 0.004061);
      fall_capacitance : 0.003503;
      fall_capacitance_range (0.003503, 0.003503);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0919941, -0.217108, -0.288316", \
            "-0.120689, -0.24092, -0.314569", \
            "-0.231366, -0.350376, -0.422805" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.133498, -0.279364, -0.492173", \
            "-0.126792, -0.27632, -0.508661", \
            "-0.193524, -0.343052, -0.576613" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.214402, 0.244301, 0.203204", \
            "0.211359, 0.238816, 0.196499", \
            "0.285415, 0.312872, 0.270555" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.126512, 0.269936, 0.442462", \
            "0.140558, 0.282762, 0.455288", \
            "0.243911, 0.386115, 0.558641" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0004901, -0.0005769, -0.0007769, -0.0005023, 0.0001308, 0.0015901, 0.0049541" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0147154, 0.0145594, 0.0141997, 0.0145015, 0.0151972, 0.0168007, 0.0204971" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clocked_on : "CLK";
      next_state : "(D&!SCE) | (SCD&SCE)";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (QN) {
        direction : output;
        function : "IQN";
        signal_type : test_scan_out_inverted;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (RESETB) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      ff (IQ,IQN) {
        clear : "!RESETB";
        clocked_on : "CLK";
        next_state : "D";
      }
    }
  }
  cell (scs8hd_sdfrtn_1) {
    area : 31.28;
    cell_footprint : "sdfrtn";
    cell_leakage_power : 0.0120911;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0152229;
      when : "RESETB&!CLKN&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0151145;
      when : "RESETB&!CLKN&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.015252;
      when : "RESETB&!CLKN&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0151017;
      when : "RESETB&CLKN&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0149968;
      when : "!RESETB&!CLKN&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0067128;
      when : "RESETB&!CLKN&!D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0066731;
      when : "RESETB&!CLKN&D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0065025;
      when : "RESETB&!CLKN&D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0066191;
      when : "RESETB&CLKN&D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0150034;
      when : "!RESETB&!CLKN&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0151766;
      when : "RESETB&!CLKN&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0152162;
      when : "RESETB&!CLKN&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0151855;
      when : "RESETB&!CLKN&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0150001;
      when : "RESETB&CLKN&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0148951;
      when : "!RESETB&!CLKN&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0151787;
      when : "RESETB&!CLKN&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0150621;
      when : "RESETB&CLKN&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0149572;
      when : "!RESETB&!CLKN&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0149566;
      when : "!RESETB&CLKN&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0128779;
      when : "!RESETB&CLKN&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0152214;
      when : "RESETB&!CLKN&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0151376;
      when : "RESETB&CLKN&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0150326;
      when : "!RESETB&!CLKN&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0067486;
      when : "RESETB&!CLKN&!D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0064598;
      when : "RESETB&!CLKN&D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.006504;
      when : "RESETB&!CLKN&D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0066176;
      when : "RESETB&CLKN&D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.015002;
      when : "!RESETB&!CLKN&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0066111;
      when : "RESETB&!CLKN&!D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0065817;
      when : "RESETB&CLKN&!D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0149661;
      when : "!RESETB&!CLKN&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0064666;
      when : "RESETB&!CLKN&!D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0065749;
      when : "RESETB&CLKN&D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0149593;
      when : "!RESETB&!CLKN&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0090585;
      when : "RESETB&CLKN&!D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0130229;
      when : "RESETB&CLKN&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0149962;
      when : "!RESETB&CLKN&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0089568;
      when : "RESETB&CLKN&!D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0090943;
      when : "RESETB&CLKN&!D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0130214;
      when : "RESETB&CLKN&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0129855;
      when : "RESETB&CLKN&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0150321;
      when : "!RESETB&CLKN&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0148945;
      when : "!RESETB&CLKN&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0090188;
      when : "RESETB&CLKN&D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0129787;
      when : "RESETB&CLKN&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0128847;
      when : "!RESETB&CLKN&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0129221;
      when : "!RESETB&CLKN&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0129206;
      when : "!RESETB&CLKN&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0120911;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.240794;
      max_transition : 1.502;
      timing () {
        related_pin : "CLKN";
        timing_sense : non_unate;
        timing_type : falling_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.196413, 0.202525, 0.21642, 0.249013, 0.334462, 0.570562, 1.2333", \
            "0.200924, 0.207006, 0.220902, 0.253484, 0.339048, 0.57571, 1.23632", \
            "0.212924, 0.219013, 0.232919, 0.265443, 0.351013, 0.588179, 1.24934", \
            "0.24207, 0.248186, 0.262102, 0.294642, 0.379992, 0.616822, 1.28111", \
            "0.299275, 0.305384, 0.31926, 0.351783, 0.437292, 0.673797, 1.33641", \
            "0.393035, 0.399123, 0.413003, 0.445592, 0.530861, 0.768214, 1.4293", \
            "0.555753, 0.561813, 0.57569, 0.608251, 0.693823, 0.930923, 1.59177" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0187279, 0.0240146, 0.0381949, 0.0787805, 0.198672, 0.539564, 1.50109", \
            "0.0186667, 0.0240365, 0.0381658, 0.0786121, 0.198573, 0.541126, 1.49996", \
            "0.0186842, 0.0240454, 0.0381821, 0.0787882, 0.198724, 0.539946, 1.502", \
            "0.0187124, 0.0240138, 0.0381763, 0.0786985, 0.199072, 0.541331, 1.4999", \
            "0.018656, 0.0239408, 0.038138, 0.078767, 0.19884, 0.539474, 1.49966", \
            "0.0186075, 0.023958, 0.0380679, 0.0786462, 0.198441, 0.541291, 1.49687", \
            "0.0185227, 0.0238915, 0.0380852, 0.0786721, 0.198499, 0.540655, 1.49546" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.174064, 0.179946, 0.19275, 0.218385, 0.272405, 0.406828, 0.77985", \
            "0.178472, 0.184381, 0.197158, 0.222832, 0.276849, 0.411258, 0.783584", \
            "0.190311, 0.196212, 0.208978, 0.234645, 0.288693, 0.423151, 0.796858", \
            "0.219051, 0.224952, 0.237673, 0.263445, 0.317418, 0.451828, 0.826212", \
            "0.27378, 0.279685, 0.292421, 0.318089, 0.372153, 0.5066, 0.880262", \
            "0.363122, 0.369047, 0.381856, 0.407527, 0.461546, 0.595893, 0.969414", \
            "0.520464, 0.52636, 0.539131, 0.564866, 0.618905, 0.753302, 1.12656" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0193805, 0.0239064, 0.0330667, 0.0551603, 0.112279, 0.282426, 0.775452", \
            "0.0193893, 0.0238368, 0.0330124, 0.0551312, 0.111743, 0.280603, 0.776196", \
            "0.0194832, 0.0235967, 0.0329956, 0.0551293, 0.111949, 0.284415, 0.771761", \
            "0.0193946, 0.0236139, 0.0330463, 0.055017, 0.112287, 0.28164, 0.779069", \
            "0.0194355, 0.0236503, 0.0331741, 0.055091, 0.112319, 0.282546, 0.774714", \
            "0.0195148, 0.0236903, 0.0336809, 0.0552392, 0.111564, 0.282473, 0.775677", \
            "0.0195456, 0.0237338, 0.0331506, 0.0552518, 0.112057, 0.282352, 0.774621" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.098705, 0.104879, 0.118322, 0.144905, 0.200453, 0.33894, 0.710821", \
            "0.102858, 0.108994, 0.122428, 0.149086, 0.204588, 0.343049, 0.714865", \
            "0.114177, 0.120252, 0.133796, 0.160359, 0.215915, 0.354316, 0.726126", \
            "0.143214, 0.149378, 0.162799, 0.189336, 0.245137, 0.383258, 0.755001", \
            "0.207195, 0.213782, 0.22803, 0.255579, 0.31239, 0.449399, 0.821154", \
            "0.313181, 0.321336, 0.338682, 0.372157, 0.435205, 0.570729, 0.942527", \
            "0.497342, 0.506811, 0.527926, 0.568865, 0.641772, 0.775266, 1.14678" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0209122, 0.0253092, 0.0349862, 0.0571171, 0.115934, 0.284341, 0.770826", \
            "0.0207861, 0.0252123, 0.0351042, 0.0570782, 0.115866, 0.284403, 0.771886", \
            "0.0207368, 0.0251745, 0.0352085, 0.0568776, 0.116006, 0.284423, 0.772569", \
            "0.0208478, 0.0252865, 0.0349815, 0.0570486, 0.11643, 0.284222, 0.776669", \
            "0.0243958, 0.0290697, 0.0388451, 0.05996, 0.11748, 0.283372, 0.76963", \
            "0.0339858, 0.0393019, 0.0510148, 0.0734665, 0.124939, 0.282251, 0.769455", \
            "0.047636, 0.0539789, 0.0672531, 0.0949741, 0.138221, 0.283932, 0.773" \
          );
        }
      }
      internal_power () {
        related_pin : "CLKN";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109726, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0244925, 0.0264831, 0.0317589, 0.0454603, 0.0828846, 0.187386, 0.47839", \
            "0.0243209, 0.0262932, 0.0315678, 0.0452731, 0.0826231, 0.187533, 0.480337", \
            "0.0245869, 0.0265581, 0.0318342, 0.0455391, 0.0828023, 0.186648, 0.478519", \
            "0.0241459, 0.0261224, 0.0314039, 0.0451162, 0.0825124, 0.186516, 0.47921", \
            "0.0239686, 0.0259231, 0.0311987, 0.0448967, 0.0825523, 0.186056, 0.477243", \
            "0.0243767, 0.0260912, 0.030893, 0.0451196, 0.0822462, 0.186253, 0.477222", \
            "0.0277649, 0.0294685, 0.0343, 0.0478344, 0.0848555, 0.18999, 0.47925" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109726, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0174246, 0.0158977, 0.0122479, 0.0003206, -0.0365804, -0.141517, -0.435727", \
            "0.0172249, 0.0156922, 0.0120414, 9.42e-05, -0.0367922, -0.14172, -0.435961", \
            "0.0174509, 0.0158711, 0.012294, 0.0003563, -0.0365368, -0.141454, -0.43573", \
            "0.0167345, 0.0151853, 0.0116015, -0.0003554, -0.0372457, -0.142175, -0.436395", \
            "0.0160763, 0.0145377, 0.0109234, -0.0009723, -0.0378629, -0.142786, -0.437011", \
            "0.0196351, 0.0178916, 0.0131602, -0.0001642, -0.0366241, -0.141549, -0.435728", \
            "0.0191323, 0.0174075, 0.0126856, -0.0004975, -0.0378503, -0.142531, -0.436667" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109726, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0178262, 0.0164719, 0.0147848, 0.0118352, -0.0148335, -0.119597, -0.413855", \
            "0.0173988, 0.0160542, 0.0143865, 0.0115635, -0.0152808, -0.120042, -0.41422", \
            "0.0170951, 0.015712, 0.014239, 0.0115464, -0.0157705, -0.120542, -0.414776", \
            "0.0178217, 0.0164581, 0.0151838, 0.0129766, -0.0157967, -0.120543, -0.414762", \
            "0.021033, 0.019757, 0.0182537, 0.0171577, -0.0155742, -0.120348, -0.414628", \
            "0.0424691, 0.0404104, 0.0352007, 0.0214974, -0.0142294, -0.119141, -0.413341", \
            "0.0508644, 0.0485808, 0.0429542, 0.0288262, -0.0090446, -0.113309, -0.407622" \
          );
        }
      }
    }
    pin (CLKN) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002486;
      rise_capacitance : 0.002624;
      rise_capacitance_range (0.002624, 0.002624);
      fall_capacitance : 0.002349;
      fall_capacitance_range (0.002349, 0.002349);
      timing () {
        related_pin : "CLKN";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0731157, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0950859, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0241818, 0.0240416, 0.0237186, 0.0242611, 0.0255118, 0.0283948, 0.0350403" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0309282, 0.0307292, 0.0302705, 0.0309541, 0.0325297, 0.036162, 0.0445344" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      nextstate_type : data;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001689;
      rise_capacitance : 0.001739;
      rise_capacitance_range (0.001739, 0.001739);
      fall_capacitance : 0.001639;
      fall_capacitance_range (0.001639, 0.001639);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0105449, -0.0462096, -0.0026712", \
            "0.158852, 0.103318, 0.13465", \
            "0.343585, 0.290493, 0.316941" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0993184, -0.274481, -0.511704", \
            "0.0196921, -0.151809, -0.387811", \
            "0.175128, 0.0036276, -0.231154" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0264141, 0.105141, 0.0970033", \
            "-0.13288, -0.0590352, -0.0635111", \
            "-0.321275, -0.257196, -0.262893" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.165574, 0.346841, 0.602374", \
            "0.0270326, 0.203416, 0.450405", \
            "-0.143052, 0.03089, 0.275438" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0024827, 0.0024241, 0.002289, 0.0024959, 0.0029727, 0.004072, 0.006606" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089821, 0.0088532, 0.0085561, 0.0088056, 0.0093806, 0.0107061, 0.0137615" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003619;
      rise_capacitance : 0.003636;
      rise_capacitance_range (0.003636, 0.003636);
      fall_capacitance : 0.003601;
      fall_capacitance_range (0.003601, 0.003601);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.168898, -0.0779642, 0.105548", \
            "-0.346503, -0.272658, -0.139195", \
            "-0.55565, -0.502557, -0.409377" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.235154, 0.366388, 0.600356", \
            "0.387124, 0.517137, 0.749884", \
            "0.57674, 0.705532, 0.935838" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.119253, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0058024, -0.0058523, -0.0059674, -0.0059705, -0.0059774, -0.0059933, -0.00603" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0057085, 0.0057359, 0.005799, 0.0058086, 0.0058311, 0.0058829, 0.0060023" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      nextstate_type : scan_in;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001948;
      rise_capacitance : 0.002023;
      rise_capacitance_range (0.002023, 0.002023);
      fall_capacitance : 0.001874;
      fall_capacitance_range (0.001874, 0.001874);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0492695, -0.113348, -0.128404", \
            "0.0978171, 0.0337383, 0.010138", \
            "0.28255, 0.218471, 0.189988" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.162795, -0.315985, -0.545884", \
            "-0.0425638, -0.193312, -0.424432", \
            "0.112872, -0.0366556, -0.266555" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.102098, 0.169839, 0.204425", \
            "-0.0632995, 0.0056621, 0.0451315", \
            "-0.257798, -0.191278, -0.150588" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.221727, 0.373696, 0.610919", \
            "0.0783021, 0.230272, 0.463833", \
            "-0.0917826, 0.0577454, 0.288865" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0035301, -0.0035336, -0.0035419, -0.0035521, -0.0035758, -0.0036301, -0.0037554" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0036131, 0.0036179, 0.0036291, 0.0036374, 0.0036563, 0.0037002, 0.0038013" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      nextstate_type : scan_enable;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004624;
      rise_capacitance : 0.004597;
      rise_capacitance_range (0.004597, 0.004597);
      fall_capacitance : 0.004652;
      fall_capacitance_range (0.004652, 0.004652);
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.138381, -0.175604, -0.136949", \
            "-0.0181497, -0.055373, -0.0154967", \
            "0.136066, 0.100063, 0.13994" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.127394, -0.27204, -0.492173", \
            "-0.0083841, -0.150588, -0.36828", \
            "0.148273, 0.0048483, -0.211623" \
          );
        }
      }
      timing () {
        related_pin : "CLKN";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_falling;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0911113, 0.229653, 0.325275", \
            "-0.0730651, 0.0666973, 0.168423", \
            "-0.266343, -0.131463, -0.0297383" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0850078, 0.229653, 0.402179", \
            "-0.0755065, 0.067918, 0.240444", \
            "-0.266343, -0.121698, 0.0483867" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0003364, -0.0004285, -0.0006407, -0.000366, 0.0002673, 0.0017271, 0.0050922" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0145646, 0.0144143, 0.0140679, 0.0143713, 0.0150707, 0.0166831, 0.0203998" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clocked_on : "!CLKN";
      next_state : "(D&!SCE) | (SCD&SCE)";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (CLKN) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (RESETB) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      ff (IQ,IQN) {
        clear : "!RESETB";
        clocked_on : "!CLKN";
        next_state : "D";
      }
    }
  }
  cell (scs8hd_sdfrtp_1) {
    area : 31.28;
    cell_footprint : "sdfrtp";
    cell_leakage_power : 0.0120911;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0152234;
      when : "RESETB&CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0151151;
      when : "RESETB&CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0152526;
      when : "RESETB&CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0151012;
      when : "RESETB&!CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0149973;
      when : "!RESETB&CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0067133;
      when : "RESETB&CLK&!D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0066737;
      when : "RESETB&CLK&D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.006503;
      when : "RESETB&CLK&D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0066186;
      when : "RESETB&!CLK&D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.015004;
      when : "!RESETB&CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0151771;
      when : "RESETB&CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0149561;
      when : "!RESETB&!CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0128774;
      when : "!RESETB&!CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0152167;
      when : "RESETB&CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.015186;
      when : "RESETB&CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0149995;
      when : "RESETB&!CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0148956;
      when : "!RESETB&CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0151792;
      when : "RESETB&CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0150616;
      when : "RESETB&!CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0149577;
      when : "!RESETB&CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0152219;
      when : "RESETB&CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.015137;
      when : "RESETB&!CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0150332;
      when : "!RESETB&CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0067491;
      when : "RESETB&CLK&!D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0064604;
      when : "RESETB&CLK&D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0065045;
      when : "RESETB&CLK&D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0066171;
      when : "RESETB&!CLK&D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0150025;
      when : "!RESETB&CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0066116;
      when : "RESETB&CLK&!D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0065812;
      when : "RESETB&!CLK&!D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0149666;
      when : "!RESETB&CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0064672;
      when : "RESETB&CLK&!D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0065744;
      when : "RESETB&!CLK&D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0149598;
      when : "!RESETB&CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0130223;
      when : "RESETB&!CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0149957;
      when : "!RESETB&!CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0089562;
      when : "RESETB&!CLK&!D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0090938;
      when : "RESETB&!CLK&!D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0090579;
      when : "RESETB&!CLK&!D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0130208;
      when : "RESETB&!CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0129849;
      when : "RESETB&!CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0150315;
      when : "!RESETB&!CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.014894;
      when : "!RESETB&!CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0090183;
      when : "RESETB&!CLK&D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0129781;
      when : "RESETB&!CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0128842;
      when : "!RESETB&!CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0129216;
      when : "!RESETB&!CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0129201;
      when : "!RESETB&!CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0120911;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.240794;
      max_transition : 1.50354;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.161751, 0.167832, 0.181697, 0.214262, 0.299663, 0.535999, 1.19867", \
            "0.165184, 0.17124, 0.185115, 0.217654, 0.303225, 0.540346, 1.20194", \
            "0.173069, 0.179143, 0.192997, 0.225597, 0.310915, 0.54745, 1.2085", \
            "0.185728, 0.191775, 0.205656, 0.238204, 0.323527, 0.560044, 1.22136", \
            "0.196433, 0.202525, 0.216417, 0.248906, 0.334536, 0.57205, 1.233", \
            "0.194335, 0.200425, 0.214324, 0.246858, 0.332156, 0.568353, 1.2301", \
            "0.148767, 0.154878, 0.168766, 0.201388, 0.286759, 0.523207, 1.18387" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0185284, 0.0238185, 0.0380833, 0.0786337, 0.198496, 0.539097, 1.50183", \
            "0.0184862, 0.0238783, 0.0380484, 0.0786927, 0.198676, 0.540294, 1.50129", \
            "0.0184886, 0.0238588, 0.0380194, 0.078525, 0.198142, 0.541013, 1.498", \
            "0.0186188, 0.0238608, 0.038068, 0.0784739, 0.198148, 0.540291, 1.50354", \
            "0.0185893, 0.0238227, 0.0380388, 0.0787277, 0.198534, 0.541142, 1.49825", \
            "0.0186138, 0.0239207, 0.0381378, 0.0786115, 0.198627, 0.538572, 1.50307", \
            "0.0187399, 0.0240559, 0.0381682, 0.0787102, 0.198327, 0.540902, 1.49564" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.181372, 0.187254, 0.20005, 0.225689, 0.27964, 0.414055, 0.78836", \
            "0.184917, 0.190811, 0.203604, 0.229221, 0.283152, 0.417555, 0.790624", \
            "0.193168, 0.199074, 0.211861, 0.237287, 0.291402, 0.425816, 0.797874", \
            "0.20559, 0.21149, 0.224272, 0.249829, 0.303853, 0.438156, 0.810821", \
            "0.215318, 0.221207, 0.233981, 0.259517, 0.313513, 0.447971, 0.8198", \
            "0.210456, 0.21636, 0.229128, 0.254721, 0.308687, 0.443007, 0.815985", \
            "0.158396, 0.164304, 0.177031, 0.202729, 0.256669, 0.39101, 0.764248" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0194366, 0.0237512, 0.0329352, 0.0549679, 0.111779, 0.283308, 0.771673", \
            "0.0194525, 0.0238199, 0.0329681, 0.0550206, 0.111965, 0.282143, 0.772786", \
            "0.0193334, 0.0236139, 0.033313, 0.0544088, 0.112158, 0.282262, 0.775704", \
            "0.0194605, 0.0236681, 0.0333409, 0.0546821, 0.11196, 0.281081, 0.77617", \
            "0.0194296, 0.0236146, 0.0329891, 0.0548872, 0.111933, 0.280457, 0.773017", \
            "0.0194268, 0.0236119, 0.0334057, 0.0548813, 0.11211, 0.280729, 0.780672", \
            "0.0193652, 0.0235946, 0.0329414, 0.0546095, 0.111919, 0.281118, 0.783982" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0996125, 0.106104, 0.120166, 0.148445, 0.202787, 0.335965, 0.708922", \
            "0.1037, 0.110174, 0.124215, 0.152549, 0.206877, 0.340019, 0.713041", \
            "0.114703, 0.121144, 0.135175, 0.163459, 0.217835, 0.351059, 0.723191", \
            "0.143929, 0.150363, 0.16433, 0.192555, 0.24692, 0.380093, 0.752657", \
            "0.208103, 0.215041, 0.229864, 0.258936, 0.313269, 0.446466, 0.819246", \
            "0.316409, 0.32482, 0.342819, 0.377311, 0.433624, 0.566589, 0.939866", \
            "0.50317, 0.513247, 0.534759, 0.575975, 0.634217, 0.766623, 1.1382" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109725, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0220522, 0.0266234, 0.0371058, 0.0589946, 0.111175, 0.281289, 0.772672", \
            "0.021884, 0.0266755, 0.0371202, 0.0589757, 0.111175, 0.280656, 0.774056", \
            "0.0219257, 0.0270294, 0.0370281, 0.0589212, 0.111043, 0.279067, 0.769931", \
            "0.0218611, 0.0267296, 0.0372666, 0.0590565, 0.111156, 0.281243, 0.784908", \
            "0.0263663, 0.030983, 0.0405682, 0.060986, 0.111515, 0.279399, 0.771883", \
            "0.0370703, 0.0417688, 0.0537883, 0.072211, 0.115519, 0.280325, 0.775021", \
            "0.0523686, 0.0578905, 0.071148, 0.0872871, 0.121076, 0.281111, 0.774262" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109726, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0200864, 0.0220613, 0.0273501, 0.0410428, 0.0784664, 0.183105, 0.473509", \
            "0.0200436, 0.0220129, 0.0272904, 0.0410039, 0.0782726, 0.182212, 0.474026", \
            "0.0198084, 0.0217706, 0.0270568, 0.0407629, 0.0781044, 0.182851, 0.474395", \
            "0.0191497, 0.0211208, 0.0264064, 0.0400996, 0.0777907, 0.181099, 0.475053", \
            "0.0185957, 0.020589, 0.025867, 0.0395565, 0.0768586, 0.181783, 0.472256", \
            "0.0194493, 0.0211872, 0.0260458, 0.0395378, 0.0768971, 0.180084, 0.47164", \
            "0.0216936, 0.0234217, 0.0282425, 0.0417431, 0.0793625, 0.183375, 0.47169" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109726, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0190739, 0.0175355, 0.0138476, 0.0018486, -0.0350898, -0.140014, -0.434241", \
            "0.019041, 0.01751, 0.0138325, 0.0018152, -0.0351249, -0.140064, -0.434269", \
            "0.019053, 0.0175324, 0.0138648, 0.0018336, -0.0350832, -0.14003, -0.434263", \
            "0.0181835, 0.0166151, 0.0129467, 0.00095, -0.0359874, -0.140926, -0.435137", \
            "0.0176448, 0.016126, 0.0124477, 0.0004236, -0.036491, -0.141434, -0.435665", \
            "0.0211663, 0.0194281, 0.0147247, 0.0015348, -0.0358595, -0.140907, -0.435104", \
            "0.0226573, 0.0209187, 0.0162135, 0.0030436, -0.034286, -0.139291, -0.433654" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139985, 0.00391918, 0.0109726, 0.0307199, 0.0860067, 0.240794");
          values ( \
            "0.0212521, 0.0197493, 0.0161123, 0.0047049, -0.03233, -0.13728, -0.431644", \
            "0.0212124, 0.0197133, 0.0160438, 0.0046611, -0.0323613, -0.137308, -0.431513", \
            "0.0209177, 0.0194375, 0.015772, 0.0043623, -0.0326727, -0.13762, -0.431832", \
            "0.0208316, 0.0192912, 0.0156311, 0.0041728, -0.0328438, -0.137761, -0.432035", \
            "0.0214107, 0.019734, 0.0158134, 0.0041562, -0.0329221, -0.13781, -0.431973", \
            "0.0263623, 0.0242701, 0.0190424, 0.0052398, -0.0317896, -0.136746, -0.430913", \
            "0.0309515, 0.0286417, 0.022847, 0.0086484, -0.0292947, -0.134157, -0.428347" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002495;
      rise_capacitance : 0.002621;
      rise_capacitance_range (0.002621, 0.002621);
      fall_capacitance : 0.00237;
      fall_capacitance_range (0.00237, 0.00237);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0621306, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.103874, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0209853, 0.0208502, 0.0205387, 0.0210726, 0.0223029, 0.0251392, 0.031677" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0340998, 0.0338865, 0.0333947, 0.034165, 0.0359407, 0.0400338, 0.0494686" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      nextstate_type : data;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001687;
      rise_capacitance : 0.001752;
      rise_capacitance_range (0.001752, 0.001752);
      fall_capacitance : 0.001623;
      fall_capacitance_range (0.001623, 0.001623);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0468281, -0.108466, -0.0759134", \
            "-0.0694193, -0.126174, -0.100946", \
            "-0.175214, -0.229527, -0.207961" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.110305, -0.286688, -0.519029", \
            "-0.103599, -0.284865, -0.536737", \
            "-0.16911, -0.350376, -0.608352" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0654766, 0.13688, 0.121417", \
            "0.0819642, 0.14116, 0.120815", \
            "0.186538, 0.242072, 0.225389" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.165574, 0.348061, 0.606036", \
            "0.157648, 0.342576, 0.613979", \
            "0.230483, 0.415412, 0.690477" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0024753, 0.00242, 0.0022927, 0.0025202, 0.0030447, 0.0042538, 0.0070408" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089782, 0.0088495, 0.0085528, 0.0088008, 0.0093724, 0.0106902, 0.0137277" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003623;
      rise_capacitance : 0.003615;
      rise_capacitance_range (0.003615, 0.003615);
      fall_capacitance : 0.003632;
      fall_capacitance_range (0.003632, 0.003632);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.128615, -0.0315775, 0.173908", \
            "-0.167059, -0.0773457, 0.11105", \
            "-0.113755, -0.0191589, 0.180223" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.17534, 0.305353, 0.529555", \
            "0.20768, 0.33281, 0.55091", \
            "0.162921, 0.281948, 0.495164" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.197247, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0064428, -0.0065071, -0.0066552, -0.0066567, -0.0066601, -0.0066678, -0.0066856" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0057381, 0.0057555, 0.0057958, 0.0058055, 0.0058282, 0.0058806, 0.0060012" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      nextstate_type : scan_in;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001949;
      rise_capacitance : 0.002046;
      rise_capacitance_range (0.002046, 0.002046);
      fall_capacitance : 0.001851;
      fall_capacitance_range (0.001851, 0.001851);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.109084, -0.174384, -0.196763", \
            "-0.136558, -0.201857, -0.22912", \
            "-0.246014, -0.312535, -0.342238" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.173781, -0.325751, -0.551988", \
            "-0.1744, -0.330031, -0.574579", \
            "-0.244794, -0.401646, -0.649855" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.132615, 0.197915, 0.23006", \
            "0.147882, 0.211961, 0.240444", \
            "0.257338, 0.322638, 0.351121" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.221727, 0.374917, 0.613361", \
            "0.223566, 0.377977, 0.626186", \
            "0.300063, 0.456915, 0.710008" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0035354, -0.0035368, -0.0035401, -0.0035504, -0.0035742, -0.0036288, -0.0037548" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0036113, 0.0036159, 0.0036263, 0.0036347, 0.003654, 0.0036986, 0.0038015" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      nextstate_type : scan_enable;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003783;
      rise_capacitance : 0.004062;
      rise_capacitance_range (0.004062, 0.004062);
      fall_capacitance : 0.003503;
      fall_capacitance_range (0.003503, 0.003503);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0919941, -0.217108, -0.288316", \
            "-0.120689, -0.24092, -0.314569", \
            "-0.231366, -0.350376, -0.422805" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.138381, -0.284247, -0.501939", \
            "-0.130454, -0.279982, -0.512323", \
            "-0.195965, -0.346714, -0.582717" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.214402, 0.244301, 0.201984", \
            "0.210138, 0.237596, 0.196499", \
            "0.285415, 0.312872, 0.270555" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.12407, 0.267495, 0.4388", \
            "0.138116, 0.281541, 0.452846", \
            "0.24269, 0.386115, 0.55742" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0004767, -0.0005692, -0.0007824, -0.000509, 0.0001212, 0.001574, 0.0049229" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0147109, 0.0145601, 0.0142124, 0.0145162, 0.0152166, 0.0168311, 0.0205526" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clocked_on : "CLK";
      next_state : "(D&!SCE) | (SCD&SCE)";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (RESETB) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      ff (IQ,IQN) {
        clear : "!RESETB";
        clocked_on : "CLK";
        next_state : "D";
      }
    }
  }
  cell (scs8hd_sdfrtp_2) {
    area : 32.5312;
    cell_footprint : "sdfrtp";
    cell_leakage_power : 0.0162024;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0213778;
      when : "RESETB&CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0212694;
      when : "RESETB&CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0214069;
      when : "RESETB&CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0212556;
      when : "RESETB&!CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0211517;
      when : "!RESETB&CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0067383;
      when : "RESETB&CLK&!D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0066987;
      when : "RESETB&CLK&D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.006528;
      when : "RESETB&CLK&D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0066435;
      when : "RESETB&!CLK&D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0211584;
      when : "!RESETB&CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0213315;
      when : "RESETB&CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0213711;
      when : "RESETB&CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0213404;
      when : "RESETB&CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0211539;
      when : "RESETB&!CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.02105;
      when : "!RESETB&CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0213336;
      when : "RESETB&CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0212159;
      when : "RESETB&!CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0211121;
      when : "!RESETB&CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0213763;
      when : "RESETB&CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0212914;
      when : "RESETB&!CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0211875;
      when : "!RESETB&CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0067741;
      when : "RESETB&CLK&!D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0064853;
      when : "RESETB&CLK&D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0065295;
      when : "RESETB&CLK&D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.006642;
      when : "RESETB&!CLK&D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0211104;
      when : "!RESETB&!CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0190318;
      when : "!RESETB&!CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0211569;
      when : "!RESETB&CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0066366;
      when : "RESETB&CLK&!D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0066061;
      when : "RESETB&!CLK&!D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.021121;
      when : "!RESETB&CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0064921;
      when : "RESETB&CLK&!D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0065994;
      when : "RESETB&!CLK&D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0211142;
      when : "!RESETB&CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0191767;
      when : "RESETB&!CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0211501;
      when : "!RESETB&!CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0089812;
      when : "RESETB&!CLK&!D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0091187;
      when : "RESETB&!CLK&!D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0090829;
      when : "RESETB&!CLK&!D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0191752;
      when : "RESETB&!CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0191393;
      when : "RESETB&!CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0211859;
      when : "!RESETB&!CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0210484;
      when : "!RESETB&!CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0090433;
      when : "RESETB&!CLK&D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0191325;
      when : "RESETB&!CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0190385;
      when : "!RESETB&!CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0190759;
      when : "!RESETB&!CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0190744;
      when : "!RESETB&!CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0162024;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.43397;
      max_transition : 1.50719;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
          values ( \
            "0.176276, 0.181359, 0.193554, 0.221911, 0.29653, 0.520787, 1.20913", \
            "0.179689, 0.184769, 0.196972, 0.225271, 0.300007, 0.523478, 1.21321", \
            "0.187621, 0.192705, 0.204911, 0.233263, 0.30785, 0.531977, 1.22222", \
            "0.200362, 0.205397, 0.217613, 0.245968, 0.320627, 0.544089, 1.23461", \
            "0.211062, 0.216175, 0.228339, 0.256728, 0.331346, 0.554751, 1.24531", \
            "0.208994, 0.214082, 0.22629, 0.254674, 0.32934, 0.552444, 1.24363", \
            "0.163429, 0.168546, 0.180756, 0.20917, 0.28373, 0.507568, 1.19551" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
          values ( \
            "0.0183908, 0.0224467, 0.0332831, 0.0645633, 0.166081, 0.491512, 1.50532", \
            "0.0183805, 0.0224339, 0.0332975, 0.0644545, 0.165578, 0.491757, 1.49999", \
            "0.0184025, 0.0224255, 0.0333279, 0.0645794, 0.166063, 0.492268, 1.50559", \
            "0.0183759, 0.0224404, 0.0333249, 0.064556, 0.166493, 0.492299, 1.50382", \
            "0.0183648, 0.0224533, 0.0331688, 0.0645868, 0.166123, 0.492127, 1.50472", \
            "0.0184246, 0.0224136, 0.0333128, 0.0644443, 0.165674, 0.490403, 1.50719", \
            "0.0185538, 0.0226199, 0.0335155, 0.0646465, 0.165948, 0.491866, 1.49793" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
          values ( \
            "0.200627, 0.205326, 0.21669, 0.241077, 0.290937, 0.409875, 0.756499", \
            "0.204213, 0.208857, 0.22024, 0.244661, 0.294598, 0.413461, 0.761634", \
            "0.212389, 0.217071, 0.228417, 0.252838, 0.302813, 0.421679, 0.768654", \
            "0.224835, 0.229519, 0.240883, 0.265328, 0.315258, 0.434128, 0.781396", \
            "0.234567, 0.239236, 0.250607, 0.275057, 0.324984, 0.443811, 0.791352", \
            "0.229797, 0.234492, 0.245852, 0.270254, 0.320095, 0.439001, 0.786738", \
            "0.177724, 0.182408, 0.193718, 0.218049, 0.268106, 0.387, 0.734379" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
          values ( \
            "0.022001, 0.0250713, 0.0329924, 0.0510294, 0.0964157, 0.235489, 0.692469", \
            "0.0219787, 0.025157, 0.0330791, 0.0513683, 0.096537, 0.235276, 0.693384", \
            "0.021912, 0.0250417, 0.0330481, 0.0509852, 0.0964594, 0.235669, 0.695855", \
            "0.0219479, 0.025076, 0.0331121, 0.051122, 0.0963058, 0.235298, 0.692308", \
            "0.0218997, 0.0251889, 0.033004, 0.0512756, 0.0965637, 0.235708, 0.691341", \
            "0.0219906, 0.0250717, 0.0329843, 0.0509101, 0.0964315, 0.234098, 0.694972", \
            "0.0219889, 0.0250539, 0.0330168, 0.0509414, 0.0961682, 0.236619, 0.692075" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
          values ( \
            "0.120034, 0.125075, 0.137477, 0.164072, 0.215737, 0.330549, 0.677676", \
            "0.124226, 0.129315, 0.1417, 0.168272, 0.219944, 0.334861, 0.682104", \
            "0.135234, 0.140306, 0.152684, 0.179246, 0.230888, 0.345811, 0.692723", \
            "0.163463, 0.168507, 0.180889, 0.207458, 0.259088, 0.374019, 0.720956", \
            "0.231595, 0.236779, 0.249109, 0.275632, 0.327203, 0.442025, 0.789349", \
            "0.352097, 0.35826, 0.37323, 0.404688, 0.460935, 0.575912, 0.922726", \
            "0.554694, 0.56199, 0.579758, 0.617753, 0.681038, 0.795822, 1.14074" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
          values ( \
            "0.0247924, 0.0281853, 0.0372711, 0.0564317, 0.0954237, 0.232046, 0.696596", \
            "0.0247578, 0.0282626, 0.0368688, 0.0563794, 0.0955619, 0.230904, 0.697135", \
            "0.0247515, 0.0283507, 0.0368703, 0.0564774, 0.0955746, 0.230957, 0.69812", \
            "0.0248663, 0.0281609, 0.0369169, 0.0564018, 0.0954469, 0.230951, 0.698446", \
            "0.0269681, 0.0302356, 0.0382754, 0.0572848, 0.0957658, 0.232287, 0.697232", \
            "0.0397953, 0.0431862, 0.0522783, 0.0713636, 0.103513, 0.231994, 0.697338", \
            "0.0591733, 0.0627564, 0.0730035, 0.0928473, 0.116923, 0.233406, 0.69023" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
          values ( \
            "0.0261596, 0.0281933, 0.0346917, 0.0540781, 0.112417, 0.291812, 0.845564", \
            "0.0260755, 0.0281153, 0.0346197, 0.0540067, 0.112322, 0.29248, 0.846882", \
            "0.0258822, 0.027893, 0.0343989, 0.0537748, 0.112107, 0.29157, 0.843882", \
            "0.0251236, 0.027156, 0.0336816, 0.0531276, 0.111487, 0.289974, 0.841157", \
            "0.0245061, 0.0265116, 0.0329547, 0.052447, 0.110717, 0.289068, 0.840988", \
            "0.0259671, 0.0279014, 0.0340248, 0.0530513, 0.111136, 0.288662, 0.841014", \
            "0.0277353, 0.0296909, 0.0357459, 0.0548235, 0.113661, 0.291625, 0.840596" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
          values ( \
            "0.0241948, 0.0218867, 0.0159834, -0.0005167, -0.0568875, -0.237006, -0.794811", \
            "0.024165, 0.0218791, 0.0159576, -0.0005372, -0.0569254, -0.237067, -0.794837", \
            "0.0241716, 0.0218612, 0.0159094, -0.000563, -0.0569216, -0.237029, -0.794842", \
            "0.0233045, 0.0209644, 0.0151134, -0.0014072, -0.0578032, -0.23792, -0.795708", \
            "0.0227627, 0.02048, 0.01455, -0.001896, -0.0583033, -0.238426, -0.796225", \
            "0.0283617, 0.0259958, 0.0194521, 0.000622, -0.0576043, -0.237903, -0.795724", \
            "0.0299444, 0.0275922, 0.0210818, 0.002231, -0.0558375, -0.236225, -0.794222" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
          values ( \
            "0.0270308, 0.0248139, 0.0186769, 0.002604, -0.0541646, -0.234439, -0.792171", \
            "0.0268133, 0.0246484, 0.0184651, 0.0023773, -0.0543562, -0.234608, -0.792399", \
            "0.0266274, 0.024446, 0.0182564, 0.0021566, -0.0546105, -0.234859, -0.792651", \
            "0.0266214, 0.0244196, 0.0182486, 0.0021504, -0.0546681, -0.234868, -0.792628", \
            "0.0275633, 0.0252444, 0.0188659, 0.0024669, -0.0545304, -0.23474, -0.792451", \
            "0.0338159, 0.0311213, 0.0236162, 0.0033914, -0.053727, -0.234153, -0.79189", \
            "0.0428376, 0.0398805, 0.0314482, 0.0096393, -0.0504985, -0.231447, -0.789312" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002474;
      rise_capacitance : 0.002615;
      rise_capacitance_range (0.002615, 0.002615);
      fall_capacitance : 0.002333;
      fall_capacitance_range (0.002333, 0.002333);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0676231, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.106071, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0209871, 0.0208518, 0.0205401, 0.0210737, 0.022304, 0.02514, 0.031677" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0340217, 0.0338369, 0.0334109, 0.0341687, 0.0359158, 0.0399429, 0.0492258" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      nextstate_type : data;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001687;
      rise_capacitance : 0.001752;
      rise_capacitance_range (0.001752, 0.001752);
      fall_capacitance : 0.001623;
      fall_capacitance_range (0.001623, 0.001623);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0468281, -0.107245, -0.0746927", \
            "-0.0694193, -0.126174, -0.0997253", \
            "-0.175214, -0.229527, -0.207961" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.104201, -0.278143, -0.50316", \
            "-0.0987161, -0.277541, -0.526971", \
            "-0.163006, -0.343052, -0.594924" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0703594, 0.142983, 0.129962", \
            "0.0831849, 0.144822, 0.125698", \
            "0.187759, 0.245734, 0.230272" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.165574, 0.349282, 0.607257", \
            "0.158869, 0.342576, 0.613979", \
            "0.232925, 0.417853, 0.692918" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0024593, 0.0024098, 0.0022958, 0.0025169, 0.003027, 0.0042026, 0.0069124" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089783, 0.0088495, 0.0085526, 0.0088014, 0.009375, 0.0106972, 0.0137451" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003585;
      rise_capacitance : 0.003615;
      rise_capacitance_range (0.003615, 0.003615);
      fall_capacitance : 0.003554;
      fall_capacitance_range (0.003554, 0.003554);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.121291, 0.0099264, 0.31673", \
            "-0.159735, -0.0358418, 0.248989", \
            "-0.10521, 0.0260072, 0.326707" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.17534, 0.305353, 0.529555", \
            "0.208901, 0.334031, 0.55091", \
            "0.162921, 0.281948, 0.495164" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.188459, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0064598, -0.0065177, -0.0066514, -0.0066527, -0.0066557, -0.0066626, -0.0066785" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.005794, 0.0057951, 0.0057976, 0.0058093, 0.0058362, 0.0058982, 0.0060409" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      nextstate_type : scan_in;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001949;
      rise_capacitance : 0.002046;
      rise_capacitance_range (0.002046, 0.002046);
      fall_capacitance : 0.001851;
      fall_capacitance_range (0.001851, 0.001851);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.109084, -0.173163, -0.195542", \
            "-0.136558, -0.201857, -0.22912", \
            "-0.246014, -0.312535, -0.342238" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.165236, -0.314764, -0.53856", \
            "-0.168296, -0.323928, -0.566034", \
            "-0.23869, -0.394322, -0.641311" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.138719, 0.20646, 0.239826", \
            "0.150324, 0.214402, 0.244106", \
            "0.25978, 0.3263, 0.357225" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.222947, 0.376137, 0.614581", \
            "0.224787, 0.379197, 0.627407", \
            "0.301284, 0.458136, 0.711228" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0035366, -0.0035376, -0.0035397, -0.0035476, -0.0035655, -0.0036069, -0.0037023" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0036114, 0.0036145, 0.0036217, 0.0036302, 0.0036499, 0.0036954, 0.0038002" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      nextstate_type : scan_enable;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003783;
      rise_capacitance : 0.004062;
      rise_capacitance_range (0.004062, 0.004062);
      fall_capacitance : 0.003503;
      fall_capacitance_range (0.003503, 0.003503);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0919941, -0.217108, -0.287095", \
            "-0.120689, -0.24092, -0.313348", \
            "-0.231366, -0.350376, -0.421584" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.132277, -0.276922, -0.488511", \
            "-0.124351, -0.273879, -0.503778", \
            "-0.191083, -0.33939, -0.57173" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.215623, 0.245522, 0.203204", \
            "0.211359, 0.238816, 0.197719", \
            "0.286635, 0.314093, 0.271775" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.127732, 0.272378, 0.443683", \
            "0.140558, 0.283982, 0.455288", \
            "0.245131, 0.388556, 0.559861" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.000485, -0.0005713, -0.0007704, -0.000498, 0.0001299, 0.0015773, 0.0049136" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0147135, 0.0145613, 0.0142103, 0.0145101, 0.0152012, 0.0167944, 0.0204668" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clocked_on : "CLK";
      next_state : "(D&!SCE) | (SCD&SCE)";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (RESETB) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      ff (IQ,IQN) {
        clear : "!RESETB";
        clocked_on : "CLK";
        next_state : "D";
      }
    }
  }
  cell (scs8hd_sdfrtp_4) {
    area : 35.0336;
    cell_footprint : "sdfrtp";
    cell_leakage_power : 0.0244784;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0337578;
      when : "RESETB&CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0336495;
      when : "RESETB&CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.033787;
      when : "RESETB&CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0336356;
      when : "RESETB&!CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0334905;
      when : "!RESETB&!CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0314118;
      when : "!RESETB&!CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0335317;
      when : "!RESETB&CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0068062;
      when : "RESETB&CLK&!D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0067666;
      when : "RESETB&CLK&D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0065959;
      when : "RESETB&CLK&D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0067114;
      when : "RESETB&!CLK&D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0335384;
      when : "!RESETB&CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0337115;
      when : "RESETB&CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0337511;
      when : "RESETB&CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0337204;
      when : "RESETB&CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0335339;
      when : "RESETB&!CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0334301;
      when : "!RESETB&CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0337136;
      when : "RESETB&CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.033596;
      when : "RESETB&!CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0334921;
      when : "!RESETB&CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0337563;
      when : "RESETB&CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0336715;
      when : "RESETB&!CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0335676;
      when : "!RESETB&CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.006842;
      when : "RESETB&CLK&!D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0065532;
      when : "RESETB&CLK&D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0065974;
      when : "RESETB&CLK&D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0067099;
      when : "RESETB&!CLK&D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0335369;
      when : "!RESETB&CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0067045;
      when : "RESETB&CLK&!D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.006674;
      when : "RESETB&!CLK&!D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.033501;
      when : "!RESETB&CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.00656;
      when : "RESETB&CLK&!D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0066673;
      when : "RESETB&!CLK&D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0334942;
      when : "!RESETB&CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0315567;
      when : "RESETB&!CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0335301;
      when : "!RESETB&!CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0090491;
      when : "RESETB&!CLK&!D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0091866;
      when : "RESETB&!CLK&!D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0091508;
      when : "RESETB&!CLK&!D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0315552;
      when : "RESETB&!CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0315193;
      when : "RESETB&!CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0335659;
      when : "!RESETB&!CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0334284;
      when : "!RESETB&!CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0091112;
      when : "RESETB&!CLK&D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0315126;
      when : "RESETB&!CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0314186;
      when : "!RESETB&!CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.031456;
      when : "!RESETB&!CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0314545;
      when : "!RESETB&!CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0244784;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.769053;
      max_transition : 1.50702;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169877, 0.00577163, 0.0196093, 0.0666235, 0.226356, 0.769053");
          values ( \
            "0.208492, 0.212515, 0.223594, 0.250559, 0.319578, 0.533453, 1.25303", \
            "0.211962, 0.215915, 0.227008, 0.254019, 0.323016, 0.536847, 1.25739", \
            "0.219801, 0.223801, 0.234877, 0.261923, 0.330847, 0.544078, 1.26404", \
            "0.232401, 0.236373, 0.247484, 0.274498, 0.343442, 0.556663, 1.2764", \
            "0.243201, 0.247212, 0.258284, 0.285312, 0.354308, 0.56803, 1.28642", \
            "0.241211, 0.245238, 0.256323, 0.283371, 0.352288, 0.565044, 1.28463", \
            "0.195919, 0.199883, 0.211, 0.238018, 0.307036, 0.520213, 1.2387" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169877, 0.00577163, 0.0196093, 0.0666235, 0.226356, 0.769053");
          values ( \
            "0.0231672, 0.0263412, 0.0356097, 0.061037, 0.145176, 0.451131, 1.50409", \
            "0.0232153, 0.0264508, 0.0356586, 0.0611123, 0.145269, 0.449765, 1.50702", \
            "0.0233774, 0.0263779, 0.035634, 0.0610682, 0.145252, 0.450461, 1.50565", \
            "0.0232021, 0.026494, 0.035624, 0.0610852, 0.145173, 0.450049, 1.50395", \
            "0.0232062, 0.026508, 0.0356892, 0.0611172, 0.145378, 0.450786, 1.50572", \
            "0.0232284, 0.0263443, 0.0355992, 0.061018, 0.145496, 0.448872, 1.50525", \
            "0.0233208, 0.0265517, 0.0357587, 0.0610351, 0.145445, 0.450051, 1.49671" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169877, 0.00577163, 0.0196093, 0.0666235, 0.226356, 0.769053");
          values ( \
            "0.246941, 0.250482, 0.260437, 0.284865, 0.338843, 0.458966, 0.807004", \
            "0.250511, 0.254032, 0.264033, 0.288548, 0.342257, 0.462679, 0.810838", \
            "0.258713, 0.262227, 0.272236, 0.296745, 0.350521, 0.47092, 0.818988", \
            "0.271094, 0.27463, 0.284635, 0.309073, 0.362915, 0.483157, 0.831368", \
            "0.280867, 0.284376, 0.294385, 0.318908, 0.372582, 0.493044, 0.841293", \
            "0.276041, 0.279559, 0.289567, 0.314007, 0.367887, 0.488285, 0.836186", \
            "0.22404, 0.227561, 0.237529, 0.26212, 0.315952, 0.436139, 0.783871" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169877, 0.00577163, 0.0196093, 0.0666235, 0.226356, 0.769053");
          values ( \
            "0.0328318, 0.034754, 0.0412012, 0.0585885, 0.101232, 0.224692, 0.67288", \
            "0.032801, 0.0347994, 0.0413846, 0.0588169, 0.100616, 0.224403, 0.672496", \
            "0.0328256, 0.0348821, 0.0412287, 0.0584262, 0.100296, 0.224605, 0.672788", \
            "0.032795, 0.0348728, 0.041368, 0.0584798, 0.100616, 0.224557, 0.672651", \
            "0.0328213, 0.0347432, 0.0412503, 0.0586888, 0.101217, 0.224678, 0.6774", \
            "0.0327467, 0.0348725, 0.0413223, 0.0585012, 0.100541, 0.224528, 0.676164", \
            "0.0328372, 0.034839, 0.0412179, 0.0586746, 0.10117, 0.22501, 0.676528" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169877, 0.00577163, 0.0196093, 0.0666235, 0.226356, 0.769053");
          values ( \
            "0.169451, 0.173213, 0.183938, 0.210339, 0.26642, 0.378335, 0.721881", \
            "0.173968, 0.177754, 0.188502, 0.214886, 0.271027, 0.382918, 0.726789", \
            "0.185128, 0.188901, 0.199646, 0.225971, 0.282129, 0.394012, 0.737436", \
            "0.212843, 0.216622, 0.227379, 0.253564, 0.30975, 0.421688, 0.766017", \
            "0.281022, 0.284791, 0.295469, 0.321635, 0.377816, 0.489741, 0.834207", \
            "0.423651, 0.427804, 0.439709, 0.46803, 0.527619, 0.639563, 0.983079", \
            "0.658679, 0.663344, 0.677234, 0.711278, 0.781431, 0.895458, 1.23742" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169877, 0.00577163, 0.0196093, 0.0666235, 0.226356, 0.769053");
          values ( \
            "0.0365392, 0.0390262, 0.0456367, 0.0643683, 0.100001, 0.212075, 0.674786", \
            "0.0367053, 0.0387402, 0.0459017, 0.064338, 0.0997895, 0.212103, 0.674588", \
            "0.0367104, 0.0388858, 0.0460316, 0.0642385, 0.0999372, 0.21205, 0.674953", \
            "0.0367376, 0.0389324, 0.0460587, 0.0644364, 0.0999665, 0.212412, 0.669928", \
            "0.0366159, 0.0389362, 0.0456196, 0.064527, 0.100162, 0.212315, 0.673947", \
            "0.049502, 0.0513441, 0.0578988, 0.0756899, 0.107564, 0.213064, 0.673037", \
            "0.0755577, 0.0775443, 0.0842258, 0.103002, 0.12971, 0.219476, 0.668522" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169877, 0.00577163, 0.0196093, 0.0666235, 0.226356, 0.769053");
          values ( \
            "0.039344, 0.0414432, 0.048976, 0.0757927, 0.16535, 0.46651, 1.48436", \
            "0.0393472, 0.041452, 0.0490351, 0.0758071, 0.164935, 0.465645, 1.48417", \
            "0.0391046, 0.0411405, 0.0487587, 0.0757004, 0.164695, 0.465028, 1.49397", \
            "0.0384164, 0.0405175, 0.0481126, 0.0750248, 0.164045, 0.465768, 1.48249", \
            "0.0379991, 0.0401346, 0.0477248, 0.0744824, 0.163607, 0.464123, 1.49081", \
            "0.0395383, 0.0416079, 0.0490529, 0.0751622, 0.163466, 0.463185, 1.49092", \
            "0.0419549, 0.0440273, 0.0514571, 0.0774619, 0.167238, 0.466703, 1.47875" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169877, 0.00577163, 0.0196093, 0.0666235, 0.226356, 0.769053");
          values ( \
            "0.0384707, 0.0353811, 0.0257728, 0.0001967, -0.0845813, -0.386181, -1.41767", \
            "0.0382795, 0.0353079, 0.0258791, 0.000289, -0.0845978, -0.386237, -1.41771", \
            "0.0383944, 0.0353426, 0.0257572, 0.0001385, -0.0846772, -0.386223, -1.4177", \
            "0.0374699, 0.0343624, 0.0249093, -0.0006928, -0.085539, -0.387112, -1.41859", \
            "0.037016, 0.0339013, 0.0244522, -0.0011367, -0.0860378, -0.38762, -1.41909", \
            "0.0450419, 0.0418895, 0.0322187, 0.0038469, -0.085443, -0.387105, -1.41859", \
            "0.0483298, 0.0451927, 0.03548, 0.0073498, -0.0820668, -0.38532, -1.41713" \
          );
        }
      }
      internal_power () {
        related_pin : "RESETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169877, 0.00577163, 0.0196093, 0.0666235, 0.226356, 0.769053");
          values ( \
            "0.0449819, 0.0418631, 0.0321502, 0.0046673, -0.0810972, -0.383768, -1.41527", \
            "0.044887, 0.0417495, 0.0320817, 0.004422, -0.0812214, -0.38388, -1.41536", \
            "0.0447466, 0.0416379, 0.0319303, 0.0043265, -0.0813866, -0.384023, -1.41557", \
            "0.0446897, 0.0415646, 0.0318626, 0.0042789, -0.0814876, -0.384078, -1.41561", \
            "0.0449138, 0.0418222, 0.0320606, 0.00435, -0.0816041, -0.384134, -1.4155", \
            "0.0505488, 0.0472636, 0.0368562, 0.0072407, -0.0803001, -0.383535, -1.41505", \
            "0.0696502, 0.0660627, 0.0544319, 0.0202833, -0.0748311, -0.380301, -1.41251" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002477;
      rise_capacitance : 0.002621;
      rise_capacitance_range (0.002621, 0.002621);
      fall_capacitance : 0.002333;
      fall_capacitance_range (0.002333, 0.002333);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0884948, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.10717, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0209897, 0.0208546, 0.0205433, 0.0210764, 0.0223054, 0.0251383, 0.0316683" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0339695, 0.0337923, 0.0333835, 0.0341349, 0.0358669, 0.039859, 0.0490614" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      nextstate_type : data;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001687;
      rise_capacitance : 0.001752;
      rise_capacitance_range (0.001752, 0.001752);
      fall_capacitance : 0.001623;
      fall_capacitance_range (0.001623, 0.001623);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0468281, -0.108466, -0.0746927", \
            "-0.0694193, -0.126174, -0.100946", \
            "-0.175214, -0.229527, -0.207961" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.102981, -0.275702, -0.499497", \
            "-0.0974954, -0.27632, -0.52453", \
            "-0.161786, -0.341831, -0.593703" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0715801, 0.144204, 0.132404", \
            "0.0844056, 0.144822, 0.126919", \
            "0.188979, 0.246954, 0.231492" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.165574, 0.348061, 0.607257", \
            "0.158869, 0.342576, 0.613979", \
            "0.231704, 0.416632, 0.691697" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0024535, 0.0024063, 0.0022973, 0.0025171, 0.0030239, 0.004192, 0.0068846" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089794, 0.0088501, 0.008552, 0.0087996, 0.0093704, 0.0106859, 0.0137184" \
          );
        }
      }
    }
    pin (RESETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003572;
      rise_capacitance : 0.003614;
      rise_capacitance_range (0.003614, 0.003614);
      fall_capacitance : 0.003531;
      fall_capacitance_range (0.003531, 0.003531);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.12007, 0.040444, 0.441242", \
            "-0.158514, -0.0065449, 0.37228", \
            "-0.10399, 0.055304, 0.45366" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.176561, 0.305353, 0.529555", \
            "0.208901, 0.334031, 0.55091", \
            "0.164142, 0.283169, 0.495164" \
          );
        }
      }
      timing () {
        related_pin : "RESETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.208233, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0064562, -0.0065162, -0.0066543, -0.0066551, -0.006657, -0.0066613, -0.0066711" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0058265, 0.0058178, 0.0057981, 0.005812, 0.005844, 0.005918, 0.0060885" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      nextstate_type : scan_in;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001948;
      rise_capacitance : 0.002046;
      rise_capacitance_range (0.002046, 0.002046);
      fall_capacitance : 0.001851;
      fall_capacitance_range (0.001851, 0.001851);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.109084, -0.174384, -0.196763", \
            "-0.136558, -0.201857, -0.23034", \
            "-0.246014, -0.312535, -0.342238" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.161574, -0.311102, -0.531236", \
            "-0.167075, -0.322707, -0.564813", \
            "-0.237469, -0.393101, -0.637648" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.13994, 0.20768, 0.242267", \
            "0.151544, 0.215623, 0.245327", \
            "0.261001, 0.3263, 0.357225" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.222947, 0.376137, 0.614581", \
            "0.223566, 0.377977, 0.627407", \
            "0.301284, 0.456915, 0.711228" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0035374, -0.0035353, -0.0035306, -0.0035419, -0.0035681, -0.0036286, -0.0037677" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0036091, 0.0036127, 0.0036209, 0.0036294, 0.0036489, 0.0036938, 0.0037976" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      nextstate_type : scan_enable;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003791;
      rise_capacitance : 0.004062;
      rise_capacitance_range (0.004062, 0.004062);
      fall_capacitance : 0.00352;
      fall_capacitance_range (0.00352, 0.00352);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0919941, -0.217108, -0.288316", \
            "-0.120689, -0.24092, -0.314569", \
            "-0.231366, -0.350376, -0.422805" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.131057, -0.275702, -0.48607", \
            "-0.124351, -0.272658, -0.501337", \
            "-0.189862, -0.338169, -0.57051" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.214402, 0.244301, 0.203204", \
            "0.211359, 0.238816, 0.196499", \
            "0.285415, 0.312872, 0.270555" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.128953, 0.273598, 0.444904", \
            "0.141779, 0.283982, 0.456508", \
            "0.246352, 0.388556, 0.561082" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0004943, -0.0005781, -0.0007715, -0.0004989, 0.0001295, 0.0015778, 0.0049165" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0147194, 0.0145624, 0.0142003, 0.0145478, 0.0153489, 0.0171952, 0.0214513" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clear : "!RESETB";
      clocked_on : "CLK";
      next_state : "(D&!SCE) | (SCD&SCE)";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (RESETB) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      ff (IQ,IQN) {
        clear : "!RESETB";
        clocked_on : "CLK";
        next_state : "D";
      }
    }
  }
  cell (scs8hd_sdfsbp_1) {
    area : 36.2848;
    cell_footprint : "sdfsbp";
    cell_leakage_power : 0.0294484;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0307049;
      when : "CLK&D&!SCD&!SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0227335;
      when : "CLK&!D&!SCD&SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0150503;
      when : "CLK&!D&SCD&!SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0169358;
      when : "!CLK&!D&!SCD&!SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0307544;
      when : "!CLK&D&!SCD&SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0385988;
      when : "!CLK&D&SCD&SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0227005;
      when : "CLK&!D&!SCD&!SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0228029;
      when : "CLK&!D&!SCD&!SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0306855;
      when : "CLK&D&!SCD&SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0383888;
      when : "CLK&D&SCD&!SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0384008;
      when : "!CLK&D&!SCD&!SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0382895;
      when : "CLK&D&!SCD&!SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0228052;
      when : "CLK&D&!SCD&SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0149226;
      when : "CLK&!D&!SCD&!SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.023591;
      when : "CLK&!D&SCD&SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0247468;
      when : "!CLK&!D&!SCD&SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0305115;
      when : "CLK&!D&!SCD&SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0311195;
      when : "CLK&D&SCD&SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0248184;
      when : "!CLK&D&!SCD&SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0305831;
      when : "CLK&D&!SCD&SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0307019;
      when : "CLK&D&SCD&!SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0170635;
      when : "!CLK&!D&SCD&!SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0228282;
      when : "CLK&!D&SCD&!SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0229306;
      when : "CLK&!D&SCD&!SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0388064;
      when : "CLK&D&SCD&SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0383919;
      when : "CLK&D&!SCD&!SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0383978;
      when : "!CLK&D&SCD&!SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0382864;
      when : "CLK&D&SCD&!SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0306139;
      when : "CLK&!D&!SCD&SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0312869;
      when : "!CLK&!D&SCD&SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0311755;
      when : "CLK&!D&SCD&SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0312779;
      when : "CLK&!D&SCD&SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0388154;
      when : "!CLK&D&SCD&SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.038704;
      when : "CLK&D&SCD&SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0327217;
      when : "!CLK&D&!SCD&!SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0228718;
      when : "!CLK&!D&!SCD&!SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0305874;
      when : "!CLK&!D&!SCD&SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0229041;
      when : "!CLK&!D&SCD&!SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0227764;
      when : "!CLK&!D&!SCD&!SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0327186;
      when : "!CLK&D&SCD&!SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0256078;
      when : "!CLK&!D&SCD&SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0229995;
      when : "!CLK&!D&SCD&!SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0306828;
      when : "!CLK&!D&!SCD&SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.030659;
      when : "!CLK&D&!SCD&SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0331362;
      when : "!CLK&D&SCD&SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0310703;
      when : "!CLK&!D&SCD&SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0381842;
      when : "!CLK&D&!SCD&!SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0381812;
      when : "!CLK&D&SCD&!SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0294484;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.222483;
      max_transition : 1.50307;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.230303, 0.235895, 0.248515, 0.280086, 0.366528, 0.60484, 1.26784", \
            "0.234045, 0.239633, 0.252271, 0.283846, 0.370366, 0.608852, 1.27181", \
            "0.242982, 0.248588, 0.261223, 0.292809, 0.379342, 0.617851, 1.28157", \
            "0.261662, 0.267266, 0.279905, 0.311494, 0.39803, 0.636613, 1.2996", \
            "0.285722, 0.291326, 0.303971, 0.335543, 0.42208, 0.660622, 1.32096", \
            "0.305761, 0.311379, 0.32399, 0.355601, 0.442014, 0.680537, 1.33974", \
            "0.302516, 0.308151, 0.320813, 0.352395, 0.438881, 0.677066, 1.33612" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0190629, 0.023664, 0.0373546, 0.0800821, 0.203716, 0.545456, 1.49791", \
            "0.0189735, 0.0236811, 0.0373889, 0.0801088, 0.203622, 0.546845, 1.502", \
            "0.0189901, 0.0236659, 0.0373792, 0.0801129, 0.203654, 0.545548, 1.50307", \
            "0.0189975, 0.0236679, 0.037352, 0.0802518, 0.203628, 0.546706, 1.49224", \
            "0.0190225, 0.0236994, 0.0373942, 0.0802836, 0.203719, 0.545331, 1.50258", \
            "0.0189478, 0.0237312, 0.0374222, 0.0803884, 0.203516, 0.545891, 1.50196", \
            "0.0191194, 0.0237946, 0.0374493, 0.0800903, 0.20369, 0.546182, 1.49414" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.206126, 0.210049, 0.218629, 0.237173, 0.281793, 0.402491, 0.735482", \
            "0.209934, 0.21387, 0.22244, 0.240974, 0.285594, 0.406214, 0.739539", \
            "0.219049, 0.223017, 0.231593, 0.250125, 0.294745, 0.415298, 0.749276", \
            "0.237616, 0.241571, 0.250143, 0.268693, 0.313304, 0.433887, 0.768209", \
            "0.260553, 0.264508, 0.273091, 0.291648, 0.336273, 0.456828, 0.790883", \
            "0.278163, 0.2821, 0.290678, 0.309211, 0.353834, 0.474399, 0.808596", \
            "0.267245, 0.27118, 0.279754, 0.29829, 0.342916, 0.463515, 0.797155" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0125772, 0.0154943, 0.0227968, 0.0418393, 0.0965492, 0.254802, 0.691887", \
            "0.0125919, 0.0155161, 0.022643, 0.0417186, 0.0965211, 0.255488, 0.693028", \
            "0.0125657, 0.0155555, 0.0227929, 0.0418378, 0.0965897, 0.254687, 0.693882", \
            "0.0125617, 0.0155011, 0.0227958, 0.0418479, 0.0965494, 0.253825, 0.692628", \
            "0.0125821, 0.0154843, 0.0227281, 0.0418392, 0.0965873, 0.254692, 0.694573", \
            "0.0126635, 0.0155519, 0.0227812, 0.0418382, 0.0965466, 0.253638, 0.699682", \
            "0.0125809, 0.0155689, 0.0227804, 0.0417457, 0.0965056, 0.253964, 0.6966" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.195912, 0.201546, 0.214198, 0.245791, 0.332276, 0.570472, 1.23211", \
            "0.200289, 0.205922, 0.218543, 0.250165, 0.336583, 0.575459, 1.23806", \
            "0.21134, 0.21698, 0.229636, 0.261241, 0.347753, 0.585959, 1.24771", \
            "0.239181, 0.244797, 0.257466, 0.289061, 0.375621, 0.614277, 1.27509", \
            "0.306383, 0.312017, 0.324674, 0.356266, 0.442751, 0.680934, 1.3426", \
            "0.439428, 0.445547, 0.458663, 0.490318, 0.576679, 0.815449, 1.4755", \
            "0.657007, 0.663919, 0.67812, 0.709911, 0.796232, 1.03463, 1.69449" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0.0192125, 0.0238569, 0.037474, 0.0801539, 0.203255, 0.546859, 1.49649", \
            "0.0193341, 0.0239254, 0.0374763, 0.0803701, 0.203524, 0.547475, 1.50281", \
            "0.0192311, 0.0238596, 0.0374511, 0.0801493, 0.203417, 0.547366, 1.49513", \
            "0.01917, 0.0238985, 0.0375302, 0.0801017, 0.203486, 0.545698, 1.50249", \
            "0.019172, 0.0238562, 0.0375068, 0.0801411, 0.203192, 0.54688, 1.49588", \
            "0.0215476, 0.0260507, 0.0389515, 0.0806582, 0.203557, 0.546124, 1.50254", \
            "0.025274, 0.0297396, 0.0417389, 0.0814608, 0.203515, 0.545776, 1.49878" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0, 0, 0.0010408, 0.0185514, 0.0579834, 0.157563, 0.427265", \
            "0, 0, 0.0010436, 0.0185465, 0.0581139, 0.156684, 0.425426", \
            "0, 0, 0.0010711, 0.0185186, 0.0579592, 0.156512, 0.427503", \
            "0, 0, 0.0008171, 0.0181981, 0.0574601, 0.15681, 0.425298", \
            "0, 0, 0.0004694, 0.0178453, 0.0571743, 0.156156, 0.424035", \
            "0, 0, 0.0005602, 0.0179115, 0.0576616, 0.156428, 0.427116", \
            "0, 0, -4.1e-06, 0.0185143, 0.0592833, 0.159528, 0.427825" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "0, 0, 0.0082921, 0.0186243, 0.0064348, -0.0762864, -0.339161", \
            "0, 0, 0.0082459, 0.0185176, 0.0062347, -0.0765136, -0.339414", \
            "0, 0, 0.0082994, 0.0185311, 0.006207, -0.0765615, -0.339497", \
            "0, 0, 0.0081168, 0.0183113, 0.0059894, -0.0768096, -0.3397", \
            "0, 0, 0.0077963, 0.0180529, 0.0057557, -0.0769961, -0.339915", \
            "0, 0, 0.0073901, 0.0179969, 0.0059626, -0.0766041, -0.339391", \
            "0, 0, 0.0068022, 0.0185783, 0.0077202, -0.0742569, -0.336889" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138152, 0.00381721, 0.0105471, 0.0291421, 0.080521, 0.222483");
          values ( \
            "-0.0020289, -2.625e-05, 0.0053545, 0.0196656, 0.0558719, 0.152996, 0.423387", \
            "-0.0020181, -3.2e-05, 0.0053266, 0.0196145, 0.0557637, 0.153591, 0.420563", \
            "-0.0019876, -1.57e-05, 0.0053002, 0.0195196, 0.0556315, 0.152672, 0.420363", \
            "-0.0019922, -1.68e-05, 0.0053125, 0.0195425, 0.055727, 0.152753, 0.422098", \
            "-0.001985, 2.685e-05, 0.0054266, 0.0197518, 0.0560116, 0.153049, 0.421123", \
            "-0.0019507, 0.0001606, 0.0057731, 0.0206039, 0.0572749, 0.155472, 0.424236", \
            "-0.0016902, 0.0009441, 0.0076007, 0.0235121, 0.0615727, 0.15967, 0.429429" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.238047;
      max_transition : 1.50841;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139718, 0.00390422, 0.0109098, 0.0304859, 0.0851884, 0.238047");
          values ( \
            "0.171895, 0.178084, 0.192577, 0.227278, 0.315695, 0.554706, 1.22108", \
            "0.175624, 0.181794, 0.196296, 0.230998, 0.319408, 0.557728, 1.22511", \
            "0.184764, 0.191133, 0.205531, 0.240201, 0.328616, 0.567467, 1.23596", \
            "0.203325, 0.209512, 0.223995, 0.258679, 0.347125, 0.585878, 1.25309", \
            "0.226132, 0.232444, 0.246931, 0.281638, 0.370081, 0.609692, 1.27538", \
            "0.244022, 0.250232, 0.264726, 0.299427, 0.387899, 0.626203, 1.29228", \
            "0.232684, 0.238916, 0.253435, 0.288189, 0.376717, 0.615574, 1.28011" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139718, 0.00390422, 0.0109098, 0.0304859, 0.0851884, 0.238047");
          values ( \
            "0.0199436, 0.02562, 0.04063, 0.0837794, 0.203291, 0.543715, 1.50545", \
            "0.0198981, 0.0256398, 0.0406216, 0.0837792, 0.203059, 0.545661, 1.50841", \
            "0.0198807, 0.0256627, 0.0406299, 0.0837178, 0.203241, 0.54586, 1.50486", \
            "0.0198989, 0.025654, 0.0406204, 0.0837611, 0.202932, 0.542986, 1.50311", \
            "0.0198779, 0.025523, 0.0405516, 0.0837648, 0.20302, 0.54556, 1.50612", \
            "0.0199843, 0.0257717, 0.040664, 0.0838331, 0.202893, 0.544218, 1.50763", \
            "0.0201406, 0.0257971, 0.0408156, 0.083909, 0.203256, 0.543698, 1.49799" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139718, 0.00390422, 0.0109098, 0.0304859, 0.0851884, 0.238047");
          values ( \
            "0.17576, 0.183453, 0.200829, 0.236715, 0.303656, 0.44366, 0.806476", \
            "0.179431, 0.187281, 0.204538, 0.240435, 0.307427, 0.447376, 0.810801", \
            "0.188457, 0.196284, 0.213547, 0.249451, 0.316415, 0.456418, 0.819731", \
            "0.207102, 0.214906, 0.232193, 0.268069, 0.335059, 0.475037, 0.838181", \
            "0.231208, 0.238893, 0.256249, 0.292166, 0.359204, 0.499204, 0.862045", \
            "0.25117, 0.259004, 0.276275, 0.312168, 0.379211, 0.519248, 0.882324", \
            "0.247627, 0.255354, 0.272885, 0.308903, 0.376062, 0.51619, 0.880552" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139718, 0.00390422, 0.0109098, 0.0304859, 0.0851884, 0.238047");
          values ( \
            "0.0303359, 0.0360305, 0.0494557, 0.0770051, 0.132038, 0.285131, 0.754762", \
            "0.0303608, 0.0361204, 0.0493109, 0.0769901, 0.131714, 0.285308, 0.756593", \
            "0.0302574, 0.0361189, 0.0493852, 0.0769844, 0.132107, 0.285164, 0.760662", \
            "0.0304771, 0.0360844, 0.049364, 0.0769933, 0.132089, 0.285219, 0.754439", \
            "0.0303687, 0.0361997, 0.0495191, 0.0771027, 0.131951, 0.285143, 0.75787", \
            "0.0306139, 0.0363121, 0.0495589, 0.077174, 0.131914, 0.285504, 0.760288", \
            "0.031432, 0.0371842, 0.0503876, 0.0777031, 0.132582, 0.285546, 0.749839" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139718, 0.00390422, 0.0109098, 0.0304859, 0.0851884, 0.238047");
          values ( \
            "0.140387, 0.148296, 0.165907, 0.202127, 0.263734, 0.397577, 0.759436", \
            "0.1448, 0.152648, 0.170313, 0.206482, 0.26807, 0.401912, 0.763835", \
            "0.155941, 0.163844, 0.181499, 0.217692, 0.279302, 0.413218, 0.775267", \
            "0.183713, 0.191645, 0.209258, 0.245428, 0.307013, 0.440892, 0.802894", \
            "0.251037, 0.258818, 0.27628, 0.312156, 0.373644, 0.507527, 0.869893", \
            "0.375534, 0.384971, 0.405769, 0.446756, 0.51099, 0.645495, 1.00732", \
            "0.580822, 0.592305, 0.617606, 0.666915, 0.737522, 0.874239, 1.23568" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139718, 0.00390422, 0.0109098, 0.0304859, 0.0851884, 0.238047");
          values ( \
            "0.0313991, 0.0370207, 0.0506403, 0.074664, 0.122463, 0.27723, 0.748641", \
            "0.0311259, 0.0370087, 0.0508061, 0.0749684, 0.122567, 0.277227, 0.748038", \
            "0.0314052, 0.037033, 0.0506544, 0.0747654, 0.122542, 0.276721, 0.74714", \
            "0.031206, 0.0370837, 0.0506837, 0.0747532, 0.122597, 0.27723, 0.747461", \
            "0.0319277, 0.0374325, 0.0511454, 0.0751851, 0.122693, 0.277095, 0.755195", \
            "0.0444489, 0.0505734, 0.0647562, 0.0864879, 0.127494, 0.278176, 0.747313", \
            "0.063756, 0.0713256, 0.0873861, 0.107509, 0.141036, 0.283178, 0.752734" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139718, 0.00390422, 0.0109098, 0.0304859, 0.0851884, 0.238047");
          values ( \
            "0, 0, 0.001204, 0.0186051, 0.0595853, 0.164702, 0.453731", \
            "0, 0, 0.0011701, 0.0185244, 0.0593101, 0.165491, 0.455001", \
            "0, 0, 0.0012236, 0.018523, 0.0592604, 0.165392, 0.455669", \
            "0, 0, 0.0010173, 0.0182934, 0.0592513, 0.164074, 0.453369", \
            "0, 0, 0.0007066, 0.0180309, 0.058773, 0.164098, 0.453061", \
            "0, 0, 0.0004151, 0.0180053, 0.0592701, 0.164956, 0.455508", \
            "0, 0, -0.0002556, 0.0185452, 0.0609715, 0.167722, 0.453015" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139718, 0.00390422, 0.0109098, 0.0304859, 0.0851884, 0.238047");
          values ( \
            "0, 0, 0.0083119, 0.0185648, 0.0049511, -0.0835476, -0.367102", \
            "0, 0, 0.0083104, 0.018531, 0.0048774, -0.083614, -0.367159", \
            "0, 0, 0.0083506, 0.0185586, 0.0048151, -0.0837275, -0.367277", \
            "0, 0, 0.0080903, 0.0182085, 0.0043898, -0.0841863, -0.367804", \
            "0, 0, 0.007742, 0.0178525, 0.0040612, -0.0845462, -0.368013", \
            "0, 0, 0.0073697, 0.0179144, 0.0045403, -0.0838322, -0.367256", \
            "0, 0, 0.0067712, 0.0185142, 0.0062866, -0.0817945, -0.365012" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00139718, 0.00390422, 0.0109098, 0.0304859, 0.0851884, 0.238047");
          values ( \
            "-0.0002856, 0.0041149, 0.0124073, 0.0196756, 0.0030339, -0.087646, -0.372063", \
            "-0.0002747, 0.0041057, 0.0123976, 0.0196467, 0.0029727, -0.0876861, -0.372184", \
            "-0.0002314, 0.0041542, 0.0124319, 0.0196376, 0.0029479, -0.0876911, -0.3722", \
            "-0.000248, 0.0041211, 0.0123654, 0.0195564, 0.002816, -0.0878798, -0.372027", \
            "-0.0002227, 0.0041977, 0.0125517, 0.0198578, 0.0032232, -0.0873817, -0.371952", \
            "-0.0001489, 0.0044263, 0.0130361, 0.020598, 0.0041461, -0.0863519, -0.370783", \
            "8.835e-05, 0.0051379, 0.0146652, 0.0234408, 0.0079659, -0.0820077, -0.366266" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002025;
      rise_capacitance : 0.002117;
      rise_capacitance_range (0.002117, 0.002117);
      fall_capacitance : 0.001933;
      fall_capacitance_range (0.001933, 0.001933);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0873963, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.134632, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0212248, 0.021143, 0.0209543, 0.021268, 0.0219909, 0.0236575, 0.0274992" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.027042, 0.0269072, 0.0265965, 0.0269425, 0.0277399, 0.0295783, 0.0338159" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      nextstate_type : data;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00193;
      rise_capacitance : 0.002022;
      rise_capacitance_range (0.002022, 0.002022);
      fall_capacitance : 0.001837;
      fall_capacitance_range (0.001837, 0.001837);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0578145, -0.126776, -0.107652", \
            "-0.062095, -0.123732, -0.109491", \
            "-0.137372, -0.195347, -0.181105" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0834492, -0.251288, -0.462876", \
            "-0.0425638, -0.221389, -0.470819", \
            "-0.0641296, -0.244175, -0.50215" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0789043, 0.156411, 0.158038", \
            "0.0721986, 0.137498, 0.128139", \
            "0.142593, 0.201788, 0.189988" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.166795, 0.348061, 0.610919", \
            "0.121027, 0.303514, 0.574917", \
            "0.146255, 0.328741, 0.601365" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030853, 0.002988, 0.0027636, 0.0030443, 0.0036912, 0.0051824, 0.0086197" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.010251, 0.0100951, 0.0097362, 0.0100161, 0.0106613, 0.0121486, 0.0155769" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      nextstate_type : scan_in;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001775;
      rise_capacitance : 0.001841;
      rise_capacitance_range (0.001841, 0.001841);
      fall_capacitance : 0.001708;
      fall_capacitance_range (0.001708, 0.001708);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0736836, -0.156073, -0.172349", \
            "-0.0816263, -0.159133, -0.17663", \
            "-0.158124, -0.233189, -0.248244" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.121291, -0.267157, -0.464097", \
            "-0.0889505, -0.242141, -0.470819", \
            "-0.112958, -0.267368, -0.504592" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.092332, 0.178383, 0.206867", \
            "0.0892884, 0.165574, 0.185512", \
            "0.162124, 0.235968, 0.253465" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.205857, 0.356606, 0.582843", \
            "0.166193, 0.319383, 0.552944", \
            "0.196303, 0.349494, 0.587937" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0029295, -0.002985, -0.003113, -0.0031148, -0.0031188, -0.0031282, -0.0031496" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031077, 0.003135, 0.0031982, 0.0032032, 0.0032147, 0.0032415, 0.0033031" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      nextstate_type : scan_enable;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004041;
      rise_capacitance : 0.004124;
      rise_capacitance_range (0.004124, 0.004124);
      fall_capacitance : 0.003958;
      fall_capacitance_range (0.003958, 0.003958);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0602559, -0.13288, -0.119859", \
            "-0.0657572, -0.131057, -0.120477", \
            "-0.141034, -0.20145, -0.190871" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.096877, -0.212225, -0.345689", \
            "-0.102378, -0.216506, -0.348749", \
            "-0.176434, -0.290562, -0.422805" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0850078, 0.169839, 0.182452", \
            "0.0795228, 0.150926, 0.152553", \
            "0.149917, 0.216437, 0.213182" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.117967, 0.233315, 0.367999", \
            "0.112482, 0.226609, 0.360073", \
            "0.181655, 0.295783, 0.429246" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0002877, -0.0004708, -0.0008929, -0.0004176, 0.000678, 0.0032034, 0.0090246" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0128642, 0.0128523, 0.012825, 0.0132823, 0.0143361, 0.0167656, 0.0223656" \
          );
        }
      }
    }
    pin (SETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003513;
      rise_capacitance : 0.003554;
      rise_capacitance_range (0.003554, 0.003554);
      fall_capacitance : 0.003472;
      fall_capacitance_range (0.003472, 0.003472);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0956563, -0.0999368, -0.199628", \
            "-0.165838, -0.17134, -0.271031", \
            "-0.1577, -0.164422, -0.262893" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.109422, 0.114923, 0.212172", \
            "0.178383, 0.185106, 0.281134", \
            "0.171466, 0.179409, 0.272996" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.142322, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-1.02795e-05, -0.0001271, -0.0003962, -0.0002221, 0.0001791, 0.001104, 0.0032361" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0063769, 0.00634, 0.0062552, 0.0062682, 0.0062981, 0.0063674, 0.0065269" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "(D&!SCE) | (SCD&SCE)";
      preset : "!SETB";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (QN) {
        direction : output;
        function : "IQN";
        signal_type : test_scan_out_inverted;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      pin (SETB) {
        direction : input;
      }
      ff (IQ,IQN) {
        clocked_on : "CLK";
        next_state : "D";
        preset : "!SETB";
      }
    }
  }
  cell (scs8hd_sdfsbp_2) {
    area : 38.7872;
    cell_footprint : "sdfsbp";
    cell_leakage_power : 0.0356386;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.036924;
      when : "CLK&D&!SCD&!SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0289533;
      when : "CLK&!D&!SCD&SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0212704;
      when : "CLK&!D&SCD&!SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0231553;
      when : "!CLK&!D&!SCD&!SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0369277;
      when : "!CLK&D&!SCD&SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0447777;
      when : "!CLK&D&SCD&SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0288779;
      when : "CLK&!D&!SCD&!SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.02898;
      when : "CLK&!D&!SCD&!SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0368593;
      when : "CLK&D&!SCD&SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0445651;
      when : "CLK&D&SCD&!SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0445745;
      when : "!CLK&D&!SCD&!SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0444661;
      when : "CLK&D&!SCD&!SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0290216;
      when : "CLK&D&!SCD&SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0211424;
      when : "CLK&!D&!SCD&!SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.029808;
      when : "CLK&!D&SCD&SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0309663;
      when : "!CLK&!D&!SCD&SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0366889;
      when : "CLK&!D&!SCD&SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0373407;
      when : "CLK&D&SCD&SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0310346;
      when : "!CLK&D&!SCD&SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0367572;
      when : "CLK&D&!SCD&SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0369208;
      when : "CLK&D&SCD&!SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0232834;
      when : "!CLK&!D&SCD&!SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.029006;
      when : "CLK&!D&SCD&!SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.029108;
      when : "CLK&!D&SCD&!SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.044985;
      when : "CLK&D&SCD&SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0445682;
      when : "CLK&D&!SCD&!SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0445714;
      when : "!CLK&D&SCD&!SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.044463;
      when : "CLK&D&SCD&!SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.036791;
      when : "CLK&!D&!SCD&SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0374586;
      when : "!CLK&!D&SCD&SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0373502;
      when : "CLK&!D&SCD&SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0374523;
      when : "CLK&!D&SCD&SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0449913;
      when : "!CLK&D&SCD&SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0448829;
      when : "CLK&D&SCD&SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0389402;
      when : "!CLK&D&!SCD&!SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0290485;
      when : "!CLK&!D&!SCD&!SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0367617;
      when : "!CLK&!D&!SCD&SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0290787;
      when : "!CLK&!D&SCD&!SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0289507;
      when : "!CLK&!D&!SCD&!SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0389371;
      when : "!CLK&D&SCD&!SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0318243;
      when : "!CLK&!D&SCD&SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.0291765;
      when : "!CLK&!D&SCD&!SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0368594;
      when : "!CLK&!D&!SCD&SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0368299;
      when : "!CLK&D&!SCD&SCE&SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.039357;
      when : "!CLK&D&SCD&SCE&SETB&!Q&QN";
    }
    leakage_power () {
      value : 0.037245;
      when : "!CLK&!D&SCD&SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0443609;
      when : "!CLK&D&!SCD&!SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0443578;
      when : "!CLK&D&SCD&!SCE&!SETB&Q&!QN";
    }
    leakage_power () {
      value : 0.0356386;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.410166;
      max_transition : 1.50746;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.285555, 0.290666, 0.302359, 0.328722, 0.402373, 0.626082, 1.31438", \
            "0.289313, 0.294469, 0.30615, 0.332494, 0.406132, 0.629599, 1.31756", \
            "0.298337, 0.303525, 0.315217, 0.341523, 0.414872, 0.638735, 1.32751", \
            "0.316904, 0.322081, 0.333759, 0.360094, 0.43342, 0.65727, 1.34584", \
            "0.340971, 0.346144, 0.357865, 0.384127, 0.457495, 0.681682, 1.3692", \
            "0.360671, 0.365774, 0.377497, 0.403783, 0.477346, 0.701173, 1.3872", \
            "0.357181, 0.362348, 0.374109, 0.400383, 0.473698, 0.697776, 1.38331" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0207427, 0.0242563, 0.0337442, 0.0635835, 0.168254, 0.49536, 1.50434", \
            "0.0205435, 0.0242666, 0.033879, 0.0635564, 0.167811, 0.495466, 1.50153", \
            "0.0206447, 0.0242528, 0.0338304, 0.0636236, 0.16772, 0.49577, 1.5058", \
            "0.020616, 0.0242611, 0.0338693, 0.063568, 0.167834, 0.495951, 1.5055", \
            "0.0206634, 0.024333, 0.0338092, 0.0636119, 0.168185, 0.495348, 1.50746", \
            "0.0206425, 0.0246551, 0.0337956, 0.0636507, 0.168534, 0.49402, 1.49996", \
            "0.0207349, 0.0244176, 0.0338679, 0.0636549, 0.168197, 0.495765, 1.49823" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.235777, 0.239323, 0.247714, 0.26535, 0.304253, 0.408505, 0.723718", \
            "0.239428, 0.242972, 0.251377, 0.269053, 0.307893, 0.412129, 0.727487", \
            "0.248648, 0.252174, 0.260574, 0.278235, 0.317106, 0.421295, 0.736323", \
            "0.267403, 0.270949, 0.279347, 0.296982, 0.335876, 0.440153, 0.756224", \
            "0.290054, 0.293599, 0.301982, 0.319647, 0.358541, 0.462759, 0.777883", \
            "0.307745, 0.311273, 0.319679, 0.337364, 0.376208, 0.480481, 0.796247", \
            "0.296696, 0.300244, 0.308624, 0.326285, 0.365188, 0.469694, 0.785094" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0149019, 0.0172924, 0.023421, 0.0376398, 0.0784082, 0.211273, 0.633484", \
            "0.0149151, 0.0173436, 0.0233859, 0.0375776, 0.0783289, 0.211036, 0.633006", \
            "0.0149023, 0.017388, 0.0233546, 0.0377603, 0.0783371, 0.211442, 0.631747", \
            "0.0149009, 0.017291, 0.0233936, 0.0375332, 0.0781908, 0.211358, 0.635413", \
            "0.0148353, 0.0174649, 0.0233414, 0.0376138, 0.0783463, 0.21108, 0.632356", \
            "0.0149632, 0.0173681, 0.0234125, 0.0376058, 0.0781612, 0.210752, 0.6341", \
            "0.0149396, 0.0173612, 0.0232146, 0.0378106, 0.0783316, 0.211966, 0.631832" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.246857, 0.251783, 0.263042, 0.288939, 0.362578, 0.586439, 1.27466", \
            "0.251379, 0.256359, 0.267632, 0.293518, 0.366834, 0.591094, 1.27909", \
            "0.262634, 0.267622, 0.27891, 0.304779, 0.378271, 0.60239, 1.28903", \
            "0.29034, 0.295331, 0.306614, 0.332487, 0.405955, 0.6301, 1.31687", \
            "0.35741, 0.362317, 0.373592, 0.399458, 0.47293, 0.696831, 1.38524", \
            "0.500984, 0.50617, 0.517661, 0.543746, 0.617284, 0.841342, 1.53325", \
            "0.740628, 0.746315, 0.759005, 0.785943, 0.859364, 1.08304, 1.77137" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0.0199924, 0.0233594, 0.0326714, 0.0629613, 0.167582, 0.495746, 1.50052", \
            "0.0198731, 0.0237518, 0.0326905, 0.0630145, 0.167673, 0.494147, 1.50464", \
            "0.0200015, 0.0234839, 0.0327304, 0.0628701, 0.167374, 0.495373, 1.50435", \
            "0.0200069, 0.0234818, 0.032729, 0.0629043, 0.167447, 0.495071, 1.50423", \
            "0.0198973, 0.0234046, 0.032687, 0.0629316, 0.167574, 0.49556, 1.50123", \
            "0.0210857, 0.024649, 0.0335908, 0.0634057, 0.167391, 0.495675, 1.50418", \
            "0.0239648, 0.027924, 0.0372762, 0.065164, 0.167878, 0.494285, 1.50151" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0, 0, 0.0017736, 0.0246576, 0.0852386, 0.256329, 0.775802", \
            "0, 0, 0.001786, 0.0246576, 0.084987, 0.25612, 0.778998", \
            "0, 0, 0.0018595, 0.0246885, 0.0848407, 0.256106, 0.779085", \
            "0, 0, 0.0016143, 0.0243517, 0.0843954, 0.255589, 0.778858", \
            "0, 0, 0.0013308, 0.0240701, 0.0842099, 0.255637, 0.776812", \
            "0, 0, 0.0014006, 0.024178, 0.0848602, 0.25598, 0.779412", \
            "0, 0, 0.0012959, 0.0253592, 0.0871943, 0.259209, 0.775616" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "0, 0, 0.0112982, 0.0246887, 0.0007043, -0.15176, -0.668701", \
            "0, 0, 0.0112935, 0.0246604, 0.0006307, -0.151853, -0.668827", \
            "0, 0, 0.0113212, 0.0246079, 0.000484, -0.152068, -0.668952", \
            "0, 0, 0.0111522, 0.0243768, 0.0002183, -0.152337, -0.669355", \
            "0, 0, 0.0108567, 0.0241198, -1.75e-06, -0.15254, -0.669524", \
            "0, 0, 0.0106714, 0.0245193, 0.0005936, -0.151712, -0.66861", \
            "0, 0, 0.0102892, 0.0255161, 0.0030335, -0.148656, -0.665415" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015298, 0.00468058, 0.0143207, 0.0438157, 0.134059, 0.410166");
          values ( \
            "-0.0021454, -0.0001015, 0.0063372, 0.0258478, 0.0823413, 0.251758, 0.773987", \
            "-0.0021309, -8.855e-05, 0.006347, 0.0258504, 0.0822744, 0.251518, 0.77032", \
            "-0.0021067, -8.78e-05, 0.0062932, 0.0257327, 0.082113, 0.252498, 0.770929", \
            "-0.0021129, -9.205e-05, 0.0062952, 0.0257447, 0.0821189, 0.252614, 0.770939", \
            "-0.0021174, -6.16e-05, 0.0064141, 0.0259726, 0.082446, 0.251949, 0.774579", \
            "-0.00209, 8.455e-05, 0.0068245, 0.0268864, 0.0839092, 0.254655, 0.77255", \
            "-0.0017941, 0.0010624, 0.0091636, 0.0308912, 0.0896104, 0.260312, 0.779409" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.415659;
      max_transition : 1.50808;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.179945, 0.185157, 0.197889, 0.227995, 0.307495, 0.535963, 1.22949", \
            "0.183754, 0.18891, 0.201564, 0.231668, 0.311196, 0.539263, 1.23738", \
            "0.192876, 0.198071, 0.210753, 0.240863, 0.320379, 0.548051, 1.24345", \
            "0.21161, 0.216819, 0.229537, 0.259638, 0.33915, 0.567296, 1.2618", \
            "0.234418, 0.23961, 0.252098, 0.28232, 0.361864, 0.590293, 1.28416", \
            "0.252033, 0.257161, 0.269743, 0.299904, 0.379443, 0.606857, 1.30272", \
            "0.240729, 0.245874, 0.258568, 0.288815, 0.368389, 0.596211, 1.29009" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.0190162, 0.0231934, 0.0349282, 0.0690939, 0.173031, 0.496868, 1.50685", \
            "0.0188371, 0.0232489, 0.0349793, 0.0689057, 0.172461, 0.496261, 1.50579", \
            "0.0188087, 0.0232283, 0.0348779, 0.0690317, 0.172818, 0.496381, 1.50571", \
            "0.0189849, 0.0231945, 0.0349158, 0.0690696, 0.172663, 0.496794, 1.50808", \
            "0.0187221, 0.0231396, 0.0348833, 0.0690717, 0.172475, 0.496899, 1.50691", \
            "0.0188991, 0.0233317, 0.034975, 0.0690528, 0.172485, 0.495618, 1.50091", \
            "0.0191221, 0.0236572, 0.0351447, 0.0692325, 0.173005, 0.49656, 1.4985" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.193271, 0.199397, 0.214192, 0.24651, 0.31127, 0.442142, 0.783811", \
            "0.197074, 0.203127, 0.217948, 0.250251, 0.315028, 0.445918, 0.787756", \
            "0.206087, 0.212143, 0.226973, 0.25926, 0.324028, 0.454923, 0.796514", \
            "0.224756, 0.230801, 0.245587, 0.277903, 0.342688, 0.473581, 0.815746", \
            "0.248692, 0.254722, 0.269501, 0.301892, 0.366657, 0.497554, 0.83969", \
            "0.268348, 0.274408, 0.289229, 0.321498, 0.386301, 0.517254, 0.859102", \
            "0.264716, 0.270823, 0.285609, 0.317999, 0.382869, 0.513843, 0.855401" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.0317896, 0.0361028, 0.0466923, 0.0709993, 0.119649, 0.247979, 0.677764", \
            "0.0316905, 0.0359667, 0.0466577, 0.0709369, 0.119575, 0.246725, 0.680672", \
            "0.031685, 0.0360062, 0.0466889, 0.0708892, 0.119567, 0.247009, 0.674812", \
            "0.0316972, 0.0359241, 0.0465718, 0.07096, 0.119595, 0.247517, 0.678864", \
            "0.03163, 0.0361643, 0.0466903, 0.0709753, 0.119749, 0.247635, 0.678123", \
            "0.0318224, 0.0361149, 0.0467531, 0.0710665, 0.119706, 0.247621, 0.682949", \
            "0.0324344, 0.0367116, 0.0472252, 0.071405, 0.119867, 0.247492, 0.675639" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : positive_unate;
        timing_type : clear;
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.154653, 0.160771, 0.175529, 0.208065, 0.269268, 0.39087, 0.729069", \
            "0.159156, 0.165266, 0.180095, 0.212585, 0.273783, 0.395374, 0.733451", \
            "0.170513, 0.176637, 0.191411, 0.223922, 0.285157, 0.406744, 0.744335", \
            "0.19823, 0.204352, 0.219167, 0.251657, 0.312843, 0.434476, 0.772271", \
            "0.265579, 0.271668, 0.286304, 0.318541, 0.379599, 0.501212, 0.83895", \
            "0.397498, 0.404553, 0.421392, 0.45783, 0.522968, 0.645433, 0.983126", \
            "0.613132, 0.621526, 0.642083, 0.686211, 0.762575, 0.89018, 1.22778" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470139, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0.0320397, 0.0364047, 0.0468953, 0.0706171, 0.110918, 0.234888, 0.674939", \
            "0.0319644, 0.0362262, 0.0468857, 0.0705462, 0.110899, 0.234865, 0.672676", \
            "0.0319516, 0.0363414, 0.0468688, 0.0704988, 0.11099, 0.23488, 0.679549", \
            "0.0318814, 0.0361599, 0.0468908, 0.0704375, 0.110828, 0.234836, 0.676272", \
            "0.0317756, 0.0363194, 0.0468317, 0.0707162, 0.111071, 0.234941, 0.675813", \
            "0.0442747, 0.048887, 0.0595316, 0.0828022, 0.118405, 0.236447, 0.67476", \
            "0.0656985, 0.0702483, 0.0831715, 0.108429, 0.139467, 0.245357, 0.675882" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470138, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0, 0, 0.0020864, 0.0246925, 0.0852075, 0.258718, 0.786641", \
            "0, 0, 0.0021026, 0.0246643, 0.0852527, 0.260016, 0.784832", \
            "0, 0, 0.0021142, 0.0246103, 0.0848615, 0.258355, 0.787822", \
            "0, 0, 0.0019385, 0.0243942, 0.084738, 0.259545, 0.788782", \
            "0, 0, 0.0016553, 0.0241273, 0.0845704, 0.258065, 0.786071", \
            "0, 0, 0.0016474, 0.0245259, 0.0852417, 0.258347, 0.786243", \
            "0, 0, 0.0012363, 0.0255569, 0.0879431, 0.263435, 0.785721" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470138, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "0, 0, 0.0115425, 0.0246892, -0.0005633, -0.154126, -0.678566", \
            "0, 0, 0.0115509, 0.024662, -0.0006431, -0.154153, -0.678618", \
            "0, 0, 0.0115965, 0.0246381, -0.0007358, -0.154259, -0.678753", \
            "0, 0, 0.0113424, 0.0243007, -0.0011708, -0.154786, -0.679274", \
            "0, 0, 0.0110866, 0.0240713, -0.0012971, -0.154875, -0.679341", \
            "0, 0, 0.0107738, 0.0241926, -0.0008135, -0.15408, -0.678461", \
            "0, 0, 0.0105002, 0.025382, 0.0021505, -0.151797, -0.676231" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (scalar) {
          values ( \
            "0" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0015332, 0.00470138, 0.0144163, 0.044206, 0.135553, 0.415659");
          values ( \
            "-0.0002178, 0.0049812, 0.0158784, 0.0259016, -0.0023856, -0.158611, -0.683969", \
            "-0.0002095, 0.0049718, 0.0158771, 0.0258435, -0.0024375, -0.158686, -0.684025", \
            "-0.0001733, 0.0050164, 0.0159044, 0.0258915, -0.0024014, -0.158613, -0.683953", \
            "-0.0001885, 0.0049878, 0.0158587, 0.0257274, -0.002646, -0.15885, -0.684295", \
            "-0.0001775, 0.0050511, 0.0160017, 0.0260214, -0.0023618, -0.15857, -0.684001", \
            "-9.405e-05, 0.0053398, 0.0166624, 0.0269453, -0.0013708, -0.15755, -0.682962", \
            "0.0001561, 0.0062157, 0.0188963, 0.0308074, 0.0036391, -0.15276, -0.678197" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002052;
      rise_capacitance : 0.002139;
      rise_capacitance_range (0.002139, 0.002139);
      fall_capacitance : 0.001965;
      fall_capacitance_range (0.001965, 0.001965);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0972829, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.135731, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0211068, 0.0210152, 0.0208045, 0.0210834, 0.0217261, 0.0232079, 0.0266235" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0270244, 0.0269047, 0.0266289, 0.0269824, 0.0277971, 0.0296752, 0.0340043" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      nextstate_type : data;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001924;
      rise_capacitance : 0.002017;
      rise_capacitance_range (0.002017, 0.002017);
      fall_capacitance : 0.001831;
      fall_capacitance_range (0.001831, 0.001831);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0565937, -0.124335, -0.102769", \
            "-0.062095, -0.122512, -0.10705", \
            "-0.136151, -0.192906, -0.178664" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0773457, -0.241522, -0.445786", \
            "-0.0389017, -0.216506, -0.463495", \
            "-0.0592467, -0.239292, -0.496047" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.080125, 0.158852, 0.162921", \
            "0.0734193, 0.137498, 0.12936", \
            "0.142593, 0.201788, 0.191209" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.168016, 0.350503, 0.614581", \
            "0.123468, 0.307176, 0.577358", \
            "0.151137, 0.333624, 0.607469" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030252, 0.0029172, 0.0026684, 0.002917, 0.0034899, 0.0048107, 0.0078554" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0101913, 0.010039, 0.0096884, 0.0099661, 0.0106065, 0.0120825, 0.015485" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      nextstate_type : scan_in;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001771;
      rise_capacitance : 0.001838;
      rise_capacitance_range (0.001838, 0.001838);
      fall_capacitance : 0.001704;
      fall_capacitance_range (0.001704, 0.001704);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0724629, -0.154852, -0.169908", \
            "-0.0804056, -0.157912, -0.175409", \
            "-0.156903, -0.231968, -0.247023" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.112746, -0.256171, -0.448228", \
            "-0.0840677, -0.236037, -0.462274", \
            "-0.108075, -0.261265, -0.497268" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0947734, 0.180825, 0.211749", \
            "0.0905091, 0.166795, 0.187954", \
            "0.162124, 0.235968, 0.253465" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.207078, 0.359048, 0.585284", \
            "0.168634, 0.320603, 0.555385", \
            "0.199966, 0.353156, 0.5916" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0029223, -0.0029709, -0.0030826, -0.0030865, -0.0030956, -0.0031163, -0.003164" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031123, 0.0031385, 0.0031991, 0.0032033, 0.0032128, 0.0032348, 0.0032857" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      nextstate_type : scan_enable;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004052;
      rise_capacitance : 0.004132;
      rise_capacitance_range (0.004132, 0.004132);
      fall_capacitance : 0.003972;
      fall_capacitance_range (0.003972, 0.003972);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0590352, -0.130438, -0.116197", \
            "-0.0657572, -0.129836, -0.119256", \
            "-0.139813, -0.20145, -0.18965" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0944355, -0.208563, -0.342027", \
            "-0.0999368, -0.212844, -0.345087", \
            "-0.175214, -0.2869, -0.419143" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0862285, 0.17228, 0.186115", \
            "0.0807435, 0.152147, 0.153774", \
            "0.149917, 0.217658, 0.214402" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.117967, 0.232094, 0.366779", \
            "0.112482, 0.225389, 0.357632", \
            "0.181655, 0.294562, 0.426805" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0004263, -0.0005968, -0.0009896, -0.0005172, 0.0005715, 0.0030814, 0.0088667" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0128743, 0.0128371, 0.0127516, 0.0132176, 0.0142919, 0.0167684, 0.0224768" \
          );
        }
      }
    }
    pin (SETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003475;
      rise_capacitance : 0.003523;
      rise_capacitance_range (0.003523, 0.003523);
      fall_capacitance : 0.003427;
      fall_capacitance_range (0.003427, 0.003427);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0932148, -0.095054, -0.193524", \
            "-0.163397, -0.167678, -0.264927", \
            "-0.155259, -0.15954, -0.256789" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.109422, 0.114923, 0.212172", \
            "0.178383, 0.183885, 0.279913", \
            "0.170245, 0.178188, 0.271775" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.166489, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.000396, 0.000234, -0.0001392, 3.64171e-05, 0.0004413, 0.0013748, 0.0035264" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0062556, 0.0062269, 0.006161, 0.0061757, 0.0062098, 0.0062885, 0.0064697" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "(D&!SCE) | (SCD&SCE)";
      preset : "!SETB";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (QN) {
        direction : output;
        function : "IQN";
        signal_type : test_scan_out_inverted;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      pin (SETB) {
        direction : input;
      }
      ff (IQ,IQN) {
        clocked_on : "CLK";
        next_state : "D";
        preset : "!SETB";
      }
    }
  }
  cell (scs8hd_sdfstp_1) {
    area : 33.7824;
    cell_footprint : "sdfstp";
    cell_leakage_power : 0.0252712;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0307128;
      when : "CLK&D&!SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0227414;
      when : "CLK&!D&!SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0150581;
      when : "CLK&!D&SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0169435;
      when : "!CLK&!D&!SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0244851;
      when : "!CLK&D&!SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0323287;
      when : "!CLK&D&SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0164308;
      when : "CLK&!D&!SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0165332;
      when : "CLK&!D&!SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0244158;
      when : "CLK&D&!SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0321191;
      when : "CLK&D&SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0321305;
      when : "!CLK&D&!SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0320197;
      when : "CLK&D&!SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.022813;
      when : "CLK&D&!SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0149304;
      when : "CLK&!D&!SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0235988;
      when : "CLK&!D&SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0247545;
      when : "!CLK&!D&!SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0242418;
      when : "CLK&!D&!SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0311273;
      when : "CLK&D&SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0248262;
      when : "!CLK&D&!SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0243134;
      when : "CLK&D&!SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0307097;
      when : "CLK&D&SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0170713;
      when : "!CLK&!D&SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0165585;
      when : "CLK&!D&SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0166609;
      when : "CLK&!D&SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0325367;
      when : "CLK&D&SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0321221;
      when : "CLK&D&!SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0321275;
      when : "!CLK&D&SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0320167;
      when : "CLK&D&SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0243442;
      when : "CLK&!D&!SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0250166;
      when : "!CLK&!D&SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0249058;
      when : "CLK&!D&SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0250082;
      when : "CLK&!D&SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0325451;
      when : "!CLK&D&SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0324343;
      when : "CLK&D&SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0327295;
      when : "!CLK&D&!SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0166025;
      when : "!CLK&!D&!SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0243178;
      when : "!CLK&!D&!SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0166345;
      when : "!CLK&!D&SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0165068;
      when : "!CLK&!D&!SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0327264;
      when : "!CLK&D&SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0256156;
      when : "!CLK&!D&SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0167302;
      when : "!CLK&!D&SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0244135;
      when : "!CLK&!D&!SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0243894;
      when : "!CLK&D&!SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.033144;
      when : "!CLK&D&SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0248003;
      when : "!CLK&!D&SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0319142;
      when : "!CLK&D&!SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0319111;
      when : "!CLK&D&SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0252712;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.221568;
      max_transition : 1.50153;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.195439, 0.200745, 0.21309, 0.244726, 0.330995, 0.568482, 1.22745", \
            "0.199114, 0.204443, 0.216819, 0.248471, 0.334667, 0.57197, 1.22951", \
            "0.208048, 0.213372, 0.225727, 0.257354, 0.343691, 0.581228, 1.23963", \
            "0.226782, 0.232111, 0.244465, 0.27605, 0.36244, 0.599927, 1.2559", \
            "0.250902, 0.256221, 0.268611, 0.300278, 0.386411, 0.623614, 1.28111", \
            "0.270911, 0.276252, 0.288629, 0.320274, 0.406562, 0.643538, 1.30136", \
            "0.267251, 0.272658, 0.285053, 0.316669, 0.402998, 0.640588, 1.29507" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0176794, 0.022509, 0.0367926, 0.0802283, 0.20386, 0.547441, 1.49699", \
            "0.0177611, 0.0225461, 0.0368358, 0.0803167, 0.203829, 0.547396, 1.49641", \
            "0.0177122, 0.0225625, 0.0367859, 0.0803247, 0.203613, 0.546991, 1.49698", \
            "0.0177298, 0.0225456, 0.0367793, 0.0803792, 0.203548, 0.54583, 1.50153", \
            "0.0177565, 0.0225767, 0.0368765, 0.0801871, 0.203634, 0.54745, 1.49831", \
            "0.0178532, 0.0226679, 0.0368237, 0.0802323, 0.203453, 0.547252, 1.49539", \
            "0.018049, 0.0228158, 0.0369428, 0.080392, 0.203468, 0.546136, 1.48951" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.192254, 0.196135, 0.204623, 0.223031, 0.267578, 0.388099, 0.721616", \
            "0.196063, 0.199958, 0.20843, 0.226838, 0.271386, 0.391896, 0.725341", \
            "0.205223, 0.209119, 0.217591, 0.235999, 0.280547, 0.401065, 0.734551", \
            "0.223684, 0.227589, 0.236048, 0.254458, 0.298999, 0.419414, 0.752474", \
            "0.246664, 0.250558, 0.259032, 0.277453, 0.322012, 0.442525, 0.776031", \
            "0.264081, 0.267973, 0.276449, 0.294859, 0.339407, 0.45985, 0.792022", \
            "0.252318, 0.256182, 0.264673, 0.283073, 0.327634, 0.44808, 0.781339" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0122651, 0.0151917, 0.0225468, 0.0417433, 0.0969179, 0.254746, 0.699198", \
            "0.0122583, 0.0152093, 0.0225478, 0.0417458, 0.0969042, 0.255081, 0.694454", \
            "0.012262, 0.01521, 0.0225478, 0.0417456, 0.0969079, 0.254953, 0.695524", \
            "0.0122887, 0.0152265, 0.0224569, 0.0416042, 0.0965532, 0.256051, 0.7008", \
            "0.0123187, 0.0152001, 0.0225946, 0.0417658, 0.0969228, 0.254402, 0.699019", \
            "0.0122883, 0.015241, 0.0225539, 0.0417529, 0.0966308, 0.254914, 0.694236", \
            "0.0122761, 0.0151958, 0.0225859, 0.0417386, 0.0965262, 0.256318, 0.697921" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.16252, 0.167907, 0.180292, 0.211946, 0.297949, 0.536273, 1.19271", \
            "0.166758, 0.172115, 0.184554, 0.216229, 0.302288, 0.540675, 1.19731", \
            "0.177953, 0.18334, 0.19573, 0.227332, 0.313497, 0.551177, 1.20776", \
            "0.206284, 0.211669, 0.224071, 0.255659, 0.341794, 0.579476, 1.23895", \
            "0.272748, 0.278098, 0.290553, 0.322215, 0.408261, 0.646625, 1.30339", \
            "0.393093, 0.399003, 0.411858, 0.4435, 0.529499, 0.767421, 1.42324", \
            "0.592915, 0.599512, 0.61311, 0.644783, 0.730888, 0.967968, 1.6236" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
          values ( \
            "0.0181538, 0.0228617, 0.0369747, 0.0803074, 0.203407, 0.547578, 1.49925", \
            "0.0181279, 0.0228823, 0.0369812, 0.0801576, 0.203878, 0.548572, 1.49442", \
            "0.0180897, 0.022833, 0.0369599, 0.0802414, 0.203948, 0.54805, 1.49928", \
            "0.0182409, 0.0228535, 0.0369344, 0.0802662, 0.203938, 0.547689, 1.49962", \
            "0.0181782, 0.0229901, 0.036966, 0.0802292, 0.203716, 0.548659, 1.49423", \
            "0.0208253, 0.0252975, 0.0383563, 0.0807124, 0.203607, 0.547867, 1.50128", \
            "0.0237154, 0.0283147, 0.0404892, 0.0811061, 0.203769, 0.546215, 1.49637" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0277817, 0.030017, 0.0356483, 0.0490274, 0.0838722, 0.180579, 0.447863", \
            "0.0277329, 0.0299941, 0.0356252, 0.0490244, 0.0838664, 0.179817, 0.445886", \
            "0.0276851, 0.0299312, 0.0355698, 0.048955, 0.0837719, 0.180495, 0.446892", \
            "0.0269988, 0.0292327, 0.0348968, 0.0482726, 0.0831243, 0.179976, 0.446595", \
            "0.0265437, 0.0287931, 0.0344473, 0.0478587, 0.0827076, 0.178461, 0.444807", \
            "0.029467, 0.0311518, 0.0358101, 0.0482868, 0.0831803, 0.178842, 0.445053", \
            "0.0305243, 0.0321996, 0.0368221, 0.0495685, 0.0847837, 0.180735, 0.446374" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0270538, 0.0257349, 0.0223114, 0.01058, -0.0243443, -0.121573, -0.390179", \
            "0.0268615, 0.0255556, 0.0221287, 0.010399, -0.024526, -0.121746, -0.390372", \
            "0.0269117, 0.0255999, 0.0221735, 0.0104418, -0.0244836, -0.121713, -0.390325", \
            "0.0265692, 0.0252373, 0.0217977, 0.0100815, -0.0248459, -0.122059, -0.390693", \
            "0.0260785, 0.0247719, 0.0212865, 0.0096027, -0.0253178, -0.122537, -0.39116", \
            "0.0286275, 0.0270443, 0.0225685, 0.0098834, -0.0253849, -0.122657, -0.391291", \
            "0.0302019, 0.028596, 0.0241258, 0.0114574, -0.0237551, -0.121075, -0.389873" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221567");
          values ( \
            "0.0304609, 0.0326173, 0.0378598, 0.0507357, 0.0857615, 0.182191, 0.447727", \
            "0.0303578, 0.0324958, 0.0377718, 0.0506363, 0.0853609, 0.181585, 0.449965", \
            "0.0303972, 0.0325786, 0.0378148, 0.0507016, 0.0853297, 0.182325, 0.449328", \
            "0.0301951, 0.0323659, 0.0376013, 0.0504847, 0.0851236, 0.182113, 0.44907", \
            "0.0306057, 0.0327804, 0.0380255, 0.0509139, 0.0855607, 0.181634, 0.447618", \
            "0.0327085, 0.0343666, 0.0389777, 0.0524225, 0.0869965, 0.183859, 0.449101", \
            "0.0379207, 0.0395195, 0.0440409, 0.0567755, 0.0913558, 0.187898, 0.452678" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002024;
      rise_capacitance : 0.002105;
      rise_capacitance_range (0.002105, 0.002105);
      fall_capacitance : 0.001943;
      fall_capacitance_range (0.001943, 0.001943);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0819038, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.188459, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.021234, 0.0211405, 0.0209249, 0.0212093, 0.0218648, 0.0233757, 0.0268586" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0271905, 0.0270672, 0.0267829, 0.0271309, 0.027933, 0.0297818, 0.0340437" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      nextstate_type : data;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001938;
      rise_capacitance : 0.002032;
      rise_capacitance_range (0.002032, 0.002032);
      fall_capacitance : 0.001844;
      fall_capacitance_range (0.001844, 0.001844);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0565937, -0.126776, -0.110093", \
            "-0.062095, -0.124953, -0.110712", \
            "-0.137372, -0.194126, -0.181105" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0907734, -0.263495, -0.48607", \
            "-0.049888, -0.229934, -0.483026", \
            "-0.0702331, -0.251499, -0.511916" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0764629, 0.153969, 0.151935", \
            "0.0709779, 0.135057, 0.124477", \
            "0.141372, 0.200568, 0.188768" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.163133, 0.344399, 0.607257", \
            "0.117365, 0.301072, 0.570034", \
            "0.142593, 0.325079, 0.596482" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030268, 0.0029209, 0.0026767, 0.0029278, 0.0035064, 0.0048402, 0.0079146" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102566, 0.0101018, 0.0097452, 0.0100253, 0.0106708, 0.012159, 0.0155893" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      nextstate_type : scan_in;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001771;
      rise_capacitance : 0.001838;
      rise_capacitance_range (0.001838, 0.001838);
      fall_capacitance : 0.001705;
      fall_capacitance_range (0.001705, 0.001705);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0749043, -0.157294, -0.17357", \
            "-0.0816263, -0.159133, -0.17785", \
            "-0.156903, -0.231968, -0.248244" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.131057, -0.279364, -0.484849", \
            "-0.0962747, -0.249465, -0.479364", \
            "-0.120282, -0.273472, -0.511916" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0911113, 0.174721, 0.201984", \
            "0.0880677, 0.164354, 0.184292", \
            "0.159682, 0.233527, 0.251023" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.202195, 0.352944, 0.579181", \
            "0.163751, 0.315721, 0.549282", \
            "0.192641, 0.345831, 0.583055" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0029215, -0.0029766, -0.0031037, -0.0031053, -0.0031088, -0.0031171, -0.0031358" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031186, 0.0031147, 0.0031057, 0.0031139, 0.0031327, 0.0031759, 0.0032758" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      nextstate_type : scan_enable;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004058;
      rise_capacitance : 0.004142;
      rise_capacitance_range (0.004142, 0.004142);
      fall_capacitance : 0.003974;
      fall_capacitance_range (0.003974, 0.003974);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0614766, -0.1341, -0.1223", \
            "-0.0657572, -0.131057, -0.120477", \
            "-0.141034, -0.20145, -0.190871" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0980977, -0.213446, -0.34813", \
            "-0.102378, -0.216506, -0.349969", \
            "-0.176434, -0.290562, -0.424025" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0825664, 0.166176, 0.176349", \
            "0.0783021, 0.149705, 0.148891", \
            "0.148696, 0.215216, 0.211961" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.115525, 0.230874, 0.366779", \
            "0.111261, 0.225389, 0.358852", \
            "0.180434, 0.294562, 0.428025" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0002992, -0.0004805, -0.0008984, -0.0004299, 0.0006499, 0.003139, 0.0088765" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0130431, 0.0129919, 0.0128739, 0.0133406, 0.0144164, 0.0168961, 0.0226121" \
          );
        }
      }
    }
    pin (SETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003475;
      rise_capacitance : 0.003491;
      rise_capacitance_range (0.003491, 0.003491);
      fall_capacitance : 0.00346;
      fall_capacitance_range (0.00346, 0.00346);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0980977, -0.10604, -0.209393", \
            "-0.16828, -0.176223, -0.280796", \
            "-0.161363, -0.170526, -0.272658" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.110643, 0.116144, 0.215835", \
            "0.178383, 0.185106, 0.284796", \
            "0.171466, 0.18063, 0.276658" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.132435, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "9.73185e-05, -2.01946e-05, -0.0002911, -0.0001144, 0.0002929, 0.0012317, 0.0033958" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0062295, 0.0061938, 0.0061113, 0.0061269, 0.0061628, 0.0062453, 0.0064359" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "(D&!SCE) | (SCD&SCE)";
      preset : "!SETB";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      pin (SETB) {
        direction : input;
      }
      ff (IQ,IQN) {
        clocked_on : "CLK";
        next_state : "D";
        preset : "!SETB";
      }
    }
  }
  cell (scs8hd_sdfstp_2) {
    area : 35.0336;
    cell_footprint : "sdfstp";
    cell_leakage_power : 0.0273539;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0369068;
      when : "CLK&D&!SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0289355;
      when : "CLK&!D&!SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0212522;
      when : "CLK&!D&SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0231376;
      when : "!CLK&!D&!SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0245121;
      when : "!CLK&D&!SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0323558;
      when : "!CLK&D&SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0389236;
      when : "!CLK&D&!SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0166295;
      when : "!CLK&!D&!SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0243448;
      when : "!CLK&!D&!SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0166615;
      when : "!CLK&!D&SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0165338;
      when : "!CLK&!D&!SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0389205;
      when : "!CLK&D&SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0318096;
      when : "!CLK&!D&SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0164578;
      when : "CLK&!D&!SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0165602;
      when : "CLK&!D&!SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0244428;
      when : "CLK&D&!SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0321461;
      when : "CLK&D&SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0321576;
      when : "!CLK&D&!SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0320468;
      when : "CLK&D&!SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0290071;
      when : "CLK&D&!SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0211245;
      when : "CLK&!D&!SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0297929;
      when : "CLK&!D&SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0309486;
      when : "!CLK&!D&!SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0242688;
      when : "CLK&!D&!SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0373214;
      when : "CLK&D&SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0310202;
      when : "!CLK&D&!SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0243404;
      when : "CLK&D&!SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0369038;
      when : "CLK&D&SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0232653;
      when : "!CLK&!D&SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0165855;
      when : "CLK&!D&SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0166879;
      when : "CLK&!D&SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0325637;
      when : "CLK&D&SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0321492;
      when : "CLK&D&!SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0321545;
      when : "!CLK&D&SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0320437;
      when : "CLK&D&SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0243712;
      when : "CLK&!D&!SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0250436;
      when : "!CLK&!D&SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0249328;
      when : "CLK&!D&SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0250352;
      when : "CLK&!D&SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0325721;
      when : "!CLK&D&SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0324613;
      when : "CLK&D&SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0167572;
      when : "!CLK&!D&SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0244405;
      when : "!CLK&!D&!SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0244164;
      when : "!CLK&D&!SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0393381;
      when : "!CLK&D&SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0248273;
      when : "!CLK&!D&SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0319412;
      when : "!CLK&D&!SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0319382;
      when : "!CLK&D&SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0273539;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.421152;
      max_transition : 1.50665;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153656, 0.004722, 0.0145112, 0.0445947, 0.137044, 0.421152");
          values ( \
            "0.209295, 0.213848, 0.224343, 0.249903, 0.323723, 0.549458, 1.24775", \
            "0.213053, 0.217654, 0.228121, 0.253631, 0.327743, 0.553752, 1.24908", \
            "0.222003, 0.226514, 0.237047, 0.262606, 0.33649, 0.56268, 1.25802", \
            "0.240661, 0.245257, 0.255745, 0.28123, 0.355381, 0.581417, 1.27632", \
            "0.264711, 0.26931, 0.279824, 0.305313, 0.379475, 0.605529, 1.30156", \
            "0.284929, 0.289504, 0.30001, 0.32553, 0.39953, 0.625343, 1.32176", \
            "0.281207, 0.285841, 0.29637, 0.321958, 0.396032, 0.621622, 1.31556" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153656, 0.004722, 0.0145112, 0.0445947, 0.137044, 0.421152");
          values ( \
            "0.0168004, 0.0204468, 0.0295953, 0.0606545, 0.165509, 0.492075, 1.49826", \
            "0.0168833, 0.0201582, 0.0295484, 0.0605973, 0.165606, 0.49243, 1.50202", \
            "0.0167793, 0.0202031, 0.0295986, 0.0606978, 0.16523, 0.49268, 1.50461", \
            "0.0169311, 0.0202031, 0.0295255, 0.0606787, 0.165631, 0.491964, 1.49588", \
            "0.0169276, 0.0202836, 0.029547, 0.0607688, 0.165574, 0.491725, 1.50123", \
            "0.0169124, 0.0202351, 0.0296423, 0.0606795, 0.165216, 0.492638, 1.50091", \
            "0.0173071, 0.0204433, 0.0297288, 0.0608706, 0.165614, 0.493531, 1.49895" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153656, 0.004722, 0.0145112, 0.0445947, 0.137044, 0.421152");
          values ( \
            "0.205239, 0.208642, 0.216785, 0.233999, 0.272637, 0.378036, 0.698689", \
            "0.209012, 0.212446, 0.220568, 0.237787, 0.276423, 0.381822, 0.702422", \
            "0.218187, 0.221628, 0.229764, 0.246938, 0.285604, 0.390998, 0.711893", \
            "0.23696, 0.240362, 0.248514, 0.265732, 0.304369, 0.409768, 0.730371", \
            "0.259728, 0.263144, 0.271295, 0.288536, 0.32715, 0.432549, 0.754318", \
            "0.277003, 0.280396, 0.288514, 0.305771, 0.34438, 0.449708, 0.770957", \
            "0.26534, 0.26878, 0.276895, 0.294159, 0.332736, 0.438117, 0.759914" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153656, 0.004722, 0.0145112, 0.0445947, 0.137044, 0.421152");
          values ( \
            "0.0133695, 0.015748, 0.0216032, 0.0360799, 0.0767403, 0.211575, 0.638072", \
            "0.0133434, 0.0159506, 0.0216041, 0.036084, 0.0767362, 0.211568, 0.637934", \
            "0.0133029, 0.0158159, 0.0216633, 0.0359143, 0.0766803, 0.210556, 0.632046", \
            "0.0133496, 0.0157441, 0.0216036, 0.0360846, 0.0767341, 0.211569, 0.635446", \
            "0.0133097, 0.0158532, 0.0216499, 0.0361071, 0.0768353, 0.211336, 0.636264", \
            "0.0132813, 0.0157524, 0.0215744, 0.0360797, 0.0767409, 0.209696, 0.637541", \
            "0.0134365, 0.0157841, 0.0216662, 0.0358285, 0.0767378, 0.211527, 0.636817" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153656, 0.004722, 0.0145112, 0.0445947, 0.137044, 0.421152");
          values ( \
            "0.176716, 0.181218, 0.191474, 0.216855, 0.290649, 0.516893, 1.212", \
            "0.180935, 0.185454, 0.195697, 0.221078, 0.294885, 0.521142, 1.21742", \
            "0.192092, 0.19651, 0.206833, 0.23223, 0.306066, 0.532066, 1.22651", \
            "0.22039, 0.224876, 0.235145, 0.260533, 0.334489, 0.560346, 1.2564", \
            "0.286589, 0.291096, 0.301373, 0.326759, 0.400706, 0.626551, 1.32251", \
            "0.409034, 0.413771, 0.42452, 0.450049, 0.523932, 0.750369, 1.44826", \
            "0.611045, 0.616239, 0.627727, 0.653554, 0.727197, 0.953486, 1.64897" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153656, 0.004722, 0.0145112, 0.0445947, 0.137044, 0.421152");
          values ( \
            "0.0166929, 0.0198305, 0.0291505, 0.0604731, 0.165413, 0.493439, 1.50665", \
            "0.0166874, 0.0198514, 0.0291452, 0.0604795, 0.165366, 0.493794, 1.50592", \
            "0.0166885, 0.0198709, 0.0291839, 0.0604921, 0.165291, 0.492792, 1.50635", \
            "0.0166053, 0.0201282, 0.0291221, 0.0605311, 0.16534, 0.493031, 1.50163", \
            "0.0166869, 0.020176, 0.0291704, 0.0605511, 0.165286, 0.492948, 1.50204", \
            "0.0183624, 0.0214953, 0.0305658, 0.0610474, 0.165427, 0.493648, 1.50304", \
            "0.0204494, 0.0239327, 0.0326275, 0.0618486, 0.165514, 0.492882, 1.50168" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153656, 0.00472201, 0.0145112, 0.0445947, 0.137044, 0.421152");
          values ( \
            "0.0339295, 0.0360993, 0.0427047, 0.0620191, 0.118718, 0.293478, 0.828153", \
            "0.0339294, 0.036097, 0.0427877, 0.0620591, 0.118726, 0.291957, 0.828642", \
            "0.0340014, 0.0361526, 0.0428267, 0.0621556, 0.118812, 0.29369, 0.827142", \
            "0.0333707, 0.0355006, 0.0421916, 0.0614781, 0.118103, 0.293176, 0.824306", \
            "0.0327796, 0.034898, 0.0415967, 0.0608666, 0.117527, 0.292426, 0.826765", \
            "0.0350327, 0.0369688, 0.0430218, 0.0614238, 0.118201, 0.290737, 0.825796", \
            "0.0359474, 0.0378891, 0.043924, 0.062483, 0.119732, 0.292663, 0.826805" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153656, 0.00472201, 0.0145112, 0.0445947, 0.137044, 0.421152");
          values ( \
            "0.0320473, 0.0300978, 0.0246776, 0.008072, -0.0480624, -0.22359, -0.76365", \
            "0.0320663, 0.0301049, 0.0247069, 0.0081046, -0.0480314, -0.223556, -0.763648", \
            "0.0320302, 0.030134, 0.0247582, 0.0080838, -0.0480378, -0.223576, -0.763653", \
            "0.031587, 0.0295988, 0.0242282, 0.0076248, -0.0485131, -0.224037, -0.764135", \
            "0.0311157, 0.0291897, 0.0237739, 0.007122, -0.0489828, -0.224503, -0.764553", \
            "0.0344937, 0.0325056, 0.0265691, 0.0082761, -0.0487415, -0.224435, -0.764532", \
            "0.0361698, 0.034153, 0.0282447, 0.0099653, -0.0469752, -0.222689, -0.762979" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153656, 0.00472201, 0.0145112, 0.0445947, 0.137044, 0.421152");
          values ( \
            "0.0364726, 0.0385758, 0.0450565, 0.0637849, 0.120222, 0.295225, 0.831603", \
            "0.036324, 0.0384192, 0.0448961, 0.0636278, 0.120073, 0.295047, 0.831429", \
            "0.0364304, 0.0385326, 0.0450065, 0.0637825, 0.120235, 0.295286, 0.832307", \
            "0.0362053, 0.0383585, 0.0447592, 0.0635208, 0.119868, 0.293738, 0.827024", \
            "0.0366009, 0.0387152, 0.0451382, 0.0638945, 0.120241, 0.294092, 0.832392", \
            "0.038288, 0.0401625, 0.0460128, 0.0652999, 0.121439, 0.296264, 0.832935", \
            "0.043525, 0.0453943, 0.0513482, 0.0695776, 0.125835, 0.30006, 0.832263" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002022;
      rise_capacitance : 0.002105;
      rise_capacitance_range (0.002105, 0.002105);
      fall_capacitance : 0.001939;
      fall_capacitance_range (0.001939, 0.001939);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0841008, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.190656, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0212099, 0.02107, 0.0207472, 0.0210456, 0.0217332, 0.0233182, 0.0269718" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.02718, 0.0270514, 0.0267547, 0.0271028, 0.027905, 0.0297541, 0.0340167" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      nextstate_type : data;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001938;
      rise_capacitance : 0.002031;
      rise_capacitance_range (0.002031, 0.002031);
      fall_capacitance : 0.001844;
      fall_capacitance_range (0.001844, 0.001844);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0565937, -0.125555, -0.10521", \
            "-0.062095, -0.123732, -0.10827", \
            "-0.136151, -0.194126, -0.179885" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0797871, -0.245184, -0.454331", \
            "-0.0389017, -0.217727, -0.464716", \
            "-0.0604674, -0.240513, -0.494826" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0789043, 0.156411, 0.159259", \
            "0.0721986, 0.136277, 0.128139", \
            "0.141372, 0.200568, 0.189988" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.164354, 0.346841, 0.608478", \
            "0.119806, 0.302293, 0.572475", \
            "0.146255, 0.328741, 0.600145" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030242, 0.0029197, 0.0026788, 0.00293, 0.0035092, 0.0048442, 0.0079214" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102576, 0.0101026, 0.0097455, 0.0100258, 0.0106719, 0.0121614, 0.0155949" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      nextstate_type : scan_in;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001771;
      rise_capacitance : 0.001838;
      rise_capacitance_range (0.001838, 0.001838);
      fall_capacitance : 0.001704;
      fall_capacitance_range (0.001704, 0.001704);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0736836, -0.156073, -0.171128", \
            "-0.0804056, -0.157912, -0.17663", \
            "-0.156903, -0.231968, -0.247023" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.116408, -0.261053, -0.455552", \
            "-0.0852884, -0.238478, -0.464716", \
            "-0.109296, -0.262486, -0.497268" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.092332, 0.178383, 0.208087", \
            "0.0892884, 0.165574, 0.185512", \
            "0.160903, 0.234747, 0.251023" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.204637, 0.355385, 0.581622", \
            "0.164972, 0.316941, 0.551723", \
            "0.196303, 0.349494, 0.586717" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0029231, -0.0029799, -0.003111, -0.0031121, -0.0031148, -0.0031211, -0.0031353" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031117, 0.0031388, 0.0032011, 0.0032051, 0.0032144, 0.0032359, 0.0032855" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      nextstate_type : scan_enable;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004059;
      rise_capacitance : 0.004143;
      rise_capacitance_range (0.004143, 0.004143);
      fall_capacitance : 0.003974;
      fall_capacitance_range (0.003974, 0.003974);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0602559, -0.131659, -0.117417", \
            "-0.0657572, -0.129836, -0.119256", \
            "-0.139813, -0.20145, -0.18965" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.096877, -0.212225, -0.345689", \
            "-0.101158, -0.215285, -0.348749", \
            "-0.176434, -0.289341, -0.422805" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0850078, 0.169839, 0.182452", \
            "0.0795228, 0.150926, 0.151333", \
            "0.148696, 0.215216, 0.211961" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.117967, 0.233315, 0.36922", \
            "0.112482, 0.226609, 0.360073", \
            "0.181655, 0.295783, 0.429246" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0002957, -0.0004783, -0.0008992, -0.0004253, 0.0006671, 0.0031851, 0.0089895" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0130078, 0.0129731, 0.0128932, 0.01335, 0.0144032, 0.0168307, 0.0224265" \
          );
        }
      }
    }
    pin (SETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003489;
      rise_capacitance : 0.003518;
      rise_capacitance_range (0.003518, 0.003518);
      fall_capacitance : 0.003459;
      fall_capacitance_range (0.003459, 0.003459);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0956563, -0.103599, -0.205731", \
            "-0.167059, -0.175002, -0.275913", \
            "-0.160142, -0.168085, -0.268996" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.110643, 0.116144, 0.215835", \
            "0.178383, 0.185106, 0.284796", \
            "0.171466, 0.18063, 0.276658" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.144519, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0001576, -0.0001923, -0.0002724, -9.86768e-05, 0.0003018, 0.0012247, 0.0033523" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.006232, 0.0061945, 0.006108, 0.0061238, 0.00616, 0.0062435, 0.0064362" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "(D&!SCE) | (SCD&SCE)";
      preset : "!SETB";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      pin (SETB) {
        direction : input;
      }
      ff (IQ,IQN) {
        clocked_on : "CLK";
        next_state : "D";
        preset : "!SETB";
      }
    }
  }
  cell (scs8hd_sdfstp_4) {
    area : 37.536;
    cell_footprint : "sdfstp";
    cell_leakage_power : 0.0303697;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0492195;
      when : "CLK&D&!SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0412482;
      when : "CLK&!D&!SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0335649;
      when : "CLK&!D&SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0354503;
      when : "!CLK&!D&!SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0228794;
      when : "!CLK&D&!SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.030723;
      when : "!CLK&D&SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0148251;
      when : "CLK&!D&!SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0149275;
      when : "CLK&!D&!SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0228101;
      when : "CLK&D&!SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0305134;
      when : "CLK&D&SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0305248;
      when : "!CLK&D&!SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.030414;
      when : "CLK&D&!SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0413198;
      when : "CLK&D&!SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0334372;
      when : "CLK&!D&!SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0421056;
      when : "CLK&!D&SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0432613;
      when : "!CLK&!D&!SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.022636;
      when : "CLK&!D&!SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0496341;
      when : "CLK&D&SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0433329;
      when : "!CLK&D&!SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0227077;
      when : "CLK&D&!SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0492165;
      when : "CLK&D&SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.035578;
      when : "!CLK&!D&SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0149528;
      when : "CLK&!D&SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0150552;
      when : "CLK&!D&SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.030931;
      when : "CLK&D&SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0305164;
      when : "CLK&D&!SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0305218;
      when : "!CLK&D&SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.030411;
      when : "CLK&D&SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0227384;
      when : "CLK&!D&!SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0234109;
      when : "!CLK&!D&SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0233001;
      when : "CLK&!D&SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0234025;
      when : "CLK&!D&SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0309394;
      when : "!CLK&D&SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0308286;
      when : "CLK&D&SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0512363;
      when : "!CLK&D&!SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0149968;
      when : "!CLK&!D&!SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0227121;
      when : "!CLK&!D&!SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0150288;
      when : "!CLK&!D&SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0149011;
      when : "!CLK&!D&!SCD&!SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0512332;
      when : "!CLK&D&SCD&!SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0441223;
      when : "!CLK&!D&SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0151245;
      when : "!CLK&!D&SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0228078;
      when : "!CLK&!D&!SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0227837;
      when : "!CLK&D&!SCD&SCE&SETB&Q";
    }
    leakage_power () {
      value : 0.0516508;
      when : "!CLK&D&SCD&SCE&SETB&!Q";
    }
    leakage_power () {
      value : 0.0231946;
      when : "!CLK&!D&SCD&SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0303085;
      when : "!CLK&D&!SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0303054;
      when : "!CLK&D&SCD&!SCE&!SETB&Q";
    }
    leakage_power () {
      value : 0.0303697;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.733347;
      max_transition : 1.50286;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168536, 0.00568089, 0.0191487, 0.0645451, 0.217564, 0.733347");
          values ( \
            "0.222372, 0.225549, 0.233973, 0.255136, 0.318738, 0.530051, 1.24334", \
            "0.226081, 0.229262, 0.23765, 0.258896, 0.322651, 0.534312, 1.24804", \
            "0.235055, 0.238238, 0.246622, 0.267861, 0.3316, 0.543207, 1.25922", \
            "0.253725, 0.256912, 0.265298, 0.286541, 0.350291, 0.561921, 1.2782", \
            "0.277847, 0.281013, 0.289488, 0.310665, 0.374291, 0.586012, 1.2997", \
            "0.297926, 0.301114, 0.309519, 0.330778, 0.394492, 0.605705, 1.31942", \
            "0.294349, 0.29753, 0.306038, 0.327228, 0.390922, 0.602933, 1.31422" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168536, 0.00568089, 0.0191487, 0.0645451, 0.217564, 0.733347");
          values ( \
            "0.018, 0.0201403, 0.0271792, 0.0510703, 0.140629, 0.449865, 1.50193", \
            "0.0180837, 0.0203001, 0.0271554, 0.0509657, 0.140553, 0.45156, 1.50145", \
            "0.0179603, 0.0201198, 0.0271477, 0.0508901, 0.140232, 0.450956, 1.50286", \
            "0.0180991, 0.0201407, 0.027152, 0.0509223, 0.140367, 0.451217, 1.50241", \
            "0.018061, 0.0201592, 0.0272393, 0.0510287, 0.140212, 0.449663, 1.50017", \
            "0.0180502, 0.0203459, 0.0272229, 0.0511006, 0.14028, 0.449717, 1.49935", \
            "0.0182365, 0.0203416, 0.0274311, 0.0511589, 0.140546, 0.45086, 1.49675" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168536, 0.00568089, 0.0191487, 0.0645451, 0.217564, 0.733347");
          values ( \
            "0.22093, 0.223298, 0.229926, 0.245655, 0.280444, 0.373177, 0.674571", \
            "0.224705, 0.227084, 0.233721, 0.249353, 0.284189, 0.376919, 0.67827", \
            "0.234001, 0.236398, 0.243013, 0.258645, 0.293506, 0.386246, 0.688129", \
            "0.25258, 0.254972, 0.261594, 0.277285, 0.312123, 0.404749, 0.705831", \
            "0.275377, 0.277749, 0.284384, 0.300108, 0.334891, 0.427628, 0.729311", \
            "0.292932, 0.295323, 0.301942, 0.317664, 0.352457, 0.445188, 0.745954", \
            "0.281558, 0.283951, 0.290573, 0.306212, 0.341098, 0.433834, 0.73553" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168536, 0.00568089, 0.0191487, 0.0645451, 0.217564, 0.733347");
          values ( \
            "0.0159644, 0.0176902, 0.0223996, 0.0340309, 0.0665966, 0.179188, 0.576974", \
            "0.0159886, 0.0175934, 0.0223875, 0.033835, 0.0665761, 0.17959, 0.57964", \
            "0.0160308, 0.017619, 0.0224094, 0.0338292, 0.0662795, 0.178357, 0.577491", \
            "0.016025, 0.0176647, 0.0224043, 0.0338663, 0.0664559, 0.179012, 0.584292", \
            "0.015951, 0.0176894, 0.022442, 0.033974, 0.0666095, 0.179108, 0.578347", \
            "0.016048, 0.0176442, 0.0224957, 0.0339352, 0.0665756, 0.178366, 0.583425", \
            "0.0160689, 0.0176712, 0.0225122, 0.0338739, 0.0666055, 0.179252, 0.581003" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        timing_sense : negative_unate;
        timing_type : preset;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168536, 0.00568089, 0.0191487, 0.0645451, 0.217564, 0.733347");
          values ( \
            "0.188411, 0.191541, 0.199743, 0.220749, 0.284327, 0.495637, 1.20961", \
            "0.192712, 0.195849, 0.204034, 0.225037, 0.288584, 0.499916, 1.2141", \
            "0.203957, 0.207017, 0.21525, 0.2363, 0.299942, 0.51197, 1.2246", \
            "0.232101, 0.235188, 0.243416, 0.264487, 0.328145, 0.540139, 1.25313", \
            "0.298357, 0.301499, 0.309685, 0.33071, 0.394192, 0.606039, 1.32007", \
            "0.423312, 0.42658, 0.435284, 0.456621, 0.519999, 0.73165, 1.44508", \
            "0.628475, 0.632061, 0.641547, 0.6636, 0.726914, 0.938499, 1.65283" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168536, 0.00568089, 0.0191487, 0.0645451, 0.217564, 0.733347");
          values ( \
            "0.0176506, 0.0198145, 0.0267888, 0.050753, 0.139989, 0.450833, 1.49795", \
            "0.0175763, 0.0198072, 0.0267704, 0.0507468, 0.140012, 0.45078, 1.49722", \
            "0.0175947, 0.0198082, 0.026787, 0.0508257, 0.14, 0.451176, 1.49732", \
            "0.0175648, 0.0198254, 0.0267315, 0.0508195, 0.140056, 0.451147, 1.49659", \
            "0.0176172, 0.0198731, 0.0268029, 0.050743, 0.140249, 0.450205, 1.4981", \
            "0.0194946, 0.0218059, 0.0285916, 0.0515385, 0.140244, 0.450781, 1.49917", \
            "0.0222348, 0.0245878, 0.0312657, 0.0532812, 0.140822, 0.449598, 1.49892" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168536, 0.00568089, 0.0191487, 0.0645451, 0.217564, 0.733347");
          values ( \
            "0.0487231, 0.0510437, 0.0591076, 0.0855323, 0.171619, 0.457901, 1.42683", \
            "0.0486437, 0.0510061, 0.0590606, 0.0854838, 0.171416, 0.457589, 1.42834", \
            "0.048662, 0.0509528, 0.0590357, 0.0854822, 0.171419, 0.457619, 1.42773", \
            "0.0479675, 0.0502899, 0.0583725, 0.0848115, 0.170749, 0.456945, 1.42637", \
            "0.0474897, 0.0498015, 0.0578508, 0.0842907, 0.170063, 0.458416, 1.43354", \
            "0.0500361, 0.0522726, 0.0598192, 0.0851665, 0.170683, 0.456622, 1.42689", \
            "0.0512402, 0.0534213, 0.0609992, 0.0864502, 0.173114, 0.458869, 1.42122" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168536, 0.00568089, 0.0191487, 0.0645451, 0.217564, 0.733347");
          values ( \
            "0.0455868, 0.0431587, 0.0355677, 0.0123639, -0.0709722, -0.361093, -1.34158", \
            "0.0455445, 0.0431639, 0.0355302, 0.012337, -0.070967, -0.361095, -1.34162", \
            "0.0455208, 0.0431867, 0.0355346, 0.0123454, -0.0709783, -0.361127, -1.34158", \
            "0.044902, 0.0425567, 0.0349581, 0.0116712, -0.0716102, -0.361714, -1.34214", \
            "0.0445839, 0.0421854, 0.0345638, 0.0113947, -0.0719361, -0.362057, -1.34256", \
            "0.0496746, 0.0471906, 0.0394578, 0.0142875, -0.0716148, -0.362185, -1.34264", \
            "0.0511262, 0.0486653, 0.0409242, 0.015752, -0.0699169, -0.360605, -1.34138" \
          );
        }
      }
      internal_power () {
        related_pin : "SETB";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168536, 0.00568089, 0.0191487, 0.0645451, 0.217564, 0.733347");
          values ( \
            "0.0514906, 0.0537445, 0.0616626, 0.0875783, 0.172987, 0.461139, 1.42675", \
            "0.0512959, 0.0535578, 0.0614644, 0.0873868, 0.172709, 0.461143, 1.42694", \
            "0.0513603, 0.0536518, 0.0615571, 0.0874143, 0.172858, 0.460069, 1.42785", \
            "0.0511113, 0.053428, 0.0613331, 0.0871939, 0.172664, 0.459848, 1.42747", \
            "0.0512258, 0.0534849, 0.0614039, 0.0873119, 0.172643, 0.459597, 1.42914", \
            "0.0531455, 0.0552484, 0.0628937, 0.0892731, 0.174341, 0.460435, 1.43121", \
            "0.0597047, 0.0618564, 0.0691237, 0.0942603, 0.179687, 0.467395, 1.43398" \
          );
        }
        fall_power (scalar) {
          values ( \
            "0" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002022;
      rise_capacitance : 0.002105;
      rise_capacitance_range (0.002105, 0.002105);
      fall_capacitance : 0.001939;
      fall_capacitance_range (0.001939, 0.001939);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0862978, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.191755, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0212308, 0.0211377, 0.0209234, 0.021207, 0.0218605, 0.0233673, 0.0268406" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0271951, 0.0270628, 0.026758, 0.0270972, 0.0278793, 0.0296818, 0.033837" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      nextstate_type : data;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001938;
      rise_capacitance : 0.002032;
      rise_capacitance_range (0.002032, 0.002032);
      fall_capacitance : 0.001844;
      fall_capacitance_range (0.001844, 0.001844);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0565937, -0.124335, -0.102769", \
            "-0.0608744, -0.122512, -0.10705", \
            "-0.136151, -0.192906, -0.178664" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0736836, -0.236639, -0.438462", \
            "-0.0352396, -0.211623, -0.456171", \
            "-0.0543639, -0.233189, -0.486281" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.080125, 0.158852, 0.164142", \
            "0.0734193, 0.137498, 0.12936", \
            "0.141372, 0.200568, 0.189988" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.165574, 0.348061, 0.609699", \
            "0.121027, 0.303514, 0.572475", \
            "0.148696, 0.329962, 0.602586" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0030047, 0.0029079, 0.0026848, 0.002974, 0.0036406, 0.0051771, 0.0087191" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102567, 0.0101014, 0.0097437, 0.0100234, 0.0106679, 0.0121537, 0.0155786" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      nextstate_type : scan_in;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001771;
      rise_capacitance : 0.001838;
      rise_capacitance_range (0.001838, 0.001838);
      fall_capacitance : 0.001704;
      fall_capacitance_range (0.001704, 0.001704);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0724629, -0.154852, -0.168687", \
            "-0.0804056, -0.157912, -0.175409", \
            "-0.156903, -0.230747, -0.247023" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.109084, -0.250067, -0.439683", \
            "-0.0804056, -0.232375, -0.456171", \
            "-0.104413, -0.256382, -0.492385" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0935527, 0.179604, 0.211749", \
            "0.0892884, 0.166795, 0.186733", \
            "0.160903, 0.234747, 0.252244" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.205857, 0.356606, 0.582843", \
            "0.167413, 0.319383, 0.552944", \
            "0.198745, 0.350714, 0.587937" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0029261, -0.0029805, -0.0031062, -0.0031081, -0.0031127, -0.0031229, -0.0031465" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0031088, 0.0031363, 0.0032, 0.0032039, 0.0032129, 0.0032337, 0.0032819" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      nextstate_type : scan_enable;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004058;
      rise_capacitance : 0.004142;
      rise_capacitance_range (0.004142, 0.004142);
      fall_capacitance : 0.003974;
      fall_capacitance_range (0.003974, 0.003974);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0590352, -0.130438, -0.114976", \
            "-0.0645365, -0.128615, -0.118036", \
            "-0.139813, -0.20023, -0.187209" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0956563, -0.211005, -0.345689", \
            "-0.101158, -0.215285, -0.348749", \
            "-0.175214, -0.289341, -0.422805" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0862285, 0.171059, 0.186115", \
            "0.0795228, 0.150926, 0.153774", \
            "0.148696, 0.216437, 0.213182" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.119187, 0.234536, 0.370441", \
            "0.112482, 0.226609, 0.361294", \
            "0.181655, 0.295783, 0.429246" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0002875, -0.000474, -0.0009042, -0.0004254, 0.0006783, 0.0032226, 0.0090873" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0130232, 0.0129888, 0.0129098, 0.0133787, 0.0144593, 0.0169504, 0.0226927" \
          );
        }
      }
    }
    pin (SETB) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00349;
      rise_capacitance : 0.003524;
      rise_capacitance_range (0.003524, 0.003524);
      fall_capacitance : 0.003456;
      fall_capacitance_range (0.003456, 0.003456);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : recovery_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0944355, -0.0999368, -0.200848", \
            "-0.165838, -0.17134, -0.272251", \
            "-0.1577, -0.165643, -0.264113" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : removal_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.110643, 0.116144, 0.213393", \
            "0.178383, 0.185106, 0.283576", \
            "0.171466, 0.18063, 0.275438" \
          );
        }
      }
      timing () {
        related_pin : "SETB";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.15111, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0001063, 8.96664e-05, 5.13164e-05, 0.000218, 0.0006024, 0.0014883, 0.0035306" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0062167, 0.0061805, 0.0060968, 0.0061126, 0.006149, 0.0062329, 0.0064263" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "(D&!SCE) | (SCD&SCE)";
      preset : "!SETB";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      pin (SETB) {
        direction : input;
      }
      ff (IQ,IQN) {
        clocked_on : "CLK";
        next_state : "D";
        preset : "!SETB";
      }
    }
  }
  cell (scs8hd_sdfxbp_1) {
    area : 30.0288;
    cell_footprint : "sdfxbp";
    cell_leakage_power : 0.0307501;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0383608;
      when : "CLK&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0303239;
      when : "CLK&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.022723;
      when : "CLK&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0224755;
      when : "!CLK&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.021072;
      when : "CLK&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0289131;
      when : "CLK&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0366237;
      when : "CLK&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0366915;
      when : "!CLK&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0304255;
      when : "CLK&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0225845;
      when : "CLK&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0310703;
      when : "CLK&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0302149;
      when : "!CLK&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.038626;
      when : "CLK&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0303165;
      when : "!CLK&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0383601;
      when : "CLK&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.022614;
      when : "!CLK&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0212106;
      when : "CLK&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0368896;
      when : "CLK&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0366244;
      when : "CLK&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0366908;
      when : "!CLK&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0288115;
      when : "CLK&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.029401;
      when : "!CLK&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0293338;
      when : "CLK&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0369568;
      when : "!CLK&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0384149;
      when : "!CLK&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0288235;
      when : "!CLK&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0212227;
      when : "!CLK&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0210841;
      when : "!CLK&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0384142;
      when : "!CLK&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0311244;
      when : "!CLK&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0289252;
      when : "!CLK&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0386802;
      when : "!CLK&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0307501;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.210581;
      max_transition : 1.50937;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.176198, 0.181561, 0.194126, 0.226124, 0.313223, 0.551824, 1.20889", \
            "0.179963, 0.185314, 0.19787, 0.22986, 0.316943, 0.55538, 1.21213", \
            "0.188958, 0.194275, 0.206821, 0.238828, 0.325889, 0.564457, 1.22028", \
            "0.206867, 0.212237, 0.224762, 0.256763, 0.34389, 0.582256, 1.23895", \
            "0.229369, 0.234683, 0.247218, 0.279243, 0.366346, 0.604839, 1.26254", \
            "0.247759, 0.253139, 0.265714, 0.297734, 0.384858, 0.62297, 1.28222", \
            "0.241636, 0.247027, 0.259665, 0.291752, 0.378931, 0.617745, 1.2722" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0188508, 0.0240388, 0.0388989, 0.0841904, 0.209893, 0.555307, 1.50652", \
            "0.0188477, 0.0240414, 0.0390413, 0.0842147, 0.21, 0.556083, 1.50452", \
            "0.018806, 0.0239812, 0.0389018, 0.084209, 0.209956, 0.555514, 1.50565", \
            "0.0187981, 0.0240113, 0.0390524, 0.0842148, 0.209971, 0.55531, 1.50937", \
            "0.0188223, 0.0239685, 0.0389589, 0.0841624, 0.209998, 0.555872, 1.50495", \
            "0.0189618, 0.0241358, 0.0391066, 0.084242, 0.209746, 0.554478, 1.50813", \
            "0.0193518, 0.0243933, 0.0391337, 0.0842866, 0.20985, 0.556466, 1.50386" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.178501, 0.182983, 0.19261, 0.212958, 0.259035, 0.37651, 0.697262", \
            "0.182276, 0.186753, 0.196395, 0.216724, 0.262809, 0.380271, 0.702056", \
            "0.191363, 0.195836, 0.205472, 0.225818, 0.271903, 0.38937, 0.709807", \
            "0.208672, 0.213157, 0.222794, 0.243141, 0.289201, 0.40669, 0.727124", \
            "0.229255, 0.233714, 0.243359, 0.263703, 0.309769, 0.427257, 0.748232", \
            "0.243486, 0.247945, 0.257587, 0.277932, 0.324018, 0.441512, 0.762655", \
            "0.227544, 0.232032, 0.241679, 0.262042, 0.308138, 0.425599, 0.746476" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
          values ( \
            "0.0152289, 0.018595, 0.0267907, 0.0461986, 0.098993, 0.249618, 0.676214", \
            "0.0152241, 0.0187381, 0.0265716, 0.0462813, 0.0987253, 0.249196, 0.674633", \
            "0.0152251, 0.0186007, 0.0265086, 0.046336, 0.0989516, 0.250119, 0.66969", \
            "0.0152912, 0.0187529, 0.0267965, 0.046248, 0.0985232, 0.250108, 0.677622", \
            "0.0152266, 0.0185834, 0.0266199, 0.0463162, 0.098932, 0.249649, 0.671465", \
            "0.0153093, 0.0186109, 0.0265201, 0.0464575, 0.0989042, 0.248847, 0.677957", \
            "0.0153197, 0.0187751, 0.0265361, 0.04626, 0.0987278, 0.250229, 0.678406" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.076915, 0.210581");
          values ( \
            "0, 0, 0.0010245, 0.0170532, 0.0538188, 0.147147, 0.399823", \
            "0, 0, 0.0010097, 0.0169688, 0.0536178, 0.147444, 0.400185", \
            "0, 0, 0.0010516, 0.0169773, 0.0537056, 0.147037, 0.401096", \
            "0, 0, 0.000848, 0.0166913, 0.0532705, 0.146624, 0.399183", \
            "0, 0, 0.0005649, 0.0164825, 0.0532765, 0.146265, 0.398934", \
            "0, 0, 0.0003622, 0.0165102, 0.0537263, 0.146775, 0.400985", \
            "0, 0, -6.67e-05, 0.0174387, 0.0558913, 0.150507, 0.403" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.076915, 0.210581");
          values ( \
            "0, 0, 0.0086187, 0.0188087, 0.0074215, -0.0707274, -0.317939", \
            "0, 0, 0.0085808, 0.018709, 0.00726, -0.0709432, -0.318182", \
            "0, 0, 0.0086216, 0.0186854, 0.0072027, -0.0710176, -0.318269", \
            "0, 0, 0.0084838, 0.0185504, 0.0070345, -0.0711937, -0.318448", \
            "0, 0, 0.0081822, 0.018277, 0.0068258, -0.0714024, -0.31867", \
            "0, 0, 0.0078652, 0.0183612, 0.007302, -0.0707092, -0.317833", \
            "0, 0, 0.0075218, 0.0193155, 0.0095661, -0.067784, -0.314664" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.229807;
      max_transition : 1.51047;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001389, 0.00385864, 0.0107193, 0.0297782, 0.082724, 0.229807");
          values ( \
            "0.215324, 0.220052, 0.231817, 0.262947, 0.348972, 0.587096, 1.24865", \
            "0.219072, 0.223795, 0.235595, 0.266728, 0.352583, 0.59131, 1.25339", \
            "0.228112, 0.23284, 0.24461, 0.275737, 0.361535, 0.599809, 1.25998", \
            "0.245603, 0.250312, 0.262066, 0.29329, 0.378973, 0.6166, 1.27881", \
            "0.266052, 0.270759, 0.282551, 0.31374, 0.399313, 0.637514, 1.29852", \
            "0.280343, 0.285076, 0.296879, 0.327967, 0.413679, 0.651438, 1.3136", \
            "0.264366, 0.269102, 0.280899, 0.312009, 0.398034, 0.636166, 1.29588" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001389, 0.00385864, 0.0107193, 0.0297782, 0.082724, 0.229807");
          values ( \
            "0.0139666, 0.0190433, 0.034095, 0.0782379, 0.201513, 0.546865, 1.50843", \
            "0.0139582, 0.0190814, 0.0341087, 0.0779688, 0.20146, 0.54854, 1.50231", \
            "0.0139604, 0.0190277, 0.0341171, 0.077991, 0.201592, 0.54743, 1.50594", \
            "0.0139683, 0.019056, 0.0341097, 0.0778858, 0.201801, 0.546012, 1.51047", \
            "0.0139211, 0.0190803, 0.0341209, 0.0778892, 0.201859, 0.548084, 1.5083", \
            "0.0139667, 0.0190691, 0.0340711, 0.0779031, 0.201554, 0.545447, 1.50845", \
            "0.0139328, 0.0190809, 0.0342276, 0.0780506, 0.201982, 0.547217, 1.49805" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001389, 0.00385864, 0.0107193, 0.0297782, 0.082724, 0.229807");
          values ( \
            "0.204583, 0.2084, 0.216737, 0.234851, 0.278831, 0.398558, 0.731824", \
            "0.208366, 0.212177, 0.220496, 0.238639, 0.282593, 0.402327, 0.735769", \
            "0.217327, 0.22115, 0.229489, 0.247616, 0.291574, 0.411271, 0.743875", \
            "0.235271, 0.2391, 0.247406, 0.265564, 0.309569, 0.429271, 0.762517", \
            "0.257825, 0.26166, 0.269973, 0.288168, 0.332108, 0.451822, 0.785092", \
            "0.276165, 0.27998, 0.288294, 0.306438, 0.350432, 0.470126, 0.803616", \
            "0.270026, 0.273858, 0.282183, 0.30035, 0.344293, 0.464027, 0.797307" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001389, 0.00385864, 0.0107193, 0.0297782, 0.082724, 0.229807");
          values ( \
            "0.0114577, 0.0143501, 0.0215623, 0.0402444, 0.0950796, 0.252622, 0.693906", \
            "0.0113726, 0.0143432, 0.021512, 0.0402549, 0.0948338, 0.252688, 0.69349", \
            "0.0113463, 0.0143667, 0.0215246, 0.040306, 0.0951055, 0.252272, 0.692175", \
            "0.0113677, 0.0143624, 0.0214956, 0.0402005, 0.0945199, 0.252712, 0.693827", \
            "0.0113287, 0.0142958, 0.0214786, 0.0402687, 0.0949946, 0.252552, 0.693596", \
            "0.0113773, 0.0143483, 0.0215309, 0.0402633, 0.0950045, 0.252041, 0.695023", \
            "0.0113712, 0.0144421, 0.0214815, 0.0403739, 0.0950847, 0.252774, 0.696042" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001389, 0.00385864, 0.0107193, 0.0297782, 0.082724, 0.229807");
          values ( \
            "0, 0, 0.0016089, 0.0187454, 0.058654, 0.160711, 0.440315", \
            "0, 0, 0.0016337, 0.018715, 0.0587211, 0.16094, 0.437727", \
            "0, 0, 0.0016803, 0.0187245, 0.0585705, 0.161254, 0.439957", \
            "0, 0, 0.0014705, 0.0184574, 0.0585062, 0.159897, 0.440031", \
            "0, 0, 0.0012192, 0.0182587, 0.0581286, 0.160905, 0.440038", \
            "0, 0, 0.0010191, 0.018483, 0.0588605, 0.160697, 0.44068", \
            "0, 0, 0.0005235, 0.0192423, 0.0611972, 0.164316, 0.44113" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001389, 0.00385864, 0.0107193, 0.0297782, 0.082724, 0.229807");
          values ( \
            "0, 0, 0.0076431, 0.0171753, 0.0034644, -0.0826517, -0.355545", \
            "0, 0, 0.0076032, 0.0170638, 0.003276, -0.0828945, -0.355832", \
            "0, 0, 0.007661, 0.0170659, 0.0032216, -0.0829767, -0.355889", \
            "0, 0, 0.0074483, 0.0168044, 0.0028918, -0.0833541, -0.356255", \
            "0, 0, 0.0071955, 0.0166214, 0.0027563, -0.0834323, -0.356438", \
            "0, 0, 0.006831, 0.0166076, 0.0031385, -0.0828422, -0.355598", \
            "0, 0, 0.0064773, 0.0175608, 0.0053224, -0.0799656, -0.352529" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001856;
      rise_capacitance : 0.00196;
      rise_capacitance_range (0.00196, 0.00196);
      fall_capacitance : 0.001752;
      fall_capacitance_range (0.001752, 0.001752);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0742142, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.103874, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0206023, 0.0205014, 0.020269, 0.0205632, 0.0212413, 0.0228046, 0.0264082" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0260504, 0.0258969, 0.0255433, 0.0259024, 0.0267302, 0.0286383, 0.0330367" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      nextstate_type : data;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001745;
      rise_capacitance : 0.001824;
      rise_capacitance_range (0.001824, 0.001824);
      fall_capacitance : 0.001667;
      fall_capacitance_range (0.001667, 0.001667);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0370625, -0.0877135, -0.0417337", \
            "-0.0315775, -0.0785664, -0.0399108", \
            "-0.0946471, -0.139195, -0.106643" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0773457, -0.248846, -0.476304", \
            "-0.0352396, -0.211623, -0.456171", \
            "-0.0616882, -0.239292, -0.489943" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0532695, 0.114907, 0.0872376", \
            "0.041681, 0.0898906, 0.0561178", \
            "0.102309, 0.148078, 0.116746" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.116746, 0.296792, 0.540119", \
            "0.0734193, 0.253465, 0.510219", \
            "0.0986471, 0.278693, 0.536668" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0014517, 0.0013919, 0.0012541, 0.0015051, 0.0020836, 0.003417, 0.0064907" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089891, 0.0088743, 0.0086098, 0.0089027, 0.0095778, 0.0111342, 0.0147217" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      nextstate_type : scan_in;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001874;
      rise_capacitance : 0.001968;
      rise_capacitance_range (0.001968, 0.001968);
      fall_capacitance : 0.00178;
      fall_capacitance_range (0.00178, 0.00178);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0565937, -0.126776, -0.1223", \
            "-0.0511087, -0.12007, -0.120477", \
            "-0.114178, -0.181919, -0.184768" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.116408, -0.265936, -0.477525", \
            "-0.0779642, -0.229934, -0.458612", \
            "-0.106854, -0.260044, -0.492385" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0715801, 0.145425, 0.150714", \
            "0.0599915, 0.127732, 0.126919", \
            "0.12062, 0.18714, 0.189988" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.149705, 0.298012, 0.514484", \
            "0.112482, 0.264451, 0.49435", \
            "0.141372, 0.294562, 0.526902" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0037008, -0.0036994, -0.0036963, -0.0037081, -0.0037353, -0.003798, -0.0039424" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.003831, 0.0038258, 0.003814, 0.0038232, 0.0038443, 0.0038933, 0.0040062" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      nextstate_type : scan_enable;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00381;
      rise_capacitance : 0.00394;
      rise_capacitance_range (0.00394, 0.00394);
      fall_capacitance : 0.003679;
      fall_capacitance_range (0.003679, 0.003679);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.113967, -0.138983, -0.0893411", \
            "-0.0755228, -0.0993184, -0.0508971", \
            "-0.104413, -0.129429, -0.0797871" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0858906, -0.21955, -0.38231", \
            "-0.0779642, -0.211623, -0.375604", \
            "-0.139813, -0.273472, -0.437453" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0630352, 0.134438, 0.121417", \
            "0.0526673, 0.111863, 0.0915182", \
            "0.115737, 0.171271, 0.150926" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.102098, 0.235757, 0.400958", \
            "0.0880677, 0.222947, 0.385708", \
            "0.147475, 0.281134, 0.445115" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0001456, 2.31955e-05, -0.0002588, 0.0001106, 0.0009622, 0.0029252, 0.0074502" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0144293, 0.0142873, 0.0139603, 0.0143697, 0.0153133, 0.0174886, 0.0225029" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "(D&!SCE) | (SCD&SCE)";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (QN) {
        direction : output;
        function : "IQN";
        signal_type : test_scan_out_inverted;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      ff (IQ,IQN) {
        clocked_on : "CLK";
        next_state : "D";
      }
    }
  }
  cell (scs8hd_sdfxbp_2) {
    area : 32.5312;
    cell_footprint : "sdfxbp";
    cell_leakage_power : 0.036973;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0445851;
      when : "CLK&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0365469;
      when : "CLK&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.02895;
      when : "CLK&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0287011;
      when : "!CLK&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0272961;
      when : "CLK&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0351354;
      when : "CLK&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.042847;
      when : "CLK&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0429148;
      when : "!CLK&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0366494;
      when : "CLK&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0288101;
      when : "CLK&!D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0372898;
      when : "CLK&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0364379;
      when : "!CLK&!D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0448461;
      when : "CLK&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0365403;
      when : "!CLK&D&!SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0445845;
      when : "CLK&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.028841;
      when : "!CLK&!D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.027436;
      when : "CLK&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0431086;
      when : "CLK&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0428477;
      when : "CLK&D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0429141;
      when : "!CLK&D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0273084;
      when : "!CLK&!D&!SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0446388;
      when : "!CLK&D&SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0373442;
      when : "!CLK&!D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0351477;
      when : "!CLK&D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0449004;
      when : "!CLK&D&SCD&SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0350329;
      when : "CLK&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0356195;
      when : "!CLK&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0355523;
      when : "CLK&!D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0431757;
      when : "!CLK&D&SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0446395;
      when : "!CLK&D&!SCD&!SCE&!Q&QN";
    }
    leakage_power () {
      value : 0.0350452;
      when : "!CLK&!D&!SCD&SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.0274483;
      when : "!CLK&!D&SCD&!SCE&Q&!QN";
    }
    leakage_power () {
      value : 0.036973;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.3827;
      max_transition : 1.50548;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0.181895, 0.186307, 0.196897, 0.223257, 0.299346, 0.526077, 1.21344", \
            "0.185671, 0.190086, 0.200672, 0.227029, 0.303117, 0.529527, 1.21597", \
            "0.19462, 0.199028, 0.209619, 0.23598, 0.312077, 0.538582, 1.22655", \
            "0.212624, 0.217041, 0.227619, 0.253996, 0.330072, 0.556709, 1.24296", \
            "0.23504, 0.23944, 0.250053, 0.276408, 0.352625, 0.578722, 1.26588", \
            "0.253519, 0.257929, 0.268553, 0.294936, 0.371042, 0.597231, 1.28464", \
            "0.247314, 0.251809, 0.262519, 0.288976, 0.36513, 0.591988, 1.27658" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0.0168969, 0.0205527, 0.0310242, 0.0648289, 0.173243, 0.500941, 1.50548", \
            "0.0168457, 0.0205313, 0.0310324, 0.06483, 0.173214, 0.499935, 1.49934", \
            "0.0168729, 0.0204842, 0.0309838, 0.0649908, 0.173261, 0.50075, 1.50268", \
            "0.0169316, 0.0205229, 0.0309951, 0.0650107, 0.1727, 0.501552, 1.50415", \
            "0.0168553, 0.020477, 0.0310176, 0.0648195, 0.172656, 0.500437, 1.4961", \
            "0.0169368, 0.020624, 0.0310721, 0.0650158, 0.172698, 0.500409, 1.49974", \
            "0.0173362, 0.020909, 0.0313393, 0.0649465, 0.173237, 0.501374, 1.4946" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0.187015, 0.190841, 0.199803, 0.218612, 0.260046, 0.366607, 0.682354", \
            "0.190788, 0.194627, 0.203562, 0.222388, 0.26378, 0.370342, 0.686031", \
            "0.199923, 0.203771, 0.212699, 0.231523, 0.272917, 0.37948, 0.694497", \
            "0.217213, 0.221049, 0.230016, 0.248847, 0.290248, 0.396807, 0.712471", \
            "0.237762, 0.241584, 0.25055, 0.26937, 0.310803, 0.417362, 0.732279", \
            "0.252442, 0.256281, 0.265227, 0.284017, 0.325444, 0.432008, 0.747371", \
            "0.23642, 0.240244, 0.249212, 0.268031, 0.309453, 0.416022, 0.73138" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0.0148992, 0.0177063, 0.0242709, 0.0399516, 0.0819698, 0.214342, 0.631173", \
            "0.015, 0.017728, 0.0242385, 0.0398468, 0.0820315, 0.214167, 0.630982", \
            "0.0149503, 0.0177748, 0.0242096, 0.0398662, 0.0820254, 0.214035, 0.634186", \
            "0.0149688, 0.0177803, 0.0243703, 0.0398053, 0.0821156, 0.213884, 0.632249", \
            "0.0149643, 0.0177317, 0.0242491, 0.0398195, 0.0819877, 0.21399, 0.634221", \
            "0.0149798, 0.0177431, 0.0242798, 0.0399229, 0.0821296, 0.213536, 0.631447", \
            "0.01502, 0.0177456, 0.0243218, 0.0398939, 0.0820294, 0.21404, 0.633078" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0, 0, 0.0017448, 0.0229661, 0.0787923, 0.23875, 0.723563", \
            "0, 0, 0.0017155, 0.0228523, 0.0786089, 0.238327, 0.721618", \
            "0, 0, 0.0017644, 0.0228535, 0.0785163, 0.238417, 0.723566", \
            "0, 0, 0.0015578, 0.0225637, 0.0782936, 0.238136, 0.720342", \
            "0, 0, 0.0012819, 0.0223762, 0.0779931, 0.237796, 0.718877", \
            "0, 0, 0.001131, 0.0225762, 0.0788205, 0.238612, 0.7206", \
            "0, 0, 0.0006242, 0.0233922, 0.081112, 0.2422, 0.725127" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00151223, 0.00457369, 0.0138329, 0.0418372, 0.126535, 0.3827");
          values ( \
            "0, 0, 0.0115762, 0.0248749, 0.0024536, -0.139878, -0.619013", \
            "0, 0, 0.011582, 0.0248984, 0.0024659, -0.139917, -0.619102", \
            "0, 0, 0.0115773, 0.0248146, 0.0022417, -0.14016, -0.619401", \
            "0, 0, 0.0113792, 0.0245979, 0.0019668, -0.140494, -0.619721", \
            "0, 0, 0.0111392, 0.0244372, 0.0019631, -0.140398, -0.619594", \
            "0, 0, 0.0108341, 0.0245886, 0.0025072, -0.139668, -0.618757", \
            "0, 0, 0.010314, 0.0253399, 0.0046851, -0.136958, -0.615939" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.420237;
      max_transition : 1.50633;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001536, 0.00471858, 0.0144955, 0.04453, 0.136796, 0.420237");
          values ( \
            "0.244761, 0.24885, 0.258636, 0.283651, 0.356635, 0.580666, 1.26988", \
            "0.248471, 0.252556, 0.26233, 0.287305, 0.360329, 0.584659, 1.27214", \
            "0.25741, 0.261481, 0.271268, 0.296247, 0.369464, 0.593061, 1.28162", \
            "0.275051, 0.279119, 0.288909, 0.313889, 0.387113, 0.610594, 1.29898", \
            "0.295348, 0.299441, 0.30921, 0.334183, 0.407235, 0.631642, 1.31916", \
            "0.309986, 0.314052, 0.32383, 0.348788, 0.421981, 0.645417, 1.33445", \
            "0.294046, 0.298098, 0.307914, 0.332879, 0.405879, 0.629509, 1.316" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001536, 0.00471858, 0.0144955, 0.04453, 0.136796, 0.420237");
          values ( \
            "0.0144434, 0.0177797, 0.0276047, 0.0599967, 0.165409, 0.494414, 1.50352", \
            "0.0144145, 0.0177687, 0.0276066, 0.0599764, 0.165603, 0.49451, 1.50633", \
            "0.0144963, 0.0177376, 0.0276017, 0.0599119, 0.1657, 0.494051, 1.50452", \
            "0.0144995, 0.0177267, 0.027598, 0.0598967, 0.165357, 0.494043, 1.50064", \
            "0.0143982, 0.0177588, 0.0276083, 0.0599741, 0.165593, 0.494352, 1.50528", \
            "0.0143901, 0.0177513, 0.0275954, 0.0599578, 0.16579, 0.493419, 1.50319", \
            "0.0144124, 0.0176899, 0.0275474, 0.0600073, 0.165451, 0.494149, 1.50049" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001536, 0.00471858, 0.0144955, 0.04453, 0.136796, 0.420237");
          values ( \
            "0.229071, 0.232476, 0.240634, 0.257854, 0.296522, 0.401503, 0.720888", \
            "0.232843, 0.236248, 0.244405, 0.261626, 0.300293, 0.405276, 0.724659", \
            "0.241777, 0.245209, 0.253363, 0.270594, 0.309267, 0.414277, 0.733095", \
            "0.259744, 0.263156, 0.271342, 0.288524, 0.327161, 0.432084, 0.751859", \
            "0.282325, 0.285737, 0.293926, 0.31111, 0.349742, 0.454672, 0.774526", \
            "0.300694, 0.30414, 0.312297, 0.329457, 0.368118, 0.473052, 0.793348", \
            "0.294661, 0.298072, 0.306245, 0.323495, 0.362166, 0.46708, 0.785924" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001536, 0.00471858, 0.0144955, 0.04453, 0.136796, 0.420237");
          values ( \
            "0.013296, 0.015691, 0.0218095, 0.0360686, 0.077742, 0.212553, 0.641969", \
            "0.0133038, 0.0156817, 0.0217494, 0.036072, 0.0777231, 0.212659, 0.645715", \
            "0.0132583, 0.0157862, 0.0216657, 0.0362147, 0.077731, 0.212899, 0.641831", \
            "0.0132216, 0.0156759, 0.0216015, 0.0360136, 0.0776182, 0.212899, 0.644228", \
            "0.0132217, 0.0156768, 0.0215886, 0.0360495, 0.0776082, 0.212929, 0.644264", \
            "0.0133404, 0.0158677, 0.0216993, 0.0361118, 0.0773948, 0.21217, 0.644347", \
            "0.0132753, 0.0157869, 0.021717, 0.0362848, 0.0776931, 0.213126, 0.639955" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001536, 0.00471858, 0.0144955, 0.04453, 0.136796, 0.420237");
          values ( \
            "0, 0, 0.0023238, 0.0248739, 0.0851471, 0.260679, 0.792952", \
            "0, 0, 0.0023323, 0.024803, 0.0851273, 0.2611, 0.796555", \
            "0, 0, 0.0023685, 0.0248003, 0.0852506, 0.2605, 0.794432", \
            "0, 0, 0.0021794, 0.0245024, 0.0848522, 0.260002, 0.796897", \
            "0, 0, 0.0019475, 0.024414, 0.0847357, 0.260155, 0.794217", \
            "0, 0, 0.0017218, 0.0244791, 0.0855153, 0.261158, 0.795222", \
            "0, 0, 0.001149, 0.0253842, 0.087834, 0.264162, 0.797374" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001536, 0.00471858, 0.0144955, 0.04453, 0.136796, 0.420237");
          values ( \
            "0, 0, 0.0106004, 0.0231326, -0.0025647, -0.159463, -0.690633", \
            "0, 0, 0.0105806, 0.0230222, -0.0027561, -0.159693, -0.69082", \
            "0, 0, 0.010606, 0.0230147, -0.0028589, -0.159721, -0.690955", \
            "0, 0, 0.010403, 0.0227435, -0.0031416, -0.160117, -0.691351", \
            "0, 0, 0.0101341, 0.0225307, -0.0032666, -0.160197, -0.691436", \
            "0, 0, 0.0098205, 0.0227215, -0.0029103, -0.159657, -0.690783", \
            "0, 0, 0.0093179, 0.0235559, -0.0006932, -0.15669, -0.687587" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001856;
      rise_capacitance : 0.001961;
      rise_capacitance_range (0.001961, 0.001961);
      fall_capacitance : 0.001752;
      fall_capacitance_range (0.001752, 0.001752);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0764112, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.104972, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0206885, 0.0206043, 0.0204104, 0.0207033, 0.0213785, 0.0229352, 0.0265232" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0262314, 0.0260724, 0.0257061, 0.0260667, 0.0268977, 0.0288137, 0.0332299" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      nextstate_type : data;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001743;
      rise_capacitance : 0.001821;
      rise_capacitance_range (0.001821, 0.001821);
      fall_capacitance : 0.001665;
      fall_capacitance_range (0.001665, 0.001665);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0370625, -0.0877135, -0.040513", \
            "-0.0303568, -0.0785664, -0.0399108", \
            "-0.0946471, -0.139195, -0.105422" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0749043, -0.246405, -0.470201", \
            "-0.0327982, -0.209182, -0.453729", \
            "-0.0592467, -0.23563, -0.485061" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0544902, 0.117348, 0.0908997", \
            "0.041681, 0.0911113, 0.0573385", \
            "0.102309, 0.148078, 0.116746" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.117967, 0.296792, 0.541339", \
            "0.07464, 0.254685, 0.51144", \
            "0.0998678, 0.279913, 0.539109" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0014715, 0.0014107, 0.0012709, 0.0015199, 0.0020936, 0.0034163, 0.0064651" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089998, 0.0088831, 0.0086144, 0.0089005, 0.0095601, 0.0110805, 0.0145853" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      nextstate_type : scan_in;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001883;
      rise_capacitance : 0.001978;
      rise_capacitance_range (0.001978, 0.001978);
      fall_capacitance : 0.001789;
      fall_capacitance_range (0.001789, 0.001789);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0565937, -0.126776, -0.119859", \
            "-0.049888, -0.11885, -0.119256", \
            "-0.114178, -0.181919, -0.182326" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.113967, -0.262274, -0.472642", \
            "-0.0755228, -0.227492, -0.45495", \
            "-0.104413, -0.257603, -0.489943" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0728008, 0.147866, 0.153156", \
            "0.0599915, 0.127732, 0.126919", \
            "0.12062, 0.18714, 0.188768" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.150926, 0.299233, 0.516925", \
            "0.113702, 0.265672, 0.496792", \
            "0.142593, 0.295783, 0.529344" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0037193, -0.0037179, -0.0037146, -0.0037251, -0.0037495, -0.0038054, -0.0039344" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0038496, 0.0038454, 0.003836, 0.003842, 0.0038562, 0.003889, 0.0039644" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      nextstate_type : scan_enable;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003814;
      rise_capacitance : 0.003943;
      rise_capacitance_range (0.003943, 0.003943);
      fall_capacitance : 0.003684;
      fall_capacitance_range (0.003684, 0.003684);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.110305, -0.136542, -0.0868997", \
            "-0.0730814, -0.096877, -0.0484557", \
            "-0.101971, -0.126988, -0.0773457" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0858906, -0.21955, -0.384751", \
            "-0.0779642, -0.212844, -0.378046", \
            "-0.141034, -0.273472, -0.438674" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0642559, 0.13688, 0.125079", \
            "0.0526673, 0.111863, 0.0927389", \
            "0.115737, 0.171271, 0.150926" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.104539, 0.239419, 0.40462", \
            "0.0892884, 0.224168, 0.38937", \
            "0.148696, 0.282355, 0.447557" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0002128, 0.0001015, -0.0001549, 0.0002177, 0.0010765, 0.0030563, 0.0076197" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0145001, 0.0143501, 0.0140045, 0.0144133, 0.0153557, 0.017528, 0.0225353" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "(D&!SCE) | (SCD&SCE)";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (QN) {
        direction : output;
        function : "IQN";
        signal_type : test_scan_out_inverted;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      ff (IQ,IQN) {
        clocked_on : "CLK";
        next_state : "D";
      }
    }
  }
  cell (scs8hd_sdfxtp_1) {
    area : 26.2752;
    cell_footprint : "sdfxtp";
    cell_leakage_power : 0.0236303;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0304274;
      when : "CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0223917;
      when : "CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0147941;
      when : "CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0145454;
      when : "!CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.014764;
      when : "CLK&!D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0226031;
      when : "CLK&D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0223845;
      when : "!CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0304267;
      when : "CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0146851;
      when : "!CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0149037;
      when : "CLK&!D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0305806;
      when : "CLK&D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0303185;
      when : "CLK&D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.030385;
      when : "!CLK&D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0147788;
      when : "!CLK&!D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0304836;
      when : "!CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.023191;
      when : "!CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0226179;
      when : "!CLK&D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0307464;
      when : "!CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0303178;
      when : "CLK&D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0303857;
      when : "!CLK&D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0224935;
      when : "CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0146544;
      when : "CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0231341;
      when : "CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0222827;
      when : "!CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0306895;
      when : "CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0225013;
      when : "CLK&!D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0230924;
      when : "!CLK&!D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0230253;
      when : "CLK&!D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0306478;
      when : "!CLK&D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0304843;
      when : "!CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0225161;
      when : "!CLK&!D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0149185;
      when : "!CLK&!D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0236303;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.216074;
      max_transition : 1.50423;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.166836, 0.171945, 0.184226, 0.21611, 0.302913, 0.542356, 1.20401", \
            "0.170599, 0.175712, 0.187991, 0.219905, 0.30686, 0.546561, 1.21063", \
            "0.179534, 0.18465, 0.196947, 0.228848, 0.315604, 0.554916, 1.21696", \
            "0.197564, 0.202638, 0.214904, 0.246845, 0.333804, 0.573547, 1.23381", \
            "0.220065, 0.225186, 0.237436, 0.269346, 0.356341, 0.59611, 1.25925", \
            "0.238452, 0.243589, 0.2559, 0.28783, 0.374642, 0.613848, 1.278", \
            "0.232228, 0.237381, 0.249751, 0.281697, 0.368603, 0.608319, 1.26723" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.017085, 0.0222414, 0.0371969, 0.0816, 0.20603, 0.551463, 1.50379", \
            "0.0170563, 0.0222393, 0.0371908, 0.081737, 0.205904, 0.552004, 1.50423", \
            "0.0171058, 0.0222477, 0.0372013, 0.081528, 0.206227, 0.552002, 1.50167", \
            "0.0171388, 0.0222189, 0.0372214, 0.0817183, 0.205894, 0.552019, 1.49715", \
            "0.0170985, 0.0222637, 0.0371669, 0.0815978, 0.206288, 0.55188, 1.50167", \
            "0.0172295, 0.0223484, 0.0372418, 0.0816401, 0.206423, 0.550487, 1.50186", \
            "0.0175523, 0.0225605, 0.037396, 0.0817027, 0.206508, 0.550332, 1.49552" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.169204, 0.173196, 0.18183, 0.200381, 0.244132, 0.361015, 0.68261", \
            "0.173015, 0.177008, 0.185641, 0.204203, 0.247969, 0.364785, 0.686415", \
            "0.181841, 0.185846, 0.194504, 0.213031, 0.256796, 0.373638, 0.694119", \
            "0.199549, 0.203549, 0.212199, 0.230741, 0.27452, 0.391108, 0.712306", \
            "0.220057, 0.224058, 0.232686, 0.251218, 0.294999, 0.411851, 0.733478", \
            "0.23438, 0.238377, 0.24701, 0.26556, 0.309316, 0.426332, 0.747402", \
            "0.218391, 0.222398, 0.231039, 0.249599, 0.293356, 0.410248, 0.732031" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0128153, 0.0158354, 0.0232813, 0.04176, 0.0949572, 0.247295, 0.672266", \
            "0.0128228, 0.0158222, 0.023284, 0.0419058, 0.0948704, 0.246745, 0.670863", \
            "0.0128373, 0.0158909, 0.0232583, 0.0418666, 0.0944966, 0.247093, 0.673849", \
            "0.0128321, 0.0158916, 0.0233033, 0.0419401, 0.0947746, 0.245949, 0.668355", \
            "0.0128471, 0.0158069, 0.023115, 0.0418729, 0.0948931, 0.2468, 0.672143", \
            "0.0128576, 0.0158516, 0.0232524, 0.0418345, 0.0949671, 0.246628, 0.674664", \
            "0.0128521, 0.0159438, 0.0231402, 0.04176, 0.0949264, 0.24681, 0.673128" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0209198, 0.0230032, 0.0282757, 0.0410146, 0.0748739, 0.168477, 0.429553", \
            "0.0206991, 0.0228253, 0.0280793, 0.0408464, 0.0746298, 0.168959, 0.428844", \
            "0.0206801, 0.0228049, 0.0280607, 0.0407856, 0.0745831, 0.168161, 0.427162", \
            "0.0201466, 0.022238, 0.0275005, 0.0402816, 0.074068, 0.168473, 0.427379", \
            "0.0197746, 0.0218876, 0.0271252, 0.0399122, 0.0736765, 0.168093, 0.427936", \
            "0.0215474, 0.0231979, 0.0277368, 0.0400276, 0.0738627, 0.167856, 0.427837", \
            "0.0230586, 0.0247037, 0.0292382, 0.0417585, 0.075846, 0.170004, 0.427565" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00137481, 0.0037802, 0.0103941, 0.0285798, 0.0785834, 0.216074");
          values ( \
            "0.0216746, 0.0203152, 0.0165951, 0.0047021, -0.0297163, -0.124795, -0.386178", \
            "0.0216341, 0.0202754, 0.0165524, 0.0046627, -0.0297528, -0.124819, -0.386244", \
            "0.021614, 0.0202353, 0.0165464, 0.0046506, -0.0297719, -0.124828, -0.386233", \
            "0.02088, 0.0195322, 0.0158169, 0.0039172, -0.0304972, -0.125561, -0.386962", \
            "0.0205652, 0.0192162, 0.0154956, 0.0036008, -0.0308132, -0.125886, -0.387303", \
            "0.0228846, 0.0212988, 0.0167695, 0.0042163, -0.0304139, -0.125584, -0.387", \
            "0.0241799, 0.0225607, 0.0180403, 0.0054957, -0.0291041, -0.124213, -0.385752" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00185;
      rise_capacitance : 0.001952;
      rise_capacitance_range (0.001952, 0.001952);
      fall_capacitance : 0.001749;
      fall_capacitance_range (0.001749, 0.001749);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0731157, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.103874, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0206522, 0.0205674, 0.0203719, 0.0206639, 0.0213371, 0.0228888, 0.0264655" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0262077, 0.0260737, 0.0257645, 0.0261201, 0.0269397, 0.0288288, 0.0331834" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      nextstate_type : data;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001746;
      rise_capacitance : 0.001824;
      rise_capacitance_range (0.001824, 0.001824);
      fall_capacitance : 0.001668;
      fall_capacitance_range (0.001668, 0.001668);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0370625, -0.0877135, -0.0417337", \
            "-0.0315775, -0.0785664, -0.0411315", \
            "-0.0946471, -0.139195, -0.106643" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0834492, -0.257391, -0.488511", \
            "-0.0401224, -0.216506, -0.464716", \
            "-0.066571, -0.244175, -0.494826" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0508281, 0.110024, 0.0786927", \
            "0.0404603, 0.0898906, 0.0548971", \
            "0.102309, 0.148078, 0.116746" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.117967, 0.296792, 0.540119", \
            "0.07464, 0.254685, 0.51144", \
            "0.0998678, 0.279913, 0.537889" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0015623, 0.0015, 0.0013563, 0.0016051, 0.0021787, 0.0035007, 0.0065482" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.009065, 0.0089792, 0.0087815, 0.009049, 0.0096656, 0.0110867, 0.0143627" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      nextstate_type : scan_in;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001869;
      rise_capacitance : 0.001962;
      rise_capacitance_range (0.001962, 0.001962);
      fall_capacitance : 0.001775;
      fall_capacitance_range (0.001775, 0.001775);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0565937, -0.126776, -0.119859", \
            "-0.0511087, -0.11885, -0.119256", \
            "-0.114178, -0.181919, -0.183547" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.121291, -0.270819, -0.484849", \
            "-0.0816263, -0.233596, -0.461053", \
            "-0.110516, -0.263706, -0.493605" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.067918, 0.140542, 0.140949", \
            "0.0587708, 0.125291, 0.125698", \
            "0.12062, 0.18714, 0.188768" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.149705, 0.296792, 0.513263", \
            "0.112482, 0.264451, 0.49313", \
            "0.141372, 0.294562, 0.525682" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0036767, -0.0036801, -0.003688, -0.0036988, -0.0037235, -0.0037805, -0.003912" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0038299, 0.0038239, 0.00381, 0.0038145, 0.0038248, 0.0038486, 0.0039037" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      nextstate_type : scan_enable;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003839;
      rise_capacitance : 0.003971;
      rise_capacitance_range (0.003971, 0.003971);
      fall_capacitance : 0.003706;
      fall_capacitance_range (0.003706, 0.003706);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0443867, -0.103583, -0.0710306", \
            "-0.0413431, -0.0956563, -0.0692077", \
            "-0.105633, -0.159947, -0.133498" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0871113, -0.22077, -0.385972", \
            "-0.0791849, -0.214064, -0.378046", \
            "-0.141034, -0.274693, -0.439894" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0605937, 0.129555, 0.112872", \
            "0.0514466, 0.110643, 0.0902975", \
            "0.115737, 0.171271, 0.150926" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.100877, 0.234536, 0.399738", \
            "0.0892884, 0.222947, 0.388149", \
            "0.148696, 0.282355, 0.447557" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0002334, 0.0001158, -0.0001553, 0.0002053, 0.0010365, 0.0029523, 0.0073683" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0145925, 0.0144467, 0.0141106, 0.0145359, 0.0155164, 0.0177764, 0.022986" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "(D&!SCE) | (SCD&SCE)";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      ff (IQ,IQN) {
        clocked_on : "CLK";
        next_state : "D";
      }
    }
  }
  cell (scs8hd_sdfxtp_2) {
    area : 27.5264;
    cell_footprint : "sdfxtp";
    cell_leakage_power : 0.0267401;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0366224;
      when : "CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0285858;
      when : "CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0209887;
      when : "CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0207399;
      when : "!CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0147905;
      when : "CLK&!D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0226297;
      when : "CLK&D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0148044;
      when : "!CLK&!D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0366777;
      when : "!CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0293833;
      when : "!CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0226437;
      when : "!CLK&D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0369394;
      when : "!CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0303431;
      when : "CLK&D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.030411;
      when : "!CLK&D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0286881;
      when : "CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0208489;
      when : "CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0293273;
      when : "CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0284768;
      when : "!CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0368834;
      when : "CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0285791;
      when : "!CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0366217;
      when : "CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0208797;
      when : "!CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0149303;
      when : "CLK&!D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0306048;
      when : "CLK&D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0303438;
      when : "CLK&D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0304103;
      when : "!CLK&D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0225274;
      when : "CLK&!D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0231159;
      when : "!CLK&!D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0230487;
      when : "CLK&!D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.030672;
      when : "!CLK&D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0366784;
      when : "!CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0225414;
      when : "!CLK&!D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0149443;
      when : "!CLK&!D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0267401;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.411082;
      max_transition : 1.50634;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.173599, 0.177605, 0.187392, 0.212647, 0.286847, 0.513263, 1.20999", \
            "0.177355, 0.181363, 0.191149, 0.216398, 0.290528, 0.517043, 1.21314", \
            "0.186325, 0.190344, 0.200135, 0.225333, 0.299567, 0.526238, 1.21976", \
            "0.204269, 0.208275, 0.218052, 0.243261, 0.317663, 0.544118, 1.23888", \
            "0.226773, 0.230797, 0.24055, 0.265781, 0.340171, 0.566615, 1.26165", \
            "0.245266, 0.249291, 0.259103, 0.284345, 0.358538, 0.584676, 1.28082", \
            "0.239103, 0.243194, 0.253079, 0.278348, 0.352682, 0.578933, 1.27217" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.015325, 0.0185501, 0.0283166, 0.0609683, 0.167, 0.494535, 1.49751", \
            "0.0153325, 0.0185429, 0.0282717, 0.0609582, 0.167014, 0.494776, 1.50541", \
            "0.0152261, 0.0185627, 0.0283176, 0.0608456, 0.166776, 0.495405, 1.50634", \
            "0.0152814, 0.0185191, 0.0283609, 0.0609332, 0.167007, 0.494129, 1.50517", \
            "0.0152757, 0.0185393, 0.0283025, 0.0609608, 0.166936, 0.494235, 1.50008", \
            "0.0153764, 0.0186578, 0.0283998, 0.0609696, 0.167007, 0.494711, 1.5058", \
            "0.015676, 0.0189419, 0.0286133, 0.0610221, 0.166988, 0.493974, 1.49669" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.177911, 0.181214, 0.189102, 0.205862, 0.24366, 0.346526, 0.658382", \
            "0.181765, 0.185094, 0.192964, 0.209663, 0.247521, 0.350277, 0.663222", \
            "0.190617, 0.193933, 0.201795, 0.218521, 0.256356, 0.359167, 0.672278", \
            "0.20833, 0.211646, 0.219519, 0.236194, 0.274048, 0.37693, 0.688515", \
            "0.22884, 0.232146, 0.240029, 0.256823, 0.294586, 0.39741, 0.709542", \
            "0.243274, 0.246594, 0.254475, 0.271233, 0.309024, 0.411918, 0.72426", \
            "0.227238, 0.230562, 0.238442, 0.255203, 0.293009, 0.39589, 0.708202" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.0128481, 0.0152377, 0.0210488, 0.0350991, 0.075166, 0.206057, 0.620575", \
            "0.012872, 0.0153103, 0.0210147, 0.0349411, 0.0750723, 0.20594, 0.61759", \
            "0.0128488, 0.0152931, 0.0208899, 0.0349245, 0.0751155, 0.206439, 0.619451", \
            "0.0128427, 0.015293, 0.0209421, 0.0350876, 0.0751813, 0.204803, 0.615457", \
            "0.0128549, 0.0152643, 0.0209573, 0.0350057, 0.0751586, 0.204896, 0.615983", \
            "0.0129404, 0.0152695, 0.0209451, 0.0351109, 0.0751477, 0.20686, 0.620178", \
            "0.0128815, 0.0152422, 0.0210328, 0.0348759, 0.0749369, 0.205829, 0.61645" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.0268983, 0.0290763, 0.0357008, 0.054529, 0.109887, 0.280296, 0.801385", \
            "0.0267392, 0.0288996, 0.0355205, 0.0543381, 0.109677, 0.278747, 0.80277", \
            "0.0267264, 0.028901, 0.0354873, 0.0543014, 0.109695, 0.280272, 0.802763", \
            "0.0261355, 0.0283274, 0.0349216, 0.0537534, 0.109105, 0.277894, 0.799937", \
            "0.0257141, 0.0278862, 0.0344889, 0.0533058, 0.108664, 0.277786, 0.800688", \
            "0.0275123, 0.0294242, 0.0354201, 0.0536842, 0.109118, 0.278773, 0.801916", \
            "0.0288606, 0.0307988, 0.0367795, 0.0550362, 0.111138, 0.279284, 0.795676" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153037, 0.00468406, 0.0143367, 0.0438809, 0.134308, 0.411082");
          values ( \
            "0.0261529, 0.0242388, 0.019105, 0.0027372, -0.0524609, -0.224246, -0.750419", \
            "0.0261548, 0.0242722, 0.0190699, 0.0027598, -0.0524649, -0.224242, -0.75047", \
            "0.0261591, 0.0242616, 0.0190595, 0.00277, -0.0524646, -0.224226, -0.750426", \
            "0.0254306, 0.0235216, 0.0183664, 0.0020316, -0.0531932, -0.224973, -0.751145", \
            "0.0250795, 0.0231648, 0.0180189, 0.0016912, -0.0535359, -0.225322, -0.751511", \
            "0.0288063, 0.0268668, 0.0210274, 0.0029208, -0.0530841, -0.225073, -0.751265", \
            "0.0299541, 0.0280237, 0.0221979, 0.0041085, -0.051906, -0.223791, -0.750141" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001855;
      rise_capacitance : 0.001949;
      rise_capacitance_range (0.001949, 0.001949);
      fall_capacitance : 0.00176;
      fall_capacitance_range (0.00176, 0.00176);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0753127, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.104972, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0206891, 0.0205941, 0.020375, 0.0206763, 0.0213707, 0.0229714, 0.0266613" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0262403, 0.0260891, 0.0257405, 0.0261008, 0.0269314, 0.0288459, 0.0332591" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      nextstate_type : data;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001742;
      rise_capacitance : 0.00182;
      rise_capacitance_range (0.00182, 0.00182);
      fall_capacitance : 0.001664;
      fall_capacitance_range (0.001664, 0.001664);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0370625, -0.0864928, -0.040513", \
            "-0.0315775, -0.0773457, -0.0399108", \
            "-0.0946471, -0.139195, -0.105422" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.076125, -0.246405, -0.470201", \
            "-0.0340189, -0.210402, -0.45495", \
            "-0.0604674, -0.236851, -0.487502" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0544902, 0.117348, 0.0908997", \
            "0.041681, 0.0911113, 0.0573385", \
            "0.102309, 0.149298, 0.116746" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.119187, 0.298012, 0.541339", \
            "0.0758607, 0.255906, 0.513882", \
            "0.102309, 0.281134, 0.54033" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0015904, 0.0015279, 0.0013837, 0.0016323, 0.0022054, 0.0035264, 0.0065713" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0091266, 0.0090011, 0.0087119, 0.0089824, 0.0096057, 0.0110426, 0.0143549" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      nextstate_type : scan_in;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001873;
      rise_capacitance : 0.001966;
      rise_capacitance_range (0.001966, 0.001966);
      fall_capacitance : 0.001779;
      fall_capacitance_range (0.001779, 0.001779);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.055373, -0.125555, -0.118638", \
            "-0.049888, -0.11885, -0.118036", \
            "-0.114178, -0.181919, -0.182326" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.113967, -0.262274, -0.473863", \
            "-0.0767435, -0.227492, -0.45495", \
            "-0.104413, -0.257603, -0.489943" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0728008, 0.146645, 0.151935", \
            "0.0599915, 0.126512, 0.126919", \
            "0.12062, 0.18714, 0.188768" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.150926, 0.299233, 0.516925", \
            "0.114923, 0.266893, 0.496792", \
            "0.143813, 0.297003, 0.530564" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0036968, -0.0036915, -0.0036793, -0.003689, -0.0037114, -0.0037632, -0.0038823" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0038262, 0.0038215, 0.0038106, 0.0038167, 0.0038309, 0.0038636, 0.003939" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      nextstate_type : scan_enable;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003815;
      rise_capacitance : 0.003946;
      rise_capacitance_range (0.003946, 0.003946);
      fall_capacitance : 0.003685;
      fall_capacitance_range (0.003685, 0.003685);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0443867, -0.103583, -0.0698099", \
            "-0.0401224, -0.0956563, -0.067987", \
            "-0.105633, -0.158726, -0.133498" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0858906, -0.21955, -0.384751", \
            "-0.0779642, -0.212844, -0.378046", \
            "-0.141034, -0.273472, -0.438674" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0642559, 0.135659, 0.123859", \
            "0.0526673, 0.111863, 0.0927389", \
            "0.115737, 0.171271, 0.150926" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.104539, 0.239419, 0.4034", \
            "0.0892884, 0.224168, 0.38937", \
            "0.148696, 0.282355, 0.447557" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0002064, 0.0001041, -0.0001318, 0.0002332, 0.0010746, 0.003014, 0.0074847" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0144944, 0.0143499, 0.0140168, 0.0144236, 0.0153614, 0.017523, 0.0225058" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "(D&!SCE) | (SCD&SCE)";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      ff (IQ,IQN) {
        clocked_on : "CLK";
        next_state : "D";
      }
    }
  }
  cell (scs8hd_sdfxtp_4) {
    area : 30.0288;
    cell_footprint : "sdfxtp";
    cell_leakage_power : 0.0329706;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.049012;
      when : "CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0409755;
      when : "CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0333785;
      when : "CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0331296;
      when : "!CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0148619;
      when : "CLK&!D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0227012;
      when : "CLK&D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0304145;
      when : "CLK&D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0304823;
      when : "!CLK&D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0410779;
      when : "CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0332386;
      when : "CLK&!D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0417167;
      when : "CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0408664;
      when : "!CLK&!D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0492729;
      when : "CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0409688;
      when : "!CLK&D&!SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0490113;
      when : "CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0332695;
      when : "!CLK&!D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0150019;
      when : "CLK&!D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0306761;
      when : "CLK&D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0304152;
      when : "CLK&D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0304817;
      when : "!CLK&D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0225988;
      when : "CLK&!D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.023187;
      when : "!CLK&!D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0231198;
      when : "CLK&!D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0307433;
      when : "!CLK&D&SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.049068;
      when : "!CLK&D&!SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0226127;
      when : "!CLK&!D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.0150158;
      when : "!CLK&!D&SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0148759;
      when : "!CLK&!D&!SCD&!SCE&Q";
    }
    leakage_power () {
      value : 0.0490674;
      when : "!CLK&D&SCD&!SCE&!Q";
    }
    leakage_power () {
      value : 0.0417727;
      when : "!CLK&!D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0227152;
      when : "!CLK&D&!SCD&SCE&Q";
    }
    leakage_power () {
      value : 0.049329;
      when : "!CLK&D&SCD&SCE&!Q";
    }
    leakage_power () {
      value : 0.0329706;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.715037;
      max_transition : 1.50907;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167827, 0.00563321, 0.0189082, 0.0634662, 0.213027, 0.715037");
          values ( \
            "0.192727, 0.195817, 0.204186, 0.225902, 0.290902, 0.505788, 1.22761", \
            "0.196493, 0.19957, 0.207943, 0.229655, 0.294641, 0.509469, 1.2308", \
            "0.205441, 0.208512, 0.2169, 0.238598, 0.303468, 0.518215, 1.24048", \
            "0.223406, 0.226461, 0.234833, 0.25657, 0.321365, 0.536187, 1.26005", \
            "0.24591, 0.248974, 0.25737, 0.279082, 0.344012, 0.558874, 1.28049", \
            "0.264361, 0.267445, 0.275847, 0.297583, 0.362593, 0.576923, 1.30105", \
            "0.258359, 0.261462, 0.269897, 0.291683, 0.356502, 0.571449, 1.29195" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167827, 0.00563321, 0.0189082, 0.0634662, 0.213027, 0.715037");
          values ( \
            "0.0184805, 0.0207219, 0.0280096, 0.0525983, 0.142779, 0.454319, 1.50832", \
            "0.0184718, 0.0207864, 0.027998, 0.0524955, 0.14289, 0.454661, 1.50902", \
            "0.0185152, 0.0208508, 0.0280138, 0.052552, 0.142998, 0.454997, 1.50569", \
            "0.0185384, 0.0207506, 0.0280384, 0.0525196, 0.142573, 0.454995, 1.50489", \
            "0.0185135, 0.0209289, 0.0280597, 0.0525843, 0.143015, 0.454788, 1.5086", \
            "0.0185599, 0.02087, 0.0280635, 0.052635, 0.142796, 0.453535, 1.50907", \
            "0.0188689, 0.0210113, 0.0282946, 0.0526615, 0.142556, 0.455608, 1.50023" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167827, 0.00563321, 0.0189082, 0.0634662, 0.213027, 0.715037");
          values ( \
            "0.201326, 0.20391, 0.211139, 0.228354, 0.266192, 0.363471, 0.673994", \
            "0.205267, 0.207877, 0.215118, 0.232337, 0.270088, 0.367445, 0.678303", \
            "0.214003, 0.216605, 0.223833, 0.241016, 0.27885, 0.376146, 0.686755", \
            "0.231736, 0.234338, 0.241565, 0.25875, 0.296578, 0.39388, 0.705492", \
            "0.252252, 0.254837, 0.262078, 0.279272, 0.317084, 0.414439, 0.725866", \
            "0.266818, 0.269409, 0.276638, 0.293885, 0.331668, 0.428991, 0.739331", \
            "0.250912, 0.253478, 0.260732, 0.277982, 0.315772, 0.413087, 0.72356" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167827, 0.00563321, 0.0189082, 0.0634662, 0.213027, 0.715037");
          values ( \
            "0.0186289, 0.0204338, 0.0255473, 0.0380807, 0.0725449, 0.188828, 0.603635", \
            "0.0186412, 0.0204313, 0.0254797, 0.0383039, 0.0728613, 0.189113, 0.604761", \
            "0.0186363, 0.0204488, 0.0254222, 0.0380253, 0.0726267, 0.188792, 0.60404", \
            "0.0186451, 0.0204482, 0.0253979, 0.0380718, 0.0726311, 0.189678, 0.603849", \
            "0.0186157, 0.0204254, 0.0254008, 0.0381132, 0.0726915, 0.18961, 0.603943", \
            "0.0186384, 0.0203959, 0.025432, 0.0380653, 0.0728006, 0.189417, 0.609182", \
            "0.0187043, 0.0204361, 0.0254869, 0.0383508, 0.072218, 0.188687, 0.609283" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167827, 0.00563321, 0.0189082, 0.0634661, 0.213027, 0.715037");
          values ( \
            "0.0411606, 0.0434126, 0.0512298, 0.0768288, 0.160744, 0.441344, 1.39354", \
            "0.0409723, 0.0432544, 0.0510321, 0.0766664, 0.160598, 0.440848, 1.38514", \
            "0.0409674, 0.0432548, 0.0510451, 0.0766984, 0.160654, 0.440067, 1.38473", \
            "0.0404358, 0.0426598, 0.0504716, 0.0761046, 0.160003, 0.442502, 1.38244", \
            "0.0399652, 0.04221, 0.0500244, 0.0756578, 0.15959, 0.439519, 1.38406", \
            "0.0414637, 0.0437058, 0.0511541, 0.0762924, 0.159873, 0.439322, 1.38188", \
            "0.0432103, 0.0452468, 0.0527364, 0.0778788, 0.162326, 0.442352, 1.3797" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167827, 0.00563321, 0.0189082, 0.0634661, 0.213027, 0.715037");
          values ( \
            "0.039173, 0.0367853, 0.0291149, 0.0060859, -0.0753924, -0.358943, -1.31329", \
            "0.0391269, 0.0367411, 0.029198, 0.0060839, -0.0753846, -0.358943, -1.31329", \
            "0.039159, 0.036757, 0.0291352, 0.0060779, -0.0753798, -0.358965, -1.31332", \
            "0.0384382, 0.0360425, 0.0284183, 0.0053636, -0.0760979, -0.359689, -1.31401", \
            "0.0381281, 0.0357092, 0.0281188, 0.0050218, -0.0764153, -0.359983, -1.31434", \
            "0.0436656, 0.0411967, 0.033453, 0.0085573, -0.0757062, -0.359719, -1.31405", \
            "0.0450366, 0.0425217, 0.0347571, 0.0099062, -0.0742107, -0.358278, -1.31281" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.00187;
      rise_capacitance : 0.001952;
      rise_capacitance_range (0.001952, 0.001952);
      fall_capacitance : 0.001787;
      fall_capacitance_range (0.001787, 0.001787);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0786082, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.106071, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0206899, 0.0206057, 0.0204118, 0.0207027, 0.0213731, 0.0229187, 0.0264813" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.026234, 0.0260694, 0.0256901, 0.0260513, 0.0268837, 0.0288028, 0.0332264" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      nextstate_type : data;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001743;
      rise_capacitance : 0.001821;
      rise_capacitance_range (0.001821, 0.001821);
      fall_capacitance : 0.001664;
      fall_capacitance_range (0.001664, 0.001664);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0370625, -0.0864928, -0.040513", \
            "-0.0303568, -0.0785664, -0.0399108", \
            "-0.0946471, -0.139195, -0.105422" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0724629, -0.242743, -0.462876", \
            "-0.0303568, -0.20674, -0.448846", \
            "-0.0568053, -0.233189, -0.481398" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0581523, 0.12101, 0.0970033", \
            "0.0429017, 0.092332, 0.0597799", \
            "0.102309, 0.149298, 0.117967" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.119187, 0.298012, 0.541339", \
            "0.0758607, 0.255906, 0.513882", \
            "0.102309, 0.281134, 0.54033" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0015888, 0.0015266, 0.001383, 0.0016318, 0.0022054, 0.0035275, 0.0065751" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0090355, 0.0089163, 0.0086418, 0.0089277, 0.0095868, 0.0111061, 0.0146081" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      nextstate_type : scan_in;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001875;
      rise_capacitance : 0.001968;
      rise_capacitance_range (0.001968, 0.001968);
      fall_capacitance : 0.001781;
      fall_capacitance_range (0.001781, 0.001781);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.055373, -0.125555, -0.118638", \
            "-0.049888, -0.11885, -0.119256", \
            "-0.114178, -0.181919, -0.182326" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.110305, -0.258612, -0.466538", \
            "-0.0730814, -0.225051, -0.452509", \
            "-0.101971, -0.255161, -0.486281" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0752422, 0.150307, 0.158038", \
            "0.0612122, 0.127732, 0.128139", \
            "0.12062, 0.18714, 0.188768" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.150926, 0.299233, 0.516925", \
            "0.114923, 0.266893, 0.498012", \
            "0.143813, 0.297003, 0.530564" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0036984, -0.0036954, -0.0036882, -0.0037002, -0.0037281, -0.0037922, -0.0039399" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0038303, 0.0038267, 0.0038185, 0.0038241, 0.0038368, 0.0038664, 0.0039345" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      nextstate_type : scan_enable;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003814;
      rise_capacitance : 0.003943;
      rise_capacitance_range (0.003943, 0.003943);
      fall_capacitance : 0.003684;
      fall_capacitance_range (0.003684, 0.003684);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0443867, -0.103583, -0.0698099", \
            "-0.0413431, -0.0956563, -0.067987", \
            "-0.105633, -0.158726, -0.133498" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0858906, -0.21955, -0.384751", \
            "-0.0779642, -0.212844, -0.378046", \
            "-0.141034, -0.273472, -0.439894" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.067918, 0.139321, 0.129962", \
            "0.053888, 0.113084, 0.0939596", \
            "0.115737, 0.171271, 0.152147" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.106981, 0.24186, 0.407062", \
            "0.0905091, 0.225389, 0.38937", \
            "0.148696, 0.282355, 0.447557" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0002128, 0.0001083, -0.0001324, 0.0002335, 0.001077, 0.0030214, 0.0075034" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0145027, 0.0143515, 0.0140031, 0.0144106, 0.01535, 0.0175156, 0.0225071" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "(D&!SCE) | (SCD&SCE)";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      ff (IQ,IQN) {
        clocked_on : "CLK";
        next_state : "D";
      }
    }
  }
  cell (scs8hd_sdlclkp_1) {
    area : 18.768;
    cell_footprint : "sdlclkp";
    cell_leakage_power : 0.024317;
    clock_gating_integrated_cell : latch_posedge_precontrol;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0209098;
      when : "CLK&!GATE&!GCLK&!SCE";
    }
    leakage_power () {
      value : 0.0222625;
      when : "!CLK&GATE&!GCLK&!SCE";
    }
    leakage_power () {
      value : 0.014752;
      when : "!CLK&!GATE&!GCLK&SCE";
    }
    leakage_power () {
      value : 0.0242929;
      when : "CLK&!GATE&GCLK&SCE";
    }
    leakage_power () {
      value : 0.0222612;
      when : "!CLK&GATE&!GCLK&SCE";
    }
    leakage_power () {
      value : 0.0207105;
      when : "!CLK&!GATE&!GCLK&!SCE";
    }
    leakage_power () {
      value : 0.0318033;
      when : "CLK&GATE&GCLK&!SCE";
    }
    leakage_power () {
      value : 0.031802;
      when : "CLK&GATE&GCLK&SCE";
    }
    leakage_power () {
      value : 0.0287434;
      when : "CLK&GATE&!GCLK&!SCE";
    }
    leakage_power () {
      value : 0.021233;
      when : "CLK&!GATE&!GCLK&SCE";
    }
    leakage_power () {
      value : 0.0287421;
      when : "CLK&GATE&!GCLK&SCE";
    }
    leakage_power () {
      value : 0.024291;
      when : "CLK&!GATE&GCLK&!SCE";
    }
    leakage_power () {
      value : 0.024317;
    }
    statetable ("CLK GATE SCE", "m0") {
      table : " L L L : - : L ,\
                    L L H : - : H ,\
                    L H L : - : H ,\
                    L H H : - : H ,\
                    H - - : - : N ";
    }
    pin (m0) {
      direction : internal;
      internal_node : "m0";
      related_ground_pin : vnb;
      related_power_pin : vpwr;
    }
    pin (GCLK) {
      clock_gate_out_pin : true;
      direction : output;
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      state_function : "(CLK*m0)";
      max_capacitance : 0.203257;
      max_transition : 1.50699;
      timing () {
        related_pin : "CLK";
        timing_sense : positive_unate;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0547231, 0.0603126, 0.0735769, 0.106367, 0.193947, 0.434392, 1.09014", \
            "0.0578067, 0.0634014, 0.0766437, 0.109414, 0.197064, 0.437831, 1.09378", \
            "0.0643595, 0.069914, 0.0831367, 0.116009, 0.203978, 0.444405, 1.09947", \
            "0.074879, 0.0808179, 0.0944744, 0.127836, 0.216095, 0.456002, 1.11055", \
            "0.0838823, 0.090606, 0.105124, 0.138919, 0.227741, 0.46845, 1.1227", \
            "0.0773965, 0.0856485, 0.102585, 0.137961, 0.226442, 0.467029, 1.12627", \
            "0.0264518, 0.0364834, 0.05773, 0.0977983, 0.18651, 0.426371, 1.08389" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0169717, 0.0229141, 0.0389754, 0.084263, 0.21127, 0.559839, 1.5067", \
            "0.0169592, 0.0229496, 0.0390204, 0.0842703, 0.211364, 0.5598, 1.50582", \
            "0.0170074, 0.0229226, 0.0389795, 0.0842852, 0.211214, 0.559443, 1.50372", \
            "0.0187618, 0.0245198, 0.040541, 0.0848192, 0.210659, 0.557264, 1.50108", \
            "0.0227826, 0.0282762, 0.0427703, 0.0860039, 0.21163, 0.559182, 1.50505", \
            "0.0288227, 0.0353081, 0.0497412, 0.0891916, 0.212455, 0.558309, 1.50699", \
            "0.0378888, 0.0456153, 0.0622388, 0.0984674, 0.213835, 0.558702, 1.50172" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.058547, 0.0627626, 0.0715187, 0.0897983, 0.132034, 0.244388, 0.544104", \
            "0.063011, 0.0672044, 0.0760148, 0.0943194, 0.136563, 0.248994, 0.548737", \
            "0.0749267, 0.0791405, 0.087953, 0.106307, 0.148627, 0.261059, 0.560681", \
            "0.103093, 0.107456, 0.116464, 0.134995, 0.177422, 0.289837, 0.589564", \
            "0.150135, 0.155514, 0.166541, 0.1871, 0.230914, 0.343381, 0.642888", \
            "0.227613, 0.234151, 0.247809, 0.272595, 0.319217, 0.432046, 0.731444", \
            "0.368569, 0.376144, 0.392234, 0.42261, 0.476012, 0.588996, 0.887269" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0136864, 0.0167177, 0.0240923, 0.0418899, 0.0929905, 0.238093, 0.63324", \
            "0.0136667, 0.0169069, 0.0239848, 0.0419854, 0.0929733, 0.237603, 0.632935", \
            "0.0137962, 0.0168909, 0.0239192, 0.0418786, 0.0929654, 0.237421, 0.634206", \
            "0.0150844, 0.0179732, 0.0247893, 0.0422429, 0.0931335, 0.237265, 0.632484", \
            "0.0202688, 0.0239371, 0.0306105, 0.0467594, 0.0956831, 0.238374, 0.634151", \
            "0.0278981, 0.0318706, 0.0401525, 0.0561277, 0.101219, 0.238892, 0.634166", \
            "0.0379933, 0.0426976, 0.0526288, 0.0713191, 0.113062, 0.24178, 0.632022" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.010713, 0.0127012, 0.0174033, 0.0293194, 0.0615073, 0.149939, 0.393081", \
            "0.0104518, 0.0124549, 0.0171603, 0.0290978, 0.0613158, 0.149715, 0.393199", \
            "0.0101979, 0.01222, 0.0169396, 0.0289249, 0.0612769, 0.150185, 0.39094", \
            "0.0091788, 0.0112485, 0.0160181, 0.0280176, 0.060494, 0.149089, 0.390489", \
            "0.0101633, 0.0117797, 0.0161109, 0.0278933, 0.0602945, 0.148917, 0.390329", \
            "0.0113503, 0.0129067, 0.0171886, 0.0292428, 0.0615729, 0.149578, 0.390849", \
            "0.0170268, 0.0183836, 0.0224036, 0.033736, 0.0661062, 0.153664, 0.393034" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0108289, 0.0096432, 0.0075258, 0.0035785, -0.0183115, -0.106908, -0.351376", \
            "0.0104533, 0.0092605, 0.0071563, 0.003264, -0.0186847, -0.10723, -0.351707", \
            "0.0105317, 0.0093809, 0.0072417, 0.0034123, -0.0185757, -0.107103, -0.351576", \
            "0.0104444, 0.0092397, 0.0071372, 0.0033775, -0.0187491, -0.107299, -0.351758", \
            "0.0143858, 0.0126955, 0.0081118, 0.0044644, -0.0183081, -0.106986, -0.351465", \
            "0.0355431, 0.0337247, 0.0290878, 0.0167878, -0.0164657, -0.104952, -0.349517", \
            "0.0428583, 0.0407942, 0.0358049, 0.0232205, -0.0101937, -0.100454, -0.344821" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      clock_gate_clock_pin : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003769;
      rise_capacitance : 0.003947;
      rise_capacitance_range (0.003947, 0.003947);
      fall_capacitance : 0.00359;
      fall_capacitance_range (0.00359, 0.00359);
      timing () {
        related_pin : "CLK";
        related_output_pin : "GCLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0803181, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0101752, 0.0100693, 0.0098251, 0.0101569, 0.0109216, 0.0126843, 0.0167474" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0218306, 0.0216879, 0.0213589, 0.0217595, 0.022683, 0.0248118, 0.0297185" \
          );
        }
      }
    }
    pin (GATE) {
      clock : false;
      clock_gate_enable_pin : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001973;
      rise_capacitance : 0.002127;
      rise_capacitance_range (0.002127, 0.002127);
      fall_capacitance : 0.00182;
      fall_capacitance_range (0.00182, 0.00182);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0297383, -0.0755065, -0.0246439", \
            "-0.0327982, -0.0724629, -0.0240417", \
            "-0.105633, -0.144077, -0.100539" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0932148, -0.261053, -0.475083", \
            "-0.07064, -0.242141, -0.476923", \
            "-0.115399, -0.285679, -0.522902" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0605937, 0.111245, 0.0738099", \
            "0.0758607, 0.120408, 0.0756491", \
            "0.221938, 0.268927, 0.224168" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0996563, 0.271157, 0.498615", \
            "0.07464, 0.247361, 0.482143", \
            "0.119399, 0.289679, 0.526902" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0171113, 0.0170665, 0.016963, 0.0172349, 0.0178615, 0.0193059, 0.0226351" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0288584, 0.0287173, 0.0283921, 0.028748, 0.0295685, 0.0314597, 0.0358191" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      clock_gate_test_pin : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001892;
      rise_capacitance : 0.001976;
      rise_capacitance_range (0.001976, 0.001976);
      fall_capacitance : 0.001809;
      fall_capacitance_range (0.001809, 0.001809);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0358418, -0.0938171, -0.0661478", \
            "-0.0437845, -0.0919941, -0.0643249", \
            "-0.119061, -0.16605, -0.139602" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.10176, -0.240301, -0.433579", \
            "-0.0779642, -0.22383, -0.430536", \
            "-0.120282, -0.266148, -0.476516" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.067918, 0.130776, 0.112872", \
            "0.0831849, 0.138719, 0.115932", \
            "0.229262, 0.286017, 0.265672" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.108201, 0.250405, 0.452228", \
            "0.0819642, 0.22783, 0.435757", \
            "0.124282, 0.270148, 0.481736" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0183501, 0.0182921, 0.0181584, 0.0184523, 0.0191296, 0.0206909, 0.0242899" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0302493, 0.0301341, 0.0298685, 0.0301161, 0.0306867, 0.0320019, 0.0350339" \
          );
        }
      }
    }
  }
  cell (scs8hd_sdlclkp_2) {
    area : 20.0192;
    cell_footprint : "sdlclkp";
    cell_leakage_power : 0.0284542;
    clock_gating_integrated_cell : latch_posedge_precontrol;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0271016;
      when : "CLK&!GATE&!GCLK&!SCE";
    }
    leakage_power () {
      value : 0.0284558;
      when : "!CLK&GATE&!GCLK&!SCE";
    }
    leakage_power () {
      value : 0.0209448;
      when : "!CLK&!GATE&!GCLK&SCE";
    }
    leakage_power () {
      value : 0.0243206;
      when : "CLK&!GATE&GCLK&SCE";
    }
    leakage_power () {
      value : 0.0284545;
      when : "!CLK&GATE&!GCLK&SCE";
    }
    leakage_power () {
      value : 0.0268981;
      when : "!CLK&!GATE&!GCLK&!SCE";
    }
    leakage_power () {
      value : 0.0318317;
      when : "CLK&GATE&GCLK&!SCE";
    }
    leakage_power () {
      value : 0.0318304;
      when : "CLK&GATE&GCLK&SCE";
    }
    leakage_power () {
      value : 0.0349351;
      when : "CLK&GATE&!GCLK&!SCE";
    }
    leakage_power () {
      value : 0.027424;
      when : "CLK&!GATE&!GCLK&SCE";
    }
    leakage_power () {
      value : 0.0349338;
      when : "CLK&GATE&!GCLK&SCE";
    }
    leakage_power () {
      value : 0.02432;
      when : "CLK&!GATE&GCLK&!SCE";
    }
    leakage_power () {
      value : 0.0284542;
    }
    statetable ("CLK GATE SCE", "m0") {
      table : " L L L : - : L ,\
                    L L H : - : H ,\
                    L H L : - : H ,\
                    L H H : - : H ,\
                    H - - : - : N ";
    }
    pin (m0) {
      direction : internal;
      internal_node : "m0";
      related_ground_pin : vnb;
      related_power_pin : vpwr;
    }
    pin (GCLK) {
      clock_gate_out_pin : true;
      direction : output;
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      state_function : "(CLK*m0)";
      max_capacitance : 0.398264;
      max_transition : 1.50645;
      timing () {
        related_pin : "CLK";
        timing_sense : positive_unate;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.065812, 0.07036, 0.0814132, 0.108426, 0.183089, 0.408327, 1.09614", \
            "0.0690382, 0.0735811, 0.0846593, 0.111662, 0.186294, 0.412463, 1.09744", \
            "0.0760562, 0.0805607, 0.0916143, 0.118566, 0.193409, 0.418914, 1.1082", \
            "0.0897742, 0.0944619, 0.10577, 0.13299, 0.207896, 0.433648, 1.1201", \
            "0.105693, 0.11115, 0.123605, 0.151991, 0.227519, 0.453502, 1.13999", \
            "0.1099, 0.116443, 0.131445, 0.162849, 0.238902, 0.464753, 1.1527", \
            "0.0738927, 0.0812169, 0.0993087, 0.137088, 0.216324, 0.441123, 1.12632" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0159872, 0.0199832, 0.0309471, 0.0639838, 0.170086, 0.499277, 1.50645", \
            "0.0159734, 0.019914, 0.0309437, 0.0640282, 0.169756, 0.500563, 1.50229", \
            "0.0159736, 0.0199259, 0.0310191, 0.0640794, 0.170023, 0.500205, 1.50445", \
            "0.0172113, 0.0210538, 0.0318966, 0.0644451, 0.169597, 0.500045, 1.5049", \
            "0.0210126, 0.0251664, 0.0358168, 0.0668662, 0.170392, 0.500165, 1.50478", \
            "0.0273103, 0.0325873, 0.0439512, 0.0729414, 0.172483, 0.49842, 1.50454", \
            "0.0368913, 0.0427952, 0.0566231, 0.0862691, 0.177686, 0.501249, 1.49993" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0727443, 0.0765163, 0.085284, 0.103401, 0.142653, 0.245937, 0.549714", \
            "0.0773209, 0.0810996, 0.0898482, 0.107989, 0.147267, 0.250567, 0.554338", \
            "0.0893248, 0.0930756, 0.101836, 0.119941, 0.15925, 0.262549, 0.566267", \
            "0.11854, 0.12226, 0.13092, 0.149017, 0.18838, 0.291684, 0.595469", \
            "0.174717, 0.178908, 0.188901, 0.209258, 0.250514, 0.353534, 0.657093", \
            "0.265097, 0.270007, 0.281892, 0.307277, 0.355197, 0.457817, 0.761123", \
            "0.422082, 0.427806, 0.441998, 0.473276, 0.528078, 0.628156, 0.930988" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0155533, 0.0181553, 0.0242761, 0.0386666, 0.0789182, 0.20641, 0.610736", \
            "0.0155475, 0.0181544, 0.0242566, 0.038673, 0.0789179, 0.206487, 0.609356", \
            "0.0155526, 0.0181244, 0.0242558, 0.0386903, 0.0788997, 0.20644, 0.609177", \
            "0.0156383, 0.0183041, 0.0244333, 0.0387048, 0.0789975, 0.206449, 0.609314", \
            "0.0211724, 0.0239454, 0.0303551, 0.0443717, 0.0820807, 0.206524, 0.610323", \
            "0.0304948, 0.0334887, 0.0410426, 0.0576819, 0.0919994, 0.206874, 0.612272", \
            "0.044897, 0.0483296, 0.0574807, 0.077483, 0.101012, 0.206622, 0.60909" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.0166223, 0.0187097, 0.0249168, 0.042956, 0.097048, 0.261964, 0.767164", \
            "0.0164382, 0.0185406, 0.0247482, 0.0428125, 0.0969364, 0.261465, 0.767204", \
            "0.0162905, 0.0183985, 0.0246095, 0.0426337, 0.0967744, 0.261748, 0.763478", \
            "0.0154602, 0.0174883, 0.0236156, 0.0416434, 0.0958832, 0.26048, 0.763382", \
            "0.0162278, 0.0181102, 0.0237594, 0.0414046, 0.0954658, 0.260179, 0.762822", \
            "0.0178854, 0.019649, 0.0251911, 0.0428493, 0.0966293, 0.260808, 0.763157", \
            "0.0239207, 0.0253347, 0.030441, 0.0475068, 0.101379, 0.265372, 0.764636" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152231, 0.00463487, 0.0141114, 0.042964, 0.130809, 0.398264");
          values ( \
            "0.018154, 0.0163348, 0.0119453, 0.0019655, -0.0417673, -0.207198, -0.715704", \
            "0.0177605, 0.0160737, 0.0115991, 0.0016155, -0.042213, -0.207609, -0.716047", \
            "0.0175681, 0.0157308, 0.0113029, 0.0014538, -0.0423475, -0.207778, -0.716273", \
            "0.0179833, 0.0160957, 0.0115769, 0.0016382, -0.0422989, -0.207694, -0.716172", \
            "0.0210736, 0.0190042, 0.0140892, 0.0049136, -0.0415946, -0.207224, -0.715707", \
            "0.0431947, 0.0406508, 0.0337609, 0.0150271, -0.0401623, -0.205772, -0.714372", \
            "0.0546253, 0.0518016, 0.0440997, 0.0241327, -0.0316941, -0.199293, -0.707759" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      clock_gate_clock_pin : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003745;
      rise_capacitance : 0.00395;
      rise_capacitance_range (0.00395, 0.00395);
      fall_capacitance : 0.00354;
      fall_capacitance_range (0.00354, 0.00354);
      timing () {
        related_pin : "CLK";
        related_output_pin : "GCLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0803181, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0102107, 0.0101028, 0.0098538, 0.010188, 0.0109583, 0.0127337, 0.0168265" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0218826, 0.0217872, 0.0215673, 0.0219639, 0.022878, 0.0249852, 0.0298424" \
          );
        }
      }
    }
    pin (GATE) {
      clock : false;
      clock_gate_enable_pin : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001985;
      rise_capacitance : 0.002136;
      rise_capacitance_range (0.002136, 0.002136);
      fall_capacitance : 0.001832;
      fall_capacitance_range (0.001832, 0.001832);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0297383, -0.0755065, -0.0246439", \
            "-0.0327982, -0.0724629, -0.0240417", \
            "-0.105633, -0.145298, -0.10176" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.088332, -0.252508, -0.462876", \
            "-0.0681986, -0.239699, -0.470819", \
            "-0.112958, -0.282017, -0.518019" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0752422, 0.127114, 0.089679", \
            "0.086847, 0.132615, 0.0890768", \
            "0.24269, 0.288458, 0.246141" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.100877, 0.272378, 0.499835", \
            "0.07464, 0.247361, 0.482143", \
            "0.118178, 0.288458, 0.526902" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0173057, 0.0172552, 0.0171387, 0.0174245, 0.0180834, 0.019602, 0.0231027" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0288953, 0.0287621, 0.0284552, 0.0288083, 0.0296222, 0.0314985, 0.0358233" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      clock_gate_test_pin : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001889;
      rise_capacitance : 0.001972;
      rise_capacitance_range (0.001972, 0.001972);
      fall_capacitance : 0.001806;
      fall_capacitance_range (0.001806, 0.001806);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0358418, -0.0938171, -0.0661478", \
            "-0.0437845, -0.0919941, -0.0643249", \
            "-0.119061, -0.16605, -0.140822" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0956563, -0.232977, -0.422593", \
            "-0.0755228, -0.220168, -0.425653", \
            "-0.11662, -0.262486, -0.471633" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0825664, 0.145425, 0.129962", \
            "0.0941712, 0.150926, 0.12936", \
            "0.250014, 0.30799, 0.287645" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.108201, 0.250405, 0.452228", \
            "0.0807435, 0.22783, 0.435757", \
            "0.123061, 0.268927, 0.480516" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0185448, 0.0184834, 0.018342, 0.0186189, 0.0192571, 0.0207282, 0.0241193" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0302912, 0.0301667, 0.0298798, 0.0301223, 0.0306812, 0.0319693, 0.0349389" \
          );
        }
      }
    }
  }
  cell (scs8hd_sdlclkp_4) {
    area : 22.5216;
    cell_footprint : "sdlclkp";
    cell_leakage_power : 0.0355517;
    clock_gating_integrated_cell : latch_posedge_precontrol;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0394074;
      when : "CLK&!GATE&!GCLK&!SCE";
    }
    leakage_power () {
      value : 0.0407684;
      when : "!CLK&GATE&!GCLK&!SCE";
    }
    leakage_power () {
      value : 0.0332574;
      when : "!CLK&!GATE&!GCLK&SCE";
    }
    leakage_power () {
      value : 0.0209779;
      when : "CLK&!GATE&GCLK&SCE";
    }
    leakage_power () {
      value : 0.0407671;
      when : "!CLK&GATE&!GCLK&SCE";
    }
    leakage_power () {
      value : 0.0392782;
      when : "!CLK&!GATE&!GCLK&!SCE";
    }
    leakage_power () {
      value : 0.0284889;
      when : "CLK&GATE&GCLK&!SCE";
    }
    leakage_power () {
      value : 0.0284876;
      when : "CLK&GATE&GCLK&SCE";
    }
    leakage_power () {
      value : 0.0472409;
      when : "CLK&GATE&!GCLK&!SCE";
    }
    leakage_power () {
      value : 0.0397298;
      when : "CLK&!GATE&!GCLK&SCE";
    }
    leakage_power () {
      value : 0.0472396;
      when : "CLK&GATE&!GCLK&SCE";
    }
    leakage_power () {
      value : 0.0209772;
      when : "CLK&!GATE&GCLK&!SCE";
    }
    leakage_power () {
      value : 0.0355517;
    }
    statetable ("CLK GATE SCE", "m0") {
      table : " L L L : - : L ,\
                    L L H : - : H ,\
                    L H L : - : H ,\
                    L H H : - : H ,\
                    H - - : - : N ";
    }
    pin (m0) {
      direction : internal;
      internal_node : "m0";
      related_ground_pin : vnb;
      related_power_pin : vpwr;
    }
    pin (GCLK) {
      clock_gate_out_pin : true;
      direction : output;
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      state_function : "(CLK*m0)";
      max_capacitance : 0.705881;
      max_transition : 1.50783;
      timing () {
        related_pin : "CLK";
        timing_sense : positive_unate;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0690756, 0.0721799, 0.0808787, 0.103714, 0.169396, 0.384603, 1.10586", \
            "0.0721443, 0.0752544, 0.0839459, 0.106815, 0.172452, 0.387799, 1.10996", \
            "0.0787019, 0.0818106, 0.0905144, 0.113382, 0.179082, 0.39447, 1.11557", \
            "0.0915612, 0.0947656, 0.103646, 0.12667, 0.192663, 0.408053, 1.12908", \
            "0.104648, 0.108381, 0.118198, 0.142379, 0.209177, 0.424656, 1.14685", \
            "0.100093, 0.104491, 0.116415, 0.143749, 0.211365, 0.426443, 1.14872", \
            "0.0408156, 0.0455388, 0.0595085, 0.0928558, 0.164936, 0.379162, 1.09853" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0172891, 0.0198736, 0.0280813, 0.0541199, 0.144427, 0.457428, 1.50758", \
            "0.0172544, 0.0198663, 0.0280462, 0.0541356, 0.144467, 0.45719, 1.50783", \
            "0.0172255, 0.0198907, 0.028088, 0.0540259, 0.14445, 0.457396, 1.50713", \
            "0.0183297, 0.0208751, 0.0289375, 0.054587, 0.144543, 0.456865, 1.50697", \
            "0.0223877, 0.025247, 0.0330244, 0.0574133, 0.145237, 0.457239, 1.50742", \
            "0.0293181, 0.0327037, 0.0413332, 0.0642951, 0.147769, 0.456003, 1.50478", \
            "0.0401908, 0.0435519, 0.0539072, 0.0797777, 0.154913, 0.457193, 1.50121" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0876293, 0.0902524, 0.0975491, 0.114902, 0.152559, 0.248387, 0.546573", \
            "0.0925007, 0.0951317, 0.102417, 0.119798, 0.157523, 0.253315, 0.551499", \
            "0.104785, 0.107414, 0.114679, 0.132043, 0.169754, 0.265556, 0.56377", \
            "0.134973, 0.13757, 0.144846, 0.162124, 0.19995, 0.295656, 0.593864", \
            "0.200083, 0.202957, 0.210899, 0.229723, 0.268806, 0.363455, 0.661561", \
            "0.310704, 0.314248, 0.324107, 0.34715, 0.39043, 0.482499, 0.780384", \
            "0.511999, 0.514589, 0.521555, 0.537706, 0.571809, 0.662965, 0.961317" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0190845, 0.0208064, 0.025905, 0.0387001, 0.0722651, 0.182786, 0.579692", \
            "0.0190369, 0.0208364, 0.026073, 0.0386396, 0.0723474, 0.182844, 0.579609", \
            "0.0189893, 0.020855, 0.0258805, 0.0386417, 0.0722902, 0.182729, 0.579754", \
            "0.0189882, 0.0207731, 0.0260916, 0.0386673, 0.0724297, 0.182778, 0.579889", \
            "0.0239322, 0.025667, 0.0309977, 0.0431461, 0.0744006, 0.181733, 0.577858", \
            "0.0387507, 0.0403416, 0.0456335, 0.0581886, 0.0800421, 0.18001, 0.580691", \
            "0.0379751, 0.0382193, 0.0393139, 0.0440083, 0.0694288, 0.180069, 0.577754" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0310452, 0.0333517, 0.0410316, 0.0663277, 0.149052, 0.426039, 1.35398", \
            "0.0308751, 0.0331843, 0.0408497, 0.0661951, 0.1489, 0.425733, 1.35366", \
            "0.0306568, 0.0329395, 0.0406352, 0.0659216, 0.148732, 0.425994, 1.35408", \
            "0.0298493, 0.0320879, 0.039677, 0.0648243, 0.147885, 0.425047, 1.35521", \
            "0.0311766, 0.0333312, 0.0404582, 0.0648388, 0.147485, 0.425021, 1.35355", \
            "0.0342943, 0.0362865, 0.0431606, 0.067376, 0.14945, 0.425843, 1.35629", \
            "0.0436364, 0.0451974, 0.0511489, 0.0744468, 0.156456, 0.431286, 1.35652" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00167467, 0.00560907, 0.0187867, 0.0629233, 0.210752, 0.705881");
          values ( \
            "0.0376006, 0.0352183, 0.0279135, 0.0084372, -0.0634115, -0.342485, -1.28377", \
            "0.0375003, 0.0351079, 0.0277271, 0.0084332, -0.0635107, -0.342514, -1.28381", \
            "0.0374015, 0.035051, 0.0277772, 0.0083917, -0.0636063, -0.342636, -1.28391", \
            "0.0377555, 0.0353424, 0.0279273, 0.0087536, -0.0638426, -0.342823, -1.2841", \
            "0.0464015, 0.0439722, 0.0361627, 0.0147435, -0.062742, -0.342188, -1.28351", \
            "0.0635384, 0.0604826, 0.051053, 0.0237889, -0.0608113, -0.340708, -1.28217", \
            "0.0729522, 0.0700214, 0.0609898, 0.0338007, -0.0520451, -0.334339, -1.276" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      clock_gate_clock_pin : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004368;
      rise_capacitance : 0.004591;
      rise_capacitance_range (0.004591, 0.004591);
      fall_capacitance : 0.004144;
      fall_capacitance_range (0.004144, 0.004144);
      timing () {
        related_pin : "CLK";
        related_output_pin : "GCLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.0815387, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0089871, 0.0088962, 0.0086869, 0.00901, 0.009755, 0.0114724, 0.0154309" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0229715, 0.0228305, 0.0225058, 0.0229393, 0.0239388, 0.0262426, 0.0315528" \
          );
        }
      }
    }
    pin (GATE) {
      clock : false;
      clock_gate_enable_pin : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002011;
      rise_capacitance : 0.002189;
      rise_capacitance_range (0.002189, 0.002189);
      fall_capacitance : 0.001833;
      fall_capacitance_range (0.001833, 0.001833);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.030959, -0.0767272, -0.028306", \
            "-0.0340189, -0.0736836, -0.0252624", \
            "-0.106854, -0.145298, -0.102981" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0858906, -0.251288, -0.459214", \
            "-0.0694193, -0.24092, -0.470819", \
            "-0.114178, -0.283238, -0.520461" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0874492, 0.139321, 0.104327", \
            "0.117365, 0.166795, 0.125698", \
            "0.331801, 0.380011, 0.340135" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.102098, 0.273598, 0.501056", \
            "0.07464, 0.247361, 0.483364", \
            "0.118178, 0.288458, 0.526902" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0178206, 0.0177703, 0.0176545, 0.0179372, 0.0185889, 0.0200911, 0.0235538" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0303482, 0.0302185, 0.0299198, 0.0302702, 0.0310782, 0.0329408, 0.0372339" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      clock_gate_test_pin : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001898;
      rise_capacitance : 0.001987;
      rise_capacitance_range (0.001987, 0.001987);
      fall_capacitance : 0.001808;
      fall_capacitance_range (0.001808, 0.001808);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0370625, -0.0950378, -0.0685892", \
            "-0.0437845, -0.0932148, -0.0655456", \
            "-0.120282, -0.167271, -0.142043" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0944355, -0.231756, -0.420152", \
            "-0.0755228, -0.221389, -0.426874", \
            "-0.11784, -0.264927, -0.474074" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0947734, 0.157632, 0.144611", \
            "0.124689, 0.185106, 0.165981", \
            "0.339126, 0.399542, 0.381639" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.109422, 0.251626, 0.453449", \
            "0.0819642, 0.22783, 0.435757", \
            "0.123061, 0.268927, 0.480516" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0190728, 0.0190033, 0.0188434, 0.0191166, 0.0197461, 0.0211974, 0.0245427" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0317316, 0.0316149, 0.0313459, 0.0315839, 0.0321323, 0.0333966, 0.0363108" \
          );
        }
      }
    }
  }
  cell (scs8hd_sedfxbp_1) {
    area : 38.7872;
    cell_footprint : "sedfxbp";
    cell_leakage_power : 0.038664;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0228024;
      when : "CLK&!D&DE&!SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0383955;
      when : "CLK&D&!DE&!SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0543623;
      when : "CLK&D&DE&SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0462157;
      when : "CLK&D&DE&!SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0623007;
      when : "CLK&D&DE&SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0462164;
      when : "CLK&D&DE&!SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0462051;
      when : "!CLK&D&DE&!SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0544798;
      when : "CLK&D&!DE&SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0388435;
      when : "CLK&!D&DE&SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0309862;
      when : "CLK&!D&!DE&!SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0391328;
      when : "CLK&!D&!DE&SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0462058;
      when : "!CLK&D&DE&!SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0467376;
      when : "CLK&D&DE&!SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0227314;
      when : "CLK&!D&!DE&!SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0383989;
      when : "CLK&!D&DE&SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0306087;
      when : "CLK&!D&DE&!SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0304163;
      when : "!CLK&!D&DE&!SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0306957;
      when : "CLK&D&!DE&SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0390505;
      when : "CLK&!D&!DE&SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0305644;
      when : "!CLK&!D&!DE&SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0306392;
      when : "CLK&!D&!DE&SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0546056;
      when : "CLK&D&DE&SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.022788;
      when : "CLK&D&!DE&!SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.039107;
      when : "CLK&D&!DE&SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0306209;
      when : "!CLK&D&!DE&SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0304911;
      when : "CLK&!D&DE&!SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0468101;
      when : "CLK&!D&DE&SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0383241;
      when : "!CLK&!D&DE&SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.062822;
      when : "CLK&D&DE&SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0545308;
      when : "!CLK&D&DE&SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.02292;
      when : "CLK&!D&DE&!SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0383948;
      when : "CLK&D&!DE&!SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0470606;
      when : "!CLK&!D&!DE&SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0470712;
      when : "CLK&!D&!DE&SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0465414;
      when : "CLK&D&!DE&SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0544692;
      when : "!CLK&D&!DE&SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0307102;
      when : "CLK&!D&DE&SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0388329;
      when : "!CLK&!D&DE&SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0622901;
      when : "!CLK&D&DE&SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.046737;
      when : "CLK&D&DE&!SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.022849;
      when : "CLK&!D&!DE&!SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0305339;
      when : "!CLK&!D&DE&!SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0226566;
      when : "!CLK&!D&!DE&!SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0229056;
      when : "CLK&D&!DE&!SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0227132;
      when : "!CLK&D&!DE&!SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0309763;
      when : "!CLK&!D&!DE&!SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0389192;
      when : "!CLK&!D&!DE&SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0390433;
      when : "!CLK&!D&!DE&SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0227064;
      when : "!CLK&!D&DE&!SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0463278;
      when : "!CLK&D&!DE&SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0304966;
      when : "!CLK&!D&DE&SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0390999;
      when : "!CLK&D&!DE&SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.046803;
      when : "!CLK&!D&DE&SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0467305;
      when : "!CLK&D&DE&!SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0467299;
      when : "!CLK&D&DE&!SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0541487;
      when : "!CLK&D&DE&SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0628149;
      when : "!CLK&D&DE&SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0309868;
      when : "CLK&!D&!DE&!SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0383849;
      when : "!CLK&D&!DE&!SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0227743;
      when : "!CLK&!D&!DE&!SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0228308;
      when : "!CLK&D&!DE&!SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0309756;
      when : "!CLK&!D&!DE&!SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0383842;
      when : "!CLK&D&!DE&!SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0225888;
      when : "!CLK&!D&DE&!SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.038664;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.227061;
      max_transition : 1.50385;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0.188324, 0.194801, 0.209922, 0.245596, 0.338505, 0.579276, 1.24245", \
            "0.192059, 0.198657, 0.213734, 0.249442, 0.342337, 0.583127, 1.2464", \
            "0.201114, 0.207713, 0.222787, 0.258495, 0.351389, 0.592181, 1.25545", \
            "0.219976, 0.226396, 0.241541, 0.277236, 0.370137, 0.611087, 1.27371", \
            "0.244254, 0.25077, 0.265927, 0.301597, 0.394503, 0.635323, 1.29856", \
            "0.264299, 0.270796, 0.28592, 0.321602, 0.414524, 0.655409, 1.31657", \
            "0.258394, 0.265063, 0.280316, 0.316019, 0.408943, 0.64989, 1.31056" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0.0211568, 0.0272093, 0.043142, 0.0879317, 0.210833, 0.548534, 1.50094", \
            "0.0213643, 0.0272878, 0.0431754, 0.0879446, 0.211007, 0.548321, 1.5015", \
            "0.0213587, 0.0272914, 0.0431738, 0.0879465, 0.211003, 0.548318, 1.5015", \
            "0.0211304, 0.0272132, 0.0431413, 0.0879306, 0.21097, 0.548365, 1.50201", \
            "0.0211395, 0.0271942, 0.0432559, 0.0879717, 0.210982, 0.548292, 1.50139", \
            "0.0213228, 0.0272454, 0.0432933, 0.0880422, 0.211054, 0.547898, 1.50385", \
            "0.021735, 0.0276066, 0.0434654, 0.0879964, 0.211024, 0.548452, 1.49524" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0.190325, 0.19829, 0.215918, 0.25119, 0.319377, 0.454837, 0.786925", \
            "0.194074, 0.202045, 0.21966, 0.254926, 0.323117, 0.458604, 0.790221", \
            "0.202741, 0.210567, 0.228283, 0.26357, 0.331758, 0.467245, 0.798893", \
            "0.22114, 0.229039, 0.246702, 0.282011, 0.350191, 0.48566, 0.817695", \
            "0.246129, 0.253981, 0.271631, 0.307023, 0.375162, 0.51064, 0.842718", \
            "0.269683, 0.277659, 0.295239, 0.33053, 0.398731, 0.53423, 0.866018", \
            "0.274215, 0.282432, 0.300229, 0.335695, 0.404077, 0.53971, 0.872429" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0.0333411, 0.0390911, 0.0519165, 0.0787588, 0.134799, 0.272678, 0.695673", \
            "0.0333352, 0.0391416, 0.0519264, 0.0788059, 0.134824, 0.272298, 0.687757", \
            "0.0333346, 0.0390914, 0.051901, 0.0788568, 0.13485, 0.27227, 0.68789", \
            "0.0330161, 0.0391214, 0.051771, 0.0787806, 0.134802, 0.272937, 0.69025", \
            "0.0332275, 0.0388005, 0.0518246, 0.0788158, 0.134803, 0.272836, 0.689753", \
            "0.0336478, 0.0390581, 0.0522396, 0.0790492, 0.134862, 0.272044, 0.688585", \
            "0.0349499, 0.0408127, 0.0533559, 0.0799847, 0.135305, 0.272174, 0.688934" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0, 0, 0.000788, 0.0197661, 0.0615446, 0.164217, 0.438928", \
            "0, 0, 0.0008201, 0.0197942, 0.061561, 0.163468, 0.438963", \
            "0, 0, 0.0009209, 0.0198363, 0.0615461, 0.163417, 0.438897", \
            "0, 0, 0.0006541, 0.01947, 0.0610823, 0.163795, 0.438475", \
            "0, 0, 0.0003493, 0.0191593, 0.0608219, 0.162645, 0.437931", \
            "0, 0, 0.0001963, 0.0192497, 0.0611636, 0.16343, 0.440644", \
            "0, 0, -0.0004687, 0.0196814, 0.0627325, 0.166403, 0.441068" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
          values ( \
            "0, 0, 0.0067165, 0.0175792, 0.0056141, -0.0781273, -0.346773", \
            "0, 0, 0.0067045, 0.0175128, 0.0054695, -0.0783159, -0.347004", \
            "0, 0, 0.0068006, 0.0175371, 0.0054441, -0.0783796, -0.347083", \
            "0, 0, 0.0065609, 0.0172308, 0.005013, -0.0788681, -0.347576", \
            "0, 0, 0.0062076, 0.016857, 0.0046617, -0.0791959, -0.347911", \
            "0, 0, 0.0057934, 0.0167772, 0.0049059, -0.0787026, -0.347239", \
            "0, 0, 0.0054072, 0.017671, 0.0070732, -0.0762812, -0.344693" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.223399;
      max_transition : 1.50391;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.299879, 0.306895, 0.322163, 0.356019, 0.44302, 0.681832, 1.34138", \
            "0.303608, 0.310632, 0.325884, 0.359771, 0.446763, 0.685902, 1.34693", \
            "0.31224, 0.319273, 0.334528, 0.368396, 0.455743, 0.694371, 1.35417", \
            "0.330646, 0.337701, 0.35297, 0.386836, 0.474226, 0.712612, 1.37375", \
            "0.355615, 0.362654, 0.377917, 0.411824, 0.498897, 0.73798, 1.40167", \
            "0.379071, 0.386135, 0.401417, 0.435276, 0.522509, 0.760974, 1.42248", \
            "0.384297, 0.391383, 0.406688, 0.440551, 0.527901, 0.766698, 1.42555" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0259903, 0.0313589, 0.045048, 0.0848232, 0.205625, 0.548087, 1.50391", \
            "0.0259868, 0.031338, 0.0450368, 0.0848078, 0.205578, 0.547891, 1.50335", \
            "0.0259959, 0.0313937, 0.0450368, 0.0849307, 0.206107, 0.54789, 1.50118", \
            "0.0259587, 0.0313587, 0.0450381, 0.0849506, 0.205659, 0.547978, 1.49579", \
            "0.0259426, 0.0313702, 0.0450026, 0.0848584, 0.205748, 0.54721, 1.50351", \
            "0.0260468, 0.0314547, 0.0450227, 0.084982, 0.205791, 0.548219, 1.5006", \
            "0.0261427, 0.0315494, 0.0451058, 0.0849131, 0.205968, 0.546815, 1.49819" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.25829, 0.26384, 0.275867, 0.300418, 0.351408, 0.47393, 0.807613", \
            "0.262006, 0.267545, 0.279582, 0.304135, 0.355124, 0.477648, 0.811194", \
            "0.271109, 0.276648, 0.288685, 0.313234, 0.36422, 0.486684, 0.819637", \
            "0.289855, 0.295395, 0.307454, 0.33201, 0.382917, 0.50554, 0.838943", \
            "0.314176, 0.319721, 0.331753, 0.356299, 0.407297, 0.529808, 0.863107", \
            "0.334102, 0.339639, 0.351705, 0.376254, 0.42724, 0.549679, 0.882444", \
            "0.327791, 0.33333, 0.345434, 0.369934, 0.420892, 0.543539, 0.877243" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382244, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0.0203259, 0.0242382, 0.033485, 0.0540948, 0.106148, 0.259203, 0.694346", \
            "0.0203257, 0.0242398, 0.0334295, 0.0540854, 0.106149, 0.257737, 0.695298", \
            "0.0203243, 0.0242477, 0.0333879, 0.0542945, 0.106332, 0.259088, 0.692945", \
            "0.0203069, 0.0242322, 0.0332896, 0.0538383, 0.106469, 0.258081, 0.701707", \
            "0.0203264, 0.0242579, 0.0333848, 0.0541541, 0.106211, 0.259082, 0.695428", \
            "0.0203154, 0.0244927, 0.0333198, 0.054092, 0.106308, 0.25881, 0.69255", \
            "0.0202926, 0.0243207, 0.0336383, 0.0544521, 0.106548, 0.258453, 0.695826" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0, 0, -0.0004026, 0.0175777, 0.0580697, 0.158432, 0.429749", \
            "0, 0, -0.0004221, 0.0175114, 0.0577784, 0.157545, 0.429174", \
            "0, 0, -0.0003226, 0.0175288, 0.0577553, 0.158198, 0.427411", \
            "0, 0, -0.0005628, 0.0172289, 0.0573198, 0.157871, 0.425893", \
            "0, 0, -0.0009278, 0.0168559, 0.0570147, 0.156596, 0.428503", \
            "0, 0, -0.0013486, 0.0167686, 0.0570694, 0.157868, 0.426724", \
            "0, 0, -0.0014251, 0.0176737, 0.0594543, 0.160292, 0.430151" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138247, 0.00382243, 0.0105688, 0.029222, 0.080797, 0.223399");
          values ( \
            "0, 0, 0.0078159, 0.0197836, 0.0092057, -0.0727985, -0.336393", \
            "0, 0, 0.0078662, 0.0198026, 0.009199, -0.0727959, -0.336435", \
            "0, 0, 0.0079151, 0.0197505, 0.0090434, -0.0730115, -0.33666", \
            "0, 0, 0.007713, 0.0195013, 0.0087668, -0.0733371, -0.336989", \
            "0, 0, 0.0073974, 0.0192199, 0.008502, -0.0735845, -0.337223", \
            "0, 0, 0.0070332, 0.0192287, 0.008876, -0.072951, -0.33649", \
            "0, 0, 0.0063808, 0.0196891, 0.0103283, -0.0710138, -0.334378" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001842;
      rise_capacitance : 0.001929;
      rise_capacitance_range (0.001929, 0.001929);
      fall_capacitance : 0.001755;
      fall_capacitance_range (0.001755, 0.001755);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.108268, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.112662, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0258567, 0.0257127, 0.0253812, 0.0256819, 0.0263752, 0.0279733, 0.0316571" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0317869, 0.0316295, 0.0312671, 0.0316045, 0.0323821, 0.0341748, 0.038307" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001833;
      rise_capacitance : 0.001926;
      rise_capacitance_range (0.001926, 0.001926);
      fall_capacitance : 0.00174;
      fall_capacitance_range (0.00174, 0.00174);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.100539, -0.193915, -0.224839", \
            "-0.0913919, -0.184768, -0.225458", \
            "-0.149579, -0.245396, -0.29341" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.182326, -0.357489, -0.597154", \
            "-0.147544, -0.326369, -0.581903", \
            "-0.173993, -0.354038, -0.619338" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.113084, 0.210122, 0.250812", \
            "0.103937, 0.199754, 0.241665", \
            "0.163344, 0.259162, 0.308396" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.219285, 0.395669, 0.643878", \
            "0.183283, 0.362107, 0.621303", \
            "0.209731, 0.388556, 0.652635" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0105285, 0.0104976, 0.0104266, 0.0106415, 0.0111368, 0.0122787, 0.0149109" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.01793, 0.0177975, 0.0174925, 0.017749, 0.0183405, 0.019704, 0.022847" \
          );
        }
      }
    }
    pin (DE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003485;
      rise_capacitance : 0.003628;
      rise_capacitance_range (0.003628, 0.003628);
      fall_capacitance : 0.003343;
      fall_capacitance_range (0.003343, 0.003343);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.215285, -0.239081, -0.186997", \
            "-0.17562, -0.198195, -0.146112", \
            "-0.199628, -0.223423, -0.17134" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.222609, -0.389227, -0.652085", \
            "-0.186607, -0.353225, -0.625848", \
            "-0.210614, -0.379673, -0.6584" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.115525, 0.202798, 0.236163", \
            "0.106378, 0.19365, 0.229458", \
            "0.167006, 0.254279, 0.293748" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.149705, 0.278481, 0.437579", \
            "0.136896, 0.266893, 0.425991", \
            "0.193862, 0.322638, 0.481736" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0001602, -1.60375e-05, -0.0004222, -2.83874e-05, 0.0008793, 0.0029718, 0.007795" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0126952, 0.0125533, 0.0122264, 0.0126117, 0.0135001, 0.0155478, 0.020268" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001764;
      rise_capacitance : 0.001816;
      rise_capacitance_range (0.001816, 0.001816);
      fall_capacitance : 0.001711;
      fall_capacitance_range (0.001711, 0.001711);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.055373, -0.123114, -0.108872", \
            "-0.0389017, -0.105422, -0.0972839", \
            "-0.090985, -0.156284, -0.151809" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.134719, -0.298895, -0.548325", \
            "-0.0852884, -0.251906, -0.508661", \
            "-0.104413, -0.272251, -0.531447" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0630352, 0.133217, 0.122638", \
            "0.0490052, 0.115525, 0.107387", \
            "0.10353, 0.168829, 0.164354" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.169236, 0.332192, 0.580402", \
            "0.121027, 0.287645, 0.543178", \
            "0.140151, 0.306769, 0.565965" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0034332, -0.0034429, -0.0034651, -0.0034749, -0.0034976, -0.0035496, -0.0036696" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0035564, 0.0035552, 0.0035526, 0.0035615, 0.0035822, 0.0036297, 0.0037396" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.0035;
      rise_capacitance : 0.003753;
      rise_capacitance_range (0.003753, 0.003753);
      fall_capacitance : 0.003247;
      fall_capacitance_range (0.003247, 0.003247);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.142043, -0.167059, -0.118638", \
            "-0.0926126, -0.116408, -0.067987", \
            "-0.110516, -0.135533, -0.0871113" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.109084, -0.265936, -0.476304", \
            "-0.0694193, -0.226271, -0.45495", \
            "-0.0934264, -0.251499, -0.485061" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0557109, 0.125893, 0.106769", \
            "0.0429017, 0.106981, 0.0902975", \
            "0.0986471, 0.161505, 0.149705" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0959941, 0.239419, 0.410724", \
            "0.0831849, 0.225389, 0.395473", \
            "0.13771, 0.279913, 0.449998" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0118707, 0.0116681, 0.0112013, 0.011491, 0.0121588, 0.0136982, 0.0172467" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.011977, 0.0118973, 0.011714, 0.0121594, 0.0131864, 0.0155536, 0.0210102" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "(D&DE&!SCE) | (IQ&!DE&!SCE) | (SCD&SCE)";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (QN) {
        direction : output;
        function : "IQN";
        signal_type : test_scan_out_inverted;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (DE) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      ff (IQ,IQN) {
        clocked_on : "CLK";
        next_state : "(D&DE) | (IQ&!DE)";
      }
    }
  }
  cell (scs8hd_sedfxbp_2) {
    area : 41.2896;
    cell_footprint : "sedfxbp";
    cell_leakage_power : 0.0448862;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0290232;
      when : "CLK&!D&DE&!SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0446163;
      when : "CLK&D&!DE&!SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0605831;
      when : "CLK&D&DE&SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0524365;
      when : "CLK&D&DE&!SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0524264;
      when : "!CLK&D&DE&!SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0529561;
      when : "CLK&D&DE&!SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0289499;
      when : "CLK&!D&!DE&!SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0446173;
      when : "CLK&!D&DE&SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0368272;
      when : "CLK&!D&DE&!SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0366438;
      when : "!CLK&!D&DE&!SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0369142;
      when : "CLK&D&!DE&SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.045269;
      when : "CLK&!D&!DE&SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.036792;
      when : "!CLK&!D&!DE&SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0368577;
      when : "CLK&!D&!DE&SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.060824;
      when : "CLK&D&DE&SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0290064;
      when : "CLK&D&!DE&!SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0453255;
      when : "CLK&D&!DE&SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0368485;
      when : "!CLK&D&!DE&SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0367096;
      when : "CLK&!D&DE&!SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0530286;
      when : "CLK&!D&DE&SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0445516;
      when : "!CLK&!D&DE&SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0690405;
      when : "CLK&D&DE&SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0607583;
      when : "!CLK&D&DE&SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0291409;
      when : "CLK&!D&DE&!SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0446156;
      when : "CLK&D&!DE&!SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0685216;
      when : "CLK&D&DE&SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0524372;
      when : "CLK&D&DE&!SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0524258;
      when : "!CLK&D&DE&!SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0607007;
      when : "CLK&D&!DE&SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0450643;
      when : "CLK&!D&DE&SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.037207;
      when : "CLK&!D&!DE&!SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0453536;
      when : "CLK&!D&!DE&SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0532813;
      when : "!CLK&!D&!DE&SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.053292;
      when : "CLK&!D&!DE&SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0527622;
      when : "CLK&D&!DE&SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0606899;
      when : "!CLK&D&!DE&SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.036931;
      when : "CLK&!D&DE&SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0450535;
      when : "!CLK&!D&DE&SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0685108;
      when : "!CLK&D&DE&SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0529555;
      when : "CLK&D&DE&!SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0290675;
      when : "CLK&!D&!DE&!SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0367615;
      when : "!CLK&!D&DE&!SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0288842;
      when : "!CLK&!D&!DE&!SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0291241;
      when : "CLK&D&!DE&!SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0289407;
      when : "!CLK&D&!DE&!SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0371969;
      when : "!CLK&!D&!DE&!SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0372077;
      when : "CLK&!D&!DE&!SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0446055;
      when : "!CLK&D&!DE&!SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0290018;
      when : "!CLK&!D&!DE&!SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0290584;
      when : "!CLK&D&!DE&!SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0371962;
      when : "!CLK&!D&!DE&!SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0446049;
      when : "!CLK&D&!DE&!SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0288092;
      when : "!CLK&!D&DE&!SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0451396;
      when : "!CLK&!D&!DE&SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0452744;
      when : "!CLK&!D&!DE&SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0289268;
      when : "!CLK&!D&DE&!SCE&SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0525482;
      when : "!CLK&D&!DE&SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.036717;
      when : "!CLK&!D&DE&SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0453309;
      when : "!CLK&D&!DE&SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.053034;
      when : "!CLK&!D&DE&SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0529615;
      when : "!CLK&D&DE&!SCE&!SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0529609;
      when : "!CLK&D&DE&!SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0603691;
      when : "!CLK&D&DE&SCE&!SCD&Q&!QN";
    }
    leakage_power () {
      value : 0.0690459;
      when : "!CLK&D&DE&SCE&SCD&!Q&QN";
    }
    leakage_power () {
      value : 0.0448862;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.418406;
      max_transition : 1.50551;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153488, 0.00471172, 0.0144638, 0.0444006, 0.136299, 0.418406");
          values ( \
            "0.200555, 0.205894, 0.218918, 0.249376, 0.329696, 0.562173, 1.26042", \
            "0.20436, 0.209773, 0.222596, 0.253043, 0.333432, 0.565983, 1.26317", \
            "0.213404, 0.218746, 0.231612, 0.262128, 0.342474, 0.57499, 1.26872", \
            "0.232106, 0.237514, 0.250597, 0.281023, 0.361335, 0.59388, 1.28857", \
            "0.256628, 0.262001, 0.274945, 0.305304, 0.385678, 0.618203, 1.312", \
            "0.276796, 0.282146, 0.295158, 0.325609, 0.405974, 0.638527, 1.33168", \
            "0.271363, 0.276814, 0.289695, 0.320283, 0.400655, 0.633239, 1.32499" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153488, 0.00471172, 0.0144638, 0.0444006, 0.136299, 0.418406");
          values ( \
            "0.019666, 0.0243464, 0.0361405, 0.0694223, 0.178005, 0.498182, 1.50456", \
            "0.0197276, 0.0242907, 0.0360309, 0.0695168, 0.177623, 0.499941, 1.50415", \
            "0.0198036, 0.0243043, 0.0360003, 0.0693842, 0.177744, 0.498645, 1.50358", \
            "0.0198685, 0.0241842, 0.0361091, 0.0693951, 0.177643, 0.498575, 1.5007", \
            "0.0198316, 0.0242354, 0.0359021, 0.0695658, 0.177493, 0.498642, 1.50351", \
            "0.0198189, 0.0242618, 0.0361267, 0.0694403, 0.177849, 0.499132, 1.50551", \
            "0.0200131, 0.0245426, 0.0362567, 0.0695876, 0.177681, 0.498578, 1.49512" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153488, 0.00471172, 0.0144638, 0.0444006, 0.136299, 0.418406");
          values ( \
            "0.2294, 0.235761, 0.251132, 0.284817, 0.352904, 0.49143, 0.822623", \
            "0.233166, 0.239521, 0.25489, 0.288571, 0.356661, 0.495186, 0.82645", \
            "0.241769, 0.248134, 0.2635, 0.297168, 0.365255, 0.503779, 0.835046", \
            "0.260041, 0.266269, 0.281793, 0.315423, 0.383514, 0.522052, 0.85329", \
            "0.284664, 0.290956, 0.306357, 0.340022, 0.408091, 0.546584, 0.877692", \
            "0.30805, 0.314278, 0.329597, 0.363417, 0.4315, 0.570014, 0.901072", \
            "0.313133, 0.31944, 0.334626, 0.368513, 0.436628, 0.575174, 0.906413" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153488, 0.00471172, 0.0144638, 0.0444006, 0.136299, 0.418406");
          values ( \
            "0.0399492, 0.0439588, 0.0545349, 0.0792574, 0.1309, 0.256166, 0.649004", \
            "0.0397682, 0.0439504, 0.054522, 0.079223, 0.130892, 0.255753, 0.649375", \
            "0.0398591, 0.0439389, 0.0545129, 0.0792167, 0.13089, 0.2557, 0.649865", \
            "0.0399873, 0.0439851, 0.0544325, 0.0788669, 0.130963, 0.2561, 0.649472", \
            "0.0397818, 0.0437655, 0.0543511, 0.078689, 0.130915, 0.256408, 0.650235", \
            "0.0400111, 0.0441268, 0.0547373, 0.0793843, 0.131155, 0.25651, 0.651805", \
            "0.0402873, 0.0443657, 0.0552007, 0.07989, 0.131466, 0.256197, 0.647413" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153488, 0.00471172, 0.0144639, 0.0444006, 0.136299, 0.418406");
          values ( \
            "0, 0, 0.0008424, 0.024848, 0.0879142, 0.263217, 0.794966", \
            "0, 0, 0.0008967, 0.0248152, 0.0877613, 0.263074, 0.795112", \
            "0, 0, 0.0009996, 0.0249245, 0.0878531, 0.263266, 0.795518", \
            "0, 0, 0.0007673, 0.0245618, 0.0873215, 0.263306, 0.800158", \
            "0, 0, 0.0005103, 0.0242905, 0.0871379, 0.262482, 0.794739", \
            "0, 0, 0.000333, 0.0244578, 0.087612, 0.263044, 0.800054", \
            "0, 0, 0.0002164, 0.0257956, 0.0898376, 0.266463, 0.799356" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00153488, 0.00471172, 0.0144639, 0.0444006, 0.136299, 0.418406");
          values ( \
            "0, 0, 0.0098606, 0.0234323, -0.001641, -0.156073, -0.684071", \
            "0, 0, 0.0098692, 0.0233415, -0.0017846, -0.15625, -0.684298", \
            "0, 0, 0.0099782, 0.0233944, -0.0018124, -0.156309, -0.684389", \
            "0, 0, 0.0097311, 0.0230693, -0.0021407, -0.156719, -0.684794", \
            "0, 0, 0.0094566, 0.0226773, -0.0024826, -0.157096, -0.685194", \
            "0, 0, 0.0090444, 0.0226759, -0.0021554, -0.156668, -0.684623", \
            "0, 0, 0.0089816, 0.0242596, 0.0010249, -0.153691, -0.681659" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.397349;
      max_transition : 1.49868;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0.381573, 0.387699, 0.402021, 0.432349, 0.508191, 0.734275, 1.42447", \
            "0.385326, 0.391451, 0.405782, 0.436101, 0.511954, 0.738099, 1.42758", \
            "0.393915, 0.400043, 0.414378, 0.444701, 0.52055, 0.746704, 1.43609", \
            "0.41226, 0.41833, 0.432621, 0.462977, 0.538912, 0.764972, 1.45363", \
            "0.436843, 0.442974, 0.457292, 0.487644, 0.563604, 0.789539, 1.47772", \
            "0.460071, 0.466244, 0.480578, 0.510945, 0.586998, 0.812828, 1.50186", \
            "0.465196, 0.471286, 0.485638, 0.51605, 0.592054, 0.818089, 1.50633" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0.0252515, 0.0299291, 0.0409112, 0.0706186, 0.171873, 0.498013, 1.49868", \
            "0.0252477, 0.0299284, 0.0409134, 0.0706174, 0.171891, 0.497203, 1.49786", \
            "0.0252485, 0.0299277, 0.040913, 0.0706181, 0.171874, 0.497112, 1.49736", \
            "0.0251646, 0.0298816, 0.0408637, 0.070591, 0.17192, 0.497691, 1.49729", \
            "0.0252273, 0.0299321, 0.0409522, 0.0704978, 0.171661, 0.496916, 1.49809", \
            "0.0252503, 0.0298136, 0.0409138, 0.0705935, 0.171689, 0.497433, 1.49371", \
            "0.0252422, 0.0298539, 0.0409619, 0.0704501, 0.171689, 0.497705, 1.49711" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0.29114, 0.29571, 0.306645, 0.329672, 0.377307, 0.489894, 0.815496", \
            "0.294897, 0.299481, 0.31041, 0.333584, 0.380961, 0.493589, 0.819387", \
            "0.303948, 0.30852, 0.319474, 0.342623, 0.389994, 0.502627, 0.828277", \
            "0.322722, 0.327281, 0.338233, 0.36139, 0.408761, 0.521337, 0.846841", \
            "0.347109, 0.35166, 0.362609, 0.385801, 0.433188, 0.5458, 0.87187", \
            "0.3673, 0.371868, 0.382803, 0.406055, 0.453464, 0.565965, 0.892076", \
            "0.361543, 0.36613, 0.377065, 0.400243, 0.44761, 0.560269, 0.886197" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0.0206118, 0.023768, 0.0315691, 0.0490101, 0.0925159, 0.224532, 0.653956", \
            "0.0205546, 0.0238091, 0.031837, 0.049523, 0.0925651, 0.223907, 0.654669", \
            "0.0205821, 0.0237397, 0.0315088, 0.0488157, 0.09245, 0.224505, 0.653101", \
            "0.0206236, 0.0238379, 0.0314807, 0.0496582, 0.092735, 0.224806, 0.654418", \
            "0.0205965, 0.0238343, 0.0317238, 0.0495154, 0.0927373, 0.224782, 0.654758", \
            "0.0206252, 0.0237738, 0.0315603, 0.0489949, 0.0926942, 0.22461, 0.654241", \
            "0.0205735, 0.0238349, 0.0318499, 0.0495376, 0.0926077, 0.224601, 0.655227" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0, 0, 0.0002398, 0.023401, 0.0832378, 0.24935, 0.754006", \
            "0, 0, 0.0002505, 0.0233548, 0.0828549, 0.249328, 0.754672", \
            "0, 0, 0.0003621, 0.0234012, 0.0828346, 0.249296, 0.753835", \
            "0, 0, 0.0001274, 0.023073, 0.0824285, 0.249696, 0.750068", \
            "0, 0, -0.0002004, 0.0226921, 0.0821185, 0.248517, 0.74994", \
            "0, 0, -0.0005716, 0.0226805, 0.082314, 0.248896, 0.753012", \
            "0, 0, -0.0002722, 0.0241737, 0.0848334, 0.252865, 0.754947" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
          values ( \
            "0, 0, 0.0102069, 0.0248246, 0.0036279, -0.142935, -0.641819", \
            "0, 0, 0.0102739, 0.024846, 0.0036441, -0.142912, -0.641836", \
            "0, 0, 0.0103557, 0.0248402, 0.0034673, -0.14316, -0.641998", \
            "0, 0, 0.0101564, 0.0245818, 0.0032022, -0.143475, -0.642416", \
            "0, 0, 0.009873, 0.0243302, 0.0030405, -0.143623, -0.642554", \
            "0, 0, 0.0095585, 0.0244211, 0.0034757, -0.142958, -0.641765", \
            "0, 0, 0.0093882, 0.0258399, 0.0055801, -0.140609, -0.639404" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001839;
      rise_capacitance : 0.001929;
      rise_capacitance_range (0.001929, 0.001929);
      fall_capacitance : 0.001748;
      fall_capacitance_range (0.001748, 0.001748);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.128041, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.112662, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0258953, 0.0257434, 0.0253936, 0.0256652, 0.0262914, 0.0277349, 0.0310625" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0317701, 0.0316117, 0.0312468, 0.0315844, 0.0323629, 0.0341572, 0.0382934" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001833;
      rise_capacitance : 0.001926;
      rise_capacitance_range (0.001926, 0.001926);
      fall_capacitance : 0.001741;
      fall_capacitance_range (0.001741, 0.001741);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0993184, -0.193915, -0.224839", \
            "-0.0913919, -0.184768, -0.225458", \
            "-0.149579, -0.245396, -0.29219" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.181105, -0.356268, -0.597154", \
            "-0.146324, -0.325148, -0.581903", \
            "-0.173993, -0.354038, -0.618117" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.113084, 0.210122, 0.250812", \
            "0.103937, 0.199754, 0.244106", \
            "0.163344, 0.260382, 0.308396" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.220506, 0.396889, 0.643878", \
            "0.184503, 0.363328, 0.622524", \
            "0.212172, 0.390997, 0.653856" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0105328, 0.0105, 0.0104246, 0.0106399, 0.0111364, 0.012281, 0.0149191" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0179322, 0.0178009, 0.0174984, 0.0177549, 0.0183463, 0.0197098, 0.0228527" \
          );
        }
      }
    }
    pin (DE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003485;
      rise_capacitance : 0.003627;
      rise_capacitance_range (0.003627, 0.003627);
      fall_capacitance : 0.003343;
      fall_capacitance_range (0.003343, 0.003343);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.215285, -0.239081, -0.186997", \
            "-0.1744, -0.198195, -0.146112", \
            "-0.199628, -0.223423, -0.17134" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.222609, -0.389227, -0.653306", \
            "-0.186607, -0.354445, -0.627069", \
            "-0.211835, -0.380894, -0.659621" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.115525, 0.202798, 0.237384", \
            "0.106378, 0.19365, 0.229458", \
            "0.167006, 0.254279, 0.294969" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.149705, 0.278481, 0.437579", \
            "0.136896, 0.266893, 0.425991", \
            "0.193862, 0.322638, 0.481736" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0001114, -5.3335e-05, -0.0004329, -4.26844e-05, 0.000857, 0.0029309, 0.0077114" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0126918, 0.0125504, 0.0122246, 0.0126102, 0.013499, 0.0155481, 0.0202713" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001763;
      rise_capacitance : 0.001816;
      rise_capacitance_range (0.001816, 0.001816);
      fall_capacitance : 0.001711;
      fall_capacitance_range (0.001711, 0.001711);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.055373, -0.123114, -0.108872", \
            "-0.0389017, -0.105422, -0.0972839", \
            "-0.090985, -0.156284, -0.153029" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.133498, -0.297675, -0.547105", \
            "-0.0852884, -0.251906, -0.508661", \
            "-0.104413, -0.271031, -0.531447" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0642559, 0.134438, 0.123859", \
            "0.0490052, 0.116746, 0.108608", \
            "0.10353, 0.168829, 0.164354" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.169236, 0.333413, 0.581622", \
            "0.123468, 0.288865, 0.54562", \
            "0.142593, 0.30921, 0.567186" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0034349, -0.0034392, -0.003449, -0.0034594, -0.0034831, -0.0035379, -0.003664" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.003559, 0.0035583, 0.003557, 0.0035657, 0.0035859, 0.0036325, 0.0037401" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003503;
      rise_capacitance : 0.003753;
      rise_capacitance_range (0.003753, 0.003753);
      fall_capacitance : 0.003254;
      fall_capacitance_range (0.003254, 0.003254);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.142043, -0.167059, -0.118638", \
            "-0.0926126, -0.116408, -0.067987", \
            "-0.111737, -0.135533, -0.0871113" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.107863, -0.264715, -0.475083", \
            "-0.0694193, -0.226271, -0.45495", \
            "-0.0934264, -0.250279, -0.485061" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0569316, 0.127114, 0.10799", \
            "0.0429017, 0.106981, 0.0902975", \
            "0.0986471, 0.161505, 0.149705" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0959941, 0.239419, 0.410724", \
            "0.0831849, 0.225389, 0.395473", \
            "0.13893, 0.279913, 0.449998" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0118707, 0.0116681, 0.0112012, 0.0114862, 0.0121436, 0.0136588, 0.0171513" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0119689, 0.0119021, 0.0117484, 0.0121165, 0.0129654, 0.0149222, 0.0194328" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "(D&DE&!SCE) | (IQ&!DE&!SCE) | (SCD&SCE)";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (QN) {
        direction : output;
        function : "IQN";
        signal_type : test_scan_out_inverted;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (DE) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      ff (IQ,IQN) {
        clocked_on : "CLK";
        next_state : "(D&DE) | (IQ&!DE)";
      }
    }
  }
  cell (scs8hd_sedfxtp_1) {
    area : 36.2848;
    cell_footprint : "sedfxtp";
    cell_leakage_power : 0.0355334;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0165778;
      when : "CLK&!D&DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0321708;
      when : "CLK&D&!DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0481377;
      when : "CLK&D&DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0399911;
      when : "CLK&D&DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0399842;
      when : "!CLK&D&DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0467166;
      when : "CLK&D&DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0227103;
      when : "CLK&!D&!DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0383778;
      when : "CLK&!D&DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0305876;
      when : "CLK&!D&DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0303635;
      when : "!CLK&!D&DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0306747;
      when : "CLK&D&!DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0390294;
      when : "CLK&!D&!DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0305116;
      when : "!CLK&!D&!DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0306181;
      when : "CLK&!D&!DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0545845;
      when : "CLK&D&DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0227669;
      when : "CLK&D&!DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0390859;
      when : "CLK&D&!DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0305682;
      when : "!CLK&D&!DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.03047;
      when : "CLK&!D&DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.046789;
      when : "CLK&!D&DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0382713;
      when : "!CLK&!D&DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0628009;
      when : "CLK&D&DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.054478;
      when : "!CLK&D&DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0166954;
      when : "CLK&!D&DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0321702;
      when : "CLK&D&!DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0560761;
      when : "CLK&D&DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0399917;
      when : "CLK&D&DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0399835;
      when : "!CLK&D&DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0482552;
      when : "CLK&D&!DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0326188;
      when : "CLK&!D&DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0247616;
      when : "CLK&!D&!DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0329082;
      when : "CLK&!D&!DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.040839;
      when : "!CLK&!D&!DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0408466;
      when : "CLK&!D&!DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0403168;
      when : "CLK&D&!DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0482476;
      when : "!CLK&D&!DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0244856;
      when : "CLK&!D&DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0326112;
      when : "!CLK&!D&DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0560685;
      when : "!CLK&D&DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0467159;
      when : "CLK&D&DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.022828;
      when : "CLK&!D&!DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0304812;
      when : "!CLK&!D&DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0226039;
      when : "!CLK&!D&!DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0228845;
      when : "CLK&D&!DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0226604;
      when : "!CLK&D&!DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0247546;
      when : "!CLK&!D&!DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0247622;
      when : "CLK&!D&!DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0321633;
      when : "!CLK&D&!DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0227215;
      when : "!CLK&!D&!DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.022778;
      when : "!CLK&D&!DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.024754;
      when : "!CLK&!D&!DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0321626;
      when : "!CLK&D&!DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0163676;
      when : "!CLK&!D&DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.032698;
      when : "!CLK&!D&!DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0389842;
      when : "!CLK&!D&!DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0164852;
      when : "!CLK&!D&DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0401066;
      when : "!CLK&D&!DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0242754;
      when : "!CLK&!D&DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0390407;
      when : "!CLK&D&!DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0467438;
      when : "!CLK&!D&DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0466713;
      when : "!CLK&D&DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0466707;
      when : "!CLK&D&DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0479275;
      when : "!CLK&D&DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0627557;
      when : "!CLK&D&DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0355334;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.227976;
      max_transition : 1.50366;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138715, 0.00384837, 0.0106765, 0.0296199, 0.0821744, 0.227976");
          values ( \
            "0.185794, 0.1921, 0.207082, 0.242588, 0.333211, 0.57355, 1.23618", \
            "0.189547, 0.19584, 0.210825, 0.246332, 0.336955, 0.577408, 1.24162", \
            "0.198616, 0.204913, 0.219897, 0.255403, 0.346025, 0.58648, 1.2506", \
            "0.217342, 0.223864, 0.238741, 0.274249, 0.364884, 0.604375, 1.27006", \
            "0.241385, 0.247861, 0.262859, 0.298358, 0.389002, 0.628807, 1.29137", \
            "0.262025, 0.268411, 0.283377, 0.318869, 0.409504, 0.648923, 1.3147", \
            "0.255342, 0.261821, 0.276753, 0.312306, 0.402996, 0.643142, 1.30424" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138715, 0.00384837, 0.0106765, 0.0296199, 0.0821744, 0.227976");
          values ( \
            "0.020665, 0.0265675, 0.0424211, 0.0865861, 0.207177, 0.547869, 1.50366", \
            "0.020687, 0.0265852, 0.0424227, 0.0865887, 0.207181, 0.547729, 1.50321", \
            "0.0206844, 0.0265724, 0.042422, 0.086579, 0.207181, 0.547644, 1.50346", \
            "0.0206374, 0.0267103, 0.0424863, 0.0866463, 0.207114, 0.546571, 1.49699", \
            "0.0206033, 0.0266576, 0.0425885, 0.0866, 0.207092, 0.546592, 1.499", \
            "0.0207264, 0.0266585, 0.0426195, 0.0866123, 0.206862, 0.547073, 1.50082", \
            "0.0210611, 0.0269284, 0.0428836, 0.0867605, 0.207269, 0.547684, 1.49851" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138715, 0.00384837, 0.0106765, 0.0296199, 0.0821744, 0.227976");
          values ( \
            "0.1836, 0.191606, 0.209065, 0.244469, 0.311927, 0.444851, 0.776311", \
            "0.187335, 0.195333, 0.212782, 0.248185, 0.31564, 0.44856, 0.779831", \
            "0.196086, 0.204032, 0.221446, 0.256846, 0.324303, 0.457226, 0.78838", \
            "0.214588, 0.222464, 0.239941, 0.275283, 0.342708, 0.475687, 0.806838", \
            "0.239433, 0.247298, 0.264767, 0.300147, 0.367608, 0.500611, 0.831841", \
            "0.262734, 0.270766, 0.288221, 0.323595, 0.391095, 0.524095, 0.855372", \
            "0.266896, 0.274912, 0.292789, 0.328363, 0.396059, 0.529157, 0.860658" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138715, 0.00384837, 0.0106765, 0.0296199, 0.0821744, 0.227976");
          values ( \
            "0.0325567, 0.0381992, 0.0512114, 0.0785329, 0.132374, 0.269252, 0.690446", \
            "0.0325414, 0.0381788, 0.0515313, 0.0785486, 0.13234, 0.269285, 0.690297", \
            "0.0324226, 0.0381349, 0.0514068, 0.0785018, 0.132383, 0.269544, 0.686101", \
            "0.0325253, 0.0383699, 0.0512245, 0.0785712, 0.132566, 0.26981, 0.692407", \
            "0.0323369, 0.0381435, 0.0512732, 0.0786807, 0.132598, 0.269296, 0.691111", \
            "0.032857, 0.0386294, 0.0515981, 0.0788114, 0.132678, 0.269858, 0.693892", \
            "0.0343933, 0.0402308, 0.0530502, 0.0799095, 0.133001, 0.269867, 0.687828" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138715, 0.00384837, 0.0106765, 0.0296199, 0.0821744, 0.227976");
          values ( \
            "0.0353071, 0.0371129, 0.0424966, 0.0565008, 0.0920976, 0.191872, 0.467379", \
            "0.0353177, 0.037128, 0.0425096, 0.0565035, 0.0922676, 0.190946, 0.467162", \
            "0.0353948, 0.0372044, 0.0425878, 0.0565796, 0.0923438, 0.191006, 0.467229", \
            "0.034664, 0.0365437, 0.0419069, 0.0558835, 0.0915465, 0.191097, 0.463241", \
            "0.0340569, 0.0359256, 0.041302, 0.0552719, 0.091318, 0.189593, 0.464483", \
            "0.0358999, 0.0376001, 0.0423373, 0.055214, 0.0909956, 0.189575, 0.466262", \
            "0.0372393, 0.0389486, 0.0435752, 0.0567044, 0.0926534, 0.191964, 0.465764" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00138715, 0.00384837, 0.0106765, 0.0296199, 0.0821744, 0.227976");
          values ( \
            "0.0223015, 0.0204495, 0.0157136, 0.0047802, -0.0285767, -0.127757, -0.404815", \
            "0.0221725, 0.0203164, 0.0155707, 0.0046472, -0.0287038, -0.127895, -0.404943", \
            "0.0222374, 0.020382, 0.0156652, 0.0047209, -0.0286322, -0.127833, -0.404882", \
            "0.0216219, 0.0197809, 0.0150184, 0.0041062, -0.0292778, -0.128445, -0.405512", \
            "0.0209834, 0.0191382, 0.0143916, 0.0034484, -0.0299122, -0.129082, -0.40613", \
            "0.0253539, 0.0234231, 0.0184471, 0.0053642, -0.0299935, -0.129122, -0.406159", \
            "0.0281615, 0.0261741, 0.0211521, 0.0080217, -0.0278965, -0.127666, -0.404877" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001826;
      rise_capacitance : 0.001913;
      rise_capacitance_range (0.001913, 0.001913);
      fall_capacitance : 0.001738;
      fall_capacitance_range (0.001738, 0.001738);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.103874, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.112662, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0258423, 0.0257016, 0.0253776, 0.0256498, 0.0262771, 0.0277232, 0.0310564" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0317952, 0.031644, 0.0312959, 0.0316318, 0.0324058, 0.0341901, 0.0383031" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001832;
      rise_capacitance : 0.001926;
      rise_capacitance_range (0.001926, 0.001926);
      fall_capacitance : 0.001739;
      fall_capacitance_range (0.001739, 0.001739);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.100539, -0.193915, -0.224839", \
            "-0.0913919, -0.185988, -0.225458", \
            "-0.150799, -0.245396, -0.29341" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.182326, -0.357489, -0.597154", \
            "-0.147544, -0.326369, -0.581903", \
            "-0.175214, -0.355259, -0.619338" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.113084, 0.210122, 0.250812", \
            "0.103937, 0.199754, 0.242885", \
            "0.164565, 0.260382, 0.308396" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.219285, 0.396889, 0.643878", \
            "0.184503, 0.362107, 0.621303", \
            "0.210952, 0.389777, 0.653856" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0104865, 0.010472, 0.0104383, 0.0106557, 0.0111565, 0.0123113, 0.0149732" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0179277, 0.0177938, 0.0174855, 0.0177332, 0.0183045, 0.0196212, 0.0226565" \
          );
        }
      }
    }
    pin (DE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003485;
      rise_capacitance : 0.003628;
      rise_capacitance_range (0.003628, 0.003628);
      fall_capacitance : 0.003343;
      fall_capacitance_range (0.003343, 0.003343);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.215285, -0.239081, -0.185777", \
            "-0.17562, -0.198195, -0.146112", \
            "-0.199628, -0.223423, -0.17134" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.22383, -0.390448, -0.654527", \
            "-0.187827, -0.354445, -0.627069", \
            "-0.211835, -0.382115, -0.659621" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.115525, 0.202798, 0.236163", \
            "0.106378, 0.19365, 0.229458", \
            "0.167006, 0.254279, 0.294969" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.149705, 0.278481, 0.437579", \
            "0.138116, 0.266893, 0.425991", \
            "0.193862, 0.323859, 0.482957" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "9.82347e-05, -6.2011e-05, -0.0004313, -4.17043e-05, 0.0008564, 0.0029269, 0.0076994" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0126829, 0.0125396, 0.0122097, 0.0125968, 0.0134891, 0.0155461, 0.0202873" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001764;
      rise_capacitance : 0.001816;
      rise_capacitance_range (0.001816, 0.001816);
      fall_capacitance : 0.001711;
      fall_capacitance_range (0.001711, 0.001711);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.055373, -0.123114, -0.108872", \
            "-0.0389017, -0.105422, -0.0972839", \
            "-0.090985, -0.156284, -0.151809" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.134719, -0.298895, -0.548325", \
            "-0.0852884, -0.251906, -0.508661", \
            "-0.104413, -0.272251, -0.531447" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0630352, 0.133217, 0.122638", \
            "0.0490052, 0.115525, 0.107387", \
            "0.10353, 0.168829, 0.164354" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.169236, 0.332192, 0.580402", \
            "0.122247, 0.287645, 0.544399", \
            "0.141372, 0.30799, 0.565965" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0034277, -0.0034356, -0.0034536, -0.0034607, -0.0034771, -0.0035146, -0.0036012" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0035656, 0.0035609, 0.0035504, 0.0035595, 0.0035808, 0.00363, 0.0037431" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.0035;
      rise_capacitance : 0.003754;
      rise_capacitance_range (0.003754, 0.003754);
      fall_capacitance : 0.003247;
      fall_capacitance_range (0.003247, 0.003247);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.142043, -0.167059, -0.118638", \
            "-0.0926126, -0.116408, -0.067987", \
            "-0.111737, -0.135533, -0.0858906" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.109084, -0.265936, -0.476304", \
            "-0.07064, -0.227492, -0.45495", \
            "-0.0946471, -0.251499, -0.486281" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0557109, 0.125893, 0.105548", \
            "0.0429017, 0.106981, 0.0902975", \
            "0.0986471, 0.160285, 0.148484" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0959941, 0.239419, 0.410724", \
            "0.0831849, 0.225389, 0.395473", \
            "0.13893, 0.279913, 0.449998" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0118799, 0.0116764, 0.0112071, 0.0114972, 0.0121659, 0.0137074, 0.0172608" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0119711, 0.0119034, 0.0117476, 0.0121218, 0.0129845, 0.0149731, 0.0195572" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "(D&DE&!SCE) | (IQ&!DE&!SCE) | (SCD&SCE)";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (DE) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      ff (IQ,IQN) {
        clocked_on : "CLK";
        next_state : "(D&DE) | (IQ&!DE)";
      }
    }
  }
  cell (scs8hd_sedfxtp_2) {
    area : 37.536;
    cell_footprint : "sedfxtp";
    cell_leakage_power : 0.0386451;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0166149;
      when : "CLK&!D&DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.032208;
      when : "CLK&D&!DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0481748;
      when : "CLK&D&DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0400282;
      when : "CLK&D&DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0400213;
      when : "!CLK&D&DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0529029;
      when : "CLK&D&DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0288967;
      when : "CLK&!D&!DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0445641;
      when : "CLK&!D&DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.036774;
      when : "CLK&!D&DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0365499;
      when : "!CLK&!D&DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.036861;
      when : "CLK&D&!DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0452157;
      when : "CLK&!D&!DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.036698;
      when : "!CLK&!D&!DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0368045;
      when : "CLK&!D&!DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0607708;
      when : "CLK&D&DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0289532;
      when : "CLK&D&!DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0452723;
      when : "CLK&D&!DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0367545;
      when : "!CLK&D&!DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0408761;
      when : "!CLK&!D&!DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0408837;
      when : "CLK&!D&!DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0403539;
      when : "CLK&D&!DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0482847;
      when : "!CLK&D&!DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0245227;
      when : "CLK&!D&DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0326484;
      when : "!CLK&!D&DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0561056;
      when : "!CLK&D&DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0529022;
      when : "CLK&D&DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0290143;
      when : "CLK&!D&!DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0366675;
      when : "!CLK&!D&DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0287902;
      when : "!CLK&!D&!DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0290709;
      when : "CLK&D&!DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0288468;
      when : "!CLK&D&!DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0247918;
      when : "!CLK&!D&!DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0247994;
      when : "CLK&!D&!DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0322004;
      when : "!CLK&D&!DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0289078;
      when : "!CLK&!D&!DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0289644;
      when : "!CLK&D&!DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0247911;
      when : "!CLK&!D&!DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0321997;
      when : "!CLK&D&!DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0164048;
      when : "!CLK&!D&DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0366563;
      when : "CLK&!D&DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0529754;
      when : "CLK&!D&DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0444576;
      when : "!CLK&!D&DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0689873;
      when : "CLK&D&DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0606643;
      when : "!CLK&D&DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0167325;
      when : "CLK&!D&DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0322073;
      when : "CLK&D&!DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0561132;
      when : "CLK&D&DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0400289;
      when : "CLK&D&DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0400206;
      when : "!CLK&D&DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0482923;
      when : "CLK&D&!DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.032656;
      when : "CLK&!D&DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0247987;
      when : "CLK&!D&!DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0329453;
      when : "CLK&!D&!DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0327351;
      when : "!CLK&!D&!DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0451705;
      when : "!CLK&!D&!DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0165224;
      when : "!CLK&!D&DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0401437;
      when : "!CLK&D&!DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0243125;
      when : "!CLK&!D&DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.045227;
      when : "!CLK&D&!DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0529302;
      when : "!CLK&!D&DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0528577;
      when : "!CLK&D&DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.052857;
      when : "!CLK&D&DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0479646;
      when : "!CLK&D&DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.068942;
      when : "!CLK&D&DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0386451;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.420237;
      max_transition : 1.50239;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001536, 0.00471858, 0.0144955, 0.04453, 0.136796, 0.420237");
          values ( \
            "0.197644, 0.202907, 0.215591, 0.24561, 0.324634, 0.551821, 1.246", \
            "0.201387, 0.20665, 0.219335, 0.249354, 0.328379, 0.555759, 1.25133", \
            "0.210454, 0.215713, 0.228385, 0.258408, 0.337434, 0.564816, 1.25953", \
            "0.229258, 0.234507, 0.247246, 0.277252, 0.356286, 0.583696, 1.27872", \
            "0.25339, 0.258658, 0.27141, 0.301406, 0.380439, 0.608448, 1.30156", \
            "0.274088, 0.279391, 0.292174, 0.322168, 0.401189, 0.628293, 1.3204", \
            "0.267973, 0.273304, 0.286106, 0.316141, 0.395178, 0.622676, 1.31435" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001536, 0.00471858, 0.0144955, 0.04453, 0.136796, 0.420237");
          values ( \
            "0.0192007, 0.0236227, 0.0353161, 0.068662, 0.17229, 0.495074, 1.50158", \
            "0.0191997, 0.0236225, 0.0353164, 0.0686716, 0.172041, 0.494876, 1.5016", \
            "0.019213, 0.0236247, 0.0353117, 0.0686917, 0.172007, 0.494757, 1.50239", \
            "0.0192243, 0.0235818, 0.0352542, 0.0688913, 0.172275, 0.494625, 1.49732", \
            "0.0191953, 0.0237339, 0.0353228, 0.0687894, 0.172264, 0.494667, 1.50196", \
            "0.0192543, 0.0236773, 0.0354127, 0.068602, 0.17159, 0.494058, 1.49623", \
            "0.01956, 0.0239062, 0.0356183, 0.0690077, 0.172257, 0.494547, 1.49849" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001536, 0.00471858, 0.0144955, 0.04453, 0.136796, 0.420237");
          values ( \
            "0.220466, 0.226637, 0.242018, 0.275526, 0.343715, 0.476595, 0.802432", \
            "0.2242, 0.230373, 0.245758, 0.279256, 0.347442, 0.480323, 0.806154", \
            "0.232904, 0.238981, 0.25435, 0.287847, 0.356029, 0.488945, 0.814897", \
            "0.251064, 0.257362, 0.272555, 0.30598, 0.374207, 0.507095, 0.832867", \
            "0.275738, 0.281904, 0.297175, 0.330672, 0.3988, 0.531693, 0.857766", \
            "0.298756, 0.304962, 0.320273, 0.353697, 0.421891, 0.554834, 0.880842", \
            "0.303536, 0.30975, 0.325072, 0.358528, 0.426712, 0.559714, 0.885775" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001536, 0.00471858, 0.0144955, 0.04453, 0.136796, 0.420237");
          values ( \
            "0.0391924, 0.0431659, 0.053497, 0.0779445, 0.129108, 0.247346, 0.642788", \
            "0.0391789, 0.0431899, 0.0535156, 0.0779226, 0.129118, 0.248302, 0.641893", \
            "0.0390891, 0.0432035, 0.0535545, 0.0778805, 0.129127, 0.248605, 0.638932", \
            "0.0390051, 0.0430775, 0.0536874, 0.0780409, 0.128762, 0.247683, 0.640152", \
            "0.0389501, 0.0430086, 0.0534915, 0.0779678, 0.128814, 0.247884, 0.641012", \
            "0.0391509, 0.0432149, 0.0538346, 0.0781773, 0.129109, 0.248227, 0.641602", \
            "0.0396547, 0.0439125, 0.0544234, 0.0785687, 0.129409, 0.248287, 0.640735" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001536, 0.00471858, 0.0144955, 0.04453, 0.136796, 0.420237");
          values ( \
            "0.0384598, 0.0407648, 0.0480317, 0.0690546, 0.125935, 0.299238, 0.835948", \
            "0.0384761, 0.04078, 0.0480482, 0.0690706, 0.126337, 0.299465, 0.835168", \
            "0.0385522, 0.0408541, 0.0481044, 0.0691391, 0.126351, 0.299607, 0.835602", \
            "0.0378679, 0.040174, 0.0474748, 0.0684836, 0.125404, 0.299476, 0.834125", \
            "0.0372687, 0.0395754, 0.0469157, 0.0679594, 0.125082, 0.298269, 0.835142", \
            "0.0416288, 0.0435655, 0.0496251, 0.0681242, 0.125047, 0.298084, 0.835337", \
            "0.0430276, 0.0449584, 0.0509958, 0.0697242, 0.126852, 0.300327, 0.828474" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.001536, 0.00471858, 0.0144955, 0.04453, 0.136796, 0.420237");
          values ( \
            "0.0290033, 0.0263832, 0.0191053, 0.000945, -0.0518257, -0.225283, -0.763903", \
            "0.0288629, 0.0262563, 0.0189722, 0.0008007, -0.0519385, -0.225421, -0.764042", \
            "0.0289446, 0.0263348, 0.019037, 0.0008246, -0.0518718, -0.225357, -0.764", \
            "0.0282614, 0.0256555, 0.0183621, 0.0002754, -0.0525367, -0.226031, -0.764607", \
            "0.0276586, 0.0250394, 0.0177232, -0.0003833, -0.0531854, -0.226692, -0.765267", \
            "0.0318888, 0.0292123, 0.0218431, 0.0018329, -0.0532154, -0.226763, -0.765335", \
            "0.0379542, 0.0352543, 0.0278305, 0.0077278, -0.049744, -0.225078, -0.763953" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001826;
      rise_capacitance : 0.001913;
      rise_capacitance_range (0.001913, 0.001913);
      fall_capacitance : 0.001739;
      fall_capacitance_range (0.001739, 0.001739);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.118155, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.112662, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0258734, 0.0257329, 0.0254092, 0.025684, 0.0263179, 0.0277789, 0.0311465" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0318057, 0.0316481, 0.0312851, 0.0316217, 0.0323974, 0.0341858, 0.0383081" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001833;
      rise_capacitance : 0.001926;
      rise_capacitance_range (0.001926, 0.001926);
      fall_capacitance : 0.00174;
      fall_capacitance_range (0.00174, 0.00174);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.0993184, -0.193915, -0.224839", \
            "-0.0913919, -0.184768, -0.225458", \
            "-0.150799, -0.245396, -0.29341" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.181105, -0.356268, -0.595933", \
            "-0.146324, -0.325148, -0.581903", \
            "-0.173993, -0.354038, -0.618117" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.113084, 0.211342, 0.252033", \
            "0.103937, 0.199754, 0.242885", \
            "0.164565, 0.260382, 0.308396" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.220506, 0.396889, 0.643878", \
            "0.185724, 0.364549, 0.622524", \
            "0.212172, 0.392218, 0.655076" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0105163, 0.0104901, 0.0104298, 0.0106447, 0.0111401, 0.012282, 0.0149143" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0179267, 0.017794, 0.0174883, 0.0177442, 0.0183344, 0.0196946, 0.0228304" \
          );
        }
      }
    }
    pin (DE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003486;
      rise_capacitance : 0.003628;
      rise_capacitance_range (0.003628, 0.003628);
      fall_capacitance : 0.003344;
      fall_capacitance_range (0.003344, 0.003344);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.215285, -0.239081, -0.185777", \
            "-0.17562, -0.198195, -0.146112", \
            "-0.199628, -0.223423, -0.17134" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.222609, -0.389227, -0.652085", \
            "-0.186607, -0.353225, -0.627069", \
            "-0.211835, -0.380894, -0.6584" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.115525, 0.202798, 0.237384", \
            "0.107599, 0.19365, 0.229458", \
            "0.167006, 0.254279, 0.294969" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.149705, 0.278481, 0.437579", \
            "0.138116, 0.266893, 0.425991", \
            "0.193862, 0.323859, 0.482957" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0001824, -7.10639e-07, -0.0004226, -3.66089e-05, 0.0008532, 0.0029042, 0.007632" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0126809, 0.0125425, 0.0122237, 0.0126088, 0.0134969, 0.0155437, 0.0202621" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001764;
      rise_capacitance : 0.001816;
      rise_capacitance_range (0.001816, 0.001816);
      fall_capacitance : 0.001711;
      fall_capacitance_range (0.001711, 0.001711);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.055373, -0.123114, -0.107652", \
            "-0.0389017, -0.105422, -0.0972839", \
            "-0.090985, -0.157505, -0.151809" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.133498, -0.297675, -0.547105", \
            "-0.0852884, -0.250686, -0.508661", \
            "-0.103192, -0.271031, -0.531447" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0642559, 0.133217, 0.123859", \
            "0.0490052, 0.115525, 0.108608", \
            "0.10353, 0.17005, 0.164354" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.169236, 0.333413, 0.581622", \
            "0.123468, 0.288865, 0.54562", \
            "0.143813, 0.310431, 0.568406" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0034311, -0.0034357, -0.0034462, -0.0034549, -0.003475, -0.0035212, -0.0036277" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0035577, 0.003556, 0.0035521, 0.0035611, 0.0035819, 0.0036298, 0.0037405" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.0035;
      rise_capacitance : 0.003754;
      rise_capacitance_range (0.003754, 0.003754);
      fall_capacitance : 0.003247;
      fall_capacitance_range (0.003247, 0.003247);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.142043, -0.167059, -0.118638", \
            "-0.0926126, -0.116408, -0.067987", \
            "-0.110516, -0.135533, -0.0871113" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.107863, -0.264715, -0.473863", \
            "-0.0694193, -0.226271, -0.453729", \
            "-0.0934264, -0.251499, -0.485061" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0569316, 0.125893, 0.106769", \
            "0.0429017, 0.106981, 0.0902975", \
            "0.0986471, 0.161505, 0.149705" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0959941, 0.239419, 0.410724", \
            "0.0831849, 0.225389, 0.395473", \
            "0.13893, 0.279913, 0.451219" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0118756, 0.0116719, 0.0112028, 0.0114889, 0.0121483, 0.0136686, 0.017173" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.011973, 0.0118934, 0.01171, 0.0120819, 0.0129395, 0.0149162, 0.0194727" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "(D&DE&!SCE) | (IQ&!DE&!SCE) | (SCD&SCE)";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (DE) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      ff (IQ,IQN) {
        clocked_on : "CLK";
        next_state : "(D&DE) | (IQ&!DE)";
      }
    }
  }
  cell (scs8hd_sedfxtp_4) {
    area : 40.0384;
    cell_footprint : "sedfxtp";
    cell_leakage_power : 0.0448783;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0166946;
      when : "CLK&!D&DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0322877;
      when : "CLK&D&!DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0482545;
      when : "CLK&D&DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0401079;
      when : "CLK&D&DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.049043;
      when : "CLK&!D&DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.065362;
      when : "CLK&!D&DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0568443;
      when : "!CLK&!D&DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0813739;
      when : "CLK&D&DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.073051;
      when : "!CLK&D&DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0168122;
      when : "CLK&!D&DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.032287;
      when : "CLK&D&!DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0561929;
      when : "CLK&D&DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0401086;
      when : "CLK&D&DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0401003;
      when : "!CLK&D&DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.048372;
      when : "CLK&D&!DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0327356;
      when : "CLK&!D&DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0248784;
      when : "CLK&!D&!DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.033025;
      when : "CLK&!D&!DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.040101;
      when : "!CLK&D&DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0652895;
      when : "CLK&D&DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0412833;
      when : "CLK&!D&!DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0569508;
      when : "CLK&!D&DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0491606;
      when : "CLK&!D&DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0489365;
      when : "!CLK&!D&DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0492476;
      when : "CLK&D&!DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0576024;
      when : "CLK&!D&!DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0490846;
      when : "!CLK&!D&!DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0491911;
      when : "CLK&!D&!DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0731575;
      when : "CLK&D&DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0413399;
      when : "CLK&D&!DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0576589;
      when : "CLK&D&!DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0491412;
      when : "!CLK&D&!DE&SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0409558;
      when : "!CLK&!D&!DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0409634;
      when : "CLK&!D&!DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0404336;
      when : "CLK&D&!DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0483644;
      when : "!CLK&D&!DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0246024;
      when : "CLK&!D&DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.032728;
      when : "!CLK&!D&DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0561853;
      when : "!CLK&D&DE&SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0652889;
      when : "CLK&D&DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0414009;
      when : "CLK&!D&!DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0490541;
      when : "!CLK&!D&DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0411769;
      when : "!CLK&!D&!DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0414575;
      when : "CLK&D&!DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0412334;
      when : "!CLK&D&!DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0248714;
      when : "!CLK&!D&!DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.024879;
      when : "CLK&!D&!DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0322801;
      when : "!CLK&D&!DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0412945;
      when : "!CLK&!D&!DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.041351;
      when : "!CLK&D&!DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0248708;
      when : "!CLK&!D&!DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0322794;
      when : "!CLK&D&!DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0164844;
      when : "!CLK&!D&DE&!SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0328148;
      when : "!CLK&!D&!DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0575571;
      when : "!CLK&!D&!DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0166021;
      when : "!CLK&!D&DE&!SCE&SCD&Q";
    }
    leakage_power () {
      value : 0.0402234;
      when : "!CLK&D&!DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0243922;
      when : "!CLK&!D&DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0576137;
      when : "!CLK&D&!DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0653168;
      when : "!CLK&!D&DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0652443;
      when : "!CLK&D&DE&!SCE&!SCD&!Q";
    }
    leakage_power () {
      value : 0.0652437;
      when : "!CLK&D&DE&!SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0480443;
      when : "!CLK&D&DE&SCE&!SCD&Q";
    }
    leakage_power () {
      value : 0.0813287;
      when : "!CLK&D&DE&SCE&SCD&!Q";
    }
    leakage_power () {
      value : 0.0448783;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.747996;
      max_transition : 1.50699;
      timing () {
        related_pin : "CLK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169093, 0.00571847, 0.019339, 0.0654017, 0.221179, 0.747996");
          values ( \
            "0.22843, 0.232493, 0.243918, 0.271921, 0.344766, 0.563287, 1.29224", \
            "0.232187, 0.236245, 0.247592, 0.275669, 0.348527, 0.567021, 1.29376", \
            "0.241196, 0.245277, 0.256662, 0.284694, 0.357571, 0.575908, 1.3027", \
            "0.260042, 0.264111, 0.275399, 0.303648, 0.37644, 0.594947, 1.32358", \
            "0.284367, 0.288454, 0.299869, 0.327993, 0.400812, 0.619694, 1.34455", \
            "0.305052, 0.309131, 0.320574, 0.348732, 0.421511, 0.640032, 1.36734", \
            "0.299462, 0.303545, 0.314954, 0.343082, 0.415925, 0.634345, 1.35936" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169093, 0.00571847, 0.019339, 0.0654017, 0.221179, 0.747996");
          values ( \
            "0.0242885, 0.0276789, 0.0374649, 0.0641313, 0.15181, 0.454371, 1.50635", \
            "0.0242954, 0.0276881, 0.0373578, 0.0641278, 0.151854, 0.454347, 1.50699", \
            "0.0243575, 0.0278245, 0.0374056, 0.0640878, 0.151725, 0.455191, 1.50622", \
            "0.0244084, 0.0276603, 0.0376523, 0.0641338, 0.151468, 0.454616, 1.50649", \
            "0.0242123, 0.0276081, 0.0373784, 0.0639917, 0.151874, 0.455028, 1.50178", \
            "0.0243095, 0.0275529, 0.0373794, 0.0640321, 0.152187, 0.455038, 1.50609", \
            "0.0245478, 0.0278736, 0.0376297, 0.0642027, 0.152069, 0.455533, 1.50185" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169093, 0.00571847, 0.019339, 0.0654017, 0.221179, 0.747996");
          values ( \
            "0.308442, 0.312753, 0.325338, 0.357453, 0.42939, 0.576475, 0.918609", \
            "0.31216, 0.316509, 0.32911, 0.36121, 0.433153, 0.580289, 0.92266", \
            "0.320838, 0.325148, 0.337735, 0.36981, 0.441765, 0.588898, 0.931273", \
            "0.338992, 0.343333, 0.355909, 0.388016, 0.459922, 0.607049, 0.949216", \
            "0.363272, 0.367664, 0.38046, 0.412215, 0.484155, 0.631249, 0.973679", \
            "0.385874, 0.390222, 0.40292, 0.434879, 0.506801, 0.65397, 0.996309", \
            "0.389879, 0.394238, 0.406814, 0.438974, 0.510783, 0.657866, 1.00021" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169093, 0.00571847, 0.019339, 0.0654017, 0.221179, 0.747996");
          values ( \
            "0.0603256, 0.0627359, 0.0704411, 0.091679, 0.144348, 0.260819, 0.640274", \
            "0.0603811, 0.0627717, 0.0703154, 0.0916916, 0.144354, 0.260605, 0.639186", \
            "0.060318, 0.0627195, 0.0704825, 0.0917428, 0.14444, 0.260611, 0.637845", \
            "0.0604645, 0.0628192, 0.0702947, 0.0917195, 0.144378, 0.260649, 0.642369", \
            "0.0600813, 0.0624324, 0.0704035, 0.0917288, 0.144356, 0.260796, 0.637374", \
            "0.0603072, 0.0625583, 0.0702997, 0.0919404, 0.144395, 0.260287, 0.639396", \
            "0.0605192, 0.0630356, 0.0704825, 0.092028, 0.144705, 0.2608, 0.636249" \
          );
        }
      }
      internal_power () {
        related_pin : "CLK";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169093, 0.00571847, 0.019339, 0.0654017, 0.221179, 0.747996");
          values ( \
            "0.0520402, 0.0544009, 0.0627235, 0.0901717, 0.177942, 0.472998, 1.45919", \
            "0.0520602, 0.0544252, 0.0626767, 0.0901771, 0.177971, 0.470177, 1.45989", \
            "0.0522478, 0.0546125, 0.0628306, 0.0902511, 0.177979, 0.472775, 1.46001", \
            "0.0515267, 0.0539245, 0.0618613, 0.0896461, 0.17718, 0.470366, 1.46694", \
            "0.050866, 0.0532229, 0.0613589, 0.0891845, 0.17713, 0.469524, 1.46828", \
            "0.0544925, 0.0566041, 0.0639982, 0.0891958, 0.177085, 0.468949, 1.4588", \
            "0.0566752, 0.0587948, 0.0662716, 0.091844, 0.17928, 0.472349, 1.45639" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00169093, 0.00571847, 0.019339, 0.0654017, 0.221179, 0.747996");
          values ( \
            "0.0508846, 0.0475277, 0.0368657, 0.0059087, -0.0791724, -0.371314, -1.37214", \
            "0.0508055, 0.0474438, 0.0367337, 0.0057908, -0.0792939, -0.371435, -1.37222", \
            "0.0508809, 0.0475092, 0.0368268, 0.0058675, -0.0792465, -0.371386, -1.37215", \
            "0.0501927, 0.0468447, 0.0361782, 0.0051971, -0.0798617, -0.372009, -1.37285", \
            "0.0495633, 0.046192, 0.0355327, 0.004503, -0.0806062, -0.372737, -1.37349", \
            "0.0494282, 0.0461173, 0.0353918, 0.0044269, -0.0807856, -0.372914, -1.37366", \
            "0.064218, 0.0608028, 0.0500078, 0.0180675, -0.073862, -0.371234, -1.37256" \
          );
        }
      }
    }
    pin (CLK) {
      clock : true;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001826;
      rise_capacitance : 0.001913;
      rise_capacitance_range (0.001913, 0.001913);
      fall_capacitance : 0.001738;
      fall_capacitance_range (0.001738, 0.001738);
      timing () {
        related_pin : "CLK";
        related_output_pin : "Q";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : min_pulse_width;
        rise_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.146716, 0.833333, 2.5" \
          );
        }
        fall_constraint (constraint_3_0_1) {
          index_1 ("0.01, 0.5, 1.5");
          values ( \
            "0.112662, 0.833333, 2.5" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0259225, 0.0257729, 0.0254283, 0.0257085, 0.0263545, 0.0278434, 0.0312758" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0317882, 0.0316307, 0.031268, 0.0316053, 0.032383, 0.0341758, 0.0383083" \
          );
        }
      }
    }
    pin (D) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001834;
      rise_capacitance : 0.001926;
      rise_capacitance_range (0.001926, 0.001926);
      fall_capacitance : 0.001741;
      fall_capacitance_range (0.001741, 0.001741);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.100539, -0.193915, -0.22606", \
            "-0.0913919, -0.185988, -0.225458", \
            "-0.150799, -0.246616, -0.29341" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.181105, -0.356268, -0.595933", \
            "-0.146324, -0.325148, -0.580682", \
            "-0.173993, -0.354038, -0.618117" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.113084, 0.211342, 0.252033", \
            "0.103937, 0.199754, 0.242885", \
            "0.164565, 0.260382, 0.308396" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.218065, 0.395669, 0.642658", \
            "0.182062, 0.360887, 0.620083", \
            "0.20851, 0.388556, 0.652635" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0105126, 0.0104874, 0.0104296, 0.010645, 0.0111415, 0.0122861, 0.0149244" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0179253, 0.0177932, 0.0174889, 0.0177455, 0.018337, 0.0197008, 0.0228444" \
          );
        }
      }
    }
    pin (DE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003486;
      rise_capacitance : 0.003627;
      rise_capacitance_range (0.003627, 0.003627);
      fall_capacitance : 0.003344;
      fall_capacitance_range (0.003344, 0.003344);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.215285, -0.239081, -0.185777", \
            "-0.17562, -0.198195, -0.146112", \
            "-0.199628, -0.223423, -0.17134" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.222609, -0.389227, -0.652085", \
            "-0.186607, -0.353225, -0.627069", \
            "-0.210614, -0.380894, -0.6584" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.115525, 0.202798, 0.237384", \
            "0.106378, 0.19365, 0.229458", \
            "0.167006, 0.254279, 0.294969" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.149705, 0.278481, 0.4388", \
            "0.138116, 0.266893, 0.427212", \
            "0.193862, 0.323859, 0.482957" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0001729, -5.36418e-06, -0.0004162, -2.05717e-05, 0.0008916, 0.0029941, 0.0078407" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0126966, 0.0125532, 0.012223, 0.0126085, 0.0134973, 0.0155461, 0.0202686" \
          );
        }
      }
    }
    pin (SCD) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.001764;
      rise_capacitance : 0.001816;
      rise_capacitance_range (0.001816, 0.001816);
      fall_capacitance : 0.001712;
      fall_capacitance_range (0.001712, 0.001712);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.055373, -0.123114, -0.110093", \
            "-0.0389017, -0.105422, -0.0972839", \
            "-0.090985, -0.157505, -0.153029" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.133498, -0.297675, -0.547105", \
            "-0.0840677, -0.250686, -0.508661", \
            "-0.103192, -0.271031, -0.530227" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0642559, 0.134438, 0.123859", \
            "0.0490052, 0.116746, 0.108608", \
            "0.10353, 0.17005, 0.165574" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.166795, 0.330971, 0.579181", \
            "0.119806, 0.286424, 0.543178", \
            "0.13893, 0.306769, 0.564744" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "-0.0034317, -0.0034338, -0.0034385, -0.0034472, -0.0034671, -0.003513, -0.0036185" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0035534, 0.0035534, 0.0035536, 0.0035622, 0.0035825, 0.003629, 0.0037364" \
          );
        }
      }
    }
    pin (SCE) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003503;
      rise_capacitance : 0.003753;
      rise_capacitance_range (0.003753, 0.003753);
      fall_capacitance : 0.003253;
      fall_capacitance_range (0.003253, 0.003253);
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : hold_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.142043, -0.167059, -0.118638", \
            "-0.0926126, -0.116408, -0.067987", \
            "-0.111737, -0.135533, -0.0871113" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "-0.107863, -0.263495, -0.473863", \
            "-0.0681986, -0.226271, -0.453729", \
            "-0.0934264, -0.250279, -0.485061" \
          );
        }
      }
      timing () {
        related_pin : "CLK";
        sim_opt : "runlvl=5 accurate=1";
        violation_delay_degrade_pct : "10";
        timing_type : setup_rising;
        rise_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0569316, 0.127114, 0.10799", \
            "0.0429017, 0.106981, 0.0915182", \
            "0.0986471, 0.161505, 0.149705" \
          );
        }
        fall_constraint (vio_3_3_1) {
          index_1 ("0.01, 0.5, 1.5");
          index_2 ("0.01, 0.5, 1.5");
          values ( \
            "0.0972148, 0.239419, 0.410724", \
            "0.0831849, 0.225389, 0.395473", \
            "0.13893, 0.281134, 0.451219" \
          );
        }
      }
      internal_power () {
        rise_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0118751, 0.0116715, 0.0112022, 0.0114878, 0.0121462, 0.013664, 0.0171624" \
          );
        }
        fall_power (power_inputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          values ( \
            "0.0119722, 0.0118918, 0.0117067, 0.0120766, 0.0129293, 0.0148951, 0.0194263" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CLK";
      next_state : "(D&DE&!SCE) | (IQ&!DE&!SCE) | (SCD&SCE)";
    }
    test_cell () {
      pin (Q) {
        direction : output;
        function : "IQ";
        signal_type : test_scan_out;
      }
      pin (CLK) {
        direction : input;
      }
      pin (D) {
        direction : input;
      }
      pin (DE) {
        direction : input;
      }
      pin (SCD) {
        direction : input;
        signal_type : test_scan_in;
      }
      pin (SCE) {
        direction : input;
        signal_type : test_scan_enable;
      }
      ff (IQ,IQN) {
        clocked_on : "CLK";
        next_state : "(D&DE) | (IQ&!DE)";
      }
    }
  }
  cell (scs8hd_xnor2_1) {
    area : 8.7584;
    cell_footprint : "xnor2";
    cell_leakage_power : 0.00787361;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0124253;
      when : "!A&B";
    }
    leakage_power () {
      value : 4.66524e-05;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0124217;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0066008;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.00787361;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B) | (A&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.098887;
      max_transition : 1.49625;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0478719, 0.0525623, 0.06303, 0.0868217, 0.142744, 0.277156, 0.604897", \
            "0.0509864, 0.0556314, 0.0660492, 0.0899326, 0.14623, 0.280539, 0.606887", \
            "0.0571342, 0.0617497, 0.0721769, 0.0961525, 0.152879, 0.288766, 0.614456", \
            "0.0643393, 0.0690834, 0.0796862, 0.103733, 0.160605, 0.295514, 0.624614", \
            "0.0652149, 0.0704418, 0.0814358, 0.105631, 0.162464, 0.297862, 0.625491", \
            "0.0430695, 0.0495913, 0.0624052, 0.0875734, 0.144099, 0.279584, 0.605099", \
            "-0.0415153, -0.0332244, -0.0165466, 0.0138826, 0.0722641, 0.208485, 0.534862" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0186139, 0.0240915, 0.0375849, 0.0709061, 0.152292, 0.349565, 0.824524", \
            "0.0186781, 0.0241923, 0.0375964, 0.0709231, 0.152486, 0.349283, 0.825751", \
            "0.0189995, 0.0243458, 0.0377743, 0.0709919, 0.152316, 0.350687, 0.827512", \
            "0.0205385, 0.0255872, 0.0386395, 0.0713694, 0.152425, 0.348483, 0.826637", \
            "0.024361, 0.0290056, 0.0407514, 0.0722272, 0.152655, 0.348745, 0.823755", \
            "0.0318208, 0.0365661, 0.0472475, 0.0756047, 0.153576, 0.350754, 0.820958", \
            "0.0423945, 0.0488656, 0.0620147, 0.0882489, 0.159173, 0.350902, 0.823348" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0579015, 0.0614331, 0.0687727, 0.0838315, 0.116497, 0.193257, 0.378928", \
            "0.0628774, 0.0664042, 0.073731, 0.088794, 0.121444, 0.198371, 0.383196", \
            "0.0755458, 0.0791133, 0.086406, 0.101463, 0.134183, 0.211103, 0.396015", \
            "0.104754, 0.10839, 0.115883, 0.131072, 0.163798, 0.240668, 0.426486", \
            "0.155147, 0.159784, 0.168462, 0.184902, 0.217753, 0.294596, 0.479914", \
            "0.241265, 0.24687, 0.257854, 0.277485, 0.312685, 0.388974, 0.573711", \
            "0.405517, 0.412226, 0.425786, 0.450202, 0.490726, 0.568954, 0.752278" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0150533, 0.0179229, 0.0248391, 0.0411853, 0.0818137, 0.183142, 0.433642", \
            "0.0150453, 0.0179742, 0.0248379, 0.0411674, 0.0818361, 0.182407, 0.432156", \
            "0.0150563, 0.0180076, 0.024887, 0.0412396, 0.0817873, 0.182272, 0.433072", \
            "0.0164967, 0.0193314, 0.0258359, 0.0416688, 0.0819828, 0.183532, 0.427626", \
            "0.0218076, 0.0246021, 0.0308142, 0.0455461, 0.0838595, 0.183962, 0.432763", \
            "0.0291718, 0.0327346, 0.0396411, 0.0540123, 0.0884759, 0.185147, 0.428968", \
            "0.0401246, 0.0446703, 0.0527197, 0.0679208, 0.0999911, 0.188684, 0.43067" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0645707, 0.0722791, 0.0906117, 0.134027, 0.237404, 0.485644, 1.08411", \
            "0.0691651, 0.077036, 0.0954772, 0.138964, 0.242248, 0.490024, 1.08662", \
            "0.0806669, 0.0884763, 0.106827, 0.150325, 0.254339, 0.503179, 1.10023", \
            "0.106747, 0.114592, 0.132857, 0.176258, 0.279768, 0.52794, 1.12925", \
            "0.154099, 0.164712, 0.187275, 0.236015, 0.339659, 0.588786, 1.18563", \
            "0.240059, 0.254396, 0.285927, 0.350848, 0.474575, 0.727548, 1.32488", \
            "0.41242, 0.431599, 0.473773, 0.560958, 0.727596, 1.04148, 1.64827" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0507244, 0.0609687, 0.085625, 0.145554, 0.288403, 0.635366, 1.46726", \
            "0.0507656, 0.060918, 0.0855191, 0.144873, 0.288377, 0.633248, 1.46419", \
            "0.0506955, 0.0609077, 0.0854869, 0.144925, 0.288322, 0.635285, 1.46694", \
            "0.0550862, 0.0643077, 0.0873031, 0.144931, 0.288332, 0.632888, 1.47007", \
            "0.0744981, 0.0839582, 0.105745, 0.15665, 0.290594, 0.634884, 1.46666", \
            "0.11159, 0.123523, 0.149142, 0.205329, 0.324504, 0.641377, 1.4651", \
            "0.169756, 0.185362, 0.219617, 0.290523, 0.432886, 0.732477, 1.4926" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0233723, 0.0261867, 0.0326635, 0.0473217, 0.0814965, 0.162632, 0.357597", \
            "0.0266738, 0.0295167, 0.0360224, 0.0507835, 0.0849337, 0.166062, 0.361057", \
            "0.0320065, 0.0353681, 0.0425101, 0.0576356, 0.0920467, 0.173315, 0.368334", \
            "0.0364979, 0.0409715, 0.05084, 0.0701293, 0.107601, 0.189459, 0.384795", \
            "0.031738, 0.0385952, 0.0528503, 0.0810972, 0.132341, 0.225258, 0.42271", \
            "-0.0002592, 0.0096276, 0.0309353, 0.0730134, 0.148945, 0.278653, 0.50529", \
            "-0.10327, -0.088272, -0.0564992, 0.0054055, 0.117825, 0.310134, 0.628004" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0156737, 0.0189634, 0.0267755, 0.0454756, 0.0906484, 0.198944, 0.461665", \
            "0.015804, 0.0190014, 0.0267924, 0.0455736, 0.0907012, 0.199706, 0.461466", \
            "0.0193619, 0.0221995, 0.0289365, 0.0463723, 0.0905652, 0.198974, 0.461626", \
            "0.0286559, 0.032032, 0.0393117, 0.0560463, 0.0950589, 0.199406, 0.461527", \
            "0.046146, 0.0507979, 0.0604411, 0.0806231, 0.120811, 0.212761, 0.462103", \
            "0.077395, 0.0838164, 0.0976042, 0.125604, 0.177698, 0.275229, 0.495393", \
            "0.136087, 0.145092, 0.164678, 0.203343, 0.276381, 0.405963, 0.643922" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0461404, 0.0508135, 0.0611952, 0.0847239, 0.14042, 0.274496, 0.601372", \
            "0.0490129, 0.0536651, 0.0640024, 0.0876737, 0.143491, 0.278692, 0.602352", \
            "0.0557467, 0.0603383, 0.0706655, 0.0943336, 0.150641, 0.285864, 0.610374", \
            "0.0622653, 0.0670411, 0.0776034, 0.101567, 0.158129, 0.294079, 0.61953", \
            "0.063572, 0.0686366, 0.079468, 0.103388, 0.160008, 0.295379, 0.62111", \
            "0.0449147, 0.0512535, 0.0636747, 0.0882077, 0.144385, 0.280124, 0.605462", \
            "-0.0302971, -0.0219423, -0.0054199, 0.024567, 0.0817019, 0.217731, 0.545186" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0186784, 0.0241328, 0.0375969, 0.0709355, 0.152491, 0.349655, 0.825712", \
            "0.0187115, 0.0242251, 0.037629, 0.0709952, 0.152381, 0.348896, 0.822825", \
            "0.0192266, 0.0245764, 0.0378853, 0.0710358, 0.152522, 0.349964, 0.822789", \
            "0.0206258, 0.0258108, 0.0388849, 0.0716965, 0.152253, 0.349962, 0.826472", \
            "0.0244023, 0.0289161, 0.040737, 0.0723966, 0.153169, 0.348811, 0.823254", \
            "0.0314878, 0.0364566, 0.0471567, 0.0757015, 0.153545, 0.349447, 0.820256", \
            "0.0441041, 0.0502827, 0.0632129, 0.0889358, 0.159578, 0.352133, 0.82468" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0581772, 0.0612949, 0.0681678, 0.0830216, 0.116857, 0.197417, 0.39241", \
            "0.0624544, 0.0655608, 0.0724619, 0.0873324, 0.121175, 0.201821, 0.396775", \
            "0.0742176, 0.0774221, 0.0844542, 0.0994111, 0.133339, 0.213987, 0.408861", \
            "0.100156, 0.103632, 0.110989, 0.126315, 0.160356, 0.24103, 0.435818", \
            "0.142783, 0.147027, 0.155475, 0.17186, 0.20717, 0.288779, 0.482961", \
            "0.216374, 0.221502, 0.231717, 0.251462, 0.288313, 0.369825, 0.564587", \
            "0.358427, 0.365083, 0.378109, 0.402305, 0.443451, 0.52556, 0.719895" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0192822, 0.0227287, 0.0301851, 0.0478662, 0.0913864, 0.19952, 0.460985", \
            "0.0195261, 0.022786, 0.0302352, 0.0479836, 0.0914746, 0.199225, 0.460772", \
            "0.0197184, 0.0228901, 0.0304247, 0.0481126, 0.0913953, 0.199087, 0.461275", \
            "0.0208315, 0.0240446, 0.0314276, 0.0489076, 0.0916666, 0.199373, 0.461569", \
            "0.0229827, 0.0264254, 0.0335166, 0.0506769, 0.0926355, 0.1993, 0.460597", \
            "0.0286687, 0.0323835, 0.0404485, 0.0565717, 0.0953324, 0.19997, 0.461056", \
            "0.0376243, 0.0421876, 0.0517989, 0.0694332, 0.106401, 0.202377, 0.462321" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0536574, 0.0615764, 0.080251, 0.123802, 0.226999, 0.475997, 1.07219", \
            "0.0569284, 0.0649307, 0.0835196, 0.127441, 0.231077, 0.478962, 1.07573", \
            "0.068011, 0.0757617, 0.0939196, 0.137698, 0.241712, 0.49224, 1.08722", \
            "0.0964401, 0.104342, 0.12207, 0.164823, 0.268076, 0.516654, 1.11824", \
            "0.147781, 0.159157, 0.18339, 0.231877, 0.332624, 0.578702, 1.17537", \
            "0.234792, 0.251936, 0.286193, 0.35583, 0.485224, 0.731999, 1.326", \
            "0.407435, 0.427891, 0.47273, 0.568636, 0.752679, 1.07893, 1.67654" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0506276, 0.0607625, 0.0856209, 0.144802, 0.288056, 0.634805, 1.46943", \
            "0.0504723, 0.060815, 0.0856392, 0.145213, 0.288034, 0.632741, 1.46641", \
            "0.0500237, 0.0603405, 0.0853986, 0.145268, 0.28828, 0.635014, 1.4686", \
            "0.0590652, 0.0675743, 0.0891809, 0.145098, 0.28858, 0.634687, 1.47032", \
            "0.0831733, 0.093702, 0.116433, 0.163932, 0.292199, 0.635262, 1.46524", \
            "0.122052, 0.13582, 0.167315, 0.2285, 0.345621, 0.645759, 1.46907", \
            "0.181487, 0.20147, 0.244515, 0.332635, 0.492263, 0.776532, 1.49625" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0190993, 0.0216729, 0.0275437, 0.041146, 0.0733984, 0.150289, 0.335256", \
            "0.0224356, 0.025166, 0.0312202, 0.0450098, 0.0773615, 0.15423, 0.339226", \
            "0.0264519, 0.0301879, 0.0378306, 0.0526239, 0.0853105, 0.162524, 0.347829", \
            "0.0273392, 0.0329036, 0.0442159, 0.0650981, 0.10264, 0.180409, 0.366081", \
            "0.0171657, 0.025764, 0.042211, 0.0735267, 0.127793, 0.2209, 0.40801", \
            "-0.0230009, -0.0106604, 0.0149029, 0.0616623, 0.142782, 0.276841, 0.503299", \
            "-0.139424, -0.120342, -0.0816398, -0.0120388, 0.109187, 0.308752, 0.632637" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.0070316, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0099911, 0.0130615, 0.0204951, 0.0384975, 0.0813879, 0.184436, 0.431563", \
            "0.0106856, 0.0135115, 0.0207254, 0.0386127, 0.0814047, 0.18398, 0.432879", \
            "0.0153308, 0.0180429, 0.0241981, 0.0399518, 0.0812898, 0.183998, 0.431042", \
            "0.0250749, 0.0285539, 0.0360416, 0.0515187, 0.0870533, 0.183983, 0.430372", \
            "0.042587, 0.0474031, 0.0574858, 0.0777826, 0.116365, 0.20042, 0.431187", \
            "0.0759435, 0.0819515, 0.0955799, 0.123526, 0.175306, 0.269323, 0.472459", \
            "0.14208, 0.14983, 0.16804, 0.204785, 0.277072, 0.404341, 0.633601" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.00703161, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0049893, 0.0064483, 0.0098527, 0.0177382, 0.0364287, 0.0810354, 0.190461", \
            "0.0046872, 0.0061304, 0.0095297, 0.0174362, 0.0361416, 0.080844, 0.190236", \
            "0.0043397, 0.0057596, 0.0091305, 0.0170993, 0.035928, 0.0812556, 0.190342", \
            "0.0041175, 0.0055245, 0.0088633, 0.0167949, 0.0357479, 0.0806394, 0.190344", \
            "0.004743, 0.0061154, 0.0094289, 0.0170088, 0.0360331, 0.0810302, 0.190292", \
            "0.0067522, 0.0081048, 0.0113377, 0.0192023, 0.0379148, 0.0834767, 0.191383", \
            "0.0135301, 0.0148039, 0.0179649, 0.0257754, 0.0446404, 0.0900744, 0.199243" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.00703161, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0239903, 0.0228642, 0.0200141, 0.0125999, -0.0060384, -0.051551, -0.161745", \
            "0.0237063, 0.0225713, 0.0197188, 0.012289, -0.0063571, -0.0518542, -0.161864", \
            "0.0234514, 0.0223247, 0.0194397, 0.0120264, -0.0065863, -0.0520487, -0.162101", \
            "0.0235652, 0.0223737, 0.0195113, 0.0120892, -0.0065058, -0.0519352, -0.161925", \
            "0.0239554, 0.0222059, 0.0194718, 0.0125269, -0.0059697, -0.0513369, -0.161327", \
            "0.0275021, 0.0253047, 0.022074, 0.0143784, -0.0043427, -0.0489287, -0.158896", \
            "0.0341295, 0.0328194, 0.0294093, 0.0215013, 0.0026571, -0.0427794, -0.152056" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.00703161, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0067692, 0.0082251, 0.0116112, 0.0194248, 0.0379842, 0.0824705, 0.191795", \
            "0.0064401, 0.0078431, 0.0111977, 0.0190444, 0.0376555, 0.0826106, 0.190907", \
            "0.0060196, 0.0074168, 0.0107319, 0.0186426, 0.0374358, 0.0824965, 0.191284", \
            "0.0059177, 0.0073231, 0.0106265, 0.0184854, 0.0373627, 0.082666, 0.191749", \
            "0.0068668, 0.0082138, 0.0114889, 0.0190314, 0.0379451, 0.0828417, 0.192116", \
            "0.0099162, 0.0115734, 0.014758, 0.0224016, 0.04089, 0.0863963, 0.194276", \
            "0.0187773, 0.020064, 0.0231981, 0.0310375, 0.0494565, 0.0947114, 0.20353" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00120688, 0.00291313, 0.00703161, 0.0169726, 0.0409679, 0.0988869");
          values ( \
            "0.0233529, 0.0219843, 0.018637, 0.0105929, -0.0085771, -0.054398, -0.164619", \
            "0.0228009, 0.0214175, 0.0180941, 0.0100679, -0.009085, -0.0548852, -0.165132", \
            "0.0222149, 0.0208534, 0.0176011, 0.009629, -0.0094465, -0.0552336, -0.165388", \
            "0.0219768, 0.0206465, 0.0174492, 0.0096303, -0.0093617, -0.0551177, -0.165312", \
            "0.0219133, 0.0204149, 0.017574, 0.0102873, -0.0085821, -0.0542336, -0.164437", \
            "0.0248083, 0.0237997, 0.020182, 0.0123333, -0.0066143, -0.0515744, -0.161771", \
            "0.0323996, 0.030938, 0.027569, 0.0196099, 0.0006995, -0.0450125, -0.154649" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004484;
      rise_capacitance : 0.004647;
      rise_capacitance_range (0.004647, 0.004647);
      fall_capacitance : 0.004321;
      fall_capacitance_range (0.004321, 0.004321);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004546;
      rise_capacitance : 0.004646;
      rise_capacitance_range (0.004646, 0.004646);
      fall_capacitance : 0.004445;
      fall_capacitance_range (0.004445, 0.004445);
    }
  }
  cell (scs8hd_xnor2_2) {
    area : 16.2656;
    cell_footprint : "xnor2";
    cell_leakage_power : 0.0250909;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0248795;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0372394;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0248455;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0133992;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.0250909;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B) | (A&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.163889;
      max_transition : 1.49346;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0505286, 0.0534123, 0.0602468, 0.0759937, 0.113758, 0.211101, 0.467041", \
            "0.0535421, 0.0564254, 0.0632285, 0.0789621, 0.116905, 0.214752, 0.472065", \
            "0.0596243, 0.0624456, 0.0691859, 0.0849391, 0.123071, 0.221068, 0.481277", \
            "0.0671583, 0.0701034, 0.0771062, 0.0932395, 0.131869, 0.230154, 0.488548", \
            "0.0690141, 0.0723099, 0.0798498, 0.0964223, 0.135232, 0.233858, 0.491068", \
            "0.0487804, 0.0529101, 0.0619596, 0.0807993, 0.120428, 0.219046, 0.476061", \
            "-0.0314254, -0.0262934, -0.0143135, 0.0097047, 0.0546969, 0.154707, 0.412652" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0167578, 0.0195928, 0.0270371, 0.0468739, 0.100305, 0.243016, 0.621387", \
            "0.0167264, 0.0196179, 0.0270689, 0.0469037, 0.100302, 0.243438, 0.62272", \
            "0.0170351, 0.0198723, 0.0272336, 0.0469184, 0.100498, 0.244091, 0.620529", \
            "0.018612, 0.0213943, 0.0286204, 0.0480362, 0.100855, 0.243472, 0.622575", \
            "0.0225016, 0.0251127, 0.0317491, 0.0498494, 0.101554, 0.243638, 0.620318", \
            "0.0292062, 0.0318653, 0.0392032, 0.0558792, 0.104023, 0.243941, 0.619034", \
            "0.0390882, 0.0434565, 0.0525284, 0.0712071, 0.114775, 0.248119, 0.620744" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0676099, 0.0703297, 0.0766049, 0.0904232, 0.121301, 0.196955, 0.394625", \
            "0.072064, 0.0747794, 0.0810473, 0.0948632, 0.125748, 0.201403, 0.399154", \
            "0.0839413, 0.0866405, 0.0929289, 0.106714, 0.137603, 0.2133, 0.410069", \
            "0.112627, 0.115347, 0.121557, 0.135392, 0.166329, 0.242055, 0.438812", \
            "0.163716, 0.166954, 0.174254, 0.18908, 0.221077, 0.297266, 0.494299", \
            "0.249577, 0.253552, 0.262645, 0.280387, 0.314157, 0.390921, 0.588089", \
            "0.412702, 0.417391, 0.428322, 0.450143, 0.489415, 0.568095, 0.765121" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0169469, 0.0191133, 0.0247442, 0.0388708, 0.0758208, 0.177116, 0.445755", \
            "0.016948, 0.0191295, 0.0247467, 0.0388827, 0.0757899, 0.177021, 0.445725", \
            "0.0169233, 0.0191897, 0.0247877, 0.0389248, 0.0759798, 0.176968, 0.446775", \
            "0.0178639, 0.0200706, 0.0256052, 0.0394973, 0.0761565, 0.177039, 0.448739", \
            "0.0227813, 0.0250009, 0.0304947, 0.0432968, 0.0783855, 0.177763, 0.447224", \
            "0.0302884, 0.0326472, 0.0385979, 0.0515995, 0.0836496, 0.179512, 0.446064", \
            "0.0403254, 0.0435731, 0.0504957, 0.0644628, 0.0948477, 0.183352, 0.447034" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0709159, 0.076212, 0.0897942, 0.124485, 0.213544, 0.446005, 1.0545", \
            "0.0752186, 0.0805366, 0.094211, 0.129031, 0.218506, 0.451062, 1.06034", \
            "0.0863942, 0.0916583, 0.105231, 0.140039, 0.230104, 0.463522, 1.07271", \
            "0.111052, 0.11628, 0.12974, 0.164453, 0.254449, 0.487268, 1.09647", \
            "0.154127, 0.161408, 0.178392, 0.218196, 0.309505, 0.54276, 1.15694", \
            "0.233196, 0.242439, 0.265352, 0.317888, 0.430541, 0.671869, 1.28198", \
            "0.400367, 0.412286, 0.441622, 0.509711, 0.655899, 0.955379, 1.58551" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.055908, 0.0628904, 0.0813169, 0.13006, 0.256373, 0.587772, 1.45722", \
            "0.0558882, 0.0628719, 0.0813656, 0.129977, 0.256035, 0.587803, 1.45598", \
            "0.0558058, 0.0629525, 0.081408, 0.129836, 0.256937, 0.588952, 1.45828", \
            "0.0596497, 0.0661251, 0.0834672, 0.129822, 0.256793, 0.589002, 1.45755", \
            "0.0782168, 0.0850341, 0.102364, 0.143324, 0.260535, 0.588365, 1.46073", \
            "0.114807, 0.122673, 0.14222, 0.188995, 0.30004, 0.599937, 1.45732", \
            "0.173784, 0.183168, 0.206914, 0.265956, 0.397196, 0.692683, 1.48545" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0243822, 0.0264618, 0.0314977, 0.0436952, 0.0738565, 0.15061, 0.349765", \
            "0.0273951, 0.0294277, 0.0345263, 0.0468049, 0.0769888, 0.153615, 0.353123", \
            "0.0320095, 0.0342621, 0.0397586, 0.0524667, 0.0828478, 0.15972, 0.358998", \
            "0.0358701, 0.0388608, 0.045888, 0.0616454, 0.0950765, 0.172823, 0.372806", \
            "0.0307303, 0.0348441, 0.0451271, 0.0675056, 0.11238, 0.20164, 0.403766", \
            "-0.0022703, 0.0040089, 0.0191887, 0.0518885, 0.117753, 0.24013, 0.471509", \
            "-0.106016, -0.0969401, -0.0751976, -0.0268829, 0.0697559, 0.248827, 0.566469" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0189138, 0.0210724, 0.0268176, 0.041887, 0.0812747, 0.184791, 0.45733", \
            "0.0189282, 0.0210592, 0.0267804, 0.0419198, 0.0812548, 0.185097, 0.457063", \
            "0.0217512, 0.023708, 0.0288102, 0.0427822, 0.0813331, 0.184754, 0.457405", \
            "0.0301277, 0.0322461, 0.0375061, 0.0511644, 0.085802, 0.185695, 0.456643", \
            "0.0475012, 0.0502371, 0.0569424, 0.0732368, 0.108719, 0.198353, 0.457314", \
            "0.0789412, 0.0829688, 0.0927775, 0.113916, 0.159623, 0.254183, 0.488655", \
            "0.139224, 0.144818, 0.158506, 0.188483, 0.249848, 0.373409, 0.619242" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0467691, 0.0496598, 0.0564488, 0.0720796, 0.109704, 0.207522, 0.463576", \
            "0.0497009, 0.0525362, 0.059297, 0.0748959, 0.112609, 0.21019, 0.467028", \
            "0.0561969, 0.0590217, 0.0657788, 0.0814678, 0.119616, 0.217343, 0.472776", \
            "0.0625852, 0.0654888, 0.0724324, 0.0885307, 0.127276, 0.225549, 0.485041", \
            "0.0631099, 0.0663465, 0.0735716, 0.0898535, 0.128391, 0.22734, 0.484118", \
            "0.0424531, 0.0464397, 0.0552887, 0.0730151, 0.111885, 0.210491, 0.46857", \
            "-0.0369465, -0.0318834, -0.0205155, 0.0024938, 0.0458786, 0.145237, 0.402976" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0167451, 0.0196432, 0.0270779, 0.0469327, 0.100536, 0.243767, 0.619581", \
            "0.0167966, 0.0196045, 0.027108, 0.0468777, 0.100392, 0.243675, 0.619945", \
            "0.0173527, 0.0201573, 0.0275201, 0.0471182, 0.100373, 0.243314, 0.620102", \
            "0.0185352, 0.0213034, 0.0286243, 0.0482707, 0.101106, 0.243858, 0.620395", \
            "0.0220104, 0.0246793, 0.0313556, 0.0494718, 0.101762, 0.243831, 0.619515", \
            "0.0289912, 0.031525, 0.0382943, 0.0551586, 0.103636, 0.2443, 0.618412", \
            "0.039461, 0.0434032, 0.0526395, 0.069646, 0.114119, 0.248553, 0.62178" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0625857, 0.064771, 0.0701271, 0.0825119, 0.112269, 0.187819, 0.386272", \
            "0.0668889, 0.0690374, 0.0743702, 0.0868626, 0.116648, 0.192228, 0.390885", \
            "0.0787097, 0.0809232, 0.086338, 0.0989177, 0.128772, 0.204374, 0.402752", \
            "0.105407, 0.107784, 0.113469, 0.1264, 0.156622, 0.232248, 0.430425", \
            "0.149915, 0.152784, 0.159441, 0.173695, 0.205165, 0.281577, 0.479763", \
            "0.227566, 0.231196, 0.239377, 0.256191, 0.289985, 0.367193, 0.565909", \
            "0.378772, 0.383199, 0.393428, 0.414489, 0.45347, 0.532705, 0.730936" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0236881, 0.025896, 0.0316539, 0.0460344, 0.0833765, 0.185094, 0.457141", \
            "0.0236281, 0.0259158, 0.0316117, 0.0461188, 0.0832805, 0.184914, 0.456383", \
            "0.0238116, 0.0261067, 0.031683, 0.0459993, 0.0833513, 0.184922, 0.457011", \
            "0.0245109, 0.026819, 0.0324568, 0.0467409, 0.0837685, 0.185034, 0.457274", \
            "0.0250154, 0.0276325, 0.03332, 0.047605, 0.0845942, 0.185299, 0.456728", \
            "0.0294175, 0.0321297, 0.0380788, 0.0525219, 0.0870667, 0.185365, 0.456542", \
            "0.0374782, 0.0410974, 0.0487595, 0.064375, 0.0983255, 0.188203, 0.45589" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0540202, 0.059402, 0.0732098, 0.108169, 0.19802, 0.43036, 1.03952", \
            "0.0569674, 0.0623325, 0.0762047, 0.111464, 0.201313, 0.434014, 1.04463", \
            "0.0675304, 0.0727123, 0.0862452, 0.121274, 0.211304, 0.44445, 1.0551", \
            "0.0954726, 0.100981, 0.113719, 0.147404, 0.236963, 0.469831, 1.0815", \
            "0.145495, 0.152987, 0.171138, 0.211489, 0.300208, 0.531307, 1.14093", \
            "0.233276, 0.242196, 0.2669, 0.323565, 0.442432, 0.678932, 1.28483", \
            "0.408015, 0.420639, 0.451457, 0.524722, 0.685675, 1.00596, 1.6246" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0553209, 0.0623903, 0.0810376, 0.129917, 0.256967, 0.588945, 1.4592", \
            "0.0550525, 0.0621349, 0.0809996, 0.129503, 0.256643, 0.587668, 1.46194", \
            "0.0542506, 0.0612977, 0.0803052, 0.129455, 0.25606, 0.587779, 1.46183", \
            "0.0632687, 0.0693459, 0.0854296, 0.130048, 0.256674, 0.587621, 1.46251", \
            "0.0849482, 0.092937, 0.111279, 0.152718, 0.262454, 0.587505, 1.45843", \
            "0.117938, 0.130273, 0.153705, 0.208967, 0.321213, 0.604876, 1.46045", \
            "0.175798, 0.188165, 0.220516, 0.293242, 0.446982, 0.741695, 1.49346" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0202954, 0.0221667, 0.026882, 0.0385219, 0.0678557, 0.143379, 0.339942", \
            "0.0230833, 0.0250583, 0.029962, 0.0418552, 0.0713828, 0.146809, 0.343854", \
            "0.0260221, 0.0285237, 0.0343826, 0.0473628, 0.0774725, 0.153281, 0.350238", \
            "0.0255272, 0.0291029, 0.0373686, 0.0546919, 0.0894698, 0.166759, 0.364596", \
            "0.0131323, 0.0183078, 0.0306066, 0.0560864, 0.105224, 0.196063, 0.3963", \
            "-0.0316842, -0.0233983, -0.005122, 0.032934, 0.104821, 0.232693, 0.465382", \
            "-0.156295, -0.144299, -0.116019, -0.0586267, 0.0480672, 0.235953, 0.561069" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0107533, 0.0130261, 0.0190404, 0.0344611, 0.0743327, 0.176379, 0.44707", \
            "0.0112809, 0.0134631, 0.0193521, 0.0347867, 0.0741351, 0.17681, 0.449302", \
            "0.0148998, 0.016939, 0.0223173, 0.0361678, 0.0743435, 0.176886, 0.448536", \
            "0.0235344, 0.0258669, 0.0315547, 0.0452526, 0.079674, 0.177681, 0.445427", \
            "0.0401652, 0.0432547, 0.0506942, 0.0673286, 0.104086, 0.191942, 0.44767", \
            "0.0732748, 0.0771503, 0.0866055, 0.108677, 0.15525, 0.250527, 0.478075", \
            "0.139046, 0.143988, 0.156834, 0.185906, 0.247781, 0.370149, 0.615655" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013129, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0098015, 0.0115466, 0.016013, 0.0271356, 0.0550196, 0.12734, 0.318038", \
            "0.0092474, 0.0109799, 0.0154005, 0.0265166, 0.0544348, 0.126896, 0.317609", \
            "0.0084665, 0.0101571, 0.0144963, 0.0256099, 0.0537585, 0.126523, 0.315938", \
            "0.0079762, 0.0096243, 0.0139429, 0.0248978, 0.0531756, 0.126258, 0.317174", \
            "0.0096534, 0.0112124, 0.0153273, 0.0260081, 0.0539242, 0.126669, 0.317624", \
            "0.0136585, 0.015139, 0.0191529, 0.0298818, 0.0580071, 0.130598, 0.320379", \
            "0.0277776, 0.0293037, 0.0331022, 0.0436009, 0.071259, 0.144711, 0.334883" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013129, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0480771, 0.0467004, 0.0430618, 0.0332939, 0.0060454, -0.0670102, -0.259762", \
            "0.0474402, 0.0460597, 0.0424131, 0.0326484, 0.0053969, -0.0676373, -0.260393", \
            "0.0468706, 0.0454955, 0.0418696, 0.0320746, 0.0048205, -0.0681179, -0.260834", \
            "0.0471039, 0.0457012, 0.0419988, 0.0320038, 0.0048276, -0.0680563, -0.260645", \
            "0.0477106, 0.0463519, 0.0430821, 0.0333219, 0.0060692, -0.0667897, -0.259264", \
            "0.0538759, 0.0522431, 0.0482781, 0.0376571, 0.0095087, -0.0619277, -0.254408", \
            "0.0687657, 0.0669148, 0.0624913, 0.0514286, 0.0233607, -0.0499919, -0.24118" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013129, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0135859, 0.0153253, 0.0197368, 0.0307521, 0.0584648, 0.1308, 0.321772", \
            "0.0130614, 0.0147807, 0.0191773, 0.0301873, 0.0579231, 0.130307, 0.320742", \
            "0.0123618, 0.0140304, 0.0183803, 0.0293877, 0.0574378, 0.130225, 0.319328", \
            "0.0120498, 0.0136943, 0.0180172, 0.0289487, 0.0571016, 0.130083, 0.320992", \
            "0.0146752, 0.016247, 0.0202915, 0.0309459, 0.0586831, 0.13126, 0.322355", \
            "0.0203521, 0.0218018, 0.0257052, 0.0362287, 0.0642158, 0.136802, 0.326433", \
            "0.0365581, 0.0379734, 0.0417501, 0.0521196, 0.0792831, 0.152375, 0.342296" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.0013129, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
          values ( \
            "0.0436009, 0.0419259, 0.0375626, 0.0262531, -0.0027749, -0.0772157, -0.270602", \
            "0.0427881, 0.0411121, 0.0367727, 0.0254747, -0.0034532, -0.077821, -0.271284", \
            "0.0420271, 0.0403975, 0.0360848, 0.0249186, -0.0039173, -0.0782599, -0.27167", \
            "0.0418855, 0.040268, 0.0360756, 0.0251025, -0.003522, -0.0778335, -0.271416", \
            "0.0432202, 0.0416289, 0.0374804, 0.0266428, -0.0017479, -0.0759863, -0.269653", \
            "0.0479417, 0.0463301, 0.0422252, 0.0313769, 0.0030719, -0.0697288, -0.263618", \
            "0.063439, 0.0617139, 0.0573115, 0.0463377, 0.0181942, -0.0558348, -0.248494" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008624;
      rise_capacitance : 0.008977;
      rise_capacitance_range (0.008977, 0.008977);
      fall_capacitance : 0.008271;
      fall_capacitance_range (0.008271, 0.008271);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008198;
      rise_capacitance : 0.008395;
      rise_capacitance_range (0.008395, 0.008395);
      fall_capacitance : 0.008002;
      fall_capacitance_range (0.008002, 0.008002);
    }
  }
  cell (scs8hd_xnor2_4) {
    area : 27.5264;
    cell_footprint : "xnor2";
    cell_leakage_power : 0.0492538;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0497607;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0709859;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0496903;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0265781;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.0492538;
    }
    pin (Y) {
      direction : output;
      function : "(!A&!B) | (A&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.281077;
      max_transition : 1.49611;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0554639, 0.057503, 0.0628973, 0.0761764, 0.10948, 0.202017, 0.469758", \
            "0.0582823, 0.0603121, 0.0656755, 0.0789779, 0.112343, 0.205313, 0.471747", \
            "0.0637147, 0.0657288, 0.0710695, 0.0844076, 0.118095, 0.211321, 0.478042", \
            "0.07059, 0.0726968, 0.0782554, 0.0920406, 0.126661, 0.220394, 0.48894", \
            "0.0715408, 0.0738325, 0.0798044, 0.0940717, 0.129011, 0.223573, 0.492952", \
            "0.0491441, 0.0519955, 0.0591849, 0.0754126, 0.111539, 0.206083, 0.47546", \
            "-0.0367732, -0.0332815, -0.0242661, -0.0036515, 0.0383405, 0.134736, 0.40266" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0182542, 0.0201418, 0.0255539, 0.0410494, 0.0861979, 0.219713, 0.604152", \
            "0.0182802, 0.0201641, 0.0256134, 0.0409345, 0.086155, 0.21947, 0.607486", \
            "0.0185516, 0.0204322, 0.0258179, 0.0411364, 0.0861683, 0.219833, 0.604353", \
            "0.0199449, 0.021839, 0.0271735, 0.0423515, 0.0868997, 0.219325, 0.607595", \
            "0.0233877, 0.0251996, 0.030097, 0.0443413, 0.0880074, 0.219856, 0.605349", \
            "0.0301581, 0.0318808, 0.0371516, 0.0508845, 0.0908884, 0.220335, 0.604592", \
            "0.0407878, 0.0433529, 0.0502045, 0.064924, 0.102917, 0.225209, 0.605882" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.073211, 0.0751391, 0.0800423, 0.0918221, 0.119744, 0.191296, 0.392947", \
            "0.0775709, 0.0794562, 0.0843321, 0.0961227, 0.12406, 0.195787, 0.398138", \
            "0.089298, 0.0912198, 0.0960737, 0.107831, 0.135758, 0.207394, 0.409355", \
            "0.118238, 0.12007, 0.124931, 0.136674, 0.164587, 0.236451, 0.439748", \
            "0.171584, 0.17383, 0.17949, 0.192364, 0.22135, 0.293917, 0.496256", \
            "0.262414, 0.265151, 0.27198, 0.287661, 0.319296, 0.392628, 0.595105", \
            "0.434595, 0.437751, 0.446151, 0.465214, 0.502705, 0.579008, 0.781018" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0179731, 0.0194855, 0.0240505, 0.0359762, 0.069254, 0.167209, 0.455219", \
            "0.0180591, 0.0196466, 0.0240051, 0.0359869, 0.069441, 0.167514, 0.456103", \
            "0.018072, 0.0195121, 0.0240416, 0.0359888, 0.0693957, 0.167505, 0.454541", \
            "0.0186159, 0.0204297, 0.0245491, 0.0365742, 0.0697061, 0.167443, 0.456003", \
            "0.0235979, 0.0252752, 0.0294024, 0.0405441, 0.0724439, 0.168368, 0.454731", \
            "0.0308269, 0.0327469, 0.0379443, 0.0488681, 0.07822, 0.170598, 0.455612", \
            "0.0414058, 0.0436293, 0.0501658, 0.0617521, 0.0902839, 0.175578, 0.455999" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0800449, 0.0836494, 0.0937326, 0.121827, 0.200809, 0.42357, 1.06226", \
            "0.0836904, 0.087282, 0.0975648, 0.126026, 0.205152, 0.428446, 1.06723", \
            "0.0941814, 0.0977264, 0.10792, 0.136543, 0.215849, 0.441435, 1.0815", \
            "0.118167, 0.121714, 0.131732, 0.159898, 0.23921, 0.463726, 1.1032", \
            "0.162777, 0.167317, 0.179812, 0.212396, 0.294015, 0.518297, 1.15985", \
            "0.245941, 0.252007, 0.268328, 0.310085, 0.4119, 0.646448, 1.29052", \
            "0.423242, 0.430695, 0.451299, 0.504864, 0.634687, 0.924454, 1.58813" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0621988, 0.0668557, 0.0804353, 0.118829, 0.230665, 0.549877, 1.46257", \
            "0.0621319, 0.0668841, 0.0802905, 0.119311, 0.229916, 0.548572, 1.46179", \
            "0.0621013, 0.066862, 0.0803702, 0.119118, 0.230345, 0.549553, 1.4651", \
            "0.0653082, 0.0696271, 0.0823363, 0.119237, 0.230307, 0.54859, 1.46282", \
            "0.0831757, 0.0874227, 0.100106, 0.133763, 0.235584, 0.548434, 1.46653", \
            "0.118455, 0.123465, 0.137474, 0.175372, 0.276189, 0.563715, 1.46826", \
            "0.177305, 0.183599, 0.200706, 0.247081, 0.363321, 0.65274, 1.48546" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0281962, 0.0296303, 0.0335648, 0.044104, 0.072144, 0.149303, 0.368466", \
            "0.0311188, 0.0325794, 0.0365299, 0.0471489, 0.0752563, 0.152522, 0.371197", \
            "0.0354312, 0.036989, 0.041283, 0.0522888, 0.0805357, 0.157926, 0.377649", \
            "0.0391712, 0.0411922, 0.0464944, 0.0596984, 0.0911671, 0.169748, 0.389343", \
            "0.0337257, 0.0364602, 0.0440825, 0.0629233, 0.104779, 0.194963, 0.416742", \
            "-0.001009, 0.0031836, 0.0139689, 0.0414795, 0.102605, 0.226093, 0.478859", \
            "-0.110769, -0.104841, -0.0887972, -0.0489132, 0.0407515, 0.220846, 0.561361" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0232837, 0.0248067, 0.0292214, 0.0421129, 0.0797779, 0.188725, 0.503891", \
            "0.023154, 0.0246219, 0.0291218, 0.0421891, 0.079749, 0.189045, 0.503844", \
            "0.0256882, 0.0270027, 0.030883, 0.0431406, 0.0797925, 0.189005, 0.504308", \
            "0.0332298, 0.0348138, 0.0389389, 0.0507032, 0.0847765, 0.189678, 0.50483", \
            "0.0507891, 0.0526944, 0.0574652, 0.0711018, 0.106039, 0.20372, 0.505269", \
            "0.0830999, 0.0861937, 0.093108, 0.110748, 0.153767, 0.256602, 0.533053", \
            "0.14557, 0.149331, 0.159299, 0.18428, 0.241671, 0.367008, 0.652391" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0516888, 0.0537222, 0.0590588, 0.0722201, 0.105396, 0.197866, 0.466285", \
            "0.0544488, 0.0564608, 0.0617957, 0.0749613, 0.108247, 0.201216, 0.46758", \
            "0.0610274, 0.063031, 0.0683584, 0.0816882, 0.115375, 0.208188, 0.475028", \
            "0.0676953, 0.0697269, 0.0752347, 0.0890526, 0.123842, 0.217619, 0.486579", \
            "0.0685335, 0.0707344, 0.0764559, 0.0904802, 0.125389, 0.219969, 0.489592", \
            "0.0478785, 0.0506093, 0.0575257, 0.0730332, 0.10839, 0.202253, 0.47122", \
            "-0.0323158, -0.0289482, -0.0202292, -0.0003466, 0.039418, 0.135695, 0.403367" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0183059, 0.0202161, 0.0256364, 0.0411384, 0.0861351, 0.219768, 0.607458", \
            "0.018318, 0.0202258, 0.0256913, 0.0410725, 0.0861913, 0.219463, 0.607904", \
            "0.0188657, 0.0206997, 0.0260422, 0.0413294, 0.0863006, 0.219539, 0.606918", \
            "0.0198317, 0.021803, 0.0272746, 0.0427496, 0.0873394, 0.219378, 0.609147", \
            "0.0233149, 0.0250393, 0.0298059, 0.0441535, 0.0881917, 0.220468, 0.60545", \
            "0.0300196, 0.0319923, 0.0366132, 0.0501228, 0.0902519, 0.221357, 0.605138", \
            "0.0413047, 0.0437855, 0.0499727, 0.0648745, 0.101498, 0.225263, 0.606277" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0631304, 0.0646636, 0.0688416, 0.0794789, 0.107085, 0.183109, 0.401183", \
            "0.067631, 0.0691998, 0.0733126, 0.0839844, 0.111678, 0.187744, 0.405803", \
            "0.0794749, 0.0810387, 0.0852218, 0.0959718, 0.123799, 0.199859, 0.41844", \
            "0.10659, 0.108222, 0.112618, 0.123704, 0.151861, 0.228011, 0.446024", \
            "0.153012, 0.154949, 0.160041, 0.172262, 0.201765, 0.278642, 0.496575", \
            "0.233449, 0.235938, 0.242174, 0.256855, 0.288317, 0.366221, 0.584626", \
            "0.388894, 0.391688, 0.39971, 0.417867, 0.455685, 0.535838, 0.75243" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0264543, 0.0280787, 0.032682, 0.0454099, 0.0817031, 0.18906, 0.503772", \
            "0.0265081, 0.0281301, 0.0327007, 0.0454089, 0.0816683, 0.18911, 0.503767", \
            "0.0266006, 0.0282562, 0.0327118, 0.0455073, 0.0816358, 0.189063, 0.504187", \
            "0.0267117, 0.0283322, 0.0329603, 0.0458728, 0.0818952, 0.189087, 0.504062", \
            "0.0263488, 0.0281129, 0.0330304, 0.0459521, 0.0820694, 0.188891, 0.503871", \
            "0.0301717, 0.0322995, 0.0375848, 0.050276, 0.0843133, 0.188217, 0.502191", \
            "0.0377441, 0.0403864, 0.0466921, 0.0610795, 0.0943942, 0.191347, 0.501059" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0637346, 0.0674622, 0.077821, 0.106477, 0.185325, 0.409221, 1.04752", \
            "0.0659978, 0.0697058, 0.0801399, 0.109047, 0.18891, 0.412309, 1.05621", \
            "0.0761002, 0.0796596, 0.0898368, 0.118514, 0.198212, 0.422713, 1.06275", \
            "0.104474, 0.107776, 0.117276, 0.144968, 0.223548, 0.447926, 1.09097", \
            "0.158086, 0.162938, 0.175518, 0.20901, 0.287846, 0.509838, 1.15006", \
            "0.25251, 0.25902, 0.276722, 0.322146, 0.429082, 0.659979, 1.29462", \
            "0.439407, 0.447073, 0.468678, 0.530173, 0.674371, 0.988177, 1.64056" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0618474, 0.066464, 0.0801958, 0.119078, 0.229784, 0.549595, 1.46284", \
            "0.0617016, 0.0663729, 0.080097, 0.119203, 0.230728, 0.548444, 1.46913", \
            "0.0608208, 0.0656106, 0.0795562, 0.118822, 0.230185, 0.549112, 1.46322", \
            "0.0679535, 0.0720304, 0.0839023, 0.119581, 0.230422, 0.548685, 1.46509", \
            "0.0907369, 0.0956744, 0.109852, 0.142953, 0.238704, 0.548973, 1.46663", \
            "0.124418, 0.131268, 0.149501, 0.194772, 0.298938, 0.56848, 1.46601", \
            "0.183495, 0.19147, 0.214902, 0.273871, 0.413352, 0.705948, 1.49611" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0239574, 0.0252365, 0.0287403, 0.0380638, 0.0635877, 0.134573, 0.336658", \
            "0.0266927, 0.0280282, 0.0316995, 0.0413622, 0.0670192, 0.13844, 0.340936", \
            "0.029959, 0.0315859, 0.0359416, 0.0466425, 0.0729387, 0.144394, 0.346654", \
            "0.0295171, 0.0318755, 0.0380089, 0.0523904, 0.0838855, 0.15715, 0.360171", \
            "0.016523, 0.0198589, 0.0286199, 0.0499599, 0.0952429, 0.184245, 0.390761", \
            "-0.0318038, -0.0264134, -0.0128821, 0.0196699, 0.0855904, 0.212675, 0.457418", \
            "-0.165249, -0.157132, -0.13694, -0.0876141, 0.0115108, 0.199736, 0.543423" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0118348, 0.013339, 0.0177379, 0.0303909, 0.0660907, 0.167035, 0.455353", \
            "0.0123134, 0.0138018, 0.0181429, 0.0307341, 0.0663031, 0.167232, 0.456018", \
            "0.0158519, 0.0172306, 0.0212557, 0.0324634, 0.0667339, 0.167871, 0.455998", \
            "0.0245624, 0.0260784, 0.0302706, 0.0417438, 0.0731787, 0.168127, 0.454637", \
            "0.0415004, 0.0435318, 0.0490316, 0.0630215, 0.0975799, 0.185334, 0.457143", \
            "0.0754478, 0.0781076, 0.0849976, 0.103319, 0.145721, 0.241303, 0.491526", \
            "0.143772, 0.14703, 0.156464, 0.179939, 0.234856, 0.356655, 0.625901" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0147335, 0.0166947, 0.0222962, 0.0375406, 0.0791045, 0.198084, 0.542333", \
            "0.0136099, 0.0155755, 0.0211256, 0.0364093, 0.0780775, 0.197181, 0.541329", \
            "0.012089, 0.0140082, 0.0195238, 0.0347721, 0.0768657, 0.196454, 0.537923", \
            "0.0111574, 0.0130568, 0.0184751, 0.0336436, 0.0763013, 0.196397, 0.540672", \
            "0.0139556, 0.0157978, 0.0210301, 0.0358851, 0.0775367, 0.197111, 0.541874", \
            "0.0211345, 0.0229429, 0.0279877, 0.0426358, 0.085067, 0.20395, 0.546647", \
            "0.045766, 0.0473453, 0.0516495, 0.0662349, 0.107887, 0.228287, 0.571619" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0982784, 0.0967374, 0.0922042, 0.0789393, 0.0383658, -0.081931, -0.429869", \
            "0.0970728, 0.0955198, 0.09106, 0.0777388, 0.0371414, -0.0831826, -0.430954", \
            "0.0958379, 0.0943208, 0.0897834, 0.0764025, 0.035826, -0.084336, -0.432148", \
            "0.0956481, 0.0941006, 0.0894685, 0.0759192, 0.0352804, -0.0846809, -0.432291", \
            "0.0977953, 0.0960416, 0.091334, 0.0776828, 0.0368679, -0.0829751, -0.430449", \
            "0.106875, 0.104964, 0.0998044, 0.0851304, 0.0430671, -0.0741808, -0.421517", \
            "0.133191, 0.131022, 0.125575, 0.111335, 0.068633, -0.0538397, -0.398737" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0215305, 0.0234923, 0.0290269, 0.0440776, 0.0854971, 0.20447, 0.549045", \
            "0.020413, 0.0223563, 0.0278638, 0.0430014, 0.0845427, 0.203633, 0.547851", \
            "0.0191533, 0.0210344, 0.0264573, 0.041675, 0.0837372, 0.20336, 0.545561", \
            "0.0185435, 0.0203696, 0.0256972, 0.0409377, 0.0833626, 0.203575, 0.548795", \
            "0.022419, 0.0241998, 0.0293133, 0.0441752, 0.0855228, 0.205724, 0.550091", \
            "0.0322643, 0.0339262, 0.0390162, 0.0535227, 0.095698, 0.214516, 0.557617", \
            "0.0611882, 0.0629109, 0.0674921, 0.0814851, 0.122226, 0.242711, 0.585679" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00143641, 0.00412656, 0.0118549, 0.034057, 0.0978399, 0.281077");
          values ( \
            "0.0889801, 0.0871311, 0.0816626, 0.0661245, 0.022239, -0.100675, -0.449959", \
            "0.0875767, 0.0856895, 0.0802071, 0.064739, 0.0210035, -0.101896, -0.451192", \
            "0.0859124, 0.0840143, 0.078586, 0.0632512, 0.0198186, -0.102989, -0.452334", \
            "0.0853317, 0.0834881, 0.0782457, 0.0631716, 0.0201254, -0.10252, -0.452009", \
            "0.087745, 0.085944, 0.0807782, 0.065882, 0.0232189, -0.0992406, -0.44891", \
            "0.0954483, 0.0936132, 0.0882717, 0.073357, 0.0308503, -0.0889625, -0.438868", \
            "0.122009, 0.119887, 0.114327, 0.099015, 0.0558315, -0.0663145, -0.413477" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.016643;
      rise_capacitance : 0.017314;
      rise_capacitance_range (0.017314, 0.017314);
      fall_capacitance : 0.015971;
      fall_capacitance_range (0.015971, 0.015971);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.015807;
      rise_capacitance : 0.016149;
      rise_capacitance_range (0.016149, 0.016149);
      fall_capacitance : 0.015465;
      fall_capacitance_range (0.015465, 0.015465);
    }
  }
  cell (scs8hd_xnor3_1) {
    area : 22.5216;
    cell_footprint : "xnor3";
    cell_leakage_power : 0.0294149;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0333535;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.0193337;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 0.0333511;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 0.0317318;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 0.0271001;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0254781;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 0.0394955;
      when : "A&B&C";
    }
    leakage_power () {
      value : 0.0254757;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.0294149;
    }
    pin (X) {
      direction : output;
      function : "(!A&!B&!C) | (A&B&!C) | (A&!B&C) | (!A&B&C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.203257;
      max_transition : 1.50467;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.104935, 0.111771, 0.127578, 0.164084, 0.25507, 0.496358, 1.15207", \
            "0.108578, 0.115483, 0.131281, 0.167767, 0.258784, 0.499854, 1.15725", \
            "0.117178, 0.124056, 0.139834, 0.176293, 0.267322, 0.508753, 1.16404", \
            "0.135782, 0.142659, 0.158456, 0.194882, 0.285793, 0.527054, 1.18481", \
            "0.163636, 0.171087, 0.187738, 0.224829, 0.315877, 0.557614, 1.21831", \
            "0.186106, 0.195166, 0.214851, 0.254898, 0.346993, 0.588495, 1.24506", \
            "0.169796, 0.181063, 0.205834, 0.25402, 0.350503, 0.591948, 1.24646" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0210762, 0.0276673, 0.0442593, 0.0886123, 0.212003, 0.555552, 1.4988", \
            "0.0211735, 0.0276634, 0.0442703, 0.0885653, 0.211806, 0.554362, 1.49509", \
            "0.0211509, 0.0276497, 0.0443052, 0.0885227, 0.211895, 0.555838, 1.50007", \
            "0.0212115, 0.0277418, 0.044454, 0.0887573, 0.212029, 0.554505, 1.49396", \
            "0.0240431, 0.0305956, 0.0469579, 0.0902224, 0.212611, 0.555082, 1.50178", \
            "0.0305809, 0.0381966, 0.0548898, 0.0959288, 0.214259, 0.555626, 1.49842", \
            "0.0404668, 0.0499796, 0.0702611, 0.110915, 0.220711, 0.556903, 1.49178" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.153111, 0.163412, 0.184663, 0.22215, 0.285728, 0.412558, 0.71778", \
            "0.157997, 0.1683, 0.18954, 0.227037, 0.290492, 0.417476, 0.722657", \
            "0.16998, 0.18025, 0.20154, 0.239025, 0.30244, 0.429386, 0.734499", \
            "0.199682, 0.209975, 0.231259, 0.268635, 0.332232, 0.45928, 0.764298", \
            "0.265587, 0.276119, 0.297994, 0.336148, 0.400097, 0.527372, 0.832658", \
            "0.379846, 0.391847, 0.41785, 0.462644, 0.532148, 0.661767, 0.967362", \
            "0.567659, 0.581357, 0.612068, 0.670399, 0.754807, 0.894221, 1.20363" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0452766, 0.0517928, 0.0638933, 0.083698, 0.130238, 0.261715, 0.64485", \
            "0.0452773, 0.0517996, 0.0639037, 0.0837347, 0.130061, 0.260976, 0.648392", \
            "0.0452145, 0.0518011, 0.0638813, 0.0836093, 0.130582, 0.261831, 0.642851", \
            "0.0455747, 0.0519833, 0.0638178, 0.0844422, 0.13101, 0.261807, 0.642962", \
            "0.0478788, 0.0545359, 0.0667286, 0.0860218, 0.131548, 0.26238, 0.644746", \
            "0.0607502, 0.0689098, 0.0831244, 0.103098, 0.14139, 0.26605, 0.6433", \
            "0.0778344, 0.0886109, 0.109338, 0.136331, 0.170167, 0.281422, 0.650134" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.190361, 0.197661, 0.214177, 0.251378, 0.342275, 0.583684, 1.23931", \
            "0.195189, 0.202477, 0.218996, 0.256199, 0.347101, 0.588526, 1.24422", \
            "0.207136, 0.214436, 0.230952, 0.268153, 0.359049, 0.600441, 1.25601", \
            "0.237379, 0.244627, 0.261158, 0.298366, 0.38927, 0.630711, 1.28675", \
            "0.302938, 0.310275, 0.326835, 0.364036, 0.454931, 0.697193, 1.35141", \
            "0.414578, 0.422033, 0.438724, 0.475983, 0.566806, 0.808313, 1.46465", \
            "0.602568, 0.610225, 0.627334, 0.665069, 0.756179, 0.998076, 1.65352" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0226948, 0.0295038, 0.0461335, 0.0897016, 0.212387, 0.55667, 1.49348", \
            "0.0226931, 0.0295239, 0.0461367, 0.0897219, 0.212285, 0.556869, 1.49368", \
            "0.0226948, 0.0295004, 0.0461328, 0.0896967, 0.212406, 0.556519, 1.49337", \
            "0.0227179, 0.0295806, 0.0461289, 0.0897621, 0.211986, 0.557235, 1.49439", \
            "0.0228418, 0.0295433, 0.0463001, 0.0899175, 0.212318, 0.557271, 1.49535", \
            "0.0232907, 0.0301269, 0.0468481, 0.090248, 0.212603, 0.555739, 1.50023", \
            "0.0246333, 0.0314621, 0.0480698, 0.0912968, 0.213284, 0.554232, 1.49439" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.173279, 0.182561, 0.202185, 0.238083, 0.30155, 0.429627, 0.735993", \
            "0.177135, 0.186466, 0.206086, 0.241993, 0.305161, 0.433552, 0.739716", \
            "0.186349, 0.195652, 0.215268, 0.251137, 0.314315, 0.442722, 0.749152", \
            "0.204691, 0.21396, 0.233533, 0.269477, 0.332631, 0.461065, 0.767271", \
            "0.226469, 0.23581, 0.255269, 0.291407, 0.35466, 0.483082, 0.789389", \
            "0.239607, 0.248915, 0.268656, 0.304728, 0.368239, 0.496581, 0.803043", \
            "0.213298, 0.222758, 0.242881, 0.279384, 0.343172, 0.471886, 0.778347" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0387602, 0.04512, 0.0575184, 0.0807754, 0.129646, 0.264841, 0.647641", \
            "0.0390066, 0.0451082, 0.0577141, 0.0799932, 0.130145, 0.26444, 0.643637", \
            "0.0387584, 0.0455336, 0.0575269, 0.0798417, 0.129621, 0.264423, 0.645093", \
            "0.0388749, 0.0455385, 0.0575529, 0.0799552, 0.129669, 0.264677, 0.64519", \
            "0.0389174, 0.0452317, 0.0579339, 0.0801875, 0.130217, 0.264193, 0.650755", \
            "0.039406, 0.0457102, 0.058743, 0.080926, 0.131035, 0.263016, 0.645762", \
            "0.0407269, 0.0472429, 0.0596945, 0.0818788, 0.130716, 0.265083, 0.64962" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0871164, 0.0946362, 0.111594, 0.149279, 0.240395, 0.481369, 1.13739", \
            "0.0912643, 0.0988109, 0.115778, 0.153499, 0.244691, 0.485902, 1.15033", \
            "0.100212, 0.107739, 0.124687, 0.162333, 0.253496, 0.494539, 1.15771", \
            "0.116491, 0.124018, 0.140927, 0.178431, 0.269418, 0.51136, 1.16543", \
            "0.138551, 0.146641, 0.16427, 0.202563, 0.293898, 0.536087, 1.19202", \
            "0.150055, 0.159657, 0.17983, 0.219877, 0.311557, 0.553369, 1.21236", \
            "0.11251, 0.123858, 0.148414, 0.195342, 0.28965, 0.531508, 1.18804" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0236578, 0.0304201, 0.0472169, 0.0904642, 0.212505, 0.556608, 1.49655", \
            "0.0236542, 0.0304289, 0.0471945, 0.0907186, 0.21288, 0.555032, 1.50123", \
            "0.0236874, 0.0304511, 0.0471591, 0.0906813, 0.212912, 0.555474, 1.50252", \
            "0.0239427, 0.0307268, 0.0474012, 0.0907093, 0.212951, 0.556623, 1.49582", \
            "0.0269258, 0.0336605, 0.0499244, 0.0925963, 0.213406, 0.55722, 1.4967", \
            "0.0336447, 0.0408647, 0.0575132, 0.0969986, 0.215301, 0.556298, 1.49996", \
            "0.0430968, 0.0521031, 0.0707208, 0.110112, 0.220218, 0.559398, 1.49383" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.13551, 0.14448, 0.1635, 0.198664, 0.261306, 0.389604, 0.696289", \
            "0.138476, 0.147446, 0.16645, 0.201622, 0.264341, 0.392558, 0.698921", \
            "0.148373, 0.157264, 0.176276, 0.211356, 0.274143, 0.402283, 0.708723", \
            "0.174722, 0.183545, 0.202416, 0.237339, 0.300062, 0.428226, 0.734665", \
            "0.230095, 0.239304, 0.258618, 0.294066, 0.356913, 0.485455, 0.792072", \
            "0.319035, 0.329203, 0.351451, 0.392823, 0.461812, 0.594359, 0.902222", \
            "0.476567, 0.487417, 0.511731, 0.560121, 0.642247, 0.784701, 1.09761" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0364544, 0.0426737, 0.0551088, 0.0779622, 0.128703, 0.264785, 0.647303", \
            "0.0364268, 0.042633, 0.0550253, 0.0786388, 0.129931, 0.264467, 0.642951", \
            "0.0364848, 0.0426224, 0.0554206, 0.078256, 0.129615, 0.26417, 0.64371", \
            "0.0362684, 0.0423672, 0.0552086, 0.0781289, 0.129592, 0.264097, 0.643333", \
            "0.0386955, 0.0450405, 0.0571362, 0.0792238, 0.129499, 0.263952, 0.65016", \
            "0.044662, 0.0525932, 0.0682377, 0.0939487, 0.141784, 0.270752, 0.6504", \
            "0.0499634, 0.0593067, 0.0795461, 0.1128, 0.163544, 0.286858, 0.654332" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.122771, 0.12955, 0.14515, 0.181069, 0.271145, 0.512329, 1.16838", \
            "0.1264, 0.133225, 0.148831, 0.184761, 0.274886, 0.516065, 1.17216", \
            "0.137735, 0.144536, 0.160132, 0.196106, 0.286355, 0.528041, 1.18479", \
            "0.164599, 0.171401, 0.186989, 0.222967, 0.313183, 0.554612, 1.21106", \
            "0.209189, 0.215997, 0.231599, 0.267523, 0.357906, 0.599604, 1.25888", \
            "0.280861, 0.28769, 0.303401, 0.339431, 0.429781, 0.670926, 1.32782", \
            "0.413699, 0.420823, 0.436772, 0.473087, 0.563632, 0.805173, 1.4586" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0209413, 0.0274172, 0.0437894, 0.0878988, 0.21114, 0.555879, 1.49277", \
            "0.0209578, 0.0274162, 0.0438173, 0.087893, 0.211299, 0.556039, 1.49427", \
            "0.020966, 0.0274024, 0.0438181, 0.0878584, 0.211526, 0.556526, 1.49558", \
            "0.0209611, 0.0274515, 0.0438764, 0.0878124, 0.21171, 0.555454, 1.49941", \
            "0.0210954, 0.0274926, 0.0438038, 0.0878206, 0.211447, 0.556232, 1.5", \
            "0.0214482, 0.0278931, 0.0442788, 0.088307, 0.211176, 0.554926, 1.49748", \
            "0.0227972, 0.0291551, 0.04532, 0.0889341, 0.211971, 0.554914, 1.48826" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.108359, 0.117193, 0.135961, 0.170862, 0.232517, 0.35879, 0.663858", \
            "0.112185, 0.121029, 0.139819, 0.174729, 0.236406, 0.362686, 0.667728", \
            "0.121892, 0.130675, 0.149508, 0.184317, 0.246, 0.372273, 0.67705", \
            "0.143022, 0.151456, 0.169717, 0.203834, 0.265108, 0.391146, 0.696184", \
            "0.167573, 0.175749, 0.193255, 0.226394, 0.286518, 0.412133, 0.71723", \
            "0.166079, 0.174248, 0.191824, 0.225165, 0.28569, 0.410971, 0.71506", \
            "0.124071, 0.132287, 0.14997, 0.183289, 0.244204, 0.370193, 0.67486" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0358311, 0.0421348, 0.0544098, 0.0769117, 0.126123, 0.260922, 0.645197", \
            "0.0358904, 0.0421917, 0.0544676, 0.0769679, 0.126171, 0.260876, 0.645648", \
            "0.0356421, 0.0418921, 0.0542815, 0.0777061, 0.12742, 0.260876, 0.64644", \
            "0.0338118, 0.0399166, 0.0523251, 0.0760981, 0.126574, 0.259618, 0.643325", \
            "0.0329933, 0.0386969, 0.0509033, 0.0733094, 0.124659, 0.259078, 0.644928", \
            "0.033024, 0.0388715, 0.0515196, 0.0739137, 0.125139, 0.257531, 0.640294", \
            "0.0336813, 0.0394248, 0.0518625, 0.0745924, 0.125061, 0.259257, 0.644182" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0506765, 0.0571646, 0.072121, 0.10679, 0.195228, 0.435914, 1.09204", \
            "0.0543425, 0.0608131, 0.0757604, 0.110537, 0.199174, 0.439534, 1.09603", \
            "0.0631705, 0.0695586, 0.0844556, 0.119338, 0.208202, 0.447941, 1.10223", \
            "0.0761456, 0.0826259, 0.0977894, 0.133206, 0.222099, 0.463013, 1.11834", \
            "0.0871392, 0.094235, 0.109763, 0.145302, 0.235358, 0.47572, 1.13294", \
            "0.0817006, 0.0904978, 0.108748, 0.145572, 0.235224, 0.476554, 1.13224", \
            "0.0282011, 0.0389226, 0.061788, 0.105147, 0.196833, 0.437608, 1.0921" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0196044, 0.0262317, 0.0428829, 0.0872367, 0.211519, 0.555291, 1.49506", \
            "0.0195548, 0.0261725, 0.0429129, 0.0869732, 0.211395, 0.557085, 1.49768", \
            "0.0194592, 0.026004, 0.0427753, 0.0870905, 0.211512, 0.558523, 1.49264", \
            "0.0207819, 0.027163, 0.0437619, 0.0878457, 0.2117, 0.555854, 1.50054", \
            "0.0246651, 0.0305581, 0.0457375, 0.0891183, 0.212863, 0.557175, 1.49596", \
            "0.0315951, 0.0383326, 0.0530254, 0.0923007, 0.21367, 0.556146, 1.49856", \
            "0.0412457, 0.0505384, 0.0680432, 0.10571, 0.218445, 0.56022, 1.49284" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0730287, 0.0789398, 0.0919473, 0.118809, 0.174616, 0.297919, 0.602372", \
            "0.0766931, 0.0825874, 0.0955139, 0.122282, 0.177942, 0.30123, 0.605443", \
            "0.0876185, 0.0933615, 0.106123, 0.132664, 0.188166, 0.311267, 0.615873", \
            "0.115054, 0.120653, 0.133145, 0.159284, 0.214354, 0.337186, 0.641297", \
            "0.163104, 0.169699, 0.183852, 0.211685, 0.267559, 0.390557, 0.695087", \
            "0.241207, 0.248629, 0.265239, 0.297676, 0.35683, 0.481707, 0.788182", \
            "0.388543, 0.396921, 0.415456, 0.45222, 0.520139, 0.647941, 0.954582" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.020386, 0.025449, 0.036795, 0.0616585, 0.117458, 0.255801, 0.63995", \
            "0.0202058, 0.0251532, 0.0365613, 0.0616981, 0.117771, 0.256519, 0.644428", \
            "0.0198444, 0.0248798, 0.0360303, 0.060627, 0.116344, 0.25633, 0.648504", \
            "0.0199214, 0.0244766, 0.0354301, 0.0595778, 0.115763, 0.255404, 0.642421", \
            "0.0249448, 0.0300438, 0.0412651, 0.0637983, 0.1179, 0.256688, 0.645784", \
            "0.0309465, 0.0370847, 0.0499347, 0.074011, 0.12435, 0.26067, 0.645357", \
            "0.0399844, 0.0462505, 0.0605951, 0.0895416, 0.140198, 0.267896, 0.647566" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0911529, 0.0980505, 0.113962, 0.150306, 0.240712, 0.482772, 1.14237", \
            "0.0956236, 0.102536, 0.118439, 0.15482, 0.245276, 0.487428, 1.1458", \
            "0.107779, 0.114687, 0.130604, 0.166978, 0.257333, 0.499399, 1.1604", \
            "0.135409, 0.142306, 0.158167, 0.194711, 0.28513, 0.525957, 1.18142", \
            "0.181514, 0.188335, 0.204095, 0.240434, 0.330692, 0.572118, 1.22938", \
            "0.254895, 0.261726, 0.277631, 0.31406, 0.404927, 0.645261, 1.29956", \
            "0.389052, 0.395999, 0.411944, 0.448563, 0.540098, 0.78126, 1.43351" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0212004, 0.0279875, 0.0449258, 0.0890047, 0.212569, 0.557768, 1.5007", \
            "0.0211595, 0.0279921, 0.0449229, 0.089028, 0.21253, 0.557232, 1.4999", \
            "0.0211957, 0.0279879, 0.0449219, 0.0890141, 0.212578, 0.557644, 1.50467", \
            "0.0210784, 0.0278182, 0.0447745, 0.0890112, 0.212084, 0.559512, 1.49985", \
            "0.0211839, 0.0278602, 0.0448336, 0.0888064, 0.212597, 0.558146, 1.49851", \
            "0.0217013, 0.0283594, 0.0453284, 0.0898904, 0.212796, 0.554973, 1.50326", \
            "0.0236394, 0.0297928, 0.0463234, 0.0910028, 0.213887, 0.557302, 1.49253" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0719336, 0.0797534, 0.0966681, 0.129178, 0.19005, 0.31723, 0.623806", \
            "0.0753889, 0.0831725, 0.100003, 0.132493, 0.193237, 0.320426, 0.626721", \
            "0.0839704, 0.0915273, 0.108024, 0.139971, 0.200431, 0.327617, 0.634168", \
            "0.108347, 0.114884, 0.129468, 0.159011, 0.217926, 0.344313, 0.650433", \
            "0.128919, 0.135117, 0.148897, 0.176741, 0.233686, 0.3586, 0.664682", \
            "0.126595, 0.132706, 0.146206, 0.173988, 0.231122, 0.355781, 0.659527", \
            "0.0865196, 0.0926495, 0.10606, 0.133568, 0.190277, 0.315274, 0.62051" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0287065, 0.0349521, 0.0470946, 0.071387, 0.124964, 0.263339, 0.646529", \
            "0.0285434, 0.0345005, 0.0474376, 0.0715348, 0.126185, 0.262542, 0.643428", \
            "0.0272561, 0.033134, 0.0461401, 0.070331, 0.12443, 0.262237, 0.64858", \
            "0.0232934, 0.02883, 0.0411242, 0.0659365, 0.122505, 0.261428, 0.645227", \
            "0.0233219, 0.0282446, 0.0389087, 0.0630282, 0.118219, 0.25935, 0.645439", \
            "0.022827, 0.0277695, 0.0386773, 0.0631258, 0.119604, 0.258446, 0.646028", \
            "0.0232288, 0.0278754, 0.0386509, 0.063364, 0.119555, 0.25972, 0.645845" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.041273, 0.0437993, 0.0501867, 0.0635215, 0.0965234, 0.18549, 0.427409", \
            "0.0411049, 0.0436882, 0.0500396, 0.0633814, 0.0963713, 0.185254, 0.427598", \
            "0.0408571, 0.0434633, 0.0497875, 0.0631747, 0.0961768, 0.185143, 0.42719", \
            "0.0404859, 0.0430924, 0.0495049, 0.0628374, 0.095804, 0.184702, 0.427627", \
            "0.0408709, 0.0433758, 0.0498451, 0.0630779, 0.0959991, 0.185047, 0.429123", \
            "0.0464047, 0.0479735, 0.0524438, 0.0644645, 0.0970569, 0.185528, 0.427944", \
            "0.0513176, 0.0528427, 0.0571423, 0.0690046, 0.101778, 0.190524, 0.43091" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0496715, 0.0479248, 0.0442969, 0.0348668, 0.0045221, -0.0844964, -0.328874", \
            "0.0494286, 0.0476776, 0.0440316, 0.0346203, 0.0042866, -0.0847373, -0.329101", \
            "0.0492276, 0.0473865, 0.0439693, 0.0344214, 0.004063, -0.0849323, -0.329276", \
            "0.0490557, 0.0472789, 0.0435522, 0.034225, 0.0038332, -0.0851392, -0.329521", \
            "0.0498065, 0.0480151, 0.044295, 0.034686, 0.0042962, -0.0846809, -0.329011", \
            "0.0525855, 0.0504547, 0.0456806, 0.0363348, 0.0058484, -0.0831783, -0.327564", \
            "0.0671396, 0.0649101, 0.0592421, 0.0456729, 0.0117583, -0.0779372, -0.322487" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0247436, 0.0268625, 0.032373, 0.0451156, 0.0780585, 0.167007, 0.408868", \
            "0.0248242, 0.026948, 0.0324155, 0.0451917, 0.0781295, 0.167132, 0.408714", \
            "0.0253254, 0.0274253, 0.0329359, 0.0456334, 0.0785489, 0.167496, 0.409235", \
            "0.0261125, 0.0282008, 0.0336099, 0.0462728, 0.0791609, 0.16803, 0.410554", \
            "0.0292425, 0.0309573, 0.0357749, 0.0482342, 0.0809413, 0.169952, 0.41208", \
            "0.0360523, 0.0376025, 0.0419426, 0.053966, 0.0861581, 0.174419, 0.418741", \
            "0.0516891, 0.0531212, 0.0573274, 0.0692391, 0.101735, 0.190129, 0.429627" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0483123, 0.0465861, 0.0431149, 0.033645, 0.003373, -0.0854357, -0.329795", \
            "0.0478973, 0.0462139, 0.0427514, 0.0332331, 0.0029539, -0.0858492, -0.330259", \
            "0.0475197, 0.0458268, 0.0424067, 0.0328724, 0.0026172, -0.0862012, -0.330596", \
            "0.047567, 0.0458685, 0.0424453, 0.0328764, 0.0026089, -0.0861643, -0.330519", \
            "0.0494442, 0.047706, 0.0440884, 0.0344791, 0.0041793, -0.0845932, -0.328888", \
            "0.0600362, 0.0580095, 0.0529245, 0.0405993, 0.0113897, -0.0773225, -0.321625", \
            "0.0784502, 0.0763934, 0.0711723, 0.0582215, 0.0249179, -0.064363, -0.308363" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0094329, 0.0112733, 0.015977, 0.0279704, 0.0603031, 0.149109, 0.391343", \
            "0.0090843, 0.0109368, 0.015652, 0.0276899, 0.0600247, 0.148718, 0.391318", \
            "0.0087606, 0.0105921, 0.0153043, 0.02739, 0.0598348, 0.148541, 0.390079", \
            "0.0088438, 0.0106602, 0.0153235, 0.0274181, 0.059942, 0.148792, 0.389028", \
            "0.0104259, 0.0120332, 0.016328, 0.0283642, 0.0607383, 0.1495, 0.391825", \
            "0.0138174, 0.0153449, 0.0196946, 0.0316377, 0.0638242, 0.151807, 0.395613", \
            "0.0240255, 0.0253153, 0.0292101, 0.0405073, 0.0726935, 0.160874, 0.400288" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00136087, 0.00370392, 0.0100811, 0.0274381, 0.0746792, 0.203257");
          values ( \
            "0.0170794, 0.015825, 0.0125024, 0.0025132, -0.0285608, -0.117896, -0.362355", \
            "0.0166346, 0.015308, 0.0120978, 0.0020642, -0.0289996, -0.11831, -0.362796", \
            "0.0162955, 0.0150374, 0.0117176, 0.0017367, -0.0292924, -0.118588, -0.363103", \
            "0.0166004, 0.0152765, 0.0119127, 0.0019341, -0.0290646, -0.118377, -0.362852", \
            "0.018201, 0.0164028, 0.0130433, 0.0030014, -0.0280346, -0.117331, -0.361835", \
            "0.0271129, 0.0252499, 0.0204174, 0.007985, -0.0245125, -0.113585, -0.358215", \
            "0.0387642, 0.0367522, 0.0316452, 0.018979, -0.0145368, -0.10496, -0.349265" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002469;
      rise_capacitance : 0.002612;
      rise_capacitance_range (0.002612, 0.002612);
      fall_capacitance : 0.002326;
      fall_capacitance_range (0.002326, 0.002326);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.005298;
      rise_capacitance : 0.005453;
      rise_capacitance_range (0.005453, 0.005453);
      fall_capacitance : 0.005143;
      fall_capacitance_range (0.005143, 0.005143);
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003538;
      rise_capacitance : 0.003666;
      rise_capacitance_range (0.003666, 0.003666);
      fall_capacitance : 0.00341;
      fall_capacitance_range (0.00341, 0.00341);
    }
  }
  cell (scs8hd_xnor3_2) {
    area : 23.7728;
    cell_footprint : "xnor3";
    cell_leakage_power : 0.0325283;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0395395;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.0193752;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 0.0333811;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 0.0379266;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 0.0271301;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0316755;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 0.0456815;
      when : "A&B&C";
    }
    leakage_power () {
      value : 0.0255172;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.0325283;
    }
    pin (X) {
      direction : output;
      function : "(!A&!B&!C) | (A&B&!C) | (A&!B&C) | (!A&B&C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.39918;
      max_transition : 1.50627;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.113864, 0.119157, 0.132298, 0.163286, 0.24229, 0.470606, 1.16358", \
            "0.1175, 0.122854, 0.136004, 0.166974, 0.245884, 0.474135, 1.16537", \
            "0.126038, 0.131451, 0.144552, 0.175484, 0.254529, 0.482539, 1.17289", \
            "0.144721, 0.150109, 0.16317, 0.194135, 0.273028, 0.500981, 1.19522", \
            "0.174676, 0.18037, 0.194125, 0.225818, 0.305203, 0.533507, 1.22449", \
            "0.202734, 0.209449, 0.225621, 0.260717, 0.34213, 0.570336, 1.26273", \
            "0.195906, 0.203787, 0.223356, 0.266569, 0.354842, 0.583376, 1.27409" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0190134, 0.0236922, 0.0359605, 0.0697196, 0.172452, 0.497432, 1.49893", \
            "0.0190644, 0.0237129, 0.0359603, 0.0697304, 0.172603, 0.497941, 1.50204", \
            "0.019163, 0.0237752, 0.0359347, 0.0696225, 0.172391, 0.497944, 1.50342", \
            "0.0191707, 0.0237371, 0.036036, 0.0698049, 0.172729, 0.497629, 1.50003", \
            "0.0210823, 0.02586, 0.0381883, 0.0711948, 0.173287, 0.496311, 1.50135", \
            "0.0268946, 0.0323739, 0.0457419, 0.0780239, 0.17646, 0.49807, 1.50195", \
            "0.0365897, 0.043629, 0.0599727, 0.0945804, 0.185803, 0.499842, 1.49514" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.165256, 0.172637, 0.190529, 0.226781, 0.292708, 0.421951, 0.744147", \
            "0.170133, 0.177541, 0.195417, 0.231693, 0.297615, 0.426846, 0.74915", \
            "0.182171, 0.18957, 0.207444, 0.24377, 0.309612, 0.438929, 0.761254", \
            "0.211755, 0.219163, 0.237041, 0.273404, 0.339247, 0.468623, 0.791003", \
            "0.277998, 0.285528, 0.303797, 0.340636, 0.406976, 0.536762, 0.859067", \
            "0.397168, 0.405493, 0.4263, 0.468988, 0.541387, 0.674116, 0.99709", \
            "0.591631, 0.600989, 0.624853, 0.677935, 0.767805, 0.913179, 1.24134" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.046705, 0.0512527, 0.0619091, 0.0825125, 0.125567, 0.248449, 0.647352", \
            "0.0466694, 0.0512626, 0.0619174, 0.0825113, 0.125554, 0.248525, 0.648485", \
            "0.0467497, 0.0512686, 0.0619644, 0.0826005, 0.125153, 0.248101, 0.645866", \
            "0.0468558, 0.0513793, 0.0621003, 0.0827625, 0.125991, 0.248412, 0.645844", \
            "0.0486258, 0.0532465, 0.064045, 0.0847492, 0.12709, 0.248963, 0.646388", \
            "0.0613972, 0.0668267, 0.0790177, 0.100583, 0.13812, 0.253299, 0.649084", \
            "0.0804465, 0.08654, 0.103148, 0.132829, 0.170631, 0.273363, 0.652206" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.200821, 0.20651, 0.22047, 0.252715, 0.332388, 0.561453, 1.25236", \
            "0.205658, 0.211352, 0.225324, 0.257548, 0.337236, 0.566277, 1.25732", \
            "0.217596, 0.223285, 0.237243, 0.269491, 0.349152, 0.57819, 1.26981", \
            "0.247817, 0.25352, 0.267432, 0.299704, 0.379452, 0.608163, 1.29918", \
            "0.313425, 0.319235, 0.333157, 0.365334, 0.445139, 0.674174, 1.36498", \
            "0.425442, 0.431199, 0.445316, 0.477685, 0.557508, 0.786517, 1.47916", \
            "0.614481, 0.620392, 0.634842, 0.667711, 0.748056, 0.976361, 1.66745" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.020655, 0.0256491, 0.0382604, 0.0720563, 0.174039, 0.49905, 1.50315", \
            "0.0208059, 0.0255884, 0.0382749, 0.0720236, 0.174016, 0.498865, 1.50275", \
            "0.020639, 0.0256485, 0.0382622, 0.0720774, 0.174056, 0.49926, 1.5036", \
            "0.0207025, 0.0256153, 0.0383205, 0.0721061, 0.174019, 0.499147, 1.50426", \
            "0.0209076, 0.0257129, 0.0383864, 0.0720167, 0.173695, 0.499179, 1.50251", \
            "0.0210455, 0.0260512, 0.038794, 0.0724744, 0.173988, 0.49903, 1.50397", \
            "0.0219173, 0.0270871, 0.0398748, 0.073625, 0.174768, 0.496927, 1.4961" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.184171, 0.191109, 0.207933, 0.243661, 0.309949, 0.441673, 0.766703", \
            "0.188031, 0.194931, 0.211913, 0.247508, 0.31381, 0.44552, 0.770567", \
            "0.19724, 0.204177, 0.221068, 0.256771, 0.322915, 0.454734, 0.779775", \
            "0.215523, 0.222462, 0.239365, 0.275043, 0.341247, 0.473088, 0.79811", \
            "0.237303, 0.244221, 0.261117, 0.296913, 0.363276, 0.495079, 0.819849", \
            "0.250549, 0.257496, 0.274415, 0.31017, 0.376524, 0.508436, 0.833448", \
            "0.224652, 0.231668, 0.24879, 0.284834, 0.351672, 0.483745, 0.808891" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0403294, 0.0449345, 0.0568032, 0.0800094, 0.126998, 0.25381, 0.649891", \
            "0.0403172, 0.0449723, 0.0566187, 0.0799899, 0.127067, 0.253792, 0.649893", \
            "0.040293, 0.0449041, 0.0565903, 0.0800767, 0.127168, 0.25382, 0.649958", \
            "0.0401713, 0.0450591, 0.0567533, 0.080273, 0.126991, 0.253549, 0.64883", \
            "0.0406886, 0.0452349, 0.0567399, 0.079956, 0.126335, 0.252856, 0.651614", \
            "0.0404891, 0.0453325, 0.0572373, 0.0804623, 0.127475, 0.251811, 0.65047", \
            "0.041726, 0.0465725, 0.0582835, 0.0820015, 0.128316, 0.254093, 0.649474" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0985961, 0.104478, 0.118679, 0.151365, 0.231562, 0.459418, 1.1505", \
            "0.102811, 0.108624, 0.122876, 0.155579, 0.235576, 0.464253, 1.15688", \
            "0.111748, 0.117573, 0.131765, 0.164489, 0.244597, 0.472867, 1.16564", \
            "0.128566, 0.134355, 0.148516, 0.181037, 0.261113, 0.489195, 1.18003", \
            "0.155086, 0.161229, 0.17607, 0.209388, 0.28979, 0.518375, 1.2116", \
            "0.175702, 0.182698, 0.199547, 0.235371, 0.316943, 0.545646, 1.23903", \
            "0.15174, 0.159634, 0.179746, 0.222988, 0.309936, 0.538808, 1.23037" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0214514, 0.0264517, 0.0391938, 0.0729018, 0.174433, 0.498622, 1.5009", \
            "0.021354, 0.0264631, 0.0392404, 0.0728135, 0.17453, 0.498677, 1.4972", \
            "0.021382, 0.0264643, 0.0390805, 0.0729185, 0.174107, 0.497449, 1.49752", \
            "0.0213677, 0.026314, 0.0391366, 0.0727389, 0.1745, 0.499126, 1.50297", \
            "0.0235639, 0.0288936, 0.0417227, 0.0747891, 0.175476, 0.498998, 1.50397", \
            "0.0297403, 0.0353392, 0.0487108, 0.0806724, 0.177949, 0.499008, 1.50116", \
            "0.0399577, 0.0460154, 0.0620539, 0.0958923, 0.185653, 0.501366, 1.49475" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.146467, 0.153242, 0.169718, 0.204917, 0.270475, 0.401503, 0.726364", \
            "0.149593, 0.156365, 0.172835, 0.208039, 0.273568, 0.404606, 0.729483", \
            "0.159649, 0.166391, 0.182929, 0.218055, 0.283488, 0.41461, 0.739226", \
            "0.185902, 0.192618, 0.208988, 0.243987, 0.309212, 0.440452, 0.76538", \
            "0.240592, 0.247418, 0.264006, 0.299143, 0.364745, 0.495886, 0.820748", \
            "0.329124, 0.336547, 0.355034, 0.395483, 0.468634, 0.604802, 0.931086", \
            "0.486136, 0.49387, 0.513604, 0.558653, 0.646314, 0.797883, 1.13202" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0384547, 0.0431469, 0.0545711, 0.0780626, 0.124867, 0.251479, 0.648996", \
            "0.0384424, 0.0431372, 0.0545655, 0.0780513, 0.124906, 0.251456, 0.649127", \
            "0.0383317, 0.0431741, 0.0548668, 0.0778513, 0.124491, 0.251848, 0.651085", \
            "0.0380897, 0.0428159, 0.0543154, 0.0778629, 0.125422, 0.251953, 0.649346", \
            "0.0396791, 0.0444802, 0.0556358, 0.0787039, 0.125362, 0.251502, 0.649168", \
            "0.045602, 0.0514303, 0.0655144, 0.0922192, 0.139042, 0.258977, 0.652852", \
            "0.0504222, 0.0568764, 0.0738, 0.109118, 0.165444, 0.281259, 0.660231" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.131307, 0.136585, 0.149558, 0.180134, 0.258374, 0.486893, 1.17716", \
            "0.134951, 0.140272, 0.153224, 0.183804, 0.262058, 0.490561, 1.18097", \
            "0.146196, 0.151567, 0.164542, 0.195124, 0.273374, 0.501203, 1.19351", \
            "0.173027, 0.178408, 0.19139, 0.221977, 0.300232, 0.528042, 1.21971", \
            "0.217863, 0.223127, 0.236138, 0.266714, 0.345205, 0.572678, 1.26405", \
            "0.289795, 0.295144, 0.308246, 0.338949, 0.417337, 0.645011, 1.33979", \
            "0.42407, 0.429554, 0.442869, 0.473934, 0.552675, 0.780474, 1.47061" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.01886, 0.0234155, 0.0355464, 0.0689828, 0.172066, 0.498398, 1.50225", \
            "0.0189286, 0.0233997, 0.0355442, 0.0689541, 0.172062, 0.498376, 1.5028", \
            "0.0190104, 0.023566, 0.0355699, 0.0689708, 0.171985, 0.498349, 1.50109", \
            "0.0190292, 0.0235885, 0.0355917, 0.0689859, 0.171999, 0.498341, 1.5017", \
            "0.0188791, 0.0235121, 0.0355351, 0.0691804, 0.171783, 0.498162, 1.50189", \
            "0.0191664, 0.0238833, 0.0360245, 0.069362, 0.172181, 0.497297, 1.50064", \
            "0.0202433, 0.0248276, 0.0369085, 0.0701237, 0.172917, 0.497387, 1.49513" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.118772, 0.125393, 0.141508, 0.175774, 0.239678, 0.368096, 0.69008", \
            "0.122628, 0.129233, 0.145352, 0.179631, 0.243384, 0.371975, 0.694168", \
            "0.132214, 0.138835, 0.154934, 0.189193, 0.253075, 0.38149, 0.703477", \
            "0.15238, 0.15886, 0.174596, 0.208346, 0.271625, 0.399979, 0.722216", \
            "0.181834, 0.188018, 0.203242, 0.235596, 0.297466, 0.425341, 0.747638", \
            "0.181517, 0.187722, 0.202896, 0.235507, 0.297889, 0.425351, 0.746623", \
            "0.14023, 0.146475, 0.161679, 0.194494, 0.257087, 0.385278, 0.706829" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.037797, 0.0423688, 0.0534529, 0.0760653, 0.121421, 0.247088, 0.647488", \
            "0.037851, 0.0424982, 0.0535809, 0.0761917, 0.122484, 0.247029, 0.645532", \
            "0.0377028, 0.0422908, 0.0533434, 0.0760338, 0.121358, 0.247075, 0.647303", \
            "0.0361274, 0.0407173, 0.0516904, 0.0747171, 0.121247, 0.247735, 0.646182", \
            "0.0353029, 0.0394598, 0.0504078, 0.0723077, 0.119132, 0.246038, 0.645343", \
            "0.0355508, 0.0398944, 0.05074, 0.0728023, 0.119132, 0.24404, 0.646972", \
            "0.0358045, 0.0401209, 0.0513601, 0.0734682, 0.120503, 0.246611, 0.644309" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0601338, 0.0653315, 0.0780946, 0.108211, 0.185512, 0.41349, 1.10291", \
            "0.0638636, 0.0690341, 0.0818066, 0.111931, 0.189275, 0.416951, 1.1067", \
            "0.0727747, 0.077932, 0.0906194, 0.120665, 0.197953, 0.425387, 1.11852", \
            "0.0904477, 0.0955857, 0.108324, 0.138455, 0.215976, 0.444172, 1.13332", \
            "0.109458, 0.115307, 0.128917, 0.159461, 0.237822, 0.465355, 1.15857", \
            "0.116513, 0.123302, 0.139753, 0.173462, 0.251952, 0.480308, 1.17238", \
            "0.0818807, 0.0895114, 0.109173, 0.151298, 0.234905, 0.461862, 1.15449" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0181626, 0.0226433, 0.0347948, 0.0685575, 0.171326, 0.498722, 1.4993", \
            "0.0181044, 0.022638, 0.0347697, 0.068534, 0.171407, 0.498516, 1.50164", \
            "0.017967, 0.0225402, 0.0347224, 0.0683645, 0.171698, 0.498312, 1.50469", \
            "0.0190978, 0.0234654, 0.0353919, 0.0687246, 0.171736, 0.498829, 1.49827", \
            "0.0235403, 0.027812, 0.0392114, 0.0711154, 0.173405, 0.49853, 1.50571", \
            "0.0308275, 0.0359662, 0.0483403, 0.0776936, 0.174764, 0.497979, 1.49895", \
            "0.0432333, 0.04872, 0.0639849, 0.0953478, 0.183534, 0.501397, 1.49604" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0865001, 0.0916634, 0.104497, 0.133087, 0.191351, 0.316937, 0.638554", \
            "0.0904446, 0.0955793, 0.10836, 0.136857, 0.194953, 0.320598, 0.64213", \
            "0.101558, 0.106628, 0.119251, 0.147533, 0.205368, 0.330879, 0.652306", \
            "0.128546, 0.133497, 0.145804, 0.173478, 0.230629, 0.356012, 0.67747", \
            "0.178806, 0.184218, 0.197568, 0.226719, 0.284157, 0.40921, 0.73057", \
            "0.260016, 0.266153, 0.280937, 0.314328, 0.379861, 0.508447, 0.831708", \
            "0.414442, 0.420822, 0.436805, 0.473536, 0.549803, 0.688214, 1.01395" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0237965, 0.0281254, 0.038751, 0.0627359, 0.112847, 0.244516, 0.64567", \
            "0.023749, 0.0279176, 0.0385015, 0.0620926, 0.112436, 0.243848, 0.647907", \
            "0.023266, 0.0275584, 0.0380983, 0.0617449, 0.112183, 0.242997, 0.644754", \
            "0.0225772, 0.0267673, 0.037234, 0.0603682, 0.111939, 0.243326, 0.647922", \
            "0.0271144, 0.0313814, 0.0416301, 0.063866, 0.112181, 0.242996, 0.644739", \
            "0.0320861, 0.0368282, 0.0492948, 0.0767145, 0.123808, 0.248382, 0.647613", \
            "0.0385168, 0.0433656, 0.0566828, 0.088023, 0.146657, 0.262908, 0.650733" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0996455, 0.10517, 0.118539, 0.149986, 0.229192, 0.457001, 1.15021", \
            "0.104233, 0.109691, 0.123113, 0.154567, 0.233784, 0.461671, 1.15474", \
            "0.11656, 0.122001, 0.135425, 0.16684, 0.245974, 0.474323, 1.16846", \
            "0.144703, 0.150105, 0.163512, 0.195033, 0.2742, 0.502376, 1.19711", \
            "0.19281, 0.198255, 0.211477, 0.242705, 0.321887, 0.549984, 1.24354", \
            "0.270092, 0.275489, 0.288763, 0.320272, 0.399339, 0.626392, 1.32144", \
            "0.41146, 0.417021, 0.430431, 0.462154, 0.541391, 0.76952, 1.45814" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0196678, 0.0244136, 0.0369221, 0.0708142, 0.173512, 0.497748, 1.50496", \
            "0.0195799, 0.0243829, 0.0369319, 0.0708344, 0.173503, 0.497988, 1.50213", \
            "0.0196632, 0.0242693, 0.036876, 0.070876, 0.173138, 0.499364, 1.50081", \
            "0.019549, 0.024338, 0.0369127, 0.0710154, 0.173105, 0.499299, 1.50058", \
            "0.0194172, 0.0241428, 0.0366959, 0.0705134, 0.173397, 0.499175, 1.50627", \
            "0.0198575, 0.0245911, 0.0370535, 0.0711271, 0.173269, 0.497745, 1.50444", \
            "0.0215491, 0.0260764, 0.0381248, 0.0721008, 0.174344, 0.498921, 1.49254" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0820443, 0.0883326, 0.103788, 0.137173, 0.200888, 0.331048, 0.655439", \
            "0.0857461, 0.0920077, 0.107427, 0.140712, 0.20436, 0.334531, 0.659283", \
            "0.0947156, 0.100885, 0.116146, 0.149145, 0.212572, 0.342668, 0.667361", \
            "0.117726, 0.123291, 0.137171, 0.168178, 0.2299, 0.359171, 0.683507", \
            "0.152136, 0.157268, 0.169912, 0.197309, 0.254714, 0.381412, 0.706133", \
            "0.149613, 0.154813, 0.167349, 0.19511, 0.252821, 0.379368, 0.701346", \
            "0.10622, 0.111377, 0.12383, 0.151447, 0.208769, 0.335943, 0.659208" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0330957, 0.0377756, 0.0492406, 0.07357, 0.121579, 0.250628, 0.650349", \
            "0.0329972, 0.0377247, 0.0493701, 0.072993, 0.12253, 0.251426, 0.649331", \
            "0.0319395, 0.0367218, 0.048414, 0.0721802, 0.121049, 0.251072, 0.649352", \
            "0.0265435, 0.0313074, 0.0428577, 0.0675837, 0.117997, 0.249115, 0.65075", \
            "0.0296577, 0.0330398, 0.0421124, 0.0634729, 0.11327, 0.246883, 0.647284", \
            "0.0292411, 0.0327359, 0.0417771, 0.0630753, 0.113604, 0.24515, 0.646739", \
            "0.0289187, 0.032464, 0.041551, 0.0629769, 0.113478, 0.246589, 0.646297" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0596652, 0.0616896, 0.0680348, 0.0869435, 0.141906, 0.307642, 0.81576", \
            "0.0593689, 0.0614253, 0.0677475, 0.0866675, 0.141618, 0.307306, 0.816302", \
            "0.0591519, 0.0611742, 0.0675212, 0.0864476, 0.1414, 0.307203, 0.815271", \
            "0.0592303, 0.0612348, 0.0676121, 0.0865071, 0.141402, 0.307267, 0.815503", \
            "0.0594391, 0.0615084, 0.0679215, 0.0867763, 0.141692, 0.307709, 0.812443", \
            "0.0604621, 0.0625583, 0.0691567, 0.0884288, 0.143239, 0.309031, 0.814453", \
            "0.0677016, 0.0696207, 0.0755075, 0.0936608, 0.14802, 0.314664, 0.816891" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0570171, 0.0545444, 0.0477737, 0.0314411, -0.0195692, -0.18504, -0.694652", \
            "0.0568012, 0.0542251, 0.0475385, 0.0312016, -0.019805, -0.185265, -0.694848", \
            "0.0566078, 0.0541326, 0.0473416, 0.0309984, -0.0200079, -0.185433, -0.695069", \
            "0.0564344, 0.0539132, 0.0471864, 0.0307866, -0.0202531, -0.185649, -0.69527", \
            "0.0571713, 0.0546063, 0.0478088, 0.0312178, -0.0200278, -0.185269, -0.694884", \
            "0.0607084, 0.0581816, 0.0509348, 0.0338249, -0.0179188, -0.183669, -0.69337", \
            "0.0804723, 0.0776308, 0.0694678, 0.0475861, -0.0102825, -0.175732, -0.68791" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0308263, 0.0328861, 0.0394719, 0.0586304, 0.113588, 0.279126, 0.784166", \
            "0.0309294, 0.0330049, 0.0395459, 0.0586642, 0.113602, 0.279282, 0.780263", \
            "0.0314442, 0.0334616, 0.0400555, 0.0591857, 0.114118, 0.279793, 0.780738", \
            "0.0322556, 0.034314, 0.0408467, 0.0598602, 0.114724, 0.28065, 0.785771", \
            "0.0349385, 0.0368574, 0.0431827, 0.0618079, 0.116398, 0.282239, 0.787568", \
            "0.042999, 0.0446948, 0.0502559, 0.0679249, 0.12162, 0.286224, 0.794942", \
            "0.059582, 0.0610394, 0.06619, 0.083489, 0.137546, 0.30172, 0.803247" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.0547527, 0.0523171, 0.0459153, 0.0298672, -0.0208968, -0.185972, -0.695534", \
            "0.0543985, 0.0519571, 0.0455466, 0.0294953, -0.0212585, -0.186342, -0.695895", \
            "0.0540825, 0.0516751, 0.0451889, 0.0291064, -0.021585, -0.186676, -0.696153", \
            "0.0541013, 0.0517252, 0.0452433, 0.0291173, -0.0216218, -0.186659, -0.696171", \
            "0.0560132, 0.0535454, 0.0469457, 0.0307372, -0.0201639, -0.185209, -0.694685", \
            "0.0651462, 0.0625156, 0.0568446, 0.037216, -0.0128872, -0.177923, -0.687409", \
            "0.0890905, 0.0865114, 0.0790312, 0.0582978, 0.0018239, -0.165079, -0.674427" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.014929, 0.0170228, 0.0234163, 0.0419921, 0.0963268, 0.261587, 0.766161", \
            "0.0146465, 0.0167158, 0.023156, 0.0417353, 0.0961189, 0.261268, 0.765808", \
            "0.0143354, 0.016413, 0.0228098, 0.0413234, 0.0957932, 0.26109, 0.76585", \
            "0.0146144, 0.0165771, 0.0228833, 0.0413496, 0.0957645, 0.261226, 0.764229", \
            "0.0165514, 0.0183485, 0.0239569, 0.0421734, 0.0964605, 0.261918, 0.766368", \
            "0.0209339, 0.022598, 0.0281239, 0.0458408, 0.0993878, 0.26402, 0.767999", \
            "0.0321959, 0.0333758, 0.0382988, 0.055329, 0.109057, 0.273142, 0.773802" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
          values ( \
            "0.021995, 0.0198933, 0.014276, -0.0012184, -0.0524156, -0.218189, -0.72789", \
            "0.0215865, 0.0194301, 0.0137833, -0.0016144, -0.0528307, -0.21857, -0.728261", \
            "0.0211089, 0.0190233, 0.013422, -0.002002, -0.0531432, -0.218952, -0.728609", \
            "0.0212128, 0.0190671, 0.0134131, -0.0020326, -0.0530868, -0.218797, -0.728508", \
            "0.0230514, 0.0208859, 0.0149118, -0.0010753, -0.0523231, -0.217991, -0.727686", \
            "0.0333247, 0.0308832, 0.0239358, 0.0047593, -0.0490693, -0.214538, -0.724372", \
            "0.0474862, 0.0449814, 0.0377037, 0.017806, -0.0380399, -0.206202, -0.7157" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002467;
      rise_capacitance : 0.002611;
      rise_capacitance_range (0.002611, 0.002611);
      fall_capacitance : 0.002323;
      fall_capacitance_range (0.002323, 0.002323);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.005295;
      rise_capacitance : 0.005453;
      rise_capacitance_range (0.005453, 0.005453);
      fall_capacitance : 0.005138;
      fall_capacitance_range (0.005138, 0.005138);
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003535;
      rise_capacitance : 0.003668;
      rise_capacitance_range (0.003668, 0.003668);
      fall_capacitance : 0.003402;
      fall_capacitance_range (0.003402, 0.003402);
    }
  }
  cell (scs8hd_xnor3_4) {
    area : 26.2752;
    cell_footprint : "xnor3";
    cell_leakage_power : 0.0387633;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0519299;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.019455;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 0.0334522;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 0.0503257;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 0.0272013;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0440738;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 0.0580718;
      when : "A&B&C";
    }
    leakage_power () {
      value : 0.025597;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.0387633;
    }
    pin (X) {
      direction : output;
      function : "(!A&!B&!C) | (A&B&!C) | (A&!B&C) | (!A&B&C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.735178;
      max_transition : 1.5047;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.139303, 0.143387, 0.154879, 0.183481, 0.25619, 0.473434, 1.19633", \
            "0.142992, 0.14707, 0.158505, 0.187151, 0.25992, 0.476784, 1.19912", \
            "0.151448, 0.155574, 0.167096, 0.195696, 0.268344, 0.485534, 1.21042", \
            "0.170013, 0.174101, 0.1856, 0.214198, 0.286955, 0.503772, 1.22743", \
            "0.202968, 0.207231, 0.218929, 0.247932, 0.320742, 0.538071, 1.26467", \
            "0.241459, 0.246, 0.258946, 0.290777, 0.36614, 0.583499, 1.30687", \
            "0.252723, 0.257768, 0.272595, 0.310977, 0.394442, 0.613343, 1.3344" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0230676, 0.0264694, 0.0363517, 0.0637858, 0.149914, 0.452678, 1.50107", \
            "0.0230697, 0.0264988, 0.0364874, 0.0638396, 0.150041, 0.452855, 1.5039", \
            "0.0231297, 0.0266087, 0.0365032, 0.0638806, 0.149843, 0.453301, 1.50384", \
            "0.0231515, 0.0266556, 0.0363787, 0.0637759, 0.150063, 0.452387, 1.50253", \
            "0.0242721, 0.0274591, 0.0375024, 0.0648713, 0.150635, 0.452331, 1.49794", \
            "0.0293969, 0.0330483, 0.0441084, 0.071563, 0.154576, 0.453748, 1.50087", \
            "0.0414545, 0.0451932, 0.0572425, 0.0881434, 0.166586, 0.456502, 1.49287" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.206834, 0.21162, 0.225333, 0.258448, 0.328687, 0.469858, 0.820125", \
            "0.211743, 0.216531, 0.230276, 0.263347, 0.333656, 0.474675, 0.825226", \
            "0.223794, 0.22858, 0.242301, 0.275408, 0.345721, 0.486667, 0.837395", \
            "0.253312, 0.258114, 0.271818, 0.304977, 0.375218, 0.516351, 0.866865", \
            "0.320502, 0.32538, 0.3392, 0.3726, 0.443019, 0.584505, 0.935005", \
            "0.450728, 0.45603, 0.471341, 0.507985, 0.582024, 0.725943, 1.07769", \
            "0.66377, 0.669822, 0.687728, 0.732563, 0.821252, 0.97824, 1.33599" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0574851, 0.0600124, 0.0677491, 0.0878141, 0.134419, 0.256837, 0.671698", \
            "0.0574595, 0.0600309, 0.0678096, 0.0877324, 0.135278, 0.257242, 0.671101", \
            "0.0575091, 0.0600613, 0.0677869, 0.0878238, 0.135466, 0.257202, 0.670159", \
            "0.0576294, 0.0600809, 0.0676702, 0.0879529, 0.133997, 0.25722, 0.67128", \
            "0.0590033, 0.0614258, 0.0690914, 0.0889584, 0.134898, 0.257244, 0.671892", \
            "0.0720472, 0.074621, 0.0823538, 0.101427, 0.14376, 0.261237, 0.671875", \
            "0.0981892, 0.101083, 0.110873, 0.133864, 0.176589, 0.28166, 0.680077" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.229775, 0.234068, 0.24618, 0.276418, 0.351329, 0.569641, 1.29274", \
            "0.234594, 0.238876, 0.251014, 0.28125, 0.356164, 0.574509, 1.2977", \
            "0.246527, 0.250847, 0.262947, 0.293182, 0.368057, 0.586359, 1.30859", \
            "0.276682, 0.281001, 0.293283, 0.323429, 0.398345, 0.616807, 1.33943", \
            "0.342416, 0.346689, 0.358832, 0.389093, 0.463915, 0.682118, 1.40505", \
            "0.454938, 0.459229, 0.471437, 0.501813, 0.576707, 0.79529, 1.51639", \
            "0.645516, 0.649859, 0.662197, 0.69291, 0.768306, 0.986943, 1.70802" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0251657, 0.0288077, 0.0392453, 0.0674638, 0.153458, 0.454369, 1.49757", \
            "0.0251813, 0.0288133, 0.0392743, 0.0674283, 0.153431, 0.454643, 1.4986", \
            "0.0251166, 0.0287304, 0.0391876, 0.0675022, 0.153481, 0.453884, 1.5047", \
            "0.0252378, 0.0288323, 0.039299, 0.0673877, 0.153057, 0.454831, 1.5009", \
            "0.0249823, 0.0287557, 0.0392348, 0.0675277, 0.153394, 0.454449, 1.50426", \
            "0.0252222, 0.0290197, 0.0394989, 0.0677594, 0.153666, 0.45406, 1.50247", \
            "0.026108, 0.0297241, 0.0402421, 0.0686296, 0.1539, 0.453658, 1.49743" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.222075, 0.22688, 0.240913, 0.275355, 0.348546, 0.494629, 0.851149", \
            "0.225925, 0.230732, 0.244756, 0.279215, 0.3524, 0.498482, 0.855003", \
            "0.235099, 0.23995, 0.253941, 0.288396, 0.361621, 0.507698, 0.864169", \
            "0.253458, 0.258319, 0.272271, 0.306729, 0.379911, 0.526095, 0.882279", \
            "0.275291, 0.280156, 0.294174, 0.328737, 0.401957, 0.548129, 0.904557", \
            "0.288474, 0.293376, 0.307336, 0.34179, 0.414964, 0.561381, 0.917725", \
            "0.263528, 0.268406, 0.282399, 0.31702, 0.390466, 0.536824, 0.89348" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0534627, 0.0563852, 0.065827, 0.0889888, 0.140143, 0.266146, 0.678068", \
            "0.0534646, 0.0563757, 0.0658243, 0.0889631, 0.140105, 0.266162, 0.678027", \
            "0.0534359, 0.0563816, 0.0653956, 0.0891351, 0.140492, 0.266025, 0.678676", \
            "0.053622, 0.0564698, 0.0656625, 0.0894514, 0.140811, 0.266267, 0.678981", \
            "0.0535087, 0.0564464, 0.065611, 0.0898889, 0.139538, 0.266254, 0.678868", \
            "0.0538138, 0.0565115, 0.0658899, 0.0891006, 0.139356, 0.264302, 0.677787", \
            "0.0541545, 0.0573576, 0.0661713, 0.0897286, 0.140513, 0.266334, 0.678109" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.129107, 0.133438, 0.145846, 0.176244, 0.251227, 0.469375, 1.19054", \
            "0.133377, 0.137674, 0.150013, 0.180397, 0.255437, 0.473185, 1.19638", \
            "0.142252, 0.146619, 0.158911, 0.189336, 0.264306, 0.482209, 1.20647", \
            "0.159173, 0.163495, 0.175766, 0.206192, 0.281177, 0.499259, 1.22025", \
            "0.191637, 0.196011, 0.20846, 0.239269, 0.314497, 0.532622, 1.25591", \
            "0.22712, 0.231764, 0.245311, 0.278484, 0.35573, 0.574292, 1.2964", \
            "0.227309, 0.232392, 0.247366, 0.286945, 0.371292, 0.590901, 1.31208" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0256413, 0.0293583, 0.0398644, 0.0679074, 0.153769, 0.454961, 1.50008", \
            "0.025532, 0.0292321, 0.0397535, 0.0680519, 0.153643, 0.454932, 1.50251", \
            "0.0256492, 0.0293007, 0.0398555, 0.0679992, 0.153771, 0.454092, 1.49704", \
            "0.0253844, 0.0290882, 0.0398156, 0.0679126, 0.153876, 0.454812, 1.49861", \
            "0.0269783, 0.0305932, 0.0410594, 0.0689261, 0.154068, 0.45371, 1.5035", \
            "0.0329935, 0.0365351, 0.0474548, 0.0757209, 0.158409, 0.455611, 1.50109", \
            "0.0471267, 0.0503584, 0.0616101, 0.0922848, 0.170595, 0.459146, 1.49549" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.183596, 0.188398, 0.202138, 0.236264, 0.308411, 0.453148, 0.808034", \
            "0.186815, 0.191617, 0.205357, 0.239481, 0.311647, 0.456374, 0.811251", \
            "0.196965, 0.201762, 0.215537, 0.249613, 0.32172, 0.466489, 0.821222", \
            "0.222927, 0.227715, 0.241468, 0.275431, 0.347552, 0.492274, 0.846983", \
            "0.276321, 0.281089, 0.294778, 0.328565, 0.400686, 0.5453, 0.900063", \
            "0.366402, 0.371619, 0.386705, 0.424583, 0.503336, 0.653028, 1.00968", \
            "0.523566, 0.528952, 0.544888, 0.586642, 0.680093, 0.850647, 1.21836" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0517949, 0.0548192, 0.0636062, 0.0869047, 0.137053, 0.263013, 0.677274", \
            "0.0517785, 0.0548115, 0.0635986, 0.0869003, 0.13706, 0.263397, 0.677259", \
            "0.051754, 0.0547851, 0.0638548, 0.0869833, 0.136922, 0.262863, 0.677172", \
            "0.0516634, 0.0545658, 0.0636037, 0.0867935, 0.136978, 0.262463, 0.677426", \
            "0.0517501, 0.0546612, 0.0636279, 0.0871951, 0.137208, 0.263066, 0.676971", \
            "0.0601932, 0.0640699, 0.0743613, 0.100066, 0.149816, 0.269988, 0.67924", \
            "0.066964, 0.0710031, 0.0837634, 0.117597, 0.18058, 0.299564, 0.688885" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.15619, 0.16026, 0.171653, 0.200027, 0.272208, 0.489457, 1.21266", \
            "0.159846, 0.163897, 0.175253, 0.203684, 0.27586, 0.49309, 1.21566", \
            "0.171023, 0.17512, 0.186551, 0.214862, 0.286912, 0.503971, 1.22805", \
            "0.197804, 0.201854, 0.213207, 0.241608, 0.31373, 0.53043, 1.2565", \
            "0.242731, 0.246767, 0.258072, 0.286547, 0.35874, 0.575304, 1.30276", \
            "0.31539, 0.31948, 0.330879, 0.359381, 0.431636, 0.64805, 1.37405", \
            "0.450961, 0.455077, 0.466694, 0.495326, 0.567853, 0.784544, 1.50515" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0227718, 0.0263684, 0.0360056, 0.0633061, 0.149021, 0.453577, 1.49495", \
            "0.0229275, 0.026251, 0.0360783, 0.0632918, 0.14918, 0.453577, 1.49471", \
            "0.0228932, 0.0263415, 0.0361192, 0.0632493, 0.149482, 0.453356, 1.50098", \
            "0.0228608, 0.0262348, 0.0360898, 0.0632506, 0.149216, 0.45301, 1.50076", \
            "0.0228818, 0.026269, 0.0362622, 0.0635833, 0.149583, 0.453341, 1.50034", \
            "0.0230022, 0.0265162, 0.0362505, 0.0634751, 0.14939, 0.451433, 1.49968", \
            "0.0236344, 0.0271179, 0.0369545, 0.0642824, 0.150102, 0.452344, 1.49275" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.156335, 0.160976, 0.174176, 0.206733, 0.276012, 0.416098, 0.766693", \
            "0.160153, 0.164777, 0.178068, 0.210543, 0.279768, 0.420075, 0.770379", \
            "0.169466, 0.174109, 0.187325, 0.219876, 0.289125, 0.429215, 0.779825", \
            "0.187826, 0.192438, 0.20562, 0.237943, 0.307009, 0.446973, 0.79753", \
            "0.22395, 0.228379, 0.24096, 0.272008, 0.339994, 0.479686, 0.83018", \
            "0.226804, 0.23123, 0.243956, 0.275171, 0.343036, 0.482306, 0.831634", \
            "0.18661, 0.191052, 0.203665, 0.23533, 0.303369, 0.443161, 0.792852" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0510683, 0.0537841, 0.0623486, 0.0843461, 0.132149, 0.256094, 0.671332", \
            "0.0511482, 0.0538642, 0.0622483, 0.0837065, 0.1326, 0.256136, 0.670946", \
            "0.0509921, 0.0537256, 0.0622698, 0.0843888, 0.132172, 0.256037, 0.67134", \
            "0.0500245, 0.0527795, 0.0611417, 0.0832062, 0.131359, 0.255922, 0.671114", \
            "0.0480481, 0.0507059, 0.0590949, 0.0808473, 0.129723, 0.254979, 0.670901", \
            "0.0482505, 0.0508537, 0.0594818, 0.0813832, 0.129275, 0.252048, 0.669999", \
            "0.0492242, 0.0518423, 0.0600983, 0.0816502, 0.129919, 0.255327, 0.668831" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0858571, 0.0898833, 0.101215, 0.129443, 0.201106, 0.417036, 1.14146", \
            "0.089642, 0.0936881, 0.10505, 0.133273, 0.205, 0.421307, 1.14549", \
            "0.0983404, 0.102372, 0.113723, 0.141941, 0.213646, 0.42984, 1.15041", \
            "0.118077, 0.122048, 0.133243, 0.161276, 0.232928, 0.449262, 1.17433", \
            "0.148522, 0.152727, 0.164547, 0.193106, 0.265512, 0.482233, 1.20721", \
            "0.174175, 0.178759, 0.192202, 0.224588, 0.298252, 0.51503, 1.24125", \
            "0.171144, 0.176024, 0.190669, 0.229976, 0.312257, 0.528218, 1.24856" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0224001, 0.0258675, 0.0357595, 0.0629241, 0.14905, 0.45248, 1.5014", \
            "0.0225339, 0.0258155, 0.0356519, 0.0628281, 0.14896, 0.453549, 1.50192", \
            "0.0223154, 0.0258991, 0.035645, 0.0629408, 0.149104, 0.452365, 1.49572", \
            "0.0223923, 0.0258609, 0.0355942, 0.0628666, 0.149071, 0.453223, 1.50216", \
            "0.0270878, 0.0299318, 0.0398096, 0.0659931, 0.15061, 0.453547, 1.50173", \
            "0.0366792, 0.0398689, 0.0497454, 0.0753187, 0.155406, 0.453999, 1.49953", \
            "0.0529817, 0.0558395, 0.0657612, 0.095451, 0.168568, 0.45719, 1.49392" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.124453, 0.128679, 0.140873, 0.171465, 0.23817, 0.376748, 0.726574", \
            "0.128578, 0.132832, 0.145032, 0.175471, 0.242385, 0.3808, 0.730866", \
            "0.139447, 0.143673, 0.155756, 0.186162, 0.252909, 0.391264, 0.741229", \
            "0.164356, 0.168498, 0.180465, 0.21046, 0.276861, 0.415092, 0.764892", \
            "0.215258, 0.219466, 0.231512, 0.261081, 0.326233, 0.464201, 0.813455", \
            "0.29698, 0.301545, 0.314781, 0.348408, 0.422444, 0.566054, 0.917275", \
            "0.45367, 0.458363, 0.472053, 0.507788, 0.592128, 0.755194, 1.11397" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0412895, 0.0442565, 0.0529641, 0.0764249, 0.126312, 0.254128, 0.670943", \
            "0.041137, 0.0439573, 0.0529919, 0.0754554, 0.126668, 0.253758, 0.670881", \
            "0.0407745, 0.0436097, 0.0524956, 0.0759878, 0.125974, 0.253788, 0.670146", \
            "0.0394204, 0.0424343, 0.0510254, 0.0742866, 0.125186, 0.25359, 0.670653", \
            "0.0412176, 0.0439833, 0.0520669, 0.0744693, 0.125246, 0.252547, 0.670663", \
            "0.0469653, 0.0502616, 0.0603387, 0.0864468, 0.139316, 0.259152, 0.671984", \
            "0.0511171, 0.0545152, 0.0653376, 0.0957321, 0.164251, 0.286147, 0.681002" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.125273, 0.129481, 0.141358, 0.170972, 0.245009, 0.463144, 1.18441", \
            "0.129948, 0.134137, 0.145982, 0.175635, 0.249684, 0.467815, 1.18941", \
            "0.142332, 0.146527, 0.158406, 0.188041, 0.262092, 0.480199, 1.20176", \
            "0.170573, 0.174773, 0.186619, 0.216275, 0.2903, 0.508245, 1.22967", \
            "0.220976, 0.225156, 0.236943, 0.266413, 0.340342, 0.55806, 1.28216", \
            "0.301067, 0.305259, 0.317048, 0.346531, 0.42048, 0.637541, 1.36004", \
            "0.448543, 0.45274, 0.464672, 0.494118, 0.568147, 0.785699, 1.50509" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0243129, 0.0278378, 0.0380819, 0.0661381, 0.152189, 0.454834, 1.49967", \
            "0.0242801, 0.0277386, 0.03816, 0.0662068, 0.152466, 0.454228, 1.50076", \
            "0.0241707, 0.0278039, 0.0381573, 0.0661385, 0.15241, 0.454309, 1.50047", \
            "0.0241071, 0.0278288, 0.0381424, 0.0661972, 0.152526, 0.453427, 1.50182", \
            "0.0240216, 0.0274647, 0.0376257, 0.0660447, 0.152342, 0.454664, 1.50384", \
            "0.0242883, 0.0278714, 0.0381203, 0.066209, 0.151862, 0.453847, 1.50259", \
            "0.0249332, 0.0284345, 0.0387772, 0.0668967, 0.152933, 0.454117, 1.49579" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.117756, 0.122439, 0.135963, 0.169335, 0.240771, 0.38498, 0.73946", \
            "0.1216, 0.12631, 0.139757, 0.173289, 0.244773, 0.388683, 0.743499", \
            "0.130892, 0.135588, 0.149037, 0.182442, 0.253804, 0.397736, 0.752502", \
            "0.153127, 0.157677, 0.170769, 0.203639, 0.274481, 0.417623, 0.772564", \
            "0.204528, 0.208577, 0.220108, 0.248695, 0.313801, 0.454636, 0.808105", \
            "0.213436, 0.217369, 0.228585, 0.256978, 0.320817, 0.459428, 0.810842", \
            "0.168642, 0.172594, 0.18385, 0.212139, 0.276338, 0.415442, 0.767934" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0490544, 0.0521096, 0.0612248, 0.0853754, 0.135275, 0.261939, 0.677084", \
            "0.0491569, 0.0521611, 0.0610243, 0.0844847, 0.135879, 0.262353, 0.675625", \
            "0.0485337, 0.0515099, 0.0606309, 0.0841129, 0.135899, 0.262142, 0.67585", \
            "0.0455807, 0.0486348, 0.058106, 0.0818995, 0.133704, 0.261453, 0.676915", \
            "0.0430901, 0.0454559, 0.0527797, 0.0749155, 0.127971, 0.257613, 0.675814", \
            "0.0480007, 0.0502389, 0.0572533, 0.0770187, 0.125834, 0.253633, 0.674652", \
            "0.0482024, 0.050462, 0.0575488, 0.0775371, 0.127692, 0.257018, 0.673343" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0615708, 0.0636999, 0.0716028, 0.0988349, 0.186172, 0.475541, 1.44977", \
            "0.0614093, 0.0635816, 0.0713454, 0.0986384, 0.185908, 0.475141, 1.44943", \
            "0.0611865, 0.0633308, 0.0711729, 0.0985362, 0.185764, 0.474928, 1.44957", \
            "0.0608583, 0.0630596, 0.0709749, 0.0981503, 0.185343, 0.474619, 1.44869", \
            "0.0614811, 0.0636801, 0.0714276, 0.0984401, 0.185362, 0.474647, 1.45054", \
            "0.0679129, 0.069755, 0.0766027, 0.101595, 0.186916, 0.475182, 1.44979", \
            "0.0770161, 0.0784927, 0.0842597, 0.108466, 0.193674, 0.480134, 1.44813" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0758597, 0.072625, 0.0624691, 0.0342185, -0.0485836, -0.335825, -1.31847", \
            "0.0756817, 0.0723245, 0.062245, 0.0340378, -0.0488201, -0.336048, -1.31874", \
            "0.0754557, 0.0722255, 0.0621017, 0.0337938, -0.0489839, -0.336203, -1.31889", \
            "0.0753826, 0.0720606, 0.0619654, 0.0336682, -0.0492445, -0.336406, -1.31899", \
            "0.0762312, 0.072841, 0.0627759, 0.0342656, -0.0488795, -0.336122, -1.31868", \
            "0.0819816, 0.0787792, 0.0683802, 0.038582, -0.0461463, -0.334289, -1.31717", \
            "0.110106, 0.106641, 0.0954487, 0.0616038, -0.0336129, -0.325921, -1.30979" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0442807, 0.0463532, 0.0538643, 0.0804904, 0.167715, 0.456122, 1.42331", \
            "0.0444638, 0.0465328, 0.0540182, 0.0806411, 0.167576, 0.456208, 1.43012", \
            "0.0449249, 0.0470299, 0.0544263, 0.0812041, 0.168275, 0.456788, 1.42375", \
            "0.0456277, 0.0476722, 0.0551847, 0.081889, 0.16881, 0.457315, 1.42427", \
            "0.0484565, 0.0504946, 0.05786, 0.0839729, 0.170582, 0.45929, 1.43373", \
            "0.0584037, 0.0600636, 0.0667842, 0.0915369, 0.175911, 0.463137, 1.43737", \
            "0.0782658, 0.0791657, 0.0845564, 0.108168, 0.192949, 0.478541, 1.44564" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0730582, 0.0701246, 0.0602432, 0.0322123, -0.050339, -0.337107, -1.31974", \
            "0.0727262, 0.0697968, 0.0599085, 0.0318639, -0.0506637, -0.337429, -1.32008", \
            "0.0726607, 0.0695609, 0.0596926, 0.0316865, -0.0509342, -0.337778, -1.3203", \
            "0.0726774, 0.0695566, 0.059665, 0.0316986, -0.0509404, -0.337748, -1.32024", \
            "0.0741398, 0.071178, 0.0612645, 0.0331973, -0.0496069, -0.336408, -1.31883", \
            "0.082622, 0.0789879, 0.0690811, 0.0400677, -0.0436601, -0.330823, -1.31352", \
            "0.114892, 0.111746, 0.101438, 0.0692841, -0.0243377, -0.316043, -1.29893" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0275425, 0.0296598, 0.0373321, 0.0640546, 0.150706, 0.438862, 1.41183", \
            "0.0272832, 0.0294374, 0.0372033, 0.0640057, 0.150533, 0.438777, 1.41849", \
            "0.0270439, 0.0292145, 0.036877, 0.0636158, 0.150315, 0.438344, 1.40474", \
            "0.0272693, 0.0293758, 0.0370017, 0.0636157, 0.150238, 0.438655, 1.40667", \
            "0.0293436, 0.0312928, 0.0387244, 0.0646372, 0.150746, 0.439228, 1.41887", \
            "0.0374874, 0.0390844, 0.0453639, 0.0696644, 0.153715, 0.441221, 1.41341", \
            "0.0521042, 0.0528866, 0.057737, 0.0807026, 0.164786, 0.449758, 1.41681" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00168606, 0.00568562, 0.0191726, 0.0646525, 0.218016, 0.735178");
          values ( \
            "0.0340942, 0.0308475, 0.0212027, -0.0062571, -0.0883346, -0.374759, -1.35714", \
            "0.0335723, 0.0306532, 0.0209549, -0.0066057, -0.0886028, -0.374952, -1.35731", \
            "0.0335074, 0.0304806, 0.0206526, -0.0068532, -0.0888497, -0.375175, -1.35748", \
            "0.0325893, 0.029626, 0.0199404, -0.0074568, -0.0892507, -0.37544, -1.3575", \
            "0.0325778, 0.0295348, 0.0199293, -0.0070722, -0.0888541, -0.37512, -1.35704", \
            "0.0469215, 0.0436996, 0.0332397, 0.0035768, -0.0851313, -0.372102, -1.35417", \
            "0.0600114, 0.0565658, 0.0464705, 0.0163848, -0.0719905, -0.364021, -1.34751" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002462;
      rise_capacitance : 0.002609;
      rise_capacitance_range (0.002609, 0.002609);
      fall_capacitance : 0.002315;
      fall_capacitance_range (0.002315, 0.002315);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.005294;
      rise_capacitance : 0.005456;
      rise_capacitance_range (0.005456, 0.005456);
      fall_capacitance : 0.005132;
      fall_capacitance_range (0.005132, 0.005132);
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003531;
      rise_capacitance : 0.003671;
      rise_capacitance_range (0.003671, 0.003671);
      fall_capacitance : 0.00339;
      fall_capacitance_range (0.00339, 0.00339);
    }
  }
  cell (scs8hd_xor2_1) {
    area : 8.7584;
    cell_footprint : "xor2";
    cell_leakage_power : 0.00512068;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0062676;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0063134;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0073419;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0005598;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.00512068;
    }
    pin (X) {
      direction : output;
      function : "(A&!B) | (!A&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.106211;
      max_transition : 1.49942;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0539468, 0.0615532, 0.0798885, 0.123348, 0.227082, 0.477072, 1.08492", \
            "0.0574788, 0.0650448, 0.083314, 0.12668, 0.230457, 0.480553, 1.09005", \
            "0.0640909, 0.0715403, 0.0894544, 0.132524, 0.236265, 0.486577, 1.09619", \
            "0.0700424, 0.0773373, 0.0951694, 0.137957, 0.242031, 0.492135, 1.10313", \
            "0.0689614, 0.0759821, 0.0932945, 0.135888, 0.238627, 0.489033, 1.09971", \
            "0.0436273, 0.0508754, 0.067523, 0.109138, 0.21155, 0.463519, 1.07069", \
            "-0.05209, -0.0432384, -0.0245922, 0.0165075, 0.117217, 0.366578, 0.975412" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0390713, 0.0491806, 0.0735608, 0.132521, 0.276206, 0.62436, 1.47776", \
            "0.0390747, 0.0491755, 0.0735373, 0.13242, 0.27622, 0.625553, 1.48317", \
            "0.0388358, 0.0490979, 0.0734349, 0.132459, 0.275353, 0.625703, 1.47692", \
            "0.0389409, 0.0490319, 0.0733815, 0.132361, 0.275966, 0.62569, 1.48269", \
            "0.0400743, 0.0494201, 0.0734974, 0.132526, 0.274863, 0.625448, 1.47937", \
            "0.0445782, 0.0528288, 0.0749407, 0.132271, 0.275566, 0.623826, 1.4784", \
            "0.0531823, 0.0619705, 0.0821521, 0.134561, 0.275181, 0.626698, 1.47451" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0795061, 0.0828779, 0.0900608, 0.103918, 0.131307, 0.189563, 0.326055", \
            "0.0838494, 0.0872247, 0.0943905, 0.108322, 0.135758, 0.193921, 0.330512", \
            "0.0951626, 0.0986092, 0.105729, 0.119644, 0.147076, 0.205362, 0.341835", \
            "0.1204, 0.123814, 0.13091, 0.144949, 0.172497, 0.230769, 0.367283", \
            "0.166573, 0.170366, 0.178291, 0.193644, 0.222975, 0.281855, 0.418399", \
            "0.252308, 0.256592, 0.265652, 0.283304, 0.31557, 0.377303, 0.514774", \
            "0.427527, 0.432514, 0.443042, 0.46371, 0.501226, 0.568271, 0.707088" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0179981, 0.0205165, 0.0263928, 0.0388342, 0.0670627, 0.135624, 0.313344", \
            "0.0180723, 0.0205449, 0.0263054, 0.0389053, 0.067042, 0.135518, 0.313518", \
            "0.018017, 0.0206962, 0.0262746, 0.0388132, 0.0671021, 0.135861, 0.310961", \
            "0.0186535, 0.0210676, 0.0269192, 0.0391923, 0.0668164, 0.135743, 0.311033", \
            "0.0220664, 0.024736, 0.0304669, 0.0429165, 0.0699767, 0.137899, 0.314683", \
            "0.0286005, 0.0314829, 0.0379586, 0.0510069, 0.0779129, 0.14314, 0.31448", \
            "0.0382299, 0.0415123, 0.0487715, 0.0639534, 0.0909094, 0.153032, 0.317176" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0658267, 0.0731131, 0.0906413, 0.132622, 0.234205, 0.480803, 1.08244", \
            "0.0704331, 0.0777081, 0.0952913, 0.137493, 0.239285, 0.486625, 1.09108", \
            "0.0821903, 0.0893922, 0.106829, 0.148936, 0.250853, 0.498412, 1.10102", \
            "0.107993, 0.115342, 0.132758, 0.174867, 0.276513, 0.523828, 1.12613", \
            "0.153916, 0.163632, 0.185991, 0.233463, 0.335785, 0.585411, 1.18569", \
            "0.235311, 0.249229, 0.280303, 0.343295, 0.468715, 0.721015, 1.32338", \
            "0.407144, 0.425005, 0.465344, 0.550031, 0.717089, 1.02523, 1.64503" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0506288, 0.0603071, 0.0842268, 0.142549, 0.284113, 0.628838, 1.46968", \
            "0.0506163, 0.0602916, 0.0841022, 0.142262, 0.284012, 0.627978, 1.47414", \
            "0.0506957, 0.0603872, 0.0841454, 0.14228, 0.283178, 0.628661, 1.4705", \
            "0.0545161, 0.063552, 0.086018, 0.142776, 0.284048, 0.627713, 1.47003", \
            "0.0740633, 0.0830888, 0.104088, 0.154567, 0.286005, 0.629305, 1.47054", \
            "0.114198, 0.124506, 0.149056, 0.203208, 0.323648, 0.636338, 1.46898", \
            "0.175242, 0.188866, 0.220362, 0.289893, 0.431864, 0.722282, 1.48796" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0221357, 0.024725, 0.0306644, 0.0443349, 0.0765734, 0.153958, 0.342186", \
            "0.0254434, 0.0279714, 0.0338718, 0.0475843, 0.0798332, 0.157326, 0.345352", \
            "0.0312424, 0.0342392, 0.0409814, 0.0549826, 0.0873364, 0.164879, 0.353089", \
            "0.0356645, 0.0399907, 0.0492868, 0.0681329, 0.104346, 0.182252, 0.370709", \
            "0.0305938, 0.0369206, 0.0505184, 0.0782987, 0.129329, 0.22068, 0.410949", \
            "-0.0021285, 0.0070425, 0.0268137, 0.0671515, 0.142576, 0.273621, 0.499026", \
            "-0.107103, -0.093849, -0.0652605, -0.0060551, 0.103736, 0.297007, 0.620238" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0158397, 0.0187757, 0.0258156, 0.0428694, 0.0842835, 0.18498, 0.432246", \
            "0.0160411, 0.0188322, 0.0256082, 0.0427531, 0.0843686, 0.185067, 0.433046", \
            "0.02066, 0.0232007, 0.0288258, 0.0440714, 0.0842961, 0.185817, 0.433342", \
            "0.0317629, 0.0347801, 0.0414197, 0.0556315, 0.0904381, 0.185741, 0.431802", \
            "0.0502212, 0.0543361, 0.0636386, 0.0826603, 0.120289, 0.2028, 0.435257", \
            "0.0827459, 0.0887213, 0.101944, 0.128756, 0.179749, 0.274632, 0.474155", \
            "0.142352, 0.151006, 0.169894, 0.208969, 0.280884, 0.410961, 0.642253" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.064285, 0.0715673, 0.0887605, 0.12968, 0.229187, 0.4748, 1.07715", \
            "0.0663555, 0.0735442, 0.0907842, 0.132012, 0.232738, 0.477021, 1.08088", \
            "0.0682899, 0.0755224, 0.0929801, 0.135243, 0.236226, 0.481713, 1.08447", \
            "0.0710556, 0.078262, 0.0950562, 0.136757, 0.238512, 0.48599, 1.08757", \
            "0.0661638, 0.0732455, 0.0905901, 0.132911, 0.233297, 0.48043, 1.08296", \
            "0.0391233, 0.046521, 0.0635844, 0.104853, 0.206355, 0.454386, 1.05797", \
            "-0.0539678, -0.0447551, -0.025684, 0.0156224, 0.115131, 0.362537, 0.967826" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0503312, 0.0602469, 0.0840612, 0.142221, 0.28334, 0.629245, 1.47404", \
            "0.0502682, 0.0602205, 0.084289, 0.142542, 0.283585, 0.628264, 1.46965", \
            "0.0499581, 0.0599377, 0.0840172, 0.142761, 0.283289, 0.627418, 1.4698", \
            "0.0445746, 0.0552408, 0.079941, 0.139689, 0.283308, 0.628238, 1.47064", \
            "0.0422857, 0.0517873, 0.0758489, 0.13508, 0.278176, 0.627612, 1.46821", \
            "0.0461795, 0.0545274, 0.0763976, 0.13316, 0.275443, 0.620642, 1.46737", \
            "0.0553153, 0.0644084, 0.0852038, 0.136037, 0.274971, 0.620203, 1.46211" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0686347, 0.0720497, 0.0791654, 0.0928998, 0.120197, 0.178371, 0.31475", \
            "0.0716805, 0.0750907, 0.0821422, 0.0960842, 0.12337, 0.181604, 0.31798", \
            "0.0825684, 0.0859545, 0.0930278, 0.106904, 0.134263, 0.192466, 0.328835", \
            "0.109232, 0.112659, 0.119761, 0.133712, 0.161188, 0.219349, 0.3557", \
            "0.156817, 0.160704, 0.168835, 0.183873, 0.212848, 0.272255, 0.40868", \
            "0.239257, 0.243775, 0.252872, 0.271132, 0.302525, 0.362954, 0.500943", \
            "0.40193, 0.407148, 0.418243, 0.439492, 0.476844, 0.540229, 0.678095" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0181368, 0.0207487, 0.0265906, 0.0391287, 0.067276, 0.135928, 0.311606", \
            "0.0181458, 0.0207303, 0.026369, 0.0389952, 0.0673413, 0.135766, 0.314782", \
            "0.018134, 0.0207908, 0.0264124, 0.0390851, 0.0671102, 0.135727, 0.314333", \
            "0.0193776, 0.0219113, 0.0272945, 0.039736, 0.067426, 0.135748, 0.312105", \
            "0.024392, 0.0272405, 0.0329002, 0.0444088, 0.0708397, 0.138486, 0.31171", \
            "0.0319717, 0.034931, 0.0408406, 0.052788, 0.0782916, 0.142185, 0.315063", \
            "0.0430917, 0.0461807, 0.0536467, 0.067041, 0.0926483, 0.15071, 0.316829" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0530263, 0.0607156, 0.0789298, 0.122114, 0.225499, 0.47408, 1.08347", \
            "0.0572122, 0.0648165, 0.082972, 0.126268, 0.229823, 0.48021, 1.08988", \
            "0.0683186, 0.0757004, 0.0936471, 0.136772, 0.240181, 0.491219, 1.10007", \
            "0.0906926, 0.0990711, 0.117541, 0.160306, 0.263416, 0.51537, 1.1251", \
            "0.126959, 0.138319, 0.16299, 0.213843, 0.318667, 0.56912, 1.18125", \
            "0.194897, 0.210496, 0.244487, 0.312186, 0.441839, 0.698327, 1.30776", \
            "0.348032, 0.368191, 0.411649, 0.49948, 0.670207, 0.989411, 1.6126" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0396567, 0.0494193, 0.0738227, 0.132226, 0.275779, 0.625026, 1.47663", \
            "0.0395831, 0.0495468, 0.0738162, 0.132621, 0.276129, 0.625748, 1.48348", \
            "0.0399112, 0.0497969, 0.0738232, 0.132598, 0.275464, 0.62448, 1.48004", \
            "0.0465515, 0.0548435, 0.0767613, 0.132919, 0.275796, 0.626279, 1.47926", \
            "0.0666639, 0.075945, 0.0975712, 0.147312, 0.279044, 0.624832, 1.48129", \
            "0.104365, 0.115457, 0.140405, 0.195722, 0.318638, 0.633834, 1.47889", \
            "0.169276, 0.181724, 0.210044, 0.277714, 0.426704, 0.729171, 1.49942" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.018851, 0.021435, 0.027413, 0.0410966, 0.0733225, 0.150747, 0.338909", \
            "0.0219837, 0.0244706, 0.0303603, 0.0440509, 0.0762695, 0.153809, 0.34182", \
            "0.0276263, 0.0308915, 0.0375655, 0.0514219, 0.083474, 0.160847, 0.348964", \
            "0.0308754, 0.0354321, 0.0454633, 0.0649505, 0.101383, 0.178257, 0.366047", \
            "0.0242602, 0.0309227, 0.0452468, 0.0737274, 0.125638, 0.218223, 0.406476", \
            "-0.0085826, 0.0007008, 0.0207803, 0.0614003, 0.138362, 0.273007, 0.497721", \
            "-0.11233, -0.099275, -0.0712016, -0.0123036, 0.0976034, 0.293846, 0.624793" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0158772, 0.0188615, 0.0259045, 0.0429461, 0.0845388, 0.18526, 0.433164", \
            "0.0162997, 0.0189553, 0.0256914, 0.0427485, 0.084444, 0.185328, 0.433415", \
            "0.0223261, 0.0248347, 0.030388, 0.044769, 0.0843021, 0.185662, 0.432079", \
            "0.0338846, 0.0373698, 0.0453805, 0.0603784, 0.0927149, 0.185595, 0.432167", \
            "0.0531556, 0.0588355, 0.0694942, 0.0905675, 0.132361, 0.209803, 0.434753", \
            "0.0882502, 0.0958023, 0.111555, 0.142804, 0.198948, 0.299924, 0.492143", \
            "0.154464, 0.165189, 0.187797, 0.232943, 0.313465, 0.456338, 0.701783" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.021755, 0.0231696, 0.0265775, 0.0347494, 0.0545615, 0.102809, 0.220471", \
            "0.0215009, 0.0229133, 0.0263331, 0.0345663, 0.05445, 0.10271, 0.220548", \
            "0.0213198, 0.022719, 0.0260993, 0.0343237, 0.0542314, 0.102592, 0.220408", \
            "0.0212296, 0.0225989, 0.0259513, 0.0341221, 0.0540176, 0.10239, 0.220201", \
            "0.0211173, 0.0224943, 0.0258501, 0.0340569, 0.0537597, 0.102112, 0.22003", \
            "0.0214783, 0.0227901, 0.0265616, 0.0345855, 0.0543229, 0.102529, 0.220103", \
            "0.0265148, 0.0276083, 0.030377, 0.0376446, 0.0569904, 0.104035, 0.221359" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "-0.0024792, -0.003829, -0.0071444, -0.0152298, -0.0351033, -0.0837954, -0.202943", \
            "-0.0027312, -0.0040749, -0.0073668, -0.0154486, -0.035319, -0.0840634, -0.203216", \
            "-0.0029528, -0.0042759, -0.0075409, -0.0156242, -0.0354583, -0.084206, -0.203343", \
            "-0.0030806, -0.0044322, -0.0077247, -0.0157816, -0.0355505, -0.0842708, -0.203407", \
            "-0.0025502, -0.003923, -0.0072665, -0.0154772, -0.0356094, -0.0842977, -0.203456", \
            "-0.0008735, -0.0023669, -0.0058873, -0.0143713, -0.0347128, -0.0839551, -0.203277", \
            "0.0045472, 0.0029171, -0.0009746, -0.0101444, -0.0314407, -0.081621, -0.202117" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "0.0174243, 0.0189023, 0.022469, 0.030815, 0.0508122, 0.0993564, 0.217698", \
            "0.0171156, 0.0185855, 0.0221045, 0.0305314, 0.0506593, 0.0992444, 0.217629", \
            "0.0169185, 0.018336, 0.0218011, 0.0301429, 0.0503284, 0.0990229, 0.217453", \
            "0.0168, 0.0181802, 0.0215776, 0.0298241, 0.0499195, 0.0987335, 0.21722", \
            "0.0166883, 0.0180887, 0.0214595, 0.0296581, 0.0496203, 0.0982107, 0.216778", \
            "0.0178542, 0.0190371, 0.0225508, 0.0305519, 0.0501768, 0.0984779, 0.216732", \
            "0.0244538, 0.0253702, 0.0279031, 0.0348269, 0.0537462, 0.101089, 0.218008" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
          values ( \
            "-0.0007276, -0.0020777, -0.005368, -0.0134542, -0.0333559, -0.0820959, -0.201273", \
            "-0.0009138, -0.0022476, -0.0055205, -0.0135859, -0.0334729, -0.0821991, -0.201367", \
            "-0.0010867, -0.0024082, -0.005691, -0.0137448, -0.0335818, -0.0822627, -0.20143", \
            "-0.0010544, -0.0024101, -0.0057136, -0.0137905, -0.0336449, -0.0823045, -0.201455", \
            "-0.000121, -0.0015145, -0.004943, -0.0132361, -0.0333, -0.0821316, -0.201409", \
            "0.0026073, 0.001089, -0.0026186, -0.0112636, -0.0319047, -0.0814495, -0.20077", \
            "0.0103927, 0.0086056, 0.0045938, -0.0043548, -0.0268066, -0.0776964, -0.198552" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004355;
      rise_capacitance : 0.00452;
      rise_capacitance_range (0.00452, 0.00452);
      fall_capacitance : 0.004189;
      fall_capacitance_range (0.004189, 0.004189);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.004309;
      rise_capacitance : 0.00448;
      rise_capacitance_range (0.00448, 0.00448);
      fall_capacitance : 0.004139;
      fall_capacitance_range (0.004139, 0.004139);
    }
  }
  cell (scs8hd_xor2_2) {
    area : 16.2656;
    cell_footprint : "xor2";
    cell_leakage_power : 0.0100869;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0125013;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0125347;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0142945;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0010171;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.0100869;
    }
    pin (X) {
      direction : output;
      function : "(A&!B) | (!A&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.174876;
      max_transition : 1.49586;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0481043, 0.0532315, 0.0668677, 0.102275, 0.192582, 0.429225, 1.05617", \
            "0.0518492, 0.0569237, 0.0705036, 0.105797, 0.196731, 0.433089, 1.05913", \
            "0.0587695, 0.0637864, 0.0771405, 0.111958, 0.20313, 0.439815, 1.06621", \
            "0.0654703, 0.0703186, 0.083268, 0.11778, 0.208574, 0.446257, 1.07453", \
            "0.0652303, 0.0700573, 0.0825565, 0.116597, 0.207103, 0.44417, 1.07141", \
            "0.0408691, 0.0462739, 0.0588827, 0.0920295, 0.181788, 0.418583, 1.0462", \
            "-0.0521664, -0.0455485, -0.030462, 0.0034869, 0.0903861, 0.325959, 0.95231" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0314402, 0.0385674, 0.0573586, 0.105699, 0.231629, 0.563455, 1.44821", \
            "0.0315288, 0.0386292, 0.057375, 0.105885, 0.231481, 0.563899, 1.44514", \
            "0.0314443, 0.0384663, 0.0571089, 0.105456, 0.231539, 0.563996, 1.44445", \
            "0.0314123, 0.0383168, 0.0571675, 0.105195, 0.231526, 0.564389, 1.44711", \
            "0.0327029, 0.0392005, 0.0569929, 0.105119, 0.230673, 0.562465, 1.44721", \
            "0.037212, 0.0430975, 0.0593978, 0.105287, 0.231531, 0.56347, 1.44452", \
            "0.0437975, 0.050775, 0.0667816, 0.108129, 0.230892, 0.563029, 1.43828" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.089467, 0.092187, 0.098422, 0.111263, 0.136938, 0.191804, 0.323566", \
            "0.0935407, 0.0962492, 0.102463, 0.11535, 0.14105, 0.195922, 0.327704", \
            "0.104591, 0.107276, 0.113434, 0.126326, 0.152053, 0.206952, 0.338673", \
            "0.128943, 0.131602, 0.137785, 0.150727, 0.176636, 0.231508, 0.363296", \
            "0.172365, 0.17529, 0.182, 0.196061, 0.223549, 0.279893, 0.412109", \
            "0.25257, 0.255847, 0.263387, 0.279185, 0.309786, 0.369386, 0.503394", \
            "0.421401, 0.425258, 0.433922, 0.452232, 0.48768, 0.553134, 0.690413" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0163819, 0.0185077, 0.0231025, 0.0339151, 0.0588022, 0.120675, 0.291654", \
            "0.0165183, 0.0184963, 0.0232375, 0.0339224, 0.0590269, 0.120645, 0.291654", \
            "0.0164591, 0.0184018, 0.0231981, 0.0338643, 0.0590344, 0.120534, 0.29129", \
            "0.0168126, 0.0188144, 0.0235933, 0.0341884, 0.0588942, 0.121062, 0.291272", \
            "0.019567, 0.0218286, 0.0267263, 0.0375165, 0.0621149, 0.123109, 0.291443", \
            "0.0251839, 0.0273528, 0.0324841, 0.0445568, 0.0686687, 0.128784, 0.293723", \
            "0.033526, 0.0360101, 0.0418792, 0.0553023, 0.0813903, 0.139677, 0.298881" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0722793, 0.0774987, 0.090999, 0.125733, 0.216193, 0.454448, 1.08596", \
            "0.076212, 0.0813818, 0.0950258, 0.130044, 0.221053, 0.459724, 1.09119", \
            "0.0872735, 0.0924079, 0.105912, 0.140909, 0.232238, 0.473106, 1.105", \
            "0.112089, 0.117323, 0.130719, 0.165413, 0.256405, 0.49578, 1.12802", \
            "0.15477, 0.161584, 0.178827, 0.219066, 0.311877, 0.551341, 1.18369", \
            "0.229394, 0.23904, 0.262712, 0.316862, 0.432278, 0.680888, 1.31625", \
            "0.389539, 0.401843, 0.432278, 0.503712, 0.656641, 0.965891, 1.62129" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.05021, 0.0570392, 0.0753662, 0.123722, 0.250067, 0.587018, 1.47266", \
            "0.0502179, 0.0571107, 0.0752344, 0.123379, 0.250859, 0.586846, 1.47396", \
            "0.0502848, 0.0571974, 0.0754138, 0.123699, 0.250226, 0.586939, 1.47666", \
            "0.0536793, 0.0600919, 0.0772596, 0.123702, 0.250413, 0.585141, 1.4744", \
            "0.0720468, 0.0785777, 0.0954412, 0.137138, 0.254207, 0.586729, 1.47614", \
            "0.110184, 0.117712, 0.136964, 0.183648, 0.293645, 0.596002, 1.47444", \
            "0.172886, 0.182228, 0.206004, 0.264485, 0.395256, 0.690131, 1.49586" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0234701, 0.0254351, 0.0303605, 0.0423591, 0.0719934, 0.148099, 0.347917", \
            "0.0267405, 0.0286836, 0.0335808, 0.0455467, 0.0752112, 0.151223, 0.35131", \
            "0.0328749, 0.0351372, 0.040467, 0.0527917, 0.0824789, 0.158713, 0.359405", \
            "0.0381895, 0.0412378, 0.0486565, 0.0648829, 0.0987036, 0.175656, 0.376133", \
            "0.0349033, 0.0393762, 0.0501364, 0.0737489, 0.121339, 0.212216, 0.415258", \
            "0.0055334, 0.0119897, 0.0276839, 0.0618456, 0.132052, 0.262491, 0.502153", \
            "-0.0913978, -0.0820897, -0.0597602, -0.0093065, 0.092259, 0.284008, 0.624354" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0179625, 0.0200032, 0.0255225, 0.0400653, 0.0788543, 0.182792, 0.458819", \
            "0.0178738, 0.0198151, 0.0252534, 0.0398967, 0.0788816, 0.18295, 0.459059", \
            "0.0219216, 0.0236602, 0.0280282, 0.0411913, 0.0787262, 0.182687, 0.459212", \
            "0.0319174, 0.0339242, 0.0393434, 0.0518891, 0.0849952, 0.183391, 0.458818", \
            "0.0499325, 0.0528275, 0.0601742, 0.0765422, 0.113145, 0.199631, 0.460397", \
            "0.0821104, 0.0863726, 0.0963352, 0.119368, 0.167275, 0.265782, 0.498216", \
            "0.141583, 0.148012, 0.162977, 0.195584, 0.262583, 0.393644, 0.650881" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0624833, 0.0674693, 0.0804047, 0.113507, 0.200874, 0.435508, 1.06633", \
            "0.0646768, 0.0696773, 0.0825702, 0.115969, 0.203938, 0.439313, 1.07487", \
            "0.066456, 0.0714841, 0.0846641, 0.118971, 0.208591, 0.444724, 1.07471", \
            "0.0677638, 0.0729502, 0.0863384, 0.119878, 0.210244, 0.447817, 1.07945", \
            "0.059837, 0.0648093, 0.0781163, 0.113274, 0.204816, 0.441803, 1.07586", \
            "0.0280866, 0.033696, 0.0465284, 0.0805707, 0.171912, 0.413781, 1.04149", \
            "-0.0764564, -0.0694776, -0.0532166, -0.0181198, 0.0711838, 0.310857, 0.947234" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0493255, 0.0562768, 0.0748882, 0.123522, 0.250767, 0.585014, 1.47679", \
            "0.0491592, 0.0562538, 0.0748497, 0.12355, 0.250242, 0.58717, 1.48201", \
            "0.0485704, 0.055771, 0.0744735, 0.123565, 0.250781, 0.584984, 1.47592", \
            "0.0418511, 0.0493795, 0.0692991, 0.119384, 0.250285, 0.585031, 1.47584", \
            "0.037597, 0.0442365, 0.0628991, 0.113225, 0.243171, 0.582671, 1.4746", \
            "0.039948, 0.0463925, 0.0633754, 0.110241, 0.238699, 0.577711, 1.47422", \
            "0.0470864, 0.0544552, 0.0715837, 0.11415, 0.236956, 0.575526, 1.4708" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0712011, 0.0739426, 0.0801805, 0.0930395, 0.11856, 0.173307, 0.305161", \
            "0.0742399, 0.0769572, 0.0831867, 0.0959607, 0.121629, 0.176481, 0.308295", \
            "0.0850431, 0.0877355, 0.0939122, 0.106698, 0.1324, 0.187092, 0.319026", \
            "0.112808, 0.115413, 0.121475, 0.134225, 0.159868, 0.214632, 0.346439", \
            "0.163563, 0.166646, 0.173495, 0.187241, 0.214258, 0.270888, 0.402827", \
            "0.252396, 0.255829, 0.26378, 0.279892, 0.309965, 0.367385, 0.501708", \
            "0.427143, 0.431101, 0.440304, 0.459153, 0.494497, 0.55711, 0.691199" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0165505, 0.0185623, 0.0234446, 0.0343878, 0.0593437, 0.120666, 0.290829", \
            "0.0165519, 0.0185706, 0.0232464, 0.0343462, 0.0591701, 0.120967, 0.291889", \
            "0.0165283, 0.0185607, 0.0232592, 0.0341744, 0.0591146, 0.120985, 0.292432", \
            "0.0171649, 0.019052, 0.0238231, 0.0345547, 0.0593862, 0.121017, 0.291929", \
            "0.0216497, 0.0236987, 0.0282146, 0.038827, 0.0623116, 0.123468, 0.292903", \
            "0.0284629, 0.030589, 0.035776, 0.0465219, 0.0691457, 0.12725, 0.293731", \
            "0.0380361, 0.0407466, 0.0464655, 0.0595844, 0.0825102, 0.136057, 0.297081" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0518517, 0.0573734, 0.0714064, 0.106363, 0.196649, 0.433183, 1.05833", \
            "0.0560526, 0.0613764, 0.075307, 0.110529, 0.201357, 0.438904, 1.0643", \
            "0.0675273, 0.0727847, 0.0862217, 0.121345, 0.212195, 0.449841, 1.07498", \
            "0.0899616, 0.0960145, 0.110245, 0.145533, 0.235837, 0.473967, 1.10267", \
            "0.124565, 0.13302, 0.153196, 0.196662, 0.290816, 0.529181, 1.15747", \
            "0.186871, 0.198376, 0.226644, 0.287782, 0.410901, 0.659654, 1.2883", \
            "0.331195, 0.346753, 0.383182, 0.46222, 0.628326, 0.944292, 1.59017" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0332693, 0.0400631, 0.0580455, 0.105777, 0.23195, 0.565063, 1.44582", \
            "0.0333785, 0.0401604, 0.0581371, 0.105743, 0.231923, 0.56487, 1.44456", \
            "0.0338856, 0.0404646, 0.0583017, 0.105887, 0.231684, 0.564048, 1.44502", \
            "0.0402115, 0.0458823, 0.0620631, 0.106846, 0.231557, 0.563145, 1.44792", \
            "0.0592071, 0.0655605, 0.0826422, 0.123773, 0.236676, 0.563614, 1.44707", \
            "0.0975709, 0.104793, 0.123752, 0.170672, 0.282204, 0.576459, 1.44403", \
            "0.167966, 0.174954, 0.195559, 0.250579, 0.385291, 0.678978, 1.46127" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0180924, 0.0201158, 0.0250872, 0.037106, 0.0667322, 0.142812, 0.342789", \
            "0.0215456, 0.0233943, 0.0282334, 0.0401229, 0.0697321, 0.145899, 0.345859", \
            "0.0276119, 0.0300358, 0.0358143, 0.0479847, 0.0772424, 0.153264, 0.353509", \
            "0.0319093, 0.0352945, 0.0431675, 0.0606617, 0.0954376, 0.171187, 0.371496", \
            "0.0268399, 0.0315268, 0.0427527, 0.0682897, 0.118902, 0.213544, 0.412613", \
            "-0.0039578, 0.0027022, 0.018809, 0.0545628, 0.128322, 0.265484, 0.510792", \
            "-0.102882, -0.0937529, -0.0705622, -0.0204851, 0.0850348, 0.285357, 0.642215" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248204, 0.0658824, 0.174876");
          values ( \
            "0.0179266, 0.0200321, 0.0256523, 0.0401775, 0.0789542, 0.18266, 0.458837", \
            "0.0180015, 0.0198995, 0.0252025, 0.0398223, 0.0788698, 0.182726, 0.459132", \
            "0.0233988, 0.0254966, 0.029967, 0.0420707, 0.0788814, 0.182698, 0.458988", \
            "0.0332311, 0.0359438, 0.0423679, 0.0570063, 0.088216, 0.183495, 0.459189", \
            "0.0514184, 0.055299, 0.0641004, 0.0845285, 0.124525, 0.207991, 0.460414", \
            "0.0843081, 0.0900392, 0.103304, 0.131368, 0.18639, 0.292658, 0.513772", \
            "0.143553, 0.152612, 0.172912, 0.214504, 0.29313, 0.442172, 0.717283" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248205, 0.0658824, 0.174876");
          values ( \
            "0.0418716, 0.0434914, 0.0477294, 0.0588729, 0.0880717, 0.165198, 0.369626", \
            "0.0412789, 0.0428973, 0.047203, 0.0584623, 0.0878239, 0.165011, 0.369408", \
            "0.0408253, 0.0424613, 0.0467046, 0.0579551, 0.087479, 0.164803, 0.3692", \
            "0.0406436, 0.0422077, 0.0464123, 0.0575406, 0.0869164, 0.164472, 0.369187", \
            "0.0403205, 0.0419077, 0.0461255, 0.0572433, 0.086494, 0.163842, 0.368741", \
            "0.0418956, 0.043376, 0.0473475, 0.0581782, 0.0871439, 0.164252, 0.368478", \
            "0.0498945, 0.0510892, 0.0544633, 0.064039, 0.0921848, 0.167795, 0.3713" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248205, 0.0658824, 0.174876");
          values ( \
            "-0.0053085, -0.0068636, -0.0109745, -0.0219112, -0.0511114, -0.128939, -0.335867", \
            "-0.0058195, -0.0073496, -0.0114421, -0.0223514, -0.0515497, -0.129392, -0.336375", \
            "-0.0063326, -0.0078475, -0.011906, -0.0227494, -0.0518934, -0.129654, -0.336602", \
            "-0.0068066, -0.0083852, -0.0123784, -0.0231996, -0.0521331, -0.129874, -0.336827", \
            "-0.0055864, -0.0071776, -0.0113308, -0.0224407, -0.0519725, -0.129764, -0.336705", \
            "-0.0027733, -0.0045016, -0.0090028, -0.0205458, -0.0505693, -0.129411, -0.336526", \
            "0.0072188, 0.0052746, 0.0003675, -0.0122013, -0.0439785, -0.124801, -0.334478" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248205, 0.0658824, 0.174876");
          values ( \
            "0.0295616, 0.031346, 0.0359257, 0.0473678, 0.0770517, 0.154742, 0.360178", \
            "0.0290417, 0.0307523, 0.0352763, 0.0468419, 0.0767633, 0.154595, 0.360046", \
            "0.028661, 0.0303465, 0.0347362, 0.0462541, 0.0762019, 0.154223, 0.359984", \
            "0.0284709, 0.030103, 0.0343702, 0.0457158, 0.0754598, 0.153685, 0.359704", \
            "0.0281772, 0.0298175, 0.0341615, 0.0453582, 0.0747841, 0.152676, 0.359021", \
            "0.0293957, 0.0309339, 0.035461, 0.0463057, 0.0757756, 0.153119, 0.358375", \
            "0.039892, 0.0408196, 0.043644, 0.05252, 0.0806009, 0.15735, 0.359739" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00132718, 0.00352281, 0.00935082, 0.0248205, 0.0658824, 0.174876");
          values ( \
            "-0.0013423, -0.0028982, -0.0070054, -0.0179192, -0.0471203, -0.124966, -0.331973", \
            "-0.0016975, -0.0032673, -0.0073151, -0.0181845, -0.0474039, -0.125194, -0.332217", \
            "-0.0021734, -0.0036839, -0.0076764, -0.0185395, -0.0476028, -0.125396, -0.33234", \
            "-0.0023888, -0.0039108, -0.0079215, -0.0187753, -0.0478188, -0.12559, -0.332426", \
            "-0.000713, -0.0023392, -0.0065765, -0.0181618, -0.0475099, -0.125255, -0.332375", \
            "0.0033317, 0.0015579, -0.0030192, -0.0148678, -0.0451932, -0.1245, -0.331888", \
            "0.0151859, 0.0132615, 0.0082524, -0.0047024, -0.0369757, -0.118383, -0.328721" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008955;
      rise_capacitance : 0.009349;
      rise_capacitance_range (0.009349, 0.009349);
      fall_capacitance : 0.008562;
      fall_capacitance_range (0.008562, 0.008562);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.008063;
      rise_capacitance : 0.008409;
      rise_capacitance_range (0.008409, 0.008409);
      fall_capacitance : 0.007716;
      fall_capacitance_range (0.007716, 0.007716);
    }
  }
  cell (scs8hd_xor2_4) {
    area : 27.5264;
    cell_footprint : "xor2";
    cell_leakage_power : 0.0201261;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0250086;
      when : "!A&B";
    }
    leakage_power () {
      value : 0.0250802;
      when : "!A&!B";
    }
    leakage_power () {
      value : 0.0285336;
      when : "A&B";
    }
    leakage_power () {
      value : 0.0018818;
      when : "A&!B";
    }
    leakage_power () {
      value : 0.0201261;
    }
    pin (X) {
      direction : output;
      function : "(A&!B) | (!A&B)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.292979;
      max_transition : 1.49715;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0566813, 0.0604229, 0.0709708, 0.1007, 0.183596, 0.417588, 1.09152", \
            "0.0603297, 0.0641032, 0.0746049, 0.104232, 0.187197, 0.42119, 1.0946", \
            "0.0672103, 0.0708381, 0.0811337, 0.110592, 0.193336, 0.427141, 1.09936", \
            "0.0731943, 0.0767348, 0.0868405, 0.115881, 0.199038, 0.434105, 1.10911", \
            "0.0719191, 0.0752941, 0.0852764, 0.11393, 0.195924, 0.430324, 1.1041", \
            "0.0455244, 0.0490956, 0.0586319, 0.0864225, 0.167934, 0.401973, 1.07473", \
            "-0.0529556, -0.0486238, -0.0373521, -0.009325, 0.070537, 0.304215, 0.977555" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0403069, 0.0451949, 0.0591119, 0.0989246, 0.212622, 0.53923, 1.48338", \
            "0.0403656, 0.0452108, 0.0592018, 0.0988841, 0.212682, 0.539682, 1.48467", \
            "0.0402255, 0.0450933, 0.0590911, 0.0990892, 0.212736, 0.539293, 1.48378", \
            "0.0398458, 0.0447695, 0.0591021, 0.0986476, 0.212517, 0.538804, 1.48267", \
            "0.0408771, 0.0454836, 0.0589137, 0.0986131, 0.21184, 0.538981, 1.47974", \
            "0.0447414, 0.0488119, 0.0611575, 0.0989022, 0.21201, 0.537085, 1.48029", \
            "0.0526623, 0.0571165, 0.0688959, 0.103262, 0.212498, 0.539311, 1.47724" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0973488, 0.0990306, 0.103457, 0.113893, 0.13628, 0.186089, 0.310966", \
            "0.10104, 0.102754, 0.10716, 0.117545, 0.140069, 0.189961, 0.314596", \
            "0.111767, 0.113477, 0.117857, 0.128295, 0.150771, 0.200689, 0.325619", \
            "0.136025, 0.137704, 0.142104, 0.152555, 0.175209, 0.22521, 0.349981", \
            "0.18107, 0.182792, 0.187582, 0.198876, 0.223116, 0.274482, 0.399926", \
            "0.265904, 0.267924, 0.273161, 0.285692, 0.312434, 0.367266, 0.494828", \
            "0.445284, 0.447588, 0.45363, 0.467974, 0.498818, 0.559886, 0.691711" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0183675, 0.0197565, 0.0229949, 0.0311213, 0.0521097, 0.106178, 0.265408", \
            "0.0183858, 0.019567, 0.0229501, 0.0313791, 0.0521254, 0.106424, 0.265532", \
            "0.0185233, 0.019667, 0.0230472, 0.0311982, 0.0521359, 0.106266, 0.265386", \
            "0.0185589, 0.0197812, 0.0230073, 0.031287, 0.0522207, 0.106468, 0.265407", \
            "0.0217103, 0.0227832, 0.0261383, 0.0344818, 0.0549207, 0.108712, 0.265977", \
            "0.0271245, 0.0284077, 0.0319897, 0.0407395, 0.0618693, 0.114715, 0.269661", \
            "0.0361309, 0.0375395, 0.0414119, 0.0510861, 0.0737033, 0.126123, 0.274666" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0829976, 0.0865005, 0.0964342, 0.124262, 0.202362, 0.425866, 1.07514", \
            "0.0863934, 0.089922, 0.0999057, 0.128115, 0.206613, 0.430465, 1.07902", \
            "0.097086, 0.100582, 0.11052, 0.13853, 0.218195, 0.442125, 1.08755", \
            "0.121647, 0.125093, 0.13495, 0.162719, 0.241506, 0.466247, 1.11263", \
            "0.166557, 0.170966, 0.183119, 0.215177, 0.296355, 0.521117, 1.16822", \
            "0.246885, 0.252931, 0.269419, 0.312078, 0.414098, 0.650232, 1.2971", \
            "0.419635, 0.427237, 0.448312, 0.503577, 0.635996, 0.932144, 1.59922" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0581134, 0.0625204, 0.0755263, 0.113248, 0.221651, 0.534286, 1.43774", \
            "0.0580999, 0.0626422, 0.075683, 0.113203, 0.222037, 0.533211, 1.43795", \
            "0.0581805, 0.0625533, 0.0755471, 0.11315, 0.222229, 0.534567, 1.43585", \
            "0.0609138, 0.0651769, 0.0775182, 0.113691, 0.221907, 0.533961, 1.43737", \
            "0.0780887, 0.0824205, 0.0948723, 0.127139, 0.226667, 0.534578, 1.43727", \
            "0.115279, 0.12009, 0.133578, 0.170465, 0.267173, 0.546601, 1.43752", \
            "0.178039, 0.184054, 0.200415, 0.244965, 0.359483, 0.639906, 1.45542" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0294035, 0.0307281, 0.0343023, 0.04401, 0.0699717, 0.142138, 0.347991", \
            "0.0321725, 0.0334993, 0.0370978, 0.0468188, 0.0727262, 0.144841, 0.350634", \
            "0.0377175, 0.039167, 0.0429841, 0.0529822, 0.0790788, 0.151352, 0.357966", \
            "0.042584, 0.0445047, 0.0496929, 0.0626879, 0.0925456, 0.166021, 0.373283", \
            "0.0385822, 0.0412649, 0.0486466, 0.0674339, 0.109273, 0.197324, 0.407166", \
            "0.0059334, 0.009911, 0.0207984, 0.048038, 0.109781, 0.234524, 0.481494", \
            "-0.0992646, -0.0935521, -0.0778404, -0.0380414, 0.0517045, 0.235304, 0.581568" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0211118, 0.0225215, 0.026591, 0.0385532, 0.073736, 0.176975, 0.476853", \
            "0.02093, 0.0223311, 0.0263933, 0.0384689, 0.0736699, 0.176964, 0.476271", \
            "0.0239416, 0.025129, 0.0286996, 0.0396647, 0.0737602, 0.176943, 0.476768", \
            "0.0330649, 0.0344318, 0.038466, 0.0496051, 0.080138, 0.177657, 0.476963", \
            "0.0515561, 0.0535353, 0.0583967, 0.0718542, 0.105508, 0.195303, 0.478117", \
            "0.0841473, 0.086786, 0.0939083, 0.112796, 0.15551, 0.255611, 0.513835", \
            "0.144481, 0.148327, 0.158386, 0.185298, 0.244518, 0.373406, 0.654228" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0736461, 0.0770164, 0.086691, 0.113366, 0.188567, 0.408129, 1.05112", \
            "0.0759361, 0.0792831, 0.0888412, 0.115698, 0.191517, 0.411783, 1.05575", \
            "0.0771761, 0.0805645, 0.0902576, 0.117701, 0.195086, 0.416557, 1.0668", \
            "0.0787196, 0.082034, 0.0913213, 0.117996, 0.196386, 0.419658, 1.06307", \
            "0.0702704, 0.0737238, 0.0835159, 0.111553, 0.190941, 0.412852, 1.05825", \
            "0.0371659, 0.0406711, 0.0504916, 0.0778842, 0.156264, 0.38249, 1.02714", \
            "-0.070606, -0.0661166, -0.0542949, -0.0258035, 0.0514856, 0.276612, 0.926674" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0573295, 0.0619039, 0.0751663, 0.112926, 0.22149, 0.532764, 1.4346", \
            "0.0572801, 0.0618897, 0.075132, 0.113267, 0.221954, 0.533426, 1.43469", \
            "0.0571017, 0.0615826, 0.0748323, 0.112717, 0.221911, 0.534098, 1.43754", \
            "0.0505554, 0.0555983, 0.0692963, 0.108611, 0.22095, 0.534555, 1.4357", \
            "0.044039, 0.0487567, 0.0622258, 0.101254, 0.213453, 0.530835, 1.43666", \
            "0.045941, 0.0501356, 0.0620673, 0.0985899, 0.208111, 0.524773, 1.4331", \
            "0.0541749, 0.0587545, 0.0708574, 0.104455, 0.207861, 0.522049, 1.4244" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0784135, 0.0801321, 0.08455, 0.09497, 0.117239, 0.167098, 0.291973", \
            "0.081237, 0.0829368, 0.0874244, 0.0978472, 0.120284, 0.170148, 0.294872", \
            "0.0918065, 0.0934782, 0.0979058, 0.108286, 0.130734, 0.180664, 0.305353", \
            "0.119818, 0.121456, 0.125749, 0.135966, 0.158362, 0.208173, 0.333236", \
            "0.174469, 0.176328, 0.18112, 0.19245, 0.216023, 0.267471, 0.392609", \
            "0.269369, 0.271495, 0.277041, 0.290238, 0.317065, 0.370145, 0.497454", \
            "0.455509, 0.457984, 0.464429, 0.479773, 0.511554, 0.57103, 0.69875" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0184812, 0.0196656, 0.022885, 0.0314716, 0.0524246, 0.106397, 0.265369", \
            "0.0184365, 0.0196574, 0.0229004, 0.0314229, 0.0523898, 0.106494, 0.2655", \
            "0.0185152, 0.0197364, 0.0230672, 0.0316135, 0.0523873, 0.10648, 0.265526", \
            "0.018779, 0.0201671, 0.0235604, 0.0319317, 0.0524704, 0.106376, 0.265527", \
            "0.023693, 0.0248892, 0.0280872, 0.0360725, 0.0554265, 0.108976, 0.265696", \
            "0.0315559, 0.0329071, 0.036176, 0.0446131, 0.0637817, 0.113905, 0.268959", \
            "0.0418579, 0.043354, 0.0475736, 0.056826, 0.0782657, 0.124818, 0.272863" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0601721, 0.0640934, 0.07505, 0.104738, 0.186911, 0.42067, 1.09251", \
            "0.0637332, 0.0676133, 0.078321, 0.108565, 0.191007, 0.424703, 1.10057", \
            "0.0747789, 0.0783473, 0.0887884, 0.118245, 0.201323, 0.437595, 1.10856", \
            "0.0972158, 0.101342, 0.112308, 0.14177, 0.224767, 0.460097, 1.13533", \
            "0.134271, 0.139637, 0.154333, 0.190532, 0.277267, 0.513025, 1.18808", \
            "0.202528, 0.210235, 0.22948, 0.278838, 0.390192, 0.638164, 1.3143", \
            "0.358501, 0.368255, 0.394164, 0.457907, 0.602759, 0.912096, 1.6089" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0415092, 0.0461918, 0.0596779, 0.0991105, 0.211912, 0.539811, 1.48459", \
            "0.0415764, 0.0461412, 0.0598464, 0.0992493, 0.21219, 0.538171, 1.48425", \
            "0.0418416, 0.0464663, 0.0599998, 0.0989678, 0.212468, 0.539857, 1.48294", \
            "0.0471636, 0.051239, 0.0634615, 0.100297, 0.212579, 0.538356, 1.48214", \
            "0.0652734, 0.069448, 0.0825167, 0.117093, 0.21824, 0.537636, 1.4825", \
            "0.102421, 0.107494, 0.121208, 0.159819, 0.262036, 0.551303, 1.4789", \
            "0.170983, 0.176392, 0.191201, 0.234561, 0.350566, 0.645879, 1.49715" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0217664, 0.0231018, 0.0267477, 0.0364605, 0.0624289, 0.13436, 0.34021", \
            "0.0248875, 0.0261599, 0.029725, 0.039403, 0.0653393, 0.137576, 0.343259", \
            "0.0315465, 0.0331486, 0.0372696, 0.0472008, 0.0729333, 0.145117, 0.351815", \
            "0.0363316, 0.0384811, 0.0442976, 0.0586029, 0.0905125, 0.162926, 0.369451", \
            "0.0312135, 0.0343298, 0.0427864, 0.063466, 0.109195, 0.203157, 0.410163", \
            "-0.0017771, 0.0027867, 0.0149694, 0.0447552, 0.111555, 0.247566, 0.507313", \
            "-0.104423, -0.0982483, -0.0824619, -0.0394336, 0.0569481, 0.253601, 0.62866" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0210333, 0.0224076, 0.0266166, 0.038631, 0.0737969, 0.17664, 0.476337", \
            "0.0206993, 0.0220421, 0.0260605, 0.0381672, 0.0736614, 0.176913, 0.476595", \
            "0.0259988, 0.0273338, 0.0305457, 0.0407687, 0.0738329, 0.176966, 0.477185", \
            "0.0355968, 0.0373122, 0.0422365, 0.0547251, 0.0845734, 0.178248, 0.477292", \
            "0.0543408, 0.0568244, 0.063041, 0.0797032, 0.118232, 0.205333, 0.478174", \
            "0.0879457, 0.0916857, 0.101244, 0.124706, 0.177556, 0.286361, 0.535335", \
            "0.147751, 0.153376, 0.167855, 0.202954, 0.279097, 0.428168, 0.728901" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0834447, 0.0853086, 0.0906236, 0.105857, 0.14929, 0.273872, 0.634211", \
            "0.0823487, 0.0842403, 0.0896509, 0.105074, 0.148673, 0.273418, 0.633149", \
            "0.0814135, 0.083259, 0.0886066, 0.103999, 0.148061, 0.272955, 0.632923", \
            "0.0809134, 0.0827154, 0.0880081, 0.103194, 0.146844, 0.272363, 0.632512", \
            "0.0803436, 0.0821194, 0.0873946, 0.102404, 0.145916, 0.271084, 0.631516", \
            "0.0825672, 0.08426, 0.0892146, 0.10386, 0.147082, 0.271651, 0.631123", \
            "0.0966624, 0.0980611, 0.102224, 0.11496, 0.156941, 0.278992, 0.635215" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "-0.0107576, -0.0125277, -0.0176171, -0.0324459, -0.0755996, -0.20104, -0.565079", \
            "-0.0118116, -0.0135649, -0.0186495, -0.0333818, -0.0765193, -0.202052, -0.566102", \
            "-0.0128697, -0.0145847, -0.0196436, -0.0343005, -0.0772908, -0.202712, -0.566672", \
            "-0.013933, -0.0156629, -0.0206713, -0.0351566, -0.0779584, -0.203222, -0.567024", \
            "-0.0118131, -0.0136218, -0.0189029, -0.0345592, -0.0778988, -0.202988, -0.566738", \
            "-0.0065996, -0.0086474, -0.014156, -0.0298293, -0.0745701, -0.201977, -0.566749", \
            "0.010427, 0.0082768, 0.0020841, -0.0149524, -0.0625617, -0.19364, -0.562736" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "0.0577599, 0.0598788, 0.0656986, 0.0814662, 0.125373, 0.251216, 0.612561", \
            "0.0566281, 0.0586717, 0.0643822, 0.0805874, 0.124835, 0.250149, 0.61294", \
            "0.0557459, 0.0576543, 0.0631948, 0.0789268, 0.123691, 0.250703, 0.612417", \
            "0.0552673, 0.0571022, 0.0625123, 0.0779559, 0.122359, 0.24933, 0.611908", \
            "0.0546834, 0.0565711, 0.0619243, 0.0772187, 0.120923, 0.24729, 0.610096", \
            "0.058018, 0.05958, 0.064371, 0.0788113, 0.122133, 0.246877, 0.609351", \
            "0.0744478, 0.0755991, 0.0791769, 0.0910475, 0.131685, 0.253895, 0.61158" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00144638, 0.004184, 0.0121033, 0.0350118, 0.10128, 0.292979");
          values ( \
            "-0.0022877, -0.0040356, -0.0091711, -0.0239564, -0.067155, -0.192867, -0.556957", \
            "-0.0029718, -0.0047144, -0.0097654, -0.0245397, -0.0676964, -0.193168, -0.557348", \
            "-0.0037906, -0.0055415, -0.0105321, -0.0252276, -0.0681435, -0.193575, -0.55761", \
            "-0.0043693, -0.0061125, -0.0111265, -0.0257828, -0.0686032, -0.193961, -0.557828", \
            "-0.002193, -0.0040433, -0.0097434, -0.0248868, -0.0679407, -0.193457, -0.557427", \
            "0.0058877, 0.0038833, -0.0018257, -0.0178296, -0.0628087, -0.191264, -0.556557", \
            "0.0251965, 0.0230331, 0.0167238, -0.000647, -0.0494729, -0.18146, -0.549316" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.017334;
      rise_capacitance : 0.018101;
      rise_capacitance_range (0.018101, 0.018101);
      fall_capacitance : 0.016568;
      fall_capacitance_range (0.016568, 0.016568);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.014894;
      rise_capacitance : 0.015573;
      rise_capacitance_range (0.015573, 0.015573);
      fall_capacitance : 0.014215;
      fall_capacitance_range (0.014215, 0.014215);
    }
  }
  cell (scs8hd_xor3_1) {
    area : 23.7728;
    cell_footprint : "xor3";
    cell_leakage_power : 0.0294243;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0271738;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.0255304;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 0.0395662;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 0.0255357;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 0.033313;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0192826;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 0.0333179;
      when : "A&B&C";
    }
    leakage_power () {
      value : 0.0316749;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.0294243;
    }
    pin (X) {
      direction : output;
      function : "(A&!B&!C) | (!A&B&!C) | (!A&!B&C) | (A&B&C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.199595;
      max_transition : 1.50582;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.109475, 0.116329, 0.132186, 0.168902, 0.260251, 0.502088, 1.16031", \
            "0.113202, 0.120028, 0.135895, 0.172615, 0.263894, 0.505967, 1.16025", \
            "0.121686, 0.128546, 0.144408, 0.181128, 0.272406, 0.514325, 1.16941", \
            "0.140079, 0.14694, 0.162796, 0.199501, 0.29077, 0.532928, 1.18736", \
            "0.168096, 0.175445, 0.192065, 0.22941, 0.320871, 0.563034, 1.21703", \
            "0.191183, 0.200174, 0.219575, 0.259653, 0.352243, 0.594023, 1.25031", \
            "0.176104, 0.187308, 0.211897, 0.259822, 0.35647, 0.598594, 1.25213" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0222732, 0.0290097, 0.0458168, 0.0907303, 0.214687, 0.559111, 1.50308", \
            "0.0222935, 0.0289216, 0.0459005, 0.0907115, 0.214747, 0.558212, 1.503", \
            "0.0223216, 0.0289406, 0.0458772, 0.0907187, 0.214701, 0.559054, 1.49986", \
            "0.0224502, 0.0291475, 0.0459685, 0.0908424, 0.214694, 0.557608, 1.49731", \
            "0.0250229, 0.0316294, 0.0483453, 0.0923178, 0.215145, 0.557887, 1.49606", \
            "0.0316698, 0.0391871, 0.0558354, 0.0976571, 0.217304, 0.558104, 1.4998", \
            "0.0419647, 0.0515552, 0.0717785, 0.112603, 0.223519, 0.559546, 1.4921" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.151008, 0.161593, 0.185008, 0.226446, 0.293924, 0.423696, 0.727321", \
            "0.155759, 0.16642, 0.189829, 0.23126, 0.298536, 0.428376, 0.732253", \
            "0.167701, 0.178361, 0.201764, 0.243136, 0.310534, 0.440439, 0.744175", \
            "0.197028, 0.207665, 0.231051, 0.272826, 0.340208, 0.469797, 0.773401", \
            "0.263439, 0.274224, 0.298089, 0.340273, 0.408255, 0.538514, 0.842298", \
            "0.37684, 0.388708, 0.415668, 0.465488, 0.539701, 0.672481, 0.976951", \
            "0.56576, 0.579043, 0.608632, 0.670508, 0.761661, 0.904956, 1.21367" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0490036, 0.0569222, 0.0713586, 0.0931648, 0.138547, 0.267044, 0.644025", \
            "0.049055, 0.0569731, 0.0712847, 0.0931438, 0.137876, 0.267342, 0.642631", \
            "0.049006, 0.0569785, 0.0713923, 0.0937632, 0.138959, 0.267266, 0.641373", \
            "0.0490637, 0.0570378, 0.0714582, 0.0937833, 0.138649, 0.267438, 0.644332", \
            "0.0511002, 0.0592777, 0.0740273, 0.0962865, 0.140345, 0.267873, 0.643053", \
            "0.0614907, 0.0713102, 0.0893918, 0.1134, 0.151117, 0.271729, 0.641326", \
            "0.0753991, 0.0870214, 0.111618, 0.146089, 0.18281, 0.289319, 0.648317" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.196461, 0.203691, 0.220276, 0.257709, 0.349061, 0.591605, 1.24797", \
            "0.201293, 0.208522, 0.225118, 0.26254, 0.353887, 0.596429, 1.25285", \
            "0.213217, 0.220453, 0.237069, 0.274448, 0.365897, 0.60845, 1.26508", \
            "0.243368, 0.250662, 0.267218, 0.304679, 0.396053, 0.637932, 1.2929", \
            "0.309123, 0.316392, 0.332972, 0.370421, 0.461691, 0.703426, 1.35891", \
            "0.421528, 0.428942, 0.445654, 0.483284, 0.574591, 0.816228, 1.47575", \
            "0.610617, 0.618249, 0.635375, 0.67337, 0.765167, 1.00723, 1.66211" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0238996, 0.0308831, 0.047809, 0.0920887, 0.215233, 0.55961, 1.49717", \
            "0.0240193, 0.0308878, 0.0478087, 0.0920869, 0.215274, 0.559785, 1.49688", \
            "0.0239162, 0.0308566, 0.0478525, 0.09189, 0.21515, 0.558914, 1.49812", \
            "0.0239769, 0.0308285, 0.0478089, 0.092027, 0.214933, 0.560339, 1.49978", \
            "0.0240923, 0.0308955, 0.0479478, 0.0921031, 0.215388, 0.558421, 1.50434", \
            "0.0244779, 0.031352, 0.048359, 0.0924502, 0.214886, 0.559548, 1.50557", \
            "0.0256877, 0.0326473, 0.0496446, 0.0934227, 0.215979, 0.557793, 1.49823" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.174235, 0.183161, 0.202473, 0.239096, 0.303211, 0.431676, 0.734736", \
            "0.178062, 0.187016, 0.206357, 0.242815, 0.307114, 0.435509, 0.7388", \
            "0.187293, 0.196222, 0.215537, 0.25216, 0.316309, 0.44476, 0.747835", \
            "0.205709, 0.214646, 0.233956, 0.270549, 0.334674, 0.463126, 0.76646", \
            "0.228102, 0.237049, 0.256382, 0.292966, 0.357302, 0.48576, 0.788964", \
            "0.242259, 0.251177, 0.270618, 0.307259, 0.371573, 0.500151, 0.803469", \
            "0.217652, 0.226693, 0.246389, 0.283359, 0.34808, 0.476905, 0.780338" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0384711, 0.0450447, 0.058251, 0.0821785, 0.132502, 0.264878, 0.64434", \
            "0.038605, 0.0451181, 0.05826, 0.0825858, 0.133023, 0.264866, 0.641188", \
            "0.038479, 0.0450387, 0.0582593, 0.0821908, 0.132714, 0.264965, 0.641493", \
            "0.0384218, 0.0451, 0.0582235, 0.082157, 0.132353, 0.265063, 0.640834", \
            "0.0385404, 0.0450667, 0.0582557, 0.0829413, 0.133039, 0.264879, 0.638161", \
            "0.0389833, 0.045479, 0.0591137, 0.0834737, 0.133572, 0.263153, 0.642968", \
            "0.0404245, 0.0469607, 0.0601574, 0.0838494, 0.132903, 0.26518, 0.639806" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0923369, 0.0998273, 0.116813, 0.154702, 0.246231, 0.487692, 1.14655", \
            "0.0965101, 0.103976, 0.120946, 0.158902, 0.250389, 0.492393, 1.14758", \
            "0.105284, 0.112783, 0.129734, 0.167675, 0.259197, 0.501108, 1.15549", \
            "0.121148, 0.128632, 0.145532, 0.183399, 0.274899, 0.516896, 1.17261", \
            "0.143708, 0.151666, 0.169291, 0.207816, 0.299631, 0.541954, 1.19595", \
            "0.156399, 0.165874, 0.185845, 0.226131, 0.318347, 0.560362, 1.21659", \
            "0.120332, 0.131596, 0.156033, 0.202734, 0.29765, 0.539551, 1.19412" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.02482, 0.0317396, 0.0487965, 0.0929087, 0.215745, 0.558335, 1.50505", \
            "0.0248007, 0.0317548, 0.0486764, 0.0928473, 0.215607, 0.559886, 1.49975", \
            "0.0247854, 0.0316994, 0.0487687, 0.0927848, 0.215345, 0.559833, 1.50189", \
            "0.0250681, 0.03197, 0.0489134, 0.0928218, 0.215236, 0.559861, 1.50248", \
            "0.0280144, 0.0350043, 0.0513828, 0.0947899, 0.216271, 0.560458, 1.4985", \
            "0.0349804, 0.0423258, 0.0587958, 0.0989907, 0.217718, 0.558433, 1.49537", \
            "0.0452229, 0.0540323, 0.0728292, 0.111885, 0.222825, 0.562181, 1.49081" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.135738, 0.144413, 0.163361, 0.19918, 0.26278, 0.391138, 0.694757", \
            "0.138737, 0.147446, 0.166329, 0.202179, 0.265783, 0.394117, 0.697701", \
            "0.148669, 0.157371, 0.176197, 0.212, 0.275555, 0.403895, 0.707486", \
            "0.175101, 0.183748, 0.202432, 0.238087, 0.301571, 0.429929, 0.733538", \
            "0.231027, 0.239847, 0.258825, 0.294712, 0.358721, 0.486952, 0.790646", \
            "0.320584, 0.330298, 0.351812, 0.393291, 0.463324, 0.596096, 0.900922", \
            "0.478492, 0.488883, 0.512342, 0.560154, 0.643442, 0.786632, 1.09692" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0367052, 0.0430246, 0.056209, 0.080323, 0.130951, 0.264469, 0.64049", \
            "0.0367935, 0.0432275, 0.0569179, 0.0813819, 0.132194, 0.264909, 0.641041", \
            "0.0368424, 0.0432746, 0.056083, 0.0813674, 0.132076, 0.26491, 0.640999", \
            "0.0366548, 0.0431257, 0.0558644, 0.0812622, 0.13056, 0.264862, 0.641014", \
            "0.0386368, 0.0449511, 0.0577257, 0.0811224, 0.131565, 0.26471, 0.639772", \
            "0.0446168, 0.0522268, 0.06847, 0.0946377, 0.14424, 0.271479, 0.643642", \
            "0.0498945, 0.0588356, 0.0788449, 0.113998, 0.167051, 0.289596, 0.64792" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.127121, 0.133884, 0.149552, 0.185866, 0.276651, 0.51872, 1.17267", \
            "0.130743, 0.137512, 0.153203, 0.1895, 0.280246, 0.522513, 1.17766", \
            "0.142085, 0.148874, 0.164567, 0.200844, 0.29154, 0.533725, 1.18995", \
            "0.16891, 0.175711, 0.191404, 0.22767, 0.318226, 0.56023, 1.21715", \
            "0.213427, 0.220245, 0.235905, 0.272191, 0.36312, 0.604573, 1.26212", \
            "0.285015, 0.29185, 0.307593, 0.343891, 0.434665, 0.676247, 1.335", \
            "0.417868, 0.424975, 0.441005, 0.477468, 0.568555, 0.810396, 1.46338" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0220906, 0.0287429, 0.0454578, 0.0899823, 0.214152, 0.559102, 1.49907", \
            "0.022142, 0.0286996, 0.0454919, 0.0898883, 0.214497, 0.558283, 1.49894", \
            "0.0220834, 0.0286908, 0.0454807, 0.0899605, 0.214413, 0.558591, 1.49921", \
            "0.022158, 0.0287173, 0.0454513, 0.0900377, 0.214144, 0.559325, 1.49681", \
            "0.0222285, 0.0287195, 0.045321, 0.0901483, 0.2145, 0.558772, 1.49815", \
            "0.0225409, 0.0291447, 0.0458073, 0.0902902, 0.213982, 0.557037, 1.50232", \
            "0.0237853, 0.0302812, 0.0467827, 0.0911211, 0.214786, 0.558185, 1.49423" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.115748, 0.124852, 0.144278, 0.17974, 0.241566, 0.367408, 0.669173", \
            "0.119616, 0.128697, 0.148173, 0.18358, 0.245534, 0.371331, 0.673021", \
            "0.129361, 0.138459, 0.157841, 0.193288, 0.255069, 0.380922, 0.682722", \
            "0.150438, 0.159159, 0.17791, 0.212171, 0.273911, 0.399576, 0.701246", \
            "0.175923, 0.184373, 0.202318, 0.235833, 0.296224, 0.421404, 0.72328", \
            "0.174644, 0.183156, 0.20116, 0.234931, 0.295691, 0.420494, 0.721625", \
            "0.132604, 0.141197, 0.159284, 0.193294, 0.254387, 0.379826, 0.681149" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0392094, 0.0454441, 0.0578316, 0.0795659, 0.128281, 0.260128, 0.638174", \
            "0.0392505, 0.0456406, 0.0581298, 0.0796475, 0.12823, 0.260554, 0.636671", \
            "0.0390937, 0.0453343, 0.057723, 0.0795331, 0.128349, 0.259978, 0.643548", \
            "0.0375507, 0.0434836, 0.0556084, 0.0777313, 0.128204, 0.260779, 0.639019", \
            "0.0367267, 0.0421454, 0.054336, 0.0758027, 0.125993, 0.259904, 0.637665", \
            "0.0364589, 0.0426221, 0.0541348, 0.0761036, 0.125735, 0.257394, 0.634613", \
            "0.0370044, 0.0430171, 0.0548425, 0.0778301, 0.127615, 0.259191, 0.641065" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0556653, 0.0625728, 0.0784526, 0.114481, 0.203868, 0.445831, 1.10268", \
            "0.0592787, 0.066198, 0.0820361, 0.118173, 0.207646, 0.449768, 1.10432", \
            "0.0681142, 0.0749225, 0.0907219, 0.126862, 0.216751, 0.457289, 1.11069", \
            "0.0822089, 0.0890637, 0.105065, 0.14179, 0.231896, 0.472218, 1.12601", \
            "0.0953089, 0.102666, 0.118756, 0.15556, 0.246832, 0.488432, 1.14269", \
            "0.0928643, 0.101849, 0.120517, 0.158444, 0.249086, 0.492067, 1.14545", \
            "0.0435283, 0.0543376, 0.0777302, 0.121889, 0.21482, 0.457121, 1.11372" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0223197, 0.0291655, 0.0464118, 0.0908944, 0.214357, 0.56118, 1.49858", \
            "0.022248, 0.0291234, 0.0463171, 0.0908114, 0.214413, 0.561008, 1.50582", \
            "0.0220073, 0.028954, 0.0462216, 0.090578, 0.214359, 0.561374, 1.4987", \
            "0.0229804, 0.0297723, 0.0470082, 0.0912208, 0.214425, 0.561595, 1.49394", \
            "0.0271469, 0.0329873, 0.0486662, 0.0926704, 0.216245, 0.560125, 1.49775", \
            "0.0341702, 0.0410091, 0.0558676, 0.0956772, 0.21686, 0.559017, 1.49957", \
            "0.0441868, 0.0532998, 0.0712717, 0.109687, 0.221758, 0.562749, 1.4954" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0757241, 0.0817296, 0.0950394, 0.122638, 0.179927, 0.304949, 0.607437", \
            "0.0795007, 0.0854439, 0.098686, 0.1262, 0.183333, 0.308284, 0.610988", \
            "0.0905677, 0.0964244, 0.1095, 0.136809, 0.193667, 0.318445, 0.62128", \
            "0.118222, 0.123976, 0.13678, 0.163574, 0.219969, 0.344416, 0.64711", \
            "0.167597, 0.174224, 0.188658, 0.217178, 0.274176, 0.39863, 0.701263", \
            "0.247427, 0.254934, 0.271902, 0.305416, 0.366186, 0.492526, 0.797204", \
            "0.398324, 0.406712, 0.425566, 0.463906, 0.534481, 0.664271, 0.969385" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0218817, 0.0271321, 0.0387944, 0.0644114, 0.121392, 0.260292, 0.640987", \
            "0.0216709, 0.0268873, 0.0385457, 0.0640265, 0.120725, 0.259025, 0.644098", \
            "0.0213593, 0.026516, 0.0383168, 0.06326, 0.119955, 0.259895, 0.641778", \
            "0.0212095, 0.0260661, 0.0374368, 0.0622752, 0.119023, 0.258984, 0.642964", \
            "0.0264028, 0.0318024, 0.0428585, 0.0662242, 0.120521, 0.259417, 0.638887", \
            "0.0323485, 0.0386176, 0.0522204, 0.0776356, 0.128859, 0.26359, 0.642748", \
            "0.0403635, 0.0469285, 0.0625672, 0.0930536, 0.145552, 0.271465, 0.6448" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0907609, 0.097376, 0.11272, 0.148654, 0.239297, 0.481421, 1.13555", \
            "0.0952125, 0.10182, 0.117232, 0.153055, 0.243629, 0.486336, 1.14246", \
            "0.107416, 0.113977, 0.129379, 0.165205, 0.255723, 0.498139, 1.15346", \
            "0.135237, 0.141845, 0.157204, 0.193137, 0.283477, 0.526084, 1.18381", \
            "0.181385, 0.187937, 0.203288, 0.239152, 0.329534, 0.572087, 1.22967", \
            "0.255096, 0.261684, 0.277155, 0.313454, 0.403696, 0.644687, 1.29989", \
            "0.389597, 0.396339, 0.41189, 0.448018, 0.5397, 0.781121, 1.4333" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0212423, 0.0278421, 0.0446484, 0.0892954, 0.213829, 0.558588, 1.50197", \
            "0.0213231, 0.0278924, 0.0447227, 0.0893596, 0.21402, 0.559863, 1.50043", \
            "0.0212376, 0.0279127, 0.0446236, 0.0892484, 0.214111, 0.559038, 1.49731", \
            "0.0212176, 0.0278386, 0.0446125, 0.0891184, 0.214207, 0.559731, 1.50052", \
            "0.02138, 0.0279646, 0.0448361, 0.0891873, 0.213871, 0.558502, 1.49878", \
            "0.0220116, 0.0285808, 0.0453065, 0.0900578, 0.214522, 0.557094, 1.50326", \
            "0.0240566, 0.0301569, 0.0464263, 0.0915967, 0.215282, 0.557956, 1.49262" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0732506, 0.0808838, 0.0974804, 0.129277, 0.18851, 0.313106, 0.614821", \
            "0.0767265, 0.0843027, 0.100856, 0.132545, 0.191827, 0.316409, 0.618126", \
            "0.0852459, 0.0926603, 0.108806, 0.140054, 0.199112, 0.323562, 0.625023", \
            "0.109451, 0.115866, 0.130277, 0.159346, 0.216987, 0.340722, 0.642033", \
            "0.131025, 0.137147, 0.150581, 0.177954, 0.233565, 0.355999, 0.657129", \
            "0.129316, 0.135374, 0.148843, 0.176047, 0.231812, 0.353938, 0.653232", \
            "0.089665, 0.0954214, 0.108628, 0.135718, 0.191283, 0.314064, 0.614656" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.029237, 0.0349152, 0.0470949, 0.0706324, 0.122753, 0.259101, 0.638226", \
            "0.0290455, 0.0347001, 0.0471286, 0.070517, 0.123442, 0.258694, 0.642088", \
            "0.0277931, 0.0336493, 0.0462112, 0.0699012, 0.122911, 0.258028, 0.634831", \
            "0.0238655, 0.0294172, 0.0411477, 0.0652788, 0.120485, 0.256904, 0.640758", \
            "0.0240162, 0.0286351, 0.0394695, 0.0630957, 0.116709, 0.255016, 0.634561", \
            "0.0237236, 0.028331, 0.0388984, 0.0630452, 0.117419, 0.254869, 0.636558", \
            "0.0242228, 0.0288688, 0.0391142, 0.0632568, 0.118164, 0.256265, 0.638264" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0578266, 0.0596901, 0.0646532, 0.0770044, 0.109451, 0.197286, 0.434181", \
            "0.0575701, 0.0594108, 0.0643731, 0.0767252, 0.109174, 0.196997, 0.433941", \
            "0.05735, 0.0591667, 0.0641261, 0.0764881, 0.108936, 0.196788, 0.433588", \
            "0.0573089, 0.0591871, 0.064154, 0.0765209, 0.108953, 0.196653, 0.433525", \
            "0.0575945, 0.0594634, 0.0644244, 0.0768224, 0.109306, 0.196773, 0.434576", \
            "0.0584331, 0.060466, 0.0658362, 0.0784652, 0.110831, 0.198277, 0.436116", \
            "0.0652551, 0.0668764, 0.0713828, 0.0834234, 0.115827, 0.203509, 0.440871" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0397691, 0.0380883, 0.0345641, 0.0249544, -0.0049869, -0.0923833, -0.331944", \
            "0.039629, 0.0379544, 0.0344787, 0.0248562, -0.0051446, -0.0924977, -0.332011", \
            "0.0394528, 0.037783, 0.0342368, 0.0246686, -0.0052927, -0.0926851, -0.332252", \
            "0.0392184, 0.0375601, 0.0340466, 0.0244264, -0.0055138, -0.0928966, -0.33241", \
            "0.0393078, 0.037628, 0.034123, 0.024536, -0.0054721, -0.09282, -0.332328", \
            "0.046461, 0.0445343, 0.0397416, 0.0275938, -0.0043672, -0.0917002, -0.331199", \
            "0.0529847, 0.0510515, 0.0462052, 0.0340598, 0.0016587, -0.0865083, -0.326203" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0539757, 0.0558797, 0.0609363, 0.0733671, 0.105789, 0.193461, 0.430862", \
            "0.0536682, 0.0556257, 0.0606744, 0.0730982, 0.105554, 0.193108, 0.430566", \
            "0.0537533, 0.0556792, 0.0607261, 0.0731486, 0.105596, 0.193094, 0.430755", \
            "0.0543473, 0.05632, 0.0613762, 0.0737853, 0.106235, 0.193657, 0.431305", \
            "0.0563646, 0.0583718, 0.0636154, 0.076114, 0.108516, 0.195961, 0.431666", \
            "0.0628068, 0.0644706, 0.0689605, 0.0816719, 0.114406, 0.201843, 0.439332", \
            "0.0779429, 0.0795623, 0.0840467, 0.0961234, 0.128657, 0.217148, 0.452707" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.0234284, 0.021737, 0.0182869, 0.0090459, -0.0206428, -0.107996, -0.347509", \
            "0.0235089, 0.0217827, 0.0183789, 0.0091138, -0.0205854, -0.107929, -0.347427", \
            "0.0239546, 0.0222687, 0.0188139, 0.0095709, -0.0201292, -0.107471, -0.346941", \
            "0.0246965, 0.0230441, 0.0196009, 0.0103476, -0.0193577, -0.106658, -0.346093", \
            "0.0269896, 0.0252987, 0.0218527, 0.0123961, -0.0173439, -0.104639, -0.344089", \
            "0.0404793, 0.0386287, 0.0339702, 0.0218281, -0.0108115, -0.098766, -0.338219", \
            "0.0567787, 0.0548432, 0.0501884, 0.0380813, 0.0055816, -0.0825929, -0.322659" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.028772, 0.0305877, 0.0353194, 0.0475581, 0.0800554, 0.167734, 0.405262", \
            "0.028421, 0.0302275, 0.034976, 0.0472253, 0.0797886, 0.167553, 0.405723", \
            "0.0283418, 0.0301332, 0.0348833, 0.0471085, 0.0795873, 0.167447, 0.402945", \
            "0.0287554, 0.0305508, 0.0353197, 0.0475421, 0.0801991, 0.168039, 0.405931", \
            "0.0300461, 0.0318211, 0.0365459, 0.0487441, 0.0812419, 0.168989, 0.406833", \
            "0.0337409, 0.0353711, 0.0399069, 0.0519906, 0.0852489, 0.172248, 0.409957", \
            "0.0416428, 0.0433217, 0.0478178, 0.0598089, 0.0922215, 0.180453, 0.4154" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00135675, 0.00368154, 0.00998987, 0.0271075, 0.0735562, 0.199595");
          values ( \
            "0.010932, 0.0094529, 0.0062811, -0.0028309, -0.0325051, -0.119796, -0.359262", \
            "0.0106635, 0.0091671, 0.0060781, -0.0030694, -0.0327356, -0.120023, -0.359479", \
            "0.0103799, 0.0088997, 0.0058604, -0.0032528, -0.0329203, -0.120185, -0.359625", \
            "0.0105853, 0.0092258, 0.0061247, -0.0032217, -0.0329622, -0.120171, -0.359524", \
            "0.0143432, 0.0126374, 0.0082275, -0.001966, -0.0320452, -0.119313, -0.358644", \
            "0.0225301, 0.0208666, 0.0165346, 0.004642, -0.0279233, -0.116265, -0.355734", \
            "0.0310168, 0.0293641, 0.0249114, 0.0129802, -0.0196779, -0.108126, -0.348212" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002466;
      rise_capacitance : 0.002609;
      rise_capacitance_range (0.002609, 0.002609);
      fall_capacitance : 0.002323;
      fall_capacitance_range (0.002323, 0.002323);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.005291;
      rise_capacitance : 0.005443;
      rise_capacitance_range (0.005443, 0.005443);
      fall_capacitance : 0.00514;
      fall_capacitance_range (0.00514, 0.00514);
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003542;
      rise_capacitance : 0.003669;
      rise_capacitance_range (0.003669, 0.003669);
      fall_capacitance : 0.003415;
      fall_capacitance_range (0.003415, 0.003415);
    }
  }
  cell (scs8hd_xor3_2) {
    area : 25.024;
    cell_footprint : "xor3";
    cell_leakage_power : 0.0325366;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0272019;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.0317325;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 0.0457586;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 0.0255732;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 0.0394999;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0193145;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 0.0333406;
      when : "A&B&C";
    }
    leakage_power () {
      value : 0.0378712;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.0325366;
    }
    pin (X) {
      direction : output;
      function : "(A&!B&!C) | (!A&B&!C) | (!A&!B&C) | (A&B&C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.377207;
      max_transition : 1.50714;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.117561, 0.123019, 0.136411, 0.167933, 0.248164, 0.477521, 1.16603", \
            "0.121264, 0.126726, 0.140108, 0.171644, 0.251868, 0.481481, 1.17172", \
            "0.129775, 0.13524, 0.14862, 0.180161, 0.260349, 0.490125, 1.18038", \
            "0.148173, 0.153711, 0.167057, 0.198546, 0.278789, 0.50843, 1.1988", \
            "0.178145, 0.18392, 0.197979, 0.23016, 0.310665, 0.540425, 1.22907", \
            "0.206464, 0.213285, 0.229732, 0.265102, 0.347509, 0.577177, 1.26744", \
            "0.200179, 0.208187, 0.228035, 0.271703, 0.360782, 0.59094, 1.27946" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0196535, 0.0244179, 0.0370957, 0.0719527, 0.176239, 0.503518, 1.50367", \
            "0.0196538, 0.0243956, 0.0371499, 0.0719029, 0.176535, 0.503088, 1.49613", \
            "0.0196943, 0.024477, 0.0371336, 0.0719431, 0.176582, 0.502411, 1.50128", \
            "0.0197035, 0.0246364, 0.0372262, 0.0719317, 0.176538, 0.502902, 1.50714", \
            "0.0216077, 0.0265927, 0.0392326, 0.0733742, 0.177234, 0.502729, 1.50309", \
            "0.0270729, 0.0328864, 0.0467788, 0.0798386, 0.180219, 0.503626, 1.50297", \
            "0.0371849, 0.0443893, 0.0608213, 0.0963364, 0.189094, 0.504992, 1.49652" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.162316, 0.170004, 0.189063, 0.228313, 0.297171, 0.427032, 0.737762", \
            "0.167119, 0.174771, 0.19386, 0.233035, 0.302151, 0.431969, 0.742702", \
            "0.179028, 0.186734, 0.205865, 0.24506, 0.314022, 0.443848, 0.754653", \
            "0.208623, 0.216312, 0.235409, 0.27462, 0.343824, 0.473599, 0.784408", \
            "0.274942, 0.28269, 0.301923, 0.341794, 0.411527, 0.541802, 0.852619", \
            "0.392599, 0.400947, 0.4221, 0.467929, 0.544642, 0.678141, 0.98993", \
            "0.587435, 0.5964, 0.619498, 0.673265, 0.768834, 0.915705, 1.23338" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0497367, 0.0552172, 0.0676789, 0.0904274, 0.132128, 0.248857, 0.621292", \
            "0.049779, 0.0552253, 0.0676712, 0.0903853, 0.132177, 0.249979, 0.621031", \
            "0.0498734, 0.0553809, 0.0677765, 0.0903166, 0.132451, 0.249829, 0.621556", \
            "0.0499297, 0.0553997, 0.0678601, 0.090468, 0.132085, 0.249572, 0.621116", \
            "0.0513718, 0.0568184, 0.0696128, 0.0926215, 0.133874, 0.250187, 0.620957", \
            "0.0615982, 0.067994, 0.0830467, 0.108664, 0.146838, 0.254179, 0.622338", \
            "0.0764224, 0.0834728, 0.102415, 0.138446, 0.18123, 0.275489, 0.629065" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.205952, 0.21184, 0.225925, 0.258747, 0.339797, 0.569256, 1.26028", \
            "0.210802, 0.216608, 0.230838, 0.263607, 0.344493, 0.575178, 1.26345", \
            "0.222758, 0.228573, 0.24275, 0.275579, 0.356616, 0.585946, 1.27682", \
            "0.252879, 0.258699, 0.272919, 0.305728, 0.386721, 0.616728, 1.30498", \
            "0.318513, 0.324412, 0.338639, 0.371437, 0.45232, 0.682873, 1.3721", \
            "0.431228, 0.437138, 0.451425, 0.484453, 0.565411, 0.795835, 1.49001", \
            "0.620914, 0.626989, 0.641576, 0.674995, 0.75661, 0.986783, 1.67691" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0213011, 0.0263283, 0.0395377, 0.074132, 0.178025, 0.504436, 1.50046", \
            "0.0212681, 0.0264499, 0.0395774, 0.074098, 0.177989, 0.503832, 1.49947", \
            "0.02129, 0.0264992, 0.0395767, 0.0741875, 0.177964, 0.504207, 1.5012", \
            "0.0212561, 0.0264395, 0.039503, 0.0742623, 0.177765, 0.504672, 1.5048", \
            "0.0214879, 0.0265, 0.0396201, 0.0743065, 0.178079, 0.504713, 1.50409", \
            "0.0216403, 0.0267914, 0.0400308, 0.0747807, 0.178061, 0.503616, 1.50471", \
            "0.0225983, 0.0277006, 0.0410112, 0.0756405, 0.178941, 0.503021, 1.50018" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.183599, 0.190256, 0.20662, 0.241658, 0.307444, 0.43594, 0.7463", \
            "0.187475, 0.194161, 0.2105, 0.245533, 0.311292, 0.439868, 0.749847", \
            "0.196677, 0.203324, 0.219665, 0.254735, 0.320509, 0.449057, 0.759325", \
            "0.215109, 0.221811, 0.238145, 0.273254, 0.338763, 0.467464, 0.777723", \
            "0.237514, 0.244176, 0.260496, 0.295635, 0.361247, 0.490106, 0.800428", \
            "0.251829, 0.258516, 0.274862, 0.30995, 0.375826, 0.5045, 0.814831", \
            "0.227678, 0.234458, 0.250962, 0.2862, 0.352172, 0.481353, 0.791768" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0392375, 0.0441239, 0.056116, 0.0796043, 0.126049, 0.247538, 0.621349", \
            "0.0392501, 0.0439658, 0.0557283, 0.07987, 0.12755, 0.247269, 0.622832", \
            "0.0392154, 0.0442348, 0.0562477, 0.0796331, 0.125893, 0.246914, 0.621064", \
            "0.0391314, 0.0440588, 0.0557866, 0.0802114, 0.126224, 0.2474, 0.621006", \
            "0.0395157, 0.0441602, 0.0558931, 0.0803622, 0.126234, 0.247286, 0.621291", \
            "0.0394656, 0.0443501, 0.0561895, 0.0804047, 0.127276, 0.246054, 0.620538", \
            "0.0407441, 0.0454067, 0.057253, 0.080988, 0.127193, 0.247816, 0.621339" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.102742, 0.108773, 0.123196, 0.156461, 0.237651, 0.46782, 1.15716", \
            "0.106991, 0.112959, 0.127436, 0.160688, 0.242008, 0.47118, 1.16402", \
            "0.115765, 0.121835, 0.136286, 0.169472, 0.250796, 0.480568, 1.17169", \
            "0.132117, 0.138068, 0.152507, 0.185663, 0.266733, 0.497011, 1.18813", \
            "0.158772, 0.165068, 0.180087, 0.213938, 0.295614, 0.524956, 1.2163", \
            "0.180083, 0.187314, 0.204457, 0.240627, 0.323374, 0.553319, 1.24191", \
            "0.157283, 0.165345, 0.185579, 0.228844, 0.316709, 0.546506, 1.23543" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0220307, 0.0271937, 0.0404228, 0.0749559, 0.178419, 0.504791, 1.50542", \
            "0.0220798, 0.0270621, 0.0404502, 0.0751198, 0.178491, 0.504532, 1.50605", \
            "0.0221662, 0.0272534, 0.0404524, 0.0750956, 0.178468, 0.504693, 1.5011", \
            "0.0219589, 0.0271231, 0.0403689, 0.0750608, 0.178454, 0.504609, 1.50391", \
            "0.0242071, 0.0294483, 0.0428345, 0.0769089, 0.179122, 0.504213, 1.49835", \
            "0.0304425, 0.0361151, 0.0494813, 0.0825066, 0.181841, 0.504201, 1.50079", \
            "0.0406578, 0.0467602, 0.0631981, 0.0973273, 0.189587, 0.506869, 1.49751" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.145878, 0.152438, 0.168455, 0.203052, 0.268118, 0.396008, 0.706255", \
            "0.149007, 0.155557, 0.171577, 0.206141, 0.271319, 0.399115, 0.70938", \
            "0.159055, 0.165629, 0.181634, 0.216168, 0.281258, 0.409096, 0.719339", \
            "0.185371, 0.191899, 0.207818, 0.242223, 0.307193, 0.435082, 0.745326", \
            "0.240512, 0.247083, 0.263094, 0.297497, 0.362558, 0.490458, 0.80077", \
            "0.329659, 0.33678, 0.35456, 0.393651, 0.466128, 0.599326, 0.911107", \
            "0.487022, 0.494481, 0.513431, 0.556798, 0.642894, 0.79195, 1.11229" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0378067, 0.0425533, 0.0541646, 0.0781851, 0.125164, 0.247127, 0.620044", \
            "0.0376806, 0.0424892, 0.0540038, 0.078063, 0.124742, 0.246716, 0.620965", \
            "0.0376768, 0.0424516, 0.0544969, 0.0780901, 0.124506, 0.245821, 0.62101", \
            "0.0375884, 0.042414, 0.0538989, 0.0779405, 0.125016, 0.247011, 0.619686", \
            "0.0389366, 0.0435482, 0.0553098, 0.0785581, 0.124867, 0.246904, 0.621016", \
            "0.0446419, 0.0504688, 0.064507, 0.091405, 0.138432, 0.254006, 0.623892", \
            "0.0500122, 0.0561214, 0.0721423, 0.108156, 0.166702, 0.277674, 0.63276" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.134891, 0.140266, 0.153529, 0.184714, 0.264192, 0.493913, 1.18598", \
            "0.138562, 0.143991, 0.157201, 0.188379, 0.267846, 0.497617, 1.18957", \
            "0.149812, 0.15523, 0.168476, 0.19967, 0.279198, 0.508339, 1.19923", \
            "0.176626, 0.182092, 0.195285, 0.226474, 0.305986, 0.535574, 1.22587", \
            "0.221326, 0.226746, 0.24003, 0.271184, 0.350866, 0.580525, 1.27241", \
            "0.293179, 0.298625, 0.31192, 0.343196, 0.422775, 0.652068, 1.34561", \
            "0.427242, 0.432853, 0.446398, 0.477999, 0.557894, 0.787384, 1.47551" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0194252, 0.0243236, 0.0368746, 0.0712186, 0.176016, 0.503752, 1.49879", \
            "0.0194447, 0.0243328, 0.0368655, 0.0712233, 0.17595, 0.503723, 1.49929", \
            "0.0195396, 0.024266, 0.0367618, 0.0713621, 0.175836, 0.503579, 1.50106", \
            "0.019507, 0.0242211, 0.036823, 0.0713986, 0.175854, 0.502109, 1.49805", \
            "0.0195283, 0.0242684, 0.0366773, 0.0712805, 0.176235, 0.50288, 1.50258", \
            "0.0197564, 0.0244977, 0.0371104, 0.0715677, 0.176242, 0.502996, 1.50133", \
            "0.0207134, 0.0255323, 0.0380801, 0.0722876, 0.176595, 0.50157, 1.49601" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.125499, 0.132348, 0.149043, 0.183838, 0.24741, 0.372572, 0.680137", \
            "0.129347, 0.136202, 0.152928, 0.187602, 0.251285, 0.376476, 0.683823", \
            "0.138981, 0.145828, 0.162515, 0.197265, 0.260815, 0.385981, 0.693546", \
            "0.159217, 0.165919, 0.18215, 0.21621, 0.279489, 0.404337, 0.71172", \
            "0.188903, 0.195364, 0.211092, 0.243895, 0.305568, 0.430336, 0.737572", \
            "0.188803, 0.195292, 0.211081, 0.244121, 0.306187, 0.430399, 0.736744", \
            "0.147513, 0.154005, 0.169851, 0.203123, 0.265594, 0.390309, 0.697353" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0402767, 0.0449071, 0.0567707, 0.0783894, 0.122979, 0.242294, 0.618191", \
            "0.0402868, 0.0450062, 0.0561855, 0.0783653, 0.122547, 0.241782, 0.619025", \
            "0.0401888, 0.0448145, 0.0566541, 0.078306, 0.12299, 0.242234, 0.618311", \
            "0.0387385, 0.0432508, 0.0549874, 0.0769566, 0.121159, 0.241308, 0.618277", \
            "0.0379142, 0.0419818, 0.0527456, 0.0747787, 0.119168, 0.241141, 0.619799", \
            "0.0379204, 0.0421531, 0.0529939, 0.0749807, 0.1203, 0.238873, 0.617333", \
            "0.0381538, 0.0429318, 0.054008, 0.0757732, 0.121265, 0.240811, 0.616892" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0654589, 0.0711455, 0.0850224, 0.117188, 0.196951, 0.426183, 1.118", \
            "0.069119, 0.074777, 0.0886676, 0.120854, 0.200701, 0.429736, 1.11786", \
            "0.077847, 0.0835283, 0.0973751, 0.129513, 0.209314, 0.438965, 1.12673", \
            "0.0962638, 0.101847, 0.115609, 0.147635, 0.227639, 0.456627, 1.15081", \
            "0.117597, 0.123702, 0.138045, 0.170284, 0.251264, 0.480839, 1.1703", \
            "0.12795, 0.134936, 0.152049, 0.186893, 0.267621, 0.497922, 1.18776", \
            "0.0982019, 0.106014, 0.126142, 0.16949, 0.254896, 0.483767, 1.1722" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.020194, 0.025258, 0.0382286, 0.0730992, 0.177004, 0.504583, 1.49963", \
            "0.020174, 0.025257, 0.0382024, 0.0731348, 0.176765, 0.505121, 1.50289", \
            "0.0201212, 0.0250611, 0.0381125, 0.0729605, 0.177203, 0.504122, 1.50165", \
            "0.0205344, 0.0254818, 0.0385457, 0.0733036, 0.176971, 0.504389, 1.50649", \
            "0.0249281, 0.0294352, 0.0417869, 0.0754426, 0.17895, 0.504474, 1.50353", \
            "0.0325098, 0.0377012, 0.050804, 0.0815765, 0.180852, 0.504325, 1.50357", \
            "0.0453566, 0.050925, 0.0670937, 0.0997965, 0.189039, 0.506237, 1.49783" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0884899, 0.0937663, 0.106822, 0.135794, 0.195077, 0.319943, 0.629229", \
            "0.0925108, 0.0977377, 0.110755, 0.13978, 0.198793, 0.323647, 0.632901", \
            "0.103694, 0.108874, 0.121728, 0.150437, 0.209239, 0.333966, 0.643307", \
            "0.130778, 0.135848, 0.148381, 0.176485, 0.234631, 0.358969, 0.668224", \
            "0.181651, 0.187182, 0.200653, 0.230145, 0.28816, 0.412089, 0.721235", \
            "0.26354, 0.269546, 0.284605, 0.318345, 0.384588, 0.51265, 0.823615", \
            "0.419017, 0.425461, 0.44153, 0.478292, 0.555527, 0.694603, 1.00844" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0251467, 0.0293998, 0.0403711, 0.0648848, 0.115544, 0.2425, 0.620719", \
            "0.0249374, 0.0292184, 0.0404629, 0.0644415, 0.115077, 0.24177, 0.61963", \
            "0.0246564, 0.028827, 0.0397021, 0.0639068, 0.11475, 0.242402, 0.619979", \
            "0.0236966, 0.0279806, 0.0386371, 0.0630345, 0.113626, 0.241869, 0.618522", \
            "0.0282524, 0.0325328, 0.043086, 0.0658344, 0.114525, 0.241621, 0.620926", \
            "0.0331857, 0.0380275, 0.0506935, 0.0786972, 0.126925, 0.246917, 0.621544", \
            "0.0393183, 0.0443857, 0.0578846, 0.0900152, 0.149742, 0.26303, 0.626654" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.097409, 0.102662, 0.115675, 0.14655, 0.225765, 0.455158, 1.14391", \
            "0.101956, 0.107277, 0.12027, 0.151074, 0.23025, 0.460136, 1.15159", \
            "0.114265, 0.119508, 0.132543, 0.163411, 0.242574, 0.472348, 1.16429", \
            "0.142459, 0.147778, 0.160773, 0.191656, 0.270913, 0.499874, 1.18925", \
            "0.19055, 0.195764, 0.208729, 0.239405, 0.318522, 0.548397, 1.23911", \
            "0.267707, 0.273044, 0.285933, 0.316739, 0.395885, 0.624383, 1.3172", \
            "0.408318, 0.413845, 0.42705, 0.458286, 0.53763, 0.766828, 1.45401" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0188701, 0.0236172, 0.0362003, 0.0706555, 0.175613, 0.502771, 1.50577", \
            "0.0189318, 0.0236943, 0.0360983, 0.0705649, 0.175168, 0.503673, 1.50619", \
            "0.0188333, 0.0236932, 0.0362025, 0.0706706, 0.175311, 0.503474, 1.50576", \
            "0.0188868, 0.0236018, 0.0360873, 0.0706915, 0.175242, 0.502637, 1.50423", \
            "0.0189144, 0.0236176, 0.0361233, 0.0704352, 0.175411, 0.504103, 1.4994", \
            "0.0193929, 0.0239732, 0.0364511, 0.0710586, 0.175241, 0.502578, 1.5036", \
            "0.0214746, 0.0259269, 0.037855, 0.0720916, 0.176574, 0.502849, 1.49684" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0827778, 0.0889289, 0.103954, 0.136248, 0.197282, 0.32118, 0.62829", \
            "0.0863961, 0.0925401, 0.107511, 0.139694, 0.200659, 0.324638, 0.631962", \
            "0.0949224, 0.101002, 0.115794, 0.147663, 0.208433, 0.332274, 0.639506", \
            "0.117498, 0.122913, 0.13641, 0.166354, 0.225518, 0.348369, 0.655244", \
            "0.152315, 0.157381, 0.16967, 0.196502, 0.251557, 0.372485, 0.679097", \
            "0.151273, 0.156391, 0.168635, 0.195309, 0.250856, 0.371472, 0.676218", \
            "0.108862, 0.11388, 0.126035, 0.152942, 0.208161, 0.329232, 0.634965" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0328396, 0.0374185, 0.048338, 0.0715325, 0.117415, 0.240049, 0.61768", \
            "0.0326692, 0.037204, 0.0485724, 0.0711037, 0.117919, 0.240971, 0.617569", \
            "0.0313684, 0.0359431, 0.0473826, 0.0702174, 0.117904, 0.24055, 0.618462", \
            "0.0261315, 0.0307185, 0.0419076, 0.0656521, 0.113846, 0.238547, 0.617442", \
            "0.0294406, 0.0326579, 0.0413356, 0.0621507, 0.109376, 0.236738, 0.617651", \
            "0.029094, 0.0325188, 0.0413283, 0.0617293, 0.109711, 0.235284, 0.615324", \
            "0.0288003, 0.0321661, 0.0412035, 0.0617686, 0.109955, 0.236431, 0.61513" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0633429, 0.0652833, 0.0714611, 0.089707, 0.1425, 0.299895, 0.774331", \
            "0.0631033, 0.0649543, 0.0712066, 0.0894972, 0.142114, 0.299755, 0.774321", \
            "0.0628483, 0.064782, 0.0709603, 0.0891992, 0.141992, 0.299388, 0.773911", \
            "0.0628534, 0.0647915, 0.0709784, 0.08926, 0.141984, 0.299689, 0.774598", \
            "0.0630976, 0.065038, 0.0712829, 0.0895637, 0.142195, 0.300011, 0.774853", \
            "0.0642872, 0.0662638, 0.07266, 0.0912234, 0.143767, 0.301376, 0.777214", \
            "0.071327, 0.0732013, 0.0789139, 0.0964809, 0.148586, 0.306503, 0.781216" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0462951, 0.0439854, 0.0374788, 0.021505, -0.0272292, -0.183919, -0.662929", \
            "0.0461856, 0.0438827, 0.0372839, 0.0213688, -0.027333, -0.183975, -0.662952", \
            "0.0461365, 0.0436778, 0.0371841, 0.0212439, -0.0275126, -0.184124, -0.663374", \
            "0.0458872, 0.0434062, 0.0369109, 0.0210111, -0.0277423, -0.184401, -0.663565", \
            "0.0459341, 0.0435061, 0.0370362, 0.0211026, -0.0276576, -0.184309, -0.663481", \
            "0.0535806, 0.0510705, 0.0440624, 0.0253248, -0.0266328, -0.183203, -0.662329", \
            "0.0620141, 0.0595241, 0.0525113, 0.0337056, -0.0191481, -0.177926, -0.65739" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0594669, 0.0614111, 0.0677956, 0.0861096, 0.138862, 0.296422, 0.770924", \
            "0.0592051, 0.0611873, 0.0675605, 0.0858687, 0.138614, 0.29618, 0.770745", \
            "0.0591828, 0.061163, 0.0675956, 0.085928, 0.138645, 0.296031, 0.770755", \
            "0.0598251, 0.0618176, 0.0681986, 0.0865573, 0.139204, 0.296573, 0.770835", \
            "0.0618426, 0.0639327, 0.0703761, 0.0888307, 0.141579, 0.299065, 0.774151", \
            "0.0685226, 0.0704051, 0.0762045, 0.0936383, 0.147399, 0.304395, 0.779737", \
            "0.0837198, 0.0856169, 0.0913312, 0.108928, 0.161692, 0.319874, 0.792272" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0296497, 0.0272654, 0.0208728, 0.0053306, -0.0429436, -0.199496, -0.678694", \
            "0.0297196, 0.0273184, 0.0209087, 0.0053999, -0.042896, -0.199437, -0.678681", \
            "0.0301347, 0.0277568, 0.0213669, 0.0058285, -0.0424712, -0.199013, -0.678224", \
            "0.0305172, 0.0282732, 0.0220377, 0.0065536, -0.0417649, -0.198259, -0.677415", \
            "0.0326064, 0.0303046, 0.0240471, 0.0085777, -0.0398196, -0.196305, -0.675385", \
            "0.0474718, 0.0449752, 0.0385201, 0.0199789, -0.0331321, -0.190483, -0.669588", \
            "0.065252, 0.0627979, 0.0560827, 0.0374604, -0.0154646, -0.174259, -0.654085" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.0339057, 0.0358634, 0.0420759, 0.0601212, 0.112882, 0.270494, 0.746132", \
            "0.0336015, 0.0356003, 0.0417637, 0.0598731, 0.112563, 0.2703, 0.74635", \
            "0.0335135, 0.0354603, 0.041641, 0.0597095, 0.112461, 0.270097, 0.745981", \
            "0.0340647, 0.0360245, 0.0422309, 0.0603667, 0.113102, 0.270501, 0.746037", \
            "0.0351607, 0.0371178, 0.0433073, 0.0612657, 0.114011, 0.27172, 0.743696", \
            "0.0394617, 0.0413947, 0.047179, 0.0642596, 0.117453, 0.274312, 0.749952", \
            "0.0475952, 0.0496031, 0.0553391, 0.0726402, 0.125427, 0.284098, 0.755126" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00150859, 0.0045517, 0.0137333, 0.0414359, 0.12502, 0.377207");
          values ( \
            "0.016116, 0.0139153, 0.0079204, -0.0069847, -0.0551008, -0.211568, -0.690745", \
            "0.0159041, 0.0136482, 0.0076698, -0.0072591, -0.0553119, -0.211799, -0.690919", \
            "0.0155412, 0.0133481, 0.0073984, -0.0075047, -0.0555496, -0.211985, -0.691072", \
            "0.0149727, 0.0128055, 0.0070525, -0.0076758, -0.0557177, -0.212005, -0.690996", \
            "0.0173158, 0.0149485, 0.0087669, -0.0064914, -0.0549071, -0.211377, -0.690269", \
            "0.0294274, 0.0270586, 0.0205228, 0.0022093, -0.0500405, -0.208141, -0.68718", \
            "0.0381932, 0.0357466, 0.0291977, 0.0113686, -0.0413709, -0.200117, -0.680011" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002465;
      rise_capacitance : 0.002608;
      rise_capacitance_range (0.002608, 0.002608);
      fall_capacitance : 0.002322;
      fall_capacitance_range (0.002322, 0.002322);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.005288;
      rise_capacitance : 0.005441;
      rise_capacitance_range (0.005441, 0.005441);
      fall_capacitance : 0.005134;
      fall_capacitance_range (0.005134, 0.005134);
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003537;
      rise_capacitance : 0.003667;
      rise_capacitance_range (0.003667, 0.003667);
      fall_capacitance : 0.003407;
      fall_capacitance_range (0.003407, 0.003407);
    }
  }
  cell (scs8hd_xor3_4) {
    area : 27.5264;
    cell_footprint : "xor3";
    cell_leakage_power : 0.0387659;
    driver_waveform_fall : "ramp";
    driver_waveform_rise : "ramp";
    pg_pin (vpwr) {
      pg_type : primary_power;
      voltage_name : "vpwr";
    }
    pg_pin (vnb) {
      pg_type : primary_ground;
      voltage_name : "vnb";
    }
    pg_pin (vpb) {
      pg_type : primary_power;
      voltage_name : "vpb";
    }
    pg_pin (vgnd) {
      pg_type : primary_ground;
      voltage_name : "vgnd";
    }
    leakage_power () {
      value : 0.0272832;
      when : "!A&!B&C";
    }
    leakage_power () {
      value : 0.0441118;
      when : "!A&!B&!C";
    }
    leakage_power () {
      value : 0.0581554;
      when : "!A&B&C";
    }
    leakage_power () {
      value : 0.0256388;
      when : "!A&B&!C";
    }
    leakage_power () {
      value : 0.0518938;
      when : "A&!B&C";
    }
    leakage_power () {
      value : 0.0193762;
      when : "A&!B&!C";
    }
    leakage_power () {
      value : 0.0334196;
      when : "A&B&C";
    }
    leakage_power () {
      value : 0.0502487;
      when : "A&B&!C";
    }
    leakage_power () {
      value : 0.0387659;
    }
    pin (X) {
      direction : output;
      function : "(A&!B&!C) | (!A&B&!C) | (!A&!B&C) | (A&B&C)";
      power_down_function : "(!vpwr + vgnd)";
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_capacitance : 0.664683;
      max_transition : 1.50611;
      timing () {
        related_pin : "A";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.14247, 0.146767, 0.158565, 0.187774, 0.261925, 0.482215, 1.20459", \
            "0.146123, 0.150424, 0.162302, 0.191489, 0.265656, 0.48594, 1.20737", \
            "0.154641, 0.158895, 0.170674, 0.19996, 0.274165, 0.494362, 1.21534", \
            "0.173119, 0.177333, 0.189223, 0.218445, 0.292612, 0.512888, 1.23397", \
            "0.205913, 0.210255, 0.222318, 0.251831, 0.326201, 0.546341, 1.27288", \
            "0.244246, 0.248972, 0.26234, 0.294701, 0.371364, 0.591646, 1.31563", \
            "0.256076, 0.261295, 0.276713, 0.315273, 0.399826, 0.621471, 1.34112" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.0235187, 0.0272095, 0.0376148, 0.0660957, 0.154791, 0.461112, 1.4974", \
            "0.0235669, 0.0272456, 0.0376383, 0.0661225, 0.154893, 0.460686, 1.50136", \
            "0.0233648, 0.0270184, 0.0375307, 0.0661146, 0.15471, 0.461022, 1.50189", \
            "0.0235462, 0.0271141, 0.0376826, 0.0662083, 0.154872, 0.460835, 1.5018", \
            "0.0244172, 0.0280775, 0.0385156, 0.0670958, 0.155352, 0.461296, 1.50265", \
            "0.0299125, 0.0335916, 0.0446322, 0.0733977, 0.159191, 0.46142, 1.49642", \
            "0.0412336, 0.0451984, 0.0576308, 0.0897471, 0.17099, 0.46413, 1.49289" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.20199, 0.20706, 0.221315, 0.255319, 0.325431, 0.461466, 0.778839", \
            "0.206792, 0.211862, 0.226114, 0.260131, 0.330236, 0.466197, 0.783823", \
            "0.218796, 0.223868, 0.238153, 0.27215, 0.342257, 0.477854, 0.795853", \
            "0.248319, 0.253408, 0.267619, 0.301624, 0.371818, 0.507779, 0.825327", \
            "0.315125, 0.320271, 0.334608, 0.368965, 0.439419, 0.575887, 0.893409", \
            "0.442361, 0.447915, 0.463985, 0.50218, 0.577283, 0.716592, 1.03576", \
            "0.65296, 0.658921, 0.676411, 0.721498, 0.812517, 0.966678, 1.29324" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.0603565, 0.0630673, 0.0713354, 0.0917721, 0.13641, 0.24712, 0.603888", \
            "0.060372, 0.063073, 0.0713576, 0.0917848, 0.136458, 0.247146, 0.603931", \
            "0.0602779, 0.0630952, 0.0713775, 0.0918292, 0.137048, 0.24693, 0.602786", \
            "0.060417, 0.0630776, 0.0715467, 0.0926173, 0.136379, 0.247441, 0.604313", \
            "0.0616304, 0.0644919, 0.0727701, 0.0932572, 0.13755, 0.247485, 0.604017", \
            "0.0734523, 0.076433, 0.0856075, 0.106562, 0.148734, 0.251559, 0.605558", \
            "0.0926206, 0.0965494, 0.108376, 0.136344, 0.182584, 0.274548, 0.613975" \
          );
        }
      }
      timing () {
        related_pin : "A";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.234825, 0.239321, 0.251893, 0.282611, 0.358822, 0.57993, 1.3021", \
            "0.239722, 0.244183, 0.256617, 0.287432, 0.363616, 0.584419, 1.30561", \
            "0.251604, 0.256102, 0.26869, 0.299397, 0.375625, 0.59679, 1.32", \
            "0.281814, 0.286272, 0.298822, 0.329522, 0.40577, 0.626986, 1.3469", \
            "0.347735, 0.352181, 0.364633, 0.395443, 0.471645, 0.692548, 1.41419", \
            "0.46141, 0.465933, 0.478625, 0.509445, 0.585632, 0.806839, 1.53269", \
            "0.653822, 0.658346, 0.671001, 0.702289, 0.778994, 1.00025, 1.72198" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.0254931, 0.0293765, 0.0403417, 0.0695469, 0.157961, 0.462672, 1.50233", \
            "0.0254591, 0.0292351, 0.0402542, 0.0693804, 0.15793, 0.463028, 1.50273", \
            "0.0255091, 0.0293766, 0.0402952, 0.0695431, 0.158049, 0.462425, 1.49991", \
            "0.0252332, 0.0292619, 0.0401954, 0.0695579, 0.157999, 0.462143, 1.50109", \
            "0.0254837, 0.0293516, 0.0402291, 0.0694625, 0.157889, 0.463023, 1.50319", \
            "0.0255255, 0.0293407, 0.0406161, 0.0695662, 0.158257, 0.462978, 1.50093", \
            "0.0263407, 0.0303099, 0.0412974, 0.070808, 0.158764, 0.461621, 1.49925" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.217741, 0.222428, 0.235632, 0.267847, 0.336255, 0.471945, 0.790222", \
            "0.22161, 0.226269, 0.239401, 0.271656, 0.340121, 0.475816, 0.794127", \
            "0.230847, 0.235514, 0.248656, 0.281005, 0.34943, 0.485081, 0.803154", \
            "0.249327, 0.253958, 0.267126, 0.299383, 0.367845, 0.503536, 0.821707", \
            "0.271666, 0.276319, 0.289566, 0.321822, 0.390358, 0.526171, 0.844446", \
            "0.286072, 0.290778, 0.30392, 0.336184, 0.404692, 0.540333, 0.858571", \
            "0.262204, 0.266876, 0.280116, 0.312354, 0.381046, 0.516775, 0.83589" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.050021, 0.0531587, 0.0621682, 0.0845073, 0.132504, 0.246764, 0.604894", \
            "0.0500787, 0.0531809, 0.0621359, 0.0852556, 0.132698, 0.246919, 0.603975", \
            "0.0499901, 0.0530539, 0.0623055, 0.0845636, 0.132664, 0.246739, 0.605272", \
            "0.0503939, 0.0531998, 0.0620781, 0.0851659, 0.132486, 0.246934, 0.605318", \
            "0.0502465, 0.0531652, 0.062099, 0.0854564, 0.132583, 0.247119, 0.604365", \
            "0.0504707, 0.0533237, 0.0622546, 0.085434, 0.132829, 0.245171, 0.604814", \
            "0.0506816, 0.0537891, 0.0627531, 0.086098, 0.134135, 0.246812, 0.605447" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.132404, 0.136907, 0.149481, 0.180546, 0.257052, 0.478141, 1.19946", \
            "0.136649, 0.141163, 0.153775, 0.184774, 0.261239, 0.482162, 1.20568", \
            "0.145525, 0.150016, 0.162643, 0.193687, 0.270169, 0.491267, 1.21315", \
            "0.162004, 0.166495, 0.179151, 0.210149, 0.286615, 0.507762, 1.22761", \
            "0.19439, 0.198975, 0.211772, 0.24316, 0.319587, 0.540373, 1.26394", \
            "0.23039, 0.235184, 0.249081, 0.282638, 0.361062, 0.582373, 1.30606", \
            "0.231732, 0.237011, 0.252491, 0.291819, 0.376997, 0.599413, 1.31895" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.0258036, 0.0299144, 0.0406903, 0.0701804, 0.158526, 0.462522, 1.50099", \
            "0.0259749, 0.0298663, 0.0408727, 0.0701752, 0.158414, 0.461982, 1.49779", \
            "0.0259578, 0.0296926, 0.0408304, 0.0701315, 0.158543, 0.462433, 1.49992", \
            "0.0256245, 0.0297428, 0.0409198, 0.0701005, 0.158424, 0.462882, 1.50082", \
            "0.0269179, 0.030718, 0.0422167, 0.0708912, 0.158828, 0.463026, 1.50096", \
            "0.0329615, 0.0371797, 0.0481589, 0.0773164, 0.162652, 0.463724, 1.50047", \
            "0.0460868, 0.0492958, 0.0615764, 0.0942922, 0.173759, 0.466782, 1.49605" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.179188, 0.183804, 0.196784, 0.228646, 0.296372, 0.430196, 0.747531", \
            "0.182382, 0.187006, 0.199985, 0.231862, 0.29962, 0.433404, 0.750708", \
            "0.192598, 0.19718, 0.210169, 0.242105, 0.309922, 0.443619, 0.760864", \
            "0.218551, 0.223115, 0.236129, 0.267925, 0.335704, 0.469437, 0.786686", \
            "0.271986, 0.276533, 0.289422, 0.321044, 0.388739, 0.522447, 0.839723", \
            "0.362001, 0.366945, 0.381054, 0.416123, 0.490144, 0.629768, 0.948739", \
            "0.517682, 0.522861, 0.537924, 0.57616, 0.662681, 0.823881, 1.15626" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.04886, 0.0519005, 0.0605429, 0.0830738, 0.131097, 0.243885, 0.602132", \
            "0.04887, 0.0518987, 0.0605178, 0.0829639, 0.131074, 0.243907, 0.60257", \
            "0.0488748, 0.0518063, 0.0607282, 0.082787, 0.130814, 0.244107, 0.603424", \
            "0.0485641, 0.0517158, 0.060501, 0.0827005, 0.130706, 0.244347, 0.603431", \
            "0.0485538, 0.0514017, 0.0605174, 0.0825143, 0.130551, 0.244086, 0.603407", \
            "0.056601, 0.0600427, 0.0700585, 0.0950553, 0.143294, 0.251514, 0.605066", \
            "0.0629835, 0.0666999, 0.0781868, 0.109669, 0.172685, 0.284005, 0.617637" \
          );
        }
      }
      timing () {
        related_pin : "B";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.159203, 0.163429, 0.175066, 0.204077, 0.277702, 0.497566, 1.22083", \
            "0.162835, 0.167096, 0.178707, 0.207718, 0.281321, 0.501075, 1.22444", \
            "0.174038, 0.178262, 0.189932, 0.218971, 0.292627, 0.512813, 1.23471", \
            "0.200711, 0.204945, 0.216728, 0.245658, 0.319358, 0.539644, 1.26361", \
            "0.245346, 0.249587, 0.261382, 0.290368, 0.364178, 0.58421, 1.30636", \
            "0.317437, 0.321712, 0.33348, 0.362493, 0.436319, 0.655973, 1.37637", \
            "0.451257, 0.455599, 0.467633, 0.496782, 0.57073, 0.79077, 1.51018" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.0232007, 0.0267199, 0.0371758, 0.0655294, 0.15404, 0.460834, 1.4966", \
            "0.0231154, 0.0267865, 0.0371269, 0.0654645, 0.154209, 0.461151, 1.49744", \
            "0.0231795, 0.0267323, 0.037148, 0.065453, 0.154143, 0.46127, 1.50535", \
            "0.0233543, 0.0269933, 0.0372648, 0.0655161, 0.154007, 0.461611, 1.49741", \
            "0.023408, 0.0268937, 0.0373706, 0.0658047, 0.154268, 0.46151, 1.50191", \
            "0.0234848, 0.0270552, 0.0374757, 0.0657785, 0.154154, 0.46077, 1.49714", \
            "0.0239733, 0.0276843, 0.0379771, 0.0662666, 0.154901, 0.459581, 1.49345" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.15975, 0.164517, 0.177891, 0.210191, 0.277676, 0.409519, 0.723708", \
            "0.16357, 0.168368, 0.181739, 0.214025, 0.281543, 0.413357, 0.727537", \
            "0.17296, 0.177718, 0.191139, 0.223397, 0.290872, 0.422687, 0.736875", \
            "0.191537, 0.196254, 0.20953, 0.241643, 0.308835, 0.440477, 0.754621", \
            "0.227956, 0.232549, 0.245264, 0.27608, 0.342279, 0.473609, 0.787725", \
            "0.231992, 0.236584, 0.249467, 0.280374, 0.346395, 0.47739, 0.790572", \
            "0.193357, 0.197968, 0.210733, 0.241979, 0.308431, 0.439888, 0.753485" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.0506928, 0.0536786, 0.0623659, 0.0840931, 0.129779, 0.240906, 0.599599", \
            "0.0506887, 0.0536993, 0.0621929, 0.0840682, 0.129656, 0.241202, 0.599658", \
            "0.0506054, 0.0536699, 0.0621372, 0.0839975, 0.12966, 0.241084, 0.599628", \
            "0.0500064, 0.0526363, 0.0613365, 0.0830163, 0.129221, 0.240682, 0.599612", \
            "0.0479782, 0.0508425, 0.0593126, 0.0809982, 0.128369, 0.239988, 0.599126", \
            "0.0481323, 0.0510623, 0.059844, 0.0817183, 0.12824, 0.236418, 0.598653", \
            "0.048743, 0.0516992, 0.0605207, 0.0818813, 0.128009, 0.239567, 0.598283" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : positive_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.0935663, 0.0979612, 0.110352, 0.140739, 0.216291, 0.436513, 1.16141", \
            "0.0973594, 0.101755, 0.114008, 0.14448, 0.220127, 0.440482, 1.15996", \
            "0.105926, 0.110365, 0.122668, 0.153064, 0.228621, 0.449099, 1.17167", \
            "0.125399, 0.129752, 0.141997, 0.17226, 0.247778, 0.468312, 1.18906", \
            "0.158032, 0.162489, 0.17504, 0.205373, 0.281723, 0.502324, 1.22198", \
            "0.18795, 0.19272, 0.206672, 0.240246, 0.317103, 0.538025, 1.25776", \
            "0.19127, 0.196337, 0.211669, 0.251692, 0.335904, 0.555636, 1.27568" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.0245943, 0.0284402, 0.0394272, 0.0684176, 0.156952, 0.461561, 1.50611", \
            "0.0244298, 0.0284326, 0.0394357, 0.0684862, 0.157127, 0.461632, 1.5006", \
            "0.0246451, 0.0285107, 0.0393136, 0.0683694, 0.156949, 0.461489, 1.49923", \
            "0.0242043, 0.0281144, 0.0391618, 0.0683283, 0.156862, 0.46263, 1.49679", \
            "0.0277704, 0.031328, 0.0423612, 0.0707212, 0.158709, 0.46114, 1.49604", \
            "0.0374533, 0.0410102, 0.0516583, 0.0794694, 0.162829, 0.463354, 1.50049", \
            "0.0533179, 0.0563671, 0.0675946, 0.0985755, 0.175841, 0.46674, 1.49425" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.12412, 0.128416, 0.140565, 0.170518, 0.235742, 0.368311, 0.684598", \
            "0.128384, 0.132671, 0.144796, 0.174734, 0.240004, 0.372503, 0.688922", \
            "0.139435, 0.143703, 0.155743, 0.18549, 0.250844, 0.382834, 0.699439", \
            "0.164563, 0.16876, 0.180675, 0.210054, 0.275004, 0.406738, 0.723231", \
            "0.215487, 0.219726, 0.231646, 0.260486, 0.323931, 0.455298, 0.77143", \
            "0.296032, 0.300583, 0.31357, 0.346115, 0.418126, 0.555492, 0.87334", \
            "0.451754, 0.456386, 0.469563, 0.503764, 0.584005, 0.742217, 1.06855" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.0415214, 0.0444978, 0.0533303, 0.0764136, 0.125593, 0.241858, 0.602842", \
            "0.041456, 0.0444016, 0.0531808, 0.0762666, 0.1255, 0.241826, 0.602833", \
            "0.041, 0.0439684, 0.0529295, 0.076245, 0.125555, 0.241331, 0.601299", \
            "0.0397063, 0.0426668, 0.0516979, 0.0743867, 0.124729, 0.240826, 0.601021", \
            "0.0413761, 0.0441967, 0.0524843, 0.0744494, 0.12304, 0.240592, 0.601913", \
            "0.0459382, 0.0493434, 0.0596394, 0.0863947, 0.138495, 0.246849, 0.603627", \
            "0.0490821, 0.0526009, 0.0636146, 0.0933821, 0.162742, 0.275817, 0.614052" \
          );
        }
      }
      timing () {
        related_pin : "C";
        timing_sense : negative_unate;
        timing_type : combinational;
        cell_rise (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.118936, 0.123135, 0.134756, 0.163529, 0.237028, 0.457376, 1.17995", \
            "0.12359, 0.127812, 0.139456, 0.168235, 0.241649, 0.461838, 1.18298", \
            "0.13612, 0.140323, 0.151844, 0.180665, 0.2542, 0.474549, 1.19831", \
            "0.164444, 0.168617, 0.180236, 0.209011, 0.282487, 0.502735, 1.2255", \
            "0.214659, 0.218753, 0.230381, 0.258998, 0.332472, 0.552526, 1.27844", \
            "0.294201, 0.298449, 0.309919, 0.338799, 0.412121, 0.631248, 1.353", \
            "0.439654, 0.443889, 0.455773, 0.484472, 0.557883, 0.777514, 1.49589" \
          );
        }
        rise_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.0229228, 0.0264802, 0.0368207, 0.0650545, 0.153773, 0.461752, 1.50406", \
            "0.0229999, 0.0265039, 0.0367897, 0.0650473, 0.153624, 0.460694, 1.49659", \
            "0.0228128, 0.0264265, 0.0367107, 0.06495, 0.15369, 0.461233, 1.50012", \
            "0.0229201, 0.0264611, 0.036796, 0.065054, 0.153789, 0.461776, 1.50404", \
            "0.0227728, 0.0262978, 0.0363557, 0.0648628, 0.153946, 0.4613, 1.50494", \
            "0.0230021, 0.0265841, 0.0367832, 0.0652016, 0.153569, 0.460172, 1.4973", \
            "0.0242191, 0.0277224, 0.0379172, 0.065968, 0.154448, 0.460223, 1.49557" \
          );
        }
        cell_fall (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.115149, 0.119714, 0.132594, 0.163839, 0.229965, 0.360995, 0.674866", \
            "0.118941, 0.123523, 0.13639, 0.167577, 0.233755, 0.364659, 0.678406", \
            "0.128059, 0.132644, 0.14536, 0.176524, 0.242532, 0.373466, 0.687242", \
            "0.148548, 0.152916, 0.16523, 0.195432, 0.260737, 0.391288, 0.704885", \
            "0.199603, 0.203554, 0.21463, 0.241421, 0.301318, 0.428685, 0.741214", \
            "0.210194, 0.21401, 0.22474, 0.251273, 0.31026, 0.435862, 0.746369", \
            "0.168284, 0.172136, 0.182843, 0.209632, 0.269094, 0.395429, 0.706634" \
          );
        }
        fall_transition (del_1_7_7) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604505, 0.20045, 0.664683");
          values ( \
            "0.0463529, 0.0493525, 0.0580256, 0.0806368, 0.126723, 0.239624, 0.599488", \
            "0.0461803, 0.0491594, 0.0579861, 0.080557, 0.127077, 0.239671, 0.599166", \
            "0.0459243, 0.0487956, 0.0573114, 0.0792434, 0.128022, 0.239279, 0.598573", \
            "0.0417932, 0.0447758, 0.0538668, 0.0762121, 0.124007, 0.237859, 0.59845", \
            "0.040862, 0.0433018, 0.0503767, 0.070223, 0.117376, 0.235382, 0.598123", \
            "0.0450665, 0.0472779, 0.0541529, 0.0726922, 0.117524, 0.231551, 0.595396", \
            "0.0454465, 0.047557, 0.0544483, 0.072754, 0.117858, 0.233472, 0.595841" \
          );
        }
      }
      internal_power () {
        related_pin : "A";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604504, 0.20045, 0.664683");
          values ( \
            "0.0756481, 0.0776669, 0.0849256, 0.109723, 0.190635, 0.454969, 1.3294", \
            "0.075437, 0.0774427, 0.0846339, 0.109594, 0.190427, 0.454414, 1.32921", \
            "0.0751379, 0.0771467, 0.0844165, 0.109216, 0.190092, 0.454458, 1.32931", \
            "0.075118, 0.077242, 0.0845188, 0.109317, 0.190126, 0.454294, 1.32895", \
            "0.0754437, 0.0775134, 0.0847589, 0.109652, 0.190482, 0.454749, 1.33097", \
            "0.0769971, 0.078987, 0.0862602, 0.111152, 0.192054, 0.4563, 1.33235", \
            "0.0845735, 0.0865653, 0.093401, 0.117488, 0.196492, 0.461381, 1.33493" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604504, 0.20045, 0.664683");
          values ( \
            "0.06368, 0.0608412, 0.0512696, 0.024492, -0.0525643, -0.313576, -1.19506", \
            "0.0635142, 0.0606331, 0.0511532, 0.0244288, -0.0526535, -0.313753, -1.19516", \
            "0.0633574, 0.0604196, 0.0509812, 0.0241839, -0.0528342, -0.313887, -1.1954", \
            "0.0632643, 0.0603543, 0.0507252, 0.0240033, -0.0530104, -0.314098, -1.19565", \
            "0.0635539, 0.0605826, 0.0509786, 0.0242465, -0.0528976, -0.313913, -1.19552", \
            "0.069499, 0.0664885, 0.0568187, 0.0281394, -0.0518564, -0.312956, -1.19448", \
            "0.0829218, 0.0797817, 0.0701436, 0.0416762, -0.0414089, -0.307889, -1.19" \
          );
        }
      }
      internal_power () {
        related_pin : "B";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604504, 0.20045, 0.664683");
          values ( \
            "0.0472972, 0.0493431, 0.056577, 0.0813914, 0.161983, 0.425764, 1.29964", \
            "0.0474864, 0.0494689, 0.0566069, 0.0815622, 0.162359, 0.426067, 1.29471", \
            "0.0479104, 0.0499315, 0.0571947, 0.0820415, 0.162618, 0.426443, 1.30006", \
            "0.0486834, 0.0507441, 0.0578964, 0.0828078, 0.163396, 0.426946, 1.29688", \
            "0.0513472, 0.0533154, 0.0604882, 0.085001, 0.165361, 0.429189, 1.30342", \
            "0.0609008, 0.0625981, 0.069025, 0.0923412, 0.170603, 0.432753, 1.30848", \
            "0.0801446, 0.0813503, 0.0866246, 0.109074, 0.187427, 0.448176, 1.31802" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604504, 0.20045, 0.664683");
          values ( \
            "0.046416, 0.0435688, 0.0341291, 0.0079288, -0.0684756, -0.329344, -1.21097", \
            "0.0465234, 0.0434399, 0.0340868, 0.0079534, -0.0684553, -0.329334, -1.21093", \
            "0.0468696, 0.0439678, 0.0344624, 0.0083391, -0.0680837, -0.32895, -1.21057", \
            "0.0472128, 0.0444602, 0.0350345, 0.0088355, -0.0675184, -0.328298, -1.20986", \
            "0.0490822, 0.0461956, 0.0367786, 0.0107191, -0.0657315, -0.326507, -1.20795", \
            "0.0638847, 0.0607531, 0.0512213, 0.0229048, -0.0597722, -0.320901, -1.20237", \
            "0.0856783, 0.0826722, 0.0731295, 0.0449148, -0.0378098, -0.304333, -1.18735" \
          );
        }
      }
      internal_power () {
        related_pin : "C";
        rise_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604504, 0.20045, 0.664683");
          values ( \
            "0.0453396, 0.0474823, 0.0547758, 0.0798993, 0.160496, 0.425371, 1.30169", \
            "0.0450096, 0.0471808, 0.0545025, 0.0796033, 0.160313, 0.424741, 1.29432", \
            "0.0449093, 0.0471339, 0.0543937, 0.0794739, 0.160134, 0.42503, 1.2999", \
            "0.0454913, 0.0476192, 0.0549075, 0.0800402, 0.160672, 0.425391, 1.30156", \
            "0.0465492, 0.0485572, 0.055885, 0.0810418, 0.161667, 0.426185, 1.30214", \
            "0.0510764, 0.0531917, 0.0601353, 0.0838955, 0.165011, 0.428444, 1.29852", \
            "0.060118, 0.0621953, 0.069438, 0.0932803, 0.173417, 0.438283, 1.3075" \
          );
        }
        fall_power (power_outputs_1) {
          index_1 ("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
          index_2 ("0.0005, 0.00165797, 0.00549775, 0.0182302, 0.0604504, 0.20045, 0.664683");
          values ( \
            "0.0326337, 0.0296633, 0.0205533, -0.0050252, -0.0809042, -0.341536, -1.22314", \
            "0.0323002, 0.0295735, 0.0203409, -0.005209, -0.0809538, -0.341708, -1.22334", \
            "0.0318883, 0.0290975, 0.0199983, -0.005677, -0.08131, -0.341894, -1.22344", \
            "0.030917, 0.0280625, 0.0190163, -0.0063641, -0.0817987, -0.34214, -1.22344", \
            "0.0315666, 0.0286073, 0.0195718, -0.0056415, -0.0811534, -0.341688, -1.22278", \
            "0.0460033, 0.0428422, 0.0329881, 0.00516, -0.0773319, -0.339114, -1.2204", \
            "0.0590643, 0.0559692, 0.0461755, 0.0182122, -0.0639755, -0.330267, -1.21324" \
          );
        }
      }
    }
    pin (A) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.002447;
      rise_capacitance : 0.002592;
      rise_capacitance_range (0.002592, 0.002592);
      fall_capacitance : 0.002301;
      fall_capacitance_range (0.002301, 0.002301);
    }
    pin (B) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.005287;
      rise_capacitance : 0.005443;
      rise_capacitance_range (0.005443, 0.005443);
      fall_capacitance : 0.005131;
      fall_capacitance_range (0.005131, 0.005131);
    }
    pin (C) {
      clock : false;
      direction : input;
      related_ground_pin : vgnd;
      related_power_pin : vpwr;
      max_transition : 1.5;
      capacitance : 0.003513;
      rise_capacitance : 0.00365;
      rise_capacitance_range (0.00365, 0.00365);
      fall_capacitance : 0.003375;
      fall_capacitance_range (0.003375, 0.003375);
    }
  }
}